EMLSAG00000004930, EMLSAG00000004930-687696 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000004930
Unique NameEMLSAG00000004930-687696
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:p120ctn "Adherens junction protein p120" species:7227 "Drosophila melanogaster" [GO:0005912 "adherens junction" evidence=ISS;IDA;IPI] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005813 "centrosome" evidence=IDA] [GO:0007155 "cell adhesion" evidence=IGI] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0001745 "compound eye morphogenesis" evidence=IGI;IMP] [GO:0034334 "adherens junction maintenance" evidence=IMP] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 EMBL:AE013599 GO:GO:0005737 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0005813 GO:GO:0007155 GO:GO:0005912 GO:GO:0016337 PANTHER:PTHR10372 GeneTree:ENSGT00690000101851 GO:GO:0001745 GO:GO:0034334 FlyBase:FBgn0260799 NextBio:850849 RefSeq:NP_001036444.1 UniGene:Dm.1722 ProteinModelPortal:Q7PLI0 SMR:Q7PLI0 MINT:MINT-915558 PRIDE:Q7PLI0 EnsemblMetazoa:FBtr0111114 GeneID:3355143 KEGG:dme:Dmel_CG17484 UCSC:CG17484-RA CTD:3355143 InParanoid:Q7PLI0 OMA:NKTVENC PhylomeDB:Q7PLI0 SignaLink:Q7PLI0 GenomeRNAi:3355143 Bgee:Q7PLI0 Uniprot:Q7PLI0)

HSP 1 Score: 758.444 bits (1957), Expect = 0.000e+0
Identity = 377/573 (65.79%), Postives = 444/573 (77.49%), Query Frame = 0
Query:  290 SLSIQQPIYSSHQASPLPQ-MSRPDPRVTG--------VHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSS-RGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRG 852
            S   + P ++    + +PQ +   D  + G        + WRDP+L EVI FLSNP+S IKANAAAYLQHLCYMDDP K +TR LGGIPPLV LL+ D PEI++N+CGALRNLSYGRQNDENKR IKNA GI  LV LL ++ + EVKELVTGVLWN+SSC+DLKR+IIDEAL  +V  VI PHSGW  A+   ET ++TVFRN SG+LRNVSSAG++ R  LR  E LV+ LLY+VR +IEK NI NK+VEN VC+LRNLSYR QE++DPNYDK  F  +  E    +    +NLGCFG +K K + + +   +  + S+   +SS       KG + LWQPEVVQ YL+LL +CSNPE LEAAAGAIQNLSACYWQPSID+RA VRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD  TSDDTI AVLAT+NEVIKK+PEFSRSLL++GG+DRLMNIT+++++YT  V+KFASQVLY+MW H ELRDVY+K GWKEQDFV+K   A N  P+SP N+N+TLNRPMASQ  TR EDR IQRG
Sbjct:  182 SAEFKLPQFAMSSINTVPQRLEEKDDYIEGSENDICSTMRWRDPNLSEVISFLSNPSSAIKANAAAYLQHLCYMDDPNKQRTRSLGGIPPLVRLLSYDSPEIHKNACGALRNLSYGRQNDENKRGIKNAGGIAALVHLLCRSQETEVKELVTGVLWNMSSCEDLKRSIIDEALVAVVCSVIKPHSGWD-AVCCGETCFSTVFRNASGVLRNVSSAGEHARGCLRNCEHLVECLLYVVRTSIEKNNIGNKTVENCVCILRNLSYRCQEVDDPNYDKHPF--ITPERVIPSSSKGENLGCFGTNKKKKEANNSDALNEYNISADYSKSSVTYNKLNKGYEQLWQPEVVQYYLSLLQSCSNPETLEAAAGAIQNLSACYWQPSIDIRATVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNVQHDQNTSDDTITAVLATINEVIKKNPEFSRSLLDSGGIDRLMNITKRKEKYTSCVLKFASQVLYTMWQHNELRDVYKKNGWKEQDFVSKHFTAHNTPPSSPNNVNNTLNRPMASQGRTRYEDRTIQRG 751          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Catenin delta-2" species:9606 "Homo sapiens" [GO:0001763 "morphogenesis of a branching structure" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0007612 "learning" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0043005 "neuron projection" evidence=IEA] [GO:0048167 "regulation of synaptic plasticity" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 GO:GO:0005634 GO:GO:0048167 GO:GO:0014069 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0043005 GO:GO:0007612 GO:GO:0016337 PANTHER:PTHR10372 GO:GO:0001763 EMBL:AC003954 EMBL:AC004633 EMBL:AC004648 EMBL:AC005367 EMBL:AC005610 EMBL:AC010433 EMBL:AC010626 EMBL:AC113390 EMBL:AC127460 RefSeq:NP_001275646.1 GeneID:1501 HGNC:HGNC:2516 HOGENOM:HOG000231863 ProteinModelPortal:D6R9A8 SMR:D6R9A8 Ensembl:ENST00000458100 SignaLink:D6R9A8 NextBio:35492892 ArrayExpress:D6R9A8 Bgee:D6R9A8 Uniprot:D6R9A8)

HSP 1 Score: 509.22 bits (1310), Expect = 3.768e-164
Identity = 269/529 (50.85%), Postives = 364/529 (68.81%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    S   GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  108 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKDAESS--GCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNTASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 619          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Catenin delta-2" species:9606 "Homo sapiens" [GO:0016337 "cell-cell adhesion" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0016337 HOVERGEN:HBG004284 PANTHER:PTHR10372 EMBL:AC003954 EMBL:AC004633 EMBL:AC004648 EMBL:AC005367 EMBL:AC005610 EMBL:AC010433 EMBL:AC010626 EMBL:AC113390 EMBL:AC127460 RefSeq:NP_001275645.1 UniGene:Hs.314543 GeneID:1501 KEGG:hsa:1501 CTD:1501 HGNC:HGNC:2516 HOGENOM:HOG000231863 EMBL:AK299300 ProteinModelPortal:B4DRK2 SMR:B4DRK2 Ensembl:ENST00000503622 UCSC:uc011cmy.1 NextBio:35474409 ArrayExpress:B4DRK2 Uniprot:B4DRK2)

HSP 1 Score: 509.605 bits (1311), Expect = 3.376e-163
Identity = 269/529 (50.85%), Postives = 364/529 (68.81%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    S   GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  204 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKDAESS--GCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNTASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 715          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Catenin delta-2" species:9606 "Homo sapiens" [GO:0001763 "morphogenesis of a branching structure" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0007612 "learning" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0043005 "neuron projection" evidence=IEA] [GO:0048167 "regulation of synaptic plasticity" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 GO:GO:0005634 GO:GO:0048167 GO:GO:0014069 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0043005 GO:GO:0007612 GO:GO:0016337 PANTHER:PTHR10372 GO:GO:0001763 EMBL:AC003954 EMBL:AC004633 EMBL:AC004648 EMBL:AC005367 EMBL:AC005610 EMBL:AC010433 EMBL:AC010626 EMBL:AC113390 EMBL:AC127460 RefSeq:NP_001275644.1 UniGene:Hs.314543 GeneID:1501 KEGG:hsa:1501 CTD:1501 HGNC:HGNC:2516 ProteinModelPortal:E7EPC8 SMR:E7EPC8 Ensembl:ENST00000511377 SignaLink:E7EPC8 NextBio:35499727 ArrayExpress:E7EPC8 Bgee:E7EPC8 Uniprot:E7EPC8)

HSP 1 Score: 514.227 bits (1323), Expect = 3.822e-162
Identity = 268/529 (50.66%), Postives = 366/529 (69.19%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    +++ GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  450 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKD--AESSGCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNTASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 961          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Catenin delta-2" species:9606 "Homo sapiens" [GO:0001763 "morphogenesis of a branching structure" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005634 "nucleus" evidence=IEA] [GO:0005737 "cytoplasm" evidence=TAS] [GO:0005912 "adherens junction" evidence=IEA] [GO:0006351 "transcription, DNA-templated" evidence=IEA] [GO:0006355 "regulation of transcription, DNA-templated" evidence=IEA] [GO:0007155 "cell adhesion" evidence=TAS] [GO:0007165 "signal transduction" evidence=TAS] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0007612 "learning" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0043005 "neuron projection" evidence=IEA] [GO:0043204 "perikaryon" evidence=IEA] [GO:0048167 "regulation of synaptic plasticity" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 GO:GO:0007275 GO:GO:0005634 GO:GO:0005737 GO:GO:0007165 GO:GO:0048167 GO:GO:0014069 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0006355 GO:GO:0043005 GO:GO:0043204 GO:GO:0007612 GO:GO:0007155 GO:GO:0006351 GO:GO:0005912 GO:GO:0016337 EMBL:CH471102 eggNOG:NOG276924 HOVERGEN:HBG004284 TreeFam:TF321877 PANTHER:PTHR10372 GO:GO:0001763 EMBL:U96136 EMBL:AB013805 EMBL:AC003089 EMBL:EU350953 EMBL:AC003954 EMBL:AC004633 EMBL:AC004648 EMBL:AC005367 EMBL:AC005610 EMBL:AC010433 EMBL:AC010626 EMBL:AC113390 EMBL:AC127460 EMBL:U81004 EMBL:U52351 EMBL:U72665 EMBL:AF035302 EMBL:U52828 RefSeq:NP_001275644.1 RefSeq:NP_001275645.1 RefSeq:NP_001275646.1 RefSeq:NP_001323.1 UniGene:Hs.314543 ProteinModelPortal:Q9UQB3 SMR:Q9UQB3 BioGrid:107882 DIP:DIP-1138N IntAct:Q9UQB3 MINT:MINT-223241 STRING:9606.ENSP00000307134 PhosphoSite:Q9UQB3 DMDM:84028193 PaxDb:Q9UQB3 PRIDE:Q9UQB3 DNASU:1501 Ensembl:ENST00000304623 Ensembl:ENST00000359640 GeneID:1501 KEGG:hsa:1501 UCSC:uc003jfa.1 CTD:1501 GeneCards:GC05M010971 HGNC:HGNC:2516 HPA:HPA015077 MIM:604275 neXtProt:NX_Q9UQB3 Orphanet:281 PharmGKB:PA27017 InParanoid:Q9UQB3 OMA:GQSFSQX OrthoDB:EOG7K9K24 PhylomeDB:Q9UQB3 SignaLink:Q9UQB3 GenomeRNAi:1501 NextBio:6217 PRO:PR:Q9UQB3 ArrayExpress:Q9UQB3 Bgee:Q9UQB3 CleanEx:HS_CTNND2 Genevestigator:Q9UQB3 Uniprot:Q9UQB3)

HSP 1 Score: 514.227 bits (1323), Expect = 3.186e-161
Identity = 268/529 (50.66%), Postives = 366/529 (69.19%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    +++ GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  541 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKD--AESSGCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNTASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 1052          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0001763 "morphogenesis of a branching structure" evidence=IEA] [GO:0007612 "learning" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0048167 "regulation of synaptic plasticity" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 GO:GO:0048167 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0007612 GO:GO:0016337 TreeFam:TF321877 PANTHER:PTHR10372 GeneTree:ENSGT00690000101851 GO:GO:0001763 EMBL:AAEX03017141 EMBL:AAEX03017142 EMBL:AAEX03017143 EMBL:AAEX03017144 Ensembl:ENSCAFT00000015867 Uniprot:F1PGY0)

HSP 1 Score: 509.99 bits (1312), Expect = 7.622e-160
Identity = 266/529 (50.28%), Postives = 364/529 (68.81%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II + L+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    +++ GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSN + LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  523 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDTLAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKD--AESSGCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNADTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNAASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 1034          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0016337 "cell-cell adhesion" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0016337 PANTHER:PTHR10372 GeneTree:ENSGT00690000101851 OMA:GQSFSQX OrthoDB:EOG7K9K24 EMBL:AAEX03017141 EMBL:AAEX03017142 EMBL:AAEX03017143 EMBL:AAEX03017144 Ensembl:ENSCAFT00000043483 Uniprot:J9NRZ6)

HSP 1 Score: 509.605 bits (1311), Expect = 1.290e-159
Identity = 267/529 (50.47%), Postives = 362/529 (68.43%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II + L+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    S   GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSN + LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  537 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDTLAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKDAESS--GCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNADTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNAASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 1048          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:Gga.34463 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001763 "morphogenesis of a branching structure" evidence=IEA] [GO:0007612 "learning" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0048167 "regulation of synaptic plasticity" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0016337 TreeFam:TF321877 PANTHER:PTHR10372 GeneTree:ENSGT00690000101851 OrthoDB:EOG7K9K24 EMBL:AADN03002120 EMBL:AADN03002667 EMBL:AADN03002761 Ensembl:ENSGALT00000037100 PRO:PR:E1C7G4 Uniprot:E1C7G4)

HSP 1 Score: 498.434 bits (1282), Expect = 3.793e-159
Identity = 261/513 (50.88%), Postives = 352/513 (68.62%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGG---NAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDF 810
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +       + + +L  +  G    S   GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPG    N+      SDDT+ A+  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K  W    F
Sbjct:  107 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDHKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQQMGTDELDGLLCGDANGKDAESS--GCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGANNSNSSASKAMSDDTVTAICCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKK--WAAPSF 600          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Catenin delta-2" species:9606 "Homo sapiens" [GO:0016337 "cell-cell adhesion" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0016337 PANTHER:PTHR10372 EMBL:AC003954 EMBL:AC004633 EMBL:AC004648 EMBL:AC005367 EMBL:AC005610 EMBL:AC010433 EMBL:AC010626 EMBL:AC113390 EMBL:AC127460 HGNC:HGNC:2516 ProteinModelPortal:E9PHB5 SMR:E9PHB5 Ensembl:ENST00000513588 SignaLink:E9PHB5 NextBio:35502036 ArrayExpress:E9PHB5 Bgee:E9PHB5 Uniprot:E9PHB5)

HSP 1 Score: 497.664 bits (1280), Expect = 2.502e-158
Identity = 270/554 (48.74%), Postives = 364/554 (65.70%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYW-------------------------QPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    S   GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W                         Q S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  295 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKDAESS--GCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKGWAEDVAGMAYALRSLPEGAPCLPQWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNTASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 831          
BLAST of EMLSAG00000004930 vs. GO
Match: - (symbol:CTNND2 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0001763 "morphogenesis of a branching structure" evidence=IEA] [GO:0007612 "learning" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0048167 "regulation of synaptic plasticity" evidence=IEA] InterPro:IPR000225 InterPro:IPR016024 InterPro:IPR028435 Pfam:PF00514 PROSITE:PS50176 SMART:SM00185 GO:GO:0048167 SUPFAM:SSF48371 Gene3D:1.25.10.10 InterPro:IPR011989 GO:GO:0007612 GO:GO:0016337 TreeFam:TF321877 PANTHER:PTHR10372 GeneTree:ENSGT00690000101851 GO:GO:0001763 OMA:GQSFSQX OrthoDB:EOG7K9K24 EMBL:DAAA02051184 EMBL:DAAA02051185 EMBL:DAAA02051186 EMBL:DAAA02051187 EMBL:DAAA02051188 EMBL:DAAA02051189 EMBL:DAAA02051190 EMBL:DAAA02051191 EMBL:DAAA02051192 EMBL:DAAA02051193 EMBL:DAAA02051194 EMBL:DAAA02051195 EMBL:DAAA02051196 EMBL:DAAA02051197 EMBL:DAAA02051198 EMBL:DAAA02051199 EMBL:DAAA02051200 EMBL:DAAA02051201 EMBL:DAAA02051202 EMBL:DAAA02051203 EMBL:DAAA02051204 EMBL:DAAA02051205 Ensembl:ENSBTAT00000061068 Uniprot:F1MM16)

HSP 1 Score: 503.827 bits (1296), Expect = 2.884e-158
Identity = 266/531 (50.09%), Postives = 362/531 (68.17%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGG------GPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELI-GKYAMRDLVQKLPGG---NAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II + L+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    +++ GC+G                    S+ +   G G       P KG+ +LW P +V+PYL LLS CSN + LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELI GKYAMRDLV +LPGG   N+      SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  449 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDTLAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKD--AESSGCWG-------------KKKKKKKSQDQQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNADTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIEGKYAMRDLVHRLPGGNNSNSAASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 962          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592806883|gb|GAXK01147685.1| (TSA: Calanus finmarchicus comp43016_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 927.161 bits (2395), Expect = 0.000e+0
Identity = 478/607 (78.75%), Postives = 517/607 (85.17%), Query Frame = 0
Query:  316 VTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPAXXXXXXXXXXXXXXXXXXXXPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARXXXXXXXXXXXXXXXXAYNPEEVPMENLSLYGSQRTHQMYAXXXXXXXXXXXEPVYAQVNRDRKKNR 922
            + GV WRDPDLHEVIEFL NPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALL++++PEI+RN+CGALRNLSYGRQNDENKRAIK A G   LVRLLRKT D+EVKELVTGVLWNLSSCDDLKR IIDEAL V+VN+VIIPHSGW  A Q  ET W+TVFRN SGILRNVSSAGDYGRKKLRE EGLVDSL+YLVR+AIE+ANIDNKSVEN VCVLRNLSYRAQEIEDPNYDK+Q    + E+RA  KPTSDNLGCFGASK K K++      S ++++   S+G GGGP+ GMDLLWQPEVVQPYLNLLSNCSNPE LEAAAGAIQNLSACYWQPSID+RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN Q D GTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMN+TRQR +YT RVVKFASQVL+SMW HQELR+VYRK+GWKE DFVTKTVAARNARPNSPT+LNSTLNRPMASQ GTR EDR + RG A    G +     +N    Y+ E VPMENLSLY S                  GEPVYAQVNRD+K++R
Sbjct: 1222 MPGVQWRDPDLHEVIEFLQNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLSHEIPEIHRNACGALRNLSYGRQNDENKRAIKVAGGTNALVRLLRKTGDNEVKELVTGVLWNLSSCDDLKRTIIDEALLVIVNIVIIPHSGWDRAGQGGETHWSTVFRNASGILRNVSSAGDYGRKKLRECEGLVDSLIYLVRSAIERANIDNKSVENAVCVLRNLSYRAQEIEDPNYDKRQL--PVGESRAAAKPTSDNLGCFGASKAKSKNA------SVNSTTGSSSNGRGGGPLAGMDLLWQPEVVQPYLNLLSNCSNPETLEAAAGAIQNLSACYWQPSIDIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQRDVGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNVTRQRAKYTSRVVKFASQVLFSMWQHQELREVYRKSGWKEADFVTKTVAARNARPNSPTHLNSTLNRPMASQGGTRYEDRTMGRGQA----GNNSAHHGNNVQANYSAETVPMENLSLYSSGGAPGGRMYPPGQHMVRPGEPVYAQVNRDKKRSR 3006          

HSP 2 Score: 54.299 bits (129), Expect = 2.129e-6
Identity = 77/199 (38.69%), Postives = 95/199 (47.74%), Query Frame = 0
Query:    2 NGYGNHHSPDSSQLSGSNLGGDLETTLISRXXXXXXXXXXXXXXXXXREVQYLGPDGTPLSYIPQQAAXXXXXXXXXXXXSTYEPVNTYSSPPSNSSHTYGSGGGDYESHRFNGSGDPPRPXXXXXXXXXXXNDGSGEEIPADYP--HRXXXXXXXXXXXXXXXXQYREPDYLRSQNNSGSYXPPRSGYDELDXXXXPP 198
            NG+    SP+SSQLS        E+TLI+RTQKQH T  VTTTTKT+REVQY+GPDG P+ ++P +                            N    Y +  GDY++  F                      G  +  P  Y   +RPP PP PS +S SP P +R PD+LR Q   G   PPRSGYDELD    PP
Sbjct: 3613 NGHSEGVSPNSSQLSMDGR----ESTLITRTQKQHVTHNVTTTTKTIREVQYIGPDGQPIDFVPGE----------------------------NGPIPYDNHIGDYQNQHF----------------------GDYQHYPQHYTDYNRPPTPPTPSERSTSPLPNHRLPDFLRQQPQGG--FPPRSGYDELDTTLMPP 4041          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592857244|gb|GAXK01100300.1| (TSA: Calanus finmarchicus comp7426_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 45.4394 bits (106), Expect = 1.002e-3
Identity = 52/219 (23.74%), Postives = 89/219 (40.64%), Query Frame = 0
Query:  329 VIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQE 547
            +++ LS+P   +       L +L    +  K   R  GG+  +VALL  +  +        L+ L+YG  N E+K  I  + G + LVR++R    +++    + VL  LS C   K  I++               G      H       + +N    LRN+S AG     K+  ++ L+  L+ L+       + D   V     +L NL+   Q+
Sbjct: 1194 LVKLLSSPVESVLFYTITTLHNLLLHQEGSKMAVRLAGGLQKMVALLQRNNVKFLAIVTDCLQILAYG--NQESKLIILASQGPLELVRIMRSYDYEKLLWTTSRVLKVLSVCSSNKPAIVEAG-------------GMQALAMHLGHPSQRLVQNCLWTLRNLSDAG----TKIENLDNLMQGLVQLL------GSTDVNIVTCAAGILSNLTCNNQK 1775          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592857245|gb|GAXK01100299.1| (TSA: Calanus finmarchicus comp7426_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 45.4394 bits (106), Expect = 1.003e-3
Identity = 52/219 (23.74%), Postives = 89/219 (40.64%), Query Frame = 0
Query:  329 VIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQE 547
            +++ LS+P   +       L +L    +  K   R  GG+  +VALL  +  +        L+ L+YG  N E+K  I  + G + LVR++R    +++    + VL  LS C   K  I++               G      H       + +N    LRN+S AG     K+  ++ L+  L+ L+       + D   V     +L NL+   Q+
Sbjct: 1194 LVKLLSSPVESVLFYTITTLHNLLLHQEGSKMAVRLAGGLQKMVALLQRNNVKFLAIVTDCLQILAYG--NQESKLIILASQGPLELVRIMRSYDYEKLLWTTSRVLKVLSVCSSNKPAIVEAG-------------GMQALAMHLGHPSQRLVQNCLWTLRNLSDAG----TKIENLDNLMQGLVQLL------GSTDVNIVTCAAGILSNLTCNNQK 1775          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902413|gb|GAXK01055962.1| (TSA: Calanus finmarchicus comp866169_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 1.570e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct: 1456 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 1980          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902414|gb|GAXK01055961.1| (TSA: Calanus finmarchicus comp866169_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 1.603e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct: 1456 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 1980          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902415|gb|GAXK01055960.1| (TSA: Calanus finmarchicus comp866169_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 1.604e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct: 2329 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 2853          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902416|gb|GAXK01055959.1| (TSA: Calanus finmarchicus comp866169_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 1.618e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct: 2838 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 3362          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902417|gb|GAXK01055958.1| (TSA: Calanus finmarchicus comp866169_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 1.626e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct: 2329 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 2853          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902418|gb|GAXK01055957.1| (TSA: Calanus finmarchicus comp866169_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 1.637e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct: 2838 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 3362          
BLAST of EMLSAG00000004930 vs. C. finmarchicus
Match: gi|592902410|gb|GAXK01055965.1| (TSA: Calanus finmarchicus comp866169_c0_seq9 transcribed RNA sequence)

HSP 1 Score: 34.6538 bits (78), Expect = 1.964e+0
Identity = 43/192 (22.40%), Postives = 87/192 (45.31%), Query Frame = 0
Query:  340 IKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGAL----RNLSYGRQNDENKRAIKNANGIVNLV-----RLLRKTP-------------DDEVKELVTGVLWNLSS-CDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSS--AGDYGRKKLREI 506
            ++  A   L +L + +  +K+    L  +P  + ++ + +     N   A+    RNL++  + D+  + + + +G+V+++     RL  K+              D++  +++   LWNLS+ C   K +I +E  S++  V ++             +S  T+  N  GILRN+SS  A     K+ R+I
Sbjct:  538 VRRYAVVALTNLTFGNSSIKS---YLCTLPTFINIMVDQLESQTENLRKAISHLFRNLAW--KADKASKIVLSDSGVVSILISSAMRLSAKSMVVTQIGRTVEPGRDEQTLKVILSALWNLSAHCRKNKSDICEETGSLVFLVELL------------RSSSKTIVENGGGILRNISSYIASSKQGKEYRQI 1062          
BLAST of EMLSAG00000004930 vs. L. salmonis peptides
Match: EMLSAP00000004930 (pep:novel supercontig:LSalAtl2s:LSalAtl2s259:367862:460405:1 gene:EMLSAG00000004930 transcript:EMLSAT00000004930 description:"maker-LSalAtl2s259-augustus-gene-4.7")

HSP 1 Score: 2016.89 bits (5224), Expect = 0.000e+0
Identity = 996/996 (100.00%), Postives = 996/996 (100.00%), Query Frame = 0
Query:    1 MNGYGNHHSPDSSQLSGSNLGGDLETTLISRTQKQHTTQQVTTTTKTVREVQYLGPDGTPLSYIPQQAAGNNGNGYRIGGNSTYEPVNTYSSPPSNSSHTYGSGGGDYESHRFNGSGDPPRPHSSLHHSTLHLNDGSGEEIPADYPHRPPXPPXPSXKSNSPPPQYREPDYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSLVGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            MNGYGNHHSPDSSQLSGSNLGGDLETTLISRTQKQHTTQQVTTTTKTVREVQYLGPDGTPLSYIPQQAAGNNGNGYRIGGNSTYEPVNTYSSPPSNSSHTYGSGGGDYESHRFNGSGDPPRPHSSLHHSTLHLNDGSGEEIPADYPHRPPXPPXPSXKSNSPPPQYREPDYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSLVGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV
Sbjct:    1 MNGYGNHHSPDSSQLSGSNLGGDLETTLISRTQKQHTTQQVTTTTKTVREVQYLGPDGTPLSYIPQQAAGNNGNGYRIGGNSTYEPVNTYSSPPSNSSHTYGSGGGDYESHRFNGSGDPPRPHSSLHHSTLHLNDGSGEEIPADYPHRPPXPPXPSXKSNSPPPQYREPDYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSLVGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|84028193|sp|Q9UQB3.3|CTND2_HUMAN (RecName: Full=Catenin delta-2; AltName: Full=Delta-catenin; AltName: Full=GT24; AltName: Full=Neural plakophilin-related ARM-repeat protein; Short=NPRAP; AltName: Full=Neurojungin)

HSP 1 Score: 514.227 bits (1323), Expect = 7.321e-163
Identity = 268/529 (50.66%), Postives = 366/529 (69.19%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGT---SDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    +++ GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W+ S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LPGGN  ++  +   SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  541 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGEANGKD--AESSGCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNTASKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 1052          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|20177853|sp|O35927.1|CTND2_MOUSE (RecName: Full=Catenin delta-2; AltName: Full=Neural plakophilin-related ARM-repeat protein; Short=NPRAP; AltName: Full=Neurojungin)

HSP 1 Score: 493.812 bits (1270), Expect = 5.464e-155
Identity = 267/554 (48.19%), Postives = 361/554 (65.16%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW--SPAMQHAETSW--TTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYR--AQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGG-----GGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYW-------------------------QPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP---GGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFV--TKTVAARNARPNS 824
            DPR  G  WRDP+L EVI+ L +    +++NAAAYLQHLC+ D+ +KA+ R+ GGI  LV LL + + E++R++CGALRNL YG+ ND+NK A+KN  GI  LVRLLRKT D E++ELVTGVLWNLSSCD LK  II +AL+VL N VIIPHSGW  SP     +     + V RN +G LRNVSSAG+  R+++RE +GL D+LLY++++A+  + ID+K+VEN VC+LRNLSYR  A+  +  +    + + +L     G    +++ GC+G                    S+ +  G G       P KG+ +LW P +V+PYL LLS CSNP+ LE AAGA+QNL+A  W                         Q S+ +RAAVRKEKGLPILVELLR++ DRVVCAVATALRN+A+D RNKELIGKYAMRDLV +LP     N       SDDT+ AV  TL+EVI K+ E +++L +AGG+++L+ I++ +  +++P+VVK ASQVL SMW +++LR +Y+K GW +  FV  + T+     RP S
Sbjct:  538 DPREFG--WRDPELPEVIQMLQHQFPSVQSNAAAYLQHLCFGDNKIKAEIRRQGGIQLLVDLLDHRMTEVHRSACGALRNLVYGKANDDNKIALKNCGGIPALVRLLRKTTDLEIRELVTGVLWNLSSCDALKMPIIQDALAVLTNAVIIPHSGWENSPLQDDRKIQLHSSQVLRNATGCLRNVSSAGEEARRRMRECDGLTDALLYVIQSALGSSEIDSKTVENCVCILRNLSYRLAAETSQGQHMGTDELDGLLCGETNGKD--TESSGCWG-------------KKKKKKKSQDQWDGVGPLPDCAEPPKGIQMLWHPSIVKPYLTLLSECSNPDTLEGAAGALQNLAAGSWKGWAEDVAGMAYALRSLPEGAPCLPQWSVYIRAAVRKEKGLPILVELLRIDNDRVVCAVATALRNMALDVRNKELIGKYAMRDLVHRLPGGNNSNNSGSKAMSDDTVTAVCCTLHEVITKNMENAKALRDAGGIEKLVGISKSKGDKHSPKVVKAASQVLNSMWQYRDLRSLYKKDGWSQYHFVASSSTIERDRQRPYS 1074          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|57013004|sp|Q68FH0.1|PKP4_MOUSE (RecName: Full=Plakophilin-4; AltName: Full=Armadillo-related protein)

HSP 1 Score: 481.485 bits (1238), Expect = 8.699e-151
Identity = 264/538 (49.07%), Postives = 354/538 (65.80%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAM----QHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNL-GCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPV-------KGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMA 837
            DPR     WRDP+L EVI  L +    ++ANAAAYLQHLC+ D+ VK +  +LGGI  LV LL + V E+ +N+CGALRNL +G+  DENK A+KN  GI  L+RLLRK+ D EV+ELVTGVLWNLSSCD +K  II +ALS L N VI+PHSGW+ +        +   + V RN +G LRN+SSAG+  RK++R  EGLVDSLLY++   +  ++ D+K+VEN VC LRNLSYR  E+E P       N  L +      P+ D+   C+G  K K K +P                  G GP+       KG+++LW P VV+PYL LL+  SNP  LE +AG++QNLSA  W+ +  +RAAVRKEKGLPILVELLRM+ DRVV +VATALRN+A+D RNKELIGKYAMRDLV +LPGGN       SD+T+AA+   L+EV  K+ E +++L ++GG+++L+NIT+ R  R + +VVK A+QVL ++W +++LR +Y+K GW +  F+T        R  S  +L ST N+ M+
Sbjct:  518 DPR--EFAWRDPELPEVIHMLQHQFPSVQANAAAYLQHLCFGDNKVKMEVYRLGGIKHLVDLLDHRVLEVQKNACGALRNLVFGKSTDENKIAMKNVGGIPALLRLLRKSIDAEVRELVTGVLWNLSSCDAVKMTIIRDALSTLTNTVIVPHSGWNNSSFDDDHKIKFQTSLVLRNTTGCLRNLSSAGEEARKQMRSCEGLVDSLLYVIHTCVNTSDYDSKTVENCVCTLRNLSYRL-ELEVPQARLLGLNE-LDDLLGKESPSKDSEPSCWGKKKKKKKRTPQ------------EDQWDGVGPIPGLSKSPKGVEMLWHPSVVKPYLTLLAESSNPATLEGSAGSLQNLSAGNWKFAAYIRAAVRKEKGLPILVELLRMDNDRVVSSVATALRNMALDVRNKELIGKYAMRDLVNRLPGGNGPSI--LSDETVAAICCALHEVTSKNMENAKALADSGGIEKLVNITKGRGDRSSLKVVKAAAQVLNTLWQYRDLRSIYKKDGWNQNHFITPVSTLERDRFKSHPSL-STTNQQMS 1036          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|313104155|sp|Q99569.2|PKP4_HUMAN (RecName: Full=Plakophilin-4; AltName: Full=p0071)

HSP 1 Score: 480.33 bits (1235), Expect = 2.427e-150
Identity = 264/538 (49.07%), Postives = 354/538 (65.80%), Query Frame = 0
Query:  313 DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAM----QHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNL-GCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPV-------KGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQR-QRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMA 837
            DPR     WRDP+L EVI  L +    ++ANAAAYLQHLC+ D+ VK +  +LGGI  LV LL + V E+ +N+CGALRNL +G+  DENK A+KN  GI  L+RLLRK+ D EV+ELVTGVLWNLSSCD +K  II +ALS L N VI+PHSGW+ +        +   + V RN +G LRN+SSAG+  RK++R  EGLVDSLLY++   +  ++ D+K+VEN VC LRNLSYR  E+E P       N  L +      P+ D+   C+G  K K K +P                  G GP+       KG+++LW P VV+PYL LL+  SNP  LE +AG++QNLSA  W+ +  +RAAVRKEKGLPILVELLRM+ DRVV +VATALRN+A+D RNKELIGKYAMRDLV +LPGGN       SD+T+AA+   L+EV  K+ E +++L ++GG+++L+NIT+ R  R + +VVK A+QVL ++W +++LR +Y+K GW +  F+T        R  S  +L ST N+ M+
Sbjct:  519 DPR--EFAWRDPELPEVIHMLQHQFPSVQANAAAYLQHLCFGDNKVKMEVCRLGGIKHLVDLLDHRVLEVQKNACGALRNLVFGKSTDENKIAMKNVGGIPALLRLLRKSIDAEVRELVTGVLWNLSSCDAVKMTIIRDALSTLTNTVIVPHSGWNNSSFDDDHKIKFQTSLVLRNTTGCLRNLSSAGEEARKQMRSCEGLVDSLLYVIHTCVNTSDYDSKTVENCVCTLRNLSYRL-ELEVPQARLLGLNE-LDDLLGKESPSKDSEPSCWGKKKKKKKRTPQ------------EDQWDGVGPIPGLSKSPKGVEMLWHPSVVKPYLTLLAESSNPATLEGSAGSLQNLSAGNWKFAAYIRAAVRKEKGLPILVELLRMDNDRVVSSVATALRNMALDVRNKELIGKYAMRDLVNRLPGGNG--PSVLSDETMAAICCALHEVTSKNMENAKALADSGGIEKLVNITKGRGDRSSLKVVKAAAQVLNTLWQYRDLRSIYKKDGWNQNHFITPVSTLERDRFKSHPSL-STTNQQMS 1037          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|75025630|sp|Q9U308.2|JAC1_CAEEL (RecName: Full=Juxtamembrane domain-associated catenin; AltName: Full=p120 catenin homolog)

HSP 1 Score: 440.654 bits (1132), Expect = 4.682e-135
Identity = 244/548 (44.53%), Postives = 336/548 (61.31%), Query Frame = 0
Query:  302 QASPLPQMSRPDPRV----TGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIP--HSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTR 843
            ++ PLP+     P +      V WRDP L EVIE+LS+ +   + NA+ YLQHL Y D+ +K +TR+ GGIP L+ALL +D P I +N+C  L+NLS+G++ND NK A+  A+G+  +  +LR T D  VKE     LWNLSS D LK  I++ A  +L   VI P    G S   +H  +   T+F+N +G+LRNVS+A    R++LR+I  L+++L++ + +AI+K+ +D+ +VEN VC+LRNLSYR QE+ DPNYD            A    +S N+        K   SP           +   +      V G  +LWQP VV+ YL LL + SN E LEA+AGAIQNL+AC + PS +VRAAVR EKGLP+LVEL+R+  D VVCAVATALRNLAID RN+ELIGKYA+RD + KLP   +      SD TI AVL  L E+++    +++ + E  G D+L  ++R    Y+ RV K+ASQVLY MW H+EL D ++++G KE DF + T  AR          +STL RP++SQ   R
Sbjct:  665 ESPPLPERDDSPPPLRRANNNVQWRDPSLKEVIEYLSSADKDKQLNASGYLQHLTYTDNQIKEETREYGGIPKLIALLRSDTPRIQKNACACLKNLSFGKENDANKLAVMEADGVRLIAEVLRTTHDASVKEEAAAALWNLSSADMLKPVILESATEILSQQVIAPVLAVGTSDPTRHFGS---TLFKNSTGVLRNVSAASQQARRRLRDIPNLIEALVHFLTHAIQKSQVDSPTVENAVCLLRNLSYRIQEVVDPNYDPA----------AAHSSSSKNM--------KHVASPKPEKKKKDKEKKKDKNPKNI--VTGPSVLWQPHVVKLYLKLLQDSSNIETLEASAGAIQNLAACQFPPSAEVRAAVRVEKGLPVLVELIRLPEDFVVCAVATALRNLAIDPRNRELIGKYALRDFLDKLPEPGSPRRSAISDQTIGAVLGILFEIVRSSAAYTKDVHELKGTDKLRALSRSYPTYSHRVCKYASQVLYVMWQHKELHDGFKRSGLKEADFYSGT--ARRGD-------SSTLARPISSQGRER 1180          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|71658821|sp|P98203.2|ARVC_MOUSE (RecName: Full=Armadillo repeat protein deleted in velo-cardio-facial syndrome homolog)

HSP 1 Score: 422.165 bits (1084), Expect = 1.125e-130
Identity = 241/526 (45.82%), Postives = 328/526 (62.36%), Query Frame = 0
Query:  304 SPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPA----MQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNN-MLTENRAGTKPTSDNLGCFGASK------HKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNA-QHDHG-TSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVA 816
            SP    +R +PR     WRDP+L EV+  L +P   +KANAAAYLQHLC+ ++ +K + RQL G+P LVALL +   E+ R +CGALRNLSYGR  D NK AI++  G+  LVRLLR   D+EV+ELVTG LWNLSS + LK  IID  L  L + VI+PHSGW        +  +  WTTVF+N SG LRNVSS G   R++LRE EGLVD+LL+ +++A+ + + DNKSVEN VC++RNLSY   + E P  D+ Q     +  +    +   D+  CFG  K      H+ K       +  +     R+        KG +LL+QPEVV+ YL+LL+   N   LEAAAGA+QNLSA  W  +  +RA VRKE+GLP+LVELL+ E D+VV AVA ALRNL++DQRNK+LIG YAM +LV+ +    A  H      +DT+ AVL T++E++    + +RSLL+A GV  L+ +    Q  + R  K AS VL ++W ++ELR   ++ GW +  F + + A
Sbjct:  345 SPSVDSTRKEPR-----WRDPELPEVLAMLRHPVDPVKANAAAYLQHLCFENEGIKRRVRQLRGLPLLVALLDHPRAEVRRRACGALRNLSYGRDTD-NKAAIRDCGGVPALVRLLRAARDNEVRELVTGTLWNLSSYEPLKMVIIDHGLQTLTHEVIVPHSGWEREPNEDSKPRDAEWTTVFKNTSGCLRNVSSDGAEARRRLRECEGLVDALLHALQSAVGRKDTDNKSVENCVCIMRNLSYHVHK-EVPGADRYQEAEPGIPGSTTSQRRRKDDASCFGGKKAKEEWFHQGKKDAEMDRNFDTLDLPKRTEAA-----KGFELLYQPEVVRLYLSLLTESRNFNTLEAAAGALQNLSAGNWTWATYIRATVRKERGLPVLVELLQSETDKVVRAVAIALRNLSLDQRNKDLIGSYAMTELVRNVRNAQAPAHPSAHLEEDTVVAVLNTIHEIVSDSLDNARSLLQARGVPALVALVASSQ--SVREAKAASHVLQTVWSYKELRGALQRDGWTKSRFQSASTA 856          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|12229553|sp|O00192.1|ARVC_HUMAN (RecName: Full=Armadillo repeat protein deleted in velo-cardio-facial syndrome)

HSP 1 Score: 421.394 bits (1082), Expect = 1.726e-130
Identity = 243/529 (45.94%), Postives = 327/529 (61.81%), Query Frame = 0
Query:  304 SPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPA----MQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNM--LTENRAGTKPTSDNLGCFGASK------HKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTS--DDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAAR 818
            SP    +R +PR     WRDP+L EV+  L +P   +KANAAAYLQHLC+ ++ VK + RQL G+P LVALL +   E+ R +CGALRNLSYGR  D NK AI++  G+  LVRLLR   D+EV+ELVTG LWNLSS + LK  IID  L  L + VI+PHSGW        +  +  WTTVF+N SG LRNVSS G   R++LRE EGLVD+LL+ +++A+ + + DNKSVEN VC++RNLSY   + E P  D+ Q      L       +   D+  CFG  K      H+ K       +  +     R+        KG +LL+QPEVV+ YL+LL+   N   LEAAAGA+QNLSA  W  +  +RA VRKE+GLP+LVELL+ E D+VV AVA ALRNL++D+RNK+LIG YAM +LV+ +    A    G    +DT+ AVL T++E++    + +RSLL+A GV  L+ +    Q  + R  K AS VL ++W ++ELR   +K GW +  F +    A+
Sbjct:  343 SPSVDSARKEPR-----WRDPELPEVLAMLRHPVDPVKANAAAYLQHLCFENEGVKRRVRQLRGLPLLVALLDHPRAEVRRRACGALRNLSYGRDTD-NKAAIRDCGGVPALVRLLRAARDNEVRELVTGTLWNLSSYEPLKMVIIDHGLQTLTHEVIVPHSGWEREPNEDSKPRDAEWTTVFKNTSGCLRNVSSDGAEARRRLRECEGLVDALLHALQSAVGRKDTDNKSVENCVCIMRNLSYHVHK-EVPGADRYQEAEPGPLGSAVGSQRRRRDDASCFGGKKAKEEWFHQGKKDGEMDRNFDTLDLPKRTEAA-----KGFELLYQPEVVRLYLSLLTESRNFNTLEAAAGALQNLSAGNWMWATYIRATVRKERGLPVLVELLQSETDKVVRAVAIALRNLSLDRRNKDLIGSYAMAELVRNVRNAQAPPRPGACLEEDTVVAVLNTIHEIVSDSLDNARSLLQARGVPALVALVASSQ--SVREAKAASHVLQTVWSYKELRGTLQKDGWTKARFQSAAATAK 857          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|166214912|sp|P30999.2|CTND1_MOUSE (RecName: Full=Catenin delta-1; AltName: Full=Cadherin-associated Src substrate; Short=CAS; AltName: Full=p120 catenin; Short=p120(ctn); AltName: Full=p120(cas))

HSP 1 Score: 397.897 bits (1021), Expect = 6.154e-122
Identity = 222/500 (44.40%), Postives = 309/500 (61.80%), Query Frame = 0
Query:  320 HWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW----SPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXK-----DSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDF 810
            +WR P+L EVI  L      +K+NAAAYLQHLCY +D VK   R+L GIP LV LL +   E++  +CGAL+N+S+GR  D NK AIKN +G+  LVRLLRK  D ++ E++TG LWNLSS D +K  I+D AL  L + VIIPHSGW    +   +     W +V  N +G LRNVSS     R+KLRE +GLVD+L+++V+  I + + D+K VEN VC+LRNLSY+    E P  ++ Q       N  G    S    CFGA K K +       P    ++ +     R+S     P +G +LL+QPEVV+ Y++LL     P  LEA+AGAIQNL A  W     +R+A+R+EK L  + ELL  E +RVV A + ALRNLA+D RNKELIGK+A+ +LV+ LPGG        S+DT+ ++L T+NEVI ++ E ++ L E  G+++L+ I +   R + + V+ A+ VL ++W ++ELR    K GWK+ DF
Sbjct:  362 NWRQPELPEVIAMLGFRLDAVKSNAAAYLQHLCYRNDKVKTDVRKLKGIPILVGLLDHPKKEVHLGACGALKNISFGRDQD-NKIAIKNCDGVPALVRLLRKARDMDLTEVITGTLWNLSSHDSIKMEIVDHALHALTDEVIIPHSGWEREPNEDCKPRHIEWESVLTNTAGCLRNVSSERSEARRKLRECDGLVDALIFIVQAEIGQKDSDSKLVENCVCLLRNLSYQVHR-EIPQAERYQEALPTVANSTGPHAAS----CFGAKKGKDEWFSRGKKPTEDPANDTVDFPKRTS-----PARGYELLFQPEVVRIYISLLKESKTPAILEASAGAIQNLCAGRWTYGRYIRSALRQEKALSAIAELLTSEHERVVKAASGALRNLAVDARNKELIGKHAIPNLVKNLPGGQQNSSWNFSEDTVVSILNTINEVIAENLEAAKKLRETQGIEKLVLINKSGNR-SEKEVRAAALVLQTIWGYKELRKPLEKEGWKKSDF 849          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|14916543|sp|O60716.1|CTND1_HUMAN (RecName: Full=Catenin delta-1; AltName: Full=Cadherin-associated Src substrate; Short=CAS; AltName: Full=p120 catenin; Short=p120(ctn); AltName: Full=p120(cas))

HSP 1 Score: 396.356 bits (1017), Expect = 6.086e-121
Identity = 221/500 (44.20%), Postives = 309/500 (61.80%), Query Frame = 0
Query:  320 HWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGW----SPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXK-----DSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDF 810
            +WR P+L EVI  L      +K+NAAAYLQHLCY +D VK   R+L GIP LV LL +   E++  +CGAL+N+S+GR  D NK AIKN +G+  LVRLLRK  D ++ E++TG LWNLSS D +K  I+D AL  L + VIIPHSGW    +   +     W +V  N +G LRNVSS     R+KLRE +GLVD+L+++V+  I + + D+K VEN VC+LRNLSY+    E P  ++ Q       N  G    S    CFGA K K +       P    ++ +     R+S     P +G +LL+QPEVV+ Y++LL     P  LEA+AGAIQNL A  W     +R+A+R+EK L  + +LL  E +RVV A + ALRNLA+D RNKELIGK+A+ +LV+ LPGG        S+DT+ ++L T+NEVI ++ E ++ L E  G+++L+ I +   R + + V+ A+ VL ++W ++ELR    K GWK+ DF
Sbjct:  362 NWRQPELPEVIAMLGFRLDAVKSNAAAYLQHLCYRNDKVKTDVRKLKGIPVLVGLLDHPKKEVHLGACGALKNISFGRDQD-NKIAIKNCDGVPALVRLLRKARDMDLTEVITGTLWNLSSHDSIKMEIVDHALHALTDEVIIPHSGWEREPNEDCKPRHIEWESVLTNTAGCLRNVSSERSEARRKLRECDGLVDALIFIVQAEIGQKDSDSKLVENCVCLLRNLSYQVHR-EIPQAERYQEAAPNVANNTGPHAAS----CFGAKKGKDEWFSRGKKPIEDPANDTVDFPKRTS-----PARGYELLFQPEVVRIYISLLKESKTPAILEASAGAIQNLCAGRWTYGRYIRSALRQEKALSAIADLLTNEHERVVKAASGALRNLAVDARNKELIGKHAIPNLVKNLPGGQQNSSWNFSEDTVISILNTINEVIAENLEAAKKLRETQGIEKLVLINKSGNR-SEKEVRAAALVLQTIWGYKELRKPLEKEGWKKSDF 849          
BLAST of EMLSAG00000004930 vs. SwissProt
Match: gi|82133619|sp|Q8AXM9.1|CTND1_XENLA (RecName: Full=Catenin delta-1; AltName: Full=Xp120(ctn); AltName: Full=p120 catenin; Short=p120(ctn))

HSP 1 Score: 337.806 bits (865), Expect = 2.865e-100
Identity = 204/510 (40.00%), Postives = 294/510 (57.65%), Query Frame = 0
Query:  321 WRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDD----EVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSP--AMQ--------HAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVA 816
            WR P+L EV+  LS     ++ NAAAYLQHL Y ++ VK +  +L GIPPL++LL +    I   +CGAL+NLSYG    ENK A+KN +G+  L RLLR+  +     E+ E VTG LWNLSS D +K  ++D+AL  L   +++PHSGW     MQ        H E  W     N +G LRN+SS     R+K+RE EGLVDS+++++R+ +    +D+K +EN VC+LRN+SY     E P+ +K        E+       + N  CFG  + K K +      +     +         P +G DLL+QPE+V+ Y++L+ +   P  LEA+AGAIQNL A  W     +RAAVR+EKGL  L + L  E +RVV A+  ALRNL  D RN+ELIGK+A+  LV +L   ++      S+DT   V+ T++EVI  + E ++ L E+ G++RL+ I +   R + R ++ A   L ++W ++ELR    K GWK+ DF   T A
Sbjct:  285 WRHPELPEVLAMLSYTLDAVRLNAAAYLQHLSYRNEDVKREVCRLRGIPPLISLLEDPRAPIRLAACGALKNLSYGPAR-ENKMAVKNCDGVPALARLLRRRGEGIEGRELAECVTGTLWNLSSLDSVKMELVDQALYTLTQEILVPHSGWQQDGGMQDRVEGKPRHVE--WEPALVNTTGCLRNISSERSEARRKMRECEGLVDSVVHILRSEVSHGLVDSKLLENVVCLLRNISYHVHR-EIPHAEK------YMESPQNASAETQNPSCFGVRRGKGKKASEEAVDTVDFPKQTM-------PAQGYDLLFQPEIVRLYISLVKSSHTPAVLEASAGAIQNLCAGNWVYGRCIRAAVRQEKGLSSLADHLTHESERVVRAICGALRNLCGDNRNRELIGKHALNSLVARL-SSSSAQSSALSEDTNVCVINTIHEVISGNLEAAKRLRESQGIERLVLINKGGGR-SEREIRAAGFCLQTIWGYKELRRPLEKDGWKKSDFQVSTAA 775          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: gb|EFA12047.1| (Catenin delta-2-like Protein [Tribolium castaneum])

HSP 1 Score: 847.81 bits (2189), Expect = 0.000e+0
Identity = 472/798 (59.15%), Postives = 553/798 (69.30%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYA-GGNHLGGFGGGEPVYAQVNRDRKKNRSDSL 926
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++   +Q +    A            EP+YAQVN ++K+NR  SL
Sbjct:  137 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMAYPETQPSMGGRAYPPGPGPNPPPPEPLYAQVNMEKKRNRQPSL 887          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: XP_006566565.1 (PREDICTED: catenin delta-2 isoform X5 [Apis mellifera])

HSP 1 Score: 847.04 bits (2187), Expect = 0.000e+0
Identity = 449/730 (61.51%), Postives = 524/730 (71.78%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  317 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVAAPAKGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 977          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: XP_006566568.1 (PREDICTED: catenin delta-2 isoform X8 [Apis mellifera])

HSP 1 Score: 846.269 bits (2185), Expect = 0.000e+0
Identity = 449/730 (61.51%), Postives = 524/730 (71.78%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  297 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVAAPAKGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 957          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: XP_006566564.1 (PREDICTED: catenin delta-2 isoform X4 [Apis mellifera])

HSP 1 Score: 841.262 bits (2172), Expect = 0.000e+0
Identity = 449/734 (61.17%), Postives = 524/734 (71.39%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLN----STLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N N    STLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  317 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVAAPAKGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSYDCSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 981          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: XP_006566562.1 (PREDICTED: catenin delta-2 isoform X2 [Apis mellifera])

HSP 1 Score: 841.262 bits (2172), Expect = 0.000e+0
Identity = 449/735 (61.09%), Postives = 524/735 (71.29%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQF-----NNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK        N +    +A +    +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  317 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTVQNRVAAPAKAYSLCQGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 983          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: gb|KYB29681.1| (Catenin delta-2-like Protein [Tribolium castaneum])

HSP 1 Score: 840.877 bits (2171), Expect = 0.000e+0
Identity = 458/755 (60.66%), Postives = 533/755 (70.60%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLS 884
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++
Sbjct:  179 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMA 886          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: gb|KYB29683.1| (Catenin delta-2-like Protein [Tribolium castaneum])

HSP 1 Score: 840.106 bits (2169), Expect = 0.000e+0
Identity = 458/755 (60.66%), Postives = 533/755 (70.60%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLS 884
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++
Sbjct:  137 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMA 844          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: gb|KYB29682.1| (Catenin delta-2-like Protein [Tribolium castaneum])

HSP 1 Score: 839.336 bits (2167), Expect = 0.000e+0
Identity = 458/755 (60.66%), Postives = 533/755 (70.60%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLS 884
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++
Sbjct:  154 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMA 861          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: XP_006566569.1 (PREDICTED: catenin delta-2 isoform X10 [Apis mellifera])

HSP 1 Score: 836.639 bits (2160), Expect = 0.000e+0
Identity = 449/739 (60.76%), Postives = 524/739 (70.91%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQF-----NNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLN----STLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK        N +    +A +    +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N N    STLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  275 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTVQNRVAAPAKAYSLCQGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSYDCSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 945          
BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Match: XP_016770487.1 (PREDICTED: catenin delta-2 isoform X9 [Apis mellifera])

HSP 1 Score: 835.869 bits (2158), Expect = 0.000e+0
Identity = 449/739 (60.76%), Postives = 524/739 (70.91%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQF-----NNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLN----STLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK        N +    +A +    +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N N    STLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  277 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTVQNRVAAPAKAYSLCQGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSYDCSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 947          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|646713565|gb|KDR17869.1| (Catenin delta-2 [Zootermopsis nevadensis])

HSP 1 Score: 899.427 bits (2323), Expect = 0.000e+0
Identity = 530/927 (57.17%), Postives = 623/927 (67.21%), Query Frame = 0
Query:    2 NGYGNHHSPDSSQLSGSNLGGDLETTLISRTQKQHTTQQVTTTTKTVREVQYLGPDGTPLSYI----------PQQAAGNN------GNGYRIGGNSTYEPVNTYSSPPSNSSHTYGSGGGDYESHRFNGSGDPPRPHSSLHHSTLHLNDGSGEEIPADYPHRPPXPPXPSXKSNSPP-PQYREPDYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQ-QYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVF-------EDPLEVSPNFSYHQ-HPHYHQPSHSGGSGGGGGGEE----PPRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYAGG 898
            NG+ ++HSP+SS LS  +  GD   TL+SRTQKQ TTQQVTT TK VREV ++GPDG P+ Y+          P   A +N       N   +     Y P++     P     TY     DYE +          P+     +     D +       Y  RPP PP PS +S SPP  Q  + DYLR          P+SGYDELD    PP     + + + GG V RY  +         H +N ++S         EDP  V   + Y    P+   P+  G +G      E    PPR +F+DE +     + LS+       H + P P +   D    G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGI PLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKN  GI +L+ LLRK+ D EVKELVTGVLWNLSSC+DLKR+IID+ LSV+VN +IIPHSGW P     ET W+T+FRN SG+LRNVSSAG+Y RKKLRE EGLVDSLLY+V++AIEK+NI NKSVEN VCVLRNLSYR QE+EDPNYDK   + + T++R G +P  DNLGCFGASK K    P     ++ TS   RS+     PVKGM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLMNITRQRQ+YTPRV+KFA QVL++MW HQELR+VY+K GWKEQDFVTKTVAARNA PNSP N NSTLNRPMASQ GTR EDR +QR         +  S S    +    E++PM ++S Y    TH    GG
Sbjct:  125 NGHPDNHSPNSSHLSVQS--GD-AATLVSRTQKQQTTQQVTTLTKVVREVHHVGPDGQPVDYVGVPYSGVTVLPTSTAPSNYPHTQFANYEILASQEPYPPLDPARRYPEPYRQTYQ----DYEQYPPRPEYP--YPNPPYPGAFPAYGDSANYVEQPGYGERPPTPPSPSERSESPPLQQALQHDYLRK-----GAPFPQSGYDELDSTLIPPRQDHYRITPSPGGPVDRYDQI--------THPWNIDDSGEPSQLPHGEDPKLV---YGYAPPSPYGTVPAAYGSNGADPRLYEENGPPPRTIFEDEEE---LRKHLSM-------HTSIPSPSV---DDEQRGMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIQPLVVLLNHDSPDVYRNACGALRNLSYGRQNDENKRAIKNVGGIPSLINLLRKSSDGEVKELVTGVLWNLSSCEDLKRSIIDDGLSVVVNNIIIPHSGWDPT-SAGETCWSTIFRNASGVLRNVSSAGEYARKKLRECEGLVDSLLYVVKSAIEKSNIGNKSVENCVCVLRNLSYRCQEVEDPNYDK---HPLPTQSRVGAQPKGDNLGCFGASKKKKDTQPVQQKEAAGTS---RSTTQRTEPVKGMELLWQPEVVQSYLTLLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELREVYKKHGWKEQDFVTKTVAARNAGPNSPNNANSTLNRPMASQGGTRYEDRTMQRSANM-----NSASRSPGPSIYQRGEDIPMADMS-YPEGGTHAPPPGG 1000          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|1058022516|gb|JAS14920.1| (hypothetical protein g.11186 [Clastoptera arizonana] >gi|1058055323|gb|JAS31323.1| hypothetical protein g.11187 [Clastoptera arizonana])

HSP 1 Score: 851.662 bits (2199), Expect = 0.000e+0
Identity = 450/690 (65.22%), Postives = 519/690 (75.22%), Query Frame = 0
Query:  318 GVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTS-SRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNP-EEVPMENLSLYGSQRTH----QMYAGGNHL----GGFGGGEPVYAQVNRDRKKNRSDSLVGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMG-NASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            G+ WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL ++  ++YRN+CGALRNLSYGRQNDENKRAIKNA GI  L+ LLRKT D EVKELVTGVLWNLSSC+DLKR+IID+ LS++VN++IIPHSGW P     ET W+TVFRN SG+LRNVSSAG+Y RKKLRE EGLVDSLLY+V++AIEK+NI NKSVEN VC+LRNLSYR QE+EDPNYDK   + + T++R G +P  +NLGCFGASK K +        ++STS S  R+      P+KGM+LLWQPEVVQ YL+LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLE GGV+RLMNITRQRQ+YTPRV+KF  QVL++MW HQELR+VY+K GWKEQDFVTKT+AARNA P+SP N N+TLNRPMASQ GTR EDR IQR           V+S +     + P EE+PM ++S Y    TH        GG  +         GEP+YAQVNR++KKNR       P S L             Y   S     G  A     +G+++D G+    T  PPG       GDSWV
Sbjct:  316 GMRWRDPNLTEVISFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVKLLNHENSDVYRNACGALRNLSYGRQNDENKRAIKNAGGIPLLMNLLRKTADSEVKELVTGVLWNLSSCEDLKRSIIDDGLSMVVNLIIIPHSGWDPT-SSGETCWSTVFRNTSGVLRNVSSAGEYARKKLRECEGLVDSLLYVVKSAIEKSNIGNKSVENCVCILRNLSYRCQEVEDPNYDK---HPLPTQSRVGPQPKGENLGCFGASKKKKEVQMVQQKETASTSRSLNRTE-----PIKGMELLWQPEVVQSYLSLLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLECGGVERLMNITRQRQKYTPRVLKFGGQVLFTMWQHQELREVYKKHGWKEQDFVTKTIAARNAGPHSPNNANNTLNRPMASQGGTRYEDRTIQR----------QVNSETRPANNFQPGEEIPMADMS-YPDGSTHAPPPPPPPGGIRIYPPAPQLKPGEPLYAQVNREKKKNRG------PGSQLEGGAAPGPGDMWGYEEQSPPNPPGTTAGPTLAKGMVVD-GHGHMATPAPPG-------GDSWV 971          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|645019810|ref|XP_008206961.1| (PREDICTED: catenin delta-2 isoform X4 [Nasonia vitripennis])

HSP 1 Score: 851.662 bits (2199), Expect = 0.000e+0
Identity = 433/663 (65.31%), Postives = 508/663 (76.62%), Query Frame = 0
Query:  270 GEEPPRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRP-DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARS-VTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGG----GEPVYAQVNRDRKKNRSDSL 926
            G  P  A++++E    +  Q L  + P+        +P M  P D     + WRDP+L EVI FLSNPN++IKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL ++ P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    +S + ++  R+      PVKGM+LLWQPEVVQ YL+LL NCSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGV+RLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQRG   S   G   +  S N       EE+ M ++  Y  Q TH + AGG  +         GEP+YAQVN ++KK R   L
Sbjct:  296 GAIPSAAMYEEE----VHLQRLKARHPM--------VPGMVSPLDDDHKSMRWRDPNLSEVIGFLSNPNNIIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDSENPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSASGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSNV-QNRVAAPTKGENLGCFGGSKKKKDGQPVQKETSMTRTTSPRTE-----PVKGMELLWQPEVVQSYLSLLHNCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVERLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRGTLNSNNVGRPNIYQSQN-------EEIAMSDMQ-YPKQGTHAVPAGGVCVFPTNSQPKPGEPLYAQVNLEKKKKRQYEL 932          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|808134240|ref|XP_012169594.1| (PREDICTED: catenin delta-2 isoform X2 [Bombus terrestris])

HSP 1 Score: 848.966 bits (2192), Expect = 0.000e+0
Identity = 445/728 (61.13%), Postives = 520/728 (71.43%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRP-DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+        +P M+ P D     + WRDP+L EVI FLSNPN++IKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE EGLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    +++S ++  R+      PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S          A Q    G+ +  G+ +S TV  P  S+ + AGDSWV
Sbjct:  275 PPGMFDDE----VHLQRLQSRHPV--------VPGMASPLDDDQKSMRWRDPNLSEVIGFLSNPNNIIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECEGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVAAPVKGENLGCFGGSKKKKDGQPVQKETTASRTTSPRTE-----PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGPVVGSGVGVAAGAPTAGQWVADGVGVPDGSAASATVNVPPNSTAASAGDSWV 936          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|817058737|ref|XP_012250846.1| (PREDICTED: catenin delta-2 isoform X2 [Athalia rosae])

HSP 1 Score: 848.581 bits (2191), Expect = 0.000e+0
Identity = 444/733 (60.57%), Postives = 531/733 (72.44%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV----VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGG------GEPVYAQVNRDRKKNRSDSLVGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +F+D+    +  Q L  + P+     ASPL      D       WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D ++KELVTGVLWNLSSC+DLKR+IID+ ++++VN +IIPHSGW P     ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    +++S ++  R+      PVKGM+LLWQPEVVQ YL+LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGV+RLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR +QR            + +SNNV    +    EE+ M ++        H   AGG  +  F        GEP+YAQVN ++KK R   +    +  +     V    +L           GN++Q  + G+ +    + +T  +PP  ++ + AGDSWV
Sbjct:  304 PPGMFEDD----VHIQRLQARHPVVQG-MASPL------DDDQKSTRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLNHDSPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADIKELVTGVLWNLSSCEDLKRSIIDDGVTMVVNNIIIPHSGWDPNSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVSAPAKGENLGCFGGSKKKKDGQPVQKEATTSRTTNPRNE-----PVKGMELLWQPEVVQSYLSLLHTCSNPETLEAAAGALQNLAACYWQPSIEMRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVERLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTMQRP-----------TQNSNNVARPTMYQQNEELAMSDMQYPKQSSVHAPPAGG--VCVFPSIPQPKPGEPLYAQVNLEKKKKRQYEMGAGQVQGVQG--SVVQGGSLVPGG------TGNSAQWVRDGVGIQEQPLPTTASLPPSTTA-ATAGDSWV 997          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|642938560|ref|XP_008199842.1| (PREDICTED: catenin delta-2 isoform X2 [Tribolium castaneum] >gi|642938562|ref|XP_008199843.1| PREDICTED: catenin delta-2 isoform X2 [Tribolium castaneum] >gi|642938564|ref|XP_968711.3| PREDICTED: catenin delta-2 isoform X2 [Tribolium castaneum] >gi|1008425325|ref|XP_015840500.1| PREDICTED: catenin delta-2 isoform X2 [Tribolium castaneum] >gi|1008425327|ref|XP_015840507.1| PREDICTED: catenin delta-2 isoform X2 [Tribolium castaneum] >gi|1008425329|ref|XP_015840510.1| PREDICTED: catenin delta-2 isoform X2 [Tribolium castaneum] >gi|270015599|gb|EFA12047.1| Catenin delta-2-like Protein [Tribolium castaneum])

HSP 1 Score: 847.81 bits (2189), Expect = 0.000e+0
Identity = 472/798 (59.15%), Postives = 553/798 (69.30%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYA-GGNHLGGFGGGEPVYAQVNRDRKKNRSDSL 926
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++   +Q +    A            EP+YAQVN ++K+NR  SL
Sbjct:  137 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMAYPETQPSMGGRAYPPGPGPNPPPPEPLYAQVNMEKKRNRQPSL 887          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|642938555|ref|XP_008199840.1| (PREDICTED: catenin delta-2 isoform X1 [Tribolium castaneum] >gi|642938557|ref|XP_008199841.1| PREDICTED: catenin delta-2 isoform X1 [Tribolium castaneum])

HSP 1 Score: 847.425 bits (2188), Expect = 0.000e+0
Identity = 472/798 (59.15%), Postives = 553/798 (69.30%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYA-GGNHLGGFGGGEPVYAQVNRDRKKNRSDSL 926
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++   +Q +    A            EP+YAQVN ++K+NR  SL
Sbjct:  179 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMAYPETQPSMGGRAYPPGPGPNPPPPEPLYAQVNMEKKRNRQPSL 929          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|642938566|ref|XP_008199844.1| (PREDICTED: catenin delta-2 isoform X3 [Tribolium castaneum])

HSP 1 Score: 847.04 bits (2187), Expect = 0.000e+0
Identity = 472/798 (59.15%), Postives = 553/798 (69.30%), Query Frame = 0
Query:  148 RPPXPPXPSXKSN--SPPPQYREP--DYLRSQNNSGSYXPPRSGYDELDXXXXPPSTLQQYSSNGGGRVARYSSVDESIVQGSLHSYNPNESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSL---SIQQPIYSSH-QASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGG----------PVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNVVAYNPEEVPMENLSLYGSQRTHQMYA-GGNHLGGFGGGEPVYAQVNRDRKKNRSDSL 926
            RPP PP PS  S   SP P   +P   YL S            GYDEL      P   +   S GG  V      D+    G ++ Y     V   P   +P    HQ P Y    +     G      P R   D+EL + +S  SL   S+  P   +H  ASP       D R  G+ WRDP+L EVI FL+NPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL+++  E+YRN+CGALRNLSYGRQNDENKRAIKN+ GI  L+ LLR++ + E+KELVTGV+WN+SSC+DLKRNIID+ +S +V  +IIPHSGW P   H ET W+TVFRN SG+LRNVSSAG+Y RK+LRE EGLVD+LL++VR AI+K+NI NK VEN VC+LRNLSYR QE+EDPNYDK   N + T++R       +NLGCFG SK K     A    S+S    G S+ GGGG          PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLLEAGGV+RLM ITRQRQ+YTPRV+KFA QVL++MW HQ+LRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQSGTR EDR ++    RS  G  GV+      V    E++PM +++   +Q +    A            EP+YAQVN ++K+NR  SL
Sbjct:  103 RPPTPPSPSEHSGAPSPIPISAQPGVQYLSS------------GYDEL------PEHFRVTPSPGGPIVGLDPYQDDP---GVVYGY-----VSPSPYGTAP---VHQGPTYDSRPYEDSLNGPVPVGAPMRMFEDEELQKHMSKMSLHGHSMALPHNRAHNMASPGSVGGDDDQR--GMRWRDPNLTEVIGFLNNPNNVIKANAAAYLQHLCYMDDPNKQKTRALGGIPPLVKLLSHESVEVYRNACGALRNLSYGRQNDENKRAIKNSGGIPALINLLRRSNEAEIKELVTGVIWNMSSCEDLKRNIIDDGISTVVTYIIIPHSGWDPQGNHGETCWSTVFRNASGVLRNVSSAGEYARKRLRECEGLVDALLFVVRCAIDKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDK---NPLPTQSRIAANSKGENLGCFGGSKKKKDSQLAEVKESTS----GVSTAGGGGSSNSAATRGEPVRGMELLWQPEVVQSYLALLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPSGNPQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLEAGGVERLMTITRQRQKYTPRVLKFAGQVLFTMWQHQDLRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQSGTRYEDRTMK----RSAPGARGVAP-----VYQRNEDIPMADMAYPETQPSMGGRAYPPGPGPNPPPPEPLYAQVNMEKKRNRQPSL 853          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|571560482|ref|XP_006566565.1| (PREDICTED: catenin delta-2 isoform X5 [Apis mellifera])

HSP 1 Score: 847.04 bits (2187), Expect = 0.000e+0
Identity = 449/730 (61.51%), Postives = 524/730 (71.78%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRPDPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPA---TTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +FDDE    +  Q L  + P+ +   ASPL      D     + WRDP+L EVI FLSNPN+VIKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    TT+S ++TS R         PV+GM+LLWQPEVVQ YL LL  CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQR            + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG                 +  S  +   ++  A Q    G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  317 PAGMFDDE----VHLQRLQSRHPVVAG-MASPL------DDDQKSMRWRDPNLSEVIGFLSNPNNVIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVAAPAKGENLGCFGGSKKKKDGQPVQKETTASRTTTSPRTE-------PVRGMELLWQPEVVQSYLKLLQTCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRA-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVG----------QAQGQGAVVGSGVAP--NVPAAGQWVADGVGVPDGSAATATVNVPPNSTAASAGDSWV 977          
BLAST of EMLSAG00000004930 vs. nr
Match: gi|1061104755|ref|XP_017878597.1| (PREDICTED: catenin delta-2 isoform X7 [Ceratina calcarata])

HSP 1 Score: 846.655 bits (2186), Expect = 0.000e+0
Identity = 442/728 (60.71%), Postives = 521/728 (71.57%), Query Frame = 0
Query:  274 PRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRP-DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKELVTGVLWNLSSCDDLKRNIIDEALSVLVNVVIIPHSGWSPAMQHAETSWTTVFRNXSGILRNVSSAGDYGRKKLREIEGLVDSLLYLVRNAIEKANIDNKSVENGVCVLRNLSYRAQEIEDPNYDKKQFNNMLTENRAGTKPTSDNLGCFGASKHKXKDSPATTSSSSSTSSRGRSSGGGGGPVKGMDLLWQPEVVQPYLNLLSNCSNPEXLEAAAGAIQNLSACYWQPSIDVRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLVQKLPGGNAQHDHGTSDDTIAAVLATLNEVIKKHPEFSRSLLEAGGVDRLMNITRQRQRYTPRVVKFASQVLYSMWVHQELRDVYRKAGWKEQDFVTKTVAARNARPNSPTNLNSTLNRPMASQSGTRXEDRXIQRGGARSVTGPSGVSSSSNNV---VAYNPEEVPMENLSLYGSQRTHQMYAGGNHLGGFGGGEPVYAQVNRDRKKNRSDSL-VGHPLSSLNNHHHVHHHHNLDYSNHSDHWHMGNASQQQQRGLILDRGNISSTTVIPPGQSSNSVAGDSWV 996
            P  +F+DE    +  Q L  + P+        +P M+ P D     + WRDP+L EVI FLSNPN++IKANAAAYLQHLCYMDDP K KTR LGGIPPLV LL +D P++YRN+CGALRNLSYGRQNDENKRAIKNA G+  L+ LLR+T D +VKELVTGVLWNLSSC+DLK++IID+ ++++VN +IIPHSGW P+    ET W+TVFRN SG+LRNVSSAG+Y RKKLRE +GLVD+LLY+VR+AIEK+NI NK VEN VC+LRNLSYR QE+EDPNYDK    + + +NR       +NLGCFG SK K    P    +++S ++  R+      PV+GM+LLWQPEVVQ YL LL +CSNPE LEAAAGA+QNL+ACYWQPSI++RAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDL+QKLP GN QHD GTSDDTIAAVLATLNEVIKK+ EFSRSLL+AGGVDRLMNITRQRQ+YTPRV+KFA QVL++MW HQELRDVY+K GWKEQDFVTKTVAARN+ PNSP N NSTLNRPMASQ  TR EDR IQRG           + +SNNV     Y P+  P                           GEP+YAQVN ++KK R   L VG           V           +  W           G+ +  G+ ++ TV  P  S+ + AGDSWV
Sbjct:  276 PPGMFEDE----VHLQRLQSRHPV--------VPGMASPLDDDQKSMRWRDPNLSEVIGFLSNPNNIIKANAAAYLQHLCYMDDPNKQKTRSLGGIPPLVQLLDHDNPDVYRNACGALRNLSYGRQNDENKRAIKNAGGVPALINLLRRTSDADVKELVTGVLWNLSSCEDLKKSIIDDGVTMVVNNIIIPHSGWDPSSSSGETCWSTVFRNASGVLRNVSSAGEYARKKLRECDGLVDALLYVVRSAIEKSNIGNKIVENCVCILRNLSYRCQEVEDPNYDKHPIQSTV-QNRVAAPAKGENLGCFGGSKKKKDGQPVQKETTASRTTTPRTE-----PVRGMELLWQPEVVQSYLKLLQSCSNPETLEAAAGALQNLAACYWQPSIEIRAAVRKEKGLPILVELLRMEVDRVVCAVATALRNLAIDQRNKELIGKYAMRDLIQKLPSGNNQHDQGTSDDTIAAVLATLNEVIKKNAEFSRSLLDAGGVDRLMNITRQRQKYTPRVLKFAGQVLFTMWQHQELRDVYKKHGWKEQDFVTKTVAARNSGPNSPNNANSTLNRPMASQGSTRYEDRTIQRG-----------NMNSNNVGRPTIYQPQPKP---------------------------GEPLYAQVNLEKKKKRQYELGVGQ----AQVQGPVVGSGVAGGGPTAGQWVADGV------GIGVPDGSAATATVNVPPNSTAASAGDSWV 937          
BLAST of EMLSAG00000004930 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold989_size72935-snap-gene-0.8 (protein:Tk08550 transcript:maker-scaffold989_size72935-snap-gene-0.8-mRNA-1 annotation:"catenin delta-2")

HSP 1 Score: 248.825 bits (634), Expect = 1.896e-73
Identity = 160/315 (50.79%), Postives = 184/315 (58.41%), Query Frame = 0
Query:  161 SPPPQYREPDYLRSQNNSGSYXPPRSGYDELDXXXXPP---------------STLQQYSSNGGGRVA---RYSSVDESI--VQGSLHS-YNPN--ESVFEDPLEVSPNFSYHQHPHYHQPSHSGGSGGGGGGEEPPRALFDDELDEPISSQSLSIQQPIYSSHQASPLPQMSRP-----------------------DPRVTGVHWRDPDLHEVIEFLSNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVALLANDVPEIYRNSCGALRNLSYGRQNDENKRAIKNANGIVNLVRLLRKTPDDEVKE 429
            SPPP +REPDY+R  + SG   PPRSGYDELD    PP                 L   S+ G G +    R+SS+D+    +QGS+   Y+PN   SVFED   V  + +           H+G   G       PRA+FDD+                  S Q+ P P M R                        D  + GV WRDPDLHEVIEFL+NPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLV LL+ND+PEI+RN+CGALRNLSYGRQNDENKRAIKNA GI +LVRLLRKT D EVKE
Sbjct:  161 SPPPDHREPDYMR--HGSGPNYPPRSGYDELDTTLMPPRHGDPQHPPAFPPGGGQLPPSSAAGSGYMPHPHRHSSLDDHPHSLQGSIGGGYDPNLNNSVFEDTGSVHGSVN-----------HTGYPFGA------PRAMFDDD-----------------ESGQSEPPPLMKRSGRPSTNSDSSRGGFSFHFAFIILDRGMAGVQWRDPDLHEVIEFLNNPNSVIKANAAAYLQHLCYMDDPVKAKTRQLGGIPPLVNLLSNDIPEIHRNACGALRNLSYGRQNDENKRAIKNAGGIPSLVRLLRKTTDSEVKE 439          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000004930 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-0.000e+065.79symbol:p120ctn "Adherens junction protein p120" sp... [more]
-3.768e-16450.85symbol:CTNND2 "Catenin delta-2" species:9606 "Homo... [more]
-3.376e-16350.85symbol:CTNND2 "Catenin delta-2" species:9606 "Homo... [more]
-3.822e-16250.66symbol:CTNND2 "Catenin delta-2" species:9606 "Homo... [more]
-3.186e-16150.66symbol:CTNND2 "Catenin delta-2" species:9606 "Homo... [more]
-7.622e-16050.28symbol:CTNND2 "Uncharacterized protein" species:96... [more]
-1.290e-15950.47symbol:CTNND2 "Uncharacterized protein" species:96... [more]
-3.793e-15950.88symbol:Gga.34463 "Uncharacterized protein" species... [more]
-2.502e-15848.74symbol:CTNND2 "Catenin delta-2" species:9606 "Homo... [more]
-2.884e-15850.09symbol:CTNND2 "Uncharacterized protein" species:99... [more]

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BLAST of EMLSAG00000004930 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 11
Match NameE-valueIdentityDescription
gi|592806883|gb|GAXK01147685.1|2.129e-678.75TSA: Calanus finmarchicus comp43016_c0_seq1 transc... [more]
gi|592857244|gb|GAXK01100300.1|1.002e-323.74TSA: Calanus finmarchicus comp7426_c1_seq2 transcr... [more]
gi|592857245|gb|GAXK01100299.1|1.003e-323.74TSA: Calanus finmarchicus comp7426_c1_seq1 transcr... [more]
gi|592902413|gb|GAXK01055962.1|1.570e+022.40TSA: Calanus finmarchicus comp866169_c0_seq6 trans... [more]
gi|592902414|gb|GAXK01055961.1|1.603e+022.40TSA: Calanus finmarchicus comp866169_c0_seq5 trans... [more]
gi|592902415|gb|GAXK01055960.1|1.604e+022.40TSA: Calanus finmarchicus comp866169_c0_seq4 trans... [more]
gi|592902416|gb|GAXK01055959.1|1.618e+022.40TSA: Calanus finmarchicus comp866169_c0_seq3 trans... [more]
gi|592902417|gb|GAXK01055958.1|1.626e+022.40TSA: Calanus finmarchicus comp866169_c0_seq2 trans... [more]
gi|592902418|gb|GAXK01055957.1|1.637e+022.40TSA: Calanus finmarchicus comp866169_c0_seq1 trans... [more]
gi|592902410|gb|GAXK01055965.1|1.964e+022.40TSA: Calanus finmarchicus comp866169_c0_seq9 trans... [more]

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BLAST of EMLSAG00000004930 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000049300.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s259:36786... [more]
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BLAST of EMLSAG00000004930 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 20
Match NameE-valueIdentityDescription
gi|84028193|sp|Q9UQB3.3|CTND2_HUMAN7.321e-16350.66RecName: Full=Catenin delta-2; AltName: Full=Delta... [more]
gi|20177853|sp|O35927.1|CTND2_MOUSE5.464e-15548.19RecName: Full=Catenin delta-2; AltName: Full=Neura... [more]
gi|57013004|sp|Q68FH0.1|PKP4_MOUSE8.699e-15149.07RecName: Full=Plakophilin-4; AltName: Full=Armadil... [more]
gi|313104155|sp|Q99569.2|PKP4_HUMAN2.427e-15049.07RecName: Full=Plakophilin-4; AltName: Full=p0071[more]
gi|75025630|sp|Q9U308.2|JAC1_CAEEL4.682e-13544.53RecName: Full=Juxtamembrane domain-associated cate... [more]
gi|71658821|sp|P98203.2|ARVC_MOUSE1.125e-13045.82RecName: Full=Armadillo repeat protein deleted in ... [more]
gi|12229553|sp|O00192.1|ARVC_HUMAN1.726e-13045.94RecName: Full=Armadillo repeat protein deleted in ... [more]
gi|166214912|sp|P30999.2|CTND1_MOUSE6.154e-12244.40RecName: Full=Catenin delta-1; AltName: Full=Cadhe... [more]
gi|14916543|sp|O60716.1|CTND1_HUMAN6.086e-12144.20RecName: Full=Catenin delta-1; AltName: Full=Cadhe... [more]
gi|82133619|sp|Q8AXM9.1|CTND1_XENLA2.865e-10040.00RecName: Full=Catenin delta-1; AltName: Full=Xp120... [more]

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BLAST of EMLSAG00000004930 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EFA12047.1|0.000e+059.15Catenin delta-2-like Protein [Tribolium castaneum][more]
XP_006566565.10.000e+061.51PREDICTED: catenin delta-2 isoform X5 [Apis mellif... [more]
XP_006566568.10.000e+061.51PREDICTED: catenin delta-2 isoform X8 [Apis mellif... [more]
XP_006566564.10.000e+061.17PREDICTED: catenin delta-2 isoform X4 [Apis mellif... [more]
XP_006566562.10.000e+061.09PREDICTED: catenin delta-2 isoform X2 [Apis mellif... [more]
gb|KYB29681.1|0.000e+060.66Catenin delta-2-like Protein [Tribolium castaneum][more]
gb|KYB29683.1|0.000e+060.66Catenin delta-2-like Protein [Tribolium castaneum][more]
gb|KYB29682.1|0.000e+060.66Catenin delta-2-like Protein [Tribolium castaneum][more]
XP_006566569.10.000e+060.76PREDICTED: catenin delta-2 isoform X10 [Apis melli... [more]
XP_016770487.10.000e+060.76PREDICTED: catenin delta-2 isoform X9 [Apis mellif... [more]

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BLAST of EMLSAG00000004930 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|646713565|gb|KDR17869.1|0.000e+057.17Catenin delta-2 [Zootermopsis nevadensis][more]
gi|1058022516|gb|JAS14920.1|0.000e+065.22hypothetical protein g.11186 [Clastoptera arizonan... [more]
gi|645019810|ref|XP_008206961.1|0.000e+065.31PREDICTED: catenin delta-2 isoform X4 [Nasonia vit... [more]
gi|808134240|ref|XP_012169594.1|0.000e+061.13PREDICTED: catenin delta-2 isoform X2 [Bombus terr... [more]
gi|817058737|ref|XP_012250846.1|0.000e+060.57PREDICTED: catenin delta-2 isoform X2 [Athalia ros... [more]
gi|642938560|ref|XP_008199842.1|0.000e+059.15PREDICTED: catenin delta-2 isoform X2 [Tribolium c... [more]
gi|642938555|ref|XP_008199840.1|0.000e+059.15PREDICTED: catenin delta-2 isoform X1 [Tribolium c... [more]
gi|642938566|ref|XP_008199844.1|0.000e+059.15PREDICTED: catenin delta-2 isoform X3 [Tribolium c... [more]
gi|571560482|ref|XP_006566565.1|0.000e+061.51PREDICTED: catenin delta-2 isoform X5 [Apis mellif... [more]
gi|1061104755|ref|XP_017878597.1|0.000e+060.71PREDICTED: catenin delta-2 isoform X7 [Ceratina ca... [more]

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BLAST of EMLSAG00000004930 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold989_size72935-snap-gene-0.81.896e-7350.79protein:Tk08550 transcript:maker-scaffold989_size7... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s259supercontigLSalAtl2s259:367862..460405 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s259-augustus-gene-4.7
NoteCatenin delta-2
Biotypeprotein_coding
EvidenceIEA
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000004930 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000004930EMLSAT00000004930-700777Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s259:367862..460405+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000004930-687696 ID=EMLSAG00000004930-687696|Name=EMLSAG00000004930|organism=Lepeophtheirus salmonis|type=gene|length=92544bp|location=Sequence derived from alignment at LSalAtl2s259:367862..460405+ (Lepeophtheirus salmonis)
CTGGCTACTTCATTTCAGTCCACAAGTTCCTCGCGCTTTTTCCTGGAGGC TCGCCCAATACTTACTTATTATTTTTTGTTGTTGCCTTGTCCTCTTTTTT TCCTTTTTCCTTTCCATCTTCTTCCTTTTTGTTTCTTCTTTTCTTTTTGT TTCTTTCTTTCTGTTTCTAATAGTGTATAGGAGCAGCAGTGGGAAGCAGC AGAAGTAGAAGCAAAAGCAGCTTATTCTTCGGGTTTCTTCACTTCATTTG TCTCGTTCCACAACAACCTTCAGACTCTGCAGGTCCTTTTCTTTTTTCAG TGTTATTCACTTCTTAGATTCGTTGTTACTCGTTTCATATTGATATTTAT GTGCTGATTCAATGCGTCTCTTTCTTAAATAGTTTCCTACAATTGAATAA GTCTATTGAATATTCAATATTGTGCTCCCTCGTCATCAACATTATCCTCA TCATGACGTGTTTGGATTCGGATCTACGATTCGGAAAGACGTGATTTGTA GGGTAAGGTCGTTCTACTACTTTTAAATTATAATATTGAATGAATATAAA TAATGGTTGTTAATGTTTCAAAGATGAGTGTTTCTTCCATGACCGGTTTG AGGCTCTGCTTCGGCGTCATCCCCTTTGTTTTGTTTTTATTGTTTGGACC TTGAGTAAGGTAAAAAGAGGAGAGGAGAGGAGAGGAGAGGAGAAGGGATT GCGGTCTCTATTATTCTACTACATTCAGTGGAAGGGAACATTGTGTATAT TTCCTGATCCCATAATTTACTAAGGATTGATTCATGTACCATGACCCTCA AAGCATCGGTCTTCAGATGTCATACTTGCTTTGTTTTCATTCTTACAGAT GCATATTTTGTCTTGATTTATTTCAATCTATAGGTACTTAACATATATGC AGAGATGTGAAAATGTACGCTTTTTTAAGCTTACGAGGATGCAATTTGCG TGTACAAGTGAATATATCCAATCTGTAGCTTGTATAAGCTTAAAAATMCC TCCATTTTCACACGTCTCTACATATCTTAAGTATACATTTTTTTTTCAAA AAAAAAAAAAATTCATATTAAACTTGCTAAACAAATCATGTGTAAAAAAG AACAGAACAAATGCTTTCAGGGACACGGGTATATTCGTCAAATATCGGAT CGGCAAATAATTCAAAGTGACAAGATGATATATCTAGCAACTTGAAATAA ACGTATATTTTTGACCATGAGCGTATGTAATACATCCATTAATTGATCGG ACAGGATTTGGTATGCTTATGAAAATTTTCGTATCACTAGTTTGAATAAA GTGTGAAAATTTGATCCCTCTTCCTCATGATTTTATCTTTTGAAATCAAA TAGCCTGAGAATGATAAGGCACAATATTTCGTAAATAGCAAAAAAATTTG ACAGACACTGAAAATTTATTAATCTTATCATATCAAATAAATATTTTTTA CTGATTGCATCATAAAAAAATATCGCAATTTCAACAAAATTGTTCTGATA CCGATACGACACGTCAAATACAGCTAAGAGAGATTTCTTACTTTTTCTAG GGGAAGTTGAGGTAGTACTCAGATCTTGCTTTTATTGTAGNCTTTCTTAA ATATATATTATCGTATAAAAACKATACAAATACTAAATAGAAATAAATAA ATAATAAGTCGTTGAAGAAACGGATAACAAGTTGCAAGAAATGTAAGTGG ACTTTATCTTTGGGCAAGTCCAACATGTTTTCCCAAGTTAAATTTGATTT ACATAATATGTACGTTGTAGAATGATCCAATGACTTTTCTCAAAAGAAAT GCTCATATGTATATATATATAAAGAAATCGTTATGATTATTTTAAGAATG CATTAGTGGATTATCATATAAATATAAAGTTTTATTCCTTTTTATATTAA AGCTTAAGAATTTAATATAAAGCTTTTATAATAATTTTGACATAAAMCAA ATATATATATTAATATTTCTTGACGAATATTATATTTGTTTACCTACCAT CAAAAGGTCAAATCATAAGTTACATACTACATGCTCATTGAAAAAANNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNATTAAGTTAACCTTATCTCTATTATACTTA TACTATTTTTGTTTAAAGGCTGATGATGAGTCATATTCTTATTAGATTTC AAAGGAATTAAATGATTTTCTTTTAGACTCTTTTATTACAATAGGCAATA TAATGATTGCATTAAGATTTGTGTTAGTCTCCACTCTTATTTCAAAGTAC GTACCTACATTCAAGATAGCTCTAAATATATATGCTGTGTTACAAGTTGT AGCTTTTACAAATTGCAGCAAAAAAATGAGATGAATAGTTTTAAATGAAA GATTTACAGTACTTGGGATAAGACTAATTTAATAATTAATAGTCTATGGA TTATATATATATATTAATGGTGCATTTTTTGACAATTTGATAAAAATAAC TAAAATATAAGTATTCAGTGACAAATTATTATGTTCAAATATCCATAGTT ATTAATTAAAAGTTGATATCAAAATACAGGTTATACACCAAAAAAAAAAA TATTACTCATACATAATTTCTACAAGTAGCAACCCTTAAAGACATCGCAA TTTGTACAAACAATATATACATAATTTTTTTGAATTATGAATCTTCATAA CTTTGTGTCCCTACTAACTTTTTTATGTTATACTTGTGCATATTATTTTA ACATAAATCAAAACTAATTAGTTTCTTTTTTGTAACCTACATAATAAATA ATTAAGTTGAAGGTTTTGACACAAAATATGTTAATAATATGTGCTTTAAA AAAAAAAAACCTCACACTGATCAACATTATGCAATAATTTATGTGAAGCT TTTAATCATATAATTAATTGCTTAGTTTCTTTTCGAGATTTAAGTGGAAT GATTTTTCTTTTGAATGCAAGTGGGTCTGATAAGTGGATAAGAGTTATTT ATTCATTTATATAGGCAGATAATTATTAATCGGATGATATTTATTTAAGA AGAAGAAGAAGAAGATAAAACACTTCCTCTTGGATATTTCTCTACATTTA GTAGACTAGAAAATTAAAATGMCAGCCTCTGTGAAGCATTCTTTAAATTT CGAGGTCCAATAAGCAACCAAGTCCATTTAAATATTTTCTTCAATACATA TATATTATATAAAATAGAGTTTTATGTTTTAAATCCGTTATTTTCTTTGA TTCATCAAATTTTCTTTTATGAGGAATCGATATCCTTCTCATCTTCAGTT TTACTGCTCCATCATCATTTTTTTCCCTTATAATTTTCAAGAGATCTCCT TTCTTGTACATGGAGTTATTTGCAAAGCACACCGACAAAGAAGATAAATA TAAAATATTCAGCAAGTTGGTATATTAATCAAAATTTAATTAATGACCAG GAAGAACAAAATATATATATATATATATCCTTATATTATTTATTTTTGGA CTTATAGAGTTGTAGTATAATTAGGTTTTAATGACAGCTTGGTTAGCGAT TATATTCATAAATTTATAAATGAATATTTATAGTGTAGTATATATACTTT TGGTTTGGCATACAATTGTTCTTTAGATAGTGGAAAGAATAATAAAGGAT CAACCTGGTTGGTTTCCCTTCTACCTAATTTTCTTCATTTCATATTTTGG TTTTTAACTAAACCATGAAATCATAATATTAATGGCACGTTGTTTAAACG TACTTCCTTCATATGGGTCGTATTTTTTAAGATGTTTATTAATTATTAGA TATATGTACGTCGTTCACCATATTGTGGTACTCTATTTTTTTTTTGAAAA GGTCATCTTCATGCCCCCGTCATTAAGTTTCTTTCTTTTTAACCTTATTG TGTTTTTTAATTGAAGATTTCTTTCACTAATTATGAGGATATAACTTTTT TTAAAGTGAACAATCAGGCTACGTCATTGTTTAATTCCTTGTTTAATGCT ATGTTTGTCATGTTTTGATGAATCAAATATGCTACCAAGCTTAAAAGAAA ATTAAGTACATGGACATTGGACATACTGAAATTGTATATAACGAGTATTA TGATGTATGTATGTAGATAATAGTGTTGGGAACTCGGTCTGGAAATCCAC TTTTGTAAGATCGAACTAATTTGGTCCAAGAATTTTTTTTTAGGAAATCA ATTTTATATATTACCGTTTATGACCTCTTTTTTTTTAGAAAAAATATATC GCCCCACAATTTCAATTTTGATCCACGTTTTGAGACTGGGGTAAAGAAAA AATCTAACTAAAGACTGAACCGAAAGAAGAATTGGTCTTAGACCGAGTCT CAGCACTAATATATAAGATGTGGAACTTATTTAATTCTTTTATTATTATT ATTCATGCAATATATGTATTTGCGAATAATTATATAGATAATGGGGGAAA TACAAAAGGGTGGAACAAAGACTGTCTTTACTAGTAACATGCGGTTAATA TGGTAGCTTCAAAAGAATGATAAATGATGTATCTGTGTATGTAGATTTGA ATTGTTTGATGGATGAATCCTCTTTCATGCCTACTTTTGTTATGTAAGAG AGATTCTTAATACTTTTGAGAAATCATTAATTTAGGGAGCTTTTTCATTA TTTGGTCTCTGCATACATATATACGAACATACAAATTATAGGATTTTGAA GAAATACCACAAATAATTCCATGAACACATTTATAGTATGTATATACATA TATTCCCGATATTTAATAAGAATAATATTCTATAAAATTCCCGAATTTTT AAATATATGTATGCGTATGTACATATATGAAAGAAAGATAGAAAAGACAA ATACCATCATTCCCTATCATCGACTAAATGACCTTACATGATATTATTGC ATTGATATCCTCTACTTAAAAAAGTTAATCGATGGATATTTATTGCTGAA AATTCCTCAATGCATATAATTTAATAGCATTAATGGATCTTATTTATGTA TGTGCATAATTAATGTGGAGCTCATTTTATAAGTGGGAAGGAGGGGGTAC TACAACTACAATATATATAGAGAGTTGTTCGGATATACCAATACTATAGT GCAACCAACAGAATACTCAAGTATTTGTTATGGTATTATATTAAATTTGC ATTGACTCCATTACGATATAAAATATTGACAAAAAGTCCTTAAAGTCGTT CCCGACCTGTTCCTGTTATCAGTCCAATTTTAAAGCAACCTCTCCATGGC ATCATTTTCACCAATATTACATTAAAGCAGTGATTCCCAAACTTTATTGA GTTCAACCCTTAAAATATCTTGCTATACAATGTGCGACCCCTACACCTCT CAATGAAAATAAATCCGATATGACATATTAGTGTTCTCCCTAAAACTGAA AAATTATGGAAATACAGGAACCATTTTTGGTATCGGAACGGGTAGGAAAA TCCTGACATTTCGTTTTGTGAGCTTATTTGTAATAAGCATGTACAATTCA GGACAGTCTTCCCTATAAGGAAATAATACAAATTTGATTTGTATTCATAT GGTATATAGATACATAGGCCTGATTTTACGTATGTATACATGTCATATAA CAACAAGAATAACAACTTATGGTTCCTTATATACATACCTACATATATGG AAGAAGACGCCCCTTTCTTATGAAGATGAGAAGCAACAGTTCATATTGTG CACATAAATCATCATGAATCAGCTTTTGATGTAGTGTGCTGTGSGGTGTT AGTAACTCAATATTKTTCTCTTCATTTGTCTATTTAGTTTTTTTTTTTTT TGTCGTTTGTGGGCTATCATATTTAAAATATTTGATTTAAAAAATGGCAT CATTGTGATTTTAGATTTACATATCCCATGTGAACTTTGACTTTAGATTA ACTACATACATTTTATAACTTTATAATACATATTATATGGGTATATACAT ATATTTTGTGCAAATAAGACAATGAATCTCCATTCATTATCGGNAATTAT TTGTTCTTCTTCTATTTGTCTATTAGTTTTTTTTTTTTTTTTTGTCGTTT TGMGGGCTATCATWTTTAAAATATTTGATTTAAAAAATGGCATCATTGTG ATTTTAGATTTACATATCCCATGTGAACTTTGACTTTAGATTAACTACAT ACATTTTATAACTTTATAATACATATTATATGGGTATATACATATATTTT GTGCAAATAAGACAATGAATCTCCATTCATTATCGGGACGACCCATTTGT TGGCTTGGAGAGAGAAAAATACTCGTTTTAACTAGTGTTGGCTGGSTTCC AGTATTACTCAATCTCGGAAAAACAACTACTCGATTTTACTAAAATCTAC AATTTTCTCAAATTATTTCTTATGCAATACTGAACTTTACTTAAAATAGG ACAATCAAAGCATTTGACCTATAATTAGTAAAATTTGTAGGATCACTCAA AAAGATAGTACAAAACAGCCACTATTAAATGAATAATTGATGTACAGGGT GGTCCAGATAATTTGGGGAAATACTTAAAGACTTATTACGAATGAGCTAT ATGGTGCGTAGAACCATATTTTTTTTATTGAAAATTACATTTAATGAGAT CTGCCTCTCTTGATAACGTCAGCCACAGTATACTTGAAGCTTTGGCAAGC CCGGGCGACCTGTGTGGATCCAGTTTTGCCATTGTACTGATTCTGGTTTT GCATTTTAATTTACATTCCTTGGACAGATGGAGAAACCAAGGAAGAAATT ACACTAGAAGTGCAGCATGTCTAGGCCACCAAATGCCCTCACTTTTGGCA TGTTAACAGCCCAGACCTGACGCTATGCGATTATTTCTGGGAGAAGGTCG AGTATGGGGCCTGTGTCATGTGTGATTCATCTGTGGTGTCCCTAAAGAAG TCCATTACCCGTACAATGGCAAGTTGGATCCGTACTAAATAAATGTAGCT TTTAAATAATAAAAAATATATGATTATACCTCATCTGGTTCGTTTATAAT AAGTCTTACAAGATTTTCCCAATTTATCAGGACCACTCTACATTAGAAAG GAGAAACTATTTTGCATAATATTCAGAAATCCTCAAAACTCGTACTCGAC CAAACTCAAAATTTGATAGGGTTGTCCTAATATCTTACCCTAAAATGTAT TTAAAAAATGTTTTTACATCGTTATATTAACTTATTTTCATATGGTATAT AGAAATTAACTAATGGGATGTAAATTATAGTTTATATAATCATTTTAATA ATATTAAATAATGAAATATAAAATATTTATTAATAACATTCAAATAAAAA AACATTTTGAAACTAGAATGAGTACTTGGTAGAGCACTAACCTCCGCTTA TGCTCATAAATTGAATTTTTTGTGTTATATGAAGCATTTTTATTCAACCT ACATAAGGACACCCATTTGAGCTCTGTACATCAATAAGTTCCAATGTTAT GATCGATTGTGCATTTTTAATTAACGCTTTGTGTTACCTTGACCTCTTAC TGTGGTCATATATATGATCTTCGTACCAAGTGAAATCAAAATCTATCTAC AACTTTTGTTGTAATCCAAGTAACCAACGAATAAACAGAGGAAAAAGCAT AACCTCTGTTCAACTTCGTAGTCAGAAGTAAAAAGGGCCTTTATTGTTAA AAAAAACTTGGTTTTTTAGGCGCCTAAAATGACCAACATCAAATGAAAAT ATTAAAAGTAAGGGTATTTAAAAAAATAATCATAATTTAAAAATTTTAAC AGTGATACAAACATGGATTAATTCAATTGGAACTTAATACTTCCTCATTT TTTATCGAAAAAACATTTTTGGACTATTTCCTCCAAAATATTGTAGAAAA ACATAAAAGAAAAATAATAGGAAAAACTCGTTACTTGAACTCGGCCGAGC TCAATTTTTTTTGCCTGGAATCCAACACTAGCTTTAACTGATTTTGAAAG AGTTAAACCYTTGGGGAGGTTGTACGTCTGTGATTGAGAGATATCCTCTT ACCTCTACTTATGAGGAATAAGAATTATATTTCTGACTGAATAGTTATCT CATGACAACAAACAAAATGACGGCAATGATCATTATCCACTCGTTGTGGA GGAGAGAGTAAAAGCAATCGTCCTTGTTTTTAATAAAAAAATTGTCAAAG AGAGATGTGGGCAGCAGGAGTGGCAGMTTTGTTTTCAGATTGGGTATGAA TTTTTGGGTGTTTTTATTTTTTATCATCCTCCATATGTTTTGAGTGAGGG AGGTAAACATATCTACACCCAATTAGATTATGAAACAACAACAGAGATAT CAATGTGGAAATGCGTATATTAATTGGTTGGGTGGGCCCTACTTTGTCAG CTCATTAATTATTATTATCCATGCGGGATATGTATATATATATATATATA ATGTGTTGTACATAATAAATATTCTATTTGTTGTAGTATGTTAGAAAAAA TGAGACAATATTGATAAAATAATATTGTATTATTATTATTTTGATTATGA AGTCATTGTCTTCTATCCATCTATTGTACTGCTATTGTATTATTAATATC ATAATAATGTGATGTGGTGTATGCGATACGTACATACATACATCTATTGT TTACTTTTTGTCCCTTACAGTCAACTCGCTACTCTCAATAATACATATAA TAATAATCCCGTATCTGACTGTAGTAGGTTCATAATAATAATATATTATT CATAATGTTCATNNNNNNNNNNNNNNNNNNNNATCAGTACAGCACTAGGG GTGGTAGTACCCAGCATTGCTCAAAGTAATTAGGGGTCGACTAACAKACG AACTTTGCTTCAATATATAATATCGAAAATAACTCCCCAAGAAGAGATCA ATAGTGTAACTCTCCGTTTTTATGAGTACACTCACACGCGTATATCAATT CATATGACGTGTACTATCAAAAAGAATAAAAGGATAATATTAAGAGTCTG AGAAAAAAGTATAGAATTTAAGGGGATGCACCACAGAGTACTTTAGTCTC TAGAGCACTCACTGGTTGTGGGTTACTTACACGCACTCATTGCTAAGTGT GAAAATTGTCAAAATCCTCTTGAGCATACATTTAAAAAGAAGTATATGCT GGTAATCTGCAAAATATTAGTGCTCTTATTAGTTATGTATCCCTATTTTG AAAATTCAAGCGTAGTAGTAGAGCAAGGAACACTATAGTTTATTTNNNNN NNNNNNNNNNGTTTATCAAAGTTAGSAACACTAAGTTTWTTTTATTTACA CTCTGAGGATTTAGACAATTTTCACTTCCTTACTGATTGAATTTCACATT GAGTATTTCTTATTATATATAATAATTAAAAGAAAGTTTTCCTTGTTTAC ACGCTCAATGCTACATGAAAAACGCCTGCGATATTTCATAAATACGTCTA TATTGATATTTCTAAGATAAAAAATATGTATATGGCATACATCAGGGATC ACAAAATGCAATGCACTCTGTTTATACGCTCGATGCTACAGGTGAAGCCC ACAATATTTCGTTAATACAACTACATTGTTATTTCTTAGATCAAAAGTGC CTTATTTTCATTCATACAGAGGAACTTTGTTTATTGATAGTGATATATTA TTGTTGAGACTTGGCCGAGACTGATTTTTCCCCTGATTCAATTTTAAGTT ATTTTTTCTAAATCAATCTGCAAACTGCAGTTTGAAACAGTTTTAAATTT GGTTTGTTTCGTCACATATCGTCCCTTCTTCGTCTTTGTTAAAAATAACT TTTTGTCGCAAAATAAATTCGTTGACGAATCGTCTAGTCATAGTTGACGA AATTAACACTGGTTTGAAACCCTGGATCGTAATTTGAATTATTTTTCTTA GTNNTGTCATTATTATTTAATTCCTGAGTAATGNACCTCCAAATTTAAGT AGATTCAATTTTATTCAAAACCTGATGGAGGAGTTATAATTATTGGACTC AGTAGAATTGGGGATTGGTATTTGAGTAATTCTATCAAATGTCTTTGTTT ATATCCTTTTCTCCTTCCTCCCTTGCCACAACTGATTGTAGCTGATCTTA TGAAACCTCATGAGATCATTTTTTCTCTCCTCCAAAACATTCTTCAAATT GTCAGGGTTACCTTTTTGATATTTGGTTTTTTTTTTAACGTAACCCTTCT ACACTGGGGTTTCACCACTGCGTTAGAAAGAGAGAAAAAATTGTGGGACC GGTTAAGACTGATTCATTCATTGACTTATCTTTATTACTTTTACAGTCCA GATCGAAGTATGACCGAGTGAGTTAAAATTATAATGGTATCAGACCGGTC TAGGATTTCCAGACGTAAACTTAACACTCATGATATAAAAGGGATGAACA TCGCACTTGTGTCTGAGACTAATGCCTCTAACAAAACTATCATCCTCATC ACACAATTACTTTCTTAATGATGATGGTGATGAGAAGGAAGGAGAGGGGG CTCCATTAGTGTGTCCATTATTCAGTGATTTACTAGAGATTATTATTATT GTATGTATGCATTCAAGCTTTCTTTCACATACATATATGATGATGCTATA ATTAACATCCATGGTGATGACTGATGACTATGATAGTGGTGGCTGTAGTA GCAACATCATCGTTATTACATTAGGGTTGACTTATTATCATTATGGATTC CATTCTTCATTTTATTATTGGTGATGGGACAATTCCAAAAATCCCCATGA CGATTCCAATTCTTTAATATTTTAAGTAATAGTTAAAAAAATACCATTTT GCTATCAAGGGCGTCCACAGGATTATAAATATATATATATATATATTTTT TGAAAAAAAAAAATCCAAAAATTAAATTTCTTTTTGAGAAAAAATCTGAA AAATTAAATTTTATGGAAAAATATTTCAAAAATTGAATTTAAAATATTAA ATTTTTTTTGAAAAATTTTCGAATATACAATTTGATATACATTTTTTTTT CTCGAAAATCCACAACTATTCACAATTTTTTTTTTTTTCAAAAACCCATT GCTATTCTCAAAAAATTAATTTTTTTTGATAAAAATTTCAAAAATTAAAT TTTTCTCACGATAGCGTTCCCGATTACAGAAAAAGCACCCGATTCCTGAT TCCAATTAATAGTTATGGACCATAGATCGTTAAAGGTATATGGTGTTACA ATACATTTATAAATGTATATTAGCGTTGGGTTTGAGTATTACTCCAACTC GAAATAACAACAAATCCACTTTACTAAAGCCGACAATTTTCTAAGAATGC CTCTCCCAAATATTTTGTGAAAATTTGACTTTACTTTCATTCTAATAATC AAAATAAATCGAAACATTCGAGTAAATTAGTTTAATTTATACAAAGTATC ACTCAAAAGAATAGTCAAAATAGGGTGGCATCGGTCCTTATTATGAGGTC TAAAATCGGTAGATAGATCGGTCCTAGAACTGATTTCTTAATCAATCTCC CCCACACCCACCTTGAGTCTTTTTTTTTAAAACATTCAACGGTCTTAAGG ACCTTCCTAGTAAAAAAAATCATACACTTCCTGTATATTAAAATTGGAGC ACTTCTTAACACAACTCGAATCGAATCCAACAATAATTTACTATGTATGG TCTTATTGGCTCACAACAAACTGCAAAAAACAAAATTAAAAAAAAAGAAC AACCAACAACATAATATTATTTATGTATTAAGTATTTATTATTATTTTCC TCTCTTTAAAAGTGTGTTTTTTCCTGATTGCACGATACTGTAATTTTATT TTGCTCAAAGAAGATGGGTTGACCTCTGGGTTAATGGCGTTATGTGTATG TATATACATATATTTTGTATATTTACATTTCGTTATTAGTTTATTGTATT AGTTTTGGTACATACCTACGTTTTACATTGATATTATTATATAGTTGAAT GGCAGGGATCGCACACACACACGAAACCACAAAGAAACCATCATCACTAC TTTGTGATTGGAGGAGCAAGGCTTTACATACTACAATACATAGTTCAAAT ATAAATCAAATTCTTTGTGATTAAAAGATTTCACCTTTCCCCAAAGCCAT CAAGGTTACATACATAAATATGTATTCCTTTTCTTATCTTCTATTTAAAA ATATATACAAAGATAAAATAATAATATTAAAATAAAAAACAGCTTGGAAT GATGAAATATTTCTAAATATATGTATGTAATGGCACATAGGTATATTTGA CCATAAAGTAGGACGTAGGTAGGTATTTATATTCCCTTTGCAAAGGCTTT ACCTATGTAGTGTTGATTGCCCAACAACATTCATGATGATGAATTAAATA GTTTAATAATATCATGTGTGTTTATATTACTATGATGATGATATTTAATC CGTTCCAAGTACTTAGAAACAGCTACTTCTGCCTTTCTCCTCTTTAACAT ATAGCTTATAGTACATCAATACTAAAATAAGTTAGAATTATTTCCCCCTA AAATTGATATATTATTAATTAACGATAGAATTTCAAAAAAAATTAATACT ATAAATAGATATGTGCCTGATCTCTCTTAATAACTAATGAAACCACCCTT AACGGCAATGATGGCTTCCAGGCGGCGGTGGAAGTCCTGGCATCAACTGC GGATGTATTTCTCTGGCATGGCAAGTGCTGGCACACAGTGGTTTTGACAG CCTCGTTGTTTTTTTGGATGACGGACACGGTAGGCCTTCCTCTCGACATG CACACAAAAGGKCGKATCGACGGCATTAGCATCAGGGTTATAGAGGGACC AGAAGGTGGCCAACCATTCCTGTGCCTTTTTTGAGGTGTGTGCAGGCGCA CCGTCCTGCTGGAAAGCTATATTTCAATCAGGATTATTCGCCTCCAAGGT AGTCTCATACTCGGTTCCCGTGAGCATGTACCCGACCCGGAACCACACCA GAGAGGCTGCCTTACTGTCAGAGGCCACAAATCCCAAGGAGCCAGGGTTT TTTTTGGTACTAAGAGTCTTCATTGATGTCTCTAAAGCTTAAGTACCAGT CATTCTGCCTGTTCCTCACGGGACCGACGGTCCAGGTCTTCTCGTCTCTG AAGATAATGACCCAGTTGGCTTCGGCCTTCTTGAGGCCATTCAAAAGAGT CTTGCAACGGAGGAGATACGTTTCTTTCATTGTTGGTCTCTCCTCTTTTC TAATTCTAATTTTTTTAATGTTTATTTTTCCTTTTAGAGAAAGGAAGTGA TGCCCTTTTTATTTGATATTTTTGAAGATGATTTTTTGTGTTCGCAACAC ATATATGTGGCTTTTTTAATTATGATMCCAGCCATTTCAATTACCGACCA TTAATTGATGCTAATGTTTCTTTTTGATGAATACAACTTAATTATTTACT AGAGATGGAGGCGCTTTGCTGGATCTTTGAATTATCTAAATGCGTCATAG AATATGTAGGAATTTATCATCAGATAAATTTAAAATGAAGTMCTCCCTAA ATTTATTGASCATCCAATATAATTTCAGTGATTGAACAGCACCCATTATA CATTGCTAGAAACTACACATTGTCACAAGCATTTACTGTCAATTCTATAT TTAAAATAATCAATCGCATTTTTTGAATGTAAATTCATATATAGTACATA CAAATTACGATTTTTATATAATATAATTTATCTAGGCATAAATACTTACT TTTTTATTTTTTCTTATTTTGTGCAAGAATTAATGAAATTATTATATTAA GCAGTCTTTAAAAAATAACATTATAATTACTACTACTAGTTCTATCACGC ATTAAAATAAATCTTAAAATAAGTATTTAATTACTATAATTTGGAGTTTT GTTTTCCCACAAATACATTGTTGTTTGTATAGAACGTTTTCAAGAATTAA TAAACCTTTACTCCTTATTAATGAAGGAAAATGATGAATTATTGCCGTGT ATTTGGATGTCATAAATCATAATAGAAATATAACTATATTTTGCGACCTC TATTTAACAACCAACTATATTTTTTGAATGAATTTTCTCCTCAACTAATC ATTTGCTTTTAATTAAAACCAATACCACATGAAGGCTGAATCTAACTCTT TTTTATTGTTACTCAATATAATCGCGTTTGTGCCGTCAATAACGGCCTCG ACTGGACCTCGAAAGCAAGAGCATGTCTTAATGACAGTCTCCTTTGGCAG ATTCCGGATCCTAGACATCACCTTTGATTTTGTGTTGTAAGAGGATCTGT TGGTGTTTTGCTCAACTGCACCCCACATAAAAGAAGTCTATGGTGTTGAA GTCCGGTGAGCTTCGAGGCCAAACACTGGTTCCAACAAAATTAAAAAAAA AAAAAAATTGATAACCAGGTCAACGTTTGTCTTTTGTGTTGGAAGTTGAG CTCTTCGCATCTTGATTACAAATGATCAGCCTTTCAGAACAGTTGAGATC CCTGCCAATGCCCCTCATCGAGTTGGGTGCCAGTCTGGCTTCATCTTGTG ATCAGCACGCTTTGTTTTTAATTCATTATCACCTCTAGACCCTTCCTTTT TGACTCTCCAGACAAAGGAACTGACACCAAACACGAACAACGTCCTACCG GAGCACGTGCATGATGTTAATTGTTAAACAATGGCCGCATGTTGAATAAG GATGATATACAATAAGACACAAATACCTTCACTAAGTTTAGCTGGGATAG CTTATTTAACATAATATTTAAAAAAATAGTTTTAAACAAAATATTTATAT GCACCTTTAAGATAGTAGCACGATGTATCCTTAGATCTCTTATTTAAAGC AACCTCGATGTTGAGAGCTACAGAAGGTTCTATTTTGAGTAGACTTACTG TTCTTAAATAATTTGAGTTAAGATCGGGTTTAGAGTATTTGGATTCGAGG TTTAGAATTAGGAGTAGAGTCTATGGTTCTACTTTTTTTTCTATTAACTG GATTTCATGGGATACATGTACCAGTGGGAGCTACTTTTTAGGGGGGTTTT ATAACGAAATAAATTGTTGGTACTTCAGGAATAGTTATAATTTTGGGTTT GGTTTTTTACCATCTAAGAAAAATACATAATCTCTTTACTATATTCCAGA CCTTCTAGTTTTTTATTCAAATATAAATGTTTTTTTTCTAATATTCCAGT TAGAAGCTATGCTAAAGTTTAGTTTTTTTTCAAATTTCCTTCAAATTTGT TTGCGGGTTAATTTGTCCGTTTTGTTTGATATTTTAATAACTACACTTCT AATATGGTATTGCTTTCGATTTATTATGCAATATGTGACGAAATGCGTTT TAATTTGACTTTATCATTGTTGATGTACGCCATTTTGGGACATAAACAAC AAAGTTTTATATCATTAAAAATTCTTTATAAATGGATATTAAGGAAAATA GTTAACTAAGGAATGTCAAAATGGGAACAAAAAATAAAGACATAGGGCAT AACTCTCTTTCAAAAATGTATCCCTCTATTACCTAGTTTTAGGTTATATA TTTGACTCTAAAATGTAATAAAAATGTGTTGTTACATCTTATTTCCATAT TGTATAAACAAATTAACTATTACAATATAAAATTTAGACATTTCATATGG AATTTCAGTAAATACATTCTGTCAAAAAGTACCTGGAATTGTTAAATAAA CACTAATTTCCCATTTATTCATTTAAAAATATATTGTCGCCTTCAAAGTT ATCCCCATTGAAAGCAATACACATATGCCAATGTTTTTCCAATCCTCGAA ACATTTTTTATAGTGACTTTTTGGCATGGCCTTAAGCTCCTTCCACGAAT TTTGTTTTATGGATTCAATAGACTCAAAACGGATTCTGCGGAGGGGCAAT TTAATTTTGGGGAACTAAAAAAGGGACATGGAGTTAAATCAGGTGAATGT GGTGGTTGATCCATGGTATTTATTGCGTATTTAGGTTTGAATTCGCTCAC AATCGATGGTACGTTATCGTCGTGTAAAATTCACGAGTTGTTCTTCCATA ATTCTGGCCGTTTTTGACGAATTTTCTCACGCAAACGCATTAGTACTCCT TATTGACCGTTTCTCCCTTTGGAACAAAATTTATGATGCACTAGACCGCA GATATCAAAGAAAACAATGAGTATCCCCTTGACTTTTGAGCGACTGTGGC GTGGCCCCCTTTGAACACTTTGTATCACTCATATGCACTGGGTTTTTGAT AAAAACTGATTCACTACAACCTTTTTCTCCCATTTTCAACGCGTCATCAC ATGAAATTTCGTTCGCAACACAAATTTTAAGGCAAACTCTTTGTTCAATT ATTTTGTTCATTGTATAAATATTGGAGCACTAGTGAGATATACTGAATAA CCAACTGTTGCAAGCAAACTAGTCTACAGATCGAGCTCCAAGTTGGCCTC ATAATGCAAGACAGTCCTGCCGACGTTGAAAAAAAAAGTTTTTAAATCCC TTTGAGATGGGTAATTTAAATTCATAATTCCCTGCACTTTTTTTACTACT TTGATTATATTCAAATAAATGTGTTAATCATTGGGATCAAGTAGTTTTCA GTTGAAGTGTCAAGTCCTTTTTTTCATTCTTAAAGCTTTTTGATGGAGTC TATTAAAGATTTATAAAAAATATCAACTTTGAGTCCGAAAGATGCCGTTT CCTTCATTAATGTAATTTATAACGTTAATGAAAACGTTCAATACATACAT ATGTCATTATGTATGTTATGATCACTGTACAAGTTTGAAGTTATATGAGC AGATTGTACAAGTTTCAACTTAAGTTCATTACGCTATATTTAATTATAAC ATTTTTGTCGTTTTTTTTCCAAAAAAATTCTATATGGAAATTAATTGTTT TTCTCCAAAAACTTAGCCCATCCCAAAATATAATCTTGCGGACGCCCCTG TTACGATTGTTATAACTGGTAGGRTGGGAACATTGTAATATAACACAGTA TACGGTCTTATCATTTATTAACTTTCAATACTAAACTTAGAAATTAAACC ATTACTATATATATGTTATGTTAAATTGTTCAACTCTCCGTATCACAAGT ACTTTTAATTTATTCATCTCATTTTTGGCTTGAAACTTATACAAAATCGC TACTTGCATACAACATATACCTGTCCTACATATGAATCTTCCCATTTTGT TTTTACTACCTTTATTTTATAGATCGGATATCGATATATTTATATTGGGC AAGATGGATATTCGTGACTTCAACCACATGATATCTGTTATTATGTGTAA TAATATAAAGAAAAACTATATATTTAATGAAAGATGTGTAGATAAATATC TCTCATGCTTCCATGGGTTATCTAAATTATTTTATGACAAATTATTTTGT GTCATTCTCTAGGAATAATCATGAGGATGCTTGAATTGGTTTTCATCTTT AACACTATGTATAATGTACATACTGAGTGTGTATTGAAACATAGTGCATG CATCAATTTTTATACATGTACATATATTTTATTCATGGGAGTTATTTATT ATTATTTATATTTATTATCCATACTCATTTCTTATTTTCTGGGAAATGTC GGGATCCCGTTTGTAAATSATAAATGCTGTGAAATTGAAGTATTTCTCTT TATATTTTAAGAAGAAATGATAAATTTTACTCATACGATTTCGATGGGAT TTTAGTAGAAATTCCCGATACCGATTCACTAATATTTTAAATAATAGTTT AAAAATACTACTTTGAAATAAATTTCTAAGAATTACAATTGATACAATAA AATGCCTTCCTTTATTTAATGTAAATAATATTTTAAATTTCAATTAGTTT CTTCTCAGTTTTCGTGCATTTTTTATCATAAATTATTTTATTACAATATG TATTTATAAAATTATATGACTCAAGTATCAAATTCACCAGGTCGTTTTGT ATATCTTGACGGATATATTTCATAACTTAGGGAAGTAATAAATATAGTTA AACACCAGTAATAAATTATAATACATAACAATCTGAATTGCAAATTAAAC ATTATTTTCCTGATACTGATTCCAGAAAAAAAAACACACACACCCGATTC ACGGATTCCGATTAATTGTCCCCTCACTAACTAATACATTGTCTATTTAG TCTTGTTTATCATAATCATTAATATTGTACAGGTTATTTTTTAAAGCCTC CGGGTCCTAGTTTTTTTTTAAATCAGTAATCCCAACCCTACTCTACCAAA AATATAAAGAATTAAATAATCAGTTATTTACAAGCTGCATATTTACATGT TGCATTATATGTATGTAATTAAATGAAAATTACATTATTAAAGAATTTAC CCTTTCCGTGACTAATTCGTCACATCATATATAGAAAAAAATGTCTAAAT TTAATACTTATTCAGAGAAAGTTAAATGTTTTTGGCAACAAAAATTTTAA ATATTAAATTTTTTGAAATAGATTTTCAAAATCCATAAGTATTCACATAA AATTAAATTTTTTCGAATTTTTTTTACAAATATTATCTATCCACACCCTA ATATTAATGTTTATTTTTTTTTAAATTCCATTTAAAAGTTAATTCAGTGG GTAAAGGGTTNAAATGTGGTATTTACCGTATAAATATGTAGTAGGGAAAT CCTACTACCCATACTTATATATATATTTAAACCTGTAACGTGGTTCCCGG TCGGGTAAAGGATTACTGGATCCGAATATGGGACTGCCTTGTAGGGTAAC TATATGCTGTGGTGCAGGCAAACTATCCTGATGGAAATATAGTTTTCCAG CAGGATGGTGCGCCTGTACACATCTCAAAAGAGGTACAGGAATGGTTGGC TAAAAAATTATCTTCTGGCCCCCTTCAACCCTGATTCCAACCCCCTTGAC AACACCTATTGGGTGCATGTCGAGAGAAAGGCCTGTTTTGTCCATCATCC AAACACTGTGGCCCTCAAAGCCACTTACAGCCAGCACTGGAATACCATGA TGAGGACTACATCTGCAGTAGGTGCTAGTCCTTCCACCGCCGCCTGTAAT CAATCATTTCCATTAAGGGCGTCTACATTAATGATTAAGAGAGCTCAGAC ACACGTCTATTTATTGTGTTGATTTTGCTGAAATTCTATTTTTAATTAAT GAGTTATATCTTCTTGAATTTTAAAATACATCAAAATTCAGATTTTGATG GGGACACACATACACTTTATACTTGGATGATCTCTGCTCAAGAATAATGA TATCAGCTTTGGAAAATAAAAAAAACAGAGTCCAAGTTAGCAGTAACAAC AATATCCCACGTTAAAAAATGCTTAGGATTTCCGACCCTATACATACACA ACACATTTACATATCCTATTTCTTCATTACGAAACCCTTTAGCTCCCATG TATTAAAAGAAGTATAAATTTAAATTAAAAGTTCTTACTTGTCCTAATAA TCATAAAATATTATAACCCTATTTTTTATATTGTACATATAATATTTGAT GGCAATGAAGGCTTTATTTCATGGGAGCCCTTCTTCAACATTATCATCAG GAGAGATTCATATCTGAATTTGTGACTCCCATAGGAAACGCTTTTTTTGT TTAGCTTTTAAAATATATACATGTATTGTAGTTTTGATGGAGTAATAATA CTTCAAAGGAAGGTGTTTGATGATAAGGTAGAGTTCCCACGTAAGGAAGA AACGCTGTTTTAACATTTCGTCCTTTTAGTTCTGTTGCTATTTATGATAT TGTTTTTCATTAATATAAAGGTCTTCTGGACTAATATAAATACTTTATAT ATAGCAGTTTTGACATAATATTTTTTTACTTTGGTCTTAAGAAATTTTTT CTAGGCTGATCTGGATCAAATCTTAGGTGCTAACCCTTTCTTTTCTAAAA AAAGGGTAAAAAATGAGGTTAAAAGATTTTACAACGGTTCAGACTGAAGT TGGGACTGAGTTAGTTAAAATTATATCTGTCTCAAACCAGTAAGATTTCC AGACTGAAATGCAGTACTAATATACATACCAGTGATGAGTTTTAATTCTA AACAATCTTGAATAAAAATCAAGAAAAGGAGAAATTCCCAATATACTTTT TTACATCTCAAAGACATATTTTCGTCAATTATAGCTATGTATTTAAGTTC CTGAGATTGGTTTTGTGTTATTCTTGGATAGTAATTTTAAACGACCCTCG ATTCCTGTACCTAAACAAAAAAAAAATAATTGGGGAACATGGATGTACAT ACAATGAGTATTAATAGTGGATATTGTTGTACACGTCATGCCCTATTTTC TTCTTCCTCCTCCTCCTCCTAAATCTCCTCGTCTTTTTCTTCAGGTGGAG TAGTGATTGTTCATTTACGTAGTTATATTATGTACTACACTCATACATGG CTTCCTTTTCTTCCTTCTTATTTTAATGATTCATTGATAATAATGTATAA GTAGTATAATATATATTGTATATTTTTATCAGAGTCTTAAATCTCTTCTT TCATTTACTTGCTCCTTGCGATATATTTTTGTATTCTCTTTCCTCTTTGT TTTTTGTTCCCCTTGTTTAAATTGCTATTTATTTTTCATGAGGTTATTAG AGCTTTGTTGTTTGTGCACGGATTCCTCACGTATTTATAATTCAACCGTG AAATTGAACAATGACTTTTAAGTCTTGTTGTGTGGTGTGTCTGTTAGTAG TAGTTGACGACGACGACGACGACGATAAATAATAATAAAATTGCTATTAA AGAGATGATGGTTTCTGATCTGGGTTAAATGCTTTGGATACTTAAAAGGA GGAAAAAAGGTGTTGTAATATTTTGTTTGTATTTAATAATAAGAAATGAA GGAACTAACAATTGCAGCAGTCTAAAACTTTTTTTTGCTTCACGAAAGCG ATAATGATCAGCAATGGCGGAGTAGTACAATTTTCAAAGGGGAGGTCCTG TGTAAAATTTAGCACCCTACGTACGTTAAAGATTTCCAAAGGCCTATTTT AAAAAAATAGCTATTCGTTGTGAATAAAAAAAATATTGTATTATTTTTTT AGAAAATATATTTAAGATCTTCATTGAATTAGAAGGCACCTCTTCAAAAA AAAAAAATTCAACTCCTTTAGTGTTTTGTCAGTCCTTATTTAGTACTGAA GACTTAAGTCTCGGACTAGTGCAATTCAATTCTGCATATCAGTCCTAAAG CTAATCAGTTCAGTACTCAGAATCTTAAGGACCGTTGGTCTTAAGTGCCG ATTCTAAGAATGTACAGGGCTAGACAGAATAAACAAGGACAACTCTTCAA ATTGTCGTCAGGGTTCCCAGGTTGATTGATTTTTGGCTTATTTTCTTTTT TTAACATACCCATAATGCACAAGATTTGTCTCCTCTAGTTTTTAGCATCC TATAAAATATTCATCGCATGCACACACACACCCCCCCMCCTACCACTCCA CCACTGAAGATTTGTCTAACATCATGAAATTGTGATAGAAGGAAGGTAGG GAAATATGTAAGTAGATAAGTACCTTCCTACTGTATCTAATTTGTGTCTA GCATGCAAATGTTTAAGGAAAAGTCATCTTTTTTCGATATTCATTCTTTG AATAAACTGTTTGTTTATTGGGAAAAAGGCTTCTTTAGTATATACCTATA GCCCAAAGGGAAGAAGACAATTCGGTTGGAAGTACATACATACATTACAT ATTCAATTCTAAAAAAATAACCATTAAAACAATCTACATTTATACGTATA TGTATTTGTAGCTGATTCTACTATCTACATMCCCTGTACGTTCACCTMCC TACCATAGAGTGTCCTTTTCATTAAAGCTGAAAGAAGCAGCGTCGCTTTC TTTTTTTCCCCACTTCATTTAAATTTATGTATTCACATTTTAATTAGATG GAATAATGATCTGAGATGAAGGAATAAGAATAACATGTGTGCAAAATAAT TACTCAACTCTTATATATATATATGCCATAGGTACGTAATATATCCTCAT TTAATATGTTGCTATATGTATTATTGTCTTAAAAAGGAGGGATGTACCTG CATAACTTAAGTTTGTATATACCTACAAGTACACACCATATTCATGCATA TAAATAGCTCCTAATCAATTGTGAAAAGCATTAAGTGCCAGCCAACGAAA TAAAGTACTTTGTAATGTATCTTCTATGTATTTATTTATGTACCAAGGTT AACCATATACACCTTGTTTCTAATATCCTTTGACTTATGTATAATATTAT AAGGATTTAATCGCGAATTATGAACGCCTCTGTAAAAAGCTCCATAATGT GAATTTAACTTTTCATACCAGATTAAAGATAAATTCGTCTCATGGACAGT ACGCCAGGTTATTAGTATTCCTTTTCTTATTCATCAAGCAAAGTTTATCT GAATGTATGAAAAATATCCACCTGGTACTCTGTATATAATGCTCCCTGAT GAATATTATAAATAATTTTGTTGAAATTTTGGTTATTTACTGCATGTTAA AAAAAGAAACCGAAAATCACATTGTAACCCTGATTATTTGAAGAATGTTT TGAAAGGGAGTAGCTACAATCAGCTGTGACTAGGGAGAGGGGGGGGGAGA AGGAAGTAAACAACGACATTGGCAAGAATTACTACGATGTTAATCCTTAA TTCTACTCTGAGTCTAACAAAGACTTACAATTATAAGTGGGGTGATCAAG TTTAGATATGACTGAGCCTATAACTTTTTTATTTGATGTCTTACAGACAA ACACATAAAAGTTACATTTCAACATGATTCTTCATGACTTTAATGTACTT GTACATTCTTTTAAACCAAGCCTCCAAGATGTGCATGAATCTCTCCTTGG TTATGGATGTCTCTAAAAAAAACCTTCCAGCAATTTTTATTTCCTGTTTG GTCCAAAAACGTTTTTCTCAATGTTTTTTTTTTTTTGGGAAACTCCTTAT AGCTGATCTAATGTAACGTGAAAACAGCTGAGCTGCATTGTCTTGATGCA GCAGTCATCCATTGACAATCTTCTCTGGTCTTTTCTTACTCAAATGTTTT AGAAATATCTGTAAGACATCTACAGGGTACTCTGATTTGAAGTTGTGTCC TTTAGAAATGTAGTGCTGGTAAATGATACCCTTGAAGTCAAGAAAGAAAT GCTCATTGGATTTGAAACATTTCTTACTTCCAACCACTTTGGCTTTTATG GGAGGGATTACTGCCAACTGGAAGTAATTGTTGGGAGGATTCCTTGTTTT TTGAATGCAGAACTCATCACTCATTCATGTTGACCCAACTCTCCAAAAAG GCTTTTCCATGGTCAAAATACTGTTTCTTGAAGTTTCTTGCAATCTTCAG ATGATTGGCTTTCTGCTCTTCTGTAAGATTTGCTGAGGTAGAGGTCATCA TGACTAACTGTATATTTAACCTAACTAGAAGCTTACKTAGCCGCAAACCT CATCACTTTTCTATACGGAGTAGCTAAGGGCCCTAAATCCCATATTAACC TTCTTAGTAGAAACCTTGAAAACTTCGAGTTATTTAAACCTAATATACTT TGTCCCATCCATCTAGCTGTAGCCCCCCAGGATAGTCCTCCCCCTCTGAT GTGTAACTCATTCAGACTCCCATGACCTTGCCACCCCAATAATGTCGATT TCTAAAAAGTCCTGTTTTTTTCGAAAAACCTCATTACCTTCACCTGCTAC ACAATCTTTTATTTATGAAGTGTTTAAATAATTTATGTTAATAGGGTTCC ATTTAATTAATCCCAACCAATCTCATTACTTCATTGGTTGGTGGAATAAA GGGCTCACTAACCCTTCCACTTACCTAAGACCTAATATCTAGCTAAGTTC GCTTTCCTGTAAATAAACTTAATCAACTAACACTTTAATACATGCATATT GAAAAATAGATCAAAGGCAATCTTCTTGTTTTTTACTCAACGGTCAGACG GACTCATTGTTATTGCCTTTAACTTTCGTGTAGAAATATATATTACACGC CAAAATATGGCTCTGAGTTGTAAATGTACTCCAAAAAACGTTATTTTTAA ATATTGGCTCTAAAGGTAAACTTATTGTGGTTAAAGGTTTTTATGGTCCT TTTTGCGTTCAATAGCTTAAATAATAATACTGAATGTTGATTTTAGCCGG CAGGGGAAAATGCTGTTGCATAGTGTACGAGGGTGGTCGTACAAATTTCC GACCTAAAAAAGATACAGAACATTTTTTCTGAATCTTTATTTTTCAGCAT AGTCTCCTTGTAACTCTACATACTTGTCCCAGCGATGTTCCCATCTCTGT AACCTGTCCAAATATTGCTCTGCGTTTTACCCCACAAGAAAAAGAAAAAA ATCAAAAATCGGATGGCATCTTCATTTGACGAAAATCTGTGCAGTCAACC GTATTTTTGTTTTGGGTTTATCCATATTTCATCTACAGTAATTCATGGGC GCCAAAACTGGAATTCATAATGCCTAAACTGTACCAACAGAGAGATACTC GATTTTCTCCATTTTCACAAAAAAAAAAAGTCACAGCAACTCAGTCAAAC GACTTTTACATAACAACTGCGTGTCCAAAATAGCTGAACTTTTGTTGAGT AACTGTCAACAGATGATATAGATATATGTGACTTTGCTTTCATTTACGTT GAGGTTGGAAACTTTTCCGAACACCCTCGTATGTATAATTGTTATTCAAA TGAGCTATAGTGGCATGAAGTGATGGAAATCTACAATGATAAATCACTCC TACTTATGCATGAATGGGCGTATCCTACTACCAATCAATGGGTGATACAT GAATGGATTAGGTAATATGCATGTATTTAATGACTTTCTCCTTTATTCTT TCTACGTAATGTTACATCATGATGTACAAACTATGTTTAAAGAAGGCAAA ACAAAAAAAAAAATAAAAAAAAAAAAAAAAATAGAARAAAAGKGTGTGTA TTAACGTTTCCATCCATCTGTCTTAGAAAACTTTTAAATTACCCCTGCAC TTGGGTAACTATCATTTATTCATCATAATCAAGTGGAATAATAATTGTCT TCTTCTTTCTCGTACCTATTTACTTATGAAATTATATGACTCGAGTTTTA AAGTAATGATGGGGGTTGCTTTTTGAATGCAGGTATATAATTAGAAAATA CATATTACATTTCTCTTACCATCTTTCTTCCTCTGTTTGTTTATTATGTT GCTTATTTGAGTATACACACTACAATCGTACAATGTACGTACATACTAAC ATATGTGTTATCATTATTAAATAATTAATTTAACATAATATGTCGTGTTT CTAATATTAATCATACTAATGGACTCAGTACTACAGTGATGTTTCAACTT CGTCATCATTTTTTAAAAGAAAGTGTAGGGATCTTTTCGGTAAAGTAATC GTTGTCTTAGAGTGTCTCATTTCAAGGGGCATTGTCCGTGAACAATATCC CGAGACATTCTGTGATGAGACAATGAATCGTAAATGCTGTAAAACTTATT CAAGAGATTCACTTCAGATACAAAAATGTATTCTTCGAAATGCCTCCCGC CCCTCTGCAGCCAATGTTGTCTCTACACGGTCCCTGAATGCCTTGTACAA AGTAATCATGAAATCTTTAAGACATAATAACCCACTCCCTCTCAACTGCC CCGCTCGGCATAGTCGAGAGTAGAGAGGTCAGTAAATGAAAGAGCCCACA TTTCCTATTTACAGAATCTCGCCATGTTTTTCTTGCACCAATGAGCTTTT GTGGGACATAACTGACCTTCCCAAGATTCTTTTCGTGATCAGGTCGACTT GGAGCTCCTTAGCAAGAGCTCACATGCTTGCCGATGGCTTGGCCTCGATT TTGCTGATAAACTGGTTAGGAACTCATCAGTCCGTATATTGTTATGCCCA CTMCTMCCTGGCTTCTTGACATTAGCCACAAGCTTACAACAAGCAGGGAA TGATATGGCAAATATCTCCAGCTGAAAGTTGTGCTTCGAAAAGGTCTAAC GCGTGCTACCTCTTGGACTCCATTTTGAACTGAGGTGTAGATATAAAAAT TGTTGAGGGATCAAAATTGTCAAGTTTGAACTACTTATACAGTAAAAAAG ATGTGTTAAAATAAAAACTTCAGAGATACAATTAATTAAAGTGATGTTTC CGTTTTGCTTCCTCACATTGTATTTTAAGAAGAAAACATATATTTTTAAG CTGTCGGAAAAGGTACATAATTTATCATCTGTTTCTTTCATTAGGAAGTG AAGACGTTATTGTTAAATATAATAATTTGTTGATTTATTCTCAAATGTGC CTCGTGTTTGGGCATACTTTTTTATGGATGCACATATCACATAATTTGCA CAGAATACATCGGTAAAAACGTTATCTCAACATGCGAATATTCAATATTA TAAATGTATTCTACTTTTTATTTGTTTAGATTATGCAATAAGTAAATGCC ACATTTCCTCGTAATTTATCATACATATAAAAAACCGAAGAAGCCTGGTA AATAACCCTGGTGCCTCCTTACTTCTTATTTAGCTTTTATTAATCGTTGT TATACAAATTGGAAACAATTAATAAATAATTTGATATTAACACAAATGAG TGAAAATACAAACATCTCAATAAATTAACCTGTAATATGTATAGTGATAG AAAGTATCCTTTTGAGCCACAAATATATATGTTTGTATTCGGAATTTTCT TAACCCACATAAATATAGTATTATATAAAATAAATTCATTCTTCATTGAT AAATTGAATCAAGAAACATACATGTACGTACGTATAGATTACTATTTCCT TTCTTTCTCAAAATATGTACATATGTTCATATGTATGTTCATATGTATGG ACTTGGCCTTGGCACACTTGAATGATGTAATCACTACGAGCAAGTGTACC AACCTACATGCCCTTAACGTGGTTTTGTTAGTTAATCTTTTTATTTGAAG AGGAAGGGTCTTCACATGTAAATTAGACAAAGCCATAATACCCCTTGATC TCCCTTTCGTTTACATGCATATAAGTCTGTCAATGATACAATATTGATAT GGTATAACACATGTAGAGTGAGAAAGGTGTCTGTTGAAAATCAATGAATG TTTATAAATATTTATTAGACTTAAAATGGATAAACTTTGAGGTGCTCAAA TTATTTTCCCTCAGCTGCAACTACTATTGTGTCAGTTCTTATTTATTTGG TCCAGTTTAGTCTTACGACCGGTAAGACTGTTGGCCCTTCGGATTGTCAG TRTTCAGGGGCGACTGCAGGATTATATATATTTTTTATTTCGGGGGGAGG GGGGGGGGTTTGGCTARCTTGGTTTTTGGGAATTTAAAAAAAAAAATCCA TAAGGTAAAATATTTTGAAAGAAAAATATCAACAATCCTCAGGTGTTCAT ATGAAATTTCAAAAATCCCCTGCTGCTCACAAAAAGTTAAATTTTTTGAA AAAAAAATTAAATATTTAATTTTTTGGAAAATAATTTCAAAGATTCACTG ATATTCACAAAAAATATGAATATTAAATTTTTGCTCTGCTACAAAATGTT TCTAGTAAAAAGCAAAAATTCCTTAATTGGGAAGGTGGTTACATCCCCTC TAGCCCACCCCTACAGACTACTAGAACTGATTAAAAAATGAATAAATAAA GTGAGTAACGTCATCAAGGACCGAACTTTATAAGTTTTAAGGACTGAACT GGAGGGTACTGTAGACTCACACAATACTAATTGCTCCTACAGCCTCTATA CGTCGCCGAAATGAGGAGCAAGCAAAGACAACCTTCTTCAACGGCGCCTC TGTTGCCTCCTTGATGGCTGCCTTGAGGGAGTTAATGCTATTGGTGATTC ACCAATAATACTCCAGTTGGTTGAGGTCTGGAAATTAAAAAGAACCAGAC CTTGAGAAAGAGTGGCAATGATTATCGATTTTGGTCTTGTGAATTCATTT TCCAAGCTATCTGAATGAAAATTGGCGAGAAAAAAGAAAAATAACAGTTC TCTTATTTATTAACATAAGCTAAACGGGAAAAAATAAATAAATAAAAAAT ACCGGTTCCTATATATCTTTAATTAGTATCAAAGTCAGTAAGTTTATTTC TGGCCACCCTGTATGTTGTCTGTATGTCAGTTTCCCCCTTTTAAGTAGTG GCTATGATGTCACGGTTCATATTGTAAGTAAGTGCAAGTTAGTGCTTAAA GAAAGGTTAATATATTATGTACATAATATATAATAACCATCTTCTATTCA TACGTATGTACATGTGTATGAATGTAATTCCCTAAAAAGTAAGGGTTCAT CTTTCCCACAGCACAATCAAGTCATAATTCATACTTCCTTTTTATATTTT TTTCCCTCTCTAGAAAAAAGAAGAAGGGATGAGAGGGGAAGGAAGAGAGA GAATGATGCCAATGAAAAAGAGGTAGCTTAAAATGCAAATATGTAACCAT GTTGATATATGTAGATATATTGTTGAGACTCGATCCTGTACCGATTTTTT TCCCGGTTCGGTCTGAAGTTATTTTTTATAGACAGATTTAGACGGATTTT TCGGTTCAGACCGTGGACTGATTTTTATTCGGTCTCACTTTATGGACCGA TTTTTTTTCGGTCTCAATTTATGGACCCATTTTTTTCGGTCTCATATGTT ATGAAATACCTTTTCTTTTTCTAGATCAACTGTCATTACACGATAAGTTC TAGAACAAATACTGTTTACATATAAGAGACGGTGGGATCAAAATTAATAC GAGCTATCTTTGTTTAAACTTTGTATAGTGCGATTGTACTTGAAAAAACA TATGATGTCATGTTAGAAACAATTTATCCTTAAAATTGGTCTAGTCAGAT TTTTTTTGGGACCAAACTAGACCGAATTTTTCCTTTGGACCGATCTAGAC CGAACTTTCCCTTTGGACTGATCTCGACTGAATTTTTATATGAGACCGGT CCAGACCAAGCTTTTTGTTGGATCAAACTAATTCGGTCCAACAAAAAATG TAACGGTCTCAGACCGGTATCGTATTTCCAGACCGAAGCCCAACACTAGT AAGTACACAGTTATGCTAATCAGTAGCATTTTGGGCATGCTAAAAAAAAA GAAACCGAAAATCAACATGGTAACCCGGAATATTTGAAGACTGTTTTGGA GAAGCAGCTCAGCTGTTTTCACGTTGCCTTAGATCAGCTAAAATGAGCTG TGACGAGGAAGAGAATGATATAAACAAGAACATATGCTAGAATTACCCTG ATGTCTGTCCTCAATTCTACCCAGAGTCTAACAAGGACTTAGAATTATAA CTACAGCAAATCTTCAGGGTTACTCTCTGTCCATTATGCTCACACGCAAA TCCTCAATACATCTTACGTTTATATCAATGTATGTTTTAGAAATGGAAGT TACCTCTTCTGGGATTAAATAATAATGACAATAGCTTGGAAATAGAAAAT TCACTATTCAGATTGCCAACTAAAGAAAACGGGCAAGCTAAAAAATACAC CCGATTTACATCCCTATAGATGCATATATGGTGGTTATGTGGGTTCGGTC CGGAAATTATTAACTGGTTTTAAATAATTATAACAAATCCATAGTCACGG TTTTTTTAATTGAAGTGGGGGGAGTCTAATTTGAGTGACTAAGGAATATA TATATATATATCTCCATTAGTGTTGCCACGATAATAAAATTTTTGTACTG GTTTCGGTACTTTTAAATAATTTTTTGATTAAAAGCGTAAAACAAAAATG TCGGACTAGTAGGGGCGTCCGCAGAATTGTTATTCTGTGTAGAAATTAGA TCATTTTTTTTATTTTAAAAGAATTTTTATATATACAAGACAATTTTGTT TGGCATGTTGGGGAAATGAGGTAGGGGTTAATTTGCTACGTTATCAACCG GCCAAGTACTGGGGTTAATAACTGTTCAATATAGTACCGTTTTAAAGGAG TTAATACCTTAGAACCAGGAATACTATTATTTTTTTCTTTTTCTTTTTTT GCCCTCAGTTGGTCTAATTAAAGAACACTTTTTAGAGTAGAAGTGTTATA AAATGTAAGAGGAAATTGAATTACAACCATTGTGTGATTTCAATGTTTTA TGGAATGTTAATTATATATATTTTTTTTTTGATAGATATGTTTACTTTGT GTTATAAGAATAATAATTAATAAATTAAGGTGTTTTTTTGTTTTTTTTAA TTAAGGCATTCATTTTACTATTGTTTTAATTCAATTTTCTTTTCTTTCAT TTTATTTATATTCTTCTAATAGAAAAAAAAGAAATGAAATAATACTCTGT AGTTGGTCTAAAAAAAGAAGTCCAATCGTGTAAAGAAGAGTATTCCTTTC ACTATAGTACCAGTAGTATCTCAAACTCAAAATTAATAGAACCAATACTT AATACAACTGGAAAAAAAATATAATGGTCCTTGGCTTCCCGATAATTATA ACATCAGTGGTGTCTGCAGGGGGCAGGGGGCTGAGGGATATATATATATT TTAAAGGATCTCTTTAAAAAAAAAGTCATTTGATCAAATTATGGGGCAGT TAAATATATATATATATACTCCAGTGAACGCCCTTGAGCATTGTACAATA TTTTTTTGGAATTAACTAACCATAAATTTTGGCCATTAGTAAAATTTAGT ATAAATGGGTATTATTCCCCATCAAAAAGCAGTATAAAATTAAACTATGA AATTGTTATTGATCCCTTGTTTTGGAAATAACATATTACACTTAGCACAA TAATTTTCAAACCTTAGAACAGATTGTCACAAAATTTTGACAGCTGGTTT TTGCAGGTTGGTACTAACTGTAAATGAGGTGAATTTATAAAATAGCGCCA TCAATGTGTGAAGCCCCGGAATTTTCAGCACAATTATTAAGTTAACGTCA TATGAAGTGCAGAACATTTCATATATGCAAAACTCGTATAATAATCCATC CATAGACAGCGTGACACTAAAAAAAGTGGACCATAATTTGATAACAATTA AAATTTGGTCTTTTTGGCTTTTGACAAGAATATAAGTCCAAATCGGGTTA GAAAGAATCAATTAAGAGCAAACCGGGAAATAAATTTGTCTCAAACCTCG TCTCAGCACTAATACTATATGTATAGGTCCTTTGTATGGAGTTATTACAA TTAAATAGTCTTCCTTCAATATTGGTCTTTTTCTAAAGCTTTATTTTAAT TAAAAAGTATATATTTGATATAATATTGTTAATTAGCTTCTCTCTATTTT TATTTCAGGTAAGCTTATTTATGAATTAATATCTGGAGCTATATACTTAT ACATATATATTTCACATAGCAGTGAAAGGGGGGGGTGAGTAAGGTAACTA ATAATGATAAATTTTATTAGAACAGGGGCGTCCGCAGCGGGTAAGCTGGA GGGGCTGTATCCCGCGCCCAAATATCCAATAAATTAAATTATTCAATTAA TTTTTTATAAACAAATGNTGTAGGTTTTTGAAACTTTTTTCCAAAAAAAT TTAATTTTTTTGTACCTGGGGATTCATGAAATTTTTTCAAAATATTTTTT TTTATAAATTATAATATTTGAAATTTCATTTTTAATTTTTTTTTGCAAAC AACTGTGGATTTTTGAAAAAAAGGGAATATTTGAAATTGAATTATTTTCC CCCAAAAATTGATATTTTAGTAAACAGCGGTGGATTTTTGAAAAAATTTC CAGTAAATTTAATATTTCAAATCTCATTTTTGAATTTTTTTTTACATAAA AATTGAATTTTTTGTGAACAGCTCTAGGGTTGTGAAAATATTTAATATTT GAAATTGAATTTTTGAAAAGGAAAAAAAAATGAATTTCATGTTAACAGCT GTGGAAAAGAATCATTCTTTTGTGAAGAGCAATGGATTTTTGAAATTTCT TTTTAAAAAAAATCAAAAACCAAGTCTATATGTATAATAATGCTGACGCC CCTGTAGAGGTACCTATGTTTGTACTGCTTATCCACCATGTATTTTCATT ACTCTGTCCTTTCACGTTCCTTAAAGGAATATGTACAATTTTACTGAATT GTAGCTAAGAAGAAGTATTCCATACTGATATATTATGCATGATGAATGAT ATCTATATATCTACGTGTACGTGTATCATGTTTACTCACTCACATACTCT ACCTCATCTCCTTACTTACTATCAAATTGCAATGTGTTGTAGATGACCGA TCAAATAACTCTTATCTACATACATGCATACCTACGTATGTATTGTATAC ATTTCTCTGCAATATGAGATTCGCGTTGTATTTTTTTCACTCCCTTCTTT TCTCTTGCAAATTGATATTTATGGTCGTCGGAGCTTCTTGCCTTTTTTCT GTTTGTTTGATTACTTTTCATTAGAAGAAGGGAATCTTCTTTCTTCCCTT TTTACATTCGGCATTCCTTACTCCTTCAAAGCTGTTTAAAGCTCGGGATC CATTTGTAGTTATGTATACAAATAATATATACTGCGTTGTGCAAAAGATT TGGGACATTTTTAAAAAATTAATAACTCAGTGTATACACGACTAATTCCC AATCTCGACTGTCAACAGAGAAAAGATAAAAAAACACATGGTAGCTTTCC TTCTGTATTTTTCTTGTTGCCAACTGGTAACTATTATTAACAGAATATTT ATTAATTATTTAAGTCATCATTATATCCAAATAAGTATCAATGACAGAGT ATGAAATGTCACAAATTCTAACGAAGGCCCTCGATTGATATAAATTAATA ATAAAATCCCAGTCCTGTGTAGTAACTTTTTTGAGATCATGATACGTAGA GTCAGCTGTTTTAAATCATACAAGAGTCAACCTATGAAAATTAATCAAAA AATCTGAAAAGAAAATCCACTGCATCTTTATTAATTTCAAAAAGCTAGTC TTGATACTACAACAATTCTGTTATTTTTCACTTCTAGCTCTACATAGAGC CCGGAGTGTACTCTTTTTTGTTTATGTTAAATTTAAAAAGAATAGCAAAG GCGAAAGATTGCAATCTTGTTTGCGTCCAGAATGTCTCCAAAATCAGCTA TTGCGGCGCAATATGTCTAAAGATTGTCTGGATAATGGAGAGGATCTCGG ATCCCAGGAGAGGGCATCCAAGAAATTTGCAATGACACGCCCCTTTTCTT GTTCCCAACCAGGTATTGACTCAGTGTAAAGGACTACCTGAAGGTTTTGT TGGACAATTTTATCTTTTTAGTCTAGAAAAATCTTTAAATACATGGAGCC CGCCCAAAAAGTTAAACTTGTCCACGAATGGTTGGGATACAGTTCTGGGA CAAGAACTCTTGACCTCCCCAATCTCTGATTTATAGTATCTGGTAGAAAG TAGATTCTTAGACCTGCAAACCCGCCACTCAAAAGTTGAGCCTTTAAAAG ACTGTCGATGGGCAGTGGTTTGTCACGTCAGAGGTCAAAATCAAAAGTAC CTGTAGCAAATRCCGCGGCTKCCTGGAAGCCGTTATTGCTACATACAGTG GTCATATAAAAATAGATATCCTTAATGCCATTGCTATAAATTATATCAAT ATTTTTCCCCCGAAAAGGCATACAAAATTATACAGTATTGTTTATTTCCT TAATTTTAGTCACACCAATTTTGCAAAAATTGCTCTGATGATAAATAACC ATTCTTGCAAAATTGTTATGATTAGATTGTTAATCGGAAAATGTTTTTTT CTTATAAAAAATAAAGTAAGGATCCGATTAGTACACTCAATTTTGTGTAG AAAAAGAGTTATAACTCCTTGGATGTTTGTTCAATTACTCCAATAGTACA TCCTTACTTGCATTGCTACATAGTTTGAGTGTAAATGTGATTACTGCCAT TTCCGTCTCTACCTATTTATGGTTGGAAAGTTTCCATCATACTTTTTATA AAATAATACAAATTCATCTTCTTATTTGGCAAGAAAATATATATTATATT ATGTACAATKCCTTCATGGATTCACTCCTTACCCTGCCTTCACTGCGGTT TAGTATATACCTACTGTATGTATTCTCTTGAGTTAGTTTTGTGTGTAGAA GGAAAATTAACAAACTTTTTTTTGGGGCAAAAATAAAATAATATTTTTTA TATAAATTGTTTCAGAGAATTGTTATTTACTTTTTAAAGTTTTTTATTTA TTATTTCTTGTTGTTTTTGATTGCTATAGAAGAGAGGATTGCATGTGGAC TCCTTCTTCAACTTTTTTATTTTTTTAAAACACAATCATCATTATGACGT TGTGTTCATTCAGAGAAGAAAAAAAGTATGACTATTATTATTGTGTTTTT TTTAGTTGCTTTAATCTTCTGTCTTTGTTTTTTTTTCATTCTTGTGTTAT AAAGTAAAATAAAATTTCTATTTTATGATCCTTGTCTTGTGATCGCATAT ATGTACGTATTTTATAGCCACAAAACATACACGCACCTGTTGTTGCTCTT GTTCTATAGTGTAAATATTCTAAAAGAAGGGAAACCCCCCTTCTCCATAA CCCTTTATTTGTTCAGATGAAAATTTGCAACAAATGAGAAGGTATATTCA CAGGAGCGTCGCGGGGGGTGGTTTGGAGGGGATATAGCCTTCCTCCCCCT CAAAAAAATTAAGGATTTCTTTTTTACTACAAAATTTAATTTAATTTTTC AAAAAAAAAATTTAATTTTCTATGGATTTTTTAAATTTTCTCTAAAAATT TAATATCTGAATTATTATTTCGAAATATTTTATATTTGACCTATTATTAT TTTTTGTTTTTATAAACAGATGGGGATTTTGAAATATGTTTCAAAACAAT TTAATTTTTTGAAAATAAAAATGGATTTTTGATTTTTTAAACAAAAAAAT TAATTGTAAGTGAATGGTTGTGGATTTTTGAAGGGATGCTTGCATATATA GGGTTATTATTGAACAATTAATTTTTTGGGAAAACTTTTTTTTTTTTGAA AAAGCCCTTGATTCATGGCTCAACAGCCACCCTTGCCCATGTTTATTAAA AAGCAGTCTGGCTAGTGCAAGGTGGGATGTATCTAGCCCGTTTGCCTAAG TAATCCCGTACCTTAATTACTCTGAGTACACAGGCAATTTTTGGCTCAAA TCATGGAAATTACCTATTGTCAAAGTCTCATTCGTCGAACATTGAAAATA AATATTATGGCTGYTGTCTAAGTAGAATATCTTTTTAAAAGACAAATTTC CTAATATTTCACTTTCTGTGTATTTCGGAAAAGTTTTTTTTAAAACAAAA CTGATATTAGTAATTTTAGAACACTTGGTATATTTCAATTACATAATCAA CCCATCTATTTAACATATTCTGTTTACATAGCAAGTACATAGGTTGTCTT TATGGATATTTAATGAATTGGTTGTATTTTAGAATCTTTAAATAGTAAGA TATGCATAAATTCTTAATAATTTAAAAATTTACCTTACATATTATAGGAC AAAAAAAAAAGAAAAGTTAATTATAGGGTTTAAAAAAAAAAACACAATTA TTTTGTCTCTTCTAAGAAAGTATTCGTAAACATCATCATATAATTTGGCC CTCACTTGAAAAAACATTCTGGTGCCCATGTATCGATTTGTTTCTTTATA AGAATAACGCTTTTTTTTTATGGCACCGACCGAGATCGAATTTTACTGCG AGACGGGTCCAGACCGATCTAAGATATAACTACTTAAAATTATAACAATC TCAGACCCGTCTAGGACTTCCAGACCAAACTCTATATCATTTTCATATCG ATCAGATATTATCCGAAGAATCAAAACTAACATATCGGATTGTGTCCGAC TCCATTTACTGGGTGGTTCATTGAAATATTGCTAATTCAATAATTAAAAT CATATTTCGATATATTGAAGCATAAGGAAATCTCTAGGACCACAATCTAC CCCGTCAAGAAGTCTTAAACGTCGGAGAGGAAGAAGAGCTCTGTCAATAA GGCCAAACTGGACTGGAGAAGTAAAAGAAAATATCCCAGGCCAATCATAG CCCATGTAAGGGATCTTTGGGCTTCATGCCAGARTATCCATAGATCTATC AAAAAAGTTGATTCAGTTTTTTGAGTTCTTTTTTGAAAATTTAGGCCCCT ACAGACATTAGTCCAKCCTCCTCGGCCACTCCTTTTGGGTACATGTCAAG GTGAAGGGCTGCAGTGTCCGTGATCCAAACACCGAGGCTCTCAAAGTCAC TTTCATTTAGCACTTTCATGCTTAGGCAACATTACTCGTCTTTTCGGATA ATATTCCACTTCACAAAATATGGAATAAAAAACATTTCTATGATTTGTTT AAGAAATGCATACAATTACACAGATTTCCAGGCAAATATATGAAGAATGA TTAAAGGATATATTCTGAGCTTAGGATAATTAATTTAGATTTGTTATTCT AACTATCTTTTAGATGAATAATTTTTATAATCTGTAAGTATGTCGAACGG AAGGAATTTCAAAAAAGAAAAGGAAATTACCCATATTGTATTATATAACT AATATCAAGAGTATTTGTTACGTACCGGAACATCCCAAACATTCTATATG CATGTTCTTATCATTAAAATTATATAAGAATATCAAGAGCACTTCTTATT CTATACAAGGTGCTCCAGAATAAGTGTCACATTAAATTTAGAGAGTTGTG TGTTACTCCAGTCATAAATGTTGTGACATCAGGATGGGGACCCAGACCAC TCTGCCAAGGAAGTGCAAAGACAATTTCGACACAACCTTTTTCTCTCTCT TCATCTGATCTTGACTTAGTAATGTTGGGAATCCTGAAAGGGAAGGTCAA TACAGTTTCCATGCTCAGAAATGACTCTAGCTGCAAGTCAGTGACGAGAC GACTCACCCAAGTTGTAAGGGAAAGTACATTGATATTAAACCTATAAAAA AGTACAGAGTGGAGAAGCAAAACGGAAACATCCCTTTTGTATCTTTATAG CTTTTATTTTAACGCATATGTCTTAATGTATCAGCGTTTGTAGTGGTTCA AACTTAACAATTTAGATACCACAACAATTTTCTATCTACACCTTGGTTCA AAATGGAGTCTTCAGAGGGAGCGCGTGTTATACTTTTCAACTCACAACTC CTAATTGTATAAGAAAATGTGGGCTGTGGACCAGGGCAGGAATTCAAGAA GCAATTCATAGTATTAAACATTCCTGCTTCTCTAATGATGTTCGACGGCT TTGCTATCCATGAGAGGCCCATGAAACCTCATTGGTTTGAAAAGGGCCTA AAATCAACAAATGTCTCTTCTTGAACGTTGTAAAGAAGCCCTGTCTGAAC AAAAACTACCCAGAAGGCAATTACGTTTGGCAACAAGATTCTGCTCCATC TTACAGAAGCTCGTTGATATAAAAAAAACTCGGTGTAATTCTGAAAATGG GAAATGTTGCCTCCATCTTTCAACTATGGTTTGTGGGACAAAGTTGGATG GAAGGCTTGAACGACATCTCACAAAAGTATATCAGGTCTAAAAGCTACAG TTGAGAGGGAGTAGGCAAATATGACCGAAGATTCTGTGATTTCCCCTTGA CGGCGTTCAGGGACCGTATAGAATTACATATGTTAATACAAAGCATACTC TATGAGTTGTTTAAATTATTTGATGGTCCTCTAATTCAGAKCCARCCAGT ACATACKCCATACATAACTTTTACTTCKAAGCCATGACTTGATAATTTAC TTATGTTGAGTACGCACATTTATGTATTGTAAGTAGTTCCCTTCCTCCTG GAATACCTCATCCTCTTTGTGAAAGTTGAAAGCCGGACAAAGAAGGGAAT AAATTAAAAAAAGAAAAAAAAGAAGACTAATATAAATAAGTCTTGAGAAT AAAAGTAAATGAAGATTTTTAATCTGTTCTTTGCTATTCAATCTATTTAT TTCTTTCTCTTTTTTATTGTTACATACAAATCTACCTACCTCCTTCTCCT TTTATCATTATTAACACCAAATACTTTTAATTGTATATATATATATACAA GTAGAAAGAGGTTTCTATACATATATTTATGGATCAATGCATGCGGAGCT GTTGTCCATGGTATAGTGGCATTGTGGAATGTTTAGAATGATGAAAATAA TGTCTTAATATACATACAGATATACATTTATGTTCGTGAATAATAATTCT ATGCATGAATGAATCAACTTGTACATACATTTTGGAGTACAGATAGTTAG ATATAAATTCATCATGCTCCATAAAATGTCGAAGCCATTTTCTCTTTCAT TAACCATTAGCGCACTTAAAAAAAATGAAAAAAGAGGGGAAAAATAGTGA CCCATTTTAATGAAATATGGATTTCTTCTCTTATTATTGTTTGGCTAGTG TTCTTTTGAACCCTTTCCCCCTCATCAAATCTATACAAATAACATATTTG TAGACTACATAGTTAAAAATATGTTTTTATTAAATAATTATGTTGCAAAA ATGGAAGGGCGGAATAATCATTCGTGGTCCTAGTCACAGCAATACCCACT ACTACTTCTACTACTCTAATTGCACACATATGTACAAACAAAAATCTGGG TATACAGGGTGTACATACTATATACGCCACCTCTTTGGTGTGCTCTCTTG TAGATAGATGATCTTTTTTTGTTGGAAAACTTGTTCAAACTTACACCAGT CGGGAAAAAAAGGAATCCATCGACGAATTCGTTGTCCCAAATATTTGGAA AAGGCACGGAGGCCTCCTTATAATCCGTCTCTGGAACGGTATCCTGGACG TGCTAGAGACCAGGATAAAGCCCTGGATAAACGTGGTTACCGACCTTACA TTTGGCATCTCCCTGTAACACCTCAAAAAATAGTTTCAAATGACATTTTT GACGACTTCATCTTGCGGTACTTATGTCCATCAAACTCGCCGGKTCTGAA TCTGATGTAATTTTTTGTGTGGGTTGCGATCAAACGACAAAATAACTGAG CCCCCTCCAACATCAAAGAAGAAATTATTAATCGGATGAAGAAGAAGTTT TAGGATTTGCAAAGGAACCAAGTGGCTAAGACCTGCTCGCGCGTTCGGCC TTAGCCAAAGACTGTAATTGAGGCTGAATGAGATTTTATTTATTATGATA AATCTTATTCAATCCTGTTTTCAGAATCTGGTTTAATTTTTATGGTTTGT ACACTGATTGGAGAGATAATTGTTAAAAAAATACGGCACTCATAGTTTGT GCACCCTGTATAATATGTATGTGTGTTTAGAATAATTTAAACAAACCTCC CTCCTCATTTTCTCTCTCTCTTTTATATTTTTATTTTGCAAAAAAAAATA AAAGAGCAAAACTAGAATAAAATAAAAAATGAGCTAATTTATATGAATAC ACGGCATTTCATTTTAGCATGGCTGATTTTTATTATTATGCCTTTTGCCA TTCTGCAATTCCTAGAAAAAACATATTTGTCTCCACGTTTTCTTTATCTG ATATCGTACATACATTATAGAAGAGTCCTTATGGTTCTACTGTAATTCCC AGGGAATTGTAAATTGTAAAACTATATATTTAATAGTATGATGCTGTACA GTATTTACTAGAATGGAATCCCATGCTTACTAGTTTATATCGAATTTGAT TTAAGATTGACAATCTTTCTCTTGCTTTAAATTGACGTTCTCTTTCAGTT CACATGTCTAATGTTATCATTGAGCAAATATGGTATTTTTTAACCATTAT TGAAAATATTAAAGAATCTGAACCGGTAATTTTTAATAAAATCACATCAA AATCGGCTTTGGGTATTTTTTTTTTTTTTTTTTTAATCGTTTCATCAGTA ATTATTATATATATTAATACTAAAGATAAGCATTTTTATATGCACGATTA TTTTATTCTTTTATGTCTACATACATAAAAGAATAAATGAGCCAAATATT GCCTATTATTATATAAAAAGAAGTTGAAACAAAGATAATATTGTGTAGGT ACAATTTAATTTATATATAACACAGATCGACAAAAAATATTATTTTTTAA GTTTCATATCTAATTCTAGTAGTACTTGCCACTTTGATCATGAATCCGTA ATGAATGGGTTAAAAAAAAAAACAAATATAGTAAAATAGTCAAATACAAT AAATTTTGGATTTGAATTTTCTGAGTATGATGGAGTCAATTTTTTAAAGT AAGAAATATATTCTACAAGAAAATAGACTCCTGTTTAAAAAATAATATTG TTTTTTATTTGTAAGTCATCCAATCTTTTAGAAACAGTTGTTTTAAATAA ATAAATATTATATAGGGAAAATCGAGTAGTTATTCCTTTCCAGAGAAAAT TCTTGGAAACCAGATTTAATAATAATAATAAAAAACTAATTACAAATTCG TGATCAGCAGGTAAAGTACTATAAGGATAAGATATTGAACTTACCTTTTT TTTTTCTATGTCCGATCCAAGATGTTTGAAAAATTACAATTTGTTGACTT GTTTAATAATTATAAGTGCTGTAGCGCTAGCAGAATTGTGCTACTCGAGT ATTTTTCGAGTTTATAAAAAAACAACTCCATTGAATTACGAGCTAGACTC GTTACCCGTTGGTATACAAAATAATCTTAAGGGCGTGAAGCTTATTTTTA CTTTTTATTAAATTTTTTGGCTAAAGAATTCCCCTCCTGTTCACACCCTG ACGACGCCCCTGACAGTACCTAACACTTATGATTCGTTAGTTAAAAAATT ACATTTTATATAGGATTATTAAAAATCGTTCGGCTTGGGTGAAGCAGCTT TTTTCCTGCTGTGGACGCGAAGTTTTTTGAATAAAAAAAACATTTTGAGG ATTTACATGCTTGAATATTCTAAAAAAAGAAAAAAAAGGAGAAATATAAT TTTTGACGAGTTACGAGTTAATACGTGGGACTTTAGAGACATGATCAGAG TTTTTCATGTCTTTTTTACGAGTTTTACTTATGACACATCACTAGTAATT ATGAAAAGTAATATTACTGAATCCCTAGAGATTAACATTTAAAAGTGTCC AGCCATCTCGAAATCTAAGGTATCATTTTGTACGTATATAATACATGTAC GATCAATATCGAATACTCTATATGTATTATGTCTAGTACAAATCAAAAGT CTTTCTGTCTTAGACCTTTCTTTAAAAGGTCAGTTTTTATACATACATTC ATTTATGTATTCAAAATGCTAATTTCTGACTGTACATGAAAGGTTAGACA ATTACTGATGGATCAAAACAAAGGAAAGCAAGACTCTCACGCAATTATAA TATTATTATTCGTAGACCTCTCTTTGTTGTATATAAATCCTATGGATAAG AAAATGTCACTCATTTTTAATGTAAAAATATGTGTTTGATGATGATGATG CATTTGACTTTGTTTTATGTCTGAATTCCTTCTGTCATCTGAGTATGCAA TATGTGTAGTACTGTTAAATTTATGTAGTAAATATTAAATTCCATATTAT TCATTACTTCTTATATTTTGTTCTTGAGGGATGTGATATGATGACTGCTT GACATATTATTAAATATATGTTCATAATCCTACGTTTATTTTATATCCAT TTATCACTCTATTCTGCAGGGATATGCAGATAAATTAGGATTATATTCTC AGAAAATTAAAGATATTTTTATATCAAATTCATTTATTCATCAAATCTAA TGAAATTTGTTGAAGTTGTTGCCAGGGATCTTGTGCTTTGATTTGTTTGA TGTGAGCTCCTCCAGCTTTCATAACCTTTGTGATTCTCGGCTTTAATCAT TCTGCAGTCTTGCTTACATGAGCTGGGATCATCCTGGAGTTCTTGGGGAT GCTAGTCTTTAGGGAAAAAACACTGCTGTATCAGCGTTTGCTGACTTGTT CTTGAAATATGCGTCAAACATAGAAAACGATCATGTTTAAACCTGGATTT CAGTCTTCACGATAAATGGGATCCTCTTAGATAGGAATGACTGAGTTGCC TTGAAAGCATGGCACGGGAAAGAGTCCTGGGCACCTACCACATTATTCAA GGCTAACTTATACTCCATCCAGAGTAGCAAGAAGTACTTCAGAATCTTCA GGTACTCGGCTGTGTTGATTTTTAGTCCAGCTTCGATGAAATGTGGTGGA ATGATGGAACCATCGCTGGCCACAGCTCCAAAAATCCTGTCCTGGTTCTT CGACATCAAAACTAGTGAAACTTCAATTAGATCCCGGGCGATTACTCTTG CGTTTTACACATTAATTTCTGAGTCCACCGCAAGTTTTTTCTCATCGAAG TGCACAGCCCAATTGTGTTCAAAAGTTTTGGACAGGCATACACTCTCATA GATCTTATTTCTCTGTAAAGAACGTCTCAAATGAAAGAAAGACTTCAGAC AGTCACGGCAAATTTTAATTTTAAGGCCAAAATTAAAAGCAAGAGCAGAG AATGAACAGTTTGAAAATTTCCCAATGTATATGTAGTGTCTGTAGAGCCT TGTATGTAAGTGAGTACATAAACGGGTATCTACTCGTAGCTAAGCATATG TGAATGTTTTGAATGGTGCGTAGGTTGGGAAAAGAAATGAATTATATAAT ATATTAATCTATATTTTGATCAGTTCTCTGCAATGTCAATGTGTAGTAGA TCCATTAAATATATGGAAATAAATATTTTGCTCCACATAGTTTAGGAGTA CACGAACATTTATTTATATACAAAAAGACAGAAAATCAAAAATATAAGGT TGGAAAAAAGGATTAAATATGTTGTAGGTTGTGCCTCTACATTAGTATAT CGTTCAATAATTACATATTGGCACGAAATTTCTGAATTATGAAAATTATC CTCTACATTTATGGTTATGGACATGTGAAAAATACAAATGAGGGAGGGAC GTCCGCAGGATATAGATTTTGGAATTTTTGAAAAAAAAAATCAAAAATCA AAATATTTGGAAATATTATATTTTTTGAAAAAAAAAAAAAATCAAATATT AAATTATCTAGCAAAAAAATCAAAATTGCTCATTGAGGGAACTCCCTGCG AACACCCTTGTAAGGAGGAGAAGTAACAAGGGCTTTACTTATAAATTTTT TTTCCTATGTATTCTACCTATAGAGGTATAAAACATGCCCTAGAAAGGGA GAACGGTTTTTCAATTTCGTAGTCTGAACTTGATTTTTTTTTTTTTTTTT TCAAAGCTGCTWTCATTWTTWTTAAATTATTGAAGACGGATCATTCTAGT TATCAGTAATTACTAGTGTCTGTGCTCATGAAAGAGGMAGAGTATAAAGG AGGGGTTGCTCAGGAGTTATAAGCTAAAGTCCTTGTTGGATTCTTAGTAG AATTTAGAATCGACATTGGAGTAATTCTAATGTTTCCTTGCTATATAGGG AGTTGGATTTGTGTTTATATCCTTCCTCTGGCGGCTGCTTGCAGCTGATT TAATGAAACGTCATGACAACTAAGCTTTTCTTCTCCCAAACATTCTTCAA ATTGACCATGTTAACATTCTGTTACTTTTATTTTTACATACCGGCGGGYC ATATATTATGCATCACTGATTCTACCTCATAACTATGTAGAGCAATGTCC GAGGTGTCATGGGCGTCCTGAATGAAAGTTGCAATCTCCAACCTTTTTGT TTCCATCTTTGTCCGTAACATCTTGTTTGAATGATAGCGATAACAGATTT ACAATAATGTGACCTTAATTTATGATTGAAACTCTCTACACTTATCAAAA ATACAGTTAAAAGTGGGGTGGAAGATTTATTCACAACACAGGAGATGTTT ATAAATTTAGTTAATTTTCTAAAAATATTATTTTTTTTMGAATTGATATG TGATTAATTGTAAAAACTGAAGAATTTATATTAATGTCGCTCTTATGCGA AGTCTTTTATGGAATAATAATCACGGTTTTTGGGACGAAGAAAAATGTTT ATTATATGAAATCTACGTTGTACAGAGACATTTTTAGTACTAAAACCCGT ACAACGGGATAAATTATTTTTCAAAGTTCACTTTTTACCATNAACTTAGT CATTATTTATTCAGCAACCTTTTGAATTATAAGTTTATATAATAAGTAAT AATCAAAAGTTTTAAGTATATATAGTATGTTCAAAAATTGATGGGGGTAT TCAAAATATCGGTTTTATAGTAAAAAAAAAATTTTTTTGTCAGAATAAAA TAAAATTTGCCTGATACAATCATTAGGCAATATTGAATGTTTATGATGCA ATAATTTTCGATGATTGCATCATACATCAGTATAAAAGGGCTCAGAAAAC ACGACAGGATGTTAGTTGAAATTCAATATCCGAAATGGTGAGAGAGCACT CTTTGGAGACCTGGGCCAAGGCTGTAGGTATGATCGAGGGTGGATCAAGC CAAATAGATGTTGTTCAAATGTTACAGATTCCTCTTAGGACCATTGATAA TTGGTGTAAGAAAAGGCAGGATGGCAAACCCTTGCAAATCAGAAGGGTCG ATGAAGGAAAATTTTTTTTAGTAAAGTTCCAAAATTGGGGGAACTTGCAG AAAGACTGACTTCAAAGGCTATCCAATATCCAAGCCATCTGTCCACAACT ACCTGAGGTACTCTTTGAATGCTTTGCCATTCAAACCTCATCTGCAACCC GAACTTTCGGAAAACCAAAGGAAGGCCCGGCTTCAATTCTGTCGTGAGCA GAAACTGCATATGACTGGAAATGTATCCTCTTCAGTGATGAAAGTCCATT TGAGCTATTTCGTGCCCCAAATCTCCAAACAGATCGGGTTTGGGCGAGAG ATAAGGGAGATGTGGAACCCACTCCAACTATGAAATTTCCTCTGAAAATT CAGGTTTGGGCCCTTATCAGCCACCAGGCAGCGTCAGATCTTCACCTGAT TTCACGAAACCAAACTGTGACGGCCGGGTACTACGTGACAGAGATCCTCK GCAAGTCTGTGATGTCKGCTTCGTCTCGTACTGAAGAAACTGGACCTCCT TTGAAGAGGAAAATGTTATCTGACATATCAAGAGCCATTTTCCAGGTAGA TGGTGCCTTGCTCCCCACTCCAAAAAGGCACAAAAGTGGTGTTCAGACAA CTTAGATTCCTGCCAACAGTCCTGATTTGTCTCATATTGAAAATTTGTGA TCCTTGCTCTAGAGGGAACTTAATGAAAATGCGCCAGCAACTTCAGAGGA TGAATTAAATAAAAATAAAAAAAACAGACAAAAGTTTGGGAAAAAATTTC TCCAGATATTTTAAATACTCTATATGAAGGGATGCCAAAACGCATTAAGA AATGTACTAAGCTTAAAGGTTGTCATATTGGGAAGTAAATAAAGTTTTTT GCCAAAAAAAATCACTTGTTTAGGTTATTTTATGATTTTTTATAAAACCA CCATCAGTTTTTGGACATACTGTATAAATCAAATCAAATACTTACAGGAC ACTCCTATGTAAACTAATAGAGTTCTATTAAATTCATTATCATACTGTAA TTAAACGCGATATGAGCGGAATATACAAACCCATACGGGTTGTCAGAATA ATTTCAAACACAGCTCCATACGTAATCCACGGTGTTTTTTGAAACTGTGT TATGCGGGGACCACTTGTTTACATATTTTTTGAAAATTCAATCTTAAATG ATATGGCAATTTTGTTGTTAGGGTATGATATTTTATTTTATTTATGATTA ACAATGCTTCTGATACATGATATACTATATAATAGTTTAGGTGTAAATTT TATAGGTCACTCCAATTAACAGGTGTTTTATGGGTGTTCTGCATACATAG TTGAATAAGAGAATTTCTTTTTCTGCTTCTTTGTCATTCCAATTATCTCT CTTTTTTTTTGCAAAGTCAACTTGCTACTACACCCTGAGATAAAAAAAAA TTCTTCAGATGATAAAATGTATTTATCTTAAATAAATAATGTTTTTAATA GTCAATGTTTGCTCATTTGACACGTTTTGTACTTTTTCAATAAATCAATA AGAGAATTGGAATTTAATATCAGTTTGTAACAAGTAAGATGTCAATATTG GTCTTGAAACTCGGCCAGAAACCGGATGTCCCCCGGTTTCAGTCTTAAAT GATTTTGTCTGTACCGATCTGAATCTATATTTTCGTCAAAATCGCTTTCT GAAAGCGTAGATCGAAATTAAAATTGTTGACCAATGTAATCAAAGCCAAA TTAGAAGTGCTTTGATTCCATTGTTAATTCATAATTCATACTGGTAGGGS CGTCCCCAGGGGGACGGCTGTAGCGGCAGMATTCCTAGTATTGTGTTGGT TCTTATTTAACACTGAGGACCGCGGTACAGTCCAGTCCAATGTTTCAGTC TTTAAAGAGGGTCAAATCGATCCCTCGTGACGTCAATGAGGGTTTACCTT TTTTAATTATTCCTTTAGGTAGTAAATAAATTATACAACTTATTCATAAA TATAATATGTTCATATTATATTGCACATATCTTGCAAAAAATATTATATT TTGCAAGATATGTGCAATAAACTTAATACATATTTCATATATTTTCTTTA CCTATATAAATCATCGATATTTTTTTTTAAATTCCAAGGACCGACACATC ACTATGTAGGACCACCCCCAAATTAAGGAATTTTTTATTCTTACTAGAAC ATTTAATATTTGACTTTTTTGTAATTAAAATTTAATTACAAAAAAAAAAA ATTAAAATTCAATTTTGTAAATTTTTTCCAAAAAAATTTCAGTTTTTTCT GAACAACTCCGGTTTTTTAATTTTCTTTCCAAAAAATTAAACTTTTATGT GAAAGGCGGTGGATTTTTTAAATCTTTTTCCACAAAATTTAATTGGTAAT TAAAGTCTATGGATTGAAAAATATTAATATAAGAATAAATTTTCAACAAA TTTTATATCAAAAATAGATTTTAGAATTTTTTTATTTCATTTTTTTCTGA ACAGCTCTGCATTTTTGAATTTTTGAGAGTAGCTATGGATTTTTAAAATT TTTTTACAAAAAATTTTATATTTGAATTTTTTTTTTGCAAATACAATTAA TTAATGAATTTTTTAAATTTTTTTTTTTTGCAAAAAAATTCCAAAACCAA GGTTCCAATCTCTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NCCCCCAAAAAAAAAAAAAARAAAAAAAAARAAARANAAATACATATTTT ATAATCCTGTATACGCCCCTAACTAGATATTATTATAAGTCAAGAAAATT ATGGACTACAATTATTTCCTATTAGTACATATTTTCTCAGTATATCAGAT ACACGTGACCCGACTTTTCGAAAATCCTTTGGTCAGTTAAAATCTCGCTA ATGACTATCCGTACTAACAACATACACACCTAAATACATTACTGTAATTT AATTCCATGTTGATTAAACACAGCATTAAGGGGTACTGGTGCAAAGCTTA ATTGGTGGGGGCTGGAAAAGGARAAGCCTATGTCTGTGTTTTCTTTCCAT AGACAAAACAAAGAAATAAATTGCTACATTCATTACTGTTATTGTATTAG TATTCACTATTCACCCACCACCTTTGATTGAGGGGGAAGGAAGGAAAGAA AGAGAGGGATAGGAGGATCTTTCCTCTGTCTCACTTTCTTTAGACTAATA AAGTCCTTTGATTGAAAAGTATCTAGTAATAAAAAAGTTTTCAAAGTATT TTATTAGAACTAAAACGACACACTTTATTGAGTAGGAGTATTAGTGTTGG GTTTCAGTCTGAAAATAATAGAACGGTATCATTTAAATGGAGCAGACTTA TTCGGTCTAGATTTTTTTTGTTGAAAATTTGTCCTAGGGCAACTCTATAC AGAGGGGGGGGGGTACAAGTGTTTATACAAGTTATATTTTACCAGTTAAT TTGAACAAAAGCATTTAAAAACAACATTTATTAAATAAGGTTTGCTCTCA GTCTTCCAAATGAAGGTCTAAGATCAGTAACGCTAAGTGATCCATAACTC GTCACAAAGTACAGGAGAAAGACGGTGCCCAAAAGCCCAACAAATGGCAC TCGTGCTTTCTCCACCTTCTGTTGTCACTTGGACTTTGCGATTAAAGCTA ATGGCGGKCATATCGAGTGGTAAGTTTTCGGAAGTGGTCCCTGCAGATTA TTATTGCTAAAAAGTTTCTGCTCAAATAATAATTTAAAAAAATAATATAT GAAGCTCCAAGGTTTTGTGTAAATACTTCGAGCCTCCTCTGTGGATGAAT TATTGATGTCATCATGTTTGTTTTAAAATTGTGAACATAGGGACAATAAC GTCTTATGAAGTTAAAAGTTTTGCATAAATTGTATTTGTACAACTCATAG AGGAGAAAATCGGTCTTATTAATTATAAATATTGAGACCAAATTTTCTTT TTATAGTTTGATTTAGAAAAAATCACTCAAGACCGAACCGAAAAGAACTC TGTATTGGACCGAGTCTCAACACTAGTACATATTGATCTAAAGCAAAAGT AATAAGGTCTAAAAGAATGAAAAAGTAAATTTAGTTATTTTACTTTTTTA TTTATATCACTAATTGATTTTCCTTCGTAGTTTTTATTTATTTATCTGGA TGGTCGAATTAATAATATAATTTACAAATATAGCTCAAATAGTGAGTAAG AAGTTGATTTGGGAGTAGAGATGTTAATCAAGCAAATAAAATGAATACAC TCGTCTTTCTATATGTATTTATATTCGATCTGGGGATATGGAATTTTATA TTTCGAATAATTATATTTTAAAAAATAGAAGGAGTCTGCTTTTATTCGAA ATACTTTGATTATCGTTGGACAAAGTTTGAAAATTTCTTATTTTCTGTAT TTTCATTTCTTTTTTCTCGGATAGTTAGTTTAACATCCCTATTTAGAAGT GATGACCTTAGTTAAATGACTTTGTCCTTCTTTTCAATTATGATCATAAC AATGATTGTCAGTCCTAAGAAGAAATATACCGGTCTTAAGACTGGACTTG ACTGAATAATTAAGGACTGACACAACACGTCTTGCCATGGAATGATAGTA AACATTTGTATTTTAACAAGTTTTGATTTACTTTGAATATTACCTCGAGT AACACCTCATTCAGCTTCGTGTAACTAGTATAGTTCGTGAGAAAATGGTT GTTTTTCTTTTTTTTCAAATGCAACAACCATCTTATTTTTGGTTCATCAA CATTTGGATGTAAAATGTAGTTCTCCCTTCAGACGGTTATTACTCGTAAT CCAAGGTATAGTCCCTATAGTCTATAGTAAACTTACATTTACTTGTATAA ATATGAATATTCTCCTTTGTTTTCTGAACAAATTTGAGCTTAGTAATATT GCATGCTCCATACAAAGAAATAATTATAAATTATTCTCTGAGACTAAGTT GTTATGTCAATAGAAAGTTGATACTTTTTTATGAATCTACATGTTGTGTA CAAGTTTCTTGTTTTAATAATAAGTTTTTGTTTGTTCGTCTTCTAACGTC TTATTTCATTGTAACAACCATCGTCTTAATTAGCAACTCATCTCACTAAC GTCTATTAAAATAACTTAATTATTATTTATTTACGAGAAATGAATATGTT TACCCCTTAATTACATAACTGTCACATACTTACTAATTCATTAGTTATTC TTATTTTAAAAAAGTCAAACATTTGGAATAAAATTGGAATATTAAATTTC ATATATTACATTTTTTCGAAAAATCAACAGCTATTTACAAAATATTAAAA ATTTTAAAAAAATCTTTGCTATTTATAAAAAATTGCCATAATAATTTTTT TGAAAAAAAATCCAATAATCAAAGCTGTTAAAAAGGAAATATTCATTAAT TGGGGGGGGGGGGGKGCAGCCCACGCCCTGCAGGCGCCCCTGTTCATGAA CGCGTTTTGGTTTGAAAATCTGTAACATAATTTTAAAAAAATCATGTTGT TTTATATCATACAATGAAATTTTTCAATCTTATTTAATTTAAATTCGACA GCTTAATTTTTAAATTAATAGATTAAGGACACGTGGAACTTCATAAATTT ATTATCAGTTGCTAGGTTAGATTCAATAATGTTAACAATCTCACTTATGA TTAACCAAACTACGAATTAGCTAGTTTATTCAACTCATTTGTACATAAAT ACAATATATTAAAACGAATTCGTTTAGAAAACGTTATGAAGTGTAGTCAG GGTGCTTAAAGTCACATTCATAATTATAGATATGTGAGGGTGGTCTGAAA AGTTTCGGAACCCAATGTGAAGATAGCAGCACTCGTAAATAAAAGCTAGT CACATCTATCCAATATCTGTTCACAATTACTCATCTAAGTTTCAGCCATT TTGGACAGGCATTTGGTATGTCACAGTCGTTTGAGTGAGTTGATGTGAGT TTTTTTAGTGCAGTTTAGGAGCAGTACATCTGAGTTTTCACACCGATTAG TTACTGTATATGTAACTTTGATGCACCCTTATTTGGAAGGCATATAAAAA ACTACAGAACGTCTTCGCATAACGCAGTTTCAAGCAACGCTGATTTCACA TAACGCGGCATTTGGAATTATTCTGTCTCCCCGTATATTGCGTTATATTT CCCTTTTATTGCGTTTTTTATATAATTATAATCAATTATCAAAAACTATA TTAAGGAAACAATAATTATTGTTTCATAGGGGTGAGTGTCCTGTAAGTAT TTGATTTTATACATTTACTTAAAACTTTTGGTTATTACTTATTAAATAAA CTTGTAATTCCAAACGTTGCTGAATAAATATTGACTAGGAACCGATTATT TAAATTTTACAGTATTAAAATGAGTGGATTAAATATCTAGTAAATACACG ATTAAGATTAAACATTACAATTTTCTTGTCTGGCATGCAATATTTTAAAT TATTTATGATGAATAAAAATTTGTTATTGTCCCAGGCATACTAAAAAAAA CAAATAAAGAAAAGNNATGGTAAAAAACTTTGAAAAATAATTTATCCCGT TGTACGGGTTTTAATAATAAAAAAGTTCCCGTACAACACGGATTTCATAT AAAGGGGATTTTTTTTTGTTCCTCAAAAACCGTGATAAGCTCTATATTTG AAAAAAAAAAAAATCCATGTTATTATTATTTTAGTGATGAAAAAGTAGGT ATTAGTCTAGGTAAAAAAAATATATATTACACATTGACTTCCATTAATTA TAATATAAGTTCTTTAAGAAGCTATATATTGCCTCAAATGATGTTAAATA TGATATTTTAAACTCCCTTTTATTTTCGTGAAATGAGTGTTTGAGAGACC AGTTAGTACTTTCTAGATGTTGACAATTATATGGCCGAAAACCAAATTTA ACTAAGAAAGAAGAAACACTTTCTAAATAAATATAAATATAAAAGTGACA AATGCATGTTACCTTCTTTCAATTATGATTAAATTACAAACAAATTGCTT CCTTCTCTCTATGGAGAAAGTCACAGTTTGAGTTCTATTAATACAAATGA ATGTATGTACATAATATGGAACTTTATTTTCTTTTCTTTTTTTCTGTGTT ATAGATAAATATATATGTACATATATATCTACTACTATGTCTTCATCGTG ATTCCCTCATCTGAGGTAGAGGGTAGAAGCCCTTTTTGTCCCTATATGTA CATATTACAGTCTCTCCCTTCCTCCTTTTGAGACTTCCATAATAAGGAAA TTCTTTCGATATACATACATACACTTTACGTACAANNNATAAATATATAT GTACATATATATCTACTACTATGTCTTCATCGTGATTCCCTCATCTGAGG TAGAGGGTAGAAGCCCTTTTTGTCCCTATATGTACATATTACAGTCTCTC CCTTCCTCCTTTTGAGACTTCCATAATAAGGAAATTCTTTCGATATACAT ACATACACTTTACGTACAAACAAGGGGGGTCTGAAAAGTTTCCGACATAA CAAATGTACAATACATTTCTTTAGATAATTTTATTTTTTTACAATGGTTT CCATTTAACTCTACACACTTCTTCCAGCAATGATCTCATCTCTGTAATCC GTCCAAATAGTATTTGGCGTTTTTTCTAGTAAAAGCAATTGTTTCAAAAA ATACCTCTTCATTTGACAAACATCTTTGCAGTCCACTGTTTAAACTGTAT TCTTGTAATGGTGTATCCAAGTTACATCTACAGTAGTTAATCGATGCTGA AACTCGGATTTACTGCACTTAAACTGAGCATACAGAGCAGAGCGTCACTC GATTTTGTCCTTCTTCACGACAACACTCATATAAACTCACTCAAATGACT GACACATAACAAATGTGTGTCCAAAATGGCTGTAACTTTGGTGAGTAACT GTCAACAAATGCTTGGTAGATGTGACTAAAGGACTCTAGGCAAAGAGTGG GAACTTAAGGCAAGTAAGGTAGGGTTTAGTAGTTCTCAATTCTGATAAGC TTAAAATTAGAAGCTGCTACATGTTCTTCCAGACATGGAGGCCGCCTCCA CTGTAGTGAAAAGAAAACAATAAGGCCGACTACGCCACAACAATAGCACG ATATTATAGGTCCGTGTTAGGAACATTGTCTTACTAATATTTTGMTTAAA ATGTTTATTTTTCCCTTAACCGCTCTTTCCCTAGAGACCTTTAGATGTGA CTAAATCATTACACCAAGTAGTGCATCGAAGGCTAACGTCATTATTAGCG AGAAAAAAAATATCTTGGTCAAAATTTACTTTTTTTACCCGCTAAGGGTA TTATTCTTTCAAGAATTTTGGAGAATCTTTTTCTGCTCTCTCGTGAATGA GTCAACTACTGTACTGATTCTACTTTTATTTACTTCATTCTTAATATACT TTTTGCTTGAATAATTATGGAAAGTGAGTTATGATTCAAAATAATTTTAA CTTAAAAATGGTCAGCAGGTTTCCAATTAAGAAGATATTTAAGATTTGAT ATCCATTTTTTTCTTCTTGCATCTTTTGCATCCTCTGACCCATTATTTTG GAGTAATTTGTTTCAAATTTGCTTTATAATAACATGTAAATATAAAATAT TTAAGACTAGAATAAATTATGTACGTATTATTATTACTTATTCAAACTTA TTAATACTAGGCAATACGTACAATAAATAAATGTGTGACGTAATATAAAA GCGACATCTTGCGAAAAATTCCGACAAATATTGACCATACTATTTCCTCA AGCTAGCGGTGCTCGATGTGCTACTTGGTTTAATGCTTTATATGTGACTA GCTTTTATTTACAAGTACTGCCATCTTCACTTTAAGGTTGAAAACTTTTC AGAGCATCCGTGTATATGTCTGCCTCAGACATTTAGAGTAATATATACAT AACATAGAGATGTTATTAAATACAAGATTGCTTTTAGGATTTGAAACTTG TTTGCAAACAATTGATTGACGTTTTTTTTAAATATATATTTATTTAAACA TTGTTTATGAGAAACAGACTCTTTTCTCTCCTTCATTCCTTGTTTTTTAG CAGGTAGCTAACTCTCTTCCTCGCTTGTGTACTTACATAATTCATGGGAG TCCGCAGGGTGAGGGCTGTAACCTCCAAATTTAGGAATATTTGATTCTTA CTATAAAATATAATATTTGAAATGTAATTATATATTTCATATATTTTTCA AAAACTGAAATATTTGAAATTTTTTTCCAAAAAAAAAATCATTTTTTGTG AACAACTCTGATTTTAGAATTTTTTTTTCAAAACATTTAATTGTCTGTGA ATAACTGGATTTTGGAGGAAAAAAAATTCAAAAAATGTGATATTTAAAAT TTTCTGACATAAGAATTTATATTTGAAATTAATTTTTTGAATTTTTTTCC TGCAAAATTTAATTCTCTGTGAATAGCTTTGGATTTTTGGGAAAAAATTT CAAAAAATTTAATAGTTTTGATTTTTTTCGTAAAAAATTTTTTTTTCATT TTTATCCCCAAAAAGTTGTAATTTTTTCAAAAAAAAATTGCGTGGATCGA AATCAACTGGCAATGCAGATCTATTACTTATAATATCTACAAAATAGACT ATGTAGTTATTCATCTGTAGTGATTAGCGCTATTTTCAAGGTTATGTCGA TAGAAAATGATAATGAGGTGCTCTTCTTTCAATTCTCGTTCCCTCCTCTT CATCCCTGGCTATTATATTTATACGTTCATTAATCTTGTTTTTTATACGT ATTAATGTATTGAGATAGTTACACACACACATACCCAATCCAAAATATCT TCATTCCTTAAATAATAACTAATAAAGTTCATCCACGTGTTACTAATATT TTCTTTTTTAAATAATTAAAAAGTTCATAATTATGATATGTGTGTGACTT GGAGATTCCTCGATAATAGAGTCACTCACCCAAGATGCTCTCTCATCAAT ATAGTTTCTTATCTTACTTACAAGTAATAATGATCCTATGTAATTTTAGG GTAAAATACTGAAATCCGGCCCTTTTGATCTATCCACTTTAAATTAACAT AAAATAGTCATTTTTTAAGACAAAACAAATAAAATAGCAAATACAATCAT TGAGAATATATATAACCCAATTAAGCCTTCTGTTGGGCTCAATAAATGCC ATTTATTTGGGTGATGAACCGTGTGCAGTCTCTGCAAAATAGATAAATCT AAATTCTTGTATTCCAGGACGATGCAGTCGATCCCGGACTTATTGGTGGT AGGKGTACCTCTTTTGACCTTTGATACAAGGTAGCTCCAGACCAAATAAT TCAGGGGATTCAGGTCGTGGGATCTAGGAGGCCAAATATCCTTGGACACA TAGTAGTAGAAGTCTTCCTGGAGCCAATAATGAGTCGTGTAGTAGGAGTG CTAGGGCTAGAGTCCTGTTCTCTATCATCTTTGAGTCATCATCATTTCTA ATATCCGGATCGTTGTTCACCAATATCATCAAGTCTGTTAAAATTTAAAG ACATATGTGTATTTGGGGAAGCCCAAATGAGTTTTTCATAATTTTTTTCT AGATATTTCATACATACATTTGGATACATTTTTTTTCTATCAATAAATAG TTTTCCAGGCTCAGGGACAAATTTTAATCATATGATCTGGCTTACTTGCA AAAAAACGTAATAGCCAATTTAGAGCTTAAACAGCAAATTTGTAATATCT TTCTTTTGGGTTTCCTTGTTTTTATATACTGGGTAGTCTATTCAAATCTA AACACTTACTAATTCAATAATTAATGAAGGTTGAGTAAAAAGAAGAAAGG TTCGGTCAAAAAAAGGCCAACCTGATCTCAAAGGAGTTAAAGAAAAATGC CAAGGCCAATAATAAATAATAATAAAAATCAATATCCTCCCCCTACATCC CTGATGCCAACCTCCTCTACTCAACCTTTTGGGTACAGGTCGAGGATAAG GCCTGCAGTGTCCGTCATCTAAACACCGATGCCCTCAAAGCCACTTTTAG CCAGGACTGGGACTCAATGTTAGAGGMCTACATCCGCAGCGTCGGCCAGG CTCTCCGCCGCCTCCTGTAAGCCATCATTGCCGGTAAGGGAGGCTATATT AATGATTTAGATAGCTCAGACACACATCTATTTAAAGAAATAATTTTGTT GAAATTCTATTTTTATTAATAAATTAAATCTTGTTGAAGTTTAAAATTCA ATGTGTTCATATTTTTATGGACCACTCGGTCTAGAGTAGTCTCAGGTTTT CATTTATATTGTTAATACATATCTTCGTATATATGTACGGGGGTATTTTT CTTCTTCTNAATAATAATAATGATTATTATTCTTATAATTATATCCCTGT AGTTGGACCTGTTTTTTACTTCACTTTTTTTTTTCCTCTTCTTCAAACCC AAAAAATTTATTTGTTTTTAATTTGGCTTTAATTGATTTTCACAGCTTCA AGCTACGTTTATAAATAAATAAGTAAACATTGGGATACACAGATAAATAT ATGTTTAGTACTCATTTTATGGTTGATTGTCTCTACATACTCCCACGAAT TGAGCTTAGTATTTCTGGTATTATGTACTATGTCTTTACAGTATGTCTCA AAATCCCTCAGACACTTGTATACTGTGAAGAAATACGTGAATAACTTTTT TATTGCTAAATAAACATAAATCTATTTTAGCAAATTAAAATGCATTTGGA GAAGTGCTATTTTTCTAAAATCTTCCATTTGTGGTAATATACCTCTCCAC TCTGATTCTATCCTTTTGGATCACTCATTTAGCATTTATATTTCGGAGTG GGGCGGGTTCTTTTAAAATACATACCGGGTTAAAAATACGTTTTGAGGAA CCAAGACTTGCAGTAGCAGTTAATTTCGATGTTATCCCTGTTCATTTTAA TTCCGAGGTTTTCATTGGCAACGAAACAATAACTAAAAAACTAGTCTTGT CACATGTAAAAACGTCGGAGCAACAACAAAAAAGGCATTGCGGTTGCTAT CTCCTCTGCTTTCGTGCTAGTACCGAAAAGGCTCCAGAGACCATTGGCAT ATCCTTGTGGACTGCTTACAACATCAAAAAGTCTTTTATGGATTGGGAAA TGTATTAAAATTTGTACTATGAATCTAAATATCATACATTTCTTTGAGCA ACGATATGGCTGYTATCCATCCTGCATCCATGTGGCCCTCCTCCAGCCTT GACTGCAACCCCTAGACCTTGCAGTTTGGGGTATCTTGTGTAAGAATGTC TTCCACATCTTTCATCCAAATTTGGATTTGTTCCGWGCTGCCATCATGAT AGTGGGGTGTGCCATGGACACAGCCTTTGTATTGGAGAGTATTAAAATTT CTTCTTAACGATGACGACACTGTTATTGCTTGTGAAGGAGGACATATTCA ACATCAAATTTGGCTAAATATAGCATTTAATCATATCACAGTGCTTCTCT GTCGATCACATTTTGGTTGTAAGTAGCGCAGGCACATAGTAATCAAAGGG TAACGACGGAAGCCAAAGTTCCTCCTGGTCTTAATTTTTTTTCTAAATAG AATTGTATGACCTGGGGTGTGTGACATTTTGAGGGCACATCCAATCCCTA AGCGCATAGATATAGTTGATCACAGGAAAGAAACAATGTGGTTCGAAACA CTTTTTTGTCTGCGAACTACCCATTGTGTCATTAATCCAGACTGGAGGGA AGGAGTCACTTTCTATTACTCCTCACTTCAATGAAGTTTTAACCTTTTCA TATATTTCAGGTGGGGCAAATCTTATTGATTCCTGGTGCTCCAGGAATTA CCCACATAGTTCACTATACATATTTTATCATCTCATTTCCAGCCAGATTC TTCGTGTGCACTTTCCCGTATCTTACAAATTTTCATCTAGCTTTGTTATT TCATAACATAGAATAACAATGAGAGTCACAAATTATAATTAAAGCTCTTG AATCCACAAATGTTTTATTGTGATTAAGTACTAAAGAAGTTGTTATCGTC GCTACCAAAATTTTTGGAGTTCATTGAAGGCATTAATTGTATAAATTTTA TGTTACTTGTTTGAGTCAGGATCTGTATTGAATAGAAATAATTATTTTAG CTAGTGAATTAGAAATAATTTATGTTAATCAAGAGTCTAATCATCACCTA TTGATCAAATAAGGATCATCATCCATCATAAACGTAAGGATTCAGGGATT TCAATTGAAGAAGGAAATAATTAAAATAATAAGTTGTTAATGAATTCGAG GTCGAGATATAAAATCCCATGATGATTTTCATTAAGTTATAAGAGGGGGG GGGGGGGGTTCAGAGTTCGTGTTTACCTACAATTAGTTATGGTGGAACTT TGTTATTTATACATTATATTTTTACTTACTTACTTACTTACCCACTCTTA AGTGTACACGAATGAATTATTTATATATAAGTTTTTCCCTAATGGTGCTC CTCAGAGAGAGAGAGTCAGAGCAAGAAGAAAACGACCGACTTTAATCAAA TTTATGTTGCTCTTTTTCTAAATATTATATTTATATATCGTGTAGTTATT TTAACAATGAGCTTCGAGTGCAGGCACGTTTTGACGACTAGCCAGATGTG CTTGGCGTCAGTTATGAAAAATAGCATCGATCAACAAAGTATTTACTCGA CAATTGTGGAAAAATCTGCAGAGTGTTCTTGTTGCGATCCGTGCTGGACG AGACAATTTTGAGATTGAAAACCAGTACAGTTCCTTTGTCTAGAGGTGAT TATGACTCTACTCCATGCCGCACTGGGGGGAAAAAACCTGATCTGGTTTT TATATTTTTTTTGCTGGACCCAGTGTTTTGCCTCCTACCTCATTGGACCT CAAACTCACGGACTTCTTTGTTTGGGGTCAGTTGAGCAATACACCAACAG ATCCTCTTGCAACACAAAACCTATCAGATGTTCTGGATCTAGGAGGAATT CTGGAATCTGCCGAACGATACTGTCATCAAGKCCTGCTCCCGTTTCCGAG GTCGAGTTTAGCCGTTATTGACGCCAAAGGCGATTATATAGATCTGATGA TTCGTTTAGGAGAAAATTTATTTAGAAAAAGTCGTGTTGCTTGTTAAATA GAGGTCCACCCTGTACATAATACATACAAGACCACCAGATAGTGGGCGTG ATTGTCCATGAATAAAAGACCTGATGAATTATGGTGTGTGTGTGTGGTCG TTTGAACTAAAAGAATTGACGTTTTGATGTATGTGTGTGTTTTGTGCTTC GTACCTACTATTTTATTGTATATTTAGTGATCGTATCCGTGATTTTACAT TCACCCCCCCCCCCCCCCCCTTAACCTGTTCTCTTATTAGTGTATTCTTC AATTGTTTTTTAACTTGCATACATTTCCACTCCTCCAATTCTTTCAGTGC TTAATTTATTAATATATCTACATTCAGTTTTTTTATTGTTCTATACGTAT GCTTTTTGCATTTTCTCTCTTTCTCTACAAGAAATGAGGTCAGATAGAGA GAGAGGGGCTGAGGTATGTACACATGTAGTAGGGTCCAATATTTCTCATC ATCTCTGTTGTTGTTTTATTGTACCTACATAGTTCTATGCTATTTTGGAA ATACAACATACAACTAACGGTTASATATTWTYTACAMTGATGGTTTTGTA CATCCTTCTTTGTGGCCCCAGGCTAAATGTTGTTAAGGGGCTGTTGGTGT GTATTAGGATGACAAAAATCACTATTTGTTTTATGTAAAGAATATTTTTA CTAACGTCATAATTGAAGACCACGCCAGTTCAAAATTGATATTTTTCTTA CATAAAACGAACAAATTTCCAATAAATCTTCATGAATCTTCATCTAATGT CTTAAAGAATTAATAAGAACTTAACACTTGCATTGAATACTACTTGATGC CAATGATAAACGGAGATACTTGAGTAAAATAAGACTAATATATAATGATA ATTTCCATTAAATGTCTAAACTTGTTCTTTTATTTTTATGGATTAGGGAN ATTAGGGATAAGAAAATTTTGTAAAATTTTCTTTCCATTGTGATAGTTAA TTTTTAAAACATCATTGAAATATTATTGCATAACGATATAATAACATATT TTGAATACATTTTAAGGACATATATATATTATAAAACTAGCAAAAAGGGA TACCATTTTTTTTTAATGTCTCTCAAAGGTATCATACTTTGTGTGACATT ATCTCAGGTCTAGTTTTTACGCTCAACACAATTTAAACAATATTTACATC CCACAGTCATCATATGTCTTTGAACACTTGAAAAATGAGCTTGAGTCCTA CTTGTTGAAAAATAAATCAATAAAAAATATTTGGAACATCCTATGTACCA GGTTTTCTCATTTCCCAGGTAATTATTCTTCATTGAGACCCCAGGAAACA AATTTTTGAACTTCTGTGATGAGATATTAAATAATAAATACTGTTAAATT AAAATTAATTAATTTGATATTTTAAGGAGAAAATATACATTTTAAACGAG TCGTGAAATATCCAAAAGTAATTCATGTCTCTTACTTTAAAGGATGAAGT CATAATTAAATATTCATCAGTTGAGTTTCTATATTAACGCTACATTGGAC ATATTTCTTGGTCAATGCGCATGATTTTACTGAGTTAATATTCTTCAAAA CTTTAATTTCAAGAGAATCTTAATATATATAAAACTTATCATTGAAGGAA TGACATGAAAATAGTTTATATGATTAGGAAATAATTAAATGCCAAATTTC TCGGGAATAAACTTGAATAAAAAAAAAACAGCACATTAATTATTCAATGT TCATTTATATTTTTTTCTCCAAGTGCATCAATTACTCGCCAGAATCAAAT AAGTCATATCTACGTTAATATATTCACTTTATTTATTGATATTCAATAAA ACATTTCATCATAATTATATATGTACGAACACTTGTGATTTTTTTTTTCC ATTTTTTTTGCTCCTAAATACGAATTAAGTCCAATTTTCAAAAGGAACAG TCCATGAAGACTGTATAGTAGTGTTTGGTATACCGGTACTATAGTGATAC CGGGCTTATGATTTATTTGAAATAGTACTATACTAAATTGGAACCGTTGA TCATATAACCACCCCCAAAAAACTTTGTCCTTTATAAAAGAAGCAAAAAT GAAAATTTTAATTGGGACAGGAAAAATAAATCCATTATTTTCCAATAAAT GGCTTGTGTTGTATGAGTGCAATCGGTTTATGCTAGAAGATGTTAAAAAG ATCAAATTTCGTACTAAAAAACCTTTTTTGACAGTTTTGTGATTTTTTGA CTCAGTGTTGATTGAGTGTATGTATTAAAATTGACACTAGCTAATAGAAA ATACACCATATTTCATAGCTTTTCTTCAATAAATGAGAAAACGCAAACCA GGCTGCGGAAAATGCGAATAATGTTTATAATCCTAATACTGTTAAATACA ATTTTGCGCAATTTTGGTTCGGTTGATTCTGTTTCGGTAATTTTGATGTC AAAGATGCACCGCGATCTGGAAGGTCAATTGTCGAAAATGTGGATTAAAT AATGGAAATCGTCGAGTCTGACCGTCATGTATGCACGATTTTGATTGCCA AGGAGATTAATGATATATATTTTTTTAATCCATTCAAAGTGATGGATTTC TTATCAATTTCATCATACTACACCTAATCTATAAAGTCATCAAATTTCTG AGCTTGCCCCAACTCAAACATAAATATTCCAGACACCTCTATACAACATT TTTGTTAAATATCGTTTATTTGAAAAGTACAGAAATACAGATTACTATTT TTGTACTGGAACCGGTATGATCATATTGGTAGCGTGAGTTCACTAATGCT GTAGAGTGTATACTAAACATAAAGTCTCATATATATGTGGAGATTTTTAN TTTGCGTTATATATCTTTCTTTTTTTATTTAAAAATAGCAGAAACACAGT TTAAAAAAAAAGAAAAAAAGCATGACTGACAACGACAACGACTCTTGAAG TACATATTCTACAACGTCATGGATAACTATAATCCCTTCTCAATGACTGA GTTTTAGGATGAATATAAAAGTCTAAAATATATTGACACTAATTGAATGA TCCAATGGATTGGATACTCTTTTATTTTTATCAAAAACAATGAAGAGAGT TAAAGGGATTAAATCAAACCTTTCGTAGATTAAGCAAATGTATATGAATA ATGAAATTAGTAAGTATAGTTATAATGTTATTACCAAGAAAGTGATGACG AACTGAGCTTTAACCAATCATTTGGGACGTACAATATTACTTCATACGGG GGTAGCCATTAGTGTTGTATCGGTCCTTAGTCCAGTCCCACTTGTTGATC CTTAAAGAAGGTAAAATTGATCCCTTGTGACGTCAATGAGGGGGGGGGGT CCTTAATTGAATCATTCTGTGATATAATAGAATAAATTATATTTACAACT AAGTAACGATATAATATGTTCGTATTATAGTAAAAAAAAACCAAGATATA TGCAATAATCTTAATATATATTTAATATATCTTATTTGACTTAATAATCG AGTGATATTCTTATGGAAAATTCCAAGGACCAATCACAAGGACTGACGGT CCTAAGACTTGACKGGACTRAATAAATAAAGMCCGACACAACACTAKTAG CCATATGTACTGTTTTCGTATTTTTGACCAATTAGTTGTCAAATATTGTT TTATAAATGTCTCCCATTCACTTTTCCTATAAATTTTGTGTATATGTCAC TGATTGTATATGTATCATGTAATTCAATTACCAAATCGGTCACTTGAAGT ATCAACTCTTAATTTATGTTCATTTTAATCTATTAAAGTTACTCAGTTAT TAGGTATTTACGAATGATACAACTATGGGTTTTTGAACTATTTGAAACAA AATCGATTCATTTCTGAAGGAGATGTATAACTTACGTCAACATTAAGTGA CAGCCATCGTGGTCGAAAGCCAACAAAGCGGCCCAGACTGTGACCAAGCC AGGAAGGTGAAGCTATGTGTTTGATGCAATTGACATGGAATAATTTACTG TGAGCTGCTCCCATAAGACCAAACGCTCTCTACTGTAAACAACTTGACCG TTTGAGGGTGGCGATCGAACAGAAACGGCTARCATTGGTGAATAGTAGAT ACATCTTGTTCTATAAGAAGCTCCGAGAGCTCGGATGAGAAGTTCTTATG CATCCACCCTACAATCCCGACCTGGTGCCAAGTGACTACCACTTGTTCCT GTCTATGGCCCCAATAGAGGCCTGAGGAAATTGGTTGTTCCATTTTTTTG CCAATAGGGTAAGGACTTCTACGAGGAGGGCATTTAGAAGTTGAATTCTC ATTGGCAACAAGTTATCAAACAGAACGGGTCATACTTGGCTTAAATCGGM TGATTGTAACACTTATTTGATTGGATTGATATAAAGCGAAAAATAAAGAA TTACTTTTGCCTCAACCTATGATTATTTAATGAGGCTTCTCCTTTTTAAT ACACCAACTATTCTTTTAATAAGAAAGGCGCGTCTTTAGTTTCTTACTGT ACTTTTGAGGAATTTAACACATCATTACTCGAATGTTTTTTTATTATTGG AGTACATTTCAAATCAAATTTTCTCATTAAAAAAAAACTTCAATCGAGTC ATTTACAGAAAAATGTAACCTATAGTAAAATCGAATTGAGTTCAATTAAT ACTCAAATCCAACACTATATAGTTCTACCTTCTTCACAAAATATATTCTT ATGATAATGGTATCGTTTTATGGATGTTGATGAAGTTTTAATGTCTCATA CACATTCTAGGTAATTTTGAGGAATATTTATTTACTTACTGCACTTGGAA GTATTTTTATATTACAAATCGATTTATCTAGAATCGTCGAAGAAGTTGAA GAAGCGTCGTCAATATCGACTATTGACATACCAATCTGCTACCAATGTCA TTTATGTATTCCCCTTGTCTCTATTTTACTGCATTATTAAGACGTCAATT TATGTAGTGGTGTGAAGTGTTGTGACTTTGTGCCAAATCGTATTTAGCAA TATACTGTGCACCTAATATATTTTTACTTAATTATTTGACGGAATAATTG TAAAAAGGGAAAACATCTTCAATGACGTCAGGATCGACAAGTGGGAACGG ACTGAGCCGTAGCCCCAAATAACGTACAACACAACACTAGTTGCATATTC ATCTTTGAAAAGAAACAATATTTATTTATTCATCAATATTTATGTTGTCC CCTTCAAAGTAATTTCCATCAGATACAATACACTTGTGGCAACGTCATTT CCAATCCTAGAAGCACTTTTCGGTATAACCTTGAGATCTTCCAGCGATGC AGTATTTATCTCTTCAATCGTTGCAAATCTCCGTCCTTTTATAGGTCTCT TCAGTTTTGGGTAAAATGTTATGGCACGAACCCACCGATATGTCAGTATT CTCAGCTACATCTCTGATAGTGATTCGACGATTTTCATCTGTTGTTGACG GGATTGGGCGTCCAGAGCAGGACTTGTCATTGGCATACCAAATGTACATT GCCCGCAAAATTTGAAAAGTAACCTTACTTTTTGAACACATCTCGTACAT ATTTTGGTCTTTATAAAAGAAAGAAAAAACAGTACCAAGAATGTTAATTA CCCATGTTCAGTGTACTCATATATAATGTTTGTTTTTTCTCATGCCCTTT CATGCTGTAATTAGGTATCATCAGCATTATCACTAACCTACTTGTTTATT GCTATCAACTTTCTATGTAGGTATGTATTTTAATCGACTCTACGGCTAMT ATGTAGAATATAAATTGTTGGTAGGKAGGTAGACGATTTGTAAGGGKCGT AAAGCGTATAGAAAATTCTCATTTCTTAATTGATTGCATTAATATTAAAG TACATAATGTACATGTGTATTATTTATGCATGTTTACTTGAATGCAAAAT GCTTAAGAAAGGTGAGAGGTGCTTAAGGAAGAAATAAAATTCTTCTTCGT TGGAAGGAAATTGTTCCTTTATTTCTTAAAGGATCCGTAAAAAGTATGTA AGGCAATGATTAAGAGAATAATTAGAGTTATATGAAACAATTCATAGAAT GCCTGAGCGGCTTTTTCTAGTTGATAATCTGAACAGGATTTTTTATTTTC TAAAGCTGTGGTCATTGTTGTTTAATTCCTGAAGACGTAACATCGATGCA TACAGTAATATGTAGTAAGTGTTTGTACTCATCAAAAAATTTCACTGGAA TTACATCACTGCTCATAATAATACTCATATGTAGTGTTTAAAGTAAGAAT ATAAAGCTGTAAATAGATATTATTAGTGACCAAATCTTCTTTTTTTACAT CCTGTTTGAGGATATATATATCGATACTATGTCCGATTTTATTAGGGAAA CCCATCAAAAATGGACTTAGCCTTTAAAAGCTTTTTGTTCCGAATGTAAA AGATATCACTAAAACGACGATTATTTAATATAATATTCAATAAAGATATG TCTAACTGCTAAGTTACATCAGCACAACCCTTAAATAGTTCACTAATTTA TTGGGTGTCACCAACGATTACCTGTTTCAAAAGTATAAACTTTTATAATC TAGTCCTTATAATTTGTATTTACAAAGTATTTTATGATTATTTACTATAC GATTATCATGTCATGGGGATTTCAATGCATATATTGTAGTGTTATGTACT ATATAATATGTACAATTTTATTGATCTTATTTCTTATATTCAAATGAGCA ACAAAATCAATTAGAGGTAAAATTTCCTTTTTTGACTTCATAATTTTCTG GGCTTTAATAGAAATTGAATAAAAAATTTGGAAGAACAAAAATTGTTTTA ATTTAATATAAACCAAGTAAGAGTCATCAATTTAAAAATATATATCTTTC TCATAATCTGATCATCCACAGCTGTCCTCATTTTTGGAAATCAAAAAATG CTGGGTCATCCTAATAACTATGTATAAATAAATCAATGTAATGTTGTTTA TATTCCGCAATTAATATCCTACTATTAAAACTATATATACATATTTCTAT TTCAGATGGTGGTATGAAGAGAAAACATCTTCTTCGCTTCCTCCTACGAC TACGTAACTCCTCCTCAACCCTTTACCACTAGTTACAACTCTCAATAATT GTATAAGAATAATATAGCTCTATAATACTACTAGAAGGTTTAACAACAGA AAATACTTTAAAAGACGAATTATATGCAAAAAGGAAAGGAATTTGTTTTA CATTCTATATAGAAGCATCTACTTTTTCGAAACTTCTTCTTCTTCTCTAC TCTGCCGACTACAACTCATCATCTCTTCTCATCTATTAAGAGTATAGACA ACGAGGTAAGTGATTATTCCGTGGAACATACTTTAAAATTTCTACATAAA TGTACTTTGTACAATGACGTAACCACAACAAACAACTGTTTGTATACTTA ATTAGACGGAATTAAAGATACGAGCCCTTAACGGGAAGGGTAACTCATTA ATAAGAACCCATACAAAATCCTTGACAAATTACTTTAAATAAAATATATC AGTCCTTTATCTCGACTTCCTGTTATTAGTTCTTTACCAAGTGGTCCATT AAAATCTGAACACTTTGAATTTTAAAATTTAACAAGATATAATTTATTAA TTAACAATAGAATTTCAACAAAAAATAAAACTATAAATAGATGTGCGTCT GAGCTTTTTTAATCTTAGTGGCATTGATGGCTTCGAGACGGCAGAAGGTC TGGTCCCCGTTGTGGATGAAGTCCTCTGCCATAGCGTCCCAGTGCTGTCA AAAAGTGGGTTTAAGGGCCGTGGTGCTTGGATGCCACTACTACAGGCTTT CCCCTCGACATGTAAGGTAGGTTTAGTCGAGGRGRTAGCTAGGGGGGGGG GGGCAAAAGTGTCAAAAAAATAGTCTTGCAGAGTAGAAGATGGTTTTTTT TCCGTTGCTGATGTCAAAAATGGTCTTTCCAACCACTCTTTTGATAGCTC TCTGTACAGTTTGGTGTGAAATCCCGAGATTTATTGAATGGACGCCTTCA AGAGATTGACCTGGGCTGGTTTTTTTTAACTCATATGAGTCCAGTTTGGA CTTTTTGAGAGAGCCCTTCTTTCTCTCTAACGTGTTTCATTTCCTCGACT TGTACGTAAGCTCACGCTTGTTTTGTTTTGTTTTGTAATTAATTGTTTAT GCTTTAATATATGGGAATATGAATTCATTTCAATCACTCAACCTTCATTA ATTATTGAATTAATATGTGTTTAGATTTCAATGGACCCCCCTGTAGAAAG CAGTGTTTTCACTAATACTGAATTAAAGTAGGTGTCTCAGTTTACCAATA GTGCATGAGTGTTGTTTTCTTATATTATTAGTTTGTATACCGAGCGTCTT GTATAAAAATAATACAACTCCCTAAATTATAATCTCATATAATATAAAAT ATAAGTGCATGTTACTCACTTAGAGGGATATGCGAAAATTCTTCTAGCCA TGCGCCATATTTTTTAAACAACAAGCTACAGACTTTCGCGTTTAATATAT TTTTTTAGTTGACTAATGTCCTATTGAATTAGCTTAGTAAAACTTATAAA AGTATTTTTTATACAAGGGAATAATAGTTTTTCCATTATTATTAATTTAG TACTAACCTAAGTATTTATTATTCCTATAAATATTTGTTAACATTGCTAT CTACTATTTATATGAGACGATTTTTGCGTCCGGTTTGGACTGTTTCTTAA TATTTAAGACATGACGTCATAATTTTGAAGACGCTAGATCCCTATATAAA CGCTGGACTTTTAATTATTATCATCATGCTCTTGATATATGCATACACTA TGTTCTAAATGTTTTTTGTCTCCAATGCACTAAGTTAGTCTATAGGAACT TTTTATTTTATCTGGGATGTTCACTCTAAAATGAACGATTTATGCGTTGA CTTGTTCACAGTTTGTTATTGGACATTTGACAGTTAGAAAGTAATTGGAA TGTATAATTTCACTGATTATCACGGCAAGTGTTTTGAATAGTTATGTCAG CAGACAAGGKATTTATTTGACAAAATATACAACACTAGGAAAGTATGTAG ACAGATGTATTCAGTGAATTTGTTGTGCTTATCAAATCAGTTTTGCTGTT TTTCAAAGAGTACTGAGACCTCTCTTTTTAACTGAAAATATGTATTTCAA ACCCTTTTCCAAACTTAAATTAAAATTCTATTGTCTATTATTTGTACATT TTATATCAAATAATTGAATGATGCTCCACTCTACATTGTAAATAGTAATA TGTATTAAGTTCACAGGGGCGTCCAAAGGATTATATATGAATATAAGTTT TTTTTTTTTTTGGGGGGGGGAAGGGCTTCTTGGTTTTTGGAATTTTTTTT GAAAAAATCTTTAAATACTCACAGAAAATTAATTTTTTTAGATATTTTTG AAAAAATTGCAAAAGTACATAGCTATTCTCAAATATATATTTTTTTTTTC GACAAAAAATTCAAAAATTAATTTTCAAATATTATTTTTTTGCGGAAAAA AGCTTCGCAAAATCCATCCCTATTCATAAAAATTGAAGAATATTTAAAAT ATTTGGAAAAAATAAATAAAATCAATTATTAAATTTTTTGCTCTGTTGTA TAATTTGGGCGAATGACTGGACAAAATTTCTCGTAAAAAGTAAAAAATCA TCAACAATTTAGGGGGCTACAACCCCCTATAGCCCACCCCTGCGGACGCC CCTGGTTTATATTCTTTTCCCTTTTGGAATCTTATGAGTAATGTTGCGTC GATTGCGTGTTGGAGTTAATCCTTATTTTAGAAATCCAGTTTTTGAACTA GTGTTGTGTCAGTCCTTATTTAGGACTGAAGACTGTAGTACAATTCAGTA TGCATCCTATACAGTTTGGTCCTTGATGATGTTACACAGCTGTTTATTTT AAGTCAGTTCTAGTAATTATGGTCTGAAGGMCCAGTCGTTTGGMCCSCCC GCCAGTACTAGAGCTGATTAGAAAAAGAAGAAATAAAGTTGAGCGACGTA AAATTAATAAGTTGCAGGACTGAGCGGGACCGAACTAAGAAGGAACTGAA CGGGATTACAGTATTCAGTCCTAAACAAGGACTCACACAATACTAGTTGT AAAATTGGACTTGACTGATTAAATAAGGACTTACTCAACACTACTCATGA TCAAAGTAAATCATCATAGTAGTAGCTTTTTTGCTATCTCTTCATTCAAA GGTGGATGTTTTTGTTTTTTGGGCTATGCCTCTTTTTATGATGATCGTAC ATAAATAAAGGATAATACATAGTGCGAAGTATTGTTTTTATAATTAATGA GATTTTTTTCCCTCCATTTTTAACACGAAATGTTTCTTTTCTTACTAATT AAAAAAAAATTCTTTTTTTCTATCCCTCTTTTCCCCTTTTTATACTTTTT CTTTTTTGATTTCTTGCTTCTTACTTATTTATCACATTTAACAACAATAT ACATACATACATACATCTACCTAAAAGAAGATATCAAGGATGGCATCATC CTCACTCTAACCTATTCCCCCTTTTCTTTACAATGACATCTCTTGTGAGC CAGGAGCCATCCTTGGCCACCATCCCGGAGTCTCCCACTAATGAGAGTGC TCAAAACTCGGCCAAATTATTGTAAGTTTAATGTTCCATTTAAACCCATA CATAATACATTTATTGCACGTTTCTCCTTTTTCCCTCTTTTGCATGAATG ATATTTGTTGTTATTGTCGTTAATTCATATTCTTTATGTAATGTCATCAT GCTTTGTTATTAGTGTTATATTATTATGTATGTATGAATATCAGTGTGTG GTGATCTCTTTTCTCTCTCCGAAACTCTAGCTATGTAGAGTGTTGTACAT ATAAAGAAAGCTGCCTGAAGAAGTAATAGAGCCATCCATGGCTTCACTCG CTTTTTCATCTTTTTATTTTTACATCATTTCATAATTGTATTTTATTCTT ATCAGGAAAATAAAAGAAGGAAAATATACCTACAACTTACTTTTTTTAAA AAAAAGTTGTTTTTCACTTTTTTTTCTATTATAATTTCCTTCATTTCAAA GTAAATATGTATAAATGTGTGCTCAAAGGCGCTTAATTGATCGATGGGAT ATAATTATTGTTGTGCCAGTGCTTATTTATGACTGCTGCTGTCCAGTTCA ATCCCACTTGTCGCTCGTTTAAGAATGTAACATAAATCCATCGAGACGGC ATTGCTTTTTTCTTTTTTTCTTAAATTAAGTTATATAATAGAATAAATTA TATGAGAAAGTTAAAATATAATATATATTATATGCTCGTTTTAAAACGAC CGTTTTCACGTGACATCAGTAATGTTAATGACGGCCACCAAGTTTTATAA CAAAGGAAACCTTTTTTTTTTTTAATATTGGATGTCAAAATGGGACCAAC AAATGAAAGGGCTCTTAAGGGTATTACTGGTTCAAAAATTATATCCTCTT TGCCTAGTTTTATTATATATTTGCCTTTTAAATGTATTCAAAATATGTTA TTACATCATTATAGAGTCTTATTTCAATATTCTAGACAATACATTCAGAA TTAAAAAGATATTTTTCTATAACTATCCTACTTTTCTCGTTCCTAATCGA TCAACACAAATCTAGATATTTCATTCGGGTTTTCAGTACATAATATTTTG ATTTAGTTCAAAAATCACTGTTTATCATTGAAATCAAGTATTATTCAATA CAAGTGTTAATTTCATGTTTATTCATAATGCTATTTCATGGAGTTTTAAC GAGATTTATTCAAAATTTGTCCTTTAATGTAGTAAAAATATTAATTTTGA TCCACCAAGATGGCGTCTCCTTCAATTATGATGTAATTTAAGACTTCAGT GAAAATATTCTAATGAAAACATGGATATTTTTGGCAAGATCTGTGCAATG TTCGTAATGCATATCTCATATATCTTATTTGGTTTAACTAGCCATCGATA TTTTTAGGAAAAGTTTGAAGGACCGACAGTTAAGGGCTACATAATTATGT TGGATTAAATTTGATGGAATCATAACACTGCGGTTCTACTAAAATAATTT TTTCTATCTGAAACTTGAAGGTTTGATTTTGTTTGTGATTAATTGGATTT CGAGAATCCGGTGTTTTTTTCTTTAATCGGAATCGGTATCGGGAAAATAA TGGTTAATTTGCAATTCCGATTCTTATTTATAGTTGTGGATTTAAAAAAA TAATTAAATATCAAATTGTATATTTGAATTTTTTTTTTCTTCAAAAAAAT ACCACTTGCAAAATTATGGTGTTCAGTTTTTAGGATGTGCCGTTAAATTA TTTTTGACAATACATAATCAAAAAGAAAGGACAGTCTGTAAATACTCAAA AAAATTATTTAGATTATATAATGTCCTTTCAGTACTAAAACAAGCTAAAA TTGAGTCTGGTTTACATATATAAGTAATATATTAATTATAAAAATNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN 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NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNTCCTAAATTGATTTTTTTATACTAGAAAATTGTGGAGCA CATTTTCAACCCTTTTATCTGTCAAAAACGAATTATCAATGCTTTGAACT TGTGTACCAACAAAATAAAAAAAAATACATTTGAGAATCGATTAATAATT GAATTTAAAATTACGAAGTATTGGTTTCTTATTGATCAAAATATATATGT ATAACTTATTTAAGAAATTACATATTAACGTAAGAGTGTGTTTCTAAATG TAGTATGTTGTAGTTGTATTTAATTATATGACAAAACGCGTTTATAAGGA ATACTCTACATATGATGAATTCAAATCAAGTTTCTACAAACTCCAAAGTC AATTCTTTTTATTCTCTTCTTATTTTAAAAGTCCTGTTTTGGCGTTAGTT ACATAGAAAGACTGGCAATGAGTCTTTAATGTAAGAGAGCCATAGAGACT ATTAATTTAATAGTGAATTTCATTAATTTACAATTTACAGAAGCCAAAAC GAGGTTTAATTCTATTTTTCTCCCCCTTATTCCTTCCTTCCTTTCTTTCT TTACTAATACATATAATGAAATTGGATCAAATTTGATTAAAACATAAAAA AGTGCATTTAAATGCTGTTGAGTAAGGTTTACATTTTAAATAAAGTATAT TTTGAGCCCTTTTATTGTGTGTGTATGTGACAGTGTGATGTCGCAAGTAA CTTTCTTATAAGGGATGAGTCTTCCATATACATTATGTGGGTAATGAAAT GAGGTTCATATATAGGTATATTTAGCTCAAGCCAAATGGGTTGTCCCTTG TGATCAAAATATTTATTTTCATTTTATACAGGAGCTCAGGGGTTGCCCTA TAATTCCTTTGACATGTAATTTATGTCTTCTTAATGACGTAGGGTGGGTG GGGGAAATTTGGAAGTCAGAAAAGGGGAGACATTAAAGTTTGTAGGATTT CTTTTAAGTGTACCTACATTTTTTCTTTTCTTTTTTTGATCTAGATATCT TTAACTGGAAACCTAGTCGTACTTTCAATGTATCTTTAAATTATGCGTAT GCCTTTTTTTGTTGCCTCGTAAAAAATATATATAATTTACTTACTCATTG CATGCTTACTTTATGTTCATTTATGTACTTGTAATTCATTTATCATTATG AATATCTTCTGTATGTACCGAGTGGTCCATTAAAATATGAACATTTTTAA TTTTAAACTTCAACAAGGTATAATTTATTAATTAACAGTAGAATTTCAAC AAAATTAATTCTATAAATATATATGTGTCTGAGCTCTCTTAATTATTAAT GTAGCCGCCCTTTTGTGGCACTGATGGTTTCCAAGCGGTGGCAGAACACT GCATGCCTACTCCTCAACATGCCCCACAAGTATAGTCGACGTGGTTGGCA TCAGAGAGGTACGGTGGAGGGGAGGGGCAAAAGTGTCACAAAAGAGTCTT GCAAATAAAGAGATGGGGTTCCTTCATTGCTGGTGCAAAACGTGCTCTCT CCACACTAACAAGGCTCTTTCCACCCACTTTCTTGATATCTCTCTAGACA GTCTGGTATGACACCCTGAGATCTCTTGCATGGGCTCTCATGGTGTTGAA GGGATTGGTACGGCCTGTTTTAATTAACTCCTCTGAGTCCATTTTGACCT TTTTGATAGAGCCATTTTTCTTCTTCAACGTTTCGGTCTTGCGACGGCGT AGATAGTGGTCCTGGAGACACTCATCTCCTTGGAGTACGTGAATGGAAAT TCCTCTATCACGTTCAATTGCCATTTTCTCAACTTGTACGTAAGCTAGAG AGCTCAAGTTTTTTATTTTAACTAATTGTTTATGCTTTAATATATCGAAA TATCAATTAATTTCAATCACTCAAGAATTAGTAAGTGATCATATATCATT GGAGCACCCAGTACATTATACTATTGAATGAATTATGTTATGGAAAAATA ATGATGAAGAGAAAATATAGAAATGGAGGTCATTATCCTTAATATAGAAA CTACTACTTTTTTCAATGTGCATTTAGTTATATTTCCATGGAACAATTCA CTCAAATATGTTATAAAGTAAATATATTTGGAGTGAATTGCAAAAGTTAT CGTATTCTATTCATTTTTTGACTTTTCAACTTAAATTTTCAATATTGCAG CTGAACTAGACCTTTTAGAAACAAAAAGTTTTTTCTAAATGAAACCCTAA TTACTTATGCTTCAAATAAGTTCCTTTGGCATAAAAACAATTGAGAAACC GAGTTATTATTAATTTTCTTTTAAATACCTTAAGATATGGCGCTTTTTTT TCTTTTCATGATTGGATGATTGCACATAAAATATTAGCAAATATGTAAAA TGAACAAAAAAAAAATTTCATAAACAAAATTAACTTTTATATCAGCTGTT GTTTTTTTTATACAGTGAAGAGTAAATATACTCAAAATTTCGAATGTATA TAATTCTCGAAAGTCGTACTTTATACAAAATAACTAATTACGGATTCGTG ATTAACTTTTTGACTTGTCTAATGTATATAAAATTATGTAAATCTAGATA TTAAAGTATAATAAACTCAAAGATACTGTTTATTAAAATGATTTAATTTG TGAAACAATCTTATGTACATATCAGCTCGGCTGAAAAGTTCGTAGGCTGA TACATAAAGGGTGCCTCTATAATTAAATAACATGCTTTTTAGTTAGCATC AACCTTCAAACGATACGTGTATAAGTTTGTCAGGAGTCTGACAAATGTTT CGTGAGATTGTGAGTGAAGCCACTTATGTTATTGTTAAAGAAATTGACAA AAAGAATTTCATCTTTTAATGAAGTATTATTTTTAGTAAAAAATAAATAC TGTTGAAGCCAAGGCTTGACTTGATAAACATTATTCGGACTCAGCACGAG CGAGATCAACCGTTGAAAAATGGTTTGCAAATTTAAACAAGGGGAAATTG AGTGTTGAAGACGATGCACGCAGTGGACGTCCAAAAGAGGCAGGTTACAT CAAAAAAGTCTAACGAAATAAATTTGNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNTAATTAAGTAAGTKAARTTARTAYATWTTWKTAGACTCTCTCTCT CTCTCTATATATATATATATATATATATATAACGTGTTGAACATATTGTG TATGWATATTTGTACATACAGAAAACTGTATGCGAAGTGGTGTGCGAACT CATAATCGATCAAAAACAGTAACCTGTTCAAAGTAATTTTTAGTGAAGTT CAGCCGTAACAAATACGGCTTTTTATAAATTTTATGTGACTGTGGATGAA ACCTGGCTCCGTCATTACACTCCAGAGTACAATCAATAGTAGGCTGGCAA GTTAATAACATCTGTCTTCTGGGATGTACATTGTATACTATTAACTAATT ATCTCCAAACAGCAATTATTACATGGCATTGTTGGAGCGTTTGAAAACGG TCCCTATTTAAAGAAGAAAAAAGTGATGTTTCATTAAGACGTGTGTTACA ATTCTCTAAACAACAATGGCAGAATTGAATGGGTTAGGCTACGAATGGCT TTCCAATCTGCTCTATTCTCTAGATCTGGTCCCAGTGACTTTTTTTCTGT GAGCAGTCCTCAAAAGAATGCTCACTCGAGAAAAAAAAATCAGAGGTAAT GAAGAGGTAATCGGGGGAAACTGAGGCCTATTTTGAGACTAAAGAGAAGT CGTACTAAAAAAATGGCATCAGAAAATTGTATGACCGATTAATTATTATA ATCGTTGTATCGCCTTCGGAGGTAATGATACATTAAATAAATAAATCGAA TTTTACTAAATAAATTACTTTGATTGACTACGAGCTTTACAGACAATCTG TTACATATTAGTTACACAATTAAATCATTAATTATAATTATTAAATTATA AATCATATTTAGTTATAATAAGAATGTATTAAAATAAACGTCAATCTCGA TCTTCTTATTCGCTGTGCTTTTCTTTTGGCATGATCCATTTGCACGATCC TCTTACATATTAATATGCATTTGTCACTTGCACACTTGCATTTACATACT AAATTCATTGGTATAATATATAAGTAATCCTATATGTGAACATATGTGCA TAGAAAAGAAAGAAGAAAAATGACCGTGAAATAAGCGATCTTATGCATAC GCAAAATAATGCCTTTCTAAATACCATGTGGTTTTCTATGCCTATGGCTC TTATTTGAAAAAACTTCTCTATATAATCATAGAAGAGAGTTGTAGATAGA TATAGAATTAACACCTAATACTAACGTTGGTATTAGAGGAGTGCTGCTGC TTCTTCTCTCCCCATCGTCAATTATTCAATTAAAGAAATGGCATTTCCTT CCCCTGATATAATAATTTAAAAGAAAAGAAAAGTTTCGACAACATGCATG TATACTTTGTGAAAATATGTGTTTAATCCTAATCTGCAATGCAGATATGT TTAAATATATGTATGTATAATGTATAAACGGAGAAGAAGGGAGGGAGAAG AACTAGCCTCAAGGGGCTGTTGTAGCTTGTACATTCGTACATAGTCCTTC CCTTCAAATAAAAAGCATCCTTCTTTTCTTCTATGTATTTTTATTTCTTT ATTTTAATTTCTTAGTGGCGGGGGGGGGGGGGGAAGAAAGTACCTACATA CCATTATATTAATCTAATTATTCGTATTCATTAACTAGTTTATTAAATCC CTAAATAATACGAGGAAGGATATTTTGAACCTACTGAATTTATTAATTTT TATTACTACTTTTTTTATTGTCCCACTTTTAAAGAGGTTGAGATGGAATA TTAATAAATGTGCTCAATATCTATGTACAGGCCTCTGCAGGATTATATAA ATGTTTTTTTTTTTAGGGTGGGTTGATAAAATAAATCATTATTTTTTTCC AAAAATCCTTAGCAATTCTCAAGAAAATTCTTAGATAATTTTTTTTTTAA CTAAAAAAAAAAAAAATCTAGAGTTATTCACAAAAAATTATTACTATTAT TTTTAATTTTATTTTAAAAATCCAANNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCAAAAAATTCCAAATATT AAATTTTTGGAAAAACATATCAAAATTCCACAGCTGTTAACAAAAAAAAA AATCAAATATTAAATTTTTTGTAAGTGCCAAATGTTTTGACCATTTGTCC CTGTTTGTTGCTACTGCCAATGTATTTTTCTATGTTTCTCTCACTACCAA TAATCATAAATATTACTATTCAAAAATCCATATATAATTTAATTTTCTTG AAAAAAAATTCAAAAATGAAGTGACCATAATTTTTTAGTAAGAACAAACA TTCCTTTATTTGAACGGAGCTACTGTCCCTCCAACCCACCCCCTGCGGAC AACCCTGCTATGTATACAATACATATGATTTATGCTATAACAATAATGAT AAATTGAGAGACCTTCACACTGCATGGCTAAACGTTGTGGACGTTCATAT TCATGAGACATTATACAATTATTTTATATATTTATTTACATAACACGCTA CTACTCCAATAATATGTACATCATAGGTACATGTTTCAATTAAATCAAAT GTATGTACATATTATGTAGATTGTAGACATTGATTTATGATGTATGCATG TACATATATTTGTACAATAATAATGAATATACCTACAATTATTAAAATGC CTCTTATATCCTTTCAGGCGGGTAGCTGGAATAATGAATGGCTACGGAAA TCATCATTCTCCTGATTCAAGTCAACTCTCTGGCTCCAATCTGGGAGGAG ACCTTGAAACTACACTCATTTCCCGGACACAAAAGCAGCATACCACGCAA CAGGTAAGGTTAATAGATCTTTAGTTGGGTAAATATTAAATATATATATT GTGTACAAGTTGCAAATACAAAATGAGATGACTCATTTTAAATGAAGGAA CTACAAGATATTACATATAGTAATGGTATCATTTTTGAATATTTTAATAC AAGTTACTAAAATGCAAGTATTCTATGCCACATTATAAAGTTAAAAGGCC CAAAGTTATACTACTAACAAATACATACTATCAATGTTATTTTAATAGAT AAAAATTAAAATATAGTATCAATTAATAGCTCTTTTTTTTTAGGGGGGGG GGGTTTATTAATATTAATTTTTTGTAAAAATAAATCAAAAAGCCATAGTC ATTAACAAAAAATTAAATTTTTTATAAACAAATTTCAAAAATTTAAGTTC GGATGTTAAATTTTTTTGTCAAAATAAAATTCAAAAATCAATAGCTATTC ACAGAAAATTAAACTTTTGGAAAAAAATTTCAATTATACATTGTTTGGAA AAAAAAAATATATTACTAAATTTTTTGCCTGTTGCATAATTTTCCCGAAT GAAGACAATATTAATTAAAAAGCAAAAATTGCTTAGTTTGGGTGGGGGGC TACAGGCTCTCTAGTCTACCCCTGCGGACGATCCAGTACTTGGTCATTAG AATGACCAATTCTGTAATTAAATAATGCATTTTAAGATGAAGAAATTGAA ATTTGGACAATGTGATTGTATAAGCTGCAACTTGTACACATCACATATAT TGAGTGTTACGTACTATTTATAGCTTTAAAAAATAACGAAAGCAGGCTCT GACAATTCTAACGGTGTGGTGATTTTTTTAAAAGTTTTATAGTTATTTGA AAGCTTTCATTGTATCAAAGAGTTAAATACTAAATAAGAAAACTTGTTGC ACGATTAATACATTGCATTGCATATTTGCCACTTTTTGTATTTATCAACT ACTAAATACATATTACAAGTAATACTAATACTTAATAGGAACACAAATGT CAGCAAATATTTATTTAATAAATTGGATTTGTTATTTAGTAGTAAGGAAG TAAGTGAAATATCTAACATATATGTATACTTTTTTTTTATTCTCTATCAG AGTTAATGTGTTGCCATTTACAGGGAGTATATATATATATATAGAAAGAA ATAGGGAAATACATTCAAGAGCCTTTTTATTTTATGTTCTTGTAAATTTG GTTTACATATATATATATATGTAACTAAGTGTTTGTAAAAATATATATTG AAATAATAAGAAAAATGAGAGAAATGGGGGGGGAAAGAGAAATGAGAACG AACGAACGAACAACGATATTGAGGAGAGTAAAGAAGGGGGACATTATCTA TGATGTACGTACAAGTTGTGTAGGTTATAAAAGAGAAAAGTTGAACAAGT GTGAAAGAAAGAAAAAAGAAATTGTTAATGACTTTCACCTCTTACCATAA ATAAAAAGTACACGCCTAACTCTTAAACTATGCTCATTTATTTGCTAACA ATGTAACAATGATATGATGAATGATATTAATATAATGGAATAAATTTTTT TCTGCTTTGCAATAAGGTCACAACTACAACAAAGACCGTGCGAGAAGTCC AGTACCTGGGTCCAGATGGCACCCCCCTTTCATATATCCCACAACAGGCA GCAGGTAATAATGGAAACGGTTACCGGATAGGCGGGAATTCAACCTATGA GCCCGTCAACACTTACTCCTCTCCTCCATCCAATAGTAGCCATACCTACG GGTCCGGTGGGGGTGACTATGAAAGTCATCGTTTTAATGGGAGTGGAGAT CCTCCTCGTCCACATTCATCACTCCATCATTCAACTCTACATCTCAACGA TGGGAGTGGGGAAGAAATCCCGGCAGACTATCCCCATCGKCCTCCTKCTC CCCCARCCCCCAGTYATAAAAGCAATTCTCCKCCGCCACAGTATCGAGAA CCAGGTATTTACATAACTCTTATTTCTAATTTCATTTTTTAGATATAGAA ACACTATACTGTATGTATGTATGCATGCATGTAGGTATTTACTGTAAAAC CTTTTTCCAGTGTGGAAAGGACCCCACCCCTGGGGGATGATGAGAGTTGA GTAAATCAGATATATACTGTATAAATATGTATTGGAGTAATATTATTATT CAGTCTATGTATGTATAACTTATAAGTATATAATATGTTTCCAAGTACAA TACTACATAATGAATGGCGGMGTGGGCATGGTTTAACCATGCTTATAAAG TAAAAAAGAGAAGGAGAGAGMAATAGGGGAGGGGGGAGGGAATCCAACTA TAGACTTTCCCTCCCCCCCTGCATATATTTTCTTTTCTTCTCTCGTCCGG GCTCTTCTCCTGGGCTGGTAATCCCTTGCTGTCGAAAAGCAAGAGGGAGA AGGAAAAGGCGACAGAGAGCGGAGAAGAACCAAAAACACTAGCCTCCTTT AAAGCAGAAGTAGTAGTAGTTGTTTCAATACCGTCAATGAGTGAGTGTGG TGTGTCCATTTAAAACATCATCATCATCATCCTCCTCCAAATGTGCTGAC TAGTTACTACTTCTAATACTCTACTGCACATATTCATGATCCGTGATTGA GTGAAAAAAGTATGGTGAATATTTCCCCCACCTTTCTTCATGATGTCCAC CCCATTGCTCAATGCATTGAATGCTCCACACACCTCCTCTCCCTCATCGT CTTCTTCCGCTCACTTTAGTAGAAATAACTTATTCCTAGCGACATCATCT CCTCAACCTCCTTTCAATCCAAAGGTGGATGGATCACCCACCACCATCAA GATGAAAAGAAAAAAGATTTTTGAAATTAAACAACTCAACAAAACTTTTT AAAGGATAGTGCAGATAAAAAGTGTGCAGAAGTGTCTCCCATTTCTCTAT ATATACAACTTATCTCCCAAGTCTAAAAAAATAACCAGTGAAAGCATTGA CACTTAGTCGTACACACTCACCCTCCTTCTTCCCCCTCTCTCAATTTAAG ATAGATAAAAAGAAAAGAAACGATCTTCTGTGATAATTATACATTAATAA TAGAGTAATAGTTAATAATAAATAATACACGTTCAGAGAACAGAGTAATA CTAATAGAAATACCAGAATGCCAAGAACTAACACAGTGKCTTTTGCTGAT GAAGNCCAACCACCTCCACCGCCTCAAGGTAAGATCAATCCCGTCTCTCT TACTTATCAATCATGTATCATCACCATCACTCATGTTCCCTCATGTAGTT GTCACGCCATCCAAGCACAAATAAATAGAAAGCAATTGAATATTTAGGTG ATGTAGGTACATAGCTCAAAAAATCTAGTTTAAATTAATTATCAAATATC TACACCATGAAAAAAAAAAAGAAGAGACGCTATTGCATTTGTTTGTTGCA GTTTATTTGGTGGATAAATGGATTATAACCAACAGAATAAAAAAGATTTT GTACGTGATATAATTTTTTTATTTTTGAGGCTCTCTCTAAATTATTTTCC TTGCATGTAGTAATTGTATTTAATTACCAAAACCCAAGAAGAAGCATAGT AGGAATATATATAGATAATATAAAGAAGACTTATATACATCTATCCAATA GACGTCCTCTGTTTACATATAAGTTGTACCTTCATCTCCATATCAGCATA GGACTATTGATCTCCATCTGTACTCTGTAGTCGTTGTTGTTTTCGTCAGG TGTGAAGGATAATACAAATGAACTTGTACTTTTAATAGTAACAATCATAT CAATTTGTCTCTTTCTTTCATGACTGAAGGACATTGACCGGTTAACTTCA TTTCCCAACATAATAGAGGTTATAATTAATGTATTTATTACTCAATGCTC CATTCTATGTATTTACATACATACACATATTATACATACTAAAAGTATCA TCCCTGTAACAATTGTTTATATATACATACTCCATACTTAATGATTTTTC CAACACTCTCACACTCATACACACATTATACACTTTTTTATTCAACACTC AACTCCAATGTTTTAAAAAAAAAAAGAAGAAGATATTACAAAAATATGTA TCAGTTTTCCTTCAGACTCCGTCTTGTTCTTCATTTATGCATTTTCATAT AGATTCATTCTTAATAAATAATCATTTGGAATGAAGAAGTTGTTTATCAA GTAGATACATACATATAACAGTGGGAAAGAGGGGTTAAATCTTCATACTT ACTTACATACATACATACATATTTAGTGTTCCTCTTATATTAATCATGTT ATGTAGAGTATTAGAGATAGATTGTCAAGAAATCACTTCAAGGAAGTGGA AACATTTCCCACAATTAACATACATACCTATTTCGGAATCATTCTCCTTT CTCTCACTCTAGACTATTTACGCTCACAAAACAACTCCGGATCCTATTKC CCTCCAAGGTCGGGCTATGACGAATTGGATKCGKCGRTTATSCCKCCATC CACTCTGCAGCAATACTCATCCAATGGAGGAGGTGAGAGGTCAACCCCCC CCCCCCCCCTCCAAATACAAACTGACTATCAATTTGTTAAATAATTATTT TTTTTCTTCATATTAATTTAATAATTAATTACTGTCCCATCCATTTCATA TATTATTTTATTCATTCACGGTGTATTCACAATTAGGGCGAGTTGCACGT TATAGCTCTGTAGACGAGTCAATAGTACAGGGATCCTTACACAGTTACAA TCCTAACGAATCCGTTTTTGAGGACCCACTTGAGGTCTCACCTAATTTCT CATATCATCAGCATCCACACTATCATCAACCATCACATAGTGGTGGMAGC GGCGGCGGAGGTGGTGGCGAAGAACCTCCTAGAGCTTTATTTGACGACGA ACTCGATGAACCCATTTCCTCACAAAGCCTCTCCATCCAACAACCCATTT ATTCATCACACCAGGCATCACCTCTACCACAAATGTCCAGACCTGATCCT CGTGGTTGGTTACACTACTTTTCCCTTATTTCCTTCATTCCTACTAACAC ACACTCCTTTCCATTATTTATTTATGTTTTTCATGGTTTGATTGGTTTTT CTTTCTTATCACTTGATGTGATCACTACATATGTATTTTCTATCCATGGC GGSTCTTTCTCTTATACATAGCCAACGATGCTGCTGTTTGTAACTTACTT TAATGTTACTCTAAATGTTGTTCTTTAAAGAGTTACAAATAAATCTTCCA AAAAATAATGACTATAATAGGCTTGTGTACGATTTTCTTCCTTTTCTTAT TTTAAAGTTCTTTATTTATAAAACATAATTTATTGCTTTATTTTCTTCTT TCACTAAAATGATTTCTTTATCGTTAAGAAATAAAAATAATAAAAGTAAT GCTTTATAAATGAAAATCTAAATCTACCTTACTGTACACTACATATACAC CATATTTGAAATCTTAAGAACTTGCTCTAAACATCTTGGACTTATGTACA TACTTGAGCTCCTTACTAACCGATTTCCATGTCTCAGGGTTCAATTTGCT TTCTCTTTCTATTTGAATTGCTTTGGACTGCTTTTTAATTCACAAAAAAT ATTATATTTACTTGTATATATTTTGTTCTTTATCTTTAATTATTTCTCAT GTCAATATAGTGACTGGTGTTCATTGGAGAGATCCGGATCTCCATGAGGT GATCGAGTTTCTAAGCAATCCCAATTCCGTGATTAAAGCCAATGCAGCAG CATACCTACAACATTTGTGCTATATGGACGATCCAGTAAAAGCAAAAACC AGACAATTGGGTGGGATCCCTCCCTTGGTAGCTCTTTTGGCAAACGATGT ACCGGAAATATATCGAAATTCTTGCGGTGCTTTAAGGTATTTAAGGTATT ATTCTCATTTATATTAACTGGTGAGTTATTTTCTTTACAGAAATTTGTCT TATGGAAGACAAAATGATGAGAATAAAAGGGCCATTAAGAATGCGAATGG CATTGTCAATCTTGTTCGTCTTCTAAGAAAAACTCCCGATGATGAAGTCA AAGAGTTAGTTACAGGAGTGTTATGGAATCTCTCGTCCTGCGATGTAAAT CATAATAATTTCTCGCTGACTGCTCTGTAGATATTTTAATTATATTTTTC ATGCTATAGGATCTAAAAAGGAATATTATTGATGAAGCTCTATCTGTGTT GGTTAATGTTGTTATCATTCCTCATTCGGGTTGGAGTCCTGCCATGCAGC ATGCAGAGACTTCTTGGACCACAGTATTTCGTAACKCCTCTGGGATCCTA CGGTACCTATTTGAAAWATCTTTTCTTTTTTTTTTTTTTGTATTGACTTA TACAATTGCTGATATAATTGTGATTTTAGTAACGTGAGCTCTGCGGGAGA TTATGGTCGCAAAAAACTTCGAGAAATTGAAGGACTCGTGGATTCCCTTC TGTACCTAGTTCGAAACGCTATTGAAAAGGCAAATATAGACAATAAAAGT GTTGAGAATGGTGTCTGTGTTCTTCGAAACCTATCTTATCGCGCTCAAGA GATAGAAGATCCAAATTACGACAAAAAACAGTTCAATAATATGTTAACAG AGAATCGAGCAGGAACCAAACCTACAAGTGATAATCTCGGATGTTTTGGT GCTTCAAAACACAAACYAAAAGATTCACCAGCCACAACTTCTTCATCGTC TTCCACTTCTAGTCGAGGGAGATCTAGTGGTGGGGGAGGAGGMCCTGTTA AAGGAATGGACTTACTATGGCAACCAGAGGTAGTATGAAATATTGTCACT TTTCTCTTTGAACAATTTTATTTTGATTCCCCCCCCTCTAATTTAGGTTG TCCAACCATATTTAAACCTCCTGTCTAATTGCTCGAATCCTGAGKCTCTA GAAGCTGCTGCAGGMGCAATTCAAAACTTATCTGCCTGTTATTGGCAACC TTCCATTGATGTACGAGCTGCAGTTAGAAAAGAAAAAGGGCTTCCTATTC TTGTTGAACTCTTGAGGATGGAAGTTGATCGGGTTGTTTGTGCAGTTGCA ACTGCACTCAGAAATCTAGCTATTGATCAACGCAACAAAGAACTAATAGG TGTGTTTAAATAAAACTTGGTATGATAATTGAGATTAACATATATACTAC CTTAACTATAGGAAAATATGCAATGCGAGACTTAGTTCAGAAACTCCCTG GTGGTAATGCACAGCATGATCACGGTACATCTGACGATACTATTGCTGCT GTTTTGGCGACTCTTAATGAAGTTATTAAAAAACATCCAGAGTTCTCCAG GTAGATTGCGTTCATATGTGGCATTCCCTGCAATATGTTATGCCACATTT CTGTATTTGTAGGTCATTACTGGAAGCTGGTGGAGTGGATCGGCTCATGA ATATAACAAGACAGCGGCAAAGATATACTCCCCGCGTCGTCAAATTTGCA AGTCAGGTTCTTTATTCCATGTGGGTCCATCAAGAACTACGGGACGTTTA TCGAAAGGCAGGATGGAAGGAACAAGACTTTGTTACCAAAACTGTCGCAG CTCGAAACGCCCGTCCTAATTCACCAACAAATTTAAATTCCACTCTTAAC CGACCTATGGCTTCACAGTCTGGYACACGGMATGAAGACCGAAKGATCCA GAGAGGAGGYGCACGATCCGTCACAGGGCCTTCCGGTGTTTCTTCTTCCT CCAACAATGTCGTGGCTTACAATGTATTCGTACTTAATACTTGCACTCTA TTTTTCATGAACTAATTTTTATCATAAATTATAATTTCAGCCTGAGGAAG TTCCCATGGAGAATTTATCTCTATACGGTAGCCAAAGAACTCACCAAATG TATGCTGGAGGAAATCATTTGGTAATTACTATTTATTAAAACATATTTAG ATTTACTTGATCACTTTTAACACATACAAATATATATATATTTACACACC TAATTGTGTGTTTGTGTGAAGCAATAACTTTGAATCACTGATCTTTTCAC TTAAATTTATTTGTAAGTTGAGCAAACACAAAAACTTACTGCAGCAATTT ATCTCGCATTAGTTTCGTTCATTACTTTTGTTTTATACTCAAAATATGTG TAAGGTGCTTGTATTTTGATTCATACAAAAGTTGAATTTTATACTGAATT AGGTACTTACCAACAAATAATGATTCTTTATTTTTTTTTATTCTTTATTC CATTTTTCCCTCTTTCTTTTTTTTTCTTCTTTTTTTAATTGCTTAGCCTG AGAACAGCTATTAAACAAAGGAAAATAAATAGCTTTTTCTTCATAGACAG ACACAAACTACATACACTCTACGATCACATCTTCAAATATAGTTTTAAAA AACTCTGTTATTGTTTTCCATTTAATGTTTAAATTTTATATGTATGAAGA GAAATTGCTTTCCATCTTGACGACAGTATCAAAAAGGCAGACATAATTAG ATATCCTATAAAGAAAGAAACAAAAATCTTTTCTTTTTTGGGAAACAATA TTATCTCTCAAAAAGCGGTGGGTTTTTCTTCTTTATAATCTTTATCATTT ATTTATAAATTGTTTATTAGAGTAACAAATAGGAACCTCCTCTACATAAA TGTTCGATGTTGTTTTATTCTTTTTTAGTCAATTCTAATTTATTCTAATT TGCAATCCTTTTTGTTCAATGTTGGGAACATCATTTATATATCGTTACAT ATTAGAGAGCAGTAAAACTTGTGCTCAGGGTTGTACTTTTGAGTCATTGC TCCGTAATTTACACGCCATCTAAGACTCCATGTTAAATTTGTAACTGAGA GTTCTAGATCGAGTCTACCGCATTTTTAATTGAAGTTACATTTTTCTTGA TATTGACCATAAATTTGTACTGCCACCTTATAATGTATATCAGGGGTCGG GAACCTTTTTTGCCGAGGGAACCATGAACGCAACATTTTTTTAAATGTAA TTCCGTGAGAGCCATACAATACGTTTAACCCTAAATGAAAGTAGATGTGT GCATTTTATGTAAGACCAACACTTTTTAAGTACCAAAAGTCTCTGAATTC TTATTAGTATATATTTTTTTAAATTCCAAATATTAAAATTTTGGCTCTGC TGTACATATCATTTGCCCGAATGGCTTATTTTAGAAAAGAAATCCTCCTA TTTTAGAGTGATTTTTTTATTTCTCACAAATAATTATTTTAATAAAAACC CAAAAATTCAAAATGCATTATCCTTTTTTTAAATTAAAATCTGTCTACAA CCCATATACAGTCATCAAAAGAGCCATATCTGGCTGGTGAGTAATTGGTT CCCGACCCCTGATGTGGGTGAACAAAGATGGAAAAATTGGCTAAATCTTC GTGAGTGAAAGTTAAAAAGAAAAGTTGGTAGTCTTTGATAGACTACATAT CAACTGAAAAAATCACTTATTTAACTATGCGCTCCTTACTCGCAAATACG TTTCAATCTTCAAAATAGTGAGAAATAATTAATAAGAGCACAAATATCTT GCAGATTACCAATATATACTCACGAGGATTTGGACAATTTCCACTTCCCT ACATATGTATGAATAAAAGAGAATAAAATTTGAATGAGTTGAGCATATTT TATGTTATGAGTATACTATGACTTTTTTTTTCATTCTTCATAAATGTACA TTAATTTTATTATTAATAATATTATAAGTAGATAAAGAGGATTAAAAATT AAAATTGAAAAAAAAGATTCTTATATTACAAGTGGTTATTATTTTTACTA CTATTTACGATTTTAATGTTTCTTATTTCAAATATTATGTATGAATGTGA CTACATAATATATTTTAATGGAATAAGAGCCCCTCAGCGGGAGCTTGTTT TAATATATTTATACTTTTTTTAAGTAAGTAGTTGGAACAAGCATGGATTA ATTATTATAACTCCTTATACCTCGTTTCATTCACCTCATATTTTATGCGT GTTTTTTTTATGAATGCAAACGTATTCGTGGGATATTTTGATCTACAAAG GTACAATCCTTTCATATGATGTGTAAAATATAAGTTCAGAAACATCTTGG CGGGCATTCATTAAATTTTTTTTTGTTAAAATTTGAAATATTTTATGGAA TATTTGTTTTTTATTTTTGTCAAAATAGAAAATACATTCAAACAATGAAT TAATTATGCTGTTTTTTTTTAAAGTTTAAGAATTTCTTTCCTTTTTATTC AAAAAAAAAAAAAAAGGTCATACATCCTTAATAAAAAAAATAATAAATTT TTATACAAAAAAAAAAAAAAAAGTAGAAAAATCTTAGTCATGGCAATGAT GGATGCTTTATCATATTGTTGTTCTATCAGCAATATTTGTCCATGACTAT TTATGTATAATACTCGTAGTTAAATATTTTATTGAAGGGAAGGATTTTGC ATGCATATATATCCAAATATAGTTAGATAATTATCCTTAAAAATAGTTAC GAGAAATATGAAATGTGAGGAAAATGAATTAGAAATTCACTGCATGTCTA ATTTACAAAGCCATTCATTAGGGACGGCGTCCACATGGGGGTTGCTGGAG GGATTTTAGGCCCCCTCCCCCCCCCCCCACTATATTTGTTTTAAATTAAT AAATGAATTTTTGCTTTTTAACTAAAAAAAATTAATATTTGAAATTTTAA TTAAATTTTTCAAATTATTTTTCCAAAAAAATTAAATATCGCTACCTAGC TATGGATTTTTGAAATTTTTGTCCAAAAAATTTATATTTGAAATATAATT TTTGAAATTTTTTTTGTTAACAACTGTGAATTTTTGAATTCTTTTCAGAA TAACTATGGATTTCTTAATTATTTTATTTTTTCCCGAAAAATTTAATATT TTGTGAATGTCAGTTTATTCAAAAAGTTTTAATTTTTTGATTTTTTTTTC AAAGAAAATCCAAAAAAAAACCANNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNTATATAGTAATAATATATTTATATTTAAC CTGCGGACGCCCCTCCTAATATGTAGTAATTTTTCCCTACCTAATATTAG ATGTAATCAATAGCATGGGTACCCACGTTCTTTACCATTCTAAACACTCT CATTGACATACTATATATACATTTCATTTTTCAGGGAGGTTTTGGTGGTG GAGAGCCCGTCTATGCTCAAGTGAATCGAGATCGTAAAAAGAATCGCTCA GACTCTCTAGTAGGACATCCTCTATCCTCCCTCAACAATCACCATCATGT TCACCATCATCATAACTTGGACTATTCTAACCATTCCGACCATTGGCATA TGGGAAATGCATCGCAGCAGCAGCAGCGTGGATTGATTCTGGATAGAGGA AATATTTCTAGCACGACTGTTATTCCTCCTGGTCAAAGTTCAAATTCTGT CGCTGGAGATTCCTGGGTGTAAAAATACAAAATAATGAATTATTAATAGA GACATTCATTTATTACAACATATTTATTATACCGCTATAACTACTACTAT TATTATAATTAATAATTATTATTCATTGGTTTGATATAGAAGAACCTTTG CTCTTTAATTTTTCCTCTATTTCTCTCTCGTCTCCTTCCTCAAAATGCAA ATGTTATTTTTCCACATTTGTTTCTATATACTTATTATATAACGTATTTT TTAAGAAAGAAAATTTAGCCTCTGAAAGTTTTTGTTTGTATTTATTTATG TATATATANCAGACATATTATAAATAGATATGCTAATTACACATTTTACA GATATTATTCATTCTATGATAATTATCTACATAACCCCAAGGCCCCTCTC ATTCTCCCAATCCCTTATCACCGCCCCATTGATGTATTGTCCCTTTTTTT CTACTACATACGTCTCTAATGTTGTGTTTAAATTTATTATGAACTTAAGA CTTGCTTACGAGAGCCACACACTCTGTACTGGAAATAGGTGAGCCATTTG GGATATGTTTTCTTTTTTTATAACAATAATATTATTACGTTGAATTTTTT TTTTTAAAGCTCAAAACGTTACAACCTAAGAACGTGAAATAAATCCACCC TGTACCACATGCGAATCTCTCTTTTCCCCCTTGTTCTACAGTTTATATTC AATATTATTATTTCAACTATGGGATGTTTTCTATAAATATATATTTTTTA AAATAATTCTCGGTTGTACATATCACAAAAAGAAAAAAAAATAATAAATA ATCTATTATACAATTACATCTGTAGTAATTATAATGATTCCAAG
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