EMLSAG00000000306, EMLSAG00000000306-683072 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000000306
Unique NameEMLSAG00000000306-683072
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:Cbp53E "Calbindin 53E" species:7227 "Drosophila melanogaster" [GO:0006874 "cellular calcium ion homeostasis" evidence=ISS] [GO:0005509 "calcium ion binding" evidence=ISS;NAS;TAS] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF00036 Pfam:PF13202 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 EMBL:AE013599 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 EMBL:X68566 EMBL:S59242 EMBL:S59190 EMBL:S59191 EMBL:AY058340 PIR:S37695 RefSeq:NP_476838.1 UniGene:Dm.4858 ProteinModelPortal:P41044 SMR:P41044 DIP:DIP-754N STRING:7227.FBpp0086204 PaxDb:P41044 PRIDE:P41044 EnsemblMetazoa:FBtr0087056 GeneID:36905 KEGG:dme:Dmel_CG6702 CTD:36905 FlyBase:FBgn0004580 eggNOG:NOG299305 GeneTree:ENSGT00390000013118 InParanoid:P41044 OMA:EENFLLF OrthoDB:EOG71G9VB PhylomeDB:P41044 GenomeRNAi:36905 NextBio:800960 Bgee:P41044 Uniprot:P41044)

HSP 1 Score: 471.855 bits (1213), Expect = 3.176e-166
Identity = 231/294 (78.57%), Postives = 260/294 (88.44%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKK-DYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD  SRE+ KLSA QFM+VW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAV+D+ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+D SG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTKEDIE VFSLYDRD +GTIENEEL GFLKDLLELVKK DYD+ DLA FE+TI++G   ++ GKISRKELTMILL LAK   DD
Sbjct:   15 EKAHNFMRQYRDPESRELKKLSANQFMDVWAHYDKDGNGYIEGTELDGFLREFVSSANATDISPEAVTDTMLEELKSCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDNSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKEDIEKVFSLYDRDNSGTIENEELKGFLKDLLELVKKDDYDAQDLAAFEETIMRGVGTDKHGKISRKELTMILLTLAKISPDD 308          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:scgn "secretagogin, EF-hand calcium binding protein" species:7955 "Danio rerio" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13202 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 ZFIN:ZDB-GENE-041010-82 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 eggNOG:NOG299305 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB HOGENOM:HOG000231866 HOVERGEN:HBG000855 TreeFam:TF325083 CTD:10590 EMBL:BC083168 RefSeq:NP_001005776.1 UniGene:Dr.89417 PDB:2BE4 PDB:2Q4U PDBsum:2BE4 PDBsum:2Q4U ProteinModelPortal:Q5XJX1 SMR:Q5XJX1 STRING:7955.ENSDARP00000076090 Ensembl:ENSDART00000081649 GeneID:573010 KEGG:dre:573010 InParanoid:Q5XJX1 OMA:MMELVQP EvolutionaryTrace:Q5XJX1 NextBio:20891028 PRO:PR:Q5XJX1 Bgee:Q5XJX1 Uniprot:Q5XJX1)

HSP 1 Score: 237.269 bits (604), Expect = 7.406e-75
Identity = 117/265 (44.15%), Postives = 177/265 (66.79%), Query Frame = 0
Query:   31 LSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQL-LPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKL-TKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            L AA F+++W H+D+D NG+IEG ELD F +  +  +   +     ++D  + ++K+ F+ AYD   DG+++I ELA + LP EENFLL+FR + PLD+SVEFMK+W +YD+D SG I A ELKNFL+DL  Q KK   +  ++L +YTD M+++FD NKDG+L L+++A++L ++ENFL +     S+++  K D E +F+ YD    G +E  E+ GF+KD++ELV+      DL  F + +L  CD N+DGKI + EL + L
Sbjct:    8 LDAAGFLQIWQHFDADDNGYIEGKELDDFFRHMLKKLQPKD----KITDERVQQIKKSFMSAYDATFDGRLQIEELANMILPQEENFLLIFRREAPLDNSVEFMKIWRKYDADSSGYISAAELKNFLKDLFLQHKKK--IPPNKLDEYTDAMMKIFDKNKDGRLDLNDLARILALQENFLLQFKMDASSQVERKRDFEKIFAHYDVSRTGALEGPEVDGFVKDMMELVRPSISGGDLDKFRECLLTHCDMNKDGKIQKSELALCL 266          

HSP 2 Score: 102.834 bits (255), Expect = 5.698e-24
Identity = 60/194 (30.93%), Postives = 113/194 (58.25%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFD--NPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKE 206
            NF+  FR    RE    ++ +FM++W  YD+D +G+I   EL  FLK+            + +  + L E  +  ++ +D N+DG++++ +LA++L ++ENFLL F+ D  + ++   +F K++  YD   +G++E  E+  F++D+++  + S  +S  +L ++ + +L   D NKDGK+Q SE+A  L +K 
Sbjct:   89 NFLLIFR----REAPLDNSVEFMKIWRKYDADSSGYISAAELKNFLKDLFLQ------HKKKIPPNKLDEYTDAMMKIFDKNKDGRLDLNDLARILALQENFLLQFKMDASSQVERKRDFEKIFAHYDVSRTGALEGPEVDGFVKDMMELVRPS--ISGGDLDKFRECLLTHCDMNKDGKIQKSELALCLGLKH 270          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:SCGN "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13202 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB TreeFam:TF325083 CTD:10590 OMA:MMELVQP EMBL:AADN03002346 EMBL:AADN03002592 RefSeq:XP_419087.2 UniGene:Gga.15222 ProteinModelPortal:E1BY74 Ensembl:ENSGALT00000022124 GeneID:421001 KEGG:gga:421001 NextBio:20823836 PRO:PR:E1BY74 Uniprot:E1BY74)

HSP 1 Score: 230.335 bits (586), Expect = 4.341e-72
Identity = 118/266 (44.36%), Postives = 176/266 (66.17%), Query Frame = 0
Query:   30 KLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQ-LLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTR-QVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            +L AA F+  W  +D+D NG+IEG ELD F +  +  +  ++     +++  +  +KE F+ AYD   DG+++I+ELA  +LP +ENFLLLFR + PLD+SVEFM++W  YD+DGSG I A ELK+FLRDL  Q  +   V+E +L +YTD M+++FD NKDG+L L+++A++L ++ENFL + ++   ST+  + D E +F+ YD    G +E  E+ GF+KD++ELVK      DL  F   +L  CD NRDGKI + EL + L
Sbjct:    8 RLDAAAFLGAWRRFDADDNGYIEGKELDNFFRHLLEKLRPDD----TITEEEVQRMKEQFMSAYDVTTDGRLQIQELANVILPDDENFLLLFRRETPLDNSVEFMRIWRSYDADGSGFISAGELKDFLRDLFLQHNRV--VTEVKLEEYTDTMMKIFDKNKDGRLDLNDLARILALQENFLLQFKMDACSTEERRRDFEKIFAHYDVSKTGALEGPEVDGFVKDMMELVKPSISGVDLDKFRQILLNHCDVNRDGKIQKSELALCL 267          

HSP 2 Score: 108.612 bits (270), Expect = 5.758e-26
Identity = 64/195 (32.82%), Postives = 114/195 (58.46%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFD--NPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKEN 207
            NF+  FR    RE    ++ +FM +W  YD+DG+GFI   EL  FL++     N        V++  L E  +  ++ +D N+DG++++ +LA++L ++ENFLL F+ D  +  +   +F K++  YD   +G++E  E+  F++D+++  K S  +S  +L ++  ++L   D N+DGK+Q SE+A  L +K N
Sbjct:   90 NFLLLFR----RETPLDNSVEFMRIWRSYDADGSGFISAGELKDFLRDLFLQHN------RVVTEVKLEEYTDTMMKIFDKNKDGRLDLNDLARILALQENFLLQFKMDACSTEERRRDFEKIFAHYDVSKTGALEGPEVDGFVKDMMELVKPS--ISGVDLDKFRQILLNHCDVNRDGKIQKSELALCLGLKLN 272          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:CALB2 "Calretinin" species:9031 "Gallus gallus" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005921 "gap junction" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF00036 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 eggNOG:NOG299305 HOVERGEN:HBG000855 CTD:794 EMBL:X62866 EMBL:Y00625 PIR:S34773 RefSeq:NP_990647.1 UniGene:Gga.4978 ProteinModelPortal:P07090 SMR:P07090 BioGrid:676515 IntAct:P07090 STRING:9031.ENSGALP00000003665 PaxDb:P07090 GeneID:396255 KEGG:gga:396255 NextBio:20816307 PRO:PR:P07090 GO:GO:0005921 Uniprot:P07090)

HSP 1 Score: 228.024 bits (580), Expect = 3.104e-71
Identity = 129/269 (47.96%), Postives = 182/269 (67.66%), Query Frame = 0
Query:   27 EINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
             + +LSA+QF++VW H+D+DGNG+IEG EL+ F +E  S+      G ++  DS+  ++KE F+  YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KL+ E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+     L ++  +I+   D    GK+ RKEL ++L +
Sbjct:   10 HLAELSASQFLDVWRHFDADGNGYIEGKELENFFQELESARKG--TGVDSKRDSLGDKMKE-FMHKYDKNADGKIEMAELAQILPTEENFLLCFR--QHVGSSSEFMEAWRRYDTDRSGYIEANELKGFLSDLLKKANRPYD--EAKLQEYTQTILRMFDMNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLSSEEFNAIFAFYDKDGSGFIDEHELDALLKDLYEKNKKEMSIQQLTNYRRSIMNLSD---GGKLYRKELEVVLCS 265          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:CALB2 "Calretinin" species:9031 "Gallus gallus" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005921 "gap junction" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF00036 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GeneTree:ENSGT00390000013118 EMBL:AADN03006340 Ensembl:ENSGALT00000042987 Uniprot:R4GHZ6)

HSP 1 Score: 229.18 bits (583), Expect = 4.263e-71
Identity = 129/269 (47.96%), Postives = 182/269 (67.66%), Query Frame = 0
Query:   27 EINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
             + +LSA+QF++VW H+D+DGNG+IEG EL+ F +E  S+      G ++  DS+  ++KE F+  YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KL+ E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+     L ++  +I+   D    GK+ RKEL ++L +
Sbjct:   52 HLAELSASQFLDVWRHFDADGNGYIEGKELENFFQELESARKGT--GVDSKRDSLGDKMKE-FMHKYDKNADGKIEMAELAQILPTEENFLLCFR--QHVGSSSEFMEAWRRYDTDRSGYIEANELKGFLSDLLKKANRPYD--EAKLQEYTQTILRMFDMNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLSSEEFNAIFAFYDKDGSGFIDEHELDALLKDLYEKNKKEMSIQQLTNYRRSIMNLSD---GGKLYRKELEVVLCS 307          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:CALB2 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005921 "gap junction" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13405 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB TreeFam:TF325083 GO:GO:0005921 OMA:SSTEFME EMBL:FP102381 RefSeq:XP_005664415.1 UniGene:Ssc.8159 Ensembl:ENSSSCT00000003025 GeneID:100127479 Uniprot:F1S3E7)

HSP 1 Score: 226.483 bits (576), Expect = 1.212e-70
Identity = 125/268 (46.64%), Postives = 183/268 (68.28%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD++  ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L ++  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMVSKSDNLGEKMKE-FMQKYDKNADGKIEMSELAQILPTEENFLLCFR--QHVGSSTEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTAEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTNYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:CALB2 "Calretinin" species:9913 "Bos taurus" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005921 "gap junction" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13405 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB TreeFam:TF325083 GO:GO:0005921 OMA:SSTEFME EMBL:DAAA02046766 EMBL:DAAA02046763 EMBL:DAAA02046764 EMBL:DAAA02046765 Ensembl:ENSBTAT00000001426 Uniprot:F1MJW8)

HSP 1 Score: 225.713 bits (574), Expect = 2.166e-70
Identity = 125/268 (46.64%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD++  ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTATQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMVSKSDNLGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSTEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTSYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:Calb2 "Calretinin" species:10116 "Rattus norvegicus" [GO:0005921 "gap junction" evidence=IEA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13405 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 RGD:620981 GO:GO:0005634 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0051480 eggNOG:NOG299305 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB HOGENOM:HOG000231866 HOVERGEN:HBG000855 TreeFam:TF325083 CTD:794 GO:GO:0005921 OMA:SSTEFME EMBL:X66974 EMBL:BC087603 PIR:S25006 RefSeq:NP_446440.1 UniGene:Rn.10321 ProteinModelPortal:P47728 SMR:P47728 STRING:10116.ENSRNOP00000022943 World-2DPAGE:0004:P47728 PaxDb:P47728 PRIDE:P47728 Ensembl:ENSRNOT00000022943 GeneID:117059 KEGG:rno:117059 UCSC:RGD:620981 InParanoid:P47728 NextBio:619912 PRO:PR:P47728 Genevestigator:P47728 Uniprot:P47728)

HSP 1 Score: 225.328 bits (573), Expect = 3.191e-70
Identity = 125/268 (46.64%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD+   ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMMSKSDNFGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTTYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:Calb2 "calbindin 2" species:10116 "Rattus norvegicus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005509 "calcium ion binding" evidence=IDA] [GO:0005575 "cellular_component" evidence=ND] [GO:0005634 "nucleus" evidence=IDA] [GO:0005737 "cytoplasm" evidence=ISO;IDA] [GO:0005921 "gap junction" evidence=IEA;ISO] [GO:0008150 "biological_process" evidence=ND] [GO:0051480 "cytosolic calcium ion homeostasis" evidence=IDA] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13405 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 RGD:620981 GO:GO:0005634 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0051480 eggNOG:NOG299305 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB HOGENOM:HOG000231866 HOVERGEN:HBG000855 TreeFam:TF325083 CTD:794 GO:GO:0005921 OMA:SSTEFME EMBL:X66974 EMBL:BC087603 PIR:S25006 RefSeq:NP_446440.1 UniGene:Rn.10321 ProteinModelPortal:P47728 SMR:P47728 STRING:10116.ENSRNOP00000022943 World-2DPAGE:0004:P47728 PaxDb:P47728 PRIDE:P47728 Ensembl:ENSRNOT00000022943 GeneID:117059 KEGG:rno:117059 UCSC:RGD:620981 InParanoid:P47728 NextBio:619912 PRO:PR:P47728 Genevestigator:P47728 Uniprot:P47728)

HSP 1 Score: 225.328 bits (573), Expect = 3.191e-70
Identity = 125/268 (46.64%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD+   ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMMSKSDNFGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTTYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. GO
Match: - (symbol:Calb2 "calbindin 2" species:10090 "Mus musculus" [GO:0005509 "calcium ion binding" evidence=ISO] [GO:0005634 "nucleus" evidence=ISO] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005921 "gap junction" evidence=IDA] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0051480 "cytosolic calcium ion homeostasis" evidence=ISO] InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13405 Pfam:PF13499 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 MGI:MGI:101914 GO:GO:0005634 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0051480 eggNOG:NOG299305 GeneTree:ENSGT00390000013118 OrthoDB:EOG71G9VB HOGENOM:HOG000231866 HOVERGEN:HBG000855 TreeFam:TF325083 CTD:794 GO:GO:0005921 OMA:SSTEFME EMBL:AB037969 EMBL:BC017646 EMBL:U34818 EMBL:X73985 PIR:S41476 RefSeq:NP_031612.1 UniGene:Mm.2755 ProteinModelPortal:Q08331 SMR:Q08331 IntAct:Q08331 PhosphoSite:Q08331 UCD-2DPAGE:Q08331 PaxDb:Q08331 PRIDE:Q08331 Ensembl:ENSMUST00000003754 GeneID:12308 KEGG:mmu:12308 UCSC:uc009nko.1 InParanoid:Q08331 NextBio:280848 PRO:PR:Q08331 Bgee:Q08331 CleanEx:MM_CALB2 Genevestigator:Q08331 Uniprot:Q08331)

HSP 1 Score: 225.328 bits (573), Expect = 3.553e-70
Identity = 125/268 (46.64%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD+   ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMMSKSDNFGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTTYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592771667|gb|GAXK01182901.1| (TSA: Calanus finmarchicus comp289939_c6_seq1 transcribed RNA sequence)

HSP 1 Score: 276.559 bits (706), Expect = 7.855e-92
Identity = 132/170 (77.65%), Postives = 152/170 (89.41%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQV 184
            NF+RQFR+  SRE+NKLSA QFMEVWDHYD+DGNG+IEG EL+GFL+EFVSSVN++    + VS   L EL+ECF+EAYDDN DGKI+IRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLW+QYD+DGSG IEADELKNFLRDLLK+A KS +V+ED+LI+YTD MLQV
Sbjct:   46 NFLRQFRNAESRELNKLSAVQFMEVWDHYDNDGNGYIEGDELNGFLREFVSSVNADPNEAQEVSGVDLEELRECFMEAYDDNNDGKIDIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWYQYDTDGSGYIEADELKNFLRDLLKEASKSQEVTEDKLIEYTDTMLQV 555          

HSP 2 Score: 97.0561 bits (240), Expect = 4.135e-23
Identity = 56/154 (36.36%), Postives = 96/154 (62.34%), Query Frame = 0
Query:  128 SSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAK----KSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKL-TKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSD--LADFEDTILK 274
            S+V+FM++W  YD+DG+G IE DEL  FLR+ +        ++ +VS  +L +  +  ++ +D N DGK+ + E+A+LLP++ENFL   +F+    L +  +   ++  YD DG+G IE +EL  FL+DLL+   K  + ++  L ++ DT+L+
Sbjct:   97 SAVQFMEVWDHYDNDGNGYIEGDELNGFLREFVSSVNADPNEAQEVSGVDLEELRECFMEAYDDNNDGKIDIRELAQLLPMEENFLL--LFRFDNPLDSSVEFMKLWYQYDTDGSGYIEADELKNFLRDLLKEASKSQEVTEDKLIEYTDTMLQ 552          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592771664|gb|GAXK01182904.1| (TSA: Calanus finmarchicus comp289939_c6_seq4 transcribed RNA sequence)

HSP 1 Score: 220.32 bits (560), Expect = 2.088e-70
Identity = 104/134 (77.61%), Postives = 119/134 (88.81%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIE 148
            NF+RQFR+  SRE+NKLSA QFMEVWDHYD+DGNG+IEG EL+GFL+EFVSSVN++    + VS   L EL+ECF+EAYDDN DGKI+IRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLW+QYD+DGSG IE
Sbjct:   46 NFLRQFRNAESRELNKLSAVQFMEVWDHYDNDGNGYIEGDELNGFLREFVSSVNADPNEAQEVSGVDLEELRECFMEAYDDNNDGKIDIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWYQYDTDGSGYIE 447          

HSP 2 Score: 82.0333 bits (201), Expect = 3.808e-18
Identity = 44/119 (36.97%), Postives = 74/119 (62.18%), Query Frame = 0
Query:  128 SSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQA----KKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKL-TKEDIESVFSLYDRDGNGTIE 241
            S+V+FM++W  YD+DG+G IE DEL  FLR+ +        ++ +VS  +L +  +  ++ +D N DGK+ + E+A+LLP++ENFL   +F+    L +  +   ++  YD DG+G IE
Sbjct:   97 SAVQFMEVWDHYDNDGNGYIEGDELNGFLREFVSSVNADPNEAQEVSGVDLEELRECFMEAYDDNNDGKIDIRELAQLLPMEENFLL--LFRFDNPLDSSVEFMKLWYQYDTDGSGYIE 447          

HSP 3 Score: 50.0618 bits (118), Expect = 7.493e-7
Identity = 29/82 (35.37%), Postives = 44/82 (53.66%), Query Frame = 0
Query:  218 TKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSS------DLADFEDTILKGCDFNRDGKISRKELTMIL 293
             KL+      V+  YD DGNG IE +EL+GFL++ +  V  D + +      DL +  +  ++  D N DGKI  +EL  +L
Sbjct:   88 NKLSAVQFMEVWDHYDNDGNGYIEGDELNGFLREFVSSVNADPNEAQEVSGVDLEELRECFMEAYDDNNDGKIDIRELAQLL 333          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592864043|gb|GAXK01093519.1| (TSA: Calanus finmarchicus comp3609902_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 211.075 bits (536), Expect = 1.848e-66
Identity = 99/164 (60.37%), Postives = 137/164 (83.54%), Query Frame = 0
Query:   98 DGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYD 261
            +G+++IR+LAQLLPMEE FL++FR ++PLDSSVEFMK+W+++D++ +G IE +EL++FL  LL+ A+ S +V+++EL +YT+V+L++FD N DG L LSEM KLLPVKENFL  Q+F GS +LT++DI + F+ YDRD NG IENEEL GFLKDLLEL +K+YD
Sbjct:   16 EGEMDIRQLAQLLPMEEKFLMMFRINHPLDSSVEFMKVWYRFDTNCNGFIEEEELRDFLAFLLQTAEASKEVTDEELAEYTEVILKIFDVNNDGVLHLSEMGKLLPVKENFLNSQIFLGSDELTEDDIANTFTFYDRDCNGVIENEELKGFLKDLLELARKEYD 507          

HSP 2 Score: 84.7297 bits (208), Expect = 6.738e-19
Identity = 53/139 (38.13%), Postives = 82/139 (58.99%), Query Frame = 0
Query:   32 SAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFL--LLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSND 168
            S+ +FM+VW  +D++ NGFIE  EL  FL   + +  +++     V+D  LAE  E  L+ +D N DG + + E+ +LLP++ENFL   +F   + L    +    +  YD D +G IE +ELK FL+DLL+ A+K  D
Sbjct:  106 SSVEFMKVWYRFDTNCNGFIEEEELRDFLAFLLQTAEASK----EVTDEELAEYTEVILKIFDVNNDGVLHLSEMGKLLPVKENFLNSQIFLGSDELTED-DIANTFTFYDRDCNGVIENEELKGFLKDLLELARKEYD 507          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592771670|gb|GAXK01182898.1| (TSA: Calanus finmarchicus comp289939_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 101.679 bits (252), Expect = 6.256e-25
Identity = 49/61 (80.33%), Postives = 57/61 (93.44%), Query Frame = 0
Query:  240 IENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQG 300
            IENEEL GFLKDLLELVKKDYD++DLADF +TI+KGCD NRDGKIS+KELTMIL+AL++ G
Sbjct:  314 IENEELSGFLKDLLELVKKDYDTTDLADFAETIMKGCDTNRDGKISKKELTMILIALSE*G 496          

HSP 2 Score: 37.3502 bits (85), Expect = 2.120e-2
Identity = 20/56 (35.71%), Postives = 35/56 (62.50%), Query Frame = 0
Query:  147 IEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL 202
            IE +EL  FL+DLL+  KK  D ++  L  + + +++  D+N+DGK+   E+  +L
Sbjct:  335 IENEELSGFLKDLLELVKKDYDTTD--LADFAETIMKGCDTNRDGKISKKELTMIL 496          

HSP 3 Score: 33.113 bits (74), Expect = 5.757e-1
Identity = 21/60 (35.00%), Postives = 31/60 (51.67%), Query Frame = 0
Query:   51 IEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL 110
            IE  EL GFLK+ +  V  +         + LA+  E  ++  D N+DGKI  +EL  +L
Sbjct:  335 IENEELSGFLKDLLELVKKD------YDTTDLADFAETIMKGCDTNRDGKISKKELTMIL 496          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592939897|gb|GAXK01018656.1| (TSA: Calanus finmarchicus comp33760_c4_seq3 transcribed RNA sequence)

HSP 1 Score: 69.3218 bits (168), Expect = 2.691e-12
Identity = 89/342 (26.02%), Postives = 146/342 (42.69%), Query Frame = 0
Query:    3 SSRKSESNKKCVN-FMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFR--FDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDL----------LELVKKDYDSSDLADFEDTILKGC---------------------------DFNRDGKISRKELTMILLALAKQGAD 302
             +++S + +  V+ F R + D+   +      AQF +    YD+DG+G I   E++  + EF               D    + K  F +  D N+DGKI+I E   L+ P  +  +   R  F  P D + +F K+W   DSDG G I  +ELK         AK S+    +E +   + +  V D N DG++   E +KL+ P   + + +  F+ + + + ED+   F  YDRDG+G I+  ELH  L +           +     D D+    DFE+ +   C                           D NRDG +S+ EL+ ++++      D
Sbjct: 1579 GTKRSNNMEAVVDRFRRMYPDVEQVK------AQFQK----YDADGDGNITAEEMENGMTEF--------------KDFTREQAKYAF-DLADTNEDGKIDISEFVSLMFPSAKEAIANLRKAFKGPDDVAKKF-KVW---DSDGDGKISFEELKE------SAAKDSSKFLSEEDV---NAIFIVGDLNMDGEIDEEEFSKLMIPSISDIVAK--FRYAHR-SVEDVRKAFKTYDRDGDGAIDRGELHKALTNYKFNFSDQEVDIIFAAGDIDNDGCVDFEEFMYLMCPSTAQIVKKFRDSYKTINEVKGAFRKYDKNRDGGLSKSELSRMMMSTGHSFTD 2481          

HSP 2 Score: 43.1282 bits (100), Expect = 9.975e-4
Identity = 72/298 (24.16%), Postives = 123/298 (41.28%), Query Frame = 0
Query:   33 AAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFRFDNPLDSSVE-FMKLWHQYDSDGSGSIEADELK--------NFLRDLLKQAKKSNDVSEDELIQYTDVM---------------------------LQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFL----KDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKEL 289
             A+  +VWD   SDG+G I   EL    KE  +  +S     E V+   +           D N DG+I+  E ++L+ P   + +  FR+ +    SVE   K +  YD DG G+I+  EL         NF    +     + D+  D  + + + M                            + +D N+DG L  SE           L+R +       T  +I+++ +L DRDG+G I+ +E    +     + L  +++   S  +AD +  + K  D + DG +S++E+
Sbjct: 1375 VAKKFKVWD---SDGDGKISFEEL----KESAAKDSSKFLSEEDVNAIFIVG---------DLNMDGEIDEEEFSKLMIPSISDIVAKFRYAH---RSVEDVRKAFKTYDRDGDGAIDRGELHKALTNYKFNFSDQEVDIIFAAGDIDNDGCVDFEEFMYLMCPSTAQIVKKFRDSYKTINEVKGAFRKYDKNRDGGLSKSE-----------LSRMMMSTGHSFTDMEIDAILNLGDRDGDGEIDLDEFMILMTPSASETLSKIRQGITS--IADVK-GLFKDIDVDGDGLLSKEEM 2169          

HSP 3 Score: 33.113 bits (74), Expect = 1.314e+0
Identity = 45/168 (26.79%), Postives = 67/168 (39.88%), Query Frame = 0
Query:   87 ECFLEAYDDNQDGKIEIRE-LAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSE-MAKLLPVKENFLTRQVFKGSTKLTKEDIESV------FSLYDRDGNGTIENEELH 246
            E      D N DG +++ E +  + P         R      +SV+  K + + D DG G +  +E+     DL                Q  D +  + DSN DG++ L E +  L PV        V     K+TK D++SV      F   D DG+G +  EEL 
Sbjct:  679 EAIFALGDINDDGALDLEEFIGVMYPSAATVAGRLRGQYTDINSVK--KAFAKIDLDGDGKVTKEEVAK--TDLFNN-------------QEIDALFFLGDSNNDGEIDLEEFIGVLYPV--------VAAALAKMTK-DVQSVDDARYLFKTLDHDGDGLLSQEELR 1104          

HSP 4 Score: 33.113 bits (74), Expect = 1.434e+0
Identity = 41/156 (26.28%), Postives = 66/156 (42.31%), Query Frame = 0
Query:   94 DDNQDGKIEIRE-LAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTR--QVFKGSTKLTKEDIESVFSLYDRDGNGTIENEEL 245
            D N DG+I++ E +  L P+      L +    + S  +   L+   D DG G +  +EL+          K     S  E+    + +  V D N DG++ ++E   ++ P     + R    FK       EDI+  F   D DG+G I  EE+
Sbjct:  451 DSNNDGEIDLEEFIGVLYPVVA--AALAKMTKDVQSVDDARYLFKTLDHDGDGLLSQEELR----------KSGCKFSAKEI----EALFAVGDVNGDGEIDINEFINVMCPGATTVIARISAQFK-----CLEDIQEEFKKMDLDGDGQITREEM 855          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592939898|gb|GAXK01018655.1| (TSA: Calanus finmarchicus comp33760_c4_seq2 transcribed RNA sequence)

HSP 1 Score: 69.3218 bits (168), Expect = 2.819e-12
Identity = 84/310 (27.10%), Postives = 132/310 (42.58%), Query Frame = 0
Query:   34 AQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFR--FDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDL----------LELVKKDYDSSDLADFEDTILKGC---------------------------DFNRDGKISRKELTMILLALAKQGAD 302
            AQF +    YD+DG+G I   E++  + EF               D    + K  F +  D N+DGKI+I E   L+ P  +  +   R  F  P D + +F K+W   DSDG G I  +ELK         AK S+    +E +   + +  V D N DG++   E +KL+ P   + + +  F+ + + + ED+   F  YDRDG+G I+  ELH  L +           +     D D+    DFE+ +   C                           D NRDG +S+ EL+ ++++      D
Sbjct: 1834 AQFQK----YDADGDGNITAEEMENGMTEF--------------KDFTREQAKYAF-DLADTNEDGKIDISEFVSLMFPSAKEAIANLRKAFKGPDDVAKKF-KVW---DSDGDGKISFEELKE------SAAKDSSKFLSEEDV---NAIFIVGDLNMDGEIDEEEFSKLMIPSISDIVAK--FRYAHR-SVEDVRKAFKTYDRDGDGAIDRGELHKALTNYKFNFSDQEVDIIFAAGDIDNDGCVDFEEFMYLMCPSTAQIVKKFRDSYKTINEVKGAFRKYDKNRDGGLSKSELSRMMMSTGHSFTD 2658          

HSP 2 Score: 42.743 bits (99), Expect = 1.159e-3
Identity = 72/298 (24.16%), Postives = 123/298 (41.28%), Query Frame = 0
Query:   33 AAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFRFDNPLDSSVE-FMKLWHQYDSDGSGSIEADELK--------NFLRDLLKQAKKSNDVSEDELIQYTDVM---------------------------LQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFL----KDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKEL 289
             A+  +VWD   SDG+G I   EL    KE  +  +S     E V+   +           D N DG+I+  E ++L+ P   + +  FR+ +    SVE   K +  YD DG G+I+  EL         NF    +     + D+  D  + + + M                            + +D N+DG L  SE           L+R +       T  +I+++ +L DRDG+G I+ +E    +     + L  +++   S  +AD +  + K  D + DG +S++E+
Sbjct: 1630 VAKKFKVWD---SDGDGKISFEEL----KESAAKDSSKFLSEEDVNAIFIVG---------DLNMDGEIDEEEFSKLMIPSISDIVAKFRYAH---RSVEDVRKAFKTYDRDGDGAIDRGELHKALTNYKFNFSDQEVDIIFAAGDIDNDGCVDFEEFMYLMCPSTAQIVKKFRDSYKTINEVKGAFRKYDKNRDGGLSKSE-----------LSRMMMSTGHSFTDMEIDAILNLGDRDGDGEIDLDEFMILMTPSASETLSKIRQGITS--IADVK-GLFKDIDVDGDGLLSKEEM 2424          

HSP 3 Score: 33.4982 bits (75), Expect = 1.043e+0
Identity = 41/156 (26.28%), Postives = 66/156 (42.31%), Query Frame = 0
Query:   94 DDNQDGKIEIRE-LAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTR--QVFKGSTKLTKEDIESVFSLYDRDGNGTIENEEL 245
            D N DG+I++ E +  L P+      L +    + S  +   L+   D DG G +  +EL+          K     S  E+    + +  V D N DG++ ++E   ++ P     + R    FK       EDI+  F   D DG+G I  EE+
Sbjct:  706 DSNNDGEIDLEEFIGVLYPVVA--AALAKMTKDVQSVDDARYLFKTLDHDGDGLLSQEELR----------KSGCKFSAKEI----EALFAVGDVNGDGEIDINEFINVMCPGATTVIARISAQFK-----CLEDIQEEFKKMDLDGDGQITREEM 1110          

HSP 4 Score: 33.113 bits (74), Expect = 1.296e+0
Identity = 44/161 (27.33%), Postives = 66/161 (40.99%), Query Frame = 0
Query:   94 DDNQDGKIEIRE-LAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSE-MAKLLPVKENFLTRQVFKGSTKLTKEDIESV------FSLYDRDGNGTIENEELH 246
            D N DG +++ E +  + P         R      +SV+  K + + D DG G +  +E+     DL                Q  D +  + DSN DG++ L E +  L PV        V     K+TK D++SV      F   D DG+G +  EEL 
Sbjct:  934 DINDDGALDLEEFIGVMYPSAATVAGRLRGQYTDINSVK--KAFAKIDLDGDGKVTKEEVAK--TDLFNN-------------QEIDALFFLGDSNNDGEIDLEEFIGVLYPV--------VAAALAKMTK-DVQSVDDARYLFKTLDHDGDGLLSQEELR 1338          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592939899|gb|GAXK01018654.1| (TSA: Calanus finmarchicus comp33760_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 69.3218 bits (168), Expect = 2.849e-12
Identity = 84/310 (27.10%), Postives = 132/310 (42.58%), Query Frame = 0
Query:   34 AQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFR--FDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDL----------LELVKKDYDSSDLADFEDTILKGC---------------------------DFNRDGKISRKELTMILLALAKQGAD 302
            AQF +    YD+DG+G I   E++  + EF               D    + K  F +  D N+DGKI+I E   L+ P  +  +   R  F  P D + +F K+W   DSDG G I  +ELK         AK S+    +E +   + +  V D N DG++   E +KL+ P   + + +  F+ + + + ED+   F  YDRDG+G I+  ELH  L +           +     D D+    DFE+ +   C                           D NRDG +S+ EL+ ++++      D
Sbjct: 1947 AQFQK----YDADGDGNITAEEMENGMTEF--------------KDFTREQAKYAF-DLADTNEDGKIDISEFVSLMFPSAKEAIANLRKAFKGPDDVAKKF-KVW---DSDGDGKISFEELKE------SAAKDSSKFLSEEDV---NAIFIVGDLNMDGEIDEEEFSKLMIPSISDIVAK--FRYAHR-SVEDVRKAFKTYDRDGDGAIDRGELHKALTNYKFNFSDQEVDIIFAAGDIDNDGCVDFEEFMYLMCPSTAQIVKKFRDSYKTINEVKGAFRKYDKNRDGGLSKSELSRMMMSTGHSFTD 2771          

HSP 2 Score: 42.743 bits (99), Expect = 1.167e-3
Identity = 72/298 (24.16%), Postives = 123/298 (41.28%), Query Frame = 0
Query:   33 AAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFRFDNPLDSSVE-FMKLWHQYDSDGSGSIEADELK--------NFLRDLLKQAKKSNDVSEDELIQYTDVM---------------------------LQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFL----KDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKEL 289
             A+  +VWD   SDG+G I   EL    KE  +  +S     E V+   +           D N DG+I+  E ++L+ P   + +  FR+ +    SVE   K +  YD DG G+I+  EL         NF    +     + D+  D  + + + M                            + +D N+DG L  SE           L+R +       T  +I+++ +L DRDG+G I+ +E    +     + L  +++   S  +AD +  + K  D + DG +S++E+
Sbjct: 1743 VAKKFKVWD---SDGDGKISFEEL----KESAAKDSSKFLSEEDVNAIFIVG---------DLNMDGEIDEEEFSKLMIPSISDIVAKFRYAH---RSVEDVRKAFKTYDRDGDGAIDRGELHKALTNYKFNFSDQEVDIIFAAGDIDNDGCVDFEEFMYLMCPSTAQIVKKFRDSYKTINEVKGAFRKYDKNRDGGLSKSE-----------LSRMMMSTGHSFTDMEIDAILNLGDRDGDGEIDLDEFMILMTPSASETLSKIRQGITS--IADVK-GLFKDIDVDGDGLLSKEEM 2537          

HSP 3 Score: 33.4982 bits (75), Expect = 1.048e+0
Identity = 41/156 (26.28%), Postives = 66/156 (42.31%), Query Frame = 0
Query:   94 DDNQDGKIEIRE-LAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTR--QVFKGSTKLTKEDIESVFSLYDRDGNGTIENEEL 245
            D N DG+I++ E +  L P+      L +    + S  +   L+   D DG G +  +EL+          K     S  E+    + +  V D N DG++ ++E   ++ P     + R    FK       EDI+  F   D DG+G I  EE+
Sbjct:  819 DSNNDGEIDLEEFIGVLYPVVA--AALAKMTKDVQSVDDARYLFKTLDHDGDGLLSQEELR----------KSGCKFSAKEI----EALFAVGDVNGDGEIDINEFINVMCPGATTVIARISAQFK-----CLEDIQEEFKKMDLDGDGQITREEM 1223          

HSP 4 Score: 33.113 bits (74), Expect = 1.303e+0
Identity = 44/161 (27.33%), Postives = 66/161 (40.99%), Query Frame = 0
Query:   94 DDNQDGKIEIRE-LAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSE-MAKLLPVKENFLTRQVFKGSTKLTKEDIESV------FSLYDRDGNGTIENEELH 246
            D N DG +++ E +  + P         R      +SV+  K + + D DG G +  +E+     DL                Q  D +  + DSN DG++ L E +  L PV        V     K+TK D++SV      F   D DG+G +  EEL 
Sbjct: 1047 DINDDGALDLEEFIGVMYPSAATVAGRLRGQYTDINSVK--KAFAKIDLDGDGKVTKEEVAK--TDLFNN-------------QEIDALFFLGDSNNDGEIDLEEFIGVLYPV--------VAAALAKMTK-DVQSVDDARYLFKTLDHDGDGLLSQEELR 1451          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592939895|gb|GAXK01018658.1| (TSA: Calanus finmarchicus comp33760_c4_seq5 transcribed RNA sequence)

HSP 1 Score: 67.781 bits (164), Expect = 3.456e-12
Identity = 77/270 (28.52%), Postives = 123/270 (45.56%), Query Frame = 0
Query:   34 AQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFR--FDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQ 299
            AQF +    YD+DG+G I   E++  + EF               D    + K  F +  D N+DGKI+I E   L+ P  +  +   R  F  P D + +F K+W   DSDG G I  +ELK         AK S+    +E +   + +  V D N DG++   E +KL+ P   + + +  F+ + + + ED+   F  YDRDG+G I+  ELH  L +     K ++   ++    D I    D + DG +  +E   ++     Q
Sbjct:   93 AQFQK----YDADGDGNITAEEMENGMTEF--------------KDFTREQAKYAF-DLADTNEDGKIDISEFVSLMFPSAKEAIANLRKAFKGPDDVAKKF-KVW---DSDGDGKISFEELKE------SAAKDSSKFLSEEDV---NAIFIVGDLNMDGEIDEEEFSKLMIPSISDIVAK--FRYAHR-SVEDVRKAFKTYDRDGDGAIDRGELHKALTNY----KFNFSDQEV----DIIFAAGDIDNDGCVDFEEFMYLMCPSTAQ 773          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592764714|gb|GAXK01189854.1| (TSA: Calanus finmarchicus comp6065382_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 58.9214 bits (141), Expect = 5.378e-10
Identity = 31/79 (39.24%), Postives = 52/79 (65.82%), Query Frame = 0
Query:   29 NKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELA 107
            N++SAA+FMEVW+ +D+ G G ++G +L  FL +F+  +N  +     VS S L ++ E F++AY    +G+++ RELA
Sbjct:    1 NRISAAEFMEVWEQFDTSGKGCLDGKDLQSFLLQFLQILNKRDG---KVSTSGLNDIAEGFMDAY----EGEMDSRELA 216          

HSP 2 Score: 35.8094 bits (81), Expect = 3.512e-2
Identity = 13/34 (38.24%), Postives = 24/34 (70.59%), Query Frame = 0
Query:  128 SSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLK 161
            S+ EFM++W Q+D+ G G ++  +L++FL   L+
Sbjct:  106 SAAEFMEVWEQFDTSGKGCLDGKDLQSFLLQFLQ 207          
BLAST of EMLSAG00000000306 vs. C. finmarchicus
Match: gi|592939893|gb|GAXK01018660.1| (TSA: Calanus finmarchicus comp33760_c4_seq7 transcribed RNA sequence)

HSP 1 Score: 53.9138 bits (128), Expect = 7.180e-8
Identity = 50/168 (29.76%), Postives = 82/168 (48.81%), Query Frame = 0
Query:  136 WHQYDSDGSGSIEADELKNFLRDL----LKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLT--RQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFED--TILKGCDFNRDGKISRKELTMILL 294
            + +YD+DG G+I A+E++N + +      +QAK + D++               D+N+DGK+ +SE   L+ P  +  +   R+ FKG      +D+   F ++D DG+G I  EEL        E   K  DSS     ED   I    D N DG+I  +E + +++
Sbjct:   33 FQKYDADGDGNITAEEMENGMTEFKDFTREQAKYAFDLA---------------DTNEDGKIDISEFVSLMFPSAKEAIANLRKAFKGP-----DDVAKKFKVWDSDGDGKISFEELK-------ESAAK--DSSKFLSEEDVNAIFIVGDLNLDGEIDEEEFSKLMI 449          

HSP 2 Score: 44.669 bits (104), Expect = 9.603e-5
Identity = 53/172 (30.81%), Postives = 78/172 (45.35%), Query Frame = 0
Query:   34 AQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLL-PMEENFLLLFR--FDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL 202
            AQF      YD+DG+G I   E++  + EF               D    + K  F +  D N+DGKI+I E   L+ P  +  +   R  F  P D + +F K+W   DSDG G I  +ELK         AK S+    +E +   + +  V D N DG++   E +KL+
Sbjct:   36 AQFQ----KYDADGDGNITAEEMENGMTEF--------------KDFTREQAKYAF-DLADTNEDGKIDISEFVSLMFPSAKEAIANLRKAFKGPDDVAKKF-KVW---DSDGDGKISFEELKE------SAAKDSSKFLSEEDV---NAIFIVGDLNLDGEIDEEEFSKLM 455          
BLAST of EMLSAG00000000306 vs. L. salmonis peptides
Match: EMLSAP00000000306 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1045:23349:106042:1 gene:EMLSAG00000000306 transcript:EMLSAT00000000306 description:"maker-LSalAtl2s1045-augustus-gene-0.5")

HSP 1 Score: 610.527 bits (1573), Expect = 0.000e+0
Identity = 303/303 (100.00%), Postives = 303/303 (100.00%), Query Frame = 0
Query:    1 MASSRKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            MASSRKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD
Sbjct:    1 MASSRKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303          
BLAST of EMLSAG00000000306 vs. L. salmonis peptides
Match: EMLSAP00000006985 (pep:novel supercontig:LSalAtl2s:LSalAtl2s397:377196:491552:1 gene:EMLSAG00000006985 transcript:EMLSAT00000006985 description:"maker-LSalAtl2s397-snap-gene-5.15")

HSP 1 Score: 50.0618 bits (118), Expect = 6.611e-8
Identity = 46/174 (26.44%), Postives = 82/174 (47.13%), Query Frame = 0
Query:   73 GPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLL-PVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEEL 245
              E +++  +AE KE FL  +D + DG I  +ELA ++             NP ++  E  ++ ++ D+DG+GSIE +E    +   +K  + S+D+ E           +VFD + DG +   E  +++  + EN            L+ E+I+ +    D DG+G +  EE 
Sbjct:    2 ATEELTEEQIAEFKEAFL-LFDKDGDGTITTKELATVMRS--------LGQNPTEA--ELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKE---------AFRVFDRDGDGYISAEEXHQVMSTLGEN------------LSSEEIDEMIREADLDGDGKVCYEEF 143          

HSP 2 Score: 49.2914 bits (116), Expect = 1.362e-7
Identity = 42/164 (25.61%), Postives = 73/164 (44.51%), Query Frame = 0
Query:  130 VEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
             EF + +  +D DG G+I   EL   +R L        + +E EL +    M+   D++ +G ++           E FL     K     +  DI+  F ++DRDG+G I  EE H  +  L E    +  S ++    D +++  D + DGK+  +E   ++
Sbjct:   12 AEFKEAFLLFDKDGDGTITTKELATVMRSL------GQNPTEAELQE----MINEVDADGNGSIEF----------EEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGE----NLSSEEI----DEMIREADLDGDGKVCYEEFATMM 147          
BLAST of EMLSAG00000000306 vs. L. salmonis peptides
Match: EMLSAP00000007325 (pep:novel supercontig:LSalAtl2s:LSalAtl2s412:129788:148284:-1 gene:EMLSAG00000007325 transcript:EMLSAT00000007325 description:"maker-LSalAtl2s412-augustus-gene-1.21")

HSP 1 Score: 48.1358 bits (113), Expect = 2.659e-7
Identity = 42/164 (25.61%), Postives = 78/164 (47.56%), Query Frame = 0
Query:   82 LAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEEL 245
            +AEL+E F E +DD+  G I  +EL         + +     NP +   E ++L +++D+DGSG IE  E  N +      A K+   +++E+++   +  +V D +  G +  +E   L+                KL+  ++E +    D+DG+G ++ EE 
Sbjct:   11 VAELREAFNE-FDDDGSGTITTQELG--------YAMRAMGMNPTEQ--ELLELINEFDTDGSGQIEFPEFCNMM------AMKTGQANDEEMVR---MAFRVLDRDGSGTITSAEFRHLMT-----------NIGDKLSATEVEMLIGEADKDGDGHLDYEEF 143          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|729056|sp|P41044.1|CAB32_DROME (RecName: Full=Calbindin-32)

HSP 1 Score: 471.855 bits (1213), Expect = 3.289e-168
Identity = 231/294 (78.57%), Postives = 260/294 (88.44%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKK-DYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD  SRE+ KLSA QFM+VW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAV+D+ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+D SG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTKEDIE VFSLYDRD +GTIENEEL GFLKDLLELVKK DYD+ DLA FE+TI++G   ++ GKISRKELTMILL LAK   DD
Sbjct:   15 EKAHNFMRQYRDPESRELKKLSANQFMDVWAHYDKDGNGYIEGTELDGFLREFVSSANATDISPEAVTDTMLEELKSCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDNSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKEDIEKVFSLYDRDNSGTIENEELKGFLKDLLELVKKDDYDAQDLAAFEETIMRGVGTDKHGKISRKELTMILLTLAKISPDD 308          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|82233528|sp|Q5XJX1.1|SEGN_DANRE (RecName: Full=Secretagogin)

HSP 1 Score: 237.269 bits (604), Expect = 2.050e-76
Identity = 117/265 (44.15%), Postives = 177/265 (66.79%), Query Frame = 0
Query:   31 LSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQL-LPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKL-TKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            L AA F+++W H+D+D NG+IEG ELD F +  +  +   +     ++D  + ++K+ F+ AYD   DG+++I ELA + LP EENFLL+FR + PLD+SVEFMK+W +YD+D SG I A ELKNFL+DL  Q KK   +  ++L +YTD M+++FD NKDG+L L+++A++L ++ENFL +     S+++  K D E +F+ YD    G +E  E+ GF+KD++ELV+      DL  F + +L  CD N+DGKI + EL + L
Sbjct:    8 LDAAGFLQIWQHFDADDNGYIEGKELDDFFRHMLKKLQPKD----KITDERVQQIKKSFMSAYDATFDGRLQIEELANMILPQEENFLLIFRREAPLDNSVEFMKIWRKYDADSSGYISAAELKNFLKDLFLQHKKK--IPPNKLDEYTDAMMKIFDKNKDGRLDLNDLARILALQENFLLQFKMDASSQVERKRDFEKIFAHYDVSRTGALEGPEVDGFVKDMMELVRPSISGGDLDKFRECLLTHCDMNKDGKIQKSELALCL 266          

HSP 2 Score: 102.834 bits (255), Expect = 1.629e-24
Identity = 60/194 (30.93%), Postives = 113/194 (58.25%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFD--NPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKE 206
            NF+  FR    RE    ++ +FM++W  YD+D +G+I   EL  FLK+            + +  + L E  +  ++ +D N+DG++++ +LA++L ++ENFLL F+ D  + ++   +F K++  YD   +G++E  E+  F++D+++  + S  +S  +L ++ + +L   D NKDGK+Q SE+A  L +K 
Sbjct:   89 NFLLIFR----REAPLDNSVEFMKIWRKYDADSSGYISAAELKNFLKDLFLQ------HKKKIPPNKLDEYTDAMMKIFDKNKDGRLDLNDLARILALQENFLLQFKMDASSQVERKRDFEKIFAHYDVSRTGALEGPEVDGFVKDMMELVRPS--ISGGDLDKFRECLLTHCDMNKDGKIQKSELALCLGLKH 270          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|123911999|sp|Q0VFG3.1|SEGN_XENTR (RecName: Full=Secretagogin)

HSP 1 Score: 230.335 bits (586), Expect = 1.370e-73
Identity = 120/266 (45.11%), Postives = 175/266 (65.79%), Query Frame = 0
Query:   30 KLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQL-LPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTK-LTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            KL AA+F+E+W  +D+D NG+IEG ELD F    +  + +N    E V       +K+ F+ AYD   DG+++I+ELA + LP +ENFLLLFR + PLD+SVEFM++W +YD D SG I A EL+NFL+DL  Q KK   ++ D+L +YTD M+++F+ NKDG+L L+++AK+L ++ENFL +     S++   K D E++F+ YD    G +E  E+ GF+KD++ELVK      DL  F   +L  CD N+DGKI + EL + L
Sbjct:    7 KLDAAEFLEIWQRFDADDNGYIEGKELDEFFCHLLKKLGANAITAEKVQ-----RVKDRFMSAYDVTADGRLQIQELANMILPEDENFLLLFRRETPLDNSVEFMRIWRKYDEDSSGFISAVELRNFLQDLFLQHKKQ--ITGDKLDEYTDTMMKLFNKNKDGRLDLNDLAKILALQENFLLQFKMDASSQDERKRDFETIFAHYDVSKTGALEGPEVDGFVKDMMELVKPSISGVDLDKFRQILLNHCDVNKDGKIQKSELALCL 265          

HSP 2 Score: 97.0561 bits (240), Expect = 1.878e-22
Identity = 60/195 (30.77%), Postives = 108/195 (55.38%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPL--DSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKEN 207
            NF+  FR    RE    ++ +FM +W  YD D +GFI   EL  FL++          G +      L E  +  ++ ++ N+DG++++ +LA++L ++ENFLL F+ D     +   +F  ++  YD   +G++E  E+  F++D+++  K S  +S  +L ++  ++L   D NKDGK+Q SE+A  L +K +
Sbjct:   88 NFLLLFR----RETPLDNSVEFMRIWRKYDEDSSGFISAVELRNFLQDLFLQHKKQITGDK------LDEYTDTMMKLFNKNKDGRLDLNDLAKILALQENFLLQFKMDASSQDERKRDFETIFAHYDVSKTGALEGPEVDGFVKDMMELVKPS--ISGVDLDKFRQILLNHCDVNKDGKIQKSELALCLGLKPH 270          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|115644|sp|P07090.3|CALB2_CHICK (RecName: Full=Calretinin; Short=CR)

HSP 1 Score: 228.024 bits (580), Expect = 9.175e-73
Identity = 129/269 (47.96%), Postives = 182/269 (67.66%), Query Frame = 0
Query:   27 EINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
             + +LSA+QF++VW H+D+DGNG+IEG EL+ F +E  S+      G ++  DS+  ++KE F+  YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KL+ E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+     L ++  +I+   D    GK+ RKEL ++L +
Sbjct:   10 HLAELSASQFLDVWRHFDADGNGYIEGKELENFFQELESARKG--TGVDSKRDSLGDKMKE-FMHKYDKNADGKIEMAELAQILPTEENFLLCFR--QHVGSSSEFMEAWRRYDTDRSGYIEANELKGFLSDLLKKANRPYD--EAKLQEYTQTILRMFDMNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLSSEEFNAIFAFYDKDGSGFIDEHELDALLKDLYEKNKKEMSIQQLTNYRRSIMNLSD---GGKLYRKELEVVLCS 265          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|82234077|sp|Q63ZJ3.1|SEGN_XENLA (RecName: Full=Secretagogin)

HSP 1 Score: 226.868 bits (577), Expect = 2.404e-72
Identity = 118/266 (44.36%), Postives = 178/266 (66.92%), Query Frame = 0
Query:   30 KLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQL-LPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTR-QVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            KL AA+F+E+W  +D+D NG+IEG ELD F    +  + +N     A++   +  +K+ F+ AYD   DG+++I+ELA + LP +ENFLLLFR + PLD+SVEFM++W ++D D SG I A EL+NFL+DL  Q KK   ++ D+L +YTD M+++F+ NKDG+L L+++AK+L ++ENFL + ++   S +  K D E++F+ YD    G +E  E+ GF+KD++ELVK      DL  F   +L  CD N+DGKI + EL + L
Sbjct:    7 KLDAAEFLEIWQRFDADDNGYIEGKELDEFFCHLLKKLGTN-----AITADKVQGVKDRFMSAYDITADGRLQIQELANMILPEDENFLLLFRRETPLDNSVEFMRIWRKFDEDSSGFISAVELRNFLQDLFLQHKKH--ITGDKLDEYTDTMMKLFNRNKDGRLDLNDLAKILALQENFLLQFKMDASSQEERKSDFETIFAHYDVSKTGALEGPEVDGFVKDMMELVKPSISGVDLDKFRQILLNHCDVNKDGKIQKSELALCL 265          

HSP 2 Score: 97.8265 bits (242), Expect = 9.866e-23
Identity = 60/195 (30.77%), Postives = 110/195 (56.41%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFD--NPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKEN 207
            NF+  FR    RE    ++ +FM +W  +D D +GFI   EL  FL++       +  G +      L E  +  ++ ++ N+DG++++ +LA++L ++ENFLL F+ D  +  +   +F  ++  YD   +G++E  E+  F++D+++  K S  +S  +L ++  ++L   D NKDGK+Q SE+A  L +K N
Sbjct:   88 NFLLLFR----RETPLDNSVEFMRIWRKFDEDSSGFISAVELRNFLQDLFLQHKKHITGDK------LDEYTDTMMKLFNRNKDGRLDLNDLAKILALQENFLLQFKMDASSQEERKSDFETIFAHYDVSKTGALEGPEVDGFVKDMMELVKPS--ISGVDLDKFRQILLNHCDVNKDGKIQKSELALCLGLKAN 270          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|1345670|sp|P47728.1|CALB2_RAT (RecName: Full=Calretinin; Short=CR)

HSP 1 Score: 225.328 bits (573), Expect = 9.638e-72
Identity = 125/268 (46.64%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD+   ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMMSKSDNFGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTTYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|13637964|sp|Q08331.3|CALB2_MOUSE (RecName: Full=Calretinin; Short=CR)

HSP 1 Score: 225.328 bits (573), Expect = 1.074e-71
Identity = 125/268 (46.64%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD+   ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMMSKSDNFGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTTYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|109940061|sp|P22676.2|CALB2_HUMAN (RecName: Full=Calretinin; Short=CR; AltName: Full=29 kDa calbindin)

HSP 1 Score: 223.402 bits (568), Expect = 7.326e-71
Identity = 124/268 (46.27%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A+QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD+   ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+D +G I+  EL   LKDL E  KK+ +   L ++  +++        GK+ RK+L ++L +
Sbjct:   13 LAELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMMSKSDNFGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDRSGYIDEHELDALLKDLYEKNKKEMNIQQLTNYRKSVM---SLAEAGKLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|116243013|sp|Q3ZBY3.1|CALB2_BOVIN (RecName: Full=Calretinin; Short=CR)

HSP 1 Score: 222.631 bits (566), Expect = 1.220e-70
Identity = 124/268 (46.27%), Postives = 181/268 (67.54%), Query Frame = 0
Query:   28 INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLA 295
            + +L+A QF+E+W H+D+DGNG+IEG EL+ F +E   +   +  G  + SD++  ++KE F++ YD N DGKIE+ ELAQ+LP EENFLL FR    + SS EFM+ W +YD+D SG IEA+ELK FL DLLK+A +  D  E +L +YT  +L++FD N DGKL LSEM++LLPV+ENFL +  F+G  KLT E+  ++F+ YD+DG+G I+  EL   LKDL E  KK+ +   L  +  +++   +     K+ RK+L ++L +
Sbjct:   13 LAELTATQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGS--GMVSKSDNLGEKMKE-FMQKYDKNSDGKIEMAELAQILPTEENFLLCFR--QHVGSSTEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYD--EPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLK--FQG-MKLTSEEFNAIFTFYDKDGSGYIDENELDALLKDLYEKNKKEMNIQQLTSYRKSVMSLAEAE---KLYRKDLEIVLCS 267          
BLAST of EMLSAG00000000306 vs. SwissProt
Match: gi|21264511|sp|O76038.2|SEGN_HUMAN (RecName: Full=Secretagogin)

HSP 1 Score: 220.32 bits (560), Expect = 1.245e-69
Identity = 118/274 (43.07%), Postives = 181/274 (66.06%), Query Frame = 0
Query:   24 NSRE--INKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQL-LPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTR-QVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            +SRE  + +L AA F +VW  +D+D  G+IE  ELD F    +  + +++     V  + L ++K+ F+   D ++DG+I ++ELA + L  +ENFLLLFR +NPLDSSVEFM++W +YD+D SG I A EL+NFLRDL    KK+  +SE +L +YT  M+++FD NKDG+L L+++A++L ++ENFL + ++   ST+  K D E +F+ YD    G +E  E+ GF+KD++ELV+      DL  F + +L+ CD N+DGKI + EL + L
Sbjct:    3 SSREPTLGRLDAAGFWQVWQRFDADEKGYIEEKELDAFFLHMLMKLGTDD----TVMKANLHKVKQQFMTTQDASKDGRIRMKELAGMFLSEDENFLLLFRRENPLDSSVEFMQIWRKYDADSSGFISAAELRNFLRDLFLHHKKA--ISEAKLEEYTGTMMKIFDRNKDGRLDLNDLARILALQENFLLQFKMDACSTEERKRDFEKIFAYYDVSKTGALEGPEVDGFVKDMMELVQPSISGVDLDKFREILLRHCDVNKDGKIQKSELALCL 270          

HSP 2 Score: 107.457 bits (267), Expect = 3.725e-26
Identity = 63/195 (32.31%), Postives = 117/195 (60.00%), Query Frame = 0
Query:   15 NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFD--NPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKEN 207
            NF+  FR  N  +    S+ +FM++W  YD+D +GFI   EL  FL++            +A+S++ L E     ++ +D N+DG++++ +LA++L ++ENFLL F+ D  +  +   +F K++  YD   +G++E  E+  F++D+++  + S  +S  +L ++ +++L+  D NKDGK+Q SE+A  L +K N
Sbjct:   93 NFLLLFRRENPLD----SSVEFMQIWRKYDADSSGFISAAELRNFLRDLFLH------HKKAISEAKLEEYTGTMMKIFDRNKDGRLDLNDLARILALQENFLLQFKMDACSTEERKRDFEKIFAYYDVSKTGALEGPEVDGFVKDMMELVQPS--ISGVDLDKFREILLRHCDVNKDGKIQKSELALCLGLKIN 275          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: gb|EFA05940.1| (Calbindin-32-like Protein [Tribolium castaneum])

HSP 1 Score: 490.345 bits (1261), Expect = 8.993e-176
Identity = 233/293 (79.52%), Postives = 266/293 (90.78%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD +SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+ + GPEAVSD ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQ+FKG+TKLTK+DIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI++KELTMILLA+AK   ++
Sbjct:   16 EKATNFMRQYRDPHSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDVGPEAVSDDMLVELKACFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQIFKGATKLTKDDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLLDFEETILRGVDYNQDGKINKKELTMILLAIAKHNQEE 308          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: EFX89968.1 (hypothetical protein DAPPUDRAFT_299840 [Daphnia pulex])

HSP 1 Score: 486.493 bits (1251), Expect = 4.104e-174
Identity = 232/292 (79.45%), Postives = 262/292 (89.73%), Query Frame = 0
Query:   12 KCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +C NFMRQFRD  SRE+ KLSA QFM+VW HYD D NG+IEGTELDGFL EFVSSVN  + GPE VSD+MLAELK+CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPLDSSVEFMK+W +YDSDGSG IEADELKNFLRDLL +A++  +V+ED+LI+YTD MLQVFD+N+DGKLQLSEM+KLLPV+ENFL RQVFKG T L+K+DIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+GCDFNRDGKIS+KELTMILLAL+K   DD
Sbjct:   25 RCSNFMRQFRDPESRELTKLSANQFMDVWSHYDKDANGYIEGTELDGFLAEFVSSVNIMDVGPEVVSDAMLAELKQCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKIWREYDSDGSGFIEADELKNFLRDLLTEAQRDKEVTEDKLIEYTDTMLQVFDANRDGKLQLSEMSKLLPVRENFLCRQVFKGPTVLSKDDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLLDFEETILRGCDFNRDGKISKKELTMILLALSKHSQDD 316          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: EAA00157.2 (AGAP012179-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 475.707 bits (1223), Expect = 3.905e-170
Identity = 230/293 (78.50%), Postives = 261/293 (89.08%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD  SRE+ KLSA QFM+VW HYD DGNG+IEG+ELDGFLKEFVSS N+ +  PE+++D ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YDSD SG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD ML+VFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+ KLTKEDIE VFSLYDRD NG+IENEEL GFLKDLLELVKKDYD+ DL +FE+TIL+G  +++DGKISRKELTMILLALAK   DD
Sbjct:   14 EKAQNFMRQYRDPESRELKKLSANQFMDVWSHYDRDGNGYIEGSELDGFLKEFVSSANATDISPESLTDEMLVELKSCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDSDNSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLRVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGAAKLTKEDIEKVFSLYDRDNNGSIENEELRGFLKDLLELVKKDYDAQDLIEFEETILRGVGYDKDGKISRKELTMILLALAKLPPDD 306          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: AHN56307.1 (calbindin 53E, isoform B [Drosophila melanogaster])

HSP 1 Score: 471.855 bits (1213), Expect = 1.594e-168
Identity = 231/294 (78.57%), Postives = 260/294 (88.44%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKK-DYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD  SRE+ KLSA QFM+VW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAV+D+ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+D SG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTKEDIE VFSLYDRD +GTIENEEL GFLKDLLELVKK DYD+ DLA FE+TI++G   ++ GKISRKELTMILL LAK   DD
Sbjct:   15 EKAHNFMRQYRDPESRELKKLSANQFMDVWAHYDKDGNGYIEGTELDGFLREFVSSANATDISPEAVTDTMLEELKSCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDNSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKEDIEKVFSLYDRDNSGTIENEELKGFLKDLLELVKKDDYDAQDLAAFEETIMRGVGTDKHGKISRKELTMILLTLAKISPDD 308          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: AAF57925.1 (calbindin 53E, isoform A [Drosophila melanogaster])

HSP 1 Score: 471.855 bits (1213), Expect = 1.594e-168
Identity = 231/294 (78.57%), Postives = 260/294 (88.44%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKK-DYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD  SRE+ KLSA QFM+VW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAV+D+ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+D SG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTKEDIE VFSLYDRD +GTIENEEL GFLKDLLELVKK DYD+ DLA FE+TI++G   ++ GKISRKELTMILL LAK   DD
Sbjct:   15 EKAHNFMRQYRDPESRELKKLSANQFMDVWAHYDKDGNGYIEGTELDGFLREFVSSANATDISPEAVTDTMLEELKSCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDNSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKEDIEKVFSLYDRDNSGTIENEELKGFLKDLLELVKKDDYDAQDLAAFEETIMRGVGTDKHGKISRKELTMILLTLAKISPDD 308          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: EEB16690.1 (Calbindin-32, putative [Pediculus humanus corporis])

HSP 1 Score: 328.946 bits (842), Expect = 9.738e-114
Identity = 155/198 (78.28%), Postives = 178/198 (89.90%), Query Frame = 0
Query:    3 SSRKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAK 200
            +++K  + +K  NFMRQ+RD  SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAVSDSML ELK+CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLL++AKK NDVSED+LI+YTD MLQVFDSNKDG+LQLSEMAK
Sbjct:    4 AAKKKLNLEKAANFMRQYRDPTSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDVSPEAVSDSMLVELKQCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGFIEADELKNFLRDLLREAKKINDVSEDKLIEYTDTMLQVFDSNKDGRLQLSEMAK 201          

HSP 2 Score: 108.997 bits (271), Expect = 8.546e-28
Identity = 63/169 (37.28%), Postives = 103/169 (60.95%), Query Frame = 0
Query:  128 SSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSN----DVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSD--LADFEDTILKGCDFNRDGKISRKELT 290
            S+ +FM++W  YD DG+G IE  EL  FLR+ +  A  ++     VS+  L++     ++ +D N+DGK+ + E+A+LLP++ENFL    F    + + E ++ ++  YD DG+G IE +EL  FL+DLL   KK  D S+  L ++ DT+L+  D N+DG++   E+ 
Sbjct:   33 SANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDVSPEAVSDSMLVELKQCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMK-IWREYDTDGSGFIEADELKNFLRDLLREAKKINDVSEDKLIEYTDTMLQVFDSNKDGRLQLSEMA 200          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: gb|KPM03550.1| (hypothetical protein QR98_0019830 [Sarcoptes scabiei])

HSP 1 Score: 255.758 bits (652), Expect = 2.067e-85
Identity = 126/202 (62.38%), Postives = 152/202 (75.25%), Query Frame = 0
Query:    1 MASSRKSESNKKCV--NFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAK 200
            M+S++ S +N K    NFMRQFRD N+R++  L++ QFMEVW HYD DGNG+IEG ELD FL+EFVSSVN+N+ GPE V+DSM AELKECF+EAYDDN+DGKI+IRE+AQLLP++E+FLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELK                              +FDSNKDGKLQLSEMAK
Sbjct:    1 MSSTKMSRTNSKISDSNFMRQFRDKNTRQLKNLTSIQFMEVWSHYDHDGNGYIEGRELDNFLREFVSSVNTNDSGPEIVTDSMFAELKECFMEAYDDNKDGKIDIREMAQLLPLDESFLLLFRFDNPLESSVEFMKIWREYDTDGSGFIEADELK------------------------------IFDSNKDGKLQLSEMAK 172          

HSP 2 Score: 84.3445 bits (207), Expect = 6.999e-19
Identity = 52/143 (36.36%), Postives = 82/143 (57.34%), Query Frame = 0
Query:  115 NFLLLFRFDNPLD----SSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSND-----VSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGF 248
            NF+  FR  N       +S++FM++W  YD DG+G IE  EL NFLR+ +     +ND     V++    +  +  ++ +D NKDGK+ + EMA+LLP+ E+FL    F    + + E ++ ++  YD DG+G IE +EL  F
Sbjct:   17 NFMRQFRDKNTRQLKNLTSIQFMEVWSHYDHDGNGYIEGRELDNFLREFVSSV-NTNDSGPEIVTDSMFAELKECFMEAYDDNKDGKIDIREMAQLLPLDESFLLLFRFDNPLESSVEFMK-IWREYDTDGSGFIEADELKIF 157          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: gb|KFM66186.1| (Calbindin-32, partial [Stegodyphus mimosarum])

HSP 1 Score: 134.035 bits (336), Expect = 4.253e-39
Identity = 62/72 (86.11%), Postives = 70/72 (97.22%), Query Frame = 0
Query:   81 MLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADEL 152
            M+AELKECF+EAYDDN+DGKIEIRELAQLLP+EE+FLLLFRFDNPLDSSVEFMK+W +YD+DGSG IEADEL
Sbjct:    1 MMAELKECFMEAYDDNKDGKIEIRELAQLLPLEESFLLLFRFDNPLDSSVEFMKIWREYDTDGSGFIEADEL 72          

HSP 2 Score: 48.9062 bits (115), Expect = 4.898e-7
Identity = 25/73 (34.25%), Postives = 47/73 (64.38%), Query Frame = 0
Query:  174 LIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKL-TKEDIESVFSLYDRDGNGTIENEEL 245
            + +  +  ++ +D NKDGK+++ E+A+LLP++E+FL   +F+    L +  +   ++  YD DG+G IE +EL
Sbjct:    2 MAELKECFMEAYDDNKDGKIEIRELAQLLPLEESFLL--LFRFDNPLDSSVEFMKIWREYDTDGSGFIEADEL 72          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: gb|EEC03761.1| (calbindin-32, putative [Ixodes scapularis])

HSP 1 Score: 119.013 bits (297), Expect = 3.921e-32
Identity = 70/154 (45.45%), Postives = 87/154 (56.49%), Query Frame = 0
Query:  150 DELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            D   NFL+DLL++AKK + + ED+LI+YTD +                                                     D NGTIENEEL GFLKDLLELVKKDYD+ DL +F++ IL+GCDFN+DGKIS+KELTM+LLALAK  AD+
Sbjct:   55 DNQPNFLKDLLREAKK-DSIEEDKLIEYTDTL-----------------------------------------------------DKNGTIENEELKGFLKDLLELVKKDYDAQDLEEFQEAILRGCDFNKDGKISKKELTMVLLALAKHSADE 154          
BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Match: EEB16689.1 (calbindin-32, putative [Pediculus humanus corporis])

HSP 1 Score: 108.612 bits (270), Expect = 4.845e-29
Identity = 51/69 (73.91%), Postives = 63/69 (91.30%), Query Frame = 0
Query:  235 DGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            D NG+IENEEL GFLKDLLELVKKDYD++DL +FE+TIL+G D+N+DGKI+RKELTMILLALAK  +++
Sbjct:   13 DNNGSIENEELRGFLKDLLELVKKDYDAADLEEFEETILQGVDYNQDGKINRKELTMILLALAKHSSEE 81          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1061485948|gb|ODN03064.1| (Calbindin-32 [Orchesella cincta])

HSP 1 Score: 493.426 bits (1269), Expect = 5.124e-174
Identity = 238/291 (81.79%), Postives = 265/291 (91.07%), Query Frame = 0
Query:   12 KCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGAD 302
            KC NFMRQFRD  SRE+ KL+A QFMEVW HYD DGNG+IEGTELDGFLKEFVSSVN  +  P  VSD+MLAELK+CF+EAYDDN+DGKI+IRELAQLLPMEENFLLLFRFDNPLDSSVEFMK+W +YD+DGSG IEADELKNFLRDLL++AKK NDVSED+LI+YTD MLQVFD+NKDGKLQLSEM+KLLPVKENFL RQVFKG+TKLTK+DIE VF+LYDRD NGTIENEEL GFLKDLLEL K+DYD+ DLA+FEDTIL+GCDFNRDGKI+RKELTMILLAL+K   D
Sbjct:   49 KCANFMRQFRDPQSRELKKLTANQFMEVWSHYDKDGNGYIEGTELDGFLKEFVSSVNQTDTEP--VSDAMLAELKQCFMEAYDDNRDGKIDIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKIWREYDTDGSGFIEADELKNFLRDLLREAKKINDVSEDKLIEYTDTMLQVFDANKDGKLQLSEMSKLLPVKENFLCRQVFKGATKLTKDDIERVFALYDRDNNGTIENEELRGFLKDLLELAKRDYDAQDLAEFEDTILQGCDFNRDGKINRKELTMILLALSKSSPD 337          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|641678138|ref|XP_001943443.3| (PREDICTED: calbindin-32 [Acyrthosiphon pisum])

HSP 1 Score: 493.041 bits (1268), Expect = 5.792e-174
Identity = 238/292 (81.51%), Postives = 265/292 (90.75%), Query Frame = 0
Query:   12 KCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            K  NFM+Q+RD +SRE+ KLSA QFM+VW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAVSD+ML ELK+CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPLDSSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFDSNKDGKLQLSEMAKLLPVKENFL RQVFKG+TKLTK+DIE VFSLYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N DGKI+RKELTMILLALAK   +D
Sbjct:   27 KATNFMKQYRDPHSRELKKLSANQFMDVWSHYDKDGNGYIEGTELDGFLREFVSSANTADVSPEAVSDAMLVELKQCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDSNKDGKLQLSEMAKLLPVKENFLCRQVFKGATKLTKDDIERVFSLYDRDNNGTIENEELRGFLKDLLELVKKDYDADDLQDFEETILRGVDYNDDGKINRKELTMILLALAKHNQED 318          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|646720588|gb|KDR22249.1| (hypothetical protein L798_02354 [Zootermopsis nevadensis])

HSP 1 Score: 491.5 bits (1264), Expect = 1.620e-173
Identity = 236/292 (80.82%), Postives = 264/292 (90.41%), Query Frame = 0
Query:   12 KCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            K  NFMRQ+RD  SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+ +  PEAVSD+ML ELK+CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTK+DIE VFSLYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI+RKELTMILLALAK   ++
Sbjct:   23 KATNFMRQYRDPQSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDVSPEAVSDAMLVELKQCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDIDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKDDIERVFSLYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLQDFEETILRGVDYNQDGKINRKELTMILLALAKHNQEE 314          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1059420655|ref|XP_017783029.1| (PREDICTED: calbindin-32 isoform X2 [Nicrophorus vespilloides])

HSP 1 Score: 491.115 bits (1263), Expect = 1.913e-173
Identity = 238/308 (77.27%), Postives = 271/308 (87.99%), Query Frame = 0
Query:    1 MASSRKSESNK-----KCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            M+++ + + NK     K  NFMRQ+RD +SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N  +  PEAVSD ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFDSNKDG+LQLSEMAKLLPV+ENFL RQVFKG+TKLTK+DIE VFSLYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI+RKELTMILLA+AK   ++
Sbjct:    1 MSAASEQQMNKRLNLEKATNFMRQYRDPDSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANVTDISPEAVSDEMLVELKACFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDSNKDGRLQLSEMAKLLPVRENFLCRQVFKGATKLTKDDIERVFSLYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLLDFEETILRGVDYNQDGKINRKELTMILLAIAKHNQEE 308          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1080047503|ref|XP_018565056.1| (PREDICTED: calbindin-32 [Anoplophora glabripennis])

HSP 1 Score: 491.115 bits (1263), Expect = 2.206e-173
Identity = 235/289 (81.31%), Postives = 264/289 (91.35%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQ 299
            +K  NFMRQ+RD +SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+ + GPEAVSD ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFDSNKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTK+DIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI++KELTMILLA+AK 
Sbjct:   15 EKATNFMRQYRDPDSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDIGPEAVSDDMLVELKACFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDSNKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKDDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLLDFEETILRGVDYNQDGKINKKELTMILLAIAKH 303          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1058267586|gb|JAT36507.1| (hypothetical protein g.31628 [Graphocephala atropunctata])

HSP 1 Score: 490.73 bits (1262), Expect = 2.225e-173
Identity = 238/304 (78.29%), Postives = 272/304 (89.47%), Query Frame = 0
Query:    1 MASSRKSESN-KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            M+S+ + + N ++  NFMRQ+RD  SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+    PEAVSD+ML ELK+CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTK+DIE VFSLYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFEDTIL+G D+N+DGKI++KELTMILLALAK   ++
Sbjct:    1 MSSAAEKKLNLERASNFMRQYRDPQSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANAENVSPEAVSDAMLVELKQCFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKDDIERVFSLYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLHDFEDTILQGVDYNQDGKINKKELTMILLALAKHNQEE 304          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1130223291|ref|XP_019758046.1| (PREDICTED: calbindin-32 isoform X1 [Dendroctonus ponderosae] >gi|1130223295|ref|XP_019758047.1| PREDICTED: calbindin-32 isoform X1 [Dendroctonus ponderosae] >gi|478258062|gb|ENN78200.1| hypothetical protein YQE_05352, partial [Dendroctonus ponderosae] >gi|546682561|gb|ERL92484.1| hypothetical protein D910_09797 [Dendroctonus ponderosae])

HSP 1 Score: 490.73 bits (1262), Expect = 2.419e-173
Identity = 236/302 (78.15%), Postives = 270/302 (89.40%), Query Frame = 0
Query:    2 ASSRKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            A  +K  + ++  NFMRQ+RD NSRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+ + GPEAVSD ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTK+DIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI++KELTMILLA+AK   ++
Sbjct:    5 ADHQKRLNLERATNFMRQYRDPNSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDIGPEAVSDDMLIELKACFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKDDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLRDFEETILRGVDYNQDGKINKKELTMILLAIAKHNQEE 306          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|91087437|ref|XP_975683.1| (PREDICTED: calbindin-32 isoform X2 [Tribolium castaneum] >gi|270009492|gb|EFA05940.1| Calbindin-32-like Protein [Tribolium castaneum])

HSP 1 Score: 490.345 bits (1261), Expect = 4.400e-173
Identity = 233/293 (79.52%), Postives = 266/293 (90.78%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD +SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N+ + GPEAVSD ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFD+NKDG+LQLSEMAKLLPVKENFL RQ+FKG+TKLTK+DIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI++KELTMILLA+AK   ++
Sbjct:   16 EKATNFMRQYRDPHSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANATDVGPEAVSDDMLVELKACFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDANKDGRLQLSEMAKLLPVKENFLCRQIFKGATKLTKDDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLLDFEETILRGVDYNQDGKINKKELTMILLAIAKHNQEE 308          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1133412164|ref|XP_019866275.1| (PREDICTED: calbindin-32 isoform X2 [Aethina tumida])

HSP 1 Score: 489.96 bits (1260), Expect = 5.324e-173
Identity = 235/293 (80.20%), Postives = 265/293 (90.44%), Query Frame = 0
Query:   11 KKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            +K  NFMRQ+RD +SRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS N  + GPEAVSD ML ELK CF+EAYDDNQDGKI+IRELAQLLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFDSNKDG+LQLSEMAKLLPVKENFL RQVFKG+TKLTK+DIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TIL+G D+N+DGKI++KELTMILLA+AK   ++
Sbjct:   14 EKATNFMRQYRDPDSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSANITDVGPEAVSDDMLVELKACFMEAYDDNQDGKIDIRELAQLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKINDVSEDKLIEYTDTMLQVFDSNKDGRLQLSEMAKLLPVKENFLCRQVFKGATKLTKDDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLLDFEETILRGVDYNQDGKINKKELTMILLAIAKHNQEE 306          
BLAST of EMLSAG00000000306 vs. nr
Match: gi|1101341746|ref|XP_018896480.1| (PREDICTED: calbindin-32 isoform X2 [Bemisia tabaci])

HSP 1 Score: 489.189 bits (1258), Expect = 1.193e-172
Identity = 235/302 (77.81%), Postives = 268/302 (88.74%), Query Frame = 0
Query:    2 ASSRKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            A++++    +K  NFMRQ+RD NSRE+ KLSA QFMEVW HYD DGNG+IEGTELDGFL+EFVSS  S+E  PEAVSD+ML EL +CF+EAYDDN+DGKI+IRELA LLPMEENFLLLFRFDNPL+SSVEFMK+W +YD+DGSG IEADELKNFLRDLLK+AKK NDVSED+LI+YTD MLQVFDSN DGKLQLSEMAKLLPVKENFL RQVFKG+T+LTKEDIE VF+LYDRD NGTIENEEL GFLKDLLELVKKDYD+ DL DFE+TI++G D+N DGKI++KELTMILLALAK   D+
Sbjct:   10 AAAKRINLQEKANNFMRQYRDPNSRELKKLSANQFMEVWSHYDKDGNGYIEGTELDGFLREFVSSAISSEVSPEAVSDAMLVELMKCFMEAYDDNEDGKIDIRELAHLLPMEENFLLLFRFDNPLESSVEFMKIWREYDTDGSGYIEADELKNFLRDLLKEAKKMNDVSEDKLIEYTDTMLQVFDSNHDGKLQLSEMAKLLPVKENFLCRQVFKGATRLTKEDIERVFALYDRDNNGTIENEELRGFLKDLLELVKKDYDAQDLHDFEETIMRGVDYNEDGKINKKELTMILLALAKHNTDE 311          
BLAST of EMLSAG00000000306 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold380_size190731-snap-gene-0.44 (protein:Tk02448 transcript:maker-scaffold380_size190731-snap-gene-0.44-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_299840")

HSP 1 Score: 533.102 bits (1372), Expect = 0.000e+0
Identity = 260/299 (86.96%), Postives = 275/299 (91.97%), Query Frame = 0
Query:    5 RKSESNKKCVNFMRQFRDLNSREINKLSAAQFMEVWDHYDSDGNGFIEGTELDGFLKEFVSSVNSNECGPEAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMILLALAKQGADD 303
            R S       NFMRQFRD  SRE+ +L+AAQFMEVWDHYD DGNGFIEGTELDGFL+EFV+SVN  +CGPE VSDSML ELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYD+DGSGSIEADELKNFLRDLLK+AKKS +VSED+LIQYTD MLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIE VF+LYDRDGNGTIENEEL GFLKDLLELVKKDYD+ DL DFEDTI+KGCDFNRDGKIS+KELTMILLAL+KQ  DD
Sbjct:   33 RVSTDKLDTCNFMRQFRDAESRELKQLTAAQFMEVWDHYDEDGNGFIEGTELDGFLREFVASVNQTDCGPEVVSDSMLQELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDADGSGSIEADELKNFLRDLLKEAKKSQEVSEDQLIQYTDTMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIERVFALYDRDGNGTIENEELRGFLKDLLELVKKDYDTKDLIDFEDTIMKGCDFNRDGKISKKELTMILLALSKQSGDD 331          
BLAST of EMLSAG00000000306 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold48_size466083-snap-gene-0.4 (protein:Tk05964 transcript:maker-scaffold48_size466083-snap-gene-0.4-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 53.9138 bits (128), Expect = 1.019e-8
Identity = 44/173 (25.43%), Postives = 82/173 (47.40%), Query Frame = 0
Query:  130 VEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKE-LTMILLALAKQGA 301
            +EF + + ++D DGSG+I   EL   LR +        + +EDE++     ++  +D N DG +   E  +++  +   + +           ++I+  F ++DRDGNG I+ +E        L++V      +  AD  +  ++  D N DGK+   E L M++L +   G 
Sbjct:   25 LEFKEAFEEFDKDGSGTISTKELLPILRAI------GQNPTEDEILN----LVIEYDMNGDGTIDFEEFLEMMTKQSKDIDQ----------TQEIKEAFKIFDRDGNGYIDAKE--------LKMVVTRMGEALTADEAEEFMQEADINGDGKLDYDEFLKMMMLGVVSGGG 169          
BLAST of EMLSAG00000000306 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1202_size55818-snap-gene-0.13 (protein:Tk09187 transcript:maker-scaffold1202_size55818-snap-gene-0.13-mRNA-1 annotation:"hypothetical protein EMIHUDRAFT_373343")

HSP 1 Score: 51.9878 bits (123), Expect = 2.424e-8
Identity = 51/171 (29.82%), Postives = 80/171 (46.78%), Query Frame = 0
Query:   75 EAVSDSMLAELKECFLEAYDDNQDGKIEIRELAQLLPMEENFLLLFRFDNPLDSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEEL 245
            E+++   LA  KE F   +D NQDG I  +EL+ ++             NP D+ V+ M   ++ D DGSG+IE  E    +   ++++   N++ E           +VFD  + G + L+EM  +L    N   R        L++E+IE +    DRDGNG    EE 
Sbjct:   23 ESLTSEELATFKEAFT-VFDKNQDGTITTKELSTVMRSLGQ--------NPTDAEVQDM--INEVDVDGSGAIEFPEFCVMMVKKMQESDTENEIRE---------AYRVFDKERSGVITLNEMRLILS---NLPER--------LSEEEIEEMLHTADRDGNGGFSYEEF 162          
BLAST of EMLSAG00000000306 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold415_size178368-snap-gene-0.27 (protein:Tk01168 transcript:maker-scaffold415_size178368-snap-gene-0.27-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 47.7506 bits (112), Expect = 3.989e-7
Identity = 45/173 (26.01%), Postives = 76/173 (43.93%), Query Frame = 0
Query:  123 DNPL--DSSVEFMKLWHQYDSDGSGSIEADELKNFLRDLLKQAKKSNDVSEDELIQYTDVMLQVFDSNKDGKLQLSEMAKLLPVKENFLTRQVFKGSTKLTKEDIESVFSLYDRDGNGTIENEELHGFLKDLLELVKKDYDSSDLADFEDTILKGCDFNRDGKISRKELTMIL 293
            D PL  +   EF + +  +D DG G+I   EL   +R L        + +E EL      M+   D + +G ++  E          FLT    K     +  DI+  F ++DRDG+G I  EEL   ++ L E + ++          D +++  D + DGK+  +E   ++
Sbjct:    3 DEPLTEEQVGEFKEAFQLFDKDGDGTITTKELATVMRSL------GQNPTEAELQD----MINEVDVDGNGSIEFEE----------FLTMMSKKVKENESSNDIKEAFRVFDRDGDGYISAEELGQVMQTLGENLSQEEI--------DEMIREADLDGDGKVCYEEFATMM 147          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000000306 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-3.176e-16678.57symbol:Cbp53E "Calbindin 53E" species:7227 "Drosop... [more]
-7.406e-7544.15symbol:scgn "secretagogin, EF-hand calcium binding... [more]
-4.341e-7244.36symbol:SCGN "Uncharacterized protein" species:9031... [more]
-3.104e-7147.96symbol:CALB2 "Calretinin" species:9031 "Gallus gal... [more]
-4.263e-7147.96symbol:CALB2 "Calretinin" species:9031 "Gallus gal... [more]
-1.212e-7046.64symbol:CALB2 "Uncharacterized protein" species:982... [more]
-2.166e-7046.64symbol:CALB2 "Calretinin" species:9913 "Bos taurus... [more]
-3.191e-7046.64symbol:Calb2 "Calretinin" species:10116 "Rattus no... [more]
-3.191e-7046.64symbol:Calb2 "calbindin 2" species:10116 "Rattus n... [more]
-3.553e-7046.64symbol:Calb2 "calbindin 2" species:10090 "Mus musc... [more]

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BLAST of EMLSAG00000000306 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592771667|gb|GAXK01182901.1|7.855e-9277.65TSA: Calanus finmarchicus comp289939_c6_seq1 trans... [more]
gi|592771664|gb|GAXK01182904.1|2.088e-7077.61TSA: Calanus finmarchicus comp289939_c6_seq4 trans... [more]
gi|592864043|gb|GAXK01093519.1|1.848e-6660.37TSA: Calanus finmarchicus comp3609902_c0_seq1 tran... [more]
gi|592771670|gb|GAXK01182898.1|6.256e-2580.33TSA: Calanus finmarchicus comp289939_c1_seq1 trans... [more]
gi|592939897|gb|GAXK01018656.1|2.691e-1226.02TSA: Calanus finmarchicus comp33760_c4_seq3 transc... [more]
gi|592939898|gb|GAXK01018655.1|2.819e-1227.10TSA: Calanus finmarchicus comp33760_c4_seq2 transc... [more]
gi|592939899|gb|GAXK01018654.1|2.849e-1227.10TSA: Calanus finmarchicus comp33760_c4_seq1 transc... [more]
gi|592939895|gb|GAXK01018658.1|3.456e-1228.52TSA: Calanus finmarchicus comp33760_c4_seq5 transc... [more]
gi|592764714|gb|GAXK01189854.1|5.378e-1039.24TSA: Calanus finmarchicus comp6065382_c0_seq1 tran... [more]
gi|592939893|gb|GAXK01018660.1|7.180e-829.76TSA: Calanus finmarchicus comp33760_c4_seq7 transc... [more]

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BLAST of EMLSAG00000000306 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 3
Match NameE-valueIdentityDescription
EMLSAP000000003060.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1045:2334... [more]
EMLSAP000000069856.611e-826.44pep:novel supercontig:LSalAtl2s:LSalAtl2s397:37719... [more]
EMLSAP000000073252.659e-725.61pep:novel supercontig:LSalAtl2s:LSalAtl2s412:12978... [more]
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BLAST of EMLSAG00000000306 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|729056|sp|P41044.1|CAB32_DROME3.289e-16878.57RecName: Full=Calbindin-32[more]
gi|82233528|sp|Q5XJX1.1|SEGN_DANRE2.050e-7644.15RecName: Full=Secretagogin[more]
gi|123911999|sp|Q0VFG3.1|SEGN_XENTR1.370e-7345.11RecName: Full=Secretagogin[more]
gi|115644|sp|P07090.3|CALB2_CHICK9.175e-7347.96RecName: Full=Calretinin; Short=CR[more]
gi|82234077|sp|Q63ZJ3.1|SEGN_XENLA2.404e-7244.36RecName: Full=Secretagogin[more]
gi|1345670|sp|P47728.1|CALB2_RAT9.638e-7246.64RecName: Full=Calretinin; Short=CR[more]
gi|13637964|sp|Q08331.3|CALB2_MOUSE1.074e-7146.64RecName: Full=Calretinin; Short=CR[more]
gi|109940061|sp|P22676.2|CALB2_HUMAN7.326e-7146.27RecName: Full=Calretinin; Short=CR; AltName: Full=... [more]
gi|116243013|sp|Q3ZBY3.1|CALB2_BOVIN1.220e-7046.27RecName: Full=Calretinin; Short=CR[more]
gi|21264511|sp|O76038.2|SEGN_HUMAN1.245e-6943.07RecName: Full=Secretagogin[more]

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BLAST of EMLSAG00000000306 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 19
Match NameE-valueIdentityDescription
gb|EFA05940.1|8.993e-17679.52Calbindin-32-like Protein [Tribolium castaneum][more]
EFX89968.14.104e-17479.45hypothetical protein DAPPUDRAFT_299840 [Daphnia pu... [more]
EAA00157.23.905e-17078.50AGAP012179-PA, partial [Anopheles gambiae str. PES... [more]
AHN56307.11.594e-16878.57calbindin 53E, isoform B [Drosophila melanogaster][more]
AAF57925.11.594e-16878.57calbindin 53E, isoform A [Drosophila melanogaster][more]
EEB16690.19.738e-11478.28Calbindin-32, putative [Pediculus humanus corporis... [more]
gb|KPM03550.1|2.067e-8562.38hypothetical protein QR98_0019830 [Sarcoptes scabi... [more]
gb|KFM66186.1|4.253e-3986.11Calbindin-32, partial [Stegodyphus mimosarum][more]
gb|EEC03761.1|3.921e-3245.45calbindin-32, putative [Ixodes scapularis][more]
EEB16689.14.845e-2973.91calbindin-32, putative [Pediculus humanus corporis... [more]

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BLAST of EMLSAG00000000306 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1061485948|gb|ODN03064.1|5.124e-17481.79Calbindin-32 [Orchesella cincta][more]
gi|641678138|ref|XP_001943443.3|5.792e-17481.51PREDICTED: calbindin-32 [Acyrthosiphon pisum][more]
gi|646720588|gb|KDR22249.1|1.620e-17380.82hypothetical protein L798_02354 [Zootermopsis neva... [more]
gi|1059420655|ref|XP_017783029.1|1.913e-17377.27PREDICTED: calbindin-32 isoform X2 [Nicrophorus ve... [more]
gi|1080047503|ref|XP_018565056.1|2.206e-17381.31PREDICTED: calbindin-32 [Anoplophora glabripennis][more]
gi|1058267586|gb|JAT36507.1|2.225e-17378.29hypothetical protein g.31628 [Graphocephala atropu... [more]
gi|1130223291|ref|XP_019758046.1|2.419e-17378.15PREDICTED: calbindin-32 isoform X1 [Dendroctonus p... [more]
gi|91087437|ref|XP_975683.1|4.400e-17379.52PREDICTED: calbindin-32 isoform X2 [Tribolium cast... [more]
gi|1133412164|ref|XP_019866275.1|5.324e-17380.20PREDICTED: calbindin-32 isoform X2 [Aethina tumida... [more]
gi|1101341746|ref|XP_018896480.1|1.193e-17277.81PREDICTED: calbindin-32 isoform X2 [Bemisia tabaci... [more]

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BLAST of EMLSAG00000000306 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4
Match NameE-valueIdentityDescription
maker-scaffold380_size190731-snap-gene-0.440.000e+086.96protein:Tk02448 transcript:maker-scaffold380_size1... [more]
maker-scaffold48_size466083-snap-gene-0.41.019e-825.43protein:Tk05964 transcript:maker-scaffold48_size46... [more]
maker-scaffold1202_size55818-snap-gene-0.132.424e-829.82protein:Tk09187 transcript:maker-scaffold1202_size... [more]
maker-scaffold415_size178368-snap-gene-0.273.989e-726.01protein:Tk01168 transcript:maker-scaffold415_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1045supercontigLSalAtl2s1045:23349..106042 +
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-LSalAtl2s1045-augustus-gene-0.5
Biotypeprotein_coding
EvidenceIEA
NoteCalbindin-32
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000000306 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000000306EMLSAT00000000306-696153Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1045:23349..106042+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000000306-683072 ID=EMLSAG00000000306-683072|Name=EMLSAG00000000306|organism=Lepeophtheirus salmonis|type=gene|length=82694bp|location=Sequence derived from alignment at LSalAtl2s1045:23349..106042+ (Lepeophtheirus salmonis)
TGAAAATGAGTACTAAGAATAATCAAATCATTCAATGAATGCTTTGTTTT TTATGATATCTACCAGAGTCCTCAGCACATTGACAAAAATAAATACAAAT ATAATCATAAAATGATCTTTTATATTCGTACAGACATAGTCGTAAAGGGA GTTTTGTATGGTGGAGAGGCGATATGAATGTGTACTTACTCTTTTCTCCT TCGGCTGCGAAGAGAAATTGGGAGAACATTGTATGTGTATTATTTTTTTC CGAAGCATACTAACTCTTTCCTTTATTTTCTCGGTCATTTAATATTATTT TTCTCTTATTTTTCTTATATTTTCTCAGTTCAACTTTCTTATCTCAGAGA GAACGGCCTCTTCCACACACACACTCACTCACACAATCCGAAATTAATTG AAGAACACTTATTGACTCTATTGCATCTACCATCCACATAAAGAACCACA TTGTAACAGAATTTGATCGAATCAAAGTGAGTGGACAACAACTCCTCGGT AAGTTGATAACAAAATTGTTTTTTTTAGCAGTCATTCATTCTTACACTAG GAATTACCATTAAAGTTATGATTTATTATGTTTTTATATATATGTTATGT ACAAGTTTTGATTTGGTACGAGTTTTAACTTGTATAATAACATTGTACAA GTTTTAATTTATTTGTATTAAAAGGACAGAAAGGACACCATTTATAATAT CATTCATGAATATTCAATTATTGCATTATTCTCATCCCAGGTACTGTAAA TACTTTATTTAAAGTTATTTATCTCATTTTTTGTATGCAATTTGTACAAA ATCGCAACTTGTATAATCAAATTGTACAAATTGCAGGAAAAAAATGAGAT GAATAAGTTCAAATAAAAGTTTACAAGATATTACAATAATTGAATATTCC ATGTATGAACAATATATTTTAGTGTTATGTTTAGCTATATTGGAACAAAT TACTAAAATATAAGTATTCTGTGGCACACTATAAAGTTTAAATGCCCACA GTTACATTACTCCTAAATACCTAATAACCATTAATTTGAATAAATGACAG TATCAATGTAGGTAATTAGAATGAACCATGTTATAATTAAATAATGCATT TGCAGAATTTGCTTATACAAATTGCAACTTATACAGAATATATATAGTAA AATTGGCTTAATTTAGATATTAATTGTGAATGCATATAAACATGTACTTT CATGCAAAAAAAAAAAACAATAAACTTTTATATTTTTAAAGTACATTCTC TTTGTAATAAATATCGTTCTAATGTACGTATGCTAATTATTTTTGTGTAA ATCAAGCGTGAGAATCAATCCCTCACTTTGAAACAAGCTTGGAAGCAAGG AATTGGAATTAGTATTCCAATTCCTTTGTCAAGTACAGGATAAACTTCGT TTTTTTACTACAAATGCAAAACATTTTTATTTCTAAATTTATGTTAATGT TACTTTTTATTTCCTGCTGGCCATAAAAACACATTAAATCTTCCAAACAA ATAAGTTTATTTTTGTGTTACTGCAACATTTTGACACACGTATATATGTA AATGGGAATAAAAAGAGCATTGCACGCGTATTCAACAATCTCTTATACAT ATAAGCAGGAGGTCACTTTCATTTGCAATTATTACAATTATTTATGGGTT TATGTTTTTGAAAAGATTCAAAGAGGGCATTTGGCATACAGTATACTGTT ATATGTACATATTGTAATATATTCAAAGTCCTCATTATGAATTCAAACAA TGCCTTTTAATATTGCGTATAAGTCATAGTAATGAAGAAAATGAGACTTA TTTAAAAAAAAACAAAAAAAAAACACATATTATGTCAGTGAGTGGGGGGA AAATTTTTTTTTCTTCAAAAACAAATAATTATTTACTTTAGAATAGTGAA AAACAGATTAATTTATACCAAGTTATTTAATGAGACAACTAATTAGAATA AGTTCATGTAGTATGTTTACTTGAAGGGAATTAATTTAAGGAGCACTCTT TAAAAAATATAAATAAACTTACTTATTTTATAAGTCGTCTCTTACATCAT CGACCAAAGCAGCCCCACGTCTACTCTACCAAATGAATATCATTAAGTTT AATCGAATTAATTCAAAAACTTTTTTTAACTTTCACTATTTAACTTAATA CTGTTCATCCTTTCTTGTCCTTGAATGAAATACTTCCAATCTGATCTTAT GAAGTAAACCAGAATTATGTTTGTATAGGGCTGAGCACTACAATTGGAAC AAATTTTTTGATCTCATCCAGATGCTGAACAAATGGTTCGTGACAGTTTT TTTCGGTTTTTGTAGTAGCATATTGATGTACAATAATATATCTATGGGCC TCAATCACTGCCTCTATTCACTCACGGAGTGACAATTTTACTTCATAAAG CAAAATTCTTAATTGTTCATAAAGGAAGCTGATATTACTGATTTTATGTA AAAATATAGTGTTAGCGTTTGTAGAACTTTTGAATTTACACATTTTGAAC AAAAAGGTTGCCTGATTTGGCTTAGCTTTCCATTTTTCTCTGTGTTGTAC TTTTACAAGGAATTGACGCTTACTGACAACATTTCAAAATTTTAAAAATA TGTATAAAACCGTGTGGTAACATTTCAAACAATAGTATTTCGGAACTTTT ATCCTACTTGAACTTTTACAAAGTAATATTGGCATTTATATGAATTTATG ATGTAAAAATGATCATTTTACTTCATGAAGAATAATTTTGATCTTCTGTG AAAGGCCCCAGAATTGGTTTCAATTATCATTTACGAACTAATTGCGCTAG TTTAGACTTATCAAATAACGGGGGATTAGATAGGACTATTTCATCTCGAC AAGTAATTAAAACTCAAAGCAAACAGAATTGTATTTTATTAGAAATACCT TAACTCTTGCATGATCTTAAAAAACTCGACCTTGATGCACTCATACGGGA TCACGATGACCTCAAAGTTTGTTCCAATTGTATTTCACGACCCTGCATAC ACATGTACTTAAGTATTAGGCCATAGTGTTTGTTTGTCATGTCTTTATCC CTTATAACACATGCAGAGACACATATGTACAAATACTCACATTGAAGGCA AATACTTCTCAGAGGAAATGATGTGGTAATTTAATTCTCTCATGACTTTA CAATAACAAATTCATTTTGAATCTCGTTGATTCACTTACTTTGTCTTTTA GACGAGAGATTTATGACAAAAATGAAGCAATAATTATAATTTAGAATTAA ATTCATAGTTTTTAAACGAATATTATTAAAAAATGGGGTATAAAGCTACA GGCTTCGAGACTTCCTCAAACATGTTCTAGAAATTTATATTGAGACTGGT ATTTAACCAAAGTTACTTAAATGCTTTGTCTAGTGAGGGGATTATAAAAA AAATAATTCCATTAATAAAATATTTAAAAAAAATATTTTTGGCACTAAAA TTTCAAAAGTGGCAACTCCGGAATAACTTTTACCCAATATTTCGATATTG ATATAATCCGAATTTCTTTTAGTTATGAAGTAAAATTTCATCAATATATT GATAAGACTAAGTTATTAATGATTTGGCATCCAAAACTTTTAAAATTTGG AAGCAAATAAGTGTACAATTTATCTTTCAACTATCTGCAACGAACATATA CTTTCTTTCCTTGGATTATAATGTTTTTTCATGGCATGAATATCAAATAG TATAAGAATATTAAATGCTTTGCTTTTTAAAAGTCTTCATGCTCAAAGGA ACGTAAAAAAAGGTACTTTGATTTGACTACCGTATTTTTAATGAATGAAT GTATAAAACTAAAAAAATATTGTTTTTGTCATTGAAAATTAGGTATATTT ACTGCAATTTAACGTATACATAAGCTTTAAATGCTAAAAACTTGATTGAA ACATGAGCTGTAAGGAAGCGAAACTATTAAGTAAGTGACTTTTTTGTTAT AAAGAAATCAATTTTTATTGAAATAAATCACACGAGGTTGATATGAGAAT ATATATTTAACTCCTTTTTTTATATTTTTATGAATAAAAAATCTATACAT TTCCTTTTTTCATATAAAAATATACAATTTGAAATCTAGGATTGAAAAAA ATTTATACAAATAACCCTGAGCAATTTCTATAACACTAAAAGAAATATTA AAACCAATAATATTGCTTTTTTATGAATTCATTTGGCATAAAAACATTTG GAAAATTTGTTTCATGTCCATCAAAAATTCTTAAAATAAGGTGTTTTAAA TTGTATTTTCTCAATAGTTAACTCAAACTTATAAAAATGCTCAAAACTAG AATAAAAAATTCCTCAAAACAAGATTTCAGGAGATTTTTTTTATTGATTC CTGATCAAAGTATCATGTACTATTAAAATTAGAAAAGGATTTTAATTTTC TTTTTGTAAAAGTAAATATAAAGGATTTTTATCAATAAAGAATTTTTCAA TCATTAAATCGTAATACTCGCATTAGTTACAAATAAGTAAAAATTTTTAT TTGTAAGTGTACCTGGGATCGAAAACTGTGTCTTTGTATATATGTCCTCA TTCTTCAAAAGGTTGTCTCTTTTTCGGTGGATATGTATGTAGCTATGATC GGTTCAAAAAACTACCAAATCGATAAGAATATATAGTGGGGACCCAAAAC TTTCCGTAGCATTTAATGACGATTTTATCGTTGTTATTTTTAATTGCAAG CCTTTATTTTGCAATCAAACGACAGCTGCAACAAAAATAAACAAGTTTTG TTTTTGCCCCATATCTCGATGTGTAAAAATGTCGGAGTGACAACAAAATG TGTGATCTTCTCTGCTTCAGTGGCAGGKCCAAGAAGGCTGCAGAGACTTT TGGCATCAATATGTGGAATGCCTATCACATCACAGCCCCATAGAGACAAG AAGAATCAAAACTTCTGCAGCATTAATATGACTCCCTTTTGACTTACCTC CATGTGGTCCTTCTTCAGCCCTGAGCTAAACTCTCCGGACTTTGCAATTT GGAGTGTTTTGGAGAAAAAATGGGTGCCACACTTCTCATCCAAATTGAGA TTAGCTCTGACCCGCAATCATGACAGAGTAGTACGTCATGAATAGGACCT TCATCGTCAAGAGATGTTTATCTGTTCGCCGGCGTGTCGAGGCTGTTATT GCTTGTGAAAGAGAATATATTGAATAAAAAATATAGCTTATTTAAACATA TTAAAAATTGTTTATGGATTGTCTCTTCTTGATTTCCCAAAAAATTACGT TTTTCTTAATTGAATCATGATACTCCAAATTTGGGTCCCCCATTTGTATA TAAATGATAATCGAGTTTATAGAAGTGGGAAATACTTTGAGATGACGAGT CTATCTTTTTTGGTACTGATGGTTTTTTAGGACACTCATTATTTTTACAA ATTCAAAGTTACAGCTTGGAGTCAATAAATATGCTTTTTATTTTACCAAA ATGTAAAGTCATATATTCTATTGAAAAGGAAATAGAATAAAATGAGCTTT TTATGATCAAATTGCTTGATTATTTGTAGATATAATAGAGTTTGTGTATG TATGTTGCTTTATGAGGTCTCCTTTCGATGGACAAATGAGGCCGATTAAC ATTGGGAGAGGGAGTCATATATGGGGGCTTATTCGAAACCCAAAACACAA AAACTGTTTTTGGGAGAGCTCAAGGAGACTAGATAGCAGGTTAAGCTATA AATTTATTGTAAAAATTTGCCTTGAAAATTGTTTGTGTATAAATTGAATA ATAAAAATTTATCTTTAACAAAATATTTGTCATTTTCTGCATAATTTTTC GATTTTTTTATTTTTTTTTCTCTTTTTATAATTCAATGTCAATATACATT ATCTATGTATCTAAAATTTTGGACTTAATTCTCAATTTCAATAACATTTT ATTTCATAATTTTTGCAATATTTGCAAAAATGATTCAATTATCGAGGGTA ATTTTTAGACATTATTCTTTATAACTTTTTTTGCTTTTGTAAGTACAAAA AAATATTGGTAAGTTTGTGTTCCTCTTAAAAATGTCAAAAAAGGTTTTTA TCTACTTTTTTAATTTTTTTTTGCAAAACAGTGTTTTGCCATTTTTTTCG CAAATTTTACAATTTAAAAATTTATTTTAAGCATATATGTTGGTATGTTA TTTGAAGTTTATACCATAACTTTATTTTATAATAATACATATATATATAT ATATATTAAATAAATACGCCATTATTATATTTTTTTTAATGCTCACCTAC ACCGAAGGGTTCTAAACATTAAGAAAAAATAAGATGGACCATGTACACAG ATAATGAATTAATTATTCAATCATATAATCCGTTAAAAAAAGTTACATAC TAATGATGAATTGTCCGTAACTTCCGAATCAGAAGCAAAAGCTGTTCTAT GAAAGTAATTTCGTTTTATGTCATAACAATTGATCTAGATATTTTAGTTA TCTTTGAGGTATAAAAGTTCATACATTATAAGATAAATAAATAATTTAAA TATGTCAAAATAAAGAATAATGACAAATTATTACCGTTTATTTGTATGCC CCAATACTTAGATAGGTATAGCTATGAAATATATTTGAAATTTTGCTGAA CGAGCTCAACTGATAAGCTAAAGAGGATGTATTAAAATTTGAAGTTTTTA CAAGGACAGTTAACAGGAGTGAAGATAGACAGAAAGGAATGTCGGAAGGA GCAGATTTTGAGTTTAATATTTAGAACAAATACGTACAAGGTACAGCCGC TTATTAAAAACCAATATATTTTTGTTTTTTTAAAACGGATTTTGTAATAA ACTAATCATTTGATTTTAATAAAAACAAATATAAAATGAAATCTGAATAA TGAAAAATTGTATTATTATTATACAATACAATCACTTTTGGTGTCAATAA AGGCCTCAACTCAACCTCAAAAACTGATGCAGTTCTTGATGGCACTCTCC ATAAGCAAATTCCAAAAAAAATACCAGACCCTGGACATTAGCTCGGATTT TGTATCACAGGAGGATCTGTTGGTGTATCGCTCAACTGCACCCTAAATAA AGAAGTCCATGGGGGTGGAGAACCAAATGGCGTGGAGGCCAAACTCTGGC TTTAACAAAAGCATAATAAAAAAAATCTGACGACCTCGTTTTTGTTGTAG TGGTGCTTTGCTGTTGATTCATAAGCACCTTAATACTCTTACAGTTCCTT CCTAATTTTTCAGACAAAGGGTATTCTGCATTTTCTACGATTGTGGAATA AATGTTTTGTTGATCGATGCCAATTTTTTTAACTGACGCTAAATGCGCCA AATCAACAAACAAAGTCCTACCTCTACAAATGCTCAAAGTTCGTTGTTAA ACAACAGATGTACTTTTTGTTTGCCATATTCGTATTCCACACATTTTTTT TTTTGCAGGAAACACTATACGCATATGTTGAGATTGTTTTTAAGTATACA GAATTCTTTGTGAAAGTATTTTCTTTTTGTGATGAAAAATGAGTCATGGA TATTTGATAACAAGGGGCATTTTTTTTTCTTCGCTATTTCCCTTATTATA AAGAAGAATCCCATTTATTATTTGAAAATAATGGTTTCCTTGGGATTAAT ATGAATGTATATTGTATACGTTACATATGATGTACAAAGTAGCCATTTAT ATACCAAATACCCCTTTATTAATTAGGTAAGACTTTAGATATGTATTCAT TGTTGTATACTTAAAGTCCTTATTAGGTAGTGTTTTATTACATTATAATA TTTTTGGAAACTGAGAATATTCAATTTCTTTTCCTTTCTCATAAATTTCT TCTTATGAATAGACTGTATTTTATAAGATAAAAGGTAAAAATGACACAGC AAATGCTTTTTTTTTCATATACTGGATTGCCCACTGAAATCTGAACACTT ACTAACTCAGTAATTAATGAAGGTGGAGCAATTGAAATTAATTCATATTT CGATATATAGAAGCATGCAAATAGCTACAAAACTAAACAAACATTTGCTC CCTAGCTTATATATAACTAGAGAAAATGCCACTTGAACGTGATCAACGAA TTTCCATTCGTGCAGTCCAACAAGTTGGGCGTCTCCAGGACCATTGTATA TGCTGTCAGCTGAAACGTTGGAGAGGAAGAAGAGCAACTGTCAAAAAGAC CAAACGTGACCCAGATGAGTTAAAGAACATAACCCATACAAATCCCCTCA ACTCCATGGGAGCATATACAAGAGATCTCAGGGTACACACTAGACTGTCC CGAAAAGCAACAAAAATAAGTGGCTGGAAAGAGKTTGGTGAGGGKAGAAA GGCAATTTTTGACACCAGCAATGAAAGAAAAATATCTCCTATACAACACT CTTTTGAATGAGTCTTTTGAACTCTTTTTTGACACTTTTGGGTCCCTACA GCCCTTATATCGACCCAATCGACAAACCCCTTTGGCTTAGTCAAGGGGAC ACAATGATAGAATACTACATCCACAGTGGGTGCTAGGCCTTATTCCGCTG CCTTGAATCAATCATTGCTTCTAAAGGTTGTACATTAATCAATATGACAT CTCAGACGCACATCTATTTATAGTTTTAATTTTATTGAAATTATATCGTT AATTAATAATTCAAGTATTACTGGTTCTGTAGTTTTTATATGTTTATTTT CCTCCAGGAAAAAGTATTATCAACTATTTTTATCAAAACAATAGTATGAT ACAATAAATAAATAAAGTTAAGATACGTGATTTGCAATGAATGAGTAAGG TCACATGGTATCTACATATTCTTTGTGGAGTAAGAAATAAGTATACAATA AAAAATAAAAAAAAACACTTGAAATATCATCATCATTTTTAAGTAGTGCT ATTGGCAAAATAGACGAAAGGTACTTTTGTATCATACTAAGTCAATACAT ATTTAATATTTGTTTGAGTAACCTAATTTATTTCGTTAGTGAAAAGTTTT TCTGTCACAAAACAAATTTAATTAATCAAAAAACTTTTACTTGTGTTTAT ATCGATATTATGTATTTACAATTTTCTATTGCAAAGTTTAAAAAATCATA TCCGATAGGTGATGTCCCCCATTGTTCATACAATCAATAAACCGAACTTG GGGATTTTATACATTGTGATTTTTTAATGTTTTTTGTTCATCCTAACACA ACTTTTTATGCAGACATTTTAGAGGGTAATTTCTTTTTTATAGATAGATG CACCGTTTAATAAAAACCATATCTTATTTTATAATTATGGATGGTTTATT TTAATTCAAAATTTCTTATGGACATTTTGCAACGATCTTAAAAATGTTGG GGTTTTGGGAATAAATCCGGTTACAATTACTTTTTTGTTGCACCCTGTAT TAGTATCCAAATTAAAACTATAACTAAATATTCCCTCTGCACTTCTTAAC ACCTTCTTTAGACTTTTATCTGAGTAATGAAAATCCATATTATTAAAAAG TAGGTTTTTATTTTGCCATAAATTGATTCCCTAGTAAGTTTTTATATTAA AAATCAATAATATAATATAAAAGGTATATAAAAAACAAGAAGTCCGAGTT GAATCAAATATTTTCCCCCTCAAGATCATATAATGATTATATAACCTAGT ATATTTTTAATGTGTCTACAGTACATATTTCTTTTTAGTATTAATGATAT TGGACATTTATGATATAAAAAAAAGGAATGAACAAATCTTTTAATGCCAC TAAGGTCTCCACTGAGACTCTTTTATCTTAACATCTCTTACAAATACATA TAAAAAAATACATGGATGAGTCTACTTTTACAACATGAGATAAAAACCTC CGGAGTAAAGATGAAATAAATCTTCTTCTGACTAATGTTTTGTGTTGTGT TTTTTAACAAAGAAAAAAGAACGCAAATAATGAGGAAGAAAGGAGAGATT AATATTTGTAATTATGTAGTTTTGTTTTTGCTCACTTCATATGTACATAT GGGATATGAATACTGACATATATATATAAATCATAGAAATAGAAAAAAAA AAAATAATAATATATTTAACTCAACTTATGATCTGCTTTGGCTTGATCAA GATTAATATAAAATTGAGTCATAAATATTTTGTTTGTACAAGAAAAAAAC TCGACTTTTTATAAAAACGCTTGAATAACTATAATATCATATTACATAGT CTCTCTGGGATGCAATCACGTCGTGGGAGTAAGTTTTTAATTGGGTTCAA GAGCTCCTCTTCTGCCCCCCCCCCTTTTCATCGTCCGCTGCACACCTGAA CCTCTTGAGGGGKGTCAAAATTGTATGCTCGTAGTAGATGTTTGATCTTT CTGAACAGAAACACGGTCATTCAAGTTTCGGTCGAGGCTATAGGGAGGCT ATTTAACACTTCGTTCATCTTTACGGCTTGGGAAATCCCGTGTATTCTTC CTTGCGTGAGATATTGCGTTGTTCCATCACCCCATAATATCCTGCACCTT AATTTTGTCATTTCTGAAGTTATTAAAAAGATGTTTTTGGGTAGACAAAC GTCCACTGTAATTTCTCTAGTGCTCAGTCGAGGGTTGGAGTTCATAAGGT CACAAACACGTGTGATAATGTCGAGGTTCTGAGTCGCTTCAGGATTCCTG GACGTCTTTTCTTCTCCAGATTGTAATCATCAATGTCTCTAATCCAGTAT AAAATAGTTCACAAAGTATTTCTGACTTGGGTTTGGAGGGCTTGGTGTAG ATCTCCGTGACTGATTTCCCCATATTCCGGTAGAGGAAGAGATAGCGTGG AAAACAAAGTTTTTCAGCGTGCAGCCCTGAAATGACTACCTAATACATTT GACTGACATGTACATCGACACCTATAATAATACAGTAATATCCAAATGAA ACTAAAAATAGTTTCTTACACTAAAGGGTGACATATAAAATATTTTTTAT CTGGTGTTTATTGGGGAAAGTTAAGGAACTTGCAATTTATTTATGACTAA ACCTAATATTTAAGGGATAATCGTATTCAAATTATAAATTTTATTTTTGA AGCTCTCTATTTACAATGGGCTCATGAGTAGTAAAACACACATTCATATT GTGCGGCTATAAAAGTAAAAGAAACACAAAGTATATCCAGAGTAAGATAG ACCTATTACATTAAAACAAAACGCTTATTTTGGAATTCCAAGTGAATGGG AATTTATGCAAATTATTTTATAAGCTCCATTTTGTTGAGATACTTTCTCT TAAATATGAACACATTAGTCTTTATTAATTGTATTGGTTCTTGGGTTAAT GAATGGGTTTCTTTTTGTAAGTACAAATGTGGGTTGTCAGCACAATAAAC CAACTTGAATTATTTTTCTAAAAATTGAATCTGGATTACATATTTGTATT CTTTGAAGAACTATGATCAATTTTTATCAACAAATTATTTTGATTAATTA TCTGGAGGAGCTGCAAATTACATTAAAAACAATCTTCCACCAATGCCATC CAACACTACTCCAAAAAACATTTCCAAAAATGTATTTTACATGGTTATTG AAGAAAAATTTGTCCCTACCATGCTACTTGACAAATAATAGACTAATTGT TTTGATCTAAACTCATAAAAATTGCTCCCTTAGTAAGGTGTACTTACCTA ATAAATAATTAGTAAATTTGACTAATAATAATAGATGTCTCCCATCTAGA CTCAGTTGTTGAGTGCGTCTGAGATTGTGAATTAGGGAAACATTTTGCTA TTTGTTGAAAAGTAAGACTACTTTCTGTGTAGCTTATCTCTAGTTTATAA AAAGGACCATAACGAAGTGATAGCTAGCCGAAGTAGAAAAAAAGGTTCCG AGGCCTTCTCTAGACCCAAATCTTGATTTTCCACTTATGGGCAAGTTTTC ATATGGAACAAAGCTCCTGGAGATGTCATAGGTGCTTTGAGGCATCTGTT TGAGAGTGGTAAGTACATCCAACCTTACAAAAATGCTGTATATAATCATG TCTACTGTGTATGGTATCATGACACTACTTACTGTATAACTTCAGCTGGT ATTTGGAAAAAGATTGATAAAGATTGGTTTATGAATAAAGGAAGGCAAGA AAAGGTTGAGAGCAGGAAGAAAATCTGGATATACAATAGAACATTATGAA GCGCATAGAGATAAGAGAGATAAGCTATTTGATATAATTGCAACTGATTC TGATAGGATAAAGGTATCTGAATCAGAGTTTGGTGTCTCAATGTCGATAA ATGAACATGCATATTTAGAAGATAAGCAGTCTGAAAGAAAAATGTCCTGT AACATAGGCGTAGCTCTTGCGAAAGGGAGATTTAATAGAAAATATAAATT ACTTGGAGAAAATAAACAAAGTTTTGATCTTGATACACTACCTTATCCTA TGAATCTGAGACATGCTGATGAGTTGATAGAGGCTAAGAGTCTTACCTTG ATAGCTAAGATAATAGAATCTGCTTCTGAATCTGGTTCAATGATAACTCA TGCCACAGATATTTCAACAAAGAACAGTGTTGGGAAGTTATCTGTTCCAG GCATACACATTGATCAAAATGTACTTTTTGCGTTGCCTTTTATAAGAGTA GAAGGAGAATCAAAGGAGGATTTGTCTGATTCAAGTTGATGTTTCAGATT TTAGGTGATATTTCAGGCAAATATGCAAAGGAAGTATATCAAATGGTAGA TACCCACATGCTCGATTCCACACATTATAATAAATGTTTTGCCACTATGT TGTCAGACATGTTTAATATTCAAACTCAAGCTGGTCAATTATTCTGGGCT ACTTAGTTCTGGATTCAGTTCAGCCATTAATAAAAGACTCCAATGATTGA GAGATACATGATGTTAGAAGCGTTCGTAAAGAACTTTATGGTAGATCTGG ATTTTGATTGCAAGCATGGATCAGTTGCAGGACAAACATAGAAGACATAG AAGAGACTACAGCCTTTCCCATGAGTTCCCTGCTCAGTATCCTGTTCAGG AACAGGCAGTCAATATAGATGACTTTCCTGTCACTAATATTTCCATGGAA AGTATGTGTGGACAGGGGGATTACCGACTTCACAAGCTTAAACAACTTGA AGCTGTAAGTAGAAGACTGATACTCCAAAAGTTTAGAAAAACTAAGAACG GGATCTACTATTTCATTTAGAAACTTTTACGGGGAGACAACAAAGGTACG AGAGCTAAAAATGACATAGAGTGAAGAAATGAAGGAAAGGTTCAGAAAAG TTGCAATTGAAAAAGAAGCCTTAGAAATTGAAAAAGAATAAAAAAGACTA ATCCTTTTAGAAAAACTGAAAGAAGAAGGTAGTCCTTTCACAAAGGTTGG TGAGATAGATGTTTATATGTAAAGTAGTCAAAACAATTCAAGAAAGGAAC AAAAGAGATTAAAAATGGAAGTCCTATTTGCAAGAAAATCTTCGAAATTC CTTCCCAAAACTGAGCTCCTCTTTAGAATACAAGTTACTCTCCCCACTAA GAAAAGGAGATACAATGAATAAGTTATTGTGCTTAAAACATTATTGGGCA ATAGAACGGATCGAACATAAACTCTCACCATTGAAAAATTGACAAATTCT ATGAATAAAATATATCAACTATAAATAGCAATATTTCATACCTATAATAA ACATCTTATCTCTTTAACCTTTTTACNAATAATATTTTATGTATGTTCCC ATTTTATATTTTTCTACTGTTTGAAATTATTTTTAAAGGCTACATACATA TGATATATATATAAATATATTCTTACATATACTTAATGTTTATAAGGTAG GCAGAATATAGATTTAAAGAAAAAAAACAAAATTTAAATATTTTTTCCTT TGAACTTGGTAGGGGCAAAATTTAAAGTAATAATCATGAGTTGTACATTT TTGGAAAAGGTTTTGGATGTGTAACAAAATAATACTGGTACAGAGGGGTT ATCAATAATTAAAAAAAAAAAACATAAACAGATTTATCCCCCAACCCCAA TTATAAATAAAGTAAAAGTTTATATGATAAATATATGATGTAAAAAAATT ATAGGACATTTTCTCATTTTCATGATATTTTTGCTAACTTAGCATTTATA TATTGCATATATGGATTAACCCACTTTTCATTTAAGTTATGTCATCATAA AACTATGCGACTTTAAATATTTGTGATCATCTTTGCATTTTTGAAATTAG GGGGATTAGAAGGAAATKCCTGCATGCAAAAAAAATGAATATAATCATAA TAGCCATGATTATACTCCTACTGGAAACAATGGATGGATTAATTATATAG CTAAATCAGGAGTTATGTACAGGGTGGTCCATGTAATTAGGGAAAATTTT AGATGGGGGTGTAAACACATTTTTTTTTAGTTTGAAAAGTACATTTAATC AGATTCAATTATTTATAATGAAATCCATCTCTCTTGATAACCTGCACCAA AATTATAACTCAAAACCAGCACAATGTTAAAGCTGGATCCGCAACTTGTC GCCCGTGCCTGTCAAAGCTTCTGGCGCCCTCTGGCCGAGGTTATCAAGAG AGGTGGATCTCATTACAAATAAATGAATTTTTGTAGTTTTCATATGATTG AAGAAATTAGGGTTCTACCACATCTAGTTCGTTCGTTATGAGCCTTTAAT GATTTTTCCAATTTATCTGGACTACCCTGTAAGTAAAAGCAAACAGACAG TACTATATTTATGATAATCTATATGTCATTATGAGGGAAACAGGAATACA ATAAAAAAAGATGTCAAAATATATTCACATTAGAAAACAGACACAGATTC AATCACACACACACACATGATAACACGCCGCCCTCATACGTTCATATGTA AGAACTATTACCATTAGTAACATGATTAGATATAAGACATATATAATCAT TAGAACTATAAATGATATCTGTTTCCTTCACTCGGTGATGGTTTATCTCA TTCTCTCCTTAATGGACAATTGAAAAAGAGAAATATGTAGTTAAGTAATG AAACTCCTTTGACAATCATCAATTCCAAACCATGCTACACACATACCTAA TAAAGCCGATTGAGTACTTAAAAAAGGTATTTATATAAAAAGAGAAAGTC TAGCGTGCTTAGTGTAATGTGAAAAATTAATATAATATTTATACACCCTA AGGACGTAGAAAAATATTGGATATATCTTCTTCCTACATACGATATTAAT ATATCACCTACCATATAAGGAAATAAAAAAAGCATATAATGAAGTTGGAC TACATTAAATACCCCTATGGGTAAAGAGAATGAATGAATAATCAATATGG GAACTATCTATTACATAGGTTTATCATCCCCCGGGATCCCGTTTGTGAAT AATAAATACTGTCAGATTGATGTTTTTCTTTTAATATATTAAGTATACAT AAGACATTTTAAGATTATCCAGAGAACTATCAAAAAAGTGGATGGAAAGA GTTTTTGAGGGNAGAGAGGMCACTTTTGAACTCTTTTTTTGACAATTTTT ACTCTCCTACAACCCTGATGCTGATCCCCTGGACTATATCTTTTGGATGC ATGTCTGGGGGAAGGCCTGCAGTATCTGTCATCCAAACACAAAAACCCTA AAAGCTAATGCCACCCCGCACTGGGACGCTCTAATATAGGACTACATTCG CAGTGGGTGATAGGACTTCCACCACCGCCTGGAAGCTATCATTGCCGCTA AGGGTAGCTTTATTATTGATGATGAGCTCTCAGACACACATCTATTTATA GTATTAATTTTGTTGAAATACTAATGCTAATAAATAAATGACATCTTGTT GAAGTTTAATATTCAAAGAGCTCAGATTTTGATGGACCAATCGGTAAATG AGATTATATAGACTGGAAAATTTTATTCCTTCGCCTAGTACGTAAAAAAA ACCCGAAAATGAACGTGGTTATCTTGGCAAATTGAATAATGTTTGGGAGG AGAACAGCTTAGCTGTCACAATGTTAACCGCAGCAGCCCATGAGAGAATG CCATGAGTATTAATCTTGTTTAAAAAGGGATTGTGACGAATATCTATATC TCATGAACGACTTAGAAATATTGGCTGAATTTTGATACACTTGATCAACT CATGAATATGAGCTTATGTGACAAAAATAATCCAAATCTGAGAGGATGGG GTCACATTTTTTTTGGTTGAATGAAGGAACTAAAAATTTGGTGGAGCTGA GGGCTTTATAACTGTTACATACAATGTCTTTCCCGTAGGAAAAAAGTCTA ATCACGCATCACTAAAATATATATAGTTCTTTTTTTCTTTATTTAATATG TAACAACATTTTATTAATTACAAAAAGCAAAGAGTAAATTCTGTCCAAAC GAAAAGTGTTCCCAATTTATGCATACTAAGTTTGTCTTTACATGTGACAC AGTTGTATTATCGTATAATACGATAATAAGATTGAATTCTGCTTTATTTT AGTAAATTTACAGCCACAGCCATTAATTCAGCTTATAACTCTCATGCATG CGTAAAACACTATTTACACATTCTGTACATGTACAAAGCGTAACGGAATA CATCCTTATTGTTTTTGTTTTTTATGTGAGGGTACCCGAAGCTTTCAAAC TGTAGGACAGGATTTTTTTTTGTGTGTAGAGTAGGTGAAACTTCCTTTAG AGCCCTGTATTTTAAAATGACTAGAGGCAGGAAAACATCTATAATACACC CAGAATTCCGGGAAACCAGGATCCCTGAAGAGCTCTACGTATTAAAATAG TAGTAAATGAAATATGTAAGTTATGTCTTTTTCATCTTCTATCAATTGGA AAGCTCTTAAACAAAATATTATCCGCATAATTTTTATTATCCATCCATTT TTTATTTAGACGAGTAGTATACATATATAAGGTGTGCAAACTATCTGTGC TACGAAAATGATTTTTTAAAGCACAATTTTCTCTCCAATCTATTATCAAA TTTAAAAAAATACAATCAGATTTTAGAATGTTCATGGATTCTGATTTATT TTATTAAGTAAAATCKCCTCCAGTCTCAACCAAAACCTCTACACGAAGGT GAAATAACTCATGTCTCCGCCACTTGGTCCCTTGGCATATACTGGAGTTC ATTCTTGTTCCGGCTGATAAGTTTGTTTTGGTGTGGCAGGGGGTTTGGTT GATTTGTCGTTCAATCGTTCCTACACACACCAAAAAATCCATAAAATTCA AATACGGCAAGTTTGGACGCCAAAAGTACGCAGATATGTAGTCGTCTCAC TTGTTTTCGAGCCATTTGAGATTTCATTCGAGGTGTTGTCTCAAAATCAC CTTTCAAAGCCTCAAATATACTCCTAACCTTAGGAACGAACATCTAACTG AGTCACAGAGTTCGAGCAATAGTTATTTTGAACAAGCTACCAAAAAAAAT TAGCTACCTATGTTCCTGTGTTTGCCAAAAAGAACGCGCTAATGTGGTGA CATATATAGCTTACGCACCCTGTATGAATATACAATAAACATGATATAAA TTATGTATATTCTTAACATGGTTTATCAGATTTACTTTTTATTAAATGGA TTGATTTATATATTTTTAGAAAGGTAAGCATTAATTATTGAAACAGTCAT TTCACATCAAGTATACAGGATTTGAATTTAACAATGTATTTTAAATGTTG ATACAAATTATCTGATTTCTTAGACATAAAAATCGTCTTTCTAGAAAAAA TTAAATCGTTTGATATGTATACAATACATATATCAAAGATTTTAAATGAG AGGGAAGTTCAATCCCCACAGGGAAATTGTTAATATCGTAAGAGCAATGC TTTCTCAATTATTTCTGATTTATATTTAGTTATAATAAATTCAATTCATT TTTTAAAAAATATTTATAAGAGTACAAAAACCAATAAAATTTGATGATTT TAATAAAGTAGTATGTTGTACTCCAATGGAATCCCTGATACTTCGTATCT AGTAAGGATATAGGTAGGGATTACTCCAATGTCGATCCTCAATTTTACTT TTCGTCCATGAAGGACTTACGCTCATAATTCCTCGAACTATCTTCTGTTT TATTCTCCGTCTTTCACGAGCGCATGTTCAAGTGGTTACTTTATACTTAC ATATTCTTTTATCAAGATCTACGTAATATTGATAACAGCATGTAAAAATA AATAACACTGTTCAGATTCCCAAGCAAAAAGTAAATTTCAGAAAGAAGTA AATGCTGAAGAATTTATCAACTCTTATCTATGGTCTTCTTTCTAACATGA GATACTTCACCATTACGGCTATCAGCGACGAAAATGTAATAACAGCTAAT AAATATTCTATGTAGCTATTAGTAATAACTTTCCTGCTATTAGGATGCAA CAAGTATAGTAGATACCAAAGAGGGGAAATTGAAATATGTAAAGTTGAAA CTCCCTGTCATATACGACTGAGTATATACATATCTATTCTCCAATAAATA CCAACAATAATACGATACTTATTTAATGCTCTTTGTAAGCATACTTTTTA TCTCTTAGTGAATCAGTCTTCAATATTTACTTACATAGGTGTACAGAACA TTTTTATTGTATCTATTGTAAAAGTATGTCTCACATACTCTGTCCTTTTC ATCATGATTGGTATTTGGTGAGCTAATTATTCATTCAAATTGTAACATGT TGTAATTGACATAATACAGAGATGCAAAAAGGAAATTGATATAAAAGAGG TCAATTATAAGGTCAAAAGTTAAGGCGTATAGTTTTAATACAGGTATATT AGAAAAAAAAATATTGGTATGAAAAGAAAGAAGTATACTCCTTTATTACA AACAGCAGCTATATTAAAAGCCTATAACAGTCGATTTATAGTTAGTATTT ATAGAATTTAAAAACTATCAGTGTTAGTAAAAGTAGTTTTTGTTAAGCAA GAATACTCAAATTTTTAAAATAACGTAAAAGTTCAAAGAAACAAACAAAA AAATATAAATTGTAAATAAAATATATATAAATATGTGACTAAAAAAAAAG AGGAAAATAATGCCTCACTTCCCTGATGAAAGCATAGAAGTATATAATTC CAGGGACTAGTCAATCTATAAGGAAAACTATTCTTGAAAGTGTCTATATT TGGTTATGCGAGGTGGATTCTGTTATGATCAGAGAGCCTCGTTTCGTGGA CGAAGTAGTGTTTGTTTAGTATCCAGGGAGGGGAGATAAATTTATCTTTT TCTTTAAAATTATCTGGAGAGTAATCATATCCTTCATGGTGCACTTATCT TCTAGAGGGATGAGGCCAAGTCTTTTGACTTTGCATGGATAGTTGTCGTT ATCTCACAACGAAGGAAAAATCAACACAAACTTATCTTATACCTTTTCCA GGGATTTAATCAAATAGTATCATGAAAATTTCCAGATTTGTAGATTAAGA TCGGGAGGACATAAAGTTTTCAAAGTTTTAATACGAACAAAGGGTTACAG GTTTTAGAACTTCCTTTAATGATTCCCAAGTTTACTTGACTTTATAATAT CAGGAACATATATTCTTGTAAATCTGAGATCACAAGAGGTGCAAACGCTG AAGTCCAGGTAATCATCTATCAACGTAAGACTTGAGTGGATGTAAATCTT CTCCTTTATTTTTCTTTTCTTTTTTGGGAATGGTAGCAAGGCACATTTAC TATAATTTATAAATTTTCTCCAAGTATCATTCCCTTTAAGAAATCTAGTA ACAATTATCTGGGTACAAAAATATATCTTCCGGAAAAATATCCTCTAAAT CGTTAATGTAAATGTCAAAGACCGTGGGCCAAAGAAAAACTGCCTTGCAG AGTAGATTAAGAGACGTTACAAGGGTTAGAGACATGAAATTTGATCAATK CCCKCTCTATCCTATTCTTCAACCAGAAACTAAGCCACTGAAACAACCGA CCATTTTTTTTTCAAGGTCTTTATTCATCCACATTACATGTATATTGTAT ACATACATACACAAATAAGTAAATATACAAATAAATAAAAGAAATTTGTA TTGATTTACAACATAAGCGAACATTACAGCTCATAGTTAATTTCCTTTTT CAGACCTGTAAAATAAACATCTATTCACCGGTATGACTTGATAATTTTTT TTTAAAAACACACACATGGATTATGAAGAAAATCCACCTGATAATATATT ATCAGGTGAAAAGTTAGTATATAGTTGAGACAATAACTAAAATCGAAGAC ATATACATGTACCTATAATTATAATGATATAGAAACAAAAATACAACAGG ATTACGAAACTAAAGTATCGTAAAAAAGCAACGATTTAAAAGTAAACATA TAGAAATAACATAATAGAAATGGATGTTGCCCCGGGTACAAAATTTCCAC TTACAAGTCTTAATGCAGTCATTCCAAAAAGTTACGACAATCCCCTAAAA AAAGTGATTATTTCTAAACCTTGCTACATTGTTTTTTGTATTGTCGGATA ATAAATTCCATTGCTTTATAGCGTCTTTTTGAGGCCGAAGGAAAATATTT AATTAGATCACCGAGATATTCTCACCTTGAGTCCTGGAATCTACAATGAG AATGTAGTGTATCTCTATCCAGTATATAAAATAATCTTCCTCAATTCCAC ACCACAGATGATCAATCCCTTAGCTAGTTTTTGGGATATGAGAGTTTTGC TATTACTTAAAGCCTCCTCCTCATTGGAGCAACTGTTACGACTGAAGGGA AGACCAAACAACTCCGTGGCCTTTAAGTTACCTTAGTCAGTCATTTTTAT ATTTAACCCTATCAGCTCTCTTAAAATTTCCAATGCAAGGAACTCTACAA AAATCATACACCTCGTCGTTAAATAATTTGCTACAATCTTTACAGGGATG AACAAATTTGATTGTTCTCGTTGAAATCTGGAATTATGAGGTAAACTTCC TTCCATCATAGATACCATGTAATTACCTTAATATCCTTATTTTCCAATTT TGTGGTACGCCTAATTTGGAGATATAATAGTTGCAAATCGTTGTTTCATC AACAGATCCTATTTGCTTAAAATTGCAGATGAAAAATACCAGCAACCGAC CATTTATACAGATTTTGGACAATCAGGGGCATCTGCAAAGGGTAGACAGG YGGGCTTTCAGTCCTCCCCCCCCCCCCCATCCAATAAAAGAAATTCTGCT TATTACTAGAAAATTTAATATTTTAAATTATTTGAAAAAATTTAATTTTT TTACGAAAAGCTGTGGATTTTTGAAATTTTATTCCAATAAATTTAATATT CTGTGAATAGCTGTGGGGTTCTGAAATATTTCTCTAAAAATTATATTTTT GGAGAATAGATAAAGATTTTTGAATTTTTTTTCTTGAAAATATTACTTCT TGGAATTTTTTCATACATTAATCCAAAAACCAGGTCCTCCCTCCCCCTAA AAAAATATATATACAATTATTTATATATAGCAAATATAACCCTGCGAACG CTCATGCCAATTTAAAAAGGAGTTCCCTTATTATTATTGTATAAAATAAA AACAAACTATTATTTTTGTCCTTTTTTCCCGCATTTCTAAAAACATCAAA TTTATTCAAATGACATGCATATATACTTATTTATATATTTATACTTACGT CCTGTCCATCTGTGCATTATATTGATTTTTGTTAAAGAAAAAGAAAAACT TTTTGTCTCCTCCAAATATAAGAACAAATCATTAAAATAAAAAGCAAAGT TTCATAAATTATCTTTTTATTTTTTATCAAAAGAAAAAAGACCCACAAAA GTTTTCATTTTTCCTCATTTAAAGATTCACCAAATATATTTCTATTTAAA TATTTACATAATATTCTTTTAGACACGGAAAGGAGATATGAATATATATA TATATAAATAAAAGAAAGCTGATTAAAAATGCCGCCTTTCCTCGGGCTTT TTATTAAGTACATAAAATATAATTTTTTTTAAATTGTCACACTCTTATTT TGAAATGGAAAAGACTGAGTATTTAGAAAAAGAAAAAAAAGCGAAATTGA ATCCCTTATCACTAATGCTCATATTTAAAAACATATTTTATACACGATGC GTGTATGTAATATGTAATTAWACGWCTATWAGGYAAATTGAAACATAAAT TGGTATATTAATTGCTTCTTTTTACACTTAATACTCCTGCAATGGAGAAA TATCCCTACCACACTTAGACCTTTTTATATGTAGGCTTATATTTGTAAAT GTAAAATTTTTATTGTACGTATTTTATTTTAAAATARATMCATTAARATT WATTTAATTAGTTTTTTATTACTTAGAATAATTATCTTTAATGTATTTTA ATCAAATGAGAAAATACCTTTCGAGGTGTTACATTANTTCATAATTAATT ATTCATTAATAGTCAATAATTTGAATGACTATCAATTTATATTAGAAATG GGAGTTTTTGTTTCTTTTGTTATGTCTCTATGAATATATGTTAGTAAGTC ATCGGGCACACTGTATATAGTGCTCCTTGATGTATAGGGTAGGGCAGTAA CACCCGGACCGTAAATTAATATATATTTTCTCATAACTATGAAAAAGTTT AGTGATTTTTTTAGGAAATTCTGTTTCTGCTGTCCTTTTTTACATAAACA AACTTTAAAAATCATTTAGTCATTTCACCATCATGAGAGAGTAACAAGCA AAATGCAGCGCATCTCAGATCTTCTAGATGCTGGAGTTTCAAGCAGTATA TCCTTGACTATACTATAAAATATAAGTTCAGAACTCATTTTTTACAACAA GCGTGTAGTTAAAGTTTTATCCGTTGGCGTTCTAAAGATTAATGTAAATA TCATTATTTTATTCTTAAGGAGAGGACACCTAAGTATCAAGTAACTAGAT GTGAGTGTCCTCATGAAATAATATCCCTATCAGGTAGATTAAATTTCAAC ACATATTAGTGTTTCATCTTTTACAATMCTTTTCTTTCGCTTCCACAGCC AGTTCAATTGTTTAAGAAAATCCTACATATATTATCTATGGAGGGCCGAT ATTTAAGTTTCCAAAGATCCATACTTATTGTAGAGTATACACTTTATTGT GGTTATTTTCCAATAATAATTAATATCAAGGAATTAATCACAGCTTGACA AGACCTAATTATATAAGTTCAACCAATTTAGTATTAGAACGCACAAGGGT GGCAGAAAAATCGACAACTGGGGGGAAAAATAGAGTGTGAATTATTATGT TAGGCGTATAACGCCGCCTTATAATATAAATTTAAATAACTAAAAATGTT TGTAAATAGCGTTTATTGTCCTATATACAAAAAGTAACATGATACAACTT CACAAGGATACGTATTTGACTCAAATTTAGTAAGTGGTATTATTGATGGT AGACGAGCACAAAAATGATTTTTTGGATCTGTAACTCAATCCAACTCCGA GTTTTAATTTCTTAAAGATGAATAAATTATTATTTTGATTAATGTTTCAA GAGAGATATTTAGTGACATCATACGGTTCATTTTTAAAAAATACTTAGTA GTAGTTTTTTTGTAGGACGGTTGAGAGAGGCCTGGCAGTGGGGATTCGGC ACTGGCGATAAGGAATGACTAATGATAGATGATGTGAGACAGGTATTAAT GATACATGGTGCTTATGGAGAAGAAGTGACATTGTGATAAATTATCTTAA TGAAATCACCTAGTAAACAAAAATGCAACTAGGTTATATTAATTGTTTAA ACTATATGTCTTTTTCCAATTGTGTTTTATGGAGAATCATTTTTTTTATA AAAAAATTAATTAAGATTAACATTTTTCTGTCATCTGCTTAGTTGAAATG GATCAATTCATCGTTGCCAATTTTGATAACAGAACCGGTACATATTATTG GTAACATTAAGATAATCAAGGGGATCGTTAGCAAAAGTTCAAATAAGTTA TATGTTTGCAGAGATATTTAATATTCAAACTGATTTAAATAGTAAATGTA GAAAAACCTACAAAGTATATTTATTTTTTATTTATGCATAATCGGCAGTG CTCTTTTACTTAAATTTTAGTAGGAATTTAGTTGTATCACAATAAAAAAG AATAATGAGGGAAGGATATTAATTAATGCAGTTGAGCATTGACCAAAATA AATTGTTTAACAAATATATTTTCAACCTTACTTTTCATCAAATAATATTC GTACAATTTAACTTCAAAAGTAAAATTATAAGAAAAAGAAGTTTAGTTAG CCATAAGAAACGATCTACCGATTGGGTTATAATTTACCTTAGATGAAAAA TTTATAAAAACTGCATTTTAAGTTTTATTTAAGAAATTTGCTTTCATTTG GGTTCTTTGTCTTATATTCGTAAATAAAAAAGTGAAAATGCACGTGTTGT TACAAATTAAATTTTATGTTTCAATGAATTTGTATAGTTCTTTTAAAAGA AAAATAAAGTTCTTTATGTGCATAATAAAGCATAAAACATTTGTAAATAT GAATATATTCGTTTTATGCACATAAAAGTATTACTGTTCATAAATTGGGT TATTTGATATTTTAAGTCATATCTGCAATGACTATTAATTGTATGTATGT ATCAAATAGAGTTGGATTCGATCATGACTCGAACTTGTCCAAAATATCTT TTGAAAAACTCCACATAGCTTGAACTCAAACCACGGAAACTCAATATATT TACACGGTAAAAGTTAGAGTCCTCTTCGAGTCCGTCTAGCCTCAGTTTTA AAAGTCTGACAATTTTTTACTTGGTGCTATTTGAAAGAACGGACAAAAAG CTACAATTTTGATGTTTGTTTTGTTTTTGTAAGATCAAAAATGTTTGAGC AACAAGGAAAACGGCAAAGGGTGTCCAATCCCCTCTGCACATAATTCGAT CTCCGACAAGAAGATATTCACTGTGGACGCTGTTCAAAACAGGAGAAAGG ATCAATTCATCGCTGAATCAAGAGCTCCGGTCGACGGAATCTTCCGAGTC AATTATCCTCCTCAGGTCATGGTCATCAGGGTCGTGGTGTCTGACGCAAG CGAGATACGTCCCTACTTCTTCCTGGCCAACGATAAAGTCAATACGGGCG TCTACTACAAGGTCGTTAGGTATCTTGCCGTGGTTAAAGAGCACGTTCCG CAAAGACAACTATGTGTTTACCTAAGACGGCAACCCGGTACACACAACCA AAATCACATTTCTACATGGGGAACATGGCTGCCTTCNTGACTGTTAGAAT TTTAGCCTTCGTCCTCACCCGAGGTGAACCACCTGGACTTTGCTGTTAAC TGTGTATTGGAAGGCGAGACGAACAAGACTTCTCACTCGAATGTCGATGC TCTGAAGGCCGTGATCATAGAAGAGTGGAACAACTTGCCCTTGGACTTTA TCAAGCCAAGTTTTGCTTCTGTTCTTTCCCATATTGAAGCCAACATTCAG AATTTAGGGGGGCATACTTAGTAAAAAGTGTTAGAAAATGGTTCAATTAC TAACTTTTGCTCAAAAGTTTGCCATAAAAATTGCAAAAAATAAAATATGT ATAAGTGAAATCGGCTTTTAAAATTTTCTAACTTTTCATTCCTCATCCTA TATATGAACCTCAAGTAATCAAGTATGTAGTTATTTATTTTCCATATCTA ATTATTCCTGTAAAATACAAATTGATCAATAACTATTCAAAATTAAAGAT ACTTATGAGGCCAAATTTACAAATATTTTTTATGTGATGAATTATTCATA ACAAAGGATATTAATGGCGCCATAACTTAAAAATTACAACAATGTTACAA MTTATAACTAGTTTATAAGSCCAGCCACACTATGGGAATTTACAACTGAT AGTTTTAACTGCACAGACCAAGGCTCACTAAATATTTTTATAATACAAAC ATTATGTTTTATTTAAGAATCAATATATAGAATTACCCTGTATCGATTAT TCAAATTACTCGGTAATTGGTTGCACGCTGAAAGAAAATTAGTATTTCTT AACCCTTTTTACTTAAACAATTGGGATTTATCAATAACTACAACTTTATT TCCTAGTTAAAAGGTCTTTTCATTTGCTGGTGAAAAAGTTTCTAAAAAGA AAAAACAGGATTAATTACGATGTATCAATTATGCTCATTACCTTTCATGG TAATCTCGATAGGTATGGTATTAAAGATGCTAGATACTTTCGCCTTTAAC TATTTTGCATTGCGATATCTTGCCTTAAACCATTTATCCTAAGCAAAGTA CCAACCACCATTATTAAAGTTTAGAAAATTAGACTATTATCCATAATGAT GGGTCAACTTTTTGAAATAACTTTCTCTGTATGAGATTAAACCTTCAGAC ATACATATTTTTTTCTTCCTTTATTATTAAAGAGGTAAGAATAATTTAGT TTCAATCTATACTTTTGGCAACCCCAAATCAGGGCATCCGTAGGGTGTGG GCTGAAGGGGCTGTAGTTTCTTAAATACAGTCTTTTATTGTAACAAAATT ATTGTTTAAATGTAAATATTTTCATGATACTAGAAAGAGTTGAAAGAAAT TCTTCTATAATTATTGTTTTTTAAAAATCCATTACTTTAGTTATAAATCA TTTTCTTAAAAAAAACAAGAAACAATGGATTAATATTTCAACAGTTTCAC TTTGTTTCTCATGATTTAGATCATGCAAGAAGTAGATTATGATAATAAAT AAAACCTCTTCTAAGAAGCAGCTTATACTTTTTATCAAAGGTGTTTGTTA TAGATTTCAATAGTACATAGTAGGTATAAGGGTTTCTCATTTCTCTCGAA TTTATTGTTGAGCGCTATCCCGTTAATTAATGATAATTACTGTGAAATTT AAGAGATTATTCTTATAATTAAAGAAATTTTGTAGATATTTTATGCTTAT ATATTCTCAATCTCGTCATTTTAACATTATTACTAAAATTGGGCAGGTTG CTCCTTTAAAGCCCTTTGTAACTCCACCCCCCCCCCCCACTCCCAAAAAA AAGACCCACCTAAATAGTAAGTGATGAAAGATATACCTTTTGCATCCTTT ATTTAAAAACCTACACGATATATTTATAAAAATAATTTTCTCCTAAACTA ACCATCCCATTTTAATAAAAATCGATGCCAAATGAAGCTGACTCAATTTT AAATTATTGTTCGATAAAATTGGCTTCGGCATCAATTAAGTGCCACGAAT CGACCTCCAAAATGGGAGAAGGTCTTGATGACAGTATCCTTTTTTCATAT ATTCCTGATTCCTCCTTAATCTTGGACATGGATTTTGTATAGCAGAATGA TCTGTTGGTTTGTCACTCAACTTTACCCCACATAAAGAAGTCCATAAGGG TTGAGGATCGGTGAGCTTCGAGACCCAAGCACTGGGTGTGGCAAAGTAAA AAAAAAATAGAAAACTTGGTCAATGTTTTCTTTGTAGTAATGTATACAGG AGTCTTGTTACCGAACGAATGGCCTCCTAGCTGCACGTGATCTTACTGAA CCTTTACGTTTTCTTTGACATTGTTTTGGATCATTATCAATAAAATGTTG CAAATTTGTAATGAAATACTGATCCCTTTTATTTCATCTTGTGAATAGTA CGTTTTGCTGTTAGTCATCATCCCTTGTAACAGAGTCTTCCCGTTCCTCC CAAATACTCCTGKTAATGAACTTGTCCAGATTTAATAAGTCGGCAATCTC AACAATGTCTCATACAGCGTAGATCGCACCAAGGGCTAACATCAAACACT TCCGGCCAGCTCCCAAAACGACAAACAACATCCTACCTAAGCATACCCTG AAAGTTGAATGTTAAAAAATGKCCTTTCGCTATACACTTTTGTGGAGCTA GGGGTGTATAGTTGTGATATACACAACCCCACCCGCGAGCTAAAAGCAAC TGTATATGAATATATATTATTATAAAAACTAAATAAAGTATATGTATATT ATTGAATAGTTAAATACAGGATATCCAGTAGTTGTAAAACCCCGAAAAAT ACAGGGTTAACAATATTCCGATAAAGAAATGTCATTTATTGGGATTTCTC ATAAGCTGGAGGTAAAACTTGAGATTTCTATTCATGTCATACTGTAATAT ATTAAGTATGAATAATATTGATTTTTTTTTTGTGAAATAATTTAAAGTGC ATTTAAATGCAATTCTCTTGATTAAATTCATTTTCATTTTTTTAGTGAAA TAATAAATACAGGGATATACATGTAAATTGGGACATTTTTTAAAGCGTTA TTTTTTAGAAATTTTTAATTTTACGGAGATTTTTTTTTAAACAAGAAATG TGAAGTTGGGTGTCTAGTTTAAACACAAAAAGTTTCGTTCAAATAGGCAA ACAAAAAACATGGAGTAAGGGATAAGGTCAGCCGCTGTTGAAATGATTTG CGTGGGACATAAACCTCCTGCAATCGCCAAGACGCTATTTTACCTCAGGT TGACGGCCTTCATACGACATGTGGAAGCTAACCGGCCAGGCCTAACAGAA GTTCTACAAGGCAAAAAGCGAGAAGAAGAGGAGTCCCACGTTTCTTGTGG GTCTCAAACGATCAATTGAGGCGAACCCGTCGACCCCGATGCCCATACTC ACAAAACACCACAGAGTCAGCACGCTAACAGTCCAGAGTGCTGTAAAGAC CGACACAAAGTTGACTTCCTACAAGCACTTGAAATCGAAGATGAAGGAAG TTCGGTTGACCAGGAACCCCAAATTATTGAACCTCCTCAAGAATAAGTGT TGTCCTGTAATTTCTTCAGTGACGAGAAGAAGTGCCGTAAACATAGTATA CAKCAGCCAAAACCACTGCTTCTTAGCTGACAAGAAGTCGAAGATCCCAT GGTCTACACAATAAAGTTTACTTCTACTAAAAAAAGAGGGTTTACCCTCA CAAGTACTACGAGGTGCTAAAGGACAAAGTCATCAAGTCAACAGGTTCKC CTTCCACTAGAACTCAGCCCCCATTCAAAAGGCCAAGAAGACCCTCGACT TTCTCAAGGAGAAAAATGTCGACTTCCGGTGCCCACCAACGAGGCCCTCA AAAAATATGTCCCAATTTACCTTTAGTTATAATGTTTGAGTTAAGGTGTA GATACATGGTATAATTAGATTCTTTTTTAAACTATCCATATTTTTAATTG AAAAATGGGAAAATATCGATGAAACAATCTATGTTTGAATAATAGATAGG ATATACAGGGTGCGACAAAATAACTTATCTTTTCCGAAATACATTAAAAC AAGTTTTATAAAAAATTGCAATTTTTTTATAAGTATAGTCCACATTTAAA GTTTGGTTTTTTTAAACACAGTTTTGAGTATCAAAGTCAATATAATCATT GTTTATACTTTGAATAAATTAAAATGAGCTATTTGAATACATGGTTAGTT TTTTCATTTTTTCATTGCTTTCTAAATTATTTTTCACTGATAGGTTCTAG AATGTTAACTATTACATACTGAAAGATCCAAAATTTAATAACAAGCATAT CTGCTTTTTATAAATGTGGATGATTGATTGATTTGGTTATTTGTATTTGA CGATTCTGCAAAGGACTTAAAAGTGTGGATTTCTCTCGAATAAATCCAGT TTCGTTTAGAACTACTAAGTTCTAGGGTATTTTATCCAAGTTTGGATGTA CAAAAACACTCCAGTCCAATAGTTTTATTTTAACAACTACGAAAATGATG AATGTTTTCTGGGATAGTAATAATAATATGAAGTAAGTGAATCAAGGTAA AACCATGGTTGCCAATGGGAGGCCTTACATGTGCATCAGGKCTCGGCRCC CTGCCACACCTCGAAAAAAATTATCAAAAGAATGCAAAACAATTTCGACA ACTTCCTCTCACCGAAATTTGGCATCCAAACTCGCTTGATCTGAATCCAA TGGAATTCTTTTGTCTCGGGCTCGATCGAACGACAAACTATCCGAAATCC GTTGCAATACTAAAGACAAAATTATAAGTCGGATCAAAAAGGAATTCCAG GATTTGACAAGGGACCAAGCTTGCGCTTTTGGCTTCGTATAGAGCCTGTA GTTGAGGCTGGAGGGGYTGTTAACATATAAATAAACCAAATTGCATCATA CTTTCAGAATCTGTTCTTTTTTATTGTGATTTTTTAACTGATTGGAGCGA AAATTTCGATTAAAAAAAATCATTTTCGAGGCCCATAGAGCTTGTGCTAC TATTATATGTGGTTTTACGCACACACAAAAAAACTAGGAAAAATAATTAT AGTAAGACTAAATGACTTCTTCGAAATTATCTACTTTTTCATACTATTTT AGAAGGAAAGGCTGTAAGATGCAATTTAAATTGTTATCCGTATGTATATT CAACCATATCTTCATTTCTGAATGTACATTGTACATCAAAACATATCTAC ATTTGTTTGATCTCCTTACATCGGTAAACATTTGTAAAATGTCGTACATA TATTTATTTATCTATGTTCAAATATTGCTGAGAGGAAATGATGATTCATT GAAATAGAACGTTGTAATTTTTCTTAATCTAAAACGTATCAATATACACA TTAGGAACATATTTTCACATGTAAATTGAGAGAATATATTTCAATGTCAT GGAATTTTAAATGAACCTTTGATGTTTGATATAACGATACATATAACTAA AGACAACGAGAAACCTCATCAAAATGATCAATCAAAAATATTTTGATGCA TTCAATGTATGTAGAAAAGGTAGACTATAACCACTCAACCTAAGCTTTCA TCAATTTAAAATAGCATCCTATTTGCTACCTATATATTTTGTAGAAAATA AATGCAATGATATGCATAAAATTAGGACCTTTTATATGCATCATTTGGGT CATCTATTAAAATTTATGTTATGGATTTATTATTTATCATAGTATGTGAA TATACTTTATTACATTCAATTACCTTTTCTTTGATTTTTTATGCAGGTAC ATAATTGTATCTATTGAATCCATTAAATTTGGCATATAGCGAACCGAACA TTGTTGGTTAGGTGCTAGCCAAAGAAAATATATAGAGTGACAAAGTTTTT ATTAAGGAGATTCTTATCGACTCAAGATAACATTAGCTCTTGTCGAGTTA TTTATGCTATAATCATCTATAAAATAAATTCATGAATTACAATATACAGT GGTACTACAAATGGAACTAACCTTGACGTCATCATGCTTCTATATGGGTG CACCATGAGCAAGGTTTTCCCCTACTCATACAAAAGGTTAGGAGCCTTTA AAAAATCCGTTTGTTGTCATTTTTATTCAGTTGTCGAGATATTAATGTTC TGCTAATTTAAAATTTTCAAAAGTCATCGAACGCTAACAACTCCAGATTC GATTCTGCTGGAGTGCCATAACTGGTGCAATCAGATCCCAAGTCATTCAG AAATTCCAAATTTGTGAAATTGGTTCCGAGAGTGTAACTAAAACTAACTC CGGGAAGATTAGAATTAGTATTTATACATGGTTACAATCATTTTTACTTT ATAAATTCATATAAAAGCAAATATTGACAATTAAGAGTTTAAATATAATA AATTGTCAGATATACGAAAGGTTTTAAATGGTACTACAAGTTGTAATATG GCATTGAAATTCTAAATATTTTTAATTAAGGGGATATTCTTTGAAAAATG CAAACTTTTCTTAAATCAAAACTGTGTATATTCAAAAGATGGACTGATCA TAGAATCGAAATTTGACTGCTCAGTCAATATTACCAACATTGAGGCAGTT TATGCAGGATCATATTTTTTCTGTATGAAGTAAAATGATTACTTTGTTGG AGAATTGAGGCAGTGATTGAGGCCCCTTGAGGTTTTACTTCAAATTAATA AAATATATAAATAAAACCACAATTCGTCAAAAAAAAAATTGTTTAGGATC TGGGCGATGTCAAAGTATGTTACAAACCTGTAAAAGTATATCTTACAGCG AAAACATTTAGTAGTTGACGTGATTTTACATGACACGTGCGCTCTCACTC AATTAATAACTATCGATGGTGCCAACGTGTTTACACAGGATTTTTAGAGC TATATGCCAGGGTTATTTAGCCATAACTTGAATCTTATTTGTACCATTAA TTTTTATGTTTGGTATTAAAATCTCTGCAGTTGAACACTACCATATAGTT TTTAGTCTTTTAATATCAGCTGACTGTTATATGATTTTGGGTGGAAAAAA TGAATTACTGCTATAAAGAGGGGAAACATTGAAAAAAGGTTTAGTGCAGG AGTAATACTATAACTAAATTTGAATTAATTTTATTATACATTTTTAAAAC AATTACACTAAAGATATGTGAGAATGCTTACTTCAGAAGAAGAATTTAAC CTCTCAGTGACTTATTAAATAATGAACAAAAAAGAACAAAGAGCACGGGC AACAACTGTTTTTCTTTTTATAATTTTCTATTTTCCTTCATAAAAATGTC AACTTTAGTTATATCCTAAACCTTGTATATACAGAAATGACTATTGTTGT GAATAAACATGGTGCGTTATGCATAATTATACATAGTGCATAAATTGTGT ACAAAGCCGTATAATGCAATTATATCAATAAACCAAAATAGTATTAATTA GCGTTTAATATCATTTTACACATGTGTGTACATGAAGGATTATGTCAAAG TAAGTCGTTCTAATTAAATACTAAATATCGTGTTCTTTACAATATGTAGT TTTATTTTTTGGACCTTGTTGAATGTCAAATTACAAAATATTTTGAATAA CTCATTTATTAAGATGTGAGTATAACATATATTTTTAGTTTTTCTTAATT AGTTAAAATAATGTTTATTTTAGAAAACAAACAAAAAAACATTTGAAGTT AGAATATTTCTTGGTGATGGTGTATANTTATTGTTAGTAATGACCTTATT TGCTGAGTAAAAACTATATTTCTTTGTTTTCAATCCTTAAAAAAGGTAGA AAAATAATGGTGTTTGTGTATAAAATTGTATGAGACAAAACAATTTTTCA TTGTGACAAAAAATATGCCTTGTTTACCCGTTTGGGGGAAAGTTCTTTGT TGCTTAAACTTTAAAAAAAAAAAAAAAAACCCTAACTACGTCCTTGAACG TAGTAGTATTATTTCAAGATTCTGATAAAAAAATCATATATAAAAACAAA AGTTCTTAAACAGTTTCTATATACTTAAAAACAAACTAAATTTTTACACA GTTAATATTTAAATATATATATGTAAGTATAGGTGCAAATATAAAATAAA AAAATATTGCAACAAAWATTTTGCCAGTACACATGTTCCCCTTCTATAAA AAAAAACTAATCAAAAACCAATGCCAACATTTAAAAGCGAAAACACAAAC ATATATTTTAAATTATTTTAATAAATATATATTTACAGCAATTTAAAAAG GCTTCACCTGTTATGTTATCTCAATGACAGGGGGTTTTACAGTCCTCATT TATCAACTAAATCAAAATTTGCCCCGCCTTCGAATATGGGACAAATCTTT CACAACTTTTTGATTAAATATTACTAGACTGGAGCAAAGCAATAAGGCCT GACGCAACAGTAGTTGCAATTATATTTGATTATTTTTTTTAATAATATTA TTTGCTTCAGCTTTCACCATATCGGGTAAATAATCCATTTTTACGAAGGC AAGTCAAAAGAAACGAAAAAAATCCGTCTTTTTGAACNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNTACTAGACTGGAGCAAAGCAATAAGGCCTGACGCAACAGTAGTTGCA ATTATATTTGATTATTTTTTTAATAATATTATTTGCTTCAGCTTTCACCA TATCGGGTAAATAATCCATTTTTACGAAGGCAAGTCAAAAGAAACGAAAA AATCCGTCTTTTTGAACTGGACCAGCAAAAGAATATCAAGTACCAATAGG GAAACCCAATAATGAATACGGTTGCACGTAAAATAAAAACAAAGCTATCA GCTGTCAACCTACTTATTTAACAGGAAAGTTAATATTAGTATTTTCTGAT GTATTGTTTCTCTGAAATCATTGCTCAACTGTAATCTGTAAACCAAGTGA CCATTCTATGATAAATATTTGTCCATGGCTACAATAGGGCCTTGAGATTT TTACTTTAATTTTACTCTATCACTTAATACTTAATTTATTGAATTAACAA CGTGACTTCTGCGATAAAAGAAGAAAAAGTTACATACATATATGGGAAAA TGATATAGTCTTTCAAAACTCAAATTTTGATTGATTTTTTTTCACGTAGC CAAGGAAATCTCCTTAAGCTAACATGCACATTTTTCCTATTTGTTATTGG TTGTTAGTTGAACTAAATCTATAAGACAAAAAGAGTTTTAAAAAAACCAC CTCACTGTGTGAGAAATTACTTATGCAGATTGTCAATTGAAATGTTTATT ATTATTTTACAGAGACATTTATTATGCGTATAGTTCAACTCATATAAAAA AGAAAAAAGAGAGGTATTTTATATAAAGTTAGAAAAAATAAAGAGGTTTA TATAAAAGCTAAAGTTGGCTCATCAAATGATATATATATTTTTTTGTCAA GCAACTATTATTTTTTCTTATTCTTGAGGAGCGAATATATATAATTTAAA AATTGAGTAATAATCTTCANNNNNNTATTGTAAGTTGATCGACGCCTAAT AACTGTGAGTAATCGCGAGTACTACCACCAATATTATATATATGAAAGGT GCGCAAGCTATCTATTTTGCCACTTTGGTGCGCACTCTGGGAAAACAAGG GCATTTAAGCATCTGATTATTTTTAATCTCTTATTCAAACGTGAACCAGT TGGAAAAAAATCGACTCAATTTCCCCAAATATTTGGAAAAAGCACGAAGT CCTCGTCAGAATCTGCACTTTGAGCAAGAACATAATTACTCGAACTCGAA CTCAGCTAGAAGTTCGTTTGTAAGAGGGAATTTGAGGCTTTTAAAGGTGA TTTTGAGGCTACTGCAATGCGGGCTGAGATCAAAGGTCGAATTGACAAAA AAAATCATGAAAAAACGCTTAAAACACTCTGAAACGCTCCTCAACCACTT CAACCAACCACTTAATCGGTACATACTCTGGTTTTTGTCGGAGGAAAAAC ACTTTTGCCAAGATCAGAAGGTCAACAACCAAAACTACAGGTGATTGTCT TCTGTCCCAAAGATGTGCCTGTCTTAAAGATAAAGTTTATAGGCCACTAG TGGTTGGGGAGCTTATCTCTGAAGGCCGTGTCAAACCCCCTCATATGTTC CTTAGGGCTTCAGGATTATATGGGGCACGATCGAACGACAAACCATTCGA ACCTCATGCAAGAATCAAGAAAAACTTATAAGTCGGATCAAGAATGACTT CCAGGAACTTTCAGCCTGATGTAGAAACTGTAATTTTTATAAAATAAATC AGAATCGATCAAGCTTTCGATATCTGTTTTTTTTTTTTAATTTTGATCAT TTGTTGGAGAGAAAAATGTGTTTGATATATTAATACTTTTTCCGGCATAG TCAGCTTGTGCAGTGTACACCCTGTATTTATTACAAACTTTACTATTCTC AATTTCAAAAAATTTCATACCCAATATCCATTTAACTTATTTTGCCTATG TATATTTTTTCTTTGCCAAAACTATATTTATAGAAGAAATTGCTATAAGA AAGAAAATATCTACAGTAAATTCGTGAAAAAGTAATTTCCTATATCCCGC CCATTTTTATAATGAACAATTAAATWTTGTTCWTTKTATTCACATCAGAT TATAGGATATAGCCGATACTCTTCCCGTTCGTGTTGCACAACAGAGTTTT AAGCTAAGAAGAAAATCTGTTCAATTATATCCTCTACGGTGAACAACTCG ACCATTTGAAGCAGGCGATCGAAAGAAACGGGCAGCATTGGTGAATAGGG GATAGCAAGGCATCATCAAGACAACGTTAGGCAACATAAATCTTTGATGA CACACCAGAAGCTCCGGAATATAGGATGAAAAGTTCTTATGCACCCTCCC TACAGTCCGGACATGACACCAAGTTACTATACTACCTGTTCCTGTCTACG GTCAGTGTACTTGAGGGGACCAATTTGGTCTCAATAGAGGCTTKTGAAAA TTAGTTGTCCAAGTTTTTTGCCAATAGCGATGAGGCTTTCTGCGAAAAGG GGATTATGAAGCTAGATTCTTGTTAGTAAAATGTCATCAAACGGAAAGGG ATATCATATACTTAGCTTAAATTGGATGATTGTAACACTTCTTATAAAGC ATTCAAATAAACCAAAAAGTAAGAGCTTACTTTTTCCACAGCCTATTATG AAGTTGTATTCATAAAGATTCAAGTTTAAATCATTTTTTTTTTCATCATT AAATGTATTCCCTATATCCAATTGTTTTTGTTTTTTGTACGATTTACTAG CAGTTATGCACATACAATCAAAACAAAAATTAAAATTGATCAGCATATAT GTAAATCCGGTGTGTTAATTTGTAATTGGTAGAAAGAACGAATTTTATTT TCCTTATTAGTTGTCATTATTATTTAATTCCTGAGTAGTGAATATCCTTT CCCAAATAGATTCAATTATGTTCAAAACCTGTTTGAACGCTCCTGTGTTC TCATAAAAGACGGAGAATAACCCTGAGGATTAGTTGCAGGCATATAATTG TCATTCCTTGTTGGATCGGCATCGGAGTAATACTAGCAAATATCATTGTT CATATCCTTTTTTCCTTCCTCCCTTGTCACAGCTGATTATAGGTAGCTGG TCTAATGAGACGTCATGAGTGTTATTTTTTCTCTCCAAAAACATTCTTCA AATTATTATGGTTACCATGCTCATTTTCAGTTTATGTTTTTCTAAAATGC CCATTCCACACTGGATTTTAAGTATAACATCAGTAAAAGAATAACTATTT GAACTACACTATGACATATATGTAAATTTCCAGAATAATTATCATTTTAA TAATAGAAAGTCTTATTAAATATAAATTCCCATTTATATATTTGGTACAA AAAAAAAAGTACCATAAAATACAGACGGAGTCACATTGAATAAAAAAAGA GGTTCTTTTTGCAGCTGTTTCTTCTTTCATGGGGTTCTTCCTCAATCATT AATATATTATTTCCTCTATATATTGGTCAATTATATAAATACATAATGAG TATGAAATTATGGAGGCGTTATTTTAATGCTCCACATTTTTATTATACAC TTAAAAATGCAATACATAGAAACAAATGTATTATTACTTCAGGGAATTTA CTTCCTTTTTTCTAAAAAAAAATTATAAATGAAAGCATTTTATTATTGTT TCATAATGATACTACAGATTTAATGTTTTATTTTACACAGTTTTGAAAAG ATGACTGAAAATAAAACGAACTTTGATATTTTAAAACTTGTAGATTTTTT TTTCATTTTTTTTAAACAACTTTTCAATTAGAGGTTTATGAAGGATAGTT AATTTATACAAAAAGATGCAACACTTATTTAACAACATATATAATTTAAT AATTTTGAATTATGAATTGGTTAAGTTTAGTGATGGGACAATATATCAAA ATCGAAGAATCGGTTATTTTTTCTGAAATCGGGATCCAATTGATAAAATA ATGTTAAATTTGCATTTCCGATTCTTGTTTATTATTGGTATTTCACTATT TATTACTTTTCTAAATTAAGAAAAAAATAAAAATGACCCCTTCAAAATGA AGGATTTTTTAATTTTTTTTTGAGAACAGCTGGGGATTTTTTTTTTTTTT TTCCAAAAATATTAATTTTTTGTGAATAGTTGTAGATTTTTGAAAAAAAA TATAAACCAAATTGTATATTTGAAATTTTTTTCCAAAAATTTTATATCTA AAATTTAATTTTTCAAATAAAAAAAATTAACTTACCGATTCATTTTTTAA TCCAAAAATTTCCCAATGAAATATTCTCATGTGAACTCCCAAATTAGCAA AAGTGTGTTATTTAACTATTATTTAAAATATTAAAGATTCGGACTGGCAT CGATAATTTTTACAAGAATTGCATTGGCATTGTTCCGTCACTAGTTAAGT GATTAGTTACTAGCGATTTTGCAAAGGTTGTTTTACCAGAATAAATCCAG TTCCAAATTGCCAAATTTGAACAACTAGCATGAATTTAAAATTAACAAAT GACTAAAATTTTAGAGTATTTATTTTAGCTCTCTAACAATATTATTTATA GATTTATTTGCGTTTAAAGAATTTGGCAAATTTATAATAATTAAATGAAT TTTAAGAATTATTTTTAATATTACAAGGGCTTTATAGTGTTAATTATTTT TTTTTCAAAAATAATCAACTTTTAGGAGACAACATTTCTTATGTTATACT TTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNG ATCTTTAAAAATTCTCATTTTTTTCTAATGACTTGATTAAGACAAAGAGC ACCGATTTAGATTTTTTGAATGACACCAAATCTCATGGCACCTATTTTAT CTCTTTAGTATTGTCATCCATTGAGTTATTTGTATTAAAAAAATTTGCAA ATTTCAAATATGAAAAAGGAAATGCAAGCAAAATTTCGTTTGAATATTAG AAATTGAAGCAATGAACTGATTTATGTAAATCGCACGAATTAAAACTCTG TAGCTACATTACAATTAGTTAATTCTATACAATCTTATCTCAAATTATTT TTTGGCAATATTTATTTACCACGACAAATTCACGTTCCTCAAGTCTCCAA CGCAAGAAAACTTTAAAAACTTGCCTTAAGAATTAAATCCCTCTGACCCC ACCACTACTCCTACATACATTTTGCTACGGATTTATAAAAAAGGAAGCTA TCTTTCTGTACCCTATATATATCATAAAATAATGGTGAGTTCCTTTTATG TATTATTACAGATGAAACTTACGGATCCTAATAAATAAACTCTTGTTCTC TTTATTTTTTCTTAGATAAAGAATGAATAAAATATCTTTTATTCTTCCTA AAACATCATTCCCATAAATCCTTTTTTACTTTTTATCAACTTAATTAAAT CCTATAGTAATCCGCATAGAAAGTTATGAGCGTGTTATTAGCCATGATAT GCATTAGGTATAGAAAGAAGAAGAAAACATAGGCCTTTCAAGACACAATA AGAAGTAATATTTTTCCAATATTTGTTAATACGAAAAAAAAACAAGCAAA CTATTACATACTATAGTTTTTTGTTCAATTAATTGGAAGTAGTGTTTGTG TAATAAAGTTATATGTATGCATAACTACCCTACCTACATGATAGACTCAT TCAGTAGAAATATTAATTGGATGAAGTGGTGTATTTATTGAGTCGATAAA GTACAAATATTTAATCTCCAAAAGCTCAAGTGTACACATTCATTCATGTA TACCCCCCCCCCCCAATTCTTTTAGTTTCCAAACGACYCCTGAAGCTGAA CAAAAATAACACGGGGATCGATAAAGTGGGATGGAGATCGGTCATAAGAA ATCTATTCACTGATTCAAGAGAGAGATGGCTAAGATATCGTCTTGCTACG TCAACAGTCTTCACCAACAAGTCGAAAAAGATGAAAAGGAGAGGCTCTCC TCTTTCTACAAGGATTGCACGGTTTCCTCCTTCCATCTTTTCTATGAATG CAATAGAACATATAAAAGAATAATCTAATAAAGTTATTTGCATTTTATAC TTCACCCGGACTAGGGGCTTTATAATAAAGACGACAGGGCTGACGGACAA CTGAGGGTGCTTCAACCGTTTTGAACAATGTTGTTGATAGATAATTATTC ATGAGAGCTGGGTCGAGATCCTCTCTCCTCTTTAGTAGTGTGGTAGCTTG CCTATCAAATCTACCGGTTTATATGTTACATGTATATATATTGAAGAGGG CAAGGGAGGGATAACTAATTATTTCATATTTGAATGTTAATTATTGTTTT TATTTATGTTATATTTTTTCTGGAGTGTTTTTAACCGTATTACAAGAATT TTGTCAACTCTTATGATTTAATATTCTGCTTAGAAGAATAAATGGCTAGA GAAAAAAAACGTATACTCACTAGTGTTAGAAACGATACATAAATAAAATT TCTCAAATTTCAATATTTAAAAAAAAGTAAATTCAATTATCAGAATGGAA AAATATATCTGTTGTGTCTTTTATTTGAACTAAGGGGTGTACCTTGCATT GCCCTGAGTTATAATGTGTAGAAGAACAGACACATTTTGCTGTTATAGAA TAGAAAATAACTTCTCAATAAATATTTTTGCATTCTTCAAATTGCTCAAA TTAATTTTCAAAGTTTTTAAAAATTTTTGTTTTTTATGCAAGTCTGTAGG GTTGTAAATCTTAAGCATTTCCGGTATGTTAGAAAAAAACCCCGGAAATA AATATGGTAATCCTGATAAGCATAACTTCTTATCAAACAAGGAAAAAGAG TATAATATATGATTGAAAACGGAGTCATTTCTGTCTACCTGACTCCGTTA TTCATGAGCACACTCACACGTTGCTACTCAATACTTGGAAGTTATCTCCT CAAGAATACAAATTAATAACAACAACTGGAGTATATTTAAAAAATATGAT TTGATGAGTCAGGAAGTACTTTAACTTGTATCTAAACCTCATCTAAAGTT TAATTCAATTTAAAAAAAAATTTATATAGGAAACTTTCTCTTTTTCTTTT GAATATAAATTGAACTAAACCCCTGCAAGATTTCATTCATTTTTATATTG TAGTACAACTCAAAACATGTACTGTAAATGTGTATTCATCAGAGAGCAAT TTTATACAGTGTTTTCTGTATTTGCACTGGATACTTTATGTGAAACGCCT GGGAGACTTCAAGAATATGACTGCAATGTTATTTTTATATCAAAATATGC TTATAATATAATATACATCAGGGAGCACAATATACAGTCCCCCCTTTCAA CATGCTTTATCCTACATGCAAAACGCCTGCAAGATTTCATTAANNNNNNN NNNNNACAGTCCCCCCTTTCAACATGCTTTATCCTACATGCAAAACGCCT GCAAGATTTCATTAATATGTATATATTGTTATTTCTTAGATCAAAAATTT ATTTTNNNNNNNTCCAAACATACATTGCGTTTTTGATCATTTATATGTCG GGAATGTCTATCGTATCCTACAACCTTTCCCTTCCAAAAAGAAACTGAAA CTCATTTTGAAGNNNNNNNNNNNNNNNNNNNNNNNNNAATTACTATTAAT AGATAATTTTGTTCAAAGTAGAACAATGGCTAAATACTTCTGAAAAGACC CCCCCCCCCTCCCCCCCGCCCCCAAAAGAGAGTATTTTGGTTTTAAATAC AGTTCTAATGTTGTTTTTAAGGACAATTTATATCAAGAATATAAATTGTC TTTAAGAAGAAGGCTTCGTAATAAATAAAAGAAACAGAGAATGAAGTAAC CGATAGCAGAGTGAACAATACGCATGGGAAAATTAAATAGCTAGAATTCA CTAGGCGAGAGTTAGAATCCCAGTCGATATAGGGCAGATATATTACTAAA AATAATAACTATTATCTCATTCATATAACTTCAGCCGACTATGCTAATCT ATAAGGGCAAAAAGGCAAAAATCAATTGAGATAAATTATTAACTTTTTTT GTAGATCACTATAATTTCCTTAGCGGATCAAACTGTATTCTAGATGCCTT ATCTTTCCTTTTTAGTAAAAAAAAACTAGTTTTATCTTGAGAGATATATA ATCCTCGAGTTTTTTTATCTCTTTCATTCAAAAGCCATATTTTTTTTGTA AAATATACATACAAAAAAAATTCACTGCTCAGCAAGGACAATCATACTTA ATAACATAAGCTTTAATACCAATGGAGTCTTCTTCTTATTTTTTTTTATT GTCAAGCACTCATGCATAGGCTTKTATATTKACACATAAATTATTCCMTT AATGGTATACTTATCAATAAGTGCTGTATGGTTAAATATTGTTCAATATA TAAAGGGTAGTTCATCTAAACATTCATAAGGCGTGGAAAAAAGTAAAACG CTGTGTTGTCTTTATTTCTTAAACAATTTTATTAAAATTTTCACACAATC CAACATTAGAACATAAGCTTAATATTTAATCAATCAAATCGTAGCTAGCT TGGAGCACACATTCCACAAAAACGTCCAACAGCCTTGTTGACTGTGTACT GTGGGGATCTTCATTGGTTACCAGACAAACTAGTCTTAAGGGTTTAATTT GGGTGATTCAGGAGGCCAAGAACTTGGTGGAACGTACCTCACATTCTCAG AATAAATAAATCCCCCCCCCCGTCATATTGCCAGATCCATGGGAAGCCTT CGGTGCACAGAAAATTGAAGTAAACCTTAGAGTTGATCTTCAAGCCCTGG TTAAAGAGGAAGGGTGCCATAACGTGACCCTCACTGTTAACAACCATAAC TTGCTGTGTTCACTTAGCATTCATGATCTTAAGGACGCTAATCAACCATC TGTTGTTCTTCGTCCAATACTTCGGGGTTTGAAAGAATTTTTTCACGAGA CAAGACCTTTCTGGGGAGGCTTCTGTTTTAACTTTATCAAGGCCTTGGTT CTGGTAACACCTTTCATCACGTTTAACGGGGTAAAAAGCTGTCCTTCGTG ACGTGTATAGCTGTGGTACCAAAGATTTTCATTCATGATATAAAGGACAG TTGAACAGGATTCAACTTTTTTGGAAGTTAGCGATGGCATTCATCGATTG TTCGGGATTCTTTGCATTTTTTAAGTTTATTTTCTTCATAAAGCATAACT TCAGGCAATGTTGGATGTTTCTGGGTCACAAAGCTTCCGGGAAATCACCG TCAGTGGATCCTGAATTTTTTGACGAATCCTATCGATAGTACACTCACCG CTTTAGCTAAAAACGCATTGTCTATTTTACCCTTTAAACTGCACAGGATA CATAAAAGTCTCTAACGTTTTTGTTCCTGATTTAAAGAAGACGAGGGTAT GTTGTCGAAATGAAGCATAACGATAAGTTTACATGGTAGAGTGCCATTTG TTATACACTTACTTCCCATTAGTATGTGGTTGTGTTAAAACCAATTTGTG GGGAGATGGAATGAACCCAAAGGAAATTAAGAACGCTTAAAAGAACTACC CTTTCGATAAATCCTAGTTTAAAATGTTTTGTTAGGTATAACTTTTAGTT TCAAATTTTAAGTGTGCCTATTTTTCTTTACTTGTAAATTCATATTAGGT TGAATAGTTAATTTTTATTTTAAAAGAAATTGTACCCATAATAAACCTCA TATAAATGTTGGAAATAACGATCTTCCTATGAACATAAAGCCTAGTTAGG ATATAATATGTAATTTATACGAATATATGCATTTTATGAACAGAATATTT AGTTTAGAATATAAAAGAAATTGATCATTTTTTTTCCTTCGTAGAGACTT GCCAAGGTTTAAATTACCCTACAATATTTACATATATTATCTTTATGATT CAATTTGTATTTTTCTTACCATCTCGTTTGTGAATACCTTGGTATGATAT CACATTTCAACATATTCTACTCTAACAATTTAAACAAAGCAGATGAATAT ATTAACAAACTAGCATTATATACAGTCTATAAACTGTCTGAAACAAGCTC TATTTAGTTATATAATTATTATTTATGTGCAAAGACTTTTGTGTGTGTTT TTAAACAAAACAATACAAGAACTTTGAGCAAATACAAAATAGTTTTATAA GTTGAAAAATTCAAAACATAAACACTTTTTAATTTTCCAAAGTATTTTGG TATTTGATTCTTTTAAAATTTTAACCATATAATTATAATTTTATAAAAAA GTTATAGTGTTAGGAGTATCGGTGTAATAAATAAAAATCATAACTAATAT TTCTTGTAAATATAATATTTTCTCTTATATAAGTGAATGTTCGATGTAGC TTGCTATTTTTAACATTAAAAATAAAGCCATAACTTTCATAAATCATAGC TTTCTACCTTATTCCATTCATTGCCTATCTACAATTTTTTCTTAATTATA AGGGTTCTACATTTATATGGTTAAAATTTAAAAAAAATATAAGCTTTCTA TAATACCAAATTTGATTGAAATCTGTTTCCTCGTGAAGATGTCTCATGAA ATAAGCTATATATATATATACATGTAAATAATCATAAACAAGTCGCAAGT CTTCCAAATATGGATCGAGTGGGGKAGCAAGTCTCGAATACAATGTTGTG TTTGTTTAAAAATATAACCATCCACATGGAGATATCCTCTCAAGTGTGAA TTTACATGTTTTTTCAAAATATATCGAGATCTTGTTTTAAGTTTAATTAA TGCCTATGTTATTAATACCAGGTAGCAATTGTAACGGTAAAAAATTATGG TTATTTCAATAGATTGATAAACTATAGTTGTATTTTACATCCCTTTTTTT AAATACATATAAAAAACTTAAAAATGTTGATATTTTAATAATGTTTATAC TCACTATATATGTAATATTTGTATAATCCATACTTTCCTTCAAATCCTAG GCTGATTACTTTCCTAGGATTTTTTAACACTTCAGCTCAAAAGAATGGTA TTATTACAATAAATGAAAATCCTAACAAGATATCCTAGATCAATGTTTTT GCATTTATAAACCATCTGAGCACTACTTCAACATAATATCAAATCTATTT TATTTATTAAGAAGTAAATAAATTAGAAATTACAAGCTTTTTTTTTNAAA TTGAGGTTTCCAAATACCCATGAAAGTAACAGAGAGAAAAAATAGCTTAG ATACCGTTTTCATAATTAAAGAATCAAGGACGTGCAGCGGCTATTTTTGA GATAAAGTTTTGCAAATAGGTCACTATATACCCAAGAATTGTTTGTTGGG AAGGAATATGAATCGCTTCCACATTTTTACACTTAAAGCTATAGGAAAGA AACAAAACTTGTTTAGTTTATTTTCAGCCATCGTTTGGTTGCGTAATGAA ACATTTTTATAAAGAATAAAGTGGGTAAAAGTGTACCTAAATTCTATTAG AATTTTTAAGGACCTACTCTGTATAGATATACCCATTTAATAATTCAATA AAAGTACAAAAGCAACCAACTCTTTTAAAATTCAGAAAGTATATTAGGCA GTTTATATTTAAATGTAAAAGTCAATAACAATAAAAAAGGATTAAGCATC GTCACCTAATTTGAAATTATTCTAACATATGCTGTTGGTTTGAGATAATT TTAGAAAAAAGTTAACAGAATGAAAAGTTCACATTGATTTAAGTTCATCA AGATTAAAAAAGTGATTTTTTTACAACATACTCAGTATATTAATAGTAAT TGAACATTTTTTTAAATTATAATTAGAATAAATTTAATCATTTTATATCT TAAGGATAACTATTAAAAAAAGAAGTAAATTAAATCAAATTAATTAAACT ATATAACAGAATAGTTTGTTAGCAATTTTTAAAATAATCTATTCAAATTG TATGTTTAAAAAATTTTAGCAAATGTCAAAAATTTTGATTTTCATTATTA TTAATGAGATCTTTTGAGGTAAGGAAACGAGATTATAAAAATGCATAGAA TTGCAAAATAAAATTAATGGGCTGATTATAAAATATTTTCCTTATTCTAT TAACAACAGAGACAAGTAATTGGCCTTTATATCCGAGGTAAATTAAATAT AACGATATTGATACGAGCTATTGAATTTCTTTAAAACAATAGTTTTTCAA TATGTAATGGGGTGAACTGTGTTAATAGATGCATAATACAGTTTTTGGCA TATTGCTCAGCTTGTAAATATGATATTGAAACGTGAATATACTATTTAGT AAAATTCTCAAAAAGTCTGAAAAACATATACATACATTATTAGTATTTAG GAAAAAAACGTAAAGCGTATTTTTACTTTATAAATCAACATATTGCAATG ACAATGCACATTTATTATATTATAAATATTCAAGTAACTATAAAAAAAAT ATTATCCAAAACTAGAAACACTTCAAAAAATTATTTAATTAAATGAAATA GCCAAATTTTGGAATGTGTACCAAAATCAACCAAAAATCTTGACTAAAAA ACTCTAGTATACCATTGAGTTAAGAATATGTATCATGACTTTTGACTTTG ATAACTGCAATAAGTTGTCTTCTATATAGTTTTACCAATTCTACACATGT ATTTACTTCTTTTTTTAAAACAATAATCATATAAACTCAACACTTCTATC CAGGCATACTTTTGAACATAATGAACAAATTGCTTAAAAACACAGGACTG AACATAGTTATTTTTTTTAACTATATAAATGATAACTTGATTAGTTGCAG ATAACCTCTGACCCTAAGCACGATTAAGAAATATATACAAGTTGATCATT GAGTCTGTCTGCCAACAAAACAAAGGTTTCCTTTTCTCTGAAACTTATCC AAAATATATTTAATTGAATATTTTTCCATTCCTCATCCCGAATTTCAATT AATTTCCTTTCATTAGAAGGATATCTGCAATATACTCTGGACGTCAATTA ACCCAAGTGATTCTCAATCAGATTAAGATCTGAATTTTGTGACACGAATT TTATGTTGTTTTATATATGCTTAGGTTGACATGAGTTATGACTGTGTTCT TTTGATCTGATTCTTGTTGTAACGTCTAATTACATTTCATACTGTTGGAT GCCTTTAGATAAGTATCCAATGTCGAAATATAATCTGTTATTTTGATTAT GCATTATATATCGACTATTGTACAAATGCCTCTGGATGAAAAATAATCCC AAATCTACTATTTTTACGTTTTGAGCCGTATTCTTTGGATTGTATTCCTC ATTTCTTGCCATTGCCATTAAAAAGTTCAATTTTTGCCTCAACAGACCAC CAAATTTAGTTCTTAAATGTGTCATCATTATCGAAATGTTATCTGGCACT CTGAAAGATTTTGGAGATGTCTTTTTTTGTGGAGAATGTAACGGGCCGAC CCTTATTATTGACTAATGTATTGTGCAAATTTGAGAGATTAAGAGTCATT TAAAAAAAAATCCTTTAAGTAATGTTGTAGAACACATAATTCTACACAGA GGAGTGCTGGCATCTCTATCCTGTTAACGTCATGTGTGCTCATGGTGTTG ACTAGAACAATGTTTTTCTTAGCAATCGACCGTTGGTTATGTGTTCTACA ACATTGTTTATAGGAAAATTGTAAAAAAATTACTCTTGACGTTTCAAAAT TCGCATAATAGAAATCAGTAGATAATAACGATTGGCCTAGTTCTTTTTAG GCGACTACCATAGAACCCATAACGATACAATACGTTACTTATACATATAT ATATTTTTAAATATGTAGCTTCTACAAATTTTAAATAATGCCCTTTTTTG TCATCCCTGTGTTGATTTGACCTTTCTATATCTCCAATTTGATCAAACAA AAATTCTGCAGGCTTGGAAACATTTTCTTCAATTACACATTTCTTGTATT CGGAAACTATTGTTAGTATATTGGTTTTGAACAACAAAAGAGGCTTGACA ATCTGTCCCAATGACGGTGTTAAAGTGTTCGCTATCTTGTAAGGTTGACC GAATTCAAAATTATCATGGATCCCGAGTTGTGTTTAGGTGTTGGTAATGA CCTTCTAATTTTTTTTATGTGCAATCCAAAACTGTTACCCTCCATCCGGT CAAAGTTCCATTCTACTGGAAATACTTCAAAAAGAAATCAAATTTTAAAA AAATGTTTATTTTTTTATAATTTTTTCATATCTTTCTTCAGAGTTGAGAT GCTGGTTTGTTTGATTTATTGAAAAGAGAAAGTGTTTCGATCTGTGTTTG ATGTAAAGGAGTCGTATATATGTAGGACCAAATTCATTTAAGATAGTTAT AACAAGTTTTTTAAGATCCATTGATGGATTTTTGAATGTATAATCTTAAA ATGGTAGAAGTATCGAAAATCAACTTTGCGTCAAGCACTATTTCAGGATG TTTTTCATATATTTTGTTCTTTGCTGTTTTTAACCGTCTCATCTTGCTCT GTTCAGAAATAAGATGTTATGTTGTCCTCCTCTTTGATTTTTGCACCAAT CTAATCCCGGATTGAAAATAATGAAATTTAATATATGGTTATTTTTTTTA GAAAAAATTTAATTTTTCAAATTTTTTTCCCAACATTTTTCTGTTAATAA CAACAGATTTTTGAAATTTTTTGTACAACTTGAAATTAATCTTTTGAATT TTTTTTCAAAAAAAAAATAAAAAATTCTTTGTGAACAGTTAAATTTTTTT AAATTTTTTTATAAAACAACTGTAGTCTTTTTAAATTTTTTTCCTAAAAG TATAATATTCGAATTATTTTTTTTCCAGAAAGATTATATTTTTCAAATTT TTCCCAAAAAGTTTAAATGAAAAGCTATGCATCCTTGAATTTTTTATCCT TAACTTCAATTTTTGAATTTTTTTTTCCAAAAAAATAAAACAATTATTTG TGAACAGCTTTAAAAATTTTTGTAAAAAGCTGCTGATTTTGATTTTTTTT CTCCTAAAAATGTAATATTTGAAACTTCTTTTCAGAAAAATTTAATGTCT CAAATTTTTTTCCTAAAAATTTTAAGTTTTTGACTTGTTTATGATTAAAA ATCGAGAAAACAAAGCCCCCCCCCCCCCCCCCCCAACCTATTGTCTTACT CACGCTCCTACTCATGACACCTAAGCTCCTTTTCTCTTTAATTTGTCAGG ATTAMCATGTATACGATTGGTTTCTTTTATTTTTATATCCTGGCCAAAAG TCTACAATGCATCCCTTCAAATAACACAACTCTCTACCTTATATATTTTA GCAGAAATATGGATTTATCACAAACTTTATTAAACAGAAATTACTTTATT ACTTGGCAAATTTATTCCATATAAATATACTACAAAAAAAAAGGAAAAAA AAAAATAAAAATTTATTTAAATTGTTATACTTTAAAAGTACTATATATAA ATATATTGTATATATACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTATG GTTACCCATTAACTTTTCAAATAYTTTCTTTATGCAGTTTTTTTGTGGAA TGAGCCTGGTATATATTTTTGAATGTACAGGGTGCGCCAGCATTACTTCC TTTTTTATAATGCATGACAATCACACTCTTGAAGTAGTAACGGAGTAGGC GTGGTTTCATTTTTGAGCCCAGATTTAAAAGTTTTCCCAAAAGTACAATT TCCTCTGCATCGAAGTAGTGAAGAACGTGCGTTTGCCTTCAAAATAAATA TTTAATAAAAAAGGTTTGACAGAATATTTTATCATATAAAACTAATTTCT ATTCAGTCCTTGAGTTTTTAGTAGTACAATTTATGAAAATGAGTCTATTG CTTCAATTTCTAATGTATAAAAAATATTTTTCAATTCATTTTCCTAGTTT GAAATTTGCAAAATTATTTGAACGCAAATAATGATGTTGAAAAGCTTACA TAGATGACATCAAACCCCTTGTCATACTATGACTCTTTATTTGTAAGATT TGTCTAAATTAAGTAATTAAAACAGCATTTATTCTGGAAAAACTATAATT TAAAATATTTTTGCAAAATGGCCAAATATTAATTAGATATTCAAATAATC ACATATTACTATAAAATAAAATATGCTTTTAAGTAAATGGGACGTCTTTT TATATGGAATAGTTATCTTTCTAAAACCTATCAATACGGAACGTCACGAA TCTGATACGATTTTAAAACTATCTAGAACAAAATTCTAAATGTGTATTAC CATTAAATAACAAAAATATATATATATGAGTTATAAAAATAGATTTATTG TCTTTTTCGGAAAAAGGATGTTATTTGGCTGTAGCAATTATTTACTAAAA TCTTCCTTGATAATGCAATTATTATAAAAAAGGAAAATTGCAGTCATAAT ATGAATATATGGGACATATGACTTACATATATATTAGTACTGTCTTAATG ACTTTTCCCTCAGGGATGCAATAATAGTATTAATAATCTGAGAATTTTGA TCTTTTTTTGGAAGCGAATCAAAATTATATTTACATTTGAAGGGGAAGAA ATAAGTGTATGTTTTTGTACTTAAAAAATAAATATTAACATTATACTTGT TGTCATTATTTAGAGTAACAAAGAAGAAATAAATTGAAGTAAAATGGCGT CCTCAAGAAAAAGTGAATCCAACAAAAAATGTGTAAACTTCATGAGACAA TTCCGTGACTTAAACTCCCGCGAAATTAATAAACTCTCTGCTGCTCAGTT TATGGAAGTCTGGGATCATTATGATAGCGATGGTAAGATATATTTCCTTC TAATTATTCCTATAAATAATTTGAAACAATCATTAGAATAATAATAATGG ATTTTAAAAAAGTTTTGCTTTACTCACGTGTCTTCATTTCAAAAGTTTTT TCCAAGGAAGAAAATATTAAATCAATATGTAGAATATGAGAATAAATTGA CTTTTTATCAATGATGTAAAATCTAGTACTAAATGTCTGAGTATATAACA AAACCTTGGCTAACTTTGTGAAATTATTCAACAGGTAATGGATTCATTGA AGGTACTGAACTTGATGGATTCCTCAAGGAATTTGTTTCTTCCGTCAACT CTAATGAATGTGGTCCCGAGGTAAAATGACATTATTATCTAACAGACCCC ATATTATTCTTCATATATTTTATAGGCTGTATCTGATTCTATGTTGGCAG AGTTAAAAGAATGCTTTTTAGAAGCTTATGACGATAACCAAGATGGAAAA ATAGAGATCCGTGAAGTAAGTTTTAATGAGCTGTAATATTAAAATCACGT AATTTCATACATGCAACTACAAATAATTATTTGCAAAGAAAAACCAACCC TCAATTTTAAGGATGATGTTTTGTTTGTTTTTTGCATGAAGGCGTCTCCG TCTGGAAATTACTTTCAAGGCATCTCATGAATTCATAATGCATAATATGG ATTACGGCACATATTGTAATCCTTCAGAATTCCAAATATTACTAGAAGTT ATCATTTGAAAATATATAGGTTTCAGTCAAGCGGTGAAACCAGGCATTTC ATGAAATCCCTAAAAGTTTTACTCATTTCGTGGAATGAATGTTTCACTTA TACGCATATTTTACTAAATCACTAGTATTTCTATGGATTTCAGGAAGTGA CTGAAAAAATAGGGGGTTATTGCAGATATTGTCTGAAATTAGCCAGTAAT TTTTTTAACGTCCAGAAACTACCTTGGTGTTCATAAACCTGCCCATAATA TGAATGAATGCAGTGCTTATTTGTGGGATTTTAGAGCCGATTTTAATTGT TTTTTTCTACCAAAATGATCCCAAGATTATTATCAAAGTTTGGCTAAAAT TGAATTTACTTATTTGTAAAAATGAGCGGCCCTCCCTACCCCTATTCAAA TAGCCCATATTTTTTTTGCCATTGCATTTTTTAGATGTTAGTATAATAGT GGTGAGGGAGAGGCGTAATAGTGGCTATTGTGTCATCAACTAGGATCAGA TTATTATGATAACCTCGTTAAATAACTTAAGCTGAGATACTGAAATTATT TTTTTGAGCTGTAAATTATATAATTTTGCTTTTTGGAATATTTATTAATA TCAGTAGTCCAGGGCAAATCAACAGACATATTTTGCTTCCATTAGAAAGA AGATAACAACCCAAATCAAATCATTGCTATTACCGTCCGTTTTTCATGAG CACACGCAGTCAATACTTTGACATCATCTCATCAAGAATTAAAAAAAAAT AATTAATATCAGATGGAGGTTTTTTTTACCCGATTTGATAAGCCAAGGAG TACTTTAACTCGTTGCTAAACTTAATCTAATAACATACTTTTTTAAATTT AAAAAGAGTGCTTCATTTTTCTCCTTTTTTTTATTTATACTCTATAAACA GTGCACCCAGTGGCGTTATTTCATACATTCTGACATACATCAATTAGTTT TTAATCAACGAATGGCTCTTAAGTTGAATCCATGTTACTTTTTAAAAAAA GTTTTCACGACAATTAGTGATATTTTTGTAAAATAACAGATCCTTCACTC AATCCAGTCAAATTGTATCAACTCAGTAAATACTCAAATTGTATATCATG GTAATATAATGGTATACCTTCATTCCCTTAATGGAACATCCTTGTAGATC GAAGGAAGTGATAGTTGATACTAGGATTACAGCCCAGGAACCCGCATTTG ACATATTTAATAAAGAAAATGTTCTTTAAGTATAGATAACAGTTAATATT GTTTCTTTTTCTTAATAGTTATAATAATCATCAGGCATTTCATGATGTGA CCTGACCATCATTTATGCCATTTCATATTAATAGTAAGTTACACAGTTTC ATTATAACGTATATATATATATATATATGTACATATAAAAATTTGTACAT AAATAGTGCTTAATGCAACATTAATTTCTTCATMMYTAAATTGTTATTTT ATAGTACATAACGTCATATAACTTCTTTATAGCCGGTCAAATTCMATTAT TGAGTGGCTTKACTTACACCCCYGTATGTACCCACGCMTTTAAAAGAACT GTAAAAGCTTGAGCCTTTTTAATGATGCTTAACATATTTTTRGCATACTT CTAAAGAATGCAATAAATATATAGTTATCAGTAAAGTAGTAATTATATCT TCAAGCAGTATTTTATCTTAAATGGTATGCCATTAAGAAACTGTCTTCTT AACATATATATATTAGGGTTGGATTCAAGTATTATTCGAACTCGAAAAAT ACTCGACATAAGTAAATTACCTGAATTCAAACTAAATATCTTTTGAAAAA CTGGGCATAGCTTAAATTTCAACTACAGAAACTTGACAAATATTTACACG AGTTATCAAGTATTTAGTTACTTATTTCGATACCGGATAATATTCAAATT ATATAAATTTACAAATAACTATTAAAAATAAAGGATTTCAATGGCACCAA ATTTACAAAAAACTATTAAAAATAAGGGATTTCAATGGCACCAAATTTAC AAAAAACTATTAAAAATAAGGGATTTTTATGCCACCAAATGTCCAAATAT TTTTTTTTCTTTAATTATGGGAAGGGCAACATAACCTACAGGTTATAAAA AACTATACAATTTTAGTTTTCAGGGCTGCCACACTCTTGCAGTTTATATC TGACATTTTTAAATGTTCATGTTTAGGACCATGCGATATTTTTATGTTAT AAACGTTATGTTTTATTTAAGAATCAATATTCATAATTGTTCTGTATCGA TCAATCAAATGATCTGCAAAAGTGCAGCAACACTGAAAGAAAATTAGTAT TTTGTAACTTATTTAAGTTAGGCATTAAATACTTATAMCTYCCTGCCACT TCAGCTCCTAGTGAGAGGGAAAATAGTTTCTAAGAAGAGAAACATAATTA ATTACAATGTAAAAGATATGCTTTTTACCTTCCATGGTAACCTCGGCTAA TATAGTATTAAAGTGCAGATATTGCAATAATTATCAGAACTGATGCATCA ACTTTTTGAGATAATTACCTTTTTGTGTAAGTAGGCGGGATCCACTGGTA TTAAATGAAATATACATACGAGGGGGGTCTGAAAAGTTTCCAACCTCATC ATTTCTCACAACAGGCTTACATACGGGACAGGTTACAGAAATGGAAGTAC CGCTGGTAAAAAGTGTAAAGAGTTACTAGGAGACTTGTTGAGAGTTAAAA TTTCCGATAAATCTTTCAAAAAAAAACCTCACATCAACTTTCTCAAGCGA CTGTTACATAACAATTGTGCATCCAAACTGGCTAAAACTTTGGTGAGCAA CTGTTAAGACATGCTAGATAGATGTAACAAGCTTTTTTTTGGAAGTGCTG TCATCTCCAAGTTGAGGTCAGAAACTTTTTCGACCACCCTTGTATAAATT GCGATAATAAGGAACCTAACTTTTCGAACCCACTTTTAGAAACTCCGAGT AAAATATAAGTATCATCGCCTTACTCGAACTTGGCTCGACTTCAATCATC AAAATCTCGAACTTGAAAATTTCAGCAAAAATCTAACTCTAATATATATT GTATTATATATCAAGCTATATGCTGCAAAATAAAACAAGACGGAGTAAGA GGGAGCATTAATTTGTGGCAAAGCCAAAGTCTTTATTAGACTTCTATGTC GACCAATATACAATATACACGGAATTATGTGCCTTTAATGTGCAATTATA AAAGAGGGTAATATTAATATTATATAAATTCCTTCTGTATTTGTAGGATT TTATAGTTTTTATTGCACTACTTAAAAACAATTGTTGCAAATGGGGAGGA TTAAGACATATACACTCGTAAAAATATAGTCCTGATAGTTGTTTCATCAT TTAGGGTGGGCTATGGCTACATACAATAATGGCCTATGACAGTATACATG TATATGTAAGGGCTTGGTAGACTGGGTGTATGTTTTTTAAATGTCGGAAA GATTAAAAATGTTCCGTTGGATAAAAATGAAGAAATATATAGTTTGATCC TTATTGATCAATGTTTAGTGGCAGGSTTTGATGTTGATACAATTTKACTA AATTAAGTGAAAAATTGGTGCTTTTGCACAAAAAAACTAGCTAATTGTTG TAAAAAAGAAAGTTAAAAGTAACATGGATTTAGTTTTAGAGCCATCTGGT GAGTAAAAAGTAATGTATGTATGTAAGTAATTAGTATAGTCTTTTTTGAT AAAGAAATAACAATGTAGTCATACTAATGAAGTATTGCAGGGGTTTGAGG GGATGAAATCCGCGTTGTACGGGGACTTTTTTAGTACTAAAACCCGTAAT TGGGATAAATTATTTTTCAATGTCCACTTTTACTATTTTTCCTCGTTTTT TCTTCTTTTTTTTGTCAGATTAGGACAATAAAATTTTATTTATCATTCAC TATTTTAAATACTTTATGCCAGACAAGATGCTTGTAAAATAATTGTAAAA ATTTAATCTTAACCTAGTATTTACTTGATTGTTAATTCGGTCATTTCAAT ACTATAAAATTTAAATAATCAGAACAAATATTTATTCAGTAACCTTTTTA ATAGCAAGTTTGTATAATAAAGTAACTACCAAAAGTTTTAAATCTAAATA TCAAATTAAATACCTTCAGAACACTTCCCCCTATGTAATATACTATTATA TGAATATATAGACATAGTATGAACGAACTCATGAACAACTTTAAAGATTC TTGTTTACCTTAATTTATTGTAGTTTTTTATAACTTATTTTAATAACATA AAAAACCGTGATATGAGGCAAATATACCACACTATGTGAAGAGTCAGAAT AATTTCAAACACTTCGTTTTATGCGACATCTTCATTGTTTGAACCCGCAT TATGTGGGGACCCCCTATATATAATGATAAATGTGACTTTAAATTAGGTT AAGCAACGTGATTGTGTAGCTAAAGCTCTGCCATGTATCGTTCTAGAGAC TAACATACTCCGTGTCTCATCATGTCATATTAAATATTTTTCTCAAGCTG TTATTATTATTATTCATTGTGCTCAATAAAAACGTAAAGTAACATTGAAG ATTTCTTAGGGAGTTATCTTCCATGTTATCAAAGGAAAGTGTGTCGTTTG GTCAACGCATAATACCTCCAGGAATTTCCGGCTACTACCACTTGCGTAAA TATAAAACAAAATGGATCATTTTTTTTATAATTAGATTTTTTGATGAATA AAAATGAATGGATGAATGGTTTATTCATTTAAAATATTTATAAACTATAT AATTTCTCTATTTTGGCCTGCATAGACTATTTGTAGGTAAGAATACTATT TTTCAAAAAATTGTGAATTGTGCTAASCAGCCTATAAAAAAGATTAACAT ATTACAAACTTTGTATATATATTTTTTTATTACTAAAATAAACATTTTGT GACTATAAGGGTTTTCTGAAAAAGTTTTACACCTAATAAACATCCTTTTT CTGATTTTTTAATAATGACTCAACACAATCTCCTTGTAACTGTGCACACT TCTCTCAGGGATTTTCCTATCTTTGTAACCCATCCAAATAGTACTCGGCA TTTTTATCTGCAAAAAAAATTGTTTGGGAAGGTGATTGCACCTTCATTTG ACAAATATCTTTGCAGTCCACTGTTTGGAATATATTTTTGTTTGGGGTGT ATAATGGTGTATCCAAGTTTCATCTACAGTAATTAATCAGTGTCAAATCT AGGATGTATTGTACTTAAATTGCGTCACTAGAGAGAAACTTGTTTAAAAA CTATGATGTGATGCTATAATATTATAGGAATAAACGAACACTATAGAAAA ACCTTAAAATGTACCATATAACATATATCTTCTATTTAAATATATATATA TGGTTGTACATATGTATGCAAGGAAAACTATGGTAAATTCCATAAAATGG TAGGATTTTCCATGGATTAAATTATAATCTTTTTTACCAAAATATGGAAA ATCACCATATATACATATACATACATTGAGGTGTGAACAGAATAATGAAG AAATGAGATACATTTGTCTATGTAGTAAAGAAAAGAAGTTTCCAAATTAT GTTCAGGTCGGTTCGGTTCTTTAGACGTAAATATTTGAGTCAATTTGGAA TACCCAAACTTTTGGATCTATATCCAAAACCAAAACTAGATTGATACTTG TCTCAAATTTTATGAGTATTTTAATCAAACTTCCGACCTAAATAAAATTG GATCCAGACTAAGATTAAATTTTTATAGATTGCCAATACCCTAGCAATGC TTTGTCCAATTTTATTAGCATTAGGACATAATTATTAGTTTTCATTATAA TTATGTCCTAATGGTCATAAGCGATGCAACTGTTTATGTATATGTGGGTC CAAGCACATATCAATACAAAAAGAGATGTTACGGTCGATCGAAATAATAT ATATATTTTTAAACTAAGATTAAGTATAAAGCAATACTAAAAGCTTTGTC AGGTCCGAAAAAGGCCTCCGATCTGTTTTAAGGTCTGTAAAAGTTTAAGT ATCTGAAGTCTATTTAGATCCTGGATAACTCAAATTTATCTACATATACC ATAGCCGGGGAATTTGTATCCGAATCCATGACCCGTCCTATCTTTATTAA GTAATAGTATAAGCTTTTTAAGATCTGTAAAAGTTTGAGTACCCGGACGG ATACGCCCTGTTCTAAGACATGACTGGATTGAAAAAATAAGGCCTAACAC ACACTCATGCAAGGAAAGTTTTCTACATATGACTAGCCAGGGCAGGTAGT GTAGATAAGGGATTCTCAACCTTTTTTATTGATGTACAGCTTGTAAAATA TTTATGTAACAAAAGTATCCCCCTTACCAGCACAAAGTAGTTTTAGCTTC AGTAACAGGGTTTTATTTCGGAGGGGGCTTAATTTTTCGGAAAAAAATTT CAAGAATTAAATTTAAAAATTCATAGTTATTCCCAGAAAAATTAAATTAA GTTTTGAATATTAAATTTTTGAAAAAAAAAATCAAACAAAATTTTTAAGT AAAAAACCAAAATTCCTTATTTTGGTGGAGCTATAGCCCTCCAGCCCGCA CCATGCAGACACCCTTGAGTTAAGTAACACTTGTAGAACATTCACAAGTC GTGCTGGACGTAATATAGTCCCTATAGAGACACATACCGTAGATACTTGT TTATGTACATAAATAATATAAACGATTTATTTGTGGTTAAAATAAAATAA TTTATTCAGGAAGCACAAATAATGAAAGAAAATGTTACAAACGTATAATT CATTTCTAAATATTCCTATTCTTTTTTTTCATGTTCTTCTTCATACATAG CTGGCACAGTTACTACCCATGGAAGAAAACTTTCTACTTCTCTTCCGTTT CGATAATCCATTAGACTCAAGTGTGGAGTTTATGAAGGTAACTAAATGTT TTTTTTTCCATTTAAATAATATAGGAATGACTATTATGTTTGTATACTTT ATTTTAATTCTAGATTATGATGTATTAAATTCATGAAGTATATTTCTAAT ATATTATCAAACCTTTTCCCATAAATTATGAAGAGATATTTTTTTATTCA TTGTGATCGTAATACATAAATTAAAGCATACATATATCTTATTCTTTGAA TAGGGCATTCTCATATTATTAAAAAAGAGAAATGAAATATTTCTGGATAA TATGGATTTACTCTATTTTCAATTCAAAATTGTATTGTTGCTCATTGAAT GCAATGTCTATGTCAGTTAACTGCATAGACTTTTGTATAAATACAAATAT ACTCCATTGTGTTGTCTGTTCGATAGAAAAACTTTGTCAATGTTTTAGTA AAGATAGGACATATCCACGTATTCGGGATCTTTAGATGTAAATATTCGAG TAAATTTAGGGTACTCCATCTTTTGGATTCATATCATCATATTGTGCGGG TAGGCATTGTCTTCTAAAAGTACTTATCCAAAAAGTTTTTGAACTCCCTG TTGTGGATCTTGGCCAGGGGGATATTAGCAGAGATCGAGGCCTTCACTAG GTCAGTATTGAAGAGACCATCGCTCTTATTGTTGGAGGGTATGAGACTGA GCACCTTCTGTGTAGATTTGTCTCCCTTGTTGTTTAAATCTACATTTATT CAAAAAAGCATTGGAAAATACATAAATATCCATACTTGGTACCAGAACCG CTACAAAAAATATTAATATCTTGAAAACCCTACAATGCCGTAATTTTTTT TTTCTCGATGTAATGCTTTTTTCTATTAATATTAATATAACCAATCCTGT CTAGACCTTACTTCTTGATTATTCACTTATTGTTAAAAAATCAAATCCAG GCTCTAATTTACATCATAAGTAAATAAGTAATTAAATTTTTATTCAAAGT TTTACATGAATCGGTTCGAGAATGTATTGATGGATTTTATAAATGAGGTA TATTTTTTAATTTTTTTTGTAAACAGTTATGGATTGTGAATTTTTTTCCA AAAAATGTAATATTTGAAATTTTTTCCAAAAAATTTATTTTTTTTAAACT TTTTTTCCCGAAATTTTATTTTTTTTAAACTTTTTTTTCCCGAAAGTTTA TTATTTTTTGTTTGTTTAAAAAAAAAATATCCAAAAACCAAGCCCTCTCC TCCCTAAAATGGACGCCCCAATATCCAGTCATGATTAATATTTAGTAAGG TGTTATATTTCAAACATGTCGAAATTGACGAAGGATAAAGAAGGTCAAAC TAATGTTTAGTTAACAAACAGAATACAATAGATCCATACTATTATCACTT ACATAATATACTATGCTCCTTGTTTCCAGATAGGCATTAAAACTTTGTAA ACAATAGGAAACCCCTATGTACATTAGTATGTTAATGGAATGACCCCTTT TTAAGAGTAACTTTATTTGGATTGTAACAGCAGTATGTTCTACAATTAAA AAATACATAAAACTCAAATTCTACCGAAACTCAAATCCATTTTTCAATTT TGATAATTTGGATCTTTTCATTATGTTGTGAATTAATTGAATACCAGAGG GACCTTGGGACTCGAGTTGGACTTGAGTCAATATTTTAAAGATTTGCGAT TCGACTTGATCTCACATTCAAAAGACTCGAGACTTTACTTGGACTCGATA ACTAAGACTAGCGACTCGAATGCTAATTTATATTAAACTCACTCAAAGCC TAAGCTCTATGGACCTTAACTTATAAATACAGACTTGATATGTTCTCAAA AGAAATATAATCAAATATTGAAGGACTTGGACTACCATTATAAGAACTTT TTCCAACTTTTGTTGAATTTTATTCAGCTTTCGACAATGCCTCAAGGAGT GTCTACTTGAGTAACATTAGTTTTCAAGTAGCCTAAATTATTTTGACTCA TAATATTTGCATACTGCTGTATCTTCGAGGATCTTATACTAGAAGAAAAA ATATAATGTATCCTCTCTTCCGGGATTATGACATACTAATATTCTTATTT TTTTCTTTGATAAATATGGTAATAATAACGGAATTCCCATAAATCAAAGT GGTTTGGCCCAAGACTTGAAACTATTTTCGTCCGTAGGTTCTCCAGAAAA TGTATAACACTTTATTTCCTTCCATTTATATTTTGATTGCACAGGTTATT AGATGTTAGATATCCCCATAGCCAAAAGGAAAGAAAAGTTGTAGACAAAC TCTCCATCCCCTATTTTGTAATTTGATATTTTGATCTTCCTTATCCAGGG CAATAAAATGTCCTAGCTTGATGAATCAATGGAGAAATAGAAGACATTTC TATGTATTGATCTCGATGTTAAGAAACGTGTTCATGAGTAAACCAACTAA AACAAGGAGCATTATTTCCAAAAGTATCCAAAGATCGCATAAAACAAGAA CTACCATTTTCGAGGATCCTTTTAAGTCCTTGTCTTTCTACTATATCCAC ATAGAAAAATGCTACATTTCCAGGTTCCGAAAGTTAGATGTTAGAGATAT TGCTAACAAATTAAGACGAAATCTCTTATGATAATATTATATATATAATT TATAACTAATCAAGAGAATGATGGCATCAAAGAGTTGAACAATACTATAC CGTAAGAACCTCATTTCAGATAAGCCGGTTGAAGAACCTAATCATACCAT CATCAATCTGTGTATTCTTTCCTAAAATACAATTTCATCCTTTGTCATCT TCGAGAGCCTATATTGGCTTCATCGATGCATTAATCTTTATTAAATATCC ATTTAAATTAAGCTAGAGATTCTAAGCAATAATAACCTGTCCTGCTTTTT GAAATTTTTGAGAAAAAGTAGTAAAATTTATGGTTACAAGAATATAATTT TCTTTTTTATGAAAAAAAATAGGTAGAAAAATAAAAATCAACTTTTCACC TTTTCTTTTATTTCTTTTGCTTTATCATTTCTTGTTATAATGATACAAAA ACCGGGCAGTCAGAAAGTCTTGGAACGTTGAAGAATTAATTACACTTAGT GGCTTTAAATGAAATTCAAGAGATTTAAAGAAAAAATTGAAACTTGTTTT TACTCTATAAAGAACCTTATTTATGAATTTGAGAACCTTCGGTAAAAATC ACACGCTCTGCGCGATCCCGGAACACTATGTACACGTTGACAACGTACTG CTTCAACATTGATCCCCACTCTTTCTCTCATTGCGTCAGGGTCTCAATAC TGATGTGACGTTGTCCACAGTCATTGCTTTCAATTTGCCACCAGATGCTG TAATCAAGGGGATTCAGGTCGGGGCTCTGCACTTGCCAGAAGTCCTTCAG CCAGAACTTCCTTTTTTTGGCCATAAAACCCTGTACGATTTTTGTACTAT GTGTTGGAGACCTTTTTTTTAAAATTAATTTTTTCAATAAAAATTTTGCT TCACAAAAAAATATATATATTTTTTTAAATTTACAACTATTTACTTAAAA AGTTAAATTTTTATGGTAAATAANNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAAAAACAAT KAAATTTTTWSARWAAAAATATCCTAAATTAAATTTGTAATATAAAATWT TTTRKMAYTTTTTTTWTAATATTAAAGTTTAAGGAGATACATAATAGAAA TCCTTAGCTAATTTATTTGGATATACATTTTATATATAATAAATTTCTTG TCAAAAATATGAAAAATTAGATACATTTTTGGAAGAATAATTTCAAATAC TAAAATTTCTGGCATAAACCAAAAAGTCTTTAGTTTGGGGGAAGGAGCTC TCCAGCCGATCCCCTGTGGATGTCCCTATAATGAAACAGCTTTAGAAAAT ATAAACACATATATTTAGGTATTAACTACAAAAAGGCATTATATTATTCC ATTGCAGTATTATTTTTACTTATGAACAAAAACTTTAAGGTACTTATTTT CTTGGAGCTGTGGATTTATTTTTATATTTATAAAAACTACAAAAGAAATA TTCTTCGTATTTAAGGTAATATATCCAAATCTATTTTATTTTCTGTATAC ACACATAAGCCTATTGGAAACAAAATGGCAATTCCTTTTTTTTTTAATAA AAAAAGTCAAATGTATACATGAATATGTACATTTTATTTTAAAAAGACAA CATCTGCASCTTCCATAAAGTTATATATATATATATATACAAATGTATTA TTTAGATAGAAAAAGTTTATGGGTTCAATTTTTTAAAGTATTATTTGCTA TTATTTCTTTCAGCTCTGGCATCAATATGACTCAGACGGAAGTGGATCTA TTGAAGCTGATGAATTAAAAGTAAGTTACTCTTATAAAAACTTACTTGTA AAAGTGATTCTTTTAAATTATGAATGATCCTCTCACGAAATATCAAATAA TAAGAATGATTAATATTTAGCTCCCTAGATAATACACCTGACATTTAATT AAATTTTTTTCTTTTATTAGATTTCATTAAGTATATTTTTTATATGATTA CTTCTACATACATTTGGCTCCTTTATTAAATTATCCTACATTTGTAGCTA AATTGGTAAGCCNAGAGTTCATTAATCTTTTAAAAAAATGTTTATTAAAA TACATTTTACTGAAAAAGGATTTTGTGACTTTTGACTTTTGGGGCATCGT ACATTTGGTATGCTCGATTTTTTGATTTTTTTATGTTTCTACATTTGCCA GGTACATATATTTACAGTTTCAACCATGTAATATGTTTAGTTTGTTTGTG AGAGGCATAACGGCTAYAAGWCTTTTMAGTGTTGAAAAAAACATGGATCA AAGAATTTGCATCAAATTTTGTTTAAAAAATAAAATTAAGTGCTCCAAAA CCCTTGAAATGCTGACAATGTCATATGGGGAAACTTTTCTATGTAAAAAA ATGTTTACAAGATGTATAAACTCTTCCAAGATAGCTAGGAAGATGCCCAT GGCGAGCCTAACTAAACAAAACGAAAACAAAAGATGAAAATGAAAATGTT GAACCAGTGAAGAAAATTATTTTAAAACCCGTTGATTCACGATCAGAGAA GTTGTTTAGGATATAAAAATATCGGTTGGCTCGTGACATAACATTTTTTC AAACGTTTTGGGCATGAGACAAGTGTTAGCGAAGTTTGTTCCGAAATTGC TTAATTTTGAACAATAGAGTAGTTGCATTTTTTTGCCAAAAAAAACAAAA AAACGACAATCAAGCTTCAGGCACCATATAGCAGCAAATACAATTATGAA GAATACAACTCAATTTAGTCTCTGATGGTCTCAATAACGGCCTCGATTCG GGTCTTGAACTACAGGCAGACCTTGGAAGCTGTAGCCCGACATAATTTTT CTTGTGACCACTCACCTATAGTCATTGGTCTTTACTAGTCCCTTTATCAA CTCTGCAACCTTTCTACTGGCGATCCCTTTCATCATCTAGACCTCAGGAT ATCAAAATCATAACAGCAGTGCACATGTATTCTGCCTCGGAAAATGCAAT AGGCTTGAAATTTTCCGTTGTTGGCACCAAGTGATATTGAATCTCAGGTT TTGGGCAACTAAGTCAAACATTTATAGTTATATTTCACCGCAAGCATTGT GTAATTTTGCCATTATATATGCCGGAAAAGGTTGGAAATCCGATTGTTGC ATTCCGTTGTTACAGGCTGTATATATATAATTAAAGAAAAGTTAATGGAC GCCTAATAACTGCAAGTAATGCTGAGTATTCCCCACTAGTAGCTAAAAAA TATAAAGGTTTATAGATGAGACATTATTACATTGACAKCGGCCATAATAA TAAAAGTAATTATTCCTACATACTATTCAAAATAAACGAAACATGAACAC ATTTTGTCAAATTTATCCCGGATATGACATATTTTTATCCTAAAGCAGCA ATATGTAAATATGTTCATTAGAGTGTTTTGTTTTCGAATTTGACGATAAA TATTCAGGACGTATCTATGGTATTTTGTTCTGAATGGCATTGCAAAACAC TATCTGTAAAGTTGTAGGTTCTCCATGACATTTTTAGCATGGTAATAATA TTTTAAAGATAAAACTTGCCATTTGTAGGTCAAAATTTACAACTTTCAGG CGTTATATACGAAATATAAAGACACCTACTTTTAAAGATGTGTGTCTAAT ATTGTGCTTTTATAGCTAGATAGGTATTAATCTAGTAAAAAAACAAAAAA ACCAAGTCACCACTTTGATTTCAATAATTTAACGTGTCAGGGATGGGTTT ATAACACATTTTACTTCAAATGGCGTTAAATATGACATTTTTAAATAGTT TATTCTATATGAATATTCATCAAATTTGCAGTTTATTTAATTGATCTAAT AAAATAATACTTTAATAACTTTTTACCTTTAAAGTACCAAAGTACATATG AGTCTAAAATTTTGTTAAAAGTATTTTTGTAATATTCTACCATGGTGCTG TCAAAAAATATTTTACTCCAAAGCGGGAAACTGTAATGTACAATACAGGC CCCTTAACCAAAATTAGATAGTCTTTAGTGATGAAAACCGAAGGTATTTT GTAGCTAGCCCGTATTTTTTTTCTTTCCTTTTTTTTGAGTTCAGAAAAAA AAGATTAAATTTCCTCTTACCCAGCGGATGCCAATATTATTTCATACCTG AGGAATGAACATCCTTTTCTACTATAGACAACGTACTATTATTATTATTT ATATATATATTAGCAAAGGGTTACCCAGCGTAGCTTGGTCAATGAAGGAG CGGTACATAACATTGACAATGGTAAAAATAATTGGAAAATGATTATATAT ACAGAATTATGCTATTGTAATTAGGTATAATTGTAATATGAATGTTTCGT TGTTGTCAAAAATAATACTGATAATTCTAATTCTCTTGCTATGATAATAT CATACTATATAAATCCCATTAAGTAAGGTAATCCATAAAGTCTCATTTTT TGGTACCTGGAAAAAACGAACTTGCAATTTCCACCGATTTGATAGCTTCC CCATAGCTTTTTTGATTTGGAATCAATTTAGAAAAGGTAATTATTTATCA AATTAAATTTTAAGACAATATCACTTTTTGATTTATGACTAAACTCGTAA CTAGTCTCATTGAGCTCCAAACAACAGTTTTTGTGTTGTAGGTATAGTAT AAACCCCTTTATATTACCCTTCCAAAAATTAATAGCCTCGTTTTAGCCTT ACCAGGTTTGAAAGAAGCACCCATGCAAAATTTCGGTCTCATAGGTTGGT TCAACGGTGTGGGTACGCACAAACTCTATTTTATATATATACTAGCCAAG GAATACTCGGCGTTGCTCGGGCTAAGGAGGGAGAGGGAAGTCACATTCTA ATAGGTCAAACTAATTGAGAATAAAATAAAGTAAAAAATTAGAAAATAGT TGTATATACTGGCAATTATAATATGAATGTTTCGTTGCTGTCGAAAAAGA TTCTGATAATTTTAATTCTTTTGGATTTTTCAGACTACATCAATCAGGTA AGTAAGGTAAATAGTAACCCCCTTCCCCCCTGCCAAATTGCTTATTATTA CCTCTTGTAACCTTAGTAGTGTTATTATGAATATATAAAAAAATTATGTG TTATAACTTCAAACAACATACATGCATCTAAAAAAAATTATTGAATAGAT GCGTATACCACTTTTTATATACTTCAAAAATAGTTTGTTTTTTTGTGCAT TAATTTTGCTAAAAAAATAATTAATAGCATTTATTGGAATTGCAAAAGAA ACACAAACCTTTCACCATTTTTTTCGTTCTTCCAAAAATAAAAAAGTTAT AAAGAATGATGTTGTCGAAAAAATAACACTTGATAACTGGTTCATTTTGC AAATGTAGTCAAAATTATGTTATCAAAGCTTCCGGAAATTGAAAATACTC AGATACGTAGATGTTGCGTCGGTATTTTTTTGTATTGTCTTMTGGTATTT TTTATTAAAAAATTGAAAATTGWCTTTTGATGAAAAAATAGAAAAAAAAA AAAAAAGAAACAGATATTTCAGTTAAACATCGATTTTTATTTCACCAAGT TATATGCAAACGAATTTCCAGACAAACTTTATTCCATTTACTAATCCCAT ATTCCATTGTAAGTTCATTTTTTTGCACATGAAATTGTAATTTTCTCCGA TTTCTTTCGACCGCCCAAAACATTCTTGATTTTGAATAAATTAAGAAAAT GTAGTTATTCGTATTGTTTTGTTTTTTTGAAACGCCAATCACTTATTGAT AAATAACTCAACCCTCTATCTAGCCTCCTTGGGATCAAAAAACGGTTTAT GGGTTTTGGATATAGCATAAGCCCTCCTTATATGACCTTCCCAAAAATTG ACACCCTCGTTTATGCCTGTCCCAGCTCAAAAAAGGGATCCATACAAAAT TTCAGCCTCCTAGGTTCAATGGTGTGGGAACATATAAAGGAAATCTACAC AGAAACACACAATCTCTTTTGTATATATCCTGATATATATATATGAGCTC ATAAAAGAAGGAGTAATTGTTGCGAAGTTATAATTGTAAGTCCTCCTTGG ATAGTAGAATTGAGATCGATATCGGGACAATTCTGAACCTTGCACAGGCC TTGGTGAGCCACTCCTTGTCCATCCCTCGAGAGTGGAAGACTGCAAAAAG TCAATAGTGTTTTATGCACGTCTATTGAACTCTCTTTCCAAGACGTCCCA CACATAATAGTCCAAAGATTTCAGATCGGGGTAGCTAGGAGCCCACATTT CCTTTATCAGATGTTCAAAATAATTGTCGCACGGTGATTGTATCCGGAGG ACATTTCAAGGGTTTATTATTTTGTCTTTTATAGTTTTTTCATAATAATC TGATGAACATACTATTATAAATATATATATGAAGGCTGCCAATATATTGA GATCTAAACTTGTTCCGTATTCAAATCCCTACCTGTTTATATGGATATAT TTGATTAATTTAGATTCGAAGGGAAACTACTGTAAAATACCTTTATCTCC AATCAGAAAAAAGGAAAAAAAAAAACGCTTTACGGAATATGTAAATTAGA TAAATTGGTTTTGGAATAGAAATTTACTGAGTGTTCCGCACTTAGAGATG TCAGTTTATTTAAAAAACATTTCCAAACTACACAGGAAGTGAAATATTGC AATTTTTTTAAATATATTTTATTTACAAATATCACTTGAGTTTTGTTTAC AATGTCTTGACGTGTGAGATATTGACACATGGAAATACCTATTATTTGAA CCCAAAATTGCCGGTGTAAATGCAGTTTTTAAGATACAGCATTAACTAGC CAAAAAGGATATATACAGGCCCATGCCCACCTGTTTCTTTACTAGGCACG GGATAGCGTAGCTGTTGAGCCCTACTAATAATATTCATTCATTTTTTTTT TAAATCATTAAGCAATTTAACATAAATTTCTAATATTTGCATGATTGGAG ATGAAGTTTATTAAGATAACATAATTACGTATGTTAAAGTGCTGAAATAT CAATAAATATCCCTTTGTTTACTTTTGCAAAATGAATGGGTTAATTATTA AATGCATTTATTATAAATAAATTGATATAGCATTAAATAACTCTTATAAA GAAATCTGTTGAGTTTTTAAGAAATGATGTACAACTATTTACTTTGTATT TGGTTACGTTATACGCAATAAAATCAATTTTTATGAGATCATAAAAATGC TTATATCCAATACAGAAATACTAAATTATACATCGAAAGATTCATTAATA CAATCAAGTTTTTCGTTTTTAATATCTTGCCACTTCATCCAATAAACTTT TTATTAGTATTACTTGGTGTTGTGTCATTCCTTATTCATTGTGTCCAGTC CAGTATTAGGACAAGTACATTCAGTCCTAGGTACCGGTACAAAAGCAAAA ATAAAAATGAGTGGCGTCATCAAGGACTGAATTTTATTCGTTTTTAGGAC TGAAGATTACCCGACCAAGACTGAACCGGACAGGATTTCAGTGTCAGTCC TAAATAAGTTATTAGGCGTCGACGAACATACACAGTTTACTTTAATAATA TGGAATATAATTCATTAACAAATCCTTGGTGCTAAACTCCTTTTTTCATA AGCAAACTCTCACGTAGCTACTTTCTTGTCACAGCTGATTGAAGCTGATC TAATGCAACGTCATTAGGATGATTCCTTCTCTCATCCCAAACCATTTTCA AATTTTCGGGGCTAGCATGTTAATTTTCGGTTTCTTTTTTTAACATGCCT ATACTACACTGGATTTTCACCTTTGCATATGATATATATCAAAGAGCATA TAATGCACCCTTTAACTATTTTTCTGGCATGCATGCAGATACACTTTATC TATATAGATTATGTCTTTAAATTTTAATACATGTTTGTAGAGCTTTTCTT CAAAAATCTTTTTTTTTTCGGACATATATTATTATTATTTTTGAACATAT AGCGAAATGAATATTCTACGAAAAAATATACAATTTTTTAGTTATTAATG ATGTTCTTATTTTGACATTCAGTGAGAGAGTTTTAAACATAATAAAGGTT GTGAAATCCCATTTTGATATAAAATATAGCTAAATAATAGTATACCTATA ATCATGTATATAAAATTACATTTACAAAATGTAAAAAGGAATGCTATAAG GAAGTAAAACTAAATAAATACTTTTATTTTTCAGAACTTTTTAAGAGATC TTTTAAAGCAAGCGAAGAAAAGCAATGACGTGTCTGAAGATGAGCTCATT CAATACACAGATGTTATGGTAAGTTCTATATAATTGACTCACTTGTGTTT TAAATTATGGCCAGAGTTCTAGATGGCAGGGAGMATTCCCAACCCAACAG CTGGAGGMATATTATTTTATAGGTGTGGGTATTTGGGTAGTATAGTAACT GTGGACAGGTTTAGTAATTATATTTTATATTCTGCTTCCACGTCCTTTTT AAATAAACAAACTATACAAATCATGTGGTCCTTTCAGCATCATGAGCGAG CAAAAAGCAAAAAGGCAGCGCATCTCAGATCTCCTAGATGCTAGAGTTGA GGTTATGAACATTACAGACATTGTTAAGTGTTCTAGAAGCCTGATTTTTA AGTCGCCAAAGATGAAAAACAATCTTAAAAACCGATCCAAAATATTATGA AGTGTAGACCATAATTTAAAGAGGGATATGAAGTTCATGTTAAGTTTGGG GAAGAATGAAATGGAGGATCCCACTAAGTCGATGAATTGCCTCGCCAACT ACTTACTTCTCTGTAGCTCTTAACACCATCAGTAGGGCTATAAATCACAA CTTGGAATTAGTTTCTTTCACAAGAACCCACGCCACCTTCTGACTGAAGA TATGAAAGCCAGGAGGCTCTAAAGGTGCAAAAAAATCATCACATGGATCA AGGCAAATGGGGCAATTCTGAAAATCTTCTTGCCAAAGAAGATTTTCACA TTTAATAAAATCCACAACAGCCGGAACAACCACTGGCTTATGAAAACAAA AGAAGAGGTGTAAGGGGTTACCACACAAAATATCCGTCCCAAGTAATGGT CCTCAGCATTTTGGCCTCTGATGGAAAGAAGATGCCCCCGTTCTTTTTCC AGGCTGGACAGAAAATCGGCCAGGATGCCTACTATAAGGTTCTTCGGTAC AATATCTTGCCATGGCTGAATGCAACTACACGGAGGTTCACTACGTGTGG ACTCAAGACGTCGCCCCTCTAACACTTTTGCCAAGTGCCAAAAGTTCTGC GCAGATAATATGACATGACTCTGGTCCAAAGAGATATGGCCTCCTCACTC ACCAGATTTGAGCCCACTGGACTTTTCTATAGNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNCTCGAAAAACCTTCAAAAAATCAATGACAATTGAAAAAATGA TGAAAATATTTCAATCTTGAAATATTTAGAAAAAAACTTTTCGTTCTTTC AACAGGACAAAATATTTGAATCATCCTCTATGTTGTTCATATACCCATTA TAATAGCATCATACAATACAATGGTTGTTTAGATGCCGCTCCAAGCGTAC ACTAATCAAGATAAATAGAGATGCTACGTTAGATATGGATAAGATATTTT TTTTAAACTAGGATTAAGCTTTGAGCAATACTAGTGGTGTCGATAACCCT GTTTTTAGGGGGTAGGGGGGGGGGGGGGCTTTTTTTTCACATAAATATAT ATAATAAGCTTATTTATATAAGTAATTATATTACGGTGTGGATAATTTTT GGGGCTTTTTGGGGTGTTCTTCACCAAATGAAAGTTAGCAACCTCCTTGA GCATTKTTATAAGCATTTTACGTTCCATAAATCCTTCAGATTTGATTTAA CATATCCAAAGCTTATTTGGGTCACGAATGTCCGATATTACAAATTTGTC TATACCATACCCGAGTACTTTGGATACGAATCCAAGACCTGTCCTATCTT GATTCTGTAATACTATAAGCTTTTTAAGATCCGTAAAAAAATAAATAACC GAAGACGTGATAACTTTGAGAGAACTCAGGTTTCCTTTTTCAGTACCCAG GTCCAAAAACCATACTATCACTAGTGCCAAGGAGGAAATATGAGGAATAT ACACATAAGAGTTAATGACCAAAAACCTCTAAATAATTTAATAACTAATG TTTTATCATCAAATTATTTATGGGTTCATTTTACTTTGCTTGTTGTTTTT TTTCTTTAAAAGTTAGAGACACTAACTAAAATATGGCCCATTTATTTCAT TAAAAAGATACAGTAATATCATGTTCAAGGCCATTATAAATATACAATAT ATTTGATACTTACTCAGTATTAAAAATCGGAAAAAAACAAACATTTGAAT AAAAAAAAATGAAGAAGAGATACAAAGTTGAAAAATGCTCAAATTGTTTA TCAATATACAGAGTGGGGGTACAAYACTTGTAGTAGGATAACTAAATCAC AAAAAAAATGTGAGTTRTGAGGAATTTACAAAAGACAACTCAAAAGTCTT TTGTAATATGTTTACAAACTATATTTAGCTATATNCTTTTATTCAATATG CCCTCCTTCACAAGAAATAAGAGCATCGGCACACCAGCAAACAGATTGAC AGCGTACAACGTTGTCATGACGACAGCTCAGAGCAAATTGAAATTTGGAT GAGAAGTCCGGCAGACATTCTTTCCCGAGACACTCCAAACTTTAAAGTCA AGGGGGTCAGGGTTAGAGAAAGGGACACAAGGAGGCTGGCCAGAAGTCAG CCATATTGTTTCTACATAAGTTTTGGTTCTTCTTGGCTGTATGAGGTTAT ACCTTACGTATTAATGTGGTAAGCAGTGTGGAGGGAGATGCCAACATGAC AAGGAAATTGCATACAGGTTGGCTTTTTCCCCTGTTACTCCGATATTTTT ACACTTCGAGACATGAGAAAAAAAACAACAAATAAGTTGTTTTATTTTGT GTCAGCTGTCGTCTGGTTGCGTAATTAGTCCTCATAATTAAAAAATAGGG GAATACAATCTTAATTAAATAATANNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNAGGGTTTGTCAGCTACAAAAATTATTAACACT GTTAAATATTTAGATATATAAGTAGGGGTTAATATATATATATTATTTCA AAAACAGTCAAAAGTACAAAAATAAATTAAATCAAAAATTCCCAAAAACA TGGCTTMTTACGAAAAAAACATTTTTTATTTMAGCATTAATTTRTAGTCA TATCAAAACTTTTMTATATACTTCTATTGTCAACTCATGTTATCTGATAC TGACATTTTATAAAGAAAATTTATTATTATGCATGTTATAAGCCGATATA TTAATCTAATATATTGTTAGGATAAAGTAAAACATTTCTTTTTTTCCTCT ACTAGTTACAAGTCTTTGATTCAAACAAGGATGGAAAGCTTCAGTTATCT GAAATGGCAAAGTAAGTTTTGATTAATAAATCATGATCTGTTATATTTCT ACTCGTTCATTAATTTTGTAGATTTCATATATGCTTTTCTCTCTGTAAGG TGTATACAATACATATAAGATGCCAATATCTTTAATTAATTAATTATTCG TCTAAATAGAACTACGTTTTACCGATATATATATATATGGCTATTCATAA GATTTAAAGGTTTTATTTAATTATGTTAACCTATATTTTTGAGTTTATTG TATATAAATTATTATACAATATAACTGCCATTGTTGGCCAGTGCATCCTT TAAACGAGATTGGAAAGGGTTGCATGTTTTACGGATGTACTTTTCCAGAA GTTAACCCCAAGTTTCTACAATGTCATTGCAGAGATATACCAAATTCTGA TACGATCTTAAACATTGACTCTAAATAACCCAATACAAAATAATCGAGGG GGTTGAGATCTGGACTCAATGTAACCCATATAATTTGTCCCCAAAACGGA ATTCTTTTGTTCTGCCATTCCCGAGATGTTCGACCAGTATGAATTGGATA GTCTGGMGAGAAACCTCGAGATCTGTTGCACGGGCCCTCATGGACTTGAG GGGATTGGGCTGGGCTGTTTTCTTTAACTTCTCTGTATCCAGTTTGGCCT TTTTGACCGAGCCCTTCTTCCTCTCCAACGTTTTTGACTTGCTGACAGTC CTGTAGACGTCCAACTGATTGGAGTGCACTAATAGAAATTCTTTGATTAC ATTCAAGTGCCATTTTCTCGACTTGTACATAATATAGAGAGCTCAGGTTA TCTCTGTTTTGTAACTAATTGTTTATGGTTTAAAATATCGAAATATCAAT TAATTTCAATCGCTCAAACTTCATTAATTATTGAACTGCAAAGTGTAAAG ATTTCAACAGACTACCCCGTATAGCCTTAAACTATTTCGCCCTATGACAT TTCACCTTAAGTCTATTTTTCCTCAAGGATATTTCGCCTTAATATATAAA TACATGGGATTTATACATCTTTATTGATTATTTATGGTTAAAATATATGG TCCTCTTGAATTTTTGTAATCCAAATATGTAGGTAATATATGTATTACTA TTAAGCGCATTAAATCGTTGTTTTCTGTTTGAAAATGATGGAATTATACC CCAAAATTTCAATGCATATACCAACAACGTGTTATTATGTAATGAATTCG AACCAGAGACAAAACAGGTGATAAAATTAGTTCAATAAGAAAAAAAATAC ACAGTAACGATTGGAATTGAGGAAGAAAAAATCACTTCTCCATTATTAAT TATCATTAGATATTATGGATTATTCACGATAGAAGATACTTGTGGATTGA CGAACAAACATTATTTGAAGCAAGAGTATAATTCCATATGTATTTCAAAA GACTAAAAAAAATTTAATGCATTTTATAGTAATAAACATTAATTTCGATC AAAAATAAACAATATCCTTGTTTAAATATTTTAAATGCCCTATGGGGAAA TGGTTCAAGGCAAAATGTCCTAATGTAAAATATTTTAAGATAAAGGTACG GGGCAACCAAATTTATACCAATTTTCTGTACTTTTCCAGTCTTTTGTCTC CTGTAGCCTCTTGCTTTCTGACAGAAATATTGCTTAAAAAGTTTATTTTT CGAGTAATTTCGAAGCAATCTATAAATTAGTAGTTTCAAAATTCCTTTAT TTCTTTAGGTGGGCATTTTGAATATTCCTTTGGATCCATGCTGGCCTTGA AAACTTTTTGGGTTTTTTCATAGATAACAGTCTACAAAGCTTCGAGATCG CATATTCAATTATACTAAGAACTATCGAGGCACTTCGGATCCAGTCAATT TGTGATAGTATTTTCCAATCATTTTAAAGAGCTTCKCCCGCCTTTCTTAA TTTATGATTGATGAATGAATAAGGAATTTTTTTATTAATCCTTCTTTATA TTTGATTTGAGATTCAGTTGAAACCAATCATATTGCAAATTGATAGATTA ATCGATAAAAAAAACCTGCACAAACCATGAAACGCTTAAAAACTATGAAT AGCCATTTAGTATACGAGTATATAGTATTCCTAAATATGTGAAACTTGTC TAAATCCTCGTGAGTGTGAATCAAAAATTGTAATATATGTTGGTAACTTT GATAGACGGAATATTTGTTTACAGCTATCTTTACAAAAAATTATGTGCAG CTTACTCTCAAATACGTTTTATTTATTTATTTTACAAAATTGGGTGCATA TTTTATAAAAACGCAAATATCATGCAGATTACCAAAAAATAACTTTTTCC TATTTATGCTCATGAGGATTTGGAAAATTTTCACTTCACTAATTATGACT ATTTATACTACAGTGTTTATATACCAAATTTGTTAGGGATGTGTCATGTT ATTTCATTGTTGATCGAAACAGGAACTTGACTCGAGAAGGTGTAAACATA GAATATCTATATTGACAGTTCTTTAATATCACCAGACTAGAACATTTACT ATCCTTTAATAGCTAACACTATCATTTAATAGTGCAAATACTATATCTTA CATACAGGACTAGGAAAATAGACAAATGTGGAACATTGCCCCTAAAAAGC CTACTTTTTAATTAGCTTTGAACCTACAAAGTTACGTATAAATGAACCTG TTTAACTCTAGAAATTGTCGGAAATCAGCAATTTTACTTGTTTAAAAAAA AGTATTTACTTCATTTACTTTTATCATTAATAGGCTTAATTTACAATACT AAGCCTATTAATGCATGATTTATTTTCCCTCTTCCATAGCATTTGATCAA AAATAAAGGGGGAGGGTTAAAATTCATTTTAACCTTTGACAAAAACAATC CCATCAAAATTCATAATAGAACCAAGTTTCACCACTATATATTTTAGATT CTTAGAAATATACTTACAATGATAAAAAACTAAGCTGAATGCATATGCGC CTCACTTTGTTATTTTGTTTCAAAGCCACCTTTGGATAAAATTTTATGCC TTTTACCTCGAGCAATATTACTTAGGACCCCTACGTATATTTGACTCATT TTTAAAACATAGACAATATATTTTTTAAAATAGAAGATCGTACATATGTT TTGCAAATAAATGTTCCTTGTACATAGGTACATATCAAAANTTTGCTGTA ACATGAGCCCCTTTAATGCATAAGATCCTTTTGTATCATAAATTACATCG TATGTCGACATGTACTTCAATAAATAAATAAAGAATATATCTCCCCTTAA GCATTAATAATATTATATTAAGCCTTTTCTCTGCATGCTCATTTTTTTTA ATGAATATGCACTATCCATAATCATACTATTAAGTATGATTATAAAATAT ATATCTTTATTTTTATTTACAGATTACTCCCTGTGAAGGAAAATTTCTTG ACCCGGCAAGTTTTTAAGGTGAGACGACAAGAATAATTTTCTCTACTACC ATATCTTTTGATAGATAAGGATCATAATTAATCTTTGTAAATGTGACAAA AAAAAATCCTTCCAATTCCTTTAAGATATTCTCTTTGTTATCCCACATTT ATGGAAATACTAACGAATACAATATTTGTGTCCATTCAGTCTTAGTATCT GTGAGTTTACAATTTAAGATGAATCAAGCTTCAATATTCAAATAACACTC GTCACCAAATTTTTGGGATTGGATTGAAATGGTGTGGGCCTGACTGCTTA CATCTTGAGATACATTGCAGCAATTTTTTTAAGTTATTCTTTTTATATTA TGAAAATGTGTGTCTTCACTTTTCTACTAACTATGATTTATGTCATCGTC ATTGAAAATCCGGAGTTTATTATTAGTTTGTTAAAGAAATGGTCTGTTTC TGAATTCAACATAGCCTCCTTGTGACTCAAGACACTTTTCCCTACAAAGT TACAAACGGGACGGGTAACATTGATGGAAGAAATGTGTAGAGTTACATGC AGACTATGTTGAAAAATAAACATACAAAAATTAAGAATTTATTTCACAAA AACKCCCACCTCTACTCACTCAAACGGCTGTCACATAACTGCGTGTCCAA AATGGCTGAAACATTGGTGAGTAACAGTGATAAGATGCTCGATAGATGTT ACTAGCTATTACTTCACGCTAAGGTCGAAAACTTTTCAACCCAACCTTGT AGATACTTTGCATAAACAGGGTTGTCTAGATAAATTGTGAAAATATTTAA AGGGTTACAACGAACTAACTAGATGGAGTAGAACCATATTTTTTTAATTG TTTGAAAGCTACATTTAATGACATTCAATAATTCATAATGAAACACGCCT CTCATTATAACCTCAGCAACAAGGCGCCAAAAGATTTGAATCCCAGGCGA CCTCGTGTGGATCCAAATTTCTATTGGGGAAGACATTTCACCTTCCAACA AGACAGTTTACCGGCCCACAAGGCCAAAAAAAAAGCAAGATATCTTGGCC ACAAAATGCCCTTACTTTTGGAGCCAATATCTTTGGCTTGCAAACAGCCC AGACCTGAACCCATGCGATTTCTATCGCTGAGGGAGGGMCGATCATTGAC CTGTGTCAAATATCATTCGTCTGTTGAAGCCCTGAAGAAGTCAATTACTC GTAAAATGGCTAAGCTGTATCCTCACGAGGTTACCTCAGTTTGCCAAAGC TTCTGTTACCGTTGGGCTGAGCTTATCAAGGGAGGCGTTTTTCATTATAA AAAAATTAATATCTCTGGTAAAGTATAAGTTTTTTGTAAAAATAATTGTT CAAATTAAAATTTCCGATAAAAATAATGTGAGTAAGACCAATCCTTCCTG AAATTCGTAGTTTGACATTTAAAAAATGTTAAAACTATTGTATTCGAACC TTATTTTACTCTGATATATTATTGTACATAATGAAATAAAAAATGACTCA TTTGGGAAAAGGAAAAATGTCGTATTTATTCCAGATATCTGGAGTTCAAT GATTCAGTCCAGTCTTAGGACTGGTCCAATGGTTTCTTAGGGCTGTCAAT ACTAGAAGTGATTTATTAAAATATGCAGTAAAGTTGAGTGAGATCATCAA GGACTGAACTTTATTAGTTTTTAGGACTGATATGTAGGGCTAAAATGGAC CGTTATCAATTTCAAATAAAGACCGACGCAACACAACTAAATTATCTAGA TGTTGACAAAAATATGTATCTAAAAAAACCTCCTCTTGGCCAAAAAAACA AAAAATTAGAATTATAAATGTGTCGTATTATTTTTTCTCAAAATAAAAGA AATAAGGGCTACGTTTTCAATCCATTTTTTTGATAAGTTGAAATTTTGTT CACAGGTGTATTTAATTCASATAGCTATAAATTAAAAATTTTATGTTGAT TCATCTTCAAATTTTAAACAATTTTTCCCCCTTTTACTAGTCTTGCTTAT CCAAAGTCCTTCTTTCTTACGAATGATCCCGATTTGTATTAACTCCCATT CATCCCCCTGATTTAAAAAAAAATTCATACGTAAAAAATAAATAATATGC CAATATATATTTCTTTCAAATCTTTTAGGGTGAAATTGGAGTAAGTGTTC AAGGTTTTAAATCATTCATAGATTCATTTTATATATACAAATATGTAGAA TTTCAAATAAAATAACAAAAAAAAAATTATATGTCCTTGAAAAAAGTGCT AAATTTTAATTTGTTATGATTCATTAAAATGTACTTGTTAAAAAAATTTA TTAGAAATTTGTAAATGCATGAATCTCTTTTTTTCAATTGTTATGAGCAA CTCATTTCGAGTATTCAAATTAGCGTGTATATATATATATATTGAAGATA CATCAGGACTGTATCCATAGAAACAATAGATATAAAATACCTTCATATCA ATATATCATAAGCATTCATAAAAATATGATGATTAATTATTGCTTGATTC ATTAAGAACATTATATATAAATAGGTAACTGATCTTTCATTTTATTTAAT GAATATAAAATGGATTCAGAGTGCACGAATGAGTTTTTTATTTTATATGA AATATAATTTGGGTCGTATTAAAAGTAGCATGCTTCTATAATCACAAAAA AGAAAAAAATATAGAAGAGGTTCTTCTAATGATTAATGGTAAAAACCTTT TCAGAGAAATAATACATATTCATAATTCGGTTCGAATAAAAATATTGATG AATGACGCTTAATATGATATAGGGGATCCCATCACTTGTTTTTCAAAGTC CTACTTCGTTCTAATAAGCATATACCTACAGGGTTGTGCACAACAACTGA AACAAACTTTTACTTCTTCCAGATCCTGAATAAATGCATTGTTACGAATT TTTTGACTTTATTTAATAACATAGATGGAAGCATCTTGCAAAGAAATAAA ACATTTAACACTCTAAGGGCAATTAGGTTAATTCATAGTTGGAGTTTTTG TATTTTTGGAAATTTGAATCCTTATCCTCTTCTAAGAACTTTAAATTATC AAAAATCAAAGATTTTATTGTTTTTCGTCAGAAATTGAGAATATTTTTGT ATTGAATGTAAGGAATATATTTAATCTAAAAAACTAAAATTATACTTATA ATTTGCAAAAATAAACCTAGTTTTAGCGCTTTTTTGATGAGGCAATAGGC TTACAACACTACAAGGTCAAAAGTGGGGATGCCGCTTTTGTGATAAGAAA AATAAATTACGAACAGGAAAAAGGAAAAATAGCTGTTGCATGTGCTTTTC CTACTTTTTGCTATTATTTAATAGGTCATTGTGGTGTTAACTCCTCCCTC TGAAGTAAGCATTCTTGCCTATCTTTGGTGTTTACTGTTTTAAAAATGTA TAATTATATATGAATTTAAAAAATATGCATCTCTAAGAATTTTTATTCCA ATTTTTTTTTTTTTGGGGTTTTTATTGATCCCATTTTGAAATATTAATAA TATATACTCATTCTTTCGATCCTTGTAACGCATTCTCAAGAAAGGAGTCA ACTCTACTCTCCTATGAGGTCTGGTAGTTTTCCTGTGTGGAATTCTCCTC CAGTTGTCTTCTGTGGGATTCGAAATCCGAAATCGAACATCACTTGAGAT GAATGATCAAGTTAGAAGTATCTTCCTTTGATTGCCTAGATCTTTCTTTT TACGCCGCATGACGTCATGAAATTGGCATTGAAATTGGGAAAAATATTAT GATAATGTTATTTATTTGTTAGTACAGCCCCATACAATATGGAATCACTT AAAAAATACAAAATTGTAAAAAAAAATCCTTGGAGATGCATATTTCTTAA ACCTTTTTTTGAATTATAACTTAATATTTTTTATAGTATCAGCTATGATA TTCCCCATAATGAATAAGTTATAAGGGTTTAAAGAAGAATCTCGTTTTTT ATCATTTTTTAGCATAAAAATGGAAATATATCGAGTTCAGAACAATATAC AGAATCAATAAAAATTCCAAATACTTATAAGAAATCCCATTTATATAAGT TTTATTAATCCTATTATTAATTTGGTGATTGCTTTGAGGGTAAAAATGAT TCTGAACGATAATAGTCCCGAATTACTATAATTCCAGATATTTTAGAATT CAAATGACTGAGAAAAAAACTAATGTCAGTTTTGGATTCTATGCTCATAG ATAATTTCGATTATTTTCTTCAATTCATTATTACAAAATTTACCCCATAA TTGTTCCCCTGTGTCATATATTTGCAATTGTATTCATTATTTTTTTTGCA CCAAATGGAGGATTAAAAAGCTCATTTATCACATATGATTCGTATGACAT AATAATGCTTTGTAATCATTTGTAGAAGTATTGTATAAATTAAATTACGT CATAAACATTAGACGTAACCTGTATGTGTAGGTTAATGACAAGAATTATG TAAATGAGGAATTATACATTGCTTCTATTTATTTGGTAAATTGCATGTTT TATTAACAAATAATCTACGTATTATTTAAATTTGCAATCAATATAGTGCA TGACGATGAGTTTTGAATACTTATTTGCATATTCTAATAATAAGTGTTTT GAATACTTATTTTTCTAGGGATCAACAAAATTGACAAAGGAAGACATCGA AAGTGTTTTCTCATTATATGATAGAGTAAGTCATTTATTTGTGACATTGT TTTAAGTAAAATGTAATTTTCTTTTCTTTTACATATAGGATGGGAATGGT ACAATTGAGAACGAAGAGCTTCATGGCTTCCTCAAAGATCTCCTAGAATT AGTAAAAAAAGTAAATGAGAAGCTTATGTACAAACTAGGGGGTCAATGCT ATTTATATTTTGTCTCCTCTCCCTAGGATTACGATAGTTCTGACTTGGCA GATTTTGAGGATACCATTTTAAAGGGCTGCGATTTTAATAGGGATGGTAA AATTTCCCGAAAGGAGCTAACGATGATCCTTCTTGCATTAGCCAAACAAG GTGCTGATGATTAATTTGAACATGCCAAAGAATTTTTCTTTTCTTCCTCT TCCTTTGATTATCTTTTCTTATCATTTAGTATTTTGTATTCAAGAAATTT TATTAGTCATATGCATTCAAACAAAAAGTTAATAATCCCCCAGGAAATTT TGTCTCACCAAAGCCCTCTTGATAGAATGCAAGAAAACTTGGGCATCGCG GCCAAAAAGAAAATATGAAAAGGGGGGATTTTATTTTTTGAAACACAAAA TATCATATATATCTATAGAGAAAATTTTATTACTTTTTTTAAAATTACTT AGAACAAACTATTTATAAACATATTTTTACAATCTCTACAAACAACGAAA AATGAATTGAAAATATTTTTCGTCAAATTGACTTTACTTCAAAAATATAT ATATTTATTCAGCTGCTACAGGACGAAACATTTGCCAAAGATTTTATTAG AGACAAGGGGACACATGAGTCTTTAATCATAGTAAAATAAATCATCGAGA AAGTTTAAAAAAAAATATATATATACAACAGATATATTTTTGAGTTATAG GTGCTTTAAATAGTGATTTAAAAAACAAGCAAGATGAAAATAAATAAACA GGGAAGACCAAAAGATACAAAAAAACATTACATCCTTGTTTGCAAAGTAT TGCTATTATTTTATTGTTATTAGTTCATTTGCCCAAAATGAATAAATGAT CTTCCAAAAAAAATTAACAAACAAATGCTTTCACTCTTAAGAATTGTTAT TAACATATAGCTTTTTTAAAGCTGACGAGTTTATAATTCTATTCTTTCTA TTATCAAACAATGCCGGTGGCTGCGCTATCGGCATCGTTATAATACATAC ATCCCACACGTTATGTCTCTACCTTCCCTCCTTACTATCCTGATTTAACT ATTCGACCAACAACAAAAGCAAATTATTGACACATTCACTTATAAAAAGA TTAAATATCAAAAAATCCCCAAATAAAATTTAAAAAAATAATTTTTCAAG TACAAAAAAAACACATCCCTGTAATCACGCTGTCACTTTTTCAGTATTGC ATTTAATATGAAAATGTATATTACTTTTATAGTCCTTTAAATCAATTTTC TTTGTTTGTTTTTTTAAAGAAACCGTTTATCTTTTCCTACATATTCTATT TCACTTTTTTCCTAAATATTAAGTCTTCTTATCCATGTATTTATAAAAGA ATATCATTCCAACACATTTTATCATAATTATCTTTTATTTAAATACATCT TTTTTGAAATACAAATACCTGGTTTTTTATTCACTATTATAAGAAATAAC CTGGTAATGTTTGATGTAGAATAGATGCATTTGTTGTAGAAAAA
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