EMLSAG00000005255, EMLSAG00000005255-688021 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000005255
Unique NameEMLSAG00000005255-688021
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000005255 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: 271.937 bits (694), Expect = 1.158e-75
Identity = 164/489 (33.54%), Postives = 262/489 (53.58%), Query Frame = 0
Query:   14 ILGKPPPNLIW-YRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNS-AEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEK 496
            I G+P P + W + + V   AS  +    +S+  +  N L++  LER ++H +L C++ N   T    SSV LD+  +   V +  +N  L AG+ +Q +C   G+RP   ++WW    +  T   +     +  G  T S L +TP  +D  K L CRA    +    +ED W L++ + P+V ++LG + +   +R+G+DV+F+C IK+NP      V+W HNG+IL       I       +V++ S LVLQ   +A  G Y+CV  N     +   +S PV LD++F   C+P++   Y   + ET  +AC ++ANP +  + W FN +  E   +    +     RS+  +TP    +YGTL+CW++N +G+Q+ PCV+ I  AG+P+ + NC+++N+++  F + C  GFNGGL Q F + VY  G  +   +     S  P+F V+GL PG  +   L+ +N KG    T  +VYTLK PEK
Sbjct:  204 IGGRPQPRVTWLHGNTVYKNASVGQP---LSERRV-GNTLSLARLERRNLHMQLTCRAENNNLTTPIISSVVLDMNLRPLIVKLQGENRALSAGNSYQLSCVVIGARPAPTITWW----KGSTPMKNTHEIATPDGNLTTSVLTFTPTIDDRGKFLSCRAEQSMIPESGMEDGWKLDIYHIPVVSLELGTNSLNSTLREGIDVFFECNIKSNP--WIYEVSWRHNGKILTNNPAEGI-------AVSNQS-LVLQNASRARSGIYTCVGSN----REGDGESNPVQLDIRFAPVCRPRQRLSYSSGRHETVKVACEIDANPAEATYVWKFNATQGETVDIPASQVAVDRGRSIAHYTPMTENDYGTLLCWATNEIGDQSEPCVYTIFPAGEPDPLLNCTVLNQTSTGFQIECIEGFNGGLQQDFIMEVYMNGTTRHPKIS---KSKRPYFEVSGLVPGMGYNVFLIANNSKGRSNATILQVYTLKDPEK 667          
BLAST of EMLSAG00000005255 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: 252.677 bits (644), Expect = 2.574e-69
Identity = 149/439 (33.94%), Postives = 237/439 (53.99%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYP-GTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVY-GVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVAN 449
            G+P P + W  +   LL      ++S     +  N L   S++R+D+++   CQ+ N         S  LD+  +   V IL   + + A  +++ +CES GSRP A+++W+    Q        +  +  S  ST S L + P  +D  K++ CRA NP +    +E  W LNV YPP+V ++LG++L  DDI++G DVYF+C +++NP  + + + WLHNG  L+    ++  AR++  + +    LVLQ + K   GNY+C   + +      V +Q + L VK+   CK  +  +  G +K ET  + C ++A+PP   FRW FNNS E   V     + +G RS+L +TP    +YGTL CW+SN VG Q  PC+F ++ A  P AV NC++ N +  S  + C PG++GGLPQ F L ++      +R  ++N
Sbjct:  200 GRPQPQVRWLVNG--LLVDNQNEHNS---GDVIENRLLWPSVQRNDLNSVFTCQALNTQLDKPKEKSFILDMHLKPLVVKILEPPSSMIADRRYEVSCESSGSRPNAIITWYKGKRQLR------RTKDDISKNSTRSELSFVPTTDDDGKSITCRAENPNVNGLYLETMWKLNVVYPPLVTLRLGSTLTPDDIKEGDDVYFECHVQSNP--QWRKLLWLHNGIHLE----HNTSARVIRSNQS----LVLQKITKHYAGNYAC---SAINDEGETVSNQ-LPLRVKYTPMCKHADRVILIGASKDETVEVVCEIQADPPPRTFRWKFNNSGETLDVGSERFSVNGSRSILKYTPVTDQDYGTLSCWASNEVGTQQHPCLFQVVLAALPNAVSNCTVFNRTELSVDIQCIPGYDGGLPQIFVLEMFSTRTGITRFNLSN 613          
BLAST of EMLSAG00000005255 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: 191.815 bits (486), Expect = 2.544e-49
Identity = 150/525 (28.57%), Postives = 225/525 (42.86%), Query Frame = 0
Query:    7 YSLYFFFIL--GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQ----SVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLG----ASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKP-QEAKVYGVAKMETAHIACNVEANPPD-VDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVY-------------------------KVGEDQSRTL--------VANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVP 483
            Y L+    +  G+PPP + W+RD+  L+ ++  S +  +   +  N L I +  R     ++ C++    GT     V  D+T Q       V I   N +L AG      CES GS P A ++W LD E       +V  ++   G  T S L      E+    L CRATNP    G IED   + V YPP V + L     + L+     +G +V FKC   A PP  +   +W  NG  +               S     ++ L  +++ + G YSC    G  + +   +S  + L V+F   CK   E    G   + +  + C V+A+PPD V F WT+NN+     V    I S+G  S + + P    E  TL CW+SN+VG Q  PC+ HI+ A  PEA + C + N++     V C  G +GGL Q+F L V                           +G+++  TL        +  +   +P F +  LEPG  +   +   N KG   P
Sbjct:  237 YELFLCCQVRGGRPPPKVTWWRDDTELIGTSHTSVEEGATVMV--NQLLIGTTTRDFYGIRIECRAQ---GTRLVDPVRKDVTVQVYLKPVRVKIATPNELLTAGQPMPIRCESWGSYPAAKITWLLDGEPIRNAEVTVH-SDKEDGNITTSILTLKVTSENDNAELTCRATNPWFSGGAIEDKRIIRVAYPPTVSVHLANEDPSRLVTR--AEGQNVTFKCRADARPPVTS--YSWFKNGMRM---------------SGESTEIMHLTQLERESAGAYSC----GATNTEGETRSSSLTLKVQFSPRCKSGTEQTSIGAVSLHSILVKCEVDADPPDSVRFSWTYNNTRNVSPVLNSRIQSNGLASTVTYLPQTDSELITLACWASNAVGRQTTPCLVHILPANTPEAPKACELRNDTV--LEVVCVAGSDGGLSQYFMLEVVGGDPLYSGDPGGSAGQGRGQFSEAIGLGDNEISTLNDQATSAPIFRMQENSPQFRLNNLEPGREYQFLVYAVNAKGRSEP 730          

HSP 2 Score: 48.9062 bits (115), Expect = 2.402e-4
Identity = 65/314 (20.70%), Postives = 113/314 (35.99%), Query Frame = 0
Query:   88 YQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLH-----CRATNPELLNGVIEDTWSLNVQYPPI-VKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILK---------KTRGNDIRARLVLP--SVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGE 384
            + AQ   I       + G +    C+  G RPP  ++WW D+ +    +H       TS E   + ++   L   T +  +     CRA    L++ V +D  ++ V   P+ VKI     L+      G  +  +C    + P     +TWL +GE ++         K  GN   + L L   S ND + L         R       G  +     +  + P  + V       +++   A+ +     C  +A PP   + W  N    + +  E          ++  T       G   C ++N+ GE
Sbjct:  219 FDAQGKEISQMAGPFREGYELFLCCQVRGGRPPPKVTWWRDDTELIGTSH-------TSVEEGATVMVNQLLIGTTTRDFYGIRIECRAQGTRLVDPVRKDV-TVQVYLKPVRVKIATPNELLT----AGQPMPIRCESWGSYPAAK--ITWLLDGEPIRNAEVTVHSDKEDGNITTSILTLKVTSENDNAELT-------CRATNPWFSGGAIEDKRIIRVAYPPTVSVHLANEDPSRLVTRAEGQNVTFKCRADARPPVTSYSWFKNGMRMSGESTE----------IMHLTQLERESAGAYSCGATNTEGE 501          
BLAST of EMLSAG00000005255 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: 80.4925 bits (197), Expect = 4.625e-14
Identity = 83/332 (25.00%), Postives = 142/332 (42.77%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKM-------ETAHIACNVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVL-VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D    LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP    ++ +W   GE  +    +D+       S      L ++  K +  G Y C+V NGV P+   +V+     L V+F  PQ  +   + K+        +A + C     P ++DF WT N    +  + +  E R+       S+L +   +   +Y    C ++N++G  +      +++  +P+      +V+ S  S G+   PGF+GGLPQ F +  Y+  E      V  L +    FT+TGL+P + +   LL  N  G
Sbjct:  727 DDGFYQLHCQNSE-----GTAEALLKLDVHYAPTIR----ALRDPTEVNVGGSVDIVCTVDANPI-LPEMFSWERLGEEEEDLNLDDMEKV----SKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVR-----LVVRFA-PQVDQPTPLTKVAAAGDSTSSATLHCRARGVP-NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDHTN--IQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALG 1034          

HSP 2 Score: 65.855 bits (159), Expect = 1.303e-9
Identity = 99/435 (22.76%), Postives = 166/435 (38.16%), Query Frame = 0
Query:    6 KYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYD-------SISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANP--PDVDFRWT-FNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHII----AAGKPEAVQNCSIVNESTDSFGVNC 419
            +  L    I G P P+LIW++D  R ++   +  +       S+  +  T +   ++ +   D   K  C++    G L  +S +L + +   ++ IL  ++ L+ G     TC S  S PP  LSW  + E+ E  A   Q +    G +   ++       D  + + CRA + E L   +   +  NV YPP     LG  + A  + +   V     + ANP P+     W   G  L    G   R R++         L L  V +A  G Y     N   + + +++     LDV +         P E  V G     +  I C V+ANP  P++ F W       E   +++    S G    L     +  + G   C   N V       V  ++       +P  +   +   +ST S  ++C
Sbjct:  474 RVRLVCLAIGGNPDPSLIWFKDS-RPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKA----GQL-SASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQ-SAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEA--FNWTFRGYRLSPAGGP--RHRIL-----SGGALQLWNVTRADDGFYQLHCQNSEGTAEALLK-----LDVHYAPTIRALRDPTEVNVGG-----SVDIVCTVDANPILPEM-FSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHC 877          

HSP 3 Score: 65.4698 bits (158), Expect = 1.683e-9
Identity = 85/365 (23.29%), Postives = 148/365 (40.55%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQH-QFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCI-IKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSV-----LVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIAC-NVEANPPDVDFRWTFNN----SAEAKQVEERFINSSGFRSVLVFTPTR 367
            G PP  L W ++  + +++AW +  + +      +++ ++++   D   +L CQS+N         S+ L +T+   ++ IL   ++ ++ +++    C +  SRP  +L WWL   Q      +V +     G  ++S L +    ED    L C A +        + + +LNV+Y P  K+ +        IR G  V   C+ I  NP P    + W  +   + + R      R+ L SV          LVL       R  +SC  G    S   VVQ  P  L +       A    +   +  ++ C ++ +NPP V+  W           AK     F  S+  RSV +   +R
Sbjct:  284 GNPPATLQWLKNG-KPVSTAWGTEHAQA----VAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITIL--GSVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETV-MDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKY-PAQKLWIEGPPEGQYIRTGTRVRLVCLAIGGNPDPS---LIWFKDSRPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTIL------ANSSALRPGDALNLTCVSISSNPP-VNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSR 629          
BLAST of EMLSAG00000005255 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: 80.4925 bits (197), Expect = 4.833e-14
Identity = 83/332 (25.00%), Postives = 142/332 (42.77%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKM-------ETAHIACNVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVL-VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D    LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP    ++ +W   GE  +    +D+       S      L ++  K +  G Y C+V NGV P+   +V+     L V+F  PQ  +   + K+        +A + C     P ++DF WT N    +  + +  E R+       S+L +   +   +Y    C ++N++G  +      +++  +P+      +V+ S  S G+   PGF+GGLPQ F +  Y+  E      V  L +    FT+TGL+P + +   LL  N  G
Sbjct:  727 DDGFYQLHCQNSE-----GTAEALLKLDVHYAPTIR----ALRDPTEVNVGGSVDIVCTVDANPI-LPEMFSWERLGEEEEDLNLDDMEKV----SKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVR-----LVVRFA-PQVDQPTPLTKVAAAGDSTSSATLHCRARGVP-NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDHTN--IQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALG 1034          

HSP 2 Score: 65.855 bits (159), Expect = 1.388e-9
Identity = 99/435 (22.76%), Postives = 166/435 (38.16%), Query Frame = 0
Query:    6 KYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYD-------SISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANP--PDVDFRWT-FNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHII----AAGKPEAVQNCSIVNESTDSFGVNC 419
            +  L    I G P P+LIW++D  R ++   +  +       S+  +  T +   ++ +   D   K  C++    G L  +S +L + +   ++ IL  ++ L+ G     TC S  S PP  LSW  + E+ E  A   Q +    G +   ++       D  + + CRA + E L   +   +  NV YPP     LG  + A  + +   V     + ANP P+     W   G  L    G   R R++         L L  V +A  G Y     N   + + +++     LDV +         P E  V G     +  I C V+ANP  P++ F W       E   +++    S G    L     +  + G   C   N V       V  ++       +P  +   +   +ST S  ++C
Sbjct:  474 RVRLVCLAIGGNPDPSLIWFKDS-RPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKA----GQL-SASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQ-SAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEA--FNWTFRGYRLSPAGGP--RHRIL-----SGGALQLWNVTRADDGFYQLHCQNSEGTAEALLK-----LDVHYAPTIRALRDPTEVNVGG-----SVDIVCTVDANPILPEM-FSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHC 877          

HSP 3 Score: 65.4698 bits (158), Expect = 2.035e-9
Identity = 85/365 (23.29%), Postives = 148/365 (40.55%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQH-QFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCI-IKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSV-----LVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIAC-NVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVLVFTPTR 367
            G PP  L W ++  + +++AW +  + +      +++ ++++   D   +L CQS+N         S+ L +T+   ++ IL   ++ ++ +++    C +  SRP  +L WWL   Q      +V +     G  ++S L +    ED    L C A +        + + +LNV+Y P  K+ +        IR G  V   C+ I  NP P    + W  +   + + R      R+ L SV          LVL       R  +SC  G    S   VVQ  P  L +       A    +   +  ++ C ++ +NPP V+  W           AK     F  S+  RSV +   +R
Sbjct:  284 GNPPATLQWLKNG-KPVSTAWGTEHAQA----VAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITIL--GSVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETV-MDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKY-PAQKLWIEGPPEGQYIRTGTRVRLVCLAIGGNPDPS---LIWFKDSRPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTIL------ANSSALRPGDALNLTCVSISSNPP-VNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSR 629          
BLAST of EMLSAG00000005255 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: 80.4925 bits (197), Expect = 4.833e-14
Identity = 83/332 (25.00%), Postives = 142/332 (42.77%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKM-------ETAHIACNVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVL-VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D    LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP    ++ +W   GE  +    +D+       S      L ++  K +  G Y C+V NGV P+   +V+     L V+F  PQ  +   + K+        +A + C     P ++DF WT N    +  + +  E R+       S+L +   +   +Y    C ++N++G  +      +++  +P+      +V+ S  S G+   PGF+GGLPQ F +  Y+  E      V  L +    FT+TGL+P + +   LL  N  G
Sbjct:  727 DDGFYQLHCQNSE-----GTAEALLKLDVHYAPTIR----ALRDPTEVNVGGSVDIVCTVDANPI-LPEMFSWERLGEEEEDLNLDDMEKV----SKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVR-----LVVRFA-PQVDQPTPLTKVAAAGDSTSSATLHCRARGVP-NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDHTN--IQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALG 1034          

HSP 2 Score: 65.855 bits (159), Expect = 1.388e-9
Identity = 99/435 (22.76%), Postives = 166/435 (38.16%), Query Frame = 0
Query:    6 KYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYD-------SISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANP--PDVDFRWT-FNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHII----AAGKPEAVQNCSIVNESTDSFGVNC 419
            +  L    I G P P+LIW++D  R ++   +  +       S+  +  T +   ++ +   D   K  C++    G L  +S +L + +   ++ IL  ++ L+ G     TC S  S PP  LSW  + E+ E  A   Q +    G +   ++       D  + + CRA + E L   +   +  NV YPP     LG  + A  + +   V     + ANP P+     W   G  L    G   R R++         L L  V +A  G Y     N   + + +++     LDV +         P E  V G     +  I C V+ANP  P++ F W       E   +++    S G    L     +  + G   C   N V       V  ++       +P  +   +   +ST S  ++C
Sbjct:  474 RVRLVCLAIGGNPDPSLIWFKDS-RPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKA----GQL-SASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQ-SAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEA--FNWTFRGYRLSPAGGP--RHRIL-----SGGALQLWNVTRADDGFYQLHCQNSEGTAEALLK-----LDVHYAPTIRALRDPTEVNVGG-----SVDIVCTVDANPILPEM-FSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHC 877          

HSP 3 Score: 65.4698 bits (158), Expect = 2.035e-9
Identity = 85/365 (23.29%), Postives = 148/365 (40.55%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQH-QFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCI-IKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSV-----LVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIAC-NVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVLVFTPTR 367
            G PP  L W ++  + +++AW +  + +      +++ ++++   D   +L CQS+N         S+ L +T+   ++ IL   ++ ++ +++    C +  SRP  +L WWL   Q      +V +     G  ++S L +    ED    L C A +        + + +LNV+Y P  K+ +        IR G  V   C+ I  NP P    + W  +   + + R      R+ L SV          LVL       R  +SC  G    S   VVQ  P  L +       A    +   +  ++ C ++ +NPP V+  W           AK     F  S+  RSV +   +R
Sbjct:  284 GNPPATLQWLKNG-KPVSTAWGTEHAQA----VAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITIL--GSVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETV-MDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKY-PAQKLWIEGPPEGQYIRTGTRVRLVCLAIGGNPDPS---LIWFKDSRPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTIL------ANSSALRPGDALNLTCVSISSNPP-VNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSR 629          
BLAST of EMLSAG00000005255 vs. GO
Match: - (symbol:Nphs1 "nephrosis 1, nephrin" species:10090 "Mus musculus" [GO:0000165 "MAPK cascade" evidence=IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005622 "intracellular" evidence=IDA] [GO:0005886 "plasma membrane" evidence=ISO;IDA] [GO:0005887 "integral component of plasma membrane" evidence=TAS] [GO:0007155 "cell adhesion" evidence=IGI] [GO:0007254 "JNK cascade" evidence=IDA] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0007517 "muscle organ development" evidence=IEA] [GO:0007519 "skeletal muscle tissue development" evidence=IMP] [GO:0007520 "myoblast fusion" evidence=IMP] [GO:0016020 "membrane" evidence=ISO] [GO:0016021 "integral component of membrane" evidence=TAS] [GO:0017022 "myosin binding" evidence=ISO] [GO:0019904 "protein domain specific binding" evidence=ISO] [GO:0030507 "spectrin binding" evidence=ISO] [GO:0030838 "positive regulation of actin filament polymerization" evidence=IGI] [GO:0036057 "slit diaphragm" evidence=ISO] [GO:0042995 "cell projection" evidence=IDA] [GO:0043234 "protein complex" evidence=ISO] [GO:0044062 "regulation of excretion" evidence=IMP] [GO:0045121 "membrane raft" evidence=ISO] [GO:0051393 "alpha-actinin binding" evidence=ISO] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 MGI:MGI:1859637 GO:GO:0043234 GO:GO:0005887 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 GO:GO:0007520 GO:GO:0030838 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0007519 GO:GO:0032836 GeneTree:ENSGT00550000074545 GO:GO:0036057 TreeFam:TF327139 EMBL:AC167970 GO:GO:0044062 CTD:4868 eggNOG:NOG251936 HOVERGEN:HBG031752 OMA:NVNEGSQ OrthoDB:EOG7RBZ7J EMBL:AF168466 EMBL:AF172254 EMBL:AF172247 EMBL:AF172248 EMBL:AF172249 EMBL:AF172250 EMBL:AF172251 EMBL:AF172252 EMBL:AF172253 EMBL:AF172256 EMBL:AF190638 EMBL:AF191090 EMBL:AB513652 EMBL:AY183460 RefSeq:NP_062332.2 RefSeq:XP_006540278.1 UniGene:Mm.437830 ProteinModelPortal:Q9QZS7 SMR:Q9QZS7 BioGrid:207694 STRING:10090.ENSMUSP00000006825 PhosphoSite:Q9QZS7 PaxDb:Q9QZS7 PRIDE:Q9QZS7 DNASU:54631 Ensembl:ENSMUST00000006825 GeneID:54631 KEGG:mmu:54631 UCSC:uc009gem.1 UCSC:uc009gen.1 InParanoid:Q9ET59 NextBio:311448 PRO:PR:Q9QZS7 ArrayExpress:Q9QZS7 Bgee:Q9QZS7 CleanEx:MM_NPHS1 Genevestigator:Q9QZS7 Uniprot:Q9QZS7)

HSP 1 Score: 79.7221 bits (195), Expect = 8.715e-14
Identity = 78/326 (23.93%), Postives = 136/326 (41.72%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFL-DVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVL-VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D    LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP    ++ +W   GE  ++   +D+       S      L ++  K +  G Y C+V NGV P+   +V+    F   V    P            +A + C     P ++DF WT N    +  + +  E ++       S+L +   +   +Y    C ++N++G  +      +++  +P+      +V+ S  S G+   PGF+GGLPQ F +  Y+  E      +  L +    FT+TGL+P + +   LL  N  G
Sbjct:  727 DDGFYQLHCQNSE-----GTAEALLKLDVHYAPTIR----ALKDPTEVNVGGSVDIVCTVDANPI-LPEMFSWERLGEDEEELNLDDMEKM----SKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDHPTPLTKVAAAGDSTSSATLHCRARGVP-NIDFTWTKNGVPLDLQDPRYTEHKYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDHTN--IQLVSISRPDPPLGLKVVSVSPHSVGLEWKPGFDGGLPQRFQIR-YEALESPGFLYMDVLPAQATTFTLTGLKPSTRYRIWLLASNALG 1034          

HSP 2 Score: 66.2402 bits (160), Expect = 9.881e-10
Identity = 86/365 (23.56%), Postives = 145/365 (39.73%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCI-IKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPS-------VLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIAC-NVEANPP---DVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTR 367
            G PP  L W ++  + ++ AW +  + +      +++ ++++   D   +L CQS+N         S+ L +T+   +V IL   +           C +  SRP  +L WWL   Q      +V +     G  ++S L      ED   +L C A +        + + +LNV+Y P  K+ +        IR G  V   C+ I  NP P    +TWL +   +   R +    R+ L SV           VL++      A+  +SC  G    S   VVQ  P  L +       A    +   +  ++ C ++ +NPP    +D      +   AK     F  S+  RSV +   +R
Sbjct:  284 GNPPATLQWLKNG-KPVSIAWGTEHAQA----VAHSVLVMTVRPEDHGARLSCQSYNSVSAETQERSITLQVTFPPSAVTILGSTS-QSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETV-MDGLHGGHISMSNLTLLVKREDNGLSLTCEAFSDAFSKETFKKSLTLNVKY-PAQKLWIEGPPEGQSIRTGTRVRLVCLAIGGNPEPS---LTWLKDSRPVNDPRQSQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNLAK--FSCKAGQLSASTQLVVQFPPTNLTIL------ANSSALRPGDALNLTCVSISSNPPVNLSLDKEGERLDDVAAKPQSAPFKGSAASRSVFLRVSSR 629          

HSP 3 Score: 55.0694 bits (131), Expect = 2.950e-6
Identity = 97/435 (22.30%), Postives = 161/435 (37.01%), Query Frame = 0
Query:    6 KYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYD-------SISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANP--PDVDFRWT-FNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHII----AAGKPEAVQNCSIVNESTDSFGVNC 419
            +  L    I G P P+L W +D  R +    +S +       S+  +  T +   ++ +   D   K  C++    G L  +S +L + +   ++ IL  ++ L+ G     TC S  S PP  LS   + E+ +  A   Q +    G +   ++       D    + CRA + E L   +   + LNV YPP     LG  + A  + +         + ANP P+     W   G  L    G   R R++         L L  V +A  G Y     N   + + +++     LDV +         P E  V G     +  I C V+ANP  P++ F W       E   +++    S G    L     +  + G   C   N V       V  ++        P  +   +   +ST S  ++C
Sbjct:  474 RVRLVCLAIGGNPEPSLTWLKDS-RPVNDPRQSQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNLAKFSCKA----GQL-SASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSLDKEGERLDDVAAKPQ-SAPFKGSAASRSVFLRVSSRDHGHRVTCRA-HSEALRETVSSFYRLNVLYPPEF---LGEQVRAVTVVEQGQALLPVSVSANPAPEA--FNWTFRGYRLSPAGGP--RHRIL-----SGGALQLWNVTRADDGFYQLHCQNSEGTAEALLK-----LDVHYAPTIRALKDPTEVNVGG-----SVDIVCTVDANPILPEM-FSWERLGEDEEELNLDDMEKMSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDHPTPLTKVAAAGDSTSSATLHC 877          
BLAST of EMLSAG00000005255 vs. GO
Match: - (symbol:hbs "hibris" species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=ISS] [GO:0061330 "Malpighian tubule stellate cell differentiation" evidence=IEP;IMP] [GO:0016202 "regulation of striated muscle tissue development" evidence=IGI;IMP] [GO:0007520 "myoblast fusion" evidence=IGI;TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IDA] [GO:0007156 "homophilic cell adhesion" evidence=IGI] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:0007220 "Notch receptor processing" evidence=IMP] [GO:0005768 "endosome" evidence=IDA] [GO:0042067 "establishment of ommatidial planar polarity" evidence=IMP] [GO:0010950 "positive regulation of endopeptidase activity" evidence=IMP] [GO:0016324 "apical plasma membrane" evidence=IDA] [GO:0001751 "compound eye photoreceptor cell differentiation" evidence=IMP] [GO:0070765 "gamma-secretase complex" evidence=IPI] [GO:0045747 "positive regulation of Notch signaling pathway" evidence=IMP] [GO:0005913 "cell-cell adherens junction" evidence=IDA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003006 PROSITE:PS00290 GO:GO:0016324 GO:GO:0042067 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0045747 GO:GO:0005913 GO:GO:0007220 GO:GO:0007520 GO:GO:0007157 GO:GO:0010950 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0001751 InterPro:IPR013162 Pfam:PF08205 GO:GO:0016202 GeneTree:ENSGT00550000074545 eggNOG:NOG251936 OrthoDB:EOG7RBZ7J GO:GO:0061330 RefSeq:NP_788355.1 UniGene:Dm.1858 ProteinModelPortal:A1Z9X4 SMR:A1Z9X4 PaxDb:A1Z9X4 PRIDE:A1Z9X4 EnsemblMetazoa:FBtr0087414 GeneID:44129 KEGG:dme:Dmel_CG7449 UCSC:CG7449-RB CTD:44129 FlyBase:FBgn0029082 InParanoid:A1Z9X4 OMA:VHETISL GenomeRNAi:44129 NextBio:836838 Bgee:A1Z9X4 Uniprot:A1Z9X4)

HSP 1 Score: 77.411 bits (189), Expect = 3.787e-13
Identity = 87/353 (24.65%), Postives = 146/353 (41.36%), Query Frame = 0
Query:  142 TESTSGESTIST---LMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPP-IVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGN--GVPSHDHV---VQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERF------INSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            + S SG+  IS    L  + L  +      C A N +   G       + V+Y P I  +  G S +A     G      C I+A P         L    +     G D+  R +    N  ++L +  V+++  GN++C+V N  G P+  +V   VQ+ P  +D      + A   GV     A + C   A+P    F W  +      Q   +F      +++  F S L+   T   +YG   C   NS+G+  A          +P+A     + N S     +N +PGF+GG+  +F L + + GED+ + + A       + ++ GL+PG+ +  S++  N  G
Sbjct:  688 SNSLSGQRLISDGPRLNISRLSRNDAGVYICEALNSQ---GTALLEIQVAVEYAPTITAVSEGRSFVA-----GEPAVLACHIQARP---------LEAAHVRWSRDGYDLATRTISSFENGTALLQIASVERSDIGNFTCIVDNQRGAPAAQNVLLVVQTAPE-IDHSPGFTRYAARLGV----RAQLICRSLASP-QPSFIWRRHGKDLKMQRRNKFKSVERQVDALNFESALLIENTSPDDYGQYECVVRNSLGQ--ASTTLEFSKPSRPDAPLQLRVGNVSDTGVDLNWTPGFDGGMQTYFRLRLKQHGEDKYKYVDAKPGH--QNISLDGLKPGATYYFSVMAANEAG 1013          

HSP 2 Score: 58.151 bits (139), Expect = 3.394e-7
Identity = 94/447 (21.03%), Postives = 176/447 (39.37%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVV----GNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPD-VDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHF 457
            G PPP L WY+++  + A +      + D+ IT+    +++   ++   K   Q+      L+ +   L + +  ++V I      L  G + +  C+S  S PPA +SWW D    E    ++       G S  +  MY  + +D    ++   ++ E+L   + +T SL++ YPP  +     + +     +G   + + +   NP   T   TW  +G  +     +  R       ++D   L +  + +   G Y C      G  +      V+  P    V      E + +     E A +AC+++A P +    RW+ +    A +    F N +   ++L        + G   C   N  G   AP            A QN  +V ++     ++ SPG        FT    ++G  +++ +  +L+SP P F
Sbjct:  475 GNPPPTLQWYKNDKIINAPS-----KLVDSKITSELSLLVNASDNNAIYKCKVQNAAIDIPLFATKT-LGVHFPPETVKISVVPKNLVPGIRAKLICDSSSSNPPAKISWWKDGIPVE--GLNLANRPGLWGGSVSTLEMYVNITQDLDGIVYTCQSHNEVLQRSVHETISLDILYPPKFETPQSTTFVG---VEGAPFHVELLASGNPMVIT--YTWTKDGLPISSNSLSGQRL------ISDGPRLNISRLSRNDAGVYICEALNSQGTALLEIQVAVEYAPTITAVS-----EGRSFVAG--EPAVLACHIQARPLEAAHVRWSRDGYDLATRTISSFENGT---ALLQIASVERSDIGNFTCIVDNQRG---AP------------AAQNVLLVVQTAPE--IDHSPG--------FTRYAARLGV-RAQLICRSLASPQPSF 866          

HSP 3 Score: 50.0618 bits (118), Expect = 1.016e-4
Identity = 55/226 (24.34%), Postives = 93/226 (41.15%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEIL 240
            G PP  L WYR+ V + +S   +   +S+      N+   +    D    L+C++ N   T    + + L + Y  + V  L   N  K G   Q +C +  S P A +SW ++    +   +    + S  G  + S +  T   +       C A N EL   V+  + ++NV YPP   +  G +   D +  G  +  +C      PP T  + W  N +I+
Sbjct:  278 GNPPAQLTWYRNGVAI-SSPQRTSGRLSE------NVYKFTAAAEDNGANLVCEAKNLLATTPLRAELNLTVLYAPKDV-YLSGANQAKVGDSVQLSCVTAPSNPQARISWSINGRPLDNSTYKT-TSSSDGGWVSSSNISLTIDSQSRTFIAVCHALNTELTQNVV-GSHTVNVLYPPSPPLLTGYN-DGDILISGSILKLQCSSAGGNPPPT--LQWYKNDKII 490          
BLAST of EMLSAG00000005255 vs. GO
Match: - (symbol:sns "sticks and stones" species:7227 "Drosophila melanogaster" [GO:0007155 "cell adhesion" evidence=ISS] [GO:0005886 "plasma membrane" evidence=ISS;IDA] [GO:0007520 "myoblast fusion" evidence=IMP;TAS] [GO:0007523 "larval visceral muscle development" evidence=IMP] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IDA;IMP] [GO:0030036 "actin cytoskeleton organization" evidence=IMP] [GO:0036059 "nephrocyte diaphragm assembly" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0005917 "nephrocyte diaphragm" evidence=IDA] [GO:0097206 "nephrocyte filtration" evidence=IMP] [GO:0007156 "homophilic cell adhesion" evidence=IGI] [GO:0061321 "garland nephrocyte differentiation" evidence=IMP] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:0007286 "spermatid development" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0007286 GO:GO:0030036 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007520 GO:GO:0007157 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 InterPro:IPR013162 Pfam:PF08205 GO:GO:0001745 GO:GO:0007523 ChiTaRS:sns GeneTree:ENSGT00550000074545 GO:GO:0061321 UniGene:Dm.14097 GeneID:44097 KEGG:dme:Dmel_CG33141 CTD:44097 FlyBase:FBgn0024189 GenomeRNAi:44097 NextBio:836750 GO:GO:0005917 GO:GO:0036059 GO:GO:0097206 RefSeq:NP_001036532.1 ProteinModelPortal:Q0E9F2 SMR:Q0E9F2 IntAct:Q0E9F2 PRIDE:Q0E9F2 EnsemblMetazoa:FBtr0111043 UCSC:CG33141-RB OMA:EGYSAGE Bgee:Q0E9F2 Uniprot:Q0E9F2)

HSP 1 Score: 74.7146 bits (182), Expect = 3.041e-12
Identity = 109/509 (21.41%), Postives = 198/509 (38.90%), Query Frame = 0
Query:   18 PPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKL-----LCQSWNYPGTLYG-SSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKM-----ETAHIACNVEANPPDVDFRWTFN------NSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPH-FTVTGLEPGSNFIGSLLGHNVKGMG--VPTTXRVYTLKLPEKLIPPIEPTPS 506
            PP  L W++D + +     E  ++ S   +    ++ +   R +V  ++      CQS N         +V LD+ Y+ + V       +   G   Q + ++  +  P    W  D              +  S       L +T L  D      C A+N +   G      ++ V+Y   +K  +  +++   +  G D    C ++  P  +   V W        +  G D+  +      N  S L ++  K+   GN+ CV  N V +  +    + + L VKF  P+ AK   + +      E   + C  + +P    F W  +      N     +VEER I+S  + S L+       +YG   C + N +GE        I +  +P+   + +I+N + D+  +  +PGF+GGL   + +  Y++ + +    +  L  P  H  T+ GL   + ++ S++  N  G    +P   R  T + P    PP  P  S
Sbjct:  606 PPAKLSWWKDGIPI-----EGINNTSKPGLWGGTVSTLEF-RVNVTQEMNGQVYTCQSANEALQRSAHEAVSLDVLYRPKFVPPPSSTAVGVEGESLQVSLQTRANPTPVTYKWTKDGTTIPQDGDHRIFADGGS-------LNFTRLHRDDAGIYSCSASNSQ---GGATLNITVVVEYGTTIK-SVSENIV---VNPGEDAMLSCTVEGKPLTEEH-VKW--------ERVGYDMTVKTSTTFANGTSYLHIKDAKREDVGNFRCVADNRVDNPTN----RDILLIVKFA-PEIAKTPTLLRAASGTGERGRLPCRAQGSP-KPQFIWRQDKKDLPINRTYKYEVEERKIDSLTYESTLIVDKVAPADYGAYECVARNELGEAVETVRLEITS--QPDPPLSLNILNVTHDTVTLAWTPGFDGGLKASYRVR-YRMADREQYKYIDGL--PNSHKLTIGGLRMNTLYLFSVMSWNELGQSSYLPDLARAETKEAP----PPSHPASS 1070          

HSP 2 Score: 56.225 bits (134), Expect = 1.311e-6
Identity = 70/293 (23.89%), Postives = 121/293 (41.30%), Query Frame = 0
Query:   98 KNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPP-IVKIKLGASLIADDIRQGVDVYFKC-IIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQ---GVKKAARGN-YSCVVGN-GVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVG 383
            +  I+ AGS  +  C S G  P A L+W+ ++++  +   +    +S S E TI   +      D      C A+N      + + T +L+V + P  VKI++      +++R G++    C    +NPP K   ++W  +G  ++             P +   +V  L+    V +   G  Y+C   N  +    H   S  V    KF  P  +   GV + E+  ++    ANP  V ++WT + +   +  + R     G    L FT     + G   C +SNS G
Sbjct:  490 EGQIIPAGSVQKLLCVSSGGNPLATLTWYKNDKRINSVIRAAD--KSVSAEITILANV-----SDNQAQYRCEASNSATEIPLFQST-TLSVHFAPETVKIRIE----PEELRPGMEATIICDSSSSNPPAK---LSWWKDGIPIEGINNTS------KPGLWGGTVSTLEFRVNVTQEMNGQVYTCQSANEALQRSAHEAVSLDVLYRPKFVPPPSSTAVGV-EGESLQVSLQTRANPTPVTYKWTKDGTTIPQDGDHRIFADGG---SLNFTRLHRDDAGIYSCSASNSQG 757          

HSP 3 Score: 51.6026 bits (122), Expect = 3.904e-5
Identity = 45/181 (24.86%), Postives = 75/181 (41.44%), Query Frame = 0
Query:   16 GKPPPNLIWYRD--EVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPP 193
            G PP  LIWY++  ++R+   A+ +   +S+      N+   + E  D   +  C++ N        + VEL + +    V ++      + G     TC +  S PPA + W +   Q    A S  I     G +T S +     P      + C   N +L   V+  T ++NV YPP
Sbjct:  312 GNPPAQLIWYKNGSQIRM---AYRTSGRLSE------NIYTFTAEAGDNKARFRCEASNVMSQNPLKAEVELSVLFAPTHVTVMGPTEA-RVGDIVPLTCTTAPSNPPAEIKWMVGGRQVR-NATSKTIVSPEGGWTTTSNITAVVEPNKRSLVVICHGLNMQLTENVV-STHTINVLYPP 480          

HSP 4 Score: 49.2914 bits (116), Expect = 1.582e-4
Identity = 82/376 (21.81%), Postives = 140/376 (37.23%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMY--TPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQY-----PPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANP-PDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSV 382
            G P   L WY+++ R+ +    +  S+S        +TI++   SD   +  C++ N    +    S  L + +  ++V I  +   L+ G +    C+S  S PPA LSWW D    E   ++   ++      T+STL +      E   +   C++ N E L     +  SL+V Y     PP     +G         +G  +      +ANP P T    W  +G  + +   + I A        D   L    + +   G YSC   N   S      +  V ++        ++   V   E A ++C VE  P  +   +W         +    F N + +   L     +  + G   C + N V
Sbjct:  509 GNPLATLTWYKNDKRINSVIRAADKSVSA------EITILA-NVSDNQAQYRCEASNSATEIPLFQSTTLSVHFAPETVKIRIEPEELRPGMEATIICDSSSSNPPAKLSWWKDGIPIEGINNT---SKPGLWGGTVSTLEFRVNVTQEMNGQVYTCQSAN-EALQRSAHEAVSLDVLYRPKFVPPPSSTAVGV--------EGESLQVSLQTRANPTPVT--YKWTKDGTTIPQDGDHRIFA--------DGGSLNFTRLHRDDAGIYSCSASN---SQGGATLNITVVVEYGTTIKSVSENIVVNPGEDAMLSCTVEGKPLTEEHVKWERVGYDMTVKTSTTFANGTSY---LHIKDAKREDVGNFRCVADNRV 849          
BLAST of EMLSAG00000005255 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: 72.0182 bits (175), Expect = 1.328e-11
Identity = 65/247 (26.32%), Postives = 100/247 (40.49%), Query Frame = 0
Query:  102 LKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNS 341
            LKA + H  TC + G++P A ++W+ D E  +   +S  + E    E+ +S L   P   D+ +T  CR  NP    G  + + ++NVQ+PP V +    S+    + +G  V F C   AN  P+     W   G  + +  G+ +          DP                SC V N V S +         +DV+F        KPQ   +     M+ A   C+   NPP +   WT   S
Sbjct:  144 LKAHTPHNLTCRASGAKPAAEITWYRDGEIMQNAIYSKSLMEDGKRETAVSMLPMVPEDSDSGRTYTCRVLNPAAPAGR-QTSVTINVQHPPSVTL----SVQPQTVMEGAKVLFICSASAN--PEITGYRWSKGGVPISEANGDSLEVTADHSYFTDP---------------VSCEVSNSVGSTN-----VSTLVDVQFGPRLLTEPKPQIVDI----GMDAA-FTCSWTGNPP-LTLAWTKQGS 357          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592897239|gb|GAXK01061136.1| (TSA: Calanus finmarchicus comp782397_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 383.645 bits (984), Expect = 1.344e-115
Identity = 255/712 (35.81%), Postives = 385/712 (54.07%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXR---VYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGXXXXXXXXXXXXXXHSSRQWSXXXXXXXXXXXVTEPHSSKVVVTTIEEL----DQL-------------------EPGSIVNSDVEGGSNVGHGSGASINNPDIVPFISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNAGIDYCTLRXPPSTSSLHANSRRAVQFADQQMIPDV 698
            GKP P ++WY++            D  +   IT NNLT+ +L RSD+H+ + C++ NY G++   ++ LD+ +    +A+  KN  L AG+Q  FTC++ GSRPPA+L+WWL +++ +     V    ST G ++ STL  TP  EDT  T+ C+A NPE+  GV+++TW+L+V+YPP + ++L + L    + +G DV+F C I +NP    ++V W HN + LK+ +    R  +++ S    + LVLQ VKK A GNY+C   NGVP   +  +S+P  LDVK+   C P+  KVYGVAK E   I C V ANP ++ FRWTFNNSAE K V++     +   S+  + P R L+YGTLMCWS N++GEQ  PCVFHIIAAGKP+ V+NC+  N +  +F ++CSPGFNGGLPQ+FT+ V  +  +    +V    S  P+FTVT L+  +++   ++  N+KG+G P   +   + TL  P+ +    +P    ED      ++P+ + + G  SG  L+I+ + +A+R+  SR+ +                +SKVVVTTI +L    D L                   E G  + S+ EG    G+GSG S         I  DF +     + +      P+   H     +        +P+   ++   ++CT+R  P  S         VQFAD+   PDV
Sbjct:  946 GKPAPRVVWYKNFQLYGEQYVREEDPFTQQIITYNNLTLFALPRSDLHSNITCEATNYNGSVLQKTITLDMNFLPVRIAVSEKNAPLLAGTQQTFTCKAFGSRPPAMLTWWLGHKRLD--GGKVYSPASTDGTTSTSTLTITPKEEDTNNTITCKAENPEIRQGVLKETWTLDVRYPPRITLELSSMLEEQAVAEGNDVFFVCKIHSNPRID-RMVEWYHNSKPLKQNQ----RKGIIMNSSG--TNLVLQEVKKEANGNYTCRATNGVPHTGYYEESKPFNLDVKYLPVCVPEGVKVYGVAKEENVRIRCQVAANPSNLTFRWTFNNSAEIKDVDKNKFTINNSISLFSYKPERELDYGTLMCWSRNAIGEQQKPCVFHIIAAGKPDPVKNCTTSNVNNSAFQISCSPGFNGGLPQNFTIEV--IENETLDNVVFRGDSTDPNFTVTNLKDSTDYRVYVIPVNMKGLGQPQNPQGTFIRTLTAPQPITAE-KPNFQKEDK-EKENINPIMVIIFGGASGFVLIIVTITLAVRVRCSRRTNLTR------------DNSKVVVTTIADLEFHDDHLNDRVPLRSSKSGLTSSCSQETGKDI-SEFEGSPQSGYGSGESAQ------AIQQDFHQHSADKAESIFSGRGPESINHDHPYLM--------FPTMSGQSHTHNFCTMRKHPPMS---------VQFADR---PDV 2925          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592867955|gb|GAXK01089607.1| (TSA: Calanus finmarchicus comp421018_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 295.434 bits (755), Expect = 9.308e-85
Identity = 191/522 (36.59%), Postives = 281/522 (53.83%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVA--NLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPE-KLIP---PIEPTPSNEDMLTNVEMS-PLALTLLGI 526
            G P P+++W R+   + +   E  +S        N LT+ SL R D+H++  C  S N   +   ++V LD+ +   S+ I ++++ L  G++    C S GSRPPA ++W++DN + E    +     S  G  T S L +TP  +   K L C+A+NP +    I   W LN+ Y P V++ LG S+ AD I +G D YF C + ++PPP    V W HNG  L  +  N +        +     LVLQ + +A  G+Y C   N V       +S+ + LDVK+   C   E ++YGV+K E   I C VEANP +V FRWTFNNSAE  +V      S G RS L +TP  +++YGTL+C +SN+VGEQ  PCVFHII A  PE V+NCS++N+S+++F + C PGF+GG+ Q F + V    +D+    V   N S   P   +  LE GS +  +++  N KG        V TL+ PE +LI     +EP  S  D++  V +   L +T+L I
Sbjct:  771 GDPKPSVVWKRNGTIVDSDFIELSNST-----VRNVLTVTSLSREDLHSEYSCSVSNNNISSPITNTVHLDMNFPPTSITIDNRDSQLVVGTKVDIVCHSFGSRPPAHITWYIDNIRLEGSHET----SSVDGNVTESILQFTPRMKHIGKVLRCKASNPLVEKKDIFSDWPLNISYAPNVELVLGKSISADSIYEGGDAYFDCRVNSSPPPDR--VNWYHNGLPLSHSAENGV--------IFTNYSLVLQKINQARAGSYMCESSNQVGKG----RSEEIILDVKYVPVCANPEPEIYGVSKAELVDIVCRVEANPSEVQFRWTFNNSAELIRVPNVRAVSEGSRSTLSYTPQTSMDYGTLLCSASNTVGEQRKPCVFHIILAVSPEPVENCSVINKSSETFHLQCVPGFDGGMNQTFHILV----KDRITNSVKYDNASLDRPEVLIEHLEAGSAYSVTVIAINKKGASTAVYKTVETLQQPELQLIEEKIELEPDISQSDLIVGVSVGVGLCVTVLLI 2255          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592867956|gb|GAXK01089606.1| (TSA: Calanus finmarchicus comp421018_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 295.434 bits (755), Expect = 6.587e-84
Identity = 191/522 (36.59%), Postives = 281/522 (53.83%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVA--NLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPE-KLIP---PIEPTPSNEDMLTNVEMS-PLALTLLGI 526
            G P P+++W R+   + +   E  +S        N LT+ SL R D+H++  C  S N   +   ++V LD+ +   S+ I ++++ L  G++    C S GSRPPA ++W++DN + E    +     S  G  T S L +TP  +   K L C+A+NP +    I   W LN+ Y P V++ LG S+ AD I +G D YF C + ++PPP    V W HNG  L  +  N +        +     LVLQ + +A  G+Y C   N V       +S+ + LDVK+   C   E ++YGV+K E   I C VEANP +V FRWTFNNSAE  +V      S G RS L +TP  +++YGTL+C +SN+VGEQ  PCVFHII A  PE V+NCS++N+S+++F + C PGF+GG+ Q F + V    +D+    V   N S   P   +  LE GS +  +++  N KG        V TL+ PE +LI     +EP  S  D++  V +   L +T+L I
Sbjct:  710 GDPKPSVVWKRNGTIVDSDFIELSNST-----VRNVLTVTSLSREDLHSEYSCSVSNNNISSPITNTVHLDMNFPPTSITIDNRDSQLVVGTKVDIVCHSFGSRPPAHITWYIDNIRLEGSHET----SSVDGNVTESILQFTPRMKHIGKVLRCKASNPLVEKKDIFSDWPLNISYAPNVELVLGKSISADSIYEGGDAYFDCRVNSSPPPDR--VNWYHNGLPLSHSAENGV--------IFTNYSLVLQKINQARAGSYMCESSNQVGKG----RSEEIILDVKYVPVCANPEPEIYGVSKAELVDIVCRVEANPSEVQFRWTFNNSAELIRVPNVRAVSEGSRSTLSYTPQTSMDYGTLLCSASNTVGEQRKPCVFHIILAVSPEPVENCSVINKSSETFHLQCVPGFDGGMNQTFHILV----KDRITNSVKYDNASLDRPEVLIEHLEAGSAYSVTVIAINKKGASTAVYKTVETLQQPELQLIEEKIELEPDISQSDLIVGVSVGVGLCVTVLLI 2194          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592838823|gb|GAXK01118721.1| (TSA: Calanus finmarchicus comp1091110_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 282.337 bits (721), Expect = 9.072e-80
Identity = 170/497 (34.21%), Postives = 263/497 (52.92%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIP---PIEPTP 505
            G P P + W++ E RL+ +++E    ++ T +  N L I  L RSD+ T L CQS N   ++   + +E+D+ +    V+I      L AG+++   CE+ GSRP  V++WWL +         V+   + S       L +TP P+D  K L CRA N ++ +G I+D+W L V YPPIV ++LG  L +D I +G DVYF+C IKANP  +   + W HNGE + +   N   + L++   +    LVLQ VK+   GN++C+V N     +   +S  V L + +   C   E + +G        + C V++ P    F W FNNS +A ++ +   + +   S L ++      +G L CW+ NS+G  + PC+F+II A  P +  NC ++N++TD   V C PGF+GGL Q F L V  V    +  ++AN+SS  P FT+TGL PG +   ++   N  G   PT    +T K+ +  +    PIE TP
Sbjct:  762 GNPSPEVTWWK-ENRLIDNSYE----MTFTNVIQNTLEIGPLARSDLGTVLTCQSSNNNISIPLSNKLEIDMVFAPVDVSITSLGQPLSAGTEYSIECEAAGSRPDPVITWWLGDTFLGHNNQVVEKIGNISKSI----LQFTPKPKDDQKVLTCRAENTDIKDGAIQDSWKLTVYYPPIVSLRLGLELGSDAIDEGKDVYFECKIKANP--EIYKIRWTHNGEHIDQKSSNG-ESGLIMSGQS----LVLQKVKREQAGNFTCLVSN----LEGDTESNSVLLKILYAPRCIQNEKQTHGANIGSNLEVKCTVDSYPLPTSFSWGFNNSKDAIKISDDLYDMNDSVSTLKYSTLSDHHFGHLYCWARNSMGVMSEPCIFNIIPARPPTSPSNCVVLNQTTDVLQVECEPGFDGGLDQFFLLEVVDV---VTTMMLANVSSSRPVFTITGLNPGRDLRLAIFAVNKNGKSQPTILEGFTTKVAQLQVETPVPIEFTP 2183          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592772121|gb|GAXK01182447.1| (TSA: Calanus finmarchicus comp346567_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 276.944 bits (707), Expect = 7.521e-78
Identity = 177/527 (33.59%), Postives = 294/527 (55.79%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVV----GNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANP-PDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNE----DMLTNVEMSPLALTLLGIGSG 529
            G+P P++ W+RD   L+    E++++ +   +TN  +TI +++R+D+H+   CQ+ N   ++   +SV+LD+T+   SV +L     L AG  H+  CE+ G+RP   ++WW   E+   K H+ +   S  G  T+STL  TP  ED  + + C+A  P L    ++++W+L V Y P V++  G+ L A +I++G DVYF+C +K++P  +   +TW  NG  L+    +DI + +++ + +    LV+Q V ++  G+Y+C V    G GV        S  V L VK+   CK Q+ + +GVA+ E   + C+V ++P  ++ F W F+   E   +++  I  +G  SVL + P   ++YG L+CW++NSVG+Q  PCVFH+I AGKP+ V NC++ N++  SF V+C PGF+GGL Q F L V     +   TL+ N++S  P F V GL+    F  ++   N++G       + +T K      P I     N+     + T + +SP+   L+G+GS 
Sbjct:  831 GRPSPSVTWWRDH-HLVD---ETFNTDTQYKVTNQ-MTIKNVQRADLHSIFTCQASNNNVSVPVSTSVKLDITFGPTSVRLLGVKQSLSAGQPHEVRCEALGARPIPKITWW-KGEKKILKGHT-KPQTSPDGNVTVSTLWITPEVEDDGEVITCKAGIPNLQQSTVQNSWNLQVNYKPKVRLAFGSQLEASNIKEGNDVYFECKVKSHP--RYYKITWKRNGIPLQ----HDISSGIIISNQS----LVVQSVTRSDSGHYTCHVFNTEGEGV--------SNEVGLAVKYAPVCKKQQKEAFGVARQELVSVLCDVLSDPVENLKFEWIFSKGDEKLDMQQSQIRVNGTNSVLEYIPRTEMDYGNLLCWATNSVGKQVEPCVFHVIPAGKPDPVSNCTVSNQTHSSFIVSCIPGFDGGLTQLFGLKVI----NSEHTLI-NMTSKVPKFQVAGLQSEKAFTVTVHSSNLRGQSEKVILQAFTTK------PRISEKEINQAKIGSLKTRLIISPVLGVLIGVGSA 2303          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592761831|gb|GAXK01192582.1| (TSA: Calanus finmarchicus comp472909_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 276.174 bits (705), Expect = 2.616e-76
Identity = 175/525 (33.33%), Postives = 283/525 (53.90%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVV----GNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPP-DVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLK--LPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSG 529
            G P P L W+R+   LL  ++ES    S+     N + I +L+RSD+H+ L CQ S N       +SV++D+ +   SV +++    + AG + +  C+  G+RPP  ++WW    Q      ++    S  G  T+ST+++ P  +D  K L CRA + +   G +ED W L++ Y P   + LG SL   +I++G DVYF+C +++NP P    +TW  N    +K   +++   +++ +++    LVLQ V K+  G Y+CV     G+GV        S P+ L+V++   C+P +  VYGVA+ E   I+C+V +NP   + F W FN S E  +++   +   G RS++ +TP   L+YG L+CW  NS+G Q+ PC +HII AG+P+ V NCS+ N++  S  V+C  GF+GGL Q F L   ++ + ++   V+N+S     F V GL PG  +I ++   N KG   P T   +T+K   PE ++      P        + ++P+   L+ I SG
Sbjct:  957 GSPSPQLNWWREHA-LLDGSYES----SEPHKIINTILIENLQRSDLHSILTCQASNNNISNPVSTSVKIDMHFGPLSVTLINGRESMSAGKRFEAKCQVVGARPPPKVTWWRGAAQIRD---NITTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQTGEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYK--ITWRRN----EKPLMHNVAEGVIVSNMS----LVLQRVSKSQSGIYTCVAHNSEGDGV--------SNPITLNVRYVPYCRPDQVLVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKL---ELRDARTSHPVSNISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMKETSPEHIVADTSRQP-------GMVVTPVLAILIAIISG 2423          

HSP 2 Score: 276.174 bits (705), Expect = 2.616e-76
Identity = 175/525 (33.33%), Postives = 283/525 (53.90%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVV----GNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPP-DVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLK--LPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSG 529
            G P P L W+R+   LL  ++ES    S+     N + I +L+RSD+H+ L CQ S N       +SV++D+ +   SV +++    + AG + +  C+  G+RPP  ++WW    Q      ++    S  G  T+ST+++ P  +D  K L CRA + +   G +ED W L++ Y P   + LG SL   +I++G DVYF+C +++NP P    +TW  N    +K   +++   +++ +++    LVLQ V K+  G Y+CV     G+GV        S P+ L+V++   C+P +  VYGVA+ E   I+C+V +NP   + F W FN S E  +++   +   G RS++ +TP   L+YG L+CW  NS+G Q+ PC +HII AG+P+ V NCS+ N++  S  V+C  GF+GGL Q F L   ++ + ++   V+N+S     F V GL PG  +I ++   N KG   P T   +T+K   PE ++      P        + ++P+   L+ I SG
Sbjct: 4139 GSPSPQLNWWREHA-LLDGSYES----SEPHKIINTILIENLQRSDLHSILTCQASNNNISNPVSTSVKIDMHFGPLSVTLINGRESMSAGKRFEAKCQVVGARPPPKVTWWRGAAQIRD---NITTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQTGEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYK--ITWRRN----EKPLMHNVAEGVIVSNMS----LVLQRVSKSQSGIYTCVAHNSEGDGV--------SNPITLNVRYVPYCRPDQVLVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKL---ELRDARTSHPVSNISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMKETSPEHIVADTSRQP-------GMVVTPVLAILIAIISG 5605          

HSP 3 Score: 36.5798 bits (83), Expect = 4.566e-1
Identity = 64/294 (21.77%), Postives = 110/294 (37.41%), Query Frame = 0
Query:  103 KAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLI--ADDIRQGVDVYFKC-IIKANPPPKTKIVTWLHNGEILKKT-------RGNDIRARLV-LPSVNDPSVLVLQGVKKAARGNYSCVVGNGVP-SHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGE 384
            K G      CE+ G  P   L+WW ++   +    S +       +   + L+      D    L C+A+N  + N V   +  +++ + P     L  +LI   + +  G     KC ++ A PPPK   VTW      ++          GN   + +V +P++ D    +  G + A +      + +G   S  +V Q+    L + F          + + +  +  CNV +NP      W  N       V E  I S+     LV       + G   C + NS G+
Sbjct:  915 KIGDSAIIKCETWGGSPSPQLNWWREHALLDGSYESSE-----PHKIINTILIENLQRSDLHSILTCQASNNNISNPV-STSVKIDMHFGP-----LSVTLINGRESMSAGKRFEAKCQVVGARPPPK---VTWWRGAAQIRDNITTHTSPDGNVTLSTMVFIPTIKDAGKFL--GCRAADQQTGEGSLEDGWKLSITYVPQA---ILSLGF----SLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSN---MSLVLQRVSKSQSGIYTCVAHNSEGD 1718          

HSP 4 Score: 36.5798 bits (83), Expect = 4.566e-1
Identity = 64/294 (21.77%), Postives = 110/294 (37.41%), Query Frame = 0
Query:  103 KAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLI--ADDIRQGVDVYFKC-IIKANPPPKTKIVTWLHNGEILKKT-------RGNDIRARLV-LPSVNDPSVLVLQGVKKAARGNYSCVVGNGVP-SHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGE 384
            K G      CE+ G  P   L+WW ++   +    S +       +   + L+      D    L C+A+N  + N V   +  +++ + P     L  +LI   + +  G     KC ++ A PPPK   VTW      ++          GN   + +V +P++ D    +  G + A +      + +G   S  +V Q+    L + F          + + +  +  CNV +NP      W  N       V E  I S+     LV       + G   C + NS G+
Sbjct: 4844 KIGDSAIIKCETWGGSPSPQLNWWREHALLDGSYESSE-----PHKIINTILIENLQRSDLHSILTCQASNNNISNPV-STSVKIDMHFGP-----LSVTLINGRESMSAGKRFEAKCQVVGARPPPK---VTWWRGAAQIRDNITTHTSPDGNVTLSTMVFIPTIKDAGKFL--GCRAADQQTGEGSLEDGWKLSITYVPQA---ILSLGF----SLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSN---MSLVLQRVSKSQSGIYTCVAHNSEGD 5647          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592750761|gb|GAXK01203652.1| (TSA: Calanus finmarchicus comp1399060_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 253.832 bits (647), Expect = 1.025e-69
Identity = 138/372 (37.10%), Postives = 215/372 (57.80%), Query Frame = 0
Query:  102 LKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANP-PDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFI 469
            L A   +  +C S+GS PPAVLSWWLD  +   +   V +  +++  ++I  L + P   DT K L CRA N E+    IED+W+L++ Y P V++ LG +L AD I++G DVYF+C I A P       +W  NG  L++    ++R  +++ + +    LVLQ + +   G YSC   N +       +S+P  LD+K+   C   + K+YGVA+ E   I C+V ANP  D+ FRWTFNN++E   +++   + +G  S L+++P   L+YGT++CW++N +GEQ  PC +HII AG PE   NC+I      +  + C PGF+GGLPQ F++ +Y   +++   ++ N +S  P F V GL+   + I
Sbjct: 1671 LAANGNYSLSCTSYGSYPPAVLSWWLDATKISEQDSEVSVLHNSNTTNSI--LNFIPNIGDTGKFLKCRAENLEMSASQIEDSWNLDINYIPAVRLTLGPTLDADKIKEGDDVYFECNIDAKP--AIYKTSWWFNGAELRQ----NVREGIIMGNQS----LVLQHLTRDNTGTYSCQATNTIGKG----RSKPRQLDIKYKPICSLDQKKIYGVARGEVVSINCSVSANPGKDLVFRWTFNNTSELANIQDTRFSQNGTMSRLIYSPYHELDYGTILCWAANELGEQEEPCTYHIIPAGPPEPPLNCNINISKKHNLDIYCDPGFDGGLPQEFSMTLYLAKDNK---IITNKTSILPSFIVQGLQKNHSVI 2729          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592769134|gb|GAXK01185434.1| (TSA: Calanus finmarchicus comp321731_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 253.832 bits (647), Expect = 1.068e-69
Identity = 162/521 (31.09%), Postives = 273/521 (52.40%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPP-DVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTL--KLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSG 529
            G+P P + W+RD         +S+D  S   +TN  LTI +L RSD+H+ L CQ+ N   ++   +SV+LD+T+  ++V I+  N  + AG ++   CE+ GSRP   ++WW+ + Q       ++ +   +  ++  +L+ +   E   KTL C+A  P L+N  +E T +LN+QY    K+ LG+S+    +++G D+Y +C ++ANP P    V W  +G  +K+    D+   ++L ++     LVLQ +  +  GNY C   N   S    V S  + L +K+   C   +   Y V   + A I C V ++P  D+ F W FN S E   +++     +G RS++ + P   ++YG+L+CW+ NSVG+Q  PCVF ++ A +P  V+NCSI +    SF V+C  G +GGL Q F L +  +   ++  LVAN +S  P F+V GL+P      ++   N  G     T +  T   +  ++ I   +       + T + ++P+   L+G+G+ 
Sbjct: 1156 GQPSPAVTWWRDH----QIVDDSFDQTSQFKVTNL-LTIPALRRSDLHSILTCQAKNNNESVPVSTSVKLDMTFGPETVRIVGLNYPMSAGQRYNIQCEAVGSRPVPTITWWIGDTQVNVLQTQLETSSDNNVTTSTISLLASA--EQAGKTLTCKAAIPNLVNSGVETTQTLNIQYISAAKLSLGSSMEISHVKRGDDIYLECGVQANPRPHK--VIWEKDGVPIKQ----DVSGGIILSNL----TLVLQRIAPSGSGNYKCKAYNKEGS----VTSNSLPLHIKYEPICAQGQEASYRVPLNKRAEIVCQVMSDPDNDLTFHWLFNTSREIIDIQQSQTRVNGTRSIVDYIPRTDMDYGSLLCWAENSVGKQTEPCVFQLLPAKRPGPVKNCSISDIGIASFEVDCIAGNDGGLNQTFFLEIRHL---ETGILVANQTSEMPKFSVIGLQPHQEVNLTVHSFNTVGPSEKVTLKAVTSENEFAQRHIDQAQ----TGSLRTKLIITPILGALIGVGAA 2634          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592883917|gb|GAXK01074458.1| (TSA: Calanus finmarchicus comp501596_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 250.751 bits (639), Expect = 4.738e-69
Identity = 153/473 (32.35%), Postives = 226/473 (47.78%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEA-KVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVP 483
            G P P++ W+++      S ++S   +++     N +    L R D+ +K +CQ+ N   T      + + L      + +L K   +  G     TC++ G  PP  ++WW+   Q        Q T+        S L+YTP  ED  + L CR      +   +EDTW + V Y P V ++LG SL  D++R G DVYF+C ++ANP P   I  WLH G+ L + +   I        V     LVLQ V + +RG Y C   N     +    S PV L++ F   CKP    K+ G++  + + I C VEA P  V FRW FNNS   +  +      SG +S L F P  + +YG L C   N++G Q  PC F I+  GKP  +  C IVN++  S  V C  GF+GGLP +F L +Y   + + ++ V N     P F V+ ++PG +    L   N KG   P
Sbjct: 1427 GSPAPSVTWWKE-----GSIYDSSYEVTEYKTVINKMKYPKLRREDLGSKFVCQASNTNRTPPVSREIHISLNLPPTGLQVLEKPTYVSEGKSRVVTCQAIGGYPPPEITWWIGTRQLLP-----QQTKKEYQGVATSKLLYTPAIEDDGRYLTCRVLAKGRMKESLEDTWEIKVLYKPQVSLRLGKSLDPDNLRTGNDVYFECDVRANPIPHKLI--WLHKGKQLMQNQDKGI--------VMSTQSLVLQKVGRMSRGEYECQAVNS----EGTTTSNPVNLNIMFAPICKPDATPKLLGISFKKPSSILCEVEAYPSSVSFRWFFNNSEYQEWKDHGDFTQSGLKSQLEFLPKTSKDYGNLFCIGENAIGMQEEPCSFQIVPTGKPSPLTGCQIVNKTLTSLKVECHEGFDGGLPANFLLELYDAEKMELKSQVTN---KVPIFEVSNIDPGVSIKLYLYAENAKGTSDP 2764          
BLAST of EMLSAG00000005255 vs. C. finmarchicus
Match: gi|592900557|gb|GAXK01057818.1| (TSA: Calanus finmarchicus comp517891_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 249.595 bits (636), Expect = 1.878e-68
Identity = 162/519 (31.21%), Postives = 257/519 (49.52%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKN-NILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQXXXXXXXXXXXXXLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDH-----VVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSS-PTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGI 526
            G P   + W+RD   ++   WE          + N + +  L R+D++T+L CQ  N   T    +S+ + +      V I       L A S + F C SHG+RPPA LSW+   +    +  +     S    +T+STL Y P   +  K+L CRA NP L   VIE+  +L V Y P + ++LG +L+ D I++G DVYF C + ANP  +   + W H+GEI+K +  N          + +   L++Q VK+ + G YSC   N   S +      +VQ  PV L        + +  GVAK E + + C V++NPP  +F+W FN S E + +    + +   +SV  + P   L+YG+L+CW  N +G+Q  PCVF I+ AGKP+ V NCS+ N +  +  V+C PG++GG+ Q F L +       +  +   + S   P F +  L  G+ F   +   N KG+   T  R +T+++  + I      P+  D    V+++P+    + I
Sbjct:  900 GWPSSEVTWWRDGA-VIDDTWEEISPGK----SRNTMKLEHLSRTDLNTELECQGSNNNNTQPVITSLYILINLPPLDVQIFQAEPGPLSADSSYTFHCHSHGARPPAALSWF---DSHGNRLIAASSEVSDDRNATVSTLKYAPSVRENEKSLRCRAENPVLAGSVIENIITLEVSYFPQLWLRLGQNLVQDKIKEGDDVYFDCEVSANP--RIHKLIWKHDGEIIKSSPDNGY--------IMNEGNLIIQSVKRGSTGLYSCHATNSEGSGNSNVVSLIVQYAPVCL-------SQGQAVGVAKGEESRVVCQVDSNPPPTNFKWQFNTSTELRNIPASNVFNDDTQSVAQYVPMTELDYGSLLCWGINELGKQEEPCVFAILPAGKPDPVSNCSVDNRTYTAVLVSCQPGYDGGVAQQFVLEIIPSAFFPTLDIQNKIESIHYPQFRIENLPAGTEFKVVVYAKNEKGVSEKTEVRFWTMRIATE-IGEKRILPATNDGPVPVKVTPIVWIFMAI 2378          
BLAST of EMLSAG00000005255 vs. L. salmonis peptides
Match: EMLSAP00000005255 (pep:novel supercontig:LSalAtl2s:LSalAtl2s280:113423:235837:-1 gene:EMLSAG00000005255 transcript:EMLSAT00000005255 description:"augustus_masked-LSalAtl2s280-processed-gene-3.0")

HSP 1 Score: 1684.08 bits (4360), Expect = 0.000e+0
Identity = 819/819 (100.00%), Postives = 819/819 (100.00%), Query Frame = 0
Query:    1 MNSLLKYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVPFISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNAGIDYCTLRXPPSTSSLHANSRRAVQFADQQMIPDVYGGTEPLFPLPPPLIRGGEGVSASNFMYATLRPGQSSSNVPFHEFVPPPPPPMFESSSVATTSKGSPYISTSVGPSSSNATSSSGTCTKPTNNPKSFISKIKQPSSSSKKEDDRDKKESTV 819
            MNSLLKYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVPFISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNAGIDYCTLRXPPSTSSLHANSRRAVQFADQQMIPDVYGGTEPLFPLPPPLIRGGEGVSASNFMYATLRPGQSSSNVPFHEFVPPPPPPMFESSSVATTSKGSPYISTSVGPSSSNATSSSGTCTKPTNNPKSFISKIKQPSSSSKKEDDRDKKESTV
Sbjct:    1 MNSLLKYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVPFISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNAGIDYCTLRXPPSTSSLHANSRRAVQFADQQMIPDVYGGTEPLFPLPPPLIRGGEGVSASNFMYATLRPGQSSSNVPFHEFVPPPPPPMFESSSVATTSKGSPYISTSVGPSSSNATSSSGTCTKPTNNPKSFISKIKQPSSSSKKEDDRDKKESTV 819          
BLAST of EMLSAG00000005255 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: 289.271 bits (739), Expect = 4.453e-85
Identity = 181/539 (33.58%), Postives = 283/539 (52.50%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGS-SVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGM-GVPTTXRVYTLKLPE-KLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQ 548
            G+P P + W+RD   L+ S++E   S S T    N LT++++++ D+  K  CQ+ N   +L  S S+ LDL ++  SV I+     L     ++  C S GSRP A ++WW +N+ F  +  + +      G  T S+  YTP P D  K L CRA N +L    IED W L + Y P + +  GA+L  ++I +G DVYF+C I +NPP   KIV W HN +I+   +   I        +   + LVLQ VK+ A G+YSC   N     +  + S  + L V +   C     ++ G+ K   A+++CNV ++P   +F WTFNN+ ++  + +   + +   S L++TP   ++YG L CW+ N +G+  +PC+F II AG PE   NCS+VN++T+S  V C  GF+GG  QHF L V  +  +  +TL AN S+  P F ++GL  G   + ++   N  G   VP     +TLK+ + +L  P               +SP    L+G  + + +V  ++M+ IR  + RQ
Sbjct:  158 GRPSPEVTWWRDH-SLIDSSYEK--SFSQT--VKNTLTLLAIKKDDLGRKFRCQASNNNVSLPASTSITLDLLFRPTSVRIVTPKEPLSTSKVYKIKCMSLGSRPSATITWWRNND-FLGRTETWE-----EGNKTYSSFTYTPKPNDNGKRLTCRAENTKLKGSAIEDVWKLTIYYIPEIILNFGANLNPNNIAEGNDVYFECNISSNPP-VYKIV-WRHNNKIVNHNKSKGI--------IISGTSLVLQEVKRNATGSYSCTASN----TEGDIISNTITLRVMYKPVCSNINIQITGIGKDRLANVSCNVHSHPLPQEFFWTFNNTDKSIDISKYNFSQNSTHSNLLYTPPEDIDYGKLYCWAQNKLGKMESPCIFQIIPAGPPEPPTNCSVVNQTTESLEVRCQSGFDGGSKQHFLLCVTDI--ETGKTL-ANSSNIVPEFQISGLNSGRGLLITIYSSNTNGRSNVPVVIEGFTLKVAQLQLESP------------GAILSPTLGILVGTITTLLIVAFVIMLVIRSKTKRQ 656          
BLAST of EMLSAG00000005255 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: 273.092 bits (697), Expect = 2.244e-79
Identity = 186/560 (33.21%), Postives = 282/560 (50.36%), Query Frame = 0
Query:    9 LYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKK--TRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQV-EERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVA-NLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTP----------------SNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIH 544
            LY  F+LG PPP+L W RD  +L+ ++++    I       N ++  +L+RS +H +  C + N   T    S V LD+ +   SV I +K      G + +  C S GSRPPA + W+L+ ++ +  +       S  G +T+  L + P  ED  K L C+A NP ++   + D   L + Y P V++ LG S+    I +G DVYF CI+ A P P  KI+ W  +   L +  T G  +  R           LVLQ + +   G Y+C   N V        SQ + LDVK+   CK ++  V+GV K E   + C+V ANP  + F WTFNNSA+   V   R I  +  RS L +TP    +YGTLMC ++N VG Q  PC+FHII A  P+ V+NC+I+N+S+++F ++C PGF+GG+ Q F + V     ++S +LV  N ++      +  L  GS+++ ++   N KG G  T   V TL  P   +   E                   S +  + NV      LT + +G G + + ILV+V++ I 
Sbjct:    4 LYLLFLLGIPPPSLTWSRDG-QLIDNSYQ----ILSNGTVRNEVSFRNLDRSFLHDEFSCIASNTNLTRPIVSIVHLDMNFPPTSVNITNKIQQFVVGKKSEVHCRSTGSRPPAQIVWYLNGQRLDGGSERA----SPDGNTTVGVLQFLPKMEDIGKELGCKALNPLIVKSALRDKILLKIDYAPRVELVLGKSISLTSIYEGSDVYFDCIVSAAPHP-IKIL-WFQDNVQLNQNYTEGILLTNR----------SLVLQNIARRRSGGYTCQAINAVGRG----SSQAIILDVKYIPVCKNKQPVVHGVGKSEMVDVICDVTANPSKLKFHWTFNNSADFINVPRVRAIKVNDTRSKLTYTPRTNKDYGTLMCSATNEVGTQKNPCIFHIILAVAPDPVENCTIINKSSETFHLHCVPGFDGGMEQLFLVTV----TERSTSLVRYNATARQLDLFIPNLRAGSSYLTTVTPMNKKGYGKTTQVLVDTLNHPAVELTQAEGAYSSSSSSSSESISDTHFSEKKGIMNVAEDWAILTGVLVG-GCSCIFILVLVSVTIR 533          
BLAST of EMLSAG00000005255 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: 257.684 bits (657), Expect = 8.813e-75
Identity = 159/489 (32.52%), Postives = 245/489 (50.10%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKA--HSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELL--NGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEK 496
            G+P P+++WY D+V +  +  ++Y+         N LTI  LER    + L C + N   T    S V+L + +  Q V I        +G  +  +C   GS PPA + W+   +         S   T + SG  ++S + Y PLP      L CR +N EL+     +ED   L + Y P V + LG  +   D+ +G DVYF C I ANP      +TW HNGE + +    DI   +++ + +    LVLQ +++   G+YSC   N     D V  S PV + + +   C   +  +YGV++ ETAHI+C V+A P    F W+FN S+    +      + G  S+L +TP   ++YGT++CW+ N VG Q  PC++H+I A +P+  +NCS+VN++ DS  V+C  GF+ GL Q F + V++        L+ N+++ TP     GL  G      +   N KG    +T   YTLK+  K
Sbjct:  162 GEPLPSVLWYMDDVLMDDTFQQTYEGT-----VKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYK--LTWRHNGEEVTQ----DINKGIIIANQS----LVLQRIRRDQAGSYSCEASN--VEGDEV--SSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSRSSTFDGYTLKMAXK 631          
BLAST of EMLSAG00000005255 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: 249.21 bits (635), Expect = 5.755e-70
Identity = 178/585 (30.43%), Postives = 287/585 (49.06%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNG-EILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNN-SAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPT----------PHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTN-----VEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELD 579
            G P   + W+R+   L     ++Y+ I+    + N + +  L+R D+  +  C   N   T    ++V L L  +   V +L   + + + S+++  C++ G++P A +SWWL N     K+   ++  S  G  T+STL + P  +D  + L CRA N  L +  I D   L V Y P V++ LG+SL  ++I++G DVYF+C +KA P  +   + W  +G  +L  T+   I        +N  S LV+Q V + +RG Y C+  N     + +  S PV LDV +   C  Q   + G+ + E A + C+V+ NP    F W FN+ S++A+ + +  I   G  SV  + P   ++YGTLMCW  N++G Q  PCVFHII AGKP+ V+ C++ N++  +  V C  G++GGL Q F L +Y     +     A L+  T          P F++  L  G+ F   +   N KG       R YTLK  E+ +  + P   N  + ++        +PL   ++GI S + L  +++ + IR+        R    G RR +   HS +   TT E+ D
Sbjct:  182 GWPTSKVTWWRNGELLD----DTYEEIAPGK-SRNTMKVEFLKREDISAEFTCLGNNNNATQPVTTTVSLTLNLRPLDVKLLWDVDPMSSNSEYELNCKTIGAQPSAHISWWL-NGDISLKSFDNKV--SDDGNVTLSTLKFKPSMQDHGRILSCRAENTLLSDSSITDERELIVYYSPEVELSLGSSLNPNEIKEGDDVYFECKVKAFP--RATKIDWQKDGVTLLADTKKGII--------INQHS-LVIQRVDRKSRGEYVCMATN----DEGIGGSNPVELDVHYIPVCSRQGQGI-GIGRNEEARVVCHVDGNPDPHSFHWQFNSTSSDAEDLPKESIIIDGSLSVATYVPRGEMDYGTLMCWGKNALGRQVNPCVFHIIPAGKPDGVEGCAVTNKTFTTIRVECKQGYDGGLRQTFVLELYPQNAFEGSLSPAALAGLTPMTKIENRHFPQFSLEKLPQGTGFSLLVYARNSKGESEKCILRAYTLKNAERRVDKLYPEAENTRLSSSDWRHPRRHAPLLWIIVGIASVLLLASMVLGLIIRM-------TRCCGQGQRRGLHHIHSLRSNSTTNEDDD 735          
BLAST of EMLSAG00000005255 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: 218.009 bits (554), Expect = 3.398e-60
Identity = 134/428 (31.31%), Postives = 224/428 (52.34%), Query Frame = 0
Query:  144 STSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPD-VDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAV--YKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMG-----VPTTXRVYTLK-----------LPEK-LIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQ 548
            S  G  T STL + P  +   K L CR+ NP +    IEDTW L++ Y P V ++LG++L +++I++  DVYF+C I++ P  +   + W  NG  + +    D+R  +++ + +    LVLQG+ + A G Y C+  N     +    S PV L++K+   C   +  VYG+A  E A I C+V + P + + F WTFN+S+E   + E      G  S LV++     +YGT++CW+ N +G Q+ PCVFH+I A  P    +C I N +++   ++C  GF+GG+PQ F + +  Y  GE     ++ N SS +P F V  LE G+ +   L  +N KG       + TT +  +L+           L E+  + P+   P  +       + P+   + GIGS + LV +++++A++   + +
Sbjct:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKP--RFHKLNWKFNGIDIHQ----DLREGIIMGNQS----LVLQGLSRNATGTYHCMASN----IEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGE-----VIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMR 565          
BLAST of EMLSAG00000005255 vs. L. salmonis peptides
Match: EMLSAP00000010733 (pep:novel supercontig:LSalAtl2s:LSalAtl2s711:147730:211115:1 gene:EMLSAG00000010733 transcript:EMLSAT00000010733 description:"maker-LSalAtl2s711-snap-gene-2.11")

HSP 1 Score: 196.438 bits (498), Expect = 1.190e-54
Identity = 121/384 (31.51%), Postives = 199/384 (51.82%), Query Frame = 0
Query:  117 SRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIED-TWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRG---NDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPD-VDFRWTFNNSAEAKQVEERFINSSGFR--SVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKL 493
            SRP   ++WW D+   + K+  V  ++  S E  +  L       D    + C+A+N  +      D   +LNV   P   + LG +L   +I++G DVYF+C +++NP P    ++W  N  +         +++ A +++ +      LVLQ V K   G Y+CV  N                D  +CKP + +V+GVA+ E+  I+C+V ANP   + F W FN+S E   +     +S  F   SV+ + P   ++YG+L+CW+ NS+G Q  PC++H++ AG P+ ++NCS+ N+ +    V C  G+NGGLPQ F L   +  ++++  +VA + S  P F VTGL P S+++ ++  +N KG   P T   +  KL
Sbjct:  125 SRPSPRVTWWRDHALIDDKSELVHESK-VSNELRLLNLGR----RDLHXIITCQASNNNISVPTSPDGNVTLNV---PQSILSLGRNLNGSNIKEGEDVYFECNVRSNPKPYK--ISWRFNVTLSTDDENPLIDNLHAGIIISN----QSLVLQSVTKHQSGIYTCVAHNTE--------------DAPYCKPGQIQVFGVARQESVRISCSVIANPESSISFEWRFNSSGETVDMPHDRFHSPSFATTSVIEYVPRTEMDYGSLLCWAINSIGRQETPCIYHLVPAGVPDPLRNCSVGNQGSSRLQVVCDKGYNGGLPQTFIL---EAKDNRNLMIVAKIQSNVPFFNVTGLRPSSSYVLNIYSNNAKGSSSPLTLYPFKTKL 477          
BLAST of EMLSAG00000005255 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: 181.8 bits (460), Expect = 1.502e-49
Identity = 99/269 (36.80%), Postives = 152/269 (56.51%), Query Frame = 0
Query:  299 DVKFCKPQEAKVYGVAKMETAHIACNVEANP-PDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPH 566
            D  FCKP + +VYGVAK E   I+C+V ANP  D+ F W FN S+E   +++  I+  G RS+ + TP   L+YG+LMCW  N +G+Q  PCVFH+I AGKP+  +NCS+ N++  S  + C  GF+GGL Q FT+    V + ++  +VAN ++  P F + GL PG+++  S+   N KG   P     +T+K  +K +       S E +      SP+ + L+ +G   AL+I+ + ++I   + R+   +  N   R   TE H
Sbjct:   13 DKPFCKPNQVQVYGVAKHEQIRISCDVIANPSADMTFDWVFNTSSERIDLQQNRIDVHGSRSLAIHTPQTELDYGSLMCWGKNYIGKQEEPCVFHLIPAGKPDPAKNCSVQNQTYFSLQLTCHEGFDGGLTQTFTIM---VKDTKTSFIVANTTNVKPVFHINGLRPGTSYALSVXSSNSKGASNPIILHAFTMKEAQKRVIQTPHLRSREFVF-----SPILMGLMIVGG--ALIIVFLFISIYFCACRRSPDKIRN---RISYTETH 268          
BLAST of EMLSAG00000005255 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: 186.808 bits (473), Expect = 1.652e-49
Identity = 161/556 (28.96%), Postives = 255/556 (45.86%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESY-DSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSC----VVGNGVPSHDHV-VQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVE----ERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVA-NLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGI-----GSGIALVIILVMVAIRIHSSRQWSRRGNN 555
            G P P + W+R+        W+   D  +   +  N L I SL+RS    +  C + N    + GS                   N + + + ++  C++ G++P   ++W+LD+   +     V++T   +   T S+L +TP  +D  + L C A N EL  G    T  L++ + PIV +++      + + +G D+  +C IKA P  +   V W HNG   K+ + N    R+V+P   +   L+L+ V K   G+Y C    V G+G      + V  +PV  D +  K  +    G  ++ T  + C V+A P    +RW  N+S      E    E  +  S ++S      T     G ++CW+SN +GEQ APC+FH++  G P    NC I N +  +  V+CSPGFNGGL QHF + VY+  ++ S+ L+A N +  +    V GL P SN+I S+   N +G   P    VY     E  I  + P  +    L      PL   ++GI       G+ L + L M   + H  RQ +R  NN
Sbjct:  238 GNPRPAVSWWRN-----GELWDDEPDPNTFDEVQQNTLVIASLDRSHHGNEFSCVARN--NNVTGSP---------------SLPNPVTSDTSYEVLCQATGAQPLPNITWFLDSTLIQVSQVDVRVTHREN--LTTSSLYFTPKMKDHGRILTCIAEN-EL--GKANATRELSIHFVPIVSLEMMNE--KEYVLEGEDLVLECHIKARP--RVWRVIWYHNG---KEVQPNG--DRVVIP---EEGTLLLRNVTKERSGDYLCSATNVEGDGFSKIVKISVYYKPVCRDARIAKSIDYINDGRDEVTTISLGCGVDAKPEVKRYRWLVNSSDSESVFEIPSAENSMTFSNYKST-----TGAKTRGQVLCWASNEIGEQGAPCIFHVVPIGAPHPPTNCKIRNHTASTIVVSCSPGFNGGLTQHFIMEVYETAQNNSQILIATNWTDSSDRLIVRGLTPESNYILSIKSVNERGESSP----VYLGGKTEGYIHYL-PVKNEFSRL------PLLFVIIGILVSLMAIGLFLTVFLAMKKRQKH-ERQLARDLNN 737          
BLAST of EMLSAG00000005255 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: 170.244 bits (430), Expect = 1.088e-45
Identity = 116/397 (29.22%), Postives = 186/397 (46.85%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGT-LYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNES 411
            G+P P++ W+ +  +L+ + +E  +   ++ +  N L  I++ R   +    C++ N   T      + +++      V ++ K    +A   ++  C S GS+P AV++W  +N Q E      Q    T G  T S   Y P  ++    + CRA NP  LN  IED   + V YPP + ++LG SL A+DI++G DVYF+C I++NP  K  +   + +G IL                      LV+Q + ++  G Y C+  N    H   + ++PV      C      V+GV K     + C + +NPP   FRW FN+S +A  V        G  S+ +  P   L+YGTL C   N +G Q  PC F I    +P A  NC++ N++
Sbjct:   99 GRPRPSVTWWMNG-KLIDATFE-IEHRRESVV--NKLRYITVTREMDNALFECRASNNNVTQALSRRIRIEINLNPIMVEVIRKPEFFRADENYELVCISRGSKPAAVITWSKNNRQIEENFIDTQ----TQGGETRSVYTYIPAQDENGYRITCRAENPNXLNSAIEDVVQVAVMYPPSLSLRLGRSLNAEDIKEGADVYFECHIESNPSDK-PLYHNVSDGVILSNFS------------------LVIQRITRSRAGEYKCLASN---PHGQGM-NRPV------CAGTGPTVFGVPKESNVTVKCELSSNPPVTKFRWWFNSSGKAVNVLSTKYKHHG--SISIVQPDSDLDYGTLSCLGINDIGRQVEPCSFKITPVSRPNAPGNCTLNNQT 456          
BLAST of EMLSAG00000005255 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: 80.4925 bits (197), Expect = 3.791e-14
Identity = 83/332 (25.00%), Postives = 142/332 (42.77%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKM-------ETAHIACNVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVL-VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D    LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP    ++ +W   GE  +    +D+       S      L ++  K +  G Y C+V NGV P+   +V+     L V+F  PQ  +   + K+        +A + C     P ++DF WT N    +  + +  E R+       S+L +   +   +Y    C ++N++G  +      +++  +P+      +V+ S  S G+   PGF+GGLPQ F +  Y+  E      V  L +    FT+TGL+P + +   LL  N  G
Sbjct:  727 DDGFYQLHCQNSE-----GTAEALLKLDVHYAPTIR----ALRDPTEVNVGGSVDIVCTVDANPI-LPEMFSWERLGEEEEDLNLDDMEKV----SKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVR-----LVVRFA-PQVDQPTPLTKVAAAGDSTSSATLHCRARGVP-NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDHTN--IQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIR-YEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALG 1034          

HSP 2 Score: 65.855 bits (159), Expect = 1.088e-9
Identity = 99/435 (22.76%), Postives = 166/435 (38.16%), Query Frame = 0
Query:    6 KYSLYFFFILGKPPPNLIWYRDEVRLLASAWESYD-------SISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANP--PDVDFRWT-FNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHII----AAGKPEAVQNCSIVNESTDSFGVNC 419
            +  L    I G P P+LIW++D  R ++   +  +       S+  +  T +   ++ +   D   K  C++    G L  +S +L + +   ++ IL  ++ L+ G     TC S  S PP  LSW  + E+ E  A   Q +    G +   ++       D  + + CRA + E L   +   +  NV YPP     LG  + A  + +   V     + ANP P+     W   G  L    G   R R++         L L  V +A  G Y     N   + + +++     LDV +         P E  V G     +  I C V+ANP  P++ F W       E   +++    S G    L     +  + G   C   N V       V  ++       +P  +   +   +ST S  ++C
Sbjct:  474 RVRLVCLAIGGNPDPSLIWFKDS-RPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKA----GQL-SASTQLVVQFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQ-SAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEA--FNWTFRGYRLSPAGGP--RHRIL-----SGGALQLWNVTRADDGFYQLHCQNSEGTAEALLK-----LDVHYAPTIRALRDPTEVNVGG-----SVDIVCTVDANPILPEM-FSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHC 877          

HSP 3 Score: 65.4698 bits (158), Expect = 1.596e-9
Identity = 85/365 (23.29%), Postives = 148/365 (40.55%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQH-QFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCI-IKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSV-----LVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIAC-NVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVLVFTPTR 367
            G PP  L W ++  + +++AW +  + +      +++ ++++   D   +L CQS+N         S+ L +T+   ++ IL   ++ ++ +++    C +  SRP  +L WWL   Q      +V +     G  ++S L +    ED    L C A +        + + +LNV+Y P  K+ +        IR G  V   C+ I  NP P    + W  +   + + R      R+ L SV          LVL       R  +SC  G    S   VVQ  P  L +       A    +   +  ++ C ++ +NPP V+  W           AK     F  S+  RSV +   +R
Sbjct:  284 GNPPATLQWLKNG-KPVSTAWGTEHAQA----VAHSVLVMTVRPEDHGARLSCQSYNSVSAGTQERSITLQVTFPPSAITIL--GSVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETV-MDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKY-PAQKLWIEGPPEGQYIRTGTRVRLVCLAIGGNPDPS---LIWFKDSRPVSEPRQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQLSASTQLVVQFPPTNLTIL------ANSSALRPGDALNLTCVSISSNPP-VNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSR 629          
BLAST of EMLSAG00000005255 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: 79.7221 bits (195), Expect = 6.835e-14
Identity = 78/326 (23.93%), Postives = 136/326 (41.72%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFL-DVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFN----NSAEAKQVEERFINSSGFRSVL-VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D    LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP    ++ +W   GE  ++   +D+       S      L ++  K +  G Y C+V NGV P+   +V+    F   V    P            +A + C     P ++DF WT N    +  + +  E ++       S+L +   +   +Y    C ++N++G  +      +++  +P+      +V+ S  S G+   PGF+GGLPQ F +  Y+  E      +  L +    FT+TGL+P + +   LL  N  G
Sbjct:  727 DDGFYQLHCQNSE-----GTAEALLKLDVHYAPTIR----ALKDPTEVNVGGSVDIVCTVDANPI-LPEMFSWERLGEDEEELNLDDMEKM----SKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDHPTPLTKVAAAGDSTSSATLHCRARGVP-NIDFTWTKNGVPLDLQDPRYTEHKYHQGVVHSSLLTIANVSAAQDYALFKCTATNALGSDHTN--IQLVSISRPDPPLGLKVVSVSPHSVGLEWKPGFDGGLPQRFQIR-YEALESPGFLYMDVLPAQATTFTLTGLKPSTRYRIWLLASNALG 1034          

HSP 2 Score: 66.2402 bits (160), Expect = 7.750e-10
Identity = 86/365 (23.56%), Postives = 145/365 (39.73%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWN-YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCI-IKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPS-------VLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIAC-NVEANPP---DVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTR 367
            G PP  L W ++  + ++ AW +  + +      +++ ++++   D   +L CQS+N         S+ L +T+   +V IL   +           C +  SRP  +L WWL   Q      +V +     G  ++S L      ED   +L C A +        + + +LNV+Y P  K+ +        IR G  V   C+ I  NP P    +TWL +   +   R +    R+ L SV           VL++      A+  +SC  G    S   VVQ  P  L +       A    +   +  ++ C ++ +NPP    +D      +   AK     F  S+  RSV +   +R
Sbjct:  284 GNPPATLQWLKNG-KPVSIAWGTEHAQA----VAHSVLVMTVRPEDHGARLSCQSYNSVSAETQERSITLQVTFPPSAVTILGSTS-QSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETV-MDGLHGGHISMSNLTLLVKREDNGLSLTCEAFSDAFSKETFKKSLTLNVKY-PAQKLWIEGPPEGQSIRTGTRVRLVCLAIGGNPEPS---LTWLKDSRPVNDPRQSQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNLAK--FSCKAGQLSASTQLVVQFPPTNLTIL------ANSSALRPGDALNLTCVSISSNPPVNLSLDKEGERLDDVAAKPQSAPFKGSAASRSVFLRVSSR 629          
BLAST of EMLSAG00000005255 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: 71.2478 bits (173), Expect = 2.276e-11
Identity = 79/331 (23.87%), Postives = 131/331 (39.58%), Query Frame = 0
Query:  161 EDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV-PSHDHVVQSQPVFLDVKFCKPQE-----AKVYGVAK-METAHIACNVEANPPDVDFRWTFNN---SAEAKQVEERFINSSGFRSVL--VFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKG 479
            +D +  LHC+ +      G  E    L+V Y P ++    A     ++  G  V   C + ANP     I+  + N E L +   +     +   S      L +   K A  G Y C+V NGV P    +++     L V+F    E      KV        +A + C     P ++ F WT N      +  +  E   +  G  S L  +   +   +Y    C ++N++G         +++  +P+      +V+ +  S G+   PGF+GGLPQ F +    +G       V  +      FT+TGL+P + +   LL  N  G
Sbjct:  713 DDGLYQLHCQNSE-----GTAEARLRLDVHYAPTIR----ALQDPTEVNVGGSVDIVCTVDANP-----ILPGMFNWERLGEDEEDQSLDDMEKISRGPTGRLRIHHAKLAQAGAYQCIVDNGVAPPARRLLR-----LVVRFAPQVEHPTPLTKVAAAGDSTSSATLHCRARGVP-NIVFTWTKNGVPLDLQDPRYTEHTYHQGGVHSSLLTIANVSAAQDYALFTCTATNALGSDQT--NIQLVSISRPDPPSGLKVVSLTPHSVGLEWKPGFDGGLPQRFCIRYEALGTPGFH-YVDVVPPQATTFTLTGLQPSTRYRVWLLASNALG 1020          

HSP 2 Score: 63.1586 bits (152), Expect = 7.619e-9
Identity = 108/441 (24.49%), Postives = 165/441 (37.41%), Query Frame = 0
Query:    6 KYSLYFFFILGKPPPNLIWYRD-----EVRLLASAWESY-DSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGAS-LIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFC-------KPQEAKVYGVAKMETAHIACNVEANP--PDVDFRWT-FNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGE----------QNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNC 419
            +  L    I G P P+L+WY+D     E RL   +   +  S+  +  T +   ++    SD   K  C++    G L  +S +L + +   +V IL   + L+ G     TC S  S PP  LSW  + E+ E  A   +        +  S L+      D  + + CRA + EL    +   + LNV Y P     LG   L+   + QG +      + ANP P+     W   G  L    G   R   +L S      L L  V +A  G Y     N   + +  ++     LDV +         P E  V G     +  I C V+ANP  P + F W       E + +++    S G    L     +  + G   C   N V            + AP V H      P  +   +   +ST S  ++C
Sbjct:  460 RVRLVCLAIGGNPEPSLMWYKDSRTVTESRLPQESRRVHLGSVEKSGSTFSRELVLVTGPSDNQAKFTCKA----GQL-SASTQLAVQFPPTNVTILANASALRPGDALNLTCVSVSSNPPVNLSWDKEGERLEGVAAPPRRAPFKGSAAARSVLLQVS-SRDHGQRVTCRAHSAELRE-TVSSFYRLNVLYRPEF---LGEQVLVVTAVEQG-EALLPVSVSANPAPEA--FNWTFRGYRLSPAGGPRHR---ILSS----GALHLWNVTRADDGLYQLHCQNSEGTAEARLR-----LDVHYAPTIRALQDPTEVNVGG-----SVDIVCTVDANPILPGM-FNWERLGEDEEDQSLDDMEKISRGPTGRLRIHHAKLAQAGAYQCIVDNGVAPPARRLLRLVVRFAPQVEH------PTPLTKVAAAGDSTSSATLHC 863          
BLAST of EMLSAG00000005255 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: 67.781 bits (164), Expect = 2.420e-10
Identity = 52/191 (27.23%), Postives = 82/191 (42.93%), Query Frame = 0
Query:   35 AWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNIL-KAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANP 224
            AW  Y  +        NL I   E SD      CQ+      L     +L +    +   I     IL +AG+ H  TC +  ++P A + W+ D  Q E    S ++ +    E+T+S L+  P   D  +   CR+ N  + +G  E +  L+V +PP V +    S+    +++G  V F C   ANP
Sbjct:   68 AWPRYRVVGSADAGQYNLEITDAELSD-DASYECQATE--AALRSRRAKLTVLIPPEDTRIDGGPVILLQAGTPHNLTCRAFNAKPAATIIWFRDGTQQEGAVASTELLKDGKRETTVSQLLINPTDLDIGRVFTCRSMNEAIPSGK-ETSIELDVHHPPTVTL----SIEPQTVQEGERVVFTCQATANP 250          
BLAST of EMLSAG00000005255 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: 67.781 bits (164), Expect = 2.475e-10
Identity = 56/206 (27.18%), Postives = 86/206 (41.75%), Query Frame = 0
Query:   24 WYRDEVRLLA----SAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNIL-KAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANP 224
            W +D + L       AW  Y  +        NL I   E SD      CQ+      L     +L +    +   I     IL +AG+ +  TC +  ++P A + W+ D  Q E    S ++ +    E+TIS L+  P   D  +   CR+ N  + NG  E +  L+V +PP V +    S+    + +G  V F C   ANP
Sbjct:   85 WTKDGLALGMGQGLKAWPRYRVVGSADAGQYNLEITDAELSD-DASYECQATE--AALRSRRAKLTVLIPPEETRIDGGPVILLQAGTPYNLTCRAFNAKPAATIIWFRDGTQQEGAVTSTELLKDGKRETTISQLLIEPTDLDIGRVFTCRSMNEAIPNGK-ETSIELDVHHPPTVTL----SIEPQTVLEGERVIFTCQATANP 282          
BLAST of EMLSAG00000005255 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: 67.3958 bits (163), Expect = 2.912e-10
Identity = 56/206 (27.18%), Postives = 86/206 (41.75%), Query Frame = 0
Query:   24 WYRDEVRLLA----SAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNIL-KAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANP 224
            W +D + L       AW  Y  +        NL I   E SD      CQ+      L     +L +    +   I     IL +AG+ +  TC +  ++P A + W+ D  Q E    S ++ +    E+TIS L+  P   D  +   CR+ N  + NG  E +  L+V +PP V +    S+    + +G  V F C   ANP
Sbjct:   85 WTKDGLALGMGQGLKAWPRYRVVGSADAGQYNLEITDAELSD-DASYECQATE--AALRSRRAKLTVLIPPEDTRIDGGPVILLQAGTPYNLTCRAFNAKPAATIIWFRDGTQQEGAVTSTELLKDGKRETTISQLLIQPTDLDIGRVFTCRSMNEAIPNGK-ETSIELDVHHPPTVTL----SIEPQTVLEGERVIFTCQATANP 282          
BLAST of EMLSAG00000005255 vs. SwissProt
Match: gi|55736065|sp|Q8IZU9.1|KIRR3_HUMAN (RecName: Full=Kin of IRRE-like protein 3; AltName: Full=Kin of irregular chiasm-like protein 3; AltName: Full=Nephrin-like protein 2; Contains: RecName: Full=Processed kin of IRRE-like protein 3; Flags: Precursor)

HSP 1 Score: 63.929 bits (154), Expect = 4.250e-9
Identity = 42/160 (26.25%), Postives = 75/160 (46.88%), Query Frame = 0
Query:  102 LKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGAS-LIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDP 260
            L+AG     TC +  ++P A + W    E      +S  +      ES +STL  +P   +  +++ CRATN  +  G  E + ++++Q+PP+V + +    ++ D++     V F C  KANP        W   G+I+K+  G   R  +     ++P
Sbjct:  160 LRAGDPLNLTCHADNAKPAASIIWLRKGEVINGATYSKTLLRDGKRESIVSTLFISPGDVENGQSIVCRATNKAIPGGK-ETSVTIDIQHPPLVNLSVEPQPVLEDNV-----VTFHCSAKANPA--VTQYRWAKRGQIIKEASGEVYRTTVDYTYFSEP 311          
BLAST of EMLSAG00000005255 vs. SwissProt
Match: gi|55792838|sp|Q8BR86.1|KIRR3_MOUSE (RecName: Full=Kin of IRRE-like protein 3; AltName: Full=Kin of irregular chiasm-like protein 3; AltName: Full=Nephrin-like protein 2; AltName: Full=mKirre; Contains: RecName: Full=Processed kin of IRRE-like protein 3; Flags: Precursor)

HSP 1 Score: 63.5438 bits (153), Expect = 5.494e-9
Identity = 43/160 (26.88%), Postives = 74/160 (46.25%), Query Frame = 0
Query:  102 LKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGAS-LIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDP 260
            L+AG     TC +  ++P A + W    E      +S  +      ES +STL  +P   +  +++ CRATN  +  G  E + ++++Q+PP+V + +    ++ D+I     V F C  KANP        W   G I+K+  G   R  +     ++P
Sbjct:  160 LRAGDPLNLTCHADNAKPAASIIWLRKGEVINGATYSKTLLRDGKRESIVSTLFISPGDVENGQSIVCRATNKAIPGGK-ETSVTIDIQHPPLVNLSVEPQPVLEDNI-----VTFHCSAKANPA--VTQYRWAKRGHIIKEASGELYRTTVDYTYFSEP 311          
BLAST of EMLSAG00000005255 vs. SwissProt
Match: gi|205830664|sp|O15394.2|NCAM2_HUMAN (RecName: Full=Neural cell adhesion molecule 2; Short=N-CAM-2; Short=NCAM-2; Flags: Precursor)

HSP 1 Score: 60.4622 bits (145), Expect = 4.304e-8
Identity = 90/417 (21.58%), Postives = 174/417 (41.73%), Query Frame = 0
Query:   99 NNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPP-IVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGND-IRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKP--QEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSA-EAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCS-PGFNGGLP-QHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVY-TLKLPEKLIPPIEPTPSN 507
            N   + G +  F+C + GS  PA+ SW+ + +  E   +   I + ++ E T+  ++ +           CRATN     G  E    L V   P I+++K       +   +   V   C  +  P P+   +TW    +    T G+  +  R+ +   +  S L ++ VK +  G Y C   + +  H      + ++LD+++         +Y   +    +I+C+V++NPP     W  +     AK        S+G + +L   PT   ++G   C ++N +G +    +  +  A  P +     I+  S  +  V+ + P  +GG+P  H+ + V +V  +  + + ++         +  LEP + +   +   N KG G  +   ++ TL + E   P I   PS+
Sbjct:  219 NATAERGEEMTFSCRASGSPEPAI-SWFRNGKLIE--ENEKYILKGSNTELTVRNIINS-----DGGPYVCRATNKA---GEDEKQAFLQVFVQPHIIQLK------NETTYENGQVTLVCDAEGEPIPE---ITWKRAVDGFTFTEGDKSLDGRIEVKGQHGSSSLHIKDVKLSDSGRYDCEAASRIGGH-----QKSMYLDIEYAPKFISNQTIYYSWEGNPINISCDVKSNPP-ASIHWRRDKLVLPAKNTTNLKTYSTGRKMILEIAPTSDNDFGRYNCTATNHIGTRFQEYILAL--ADVPSSPYGVKIIELSQTTAKVSFNKPDSHGGVPIHHYQVDVKEVASEIWKIVRSH--GVQTMVVLNNLEPNTTYEIRVAAVNGKGQGDYSKIEIFQTLPVREPSPPSIHGQPSS 605          
BLAST of EMLSAG00000005255 vs. SwissProt
Match: gi|158706515|sp|Q9P2J2.2|TUTLA_HUMAN (RecName: Full=Protein turtle homolog A; AltName: Full=Immunoglobulin superfamily member 9A; Short=IgSF9A; Flags: Precursor)

HSP 1 Score: 60.4622 bits (145), Expect = 5.276e-8
Identity = 75/315 (23.81%), Postives = 128/315 (40.63%), Query Frame = 0
Query:  211 GVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGV------PSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTP----HFTVTGLEPGSNFIGSLLGHNVKGM------------GVPTTXRVYTLKLPEKLIPPIEP 503
            G+    +C ++ANPP     V+W  +G+ L+  +           S      L++    + A G YSC   N +      P    ++++ P F++    +P+E     V +     I C+ + +PP V   WT        Q +   ++S+   S L+  P     +G   C +SN+V         +++    P  V N S+V     +  V+  PGF+GG  Q F++    + +   R     +S   P    H  V GL+P + +  S+L  N  G             G+PTT     L  P ++ PP+ P
Sbjct:  337 GMPGVIRCPVRANPP--LLFVSWTKDGKALQLDKFPGW-------SQGTEGSLIIALGNEDALGEYSCTPYNSLGTAGPSPVTRVLLKAPPAFIE----RPKEEYFQEVGR--ELLIPCSAQGDPPPV-VSWTKVGRGLQGQAQ---VDSN---SSLILRPLTKEAHGHWECSASNAVARVATSTNVYVLGT-SPHVVTNVSVVALPKGA-NVSWEPGFDGGYLQRFSVWYTPLAKRPDRMHHDWVSLAVPVGAAHLLVPGLQPHTQYQFSVLAQNKLGSGPFSEIVLSAPEGLPTTPAAPGLP-PTEIPPPLSP 626          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: gb|KYB26611.1| (Protein turtle homolog A-like Protein [Tribolium castaneum])

HSP 1 Score: 397.512 bits (1020), Expect = 2.143e-124
Identity = 219/545 (40.18%), Postives = 318/545 (58.35%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRR 552
             KP P++ W+R++V +   +       + T    + L I  L R DVH++L CQ+ N P T    S++ +D+ +    V IL  N  L AG ++   C+S GSRPPA ++WW + ++ E      + T S  G +T STL + P  ED  K L CRA N  +    +ED W L + Y P  KI LG SL  D IR+G DVYF C+I A+PP     V W HNG+ L      +I+A +++ + +    LVLQGV ++  GNY+CV     G+G        +S P +L+V +   CKP ++++YGVAK E A I C V+ANPPDV FRWTFNNSA++  V +  I  SG  SV+ +TP   L+YGTL+C++SN +G Q  PCVFHIIAAG+P+ V NC++ N S  SF + CS GFNGGLPQ F L   +V E  S+ + +NLSSP P F+VT LE G+ +  +L  +N+KG   P   +  TL+LPEK +     T   ++  +    +P+   L+GI S + +V ++V++ +R+  ++   RR
Sbjct:  178 AKPLPSVTWFRNDVVVSNVSVAL--PRAGTTHVRSELRITGLGRRDVHSELTCQASNNPKTPPLASTLHVDMNFGPLDVKILGANQPLSAGRRYDLLCQSSGSRPPASITWWRNGQRLE----GAKKTTSNDGNTTTSTLSFVPRKEDDGKYLSCRAENKMMSTDRLEDKWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCVINAHPP--VYKVEWKHNGKALNI----NIQAGIIITNQS----LVLQGVSRSTAGNYTCVGYNTEGDG--------ESNPFYLNVMYAPTCKPNQSRIYGVAKQEQAQITCQVDANPPDVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGTQRVPCVFHIIAAGRPDQVHNCTLSNISMTSFSIRCSEGFNGGLPQSFLL---EVRESHSQEVKSNLSSPVPRFSVTTLEAGAQYQAALFSYNLKGRSEPVILQAATLRLPEKQL-----TAEKDNHRSAFRFTPMMSVLIGIVSALLIVGLVVILLVRLQCTQNDDRR 690          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: XP_394552.4 (PREDICTED: nephrin [Apis mellifera])

HSP 1 Score: 371.318 bits (952), Expect = 3.267e-114
Identity = 241/686 (35.13%), Postives = 366/686 (53.35%), Query Frame = 0
Query:    9 LYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGS------NVGHGSGASINNPDIVP-FISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYE--------ELRNYPSKFTRNAGIDYCTLR 671
            LY     GKP P + WYRD+ +L+++   +  +     +  N L I +L R+DV + L C + N   ++   S+V +D+ +    V I+  N  L AG +++  C + GSRPPA ++WW ++++      S+    S+ G +T S L +     D  + L C+A NP + +  I D W L +QY P  +I+LG SL  ++IR+G DVYF C+I A PP     V W H    L KT  +++   +++ + +    LVLQGV + + GNY+CV     G+G        +S P +L+V F   CKP + KV+GVAK E A+I+C V+ANPPDV FRWTFNNSAE+  V    I  +G  S++ +TP   L+YGTL+CW++N +G Q  PCV+HII AG+P+ V NC+ +N ST+SF V C+ GFNGGLPQ F L   +V E  S+ L ANL+SP P F+VT LE G+ +   +  +N KG       +  T++LPEK +     T  +E    N+ + P+   ++G+ + + +V ++VMV +RI  ++   +  +      + T+P   +       EL   E GS++  +    S      + G  S     NPDI+P  I+ D                EP EY  +R R VS  E        E     S    ++ + YCT+R
Sbjct:  186 LYCDVYGGKPTPTVSWYRDD-KLVSNRTVTVRN----GVARNELVIKNLGRNDVRSTLTCNATNNNRSIPLSSTVYVDMNFLPLEVRIIGSNQPLSAGKRYELVCVTSGSRPPATVTWWRNDQRLVDTKESM----SSDGNTTTSILSFMATKTDAGRQLSCKAENPIMGSESIRDDWVLEIQYTPETRIQLGTSLNPNEIREGTDVYFDCLIHAEPP--VYKVEWRH----LGKTLHSNVTQGIIISNQS----LVLQGVDRKSAGNYTCVGYNTEGDG--------ESTPFYLNVMFSPTCKPNQTKVHGVAKQEKANISCQVDANPPDVQFRWTFNNSAESIDVAASHIARAGTSSIVSYTPMTELDYGTLLCWATNRIGHQQVPCVYHIIPAGRPDMVHNCTTLNTSTNSFSVRCTEGFNGGLPQSFLL---EVRESNSQELRANLTSPVPRFSVTHLESGALYQACIYAYNDKGRSEAMVVQAGTMRLPEKQL-----TSESERPRQNIRLMPMLSVMIGVVTALIIVAVIVMVVLRIQHTQVDEQSKSQMEDHGKQTKPAPIQ------RELRFREGGSLLADEKHPSSPFRKLESSGDISENDEKNPDIIPQQITGD----------------EPSEYLRKR-RLVSTIETSPSRSLLEHSTVTSVSGHSSYVGYCTIR 813          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: EEB13394.1 (sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 361.303 bits (926), Expect = 4.579e-111
Identity = 224/606 (36.96%), Postives = 327/606 (53.96%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVPFISSD 617
            GKP P + WYR +++L      SY   S T I  + + I +L+R D++++L C + N   T    ++V +D+ +   +V IL     L AG ++   C+S GSRPPA ++WW++ ++ +    ++    S  G +T STL +     D  K L CR+ N  ++   +E TW L +QY P  +I+LG SL  + IR+G DVYF C I A P      V W HNG  L     N   AR ++ S      LVLQ V +++ GNYSC+  N     +   +S P  L++ +   CKP + +V+G+AK E A I+C VEANP DV FRW FNNSAE+  V    I  SG  S++ +TP   ++YGTL+CW+ NS+G+Q  PCVFHIIAAG+P++V NCS+ N S  SF + C+ GFNGGLPQ F L V K     ++ +  N +SP P F V  LE G  +   +   N KG   P   +  TL+LPEK +     T   E   + ++M+PL   +  IG    LV I +++ +RI   R  +RR      R++    H S V +    +LDQ  PG   +SD +              NPD++P  ++D
Sbjct:  272 GKPKPTVNWYRGKIKL--GKMISY--TSGTKI-RSEIIIKNLQRKDLNSQLTCVATNNNKTQPLTTTVHIDMNFPPLNVEILGSMQPLSAGRRYDLLCQSSGSRPPATITWWINGQRLDKAKETI----SEDGNTTTSTLSFVASKTDADKYLSCRSENSLIMGEELESTWKLKIQYLPECRIELGKSLNKNTIREGSDVYFDCFITAEP--SVYKVEWKHNGRQL-----NHNIARGIIISNQS---LVLQSVSRSSGGNYSCLGYNS----EGESESDPFDLNILYAPTCKPNQIRVHGIAKSEKASISCAVEANPSDVTFRWLFNNSAESIDVASSHITKSGTLSIVSYTPRTEMDYGTLLCWAKNSIGDQKVPCVFHIIAAGRPDSVSNCSVFNISLASFLIKCTEGFNGGLPQSFLLEVLKT---TTQEITINTTSPVPRFIVENLESGIQYHVLISAFNPKGRSEPMVLQASTLRLPEKQL-----TLERESQKSVIQMTPLMTVVSIIGGAFLLVAIAIVLVLRIQCYR--ARR------RKKHKICHQSNVSLNF--KLDQNGPG---DSDEK--------------NPDVIPLSNTD 819          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: AGB95814.1 (uncharacterized protein Dmel_CG12950, isoform B [Drosophila melanogaster])

HSP 1 Score: 346.665 bits (888), Expect = 8.831e-105
Identity = 227/717 (31.66%), Postives = 349/717 (48.68%), Query Frame = 0
Query:    8 SLYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYP-GTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRI----HSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVP-FISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNA--GIDYCTLRXPPSTSSLHANSRRAVQFADQQMIPDVYGGTEPLFPLP 709
            SL    I G P P + WYRD + +          ++   I    +T+ SL R D++++L C++ ++P   +  + V++D+ +   ++ +L  +  L AG ++   C+S GSRPPAV++WW +  + E        T S+ G  T STL  +    D  K L C+A N  + +  +ED W L++QY P   ++LG SL    +R+G DVYF C++ A+P      + W HN + L           + L  +     LVLQGV +A  GNYSCV     G G+        S P  L++ +   C   + KVYG+AK E A + C V+ANP +V+F WTFNNSAE+  V    I  SG  S++ +TP   L+YGTL+C +SN +G+Q  PCVFHIIAAG+PE V NC++ N S  S  V CS GFNGGLPQ F L +    +  ++ + AN++S  P FTV GL PGS +  ++   N KG   P       L++PEK +     +    ++   +  SP+    +G+   + + ++ +++A+RI     S R+     N N  R     P         +++ D+                          NPD+VP  I  D    E   S  +   +   +      RG+   E+     ++ +  A  GI YCTLR     S +HA ++ +V      + P VY  +     LP
Sbjct:  165 SLKCQVIGGYPTPTISWYRDGIEIPCE----LSHLAGGKIIECEITLPSLGREDLNSRLTCRALSHPRAPIVEAVVQIDMNFAPLNIRLLGAHQPLSAGRRYDLLCQSAGSRPPAVITWWQNGIRLEKTTE----TTSSDGNQTTSTLSISLSKSDAGKYLSCKAYNHAVPSEPLEDGWKLDIQYVPEAYVRLGTSLDPSTLREGTDVYFDCLVMAHP--NVFRIEWRHNEQPLSHN--------ISLGVIISNHSLVLQGVTRATAGNYSCVGFNAEGEGI--------SAPFALNILYAPTCAQNQKKVYGIAKQEDAKVMCTVDANPREVEFSWTFNNSAESIDVATNHIIRSGTTSIVTYTPITELDYGTLLCLASNKIGKQRVPCVFHIIAAGRPEKVHNCTVNNISMTSLTVTCSDGFNGGLPQSFNLELL---DSYTQEIKANITSTIPKFTVPGLSPGSIYRLNIYAFNTKGRSDPAIVNAAMLRMPEKQL----TSEQTHNLRAELLFSPVMSLTIGLTLAVLVAVLAIILALRIPCTASSRRRQKELSNENISRDESPGPSDKSSGSKEVDDCDE-------------------------KNPDVVPESIEPD----EQAESIRKRQQISTIDTNRSPNRGIFVNEQQHLTAAEISLRASHGIGYCTLR-----SGMHAQAQSSVGEISINVTPHVYSNSISQCTLP 814          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: AAF54434.2 (uncharacterized protein Dmel_CG12950, isoform A [Drosophila melanogaster])

HSP 1 Score: 346.665 bits (888), Expect = 8.831e-105
Identity = 227/717 (31.66%), Postives = 349/717 (48.68%), Query Frame = 0
Query:    8 SLYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYP-GTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRI----HSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVP-FISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNA--GIDYCTLRXPPSTSSLHANSRRAVQFADQQMIPDVYGGTEPLFPLP 709
            SL    I G P P + WYRD + +          ++   I    +T+ SL R D++++L C++ ++P   +  + V++D+ +   ++ +L  +  L AG ++   C+S GSRPPAV++WW +  + E        T S+ G  T STL  +    D  K L C+A N  + +  +ED W L++QY P   ++LG SL    +R+G DVYF C++ A+P      + W HN + L           + L  +     LVLQGV +A  GNYSCV     G G+        S P  L++ +   C   + KVYG+AK E A + C V+ANP +V+F WTFNNSAE+  V    I  SG  S++ +TP   L+YGTL+C +SN +G+Q  PCVFHIIAAG+PE V NC++ N S  S  V CS GFNGGLPQ F L +    +  ++ + AN++S  P FTV GL PGS +  ++   N KG   P       L++PEK +     +    ++   +  SP+    +G+   + + ++ +++A+RI     S R+     N N  R     P         +++ D+                          NPD+VP  I  D    E   S  +   +   +      RG+   E+     ++ +  A  GI YCTLR     S +HA ++ +V      + P VY  +     LP
Sbjct:  165 SLKCQVIGGYPTPTISWYRDGIEIPCE----LSHLAGGKIIECEITLPSLGREDLNSRLTCRALSHPRAPIVEAVVQIDMNFAPLNIRLLGAHQPLSAGRRYDLLCQSAGSRPPAVITWWQNGIRLEKTTE----TTSSDGNQTTSTLSISLSKSDAGKYLSCKAYNHAVPSEPLEDGWKLDIQYVPEAYVRLGTSLDPSTLREGTDVYFDCLVMAHP--NVFRIEWRHNEQPLSHN--------ISLGVIISNHSLVLQGVTRATAGNYSCVGFNAEGEGI--------SAPFALNILYAPTCAQNQKKVYGIAKQEDAKVMCTVDANPREVEFSWTFNNSAESIDVATNHIIRSGTTSIVTYTPITELDYGTLLCLASNKIGKQRVPCVFHIIAAGRPEKVHNCTVNNISMTSLTVTCSDGFNGGLPQSFNLELL---DSYTQEIKANITSTIPKFTVPGLSPGSIYRLNIYAFNTKGRSDPAIVNAAMLRMPEKQL----TSEQTHNLRAELLFSPVMSLTIGLTLAVLVAVLAIILALRIPCTASSRRRQKELSNENISRDESPGPSDKSSGSKEVDDCDE-------------------------KNPDVVPESIEPD----EQAESIRKRQQISTIDTNRSPNRGIFVNEQQHLTAAEISLRASHGIGYCTLR-----SGMHAQAQSSVGEISINVTPHVYSNSISQCTLP 814          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: XP_006563754.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X5 [Apis mellifera])

HSP 1 Score: 341.273 bits (874), Expect = 7.770e-104
Identity = 198/541 (36.60%), Postives = 294/541 (54.34%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTP-ITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRS--VLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSP-TPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSR 551
            G+P P + W+R E+ L     +S D   + P +  N L +  L R+D+H   +CQ S N       +SV +++  +  SV IL  +  L AG ++   C + GSRPPA LSW+++ ++       V    S  G +T STL+  P   D  K + CRA N ++   ++EDTW LNV + PI+ +KLG+++  DDI +G DVYF+C + ANP      V W HNG +++    N +        +     L L+ V ++  GNY+C+  N V    +    +   +    C P + ++YGVA+ E A I+CNVEA PP   FRWTFNN+ E   V E    +S  RS  +LV+ P   ++YGT+ CW+SN+ G+QN  CVFHII AGKPE++ NC++ N++T+S  V C  GF+GG PQHF L V+   + Q+  L AN++S     FTV  LE G      L   N KG   PT+   +TLK+ EK      P P         E++PL   L+G+ + +  V I  +VA++I + R+  R
Sbjct:  105 GRPEPKVKWWRGEMLL-----DSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNNHTEKV----SQDGNTTSSTLILKPTLSDHDKMITCRAENSKIQRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANP--NAYKVIWKHNGNVIQNNAKNGV--------IVQEYSLALRKVNRSQAGNYTCIASN-VEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVF---DQQTGILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQTGI--PVP--------FEITPLLGGLIGVVTALLFVTIATLVAMKIRNERRAQR 612          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: XP_006563753.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X4 [Apis mellifera])

HSP 1 Score: 340.887 bits (873), Expect = 2.829e-103
Identity = 198/541 (36.60%), Postives = 294/541 (54.34%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTP-ITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRS--VLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSP-TPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSR 551
            G+P P + W+R E+ L     +S D   + P +  N L +  L R+D+H   +CQ S N       +SV +++  +  SV IL  +  L AG ++   C + GSRPPA LSW+++ ++       V    S  G +T STL+  P   D  K + CRA N ++   ++EDTW LNV + PI+ +KLG+++  DDI +G DVYF+C + ANP      V W HNG +++    N +        +     L L+ V ++  GNY+C+  N V    +    +   +    C P + ++YGVA+ E A I+CNVEA PP   FRWTFNN+ E   V E    +S  RS  +LV+ P   ++YGT+ CW+SN+ G+QN  CVFHII AGKPE++ NC++ N++T+S  V C  GF+GG PQHF L V+   + Q+  L AN++S     FTV  LE G      L   N KG   PT+   +TLK+ EK      P P         E++PL   L+G+ + +  V I  +VA++I + R+  R
Sbjct:  160 GRPEPKVKWWRGEMLL-----DSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNNHTEKV----SQDGNTTSSTLILKPTLSDHDKMITCRAENSKIQRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANP--NAYKVIWKHNGNVIQNNAKNGV--------IVQEYSLALRKVNRSQAGNYTCIASN-VEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVF---DQQTGILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQTGI--PVP--------FEITPLLGGLIGVVTALLFVTIATLVAMKIRNERRAQR 667          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: XP_016772320.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X1 [Apis mellifera])

HSP 1 Score: 341.273 bits (874), Expect = 2.861e-103
Identity = 198/541 (36.60%), Postives = 294/541 (54.34%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTP-ITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRS--VLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSP-TPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSR 551
            G+P P + W+R E+ L     +S D   + P +  N L +  L R+D+H   +CQ S N       +SV +++  +  SV IL  +  L AG ++   C + GSRPPA LSW+++ ++       V    S  G +T STL+  P   D  K + CRA N ++   ++EDTW LNV + PI+ +KLG+++  DDI +G DVYF+C + ANP      V W HNG +++    N +        +     L L+ V ++  GNY+C+  N V    +    +   +    C P + ++YGVA+ E A I+CNVEA PP   FRWTFNN+ E   V E    +S  RS  +LV+ P   ++YGT+ CW+SN+ G+QN  CVFHII AGKPE++ NC++ N++T+S  V C  GF+GG PQHF L V+   + Q+  L AN++S     FTV  LE G      L   N KG   PT+   +TLK+ EK      P P         E++PL   L+G+ + +  V I  +VA++I + R+  R
Sbjct:  178 GRPEPKVKWWRGEMLL-----DSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNNHTEKV----SQDGNTTSSTLILKPTLSDHDKMITCRAENSKIQRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANP--NAYKVIWKHNGNVIQNNAKNGV--------IVQEYSLALRKVNRSQAGNYTCIASN-VEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVF---DQQTGILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQTGI--PVP--------FEITPLLGGLIGVVTALLFVTIATLVAMKIRNERRAQR 685          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: XP_016772325.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X6 [Apis mellifera])

HSP 1 Score: 341.273 bits (874), Expect = 3.703e-103
Identity = 198/541 (36.60%), Postives = 294/541 (54.34%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTP-ITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRS--VLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSP-TPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSR 551
            G+P P + W+R E+ L     +S D   + P +  N L +  L R+D+H   +CQ S N       +SV +++  +  SV IL  +  L AG ++   C + GSRPPA LSW+++ ++       V    S  G +T STL+  P   D  K + CRA N ++   ++EDTW LNV + PI+ +KLG+++  DDI +G DVYF+C + ANP      V W HNG +++    N +        +     L L+ V ++  GNY+C+  N V    +    +   +    C P + ++YGVA+ E A I+CNVEA PP   FRWTFNN+ E   V E    +S  RS  +LV+ P   ++YGT+ CW+SN+ G+QN  CVFHII AGKPE++ NC++ N++T+S  V C  GF+GG PQHF L V+   + Q+  L AN++S     FTV  LE G      L   N KG   PT+   +TLK+ EK      P P         E++PL   L+G+ + +  V I  +VA++I + R+  R
Sbjct:  178 GRPEPKVKWWRGEMLL-----DSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNNHTEKV----SQDGNTTSSTLILKPTLSDHDKMITCRAENSKIQRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANP--NAYKVIWKHNGNVIQNNAKNGV--------IVQEYSLALRKVNRSQAGNYTCIASN-VEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVF---DQQTGILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQTGI--PVP--------FEITPLLGGLIGVVTALLFVTIATLVAMKIRNERRAQR 685          
BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Match: XP_016772324.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X6 [Apis mellifera])

HSP 1 Score: 341.273 bits (874), Expect = 3.703e-103
Identity = 198/541 (36.60%), Postives = 294/541 (54.34%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTP-ITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKFCKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRS--VLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSP-TPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSR 551
            G+P P + W+R E+ L     +S D   + P +  N L +  L R+D+H   +CQ S N       +SV +++  +  SV IL  +  L AG ++   C + GSRPPA LSW+++ ++       V    S  G +T STL+  P   D  K + CRA N ++   ++EDTW LNV + PI+ +KLG+++  DDI +G DVYF+C + ANP      V W HNG +++    N +        +     L L+ V ++  GNY+C+  N V    +    +   +    C P + ++YGVA+ E A I+CNVEA PP   FRWTFNN+ E   V E    +S  RS  +LV+ P   ++YGT+ CW+SN+ G+QN  CVFHII AGKPE++ NC++ N++T+S  V C  GF+GG PQHF L V+   + Q+  L AN++S     FTV  LE G      L   N KG   PT+   +TLK+ EK      P P         E++PL   L+G+ + +  V I  +VA++I + R+  R
Sbjct:  178 GRPEPKVKWWRGEMLL-----DSTDEPGEFPSLRRNTLIVKQLSRADLHAVFICQASNNNISQPVSASVTIEMHLKPMSVTILSNDTPLSAGRKYDINCITVGSRPPAKLSWYMNGKKLNNHTEKV----SQDGNTTSSTLILKPTLSDHDKMITCRAENSKIQRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANP--NAYKVIWKHNGNVIQNNAKNGV--------IVQEYSLALRKVNRSQAGNYTCIASN-VEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPDSFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVF---DQQTGILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRSEPTSLEGFTLKVAEKQTGI--PVP--------FEITPLLGGLIGVVTALLFVTIATLVAMKIRNERRAQR 685          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|1008444897|ref|XP_015837001.1| (PREDICTED: nephrin isoform X2 [Tribolium castaneum])

HSP 1 Score: 399.823 bits (1026), Expect = 5.688e-123
Identity = 219/547 (40.04%), Postives = 320/547 (58.50%), Query Frame = 0
Query:   14 ILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRR 552
            ++ KP P++ W+R++V +   +       + T    + L I  L R DVH++L CQ+ N P T    S++ +D+ +    V IL  N  L AG ++   C+S GSRPPA ++WW + ++ E      + T S  G +T STL + P  ED  K L CRA N  +    +ED W L + Y P  KI LG SL  D IR+G DVYF C+I A+PP     V W HNG+ L      +I+A +++ + +    LVLQGV ++  GNY+CV     G+G        +S P +L+V +   CKP ++++YGVAK E A I C V+ANPPDV FRWTFNNSA++  V +  I  SG  SV+ +TP   L+YGTL+C++SN +G Q  PCVFHIIAAG+P+ V NC++ N S  SF + CS GFNGGLPQ F L   +V E  S+ + +NLSSP P F+VT LE G+ +  +L  +N+KG   P   +  TL+LPEK +     T   ++  +    +P+   L+GI S + +V ++V++ +R+  ++   RR
Sbjct:  139 VIAKPLPSVTWFRNDVVVSNVSVAL--PRAGTTHVRSELRITGLGRRDVHSELTCQASNNPKTPPLASTLHVDMNFGPLDVKILGANQPLSAGRRYDLLCQSSGSRPPASITWWRNGQRLE----GAKKTTSNDGNTTTSTLSFVPRKEDDGKYLSCRAENKMMSTDRLEDKWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCVINAHPP--VYKVEWKHNGKALNI----NIQAGIIITNQS----LVLQGVSRSTAGNYTCVGYNTEGDG--------ESNPFYLNVMYAPTCKPNQSRIYGVAKQEQAQITCQVDANPPDVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGTQRVPCVFHIIAAGRPDQVHNCTLSNISMTSFSIRCSEGFNGGLPQSFLL---EVRESHSQEVKSNLSSPVPRFSVTTLEAGAQYQAALFSYNLKGRSEPVILQAATLRLPEKQL-----TAEKDNHRSAFRFTPMMSVLIGIVSALLIVGLVVILLVRLQCTQNDDRR 653          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|1061482175|gb|ODM99480.1| (Nephrin [Orchesella cincta])

HSP 1 Score: 389.808 bits (1000), Expect = 2.047e-122
Identity = 215/535 (40.19%), Postives = 326/535 (60.93%), Query Frame = 0
Query:   14 ILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQ-SWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIH 544
            + G+PPP ++WYR+   +  S +       +  +  N+LTI  L RSD+  +L C+ S N       ++V+LD+ +    V IL K++ + AG ++   C+S GSRPPA ++WWLD  + E    S + T + +G +T STL + P  ED+ K L CRA N  + + V+ED W L +QY P   +KLG+SL  D I++G DVYF CII ANPP     V W  NG+ L     ++I A +++ + +    LVLQ V + + GNY+C+  N  P  + V  S    LDV +   C+P + +V+GVAK+E A+I+C+V+ANPP V FRWTFNNSAE+  V  +   S G  SV+ +TP   L+YGTL+CW++N +G+Q  PCV+HIIAAG+P+ V NC++ N STD+  + C+ GFNGGLPQ F L ++    ++ R   AN++S  P F+VTGLEPG +++ ++   N KG   P T  V+T++ PEK+       P      T++++SP    ++GI + + +V I+V +A+RI+
Sbjct:    1 MTGRPPPRVVWYRNGKLIDTSDY------YEEGVMKNDLTISILARSDLGAELTCEASNNNISRPLATTVQLDMNFTPLEVTILGKSSRITAGKKYDLMCQSIGSRPPAHITWWLDERRLE----STKETTANNGNATRSTLSFIPRKEDSGKYLSCRAENSIIPSKVLEDGWDLQIQYLPEAHLKLGSSLSGDHIKEGSDVYFDCIIDANPP--VSKVDWRLNGKPLV----HNISAGVIMTNQS----LVLQKVTRLSAGNYTCIGRN--PEGEGV--SDAFSLDVLYAPACRPNQIRVHGVAKLENANISCDVDANPPKVQFRWTFNNSAESIDVPAQRYKSVGTHSVVTYTPMTELDYGTLLCWATNKIGDQRVPCVYHIIAAGRPDTVHNCTVANHSTDAVFLYCAEGFNGGLPQSFMLELFDSHYNKIR---ANITSIVPAFSVTGLEPGQSYVANVYAINNKGRSEPATVSVFTMRNPEKIRTRESEIPRPN---THIQLSPTVSIVIGICTALVIVSIVV-IALRIY 504          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|91086047|ref|XP_973605.1| (PREDICTED: hemicentin-1 isoform X1 [Tribolium castaneum] >gi|1004398315|gb|KYB26611.1| Protein turtle homolog A-like Protein [Tribolium castaneum])

HSP 1 Score: 397.512 bits (1020), Expect = 1.048e-121
Identity = 219/545 (40.18%), Postives = 318/545 (58.35%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRR 552
             KP P++ W+R++V +   +       + T    + L I  L R DVH++L CQ+ N P T    S++ +D+ +    V IL  N  L AG ++   C+S GSRPPA ++WW + ++ E      + T S  G +T STL + P  ED  K L CRA N  +    +ED W L + Y P  KI LG SL  D IR+G DVYF C+I A+PP     V W HNG+ L      +I+A +++ + +    LVLQGV ++  GNY+CV     G+G        +S P +L+V +   CKP ++++YGVAK E A I C V+ANPPDV FRWTFNNSA++  V +  I  SG  SV+ +TP   L+YGTL+C++SN +G Q  PCVFHIIAAG+P+ V NC++ N S  SF + CS GFNGGLPQ F L   +V E  S+ + +NLSSP P F+VT LE G+ +  +L  +N+KG   P   +  TL+LPEK +     T   ++  +    +P+   L+GI S + +V ++V++ +R+  ++   RR
Sbjct:  178 AKPLPSVTWFRNDVVVSNVSVAL--PRAGTTHVRSELRITGLGRRDVHSELTCQASNNPKTPPLASTLHVDMNFGPLDVKILGANQPLSAGRRYDLLCQSSGSRPPASITWWRNGQRLE----GAKKTTSNDGNTTTSTLSFVPRKEDDGKYLSCRAENKMMSTDRLEDKWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCVINAHPP--VYKVEWKHNGKALNI----NIQAGIIITNQS----LVLQGVSRSTAGNYTCVGYNTEGDG--------ESNPFYLNVMYAPTCKPNQSRIYGVAKQEQAQITCQVDANPPDVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGTQRVPCVFHIIAAGRPDQVHNCTLSNISMTSFSIRCSEGFNGGLPQSFLL---EVRESHSQEVKSNLSSPVPRFSVTTLEAGAQYQAALFSYNLKGRSEPVILQAATLRLPEKQL-----TAEKDNHRSAFRFTPMMSVLIGIVSALLIVGLVVILLVRLQCTQNDDRR 690          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|1059410709|ref|XP_017778275.1| (PREDICTED: protein turtle [Nicrophorus vespilloides])

HSP 1 Score: 394.43 bits (1012), Expect = 1.663e-121
Identity = 224/562 (39.86%), Postives = 316/562 (56.23%), Query Frame = 0
Query:    7 YSLYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAA--------GKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRR 552
            ++L      GKP P +IWYR+E+ L+++   +  S S T +  + L I +L R DVH++L CQ+ N P T    S++ +D+ +    V IL  N  L AG ++   C+S GSRPPA ++WW + ++ +      + T S  G +T STL +    +D  K L CRA N  L +  +ED W L + Y P  KI LG SL  D IR+G DVYF CII A+P      V W H+G++L    G+ I        +     LVLQGV ++  GNY+CV     G+G        +S   +L+V F   CKP + ++YGVAK E A I+C VEANPPDV FRWTFNNSA++  V +  I  SG  SV+ +TP   L+YGTL+C++SN +G Q  PCVFHIIAA        G+P+ V NC+I N S  SF + CS GFNGGLPQ F L   +V E  S+ +  NLSSP   F VTGLE G+ +   +  +N KG   P   +  TL+LPEK +     T   E   +    +P+   L+G+ S + +V ++V++ +R+  +    RR
Sbjct:   21 FTLRCDVFGGKPLPMVIWYRNEL-LMSNTSVALPSGSTTHV-RSELRISNLGRRDVHSELTCQASNNPRTPPLASTLHVDMNFGPLDVKILGANQPLSAGRRYDLLCQSSGSRPPASITWWRNGQRLD----RTKETTSNDGNTTTSTLSFVASKDDDAKYLSCRAENKVLSSEGLEDGWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCIINAHP--HVYKVEWRHDGKMLNHNVGSGI--------IISNQSLVLQGVSRSTAGNYTCVGYNTEGDG--------ESGAFYLNVMFSPTCKPNQVRIYGVAKQERAQISCLVEANPPDVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGHQRVPCVFHIIAAVYRVGNFGGRPDQVHNCTISNISMTSFSIRCSEGFNGGLPQSFLL---EVRESHSQEMKNNLSSPVARFAVTGLEAGAQYQAGVFSYNSKGRSEPVILQAATLRLPEKQL-----TAEKESQRSGFRFTPMMSVLIGVVSALLIVALVVILVLRLQCNHNEGRR 550          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|1069788894|ref|XP_018319740.1| (PREDICTED: hemicentin-2-like [Agrilus planipennis])

HSP 1 Score: 382.489 bits (981), Expect = 5.513e-117
Identity = 237/676 (35.06%), Postives = 352/676 (52.07%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVG-HGSGA-----SINNPDIVPF------ISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNAGIDYCTLR 671
            GKPPP + W+R++V +      +   +S + +  + L +  L R+DVH+ L CQ+ N P      +++ LD+ +    V I+  +  L AG +++  C+S GSRP A ++WW D ++ E    +   +    G +T STL +    +D  K L C+A N  +    + D W+L +QY P VKI LG SL  DDI++G DVYF C+I A P  +   V W HNG++L+   G  I        +     LVLQGV + + GNY+CV     G+G        +S+P ++DV F   CKP + +VYGVAK E A I C V+ANP ++ F+WTFNNSA+A  V +  I  SG  SV+ +TP   L+YGTL+C++ N VGEQ  PCVFHII AG+P+ VQNCS+ N S  SF V C  GFNGGL Q F +   +V E +S+ + AN+SSP   F +T L+PG ++   L   N KG   PT  +  TL+LPEK +     T     + + + ++P    ++G+ S + +V ++V++ +R+    +  R+   N     VT  + +  +  +  ++          +D  GGS +  H S A        NPDI+P         SD C+     ST  + S  P       +    GY               I YCTLR
Sbjct:   81 GKPPPVVTWFRNDVPITDPEKVTVTEMSPSHV-RSELRMSGLTRNDVHSDLTCQANNSPRRPPLAATLVLDMNFGPLDVKIVGADQPLSAGRRYELVCQSSGSRPHATMTWWKDGQRLEGSKETG--STDAEGNTTTSTLSFVASKDDAGKKLTCQAENKAVPAPALRDVWTLKIQYTPEVKITLGTSLDPDDIKEGSDVYFDCVIDAQP--RVYKVEWRHNGKLLQHNAGVGI--------IISNQSLVLQGVSRKSAGNYTCVGYNTEGDG--------ESEPFYMDVMFSPTCKPNQTRVYGVAKQEEARITCLVDANPTELQFKWTFNNSADAVDVAQSHIARSGTASVVSYTPMTELDYGTLLCFAKNKVGEQRKPCVFHIIPAGRPDQVQNCSVSNISMSSFSVKCMEGFNGGLSQAFFV---EVRESESQEVKANVSSPVSQFYITDLKPGVHYQMGLFAFNSKGRSEPTVLQASTLRLPEKQL-----TSEKGILRSGLRITPFISVVIGVVSALFIVSLVVILILRLRCPNKGQRKRQKNAATAAVTAANGNSDLRGSTNDI----------TDKSGGSPISKHDSSAGECDSDEKNPDIIPQPIDGGEDVSDLCRRRQQVSTIETSS--PTRSLLHASGAGGGY---------------IGYCTLR 700          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|970913233|ref|XP_015122917.1| (PREDICTED: neural cell adhesion molecule 2-like [Diachasma alloeum])

HSP 1 Score: 386.341 bits (991), Expect = 7.323e-117
Identity = 239/613 (38.99%), Postives = 335/613 (54.65%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNY-PGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGN-NNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSD-------VEGGSNVGHGSGASINNPDIVP 612
            GKP P + WYR++ ++     E+        I  + + I +L R DV+T+L C + NY   TL  ++V +++      V IL+ N  L AG  ++ TCES+GSRPPA+++WW D E  +T   S     S  G  T S L +TP   D  + L CR+ N EL  G IED W L + Y P  KI+LG SL  + IR+G DVYF C+IKA PP     V W H G  L  T  + I        +     LVLQGV++ + GNY+CV     G+G        +S P  L++ F   CKP + K++GVAK E A+I+C VEANPP V+F+WTFNNSAE+  V    I  +G  SV+ +TP   L+YGTL+CW+SN +G Q  PCV+HII AG P+ V NCS  N ST SF V CS GFNGGL Q F L   +V E  S+ L ANL+S  PHF+VT L PG  +   +   N KG   P   +  TL+LPEK +   +   S E    +V+++P+   ++G+ + + +V ++V+V +RI +       GN ++  +  + E H S   +    EL   E  S++  +       V+     G  S     NPDI+P
Sbjct:  193 GKPSPTVAWYRNK-QIFTDKAETVQQ----GIIRSTMVIKNLARRDVYTELTCAATNYNKSTLLSATVGIEMNLDPLDVNILNANKPLSAGKHYELTCESYGSRPPALVTWWWDGEHLKTAHEST----SNDGNITKSFLSFTPSKTDAGRRLSCRSENRELSMGPIEDEWILEINYKPETKIQLGTSLNRNAIREGTDVYFDCLIKAQPP--VYKVEWRHEGRTLHHTIPHGI--------IISNQSLVLQGVERKSAGNYTCVGYNTEGDG--------ESTPFHLNIMFAPTCKPNQMKIHGVAKQEKANISCQVEANPPQVEFKWTFNNSAESIDVAAGHIAKTGISSVVSYTPMTELDYGTLLCWASNIIGSQQVPCVYHIIPAGHPDMVHNCSTHNTSTSSFSVRCSEGFNGGLQQSFLL---EVKESNSQELRANLTSVVPHFSVTHLNPGMLYQACIYAFNEKGRSEPMVVQAGTLRLPEKQLTS-DNGKSRERPRHHVKLTPMLSVMIGVVAALVIVAVIVIVVLRIQN-------GNPDDQGKPHLEEHHKSSKSIPIQRELRFREGCSLITEEKHVSTAFVKSLEASGEISEGDDKNPDIIP 767          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|755941908|ref|XP_011298603.1| (PREDICTED: neural cell adhesion molecule 2-like [Fopius arisanus])

HSP 1 Score: 384.03 bits (985), Expect = 3.754e-116
Identity = 235/609 (38.59%), Postives = 333/609 (54.68%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNY-PGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGN-NNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSD-------VEGGSNVGHGSGASINNPDIVP 612
            GKP P + WYR++      A      I    I  + + I +LER DV+T+L C + NY   TL  +SV +++      V I++ N  L AG  ++ TCES GSRPPA ++WW D E  +    S +++ S  G  T S L +TP   D  + L CR+ N EL  G IE +W L + Y P+ +IKLG SL  + IR+G DVYF C+I A PP     V W H G  L  T  + I        +     LVLQGV++ + GNY+CV  N     +   +S P  L++ F   CKP + K++GVAK E A+I+C VEANPP V+FRWTFNNSAE+  V    I  +G  S++ +TP   L+YGTL+CW+SN +G Q  PCV+HII AG P+ V NCS  N ST SF V CS GFNGGL Q F L   +V E  S+ L ANL+S  P+F+VT L PG  +   +   N KG   P   +  TL+LPEK +   +   S +    +V+++P+   ++G+ + + +V ++V+V +RI +       GN ++  +  + E H S   +    EL   E  S++  +       V+     G  S     NPDI+P
Sbjct:  193 GKPSPTVAWYRNQQIFTDKA-----DIIQQGIIRSTMIIKNLERRDVYTELTCAATNYNKTTLLSASVSIEMNLDPLGVTIINSNKPLSAGKHYELTCESFGSRPPASVTWWWDGEHLK----SPRVSTSNDGNITRSFLSFTPTQNDAGRRLSCRSENRELSMGPIESSWILEINYKPVTRIKLGTSLNRNAIREGTDVYFDCLIDAKPP--VYKVEWRHEGRTLHHTVPHGI--------IISNQSLVLQGVERRSAGNYTCVGYNS----EGDGESDPYDLNIMFAPTCKPNQTKIHGVAKQEKANISCQVEANPPLVEFRWTFNNSAESIDVAATHIAKTGISSIVSYTPMTELDYGTLLCWASNVIGSQQVPCVYHIIPAGHPDMVHNCSTHNTSTSSFSVRCSEGFNGGLQQSFML---EVKESNSQELRANLTSAVPYFSVTHLNPGMLYQACIYAFNEKGRSEPMVVQAGTLRLPEKQLTS-DTGKSRDRPRHHVKLTPMLSVMIGVVAALVIVAVIVIVVLRIQN-------GNPDDQGKPHLEEHHKSSKSIPIQRELRFREGCSLITEEKHVSTAFVKSMEASGEISEGDDKNPDIIP 767          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|1133433737|ref|XP_019872982.1| (PREDICTED: LOW QUALITY PROTEIN: nephrin-like [Aethina tumida])

HSP 1 Score: 377.481 bits (968), Expect = 9.745e-115
Identity = 244/665 (36.69%), Postives = 347/665 (52.18%), Query Frame = 0
Query:   17 KPPPNLIWYRDEVRL------LASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVN-SDVEGGSNVG-HGSGA-----SINNPDIVPF-----ISSDFCKAEVHSSTNRSGSMEPDEYFHRR-TRGVSGYEELRN 654
            KP P + W+R+++ +      + S  ES+          + L I  L R DVH++L CQ+ N P T    +++ +D+ +      IL  N  L AG ++   C+S GSRPPA ++WW + ++ E      + T ST G +T STL + P  ED  K L CRA N  +    +ED W L + Y P  KI LG SL  D IR+G DVYF CII A+PP     V W HNG+ L    G  I        +     LVLQGV +A  GNY+CV     G+G        +S   +L+V +   CKP + ++YGVAK E A I+C V+ANP D+ FRWTFNNSA+   V +  I  SG  S++ +TP   ++YGTL+C+++N +G Q  PCVFHIIAAG+P+ V NC+++N S  SF + CS GFNGGLPQ F L   +V E QS+ +  NL+SP   F V+GLE G+ +  +L   N KG   P   +  TL++PEK +     T   +  L     +P+   L+G+   + +V ++V++ +R+  ++       N G R+R         VV +   L+    GS    SD  GGS +  H S A        NPDI+P        SD+ +   H ST  +         H+    G  GY  LRN
Sbjct:  115 KPLPVVTWFRNDIAVSNVSVNIPSGGESH--------VRSELRITGLGRRDVHSELTCQATNNPRTQPLAATLHVDMNFGPLDAKILGANQPLSAGRRYDLLCQSSGSRPPASITWWKNGQRLERS----KDTTSTDGNTTTSTLSFIPKKEDDGKYLSCRAENKMMFTEGLEDGWKLEIHYTPEAKIILGTSLNPDTIREGTDVYFDCIINAHPP--VYKVEWRHNGKTLNINVGAGI--------IISNQSLVLQGVSRATAGNYTCVGYNTEGDG--------ESNAFYLNVLYTPTCKPNQTRIYGVAKQERAQISCQVDANPQDIHFRWTFNNSADLVDVAQSHIARSGTSSIVSYTPMTEMDYGTLLCYATNKIGSQRVPCVFHIIAAGRPDQVHNCTVLNISMTSFSLRCSEGFNGGLPQSFLL---EVRESQSQEIKGNLTSPVARFHVSGLEAGAQYQVALFSFNSKGRSEPVILQAATLRMPEKQL-----TAEKDSQLAAFRFTPMMSVLVGVILPLLIVALVVILVLRLQCTQ-------NEGRRKR-----HKNAVVASGGSLEHRGSGSGATLSDKGGGSPISKHESSAGECDSDEKNPDIIPQPVDSDDLSDYSRKRQHISTIETSPSR--SLLHQAGNSGYMGYCTLRN 727          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|972198062|ref|XP_015181002.1| (PREDICTED: hemicentin-2-like [Polistes dominula])

HSP 1 Score: 378.252 bits (970), Expect = 3.204e-114
Identity = 259/744 (34.81%), Postives = 372/744 (50.00%), Query Frame = 0
Query:    9 LYFFFILGKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGS------NVGHGSGASINNPDIVP-FISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYE--------ELRNYPSKFTRNAGIDYCTLRXPPSTSSLHANSRRAVQFAD-QQMIPDVYGGTEPLFP-------------LPPPLIRGGEGV 719
            LY     GKPPP L WYR+   +        + +     T + + I +LER DV ++L C + N  G+    S++ LD+ +    V I   N  L AG +++  C + GSRPPA+++WW + ++      SV+ T S+ G +T S L +     D  + L CRA N  +    IED W L +QY P  KI+LG SL    IR+G DVYF C+I+A PP     V W H G+ L       I        +     LVLQGV + + GNY+CV G  V       +S P +L+V F   CKP + K +GVAK E A+I+C VEANP +V FRWTFNNSAE+  V    I  +G  S++ +TP   L+YGTL+CW++N +G Q  PCV+HII AG+P+ V NC+  N ST+SF V C+ GFNGGLPQ F L   +V E  S+ L ANL+S  PHF+V  LE G+ +   +  +N KG       +  TL+LPEK +     T  +E    NV ++P+   ++G+ + + +V ++VM+ +RI  +    R  +      + T+P   +       EL   E  S++  +   GS        G  S +   NPDI+P  I+ D                EP EY  +R R VS  E        E     S  T  + + YCT+R   +   LH  S  +++    Q +I  VY       P             + PP++  G GV
Sbjct:  186 LYCEVYGGKPPPTLTWYRNNNFMNNKTMNVRNGV-----TRSEIVIKNLERDDVLSELTCNATNNNGSFTLSSTILLDMNFSPLEVKIKDANQPLSAGKRYELVCRTSGSRPPAIVTWWRNGQRL---VDSVETT-SSDGNTTTSVLSFMATKADAGRHLSCRAENSIIGKAPIEDVWILEIQYTPETKIQLGTSLNPSKIREGTDVYFDCLIQAEPP--VTKVEWRHQGKPLYHNAMQGI--------IISNQSLVLQGVDRKSAGNYTCV-GYNVEGDG---ESSPFYLNVMFAPTCKPNQTKFHGVAKQEKANISCQVEANPTEVQFRWTFNNSAESIDVAAGHIARAGTSSIVSYTPMTELDYGTLLCWATNRIGHQQVPCVYHIIPAGRPDMVHNCTTSNTSTNSFSVRCTEGFNGGLPQSFLL---EVRESNSQELRANLTSTVPHFSVAQLESGALYQACIYAYNEKGRSEAMVVQAGTLRLPEKQL-----TSESERPRQNVRLTPMLSVMIGVVTALVIVAVIVMIVLRIQHTNVEERGKSQMEEHGKQTKPAPIQ------RELRFREGSSLLADEKHPGSPFRKLDTSGDLSESDEKNPDIIPQQITGD----------------EPSEYLRKR-RLVSTIETSPSRSLLEHSTITSLTTHGSYVGYCTIR---NGMPLHEFSNLSIKHKSFQPIIGSVYDDGVCTLPRQHWPTQNVQSMTMSPPMLYSGLGV 872          
BLAST of EMLSAG00000005255 vs. nr
Match: gi|939242811|ref|XP_014240692.1| (PREDICTED: nephrin [Cimex lectularius])

HSP 1 Score: 370.933 bits (951), Expect = 5.588e-114
Identity = 241/666 (36.19%), Postives = 337/666 (50.60%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCV----VGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRGNNNGPRRRVTEPHSSKVVVTTIEELDQLEPGSIVNSDVEGGSNVGHGSGASINNPDIVPFISSDFCKAEVHSSTNRSGSMEPDEYFHRRTRGVSGYEELRNYPSKFTRNAG--IDYCTLR 671
            G P P + WYR E  LL +      S    P   + L I +L R D+ ++L C + N   TL   S++ +D+ ++   V I   +  L AG ++   C S GSRPPA L+WW +  + +    S     S+ G +T STL +    +D  K L CRA NP + + V+ D W+L + Y P   I LG SL  D IR+G DVYF C++KA P      V W HNG +L    G  +        +     LVLQGV +++ GNY+CV     G+G        +S+P +L+V +   CKP + +V+GVAK E A+I+C V++NP +V FRWTFNNSAE  +V    I   G  S++ +TP   L+YGTL+CW++N +G Q  PCV+HIIAAG+P+ V NC++ N S  SF + CS GFNGGLPQ F L V + G D    L ANLSSP P FTV GL+ G  +   +   NVKG   P      TL+LPEK +     T   E       ++P+   ++G+ S + +V  LV   +R+  SR       ++ PRR   +   +K             PGS    D+           A   NPDI+P                 SG  E +  F R+ + VS   E R  P++     G    YCTLR
Sbjct:    3 GNPRPKVAWYRGE-ELLTNYTSPGASTGLGPQAQSLLIIHNLGRGDLRSELTCIASNNNRTLPLTSTIHVDMNFKPLDVRIQESSQPLSAGRRYDLVCLSTGSRPPAKLTWWKNGHRLDRTKEST----SSDGNTTTSTLSFVASKDDDGKNLSCRAENPAISSEVLYDYWTLQIHYIPETNISLGTSLRPDAIREGTDVYFDCMVKAEP--SVYKVEWRHNGRMLNHNVGQGV--------IISNQSLVLQGVSRSSAGNYTCVGFNTEGDG--------ESKPFYLNVMYAPTCKPNQTRVHGVAKQEKANISCEVDSNPAEVTFRWTFNNSAENMEVASTRIERHGTSSMVTYTPMSELDYGTLLCWATNRIGHQRVPCVYHIIAAGRPDQVHNCTVANTSMSSFSLRCSEGFNGGLPQSFALEVREGGTD---VLAANLSSPLPRFTVHGLQAGVMYEAYVFSVNVKGRSEPVMIHAPTLRLPEKQL-----TSDRERPRAGFRLTPVMTVVVGVVSSLFVVACLVAAVLRVQCSR-------DDDPRRSKQDVAPAKA------------PGSSPKGDLP--------PEADERNPDIIP--------------QPNSGVDEEEHEFMRKRQLVSTI-ETRTSPTRSLLQPGPYPGYCTLR 595          
BLAST of EMLSAG00000005255 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: 682.945 bits (1761), Expect = 0.000e+0
Identity = 324/494 (65.59%), Postives = 392/494 (79.35%), Query Frame = 0
Query:   17 KPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQS-RTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPS 506
            KP P + WYR+   + + +W S D  +   I NNN+TI +L R DVH++  C++ NY   +  SSVELDL YQA +V+IL KN  L+AGSQH+F C + GSRP A L+WW D+ Q + +   V I+ S SGE++ ST  YTP  ED+ KTL CRATNP++  GV+ED+W+LN+QYPPIV+I LG SL+A  IRQGVDVYF CII+ANP P+TKIVTWLH+G+ILK+ R +D RAR+VLPSVNDP+ LVLQGVKK+ARGNYSC VGNG+P+HD+ VQS+P FLDVKF   C P+  KVYGVAKMETAHIAC VEANPP+V+FRWTFNNSAEAKQVE+RFI+++G RS+L FTPTRTLEYGTLMCWS N+VGEQ  PCVFHIIAAGKPEAVQNC++VNESTDSF V+C+PGFNGGLPQ F LAVYKV    + R LVANL+SP P F+VTGL PGS+++G + G NVKG+GVP   RVYTLKLPEKLIPPI   PS
Sbjct:    1 KPRPRVTWYRNNRPITSLSWSSTDPETGFDIMNNNITIQALSRKDVHSEFTCEATNYDNNVLRSSVELDLKYQAHNVSILSKNTPLRAGSQHEFICVAVGSRPAATLTWWFDDLQIQPQVDHVHISTSASGETSTSTFTYTPKHEDSGKTLRCRATNPDIHRGVLEDSWTLNIQYPPIVQISLGKSLVASAIRQGVDVYFDCIIEANPTPRTKIVTWLHDGQILKQNRHDDPRARMVLPSVNDPNSLVLQGVKKSARGNYSCRVGNGIPTHDYEVQSKPKFLDVKFPPVCTPKGVKVYGVAKMETAHIACTVEANPPEVNFRWTFNNSAEAKQVEQRFIHTNGSRSILTFTPTRTLEYGTLMCWSRNAVGEQRNPCVFHIIAAGKPEAVQNCTVVNESTDSFQVHCAPGFNGGLPQQFRLAVYKVHSSMADRVLVANLTSPVPSFSVTGLHPGSHYLGEIYGFNVKGVGVPFMIRVYTLKLPEKLIPPIAAEPS 494          
BLAST of EMLSAG00000005255 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: 290.812 bits (743), Expect = 7.786e-90
Identity = 162/452 (35.84%), Postives = 252/452 (55.75%), Query Frame = 0
Query:   93 VAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVK---FCKPQEAKVYGVAKMETAHIACNVEANPP-DVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSS-PTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNV---EMSPLALTLLGIGSGIALVIIL 536
            V IL+    L A    +  C S G+RP  V++WWL  +Q       +    S  G  TISTL   P   D    L CRA +P L + ++ED W L + Y P   + LG++L A +I++G DVYF+C +KA+P P    ++W HNG    K   +DI+ ++++ + +    LVLQ V ++  G Y+C   N     +   +S P+ LD++   FCKP + +VYGVAK E   ++C+V +NP  D+ F W FN+S+E   ++E  +   G RS+    P   ++YG+LMCW++NS+G Q  PC+FH+I AGKP+ VQNC++ N++  +  + C  GF+GGLPQ F   V +V + +S  +VAN ++   P FTVTGL  G+ +I S+  +N KG   P     +T K   +     +   + E  LT +    ++P+   LL +G  + LV ++
Sbjct:   38 VGILNPREPLSANKLFEIQCRSVGARPTPVITWWLGGKQIR---DGISFKTSPDGNVTISTLALAPNVMDAGSLLACRAGSPSLADAMMEDAWKLEIHYVPSSTLTLGSNLNASNIKEGDDVYFECAVKASPRPYK--ISWKHNG----KELAHDIQKKVIISNQS----LVLQKVTRSDSGVYTCTAHNA----EGDGESNPLSLDIRYKPFCKPDQVQVYGVAKREKIRVSCDVISNPSVDLKFEWVFNSSSERLDLQENLVEVRGTRSLAHHIPQTEMDYGSLMCWATNSIGRQEDPCIFHLIPAGKPDPVQNCTVKNQTYSTLHITCIKGFDGGLPQGF---VMEVMDAKSHFIVANTTNLRDPAFTVTGLHSGTGYIVSVNSYNSKGHSEPMRIHAFTTKAAAEASASDQTPKTGESSLTRMGQFTVTPILAILLIVGGALVLVFLI 469          
BLAST of EMLSAG00000005255 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: 293.893 bits (751), Expect = 8.672e-89
Identity = 181/582 (31.10%), Postives = 282/582 (48.45%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITN---NNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDL----TYQA-----------QSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITEST-----------SGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANP-PDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRI------HSSRQWSRRGNNNG 557
            G P P + W+RD   L        D +S+  +     N+L +I L R+D+H+ L CQ+ N   ++   +SV+LD+    TY               V ++ + + + AG  ++F C++ G+RPP  ++WW  + Q      +   + S             G  T+S + Y P   D  K + C+A NPELLN  +ED W L++ Y P   + LG+SL   +I++  DVYF+C ++ANP P    +TW  N                                            G+G         S P+ L++++   CKP + +V+GVA+ ET  I+C V +NP     F W FN S E   +      S+  +S++ + P   L+YG+LMCW+ NS+G+Q  PCVFH++ AG P++V+NCS  N++T S  V C  G++GGLPQ F L   +  ++    +V  L SP PHF VTGLEPG +++ S+   N KG+  P T   +T+K  EK         +       V ++P+   L+ I  G+ALV + ++V +RI      H + Q   RG   G
Sbjct:  150 GNPSPKVSWWRDHALL--------DDVSEEVVKGKVVNSLRLIKLARNDLHSILTCQASNNNLSVPVSTSVKLDMHFITTYDGWHIYASVPVGPMDVEMIGRKDPVSAGRVYEFRCQAVGARPPPEITWWRGSTQLRENVTNRITSRSNPDLPPHPQTSPDGNVTLSIIDYVPSVRDAGKYMSCKAENPELLNSALEDGWKLDIHYNPQSILSLGSSLNGSNIKEDDDVYFECNVRANPKPYK--ITWRFN--------------------------------------------GDG--------PSNPMTLNIRYAPYCKPDQVRVFGVARDETVRISCEVISNPVGSTSFEWRFNASGEMVDMPHDRFKSTNTKSIVEYVPRTELDYGSLMCWAKNSIGKQRDPCVFHLVPAGMPDSVKNCSFGNQTTTSLEVRCMSGYDGGLPQTFVL---EAKDNHHYGIVTKLHSPLPHFNVTGLEPGRSYVLSVSAQNSKGLSSPVTLYSFTIKEAEKHTAGSTHPANVTSSRNGVSVTPILGILVAIACGLALVAVAIIVVLRIRPVYNNHKAAQRPNRGGLGG 666          
BLAST of EMLSAG00000005255 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: 273.092 bits (697), Expect = 1.587e-79
Identity = 180/519 (34.68%), Postives = 262/519 (50.48%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFT----------------------VTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIP---PIEPTP 505
            G P P + W+RD   LL S +E+  + S T    N LTI  + R D+   L CQ+ N   ++   + + +DL +    V IL K   L AG  ++  CES GSRP A+++WW +N +F  K  S  +    +G  TISTL + P P D  KTL CRA N ++++  +E+ W L + + PIV +  GA+L  D+I +G DVYF+C I ANP  +   V WLHN  ++   + + +        +   S LVLQGV +   G Y+CV  N     +   QS  + L + +   C   +  + GV++   + I C + A+P    F W+FNNS E K +      S+   S L + P    ++G L C +SN++GE   PCVF II AG P+A  NCS+VN++T+S  V C PGF+GGL Q F L V  +   Q+  L+AN S  TP F                       V+GL  G     ++   N  G   P     +TLK+ E  +    P+E TP
Sbjct:  108 GNPAPQVTWWRDS-HLLDSTFET--TFSQT--VQNTLTIDKVTRQDLGAILTCQASNNNISIPVSNRITIDLKFPPSGVKILTKKEPLSAGKYYRLECESGGSRPSAIVTWWKNN-KFMGKTPSKIVD---NGNLTISTLEFKPRPSDHGKTLTCRAENLDIVSSALEEQWKLVIFHAPIVSLTFGANLNPDNIAEGNDVYFECTISANP--EVYKVIWLHNDVMVSHDQSHGV--------IISGSSLVLQGVHRRQSGMYACVASN----LEGDTQSNTIQLKIMYKPLCGNFKRIIQGVSRDRDSQIICPILAHPQPTRFIWSFNNSLETKMINASQFKSNSTHSELSYQPKDDNDFGLLFCSASNALGEMADPCVFKIIPAGPPDAPSNCSVVNQTTESLEVECLPGFDGGLEQSFQLEVTDL---QTGILLANDSGQTPEFVVSPSGLAAQLKWPLAIECFVFQVSGLNSGKGLKITIFAANADGRSQPFVLEGFTLKVAELQLESPVPLEFTP 600          
BLAST of EMLSAG00000005255 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: 243.817 bits (621), Expect = 1.417e-70
Identity = 163/507 (32.15%), Postives = 240/507 (47.34%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISDT-PITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEA-KVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNE---------------------------------STDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVP 483
            G P P + W++      +S    +   S T P+  N +    L+R D+  K  CQ+ N   ++     V++ L  +  S+AIL K   + A  + +  C++ G  PP  LSWWL +++           E++    + S+L +TP  ED  + L CRA +  L N  +ED W L + YPP+V ++LG +L  D+IR G DVYF+C ++ANPPP    + WLHNG  L     +D   R+++ + +    LVLQ V+K A G Y C   N     +   +S PV L + +   C  Q   ++ GV   E   I C V+A PP V F W FNNS   + + +   +S G  S L FTPT T +YGTL C   N +G Q  PC F I+  G+P  +  C I +                                  S+    V+CS GF+GGLPQ F L VY+   D+ +T V N     P+F +    P ++    +   N KG   P
Sbjct:  144 GSPAPKVTWWKGGTLYDSSDEVVHPPTSRTGPLIRNRMLYRGLQRDDLGLKFTCQASNTNLSVPVSREVKVILNLRPTSLAILAKPKSVSASKELEVVCQAVGGFPPPQLSWWLGSKRLRP------FDETSYNGVSKSSLRFTPQTEDDGQYLTCRAESLALHNTAMEDQWHLQIHYPPVVALRLGRNLDRDNIRTGHDVYFECDVQANPPPLR--LEWLHNGRQL----SHDPDKRIIMSTQS----LVLQKVQKEAMGEYVCRAVNA----EGTGESNPVPLKIMYAPVCGSQLVDQLIGVTAEENISINCRVDAYPPVVTFSWFFNNSEHREMLGDDRFSSEGLVSNLDFTPTTTQDYGTLYCQGENIIGHQVEPCAFQIVPTGRPAPLTKCQIFSNANFPVQNSSSKSSSSSGEDPPLDRDDSGRSAATSSGRIQVDCSEGFDGGLPQTFLLEVYEA--DELKTKVTNQQ---PNFEINNFNPSAHTKMFVFAQNAKGSSEP 625          
BLAST of EMLSAG00000005255 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: 206.453 bits (524), Expect = 2.265e-57
Identity = 136/455 (29.89%), Postives = 226/455 (49.67%), Query Frame = 0
Query:  110 FTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSG--ESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKP-QEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNS-AEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVN----ESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPT-PHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRR 552
              C++ GS+P A+++W+   E      H   +T       E T S L Y P   D  K + CRA NP + N  +ED+  L+V YPP++++ LG S+  ++I++  DVYF+C I+ANPP +T  + W HNG  L+    +++   ++L +      LV+Q V ++  G Y C   N         +S PV L VK+   C+   E+  +GV +     + C+V ++PP   FRW FNNS  +A ++    I S+G  S++ ++P   ++YG++ C + N++G Q  PC F I  A KP   +NC+I+N    E  +   + C   + GGL  ++ L +Y   + ++  L  N +S T PHF +  L         L   N +GM   +   V  +  PEK    +        + T +    + L + G+   IAL+I+L    + +H  +  S +
Sbjct:    1 LVCQAFGSKPQAIITWYKGREPI----HDEMVTSHYQANPEVTNSLLKYRPRRADNGKRITCRAENPAMPNSALEDSLLLSVMYPPLIQLSLGRSIGPEEIKERDDVYFECDIRANPPIQT--IEWHHNGRQLE----HNLNRGVILSN----QSLVIQRVSRSDAGEYICRADNA----HGAGKSNPVELSVKYRPVCQHGAESPQFGVVEGGNVTLTCDVLSHPPVRRFRWWFNNSGGKAVEIRPEDIRSNGSSSMIAYSPQNEMDYGSVSCMAINALGRQQHPCSFVISPATKPRRPENCNILNSTNPEGEEVIDLKCVSAYGGGLETNYILEIY---DTKTNRLRHNFTSKTSPHFIIRDLRGLHPLRFRLYAVNARGMSEDSEIPVVMVNKPEKHTDTVS-------LSTGINTDSIVLVVCGL--AIALLIVLFFAGLIVHRRQGLSSK 425          
BLAST of EMLSAG00000005255 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: 175.637 bits (444), Expect = 8.822e-46
Identity = 157/560 (28.04%), Postives = 252/560 (45.00%), Query Frame = 0
Query:   16 GKPPPNLIWYRDEVRLLASAWESYDSISD----TPITNNNLTIISLERSDVHTKLLCQSWN----YPGTLYGSSVELDLTYQAQSVAILHKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVI---EDTWSLNVQYPPIVKIKLGASLIA-DDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSC----VVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVF---TPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSSRQWSRRG 553
            G P P + W+RD         + YD   D      +  N L I +L+RS   +   C++ N     P T   S+V + L      +++ +  + + A  +++  C+  G +P   ++W L +          +   S     T + L + P  +D  K L C A N     G+      + +LNV + P+V +++   ++   +IR+G  +  KC I+A+P      + W  +GE L  +       R+++    D   L LQ   KA  G Y C    V G+G         S+P+ + V +   C     +  G  + +   + C V+A P    FRW FN+S      E RF   S   S++ F    PT   ++G ++CW+SN +GEQ  PCVFH++  G P+A ++C I N +  +  V C+PGF+GGL QHF + V++   + S+ LVA+  +     +V GL P SN+I S+   N KG   P    VY     E  I         + +   VE S L L  + IG    ++I+   V   I   R+  RRG
Sbjct:  180 GNPLPEVSWWRDG--------QMYDQEGDPSTYEDVLQNTLVISALDRSYHDSHFECRAINNNVTEPPT---STVTITLELPILDISLSNLPDPVTADVKYEVLCQVIGPQPTPTITWRLSDVILPAN----EPRYSLENNLTTTELHFMPKIKDQGKILSCTADN-----GIFPAQNKSMTLNVYFIPVVHVEIENDIVDPANIREGDTLELKCNIQAHP--WVWRILWYKDGEELVGSN------RVLI----DEQRLKLQNATKALSGQYVCSASNVEGDGF--------SKPMMITVNYKPVCIAPTIEYKGDNRSQGIDLKCQVDAKPKSSTFRWLFNSS------ETRFEIPSA-ESIMSFGNYKPTSGDQHGEVLCWASNDLGEQLKPCVFHVVPLGAPQAPRDCQISNHTASTIEVTCTPGFSGGLVQHFVMEVFETMPNNSQVLVASNWTEDATISVWGLVPESNYIISVKAVNEKGESSP----VYVGGKTEGFI---------QSLPRAVEESRLPLLFVIIGILGTMMILGACVTATIACKRK--RRG 677          
BLAST of EMLSAG00000005255 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: 163.31 bits (412), Expect = 4.071e-44
Identity = 95/306 (31.05%), Postives = 158/306 (51.63%), Query Frame = 0
Query:  239 ILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEKLIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAI 541
            +L ++RG ++   L    +     LVLQ V +   G+Y+C   N     D V  S+PV + + +   C   +  +YGV++ ETAHI+C V+A P    F W+FN S+    +      + G  S+L + P   ++YGT++C + N VG Q  PCVFH+I AG P+  +NC+I N++ DS  V+C  GF+ GL Q F + V+ + E Q   L+ N+++ +P     GL   S     +     KG     T   YTL++ +K       + +  +  +  +  PL +T++ +G  + L+II+ M+  
Sbjct:    1 MLGESRGEEVVHDLSNGIIISNQSLVLQKVTRKQAGSYTCEASN--VEGDQV--SKPVVVTIMYKPICLQDQKTIYGVSEGETAHISCRVDAYPEADVFSWSFNTSSGGMDLPRDSYTNQGSASLLSYVPKSQMDYGTVLCRAGNLVGRQVVPCVFHVIPAGPPDPPKNCTITNQTQDSLQVDCHEGFSSGLKQEFHMEVFTLPEHQ---LLVNITARSPKLLARGLPSDSTLFLRIYASTAKGRSRSVTFEGYTLRMADKQTVVHGSSQAELETRSKDDQWPL-MTVILLGVALTLLIIIFMIGF 298          
BLAST of EMLSAG00000005255 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: 126.716 bits (317), Expect = 1.464e-30
Identity = 78/248 (31.45%), Postives = 116/248 (46.77%), Query Frame = 0
Query:  263 LVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPDVDFRWTFN------NSAEAKQVEERFINSSGF-----RSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAVYKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMGVPTTXRVYTLKLPEK 496
            LVLQ V +   G Y+CV  N     +   +S   +L+VKF   C+  +  VYG  +  TA +AC V+ANP    F W F        S   K+ E   ++ S +      SVL + P    +YG   CW+ NSVG Q  PC F ++    P+ ++NC ++N + +   + CS GF+GG    + + VY    ++    V N + P P F++  L+ G  +   L   N  G        V TL L EK
Sbjct:   37 LVLQTVGRHNAGLYTCVASN----QEGDGESNAQYLNVKFSPQCREDQRLVYGATRTSTALVACFVDANPNPESFTWQFQPTRKVAGSIGRKKAEMVDVSRSDYTIEHDHSVLSYIPASDTDYGVAFCWAENSVGIQREPCRFKLVKESAPDPLRNCIVMNVTWEDMSIKCSQGFDGGHEAEYHVEVY----EERNIFVYNYTRPQPKFSLNNLKAGHAYAFLLYASNSLGRSQTRKMNVSTLNLAEK 276          
BLAST of EMLSAG00000005255 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: 120.168 bits (300), Expect = 2.766e-30
Identity = 72/222 (32.43%), Postives = 117/222 (52.70%), Query Frame = 0
Query:   18 PPPNLIWYRDEVRLLASAWESYDSISDTPITNNNLTIISLERSDVHTKLLCQSWNYPGTL-YGSSVELDLTYQAQSVAIL--HKNNILKAGSQHQFTCESHGSRPPAVLSWWLDNEQFETKAHSVQITESTSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHN 236
            PPP+L W+R+   +     +SY+ I+    T N L +  ++R D++    CQ+ N   ++   +S+ LD+++    V+IL  HK   L A  + +  C+  GSRPP +  W++ N + +T    + I+     + + S L Y P  +D  K L CRA N        ED + +NV+Y P   +  G SL   +I++G DVYF+C +K+NPP     +TW HN
Sbjct:   40 PPPHLTWWREHALID----DSYEVINGQ--TTNTLQLHGVQRGDLNQVFTCQAINNNQSIPVSTSLRLDISFPPLVVSILGDHKRP-LSADREEKMQCQCQGSRPPPIFRWFVGNRELDTSDKMMTISLEPETDISTSLLRYIPKADDNGKYLACRAINEYFPGQSKEDGYIINVRYVPSAVLSFGPSLNPKNIKEGDDVYFECHVKSNPPSYN--ITWRHN 252          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000005255 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.158e-7533.54symbol:CG12484 species:7227 "Drosophila melanogast... [more]
-2.574e-6933.94symbol:CG42313 species:7227 "Drosophila melanogast... [more]
-2.544e-4928.57symbol:side "sidestep" species:7227 "Drosophila me... [more]
-4.625e-1425.00symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-4.833e-1425.00symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-4.833e-1425.00symbol:Nphs1 "nephrosis 1, congenital, Finnish typ... [more]
-8.715e-1423.93symbol:Nphs1 "nephrosis 1, nephrin" species:10090 ... [more]
-3.787e-1324.65symbol:hbs "hibris" species:7227 "Drosophila melan... [more]
-3.041e-1221.41symbol:sns "sticks and stones" species:7227 "Droso... [more]
-1.328e-1126.32symbol:kirrel3l "kin of IRRE like 3 like" species:... [more]

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BLAST of EMLSAG00000005255 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592897239|gb|GAXK01061136.1|1.344e-11535.81TSA: Calanus finmarchicus comp782397_c0_seq1 trans... [more]
gi|592867955|gb|GAXK01089607.1|9.308e-8536.59TSA: Calanus finmarchicus comp421018_c1_seq1 trans... [more]
gi|592867956|gb|GAXK01089606.1|6.587e-8436.59TSA: Calanus finmarchicus comp421018_c0_seq1 trans... [more]
gi|592838823|gb|GAXK01118721.1|9.072e-8034.21TSA: Calanus finmarchicus comp1091110_c0_seq1 tran... [more]
gi|592772121|gb|GAXK01182447.1|7.521e-7833.59TSA: Calanus finmarchicus comp346567_c0_seq1 trans... [more]
gi|592761831|gb|GAXK01192582.1|2.616e-7633.33TSA: Calanus finmarchicus comp472909_c0_seq1 trans... [more]
gi|592750761|gb|GAXK01203652.1|1.025e-6937.10TSA: Calanus finmarchicus comp1399060_c0_seq1 tran... [more]
gi|592769134|gb|GAXK01185434.1|1.068e-6931.09TSA: Calanus finmarchicus comp321731_c0_seq1 trans... [more]
gi|592883917|gb|GAXK01074458.1|4.738e-6932.35TSA: Calanus finmarchicus comp501596_c0_seq2 trans... [more]
gi|592900557|gb|GAXK01057818.1|1.878e-6831.21TSA: Calanus finmarchicus comp517891_c1_seq2 trans... [more]

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BLAST of EMLSAG00000005255 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 22
Match NameE-valueIdentityDescription
EMLSAP000000052550.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s280:11342... [more]
EMLSAP000000115524.453e-8533.58pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693... [more]
EMLSAP000000041302.244e-7933.21pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205... [more]
EMLSAP000000066458.813e-7532.52pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:... [more]
EMLSAP000000074855.755e-7030.43pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:3... [more]
EMLSAP000000068053.398e-6031.31pep:novel supercontig:LSalAtl2s:LSalAtl2s381:99810... [more]
EMLSAP000000107331.190e-5431.51pep:novel supercontig:LSalAtl2s:LSalAtl2s711:14773... [more]
EMLSAP000000058211.502e-4936.80pep:novel supercontig:LSalAtl2s:LSalAtl2s314:10819... [more]
EMLSAP000000024201.652e-4928.96pep:novel supercontig:LSalAtl2s:LSalAtl2s145:66023... [more]
EMLSAP000000065811.088e-4529.22pep:novel supercontig:LSalAtl2s:LSalAtl2s361:13268... [more]

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BLAST of EMLSAG00000005255 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 12
Match NameE-valueIdentityDescription
gi|325511344|sp|Q9R044.2|NPHN_RAT3.791e-1425.00RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|325511343|sp|Q9QZS7.2|NPHN_MOUSE6.835e-1423.93RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|20177993|sp|O60500.1|NPHN_HUMAN2.276e-1123.87RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|54036152|sp|Q96J84.2|KIRR1_HUMAN2.420e-1027.23RecName: Full=Kin of IRRE-like protein 1; AltName:... [more]
gi|54036138|sp|Q80W68.1|KIRR1_MOUSE2.475e-1027.18RecName: Full=Kin of IRRE-like protein 1; AltName:... [more]
gi|597439575|sp|Q6X936.2|KIRR1_RAT2.912e-1027.18RecName: Full=Kin of IRRE-like protein 1; AltName:... [more]
gi|55736065|sp|Q8IZU9.1|KIRR3_HUMAN4.250e-926.25RecName: Full=Kin of IRRE-like protein 3; AltName:... [more]
gi|55792838|sp|Q8BR86.1|KIRR3_MOUSE5.494e-926.88RecName: Full=Kin of IRRE-like protein 3; AltName:... [more]
gi|205830664|sp|O15394.2|NCAM2_HUMAN4.304e-821.58RecName: Full=Neural cell adhesion molecule 2; Sho... [more]
gi|158706515|sp|Q9P2J2.2|TUTLA_HUMAN5.276e-823.81RecName: Full=Protein turtle homolog A; AltName: F... [more]

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BLAST of EMLSAG00000005255 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|KYB26611.1|2.143e-12440.18Protein turtle homolog A-like Protein [Tribolium c... [more]
XP_394552.43.267e-11435.13PREDICTED: nephrin [Apis mellifera][more]
EEB13394.14.579e-11136.96sidestep protein, putative [Pediculus humanus corp... [more]
AGB95814.18.831e-10531.66uncharacterized protein Dmel_CG12950, isoform B [D... [more]
AAF54434.28.831e-10531.66uncharacterized protein Dmel_CG12950, isoform A [D... [more]
XP_006563754.17.770e-10436.60PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_006563753.12.829e-10336.60PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772320.12.861e-10336.60PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772325.13.703e-10336.60PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
XP_016772324.13.703e-10336.60PREDICTED: synaptogenesis protein syg-2-like isofo... [more]

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BLAST of EMLSAG00000005255 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1008444897|ref|XP_015837001.1|5.688e-12340.04PREDICTED: nephrin isoform X2 [Tribolium castaneum... [more]
gi|1061482175|gb|ODM99480.1|2.047e-12240.19Nephrin [Orchesella cincta][more]
gi|91086047|ref|XP_973605.1|1.048e-12140.18PREDICTED: hemicentin-1 isoform X1 [Tribolium cast... [more]
gi|1059410709|ref|XP_017778275.1|1.663e-12139.86PREDICTED: protein turtle [Nicrophorus vespilloide... [more]
gi|1069788894|ref|XP_018319740.1|5.513e-11735.06PREDICTED: hemicentin-2-like [Agrilus planipennis][more]
gi|970913233|ref|XP_015122917.1|7.323e-11738.99PREDICTED: neural cell adhesion molecule 2-like [D... [more]
gi|755941908|ref|XP_011298603.1|3.754e-11638.59PREDICTED: neural cell adhesion molecule 2-like [F... [more]
gi|1133433737|ref|XP_019872982.1|9.745e-11536.69PREDICTED: LOW QUALITY PROTEIN: nephrin-like [Aeth... [more]
gi|972198062|ref|XP_015181002.1|3.204e-11434.81PREDICTED: hemicentin-2-like [Polistes dominula][more]
gi|939242811|ref|XP_014240692.1|5.588e-11436.19PREDICTED: nephrin [Cimex lectularius][more]

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BLAST of EMLSAG00000005255 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 20
Match NameE-valueIdentityDescription
maker-scaffold310_size212938-snap-gene-0.140.000e+065.59protein:Tk03973 transcript:maker-scaffold310_size2... [more]
maker-scaffold93_size381549-snap-gene-2.257.786e-9035.84protein:Tk04402 transcript:maker-scaffold93_size38... [more]
maker-scaffold149_size310270-snap-gene-0.118.672e-8931.10protein:Tk01267 transcript:maker-scaffold149_size3... [more]
maker-scaffold44_size478958-snap-gene-1.111.587e-7934.68protein:Tk06921 transcript:maker-scaffold44_size47... [more]
maker-scaffold725_size106157-snap-gene-0.141.417e-7032.15protein:Tk12767 transcript:maker-scaffold725_size1... [more]
maker-scaffold95_size379157-snap-gene-1.102.265e-5729.89protein:Tk00595 transcript:maker-scaffold95_size37... [more]
snap_masked-scaffold204_size260821-processed-gene-1.108.822e-4628.04protein:Tk07812 transcript:snap_masked-scaffold204... [more]
snap_masked-scaffold624_size122968-processed-gene-0.54.071e-4431.05protein:Tk09510 transcript:snap_masked-scaffold624... [more]
maker-scaffold273_size229271-snap-gene-1.211.464e-3031.45protein:Tk00752 transcript:maker-scaffold273_size2... [more]
maker-scaffold273_size229271-snap-gene-1.222.766e-3032.43protein:Tk00751 transcript:maker-scaffold273_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s280supercontigLSalAtl2s280:113423..235837 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionaugustus_masked-LSalAtl2s280-processed-gene-3.0
Biotypeprotein_coding
EvidenceIEA
NoteNephrin
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000005255 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000005255EMLSAT00000005255-701102Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s280:113423..235837-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000005255-688021 ID=EMLSAG00000005255-688021|Name=EMLSAG00000005255|organism=Lepeophtheirus salmonis|type=gene|length=122415bp|location=Sequence derived from alignment at LSalAtl2s280:113423..235837- (Lepeophtheirus salmonis)
ATGAACTCCCTACTAAAATATTCTCTTTATTTCTTTTTCATATTAGGAAA GCCCCCACCGAATCTCATATGGTATCGTGACGAAGTCCGACTTCTTGCCT CTGCTTGGGAGAGCTACGATTCCATTTCTGATACTCCAATCACGAATAAT AATCTGACCATCATTAGTCTTGAACGCTCTGACGTACATACAAAACTTTT ATGTCAATCATGGAATTATCCTGGAACACTTTATGGAAGTAGTGTCGAGT TGGATCTCACTTGTAAGTTCTTATTTTGTAAAAAAACACATTGAATTAAA TTTTTTTGTTTCGTATCATTGTAGTTTTATTCAAGTTGCATAGATTGATA AAATTAAGTACATGCTTTTTTGTTTAATTATAATTTTTCGCTTGAAGAGA TTTTTACATTTGTTTATCACTATTTCGTGAATTTTCATCATTTTGCATGT CTTTCTTACAAAGTAGTAGAGCTGTAATATCGCAAAATTTCTGGTATTTT TAAAGAAAAGGCCAAAAATTAAAATGATATCCCTTAAACTGAGGAGGAAA GTAGCTAAATTGTCATTAAGTATCACAAGGGGGTTTTCTAGCTTTCATCA TTAGGAGCGGCTTACCTCCAAAAACTATCAACAGCGTCATATAGTTGCTT ATAAAAATAGGGTTATTTCATMCATATAKGCYMAARGTTTRGGRGGGGCY CAASSCCCCCCCCCCCTACCAAAAAAAANNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNCACGGATATCCCTTGCATATCACTAT ATAGCTGTATGCTATATTGGAGGACTTACAGAATGGTCACCCAAAACTTG TAGTAGTTTGATTTTTTTAAACGTGATTTCTGTGTAATCAAGAAGTTTAT CTATATTTTTTTTAAATAAGTCCTCCTTCAAAGACACGCCGGCTAACAGA TTAGCAGTTTATATCGATGAAAGTCGTGTCTATGGAATACAATGCTGTGA TACAGGCAGCTTGTAGGAAACCCAAATTTGGATGAAAGGWGTGGTAGATA TTCTTCTCCAAGACATCCCAAACTTCAATATCACGGGGGGTGGATGTCAG GGCTGGAGGAAGGACACATGGAGGCTGGCTAGAAGKCAGCCATTTTATTT CTGCAGAGGTTTTTGTTCTTCCTGATGCTATAAGAAGTCCGTAGTTTATT TAATTGCAAACAGTTTCTCCAGCTTTTTCGGCCCTGACACCGGAGGAGAA GGGAGKATCGGTTAMGCATCACCTTTTTGTTGCTGCTCCGACATTTTCAA ACTTATAGAAATGTAATAAAAGCGGAATTGCTTTATTTTAGGTTCAGCTT TGTTCTGTGGCATAATGAAACCTTGTGATTAAAAGTAACAAGGATAAAAT TGTATATGAATTCTAATGCAAGTTTTGGGTCTCTACTCTATACACTTTTT TTAACACTGTTACTTTATACTTTGATGTTCTCTATTCCATATATATAGAA TAATAAAGAACAGGAATTTAAAAAAAAAAAATTACAAAAAGTGGCTAATG ATGAACAATCATTGTATCTTTTTTTTTATTATTATTAAATGTATTTAGTA AAACAAATATATATATATTTATATTTTTTGATTTCATAAATAAATCGTCG ACTTATAACTTAATTAATATCACTTACTGAATTTTAGATCAAGCGCAATC TGTGGCCATTCTTCATAAGAATAACATACTCAAAGCAGGCTCACAACATC AGTTCACATGTGAATCCCATGGTTCAAGACCTCCAGCTGTTCTTTCATGG TGGCTTGACAACGAACAATTTGAAACCAAGGCGCATAGTGTACAAATTGT AAGTTTTGAAATAATAGCACAGTTTACATATATAAATTGCATCATTAAAC GTATTCATTAGCCCATTAATAAATGAAGATGTTTTCTTAGAAAATATTTT AAGCATATGTGTTAAATCATTGTCTTTAAAAAAAATATTATTTTGTAGTC ATATACTACAAGTAAAAAAACTATATTTATTTTAAACAAACTCAACATAA AGTTTTTTAACGATCATCACAAAAATTAACTTTCCATGACTTACAAATAT GAAATTCACATAATTAATGATGAAAATGACAAGGATTGTTTAATGTTTTA TTTTTTTAATGTTATTGCAAATTGAGATGNNNNNNNNNNNNNNNNNNNNT TCATGTTTGCCAGCCTTTCATTGTCACAATTATGATGTTTATTTAAAGAA ATTTATATATCTACTTTGTTAAAAGAAAATGCCTTATATTTATACAGGGT ACATATGCTAATATATATTTTTGTCTTCCAATGTAAATATACATTTCAAC TTCAAGAGATTCATTGCTAAAATTATGACACATAAATCATAAAACAAATG ATGTTATATAGGAGGGGGGTCTGAAAAGTATCCGACCTCAACATGAAGAT AGCACCTAAACTTCAAGTTTTTGCACCGACTGTCCAAACAGTGAACTGCA AATATTTTGGTAAATAATTATTTACAGAGAAAAACGCCTTGTACTATTTG GACAAGTTAGAGAGATGGAAGCATCGCATGGATTATTATAAGGAGGCTAT AAGGAAAAATGTTTATATTGTATCTTTCTTAGTTCGGAAACTTTTAGACC ACCCATGCTTTATTAATTAAAAAGTAATATGTCTGAATACAAATCATTTT CTTATAAAATTATTATCATTGGCAAATAACAACATCACTAAAGATTTTCT ATAAAGGCGATTTTATAAGGACAACAATATTAAAAAATAAATAAATAGGG ATCATATCTCCTTACCAATAAGGTTTAAATAAAGAAAGAAGGAATATTAC TCAGAATCAAAATATTCCATTAGAGGTCTGTAAATACTGTCACAATATGT TTTTCCCTTACTTTTTTCAAATGTTATAAAGAAATCATATCTCTCAGATA TACCTAAGGAGAAATCATCTCTTTTTGGAAAGCAATCATCTAATCTTGGC CTGTCTCGTTTATAATTTAATGTAGATGCCATTGTTGTAGTCTTGAAAAA TACATATATCTAAGATGGTACTTTATTTGATAGAAAAACAGTTCAATATA ATAAATGTTTCAGTTGTTGTATCATTTACTATTTCATTTCTCAATTATGG CTTTTATAATATACATTAGAATCATACGAAGGAATATTGAGCACAAATAC ATGTAAAAAACCGGTNTTAAGTGGGGAAGGGGATTTCACCTATAAGTTTT TTGACATTAAGCTACAACTTCGGTTTCACCAACATTGTCATTAWACGWWG TTARAGAGTGTAAACATCAAAGTGTAATTTTCATAGTTCCCACAAACTTT GTCTCTGTTTGTAATGTCACAGTCGTTTTCAACCTTGCTCGTGCTGGCCA GGATGTCCAGATTGGCTTTTAATTGTGTAAGGCGGCTCACTGAGATAATA CGTTCCGTTTTATTCAAATTTACCTCATTTCGACAAAACAAGGCACCCTA AAAAGCGGTTCCCAGATTCAGAAATATACACAATGACAGACGGCACAATT ATGACTATGTGCAACTTTCAATAACTATAATGAGTATGAATATAAAAAGA ATACAGAAGAAGTTTTACATATCGCATAGGATCATTAGAAGAATTATAAA AGATGATCTTGGTATTTCTAAATGTGCTACAAGAAGTTGGACAATCACTT TCACGCCGMTATCATCTGCCAAGAAGCCTGCAGATATATTTGACATCTCC AACCTGCTTATAGCATAAAGAAGTTCATTAAGCCCCTTAGAGCGAAAAAG AACGAAAGCTTATGCAGCAACATTATGACCGACTTTTTTTTGTCTCCTTG TTGCTCTCCTTCAGCCCTGACCTCAATCCCTTGGACCTTGCAGTATCAAG TGTCTTGGAGATTAATATCGGAAGTACTTCCTATCCAAATTTGATTTTGC TACAGGCTGMCATCATGATAGCGTAGTAAATAATTGATATAACCTTCATC GTTTAGAGATGTGAATCTGTTTGCCAGTTTGTAATGACTGTTAATATTAG TGAAGGAACACATAATAAATAGTAACTATGGCAAAAAAAAAAGTATTTAC AATTATCCCCAATTATCTCAGAGTTGTTTTTTTCCTTGATTCCATAAATA TCACGTTTTTTGAAGGTTATTCATGCTAATCCAAGTTTTAGTTTCCCACT ATGTAGCTACGGTCACCAGTAATGGGTAATTAATTAATCAAAATAAGTTT CAATTCTGAAGTGGACAAAATTAAATTCAAAATTTGACCCATTACAAAAT CTTTACTATATAACCTTAACGTTTATTAACAACTATTTGTAAAATATATA TATATATACTCAATATATCCATTTAAGAATCTATGGGAATCATTTTCAGG GTAATTTCTATTCGAGTAATATACTTTTCCAGAGTCTTATTCAACATCAT ATATATGTATATATTAAAGTATAGTCATAAATAAATATGNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATCATAAATTTTGTCTTGTA TTAAATGATAACATTTTGGACATTTCCTTTATTATAATATTTATACACAT AGTCTTAAAATGATTAATAGAAAAAAATACTCTGAAACAAAAAGGAATAG TCATTGGCAAAAAAAAATATATCAAATATGTACATGCAAAATATAATAAC ACAAATATTTGGACACTCAAAAATTTATGTACAGGGTAGTGCTATTTTTG GAACAAAGTTTGACTCCCTCTAGATCAATGGGTTTTAAATATAACGACCC ATTTTTGTAAAAAGAAGCTGGAAACAAGCCCACATCTTAATATATCTTAA ATGTATACTAATGCAGACACGATATCTTAAAGATAGCCAATGAAAAATTT AAAGGATTTTATTTATATTTAGTTTGTTAATGTAAAAATTCTAAACTAAA ACATTCTACTTTAAACAATAGGCAAATTTATATTTCAAAATCTCCTTGTA TGAAAGGATTTTTTTTTTATTTTCTTTCCATTTGATGTAAATATAATCAA ACTTGCATCCTCTTTTGACATTCTTGAAAATGCAACATATAATTGACTTT GTGAAAATACTAATTTTGGTAAATATGAAGTAATTTTTTCATTTGTTTGA CCTAGTTTGATTTATTGTCATTGACATTGCTAACTTGTCATATTCCTTTT TCAATCATAATGATGATTGAAGATACATACTAAAACTAACTACCTAATCC TTTTCTTTGTTCATTTAATTGATTTGTTTTTTTAAATTCGTATTTAATAT ACAGTGACCCTTTTTCCCTTAAGACAATCATTTGTTTTTTGAATTTTTCA TTTTTTTTGGTACATTTTCGAATCAACACCCAATATTTAAGAAAAAACTT TGAGACACAGGGAATTGATATAGTTTTATGAAAGAATTAAACTTATTTGA TAAAAAAAACCTGTTCTCCAGAGCCCAGGAATGTAATATGATCATAATTA AACATAGGATCAAGTACGTAACTAAAAATTATGTACCACTTTTATTATAT GTCTAAAATCTTTATGTGTCTCTATTTTTGAAATAAACGCATTTTTATCA TTATTTTTCTAAGCAGGACGTACATTACACAGACACACACACATAAACTA CTTTAATACTATGTAGGATACAGTCAATTTTTTGTATAAGAAACTGTAAT ATATTGCAATTATAAATTATAGATTATTTATTTTTGAAGTAAAATTACAT TCCGTAAATTTGTCATCAGACAAGAAAATCTCTGGGTCATTAAAAAGGTT ACTACAATCCTACCACGTAATTATTTATGCTTTTGAGTCAAATGCGGCCT CTCTCAAAACTCTTTGACCTCTGCCCTCTAGCCTTAACAATCATTCATAT GGTATTATTACTATTTTTGTCAAAAGTCTATCCACTAGATGATCAAATTG TCCCAAATGCTGCCGAACTTAACGTATTTAAGCCGGAAATTGCATAGTTT TGCAAACTTTTTTTTCTCGGCTTTATTCGTGATATTCATTTAATAACATT AAAATGACATCGGTAGACAAGTATAAAAAGAAAAAAACAGCTCCAAAGTT AGGATATGAAACATTCGGTACAAAAATATACTCTGAAATCTCAAAGAAAA TATCTTTCAAGACTTAATAAAACACGAATATAATGTTCTACAATAGATAC TACTCCATTAGTGTCAATTTTTCCTTGCATTCTCATTGTATATAACACAT ACTGGTTTTTTTTTAAATAACAGCGATCTTCTTACGGTATGTACTATTGA AAAAGGTTAAAAAATCATCCTTATCAAGTTTACACTCGAACGTATTCTCT AACAAAATTTGAACTCCCTTATATACGTCATTTAAAATCAAACAATACTA AAAGAAATGGTCTGTGGTTCCTAATGTTCCACATAAAAATCACTCCCCTC TCTTATTTCTATAAAATTTGACTCCCACTTAACAGTTTCCAGTAAGATTT TCTATATATTAACCATTTATCTGCAGACATTACCAAATAATTCCTAAAAA TATTGACTCATCCATAAATGTCCGTTTTGATTTTCCACTGCAATACTTGT AGAAGGAGCAACAGATGTGGCACCATCGAGATAAAACAAAACCCAATCGT TTTTAACTCCAGCTCAGACATTTTTTTTGAAAAACTTAGGGTGAATTATA TTTAGTTTCTTGCTGAAAAAAAAATATTAAGACGGGTATAAAAATTTGTA CTATGAATCTTTTTTCAGATTTGATTCAAAAACAATAATCGATCCCATGG CATTGGTGTTCCAGATCTATTTGGGGGTGATACCCACAGGCGAGGAACCA CTGCTATAGATAGTATGAACGCATTACCGCCGAGTTTTTCCATGCTGATT CAAGATTTTAAGTGATTATCAAAATCAATATCTAATTGTTTTCATTTTTA GTCCGTTGTCCAGATGAGAAAAAAAATTAATTATTTCGTGATGTTTTTCT TCTTTGAAATTTTGAATTCTTTGATCTCAAAATCTTCCAGAAATAATTTG TTCATGAGAGCTACTATTGGTGCTATCTGATATACTGTTGTTTAAGAATT CCCAATTGGTGTCCTTGGCCCAGATTAGGTAATTGGAATTAACATTGAAA TCTATTTCGGAAGATATTTTTTTTGTGAAGTGAAATGCTAACAATCGTTT TTACTTCGTAAATTAATAAAAATGAAATATTGATGTGTAAGAGTTAAAAT ATAATTAATAACAACAGATTTAAATAATCATACACAATCTCATACTTCTA TATTATTCCTTGAAAAAGTTCACCATTGAGAAAAAGGGAAAGATAGGCCA GATTATGCAAACTATTTTTATTCAAGACTGTATACACTCAAAAGATTTAC AAATGCTAAAACCATAATTTCCCTGTAAAATCAATTTTCCCAACTATGTG ACAGTTTATGCCTAGTGAGTTATGCCCATGAAAGTCATAGGGAAAATAAA TATGCAATGCCCATGAATAATAATAAAGTAATAATAAAAAAAACGTCATA ATGGATTTGCTAAGGATCTGGACGAGGTGAAAGTTTGTTATCATTATAGT AAACGACCCTTTATATTAGCGCAGTTTGTTTGATAACTTTTTCCAACTTT GAATTTGAACTTGGGAATTGAAGTTTGATATATATTTTTTGAAGCAAGGA GATCAACCCAAATTTAAATATTTTTCAGGTTCAATGTATGAAATAAATAT TTATTACTGAAACCTAATCGATTTATATATACTTAATTTCAAAACTTTTG ACGAAACCATTTTTGTTGATAATTTATAAAATATTCCATAAGAAAATTTA AAATAAGAGAGAGAAAAATAACATCAAAATCAATTTCTTTTTCTTTTGAA GTTGTAATATGTTTTAAGGTGTGTTCTCTAATTCTAATTATAATACAAAG AAATAGAGAAAAAAATGCAAAAAACCTTCGTTTTATTTGATTAAATAAAT CATAAATTTTGATTTTTCTACAATTTTGATGATCTGTAAATAGTGCAGAT CTGTTTTTTTTCTTACATTTTCAGCAACGAAAGTTCAAAATACAAGTTCC AAATTTCCTTACATTTAAATCTTTTCTTGTTCCATAGAATGGTTTCGGAT TTTAAAAACTTAGTAATACTATTTAGAATTTAAAATAAGGTCCATCAAAA ATATTTTCTGCAAAATCACAAATAATGAATTATTATAATCTTTGTTGACT TAAGAAATAATCTTACCTTTGTTTGAAACTTTAATCTCAATTAAAGTTTC AAACAAACAATGTGCGACCCAAAGATGACATCGTAAGTCAACTAAATTTT GCTTAAATTATTTTCTGAACACACAACGACAGTTTTTTTACACTGGTTAT AATCGAAATTTGGAGAAAATTGATCAGAGAAACTGCCCTAAACTATACTT TAATTTTTTCTTTACTTTCCAAGGCTTTCATATTTAACAAAGAATGTGCG TTTTCGACATTCTAATAGTTTTTTTTTAAGTATAAAATAATTTCTATGAC ACTTCTTACATTCTAATCACGTACAAAAGTACTGATAAATATATGTATAT ATGTACACAACTGCAAAAAATTATGATTCAAATTTTATTTTAAGAAATGG ATTTAGGATACAATATTCGTTCCAATGCAAATAATTATTAAATATTAGTG AGATGACACTCTTAAGATTGTTTAACAATATTTCCATTATGAACATATTA TTAGGTTCCTTTAGGCAAAGGTTTTTGAGACTCATTGCTTTTAAATTACA GAATGCAACTGATTATATAATGGTGTAGTTCCAAACTATTAAAGTTACTC ATTTTGTCATTTAAAAATATGATGAAAGTACATATGGATGAACATGTACC ATTTTATTAAAGGTATATTAACACTCGAGTGTTTTATTTTTAGAGTAAAC AATTTTTTTAAATTCCGTTCATACATTTTTACTTTAAAGCATTTGAAGAT ATGGGCAATTATTTTTAACAGGATATTAAACATTAAAATCTAACATTAGA ACTATACAAAATGTACTTCTTTGGTTTTTTATGTTTCTAAATTTTTTTCT ATGCTTTAAGGTCTGAGACGCTCTAAAATCATTATTTTAGAGATATTAAT TTGGTTTTGGGGGAAAAAAGTATAGATATAACACGAGATTCAATGTCAAG TCCTTGAACTAAAATATCATTATTTTTGAATAATACTTTTTATTACCCAA CTATTCAAATATCCCAGTACAATGAAGAGCAACATCTAGGTTCGCGTACA ACAGTAATAAAATTGTATACTCCTCTCGATGAATATTATTTTCTTTTATA ATTACACATTTTTGTGAGAAAAAAATAGTTATATTTTCAAAGGTTATTAT GTACACTAATCCCAATTTTTTTATTGATTAATTTTTCGAATACACGTTCG TAAATCAGACTAGTATACCTCTTATATTATTTTATATATCTTTTTTAGCT ATTTGTTTGTTATTATTAATTAACTAAATAGAGTTGGAAACAATAATTTT TGATTTACAATAGAAATACAAGATTGTTAATTTACAGTAATGTGTATCCT GTTAACTTTTTAGCTGGCCCATTTTTTTGGAATTGGTAATCTGAAGAATG AATTTTCTTTGCCTTCACATTGTCTTTATTATTTAATTTCTGTGTAGCGA TCATAAATAATTTTAGTCAGAATCTCATTAAATATTCGTAGGTACTCATA AAAGGTGGAGCGTAACCTTGATGATTTGTTTCGGAGTTAAAATTGTATAT CTTTTCTTCCTCTCCTCCATAAAATTCTTCCAATTTTCCGGGTTACTATG TTGATTTTCAGTTTCTTTTTTTAGGATGCTCATGGAAAAATTTTGATAGT TTTCAAATATCTGAATCATTGGTGTCTGGTACAGAGACCAATTGTTCAAT GAAACTAAGTGATAAATTATGAAAAATTGGTGTACATTTCCGAAACAGTT GAAAACTATAGCAACGGGGAATATTATAGTTTCAGGGTGTATTTATTTCG ATATATTTATTTTTGGTTAGTCTCATTAAAGCGAGGGGGGATTGTTAAAT AACGTACATGAATCTGTTAATAGATTGTCATAAACTTTTCATAAATGATA GTCTTTTATATTTTGATGGAATTTTTTTTAAATTAATTTTGACATAATTT TTCTGACATTAGATAAAAACCTAGCTTTAAACCCTTACGTTGTCAGTATC ATGTTCACATTTCAAAATATTATGTGGATATATTTTATTAATCAGAAAAA CGATATAATTGGTACTAATATTCAACTTATTAATAGTGAGATTGAAAAAT ATATACAAAGTGTCGACTAAAAATTGATGTAGCATTTAATTACGACTTTA TCCCTGTTATTTTGAAATTACAAGTATAAATTACAATCACACTGCCAAAC AACAGGTCCAAAAAAAAGTGTATAAATGTCGTAGTAACAACAAAAAAAGG CAACACTTCGTTTTCAGTACCGTAACCTTTTGTATCTCCATCTGGACTGC TTACAAAATCAAGAAGTCAATTACAGTCAAAAGGAACCAAAACTTCAGCA GGAACAAAACTTCCGACTTATGGTATGTCTCTATGTAGTCCGCCCACAGC CTTGACCTTAACCCTAGTCGATTTTGCAGTTTAGGGTGTCTTGGAGAAGA ATTTTTTGCCGCACCATGTGTCTAGTCTATTATTAATCGTGAAAAAATAA AATATTTTATAAAAAGTTTATTTAAATATAGCTTTTAAACATACCAGAAA TTGTTTTATCTTGATACCATACTAAAATCTTAATTTATTCATATTAATGC AGGTTTTGGATCCCCAAAATGTATATATACAAATATATGATATATAAAAT AAAAATACAAATATACAATATGCATATGAATATTCGTGGGTCTAAGTTTC TATATGTACATCTTTATAATTAAATATTATCTATTTGAAGAAAAAGTTAA CAATAAATTTGTTTACTTAGTTATTGTTTATTTAAAAAAAAGTTTGAACT AAAAATATTATCCCAATCTTTATATTCACTATGTATATATATATATATTA GAAAGCTATTTTTAATATTATTTAGGGAGATAGAAAAATCAAGAAAACTA TGGATATTTTGTTGTTCCTTCTTAATTTGAATTATACAAACTACAGACAA TTGTATTTTAAGTTAGATTCAATAACTAAAACAAAAAGTAATGTTATAAT TTTATCTTTATTTTTTGAGAATATAAAGCTTAAATTTAATTAAAACAATA TATATTTAATTATATTCATAAGGAACCCAATTATATATTTCTTAAAAAGT TAAAAACTCTCTTATTTTATAATATTTAATATATTTTACTTCCTTAGACT GAAAGTACGTCTGGAGAGTCCACCATCTCTACCCTAATGTACACTCCTCT TCCTGAAGACACAGTTAAAACTCTTCATTGTAGAGCTACGAATCCGGAGC TTTTGAATGGGGTTATTGAAGACACTTGGTCCTTGAATGTTCAGTGTGAG TAGATATTTATGTATGAATTAAGAAAGGTATATTAGGAATTGCTTAATAT ACTTATTTAAGTGTAATTTTTTGGATCTTATCTAAGTTTTGACATAATTT AAAAAATTATACGACATCAAACCAAAAAGAAGCCGCTTTTTTCCTATTCC AAATTTCATTTTCATGTAAAAAATTCATAAATTTTTAGAAGTTTTCAAAA TAGAATCCTCTAAATTGATTTTTTATTTCAATTTCTTTCAATAGTTGAAA ATTGTTAATCACACAATAAGAAATTTAATCTTTTAATATGCCAAAAACAA ACTAACAATGCAAAATACGGCATGAAAAATTTAAAGTTCTTTTTATCAGA GTTATGTAAGTTAAACTATGTACAAGTTGTAAATTTTGTACAAGCTATAA CATATATCACCAGATCGTACAAGTTTTAATTTTTTTATTTCATAACTATT GTTGTGTATCGGTCTTTATTTAGCCTAAAAACTGTTTGCCGCACCTCTCA TATAAATTTAGATTCTCTCGAAGCTACTATTATGACAATGTCGTAAGCCA TGAATACGACCTTCATCGTTCAATACTTCCAATCTCTTTGCCGGGCTTTT ATTGCTGATGAAAACGCACATATTGCATAAAATTTTTAGTGAACAACGGT GAAAGCGAATTTTAGGCCTGTTCCTGGGCTTAAATGTGCCAAAAAATAGG GACCAACACATCATTACACATCATACCAATTTTATATATTACAGTATTAA TCATACTAATTACCAATTAATAAATGATCCTTTAATCTCATTTTAATCTA CTAAAATTACTAATGTATTATGTATAAATTAGCTATACATATAGCAGTAG GTGTTTAATAATGTCGCACAAAATACTAACCAGTGTGTAATTTTTAATTA ACAAGCAAAAAGAATCATTAGTTAATTAATTAGTTAACAATCTATATAAT ATTTAATTTTTGTATTTGGCTCTCCACAAACGCTTTAAATTCGTCACATA AAGTTTTTCATTTTATTTTTTGGTAGCAACTTGTATAAATTACGGAAGTG TATAAAATATTTCTAAAAATCGGGATCATTTTTTTCTAGTTGGCAATTAG AACAGGATTTTTAATTTTTAAACCCTGCTATCATTATTATTCAATTTTTG AAAAGGGAACATCTAAGAATTAGGTAAAAAGCTAGTTCGTTTTTTCATGA AAGACGGAGAGTAAAAATAAGAGTTTGCTCGGCTGGTAGTTATAATTATA AGTCCTTGCCTATAGAGAGTACGAATTGTGTTGCTTGCCTTCCACCTAGA ACTGGTTGCTGCTGATCTAATAAAACATAATTAAAACTTAGCTACTCTCC TCTTAAACGTTATTCAAATGATCAATATTACCACGTTCATTTTCGGTTTC TTTTATTTTAACATACAGGTAGGACATGTTTTCTGCATCACTGGTAATTT TTATTTTTATTTAAAAATTATACATATTTTATTATACAATATTGATATTG GTCTACCAAAAATCAGCCTTTTTCACTCTAAAAAAATGTTTCATACTTTT ATAGGAAAAAGTTGCAAAAAAAAAGAAGATTTTTTTTTTCTATTGATAAT TCCTAGGAATAAACAATTGCTTATAATACTCACAAAATCTCTTTTTTTAA GAAAAGAAAACTCATTTTATATTTATATAGTATCCAACCAACAATTTCAC AAAAACAACAGGTAATGTTCATATGGTTTAAATGAGTATTCGTTAACACA TTATTATAAATACTCTATAATTACGGGCATCATTCGTGTCCTAAAATTGT GTTGGTTTTTAAGAGTAAATGGTAGAAAAAAGGCTCTAAGAATCTTTAAA AAAACCCTTGTTAAAAAGTGCATATGTTGCCGGTTGGCACAAAAGAAAGA TAGACAGATTTTTTTCAAAATTAAGTGTGTATTAGATTTGTATTCGTCGA CGAATAATCGTCAATTTCTAAAAAAAAATTTGCGTACTAACCCTTTGGAC CCGACGACAATAGTATTAAAAATAGATAAAGTTGATTTTCTCAATAATGA AATATGAAATTGACATATTTTGTTTAATGTACAATATTGGGGCTAATATG AGTCCCTTCAATCAAATTAAGTTACTAAGCTTTAGCTTAACTTCCTGGAT ATTTTAACTCATACAAGAAAATCGAATGCCCAATTTTGAGCTTCCAACTC CACATCAAGACCCTAACAAGAGTCGATTGAGGCTAKTTTGATCATTAAAA AWGACCAATATCTGTACAAAGTTTATTTATTGTAGCTTAACTAGCTTCCG AAATAAAACTCGTTAAAATTCCAGACTCCAAATGTTAAGTTTTCATTTAA GCATCCGGTATATGGATTTTTTTTTTCCTTTTTTGATTTTTATTCAAGAT CTCTTATATTTTGACACATCAATTATATGTTAAAAATGCTCATTTTGAGG TATTACTGTTAATACATACATGTGCAAATTATTTGCAGTTTTTCCCTTGA CCGGAGATAATTTATTATTCTCCTTTATTTCTATTCTATTTGTAATATTA ATATTTATCATTATGAATAATATTTTACTTATTATTGTTTTTGTTCAAAT GCATTTTTATGAAGGTTTTATCTCATTTTGTTGCATTTACATGTAGGTAG TAGACTTTGTCCATCTATGAATAATTTATTCATATAAACTTTCCCGGTTT TGTATTTTTTTACTTTCTTATTTTTGTGCCCCTATAATTTCGAAATAAAG TTAAATGAATAAAACACAAAATATGTCCTCAATTGAATCCATCAAACTTT TCTTCTTTTATACTTATATGTATTCACCATTTATTTTAAATAAATTAAAT TAATTAAAGTTTGTGAAACACAAATTATATGTATTAAAAAGAAAACTATT GGCTTAAAAAAATATAGGATTATACCAATTACAATGGACACAATAAACAC TTACTCAAAGGAAATAAATTGAAATTACTATTTAATGACGGTGAATGNNN NNNNNNNNNNNNNNNNCCTGGTATACAGTACTATTGATTTTAATCAGAAG TATCACCACTTGAATAAATATTGGCAATTCAGTGGACTTCATAACAAAGA TCTCTTCATCATTGTAACAAAGTTTTGTATTATATTTTCCCTCTGAAGCG ATGTAGAATCTGAAAAATTAAGAAATGAAGTCATGATGCTCAAAACAAAA AGGATTCCATACGGTGTAAAAATTAAACAAGAGGCCAAATAATTGGAGTA TGTAAAGACAAGTGCACTTGTCAAACCATGATGTTTGTTTCTAATAGAAT ATAAAGTCTGCACATTAACTTTAAAAGTTAAAACCCTTTATAAATTTGAA AACTTAAGAGACAAGATCTATTGACCACACTCTTCTCCAGATTTGATCTC TCTTGAGTTATCCTTTTAAGGAATAGTTAACAGGAAGGTTCTAGCATCAC CACAGATAATCTTTTGGCCCATATTAAGTTGTAATGGGACAAAATCCACA AGCAACCAACAAAGTGGTAACAAAACGTCTGGTCAAAGTCATCAATGCCC TAGGTGGCCTTTTTAAATAAGCCTTGTCCATTTTATCACATCAAAAAGTT GGTTTTTCTACGTTAGCAAAGTTTATTGAATCTTTTCCTCCCTCGAACGA ACAAAAAAAAACGATAATGAAGTTGAAAATTAAAGTTAAGAATTACAATC ATGATTTTTTATAATTACAGGACTTTTTACTGTATGAAGACCAAACAGGA GATCTGTACTGCCATGGATAAATTATGCCCCATCAAACCAAATAGTTATA ATACATGGAATAGAGCTTCTCTTCCTATTGCTTCGAATGTAACAATCAGT GCGCAGAAATGAATTTAATTTTTTTTGTAAGAAAATTCCTTTCTTCACTA GATCGGACCCCTTGGAGTTTCCCTTGAATTAGATAGTTGAGATAAAAGGT AATAAAGTTTCAATCACCAGCACATAGAATATCATGATCCATATACAATT ATTTTTGGACAAAATATTTAAAGAAACTGCGCAACTCACATGGAAAGTGG CGCCAAACCGTTTATTCACAGTCACAGAGCTCTTTGTTTGTTTTATTTAA CACACTTAAAGCATCAAAATTTACTGATAAATATGTCAATCAGCTCATTC ATATTTGACTCATTTTAAAATTACTATATGATTGTTTAGAAAAAAGATCT CCTGTACATCTTATTGTAAATATTGTAACATTTTAGATGCCCCTGGAATT TTATTTTTAAACATATAATAGTATTGACAATTTTAAGAATTCTAGGCAAT TGTCAAGAAAATCCGATTTATGGGATCCGAGATGTTTATCAAAAAGTAAT AAAGATATAATATTATTCTAAAATACTATAATCTTTTCTTCATCAAATAA TTAAAGATACATAGATTTTGAAAACTATTATTTATAACTTCTTGTATTTT TAAAACACTGAGCAAAAAACTTAAAAAAATGTTCTTAAAATTAAATGCCG AACACATAAAACATGTACAAATAAGATTCTACTAATTGCTAAATATCAAT GGCATATAGCTGTATAAACACATTCCTTTGCCTTCTAGTTGGATATGGTT AGCTATATTGAAACAAAATATTTGCATTGAAACCTCTTAACTTTAACTAT TTCCATATGAATACTGGGATGTTACACTGTGGAACACAGATTTGGTTTGA TACCCAATATTCCACAGTTCGATATTGCTTGTAATAAAATAGTAATCTAG CTATAGAAATTACACTTTATGATTTTGGTTATTTACGATTTTCAAAATAA TTTTTAGTTATTTCGTACCTAGTAATATTTACACTATTTCTGTTAGAAAA TAAAAGTACATACATCTTATTTTAATAATTATAGAAGAGAAATACGAAAT AAGAATATATATCATTAAGTCAGACTTAATCAATTAAAAGTATGTACCAT TTTTAGAAAACAATAATTCGTTCTGCAGCAGTTTCAATTTGTATAAAGTA ATTATATTCAAATTCTATTACATATTATTGGTATGCACTAGATAATATCC AAAGCATTTTCGATTTCCTTAATGACATTTTTATAGGGTTGTATTACATA GCTTTATGGGCTATGCTGCTGTTCAAATATGCTAGAAATAATAAAACGTG TTCCCATTATTGTAATAGAATACTTGTTTTTAGTGTTATATTCGATTATT ATTCGAACTCGAAAAAAAAAAACTTTACTCAATTCTATAAATTGTTAAAA ATTAGTCAAATTGTRTAGCCATATTATTTCAAAGACTTGAATAAACTCAT ATAAATAAAACTTGAAATATTTGATTATATAAAGAATGGGGGCCCAAAAC TTCCAGTTGGATTTAATTGGGATTATATTCCCGTTATTTTTAATTACTAG GTTTCAATACGCAGCAAAACGACAGGTGAAACAAAAAATAAACAAGTTTT GTCTTTTTTGCATGTCTGTAAATCTAAAAATGTGGTAAGAACAACAAACC AGGTATCGCATGTGCAATCTCTTACTTACCGGTATAAGTATTGAGAAGGC AGTATAGATCATTTTCAGCAGCATCCAGACTGCCTATATCATCCAGAAGT CCATTAAAGTCCCATACAGCCAAGAAGAACCCAAACTTCTTCAGCAACAA TATGACTGACTCCTTGTCTGTCTCAGTGTGGCCCCACCAGCCCTGACCCC AACCCCTTGGACTTATAATTTAGAATGTCTTAAAGAATAGTGTCTGTCAT ACCTAAACTCTAAGTTTAGGTTCGAACTAAGATGCCATCATGGCAGCGTG GMACGTGTCCTTCATCTTCAAAAGCTCCCAATCTGTTCAAAGACGTGTCA AGGCTGTTATTGTTTGTGAATGAGGAAATATTGAACATAAAATGTAGCTA AACTTAGTTTTTAAACATACACAAATTTGTTTTGAGTTGTTTTTTCTTGA TTTCATAAAAATAACATTTTTATTAATTTAATTATGTTTCTTCAAGTTTA GGCTCACCCCTCAGTATTAATCTCATTGCAAAATTGAAATGTTATAAAAA AGAAAAATGTTTTCAAATGTTATGCAGCTGAGATGTTGATAACCTTCCAT AGCAACATAAATCAACTTAATTTTTGCTTTGTTGTAATTTTTCATATTTT CAAGGGGAAAAAATATTAACATTACCTACATTTTTTAATAAGTGACTGAC TGTCTTAAAGTTAAAGCAGTCAAAACGGCTTTATTGATGATCTTAAACAT AATCAATTCAATAAATTATATATTTCATGCCCTGATGGTTGCTTTTTGGA TAGTCCATTAAATTTTATTGACAAATATTGCCACTATTCTCATGACTACC TTTTACATTCTCTCTAAACTTTGAATGTCAAAAGGGAAAGGAAAAATTTG AAAAAAATATATGGTAGCTAATATTCTCTATTTCCTTGTTAGAAACTTAA ATGAAATGGTATAAATTCTAATCAAAGGCCCTTGCTTGATATACATAAAT ATAAAAATTCTATGTAAAATATCTTATGTCATATTTTTTGAGTTCCTTTA AATAATTCAAAAGTCAAATTAATGAAAACAACTGAAAGAAAAATACACTC TAGAATGTTTATTTCAAAAAGCGAGTCGTGTGTAAAGATTGACAAATAAG TTAACAAAAATTTGCTATTAATATAGCTATAAATATTGCTTTTTTGATCT TTTCCCCAATTAAATGGACGATAGAAGCGATATTAAAGCTAAATGCTTAA GAAATAAATTCATAATAATAGTACTCCATATCTTGTTAAAATTGAGCAGG AGGTTTATTTGTGAAGACAAGTGTATTACGATAGATTCGTAAAGGCCTTT CAAACTAAGACGTAGACTTAGCATACATGGAATTTTTGCTGGAAAAATAA ACGACTGCTCATTTTTGTTTGGATAGAACTATCTGTCTTAGAAAATTGAC TTAAACAGAGTTAAAGGCGTACTTCATACTAAAAAAATACAATTCGAAAA TTTTGAACTAAATCCAACACTACATGCTATAAATACAAGCATGTAAAAGA AACGTGTTCTTCATCAATTATAGAAATCATTAGCTGGGCATGACTTGCAG AATGTACTACATCACTCATAATAATTATTATATATGATTATTATTATGCA TACATTTATATTTTAAAAATGACTTTTTAAGCTCATTATAAATCATCACA TGAAAAGACTTGATGAAAATAATAATTTTATAATCTTTCCAATTTGTGGG AAAGTGTTAATTATCTTCTTTCATAATAAAAAAAATATGAACATGTTTTA ATATAAGATTAATTAATGTAGTAATTTATTAATGAAATTAAGTTTTGGCA CATTCAAGCTGAGTAAAATCGTTTTTTTGACAGAGAATGTTCTTCACGCA GAGGTAGTAATCAGAATTATTAAGAAAATGATTGGGTTTTTCTAAGTATG ATTATTTATTTTCAAATATGTACAATGTGCATTCATTTAATTCAAATGCT TTCTCCTGGACTTCACATACAATACATTTACTATAAGATGTGTTCATACA ATGCTCATAAAACTTCAGGTATTTAGTCTTTATGCGTGTAAAGGAGTTAA AGTAGGATATTTAAACTGTCGCGTAGTTAAATGATTTAAATCTGAAAGAG AGGATTGACGAATTTGAATAATAAACTCTACAGTTTTAATTATGTGAAAG TATTGAACGTCATAGCTCAAAAGACAACGCGTTTCCGATAAATTATCTTC TTGAGCTCGATGTGAGTGGGTTTGCCTCTCGATTTTTTTCTCGAGAAGGA AAATTAATTAATAAACCTACATATATGGACAGTTGGAGTAATTGTAATAC TATAATGCTTACTTATAATTAATTGGTACAAATCAATTTGATCTATTAAA GGAACATTTAAAATAAGTATGCCCAGGAAAATATACCAAACTTATTCAAA AAGACAACCCGGAGTATTGATGATTTTGGCAAAAAATTTGTTATCATTTT ACATACGGCTCAGGCAATTTTCTTCGCACAGTTTGTCACATGATAACCTA ATATGATGCATGTGATTGTCCTTGATGATTCTGAAATCGTCTTGTTAACT ATTCCTTGCACGAAAAAATGGAGGGATCAGATATGGTGAAGAAAGTTTCC GGATGTTCTGGTCCAAAAGTGTTTTTATATATACTTTTAAAGCAAAATGA ACAGGTGCCCTGTACTATTAAAAGCTAACATATTGGTTTGACAAGACTTA ACGTACCCTTGGCAGTATACTTACCTTCACATACTCCAAATATACCTCAT GATTTTTATAACATACGGGATCTTATATTTGTAGAGCATCATGACTCCAT TTATTAACCTTTCCGATTCGATATCGCTTCTCTCGTTCAATTGTTGGAGG AAAAGATTGAACAATATTTGTTTACATTGAAATAACGCATCTTTCTTATA ATCTCAAATAAAGCGTCAGTTTATATACTAGTAGTGATATTGGAAAAATA AGTATGATGGATAAAATATGACGTGTCAGTATGTAAAAATAAAATAAACT AAAAAGGAACTTGGTATCACTGACAATTTGAAGAATTTTTGAGAGGAGAA CAGCTTGTCTATCATGATATTATTTAATATCAGTTGAAGCAGCACTGAGA GGATTGGAATAAACAAAAGCAATGGTACCAGAAGGAATTACTCCTATATC GATTCTAAATTCTACTCTGAGTCCTCACCTATAKCRCCCCGCCAAGAAAA CCTTTATTGTTACTCTCCGATTTTCATAAGCACGAGGACTAGTTTTTACC TGATACTTATATGTTTACTCCTTTTCAAGAAATAAATAATAATGATAGCA GCTTTGAAGGAGAAAAAATATATACTGATTGCCAACTAGAAATTGCACCT CCCAAAATATCTTATACAACTCTTGCTCAAAGTGACACATTATATTTGCT TCCTCCATCACATATGAGCATCAAAATAGAGGAAGAATATAATAATTAAT CCCTATTCCATTGTAGGTTGTATATCGCTCACATAATAACAGATGACGCA TAATTGTGCCTCTTATTATATGTTATTCGAATCCTTACTCCTAGTTACTC TTTTTTGGTTTGCTAAAGAAGTTGTATTGTAACAAAGAATTTGTATTTAG AAATTATGTCATGTTTTTATCTTTGTATTTAAAATATCTTTCTATTTTTC AGATCCTCCCATTGTCAAAATCAAATTGGGTGCTTCACTCATTGCAGATG ACATTCGTCAGGGTGTGGACGTTTATTTTAAATGTATCATTAAGGCTAAT CCTCCTCCAAAGACGAAAATAGTAACATGGCTTCACAATGTAAGTTTTTT GTTTTCTCTGTTTGCCCCTTATAAAACACTGTCCCCCGTTTAGTTACTGT TGAACTTATAATAAACTTTAAACAAATGTTCATCGCTTCATAGTCATGGA AAAGCTCACATTATTTTATCTTAATTTTTGATAATTGTATTTCTCGTTAA GTAAATACAAATGTTTAAATTGACGAAATTATATCCTTTGCAACAAAAGT ATGTTATACCAAACAAGCGTTGCCACAATATCAATTGTATTATTATTTCT AAAATGTCAGAAGCACATTTTGAATAAAAATATAAAACATAAAAGGGTAA TTGATGGGCGTGTATAAAACCTGTCCTAGATACCAGGAGTGGCTTCTTTC TGGTTTGTAATCTAAGTAAATAGGGCTTTTATTTTCTGAAACTGTGGTCA TTATTATTTAATGCTTACAGACAGAACATCTTATTAATAAGTAATAACTA ATGCGTTTCCTCATGAAAAACGAAGAGTAACAATATGTTTTTTGAATGCG AGTAATCAGTAGTGATGTAAATTTTGTGTATTTTTGTAGCTGGTTTTTTT CTTAATTTTTAAAACTCGTAATATGATCGAAAAATGACCTTTCTTTTACT TAACTGTTGTCATGACTATTTAAATCATGAGTAGTGAACTTCTTCTTCTC CCACAATATGGAACATTTGTTTGTGCTATAAAAGACGGAAATTAATCTAC GGTGTATGTTGCAGAGTTATAATTGGAAACACTTGTTGGACTGGGAGTAG AATGGAAGATTAAACTTGGAGTAACTTTTCCAAATATGAATGTTTATTTT TTTCTACCAACTCTTACCTTGTCACAGCTGATTGTAGCTGATCTAATTAA AAGTCATGCCAGCTAAGCTGCTCTCCTTCAAAACATTCTTCAAATTATCA GAGTTACCATGTTAAATTTCGATTAACAAAATGCACAAGATTTCCCATCC TGTAACAGCTGCTTGCAGCTGATATAATAAAACGTCATAATAGCTAAACT GATCTTCTTCCAAACATTCTTCAAATTGCAGTAGTGGGAGATGGGACACT GGTTCAGGAATTTGTTNAATTTGTTGACTTTTTTGAAGAGAGAAAATTTT ATTTATTGTTTTCAATAAAAGACAATAAATTTTTTTGTTTATTGAGGGGC ATGTTCATATTTTGAGGAGTTTTAGTCAACGCAGTTCAATCTTGGTATTA AGTATTGACACGACAATTAAAAATATCAATTGTAAATACGCCAGTGTTTC TGTACCACAATAGTAACAAAGTACTTAGCAACATTAGATTATACATATTT TGTGAAGAATGTCTCTCTATATTGTTTTTATTGCCGCGTGTAGAAATGTA TGAAAGACAAATTGACAGTTTCTTAATTCCCTCCTTTTTTAACATTTGTA TATCATCTGAGGAAATACTGTTCCTCAAAATTAATCCTTTTTTTAAATAT ATAATTATGGTTTTTAATAAAACAAGAATACTCTATAAATGGACTGCGCA ATAGTTTTTTTTACCTACTAAAAGCTATTTTTAACATACTTTTAGTAGAA TAATTATGATATGAAGTACATAATTTGATTAAACAAATGCCTATTAGAAT ATACGCATATTTATCCATTTATTATTTAATATCAGAAATATTATTGAATT AATAATTGATTGGCGAAAAACTAATTTTATATTTTTGGCGATATTTAAAT AGTTTCTATGAGGCTTTATGATAATATAATTTAAGCCCAAAATGCCTTGT TTGATAACAGCTTTCCAAAGATAATCCAACTTCATCATGACTTCTTGTAG AAGCCCTTGAACCTATTGAAAAAGAAATCCGACAACTAATTTTCCCAGGT ATCTATTAAGGCCAAATTTGTGCCCCCAAGCGCATTGTACATAGGCAGGA ACAGATGTTAGTCACTTTGTACTAGATCTGAACTGTAGGAGGGATGCATA AAAACTTCCCATTGTCGTTCCCAGGGATCAAGGCGCAAAATCTGTTCCCC AATTCTGGTCACTTGTATTGATCATCAGCTTCAAACTGTCGTATTGTTCG CAGTCAAGGGCAGAATTGACCGTAAAAAATTACTCTGACCACTCTTATGC AACATTAACCGAAAAATGATTAGCCCTGTAAATATTGCAATTTTTCTTGG TCGCTTTCAGGTATGAAAAATGTAAAATGCATTTCATGATTGAGACCTCC ATACTCGATGCAACATAATTCACGACTGAAACAACATAGCTCAATAGTGT CCAAAACGAGTTTCTAGCATATAACTACAACTTTTCAACACTTTATTTTA TGATCCGATGTGACCAATAATCAAAAAAGATATACTTTGTTTAAAAAAGG GCGGGAAATACGAAGTTACTATTTCCCCACCCAAATATATTTACTTTAAT TTATAAAAACATTCCCTAAATGTTTATTCAATTCAATTCTCTATTTCGTT TCAAAACTATCATTGCGTAATAGATAATAGCAAGATTTTTTTTTATCTAA TAGGTAAATAAAGAGAAAAAAGAGTGCAAACTCTTGGTAAATTGTGCAGA AAACCCCCAAAATATTAAATGTATGTTATTACATGATAAACATTTGAACG ATTATAATAATTACATCATTTAAATTTTGTAAAATTTTTGTTACTATTCA TATATTTTGCAATCGTAAATATTAATTAAAATGCTTAAAATTACTTGTAT GAAGATAGGGCATCAAGAATAAAATGCATCCTTACTTTAAAACAATAGCG ATAGTATGACTTTAATTTTCAACAAGATAAAATTTGTTTTTCTTACGTTA TAAACATTACATTTTTATCTTTAATAAAAAATTTCAATTAAATATAAATT ATTTTATGCTTTATATGGGAATCAGATTACTGTCCATCCGTTTTTCTACA CCTACGTATATTATATAAAATTTTAGCTACAATAGTACATTTTTGTAGCT ATCATGGTTACATGCCTGAGTTGTCCCATGGAAAAAGAAAGGATCCAAGC ATGCAATAAGACACACAAACGAACGACTTTTATTCAAAACAGCTAATTAA ATTTATTAAACTTCGAGTAAAAATTGCTAAATATACGAATACATCTTAAA AAAGCCATTATCAATATGAATAAAGAATTGCATTAGTCTTATTTTATGTT TCAGGAGCATACTGAAAAGTGTGGGTAATAAAAAATGCAGATTCAGAGGG AAAATAATATTTATAAAAACATCGAGGTGCACCATATCCCAGTTCATTAA CGGAGAGCTAACGAAAAATATAATATTTTAATAATAAAAATACATATATT ACTTAAAATATCTTTCTAAATACTTCAGCCATCCCATTTAGGTTAACGTT AACATATTATTCAATAAAAATAAACTTTACCTTACAATTCAATACGAACT AATATGACTTTGAACAGTCAAAATAGCACACGAAGCTTGTTAATGTTAAT AATCATTTATTTGCAAAAAAGTAAAAAGTTATTTATAAAAGAAAAAGTTA TATGTCTTGAGTTTGTCTTCTTCTTTTTCAAATTTTAAAGGGCGAGATTA AATAAAACTTTTATTCTATCAAAGATTAGAATTTTCTTTCAACAGTTTTT TTTTACTTTCTTTCCGTTTTTATCACAAATGTTGGCCCTTATGTAAGAAA TGTCTGTGGTAAAGTAAAAAAAAAGTTAAAATTAAAATTGGATAAATAGT TGAGCATATTTTAGAAGTGGAAATAAAAAGAGAATGGGGAAAATGTATTT AATTAACAAATATGTATTTAAATTCAATTTGAATACTTTTTAACAAATTT TTATTTAATCTTCTTTTTTTATTTCAATGTGGTTCTCCTAAGAATCATAT ATACACTTTTTGAGAGCCGTATTTATAGTATATATACATTTTACAGAAGT TTTTTTTCTAAATCATGGGCGTTTAACCTACTGCAAAATATTTGAATTAG AAAGCTCCAACAACGGATAAAAATATATATTTCAACAATCATATTAATGC TTAACACAAGCATAATACCTATTCAAAGTATTTTGTGCTGTTGGAAGTAT ACTTATTGATATCCACCTAATGGAATTAGGAAAATTTCCTGAGCGAAAAT TGGCTGAAGGAGGAAAATTGTCCAATGAGAAAAATTTTCAGATGGARAAG CCATAAAATTCTCAATTTTTTTAACTAAAGAATCTTTTCGAAAAATCAAA TATTGGGCAATTTCAAATATTTTATTCACAGTTGTTTTTTTTTATAGTTT ATTTTTTCTTTTCAATCGAATGTTATTCAAAAGGCAAAAAAATAATTCAA TTAAAAGCTCAATATTATAAATTTAAATTTAGCCTTTTAATTATAAAAGT TCAAAGCTAATACATATTCAAAAATGTAAATTGTGTTAAAAACAAGACTT CGCTAATTTCCGGCACTTTCAAAGTTTCATAGCTTTAGTTATAAATAATT TCTTATGCTCAATGTTAACTTCAAATTAGCTTTATAGGGATAATTTCCGT TTCGGTCATTTTTATTTGGTAATTTTCCTTTCGGAGCAATTTAGTCATTT TAGCTTCAGTCAATTTTCATTCAGGTAATATTTCGTCTACTTTCGTTAAT ACACAGAGCAAAAAAACAGAAAAATAGCGTTTTGGATACTAATTCTATTA TGTATTGATGCTGATGTTTGCTTCATTGATAAATAAGGACAACTATACAT GCAAATTCAAAAGACTTGACCTGATGACTCTATAGAATAAACTTACTATA ACAGATCAAATTACGCTCTAAATAATTTTAAAAATATATACATATATTAA CCTATAATCTCCACCCTGGATTCCCAACAACCTATTTGTTTATCAGGTCA ACTAAAAAGTTCAAAAGTTAATATAGTAAAACAGATTAATTTGTCAAAAT TCGATATATATATACAATGTTGTTACCTTCGAAGGTGATCCAACGATTAT AGCCCTGATACAATTTTCCGAAAATATTTTTTTGTACAATTTCTCTTAAG TCAAAAAATAGGATTCAGTTTGAGCGATTACATTTGATTTATTTCAACAA ATGCTACAATTGATCTGCAAAAGCTCTGTGAAGTATCATCGACATAAATG AGCTCTCTATCTCCATTTTAAATTTCGATTTATGCCTACTAAATGTTTGC TAGGTATAATTTATCATAATTGTTAAGATTTATTTTTAAGAAAATTTGTG TTAAGAAAATATCTTTTAAAAATAGACATACGGCTGTTAGAAAACTATAT TCGTAATCTAAAGGTGAGACACAGTAGAAAAGTTTTTGCTTGCTAAAAAG TTAAAAATAATAAATTGTAAAGAAAAGAGCTCTAGGGAGTGTTTGAAGAT GGGTCCTTAAAAACTATGGTTTAATTAAAAGGTTATTAGAACTTCATTGT AAAAAAAAGTTGCAATGGCATTGTTTAAAGATAGACCCTTAAAAACTTTT TTTGACAAAATTCATTGAACATATGCATTTATGCTTTTTAAACAATATGT TTGTCGTCTGTGGAACGGACAAAGACAAAATATCCTTGCTTTCTTAAAGG TTATTTTAAAATAAATTTTAATATTAACATAACTTAATTTGTCAAACAAG GGAAGAAAAGTTGACTAAAAAAACTTATGTGTAAAGTGTATCATTTTTTC CCCTTTTTAATAAGGAAATAAAAAGAAATGCAACAACTTTTAAAAAACAC GAAACAAAACAGAAAAATATTTGCGGTGAAGCCCATAACTACCTTCATGC ATGTACATATTCCTTTTAATTAAAGAAAGGAAACTGTTGAAATACATATT ACACAGGATAAACGCTCTATAATACCTAAATGTGTCTTTGTTGTAATTCT TACCACTAGGGTTGTAAATTCTTAGTATTTTATAGCGTGCAAGTGTTTAT GTTGTTGTAAACATGAGCATTTTTTTATTTAGTTGGTATCATTATTTCTT AAATAATGAGTAGATAATATATATAGATGAAGTGCAACCACAAGTTGGTG AGGTCATGAGTAGAAACGCAAATTGAGTGCGTAATTAAACCTGATTTTTT GTTGTTTTTTTAGTTCGCAACCTTAATTTTATTTTCCTTACTACTATCAT ATTATTATTTAATTGCTGGGGAGTGAACTTCTATTTTTCTACAAGCAATA AATTTATACGAAACTGGATTAAACATTGAGGTGTCCCCATAAGAGAAGGA GAGTAATCTTGATGATTTGTTGAGGAATTATAATTTTATATTCTCGTTGA ATTCAGAGTAGTATTAAATATCAAGATGGGGCTCATTCGTATAAATATCA GCTGCTTGTAGATGATCTAATGAAGTGCATTGACAGATAAGTTACTCTTC TCCAAAACACTTTTTTAAATTGTAAGGATTATCATCTTGATTTTTTTTTT TTTTTAACATGCTCAAATTGATTCTGCTGATTAGCATCACGACTCCTTAG GGTGGAGCTTATTTTTTAAATTTTCGAAATATAAGGTTTTTAGGACCTTA TATAACAGATTCCTTTTAGTATATAGATATTCTTTGCTTAGTTTAAACTT TTTGAAAATATTTAGAGGTAGCTCATAGACCCTAAAGTTTTGAAATTGTA CACTTTTCTAAAAAAAGTGTGTTTTTATTTGGATATCTTTTTTGCAGAAA TAACAAATTTAGATCAACAAAATCTATATCCAAAATATTCAATATTTTTA TGAAAATTCCATATCTAAATTTCCCAAAGAAAGATGAATTATAAAAATAT AAATTTTATTTTTCTGTCAATTTGTCTCTTTGACATTGTTGACCTGTATA TGATTTTTATTTGAAGAAAGATATCAATATAGGAAAATTTTATNNNNNNN NNNNATGAGTTGGAAATTATGGTCCAATAAGAAAGTTATAGAAAATAAAT TTAATAGGAGTTCCTTTTCAGAAATATCTTCTCTGTGGTCAGTTATGGCC AAAATCAAGGACGAGTTAAACAATATATTTTACAATTACTAACGACCAAA ATAGTTTTACGATTTTTTTTACATCCTCGAAATATTGCTAACATTTAGCA TCACTATTCATGAATAACGAAAAGTAATGCTGAGGATTTGATCGTGATTT TTTAGGGCAGCTAATTTAATTATTTGTCATTACAGCTATACTGATTTCCT CTATTTATTTAATTTTAATTTTTGGGTATTAAAAAAACTTAGAATTTACA ACCCTACAAATAAGACACACTTTTGTTTTCCCATTAAAAGGATAAACTTT AGACAAAAAATTATTTTAAATGCTTCAAGATCCACCTCTACATTATGAAT TAATAACTAGGTATATATACAACATAGATGAAAGAGAAATATGATGATTA TATTGATGGATATTTTATATTATATTAAATTTGTATAAATTTGTATATAT ATTTTTTCTTCTTATTTGACCCTAATTTTTTTATATTTTGATAACATAAA AGCTTATTATATTAATTATTTACACAAGCACTTTGCAAAAACCATTCTTA AAAAGAGGGTGAAAAAAGCAATTTGGTAAGGATAGACTGTCAAAAACAAA AAAAAAGTTAATGTGTAACGTTAAATATTATTTTTATAAAGTCGTTCTTA TTCTAGTAAAAGAAGTATTATTTAGGTAGGAGCCATTTAATAGAAGGTTC AAAAACTACAATTTTTCTACACAGTTTTCATGAACCATATAGATGTCTGA TCCTCTAAATTTTGGTTGATAAACTTATGTCAATATATGCTATCCAGACA ACAGTACCAACACTCCTTCAAATCCTCGAAGCACTTCTCGGTATAGCCTT GAGCTCTTCCAGCGATACAGTCTTTATCTCCTTGCACGTTGCAAATCTCC GCCCTTTCATAACTCTCTTCCCTTTTGGGAACAAGAAAAAGTCACATGGG TCCAAATTATCAATTAGCAGAGGCATGATTGTTGTGTTGTTTTTGGCCAA AAATTTCAATGACTATTTCGGTCAAAAATAAGTAGTTTGGGAAAAAATAT CTCGGACACTCGTCTCATATCCAAAATATCCGAAAAAAATATATCGCAGA AGCCAACCGATATGACAATATCATCAGCATCTTGTCTGATAGTGCTTCGA CGGTTTCAAAAACAATTTTTTTCACTGCTTCAACATTGCCATCTGTTGTT GACGTGCTTGGCCGTCCAGAGTGAGGATCGTCATTGGAATCTTCCTAGTC ATCAGATAAAAGTATATACCACTGCTTAATAGTTTTTTTGTTTTTTTTTA CACAACAGTAGTACTGTATGCGACTATCAACATTACAAGGTTTTTGGAAT ACTTAATTACATTTTTTTACACCTGCAAATTCTTTAATACATGTTTTTAA TAGGAAAAAATCGCAGAGCATTTAAATATTTCTAACTGTTATGCCTTTCA CAAACAAACTAAAAATATTATATAGCTGAAACAACAAAGATATGTGCTTT GGAAATGTTTTAACATTAAAACATAAATGTGCCTTCAAAATTAAAAAAAT CATCAGATTGGACACACCTCGTAGATTAGAGTATCACAATTAGTACAGAA TCAATTCTTTTAAAGCAATCTACGTATAAGGAGTTGCATTGCTGTTGTAA TTAAATAAAATTACATTTATCAATCAATGTTTTTTCTCCCTACAAAAACA AGAATCCAAACTTTTTTCTTTACAAAGTAAGATTTGTATGTAGGTATACC TATAAAGTTTTTTCCATGTGTATTTTTATAATGCATTAAGACTTATAATG ATAGATAATACCCATTGATGATTATATAGTTGTTTTTTTTCCCTTTTGAT TGTATATTATAATTCTTTTCATTATAATTAATTCCAACTCTTTATACAAA TATACGAGTGCAAAATATAGATCCTTTAAACGATATAAAAAAAATTTATT TTTATCTGCAAACGTGTACTAAGGGTTGTAGAGTTTTTAAACAAAAATGT TAAAATATACCTAGACATAAAAAAATATAAGACAAACTTCATTTTTTTCA AAACAATCGAGTTATTTATTACTAAATACATATTTTGTATAGGGTGTTAT GCTACATAGTATCAAAATAATAAATGTGTGTTTCTGATATTCGTTCGTCC GCTTGCAAAAATATTGACAAAAACATTAATAATGGAGACAGATACAGACT TTATATTTTAATAAAAGTTGTTTAAACATACAATGGGGACTATTCTATTC TGATTAGACCAGATTTATGGGCATTGGAGGGCAAGTTTTTTTTTTTTTGC AAATAATTTGATTTAAAAAGACAATAAATTCGAAAATGCACCAAAAAAAA TAAAAAATTATTGTACTAAAGTAAAAAGGAACAATGTATAATATTTACGA ATTAAAAAAGAGAATAGGTAGTTATTTTTACATGGTCAATTATATCAATT ATATGTGGTATTTTGAAGATTTTTGAGAGGGGTGCCAGTTTGATTATATT TACATTAAATGGGCAGAAAAAAAGCATTCTTTTGTTGGTATGGAAGTTTT ACAATAGAAATTTACCTATACTATATATTGATAGACTATTGTAAATCGTT TTAAATTAGAATTTTAACGTAAACAAAGTAAATATAAATAAAATATTTTT AATTTTTCATTAGCTATCTCTAAGATAGTGGTTTCGCACTATCATTAAGT TATAGTCATTGTTAGCCTTTTATTACGTTGGTGAACAACATATGTACCAT GCAGTGTTGATGTTTGACCCGAACCCGTGGACCAAAGTTCTAATCATACA GCCAAATTCAGACTATCCACTGAAATTTACGTACACCAAAATTGTCTGTT TTTAAGTCCCTGTTAATTAATATACTTTCTATTGCATAATTTTTATTGGT AGTATCATGTTGATAATGTATATTCCTATGTTATAAGGGGTTGAAAACGT TCATTAATTTAAGGAACAAGTGCAAGAAGAGATTATGTATGTCCCTTTCA CCACATCTGCTCTTCTCCAAGAAAAGTTAAATGTATACATAATTTTTCAA AATTTGACTTACTGCACTTACCCTGCCGAATATTTTTTTCTTGGCCCATA ATTCAAGGAGTGTATTATCCTCAAAATAAACACATTTGACATAATTATCT CATAAAACATACCTCTAATAATTTAAAATTACATACATATATATAAAACA ACATAAGTGTTAAAATACCGAAATAAAGTATATACATATCTAAAATTAGT TTATATTTAAAATACCCTATCCATATTCAATAAAACTTTAATCCAAAGCT TTTGGTATCTTGTCCATAGATAATGGTCTATAAATTGTTCGTTTAATAAC ATTAGCCCTCATTAAATCCAACGACAAGTAAATAAATATCCCCTTCATAA AAAAATCCCAATTGTTCTCAAAATCTCATTCTTCCTTTTTGAGAATATGG ACACTTCAAGAAAAAATGAACATCATCCTTTTCTTTCTTGTATCGTTATT TTCATCCATTTATTTGTAAGCAACGAATATGTAATGAGCCTATAATTTAC CCACCTTGTGTAATGCTAAATCAAAGGGTATGGAATGTTTTTTTAAATCA CTTTGGGGGATTAACAAATTTTCGATAAGCCTTGCAAAATCATTCACTAT AATCATAGTATGATAAGATTGACGGCTTAAAAGAGGACATGCATACTTAT TATAATATATATTTATGTCTATAATTCACGCCCAACCTTTATTATTTCTC GTGAACTTTCTTCAAAAAAAAAAAAAATGGGTGGTAACACTTAACACTCT GTTACTGAACATCCTTTTTATAACACGTTTAGTGGACTAGAAAAGTAAAC GTATTTTATTGCATGATTACCAGAATTGAACAATATTTACGTCATTAATT TTGTATTATTTCTGCATTCGTAAAAATAAATTAAAATGATAAAATAAAAA ACTTGTATAAATGTAAGACATTGAGATACAATACATTTTTATTAAATAAT CCTAACAACATAAGTTTGGGGAACAAAAGATTAAAACTGTATTTTTTGAT AAAAAGCTATGATTCATTCATTACGGTGTACAAACCTTTTGTTTTGATAA TGTTGCAAGTATTATACAATATTATCTATAAAATATTATTATTTTGTAAC TACTGTTCTAATCCTCAGTTATCACATTGAAAAAAAAGTAATTCAAGAAA TTATAAGGAAAAAATAAGCAACGACTTTTCAGCAAAAAAGTTAATTAAAT ACACTAATTATCAATAAAAAATTGAATCATATATCATTAAATCCTAAACA AGGGGATGTTAGGAAAAATATACAATTGTATATAATCTTACTGAATGTTT CAAGAGCTTACTGAAATTTAATTGCGATACAACCTAAATACAAAGAAATA ACAATCGTTTTTACTAATCAAGGGTGTAAAATAACTATGTTCACTGGGAG AAGGTTAAAAAATTGTTTTTCTATCAATTAATTTTATAAAAATGATGTTT TATGGCCAGAATTTTGTTTAAATATATAAAATATGTGCCTTTCATTTTAG TTAATTTGGGTTACTAATAATCTAGTGAAGTTTTTCTTGGAAAATATTTT TTTAGTAAAGTTTTTTAATAGACTGTTTATATTTAGTTTATTGAGTTTTA TGTTTGAAAATAAGACTTGTTATTTTTTTTTTTTTTAAAGATAACCATTT TTTTTTCAAAAAGGACTTGAGTCACTTTTAATCTCTTTGTTAATGAACTG GTAAATTTTATGAAAATGCTGTATAAATAGATTTTATAGCTTCAAATTTG TATTATGCTCTTGAAACATTTATCAGAATGAATGTAAATTTTGTTGTTGC AGAAATGTATATTCTTTGCATTATTTGCAAATTTTGCCATTTTAAATTAA AGTATAGTGAATTTGCTAAATTCGTTCACTTGTAAGTAGTTATTTTCTTT TGTGTATTTCCTTCTTTTTTTACAATTTAATCTGTACACATTCCTAAAAA TGTAATATCTTTTGTTATTATATGTATCACACTTAATATCATCATAATTA ATGAGACGATTTTTGGGACCAAAAATTCGTTAAAAATAAATTATTTTATA GAAGTTTTTATWGAAAATGAAATTATAATGTTTGAACTAAAAAAATTACA AATTATATATTATCAATGCCCCATTCTAANTTTTGTTAAGATTAATTAAC GTAAGGTTGAATTTATGTCAACTGTTTACCACAAAATAAAATTAGCTTGA CCCATTAGCGACTATCATACTATATATAGGATGCATTTTGTTTGTTAACA TTATATATAATATATACAAGGAATTTAGTTCCATTCTTGTACAGACATTG CTGTATGTTTTCTGGATATGTTTGTTACTTATATGTTATTTGAAATGCCG GTATTGACCATGAAGTAGACAGTTTTTCACTAGAATTGTAACAGTGCTGA TGACACGCATAAATAAACTAGAATAATATGCATTTTTTTTGTTTTATTAC TTACATATTAATTGTATATCTTATTTATAGCTCATTAGTAACACAGAATT AAGTTAAATTGAAAAACAATAATTATCATTAGTGTTAGAGGGTGTTTTAT TCCACCTACAGAGTGCAACAGGGATATTTTCTGCAATCAAGAAATAAAAG CAAAACCTTAATAACTTTTTATTAGAAGACWATATTAAAAAATGTTTTTT AAATTTTTTATAAATCAATCTTGGCAAGAATTATTAAATATGGCCGTCTC TAGACTCTATCACAGCCTTCACACGAGGTCGGAACTTGGTGCAGATTGCC AAAATATTTATACAGCAGACATGTTGGCCCATTGCTTCTTGATGTTGGCC TTGAGCTCCTGCACATTTATGTGCGATTCCCAACCTTGCTTTCTAAGACG CTCCACACACTGAAGAGAGGGTAGTGAGAACAGAACTGGAAGAGTCTTGT CCCAGAAGTCAGCAAAGTACACCTTTCAGAATTTCAAGACCGTATGGCTG GAGCACAGTCGTGGGTTCATACATAGCTATTCTCAGGATAGTTTTCCTTC AATCAGACCAAGATTTTCCACCTCAGGACCCTATAGTATGCCTCAGCCCC AACTTTATCGTTGGGCTTGAAGAAGTAGGGATCTATTTKCTTCCGATTCG AAGCCACAACTCCCAAGCACATTGTTTAGGGCGAATTTTTTTGTCTTAAA GGTGCCCTGGACTTCCTCAGAGTGATACTGCTATAAATCTGTCGTTTCTG CAGTTCAGAATCTTCTTGTATGACATCATATTCTTGTCCGAAAAGATCTT CAAAATCGAAAGATGACTCTTCAAGTAATTAATGACTTTTTTCCATCATT TAAGCCTTAAGTTCTTCATCCTGTTGGTAAGAAGATATTTTGTAGTCCTA ACAAAACTCTTAAGTCCAAGGTCATCATAAACTGCCCTCCTGATAGTGGT CTCGTCCAGGTTGAACCGTCAGGRAAGTGGGGAATTGATACTGTTGGATA TTGCTAGGTCTTGGCCTCCAGGGACTTGAGAAATGTTTCATCTTGATTCA AAATATTCCCTCAACTTCCTGCCTTCATTTTGACTCATTTCTCATTCTGC TTTGACAACCTAATGTCCCGAACTGCCATGGTTAAGTTGACAATGCCTGA AACTTTTTGGATCAAAATCCGCGTTCAAAAGATCCAAAACCCTTTGCCTT TTGATTCCTTTTCATATCAAATTCTAAAAAATATTAAACAAAAAAATATG ATTTGTACCGTTTGCTGGATTTATAAAGACTTCAACAACCAACAAATCCA GGATATCACAACTGTGTAGCAAATTTGACTGCTTCCCCTTGTAAAATGCA GAATTCCATATGATCAGCAATACTATTAAAAGTTTCATGATAAATTTATA TTTTTTATTATAAAACTTTTCAATTTAAATGCCCATGTATAAAGAAAATC CATATTTTTTTTTACATCAATGTCGTAATTTTATAACAAGGATAACACAA TGACATATTTATTGTATACAAATAAACGTAAACCAAGTACTATAGGTCAT CAGGTTTATGATGGTATTATATTTATAAAATGAAAAAGGTCAGGGTGAAT AGCTTGTTTAAGCTATAAAACAACAAGAGCTTAATAAGCCTTCAGGCTTT AAGGGAAGTAAATTATATTTATAAATCTGGATGAGGCTCATTTGAATCAG GTTTAGTCCTATTTTATTTCCTACANCCCTTCCCAACATTCTCTATGATG CCTCCACAGAGTCCGTCCCTCAGTTCTGGAATATTTGAAAGATTGTCTTC ATTTGATTGCAATCCACACAGTTCGCCCGAGCGTCATTCAAATATCTTCC AATAAATAAGTGACATCCGATTTTATCTCCAACTCTAATACTTCATAAGG GGGAATGKCCCCCCCCCCCTGGTAGACCAACGCTAAATATGTACATAATA GGGGGGCGTAAAAAAAGAGTGAATGTATATTTTTATTTATTCTTAGCATT TTTAGTTTCTTGCATAATAATAATTATTATTATGATTATGAATTTTGTGC TTTGAATGCATTTACTTATTTATATTCCTTTATATATTTACAATTGGGTT GAAAGAAAAAGAAAGATAAGAAGGGAAAGAGGTGGGGGGGGGGGGGGGTT CTTTGAAAGMGCTTTNTTTTAGTGTATAATGGGAAAATATAGCTTGATAA TTTTTAAATATGGCAATAATACATATGGTTTGATATAGTGTTGGATTGTA ACTAACTTAGTTATTTAGGCCCCCTTGATGGTCGACGTCAACAATGTTAA CGTCACATGAAAATGCTCTTTATTGCGTGTTTTTATCTTATCTTATTTTG TTGGAGCTGTATTTTTCGTCATTGTGGCTGMAACATAATTTTATGCCTTW TGTATGAGGGTTGTTAATTTTTTTTTTTAAGCTTTATTACTGAACTGGGA TTTTCTGAGCCTTAAATTATATTAAATTGCTTCATATCTTTTTAAAATAC TTTTTATTGCTGAAACTTTTAAATCAAGGTTTGGAGAATATTAGTACACT TTGTGTATTTAAAATTCATTATAAGTAATTAATATTTATAGAAGTTTTTA TCAAAAATGAAATGATAATGTTTGAAATATAATAAGCATAAATTATATTT TTGTAAAACACATTCATTTCAGAGTAGAATGTGATGCCCCGGAGAGCACA TAAAATTCGACTGAATAAAAACAAAATCTTTCTTTTTATAAATAAGTTAA GAAACTAGCAATTTTAATGACGTTATTTAAATTGGTGTTGTTATTTTTAT AGACTATTTTAAAGACTTCCTTTGGCTTAATAATTTATAAATGTAATTTT ATAAAATGAAAATATATCCCAATTTTTGTTATTTAGCCGAATATCATTGA GTTTCTGTGGTTTTAGGAAGAAGTGGTAATTTTTTCGACAAATCCGTAAA ACATAACTTAAAAAATCTGTATGATACCTTAATCTCATGATGTATTTTTA ATCATTTATATTTTTGATTCATGTTTACGAGTGTAAAATGGGTACAAAAA CCTTATAAAATGTATCATATTTTAATAGCGTACCTTTGAGTCAATATCGA CTGTGTATCATATGTATAAAAAAACTCTCTGAAAAATTAACTCATAAGCC CAATTCATTAACTGAATAAAAAAAGATGTTCACTAAGGGAGGGATAAATT GAGATAATTAAATAAATGAGGATATATAAAAATATATATCACAAATAGTT CAAATTATCTTTACCCAAGGGTTTTATTACTCTTTCACCCCTACTCAGTA AGTAAGTAAATCAAACTTATATACATAGAAAATAGAAACCCTTTATTCAA ATATAATATACCTAGTTGTACTTCCAGTTTAGTGAACCAATAGTTGCAGA ATGATTTCTCTTTATTAAACTTATATTTGATTTTACCTTCTCTATCGTGT GTTCAAACAATCAGGTGACTTTTCAAATTTTACGGGCAACGTATATTTAG TATGCAAGATTTTTTTATGTCAGTACATTCGAAAAAACACACACCCTTAT TGTTTAAAGCTATATCTATCACATGATGAGTTTGTTTGTGAGAGATATAA TGGTCATAATTATTTTCTGTGTTCTGCATTATTTTACTATACGTTCTTTT ATATGTATTTTTAGGGTTGTTTTGGTTTGTTTTTTTTCATAACCATATAC CTATGATTCGTCACCAGTTATGACCCGTTTGAGCAAATCAAAATTATCAT TTAGGTATGTCTACAGCTCATGAGTGATGCTCATGCAACGATTATTTTTT TAAGAATCAAGTAGTTTTGGAAGAAACATATTTGATAATCCTCTCATGCC TAAAAAATTCAAAAAAATCATGGCACTAGCTAACCAATATGTGAATATCC TCAGAAACTTCGATCATAGTCATTTGAATATTTTCAAAAATAATTGTTTT CACTGTTTCAACGTCCTTGGGCGGCCAGAGCATGGCTCGTCATTTGCATC TTCCCAGCCATCTTTGAAAAGTTTGTACCACATACAAACATTTTTATTTT TACTCAAAACAGTTTTACTGTTTGCCACTCTCAACATTTCAAGTGTTTTG GAGCATTTAATTTCATTTTTTACGCATTTAAATTTTGTAATCTATGTTTT TCAATGCAAAAAATTGCCAACCACATAAAATATTTGAAAAGTAATTTTAC TTTTTGAACACACCTTTTACATATAAAAATAAATACATCATTATTAGTTA TTTACCAAGGGGTTTGAACACTTCCACCTATACTCAGTAAATAAATAAAT CATAGAAAATAGAAAAACTTAAATAAACCTAATATACAAATTTGGGCTTA CTGTTTGAAAAACCAAGAATTACAACATAATGTCTACTTATGTAACAATA ATGTCATTTTTTGTACTTTCCATATATATATGTATATTATCGGTTAACTA CAAATTAGAGTTTTTTGTTCTTTTCAACTAAAATAAATATATTATTTAAA GTATACATTAATATTTAAATAGTTCGAATTACAATTCTAATTTTGTGAGT TTCCATTTACTTTTAAAAGAAGTGCCATTATATTTGTGTTGTTGAGAAAG TGATATTTTTAATGCATTAGTTGGAAATATGATCATAATGAGAAAATATG CAAGGAGACAAAAGTTAAAAAGTAGAAGAAGACATGCATCATATCGATTT ATTAGAGTGATATTCATAGTTCTTTGCTCTTAATTTCTCGTCATTTTTAT AAAACCCAAGATCTATAATAATGGGGAAAATGATTTATTCAATTTAACAA TTATGTATTTATAATGCATTCCTCTTCTCAATCCATTCAAACGTCAAGAA AACAAACGTTATACAATATTTATATACGAGCAAAAACAGAATAATATGAT GAGTTTGAATGTATAAAATCTTATTATAGAAAAATAGATTTGATTTAAAA TAATAATTTCTTTGTACAATGGAATCCCTATCTAAGTGCATTACATTTGA TATTGTTTCAGTGATAAAAATTTATTTTTTCTAGCAGATTGCCCTTTGTA TGAATCCATAAAATGAAAGTTGCGTAAATCAAAGACATATCAAATGAATC ATTTAAGAGATGCTATTACTTTAGTCTACATATTTTTGCACTTAGATTGA AATGATGTACTTCTGACTGCTTTTACATCAAAAAATAAAAACAACTTTTA TAAGCCTCCATTTACGTTGTTGTGACCTACATAAGGCAACATTTTCTATA CTATTTATAAGCCTTGAATGTTTTATAAATATACAGAAATAAATATTTTC AAGAAAAAAATCTTAGCTAAAAGACATGATATTAATTTGCTCTTTTTTTC TTGTGAAATTATATTATGTCTTTAATTATCGATAAACAGCTATTTTTATT ATTATCATCAAAAAAAATTATTAGCCTTTCAGAGAATTAGTAAAAATTTT GTCATTTTTCTTACCAACAATGCATCTTTCTCCATTCATAAAAAGATACA GAGAGAGTTAACACATGGGCTGAAAAGTATGTGGTTTTACAAATAGATGG CACTATTTTATTTTAATTTATATCATTTTCAGTTAGTACATAGCTTAAAA TAATACAGCGACCAAAATCTGTTTTGTTAAATTTTTGTGCTGAGTATGAC GCTACTTTTGTTCATTCAAATACAGTAGATGAAAACAAAATTGTGTTTTA ATTTAACAGTACTTCTTTATGGGGAAAAATGGCTAAGCAATGACTTTGTT CTTTAAAGGGGAAAAAAAACAAAAAAAAACAGAACAATTTTAACGAAAAA GGTGTATTTTCATTGGTAAGCCATTTAATTTTCAACCAAATTGCTAAAAA GGTTTTTTCAATTTATAATAATGTATTACAAAATATATTGTATGTGGATT TTATCATAATTTAGATCGATGCCAAAAAATAACACATATTACCAAGATTT TCAAAAAAGCAACGGTTCTAAAAATTTTTTTTATGTTTGTTGAGGTAAAA GCAATCAAGACAACACAATTTAATTCAAAAGGGGGGGGGGGGGGGAGAGT CACAATTTGGTTGACTAGTTTAATTATTATCAGTATCAAAAAACTACAAT GATATTCATGAAAATTATATTTGCTATAAAACTTGGTAATAAACCACATT TACTGATTTCTTTTTTTTATGGAGTGAGAAGAAAGAGACTACAAAGATTT GCACGTTAAAAAAATAAATTAATGATTTTTTTATATGCAATAAAAGTCTT ACATGATATTTTTTTATATTTAAATCTTTCAAAGTGAATACTNCTGTTTT ATCACAAAATATCCTTTGTGCAGCCCATTTACGCACATAAAAAAACCGAA TTCTTCTTAATGTGCATTTTGTGGTACTTAAATCTATAGCAATTCATCAA TACTGATGATGACCATTAAAAATTTTCAAAATTCTTAGCTCTTAAAACTG GAATGAACAACTCATTCTAAATGCGAACTTTTTTCCAAATATTTAAGGAT AATTATTTAGTCCAATTCCATGCAATCCTTCAAATATTTATCTCTTTGAC TATTGCTCTGGCTGTTGTAGGGAAAAAAAATTTAATTTCGGAAATTGAAA TATAAATAATATTGTGTTAATATTACACTTATCCTCAAGAGTATGTGGAA TAAAATATAATTATTTCATTACGTATATTATTTTGACTATTATAAGAGTA GTAATGTTCTATCTTGCAATACTATTATTTGCTATTTTTATATATCTACT CTAGAACATCCATACACAAAATGTAACTCTAAAAATATGTCCGGTAGGAG CTTCATCCACAAAAAAAAAACTACAAACAAATGAAGAAACTAACTAAAAA TAAATATGTATTATAAAAAATAGTTCATTTGGAGAAGTATAATATCATAA ATATCAATTCCCTGATTTGTTTAATCCTTTATGGAAATGCAAGTTTAAAT TGTGTTCAGCTGTAAATACAATACAATTAATTGTAATGGGATTTGTTTGC CAATTTATTTTTTGCAATTTCACTGTAAGTAAAAAATCAAATAGATTTTA TTTCAACATATCAAAATCATATAAAATCATTCAAGTTTTGCCAAAGAGAA ATGCTGTCATAATTTATTATTATACATTAAGTACGTATTTTGTAGAAGTA TGTCAAAATCATTGAAGATAAAGCAATGTCATTAGACTAATGAGACACTT AATTTCTAAAAATACAGATAATTTGTGGAAGAAAAAGAAATTATTTACAC ATACTGGGCAGTCCATTGATATCTATAGACTTACTAATTCAATAATTAAT TAAGGTTGTGTGATTGAAATTAATTCATATTTCTATATATGAAAGCATAA ACAATTACTTTAAAAACAAACCTGACCACNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNGGGCAAAATTGGACCTGTAGGACTTAAAGAAAACAGC CCAGCCCAATCCGCTCAATTCAAAGAGGAGCATATCTCAGTGTTTTACAC TGGACTGTCTAGAGAACTATCAAAAAGGTGGCTGGAAAGAGCTTTACAAA GGTAGCGAAGCCAACCCCCTCAACTACCTACACCTTTTGTCGATGGGAGG GTTTTTAATTTTACTTCATCTGAACACCAAGGCTACTGTTAGCCAGAACT GAGACGCTATGACAGATTATTACCATCATTGCTACTAAGGGTGTGTACAT TAATCATTAAGAGAGTTCCGACACAAATTTATTTGTAGTATTAATTTTGT TGAAACTCTATTGTTAATTAATAAATTATATCTTTTTGAAGTTGAAAATT CAAAGTGTTCAGATTTATCCAATCAGACCAATCGATACATCACTGTTGAT ATCTTTTCAGCATTTGAGACATAGAGGGTCTTTATTGAATAAAAAAAGGT GGGGGCATATTCTCCCTCCTCCAACATCCCTATCTTCTTCACCTAATGGG CATGCCTTCAATGTATAATGGGGAATAAGTTTTAAAAAAATCAAAGTTCA GATATGAATGCAGTATTCAGAATTTCAATATTTGCACGGATACAGTTTTT AATATTGAAAGTTTTTTATGATATGATAAAATATTTGAAAATTTAATATT GATTAGTGAAGGATACGATCAATAACTGTGCCAATTTTGTTGAATTTTAT CAATTATACGTCAAATAGTAGGAATAAAGAATGTTGGTGCATCTACTTTC AGTAAGGTGGTGGGTCCACAGACTTGAATACAAATTAGTTAGTCAATAAA TATAGCTCTTATGAGGCTTTGAGAGCTCAAACTCCAATTGACAGATTTTT TTATCATTTAATAAACGTACAATAATAAACATGAAACTTGTGAAACTTTT TTTTTTTTGATTTACTAAATAATTTACAATTTTTTTTTCTTAATATCAAA TGGTTGAGGAATAAAAACAAATAATTCTTGTAAACAAATATATTTATCAG ACCAATGATAATTGAGATGGACGCCAAAAGTATTTCTTTACGAGGGAAAG AATTAAAACGAAATCTTCCACATCATTTTTGTCTCCAAAAATATCTTTTT TAGGGATTAAAAAGCGATTAGACAACTATAAGAGCCATAAAAGGAGGACT GGACGCCACAAGGCCAAATAAACTCAAAATTGTTGTTAAGAAAACTTGGC AAACTTCTGACATTGGTCAATGTGGGTCTAAAACTCTGGACTATGGCATC TGGAGCACCATCTAGAAGAAGGATTGTGAATGAGAAAGCTCTAAAAGCTT ATATGATGAAAGGAGTGACCTGTTATGTTGCAGGAATGTGTAAAGAAGAC CAAGAAGGTCTTCCAGTCCAGGATTACGGGGTATTACATGTATAAAAAAT GAATTCCACTTAATCTTTTTTACGTTGTGAGATCTTTTTTTCCTTTTTTT CCTATTATTCCATTGGAAATAATATGGTTAATTTATCAAAAAATATATAT TTGTATTTTTAGTTAGACTAAAGTATAGGGGATGATTTTACATATAAGTG GTCCCCAACCAGGGCTCATTGGTGCATCGTAAAGGGTTCTGCATGAGATT AAATAAATAAGAATTGAAACATTGGCTTAAATATATTGTTTAAACTGTAT AATATCAAAAATGCTAAAGGGCTCCAGAATGACGAAAAGTTTGAGAACAA CTGCTATATTACTACTATTATGAAAAAACAGGTTTTTATACGCAAATTAA GAATTGATATACAACTTTATTTGGTGTTAATTGGATAATTCTTGGGAATT TTGAGAAACTTCATTTAACGATTCCAATAATTATTTTCCAATTACTCGAC TCTTGCGGTTATCTCTAGTATTATAGTTATCCTGAATCAGTAAAACTAAT AAGTTTCTACAAGTTGATCATAATCTAATGTACATACTAGTAAGATGCAA ACTCAACCAGTTTAATCTTACATTTATTATTTTTTACCCAAAATTAGATA AAAGAGAAGGTAAAATAAAATTATTGTAGCAAAATTTTAATGGCTAAAAG CTGAAATACAACTTGACTTTGTGAACATGCGAAAAAAAATATGAAATCGA CATAAATGAAGAAAACAAAATTTATTGAAAAAATTTACACACATATGCAA ACTTTAAGAATCAAAAAACTGAAATATGAAACTTATTTCTGTCGATAATT TTTAAGTATTATCGATTTCGTGGAATTATAAGAATGTAAATAACTTATAA TCACAAGTCCACATAGGCATTATCATTGTACTTTGATAATATCAGCCATT TTCCATTTTTATTTTGTTTTTAACATATAAAAAGTTAACGTCATTTTGCT TTCTCTGCAATTATCTACTATGGAATGACAAAATAAATTTATGTGAAAAT TCTGTAAAAACTTTTGAAGAATGTTTACGAGATACTAAACTTTTAAATAT AAACAAACATTAATAAGTTTGTAAAGATTTTTTTTTTAACTAGTTTTTTC AATTTTTGAAATTCGCAGAGGACACTAAAAGACGTTTTATCTTCTCATCT GGCTAAACAAAAACTAACTATGACAATATGTATACCCTTATTTTACTTTT ATCGACGTTATATAAAAATTATAAAGCTTTCTATGAAAAGAAATTCACCT TTGTTGAACTTATGATAAATAAAATCATTCAAAATATTCTTAAATGCATA TGACTTAACAAAGTTAGCATATTTAGAATATTTAACAAACAAAACTATTT TAATTAAGTGATACGATTTATTTTTTCTCTCTCTACTCCAAACTCAACAA GATGATTTTTTAAATAAGGTAGGAGGGATCATTTAAACATGTTTGCTTTG ATGAATACTCTGCAACCCTTTCACGAATTGAATAAAAAATGACCCAGTAT TATATGACTTCATACAACGTCTGATAAATGAATGACCCAATTGATTAGTA TTATCCTCATACATATACAACACGCTATAGGGTTATTCCCAGCCAAATCA CACACTACGAAAAAGCGCCATCCTCTATTTTTTCAAATTTGGCACAAGTT CGATTCCACTGAAATAATACAATTAAAAATGTATACTTAGTAAGATCAAA TTTCTGAATAAATTTATATACTAACTCGAGTTTTTGCCATACACATGTTA TGCTCAGTTTTTAGCATGTAGCAATTATGTGAATTCAAATGATCATTTAA AAACTAATTTTTCATGATTATAATATATTATGAATTAACATATACAAAAT TGAGTGAAATTGAAAATGGACATATTCCATTTTTTTAGGTCAAAATAGTG AACTTGAAGACAAAATCTCGTTAACAGATGCTTTCAGGGCCTATAGGTTG TGGTGGCATTTGCCACAGATCTTGCTCCCCACATAGTCCCAGGGTTCACT TCTTGTGAATATGGTAGGCACATTCTTTTCTCCTAAAAGCTATAACCCAC CCAGAAACCAAATAAAGCGTATCTTGAAGCCATTCAGTAATTTTTTTATA TGCAGTGCAGATTTATTATMCCTCCATATTGCCTCCATTAGCCTTAATGA TGACCTCCAACCTAAGCTTGAAGACAAAGTATGATCTCCTGACCAATTCC TTTCCCATATTATACAAAATCTCATTGACAGATGGTTTTAGGGACTTAGT GTTGGATTCGGGTTTTCTGCAAGCCTTGCCCTTTACATATGGCAAGAAGG TAAAGTCGTATGAGTTCACGTCTGTATGGTAACCAAAAAAACTATTTTCT TTTTTGGGAAAGGATTGGGCCACATTGGCAGTATGTGTTGTTCCTCAATC ATCTTGGAGAACCACTTGGTGCTGGCCTTAACCCATGTGATAAACATTGA ACTCAATTATAGGATGTAGTATACCACTGTGAGTCTTTCCCCTATCGCCA ACCAAATCAAAGGCATCTTGAGATCATTTTATGCAACAAATCCCAGACCC ATAACTGAGGCTGTGTATTTTGTGGTGTAGATGATGTCAGTACCCTCAAG AATACGGTTTTAGTGTCACCACAGGTCTGCTAGACAATGTTCTTTTTTTA TGATTCCTACACGGAGAAAAGCAACAACTTTAATGACGACTCACTTGCTT TATATTTGTAGAATAACAAAACAAACAACATGTTAGACTCTTAACTGGCA TATCCTGTGTGAATTTTAAAATCAGTCCACGAAACCTCGAGATCCTAGCA TTTTAAGGGATGGGGATATAGTTTTGTCACATCCGGTACGTATTTTGGCA ACTTGTATAACCTATATTTATATGTACATCCAGTAATTGATTATTTTTTC AAATAAATACCATATAAATTATTATAATTTAAGATAGGGAGAGTAAGAAA CATTTCCCTTTAATGATGGAAGAAAAATACATTTATTTAGGTATATATGT TTTTAATGAATTGTGTGAGGTGCATGATTAATCAGTTATTTACGCCTAAC TTCGGCAATAACCTTATATAGGTATATGTTCCATATTTTATATTTTATTT GGTTTTTATTATTGCTTATATATGTATATTTGATACTCGTATTAAAAAAT CGGGGAACCTTGTATAACCTCTTTACGCAAGAACAGCAATCCATATTGGT TTGTTGGTTGATTAGTAAGCAAGCAAAGGAAGGAACAAACAAAAGTTTAT ACCTTCCATAAATCATAAGAGAAATAATAGATTTATATACTTATATAAGT ATATATACATAAAATTTTATAGAAAATCAAGCAAGCCATACCCTGGCTCA CTTTCTATATAAATCATAGTCTTTCAAGAGAAACATAAAGGTTTTAACAA AGAAAGTATACTAGATCTTTAGAAATATATATAATTATACCTCTTATTTA GGGTTGTCCAGAAAAATGCAGACTCTCGAGCCTGTTGCCCTTAATTTCCT CTGTCAGAAGGTAACATAGGGTCTTCATGTATGAGAACAATCCCATGTCG CCCTTTACCACCCTCTACAGAAAAGTCATTGACGAGACCATCCATCAATT TAATGAGGTCCACGTTGATCTTCTTCTCCAAGCTGGACAGAAACACTAGA TTATTTTTTAAATTGTATCCTCTACTTCCTGCTTTCCTTGAGAGGTATTT CCCATAATTCTTCATCTCGATTTTCTTCAAAACCAGGCCCCTGAGCACTT CAGAATGTACATAACCCTCCCCACCTCAACTTCACCATAAAGGACATCTG ATATGCACTGAATTTTTTCTTTTTGCTCAATTATAACAATGAGATAACAA AAGGATTATAATAATTTATTTATGCGAAAAAAATGGCTGAAACAAAATAC TAAAAAATTGCCCCTTAACCTTCGTATATTAATGATAAATTTTATATTTA TTAACAGTCCATATTTTGCAACCCAACGCGATATGTTGGACCTTTTTCTG AATTTTAAGATGTTTATTTATTTTTTCACATGCTTTAAGATGCGAAAAGC TCAGAAATAATTTGTCTGAACAATAACCTGCCAAGGTAAAATTTCATTTT CATGACAGGAGCATCGGCTCCAAATGCTGAAGKCATCTACATTCGACCAT TTAAACCAAAGAGAGGAATGTATTTATCCTATCCAGATTTTTCGTTGCAT CATTATCATATTCCATTTCGTCACTGAATAAGATCGTCTTTTGAATGTAT AAATTTCTGGTACTTTATCTTGCTTCAAAAATCCCACCTGATTTCTTGTG GAAACATTTGGAGGAGAATCTCCGATAAATCATGATATGTATGTTGTATT AATTTTATGCCTGGAGATGATCCTGCTTCAACGTGTAATTGATTTAGATA CAATTAAATCAGCTCTGCTGTATTTTAAAGTGTCGCAAATAACAGTTGTT AATGTGTTATCAGATAGTCTCCAACGATCAGCAGTATTAGGTGCTATTAC GTATTGAGAAAATTGAATTTCGAATTGCTATTAGAAAAATTATTCTAAAA TAAGAAATTGAGGTAAACGTATATTTTGTCAAAAATATTGATATATTTTC TTCGAAAAGATAATAAATGCTTAATTAAGATCAATTTAGTTATCATGCCG CTTTATTAACATTCTATTAATGAAAACCGATGAGGGAGCAAAATGAAACC AAATTCATATTAAAACTTGCGTTAATGAACATCCATTTCATAACGCGGTT AGTGAACTGAGTAAAACATGAACCCAAAAATGAAACATATTTCATATTAT GATCAATTTTAGTAATTACATCATTAAAATTTTGTATAATTTTTATAAAT ATTTCATCCATTTTCTAGTCGTAAATATCAATTAAAACAGTTAAAATACT AGTATAATTATTAGACATCGCAAAAAATGAATTATTATTATATAATACTA AATGAGTATTGATTTTTAAGAAGATTTAATTTGCTATTTTGATAAAAATA GCAAATTAAATATATAAATTTTGAGAATCAAATTAGTAGCCATCCGTTTT TAATGAGGTTGTGTATATATTATAAATAATACAATATTATAATTTTTTAG CTACAGTTGTTTCAGTCCTCACACTAAAAAAAAAATAGATTCCAAGAAAT GAAAATTAAAAATAAACAAAAAACTTTAATTATAAAAGTGAAACCTCTTG TAAAAATCATCGAATATTCAAGTTAATACTCAAAAAAGCTATTATCCCCT TTATAAAGAACCCCATATTTAATGTGGCAAGAGCATACTAAAAAGTATTG ATAGAATGTTGATCCAAAGAAATAATAATTATTTGTAGAAATCTTGGATC GTATAATATCTATGTTTACTAACGGAGGGTTAAAATAGTTTGAATTAGCT ATTATACTAAATAAACAAAAAAAAATCTACTCTGTATGTAGCAAGAACAT AATAGGCAAAAATTTATTATGCACAAATGATTACGAAAGCATTTCGTGCA TCGAGTATTGATTTTTCGGAATTTAGAAGAGGAGTACCGATATCCCTCCC CCATCAAACACCCTACTTCAGTGATGATGTTAGATGATGACCCTGAATCT CTTATGGTTCACTTAAGGATACAGGCTCATATGTACATCAAAATTCTGGA CACAAAAGTTATTCCATAGATCTAACCCATGGTTACCGATTCTGCCTGGG TGTCCCAAAAGAATATAGCACCTGTACACGCCGCAAAGAAATCCCAGAGT GACTGAAGACCAACATGTATTTATGGGCAAAGGACTTCGGTCCGCTGGAT AGCCCAGACCTCAACCCCCTAGACTTTTTCATCTAGGCACACGTGAAGTC CAAGGCCTGCAGGAGACTTCAGAAAAGAACCAGTACCTGGAACAGCTCCG TCAATAAGGCCTGAGCCTCTATGAGCGCTGAGTTCATCCGGAGTGTTTGC AGCAGCTTCTACCAACGTTTCAAAACTCGTCATCAATTCTGCGGGCGGAT ACATTGACTAAAAGATGTTTTTTGCGTTCCCTTTACTAATTTATAAACTT GTTTCCTAATTCATTTAGGACCCTGCCATAGACTTTAATACTTTGTGTGT TAAAATGGATAAATAATTACGGTTGGCTCGGKATACTTTGATGTTTTCCC TTCTAAAATAATGATAACATCTTTGTGAAACATTGTTTAGATTTTACAAC TATTACAATATCAATATCATACATGATGGAAAGTGACACATTTTAAGTTA TAAAAAATAATTATTTTTGACCTCTCAAGAAGACGTTATGATACTATTAT TATCTAAATTTGATGGATTTCCAAATAGTGGTCATATCATTGTCAACATC TCATTGTGAAATATACGTATGTATGCTTTCAGAAAAAAATTATACTCTAG CTAAACAATGATTGTGTTATTTCTCTACTTATATTTCAACGAGCAGAGGG ATCAAGTATTGTAATAATTAATGTATATGTTTGAGTAACTTTGTCAGAAG ATGAATTAAGAAAATAAATTTTTATAATTCATTAATTATTTCTTTTTCTA CATAAAAACAAGAAAGTTCCTAGAATTTGTATGTTCGCCATATAATTAAT TCGATGTCCAACTATTTTTTGATAACAGAGTTAATGAGTATACTTTTTAT GTTATGTACAGATGGCAATTTTGTACATATCAGTGCTTGTGCAAGAAAAT TGTACATGTTTCAACCTAAAAATGTGATGGATAATATGAAATGAAGGAAT TACAGTATTTGGGATGATAGAATTGTATATATATAAAAACGTAGACTCGA GAGGTAGAAATACTTAAATAATAAATAAACAAAAAACCCACTCTCATAAC CGTCTTAATGGTCCTGAAAGCCACAATGAAATTGATGGTGAGACAATTTA TCGATTCTATGGGGGTTTCCTCGCTCTTCTTCTCCAAACTGGACAGAAAA CTCGATCCCCCTGATAATGGTGCCCTCCACTTCCTGTTTTCCTAGCAAGG TATTTTCTATCATTCTTCATCCTACCCACCTTCTGAAACCATGCTCCTGA AGGACTTCACAATCTTTATAATCCTTGCCACCTCAACTTTAGAATCTTCG AGAACTGAGATGCGCTGACTTTAAGCTTATTGGTCAATCACGTTGAGAAG ATGATGAAATATATATTATTCTTTATTTCTGCAAAAAGAATGGCTGAACC AGTATGTCAAAAAAAAAACCTTAAACCTTTCTATATTAGTGATCAAATTA AAATTAATTAACAGCCCAATCGTGTATTATCTGACTATTTTAATTCACTT TACTAATATATAAGTAGTCTGTGGCATGCTATAAAAATAAACTCCCAGAG TTATGTTACTCATAAATACTTAATAACTATTTAGAAATAATAGTATTAAT TAATAGTTGGTAATTAGAACGACCAATGTTGTAATTAAATAATTCATATT TATGCTTACAAATTGCAACTTGGACAATTTGCTTATGTAGGCTGGAACTT CTACACAACATATAAAAACTACAGACTTGTAGAAGAAACAAAAATTATAT TCAATATATATATTTTTATATAATATGAATTAAAATGGCTGGGGATTTAA ATAAACTAAATATAGATGAACAAACATACCTATATATGCATAGATAATTA CTTTTACCACATAGAAATAACAAATGAGTTATGTGTTACCGATTTTCCCC AATAATAAATGCAATTCAAGACTTTTTTCTAATTTTTTACTTCGTTGAAC AAGATAATCTTTGGGTCTTAATTGTGTTACTGTACTTCTCCTAATGCTGT AATAGGTTATTTCCCCTTCCTTTCTCACCCCACTGTCATAATTTTACAAT TACATATATAATTAAGGATGTAAATTGTAATTTTTTAAATTATTTTGAAG AAAAAAAACGACATTATATGGAAATTATTTAGAAGAAAGTATATGACTTT TTGTAGATGCCACATGAATGCATGTTTAAAAAAAAAAAAAAGACTGTTAT CATCATTATTTTATTATTAAAGAGATGACATACAATTTATATAATTATCG TTTGTGCAAAAAAAGCAGAAAGTCACACTGAGGAATTTTTCTGGTGTTAT AAGTACAAATTGGAGTAGAATTGAGGATCGATATCGTAGTAATTTCGGTT TATGTCATTGTTGGATACAGAGTGGAGTTTATGTTCATTCCTTTTATCTG ATAGATGATTGCAGCTAATTAAATGAAAAATGATGACAGATAAGCTGTTT TTCTTTCAAAAATTCTTCAATAGGGTTATTTTTTTATTTGTATATTAACA GATCACTTATTATTTACAACTATGAGGGTAATCCTGGTAATTTGTAGAAT GTTTCAAAGGAGAACAATTTTCTGCCATGATGTCTAATTAAATTAGTTGC AAGCCATTTTGAACTAAAATGAATACACATGCCCACCCAATATCAAGCAA AGAGGTACATGAGGCTTTCAATATGACCTTTTCACATAAAAATCCCAACT TTTGAAACTAAAATTGTCTTGTGCGTAAACATCGATCAATAGTGGGAGAA TCCATAATTGCTCGGTGTTATTAGTCATTAAAGAGTACAAAAACTTTGCT TAAATGATATGAATATATACTCCCTCTTTCTTTTACGATATAATGCACTG AGTTTTAGTTTCGGCATTGCTATTTCTTTGATAAAGTTGTTACACAGTCT ACACTATTAAGAGCACAAGCATAAAAAGAGTCCTCAACAGACAACCCGTT CTATATTTTATCAAGGATAGTATTTATAAGTACAAAATTTGATCTATCGT TATATAAAAAATAAAATAATTCAAAATTAACCTGGTAATCTTGACAATTA TAATAATGTTTGGCAAGAGAGCAGCTTAGCTGTCGAGACGTTTAATCAAA TAATCTATAAGAATATGTGAAATGAAGGAAGTATCTCAAGGTATGTAGCA AGGACATATAGCCTGGAATAACTCCACTTTGATCGTCCATTCTACTACAA ATCCCCTAAAGACGTACACATTTAACTTCCTAACAATTCCGCATCATTAC ACTCCGGCACTCATAAAGAAAAAACACTTAAACTTAATATTATCTCCTCC CACATTTAAAATAATCATAACAACCCTACAAAATAAAAATAAAAACAGCA AGTTGACAACAAAAATCAAAAATAGCAGCTTAAAAAGTGCTAAGGATTAA CATGCTTAAAGATAAGATTCTTTTAGAACGCTACATTTCTTAACTTTTTC TTTCTTCCTCAGGGAGAGATTCTCAAGAAAACCAGGGGTAATGACATTCG TGCAAGACTTGTTCTACCCAGTGTCAACGATCCAAGTGTCCTTGTTCTTC AAGGAGTCAAGAAGGCTGCACGTGGAAACTATAGTTGTGTGGTTGGGAAT GGGGTACCATCTCACGATCATGTCGTACAGAGTCAACCTGTCTTTTTGGA TGTGAAATGTAAGTAACATAAATGTATAATCATAAGGTTAGAAATAAGTA TTTAAGACTCTTGTCAGTTGATGCTAAATTTATATATGTGAAGATAATCA ACGTAAGGGATCTATATTAAGTTTTAGATTTTGTAAACAATCTCATCCCA TCACATTAACCTATGTCTGTTTTTTTCCTAGCTTTTTTTCCAATATTCTA TAAGTTATTACACAAATCATTACAAAAACAAAATCAATATTACATACTAC CAGTACTGAAGGCGGCACGAATTACAAATATGTAATTAGTTTTTCTGTAT CATATATAGTTTTGTGGAAAATACTTTTTCAATTTTATGAGTCTTTTTCC TCATTTAAAGTTTTAAAACTACTTTTGAGTAAAAAAGATTAACAATAATC CTGCAAGATATTTTATAATTTGTAAAATTTGATGTTAATTTCAAATATGC GTTTATATTTTGTATGAAATTCTTTTATCCTCTGAAAATACATTTGAAAG TTTGAAAGACGTCGTTTTTTTAGGTTTTAGATTGAAAAGAAATAACATCT AGTGTTTTCAATTGTTTTTAGTCCAAAAAAGTTCATCTCAAGTATTGGAT ATTGGAAATGTTATCTACAAAGGAGCTTTGGTTTCTAAGATTTTTAGTTC ATTTGCATTTGATGGTTGGTTTTCAGTTTTTTAGAGGATTAAAAACAATA ATTTGTTTATATAATACAATGATATAACTTTTATTATTTACATATTGTGT CTTCCAAGACAAAACAAATCCATCAGAGTTAGTTTTATTTTTTACCTGAG ACGAGCATTTCAAAAAACGTGTCTTAATACCATAATTTCCTGAAAAAAGG TTATGTTTACAAATTGTGCATTTAGCAAGAAAACATTCCAACTAGCAAAA AATAAAATAAAAAGTTAACTATTTATTTCAATTTCGATTTTGTATTTTTT TACATAGTTCAAAAGTGACAATATGCTAACTATAACGTGTCATTCGTTGC AAAACATTATTATATGGCTTTAACTTTCCTTTCTGAAATACAGTTTCTCA TTAATTAATAGAAATTTTGATTATTTCACATGGGTTGTAAACATACAATA ATGGTATGTAGTGTATTTACACCAGAACCATAGAGGACAAGTGGCCAGAG CTAACTCCTTTCTAACGAATTTTTAATATTTATCTTAATATAAAAAATTT CACCGTAGGGGAAAATTTTTCAACGTTTTAATTTTGTAAAAAAGTCTAAA TTTATCTTAAAAAGTTATTCATTCAAATAGTTTGTTCCCAAAAATAAAAT AAAAAAATTTGCTTGTCCAATTTAGTATATATAGTAAACATTCTCTCAAA TTGTAAAAAAATAAATCTTAGTCATGACTCTTAATGACATCACCATTACA TAATTTGCCCACCCCCCTCCCATTATTTGCAAATATCTTGTGACGTAAAC TTTATTATACAAACCAAACCAGATAACATAGTTATGTGCTGAATTTAAGA CATTTTCTTCTTACTATATGCTCAATGCACTTTATAAATTTGGTATCTAC AAAAAGGATAAATGATTAGAAACTTATAAACAAGAAGATAGATTATGCAT GTAATAAATTCATTAATATTGCCGTAGATATGTTATTATTCACAGAAATA TTGAAAGTTAAATATCTCTGTCCATGCTTTTCTTTTCGCACATGGTAAAC AAAGTATCAAGCCTTCAATGGAAAACAATAGTTGTAGCCTACAATGCCTG TACTTTCTTCAAGACCATACATATTAAATTTTGTACAATACCTTGCATCA CCTTGTTAATTTTATCGTGTATAATTTATTAGAGTTTTAAAATGTTGTAT CTACTAAAATCTTTGCTGGATATCCAAGCAAGGCTTATATAAACATACAA ACTAATATACGATATTATATGTTACAGATAGAGCAATAATTGTTTTAATT GATTTTATTTTTTTGGCTCTTAATGAAGACAAATAACACAGCAATAATAA AAGATATAAAAAAACTTATTAGTTCTCAGAGAGAAATTAGTGCTGTAACT TTTTGGAAGAACCAGAAAATATAAAACAGCAAAGTTTTTTGTATCATACA TTCGTTTGTGTTTTTTCCTTTCCCTCATTCATTATGTAAAGAAGAAGGAA CTTAATTAGGTATGAAGGGTACAAAAAAAGATTTTACGAAAKCCAGTTTG CAAAAGTATGCCTATGGTGATTGATAGAAAAAAGATATATGTGGAAAAGA GGGGAGGAATCCACCTGCATCTTTTGATATGTCTAATGAACAGAAAGTTG CTATCTAATTATTTTAAGGGTTTTAGAAATAAGATACATAAGAGTTGTAA ACAAATGTCCTAGAAGGTCGTACCAGTTTTACAAATTAATTATTTGAAAA ATATTTTTTATTTTCCAAAGCTGATGTTATTATAATAATACTTTTTGTTG ACTGAACATCTTAATAATAAGAAATAACCAGTGCATCTGCTCATGAAAAA CGAATAATAAAAAAAAGGTTTGCCCGGGAGTTATGATAGTTATNCTACCC ATATCTCCAGGGGCGTCCGGATGGGGTGGGCTGGAGGMCCTACAGCCCCT CCAAATATCCCCCCCCCAAATCAGGACAGCTGTTGATTTTTGAAAGTTTT TAGAATTTCTTTTTTTATGTATAGATGTGAATTTATAAAATTTCTTCCAA TTAAATTTTCATACTTGAATTTTTTTTTTAAATCCAAAAATCAAGACNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAAAATATAATCCTG CAGACACCCCTGATGTCCTAGATATATTCGGAGTTGAATTTGAATGTATG TCCATCCTCTCACGGCTCCATGCAGCTGATTTAATGAATAACCATGTAGC TTAGCTTCACTCCTTCTACATTCATTTTCTTTTTCCTTGATTGTTTTCAT ATCGACGAGACAAATATATTCAGCATTACTGTTTTTTAATATATCAAACT TCATATGACGTTATTGTGCCGAAATTTGATTTTTTAATTTATGTTATTTA AATGATGGAGTTTGACCAATGTGGAATTGATTTCGTATATAAGAAAATTC GATCTGGCCTACGAAGTGTTTTTAAAGTCCATATAGATATTATATATTTA AGTCCACATACTTCCTTCTCCAGGAACGATCGAGTATTCAACTTACGCAT ATTAAGTTCAATATAATAATTTCTACCGAGCATGTTTTCTATTTTTGATC TTTTAATTTCCAAAGCTGTTGTCATTTTGAAGAGATAGCATCCAAGTATA GAGTAAAAACTGGTGAGTTTGCTCATGAAAGATGAAAAGCAAATACGAAT TTCCTTGGGAGTTTGTCCTTGTTTGAGCAATGCCAAAGTGGGATTTGTGT TTATTTATTTTCTCTCACTACTGCTTGCAAGCGGCATATCAAAAGTATTG CAGAATAACATAAATACTTTTGGGATATTTGGCCTTCAAGCAGGGAAATA CCACTGTCACGATTACCTCCAAGTAAACGTCTGCGCCAATATGGAGGCTC TTTGGAAGCCAAGATGTCCTCTTTAGGTCTAGCATCCACTTCTAGGCTTC TTTGAGCTTTTTAATTTTGGTAGTCTGACCCTTGGAGTATGGGACAATAA GGAATCTATCATCATAKCTCATTTCCGAGCCAATAAGGCGGCCACACGGT TTCTTATAGCTATCATCAACGTTGACAACATAATCAATTTCATTTAAATA CATATTACATGTACTTCATCTAATGAAGAAATTTTTTTCACCAAGAATTG TTTGGTTTTATTGTTTCATTATTTTAAGTTTTTTTTTTTTAATCTGTGAA TTATTTCGTAAGTCAATGACACCTTTCCTATGTTTAATTCACGATTCGCT GGGACATGTTGTATTAGTTCATTTACATTTTTTTCTGTTTACTGAACCTT TGATTATATAATTGTTATGTCATCAAGTTTTTGAGTCAAAAGTTGTCAGC ATTAATTTTGTTATATAGGACTATACAATTTGTTTTGTCAAATAATGTTT TTGTCTGACGATTACACGACGAAAGAAAGCAAATTCTTGTTATGTTTCAT CTAATTATAGCCCATATTTTCTTTTCTTGACGAAAGTAAGAGGAGGCTTA ATGTGATGCGACAAAAAGTGACAAAATAAACAGCAAACTACTCTTATGTA TCAAATATAATATGATTGGAAAAAAGTTATTCGTTATTTAATAGAATATA CCGAAATAACAAAAGTCAGGAATTTGGTAACACTGGGTTTTTTTTATTTT GCCTTTTATTCCTTTTAACAAGAAAATAACTATCAAAAGTAAAAAAAAAC TGTCTTGAATGGACGGGTTTTGATTTGACAATCAGTAAAATGTCGAAAAA AAGTAAATTTTGATATTGTTTCTTTTGAATTATCGATTTGAATCTAGTTT CAGGATTTTTATTTTTTAAGTATTATAGATTAAACAAATATTTTGCAACA ATTGTTTGATAATTTTTCTTTAACTCGCTTTTAAAAGTGAGTTTTATTGT GACAAGCATATCTCAATAAATAAATACCTATTATCTTTTGGTACTGCGTA TAACGGTTATTTATTTAGACGTTTGTTTCTCTTCATTTTTACAACATAAA TCTTGTTTTTTGATACCAAGTGCCTAATATATTATTATTAAATATACTTT TGTTATTCATTTATGCAAATAAGACACCCTACTTTACCAATTTAAAATTT TGGACTACAAAAACGGAGAATTTAACTTTTAAAAATACGACCTCTTATAA ATACAATTCCTCAATTTCTAATGTTAATTTTTTTATTGAAGCATTTTTAT TTATAAAAATTATTATTTTTCATTTATTATGAATATTTTTTTTTCTTTTT GATGAAGCTTATCATTTAACTTTGAGGAATAAAAATGGAAAATAGAAAAT ATTCGGCGATACCAAATTTCCAATATTATTATGGTCACTCTTCTTTTTAG CCATCAACTTTAAAAATTGTATTTTCATTTTAAATTATTGAATTACTCAT AAATTATTCTTTGGAGACTTTTATTAATGAGTAAGATTATTTTTATCAGT TAATGAACCAATAAACTGATTTAAAAATAAAGAATGAATTCAATTAGTTT AATGAGTTAATGAAGAAAAAAGTACGTATAAAAACTGTCATAGAGTTTTA AAAAAAAAGAAATTTAATAACAGGATCTTTGAATCAGTTATTTTTGATAC TATTTTTGAATGAAATGGATATAAGTTAATCTCTATCTTATTTTAAATTA TATAATTATAAMAATTTTTCTTTAAAAAATGTAAAAAAAAGCCTGGGTTG ATTTATTTCTAGATCACTCTGCCAAGTAATATAATAGAATACCTAATTTG TAAAGCATATTATTTCTACTTTCTTTATGGAGTAATTCTTCCTCATAAAC GTCCACATTATACTCAACTTCATTTAAATGCAAATTAATTTTTTACTGTT GTTTCTTTGTTGCAATAGATCTTTCTTATTTTATGTACTGTAAATCCGTA CAAGAGCCCTAGCCCATTTTGCCTAGCCTACTGACAAATAAAAAAATCTG TCTTTAATTTTAATAGTAAGCTTATTTTAACAATTAGAGAAAGAATATTA AAAAAATACGAATATAATAATAGATAGAAGTTGATTTGTAGTTTTTGGTA AAAAATACGTATTTTATTCCATAGCAAATACGACCCAATACTTGATAGAG GAACTGTTGTTGTACAAAGGTTCACGTTACTTATAGTTGGACAATAGGTT TACACAAACCTCAGGATAAATTTTGGTCCACTCTTCACTGCAAATAATTT CCAAATTCTTAATATATTGAGGTTATGCTTTTGGACTCTTAGCTTTGGCT AAGTCCCCTTCACCTTTAGCAGAGAAAACTACCCAAAACCTAATGTTTCC ATTTCTATGCTTAGTCTTCCTCTGAATCATTAGGTGTTCTTTGGCAAATT TTAGACGGGCCTGTACACGTTCCTTTTGGAGAAGAGGGATTTTCCTGGGA ATGCAGGGTTTTAATCCATTACTGCGTCATCTGTTCTTGAGTTACTCTTG GAGCCTGAACATCAGCTCGCATTTTGTGCAAAAGGAGACAATATATTGGT TTGCCGTTCTACTGTGGCCCACACAAAACAATCCATAGCGTCATGGTCCG GTGAGCATGGAGGGCAAAAATAGGGWCCGACAAAGTCAAACAAAATATTT TTGTGCTGGTGTGGCATGGAGCAGAGTCATAATCATCTGCCTCTTCCTGA CTTTACAGAGAAAATACCTCTCTGGGGTTATGAAAGATGCAGTCTCAAGG ATTGCAAGAAGGACACCCTGCTTTTTTCAAGATTATGGAATAAATAAATC GTTGATGGGTGCTATTTTTGATGAACTGACACCAAACACTAATGGCAAGC CACCAAAACAACAAACAACATCCTACTGCACATGCAGAGTTGTTACAAGC ACTCAAAGCTCGTTTTTAAACAACGGTCACAAGCTGTACAATCAAAGATA TAAAATTAATTTTCTTGAAATTGATGACTCATATATTTTCAATATGAATA AATGCAAATTAATCAGACTTATAGTTAGCTTCACTACGATTTCAACATAA TAAAAAGATGTCAACTTATATAAAAGAGACTGATACGTAAGAGAAGAGAA GGATTGGAAGGTAAAGTACCCATATAGATTGGGGAAAGTACATAAATCAT TTTAATATGAAACTTTTATGGGTTTGGTTAAGCAAAAGGATCGTTACTTG GCATTTATGGTTTACTAATATATGTATATAAATGAAATATACAATGATTA CATTAATAATAATAAAATATTTCTTGAAATGATGTATAGTTAAGTAACTA TCTGCAATAAGAACTCATCTCTTGGTAGAAGGAGTTATCAAATTGAGTAA TCTTTGTGTTTTGGAGAACAAAATAAGTTTCTAGAAAAGTAACAAATTAA CTTAGTTTTATTTCCCTAGAAATTTACTTTTTTTCCCCTTATTTCCCGAG TTTTTTTTTTTGTTTGTTTGAAAAAGGAAAAAAGAAGACAAATAAGATTA CTTGTAGACTATATGATTATCACGCAACCTTAGTTCTATAAAAATCAGTT TTCAATACATTTGATATACATCATTTTAAAGAGTCCTTCTCAAACAAGGG TCATTGCTTACTTTAAGCAATTCAATTAAGACTTAATTATATAATATTAA TCACATTTATTTAATGAAGCTATTACATCACTAAGTAGCTTCTTTCATTA ACCTCTCTATGGCGTCCTTTGAACATACATATATTGAAAGAGGGGAAAGA AAACATCATTATGTTCAAAATCTGATAGCAGAGGCTACACTTTCAATAAA TACATATTTATGTACAGAAATGTAAATCCTAAGCATCCTTTGTGGTGCTA GTGTTGTTGTTGTTGACAACCTAAGTAAAGTTGTAATCATAAGTATTTCA TTCTTGAGGAAAGAACATCACAGTATTGAGTAACTCTCTATAAGTGAGTG TACTTATGAAAAATGAAAAATAAACCGAGAGGAATTTTTGGGGAGTTCAA CATGTTACATGTAGGCCCTGTTGGACTCAGAGTAGAATTGAGGTTAGTAA ACAGAGTCATTCTGCATATATTCTTACTTGATACTGAGTAAGAGTTTATT TACTTCATCTCACAGTTGCTCAGAGGTAATGTTATGAAAAGTCATGACAG CTAAGCTGCTCTCCTATGAAACATCATTTGAATTGTCAGGGTTACCTTTT TTATTTTAACTTGCCCTAAATGTTGATGATTAAATATGGAATATGGAAAA TAAATAAACGGAGGTATCTGAGAACATGATGAAATTTGCAAACAAATAAT TAATGATGTTATTTTTTTTTTTAATTCCCTTATTTGCTTAAATTTTATCA ACATTTTCAGTTAATAGTTTTAGTAGCAGTAATAACTATAGGCTTAGTAT TTTGTATTGTGATATCAAACTACCATGGAAATGAATAAGAGTCTTAAAGG TGGAAAATGACGTTTGCATGATGGGTATGTATATCAACTTGATAAAGAAA ATATATCATCTCTATAAGAAATATGATAATAAATGAGCATGTAGGGGCAG AGCCATTCCAAACAACAATTCCATCAGCATCATCAAAGGTCATGGACTCA GATCTCTTTGGTTTTGTATTTACTATGTTCCATTATTTTTTTATTATTTT TTTTTGCTTTGAAATATCCTCATAAAAATTGTCAATTCGATATGTTCTAC GTTAAACGTTGTGTCTTTTCTAAATTTTTTATGATCCACATTTTCGTGGA AAAATAATAATTTTTGGAGTCAATGACAAGTGATTTCAAAATTTGTAATG AAAAACTATACAATACCAAGTTTCAGGACAATTGAACGTATTTTGGAGGT TCCTCAATTCCTTTATGAAACTTTATATTTAGATATTTTGTCGATTTTCA CAATTAAGATGATTTATTTGATAAATGTAGTTTTTAATGTAATAATCAAA TGGTTCATACTATGTTTTTATTGAAGAAAAAAAATATGGGGACCACTAAT CAAATTTTCTATTTTCTGTCATGTTTTATTTCCATTTTTATGTAAGAGAG ACTAGATTTGTTTCCATTTTTATAACTTAGTAATAATAATTAATAACTAT CAAGAACTTATAAATAGTTAAGTAGGTTGATCTTATCTTTATGATAGAGT AAACTTGGTTTGTCATCTTCACAAAAAAAATCATTTTTTACTTTTATATA TATTAAGAAAAACTCTGAAACCCACTCCCTCAGGCTTATACAACCCACAA TTGTTCCCGATACTCTGTTTTTAACATTCGAAAAAGTTGATTAAGCACCT TAAAAATTGTATACTATAATCTACATTAAAGTAATTACTATGTTTGAGAT AAAATTAATTTAAGGTGTACATTTTTAAGTATGCAAGTGGCACGTTTCAG GATTAAAATTTTGACTTCACTTTAATTCCTCAACAACTCACTACGTCCAT GCTTATAAATATCCCTTTCATTGGTGAGATGGAGTTGCATTGATTAAGAA TAAGTAAACGCTTGGTTATTAGTATTACTCCATCTGATCTAGGAACTGTC TTTGAAGTCCTGATACATAATGTATAATGCTGTTTCTAAGAACGACTCAG CATTGAACCGAGGCACATTGTTTCAATACAATAAGTGATCCCAAGCACGT TGTATATCGCATTACGTCCTTCTATGTGTTATTTTAGAATGAATCTGTTC TAATAATATTTTTGAATAATAATATTTATCTACATATGTTGATGTGAGAA GGAAAAACAACTCATTGTAAAACTGTCACATAAGTCACCAAATAAATAAT GATATGTAGCCATTTTTTAATTTTGTTTCATTCACACAAAATGCATCTTA TTTTATATATTTTTAAAATTCATGATTGATTTTTCGATAATGTTTAATGG ACAACTTTTTAAAGGTTTTATAAAGGTAATATGTTCTGAAATGCTTATAA TTTTACCCTTTGAGGTTTAAGTACACACACTTGTTGTTAAAAATGAATCA TCCACAGAAAGACACACAAACATACTTACTTTACATTATTAATATAAATT CATTTCGTAGGCTTAACCTATATTGAAGAATCTTATATCTAGAGGAAAAG CAGTGATTTGTGATATAATGCCCATAACATACAGGAAAATGCAATCCCAT TTATCATTATTATATATTTTTTTTCTCCATATAATCATTTGTAATAAATC AATACATTGCATTGACAAAAGTTTTATAACATATTTATGTGCATGAACAT TTATAGGTACAAAGATAACTTGACTAACACATACCGATATGCATATCTAC CAATATCCATACTTGCCTTTGTTATGCATTGTTATTGAACATGTCTTTTT TTGGTTTAGATACAAAATTGATACTGATTGTCGTATACAGTTACTCCTGT ATACATTTGTTATGTACAACATATTTATCTACGTATGGATATACTCCAAA AACAAAATGGAATACCTTTACTTCAATAGGTGTGTCTGTATATAGAGAGT AAGATAAAAAAAGTTACTGATCGATTTTGGTAAAACTTTAAAGTAAGATT ATACCGGGTGGTCCATTGAAATCTAACCACTTACTAATTCAATAATTAAT TAAGGTTGAGTTATTGAAATTAATTCTTATTTCGATATATTAGAGCAACA AAAATTAGTTAAAAAACCAAACAAACCTAGGATCTCTAGCTAACGTACAA ATCAAGAAAATAACACTTGAACGTAATGAACGAATTTCCATTCKCGCAAT CCAAGCAGTTGGGCGTCTCCAAGACCACTGTCTATGCCGTCAGCAAGTTT ATAACGTTGGAGAGGAAGAGGGGCTCTGTCAAAAAGACCAGTCATTTAAA AGTTAATTAGTTACATGATAAAAAGAATAAATTAAGAATAAAAATAACTT TTTTGTATAACATATTGAAAATAAAAATAAAGTTTTATTGAGTCATGTAT ACTTCTTTTTTATTTTTATTTCAGGTCATATAAATTCCCCAAATACTTTA CATTTTTTCCTCAATTAAAATTTGTATGAGTCTACTTTTCAAAACTAATA AAAATATATTTTAAGAACGTAGTAAATATGTAATTACAACATTTACTAGA TAGACGTCAAATAACTCGAACCTGGATATGTCAAAACTAAGGGTTTTATC ACTTATCCTATACTTGTTCGAATTTTGTCTTAGTAATCAAAAGTCAAAAT ATACAGTGATAATAATCGACTTAATATAACTTTTCTCCGCTATTTAAGAA AATCACTAAATGTGTGCAGAAAATAAAGCTAGAACAATTTTTTCAAAATG TAGAGTGGGGGTTAAATTTTTAATTTTGACAAAGTATCGATAACTTCTTG CAACAAATTTTACGAATTAGTCCTTGAGGTGTGTTGTAAGTTGCACTTAA AGTAGCCAAAATTTATCGTCACAATAAAACAAAAACAATTTAATAGACTT TACTTTGAAAGAGGCATATTTTGGTCAATATAAGTCTCTTAAATTAAATA AAGCTTGTATATAGAGTTAGGATTTGTGAGCGATAGCTCAATCACTCAAA AAATGCTCACCTTGACCTTTTGAGGAAAATTGCTCAATTTTTAAGCTTGT ATGAAATTTATTAGAGCAAATTTGGATTTTATTTTGATTACACATCAGTT TTTGATAATTGTTTAATGATATTTTTTGAGCAAAATACTACCTGCAATTA TCCTCCTTGATTAGACTCTCTTTATGGAGGTTAAACTATGTTTTGATTTA TTGCCATCAGGAGTATGATTACATAGTTGGATATGAGAAGGAGTTGGATG CCGACAACAGCCAATTAGCGGAAGTGAAATTTGGCACAAAAATGACTGTT AAATGATCCACCCTTTAATCTTGTAATAAAGGATAAGTACTTTTCAGCGA ACTTCTGATATCCTGATATTCTATTTAGGCAAAAGTTGGATGTATGATCA GTTTTGGTTATAATGAAATGCATTCATCTAACAAGACTTAAAGTTATGTC CAACTATTAATGTGAACGGGTTTTAATATGTTTTAAATGACTGTAATTAA TTGAAAGTAAAAACTAACGGAATAAAATATTTTTTAAGTCTTGATATGTC GATATAATTTATGCAAGTCACAACTTGTATAAGCAACCTGTACAAACAAG TTTCAATTTCTTCGTCTTAAGCTGCATTACTTAATCACAACATTAGTAAT TCTAATTATTAACTATTATATGAAACTTTCATTTCCTTTTGATCTATTAA AATTACATGGTTAGCATTTATTTATGTGGAACATAACCGTGGGGTATTTG ACTATATAATTTGTCAAAGAATATTTATATTTAAGAAGTTTGTATTAAAA TGGGCAAAAATTACAACATTAATATATTGCTCATTCATGCATTATTCAAT TATTTCATTTTCCTCATCTTAAGTACTCTTAATCCTTGTTTTAAAATTAT TCATCAAATACAACAGATACGTCATTCATCAACATTTTTAACCAGCTGAG ATAAAGCAGATATCTTAATCGAGAGTACGCGGAACTTTTGCAACGAATAA ATGACATACAGCGGTTTGGACAGAGCCGTGAATGTCAATGAGTAAAATTA ATTAGTKAAGGTAATATTTACGACAAAGTKCCCTGCCATTGTTAATTAAT GCTTCATTAGGACTAATGAATAATATTGCAACTTTTATATATTAATTAAT GAATTTAAATTGTTCGTTCAAACATCATTATAATTAAATTAATAAAATAA AATTACTTAAAAAAATCATATTAATTGATTTGATAGTTAATTGCTTCTTT ATATATGTGGATTTTTTGCAATTTTTTAAAATCAAATACAACATATAAAT ATATAAATTATACACATTATGTTTGTAAATTGGGGAGAAGCTGTGTTTAA ATAACTTTCAAACAAAAAAATTCCCCCCTATCTAATCATATTTAACGCAT TTGTATAATTTAAATGAAATATATTTTGAGCACCAGGACGATGAAATTTT GGAAACAGTTACACAAACCATAAAAATCATAATTTTGGGTTTTTGACTGT GTCTTATAATTTTTGTACTANTACTATAATAAATTAGCAAGTGTAAATAC AAGCTTAATTGATCATGCACGTTAAATTAAAATACACAATAGTAATTAAC AATAAATTAACTATCATTTTTCTGCCAAATGTCCCAAATTGTCCTCCTGT AAAATGTAAATTCGGCAAGTTATCCTTCGATGAAATATCGTTCGGAATAA AATGTTTTATGGCAAAAGTCCACCAACTGTTTTTCATCTAAACATACAAA TAAACTTTCCTCTATTTATAAAATGTAAAAATATAATGGTCCAATTTGTA CCTTCAACAACAAAGTTGGATTGCCTCTGATGATTATTCCTTCCGTTGGT CTGTTTATAAGCAGGATTACGGAAAAGGTTACAAACTATTTTTTTTTTTG TAAAACTTTATAAGAGGATAATAAATATTTACAGTAAGAAGGCCTTGAAT TTTGAGAGTTTAAAGTCAGCCAAAACGTTGAAAATACAATTTGTATAACA ACTTTGAAAAAAATTAAGATACATATACAGAAGGTTATAAAATATACCAT AGTAAGTGGGAACGGTTTTTTCTAGTTGGGAATCTGAAAAAGGGTTTGTT GTTTTTCAAAGCTTTAACTCTTGAAGACTGAATATTTAACTATAAAGTTA TAACTAGTTCAATGTAGTTTTTTTTAGTTAAATTAGTAAGCCATTTTGTA CTTGTAGTACAGGAAGAGGTGTTTGTATAATTTTCAATTGAAAAATAATA ATGAAAAGTAGAAAACTCATTAAAAATTGTGAGCAGTGTTGCCATTATAG CTTATTTTCATCTAAAGATAGGCGATAATCAACATGCTACCTGAAAAAAA TATTATTTAGACGATACCTGCCGGAAGCTTGGCTAATCCTTGCAATAGTT CAAAATATAAATTGTAAATTATTGGCTGGAATTAATGTGTGAAAATATAT GGTTCATTGATAACATAAAGAATTTCTTTTAAGAAGAGAACTACAATGTT TTATATAAAGTTGCGATTTTTGTATATGTTATTAAGCACTTCATACATTT ACAATCTAATTTTTTTGTTTCCTTCTATAAGCCACTTGCTATTATCAATA GATAATAGGACTGATATAACTGATCAAAATTGGAAATGATTGTCGTACAA GTACTAACTTTAATTTTTATATTTTGCCTTAAACATTGCAATCCTAGTTT CATATCGTCGTTGATTTATACTTTATCTTAGCTTCTGTTTTAAACGTCAA AGCCTCTTCTACTTACGTTTGTATATTGTACACAGCCCTTTCTTCAGCTA ATGAGCACGCCTTTTTCAACCCTTATATCAGTTGTAAATGGTTAGTCTTA TAAGGCAAGATCAAAGTTCTACCAAATGTAGATCTACAAAAATATTCCCA GTCGATTTTTAGCCGTGTGTTGATAAAACTAGCTGATATGTAGGCTTTTT TAAAGGTCGATACTGCTGATTTTCCTTAAACCTGCAAAGCCAACATCTCT TTTTTTTTTTTTAAACAGTGAGGGATTTCCCCAATTAGTAAATATATTAA TAAATATTTAGTATAAAATTTATTTTTTAAAATAATTGATACAAATTTAA ATATACTTTTTCACTACAGTTTGGAATAGTTTGACAGCTTAGTATCAAAT ATCATAGTTAAATTAATTAAAATAACTTATGACTTTAGATTATTTACATA TTTCGTTAAACATTGTACACGTTTAAGGAAGTTTAATTGTTCATACTTGT TAAAATAAATAACAATTAAATCAAAGAATATTCAAAAGTAAAACACAATA GGTATAAGATTATTTTTAAGAAAAAAATGGCTCATCTCGGACTTTGATGT TAAATTTTTTCCAAAAACTCTTTTTTATGGGAAAACACTGCATATACATG CATGTATATGTATCTAAAAATCGATATAAACATATTAAAAATTTAATAAA TTAGATGTATAATATTTTATTCCACCAATTTGTAAAAATTGTCAAAATTT GATTAATCGTTTAACATTTGATTTTTCATCCATCATAAAACCTATGTAAA TTTCAATTTCTATGGCTCTGTCATTATTTTTAATCTCAACTACATAACAC GGTGTTACGCTATTAACAAAAAAATACCCCGTGTATTTTGCTTTCAGTTG TCGATTATTTCGTCATTGTTATTTCATAATTTATTCTTTTTGATAAATAA ACGAAGTAGTAAATTATAATAAATTCAAATTATTTCTATAATCAAATTTT GCATATCATGTATAATACATATATAAAGCTATGTTTTTATCAAAATATTC CTTAGTAATACTATAATACAGTATTTAATAAAATACTATGTTGGATTTAA ATGTATGTAATTCATTTCAAAAATTGNNATTTCATATGACATTGATAGTC TAAAAGAACTTAAGATTAAATAGCAATTTTTATGATTAATCTTTTCGGAT GAAAGGTTGTGACAAATAATAAAGATAAAGGCATAATATACAATATAATT TTCTTATTTTCCATATTTTTCTTTTCTGAAAAAGTTGCTTATTTTGAATA ATATTATCTTCCAGGATGCTTTCTGAACATAAATAAAATAACAGGTGTTA ATAATTATACTTTTTTTAAACTGTGGCAGTGGAAATGGCTCAAGAGACTT ACAATGCCTTAAAATGATTATTTTTTAATAATAAAATTCCATTAATTATA AAAACAAAAATAAAATTTTGGAGCTTCCATTGTTATTCGTTATTGTTGAA TGCTTATAGAATCTTACTTAAAAGCTCATTATAGAGAGAAGTTATATCAA CAGAGTGGTCCATTAAGATNCTGATCAATTTAAATTAAACAAGATATTAA TTAAGCATAGAATTTTAACAAAATTAAAGTATAAATAGATATGGGCTTGT GCTCTCTTAATTATTAATTTAGTAGCCTTTAAAAGAAATGATGGCTTCTA GGGGAAGCCAGAAATCGTTTCATCCACTGTGTAGTCAAGAAAGTTGGTAT TTAAGGGACTAAAAATGTCAAAAAAGAGTCTTGCAACAAAGGAGATGGGT TACTTTCATTGTTGGCGACAAAAGTGGCCTCTCCACCCTCACAAGGCTCT CTCCATCCACTTTTTTGATAGCTTTCCAGACAGTTTGGCTTGAAACCCAG AGATTTCTTACATTGGCACTCATAGACTTGAGCAAATTGGTGTTGGCTGK TTTCTTTAAGTCCTGTAGGTCCAATTAGGCTTTTTGGACATAACCTTTAT TCCTTTACAATGTTTCTTACATGCTGACTGCGTAGAAGATGCTCCAGGAG ACGACCAACTGCTTGGAGTGCACGAATTGAAATTCGTCGATCACGTTCAA GTGTCATTTTATCGAATTGTGGATCTGCTAAATTTTTTTCCTTTTCTAAT ATATTGTTTATGCTTTAATATAACAAGATATAAAATAATTTCAATCACTG AGCCTTAATTAATTATTGAATTAATATGTTTTTATATTTTAATAGACCAC CCGGTAGAGTAAGAATATAGGGAGTTATTTAGAAAGACAAAATTTGACAC AAACGGTATAAAAGAAAGTCATATTCATTTTTTTTCTTATTGATACAATA TTTCACAATTATAATAGTTGAAATGATATTCTCCTCAGGATAGACTTTTA TAGTTTATTACATAGTTAGTCAATCAACTACTTTCATTTAGTTAAAGTTG AAATTATATCCTTTATACTTAGAAATAAAAAAACAAACAGTAATAATTTG ACCTACAAAAAATCTGAGAGTGACAATCGAGAGTTTCCCACCTTTTTTGT ATGAATCAATCTTGCCTCCAAAAATTAAAAGAAAATGCCAAAAATTAGTT AGAAGTTTGGTAATTCTCCCAATTATCAAATTATTATTTTATAGTTATTA AAAATTGTTAAAATTACGTGTCATTTTGATTTCGGATTGGGTAGCCGAAA TTTACGACAATATTTATCTCTAAATATTAGAGCTGACCAGATCCAAGAAA ATGTAGATCGGTTTTATTTTCACTCACAATCAGCTCGTATCTACAAAATA ACTAGTATGTTGGGCCACTCGTATCTCAATGTATCACCATATATCTATTG ATATCCATTACTGATGTTTTTAGAAGCAGACTGAAGATTTCAATGTTACT AGAACTGTCTTACTATACCAAAGTGCCAATTAAAATCCCCTTATCTTCCT TATATATTTATTTTTCTAAGGAGTCCATGATTAATAGTTGTATTCCTAGG TAGATAGAGAAACAATTTAATCAATTTTTATGTATTTAAAATAACGAAAT TTTGCAAACACGCCTGAGTCAAGAAGGAGCGGCTATTTTTTGATACATAT GATACTTTCTTACTCATATTTTGATGAATGCATATCAAAAGAAACCAAGA AGAAAGAAAAATTAAAAAAACAAAGAAACGTGAGGAATTTTTTAAACTCT TATCAACAGAGAAGAAAAAATTTATAATAATAAAAAATGATGCAACTTCT CTATAAAAATATATAAATAAGGTAATGCCTTAGAGAAATGCTTCCTATGA AATATACCTATGTTCATAGATACCTTTTAGTTCAATGAAGCGTGCTCTTC TGATTCTTCCACTTTGCCAACTCCACTTTAAACAATAAGATTTTACTACC TGATATGTACATTGTATATATAAATATTTAAAAATGTACGTGGTATACAG CTTATAATTAATCATAAGTTGTTGGGTTTTTTTTAGTTTTTTTTAATGAT TTAACCATTTAAGGGATTTTACTCGATATATCATGTTTTTCAATTTTTAC TTTTCTTTTGCGCAGACGCAATATCTTGTTCTAAATTAAAAACTTAGTTA TTAGGAAAGAGAAATACATTCAATGAGCTTAGACTAGAATTAGAGTACTA AAAAAGATAAACAGTTGGTTTTGAATTGGAAAAAAAGGAGTTTTTAACAT TTTAAGTAGACGAATTAGATTAGGCAAGAACTAGGAAGGCAGTTCATAAA CGTCAGGGAATCCTTCATCGATGTGAGTACATGATTATGATGACTTTAAC TGGATTGAGCTAAAGGGATTCGTGGATTGTTTAAAGATTTAGCCTTCGCA AAGGATTAATCCATTCACTGTTCCTCATGATTCTTCTCTCACAGTAGATT GATGATGATTAAGGACTCCACTACAAAGATTAAAATATCGACAGCTGTCT TTCAGGAATCAGGGCTACTATATATGTATATTTCATTTTATCTTAGGCGA TGGTATTTTACAAAAATAAATGTTATATTTATAATTTTGTTCTCCAAGAA ATTGACATGGTTTTAAAAAAAGATGAACTTGTTACGGGGCTGAACCACAA ATATATGTTAATGGAGTTTAATTATTTTGATCAACCTTGTGACTGAAGTA TTTTTTTGCAAATTAACAAAGGGAGTAAGTTGGTTTTCTTCGATTTCTTG CAATTTTCTTTAACTTTCAAAAAATTGCCACTTATTAGGATTATATTAAC AACGGCTCTTTGTGGGCTGTGAGCAGGAAGGGCATTTTTATCCTATCTTA ACCTCGACTGTCAAAAGACAAAGGAAAATTTTAAAAAAAACATGGTACCT AGCGTTATGTATTTTTCTTGTTGCAAACTGTTAATTATCATTAAGAGAAT AGTTATAAGTCATTATACATATTTAGTTTTATCAAAACAATAATCGACAG AGTATGAATTCTTAAGGAAGTCTGTAAGTTGATTTTTATCAGTATAAACT CAAAATTTCTATATATAGTCGAATTTTTAAAATAAATGAAAACTGTTGAG AAAAAAAAATACACTAAAGTTTTGTTTATCTTAAAAAGATAGCTATGTAG TGCATCTAATCTGAATTATAAAGTATTTTCTGGTTGTTTAGGTTCAGAAT AATTTTTTTTTATTCTTATTAATTTTCTTGTAAAACTCAAAAAATTGTCA ATATTATAATCAATAAAGGGAATATATTAACATTAACTATCTTTCGAAAT TGGTGCAAGAAGTTGCATATTCTCTTGAATTTTGTAACTAATCCAGGCCA ATCTCAATATTATTTCCACAAGATGAGTAATATGCGAAAATGTGAAAAGC TCAGCCAACTAAAAATGAGAGGGATATGACTTTCATGTTTTATTTGACAT AAACAGTACAGTCATTAAAAAAATGTGAATCAATTACTTACAACTTTTTT CTAAACATCCTCAACATATTTGTTATGAATATTTGTCATGTGAGCAGAAA TAAAATGACGCATTATGGCATATTTTTGCTGTCAAATACTAACAAAAGAG AAAGCTATTCAGTTCCCCTAGAAATGTATATATATATGAAGAGATTTTTT TCCTTAAAAGTAAAACTAAATAATGTTTTAAATCAATTGAATTTCCATTT TATTATTTTTTATTTGCAAAAAAATAAATATAATAATTTAAAAAGGTACA TTGAAACATTTAGATGGATTAAAAGTTATAATAAAATAAAATATGAGGAA AAAATTACATATACGTTGGTTATGAAACATTATTTTTACATTTCATGCTA TCAAATAATGGTTTTATTAAAAAATAGTCTTTCATGTACAATATTTTATT TAAAAAAAAAAGATATTCAATCTTTTAACGTTTAATTCTAAATCATATTT TTGCTTAAAAGGTCAGGATTATTAGTTATCCTCATGCTAAATTTTCCCTT TTTCTGGTGGATATAAAATGAGTATTTATTTTCTAATTTGAAAGCCATTT TTATTCATGATTGAAAGAGTTACATTTTGTCTTTTGTAGAAAACATTATT AATGACTAACTTATTTAAGTTAAGTATTCTTCGAGGTGTATTTTCAAATA ATTTAGAATGAATATAATGTTCTTCTATAAAGAAAATAATTAACCTAATT TGATTTGATTATATATATATGAATATGTAATAATAGTTGCTTTCTCAAAA TTTCATCTAGAAAGCTTATTTGATAAAATCTTGTTTGTTTGTTTTTCCTG TTTTTTCTATTTGCTATGGTCCTTCAATAACTTTTTCCTTGTAATAATGT ATAATAAATTCAAATATATAATAGCTTTGGAACGCATAATAAGTATTTAA CGTTACATGAGGTCGAAATAATGAATTATGTTTCACACTTAAATAGTATG AGACGGTTTTMCCCTNCCCTTAGCCAATAGGGATAAAATACAGGGTTGAT CTTATTTAATGGTACACATTTTATTTTTTTCAATCCGGATTGATATTGAT ACAAAATCACGGAGGAGGACAACTAGACATTTTATGTCTAAACAGAACAG GCTGAAAAGTTTGAAAAAAAGCAAAGAAGTTTGTAAATTTTCTCCAGGCC AAAAAACATTCAGGCACAGTTTTGCGCATTTCTGATGAAATTTTTTTCAC ATTTGATGCTAATTTGAATAAGCAGAACAGCAACTGCATCAAAACCAAAC AGCCAGGTATTTTCTCATCTTCAGTTATACATGTCTTCAGAACAAAAAAA TCAGGTGGAACAATAGTCTTGGGCGTTGTGGAGTCAGCCATTCCATTTTT GTGGACTGAAGAGTAGCTCAATACAGATGCTTAGATCAAACTTTTGGATC GTGTCATGGTGCTGCTAATACCCAGACTTTCATGAGATAAAACTTTACTG ACTTATGGTATCTCAACATGTGGCCGCCCTCCTCTCCAGACAAGAACCCC TATGACTACTCTATCTAGACACGTCTGGAGAGAGAGGTGTGTATGCTACT CATCACAGGAGTTCCCAGTACTTGGAGGCTCCCATCAAGAAGGAGGGCAC CAAGCTCGAGACAAGGTCTGCAAGGGAGATAGTTTTTGTAGTTAGGAAGT TATTGGATCTGAGGGATCACATTGTTAATAAAAGTTGTGCTTAGCACTAC CTTCAGATAATTTTGTAAAATAAATGTCCAAAATGGAATCTCTTGTTTGA ATTTTACTCTTGAAAACTGAAAAAAATAAAATGTGTACTACTAAATAAGA TAAGCCCTGTACGCAGAGATTCTAATATTATTTTTTGTCTTAAAACAATC GAAAATTAACATGGGCACACTGACAATTCAAAAAATGTTGGGAGAAAAGC ATCATGTCATGACGTTTCATTAAATTAACTGCTAGAAGCTATGGGATGAA GAAAAAATACACATAATCCACTGTGTATCTATCAATGACATAGGCAGGAT TAACTCAACGTCGATCCTCCATTCTATTTCGAGGTCAACAAGAACTTACA CTTATGACTCCAAAACAAATCTTTAGAGTTACTCTTCGTCTGTCACGAAA TATTGATTATTATACACTTATTTTCACTTTTATTCTTAAAAATAATTATG ACAGCTTTGGTAAATAAAAAATTATGATTAAGTATAAATTTTACAATGAG TATTATATTCAAATTTCATATTTTTTAACCTCTGATTATAGACCCCGAAT TTTTTTTAAATGCTTCTTATTCCTTTCAATCGATATTTTATCGCAATACC TTTCAAAATGCTCCGGAAATATTTAGTTAAATTATATATTTTGCAAATGC CTTGTTTAGTATTTATTGTAAATTTAGTTATTTCTATTGAGGTTATATAG ATTTATTTAACTTTTTTACTTAGAAGTAATTCCTTTTTCCCGTTTTAAAT TTCTTCTTTTTTTTCAATNNNNNCGAGCAAATAAAGTGATACAAAACTTA AATTACCTATTTATTATTGTTGTTCAACTGTGTTTTATGTCATTAAATAA GTTTAATTTTTGAGGGTATATTTTTTACTCAGTTAAGTACCCGCGTCATA AAAATAAGGTTAAATTTTTACTTTTATATGTACATCTATGTGTTACTATT TTGTAAAGGTCTTTATTTTTACAAAAGCCGTATTAAAGTTCAATTTTGAT CATCTGGAAATATTCATTTAATTTTCTAATTATTATCTATGATTTTATTT ATTTTAGTYCCTCCAGTTTGTAAGCCACAAGAAGCCAAAGTATATGGAGT AGCAAAAATGGAAACTGCACATATTGCTTGTAATGTTGAAGCAAATCCCC CAGATGTAGACTTTAGGTACGTATTTCTAAATAAAAATCTAAATAGATCA TATGAAAATTATGTTTCTTAGACAACATAACTATTGGGTCGTATTTTTTT ACGTAGCACAATTTTAGTTGTACTTTTATTATTTATCACAATATTTACTT TTTATTTTCTTTCTTTAACGATTTCACGATTCCATTAATACACTCATTAA ACATTGGTTTAAAAATAATAATTGTCACTTATACCTCAATAGAAACATCA TAAGTGATATTGTGATATTTATCGAAGATAAATATAGAAAAAGAATAATC ATTTTCGAATCCAATTTTCTTAATTAACATTTCTCCCATTTTGTAGATGG ACATTCAATAACTCTGCTGAGGCAAAACAAGTTGAAGAGCGATTTATCAA TTCCTCCGGGTTTAGAAGCGTGCTGGTGTTCACTCCAACCCGTACATTAG AATATGGAACACTCATGTGTTGGAGCTCCAACTCCGTCGGAGAGCAAAAC GCTCCATGTGTATTCCATATCATAGCAGCAGGGAAACCAGAAGCAGTGCA GAACTGTTCCATAGTAAATGAATCTACAGACTCTTTTGGAGTGAATTGCT CACCCGGGTTCAACGGGGGGCTTCCTCAACACTTTACTCTCGCTGTATAC AAAGTTGGGGAGGATCAGTCAAGAACTTTAGTTGCAAATCTCTCTTCTCC AACTCCACATTTTACAGTGACAGGTCTTGAACCAGGAAGTAATTTTATTG GGTCCCTACTAGGGCACAACGTAAAGGGAATGGGTGTACCCACAACGAYC CGAGTATACACATTGAAATTACCAGAGAAACTCATMCCTCCAATTGAGCC TACGCCTTCCAATGGTAAGAAAGAGATATTATAATTAAATTTAATGTTAG GACCATTAATAAGTAATTCATCTTATCTTCAATGGTATTTATATATTCGT TAACCCTTTGAGTAGCATAAGTTCACCAATTATATTTTCAAGCAAGTTTT TGTATTTTTGCTCATTTGAAAGTATAAATAAGTTTTAAAAGGAATTTTTA ACGATTCAAAATCTTGGTTTGGATCTTCAGGAAGATCAAGCAAAACTGGA GCCTTCAAGTGTCATTTTTTTTGTTTAACAAATTTTTGTCTAGTCACCTA TTCCAGAGTACATTTTGAAGGTTCATTTTTATAAATAATACACTCCACAT GAATGGCTGCTTCCGGTACTTGAAGTTGATTGCATACTTCTATTGCGTCT GGAAAAAGTTAATCTTCCATATTTTTTCTATCAAATTCTTCACAAAATTC CTCTTTTTCTGTTTTAACTATAATTTTGTCAAGCAATGCAAAGAACAAAT CACTGCCGTTTTATGATCTATATAAATATATTTTTTAAATGTTTTTATCG CTCTTGATGACATTTTCGCTAGTTTGAAATTATTAATATGATATTACTAA TATCATAAGTTTTAAAATACAAATAAAAATAAAGAATAATTAAAAAGCTC AGTAACGTATTTTGACCCTTAACCCAAGTCCCACTGCTTAAAAAAATATG GAAAAAAAAAATTACAATCGATTAAATGGATATAATCCAATATAAAAATG GTATACAACTTCTAAAGAAATAAGAAATAACAGTCTCATTATTAATAATT GAACACAATCATACCAATTGTATAAAATTACGAAAACTTTTATCAGATTA AAAAATATATTCTATGACAAAAGATTAATACAATAATAAAATATACACAG ATGATCAATTCAAAATAAAAATAAAATATTTTTGAATTATTGAAAAAAAA AAGTTATTGTCAATTAAAATGATGGAACGCCTATGTTTCTATTGTCTCGA AAAACTTAAGTAATACATCTCCAAAGATTGACAGAGAAGTGATAATACCT CGTGGTTCCACTCTTCTCTTTTCAAATAGGATAACAATAAAACACTATCA ACAACCTGATGAGAACATGAGAAAAATCATCTTAAAATAAAATATAATAG AAGAATAAAATTTGAGATATAAATAAAGGAGATGATTCTATTTGGAATTT TTTTTTTTTTCATTTTCTTTCTGCTTTTTTTACTATATATAAAAATATTT TGTAGTCTCCAGTGACTAATATATGTAAGTATATACTCGAATATATAAAA TTTATTTCTACTTTTTTACCAACGGATCCTTTATTGTACCCTCCAAATAT TGTTTTTGTAATATAGTAGGGATATGTTGATATATATTGTTGAATTCATA ATTTAAGGCTCCATTATTCAAAAGACAAGCATGAATTTTTTTGATGATGC AAATAACTTATATTATCTAAATGGCAAAATATAATTTACAAAATTAAAAC CTTTGTAAAATATATTAATACCTGATTGGTTTATTTCTGTATAATAGTAG GATAAGAAACACTAATGATAAATGAGAACCGTTAAATCAAACTCAATCTC GATTTACTAATCAAGATCGTGTATATTGTAACACAATGGGAAAAAAGTCC GGGCTTAACACATGGATGACACATTTTTTTATGATTAACCTATTTTAAGT GTGTAAGAATCTACAAAAGGCAGCTCTCAAAATTTCATGATAATCTGTTC TTTAGTTTGTGCTTTATTGCACGTTGTGTGAGGCTACGTTTGTTATTCTT AAACCAGAAAGGATCAAAAACAATTTCGTCTTTAATTTTACACTGCTTCT TGAAGGGAAAAAGTACGGTTCAAGCTGAGCAATTGCTTGAAAAGTGAAAT GGGAACTCTGCTTCGCAATGTGAATCAAAAAATAGTAATAATGATTTTGA AAAAAAACGTATTTTGAACAAAAAAAACTTGTATTCTAGCCCCTGAATTT TTCATTTCATGTGTTATGTATCAAAGTTTCGTTCTTCTGGATAAACTAGC AAACAGAGGTCAAACGATCCATCTTAAATTTGTCTTAGGAATATTTAACG GCATCTTTGATAATCCAGTCAAATTAAATTTAGCAATTTTTCTAATAAAT CCTTAAAATAGTCATATTTACATATGTGTTTACTTACATTTACGAAAAAA CCAAGTTTCTTATTAAATTAAGAAGAGAAAAAACATAAATACATAAAACT ATACAACAGCATTTTTTTCACCTTTATTATTTATTATATTTTTTATTTAG CCATAGAACATTAGTATGATATTTAAAATTTCAATTATATTAAAAAAATA ATCATTAATCTCTTTTTTTTTTCTTTTTCTTTTTTATAGTAAAATTTCCA TTCAGAGCCATAGTTTGAAATAAAATAAATATATAGATGTAAATTTAAGG AAAAATTAGCCAAAAAATATTAGTTTCCAAAAAGAACCTATATTTTATTC ATTTCTGTTTGGTTAGACTCATCTTGTAGAAACTGTATTCAAGATAACTA TATAAATATTTTAGTTCTCGAATACTGAAATGTTTTTTATGAAGTATTTG AAAACTTTAATTTCCATATATATAATTATTTAATTTCAAAATATGACTCT GAATCGAGATTATACACTAAAAACGTGATTTTTAAGGCTGTAAATGATAA AACCTAATTGGGACAAAAAGCTTTTATTTAAGTAGTTCATTTTGTCGAAG GCTTAAAATAAGCTTTTCAAATCCAAACAAGTTCGGGTATTTCCGCAAAT AATATTTAAAAGTAATATTTTCAGAAGTATACAATTATTGAGCTAATTAC AAATATCCTAAATCAATCATTGATAGGTATAATTACACTGGTAGACTTAT AAATTGTAAACATTTTTGCTAAGTAAAAAAATAAACCAAAAATGAACATG GTATAAAGTCTACTCAGAATCCAACAAGGACTTAGACTTATAACTTATAA GCAAACACATTTGTTTTCAACTCTCTGGAAGAATGAAAAAATGATAATAA CAGTTTTAAAAAATAAAATAAAATAGTGTGTATGATGCCAAAAAACAACA ATACTCGCTCTCTCAAAAAGATTTAAGATATATAACCCTTAATATAGGTA CATAAGTTATCAAAATTTAAACTTTTGATGATGGGTACAATAAAAATGAA TATACTTACCAATGATTGATCAAAAAATTGTATATTCTTTGAACACACTT ATTGAATTTATGGATGAGTGTGGAATACTCTATGTTTGAGCTTATGCTAT ATACTTCTAAAATGAATTAAAATTCATTTGAATCATGATTAATTATTGTT TTGCTTTGTTTTTCAAGGAAATAATATAAACATCAATATGGTCATGTGGA GCTACAATTTTATTTTGATTTTAATTTTATTGAAGCATAAATCGCTCGAG GTTGATATAACAATAAATAAAAGCCCATTGCTCACCCATTGATATTTGTT TTTATTTATTCCCTATTTTAATAGAATACAGTAGAGTAAGTTTCCCCGGC GTTGCCCGAGACATTAAGAAATTAAATTACTTTAGAACTCTTCTACTTAA TATAAAAGAAAAATAAAGAGCGTTAAATTTTTAAGAATTATTCACATAAT GAGAATGAGTATACTTATATATATGATTTAGAGTAATACTATGAATTTAT TGTGAATTTATATATGTAAGTCTCTGCTGAACTCTGATCACCCTACAATT TGACAAGTTAATGCTTAACTTCGTTCTTGATAAGCTGGTTAAATAAATTT TGCCACTATAAGAAATATGTATATATTTTTAATTTTCTAAAGCTGTTACC ATTAAACATTATCCATGAGGAGAGAGGATCTAAGTATAAATTGTATCATT GAGTGTGCGTACAAATGAAAGAAGGAAAGCAATGCAAATGGATTGTGGGA CATTTTTAAATGCAAGTTTCTGGTGAAGTCAGAAACATGATTCAAATTGC AACAGTAACCATGATATTTTTTACATACTGAAAGGCATACGACTTACTAC TATAAATAAAATCAAGATATCCTTTCTAACATTACTAAAACATAAAATTA GTTTGTATGTATGAGTTTGGGCAGTAAAACTTGTCTTTTAGAGGTTGCTT CAGAAATTGTCAATTATTTAGAAATATCAAATATTTCATATTTTCCAAAT TACAAAAAAAATATATATTCTACAAAACTTGAAAACATAGCCTTTGTAAA CTCGTTAACTCAATATAAGCACCTTCAGCATGAATCATAGCCATTACACG TTCTTACAGGAGTTTATAACAAACTCATCAGACAAGTTTTCCCACSCAGC CACTATGGCTACCTTCAGTGATTCCATATTGGGTGTTGATTTTTGGTGGT TTCCTTCTTCAAATTGCCCCACACAGTAATGTACAGCAGGCTCAAATATA TATAATTATAATATAGTATTTATTTGTGCCCTCCACTTTGTGTTTTCCTG GATAGTCTTCTTCATCATTTTCCATCATGACTACTTACAAAACCAGGCTC TTGGAAAACTTCACAATGTCCATGGTCATAGCCGACTCAAATTCCATATT AAGGAGATTTGAGATGTACTACCTTTTGGCTTTTTACTCAATCATGAAAA CAAGATGACAAAATATTTATTAAATATTGTATATGCTCAAAGAATGGCTC ATACAGAATATCAAAAATAATTACTTAATCTTCCTTAGAAACCTTAATTA GAAAATTAACATTCATTTACACTCTACATTTTGCTGGCCAACGCTGTACA AATACCTACACCTGCTTATATATAAGTGGCAACTATAAAAAAAACAAGAT TTTATTTTTATACATTGAAAACTAGGTTAACATACCATCAATTTTTTAAC ACAACTAGAGTGATTTTTTGCCAGTATTACTTATTTTTATCCGACATGGT AACAATTTATTTTATTTTATTCTCGCTCTTCAATTACTTCAAAAGATGTG CATTTTGCAATCCCTTGCGAATCTACAATCCCTTCTCTTATTTAGAATTC ATCACTAAAATGAATAAAAGGCTCCAGATCATATGTAATAATACCTATCA AAAAAGGAGGGAGATAAAAAAAAAGATTAATGATAGTTTTTGGGGGATTT CGGTGATTTTTTTTACTTACTTAGTTATAAGCCCATTTTGTGTATTTATT TAATGTAACTTTTTCAGAAATATGTTCCWGATTTACGTTTACTTATAGGT AAATTATTTCCCAATATAATATCAATTTAAAAGGTATTTTTAACCCACTA CTAGTGAACATCCTTTTGCTATGTAGTTAGTGACTAAAAATTAAGTCATA TAATTATTTCATTCATTTTGCAATCGAAAAAATTATTAAAAATTATAAAA TATTTCTTTGAGTTTAAGATAAAGAGAAAATTATACATCATTACATTTGA GCATCAACAAGATATAATTCGTGATTAATATAGTGAAAACAATATAATTT CATATCGGATAAAACTTCTATAAAATAATAATAACGAATTTTAAGTACCA AAAATGTACTTACTAATTTCAATGAGTTGTAGTGTGATATATAGCTGAAA ATATATAAAACGCGTATACCTTAAATTAAATAAAAGAAAAACATGTAAAG AACAACTTAAAAGCACACAAATTAATAAAATTCTGCGAAACTTTTTTTAA ATGGCTGAATTTACGAATAATTCCATGAAAATACATTTTCAAAACACCAA AAAGTTGCAATCAATTAGTGTTAGAAACATATCAAAGTTTCAGACAATGA GATGGATTTTAAACAGATTTGAAGCAATATGATAAAATTTGGGATAAAAA AATACAGTTCACTAACGAAGGGCTAAAGTCATTATATAGAATCAATGTAT TCTTAATTTTTTTGGGTGGGGTTTTATTTGCAAATAGTCAAAGCATATTG TTCAATATTTGATTTATTGTGTTAACATAAAATATGTTTTCCTTGTGTTA AAAAAAAGCAGAGAAACCCGATCTTTTGCACTATTATTTATTTATATTGA TTGCTGCGGTATTAATTTATGAGTTCCAACGAATATCAATATAATGTTGT TTATTTATATGTGCATTTTTTAAGCGTAAATTATGGTTTAATTGTTAATT ATTATTACATATTATATATTTTACATTCTGTTGGGAAAAATGTTAAATAT TTTGGAACATTTTTGTGCAAATAATTTTTTTCTTATTGTAATTGAAGACT GCTATGAAAATAGCGATATTTTTTCCCATAACAAAGTTTTTGAGTATAGT TTTATAAAACAACAAAATAAATATTTGTATATCTCTTATATTACAATACA ACACATTTATTCAAACATGAAGTAAAAAAAAATATTTCACTATGTATGCA AAAAAACAACTTTTATTATAGTCATTGAATATTTAATGCCCTTGCTTAAA AATAAATCTTGAACCAATTCAAATTATTATTCCCATTAATATTACTAGGG TTGCTCACTATACTGCTACTAAATTGGGGNAGGGGGGGGGGGGTGGAGGT GGCTTTATAAGTTTTCCTCACATAGTGGCACAGGATCCATAAAGACCAAG AGACCATTTCCCCTTCCAAACTTTTGGTGAACTTATATAGTTATCACAAT AAAAATATTCGTCTTGTTCAAAAAATTATCAATGTAATAGAAAAAAAATC TCTTTGTTTATTTTTATAAAAAAAATAGTAAGTATTGAAATATATATTAC CTCAAAAAATAACTCTAAAATTATTTCAAAAAGTATGAGTGTTCGTTAAA ATTTTGTAGATTCTCAAAAATTTTAACTCTAAAATTAAAAAGAAAATGTT GAAAAAATCTCTTTGTCAAATTTTGTATTTTTAAAAAAACAAAAACATTA TCTTATGATAGTCTAATGTGTTTTTAGTGTTGATATAAAAGATGTTCTTC TTTTGTTGAAAATAAAACCATCTTCAGCAGAAAAGAAGAAAATATATGTA CTCTCCTGATGAAGTCATTAATATAAAATTCCCCAACCACTTTGCAAATA CATTCAGGAATCAATGAACACAAGTCTCGAAATCGAAGACTGCATAAGCG AGCAGATGAAATACAATTATTGAAACCTTTCAATAATTACGAAATAACTT CACTAAGTTAAGAGATGCACACGAAGAATGCACATTTTAGAGCACGAGGG TGATAAAGACTTTTTGAGATATTTGGTTAATTAGCACTTTGGAAGATCAA AAAAGTAGATGAAAGGTCTCATTATGTGGAAAGAGGTTGTGAGTTGGTGG GTTAATGAAAATTAGGGGTTCGAAGTCCATCCTTGAACTGAGGGATAAGA CTGGAGAAGATATCATCTCATTGTGTCTTATCCCTAAGTTCATGGATCGA CACCAAGTACATCTCTTCCCTCCCAAAGAGTTATACAAAAGAGACAAACT CACAACTTTTTCCACATCATGACACTTAACTATCCAAACATATGGAAAAT GTCGAAATCCCTCTCGTAATATATGATTTGCTTCGTGCCGCTTCACTCAG CAAAGTAATTTCCTTATTAGTAAAAATTAAAATAGATCAATAACAAAACG AAAAATATTTATTATTTACGAGGATGTGGGAAAGTTTATAGCTTGTTGGG GAAAAACAATGGGGCAAACTGCGAAGAATTTTTACTGCGCCGTCGATTTG AGTAACATTCACCTACATTTTATTTTACATAATACTATCTTTCAAGGAGT TGTATTATTTTTCCAGCTGAATGGGCCACTTTCTGTTGCTTTGTTAACAA TCAAATATAAGTAAACGACTATCATGCCTGTTGTGTTTTAATTATTTTCT TACACGGTACCCATTGTCGAGATAAAAGGAAGAAGTATGACGTACGGGGA AATTTATACAATGTACCTCAAAGGTGCTCTGGGGTAATGACCTATTAAAA CAGTACTATAAATAAATAAATAAGTAAATAAAAACTGTCTTTTAATAAAA ATAATTTTTCAAATTTCTTAGTTTTTTTTATTACTACACATAAACTTTTA TTTATTTTATAATATAAATGTATTTATAAATTTTTTATAAAAAATAAGAG GTATTGTATTCTAAAGTCATCAAAATAATGACTTTTTTGTTATCAAAGTA AAAAATATACAAACTTGCAAATTTTGGTATATATTTGGTCATATCATTTA CCTGTGATACACTAATAAACAGACAGATATGCCGAATGCTACATTTCGTT TTAATGGCTCTGAAAGACAGATAAATACTAAGTACTCCAAAAAAAAATAT AATTAATAGCAATTTTTTTTTTAAATTTTACTAAAAAGCTACGTGTGGTA AACAGATGTTAAAATCAAATCACGTATATTTCTTTAAAAAATTGTAAAAT TTCAAAACTTTCAGGCTTAAAGATTCGTAAAATAAATATAAATAATTTTT TTTACAGTTATAATAGATTTCCCGCACTAAACTATTTTATATTTAGAAGG TTTTCTTCTTTATAGCAGAAATTCATATTCTTTACCAAAAATTATTTAAC AGGCAGCTAATATTAACAAAGTTTTAATTCTAGTGTACGTTCAACCTTTT TATTTCCCTCTTTTTATCCTTAAAAAGATATCAAATATACTCATTATTGT GTGGCAAAGAGTCTTTTTGTCAAATATTTTAGGTTCGGGAAAAGTAATTT CCTATTTTTCGTTTTATTTTAATGCTTTATAAGAAGTGATAAAATTATAC AGCTTAAGCCAAGTATGCCCCATTCGGTTCGATACTTGTTGCCAACGAGA AACCAACTTCATAATGTCCTTATCGTAAAAGAGCTTGTCCCTATTGGCAA AAACTCGGACTAAAAATTTTCAGACGCCTCTATGGAGCCTCTTTGTACCC CCAAAGGTGTTGGCCATATTCAGGAATAGGAGGTTAGTTACTTGGTTCCA GGTACAGACTCAAGGGTGGATACATAATAACTTCCTATCCGAACTTCCAG AGTTTCTGGCTCGTCATCAAAAATGGGCGCGGCCTTGCGTTCTTTTGATG ACGTTTTGTTCTCTCTTACTCACACATGCTGGACGCTTTTTTAGCTTCAA AAGGTCCAGTTGTTCATAGTACAGGGCAGAATTGAGCGGGGGGGGAGGGG GGAAATTGCTCGAAAGCCTGCTGTGCAACAAGAAACGAAAGAATATTGGC CCTGTCTAAATCGCAATTTTCTTGTTCGCTTTCGAGGTGTTTTTCCCTTG CATGTAGTAAAAATGTAAAATGTGGGGAAATTCTTCCTTTGATACCTCTA TACTTGACGCACAATAATTTACGGTCCAACGATCCAAGCACATTACAGTT CAAAAAGCGCTTTTATTATTCACTAACACCTTCACAACATTTTATCGTAT GATCCAATGTGGTCAATAATAATAAGATATATTTAGTTTCAAAAAAGGGA TGGGATATACGAAATTACTTTTTCCCCCCAGACAAGCGATAAAAAATATA TTTTACATACATATAACGACTCTGAAAATCTACCTTAGTAGTGCTGCAAC TCGAATGGAATTTAATATGTCGTAGGGATAGGTTATATTTTTAAAGGAAA ATAATTCCCTACACTTATTCCGACGTAAGGATATTTTATCTTTACTTAAT CTTTTGTCATTATTGAAATAAATAAGCTATTTAATTGNTACTTAAACGCT TATTACTTCGTATATAAGACTAAAATTACAATAATCTAGATAAAAATTAT CCTATGTCTTTTCATATTTGTGGATGTCATACTTGATCTTAGGAGGCTAA GGCTTGTAATAAATAAAACTTAAAACTTGCACATATAGTTCTAATGTACA AAAAGAATATTTTTCTAATGGATACGTTTTAAGTACCCATTAAGCTATGA TATAATAATATTTTGCAAAGATAATAAATGTAAATAATATGTCATAAATG TGTGATAATTCTTCTTCCATAATGCATTGTCTCTCATATTCACTATGAGG TTATAGACAAGTTATATTTACACAAGCATAGAAAAGTAACTTAAATTTGA GCTTATTAATTTGGTCGAGTAGTCTTGGACTGATTCTTAGACGACAACCT TTTGAAGCTTTAAGCTGGTAATATTAGAAGTTCCATTTTTGTTTTTCATT GCAACTCTTCCCTTTCTTTGATCGATATTAATTATTGGCAGTAAATATTT CTTCGGGTTATTGTTTTGTTGTAATGTTTTGTATAAGATTGCCGTATAAT TTGAAATTCTTATCAAACAGAGTGATGGTCATATTCTTCTTACCATGATC TTGATTTAAATTAGTAAAAGAGAAAATTCTAACACGTAGTAAAATGTAAG AGAGTGTTTTTGTTATATTGTTTTGAATGGACCTAACTAGGAAGCGTTTT TTATACAATTTGAATATAAATCTAAGTAAATGAATGGTGGTTTTATTTCC ACCAGATATCTTAGCAACGTAGTTGCTTTGGAAGTTGTTCCTTGAAATTT CCCTTTATGAGTGGAGAGAGATTTATAAATCTNNTGAACAGCAAAAGGCA GCAAATGACTTTTGAAAAATTGTTTTAATATATGTTTCAAGTACTTTCGA AATTTCCTTCGTTTGTCAGTAATGTCACAGACAAAGTCACTATGCTGAAA GTAGAGTGAACAAACTCTATAATACTCAGGTCTTTTGTATAAGAGTAAGT CATAGGTGGAAACATGGAGTATTTGTCATGAGAAAAGAATGCGATAATAT AGAGAGACTCGTCGATTAAGCTTTATAATCAGAATAAAAATTAAGAGCAA AACATTTTTTGACATGATAAGAAACGAACTTGACAGTTATGATATTGAAG AAAAAATTCCAAAACTTTCAATCTCCTCGCCCAATTCTTTAATAAACATT TATACTGAAATTACATGTACAGCTAGGTGTTTTTAAATATTTCAGCCATT TGTTTATTGACGTTATTGATAAACAAACACATTAAATATGTATATTTTGC TAAAAATGAGGGAATAGAAATGTAGAAAATTTTACTTGGAGCCCTGTAAC TTAGTCTCATATGATTTCAATTTACATATAATTTTATCAAGATATATACA TATGTATAGGTATAAATCTTTTTCTAATCTATTTAAAAAAAAAGATTATC TCGCAAAGACTATAACAATCTTATAACTTTTTTCATAGATATATTTTGAA AATAATAGCATAACTTTTTTTAATAGGTGCATATCAAAAAATATATTCGT ATATATATCTTTATGCATATTATATCTCTTTATTTAAAAAGTGCTATTCA ATATGTATTTTAACAAGAAAAAAAGAGAAATAAAAATACATTAAATAGGG CTTAATTAAGTATTAAGTAAGCAATACAAAAAGAACTGCAATCAATCCTT ATTCTTAATTTCAACACCCATGAGACACTTACATTTATCACAGGAATTAT TTTATAAGATTTTACTATAGAAGGTATAAAATCTTCATCTTGCAACATAT ACTCGTATTTATATACATTAGTATTACTCACCATTAAATCATACAGTAAA ACCTAGGTTAACAAACTTAATCTATTAGCACCCTTACTTTAAGGATAGAG TAGGATCGAATGCCTATATTTCACAAAATAGGAATGTTTGCANNNGATAA GACATGTTCATTAACCATAGTACAAAATGTTCATTTCAAAATTACGCTGA AAATTTACTACCCACGAAAATTGGCTATTTGTTGTTTTAACTGTAAAACA TACAAGGCTAATTCATACAGCGTGTCCCTGCAAAGTGAGAGCTCAAGATT AACAATATTCTCAAAAAGTAAAAGTTGTACAATTATGTTACTTTATCTAA TATCTGAGTGGCCACACTTGACTTCACCATGGCTTAGATCTTAGGCCTGA AATCCTGGCATGTCTTCCTCACGTTTTTTTCTGACATGCCAGCCCATTCT TTCTCCACAACAGCCTTTAGTATATCCATATGCACATGGGAGGTGGCACA GACCTTCCTTCCCATATTAATACGGGTTCAGTCTTGTAAGAACAGGTCCA AATTTATCATTGCCAAATTTTTTTCTCACCATATTGATTTTTTTTTACCT TGAGGCTACTAGGCTTCCTCTTAAGGTTCTTGTTGTCAGAGACCTTTGGA CCAGGGGACGACGCAGATATCACATCTTAACTCTTTTGCACATGAAAAAT CGCTGAAAAATAATTTATTTGTGATCCATCTCTGTTGTTTTTGGTCTAAT GAAGATTTTTTTTTTAGCTGTTGGTTTTATTTGCTATAGCAGTTAATTTA TCGAAAAAAATCGATAAATTCATTGCTAAGTCAATTAAACCTCTCCAAAG TTTANTTATTTCCTGTAGCACTCCGTAGTTCATTTCAAGGAGCTTAAATA GATTTTTTTCAAATGATGCCACATCAATTGGGATTAATTATTATTATCCT ATCAGAGATTCTACGCTACTCTGATACAACTAAATTCCAAGATTTTTACA ATATCATAGCACTCATTTTGGAATCAAACCGTTAAGTGAAGCAGATTTAA TAAAATTAATAAAGCTTTCACTCTTTGAGAGTAAAAATAAACTAAATATT TAAATTGTTTATTGTATTCTCTTTCAAAATCTTTACAAAATATTTCAAAT CAATGTATGCGTTTTGGGAAGAAGAACTTCAGAATTTTTTATCCAACTTA ATTATCCTTTTTCGGATATAGTAAATATAAACATCATATTTACAAAGGCC TTGTATTTAATATTGTTGTGCCTTTCTGATAAAAAAAAATATTGTTCGAT GCTAAGTCTTAAAAAGATAAAAGAAGCAAATTGATGGGCTTATGATTTAT TTGTGAATAAAAAAGGAATTCCTTAATATATTTTATTGTCTTCAAATTTT GATTAAAAAATCTCAAAAAAATGTATAAGAATTTCTACATCAAATATTTG AGAAAAAAAATCAGGAAAATATATATATGTAGTCCGTTGAGGGAAAATTA GATGAAGGAAAGAGAGGTGGCCTATATTTAAAAAATCAATAAGGCTTCTG CTGTTCAAGCCTGAGAGCTCATGAAAGCTGGAAAAAATGTATACAACTTC CTTGTTTATAATTTATCCATCATATTCATTCTGTTTTCTTCTATTTTTGA GAAAAACAGCACGCAAATGCTTGAGAGACGACAATGGTATTTCCTTTCTT ACGTCTACCCCTCCGCTAAGACGATGTAAAGGTGCAATGTGTTAGGAAAC ACATTTGTTTGGGTGTTTCAGATGACATTTTCGGCAACATCCACATTGCC TCTATAATTATTACAGATAATAGCAATTATATTTGTATATATGTTTTTGC TGTTTTTTCAAATTTTTGATCATATAAATACAAAATGAACATATGTAAAT AGGTGNNNNNNNNNTAATTTTTCATGATTTAATCCAATAATTGAATGAAA AATATGTCTCCCAATCCTATACATTTATTACATTTAAATGTTACTGATAC TGGCGAAAGGTTAATTGATTAACCACCTTTTATAGTGGTCTCAGGGATCT TTTGAGATTTTTTTATCAGAAGAATTATCTTATTTGAGTCATATATATAC CATATCTTGGAATTATTTATATATATCCCAAATAATTATTGCCTGTAATG GATTAATAGGCTATATGTTTATTTAATTTAAAAATTATGTTTGACTTGAC CAATATTGTTACTTTAAAGAGTTGTCTAATGGACTTTTGGGGAAGCCAGT AAATGTTTTTATCAACAAATAAAAAAGTATCAGTATGCAAACTTTTCTAC TCAGCTTGGGTCATTAATTTATTTCATACCTTTGTTAAACTTATTTTCTC ATGTATATAGAAAAAAAAAGTAAAGGCATTGAGGAAGAAAAAAGTAATAA ATATATATATATATTTTTTTTTTTTCAACCGAATAGATGTAGAAAAATTA AAGTTTTCCTTCTTTTTCAGAATATCCAATTAAAAATACACACTTCTTTC AAAGGATATATGTATATGATGTACCCAACAAAGCAATATTTTTAGCTATA GGTATATATATAAATAGGTACTTCAGTTTAAAAAAACAGCTAAATAACAA CATACTTACATAGCTATAACAATCCTATTAGAAAGGCCTTTGAAGTGTTT TGATTTATAAGTACAACTCATCAAAAGAGGTTTCATTTCTTTATATTTCA TATTGTTATCTTCTAAGGAGGTGGAGTCTATTTATATACGTGTATATGTA TATACTGGATGATTAAAAGTAGAGCTCATTAAACAAAATATAGTTTATGA TTGTATTATAATAGGTTTGTCAACATGAAAAAAAACCTGGAACAAAAATC TAGAAAAGGAGAAAATCCTAATATATATATTTTTTACTTCATATTTATGG TATACAAGGGTAGGGCATCAAAACCTGTATATTTCATCAATGTTAATTTT TTCATTACTATGAAAAGGTTTAATGATACTTTTTTTTATCATAATTCAGA GTTCCATTTTGAATATTTCTGCCGTCCTTTTTATATAAAAAAAACTATAC TAATAATTTAGTCATTTCATGAGCATGACCGAGCAAAAAGGCAAAGCATC TAAGGTCTAGTTAATGCAGGAGTTGATTTACTGAAGATTACGGACAATGT TAAGTTTTCTAGGAGATTGATTTTTAAGTTGACATAGGATGAAAAAAATG CAGAAGACCTCTTCAGGATCCTAGGAAATGGGGGCATAATTTCAAGAGGG ATACAATGTTCTTTTTAATTTTGTAGAAGAGTATAAAGGAGCTTCCCACT ATGTCGATGAATCGGCTCAGTCAATAACTAATATATGGTTCCTTGGACCA TCAGGAGGATTATAAAACACAACTTGGGATTAGTTTCTTTAACAAAGACC CCACGCCACCTTCTGACAGAGGGCATGAAAGCCAGGAAGCTCGAAGGGTG CAAGAAAATCCACACATAGATCAAGGCAGTTTGGTCAATTGTGAAAATTT TCTCGTACAAGAATATTCCCACAGTTGATCAATTCCACAACTGCCAGAAC GATCTTTGGCTTGTGGAAACAAAAGAAGAAGTCCAAGGGGTTTACCACAC CAAATATCCAGCCCAAACAATGATCCTCGACGTTGTGGTTTCTCATGGAA AGAAGATGCCACCGTTCTTTTTCAAGGCTGGACTTAAATTGGCCAGGAGG NCTACTATTAAGTGCTTATGTACACCATCTTGCCATGGCTGAAGACCAAA TACCTAGTGGGTAACTACGTGTAGAATCAGGACGGCACCCCTTCTTACAC GTCTGCTAAGAGCCAAAAGTTATGGGCAGAAAGTATGGCTCAATTCTGGT TCTAAAGATATGGCCTCTTCCTCACCATATTTGATCCCACTGGAATTTTC TAGACATGGAACTTTGGAGAGGGAAACCAACTGGAACTCACATCTAAATG TGAACTCACTGAAGTCCTCCATAGTGACTTCATGGGACAACTTGTCAGAT GAGTTTGTTTTCAACTCCAGTATGGACGTTGGGCGACGTGTAAAGGCTAT TATTGATAATGAATGTTCATATCTAAGAGTTTATGAGTGAGTTTAGGAAG ATATTTTTCAACCCATCCATCTAAGAAAAAAAAGGCTCTGCATCCCTCAT AAATTCAAATATGGAATCAAACTAGGACACACTGAAATCGGATGTATGAT CTATTTTAATGGTGAATAATTTAGCGAGGAGGTAATGACACTGTAAATAA ACGAGTATGAGGAGAAAAGGAGGATATTATATAGCAGAGCTAGAAACAAG TGGTGCCTATTGATTTAATTTTTCAAAGATGATTGAGTGGTGGATGTTGC CATAAAAACACACTTTAAGCTAATTACATTAAAATCAAATTATTTTACGT GTATATGTATATACTGAATGATTAAAAATAGAGCTCATTAAACAAAATAT AGTTTATCATTGTATTGTAATAGGTTTGTCAACATGAAAAATCCTGGAAC AAAAATCTCGAAACGGAGAAAATCCACATATACATTTTTTTTACTTCATA TTTATGGTATACATGGGCAGCAAAACCTGTAAATTTCATCAATGTTCATT TTCTCATTACTATGATGTCTATTGATTTAATTTTTCAAAGATGATTGAGT AGTGGATGTTGCCATAAAAACACACTTTAAGCTAATTACATTAAAATCAA ATTATTTTAAATTTATTATTATTATTAAATAATTTTAGTGGGACCGACTA GGCTTGTGGTTCGTCTATTGATAAMCTTTTGTTTCGAATCTTAATATGCT TTGGGTCCTATAAGACAGTTTACAGTAACATAAGTCAACTCCTCATTTTG TTTTTTTGATGATCAATTTTAAGTACATCAGTGCATTCACGTAACACCCA AAGTATTTGTTAGAATAGTTTTTGTGTAGAATTAGACGATAATTCGTCGA AGAATACAAATGTAATCCACACTCCTTTTTGCAAACGATTAACTTATGTA TTAATTCTTTTTAAAATGTTTAATATTGTCCCATGTACAATTGAACAATA TATCCTATAATGTACATGCCATTGTTTTGAACAACTTGGTAGAGACGCCT TGTCACCAACTTGCAGCTGGAACACACAATGTCTTCTTCAGGAATGTAGT TCTGCCTGGTCTCCACGTCTGCCATCAGTTAGTCTGTGCTGAGCCTATAA AATGCCTTGGCCTCCCCCTCGACCATAAACTTAATTTTCTTTGGTTCATT ATCGCACTTTAAGGGCATAGTGGTCTGGTACTGGGTCTGGCAATTATTCT GACTTCAATTACCAATTATTTTATTAATCTTTTTTTAATTAAATGATGTT AAAGCTAATAAAATTCTAATTTCTTAATTACCTAATATATGGCAAATAAT TTCATATTTTCATTTATGACGCTTTTCAAAAACAAATTTATTTTTTTCTC CAAAATTAACTTGTTAAACATTTACCCATTTTATAATTTCTCACATGTAA TTACTTTTTTAAAGGGAAATCCCATTATTTGCAAAGAATTTTTATACTGA GGACGTAATAAATAATGTTCAAATTGTCATTACAATTCTTATAATTAGTA TATTTTTGATAATAATAATGCCCTCAAAATAAAGCAATCCCTCTTCGACA TAATGAGATCCACAGGGTCTATCGCATTCTTATCTAGAAAAAAAAAAAAG GAGAAGGTATTGAGTTTAATCAGTATTCAATCAATTTTATCAATATGTTC AGCTATTTAATTTATTTTTATTTAACTGTTCACTAATTTACAAGATTTTA TTCGAGTTAAATGAATCAATTTACAGAAGATAAATCACGGAAGATTTTTA TCAACTCTAAACCTCGAATGTCAAAATGAAAATTTAAAAAAATAAAGAAA CATATGGTAGCTATCCTTTGAATTATTTATGTTACCAACTGCTAGTTATT GTTAAGAAAATAGTTATTAATTTTTATATACAGTGTTGATCTTATCACAT GCTTTAACTTTCAATCCGGAATGCCATTGGTGTAAAATCACAAAGGAGAA CAAAAATACATTTTCTTGCAGAAATGAGTAAGCTGAGACAGTTGTAAAGA GGAAAAACGATTTTAAATTTTCTTAAGGCCAACAAAAATTTGGGCCAAGT TTTAAAATTTTTGATTAAAAAAATTTCCACCCTTGATGCCACAGTGAATA AACAGAACAGCCACTACATTGCAACCGAACATCCTGACAATGTCTCAGCT TTATTGAAATATGTCTTCATAACAAAAAATTCAGCCAGAACTAAGGTCTT GGGCGTTGCAGAGTCTGTCCTTCTATTTTTGTGGAGAAGAAGGAGCAGCT CAATACAGATGTTTACATCGAACTTCTTAATAAGAACGTTCTACCTCGGG GCAGAGAAAAATTCGTGTTGTTGTTTTTTTTAGTCAAGACGGAGCTCCGT ATCTTCACGTCACTAAGACCCAGAACCTTCCTGAGAAAAAACTTTCCTTA TTTTTGAGACTTCAACGTGTGGTCGCCCCCTCACCAAACACGAACTTTCT TGAATACTCTATCTACAGGTGTTTGGGAGAGAGGGATATACTACTCCTCA ATGGAGTGTCCAGAATCCAGAAGCTTCAATCAAGAAGGAGTCTGACTACA TAGTTCAGGTCTGAAAGGTATTTAGACCTCGTATTGAGCCATCTATTAGA GCTGAGGGCTCACATATTTAATTAAAGTTGAGCTGAACTCTATTTTCATA TGATTTTGGAAAAGAAATGTTCTTACAAAATCTCTTGTTTAAAGTTAACT CTTGAAAAGCTGAAAAAAATAAAAACAAAATGTGAACCACTAGATAATGT CAACCCAGAACATTGAAAGAAAATCTTATCAAAGACTGAGTATTAAATTA CACAAATTCTAAGGGAAGGTAATATTTGTTTTTGCTTTTTTTATAATACA TAGAGTTAACTTCTTTAAATCATGCAAGAGCCAACTGATGAAAATTAATG ACAACCGCTGTAAGGAAAATATATAGAAAATAAAATAGTATATTAATATA CATATATTTGACAAACTATAAAAGAAAATGTATGAAGAAATTGAAAAGCC AAATTAAAGGAGCGAGCAACAAAAAGTAAGAAAAAATATTTACCTAAATG CATTAAGTAAATTGTTAAGTTATATTTAATAAACTTTTCTTTTTTTTTAT AATATTTTTTAAATAGTTCTCCTATTATCATTTTTTTAATTAAAATATAT TTAATAGTTTCTAGTCTCTAATAAAAATAAGATTTATGTAGATTTTTAAA AAGTATACAAAGAGTTATTGAAGTATGTATGTAAGAGAGAGTGGGGCTAC TTGACACACGGGATAACTTGACATTCTTAGATTCGTACCAAGTTTCTACT AGTTTTGTTACATAATCAATATTGGGATAATTTACCGCATTTATAGGGTA AGCTACTTACAGAAATTACAAACTTTAAAATTCATATTAAATCTAAAGTT ATGTTAACTGCCATAAAGTGCCAAATCCGCATATTGCTCTGATCTCAACT TCACTCCATCAAGTTTACTGAAATTCCAAAGAATGTTTTATAATTGTATC CCAAATTTACACTTGCATATTTGAGTTAATAAAAACTTGTTTAAAAAAAC ACTACAACATATGCACTAAAAGTAAGTAAAACAAAAAAAAATGAATTGAA ATATTAGAGGCCAATTTCTCAAGAACTAAATGTTGGGTCTTAATAAAAAA GCTCTGTTCCCAATTCATATTTCATTGACTCTTTTAGAAAATCATTATCA AGTAAACTCCTTAGCATTATATTTTCCATTTTATACAACATGAAGTAAAC AGTTAAATGACATTGAACTCTCGCTATATCTTTCATTTGCCCATTCTAAA AATTTTAAGGAGAGGTTTTTTGATGACATATTTTTATACAAAATCATCTG AAAATAATTCCCAGTACAACTTTTATTTAATGTGTGAGCTCTGAGCTCTA ATAATTACCTCAATACGAGGACTAAATCCTTTGCAGGCCTTGACTATGTA GTCAGATATAAGTTTGGTCCACTCCTTCTTGATGGAAGCTTCTAGAGACT AGACACTGTTGTCTAGAGTAGCAAATATCCTCTCTCTAGACGCATCTAGA GAGATTAGTCCAAGGGGTTCGTGTCTAGCGTGGAGGGCGACCAAAAGATC CACAGTATGGAAAGTTGACTCTCAGGAAGGTCTTGGTTATAGGAGCTTGA TGACATGGACCTCCATCTTGAGTTAAAAAAAAGTTATCCCTGAATTTTTT CTGGTCCAAAGTAGCACTTTCTTATCCAAAAAATAGGCATCTGCATTAAG CAGCTCCTTCCTCTCCAAAAAAAAAATTGGGGGTAGCCTTTGCCTGTGCT GGCCACAACGCCCAATACCATGGACCATTGTGGCGGKGAATAAACCCCYG GAAAGATAAWCAGCGACATGGCTGCACCAAGGKCCTTGGATAWGACCATG GGGGATATGCCACGTGAGAGAAGCTTCAATGTTTCACTCCTTACATAAAG ACATTAAACTTTACATGACGAATCTTGAGTCACAAAATAAATCTTTCATC GAGTTTGAGAGCAATAAACGTTTAAATTTATGGACTAAGATTCCTAGGTC AGATAGAATAAACGTAATACTTGTATAATTTTTACTTATACTTAATTAGT ACAGCTCCATTCGACCAATCCAAGAAACATTTTTTTAAAAACAAGGCGTG GATCAGTTACTTCATCACATTTCATTCGTGTAGAGCAATGGTTATGAAAA CTTTATACAGAGTGTATATTTTAAGAATACTACAAAGTGCATCTGAAAAG GTTGAGGGGCGAACAGTTTAAGAGCCACTGAATTAGAGTATTGAAAAGTT ATAAATTATGACTATTTCACATCCGTAACTTTTTGTATTACCTACTGCAT ATATACATTAAATTATTGGATTCACAGCTCAAAAAACAATAATATATATA TAAACTGTTTCCAGGTATGTAAAATGTACATACATAAAGTTTTTTAGTAC TTTTCTAGATATTAAATTAAAAATCTTTTTTTAAATAAAACCATTGTTGC TACTACGTTAAATCCATTTTCGAAATCTTACAAATATATGAAATATTTTG TTTATATCGTATCCATTGCAAATGATCCCATGTTATATGTTAAAAACAAC ACTACATAAAGAAATTCCAAGTTAAACTTAAGTACAGTTCCTAAATATTA ATTTACCTAAATAAACAATTGCACATATAAAACTATACTTAACCCCTTAT CGTATTTTACATGAGATATCTCGTTTTTAGTTTATATTTTTTTTTGGAGG GGGGGGGGGGGGGGTCAACAAACACGGTATCTCGTAATAAAAGAAGCAAA AAAATAGTTCAATAAAAGATAAATAGTTGAGAATGGACTAAGACAGTGAG CTCAGACTGGGATTAATGTGCTTCAAAAGATAACTAGTTGGTATAAATTG AATTTAAAGTAATAAGGCCTCAATAGGTCAATTTTTAATTATTTCCACTG GATATTTCTTTGATTTAACTCAAATATCACTGTTGATCATTGGCATCAAG TTGTATTCCTTGAGGTGTTAAGTCTTTTTTTAATGCCATTTGATAAAGCT TTTTTTTTAAATTTATTGGAACTTTGTCCATTTTATGAAGAAAAAATATC GACTTTGAGATCCAAAAATTTAAAACGCTCTATTGTCTTTGTGATAAGCG GAGATCAAAAATTCATAATGTCTATAGGTGTTCCTATAAATAGAGTATGT ATTAGGATATTTGCCTCATTACATCAATTTGACCGCTAATTTTACTTTAG GATCAAGGTTTGATCTTATCCTTATTTTTTAGTATAAATAATTGGTAGAA TACTCAATTTGGTTATCAGTCAAAGAGTTGCAAACTATTAACATTTGTTA CTAAAGCAATTACCTTCCATTAATTGCAGAGTGTTTAAGAGGATTTACCA ATTAACGTAGAGGTAGTAGTATTGTTAAAATATATCCAAAAACTAGATAC TCCTACCTGAAACCAATAAAAATACACTTAATTAGGACTCCAGAATATCT TAGTATTTTACTTAAACTAATAAGATTCATAAGCTGAATGGCCCTTATAA ATCAACAAGAAGGACTAAACCGTCGATGTGAATCTTCAGATGGAAATATC TAATATCTATCTCCCATCACCTAATTCCTCAAGTTTATAAAAAAAAATTA AGGGAATTAATACGAATTCATATTTCAAAAAGGCTTAAAGGAATAACATT TCGTATTCAGCGATCAAATAGCTTTCAATGTGGAATTTTTCCAAAACGTT ACTTAAATTGTAGTTTTTGATACAAAAGAATAATCTGGTTTCGGACTAGA TATGTTAAATATTGAACATTTTAGTATTTAAAATAATTAATATATATTTC TGTGACAGTAAGGTAAATATGAAGGGTTATTTTATGCTATTGATACTAGA TTCTATTTTTTACTCTCATATATCTGCATCAACTTCAATTGTTCAAAGAT AAAAACATTAATTACTTTTTTAATAAAGTAGGTAGAACATGTCAATATAT ATATAATTTTTTCTATATATAGCATTTTTATCGACGTATTAAATTGCATG GTTAATCAAGGGAACGCCATCTTTTGATACTCTTAGTTGATATTTTTACT ATATAAAGTAGACATATCGTAAATAACTCTTGATTAAACTTCATGAAATG GCTTTAAGAATGTAAAAAGACTTATACATGTACTAAATACTACTTAACGC CATTCATAAACAGATATTATATTTAATTAGACAAGACAAAAGTTAAATAA TTAGGTCAAAATATCTATTTTTTTCTCTGTTGTAATAGGTAATTTATTAT CTACAATATATAAATAAGATTATATATATGTATAAGCATATATTTAATAT ATTTTTCGGTGAGATATATAATAAAACTAGGCATTAGAGTAGGGGCAAGG TAATTTTTTTTAGCGTTATCACAAAAGAACTTGTAGTATAGTAAAGTTAA TTTACCCAAATTAGTGGCAGGRTATTTATTTTATTTAAAACAATGAAGTA ATAMTTTTATTCCCCCAAATTTTTCTACATCACTCCATTTTGTTGGTTCG ATAATGCCAACCAATAGTAGACTACTTTCCTTATTTTTAATGAAAATTAA TTGTTATTATTATAAAACTTGATTGTTTATTCTTCCTAAAAATACTGGCA TCATCAATGCTGATAATTCATGGAAACCCCTTATTCTCTAACAGACATAT CTAATTTTATAATGACTAGTTAAAAAGAATATCACTGTCTTTTCTAGCAG GTTATTTAAATTTTCTATTCAAACTTAAAATATATTGTAAAGTGTGAAGA TAGTTTTTTATTGAAAAGAAACTTATTCAAAATGTATATTATTCTTTATT TCCAATAAATGAAAAATGTAATACATTTTTCGCTTTGAAATATTGACTTC AGAAAACATAGACTTCTCAGATAGTTTCTTTAAGATAAATTAGAGCCGTT AAAATTTAACACTTGTATTGTTCTTTGAATCTAAAACTCTCCAGAGATTG ATAAGGGTTTTTGTTATTTTAACCCTCTTAACTGCAATATTTTACATCCC GACATAAATAAAAAATGCTTCTTTTTCCATTGATTCTACATTTTATAGTT TATCATTTTCAGTGTGCTCCTGACACTTTAAATTAGAATATATGAAGCTC TTTAATTATTTTCATAATGCCTTCTTTAGGACTTATTTGTAAATGAAGCC ATTTTTTATCGAGGCTCAGTGAATATAATTTAATGTTTTTCTCAAAAAAA CTCCTTTTAATTTTTTGGATTCTACGGAACAAAATTTTTTTCTATTTAAT GTTTTCAATATAAATATAACAATTATATATTGCTAAAACCACAAACTCAA ATTGTTACAACTATTAAAAAATAAGAATTTATTTTTTCTTATTATTTTAT ATTTAAATTAATATTTATAAAAGCAAAATGGATTAAATAGCTAAAACATA ATACAAAGTTATAAATTTATAATTCCACTGTTTACTAAATAACAAAAAAT ATGGTCAATTTTTGGGGTTTCTTTTTTACCCGCTTCACTAAACGCATTTA AAAAAGGATGTTCACTAATGGAGGTTTACTTTCGCTTAAATATTTAAGTT TGATATTATTGAAAGTTTTGGTATTTATATTTATTAATTACATATGTCGC TAAAAATATACTTTAAGTTTTATATATAATTTAACTTAAGTCTGAACGGG TTGACCATAAATTTAAATTTTTTGAATATCTTTATACTTTCATGGGCTTG GGTGATTAATACAAAAATATTGATTTAGTTTGGGAATCTGTGGTAAACCC TTGATGTAAAAAAATAGCAATTTGAAAATATAAATACCGACTTCAGCAAG ATTATGTACTCAGTCATACTTTAAAGGAAACTGTGATAATAATCGATTCA ACTTTGGACTTATGAAATATTACGTCCCCTTTTCCTCTGGTTTTGAACCC AAAAGTAGTTTCTTGAGAGAAGGTAAATAAATTCAACTACAAAAATAACG ATAATTTAATGAGTGCTATTGTTTGAAAATATAATGAAATTCCTGCAAAA ATAATCCGTAATTACCACAAAGAATTCAAAAGATGGTTGGAGATTAGTAA GAAGGAGAATACGTGGAATAATTCCTGAATATATTAATTATACTATAAAA TGAAAGTTTTTTCATTTGTAAATACTCATAGCAATCATTAGAGTAATCTC TATTTTTGAAATGAAATAGTATCCAAACGCATATTTAAAATTTGATTGTG GCATATCTAAGAATTACAAAATAGTTTTAGCTTTACTCTATGTCTTTTAA AATTTAAACACAATCAATTAAAAGATTATGGCTAATTTTATTATTAGGTT TCAGTAATATGTCAGGGGKATCTGCAGGATTTTACTTTGGGAGACAAAAA ACTTAGATTTATTTGGAGAAGGCTGATTTTGACCGAATGACCTTTTTAAT AGAAGCTAAGTTAAAAAAAAATTAAAATACCATTATCTGAATATGCTTTT GACGCAAAAAAAGGAAGATGAGGGGGACTAAAACACCTCAAACCCACCAC TTGTGAATGCCTTGTATATTAATATTGTAGAAAAATATGTTAAACTTTGA AAAGTTCTCACAAAAAAAGCATTTTGCGTCACAATGCGAATAAAATTGAA GGAAGATGAGTGCGCAACCAAAATTTCAGTTATTATTTGTAATTGATGTG ACAAATGAAGATGAATTGTGTTGCCTTTTGACAAAAACAGTGTGAATGTT TAAAATCAATGTAAAAAAATTTGTAATCAATACACAAATGAGCAAAATCT GTAGGATAACCCTGATAAGTTTTAAAAAGACTTTGAGTGAATCAAAAACT ATTTGTGTAAACCTTGTTTTTGCTCCTACATTCATGTTTTAAATGTTTTA TTTCAAAAATAATTTCTATTCATGATAGATACTTTCATATTTATTTTTTG TTTGTTTTTCTACAAAATGGATAAATTCAAATTGAATTTACGACTGATAA GCTTAATTTAACGTTAATATGTGCCTATTTACATGTTAAATATGAAAAAT CTCCCACATAATCCTCCTTTCATGGAATATATTTTCTTCTTTTATCTTCC GTAATCTTGTTTTTGATGTTGTATTTTGATAAAATTGAAGTGAAATATAT TTTATAATTTCTTCAAATATATAGATAGGTAGAAGTAGTTTTAAATCTTG TTATTCAATCGAATATTTTAATTCGTAATATATGTATATTAGAGAAAGCA ATGAAAAAAAAGTATTTTCTTTTCTATCCTTTGAAGATAGTTTATTTTAT ATACGTCTTAAGTGATTTGTTATCGACCAATTTGGACAAATAGTTTGATA TCCAAAGTGCCAGGTTTTCTCCCAATTAAAGAGTGTTTGAATAATATTTA TTATCCTAAAAAGAACATATGGTATTTTGGGGTATTAAATTACATTTTAC ACAAGTTTCTCACACATCTACAAACTTTAAACAATAGTTTAATATTTATT ATCAGAAATTTTTTTTGGATAAAACTCGCTTCAGGTTAGCCTCACTTTGC TGACAAAAACATGGAAGTATAAAGTTCCATAAAATAAAAATTATACTCAA TAATATTTATATTAGATTATGGGAGGAAAATTTGAGTGCAGTTCAAAAAC TCCAAAGACTTTTAATATCTATACACTACCGCTTTTGTAATAGAATTATC ACAAGTTGGCAATTTTCGTGTGAGTTTCTATCAACAAAGTTATTCAATTA AAATATATTTTTTTCATATTTATATATCATTAATTAATTACTTTTAGCTT ATTTCTGTATGATTCATTATTTATTTATTACTTTTTTTTTCTTTTAATGA CAGAAGACATGCTCACAAATGTAGAAATGAGTCCCCTTGCACTCACACTC CTAGGAATCGGTTCCGGAATAGCTTTAGTTATCATCCTTGTAATGGTGGC AATAAGAATACACTCTAGTCGCCAATGGTCCCGAAGAGGAAACAACAATG GTCCTCGAAGAAGAGTCACAGAGCCACACTCAAGCAAGGTAGTTGTAACA ACAATTGAAGAGTTGGATCAGCTAGAACCAGGATCCATTGTGAATTCAGA TGTGGAGGGAGGCTCTAATGTTGGGCATGGAAGCGGAGCAAGTATTAACA ATCCGGATATTGTCCCGTTTATCTCATCAGGTATGGGTGAATGTATGTAT CGTTTATATATATTTTTTTGGCAATTAGTTAGACATTATCAATGCGTAAA ATTGTATAAAATATGAAATAGAAAGCGTGCTACAGTTTTTGACAATCCGA ACTATGATTTTTTTATTCTACAAAGTTATTTCCATTTGGATGAGATAACT GTTAAGTATTCAGTAATAGCTAGTGTGTGTGCTCATGAATGACGAAAGAA ACAGTGAGGATTTTTCGGAAGGAGKAATAAGTATAAGTAATTTTGTATCA GTCCTTATTTAGTTCAGTCTCGGTTTAATAATCAGTTTCAGTACTGACAG TCCAAAGAACCCATAGTTTTAAGGACCAATCCTAAGAATGGACTGGACTG GACTAAATTAATAAGGACACTTAATATTGTGTACAACACTAAGTGTAAGT CTTCGTTAGAAATGGATTAGAATTGAGAATCGACACGAGAATAATTCTTA GTTATGTTCTAGCTAAAATGTAGTAGGATTTCTGTTGGTTGCCCTTCTCT TAAAGCACCATACAGCTATTCAGCGGCGCTAGAATGTATTTATAAATTGG GGTTCAAATTATATAATATAAACGTAATATTATAACTTTTTTGTATTATA AAGAATTGATTTTATCTAGTGGGACACATTGTATGATTTTCAATTTTTCA AGAGTAAAATTTTAACGAGAGGTTTTGTGATGACATTTAATTTACAAAAT CATCCGAAAATAGGGCTTTGAACAAATTTTATCAAATACGTGAGCTCTCA GTTCTAATAATTACCTCAATAGGAGACCCAAATCCCTTGCATATTTGACG ATGTAGTCAAATTCGAGTTTGGTTCACTCCTTCTTGATGGATGCCTCTAG AGACTGGATACTCCTGTGAGGAGKAGCACAAACTCTCTCTTAAATATACG CCCAGATAGAGGAGCCCAAGGGGTTCGTATCTGGAATTGAGGATTATTTT GAAATCCCAAGCCCGGAAAGTTGTCTTTCATGAACTCCTGGGTCTTTGTG GTCCAATGACACGGAGTCTTGAGTGAAAACAGTGTCGTCTCCGAACTTGT CTTTGGCCCAAGGTAGCACTTTCTTATCAATAAGTTTATATGTAAGCATA TGCCACTCCTTCTTCTCCCCAAAAATGGGAGTGTAGACTTCACCTTTGCT GTCCACCACGCCCAAGACAATGGTGGCGGCGAATAAGTCCATGGCACGAT AAACAGTCGTAAGGCTGCACCAAGCTCCTTGTTTATGTAAGTGGGGAACA TGAGGCGTGAGATGAGCTTCAAAATCTCACGCCTTTGCTCCTACATTTTA TTCGTTCTTGATTGTTTTATTTTTAATGAAGTTATAACTTTACATAAAGA ATCTTGAGTCACAAAACACCGAAGAATATCACCGAGTTTGATAAGAATCA ACGTATAAATTTCGAATTGATTAAAATTTAAATTAACTCTCCACTAGATA AGGTCAACCTTGTATATTAGTCCAAAAAAGAGGAGGACAATGGTCATATT GTTCCGGCGTCACTGCAGCTTGTCTAAAAAAAAAGGCATGACAGCTAATT TACTTTACTCCAAAATATTATCAAATTGTCATAGGTTATAATNNNNNNNN NNNNNNNGATAAGGTCAACCTTGTATATTAGTCCAAAAAAGAGGAGGACA ATGGTCATATTGTTCCGGCGTCACTGCAGCTTGTCTAAAAAAAAAGGCAT GACAGCTAATTTACTTTACTCCAAAATATTATCAAATTGTCATGGTTATA ATGTCATTTTTCGGTTTATTTTCTTTCAGCACGGCAGGAGGKCATATTTT WTACACCACTAGCATGATATATTCGTATTTGTTTAATATTTATGTCTAAT ACGAGGGTTAAAATGAAATAACACATTCAATCAACGAGAATTCCATTTAC GAGTGTTTACAGAATGTATTTTGTTGGCACTACAGCACAAAGATAAAGTA ACATGGTCCAATAAAAATAATTAATTTTTAAATTGCTAAAGTTGAACAAC ACAAAGGAGGGAGTCAATGACCTCAAATTTTGTAATGGATTAATATATAT TTATATATCCAATTTCTTCCATTAAAATAATAAAATATTAAGAAAGCAAC TTATTTTGTTCCCTTTTAAAGACAAGGAATGACAGTTCTCAGTCTTGGTA ATACTCTAACTTTTGTCATTTTTCTATTTAATGAAGGGGGAGAAGAATAC AAATTAATATCATCAAATAATAAGGAGACTTATTCTGGGCCTCTCATCAT CATTTATTTATGTATTATGTCCCAATATTGCAATTTGAGAAAATTATTTA ATTTTGCAATATAATTTACGTACTTTTAACAACTCTCTTTAATGAAAAGA CGAACTTACTTCACATTGAGGATATTTAATTAAAGTATATAGAAGAAACA TCACTTAAATTGGACAACCATATTTTCTACTAACTATTTATGTATACAAA CTTCTTCAAATTCGAATAAAATAAACGTTCTATCAATAATTTTAATCCAA ATAATCAACTTATAAAGATTGCAGTATTGTTCATTTTTTTCATAACACAC TTAGTGAACTGGGTAAAAAATGAAGACCAAAAGTCAAAAATATTTGAAAA CATGATAATACATTGAATTATTTTACTAATTACATCATTTATATTATATA TCATTTTTTTTTACTATTCCATCCATTTTGCAAACGAAAATATCAATTAA AATGTTATAAATCATTTAATGAATATAAGATATCGTTAAAAAAAAAATCT TATTTTAATCTCAACAAAATTGGTTTGAGATTTGACAAAATAAAGTTTGT TATTTTTATAATAAAAAAATTAAATTTTAATTTTTAGTAAAAATACTAGT ATAANATATTCATTAATTTTGAGAATTTTGGGATTTTAATCAATATCAAA TCAATTGTTTTGATGAGGTTGTACGTNNNNNNNNNNNNNNNNNNNNNNNN CAATTTATATTTCCTCATATTGTAAAAAATAATCATCAAAAAAACTAAGC AATTGAACAATTTTAAGCAAAATACATAGTTAATTAGAGTAAAAAAACCT CCATTAAAAATTGTTAAATATAAGAATAAATCCTAGTCACTTTAGCCCCT TCGTACTAATAAAAACTCAAAAGCTCAATTCTATATAAAATAATTTTATA AAATATTATCTCAAAGCATCTTTTGTGAATATATATTTTCAAAAGCAAAT GTGCGCCTCCCACTACTCCAACCCATGATAGTGACTGACTTTATTTCGAA GAAAACGTTCGAATTTTGTCATAAAGAATGAAACCTCCCCACTACTTCCA CAATCTGATTATTGCGTATGATAACAAAGGAAGTTGTGTGGCTGCACCTT GAATTATATTAGGATATTTCATTACTATGTAACATTAAATGCTGGCTACA GAAATATAATCTTTTTTTTTTAATATTGTAGAAGTTTGATTATTTGGTTG TTGGAATTGCTATTAAGGAAAGAATCCTTCAAAAATTGAGAATAAATTCC CAATAGACCATTGTAATGACGAATCTATTTTTATCATGGCATTACCTAAC CGAGGTATACTAGGTAGAAACTTAAAACTTACTCACTTGTATTTCATTGT TTGAAAGGTTATGTGTGAGGAAATTAGAACTGTCTATGATCATATGTATA GGTAGCCATGTATCTCAAGCACCTGATGGTTTTTTTTATTTTTTAAATCC GACAAGAAATTTTTTGCAGCTCACACAAAGAGGTAGTCAGGCTGACGGGA ATAGCGTGTAATACCGTCCACAGTGTATAGAAAAGGCTAAACCATAATGA TACCATAAAGAGGGTGAAAGCTGTGTAAAAATACCCATCATTAATATGGA TGCCCTCAAATACGGCTCTTTATCTGATTCTCGAAGGGTTACAAGCTCAC AGCAGCCATGTACATGGACGTTTTTATGCCAATTTTCTTCCCTGAGTCCA AACAAATTTTAACGATGGAAAAGTCGTCTTTTTGTAATATGCCGCCCCCC CCCCCTTGCTCACACTGCAAAAATTACTAAGACCTTCTTAGCAAGGAATA TCGCTTCGTAGGAAAATAGAATGTGGTTACTAACCAATGCCAATACCTTT GACTTTTCTTTCATGCTGCACATCGAGAGGAGGGCTGTAGCATKCGTCMC CCGAACGTTTAAGTCATAAAGGCCTCTATWAAGGAAGAGTTGSCTGCCAT GACCCCAAACTTCATTCCCAATACTTTTAATTATTTTAGTAAGATMCTTG YCCMATATGKGAGSCCAAKGSCAGCCGTAAAATAATTAATTTGNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATATTGTCTAT GTATCAGAAAAGTATTCATACTAATGTTTGTGCAAGGTGTAACTTAAAAA TAACAGGCGACTTTTCTTTTGTAAGTTTCAAGAATCCACCCGGTTAGTTA CCTTTATTCTTCATTTCAATAAAAATCAAGGTATGATTTATTTCTGAATA CATTTTTGAAGAGAAAGTAGATTGTTGACTTAAATATTGATTTTACGAAA ATATATTAAACCATATTTGAAATGAAAATAAAAGTTTGTTCAAAAAATAT CTCTTTATATTATATTTCCATATTTTTTTAGTGTTCCTTCGAATGGTCAA ATAGATTTGCAGTAATAAATTATAAGTAAAGTTATAGAATTACACCATCT GACCTAGGAATGGTCTTTGAAGTTCAGTATATTTCATTTCTCCAGGAGTT ACCCTAAATCAAACCTACACACATTTAGTTCGAGAAAATAAATTATGTAG AGCACATTGTTTACAAAGCACTATTTCATATCTTTTCTTAGTTATACATT TTTCAATCTTATAAAAAGAGTGAAACTATCCCAAAAGCAAACTTCAAAAA TACTCATGTCCAGATCTGTAAAGCAAAACTACTGCTAAATTTGTGATCAT TTGGACTTTGAATCCTATAATTATTTTTTTTAAATTAAAAAAAGACTTTA AATAAAAAAATAGTTAATATTTCCTTATATTAAAACTTATTTACTTTGTA AAAATTGTAGAAAGGTCACGTTTCAAAATTAAGAAAAGTATGAAAATACA TATGAGATTTTTATATCGTGTTTTTACGTCATTACTCATACTTATATAAA CAAAAATCGAATGATAATATTGACGCATAAATTTATGAATCTACAAATAA GCAAACAATGAAAACTTTCTGTCTTCGGATGACCTTTATTTTTATTTGTA TTTTATCAAAGAATAAMAAAACACACGTAGATATAAATAAATAATCATTA CTTCAAAGTAACAACAACGGATAATCTTTTCTTATCATGTTTTTTCTTGC AAATTGGATTAAACTTTTTTCTCTTCTTCTTAAATAAAATTGAAGCATAT AATAAATCTTTTATGAATAATATATTAACATAATTTTATATTTAACCATT ATAGCTGATAAAGTTTAAGGAAAGAAAAAGTTCGTCTTGCAGAACAAAAA GAAAAGAAGTTTTCTTTTTGTTCTTAAGAAAGTATCTTGTTAGAAGGAAC TTTGTTTAGTTATAGTGGTTATATATTTAAATAAGATGTAACATTGTTTT TCTTTTTCCTTCTGTAAGTTGTACTAACCTTAATTAACTTAGATAACAAG GATTACATATTTGAGTTACAGGGATATGTCTCATGCTCTTTTTACTCTAT TCTTCTTGGAAGTATTCATCTCTTTCCACATTCTCAAAAAACTACAACTA AAGTTGTAAATTGGTATATAAGAAAAATTAAGATATCTCCCTGATAATTT AAATAATGTTTTAGTAGAGAACAGCTCTGATCTCATGACGTTTCACTACA TTAGTAACAAACAGATGTTTATTAATTCTTGCCCATGTCCTGTTTACTTT TATCTCCCCCTTCCCCTGGTCACAGCTGTTTGACCTTAATCTAAAAAACC ATTTTCTTAAGTCTTACTTTATATCAATGAAGGACATTGACTGAAAATAT TCCCTTGTCAATCCTGAATTTTATTCTGAGTTCAACAGGTACATAAATTT ATTACCAGTGATACCAATTGAGAGTTTTTTTGAGTAAGTTAAAAAAAAAC AAAGAAAGGAGAGCAGCTATCATGACTTTTTATTAAATTACATACAAGCA GCTGTGATATAAATGGAAAATAGAAATCCAAGTTCTTATCGAGCAAGGAA ATAGACTAGAATGAATGAATAGTCGATCCTTAATTTTATTTTGAGTTGAG CATGGACCAAAAATTGTACCCATATGTTCAATCCGGTTTCGTATATATCA ATGATATGTTTTATGTAGTAAAAAAGGTACGTCACAAATGTATTTTAGAA CAGTTTTTCTTAGGGTGAAGGTGCATTACCATGAAGTAAAATCTCTTTTT GTTGCCGTTTATTTTTATTGATGTTGTTTTTCACAGAAACTCTATTTAAT TTAATCATTTTTTTATCGTAGCGTTCAGTGTTAACGGTCTTGCCAGGTTT TAGCTGTTCATTACAGTCTCCGAATTTTTTCGGTTGCTTTCCACGTTCTT CGTTTCTACTGTAATCCTCAACAAGCACTCCATGCAGTTACGAAACTTTT TTCTTCAAATGGTAACAAAAAATCAATCTTGACCACAAATCGTAGATTCC TGGCTCAAAATTTGACCTTTTCAATGCTATTACCACTGTACTGTTATATG AAACTTGTATTGTGGAGAATGCAAAATCTTCTTTTCAAGAAGTCAGAAGA AAGGAAATGGTTCAAGGGCGTTGTTTGCTAGTGACTACGTTGATTTATAT TAGTAAATTCCTGGTTGTATTTACGCAGAACGTTAAAAATGATGAACAAC TTGAATGATATTGTCATGAGGTTGAGTTGTTTAGCTTTTAAACATATTAA ACAAAATAAATTTACTTAATTTGATTATATTATCCGTTTCTTCTACTAAA TAAGACTTTCTATCACGCAAACAGTATTTTCCATATGGTATATTTACATC ATCTAATCATGAAAATTAATCATCTTCTTAAGTAACTATTTCTTTTGTAT AGTTATTGCTTTAAACATATCATTTTTCATCTTTTTTGTAACAAACTCCA ACACATTTTTGTCATGTTAATTTTTGAATAGGGTAGTATAAAGTGTATTC AAGTGAAGTCATACCAAGTTGATACCAACCATTTTGAGTGAAAAAAAACA GGTTTCATGAAAGTAAACACAAAACTTGTGGTTTATCAAAATAGGACCAA AAAAATAAATTGAACTCAATTTTACAGTTTATGAAAAAGAAATCCCTTTA TTACCTAGTTCTATTTTTTATATGGCCTTAATATGTATTAAAAATATGTT GTTACATCGTTATTCAATCTTATTTCTATAGTATATAGAATAAATTAACT ATTACTATGTAAATGTAAGCTATTTTTCTCTAATTATATTACTTTTCTAG TCCTTAATTTACCAAAAAAAATGCTTTCAAGAGAAAGATATTAAGAATAA CTTTTAGAACGTATTCTTTAATTTAATTAAAATATCAATGTTTGAAATGA AATTCGTACATTTTATATTGTAAAAATATTAAGTTTGAGCCCCCCATTAT TATACAATTTATGACATAAGTAAATATAAATCATTTGAGAACGTATATAG TAAGAAAAAAAATATGATTTTTGCATCACTTTGGATCAAAATATATTATT CAGCATTTGAAATTAAAAATCAAATAAATAAAAAACACAAGATGTCTCTA GTATAAAGTGAATGACGATGTACCATAATAACATATCTTTAATACATGTT AGGATCAAATATATTAAAACACTCGGCAATAGAGGGATATATTCTGATCG ACAGTAAGATTTAAGTTATTTTATTTGTTGGTCCAATTTTGAGAACCAAT ACTGCACCGTTTTTCTTAATATGCATAAAAATAAGTTTTTATTGCTAAAA AACTTGGTTGATTAAGCTCATAAAATGTTGGCAGTATATGGAAATTCTCC ATAAACAAGCTCTAGAATGAAAGAGAGTTGATTCACTATTTTTTATAATG AAGTTCACTTGCTTCATTTCCAAAAATCTTGAGATCAACGATTTTTTCCT CCAACTGTATCATATGCTTATATTATTTCCTTAATGATGAAGTATGTAGA GTGTCTGTTGTAAAGACACTCAACACAATTTATGCTTCTCTTTGTGTTTG GGTATCAAAACACGGCAAAGCACAACAAACATAATAGAATTTAAATTACC AAAATAAAAGCATCAATTCTTTAAAAAGAAAACACAGACTATGCAAAATA CAATCCTAAAATAAATTTCGAAATCTTTTATATTTATATATATTTTTTTT ATTTTTTTGCCCTAAACAAGACGACTACTCATAAAATCCAATGGGACGGA AAATCCATCATTGTCTCTACTAGAAAAACTCAAGAGATTTTTTTATTTAT TCTTTAAATCCTTCCTTTCTTTGTATATATATATATTATACTGTTAAATT TTCAGGTTAATATTTGTATCCTCCTGCACAAAGATCTCTTCTACTAGGAA CAATAAAGCTGTTTTTGGAAAATTTTGAGGCACCTCAGACTATATTTGGG GTTATGCCGGCTATTTATTTAAAAAAAATTGTATAGTTGGTTCAAAATTA ACCCTTTTTATACCTTGACTTGCAGATTGTCAGTTAATTATATTTTGTGC ACCACGTTTTTAATCATATAAAGACAAAAGATACGCCCAATTATTTGTGG ATTCCATGTTTTATCAAACATAACATATTAAAACTTAGCTATATTACAAG TAATAGTTGTTGAACAAAAGGAAAAACAGTATCTTGTGTTACTCCAAAAA CTTTATCAAACTCAGTTTTTTAATGTCCTCTGCAAAAAAGTTGGATTGTA TCTGCCCAACTTAAAGAGACCTTTCCTTGTTATCAGTCCTTGAAAAACGT CCCAAATTTTAAAGACAAAATTATCACTTACATTGTGGTTTAAGTACCTT AGCTAACCAATTGCATTTTTTTCGTGAACCTTTAATTATTTTTCAAACAA GGTAGTAATTTGCATTTTTCTTCATTTAAAAATAATAGAATTATCTATTA TTCTAATATAAACGTACAAGATTTATTTATAATGACGTCACTATCAGATA TACAGAGTGCACAAACTCTCTGTACCCTGATTTTTTTAAACGCAATTTTC TCTCCAACCAATTATCAAATTAAAAAAATAAAACCAGATTCTGAAAGCTT AATGGATTTTAATTTATTTTAATAATAAAATCACATCCAGGCTGAGTTAC AGTCTTTATACGAGGCCAAAAGTGTGATCAGGCCTTTGCAACATGGTCCC TTCGTAAATCTTGGAATTCATTATAGATCCGAAAAGTTCTTCTTTGGTAT TGTGAGGAATTAGGCTGGTTTGTCGTTCAATCGCGTCCCACACACAAAAA ATATCCTTCAGATTCAGCTAGTTTGGAGGCCAAAAGTCCATCAAGATYAA GCCATAAAAATTGCCCTGGAGAGGTTTAAAACTTTTTTTTTTTCATTTGT GGAAGGGAACCGACTCCTGCTTCCATATGTAAGGCATCTTATTGACTTGA GGTGGTTGAGAACATTTTGTGAGTGCCTTAAGCGCTTTTCTTTGTAATTT TTTGTTCAGAACTGGCTTCTCCTCATCTTGTATGAGAAGTAACGAAGGMG GTTGTGAATGTAGAGGCGGATAAGCGACTCTGACTAGTACAATTTTCGAG CCCTGATGTACTTCCCTGAGTCCTTAATTACGGGTTTCTGAGTTCCGGGC AAGCATCTCAGCGTCAGGACACAATCACTACGGCCTTTGAACTCACCCTT CATTGATATTGCCTCAAAATCACCTTTAGAGGCCGTATGTATGTATAGTT TTGTAATGTATGTATGTACTGAAGTAAACAGCAATAAAATCTTAACTAAT TAACTAAAACGCAGTGCTCAAGCTATCCATGCCGCCACAAGTTCAACTTC AAGTTTTTAGAATGTTTTCTATTTTATATACCCGTACACAATATACATAT CCCAATGAATACATGTAAAATTATTTTTAAAGGAAATATTTAGAGTAATT TAAACTTTGGTAGCCGAAAACCAATTCTTTAAAAAAGAAAAATAGTCAAT TAGTATTTGTTCTTTTGACTTTATAAATGTCAAGTTCTTGTAGATTTTTA AGAGTTTTCATATAATATATACTGGGAATTCCCCTATTTTCTTTTTATAC AGAAAGCTATTGATATTTAATTTAAATAGTAACATAATTTTTTTTTATTG CATGAAATATGAAATGTAGGAAGAATGAGCATTATGATTAGGAATGTGAA AAGGGTTTGAAATCCTCCTCAAAATACATATACAAAAGAATATGTTGCTA ACCTGCAAAGTATGAATGCTCTTAATAATTTGTATTCCCTTTTTTTGAAA AAATCTAATGTATCACCGAGAAAAAAGCACTATAGATCATTTTCATGTGA CTTTAGCACTGCTGATGTATGTCATTTTGGCGGCCTAAACAATCAAATTG TATAAAAACGAAACCCCTTTTTTGATTAGTAATATAAAAATTGTGAATTA TTCGATGTCAAAAATAAAATTTATCCTCGTATGTTTAGTTTTGTTATTTA TCTTACATGACCATTTCATGAAGTTTCATCAAGATTAATTAGAAATTTCT ACATTTCATCTAGTAAAAATACCAATTTAGAGCGCTCCTTCAATTAGGAT GGAATTTTGGACGTGAGTGAAAATGCTCACAGTGTAGATTTTTTTTTTTA TTTGTTTGATTTCGACTAGTGGCTAAAAAAATATTGTCGACTCATCATAA AATATAATAAAACAACATGAAAAATCTAATGAAATTATATGGTAAAATGA AATTATATATGTGGTAGAATAAAATGAGATAATATGAATGAAATGAGATG AAATAATAAGAGGGAATGGTGATTTAAAATAGATTAGTAAAATTATTTGA TATAGCTTAATGATAATTGAAAAAAATGAAAAACAAATCAAAATTCACGT GACATTCTTAGTGTAAAATTTAAGTAAATGTGGATTATTTTTTAAAAGTC TCTTAAAACCGTAATGTGAAGACTTTTTTCTCACCTCTTCAGGCAGGGAG TTTCATATCCGTATAGTTCGACTGAAAAAGCTAGTTGGAGGTAATAGGTA TTATCGTTGGTTGAACTAAGTAAAAATTGGAAAACGACATAGTGGTGTAT ACCTTACTACAGGGTTTTCCAATAAGAGGTCTTATTTTGAATAGCCTACT ATTTTGGCAGATTTCCCTTTTAAAGCTTTATTTTGTTTGCATTTGACAGG TATAAACTACGACATTAATAAAAATGGAACTATGCAAGCTTCAACAACGC GTTGAAATTATTAAAATCCGCTATAAAAATTGGGAAAAACCTGGCAGACA CTGTTCATAAAACTAAAACATTTTTGCGCTGTCATGAAGGAACTTGTCGA ATCTTAATACAGAAGGTGGTGGAAAAATTTGAGTTGTTGGGACAAGTTAC TAAAAAAACTTCTGAGAATATTGCTGCTGTAGCCGAAAGTGTTAAAAAAA CCCAAGTTTGTCTATTCCTTGTCGTTCTTTGCAATTGGGCATTTTACAAA CGTAATTACATCGTATTTTCATTAAGACTTGGTTCTAAANGGCTACTAAA CTTTAGTTAACAAAAGAACTCAAGCCGACTAATCATCAACAACGTCGTGT TGTTTGCTGATTGGGTCCTTGAAATTCATAAAACTGATCCAGAATTACAT CAAAAAATCATCTTGACTCATGAAGCTTATTTCCACCTAGTTTTCTACCT CAACAAGCAAAACTATCGCATCACCGGCTCSGAAACCCCAAGATTTATKG TTGAGAAGCCTCTCCMTTCTGAACATGTAACTGTTTGGTGCGGTTTATGG TCCGGCGGAGTCATTGGACCTTACTCTTTTGAAAATAAGGCTGGAGKAAC AGTTACGATAGCGCTATCGAGATTTTGCTGGAATTGGATGGKATTGATCT AAACAACGTTTACTTTCAACTAGATGGCGCTACCTCATATTGGAAAACTC TTTACATACTTAGGGCAAGATGTTACAATTAATCAGCCCATTAATAACTT TAAACATCATAACCACATCCTGAAGTTACTTACTCTTTTCAAGCTACACC ACTACGACTAAACGTAAGCCAACCTCGTAGGATACATCCCCACATACCAT CTTAATAAAGAGTTAGTGTACATTTTGAAGAGCTTTGATGTCCTTTTTAT GCATTGGATTCCACAACTGAGAAGGGAAGTGTAAAATAAGCATAACATAT GCTTCATAAAACTTCTTTATCAACTTCATATTTCTCGTTTTAAAACTTCT TTTAAAAGATTATAATAATTTATGTCAGCAAATATGTCGTCTATTAACTT TAACATTTTCTTTGCAAAAATAATCATCGTTAACCATGACACATTACTAA GCATGTGAATCATTAACATTTTTTAACTTGCAAGTTCTTTGGATGTTTTG CCAGCCTGAAAATATATTTCTAAGACTGTTATCATTATTCTATTATTCTA AAGGAAATAACATCTAAGTTTTAGGTGTAACCAATTTTTCTGCTCATGAT TAGACATGATAAGCCTGCGTAGAATGGGCATTTAAAAAAAATTAACATGG TAATCCTGACAATTCGAAGAATGTTTGGAGGAGAGAAAGAATAGAGCTTA TGACATTTCATTAGATCATTTAAAATCAGCTTTGACAAGGAATGAAGGAG AAAAGGAAATAATTAATAAACTGGAGATAATACAAAGGAGATTGGCTARA AWTACTCAATGTTGATCCACAATGCTACTCTGAGTCGAACAAGGACTTAC AATTATAATGATGTAACAAATCATCCGTCTTTTATGAGCACAAGTTAATG TTCGTTCAGGTTTAGAATATCATTGAAATTTGAATATGTTTAAGCAAGGA TGTTGTTCATTACTCTGGAATTAAAAAATAATGAGAACTGCTAACAAAAA GAAAATTTATTTTTCAGATTACCAATTCTAAAAAAAAACGGGCCATCTAA AAAAATTACCAAATAATTTAAATTTCCTGTTGGACTCGGAGTAGAATTGA GGATCGAAAACAGAGTAGTTTCTGCCAATATTCTCTCCAGATATAGAGTA GGACTTGTGTTTATTTCCTTACTCTCACTTTTGCTTGTAGATAATTTAAT GAAACATCACGACAGCTACACCCCTCGCCTCTCTGACATTATTAATCTTC TTATATTTATTGTATTAATTTTCAATATCCTTTTTTTAACATGCCGAAAA AACTTTCAATTTAAAACACTGCACTAGTCATCAAAATTTCAACTTTTGCC CTTGGATTGAGATGTTGTGTTCTTTGAGAAACATGCAAATGACTATTGTA ACTTGGTTGTTTTGATTATTTTTATACAAGATACAAACGATAAAATGTTA TTTTTAGCCTAGAGGGATCTTAAAGCATGGTTTTTAAAAGTTATACGTTT AGAAATAAAACACATTTTCTTCAGTTAGTGTTTTTTTTARGCGTAKTTCC CAACACACTTTTMAAGCCGTTGTTTATCCTGCATGAGTTTAAAAAAAAGT ATCAATTATTTGTTAAGCCGGGACTTTTCTGCCCATGTGGTAGTTTGTTT ACATTTTGTAAAAACATGTTTCCAGATTTAAAAAATATTTTTATTATTTC TGCATTTTTTTTCTAAATATGAGAAAAGTATGTACAAAATAAATCTAAAA AGATGGACCCTATCTTTAAATGTATAACAAATTGATCGTTTATGATCACA ATGATAAAAATCATAGTATGTCTTAATGTCAAGATATACAACTTCCTTAA AAATAATAAAATTTAAAAGTTCTTGTTATTTTTAGTTAATTTTTTATCCA CCAAGATTTATTGATAGTAAATCAATGCTCTGTGTAGGACACAAAAGAAC AAATTTTGGGTTATATAGATCATTGTGAGGTGTTAAAAAAATCAGGAATA CACCATTTCGTATCAAAGACAATCATTTGTTGACTGGTTTTTGAAGTGGA AATTTGACATGATACTATCAGTTCAAAATTGTACTTAGATATTTTTTTAG TATTTGGTTGATGAGGATAAAATATTGTGATCTTAATAGTTTAAGGGCTC TTAATGTTGTAAAGTTTCCCTGTTTTATGAAGAATAATATTAGGTTCCTT TTATTTGTTCAACAAAGCATTAAGATCATGTAACCTTTCATAAAAAATGA AACAGAAAAAAGACCCAAAGCCAATCCTTCCCAAGTACGGAATTACTTTT CAATATTTGTTGGAAAGTGTTCACTGCCATGGAACTCTTCAGACCTTGAA TAATCACACAGATTTTTTTTATTTCCACATAAGGAGAATATAAAAAGGGG GAAAGAGTCAACATCATTTTTTACTCCCTTCCTTCAAGTCGGGAAAAAAC AAGCTAAGCTGTGTCTAGAGTTCCATAACTAATGTTATTAAGTAGATCCA AAAATAGCTAACTATAACTTGAGTAAAAATGATTTTATCTGTAGTTTTAG AACAAAAGGTTTTTTTAGAGGATTACTCTCTCATTTAATTTCCTGCTATT TTTTTCCTTTTAATTAATTTCAAGGGATATTTATCTTCTATATTCGTTCA AAAAAGTAGAAATATAAAGAAATAAAAGATATTTAGACAAAATGTGTACA CTTTTTCGATGGATTTTTCTAAGCCTAGAATCCAACATACGTTGTTTTGT GTTATGAAAGTGCCTTGTAGATATTATTGAAATAGGTATTTATATATACA TACATATACATATAGTGAGCTTCACAAGCTATTGAGCTAATTTATATACT CAAATTAGTTTTATTCTTTTTAGCTAGCTCCTTTGCTATAAATAGTTTGT GCTTTTCCTCTAAAATTTGTTAATCCTTTGAATATTTTTTGTAAAACAAA GGTTGACAAATGTAGCAGAAAGATATCCTCATTCGTCTCTTTCTACATTC TTTTTCCACGCTTTAAATAAAATAAATGAGAAGATGATGATACTAATATG ATTGAGTGGTTTTTTGTTTTGTTTTTGAAGAGGCAGAGCATCGGCTTTTA AGTAATTGGGGAATTGTAGGTAAGTAGTTTTGAATATTTGTGGAACAGCA GTGGTGTTGTTAGGCCCTTCAAAAAAATTTTATCATATATAAATATAACT GTGGGCATTTATGATAAATATATATATTTTTTATTATTTATATATATATA TATATGTTGTGTACAAGTTGCAATGTCTGTACGAGTTGCAACTTCTATAA GCACATTGTAAATATTACAATTTATTCGTCTTAAAATGCATTATTTTATT ACAAAATTGGTCATTACTACTAATTGATATATTGAACTTACATATTTCTG CGCAATATAACTGTGGGCATTTGAACTCTATAATGTGCTACAGAAATACT TATATTACATTAATTGGCATAAGAATAATATAAAATTATACCATTAATAT ATGGATCACCTATGGAATAGTCAGTCATTGTATTATTCTAATCCGAAATA CTGCAAATCCTTCATTTAAAATTATTAATCCCATTTAAATTGGTTTGCAA ATTGTACAATTTGTGCTCGTACAATTTACAACTTGTACAAAGTTACAACT CATACACAACACATATATAAAATCAAACTTTGTATAGGGTTTATCTTATT TAGTGGTATATATTTTTTTTATTTTCAATTTTACAAGAGTAAAATCTAAA TAAGAGTTTTTGTGAGGATATTTATTTTACAAAATCATCTGTAAAAAGTG CTCGGGACAAGTTTTAGTCAAAAATTTAGCTCTAAGCTCAAATAATTGAT CAATACAAGGCATACATCCCTTTGCATACCTTGAATATGAAGTCAGACTT GAGCTTAGTTCACTCCTTCTTGATGGAAACCTCTAGAGACTCGATACTCC CGTGAAGAGTAGCACACACCCTCTGCTCCAGACACGACTAGATAGAGKAG ACCAAGGGTTTTGCATCTGGAGAAGAGGGAGGCCACATATTGAGGTCCCA AAAGTGCGGTAAGATGTCTCTCAGGAAGGCCTTGGTCTAAGCGGTGCAAT GACATGGAGCTCCATCTTGATTGAAAACAAATTTCTCACCGAACTTTTCT CAGATAAGATAAGAAATCCAGAAATTTTATATCAGCATCTGAATTTAGCA ACTCCTTCCTCACTACAAAAATGGGAGGGGAAACTTTGCCCGTTCTGGAC ACTGGATTTTTTGTTATGAAGTCATGTTGCACTTATCTAAGCTTTTGTCT GGATGTTCAGTTGTGATGAAGCGACTCTTCTCCTGATTCACAGTGACATG AACGATGACATTTTAAACAGAAAAAGAGAAAAACTTTGCCCGAATTTTGG GTGTCCTTAATAAAATTTAGGTTATTGCACACTCTTTAGAACTGTCTCGC CTCGCTTTGTTCAGAGATCAGATGTCTTGTCGTTCCCCTCCGTGATTTTG AACCAATTTCACTTCCTTATTGAAAATATGAAACGGGTACCACAAGATAA GATAAACCTTGTATATAAGTAATTGTATACAGAGTTATTATTGTGTGTTG AGATTTCGTTACCCAAGTAAAAATACTGCAACATCTAACAAGATGGGTAC CCAGCCTACCCTTCAAATGAACTGCACGAATCGTGAAAAGATTGTTTTGA ACCTTTTGCCCTTCCTTCCTATCTTAACCTATTTGACTTTGCAATGTAGA GTATGGAGCAGGAGAGGCCTTATGAAGTTTCCAAACCACCAAAGACAACT TGATGGTAGAAACAAAGGCTGCGTAGGCAAAAGTTACAGAAGAAATTGGA AATATGTACTCTTACTAATTCAGTAATCAGTTAAGGTTGAGGGATTGAAA TTAATTCATACTTCAATATATTAAAGCATAAAAAGTTAGTTACAAAATTA TAAAAGCTATAAAAAAAGATGATAGAAAGAGCTTTGTGAGAGTGGARAAG CCACTTTTGACACCAATAATGAAAGAACCCCATCTTCTCCGTTGCAAGAC TCTTTTAAATGAGTCTTTTGAGCTCTTTTTAACACTTTTGGCCTCCTTAC AGCCCTGATGCCAACTCCCTCGACTACACCTTTTTGTAGCATGTCGAGGG GAATGCATTCAGTGTATGTTATCCAAAACCCAAGGTCCTTAAGCCACTTT CAGCCAGCAATGGGATGCCATGACAAAAGACTACATCTGCAGCGGAGGCC AGGCCTTCCTCTGTTGCCAAAAAATAGCTTTTTGTATATATTGTAAATTG TAGCAATCAACTAATTTTCATAAATCGCACAATAACATATCAGAAGCTTA ATTACAATCAGTTTAATCTTATTAAGTGTTATGTCAAATCAGTATTTATT TTCGTCGGTAAACACGGCGTTCCTCACAATTTCAAAACAAGAAAGTGATT AATTGTATATAAAAGATAATTTTAAAATCTACCTTTAGAAAGTGCACCCG CTCCTTCTCCTAAATCCTGATTGCCACGCATTTTAAAATATATAGTTTTT TTGTCGTAACCTGTAAAAACTATATTCTGTCAGTAGTATTGTCTCAGTTC ATATTTGTTCCGTCCAGTCCGTCTGAGGAATAGCCGTTAAGACTGTCAGT CCTTCGGACTATCAGTACCAGAACATAATTTAAAAAAAAAAAAAAGTTAG AGYCCTATAATCAAAGACGGAATTTTATAAGTTTTAGGACTGATATGCAG ACAGAACTGGACGAGACTACAGTCTCCAGTCTTAAACAAGGACTGACACA AAACTATCTGTGATTGATATAATTTTTTGAAGAGGGACAATATTTCTGGM CCATCCTGTACGTATATTGTTGTAAGAGAGAATAAAGAGATGCTTGTTGG AGTGAACATATGATTTTTTAGGGGATTATTGAATATAAATACATACATAC GGTACAAATATTGTTCTCTTATAAGTTATATATTMCTCTACTMCCCTTCT TCTTCYCCCCCTTCCCCCCCCCCTCGAAATCCTTTCAAAACCCAATCACA AGAAAGACATACATACTTATAATATATATATATAAGTATATAAATGCTCC GCTCGGATAAACATCAAAACCTTAAATACTTTGAGAGGTGGATATTACGA GAGTTGAACGGAAGTAGGGTAAATAAATATTTACTTTCGTAATGTCTACA TACTATTTTCTCCCCTCTTTTGGGTTGGGATCCATTTACATCATGCTACA AAAAGCAACAATATATAATGTCCTTCTTAGTGTTGTATGGAGTCCTATTT GTTCACTTCAGTTTAGTCTTAAGATCGATCCCAACGGTCCTGGGAATTTT TCATATAAACGCAAACAAAGATTAGTGTTGTCAACGTGATTGATCAAGAC TGATGAATGTAGTTCCGTCGAGCTCACTCTAAGCCCACTCGATTTCAGTT CTTTAACTTTTTATGTTCGGTCTTTAATCACTTGCCTAAACATACATTTT TTTAAATTAGTTCTAGTACTGATAATCTTAAGGACCAGTCTCAAAACTAG ACTGCCCTGAATAAATATGGACTGAAACAATATTAAAGACAACTAGTTAA TAAGAGCACTAATGAATTGCAGGTTACTTTTTTTTAAATGTATACTTTGA TGATGTTGATATTTCTCACATCCCTTCATATTCATAAGTTAAAATTAGAA TTTCATCTGACGAAAGTTTATCATCTTTAGTTAGGGCCTGTCCTAAAACT GGAATAGACTAGATGAATAAATAACTCTAATTAAGATATATGATATATTT ATTAAGAACATAGCATACATCTTGCAAAGAATAATTATACTTAGATTATA ATGCAAAAGTATACGAAGAAAATATATTTTTACTTAGTTATATAATTTAT TATGTTATTACGACCTGATTTTTTATCACCTCTTAACCTGGACTGTCATA AGGGAATGGGGGAAAAAAATATATGTTTGTTAGTTTTCTGTATTTTTCTT GTTGGCAACTATTATTTATTATTTAGAGAACTGTTATTAATTTTATCAAT GACAGAGTATGAATTGAAACGAACTCTAAAGAAAGGCCCTTGATTTAAAT TAATTCATCAATAAATTTATATGTTATGTAAAAACTTTATGAGTTATATT AGGTAGAGTGAGCTGCTTTCAATCTTACAAGGCTGGCTCAACTTATGAAA ATTAATGAAACAACTTTGTAGAAGGAAAATGAATTACATCTGTATTTATT TAAAAAAGCGAGCAATGTATGTAGGCATATAACGAAGTAATACTATATAA TAAATAATAAAAACTATTGATAAAACTGATATTTGAACTCGTACCAACTG TTATTTTTCTTTCTTTCATTAACCTCCACTTTATATCAACAAAAGCTGCA GTCTTATCAATTAATAATCAAGAGAGAGGATTCTTTTGACGGGCGCACTT TTTCTGACATTGGTGTTATAATGTAATTAACATTCGTATATATAAATATG CAGTGATTAGACAATAATATTGCTAATGTTGCCTTAGTAAATAATTCAAG TAGAACAGATATATATATACTTTAAGTAAATTATTATATAAAATTTGAAA ATAATTTTACAAAGCAAATACTGAAATAAAAAACTGTTTTTGTTTTTTTT TGTCTTATGAAAGCGTATAAGGGGAATTTTTTGTTTTTATTCTAATGAAT GTTGTTGTTTGCCTCTGATGTAAAGCTTTTGCAAGAAATATAAGATGATA TTTGATTTTTAAATTGAGAAAAAAGAATATATGTTGAAAATTTTGATTCC TTGATCCAAATAGAAATTTCTTCTTTTCAAATAACCCCAATAATGAAACC AAGAAAAGGTTATGTAAAATAAAACAAAATTGGAATCACATTCACTCAAT TACCAAAAAACTTGAAATATTCAACATAACTTTGGTGTTTAAAAAAATAT GGATTATTTTCCAATAATATTTAAAATAACTTGGGAGATTTAAAAAAATC TGTATTATTTTTCCAATAATATTCTGGAACTTGCCTTGTTGACTTGTGAA AAAGTATGACTGAAAGAAATGCATTCGGTATTCTGCCTTATGTTAGCCAG TATGTTTTTCTTTCTAGTAATACCAGTACTACTAGAAAGAAAAAGATACG GGAAAATATGACATATTCAATTATATGTATGTATGAAGATCATTCCATGG AGATCCCACTTAATTTTTTGCATAATCATAGTGTGCGCTTGAAATAGAAT GTCAACTGCCGGTTTGTGCCGTAAATTGAATAAGCAGATATGGTCATAAA AAAGTGATGTGTCATGGTTCCTTATACGTCTCCTTGTACTAATACAAATT GTATCAGTTAAGATATGAGTAACATCATTATAGACCTGAAACAACTGACA TATTGTCCAGAACTTTTCAGAGTTCTTTAATTATCCTAATTGATCAAATT TCAGTAAGAATTCATCATGGATATAATTAATTATACTTTCCTTTATGTGT ACATTCTACTATAATCACTTCAAGATTAAATAGAGAGCTGCGCTTAATAA TGACATCCTTTCCCATTTCAGATTTTTGTAAAGCGGAGGTGCATTCATCT ACTAATCGATCTGGATCTATGGAACCGGATGAATATTTTCATCGCCGTAC AAGAGGAGTATCTGGCTATGAAGAACTTCGAAACTATCCTTCAAAATTTA CGAGAAACGCAGGAATAGACTATTGTACACTTAGAAGMCCTCCTTCCACA TCATCATTGCATGCCAACAGTCGACGTGCCGTGCAGTTTGCCGATCAGCA AATGATTCCAGTCAGTTTTCATGATATTTAATTATTTTTTATTCTTATTA TAATTCTTAATATAATCTCATTTTTATATTCTTTTATATCCAGGATGTCT ACGGAGGCACTGAGCCATTATTCCCACTTCCTCCACCTCTTATTCGAGGA GGTGAGGGTGTGTCAGCMTCCAATTTTATGTATGCAACACTTCGACCAGG ACAATCCTCAAGCAATGTTCCATTCCATGAATTTGTGCCACCTCCTCCAC CCCCAATGTTCGAAAGTTCGAGTGTAGCGACAACATCCAAAGGATCTCCT TACATATCCACAAGTGTTGGACCATCTTCAAGTAATGCTACTAGTTCCTC TGGCACTTGTACTAAACCCACGAATAATCCCAAATCATTTATCTCCAAAA TCAAACAGCCATCTTCATCCTCCAAGAAAGAGGACGATAGAGACAAGAAG GAAAGCACTGTTTGA
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