EMLSAG00000008463, EMLSAG00000008463-691229 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000008463
Unique NameEMLSAG00000008463-691229
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:Plcb4 "1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4" species:10116 "Rattus norvegicus" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 RGD:3345 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0006629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 PROSITE:PS50007 GeneTree:ENSGT00730000110266 InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 PANTHER:PTHR10336:SF8 EMBL:AABR06026347 EMBL:AABR06026348 EMBL:AABR06026349 ProteinModelPortal:F1LNK2 PRIDE:F1LNK2 Ensembl:ENSRNOT00000042853 NextBio:35575833 ArrayExpress:F1LNK2 Uniprot:F1LNK2)

HSP 1 Score: 567.77 bits (1462), Expect = 0.000e+0
Identity = 294/670 (43.88%), Postives = 411/670 (61.34%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTEDKGG----GGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E+       G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK    P K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEELKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRPLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPASILEDDNEEEIESAADQEEEAHPEYKFGNELSADDFSHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANPAKANVTPQSSSELRPTTTAA 901
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:Plcb4 "1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4" species:10116 "Rattus norvegicus" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0016042 "lipid catabolic process" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 RGD:3345 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 GO:GO:0016042 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0043267 GO:GO:0004435 Gene3D:3.20.20.190 SUPFAM:SSF51695 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 PROSITE:PS50007 eggNOG:NOG149692 KO:K05858 InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 PANTHER:PTHR10336:SF8 HOGENOM:HOG000232046 HOVERGEN:HBG053609 BRENDA:3.1.4.11 CTD:5332 EMBL:L15556 EMBL:U57836 EMBL:AF031370 EMBL:AF027571 PIR:A48047 RefSeq:NP_077329.1 UniGene:Rn.6155 ProteinModelPortal:Q9QW07 STRING:10116.ENSRNOP00000045972 PhosphoSite:Q9QW07 PaxDb:Q9QW07 PRIDE:Q9QW07 GeneID:25031 KEGG:rno:25031 UCSC:RGD:3345 NextBio:605179 PRO:PR:Q9QW07 Genevestigator:Q9QW07 Uniprot:Q9QW07)

HSP 1 Score: 566.614 bits (1459), Expect = 0.000e+0
Identity = 294/669 (43.95%), Postives = 411/669 (61.43%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ +++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  QL  +  E   I + P+   K  KK    P K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEELKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYQMSKYCEDLFGDLLLKQALESHPLEPGRLLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPASILEDDNEEEIESADQEEEAHPEYKFGNELSADDFSHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQLRAMGIETSDIADVPSDTSKNDKKGKANPAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:Plcb4 "phospholipase C, beta 4" species:10116 "Rattus norvegicus" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA;ISO] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005790 "smooth endoplasmic reticulum" evidence=IEA;ISO] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0007602 "phototransduction" evidence=NAS] [GO:0014069 "postsynaptic density" evidence=IEA;ISO] [GO:0016042 "lipid catabolic process" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA;ISO] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0043267 "negative regulation of potassium ion transport" evidence=IMP] [GO:0051019 "mitogen-activated protein kinase binding" evidence=IPI] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 RGD:3345 GO:GO:0005737 GO:GO:0005509 Gene3D:1.10.238.10 GO:GO:0016042 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0043267 GO:GO:0004435 Gene3D:3.20.20.190 SUPFAM:SSF51695 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 PROSITE:PS50007 eggNOG:NOG149692 KO:K05858 InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 PANTHER:PTHR10336:SF8 HOGENOM:HOG000232046 HOVERGEN:HBG053609 BRENDA:3.1.4.11 CTD:5332 EMBL:L15556 EMBL:U57836 EMBL:AF031370 EMBL:AF027571 PIR:A48047 RefSeq:NP_077329.1 UniGene:Rn.6155 ProteinModelPortal:Q9QW07 STRING:10116.ENSRNOP00000045972 PhosphoSite:Q9QW07 PaxDb:Q9QW07 PRIDE:Q9QW07 GeneID:25031 KEGG:rno:25031 UCSC:RGD:3345 NextBio:605179 PRO:PR:Q9QW07 Genevestigator:Q9QW07 Uniprot:Q9QW07)

HSP 1 Score: 566.614 bits (1459), Expect = 0.000e+0
Identity = 294/669 (43.95%), Postives = 411/669 (61.43%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ +++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  QL  +  E   I + P+   K  KK    P K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEELKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYQMSKYCEDLFGDLLLKQALESHPLEPGRLLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPASILEDDNEEEIESADQEEEAHPEYKFGNELSADDFSHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQLRAMGIETSDIADVPSDTSKNDKKGKANPAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:Plcb4 "RCG26434, isoform CRA_a" species:10116 "Rattus norvegicus" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005790 "smooth endoplasmic reticulum" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 RGD:3345 GO:GO:0005634 GO:GO:0014069 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 GO:GO:0030425 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0006629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 EMBL:CH473949 GO:GO:0005790 PROSITE:PS50007 GeneTree:ENSGT00730000110266 OrthoDB:EOG7WDN1N InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 OMA:SFTYMVA PANTHER:PTHR10336:SF8 TreeFam:TF352235 UniGene:Rn.6155 EMBL:AABR06026347 EMBL:AABR06026348 EMBL:AABR06026349 Ensembl:ENSRNOT00000045393 NextBio:35573335 PRO:PR:D4A8C5 Uniprot:D4A8C5)

HSP 1 Score: 567 bits (1460), Expect = 0.000e+0
Identity = 294/669 (43.95%), Postives = 411/669 (61.43%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK    P K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEELKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRPLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPASILEDDNEEEIESADQEEEAHPEYKFGNELSADDFSHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANPAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:PLCB4 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005790 "smooth endoplasmic reticulum" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 GO:GO:0005634 GO:GO:0014069 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 GO:GO:0030425 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0006629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 GO:GO:0005790 PROSITE:PS50007 GeneTree:ENSGT00730000110266 InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 PANTHER:PTHR10336:SF8 TreeFam:TF352235 EMBL:AAEX03013796 ProteinModelPortal:F6XJT6 Ensembl:ENSCAFT00000009371 Uniprot:F6XJT6)

HSP 1 Score: 565.844 bits (1457), Expect = 1.509e-180
Identity = 294/669 (43.95%), Postives = 410/669 (61.29%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ R IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRPLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPVSILEDDNEEEIESADQEEEAHPEYKFGNELSADDLGHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNRLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:PLCB4 "1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4" species:9606 "Homo sapiens" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004629 "phospholipase C activity" evidence=TAS] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005790 "smooth endoplasmic reticulum" evidence=IEA] [GO:0005829 "cytosol" evidence=TAS] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0016042 "lipid catabolic process" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0043647 "inositol phosphate metabolic process" evidence=TAS] [GO:0044281 "small molecule metabolic process" evidence=TAS] Reactome:REACT_111217 InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 GO:GO:0005829 GO:GO:0005634 Reactome:REACT_111102 GO:GO:0014069 GO:GO:0005509 Gene3D:1.10.238.10 GO:GO:0016042 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 GO:GO:0030425 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0004629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0043647 GO:GO:0007602 GO:GO:0005790 PROSITE:PS50007 Orphanet:137888 EMBL:AL031652 eggNOG:NOG149692 KO:K05858 OrthoDB:EOG7WDN1N InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 OMA:SFTYMVA PANTHER:PTHR10336:SF8 HOVERGEN:HBG053609 EMBL:L41349 EMBL:AL023805 EMBL:BC117458 EMBL:BC143868 RefSeq:NP_000924.3 RefSeq:NP_001166117.1 RefSeq:NP_877949.2 UniGene:Hs.472101 ProteinModelPortal:Q15147 SMR:Q15147 BioGrid:111348 IntAct:Q15147 PhosphoSite:Q15147 DMDM:17433757 PaxDb:Q15147 PeptideAtlas:Q5JYT3 PRIDE:Q15147 Ensembl:ENST00000278655 Ensembl:ENST00000334005 Ensembl:ENST00000378493 Ensembl:ENST00000378501 GeneID:5332 KEGG:hsa:5332 UCSC:uc002wnh.3 UCSC:uc010gbw.1 UCSC:uc021wam.1 CTD:5332 GeneCards:GC20P009024 HGNC:HGNC:9059 MIM:600810 MIM:614669 neXtProt:NX_Q15147 PharmGKB:PA33387 TreeFam:TF352235 ChiTaRS:PLCB4 GeneWiki:PLCB4 GenomeRNAi:5332 NextBio:20648 PRO:PR:Q15147 ArrayExpress:Q15147 Bgee:Q15147 Genevestigator:Q15147 Uniprot:Q15147)

HSP 1 Score: 564.688 bits (1454), Expect = 3.045e-180
Identity = 293/669 (43.80%), Postives = 410/669 (61.29%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRALPSPNDLKRKILIKNKR--LKPEVEKKQLEALRSMMEAGESASPANILEDDNEEEIESADQEEEAHPEFKFGNELSADDLGHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:PLCB4 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0006629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 PROSITE:PS50007 GeneTree:ENSGT00730000110266 OrthoDB:EOG7WDN1N InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 OMA:SFTYMVA PANTHER:PTHR10336:SF8 EMBL:AAEX03013796 Ensembl:ENSCAFT00000009402 Uniprot:F1PLB3)

HSP 1 Score: 563.148 bits (1450), Expect = 2.581e-179
Identity = 292/681 (42.88%), Postives = 411/681 (60.35%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK--------------GGNEEQPTQIVKXPPLPNISTSPSSTE-------------DKGGGGES-------DSDDEDLDVSSAEVPV--DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P+               G    P  I++      I ++    E             D  G  E+        SDD + +++   +    D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ R IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRPLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPVSILEDDNEEEIESADQEEEAHPEYKFGNELSADDLGHKEAVANSVKKASDDLEHEINKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNRLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 912
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:PLCB4 "1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4" species:9606 "Homo sapiens" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0006629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 PROSITE:PS50007 EMBL:AL031652 KO:K05858 InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 PANTHER:PTHR10336:SF8 HOGENOM:HOG000232046 HOVERGEN:HBG053609 EMBL:AL023805 RefSeq:NP_001166117.1 UniGene:Hs.472101 GeneID:5332 KEGG:hsa:5332 CTD:5332 HGNC:HGNC:9059 ChiTaRS:PLCB4 GenomeRNAi:5332 NextBio:20648 EMBL:AL121898 EMBL:AL121909 ProteinModelPortal:Q5JYS9 Ensembl:ENST00000378473 Ensembl:ENST00000414679 UCSC:uc010gbx.3 ArrayExpress:Q5JYS9 Uniprot:Q5JYS9)

HSP 1 Score: 562.377 bits (1448), Expect = 3.027e-179
Identity = 291/681 (42.73%), Postives = 412/681 (60.50%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK--------------GGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD---------------EDLDVSSAEVPV----DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P+               G    P  I++      I ++    E   +   G E  +DD               +DL+  + +  +    D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRALPSPNDLKRKILIKNKR--LKPEVEKKQLEALRSMMEAGESASPANILEDDNEEEIESADQEEEAHPEFKFGNELSADDLGHKEAVANSVKKASDDLEHENNKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 912
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:PLCB4 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005790 "smooth endoplasmic reticulum" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0030425 "dendrite" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR009535 InterPro:IPR011992 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028404 Pfam:PF00168 Pfam:PF00387 Pfam:PF06631 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 GO:GO:0005634 GO:GO:0014069 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0035556 GO:GO:0004435 GO:GO:0030425 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0006629 SUPFAM:SSF49562 GO:GO:0004871 GO:GO:0007602 GO:GO:0005790 PROSITE:PS50007 GeneTree:ENSGT00730000110266 OrthoDB:EOG7WDN1N InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 OMA:SFTYMVA PANTHER:PTHR10336:SF8 TreeFam:TF352235 EMBL:CU424455 EMBL:CU606944 Ensembl:ENSSSCT00000007729 Uniprot:F1SBL0)

HSP 1 Score: 560.451 bits (1443), Expect = 1.277e-178
Identity = 289/672 (43.01%), Postives = 406/672 (60.42%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVK-------------XPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++                 P        + D  G  E+ ++     + + E   D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ R IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:  243 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRPLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPVNILEDDNEEEIESAEQEEEAHPEYKYGNELSVDDLGHKEAIANSVKKGLVTVE---DEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNRLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 902
[Close]
BLAST of EMLSAG00000008463 vs. GO
Match: - (symbol:PLCB1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0000790 "nuclear chromatin" evidence=IEA] [GO:0004435 "phosphatidylinositol phospholipase C activity" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0005096 "GTPase activator activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005516 "calmodulin binding" evidence=IEA] [GO:0005521 "lamin binding" evidence=IEA] [GO:0005546 "phosphatidylinositol-4,5-bisphosphate binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0007213 "G-protein coupled acetylcholine receptor signaling pathway" evidence=IEA] [GO:0007215 "glutamate receptor signaling pathway" evidence=IEA] [GO:0007613 "memory" evidence=IEA] [GO:0008277 "regulation of G-protein coupled receptor protein signaling pathway" evidence=IEA] [GO:0016042 "lipid catabolic process" evidence=IEA] [GO:0016607 "nuclear speck" evidence=IEA] [GO:0019899 "enzyme binding" evidence=IEA] [GO:0021987 "cerebral cortex development" evidence=IEA] [GO:0032735 "positive regulation of interleukin-12 production" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0035722 "interleukin-12-mediated signaling pathway" evidence=IEA] [GO:0035723 "interleukin-15-mediated signaling pathway" evidence=IEA] [GO:0040019 "positive regulation of embryonic development" evidence=IEA] [GO:0045444 "fat cell differentiation" evidence=IEA] [GO:0045663 "positive regulation of myoblast differentiation" evidence=IEA] [GO:0045892 "negative regulation of transcription, DNA-templated" evidence=IEA] [GO:0045893 "positive regulation of transcription, DNA-templated" evidence=IEA] [GO:0046330 "positive regulation of JNK cascade" evidence=IEA] [GO:0048009 "insulin-like growth factor receptor signaling pathway" evidence=IEA] [GO:0048639 "positive regulation of developmental growth" evidence=IEA] [GO:0060466 "activation of meiosis involved in egg activation" evidence=IEA] [GO:0070498 "interleukin-1-mediated signaling pathway" evidence=IEA] [GO:0080154 "regulation of fertilization" evidence=IEA] [GO:1900087 "positive regulation of G1/S transition of mitotic cell cycle" evidence=IEA] [GO:2000344 "positive regulation of acrosome reaction" evidence=IEA] [GO:2000438 "negative regulation of monocyte extravasation" evidence=IEA] [GO:2000560 "positive regulation of CD24 biosynthetic process" evidence=IEA] InterPro:IPR000008 InterPro:IPR001192 InterPro:IPR001711 InterPro:IPR011992 InterPro:IPR014815 InterPro:IPR016280 InterPro:IPR017946 InterPro:IPR028400 Pfam:PF00168 Pfam:PF00387 Pfam:PF08703 PIRSF:PIRSF000956 PRINTS:PR00390 PROSITE:PS50004 PROSITE:PS50008 SMART:SM00149 SMART:SM00239 InterPro:IPR000909 GO:GO:0005634 GO:GO:0005737 GO:GO:0007420 GO:GO:0005509 Gene3D:1.10.238.10 GO:GO:0016042 GO:GO:0035556 GO:GO:0004435 Gene3D:3.20.20.190 SUPFAM:SSF51695 GO:GO:0051726 SUPFAM:SSF49562 GO:GO:0004871 PROSITE:PS50007 GeneTree:ENSGT00730000110266 OrthoDB:EOG7WDN1N InterPro:IPR015359 PANTHER:PTHR10336 Pfam:PF09279 Pfam:PF00388 SMART:SM00148 TreeFam:TF313216 PANTHER:PTHR10336:SF12 EMBL:AADN03003513 Ensembl:ENSGALT00000014420 Uniprot:F1NLL3)

HSP 1 Score: 557.37 bits (1435), Expect = 1.848e-178
Identity = 283/603 (46.93%), Postives = 385/603 (63.85%), Query Frame = 0 
Query:  127 EFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHC-KPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKR-HVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT 688
            + ++F+N +QRDPRLNEIL+P   + + Q LI+  EPN    + G+IS++GF+R+L  +EN +V                               Q  G SSVE+YRQVLL+GCRC+ELD W G T EEEPVI HG+T+  EI  K+VI AIAECAFKT+ FP++LSFENH   P+QQ K+A YC+  FG+ LL + L+ +PLE G  LPSP DL  KI++KNKK+ H    G  +++ ++        N  +  SS  +    G  +++ E  D    +           T  AG E   +E  S LVNY   V+         RN SFEMSSF ET  +  L + P+EFV YNK QLSRI+P+GTR+DSSN+MPQVFWNAGCQ VALNFQT+DL+MQ+N+GM+EYN   GY  KP FM R D+ FDPF +S VDGIV  T+S +++SGQFL+D+ VGTYV+VDMFGLP DT R+  +TK    N + PV+ +E  +FK+    +          +++ +YEE G+FIGHR+LP+SA+RPGY +I LR+E  + L  P+LF Y++V+D+VPD F+D  +AL+NPIRY + +++R +QL  LT
Sbjct:  143 QMMEFINLKQRDPRLNEILYPPLKQEQVQQLIEKYEPNSNLAKKGQISVDGFMRYLSGEENGVVPPEKLDLNEDMSQPLSHYFINSSHNTYLTAGQLAGNSSVEMYRQVLLSGCRCVELDCWKGRTAEEEPVITHGFTMTTEISFKEVIEAIAECAFKTSPFPILLSFENHVDSPKQQAKMAEYCRLIFGDALLMDPLEKYPLEPGVPLPSPMDLMYKILVKNKKKSHKSADGSAKKKLSEQAS-----NTCSDTSSMFEPSSPGAGEAEIESDDDDDYDDDCKKSSMDEGT--AGSEAMATEEMSNLVNYIQPVKFESFEVSKKRNKSFEMSSFVETKGLEQLTKSPVEFVEYNKMQLSRIYPKGTRVDSSNYMPQVFWNAGCQMVALNFQTVDLSMQINMGMYEYNGKSGYRLKPEFMRRPDKHFDPFTESIVDGIVANTLSVKIISGQFLSDKKVGTYVEVDMFGLPVDTRRKALKTKTSQGNAVNPVWEEETIVFKKVVLPTLAC-------LRLAVYEEGGKFIGHRILPVSAIRPGYHYICLRNERNQPLTLPALFVYIEVKDYVPDTFADVIEALSNPIRYVNLMEQRAKQLAALT 731
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592818726|gb|GAXK01135842.1| (TSA: Calanus finmarchicus comp153937_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 595.504 bits (1534), Expect = 0.000e+0
Identity = 320/668 (47.90%), Postives = 426/668 (63.77%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVR-----PKGGNEEQPTQIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPV-------------------DXQPAXGATPQA---GRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRR-KFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEESG-RFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEK 692
            F  F   L+  +++ +++      +P+ ++M+  EFL F+N  QRDPRLNEIL PY TE KA  LI+  EPN   +   ++S++GF+ FL+S++N ++                             GHQ TGRSSVE+YRQVLL+GCRCIELD W+G   EEEP I HGYT+V  + AK+VI AIAECAFKT+++P+ILSFENHC P+QQ K+A YC+++FG+ +L   L++ PLE    LPSP  LK KI+IKNKK+H       P       PT+  +    PN   SP +        + D      +  +  VP+                   + Q     T +A   G+E+K     S LVNY   V         +R  S+EMSSF ET A+ LLKE P+EFV YN+ Q SRI+P+GTR+DSSN+MPQ++WNAGCQ VALN+QTLD+ MQLN+G+F+YNR  G+L KP FMCR DR FDPF +S VDGIV  TVS Q+LSGQFLTDR VGTYV+V+M+GLP DTVRR KFRTK  P +GICPVFN+EPF+F+Q           L V ++I  +EESG + IGHRVLPI  L PGYRHI L +E+G+ LH P LF ++ V D+VP+  +D A+ALANPI+YQS++++R +QL +L +E++
Sbjct:  803 FQVFYKILLQRSEINIVFSKFCLSEPKRKIMTSKEFLNFLNNYQRDPRLNEILHPYATEEKALNLIRKYEPNTHLVSKNQLSVDGFMWFLMSEDNLVMSPERLLRTDNMEAPMSHYFIKSSHNTYLTGHQLTGRSSVEMYRQVLLSGCRCIELDFWNG---EEEPHITHGYTMVNNLPAKEVIQAIAECAFKTSEYPLILSFENHCNPKQQAKIAEYCRKYFGDKMLDYPLESHPLEPDAVLPSPELLKEKILIKNKKQHHHNHTKTPHSPLPPSPTRQERNETRPNGPISP-THALAMDVPDLDVPVIHANGDALPVPIVSDSSDDSDSEEEDSTDSTEQQKDKVTTSEAGTAGKESKACAEISALVNYVMPVHFRTFEHAEKRRRSYEMSSFVETTALSLLKEDPVEFVKYNRFQASRIYPKGTRVDSSNYMPQIYWNAGCQLVALNYQTLDVPMQLNLGIFQYNRRIGFLLKPDFMCREDRKFDPFTESSVDGIVSGTVSIQILSGQFLTDRKVGTYVEVEMYGLPRDTVRRGKFRTKTFP-SGICPVFNEEPFVFRQVILPD------LAV-LRIAAFEESGNKLIGHRVLPIVGLCPGYRHIPLFNESGQPLHLPCLFVHITVGDYVPNSLTDLAEALANPIKYQSELERRAKQLAILYDEQE 2770

HSP 2 Score: 87.8113 bits (216), Expect = 1.180e-16
Identity = 47/122 (38.52%), Postives = 64/122 (52.46%), Query Frame = 0 
Query:   10 NSAAALESVVELDSCLLSGEKFLKWTDHETV-------------------------LLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV 106
            + + AL   V +   LL GEKFLKWTD E                           ++D+  IRDVR G  A+ P+   LR  +    GS+EE+T+T+VYG DFVN NF+NFC++ I VA+ 
Sbjct:  182 SGSIALSKPVTIHQKLLDGEKFLKWTDQENTAIPVTLMVDRAGFFLYYFDQKDEVSIIDICQIRDVRTGSQAKTPRAPSLRGLVSLGPGSLEEKTITVVYGVDFVNTNFLNFCSNKIDVAQT 547

HSP 3 Score: 37.3502 bits (85), Expect = 3.153e-1
Identity = 32/87 (36.78%), Postives = 53/87 (60.92%), Query Frame = 0 
Query:  875 KNLXLTPESVDIFLSHKSISEKKIELDKRLKQLIKKHEKEIDRITQNFKAKEDKYSKKVASEKCSPHNQQPSTKNKLVKILSEKTLD 961
            +N  LTPE++   L HKS+ EK  EL+ ++ QL KK EKE+ ++  +  + EDK ++  +  K +P N++  + NK++K  S   LD
Sbjct: 3005 ENKDLTPETIQNILEHKSVKEKMAELNCKVDQLRKKKEKELIKLQASKSSAEDKLTRAPSKPK-NPLNKR--SLNKIIKKFSTANLD 3256
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592941518|gb|GAXK01017035.1| (TSA: Calanus finmarchicus comp73891_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 511.916 bits (1317), Expect = 2.887e-159
Identity = 272/601 (45.26%), Postives = 369/601 (61.40%), Query Frame = 0 
Query:  126 AEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETKVSEXXSRLVNYX---------XAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL 687
            A+ + F+N+ QRDPRLNEIL+P+  E +   ++   E N   I    I  EGF R+L+SDEN  V                             G Q+ G+S VE+YRQ LLAGCRC+ELD WDG   ++EP+I HG  +  +I  KDVI AI +CAF T+++P+ILSFENHC   QQ K+A YC E FG++L  + L +FPL     LP P+ L  KI+IKNK+  +RP+    E      K     + +  P          + +  + +   S     VD  P   ATP  G  T +    S +VNY           A ++NLS +MSSF ET A+G LK Q +EFV YNKRQLSRI+P+GTR DSSNFMPQ+FWN+GCQ V+LNFQT DL MQLN G FEYN +CGYL KP FM R D+ FDPFA++PVDG++ A  S QV+SGQFL+D+ VGTYV+VDM+GLP DT+R++FRTKV+P+NG+ PV+N++PF+F++           L V ++  +Y+++G+ +G R+LP   L+ GYRHI LR+E    +  P LFC + ++ ++PD    F DAL++P  + S  DKR +QL  L
Sbjct: 1442 AKLVDFLNDKQRDPRLNEILYPHYNEARVMEIVNKYESNPELISKKAIGKEGFTRYLMSDENSPVFLDRLDIYQDMEQPLSHYYINSSHNTYLSGRQFGGKSCVEMYRQTLLAGCRCVELDCWDGKGDDQEPIITHGKAMCTDIGFKDVIYAIRDCAFVTSEYPIILSFENHCSRPQQYKMAKYCDEIFGDLLFKQPLPDFPLVPAAPLPPPSRLLNKILIKNKR--LRPEVEKVELEL-FWKGEFSIDENEEPKEDAGAAAVMKKEESETNGAGS-----VDVPPTPAATPYQGSTTNIHPYLSAMVNYTCPMKFQGFDFAEEKNLSHKMSSFAETTALGYLKSQAVEFVKYNKRQLSRIYPKGTRADSSNFMPQIFWNSGCQLVSLNFQTSDLPMQLNQGKFEYNGNCGYLLKPDFMRRDDKQFDPFAETPVDGVIAAQCSVQVISGQFLSDKKVGTYVEVDMYGLPTDTIRKEFRTKVIPSNGLNPVYNEDPFMFRKVVLPE------LAV-LRFGVYDDNGKLLGQRILPFDDLQAGYRHIALRTEGNFPMSLPMLFCNIDLKIYIPDGLGGFMDALSDPRAFLSAQDKRAEQLKAL 3199
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592841965|gb|GAXK01115579.1| (TSA: Calanus finmarchicus comp1061287_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 493.426 bits (1269), Expect = 5.521e-154
Identity = 257/650 (39.54%), Postives = 387/650 (59.54%), Query Frame = 0 
Query:   86 SDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEE-EPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATP----QAGRETKVSEXXSRLVNY---------XXAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            +DF    F     ++     ++ L+ ++ K D     +S  + ++F+N+ QRD RLN+IL+P     +   +I   EP+  NI+  KIS EG +R+++SDEN  V                             G Q+ G+S+VE+YRQ L+AGCRC+ELD WDG  K   EP+I HG  +  +I   DV+ A+ +CAF ++ +PVILS E+HC   QQ+K++ Y  +  G+MLL + L + P+++G ++PSPN LK KI++K+K+  ++P     E    +     + + S  P++   +                        +PA    P      G   K+    S ++NY           A+++ L+++MSSF ET A+G LK Q +EFV+YNK Q+SR++P+GTR DSSN+MPQVFWN+GCQ VALNFQT DL MQLN G FEYN  CGYL KP FMCR D+ FDPF+++ +DG+V +T   +V++GQFL+D+ +GTYV+VDM+GLP DT+R++FRTKVVP NG+ P++N++PF+F++           L V ++  +Y+E+ + +G R+LP + L+ GYRHI L++EA   +  P LF  + V+ +VPD   DF DAL++P  + S  +KR +QL  L  EE
Sbjct:  918 NDFTFDAFYKIYQAICPRIDIEDLFKSLTKTDS----LSAPKLIEFLNDKQRDGRLNQILYPEYNHQRVMEIINKYEPDPENIKTEKISKEGLIRYMMSDENAPVLLDRLDIYQDMDQPLCKYYINSSHNTYLSGKQFGGKSTVEMYRQTLIAGCRCVELDCWDGDAKVNFEPIITHGKAMCTDIMFIDVVYALRDCAFVSSDYPVILSLEDHCCRNQQLKMSKYFDDILGDMLLKDFLPSNPMKKGVEMPSPNSLKRKILLKHKR--LKPDVEKAELEMFLKGELEVEDASEDPNAEAQEKKTE--------------------EPAADGKPAPPVHTGGTAKIHPLLSSMINYIQSVHFAGFDAALEKGLTYQMSSFSETAALGYLKSQAVEFVDYNKMQISRLYPKGTRADSSNYMPQVFWNSGCQLVALNFQTPDLPMQLNQGKFEYNGGCGYLIKPEFMCRDDKQFDPFSETGIDGVVASTCEVKVIAGQFLSDKKIGTYVEVDMYGLPADTIRKEFRTKVVPANGLNPMYNEDPFIFRKVVLPD------LAV-LRFGVYDENDKLLGQRILPFNDLQMGYRHIALKTEANFPMALPMLFIQIDVKIYVPDGMGDFMDALSDPRAFASAQEKRAEQLKSLGIEE 2768
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592846348|gb|GAXK01111196.1| (TSA: Calanus finmarchicus comp1593161_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 211.846 bits (538), Expect = 2.065e-58
Identity = 159/484 (32.85%), Postives = 240/484 (49.59%), Query Frame = 0 
Query:  192 QWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK-GGNEEQPTQIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETKV-SEXXSRLVNYXXAV------QRNLSFEMSSFEETNAVGLLKEQP--IEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEP-FLFKQTXXXXXXXRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            Q T  SS++ Y +    GC+C+ELD WDG   + +P+I HG+TL  ++  KDV+M AI   +F T+ +PVILS ENHC P+QQ K+A +     G+ML +  +D    +  +KLPSP +LK KI++K KK  V     G+E  P      PP                                 +     P   A  +     K  SE  S LVNY  A+      Q    ++MSSFEET A+ +   +    +FV+YN R LSRI+P+GTR+ SSN  P  FW  GCQ  ALNFQ  D     N   F  N +CGY+ KP +M  +D       ++ V       ++  ++SGQ L   ++R  G     +V ++M+G P D  + ++ + VV  NG  P++N++  F       +   F+V+  V +  +  E     +G   + +  ++ GYR+I L S  G+ L   +LF ++K ++FV
Sbjct:   54 QITSDSSIDGYIRAFKGGCKCVELDCWDGP--DGDPIIYHGWTLTSKLLLKDVLMDAIKPYSFLTSPYPVILSIENHCSPQQQDKMAEHMINILGDMLYTRPVD----KTQDKLPSPEELKNKILLKAKKIKVEENVNGSENMPA-----PP----------------------------PRKKRISKTNLPEKKAEAETKASVKTQSEALSCLVNYCEALKFSSFEQERSYWQMSSFEETKALDISNNETNNKKFVSYNSRNLSRIYPKGTRLFSSNLDPFPFWTMGCQMAALNFQEADDKNMFNRAKFLQNGNCGYVLKPGYMTGNDHQEPNLEENAV------RLTIHLISGQHLPNASEREAGQIIEPFVKLNMYGHPID--QNQWESHVVHKNGFNPIWNEKAEFTVALEDLAILEFKVMNKVVVGNVDIENLDDTLGSYAIALPMIKEGYRNILLESYDGRRLTPANLFVHIK-REFV 1361
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592846347|gb|GAXK01111197.1| (TSA: Calanus finmarchicus comp1593161_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 208.379 bits (529), Expect = 2.578e-57
Identity = 156/477 (32.70%), Postives = 237/477 (49.69%), Query Frame = 0 
Query:  199 VEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK-GGNEEQPTQIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETKV-SEXXSRLVNYXXAV------QRNLSFEMSSFEETNAVGLLKEQP--IEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEP-FLFKQTXXXXXXXRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++ Y + L  GC+C+ELD WDG   + +P+I HG+TL  ++  KDV+M AI   +F T+ +PVILS ENHC P+QQ K+A +     G+ML +  +D    +  +KLPSP +LK KI++K KK  V     G+E  P      PP                                 +     P   A  +     K  SE  S LVNY  A+      Q    ++MSSFEET A+ +   +    +FV+YN R LSRI+P+GTR+ SSN  P  FW  GCQ  ALNFQ  D     N   F  N +CGY+ KP +M  +D       ++ V       ++  ++SGQ L   ++R  G     +V ++M+G P D  + ++ + VV  NG  P++N++  F       +   F+V+  V +  +  E     +G   + +  ++ GYR+I L S  G+ L   +LF ++K ++FV
Sbjct:   54 IDGYIRALKGGCKCVELDCWDGP--DGDPIIYHGWTLTSKLLLKDVLMDAIKPYSFLTSPYPVILSIENHCSPQQQDKMAEHMINILGDMLYTRPVD----KTQDKLPSPEELKNKILLKAKKIKVEENVNGSENMPAP----PP-----------------------------RKKRISKTNLPEKKAEAETKASVKTQSEALSCLVNYCEALKFSSFEQERSYWQMSSFEETKALDISNNETNNKKFVSYNSRNLSRIYPKGTRLFSSNLDPFPFWTMGCQMAALNFQEADDKNMFNRAKFLQNGNCGYVLKPGYMTGNDHQEPNLEENAV------RLTIHLISGQHLPNASEREAGQIIEPFVKLNMYGHPID--QNQWESHVVHKNGFNPIWNEKAEFTVALEDLAILEFKVMNKVVVGNVDIENLDDTLGSYAIALPMIKEGYRNILLESYDGRRLTPANLFVHIK-REFV 1340
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592801764|gb|GAXK01152804.1| (TSA: Calanus finmarchicus comp402435_c4_seq6 transcribed RNA sequence)

HSP 1 Score: 209.534 bits (532), Expect = 7.365e-55
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 1203 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 2630

HSP 2 Score: 35.039 bits (79), Expect = 1.612e+0
Identity = 16/43 (37.21%), Postives = 27/43 (62.79%), Query Frame = 0 
Query:  614 IGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 2697 LGSFSIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 2825
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592801767|gb|GAXK01152801.1| (TSA: Calanus finmarchicus comp402435_c4_seq3 transcribed RNA sequence)

HSP 1 Score: 209.92 bits (533), Expect = 2.581e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 2778 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILESSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 4205

HSP 2 Score: 208.764 bits (530), Expect = 5.271e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 1284 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNISVPELAIVEFKVKAKAKTVGGQDDHLGSFSIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 2711
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592801768|gb|GAXK01152800.1| (TSA: Calanus finmarchicus comp402435_c4_seq2 transcribed RNA sequence)

HSP 1 Score: 209.92 bits (533), Expect = 2.602e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 2778 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILESSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 4205

HSP 2 Score: 208.764 bits (530), Expect = 5.313e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 1284 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNISVPELAIVEFKVKAKAKTVGGQDDHLGSFSIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 2711
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592801766|gb|GAXK01152802.1| (TSA: Calanus finmarchicus comp402435_c4_seq4 transcribed RNA sequence)

HSP 1 Score: 209.534 bits (532), Expect = 3.117e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 2697 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 4124

HSP 2 Score: 209.534 bits (532), Expect = 3.117e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 1203 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 2630
[Close]
BLAST of EMLSAG00000008463 vs. C. finmarchicus
Match: gi|592801769|gb|GAXK01152799.1| (TSA: Calanus finmarchicus comp402435_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 209.534 bits (532), Expect = 3.163e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 1203 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 2630

HSP 2 Score: 209.534 bits (532), Expect = 3.163e-54
Identity = 168/510 (32.94%), Postives = 251/510 (49.22%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPT--QIVKXPPLPNISTSPXXXXXXXXXXXXXXXXXXXXXXXXXVPVDXQPAXGATPQAGRETK---------------VSEXXSRLVNYXXAVQ------RNLSFEMSSFEETNAVGLLKEQPI--EFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCR----SDRTFDPFADSPVDGIVPATVSXQVLSGQFL---TDRHVGT----YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTXXXXXXXRVLLTVEIKIILYEES----GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFV 656
            ++G+Q T  SS++ Y + L +GCRC+ELD WDG   + EP+I HG+TL  ++  KDV+M AI   AF T+ +PVILS ENHC   QQ K+A + K   GE+L +E +D    +   +LPSP  LK KI+IK KK  +   G  +   T    V+ P + ++S                   + L+ S  E  +   P    + QA ++ +                S   S LVNY  AV+          +EMSS EE+ A G    +    +F+++N   LSRI+P+GTR+ SSN  P   W AGCQ VALNFQ  D    LN   F  N +CGY+ KPS +      S +  D      + G     +  +++SGQ L   +DR  G     YV + + G   D    ++++KVVP NG  P+       +++    +     L  VE K+    ++       +G   + +  +R GYR+ITL++  GK L   +LF Y+ ++D V
Sbjct: 2697 LIGNQVTSDSSIDGYIRALKSGCRCVELDCWDGP--DGEPIIYHGWTLTSKLLFKDVLMDAIKPYAFMTSPYPVILSIENHCSREQQDKMAEHFKTILGELLYNEPVD----QSLSQLPSPESLKHKILIKAKKIKLTATGSIDIGTTSDDFVETPSVASLSL-----------------RQILENSYTEADIPRVPTRKESVQAKKDLRKKSKEEEMVKTSILTQSRALSDLVNYIEAVKFSGFEDERKCWEMSSLEESKASGFCSSEATASKFLSFNSTNLSRIYPKGTRLFSSNLDPLPMWAAGCQMVALNFQEADRTNMLNRAKFLQNGNCGYVLKPSVLSNPEIYSLQNTDKLG--KMQGRKKTKLHLRLISGQHLPNASDRLAGEIIEPYVKIRIHGHAADMA--EWQSKVVPKNGFNPI-------WQEVADFNIAVPELAIVEFKVKAKAKTVGGQDDHLGSFTIALPMMRRGYRNITLQNYEGKRLTPANLFVYINMEDDV 4124
[Close]
BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Match: EMLSAP00000008463 (pep:novel supercontig:LSalAtl2s:LSalAtl2s51:1378808:1549873:-1 gene:EMLSAG00000008463 transcript:EMLSAT00000008463 description:"maker-LSalAtl2s51-augustus-gene-14.5")

HSP 1 Score: 2132.45 bits (5524), Expect = 0.000e+0
Identity = 1045/1045 (100.00%), Postives = 1045/1045 (100.00%), Query Frame = 0 
Query:    1 MGTEGIHPLNSAAALESVVELDSCLLSGEKFLKWTDHETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNEQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVKKKYSFRPRKNVTPGENEVHPLRYSASIRNCSSRSTRRIEEQSTLSRSTISINAAASSSSSSISNILPFKSSAENSSVSKRWTTSFDDGRSISVHSSPGISPKSTHMQMTASLNHKSLIASFSAIPNASFNNNNNVLTSSNTSTTHSLTNINNNVHYXQKGSSSSSSGPYTKNLXLTPESVDIFLSHKSISEKKIELDKRLKQLIKKHEKEIDRITQNFKAKEDKYSKKVASEKCSPHNQQPSTKNKLVKILSEKTLDVSRVNNETLSESSDKLAKARKQFEDKIYSLTKEKEKAETELREKYFENDRSNTSSLTSMDSSSISSNVIAPGTSSPSLKLKYKS 1045
            MGTEGIHPLNSAAALESVVELDSCLLSGEKFLKWTDHETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNEQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVKKKYSFRPRKNVTPGENEVHPLRYSASIRNCSSRSTRRIEEQSTLSRSTISINAAASSSSSSISNILPFKSSAENSSVSKRWTTSFDDGRSISVHSSPGISPKSTHMQMTASLNHKSLIASFSAIPNASFNNNNNVLTSSNTSTTHSLTNINNNVHYXQKGSSSSSSGPYTKNLXLTPESVDIFLSHKSISEKKIELDKRLKQLIKKHEKEIDRITQNFKAKEDKYSKKVASEKCSPHNQQPSTKNKLVKILSEKTLDVSRVNNETLSESSDKLAKARKQFEDKIYSLTKEKEKAETELREKYFENDRSNTSSLTSMDSSSISSNVIAPGTSSPSLKLKYKS
Sbjct:    1 MGTEGIHPLNSAAALESVVELDSCLLSGEKFLKWTDHETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNEQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVKKKYSFRPRKNVTPGENEVHPLRYSASIRNCSSRSTRRIEEQSTLSRSTISINAAASSSSSSISNILPFKSSAENSSVSKRWTTSFDDGRSISVHSSPGISPKSTHMQMTASLNHKSLIASFSAIPNASFNNNNNVLTSSNTSTTHSLTNINNNVHYXQKGSSSSSSGPYTKNLXLTPESVDIFLSHKSISEKKIELDKRLKQLIKKHEKEIDRITQNFKAKEDKYSKKVASEKCSPHNQQPSTKNKLVKILSEKTLDVSRVNNETLSESSDKLAKARKQFEDKIYSLTKEKEKAETELREKYFENDRSNTSSLTSMDSSSISSNVIAPGTSSPSLKLKYKS 1045
[Close]
BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Match: EMLSAP00000007712 (pep:novel supercontig:LSalAtl2s:LSalAtl2s44:1157983:1242041:1 gene:EMLSAG00000007712 transcript:EMLSAT00000007712 description:"maker-LSalAtl2s44-snap-gene-12.9")

HSP 1 Score: 417.542 bits (1072), Expect = 6.922e-130
Identity = 232/581 (39.93%), Postives = 318/581 (54.73%), Query Frame = 0 
Query:  123 MSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQ-YLIQINEPNITNIEGGKISLEGFLRFLLSDENQIVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEE-EPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYX---------XAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            +S ++F++F+NE QRDPRLNE+LFP   E +   YLI                                G Q+  +SSVEIYRQVLLAGCRC+ELD WDG  K+E E +I HG  +   ++ KD I AIA+CAF                                            L +G+ +P P+ LK KI+IKNK+                      P+I         KG     D + ED    S E   +      A   +G    V    S +VNY           A   +  F+MSSF E  A+G LK Q IEFVNYNKRQ SR++P+G R+DSSN+MPQ+FWN+GCQ VALNFQT DL MQLN G FEYN + GYL KP FM RSD+TFDPFA++PVDG++ A  + +V++GQFL+++ VGTYV+VDM+GLP DT+R++FRTK +P NG+ P++ +E F F++           L V ++  +Y + G+ +G R+LP + L+ GYRHI+L++E    +  P LFC ++++ +VPD   DF DAL +P  + S  +KR +Q+  L  EE
Sbjct:  223 ISISKFIEFMNERQRDPRLNEMLFPSYNEKRHNTYLI--------------------------------GRQFGAKSSVEIYRQVLLAGCRCVELDCWDGKDKDEGEVIITHGKAMCTNVYFKDCIKAIADCAF--------------------------------------------LNKGQPVPPPSKLKRKILIKNKRLK--------------------PDIEKIELEAFLKGEFTIGDEESEDTTAESGEKKEEETDKPVAPNYSGSTVNVHPWLSSMVNYTHPTKFQGFDAAEATDEHFKMSSFAEPAALGYLKSQAIEFVNYNKRQFSRLYPKGARVDSSNYMPQIFWNSGCQLVALNFQTPDLPMQLNQGKFEYNGNSGYLLKPDFMRRSDKTFDPFAETPVDGVIAAQCNVEVIAGQFLSEKRVGTYVEVDMYGLPTDTIRKEFRTKAIPQNGLNPMYEEEAFRFRKVVLPE------LAV-LRFAVYNDEGKLLGQRILPFNDLQAGYRHISLKTEGNFPMSLPMLFCNIELKIYVPDGLGDFMDALCDPRAFLSAQEKRAEQMKALGIEE 700
[Close]
BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Match: EMLSAP00000008460 (pep:novel supercontig:LSalAtl2s:LSalAtl2s51:1339596:1344887:1 gene:EMLSAG00000008460 transcript:EMLSAT00000008460 description:"maker-LSalAtl2s51-augustus-gene-13.12")

HSP 1 Score: 130.954 bits (328), Expect = 4.992e-31
Identity = 90/280 (32.14%), Postives = 142/280 (50.71%), Query Frame = 0 
Query:  391 RETKVSEXXSRLVNYXXAVQRNLSF----------EMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIV-PATVSXQVLSGQFLT-----DRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQD 654
            R  +V+   S LV Y  +V  NL +          EMSSF ET A  L+      F+ Y++ QLSR++P+  R+DSSN+ P   WN G Q  ALN+QT D  MQ+N+G F  N  CGY+ +P FM     ++ P     + G+V P  +  ++L+ + LT     +  +   V+V++ G   D  +   RT+ + +NG  PV+ DE F F  T  +     +  TV    I  E +  FIG    P+  ++ GYR + L++   + L   +L  ++ V++
Sbjct:  977 RAMRVARELSNLVIYCRSVVFNLDYYLRQKDRNPMEMSSFPETKAEKLMTSNSSMFLWYHRVQLSRVYPKAQRVDSSNYNPLSMWNVGSQMTALNYQTGDKPMQINVGRFMQNGKCGYVLRPEFMFSP--SYVPGDPKSLKGVVEPFFLGVRILAARHLTRSKNKNSIISPNVEVEVLGAEYDNFKN--RTRSINDNGFNPVW-DEFFDF--TIQNPQLALIRFTVYDYDIFGENN--FIGQYTCPLIGIQTGYRSVPLKNAYSEPLELSALLVHITVEN 1247

HSP 2 Score: 120.939 bits (302), Expect = 6.969e-28
Identity = 68/144 (47.22%), Postives = 92/144 (63.89%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGE-KLPSPNDLKCKIIIKNKKRHVRPKGGNE 330
            + G Q +  SSVE Y + L  GCR +ELD WDG   E+ P+I HG+TL  +I   DVI  I E AF T+++PVILS E+HC   QQ K+A+  +  FG+ML+S      PLE+ E  LPSP+ LK +II+K+KK    P+G +E
Sbjct:  331 LTGDQISSDSSVEAYARCLRMGCRSVELDCWDGP--EDAPIIYHGHTLTSKIKFHDVIKTIKENAFVTSEYPVILSIEDHCTLTQQRKMASLFESVFGDMLVSA-----PLEKNETALPSPDKLKYRIILKHKK---LPEGADE 464
[Close]
BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Match: EMLSAP00000004060 (pep:novel supercontig:LSalAtl2s:LSalAtl2s216:190256:194881:1 gene:EMLSAG00000004060 transcript:EMLSAT00000004060 description:"maker-LSalAtl2s216-augustus-gene-2.16")

HSP 1 Score: 100.908 bits (250), Expect = 7.075e-22
Identity = 89/341 (26.10%), Postives = 162/341 (47.51%), Query Frame = 0 
Query:  416 EMSSFEETNA-VGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQV--FWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVP---ATVSXQVLSGQFLTDRH--VGTYVDVDMFGLPCDTVRRKF-RTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAG-KHLHFPSLFCYVKV-------QDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVKKKYS-FRPRKNVTPGENEVHPLR---YSASIRNCS 735
            +M S +E+ A   ++ E   + + +++ +LSR++P+G+R+DSSNF P    FW+ G Q +ALNFQT    +Q+N   F     CGY  KP  +   +   DP        ++P   + +S  V+ G+ L  R   +  YV V++ G  C ++ R +  TK + +N + PV+ DE F F      S          ++  +Y +  R +   V+P+  +R GYR +++++  G K  +  +L  +V+        +++V D +    D     +  Q  + K  ++LL     E+I      +  ++ +   F  RK   P ++ +  L+   Y+   R CS
Sbjct:  555 DMISMDESKAKTFMIDENRSKMMEFHRVRLSRVYPKGSRLDSSNFHPITSHFWSTGSQMLALNFQTPSEEIQVNQAWFFQTGSCGYRLKPRVV--RENMCDPITAM----MIPEESSELSISVICGRHLVPRKPSLTIYVQVEIIG--CASLDRIYGNTKAIISNSLNPVW-DETFPFGIIQLPSM-------AVVRFGIYNDKNRLLAXAVVPMKGMREGYRSVSMQTSLGEKSNNLSTLLVHVEKHPVVKYNKNYVKDLWRKLKD-----LNIQRDLVKPGEELL---NSEEIGILDTNIKNIRDQLEHFLSRKTFXPDDSRLSDLQLETYAMKRRVCS 871

HSP 2 Score: 88.1965 bits (217), Expect = 6.051e-18
Identity = 56/170 (32.94%), Postives = 79/170 (46.47%), Query Frame = 0 
Query:  168 EGGKISLEGFLRFLLSDENQIV----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPND 309
            E  K+S E FL +L S  N +V                            GHQ+ G S    Y +VL  G RCIE+D W+G + E   ++ HG TL  +I    VI  I +  F  + +P+I+S E+HC   +Q  +A Y +    + LL E +DN     G+ LPSP D
Sbjct:  217 EDPKLSFEDFLDYLYSPSNAVVLEQEVNEFEMAYPLSNFFINSSHNTYINGHQFFGCSDSRSYARVLRLGIRCIEIDCWNGXSNEXPIIVTHGNTLCTKIDFLSVIRTIRDHGFVKSPYPLIISIEDHCSLSRQKLMAEYLQTELKDHLLLEPMDN-----GKDLPSPLD 381
[Close]
BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Match: EMLSAP00000003595 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1977:1964:17970:1 gene:EMLSAG00000003595 transcript:EMLSAT00000003595 description:"maker-LSalAtl2s1977-augustus-gene-0.4")

HSP 1 Score: 80.1073 bits (196), Expect = 3.408e-16
Identity = 63/162 (38.89%), Postives = 81/162 (50.00%), Query Frame = 0 
Query:  304 LPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYX---------XAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDS 456
            LPSP  L+ KIIIKNK    R K   E+Q  ++     L  I  S    ED       +    +L     ++P        AT   G    V    S +VNY           A + NL+++MSSF ET A+G LKEQ IEFVNYNKRQLSR++P+G R+ S
Sbjct:  103 LPSPQQLERKIIIKNK----RLKPEVEKQELELFWKGELA-IEESEEEKEDASATRSVEEKKTEL---IGQIP-------HATTYQGSTQNVHPYLSSMVNYTHPLKFAGFSEAEENNLAYKMSSFAETTALGYLKEQAIEFVNYNKRQLSRLYPKGARIVS 249

HSP 2 Score: 58.151 bits (139), Expect = 4.939e-9
Identity = 20/57 (35.09%), Postives = 39/57 (68.42%), Query Frame = 0 
Query:  602 IKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPD 658
            ++  +Y+++G+ +G R+LP   L+ GYRHI LR+E    +  P LFC ++++ ++P+
Sbjct:  255 LRFGVYDDNGKMLGQRILPFQYLQAGYRHIALRTEGNFPMSLPMLFCNIELKVYIPE 311
[Close]
BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Match: EMLSAP00000012565 (pep:novel supercontig:LSalAtl2s:LSalAtl2s92:532335:540033:1 gene:EMLSAG00000012565 transcript:EMLSAT00000012565 description:"maker-LSalAtl2s92-snap-gene-5.14")

HSP 1 Score: 72.7886 bits (177), Expect = 3.038e-13
Identity = 41/90 (45.56%), Postives = 52/90 (57.78%), Query Frame = 0 
Query:  402 LVNYXXAVQ--------RNL-SFEMSSFEETNAVGLLKE--QPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLD 480
            LVNY  AV         +N+  F MSSF E+     L++     +FV YN +Q+SR++P G R DSSN      WNAGCQ VALN+QT D
Sbjct:  537 LVNYIHAVHFPGFPNSDKNVVYFHMSSFGESKTKKFLEDPHSAQKFVKYNAKQISRVYPSGKRQDSSNLKVMYPWNAGCQIVALNYQTED 626
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|12643487|sp|Q9QW07.2|PLCB4_RAT (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4; AltName: Full=Phosphoinositide phospholipase C-beta-4; AltName: Full=Phospholipase C-beta-4; Short=PLC-beta-4)

HSP 1 Score: 566.614 bits (1459), Expect = 0.000e+0
Identity = 294/669 (43.95%), Postives = 411/669 (61.43%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ +++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  QL  +  E   I + P+   K  KK    P K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEELKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYQMSKYCEDLFGDLLLKQALESHPLEPGRLLPSPNDLKRKILIKNKR--LKPEVEKKQLEALKSMMEAGESAAPASILEDDNEEEIESADQEEEAHPEYKFGNELSADDFSHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQLRAMGIETSDIADVPSDTSKNDKKGKANPAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|17433757|sp|Q15147.3|PLCB4_HUMAN (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4; AltName: Full=Phosphoinositide phospholipase C-beta-4; AltName: Full=Phospholipase C-beta-4; Short=PLC-beta-4)

HSP 1 Score: 564.688 bits (1454), Expect = 0.000e+0
Identity = 293/669 (43.80%), Postives = 410/669 (61.29%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP--------------KGGNEEQPTQIVKXPPLPNISTSPSSTE---DKGGGGESDSDD----EDL--DVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IKNK+  ++P              + G    P  I++      I ++    E   +   G E  +DD    E +   V    V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWNAGCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:  241 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKKGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRALPSPNDLKRKILIKNKR--LKPEVEKKQLEALRSMMEAGESASPANILEDDNEEEIESADQEEEAHPEFKFGNELSADDLGHKEAVANSVKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNAGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 900
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|12643711|sp|Q07722.1|PLCB4_BOVIN (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4; AltName: Full=PCL-C1; AltName: Full=Phosphoinositide phospholipase C-beta-4; AltName: Full=Phospholipase C-beta-4; Short=PLC-beta-4)

HSP 1 Score: 553.518 bits (1425), Expect = 1.790e-179
Identity = 289/679 (42.56%), Postives = 406/679 (59.79%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNK-------KRHVRP-----KGGNEEQPTQIVK-------------XPPLPNISTSPSSTEDKGGGGES-------DSDD-EDLDVSSAEVPV-DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVL-TEEEKINEAPAPVPKVKKKYSFRPRK-NVTP-GENEVHPLRYSA 729
            + + F+NE QRDPRLNEILFP+    +A  +I++ EP+    + G IS +GF R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  +++EP+I HG  +  +I  KDVI AI E AF T+++PVILSFENHC   QQ K++ YC++ FG++LL +AL++ PLE G  LPSPNDLK KI+IK +       K+ +       + G    P  +++                 P        + D  G  E+        SDD E  +     V V D Q    +    G  T +    S ++NY   V         +RN+ + MSSF E+  +G LK   IEFVNYNKRQ+SRI+P+G R+DSSN+MPQ+FWN+GCQ V+LN+QT DLAMQLN G FEYN  CGYL KP FM R DRTFDPF+++PVDG++ AT S QV+SGQFL+D+ +GTYV+VDM+GLP DT+R++FRT++V NNG+ PV+N+E F+F++               ++I +Y+++ + IG R+LP+  L+ GYRHI+LR+E  K L  P++FC + ++ +VPD F D  DAL++P ++ S  +KR  Q+  +  E   I + P+   K  KK      K NVTP   +E+ P   +A
Sbjct:   77 QLVSFLNEHQRDPRLNEILFPFYDAKRAMQIIEMYEPDEDLKKQGLISSDGFCRYLMSDENAPVFLDRLELYQEMDHPLAHYFISSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDQEPIITHGKAMCTDILFKDVIQAIKETAFVTSEYPVILSFENHCSKYQQYKMSKYCEDLFGDLLLKQALESHPLEPGRPLPSPNDLKRKILIKKQTTETEVEKKQLEALKSMMEAGESAAPVNMLEDDNEEEIESAEQEEEAHPEYKYGNELSADDLGHKEAIANSVKKASDDLEHENSKKGLVTVEDEQAWMASYKYVGATTNIHPYLSTMINYAQPVKFQGFHVAEERNIHYNMSSFNESVGLGYLKTHAIEFVNYNKRQMSRIYPKGGRVDSSNYMPQIFWNSGCQMVSLNYQTPDLAMQLNQGKFEYNGSCGYLLKPDFMRRPDRTFDPFSETPVDGVIAATCSVQVISGQFLSDKKIGTYVEVDMYGLPTDTIRKEFRTRMVMNNGLNPVYNEESFVFRKVILPDLAV-------LRIAVYDDNNKLIGQRILPLDGLQAGYRHISLRNEGNKPLSLPTIFCNIVLKTYVPDGFGDIVDALSDPKKFLSITEKRADQMRAMGIETSDIADVPSDTSKNDKKGKANTAKANVTPQSSSELRPTTTAA 748
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|130221|sp|P10894.1|PLCB1_BOVIN (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-1; AltName: Full=PLC-154; AltName: Full=Phosphoinositide phospholipase C-beta-1; AltName: Full=Phospholipase C-beta-1; Short=PLC-beta-1)

HSP 1 Score: 558.14 bits (1437), Expect = 4.740e-179
Identity = 301/646 (46.59%), Postives = 400/646 (61.92%), Query Frame = 0 
Query:  127 EFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCK-PRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGN-----EEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT---EEEKINEA-PAPVPKVKKKYSFRPRKNVTPGENEVH 723
            + + F+N +QRDPRLNEIL+P   + + Q LI+  EPN +  + G+IS++GF+R+L  +EN +V                               Q  G SSVE+YRQVLL+GCRC+ELD W G T EEEPVI HG+T+  EI  K+VI AIAECAFKT+ FP++LSFENH   P+QQ K+A YC+  FG+ LL E LD +PLE G  LPSP DL  KI++KNKK+  +   G+      EQ +         N  +  SS  +    G  ++D E  D    +         G    AG E   +E  S LVNY   V+         RN SFEMSSF ET  +  L + P+EFV YNK QLSRI+P+GTR+DSSN+MPQ+FWNAGCQ VALNFQT+DLAMQ+N+GM+EYN   GY  KP FM R D+ FDPF +  VDGIV  T+S +++SGQFL+D+ VGTYV+VDMFGLP DT R+ F+TK    N + P++ +EP +FK+    S          ++I +YEE G+FIGHR+LP+ A+RPGY +I LR+E  + L  P+LF Y++V+D+VPD ++D  +AL+NPIRY + +++R +QL  LT   EEE   EA P   P  +     RP    TP EN V+
Sbjct:  244 QMMDFINLKQRDPRLNEILYPPLKQEQVQVLIEKYEPNNSLAKKGQISVDGFMRYLSGEENGVVSPEKLDLNEDMSQPLSHYFINSSHNTYLTAGQLAGNSSVEMYRQVLLSGCRCVELDCWKGRTAEEEPVITHGFTMTTEISFKEVIEAIAECAFKTSPFPILLSFENHVDSPKQQAKMAEYCRLIFGDALLMEPLDKYPLESGVPLPSPMDLMYKILVKNKKKSHKSSEGSGKKKLSEQAS---------NTYSDSSSVFEPSSPGAGEADTESDDDDDDDDCKKSSMDEGT---AGSEAMATEEMSNLVNYIQPVKFESFEISKKRNRSFEMSSFVETKGLEQLTKSPVEFVEYNKMQLSRIYPKGTRVDSSNYMPQLFWNAGCQMVALNFQTVDLAMQINMGMYEYNGKSGYRLKPEFMRRPDKHFDPFTEGIVDGIVANTLSVKIISGQFLSDKKVGTYVEVDMFGLPVDTRRKAFKTKTSQGNAVNPIWEEEPIVFKKVVLPSLAC-------LRIAVYEEGGKFIGHRILPVQAIRPGYHYICLRNERNQPLMLPALFVYIEVKDYVPDTYADVIEALSNPIRYVNLMEQRAKQLAALTLEDEEEVKKEADPGETPS-EAPSEARP----TPAENGVN 865

HSP 2 Score: 71.2478 bits (173), Expect = 3.293e-11
Identity = 43/103 (41.75%), Postives = 58/103 (56.31%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLK 130
            F  WTD   ET LLD+SL++D R G  A+ PK+ KLR+ L   + G +E R +T+VYG D VNI+ +N  A    VAK     +     +   Q MSR  FL+
Sbjct:   51 FFYWTDQNKETELLDLSLVKDARCGKHAKAPKDPKLRELLDVGNIGRLEHRMITVVYGPDLVNISHLNLVAFQEEVAKEWTNEVFSLATNLLAQNMSRDAFLE 153
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|12643814|sp|Q9NQ66.1|PLCB1_HUMAN (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-1; AltName: Full=PLC-154; AltName: Full=Phosphoinositide phospholipase C-beta-1; AltName: Full=Phospholipase C-I; Short=PLC-I; AltName: Full=Phospholipase C-beta-1; Short=PLC-beta-1)

HSP 1 Score: 552.747 bits (1423), Expect = 5.042e-177
Identity = 297/642 (46.26%), Postives = 398/642 (61.99%), Query Frame = 0 
Query:  127 EFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCK-PRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT---EEEKINEA-PAPVPKVKKKYSFRPRK-NVTPGENEVH 723
            + + F+N +QRDPRLNEIL+P   + + Q LI+  EPN +    G+IS++GF+R+L  +EN +V                               Q  G SSVE+YRQVLL+GCRC+ELD W G T EEEPVI HG+T+  EI  K+VI AIAECAFKT+ FP++LSFENH   P+QQ K+A YC+  FG+ LL E L+ +PLE G  LPSP DL  KI++KNKK+  +   G+ ++           N  +  SS  +    G  ++D E  D    +         G    AG E   +E  S LVNY   V+         RN SFEMSSF ET  +  L + P+EFV YNK QLSRI+P+GTR+DSSN+MPQ+FWNAGCQ VALNFQT+DLAMQ+N+GM+EYN   GY  KP FM R D+ FDPF +  VDGIV  T+S +++SGQFL+D+ VGTYV+VDMFGLP DT R+ F+TK    N + PV+ +EP +FK+    +          ++I +YEE G+FIGHR+LP+ A+RPGY +I LR+E  + L  P++F Y++V+D+VPD ++D  +AL+NPIRY + +++R +QL  LT   EEE   EA P   P      S  P +   TP EN V+
Sbjct:  244 QMMDFINLKQRDPRLNEILYPPLKQEQVQVLIEKYEPNNSLARKGQISVDGFMRYLSGEENGVVSPEKLDLNEDMSQPLSHYFINSSHNTYLTAGQLAGNSSVEMYRQVLLSGCRCVELDCWKGRTAEEEPVITHGFTMTTEISFKEVIEAIAECAFKTSPFPILLSFENHVDSPKQQAKMAEYCRLIFGDALLMEPLEKYPLESGVPLPSPMDLMYKILVKNKKKSHKSSEGSGKKKL----SEQASNTYSDSSSMFEPSSPGAGEADTESDDDDDDDDCKKSSMDEGT---AGSEAMATEEMSNLVNYIQPVKFESFEISKKRNKSFEMSSFVETKGLEQLTKSPVEFVEYNKMQLSRIYPKGTRVDSSNYMPQLFWNAGCQMVALNFQTMDLAMQINMGMYEYNGKSGYRLKPEFMRRPDKHFDPFTEGIVDGIVANTLSVKIISGQFLSDKKVGTYVEVDMFGLPVDTRRKAFKTKTSQGNAVNPVWEEEPIVFKKVVLPTLAC-------LRIAVYEEGGKFIGHRILPVQAIRPGYHYICLRNERNQPLTLPAVFVYIEVKDYVPDTYADVIEALSNPIRYVNLMEQRAKQLAALTLEDEEEVKKEADPGETP------SEAPSEARTTPAENGVN 865

HSP 2 Score: 71.633 bits (174), Expect = 2.709e-11
Identity = 43/103 (41.75%), Postives = 59/103 (57.28%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLK 130
            F  WTD   ET LLD+SL++D R G  A+ PK+ KLR+ L   + G +E+R +T+VYG D VNI+ +N  A    VAK     +     +   Q MSR  FL+
Sbjct:   51 FFYWTDQNKETELLDLSLVKDARCGRHAKAPKDPKLRELLDVGNIGRLEQRMITVVYGPDLVNISHLNLVAFQEEVAKEWTNEVFSLATNLLAQNMSRDAFLE 153
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|130223|sp|P10687.1|PLCB1_RAT (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-1; AltName: Full=PLC-154; AltName: Full=Phosphoinositide phospholipase C-beta-1; AltName: Full=Phospholipase C-I; Short=PLC-I; AltName: Full=Phospholipase C-beta-1; Short=PLC-beta-1)

HSP 1 Score: 551.977 bits (1421), Expect = 9.906e-177
Identity = 286/615 (46.50%), Postives = 389/615 (63.25%), Query Frame = 0 
Query:  127 EFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHC-KPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT--EEEKINEAPAP 699
            + + F+N +QRDPRLNEIL+P   + + Q LI+  EPN +  + G++S++GF+R+L  +EN +V                               Q  G SSVE+YRQVLL+GCRC+ELD W G T EEEPVI HG+T+  EI  K+VI AIAECAFKT+ FP++LSFENH   P+QQ K+A YC+  FG+ LL E L+ +PLE G  LPSP DL  KI++KNKK+  +   G+ ++           N  +  SS  +    G  ++D E  D    +         G    AG E   +E  S LVNY   V+         RN SFEMSSF ET  +  L + P+EFV YNK QLSRI+P+GTR+DSSN+MPQ+FWNAGCQ VALNFQT+DLAMQ+N+GM+EYN   GY  KP FM R D+ FDPF +  VDGIV  T+S +++SGQFL+D+ VGTYV+VDMFGLP DT R+ F+TK    N + PV+ +EP +FK+    S          ++I  YEE G+FIGHR+LP+ A+RPGY +I LR+E  + L  P++F Y++V+D+VPD ++D  +AL+NPIRY + +++R +QL  LT  +EE++ +   P
Sbjct:  244 QMMDFINLKQRDPRLNEILYPPLKQEQVQVLIEKYEPNSSLAKKGQMSVDGFMRYLSGEENGVVSPEKLDLNEDMSQPLSHYFINSSHNTYLTAGQLAGNSSVEMYRQVLLSGCRCVELDCWKGRTAEEEPVITHGFTMTTEISFKEVIEAIAECAFKTSPFPILLSFENHVDSPKQQAKMAEYCRLIFGDALLMEPLEKYPLESGVPLPSPMDLMYKILVKNKKKSHKSSEGSGKKKL----SEQASNTYSDSSSVFEPSSPGAGEADTESDDDDDDDDCKKSSMDEGT---AGSEAMATEEMSNLVNYIQPVKFESFETSKKRNKSFEMSSFVETKGLEQLTKSPVEFVEYNKMQLSRIYPKGTRVDSSNYMPQLFWNAGCQMVALNFQTVDLAMQINMGMYEYNGKSGYRLKPEFMRRPDKHFDPFTEGIVDGIVANTLSVKIISGQFLSDKKVGTYVEVDMFGLPVDTRRKAFKTKTSQGNAVNPVWEEEPIVFKKVVLPSLAC-------LRIAAYEEGGKFIGHRILPVQAIRPGYHYICLRNERNQPLMLPAVFVYIEVKDYVPDTYADVIEALSNPIRYVNLMEQRAKQLAALTLEDEEEVKKEADP 844

HSP 2 Score: 72.0182 bits (175), Expect = 1.946e-11
Identity = 43/103 (41.75%), Postives = 59/103 (57.28%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLK 130
            F  WTD   ET LLD+SL++D R G  A+ PK+ KLR+ L   + G +E+R +T+VYG D VNI+ +N  A    VAK     +     +   Q MSR  FL+
Sbjct:   51 FFYWTDQNKETELLDLSLVKDARCGKHAKAPKDPKLRELLDVGNIGHLEQRMITVVYGPDLVNISHLNLVAFQEEVAKEWTNEVFSLATNLLAQNMSRDAFLE 153
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|341941270|sp|Q9Z1B3.2|PLCB1_MOUSE (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-1; AltName: Full=PLC-154; AltName: Full=Phosphoinositide phospholipase C-beta-1; AltName: Full=Phospholipase C-beta-1; Short=PLC-beta-1)

HSP 1 Score: 551.592 bits (1420), Expect = 1.276e-176
Identity = 286/615 (46.50%), Postives = 389/615 (63.25%), Query Frame = 0 
Query:  127 EFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCK-PRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT--EEEKINEAPAP 699
            + + F+N +QRDPRLNEIL+P   + + Q LI+  EPN +  + G++S++GF+R+L  +EN +V                               Q  G SSVE+YRQVLL+GCRC+ELD W G T EEEPVI HG+T+  EI  K+VI AIAECAFKT+ FP++LSFENH   P+QQ K+A YC+  FG+ LL E L+ +PLE G  LPSP DL  KI++KNKK+  +   G+ ++           N  +  SS  +    G  ++D E  D    +         G    AG E   +E  S LVNY   V+         RN SFEMSSF ET  +  L + P+EFV YNK QLSRI+P+GTR+DSSN+MPQ+FWNAGCQ VALNFQT+DLAMQ+N+GM+EYN   GY  KP FM R D+ FDPF +  VDGIV  T+S +++SGQFL+D+ VGTYV+VDMFGLP DT R+ F+TK    N + PV+ +EP +FK+    S          ++I  YEE G+FIGHR+LP+ A+RPGY +I LR+E  + L  P++F Y++V+D+VPD ++D  +AL+NPIRY + +++R +QL  LT  +EE++ +   P
Sbjct:  244 QMMDFINLKQRDPRLNEILYPPLKQEQVQVLIEKYEPNSSLAKKGQMSVDGFMRYLSGEENGVVSPEKLDLNEDMSQPLSHYFINSSHNTYLTAGQLAGNSSVEMYRQVLLSGCRCVELDCWKGRTAEEEPVITHGFTMTTEISFKEVIEAIAECAFKTSPFPILLSFENHVDSPKQQAKMAEYCRLIFGDALLMEPLEKYPLESGVPLPSPMDLMYKILVKNKKKSHKSSEGSGKKKL----SEQASNTYSDSSSVFEPSSPGAGEADTESDDDDDDDDCKKSSMDEGT---AGSEAMATEEMSNLVNYIQPVKFESFEISKKRNKSFEMSSFVETKGLEQLTKSPVEFVEYNKMQLSRIYPKGTRVDSSNYMPQLFWNAGCQMVALNFQTVDLAMQINMGMYEYNGKSGYRLKPEFMRRPDKHFDPFTEGIVDGIVANTLSVKIISGQFLSDKKVGTYVEVDMFGLPVDTRRKAFKTKTSQGNAVNPVWEEEPIVFKKVVLPSLAC-------LRIAAYEEGGKFIGHRILPVQAIRPGYHYICLRNERNQPLTLPAVFVYIEVKDYVPDTYADVIEALSNPIRYVNLMEQRAKQLAALTLEDEEEVKKEADP 844

HSP 2 Score: 72.0182 bits (175), Expect = 1.865e-11
Identity = 43/103 (41.75%), Postives = 59/103 (57.28%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLK 130
            F  WTD   ET LLD+SL++D R G  A+ PK+ KLR+ L   + G +E+R +T+VYG D VNI+ +N  A    VAK     +     +   Q MSR  FL+
Sbjct:   51 FFYWTDQNKETELLDLSLVKDARCGKHAKAPKDPKLRELLDVGNIGHLEQRMITVVYGPDLVNISHLNLVAFQEEVAKEWTNEVFSLATNLLAQNMSRDAFLE 153
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|1730573|sp|Q01970.2|PLCB3_HUMAN (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-3; AltName: Full=Phosphoinositide phospholipase C-beta-3; AltName: Full=Phospholipase C-beta-3; Short=PLC-beta-3)

HSP 1 Score: 522.702 bits (1345), Expect = 1.918e-165
Identity = 292/687 (42.50%), Postives = 391/687 (56.91%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHC-KPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPN----ISTSPSSTEDKG---GGGESDS-----------------------DDEDLDVSSAEV-PVD-------------XQPAXGATPQ--AGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVK-KKYSFRPRKNVTPGENEVHPLR 726
            + + F+N+ QRDPRLNE+L+P    ++A+ LI+  EPN   +E  ++S+EGF R+L  +EN I+                               Q  G SSVE+YRQ LL GCRC+ELD+W G   EEEP I HG+T+  E+  +DV+ AIAE AFKT+ +PVILSFENH    +QQ K+A YC+  FG+ LL E LD +PL  G  LPSP DL  +I++KNKKRH RP  G    P    +  PL      +S S ++TE      G   SDS                        DE L+     + P D               P    T +  A  E   +E  S LVNY   V+         RN  FEMSSF ET A+  L + P+EFV YNK+QLSRI+P+GTR+DSSN+MPQ+FWN GCQ VALNFQTLD+AMQLN G+FEYN   GYL KP FM R D++FDPF +  VDGIV   +  +V+SGQFL+DR VG YV+VDMFGLP DT RRK+RT+    N   PV+++EPF F +    +          ++I  +EE G+F+GHR+LP+SA+R GY ++ LR+EA + L  P+L  Y +  D++PD   D+A+AL NPI++ S +D+R +QL  L  E +           + ++   +P  N TP   +  P R
Sbjct:  245 QLMDFINQKQRDPRLNEVLYPPLRPSQARLLIEKYEPNQQFLERDQMSMEGFSRYLGGEENGILPLEALDLSTDMTQPLSAYFINSSHNTYLTAGQLAGTSSVEMYRQALLWGCRCVELDVWKGRPPEEEPFITHGFTMTTEVPLRDVLEAIAETAFKTSPYPVILSFENHVDSAKQQAKMAEYCRSIFGDALLIEPLDKYPLAPGVPLPSPQDLMGRILVKNKKRH-RPSAGG---PDSAGRKRPLEQSNSALSESSAATEPSSPQLGSPSSDSCPGLSNGEEVGLEKPSLEPQKSLGDEGLNRGPYVLGPADREDEEEDEEEEEQTDPKKPTTDEGTASSEVNATEEMSTLVNYIEPVKFKSFEAARKRNKCFEMSSFVETKAMEQLTKSPMEFVEYNKQQLSRIYPKGTRVDSSNYMPQLFWNVGCQLVALNFQTLDVAMQLNAGVFEYNGRSGYLLKPEFMRRPDKSFDPFTEVIVDGIVANALRVKVISGQFLSDRKVGIYVEVDMFGLPVDT-RRKYRTRTSQGNSFNPVWDEEPFDFPKVVLPTL-------ASLRIAAFEEGGKFVGHRILPVSAIRSGYHYVCLRNEANQPLCLPALLIYTEASDYIPDDHQDYAEALINPIKHVSLMDQRARQLAALIGESEAQAGQETCQDTQSQQLGSQPSSNPTPSPLDASPRR 919

HSP 2 Score: 60.4622 bits (145), Expect = 7.817e-8
Identity = 44/109 (40.37%), Postives = 60/109 (55.05%), Query Frame = 0 
Query:   31 FLKWT--DHETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGS----IEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLAIXKEDPRGQVMSRAEFLK 130
            FL WT  + E   LD+S IRD R G  AR+PK+ K+R+ L   +G     +EE+ +T+V G D VN  F+NF A     AKV   +L  LA+   +   Q  SR  FL+
Sbjct:   51 FLYWTGPNMEVDTLDISSIRDTRTGRYARLPKDPKIREVL--GFGGPDARLEEKLMTVVSGPDPVNTVFLNFMAVQDDTAKVWSEELFKLAM---NILAQNASRNTFLR 154
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|32699414|sp|Q99JE6.2|PLCB3_RAT (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-3; AltName: Full=Phosphoinositide phospholipase C-beta-3; AltName: Full=Phospholipase C-beta-3; Short=PLC-beta-3)

HSP 1 Score: 521.161 bits (1341), Expect = 7.194e-165
Identity = 285/651 (43.78%), Postives = 378/651 (58.06%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHC-KPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPN----ISTSPSSTEDKGGGGESDSDDEDLDVSSAE------VPVDXQPAXG-----------------------------ATPQ--------AGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            + + F+N+ QRDPRLNE+L+P    ++A+ LI+  EPN   +E  ++S+EGF R+L  +EN I+                               Q  G SSVE+YRQ LL GCRC+ELD+W G   EEEP I HG+T+  E+  +DV+ AIAE AFKT+ +PVILSFENH    +QQ K+A YC+  FGE LL + LD +PL  G  LPSP DL  +I++KNKKRH RP  G    P   V   PL      +S S ++TE       S S D    +S+ E        ++ Q + G                               P+        A  E   +E  S LVNY   V+         RN  FEMSSF ET A+  L + P+EFV YNK+QLSRI+P+GTR+DSSN+MPQ+FWN GCQ VALNFQTLDL MQLN G+FEYN   GYL KP FM R D++FDPF +  VDGIV   +  +V+SGQFL+DR VG YV+VDMFGLP DT RRK+RT+    N   PV+++EPF F +    +          ++I  +EE GRF+GHR+LP+SA+R GY ++ LR+EA + L  P+L  Y +  D++PD   D+A+AL NPI++ S +D+R +QL  L  E
Sbjct:  243 QLMDFINQKQRDPRLNEVLYPPLRSSQARLLIEKYEPNKQFLERDQMSMEGFSRYLGGEENGILPLEALDLSMDMTQPLSAYFINSSHNTYLTAGQLAGTSSVEMYRQALLWGCRCVELDVWKGRPPEEEPFITHGFTMTTEVPLRDVLEAIAETAFKTSPYPVILSFENHVDSAKQQAKMAEYCRSIFGEALLIDPLDKYPLSAGTPLPSPQDLMGRILVKNKKRH-RPSTG---VPDSSVAKRPLEQSNSALSESSAATEPSSPQLGSPSSDSCPGLSNGEEVGLEKTSLEPQKSLGEEGLNRGPNVLMPDRDREDEEEDEEEEETTDPKKPTTDEGTASSEVNATEEMSTLVNYVEPVKFKSFEASRKRNKCFEMSSFVETKAMEQLTKSPMEFVEYNKQQLSRIYPKGTRVDSSNYMPQLFWNVGCQLVALNFQTLDLPMQLNAGVFEYNGRSGYLLKPEFMRRPDKSFDPFTEVIVDGIVANALRVKVISGQFLSDRKVGIYVEVDMFGLPVDT-RRKYRTRTSQGNSFNPVWDEEPFDFPKVVLPTL-------ASLRIAAFEEGGRFVGHRILPVSAIRSGYHYVCLRNEANQPLCLPALLIYTEASDYIPDDHQDYAEALINPIKHVSLMDQRAKQLAALIGE 881

HSP 2 Score: 58.9214 bits (141), Expect = 1.986e-7
Identity = 38/92 (41.30%), Postives = 52/92 (56.52%), Query Frame = 0 
Query:   31 FLKWT--DHETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGS----IEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLAI 113
            FL WT  + E   LD+S IRD R G  AR+PK+ K+R+ L   +G     +EE+ +T+V G D VN  F+NF A      KV   +L  LA+
Sbjct:   51 FLYWTGPNMEVDTLDISSIRDTRTGRYARLPKDPKIREVL--GFGGPDTRLEEKLMTVVAGPDPVNTTFLNFMAVQDDTVKVWSEELFKLAM 140
[Close]
BLAST of EMLSAG00000008463 vs. SwissProt
Match: gi|341941271|sp|P51432.2|PLCB3_MOUSE (RecName: Full=1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-3; AltName: Full=Phosphoinositide phospholipase C-beta-3; AltName: Full=Phospholipase C-beta-3; Short=PLC-beta-3)

HSP 1 Score: 515.383 bits (1326), Expect = 1.278e-162
Identity = 282/651 (43.32%), Postives = 380/651 (58.37%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHC-KPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPL---------PNISTSPSSTE-----DKGGGGESDSDDEDLDVSSAE---------------VPV----------------DXQPAXGATPQ--AGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            + + F+N+ QRDPRLNE+L+P    ++A+ LI+  E N   +E  ++S+EGF R+L  +EN I+                               Q  G SSVE+YRQ LL GCRC+ELD+W G   EEEP I HG+T+  E+  +DV+ AIAE AFKT+ +PVILSFENH    +QQ K+A YC+  FG+ LL + LD +PL  G  LPSP DL  +I++KNKKRH RP  G    P   V+  PL          + +T PSS +          G S+ ++  L+ +S E               VP+                   P    T +  A  E   +E  S LVNY   V+         RN  FEMSSF ET A+  L + P+EFV YNK+QLSRI+P+GTR+DSSN+MPQ+FWN GCQ VALNFQTLDL MQLN G+FEYN   GYL KP FM R D++FDPF +  VDGIV   +  +V+SGQFL+D+ VG YV+VDMFGLP DT RRK+RT+    N   PV+++EPF F +    +          ++I  +EE G+F+GHR+LP+SA+R GY ++ LR+EA + L  P+L  Y +  D++PD   D+A+AL NPI++ S +D+R +QL  L  E
Sbjct:  245 QLMDFINQKQRDPRLNEVLYPPLRSSQARLLIEKYETNKQFLERDQMSMEGFSRYLGGEENGILPLEALDLSMDMTQPLSAYFINSSHNTYLTAGQLAGPSSVEMYRQALLWGCRCVELDVWKGRPPEEEPFITHGFTMTTEVPLRDVLEAIAEAAFKTSPYPVILSFENHVDSAKQQAKMAEYCRSIFGDALLIDPLDKYPLSAGIPLPSPQDLMGRILVKNKKRH-RPSTG---VPDSSVRKRPLEQSNSALSESSAATEPSSPQLGSPSSDSCPGLSNGEEVGLEKTSLEPQKSLGEESLSREPNVPMPDRDREDEEEDEEEEETTDPKKPTTDEGTASSEVNATEEMSTLVNYVEPVKFKSFEAARKRNKCFEMSSFVETKAMEQLTKSPMEFVEYNKQQLSRIYPKGTRVDSSNYMPQLFWNVGCQLVALNFQTLDLPMQLNAGVFEYNGRSGYLLKPEFMRRPDKSFDPFTEVIVDGIVANALRVKVISGQFLSDKKVGIYVEVDMFGLPVDT-RRKYRTRTSQGNSFNPVWDEEPFDFPKVVLPTL-------ASLRIAAFEEGGKFVGHRILPVSAIRSGYHYVCLRNEANQPLCLPALLIYTEASDYIPDDHQDYAEALINPIKHVSLMDQRAKQLAALIGE 883

HSP 2 Score: 59.6918 bits (143), Expect = 1.107e-7
Identity = 43/109 (39.45%), Postives = 59/109 (54.13%), Query Frame = 0 
Query:   31 FLKWT--DHETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSYGS----IEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLAIXKEDPRGQVMSRAEFLK 130
            FL WT  + E   LD+S IRD R G  AR+PK+ K+R+ L   +G     +EE+ +T+V G D VN  F+NF A      KV   +L  LA+   +   Q  SR  FL+
Sbjct:   51 FLYWTGPNMEVDTLDISSIRDTRTGRYARLPKDPKIREVL--GFGGPDTRLEEKLMTVVAGPDPVNTTFLNFMAVQDDTVKVWSEELFKLAM---NILAQNASRNTFLR 154
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: gb|KYB27786.1| (1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II-like Protein [Tribolium castaneum])

HSP 1 Score: 631.328 bits (1627), Expect = 0.000e+0
Identity = 343/700 (49.00%), Postives = 440/700 (62.86%), Query Frame = 0 
Query:   92 NFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRH---------------VRPKG------GNEEQPTQIVKXPPLPN--ISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPV----DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVKKKYSFRPRKNVTPGENEVHPL 725
            +F NF  +L   ++++ ++  I         M+ A+F+ F+N+ QRDPRLNEIL PY    +A+ +I   EPN  N + G++S +GFLR+L+S++N I+                             GHQ TG+SS E+YRQ LLAGCRC+ELD W+G    EEP+I HGYT VPEI A++V+ AIAE AFKT+ FPV+LSFENHC PRQQ K+ANYC+E FGEMLL   L+ + LE G+ LP P+ LK KIIIKNKK+H                +P+       GN + P      PPL       S  ST  +     SD D E L+  ++  P     D + A     +AG E       S LVNY   V         ++N S+EMSSF+E  A  LLKE P++FVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALNFQTLDLAMQLN+G+FEYN  CGYL KP FM R+DR F PFA+S VDGI+  TV   V+SGQFLTD+ VGTYV+V+M+GLP DTVR++FRTK VPNNGI PV+++EPF+FK+               I+I  YEESGRFIGHRVLP+  L PGYRH+ LR+E G+ L   +LF ++ V+D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++ +    PA   + +KK S   ++  T G     PL
Sbjct:  222 DFFNFYKNLTQRSEIEKVFNDIVGSKKH---MTAAQFVDFLNKTQRDPRLNEILHPYANTARAKDIIAQYEPNKYNAQKGQLSFDGFLRYLMSEDNNIIAPSKYELCDEMDHPLAHYFINSSHNTYLTGHQLTGKSSTEMYRQCLLAGCRCVELDFWNG---REEPIIVHGYTFVPEISAREVLEAIAESAFKTSDFPVVLSFENHCNPRQQAKIANYCREIFGEMLLEAPLEAYKLEPGQPLPPPSVLKRKIIIKNKKKHHHHHHHHHHHKKSTSAQPEAPPSEPTGNGDVPHH---APPLQANCRQGSKDSTGTEDEESSSDEDGETLETDNSTEPTNEGSDHKAATAGETEAGAEI------SALVNYVQPVHFTSFENAKKKNRSYEMSSFDEKQATSLLKEYPVQFVNYNKHQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNFQTLDLAMQLNLGIFEYNFRCGYLLKPEFMRRTDRRFYPFAESTVDGIIAGTVKITVISGQFLTDKRVGTYVEVEMYGLPADTVRKRFRTKTVPNNGINPVYDEEPFVFKKVVLPDL-------ASIRIAAYEESGRFIGHRVLPVVGLCPGYRHVNLRTEIGQPLPLATLFLHIVVKDYVPDGLSDFAEALANPIKYQSDLEKRAQQLAVLTDDME----PAEGTEDQKKNSLSAKEQATNGSPIQRPL 895

HSP 2 Score: 77.0258 bits (188), Expect = 2.896e-13
Identity = 42/122 (34.43%), Postives = 68/122 (55.74%), Query Frame = 0 
Query:   11 SAAALESVVELDSCLLSGEKFLKWTD-------------------------HETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV 106
            +A +L+S+ E+   L +GEKF+KW +                         HE  LLD++ IRD R G  A++PK+ KLR  +   S  ++EE+T+T+   +DFVN+NF+NFC +   +A++
Sbjct:   17 NAVSLKSI-EVPQALQNGEKFIKWDEDSGVGTPVTLRVDKYGFYLHWVDQNHEMDLLDIATIRDTRTGRYAKIPKDPKLRQIVTMGSQDTLEEKTVTVCCANDFVNMNFINFCCTRKEIARL 137
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: EEB20128.1 (1-phosphatidylinositol-4,5-bisphosphate phosphodiesterase, putative [Pediculus humanus corporis])

HSP 1 Score: 616.69 bits (1589), Expect = 0.000e+0
Identity = 336/664 (50.60%), Postives = 429/664 (64.61%), Query Frame = 0 
Query:   89 VNINFV---NFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK----GG-------NEEQPTQIV----KXPPLPNISTSPSSTEDKGGGGESDSDDEDLDV-----SSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            +NIN++    F A +       LL+        + + ++  +F+ F+N+ QRDPRLNEIL+PY    +A+ LIQ  E N  N + G++SL+GFLR+L+S++N I+                             GHQ TG+SSVEIYRQ LLAGCRC+ELD W+G  + +EPVI HGYT VPEI AK+VI AIAE AFKT+ FPV+LSFENHC PRQQ K+A YC+E FGEMLL   LD+ P++ G  LPSP  L+ KIIIKNKK+H        GG       +   P  +V      P  P + T   S E +    E++ +++  ++     SS E P D   +        +ET+     S LVNY   V         ++N  +EMSSF+E  A  LLKE+PIEFVNYNK QLSR++P G R DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN   GYL KP FM R DR  DPFA+S VDGI+  TVS QV+SGQFL+D+ VGTY++VDM+GLP DTVRRKFRTK+VPNN I P +N+EPF+FK+               I+I  YEESGRF+GHRVLP+  L PGYRH+TLR+EAG+ L   +LF  + V+D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++
Sbjct:  206 ININYIYIYKFYAFVSTYNYPTLLFSCSCGTSSKRKFLTAEKFVTFLNKTQRDPRLNEILYPYANPARAKDLIQQYETNKMNAQKGQLSLDGFLRYLMSEDNPIIASSSFDLSDDMDQPLSHYFINSSHNTYLTGHQITGKSSVEIYRQCLLAGCRCVELDFWNG--RIDEPVIVHGYTFVPEINAKEVIEAIAESAFKTSDFPVVLSFENHCNPRQQAKIAQYCREIFGEMLLDTPLDSHPVKPGSFLPSPAVLRHKIIIKNKKKHHHHHKKNHGGFRSNTMDSTTTPADVVTGNGDIPHAPPLQTRQGSKESQNEDDENEEEEDVEEMKLRGNSSGEKPTDKSAS-------AKETEAGAEISALVNYIQPVHFTSFEVAEKKNRFYEMSSFDEKQATTLLKERPIEFVNYNKFQLSRVYPSGKRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNARSGYLLKPEFMRRKDRRLDPFAESTVDGIIAGTVSIQVISGQFLSDKRVGTYIEVDMYGLPADTVRRKFRTKIVPNNAINPQYNEEPFIFKKVVLPEL-------ASIRITAYEESGRFLGHRVLPVPGLCPGYRHVTLRTEAGQPLPLATLFLLIVVKDYVPDGLSDFAEALANPIKYQSDLEKRAQQLSVLTDD 853

HSP 2 Score: 75.8702 bits (185), Expect = 7.414e-13
Identity = 42/119 (35.29%), Postives = 66/119 (55.46%), Query Frame = 0 
Query:   14 ALESVVELDSCLLSGEKFLKW-------------------------TDHETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV 106
            AL   VE+   L++GEKF+KW                          ++E  +LD ++IRD R G  ++VPK+ KL+  +   S  ++EE+T+T+  GSDFVN+NF+NFC +   +A+V
Sbjct:   11 ALLKPVEVPQSLVNGEKFVKWEEDSGTGTPVTLRVDKNGFYLYWVDQNNEMDVLDFAIIRDARTGRHSKVPKDPKLKSVVTMGSQDTLEEKTITVCCGSDFVNLNFINFCCTKKEIAQV 129
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: EFX88640.1 (phospholipase C, beta isoform [Daphnia pulex])

HSP 1 Score: 612.838 bits (1579), Expect = 0.000e+0
Identity = 320/617 (51.86%), Postives = 409/617 (66.29%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDED-----LDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXX---------AVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAP 699
            +F++F+N  QRDPRLNEIL+PY    +A+ L    EPN  N   G +S EGFLRFL+S++N IV                             GHQ+TG+SSVEIYRQ LL GCRC+ELD W+G  K E+P+I HGYTLVPE+ AKDVI AIAE AFKT++FPV+LSFENHC P+QQ K+A YC+E+FGEM+L +AL++ PLE G  LPSP  LK KIIIKNKK+H   +   + +  Q      L                    SDDED      ++S  E+ +  + A      AG+ET+     S LVNY           A +RN S+EMSSF ET +  LLKE PIEFVNYNKRQ+SR++PRGTR+DSSNFMP VFWNAGCQ VALNFQTLDLAMQLN+G+FE N   GYL KP FM R DR FDPFA+S VDGI+   VS QV+SGQFL+D+ V TYV+VDMFGLP DTVR++FRTK V NNGI P+++ EPF+F +               ++I +YE+SGR +GHRVLP++ L PGYRH+ LR++ G+ L+  +LF  + V+D++PD  SDFA+ALANPI+YQS+++KR++QL +L +     + P P
Sbjct:  248 QFVEFLNSYQRDPRLNEILYPYANPDRARDLFHQYEPNAPNAPKGLLSAEGFLRFLMSEDNSIVSADKFDLSHDMEQPLCHYFVNSSHNTYLTGHQFTGKSSVEIYRQTLLGGCRCVELDFWNG--KNEDPIIYHGYTLVPEVPAKDVIEAIAESAFKTSEFPVVLSFENHCNPKQQAKIAQYCREYFGEMMLDQALESHPLEPGVPLPSPAQLKRKIIIKNKKKHQHHRTLKDHRQDQSSLTLRL------------------FLSDDEDESSTLSNLSPEEIRL-REKAQKDKGTAGKETEAGAEISALVNYVQPIHFHSFEHAERRNRSYEMSSFVETQSTALLKEHPIEFVNYNKRQISRVYPRGTRVDSSNFMPHVFWNAGCQLVALNFQTLDLAMQLNLGIFEMNGRTGYLLKPQFMRRMDRKFDPFAESTVDGIIAGKVSVQVISGQFLSDKRVSTYVEVDMFGLPADTVRKRFRTKTVLNNGINPIYDQEPFVFNKVVLPDL-------ACLRIAVYEDSGRLLGHRVLPVTGLCPGYRHLGLRNDGGQPLNLATLFVNIMVKDYIPDGLSDFANALANPIKYQSELEKRSKQLSILKQPSLEGDTPVP 836

HSP 2 Score: 81.6481 bits (200), Expect = 1.021e-14
Identity = 40/79 (50.63%), Postives = 56/79 (70.89%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRD--SLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAK 105
            FL WTD   ET +LD+  IRD R G  A+VPK++K+RD  ++ +S  S+E++TLT+ YG DFVN++F NFC+S    AK
Sbjct:   51 FLYWTDQNEETQILDMCTIRDTRTGHYAKVPKDSKMRDQVTMGASQDSLEDKTLTVSYGPDFVNVSFFNFCSSKKETAK 129
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: gb|KFM77271.1| (hypothetical protein X975_11194, partial [Stegodyphus mimosarum])

HSP 1 Score: 543.888 bits (1400), Expect = 8.559e-176
Identity = 291/690 (42.17%), Postives = 402/690 (58.26%), Query Frame = 0 
Query:   82 IVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPN-----------------------------ISTSPSSTEDK-----------GGGGESDSDDEDLDVSSAEVP-VDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            ++ G DF    F      L   + ++ L+  I ++  +   ++  + + F+N+ QRDPRLNEIL+P+  E +A+ +I   E N      G +S +G +R+L+SDEN                              + G Q+ GRSSVE+YRQVLLAGCRC+ELD WDG  ++EEP+I HG  +  +I  KDVI AI +CAF T+ +P+ILSFENHC  +QQ K+A YC +  G++LL E L  +PLE G  LPSPNDLK KIIIKNK+  +RP+   E+Q  ++ +   L N                              S   S+ E +            GG       +  D+   E P +  Q A       G    V    S LVNY   V         ++NL + MSSF E  A+G LK Q IEFVNYNKRQLSRI+P+GTR DSSN++PQ+FWNAGCQ VALNFQT DL MQLN G FEYN  CGYL KP FM R D+TFDPFA+SPVDG++ A  S +V+SGQFL+D+ VGTYV+VDM+GLP DT+R++FRT++VP+NG+ PV+N+EPF+F++               I+I +Y+E+ + +G R+LP+  L+ GYRH++LR+E   H+    LF  ++++ +VPD   D  DAL++P  + S  +KR  Q+  +  EE
Sbjct:  198 VIDGRDFTFEKFHQLYNKLCPRSDIEELFKNITQD--KSDTITAKQLINFLNKKQRDPRLNEILYPFYDEMRAREIIATYERNTELATQGLLSQDGLIRYLMSDENAPVFLDRLDIYMDMDQPLAHYYINSSHNTYLTGRQFGGRSSVEMYRQVLLAGCRCVELDCWDGKGEDEEPIITHGKAMCTDILFKDVIAAIRDCAFVTSDYPIILSFENHCSKKQQYKLAKYCDDCLGDLLLREPLSGYPLEPGVPLPSPNDLKRKIIIKNKR--LRPE--VEKQELELWRKGQLQNDDDDDDKEDAAPDLTLITDEIVQDGVPLEFSRKLSTAEHEKKVSFNTGNLCNGGSSCRGSTKSPDIK--EPPQLAEQIAIANYKYTGATVHVHPYLSSLVNYAQPVKFLGFDVAEEKNLHYNMSSFAENTALGYLKSQAIEFVNYNKRQLSRIYPKGTRADSSNYLPQIFWNAGCQMVALNFQTSDLPMQLNQGKFEYNGGCGYLLKPDFMRRPDKTFDPFAESPVDGVIAAQCSVRVISGQFLSDKKVGTYVEVDMYGLPTDTIRKEFRTRLVPSNGLNPVYNEEPFVFRKVVLPDL-------AVIRIAVYDENSKMLGQRILPLDGLQAGYRHVSLRTEGNFHMSLAMLFICIELKIYVPDGLGDLMDALSDPRAFLSAQEKRLAQMRAMGIEE 872
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: EGK97441.1 (AGAP001936-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 535.028 bits (1377), Expect = 5.454e-172
Identity = 279/652 (42.79%), Postives = 393/652 (60.28%), Query Frame = 0 
Query:   82 IVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATP---QAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            ++  +DF    F      +     ++ L+ +I +   +   ++  +F+ F+NE QRDPRLNEIL+P   E +A  +I   E N    E   ++ +G +R+L+SDEN  V                             G Q+ G+SSVE+YRQ LLAGCRC+ELD WDG  ++EEP+I HG  +  +I  KDVI A+ + AF T+ +PVILSFENHC   QQ K+A YC E  G++LL E + ++PLE G  LP P+ LK KI+IKNK+  ++P+   +E    +     + +     +S  D     E ++      V         Q      P     G  T V    S +VNY   V         ++N+   MSSF ET  + LLK Q IEFVNYNKRQ+SRI+P+GTR DSSN+MPQVFWNAGCQ V+LNFQT DL MQLN G FEYN +CGYL KP FM R+DR+FDPFAD+PVDG++ A+ + QV++GQFL+D+ VGTYV+VDM+GLP DTVR++FRT++VP NG+ PV+N+EPFLF++           L V ++  +Y+E+G+ +G R+LP+  L+ GYRHI+LR+EA   +  P LFC ++++ +VPD F DF DAL++P  +     +R+  +  +  EE
Sbjct:  198 VIEKADFTFEKFYELYHKICPRNDIEELFRSITQ--GKANAINLDQFINFLNEKQRDPRLNEILYPLYDEKRALEIITTYEQNDEAREAKTLTKDGLIRYLMSDENAPVFLDRLDIYMDMDQPLSHYYINSSHNTYLSGRQFGGKSSVEMYRQTLLAGCRCVELDCWDGKGEDEEPIITHGMAMCTDILFKDVIYALRDTAFVTSDYPVILSFENHCCKSQQYKLAKYCDEILGDLLLKEPIPDYPLEPGAVLPPPSLLKRKILIKNKR--LKPEVEKKELELFLQGEFVIEDEVKEDASAVDVTKIAELEAPAAAAAVVPVAAAAASQDGGEEAPPVQYTGSTTNVHPWLSSMVNYAQPVKFQSFDYADKKNVHHNMSSFAETTGMNLLKSQAIEFVNYNKRQMSRIYPKGTRADSSNYMPQVFWNAGCQMVSLNFQTSDLPMQLNQGKFEYNGNCGYLLKPDFMRRADRSFDPFADAPVDGVIAASCAVQVIAGQFLSDKKVGTYVEVDMYGLPSDTVRKEFRTRMVPANGLNPVYNEEPFLFRKVVLPD------LAV-LRFGVYDENGKLLGQRILPLDGLQGGYRHISLRTEANFPMSLPMLFCNIELKIYVPDGFEDFMDALSDPRAFMGAAKERSDNMKAMGIEE 838
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: EAA00962.5 (AGAP001936-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 535.028 bits (1377), Expect = 5.751e-172
Identity = 279/652 (42.79%), Postives = 393/652 (60.28%), Query Frame = 0 
Query:   82 IVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATP---QAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            ++  +DF    F      +     ++ L+ +I +   +   ++  +F+ F+NE QRDPRLNEIL+P   E +A  +I   E N    E   ++ +G +R+L+SDEN  V                             G Q+ G+SSVE+YRQ LLAGCRC+ELD WDG  ++EEP+I HG  +  +I  KDVI A+ + AF T+ +PVILSFENHC   QQ K+A YC E  G++LL E + ++PLE G  LP P+ LK KI+IKNK+  ++P+   +E    +     + +     +S  D     E ++      V         Q      P     G  T V    S +VNY   V         ++N+   MSSF ET  + LLK Q IEFVNYNKRQ+SRI+P+GTR DSSN+MPQVFWNAGCQ V+LNFQT DL MQLN G FEYN +CGYL KP FM R+DR+FDPFAD+PVDG++ A+ + QV++GQFL+D+ VGTYV+VDM+GLP DTVR++FRT++VP NG+ PV+N+EPFLF++           L V ++  +Y+E+G+ +G R+LP+  L+ GYRHI+LR+EA   +  P LFC ++++ +VPD F DF DAL++P  +     +R+  +  +  EE
Sbjct:  198 VIEKADFTFEKFYELYHKICPRNDIEELFRSITQ--GKANAINLDQFINFLNEKQRDPRLNEILYPLYDEKRALEIITTYEQNDEAREAKTLTKDGLIRYLMSDENAPVFLDRLDIYMDMDQPLSHYYINSSHNTYLSGRQFGGKSSVEMYRQTLLAGCRCVELDCWDGKGEDEEPIITHGMAMCTDILFKDVIYALRDTAFVTSDYPVILSFENHCCKSQQYKLAKYCDEILGDLLLKEPIPDYPLEPGAVLPPPSLLKRKILIKNKR--LKPEVEKKELELFLQGEFVIEDEVKEDASAVDVTKIAELEAPAAAAAVVPVAAAAASQDGGEEAPPVQYTGSTTNVHPWLSSMVNYAQPVKFQSFDYADKKNVHHNMSSFAETTGMNLLKSQAIEFVNYNKRQMSRIYPKGTRADSSNYMPQVFWNAGCQMVSLNFQTSDLPMQLNQGKFEYNGNCGYLLKPDFMRRADRSFDPFADAPVDGVIAASCAVQVIAGQFLSDKKVGTYVEVDMYGLPSDTVRKEFRTRMVPANGLNPVYNEEPFLFRKVVLPD------LAV-LRFGVYDENGKLLGQRILPLDGLQGGYRHISLRTEANFPMSLPMLFCNIELKIYVPDGFEDFMDALSDPRAFMGAAKERSDNMKAMGIEE 838
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: EFX75407.1 (phospholipase C, beta isoform [Daphnia pulex])

HSP 1 Score: 525.783 bits (1353), Expect = 1.143e-168
Identity = 291/718 (40.53%), Postives = 416/718 (57.94%), Query Frame = 0 
Query:   86 SDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINE---------APAPVPKVKK-KYSFRPRKNVTPGENEVHPLRYSASIRNCSSRSTRRIEEQSTLSRSTIS 754
            +DF    FV     +     ++ L+ +I K   +   +   +F+ F+N+ QRDPRLNEIL+P   E +A  +I+  E +  N    ++S +GF+R+L+SD+N  V                             G Q+ G+SSVE+YRQ LLAGCRC+ELD WDG   +EEP+I HG  +  EI  KDVI+AI +CAF T+ +P+ILSFENHC   QQ K+A YC E  G++LL E +   PL+ G  LPSP+ LK KI+IKNK    R K   E+Q  ++ +             TED+        + ED    +A +P D +         G    +    S +VNY   V         ++N+   MSSF ET  +  LK   IEFVNYNKRQ+SRI+P+GTR DSSN+MPQVFWNAG Q V+LNFQT DL  QLN G FEYN +CGYL KP FM R DRTFDPFA+SPVDG++ A  + QV++GQFL+D+ VGTYV+VDM+GLP DT+R++FRT++VP NG+ P++N+EPFLF++           L V ++  +Y+E+G+ +G R+LP+  L+ GYRHI+LR+EA   +  P LFC ++++ +VPD    F DAL++P  + S   +R  +L  +  EE             APA   +VK+ +  F P    +   ++          ++  S   R+ +E++T+ ++ +S
Sbjct:  206 ADFTFEKFVALYHKICPRNDIEELFQSITK--GKSDAIGIIQFIDFLNDKQRDPRLNEILYPLYNEKRATEIIEEYEQDKDNRLRRRLSKDGFIRYLMSDDNAPVWLDRLDIYMEMDQPLSHYYINSSHNTYLSGRQFGGKSSVEMYRQTLLAGCRCVELDCWDGKGSDEEPIITHGKAMCTEILFKDVILAIRDCAFVTSDWPIILSFENHCCRAQQYKLAKYCDEILGDLLLKEPIPESPLDPGVPLPSPSQLKRKILIKNK----RLKPDVEKQELELFRQGQF-------VITEDE--------EKEDASAPAAPIPEDKK----VYEYKGGTNHIHPWLSSMVNYAEPVKFQGFDVAEEKNIHHNMSSFAETTGLNYLKTTAIEFVNYNKRQMSRIYPKGTRADSSNYMPQVFWNAGSQMVSLNFQTPDLPFQLNQGKFEYNGNCGYLLKPDFMRRPDRTFDPFAESPVDGVIAAQCAVQVIAGQFLSDKKVGTYVEVDMYGLPTDTIRKEFRTRMVPANGLNPIYNEEPFLFRKVVLPD------LAV-LRFGVYDENGKLLGQRILPLDGLQGGYRHISLRTEANFPMALPMLFCNIELKIYVPDGLGGFMDALSDPRAFMSANKERDNKLKEMGIEESEQSKAAITGGKPAPAAEEEVKREEMKFEPVTLESLRSDKAFAKATKKHQKDLDSMRKRQQKEKATIQKNQVS 891
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: gb|KPM06056.1| (1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase-like protein 1 [Sarcoptes scabiei])

HSP 1 Score: 516.924 bits (1330), Expect = 3.496e-167
Identity = 290/703 (41.25%), Postives = 391/703 (55.62%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRDSLYSSY-GSIEERTLTIVYGSDFVNINFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNEQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVD-XQPAXGATPQAGRETKVSEXXSRLVNYXX---------AVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            F+ W     E  +L++  + D+R G    VPK+A+L   L S +  ++EE +LTI  G+D VNIN+ +   S   +AK                             QRDPRLNEIL P+  E +A  ++  +EPN   I+ G +S +G +R+L+S+EN                              + G Q+ G+SSVE+YRQVLLAGCRCIELD WDG  +++EP+I HG  +  +I  K                              Q K+A YC E  GE+LL E L+ +PLE    LPSPNDLK KI+IKNK    R    +E+   ++ K   L                   D D+E+ D S+     D  Q A       G    +    S LVNY           A +R + F MSSF E  A+G LK Q IEFVNYNKRQLSRI+P+GTR DSSNF+PQVFWNAGCQ VALNFQT DL MQLN G FEYN  CGYL KP FM R DR FDPFA+SPVDG++ A  S +V+SGQFL+D+ VGTYV+VDM+GLP DT+R++FRT++VP NG+ PV+N+EPF+F++           L V ++I +Y+E+G+ +G R+LP+  L+ GYRHI+LR+E    +  P LF  ++++ +VPD   D  DAL++P  + S  +KR  Q+  +  EE
Sbjct:   55 FIYWKSEGKEGQVLELCQVNDIRAGG---VPKDARLFSELQSRFKNNLEELSLTICSGTDMVNINYTHIVCSSTDLAK----------------------------RQRDPRLNEILHPFYDEKRALEIVTTHEPNQDLIQKGLLSQDGLIRYLMSNENAPVFLDRLEIYMDMDQSLSHYYCNSSHNTYLTGRQFGGKSSVEMYRQVLLAGCRCIELDCWDGKGEDQEPIITHGKAMCTDILFK------------------------------QYKLAKYCDEILGELLLREPLNGYPLEPKIPLPSPNDLKYKIVIKNK----RLNQEDEKVELELWKKGQLA-----------------QDEDEENEDPSAILTTEDIEQIAMANYRYTGATQHIHPYLSSLVNYAQPIKFQGFDVAEEREICFHMSSFAENTALGHLKTQAIEFVNYNKRQLSRIYPKGTRADSSNFLPQVFWNAGCQMVALNFQTSDLPMQLNQGKFEYNGGCGYLLKPDFMRRKDRIFDPFAESPVDGVIAAQCSVRVISGQFLSDKKVGTYVEVDMYGLPTDTIRKEFRTRMVPANGLNPVYNEEPFVFRKVVLPD------LAV-LRIAVYDENGKMLGQRILPLDGLQAGYRHISLRTEGNFPMSLPMLFICIELKIYVPDGLGDLMDALSDPRAFLSAQEKRIAQMKAMGIEE 668
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: XP_016769634.1 (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase [Apis mellifera])

HSP 1 Score: 520.776 bits (1340), Expect = 2.321e-166
Identity = 278/653 (42.57%), Postives = 385/653 (58.96%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP----------KGGN---EEQPTQIVKXPPLPNISTSPSSTEDKGGGGES--DSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV--------------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEES-GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE-----KINEAPA---PVPKVKKKYSFRP 711
            + + F+NE QRDP LNEIL+P   E +A  +I   E N        ++ +GF+R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  ++EEP+I HG  +  +I  KDVI A+ + AF T+++PVILSFENHC  +QQ K+A YC E  G++LL E L ++PLE G  LPSPN LK KI+IKNK+  ++P          + G    E++  +    PP   +     S +++    ES   S   +   SS+   +         P  G  T V    S +VNY   +              ++N+   MSSF ET  +  LK Q IEFVNYNKRQ+SRI+P+GTR DSSN+MPQVFWNAGCQ V+LNFQT DL MQLN G FEYN   GYL KP FM R+DR+FDPFA+SPVDG++    S QV++GQFL+D+ VGTYV+V+M+GLP DT+R++FRT+VVP NG+ PV+N+EPFLF++               ++  +Y+ES G+ +G R++P+  L+ GYRHI+LR+EA   +  P LFC ++++ +VPD +    DAL  P  Y+   +    ++  L  EE       + APA     PK +++  F P
Sbjct:  241 QLVMFLNEKQRDPTLNEILYPLYDEKRALEIINDYEQNEMARNQKTMTKDGFIRYLMSDENAPVFLDRLDVYMDMDQPLAHYYINSSHNTYLCGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDEEPIITHGKAMCTDILFKDVIYAVRDTAFVTSEYPVILSFENHCSKKQQYKLAKYCDEILGDLLLKEPLKDYPLEPGVPLPSPNLLKRKILIKNKR--LKPEVEKHELELFRQGQFVIEDEVKEDASAPPSVAVVVEQQSVKEEVSTTESVASSTTGNQQQSSSSTGLGETLDIPVPPYTGSTTNVHPWLSSMVNYAQPIKFPGFDVAELPSCTEKNIHHNMSSFAETAGLNYLKTQAIEFVNYNKRQMSRIYPKGTRADSSNYMPQVFWNAGCQMVSLNFQTADLPMQLNQGKFEYNGSSGYLLKPDFMRRADRSFDPFAESPVDGVIATQCSVQVIAGQFLSDKKVGTYVEVEMYGLPTDTIRKEFRTRVVPANGLNPVYNEEPFLFRKVVLPDL-------AALRFAVYDESNGKLLGQRIVPLDGLQSGYRHISLRTEANFPMSLPMLFCNIEIKIYVPDGYEGLMDALTAPRAYKKSENASQNKMRGLGIEESDSKGHCDSAPAHHREAPKPREEMKFNP 884
[Close]
BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Match: XP_016769633.1 (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase [Apis mellifera])

HSP 1 Score: 520.776 bits (1340), Expect = 2.321e-166
Identity = 278/653 (42.57%), Postives = 385/653 (58.96%), Query Frame = 0 
Query:  127 EFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRP----------KGGN---EEQPTQIVKXPPLPNISTSPSSTEDKGGGGES--DSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV--------------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEES-GRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE-----KINEAPA---PVPKVKKKYSFRP 711
            + + F+NE QRDP LNEIL+P   E +A  +I   E N        ++ +GF+R+L+SDEN                              + G Q+ G+SSVE+YRQVLLAGCRC+ELD WDG  ++EEP+I HG  +  +I  KDVI A+ + AF T+++PVILSFENHC  +QQ K+A YC E  G++LL E L ++PLE G  LPSPN LK KI+IKNK+  ++P          + G    E++  +    PP   +     S +++    ES   S   +   SS+   +         P  G  T V    S +VNY   +              ++N+   MSSF ET  +  LK Q IEFVNYNKRQ+SRI+P+GTR DSSN+MPQVFWNAGCQ V+LNFQT DL MQLN G FEYN   GYL KP FM R+DR+FDPFA+SPVDG++    S QV++GQFL+D+ VGTYV+V+M+GLP DT+R++FRT+VVP NG+ PV+N+EPFLF++               ++  +Y+ES G+ +G R++P+  L+ GYRHI+LR+EA   +  P LFC ++++ +VPD +    DAL  P  Y+   +    ++  L  EE       + APA     PK +++  F P
Sbjct:  241 QLVMFLNEKQRDPTLNEILYPLYDEKRALEIINDYEQNEMARNQKTMTKDGFIRYLMSDENAPVFLDRLDVYMDMDQPLAHYYINSSHNTYLCGRQFGGKSSVEMYRQVLLAGCRCVELDCWDGKGEDEEPIITHGKAMCTDILFKDVIYAVRDTAFVTSEYPVILSFENHCSKKQQYKLAKYCDEILGDLLLKEPLKDYPLEPGVPLPSPNLLKRKILIKNKR--LKPEVEKHELELFRQGQFVIEDEVKEDASAPPSVAVVVEQQSVKEEVSTTESVASSTTGNQQQSSSSTGLGETLDIPVPPYTGSTTNVHPWLSSMVNYAQPIKFPGFDVAELPSCTEKNIHHNMSSFAETAGLNYLKTQAIEFVNYNKRQMSRIYPKGTRADSSNYMPQVFWNAGCQMVSLNFQTADLPMQLNQGKFEYNGSSGYLLKPDFMRRADRSFDPFAESPVDGVIATQCSVQVIAGQFLSDKKVGTYVEVEMYGLPTDTIRKEFRTRVVPANGLNPVYNEEPFLFRKVVLPDL-------AALRFAVYDESNGKLLGQRIVPLDGLQSGYRHISLRTEANFPMSLPMLFCNIEIKIYVPDGYEGLMDALTAPRAYKKSENASQNKMRGLGIEESDSKGHCDSAPAHHREAPKPREEMKFNP 884
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|642918912|ref|XP_008191652.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II [Tribolium castaneum] >gi|1004400411|gb|KYB27786.1| 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II-like Protein [Tribolium castaneum])

HSP 1 Score: 631.328 bits (1627), Expect = 0.000e+0
Identity = 343/700 (49.00%), Postives = 440/700 (62.86%), Query Frame = 0 
Query:   92 NFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRH---------------VRPKG------GNEEQPTQIVKXPPLPN--ISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPV----DXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAPVPKVKKKYSFRPRKNVTPGENEVHPL 725
            +F NF  +L   ++++ ++  I         M+ A+F+ F+N+ QRDPRLNEIL PY    +A+ +I   EPN  N + G++S +GFLR+L+S++N I+                             GHQ TG+SS E+YRQ LLAGCRC+ELD W+G    EEP+I HGYT VPEI A++V+ AIAE AFKT+ FPV+LSFENHC PRQQ K+ANYC+E FGEMLL   L+ + LE G+ LP P+ LK KIIIKNKK+H                +P+       GN + P      PPL       S  ST  +     SD D E L+  ++  P     D + A     +AG E       S LVNY   V         ++N S+EMSSF+E  A  LLKE P++FVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALNFQTLDLAMQLN+G+FEYN  CGYL KP FM R+DR F PFA+S VDGI+  TV   V+SGQFLTD+ VGTYV+V+M+GLP DTVR++FRTK VPNNGI PV+++EPF+FK+               I+I  YEESGRFIGHRVLP+  L PGYRH+ LR+E G+ L   +LF ++ V+D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++ +    PA   + +KK S   ++  T G     PL
Sbjct:  222 DFFNFYKNLTQRSEIEKVFNDIVGSKKH---MTAAQFVDFLNKTQRDPRLNEILHPYANTARAKDIIAQYEPNKYNAQKGQLSFDGFLRYLMSEDNNIIAPSKYELCDEMDHPLAHYFINSSHNTYLTGHQLTGKSSTEMYRQCLLAGCRCVELDFWNG---REEPIIVHGYTFVPEISAREVLEAIAESAFKTSDFPVVLSFENHCNPRQQAKIANYCREIFGEMLLEAPLEAYKLEPGQPLPPPSVLKRKIIIKNKKKHHHHHHHHHHHKKSTSAQPEAPPSEPTGNGDVPHH---APPLQANCRQGSKDSTGTEDEESSSDEDGETLETDNSTEPTNEGSDHKAATAGETEAGAEI------SALVNYVQPVHFTSFENAKKKNRSYEMSSFDEKQATSLLKEYPVQFVNYNKHQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNFQTLDLAMQLNLGIFEYNFRCGYLLKPEFMRRTDRRFYPFAESTVDGIIAGTVKITVISGQFLTDKRVGTYVEVEMYGLPADTVRKRFRTKTVPNNGINPVYDEEPFVFKKVVLPDL-------ASIRIAAYEESGRFIGHRVLPVVGLCPGYRHVNLRTEIGQPLPLATLFLHIVVKDYVPDGLSDFAEALANPIKYQSDLEKRAQQLAVLTDDME----PAEGTEDQKKNSLSAKEQATNGSPIQRPL 895

HSP 2 Score: 77.0258 bits (188), Expect = 1.417e-10
Identity = 42/122 (34.43%), Postives = 68/122 (55.74%), Query Frame = 0 
Query:   11 SAAALESVVELDSCLLSGEKFLKWTD-------------------------HETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV 106
            +A +L+S+ E+   L +GEKF+KW +                         HE  LLD++ IRD R G  A++PK+ KLR  +   S  ++EE+T+T+   +DFVN+NF+NFC +   +A++
Sbjct:   17 NAVSLKSI-EVPQALQNGEKFIKWDEDSGVGTPVTLRVDKYGFYLHWVDQNHEMDLLDIATIRDTRTGRYAKIPKDPKLRQIVTMGSQDTLEEKTVTVCCANDFVNMNFINFCCTRKEIARL 137
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|1059396649|ref|XP_017771525.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II [Nicrophorus vespilloides])

HSP 1 Score: 629.787 bits (1623), Expect = 0.000e+0
Identity = 333/673 (49.48%), Postives = 426/673 (63.30%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCK----------------------IIIK-----NKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEEKINEAPAP 699
            F  F  SL    +V+ ++  I     + Q M+  + ++F+N+ QRDPRLNEILFPY    +A+ +I   EPN   ++ G +S EGFL++L+S++N I+                             GHQ TGRSSVEIYRQ LLAGCRC+ELD W+G  + +EP+I HGYT VP+I A++V+ AIAE AFKT+ FPV+LSFENHC P+QQ K+ANYC+E FG+MLL++ +D+  LE G  LP P+ LK K                      +++      +   +VR   GN E P      PPL    T   S E  G   E  S +E++D    E P + Q   G    A +ET+     S LVNY   V         ++N S+EMSSF+E  A  LLKE+PIEFVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALNFQTLDLAMQLN+G+FEYN  CG+L KP FM R DR  DPFA+S VDGI+  TV   V+SGQFLTDR VGTYV+VDM+GLP DT R+KFRTKVVPNNGI PV+ DEPF+FK+               ++I +YEESG+FIGHRV+P+  L PGYRH+ LR+E G+ L   +LF ++ V+D+VPD  SDFA+ALANPI+YQS ++KR +QL VLTE  +I E   P
Sbjct:  241 FFGFYKSLTQRTEVERIFNEIA---CKKQQMTAEQLVEFLNKTQRDPRLNEILFPYADVARAKDIIAQYEPNKGYVQKGVLSAEGFLKYLMSEDNNIISQNSYDLTDEMDHPMSHYFINSSHNTYLTGHQLTGRSSVEIYRQCLLAGCRCVELDFWNGG-RNDEPIIVHGYTFVPDINAREVLEAIAESAFKTSDFPVVLSFENHCNPKQQAKIANYCREIFGDMLLADPIDSHKLEPGISLPPPSMLKRKIIIKNKKKHHHHHHHHKKVQEAVVVAAPTALDTNANVRT--GNGEVPP--AHPPPL---QTRQGSKESTGTEEEDSSSEEEVDGGEPEPPSESQENVGEKAVAAKETEAGAEISALVNYVQPVHFSSFENAEKKNRSYEMSSFDEKQATTLLKEKPIEFVNYNKHQLSRVYPVGTRFDSSNFMPQVFWNAGCQLVALNFQTLDLAMQLNLGVFEYNLRCGFLLKPEFMRRIDRRLDPFAESTVDGIIAGTVKITVISGQFLTDRRVGTYVEVDMYGLPADTARKKFRTKVVPNNGINPVYEDEPFVFKKVVLPEL-------ASVRIAVYEESGKFIGHRVMPVIGLCPGYRHVNLRTELGQPLPLATLFLHIVVKDYVPDGLSDFAEALANPIKYQSDLEKRAEQLAVLTEGMEIAENIEP 895

HSP 2 Score: 74.3294 bits (181), Expect = 9.163e-10
Identity = 43/122 (35.25%), Postives = 65/122 (53.28%), Query Frame = 0 
Query:   11 SAAALESVVELDSCLLSGEKFLKWTDHETV-------------------------LLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV 106
            +A +L S+ E+   L  GEKF+KW +   V                         LLD++ IRD R G  A++PK+ KLR  +   S  ++EE+T+T+   SDFVNINF+NFC +   +A++
Sbjct:   34 NAVSLRSL-EVPQPLQDGEKFIKWDEDSGVGTPVTLRVDENGFYLHWLDQNKEFDLLDIATIRDTRTGKYAKIPKDPKLRQIVTMGSQDTLEEKTVTVCVASDFVNINFINFCCTRKEIARL 154
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|939263774|ref|XP_014251862.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X2 [Cimex lectularius])

HSP 1 Score: 628.246 bits (1619), Expect = 0.000e+0
Identity = 339/701 (48.36%), Postives = 437/701 (62.34%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLK----CKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNIS----TSPSSTEDKGGGGESDSDDEDL----DVSSAEVPVDXQPAXGATPQA-GRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT-------------EEEKINEA----PAPVPKVKKKYSFRPR-KNVTPGENEVH 723
            F NF   L    + + ++  +     + ++MS ++ ++F+N  QRDPRLNEIL PY    +A+ +I   E N  N+  G++S EGFLR+++S++N IV                             GHQ TG+SSVEIYRQ LLAGCRC+ELD W+G  + EEPVI HGYT VPEI AKDVI AIAE AFKT+ +PVILSFENHC PRQQ K+A YC++ FG+MLL   LD+  LE G  LP P+ LK     K   K+    V  +G   E          +P+ +    +S  S ++K      ++ DE++    D+ S+    D +P       A  +ET+     S LVNY   V         ++N  +EMSSF+E  A  LLKE PIEFV YNK+QLSR++P GTR DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN+ CGYL KP FM R DR FDPFA+S VDGI+  TVS  V+SGQFLTD+  GTYV+VDM+GLP DTVR+KFRTK+VPNNGI PV+++EPF+FK+               I+I  YEE G+FIGHRVLP+  L PGYRH+TLR+E G+ L   +LF +V V+D+VP+ FSDFA+ALANPI+YQS++DKR QQL VLT             +EE  N++    P P P++K+  S  P       G N  H
Sbjct:  216 FFNFYKHLTQRTEAEKIFEELCGS--KKKLMSASQLVEFLNLTQRDPRLNEILHPYANVARAKDIIAQYEINKNNVNKGQLSFEGFLRYMMSEDNPIVAPSKVELCDDMDQPLAHYFINSSHNTYLTGHQLTGKSSVEIYRQCLLAGCRCVELDFWNGG-RTEEPVIVHGYTFVPEIPAKDVIEAIAESAFKTSDYPVILSFENHCNPRQQAKIAQYCRDIFGDMLLDSPLDSHKLEAGVPLPPPSLLKRKIIIKNKKKHHHNKVLERGTTGEIEVVATGNGDVPHAAPVRQSSKESADEKPEEKNDEATDENVPAEDDLESSSGDEDEKPLEKDDKVASAKETEAGAEISALVNYVQPVHFVSFEITEKKNRFYEMSSFDEKQATMLLKESPIEFVKYNKQQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNQRCGYLLKPEFMRRQDRRFDPFAESTVDGIIAGTVSINVISGQFLTDKRCGTYVEVDMYGLPADTVRKKFRTKIVPNNGINPVYDEEPFVFKKVVLPELAC-------IRITAYEEGGKFIGHRVLPVIGLCPGYRHVTLRTECGQPLQLATLFLHVVVKDYVPEGFSDFAEALANPIKYQSELDKRAQQLAVLTDLEESQDVWPSTEQEEGGNQSDEGGPPPAPRLKRIGSMCPEMSGGATGHNPAH 906

HSP 2 Score: 75.8702 bits (185), Expect = 3.603e-10
Identity = 44/135 (32.59%), Postives = 70/135 (51.85%), Query Frame = 0 
Query:   19 VELDSCLLSGEKFLKWTDHETV-------------------------LLDVSLIRDVRRGPTARVPKEAKLR--DSLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLAIXKEDPRGQVM 123
            +++  C++ GEK +KW +   V                         LLD++ IRD R G  A++PK+ KLR   ++ SS   +E++T+T+ +GSDFVN+ F+NFC +    A++   +LL LA       G VM
Sbjct:   16 LDVPKCMVDGEKVIKWDEDSGVGTPVTLRVDKNGFYLYWLDQNKEMDLLDIATIRDCRTGKQAKIPKDPKLRLNVTMGSSQDLLEDKTVTLCHGSDFVNLTFINFCCTKKETAQLWTDELLKLAFNLSQLNGSVM 150
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|939263770|ref|XP_014251860.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X1 [Cimex lectularius] >gi|939263772|ref|XP_014251861.1| PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X1 [Cimex lectularius])

HSP 1 Score: 628.246 bits (1619), Expect = 0.000e+0
Identity = 339/701 (48.36%), Postives = 437/701 (62.34%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLK----CKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNIS----TSPSSTEDKGGGGESDSDDEDL----DVSSAEVPVDXQPAXGATPQA-GRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT-------------EEEKINEA----PAPVPKVKKKYSFRPR-KNVTPGENEVH 723
            F NF   L    + + ++  +     + ++MS ++ ++F+N  QRDPRLNEIL PY    +A+ +I   E N  N+  G++S EGFLR+++S++N IV                             GHQ TG+SSVEIYRQ LLAGCRC+ELD W+G  + EEPVI HGYT VPEI AKDVI AIAE AFKT+ +PVILSFENHC PRQQ K+A YC++ FG+MLL   LD+  LE G  LP P+ LK     K   K+    V  +G   E          +P+ +    +S  S ++K      ++ DE++    D+ S+    D +P       A  +ET+     S LVNY   V         ++N  +EMSSF+E  A  LLKE PIEFV YNK+QLSR++P GTR DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN+ CGYL KP FM R DR FDPFA+S VDGI+  TVS  V+SGQFLTD+  GTYV+VDM+GLP DTVR+KFRTK+VPNNGI PV+++EPF+FK+               I+I  YEE G+FIGHRVLP+  L PGYRH+TLR+E G+ L   +LF +V V+D+VP+ FSDFA+ALANPI+YQS++DKR QQL VLT             +EE  N++    P P P++K+  S  P       G N  H
Sbjct:  216 FFNFYKHLTQRTEAEKIFEELCGS--KKKLMSASQLVEFLNLTQRDPRLNEILHPYANVARAKDIIAQYEINKNNVNKGQLSFEGFLRYMMSEDNPIVAPSKVELCDDMDQPLAHYFINSSHNTYLTGHQLTGKSSVEIYRQCLLAGCRCVELDFWNGG-RTEEPVIVHGYTFVPEIPAKDVIEAIAESAFKTSDYPVILSFENHCNPRQQAKIAQYCRDIFGDMLLDSPLDSHKLEAGVPLPPPSLLKRKIIIKNKKKHHHNKVLERGTTGEIEVVATGNGDVPHAAPVRQSSKESADEKPEEKNDEATDENVPAEDDLESSSGDEDEKPLEKDDKVASAKETEAGAEISALVNYVQPVHFVSFEITEKKNRFYEMSSFDEKQATMLLKESPIEFVKYNKQQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNQRCGYLLKPEFMRRQDRRFDPFAESTVDGIIAGTVSINVISGQFLTDKRCGTYVEVDMYGLPADTVRKKFRTKIVPNNGINPVYDEEPFVFKKVVLPELAC-------IRITAYEEGGKFIGHRVLPVIGLCPGYRHVTLRTECGQPLQLATLFLHVVVKDYVPEGFSDFAEALANPIKYQSELDKRAQQLAVLTDLEESQDVWPSTEQEEGGNQSDEGGPPPAPRLKRIGSMCPEMSGGATGHNPAH 906

HSP 2 Score: 75.485 bits (184), Expect = 3.733e-10
Identity = 44/135 (32.59%), Postives = 70/135 (51.85%), Query Frame = 0 
Query:   19 VELDSCLLSGEKFLKWTDHETV-------------------------LLDVSLIRDVRRGPTARVPKEAKLR--DSLYSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLAIXKEDPRGQVM 123
            +++  C++ GEK +KW +   V                         LLD++ IRD R G  A++PK+ KLR   ++ SS   +E++T+T+ +GSDFVN+ F+NFC +    A++   +LL LA       G VM
Sbjct:   16 LDVPKCMVDGEKVIKWDEDSGVGTPVTLRVDKNGFYLYWLDQNKEMDLLDIATIRDCRTGKQAKIPKDPKLRLNVTMGSSQDLLEDKTVTLCHGSDFVNLTFINFCCTKKETAQLWTDELLKLAFNLSQLNGSVM 150
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|1080047129|ref|XP_018564853.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X3 [Anoplophora glabripennis])

HSP 1 Score: 617.461 bits (1591), Expect = 0.000e+0
Identity = 335/650 (51.54%), Postives = 424/650 (65.23%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVR----------PKGGNEEQPTQIVKXPP-LPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVP-VDXQPAXGATPQA-GRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            F NF   L   A+V+ ++  I   + + +VM+  +F+ F+N+ QRDPRLNEIL PY   T+A+ LI + EPN  N   G++S EGFLR+LLS++N I+                             GHQ TG+SS E+YRQ LLAGCRC+ELD W+G T  EEPVI HGYT VPEI AK+V+ AIAE +FKT+ FPV+LSFENHC PRQQ ++A+YC+E FG+MLL   LD + LE G  LP P+ LK KIIIKNKK+H            P+    E PT     P   P++ T   S E  G   E D+  E+          ++  P  G   QA   E++     S LVNY   V         ++N S+EMSSF+E  A  LLKE PI+FVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN   GYL KP FM R+DR F PFA+S VDGI+  TV   V+SGQFLTD+ VGTYV+V+M+GLP DTVR++F+TKVVPNNGI PV+++EPF+FK+               I+I+ YEESG+FIGHR+LP+  L PGYRH+ LR+E G+ L   +LF  V V D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++
Sbjct:   45 FFNFYVHLTKRAEVERVFNEISSVNSK-KVMTAHQFVDFLNKTQRDPRLNEILHPYADTTRAKDLIALYEPNKYNAGRGQLSFEGFLRYLLSEDNNIMAATKFDLSHDMDQSLAHYFINSSHNTYLTGHQITGKSSAEMYRQCLLAGCRCVELDFWNGRT--EEPVIYHGYTFVPEISAKEVLEAIAESSFKTSDFPVVLSFENHCNPRQQARIASYCREIFGDMLLDTPLDIYKLEPGNPLPPPSALKRKIIIKNKKKHHHHHHKRNVTPSPEAQGSE-PTGNGDVPHHAPSLQTRQGSKESTGTDEEEDTSSEEEVEPLEPEAPIESNPEEGDHKQAPAMESEAGAEISALVNYVQPVHFSSFENAKKKNRSYEMSSFDEKQATSLLKEYPIQFVNYNKHQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNFRSGYLLKPEFMRRTDRRFYPFAESTVDGIIAGTVKITVISGQFLTDKRVGTYVEVEMYGLPADTVRKRFKTKVVPNNGINPVYDEEPFVFKKVVLPEL-------ASIRIVAYEESGKFIGHRILPVVGLCPGYRHVNLRTEIGQPLPLATLFLKVVVMDYVPDGLSDFAEALANPIKYQSDLEKRAQQLAVLTDD 683
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|242024904|ref|XP_002432866.1| (1-phosphatidylinositol-4,5-bisphosphate phosphodiesterase, putative [Pediculus humanus corporis] >gi|212518375|gb|EEB20128.1| 1-phosphatidylinositol-4,5-bisphosphate phosphodiesterase, putative [Pediculus humanus corporis])

HSP 1 Score: 616.69 bits (1589), Expect = 0.000e+0
Identity = 336/664 (50.60%), Postives = 429/664 (64.61%), Query Frame = 0 
Query:   89 VNINFV---NFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK----GG-------NEEQPTQIV----KXPPLPNISTSPSSTEDKGGGGESDSDDEDLDV-----SSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            +NIN++    F A +       LL+        + + ++  +F+ F+N+ QRDPRLNEIL+PY    +A+ LIQ  E N  N + G++SL+GFLR+L+S++N I+                             GHQ TG+SSVEIYRQ LLAGCRC+ELD W+G  + +EPVI HGYT VPEI AK+VI AIAE AFKT+ FPV+LSFENHC PRQQ K+A YC+E FGEMLL   LD+ P++ G  LPSP  L+ KIIIKNKK+H        GG       +   P  +V      P  P + T   S E +    E++ +++  ++     SS E P D   +        +ET+     S LVNY   V         ++N  +EMSSF+E  A  LLKE+PIEFVNYNK QLSR++P G R DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN   GYL KP FM R DR  DPFA+S VDGI+  TVS QV+SGQFL+D+ VGTY++VDM+GLP DTVRRKFRTK+VPNN I P +N+EPF+FK+               I+I  YEESGRF+GHRVLP+  L PGYRH+TLR+EAG+ L   +LF  + V+D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++
Sbjct:  206 ININYIYIYKFYAFVSTYNYPTLLFSCSCGTSSKRKFLTAEKFVTFLNKTQRDPRLNEILYPYANPARAKDLIQQYETNKMNAQKGQLSLDGFLRYLMSEDNPIIASSSFDLSDDMDQPLSHYFINSSHNTYLTGHQITGKSSVEIYRQCLLAGCRCVELDFWNG--RIDEPVIVHGYTFVPEINAKEVIEAIAESAFKTSDFPVVLSFENHCNPRQQAKIAQYCREIFGEMLLDTPLDSHPVKPGSFLPSPAVLRHKIIIKNKKKHHHHHKKNHGGFRSNTMDSTTTPADVVTGNGDIPHAPPLQTRQGSKESQNEDDENEEEEDVEEMKLRGNSSGEKPTDKSAS-------AKETEAGAEISALVNYIQPVHFTSFEVAEKKNRFYEMSSFDEKQATTLLKERPIEFVNYNKFQLSRVYPSGKRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNARSGYLLKPEFMRRKDRRLDPFAESTVDGIIAGTVSIQVISGQFLSDKRVGTYIEVDMYGLPADTVRRKFRTKIVPNNAINPQYNEEPFIFKKVVLPEL-------ASIRITAYEESGRFLGHRVLPVPGLCPGYRHVTLRTEAGQPLPLATLFLLIVVKDYVPDGLSDFAEALANPIKYQSDLEKRAQQLSVLTDD 853

HSP 2 Score: 75.8702 bits (185), Expect = 3.627e-10
Identity = 42/119 (35.29%), Postives = 66/119 (55.46%), Query Frame = 0 
Query:   14 ALESVVELDSCLLSGEKFLKW-------------------------TDHETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV 106
            AL   VE+   L++GEKF+KW                          ++E  +LD ++IRD R G  ++VPK+ KL+  +   S  ++EE+T+T+  GSDFVN+NF+NFC +   +A+V
Sbjct:   11 ALLKPVEVPQSLVNGEKFVKWEEDSGTGTPVTLRVDKNGFYLYWVDQNNEMDVLDFAIIRDARTGRHSKVPKDPKLKSVVTMGSQDTLEEKTITVCCGSDFVNLNFINFCCTKKEIAQV 129
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|1080047125|ref|XP_018564851.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X1 [Anoplophora glabripennis])

HSP 1 Score: 615.92 bits (1587), Expect = 0.000e+0
Identity = 335/650 (51.54%), Postives = 424/650 (65.23%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVR----------PKGGNEEQPTQIVKXPP-LPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVP-VDXQPAXGATPQA-GRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            F NF   L   A+V+ ++  I   + + +VM+  +F+ F+N+ QRDPRLNEIL PY   T+A+ LI + EPN  N   G++S EGFLR+LLS++N I+                             GHQ TG+SS E+YRQ LLAGCRC+ELD W+G T  EEPVI HGYT VPEI AK+V+ AIAE +FKT+ FPV+LSFENHC PRQQ ++A+YC+E FG+MLL   LD + LE G  LP P+ LK KIIIKNKK+H            P+    E PT     P   P++ T   S E  G   E D+  E+          ++  P  G   QA   E++     S LVNY   V         ++N S+EMSSF+E  A  LLKE PI+FVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN   GYL KP FM R+DR F PFA+S VDGI+  TV   V+SGQFLTD+ VGTYV+V+M+GLP DTVR++F+TKVVPNNGI PV+++EPF+FK+               I+I+ YEESG+FIGHR+LP+  L PGYRH+ LR+E G+ L   +LF  V V D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++
Sbjct:  225 FFNFYVHLTKRAEVERVFNEISSVNSK-KVMTAHQFVDFLNKTQRDPRLNEILHPYADTTRAKDLIALYEPNKYNAGRGQLSFEGFLRYLLSEDNNIMAATKFDLSHDMDQSLAHYFINSSHNTYLTGHQITGKSSAEMYRQCLLAGCRCVELDFWNGRT--EEPVIYHGYTFVPEISAKEVLEAIAESSFKTSDFPVVLSFENHCNPRQQARIASYCREIFGDMLLDTPLDIYKLEPGNPLPPPSALKRKIIIKNKKKHHHHHHKRNVTPSPEAQGSE-PTGNGDVPHHAPSLQTRQGSKESTGTDEEEDTSSEEEVEPLEPEAPIESNPEEGDHKQAPAMESEAGAEISALVNYVQPVHFSSFENAKKKNRSYEMSSFDEKQATSLLKEYPIQFVNYNKHQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNFRSGYLLKPEFMRRTDRRFYPFAESTVDGIIAGTVKITVISGQFLTDKRVGTYVEVEMYGLPADTVRKRFKTKVVPNNGINPVYDEEPFVFKKVVLPEL-------ASIRIVAYEESGKFIGHRILPVVGLCPGYRHVNLRTEIGQPLPLATLFLKVVVMDYVPDGLSDFAEALANPIKYQSDLEKRAQQLAVLTDD 863

HSP 2 Score: 76.6406 bits (187), Expect = 1.828e-10
Identity = 43/123 (34.96%), Postives = 66/123 (53.66%), Query Frame = 0 
Query:   19 VELDSCLLSGEKFLKWTD-------------------------HETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLA 112
            +E+   L +GEKF+KW +                         HE  LLD+++IRD R G  A++PK+ KLR  +   S  ++EE+T+T+   +DFVNI F+NFC +   +A++    LL LA
Sbjct:   26 IEVPQALQNGEKFIKWDEDSGVGTPVTLRVDPNGFYLYWVDQNHEMDLLDIAIIRDTRTGKHAKIPKDPKLRQIVTMGSQDTLEEKTVTVCCANDFVNITFINFCCTRREIARLWTDSLLSLA 148
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|1080047127|ref|XP_018564852.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X2 [Anoplophora glabripennis])

HSP 1 Score: 614.764 bits (1584), Expect = 0.000e+0
Identity = 335/650 (51.54%), Postives = 422/650 (64.92%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVR----------PKGGNEEQPTQIVKXPP-LPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVP-VDXQPAXGATPQA-GRETKVSEXXSRLVNYXXAV---------QRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            F NF   L   A+V+ ++  I       +VM+  +F+ F+N+ QRDPRLNEIL PY   T+A+ LI + EPN  N   G++S EGFLR+LLS++N I+                             GHQ TG+SS E+YRQ LLAGCRC+ELD W+G T  EEPVI HGYT VPEI AK+V+ AIAE +FKT+ FPV+LSFENHC PRQQ ++A+YC+E FG+MLL   LD + LE G  LP P+ LK KIIIKNKK+H            P+    E PT     P   P++ T   S E  G   E D+  E+          ++  P  G   QA   E++     S LVNY   V         ++N S+EMSSF+E  A  LLKE PI+FVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN   GYL KP FM R+DR F PFA+S VDGI+  TV   V+SGQFLTD+ VGTYV+V+M+GLP DTVR++F+TKVVPNNGI PV+++EPF+FK+               I+I+ YEESG+FIGHR+LP+  L PGYRH+ LR+E G+ L   +LF  V V D+VPD  SDFA+ALANPI+YQS ++KR QQL VLT++
Sbjct:  225 FFNFYVHLTKRAEVERVFNEIVNSK---KVMTAHQFVDFLNKTQRDPRLNEILHPYADTTRAKDLIALYEPNKYNAGRGQLSFEGFLRYLLSEDNNIMAATKFDLSHDMDQSLAHYFINSSHNTYLTGHQITGKSSAEMYRQCLLAGCRCVELDFWNGRT--EEPVIYHGYTFVPEISAKEVLEAIAESSFKTSDFPVVLSFENHCNPRQQARIASYCREIFGDMLLDTPLDIYKLEPGNPLPPPSALKRKIIIKNKKKHHHHHHKRNVTPSPEAQGSE-PTGNGDVPHHAPSLQTRQGSKESTGTDEEEDTSSEEEVEPLEPEAPIESNPEEGDHKQAPAMESEAGAEISALVNYVQPVHFSSFENAKKKNRSYEMSSFDEKQATSLLKEYPIQFVNYNKHQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNFRSGYLLKPEFMRRTDRRFYPFAESTVDGIIAGTVKITVISGQFLTDKRVGTYVEVEMYGLPADTVRKRFKTKVVPNNGINPVYDEEPFVFKKVVLPEL-------ASIRIVAYEESGKFIGHRILPVVGLCPGYRHVNLRTEIGQPLPLATLFLKVVVMDYVPDGLSDFAEALANPIKYQSDLEKRAQQLAVLTDD 861

HSP 2 Score: 76.6406 bits (187), Expect = 1.906e-10
Identity = 43/123 (34.96%), Postives = 66/123 (53.66%), Query Frame = 0 
Query:   19 VELDSCLLSGEKFLKWTD-------------------------HETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAKV---KLLYLA 112
            +E+   L +GEKF+KW +                         HE  LLD+++IRD R G  A++PK+ KLR  +   S  ++EE+T+T+   +DFVNI F+NFC +   +A++    LL LA
Sbjct:   26 IEVPQALQNGEKFIKWDEDSGVGTPVTLRVDPNGFYLYWVDQNHEMDLLDIAIIRDTRTGKHAKIPKDPKLRQIVTMGSQDTLEEKTVTVCCANDFVNITFINFCCTRREIARLWTDSLLSLA 148
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|1009604201|ref|XP_015930069.1| (PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II-like isoform X2 [Parasteatoda tepidariorum])

HSP 1 Score: 614.764 bits (1584), Expect = 0.000e+0
Identity = 319/648 (49.23%), Postives = 419/648 (64.66%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVN-EQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHV------RPKG--GNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSD---DEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEE 690
            F NF   L    +V  ++  +     +G  M+  + ++F+N EQRDPRLNEIL+PY    +A+ +I+  EPN    + G +S  GFLR+L+ D+N IV                             GHQ TG+SSVE+YRQ LL GCRC+ELD W+G   +EEP+I HGYT+V EI  K+V+ AIA+CAFKT+ +PVILSFENHC  +QQ K+A YC++ FG+M+++E      L  G+ LPSP+ L  KIIIKNKK+H        PK   G ++QP    +       S       D GGG E   D   + D D+ S E   + +   GA     RE++     S LVNY   V+         RN S+E+SSF ET+A  LLKE P+EFVNYNKRQLSRI+P+GTR+DSSN+MPQVFWNAGCQ VALN+Q+LDL MQLN+G+FEYN  CGYL KP FM R+DR FDPF +S VDGI+  TVS ++LSGQFL+D+ VGTYV+VDM+GLP DTVRRKF+TK VPNNGI PV+++EPF+FK+               ++I + ++SG+ +GHRVLP+  LRPGYRHI LR+E+G+ L   +LF ++ V+D+VPD  SD ADALANPI YQS  +K  QQL+ LT++
Sbjct:  216 FFNFYRHLAGRDEVDKIFEKLCGGKKKG--MTVDQLVEFLNKEQRDPRLNEILYPYANPARARDIIKQYEPNKNVAQKGLLSETGFLRYLMGDDNPIVSLEKLDQNHNMDQPLSHYFINSSHNTYLSGHQLTGKSSVEMYRQTLLTGCRCVELDCWNGRNSDEEPIITHGYTVVSEILLKEVLEAIADCAFKTSDYPVILSFENHCSTKQQAKMAMYCRKIFGDMIITEPFGTHQLNPGQLLPSPHQLVRKIIIKNKKKHFPRAPDRTPKSSVGRDDQPLTPERVKSSSVSSPISGDENDPGGGTEDKIDGAEESDTDIGSDEE--EPEVIEGAEEDRARESEAGAEMSALVNYVQPVRFHSFEYAERRNRSYEVSSFVETHATNLLKEHPVEFVNYNKRQLSRIYPKGTRVDSSNYMPQVFWNAGCQMVALNYQSLDLGMQLNLGIFEYNGRCGYLLKPDFMRRTDRKFDPFTESTVDGIIAGTVSVKILSGQFLSDKRVGTYVEVDMYGLPADTVRRKFKTKTVPNNGINPVYDEEPFVFKKVVLPDLAC-------LRISVNDDSGKLLGHRVLPVVGLRPGYRHICLRNESGQPLSMKTLFVHITVKDYVPDGLSDLADALANPIAYQSIQEKHAQQLMALTDD 852
[Close]
BLAST of EMLSAG00000008463 vs. nr
Match: gi|925678287|gb|KOX75330.1| (1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II [Melipona quadrifasciata])

HSP 1 Score: 614.379 bits (1583), Expect = 0.000e+0
Identity = 332/659 (50.38%), Postives = 428/659 (64.95%), Query Frame = 0 
Query:   92 NFVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQIV-----------------------------GHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSP-SSTEDKG-----GGGE----------SDSDDEDLDVSSAEV---PVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLT----EEEKINEAP 697
            +F NF  SL   + V+ ++  I   + R ++MS  +F+ F+N+ QRDPRLNEIL+PY  E +A+ +I   EPN  N   G++S +GFLR+L+S++N IV                             GHQ TG+SSVEIYRQ LLAGCRC+ELD W+G  K +EPVI HGYT VPEI+A+DVI AIAE AFKT+++PVILSFENHC PRQQ K+A YC+E FGEMLL   L+   LE G++LP P+ LK KIIIKNKK+H   K        +  K  P+P +S       ED G       GE          +++ D D  + + ++   P+  Q           E +  E  +         ++N  +EMSSF+E  A  LLKE+P+EFVNYNK QLSR++P GTR DSSNFMPQVFWNAGCQ VALN+QTLDLAMQLN+G+FEYN+ CGYL KP FM R D+  DPFA+S VDGI+  TV   V+S QFLTD+ VGTYV+VDM+GLP DTVR+KFRTK+VPNNGI PV+++EPF+FK+               I+I  YEESGR IGHRVLP+  L PGYRH+ LR+E G+ L   +LF +V V+D+VPD  S+ A+ALANPI+YQS+ +KR +QL VLT    E E+I++ P
Sbjct:  206 DFFNFYKSLTQRSDVEKVFERIVGNNKR-RLMSVTQFVDFLNKTQRDPRLNEILYPYANEARAKDIISQYEPNKCNASRGQLSFDGFLRYLMSEDNPIVALSKLELSDDMDQPLAHYFINSSHNTYLTGHQLTGKSSVEIYRQCLLAGCRCVELDFWNG--KFDEPVIVHGYTFVPEIYARDVIEAIAESAFKTSEYPVILSFENHCNPRQQAKIAQYCRELFGEMLLDAPLETHKLEPGQELPPPSFLKRKIIIKNKKKHHHKK-------KEHKKKEPIPIVSEEEIQENEDNGVMNQVAEGENGPPPDVVSQAETTDNDQQIGNGDISHPPMLQQRQSSKDSTQDDEDEEEESSTEEDESNVEDKKNRMYEMSSFDEKQATTLLKERPLEFVNYNKHQLSRVYPAGTRFDSSNFMPQVFWNAGCQLVALNYQTLDLAMQLNLGIFEYNQRCGYLLKPEFMRRKDQRLDPFAESTVDGIIAGTVHIHVISAQFLTDKRVGTYVEVDMYGLPADTVRKKFRTKIVPNNGINPVYDEEPFIFKKVVLPEL-------ASIRIAAYEESGRLIGHRVLPVVGLCPGYRHVALRTECGQPLPLANLFLHVIVKDYVPDGLSELAEALANPIKYQSETEKREKQLSVLTDCAEEPEEIDDKP 847

HSP 2 Score: 81.6481 bits (200), Expect = 5.132e-12
Identity = 39/78 (50.00%), Postives = 54/78 (69.23%), Query Frame = 0 
Query:   31 FLKWTDH--ETVLLDVSLIRDVRRGPTARVPKEAKLRDSL-YSSYGSIEERTLTIVYGSDFVNINFVNFCASLIHVAK 105
            +L W D   E  +LD+++IRD R G  A+VPK+ KLR  +   S  S+EE+T+TI YGSDFVN+NF+NFC +   VA+
Sbjct:   51 YLHWVDQHNEMDMLDIAVIRDTRTGKYAKVPKDPKLRYLVTMGSQDSLEEKTVTICYGSDFVNMNFINFCTTRAEVAQ 128
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BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold645_size120276-processed-gene-0.13 (protein:Tk11128 transcript:snap_masked-scaffold645_size120276-processed-gene-0.13-mRNA-1 annotation:"1-phosphatidylinositol -bisphosphate phosphodiesterase isoform x2")

HSP 1 Score: 514.227 bits (1323), Expect = 5.193e-165
Identity = 266/625 (42.56%), Postives = 377/625 (60.32%), Query Frame = 0 
Query:  123 MSRAEFLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDEN---------------QIVGH--------------QWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK-----------------GGNEEQPTQIVKXPPLPNI-------STSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQL 684
            ++  + ++F+N+ QRDPRLNEIL+P+    +A+ +I   E N   ++   IS EG   +L+SDEN               Q + H              Q+ G+SSVE+YRQVLLAGCRC+ELD WDG   + EP+I HG  +  EI  KDVI AI +CAF T+  P+ILSFENHC  +QQ K+A YC E FG++LL   L +FP+++G +LPSPN LK KI+IKNK+  +RP+                   NEE+           +I       +T P S     G  +S +        + +   +  P   AT   G    V    S +V Y   ++          N++ +MSSF ET+A+G LK Q +EFV YNKRQLSRI+P+G+R+DSSNFMPQ+FWN+GCQ V+LNFQT DL MQLN G FEYN +CGYL KP FM R+D+ FDPFA++PVDG++ A  +  V+SGQFL+D+ VGTYV+VDM+GLP DT+R+++RTKVVP NG+ P++  E F F++               ++  +Y+++G+ +G R+LP   L+ GYRHI LR+E    +  P LFC ++++ ++PD  S+F +AL++P  + S  +KR +QL
Sbjct:  212 LTLEKLMEFLNDRQRDPRLNEILYPHYNAQRAKEIIGSYESNAELVKRDVISKEGLTNYLMSDENAPVFLDRLDIYQDMDQPLAHYYINSSHNTYLTSRQFGGKSSVEMYRQVLLAGCRCVELDCWDGNNPDNEPIITHGRAMCTEILFKDVIYAIRDCAFITSDLPLILSFENHCCRQQQYKMAKYCDEIFGDLLLKGPLPDFPIDQGVQLPSPNHLKHKILIKNKR--LRPEVEQVELEQFLRGELKVEESNEEKEDAHDTAVTCRSIDGTNSVTTTGPLSLATPTGSNQSGTTTGHGSGLATKTASEILPTVTATTYQGSTLNVHPLLSSMVVYTQPMKFLGFDNSDRENIAAKMSSFPETSALGYLKTQALEFVKYNKRQLSRIYPKGSRVDSSNFMPQIFWNSGCQLVSLNFQTPDLPMQLNQGKFEYNGNCGYLLKPDFMRRNDKEFDPFAETPVDGVIAAQCTVTVISGQFLSDKKVGTYVEVDMYGLPTDTIRKEYRTKVVPANGLNPLYEAETFTFRKVVLPELAV-------LRFGVYDDNGKMLGQRILPFEDLQAGYRHIALRTEGNFPMSLPMLFCNIELKVYIPDGLSEFMEALSDPRAFLSNQEKRAEQL 827
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BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold153_size302544-processed-gene-0.0 (protein:Tk03368 transcript:snap_masked-scaffold153_size302544-processed-gene-0.0-mRNA-1 annotation:"phospholipase beta isoform")

HSP 1 Score: 482.641 bits (1241), Expect = 3.304e-156
Identity = 238/530 (44.91%), Postives = 333/530 (62.83%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPK-----------------GGNEEQPTQIVKXPPLPNI-------STSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ---------RNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQL 684
            +   Q+ G+SSVE+YRQVLLAGCRC+ELD WDG   + EP+I HG  +  EI  KDVI AI +CAF T+  P+ILSFENHC  +QQ K+A YC E FG++LL   L +FP+++G +LPSPN LK KI+IKNK+  +RP+                   NEE+           +I       +T P S     G  +S +        + +   +  P   AT   G    V    S +V Y   ++          N++ +MSSF ET+A+G LK Q +EFV YNKRQLSRI+P+G+R+DSSNFMPQ+FWN+GCQ V+LNFQT DL MQLN G FEYN +CGYL KP FM R+D+ FDPFA++PVDG++ A  +  V+SGQFL+D+ VGTYV+VDM+GLP DT+R+++RTKVVP NG+ P++  E F F++               ++  +Y+++G+ +G R+LP   L+ GYRHI LR+E    +  P LFC ++++ ++PD  S+F +AL++P  + S  +KR +QL
Sbjct:   36 LTSRQFGGKSSVEMYRQVLLAGCRCVELDCWDGNNPDNEPIITHGRAMCTEILFKDVIYAIRDCAFITSDLPLILSFENHCCRQQQYKMAKYCDEIFGDLLLKGPLPDFPIDQGVQLPSPNHLKHKILIKNKR--LRPEVEQVELEQFLRGELKVEESNEEKEDAHDTAVTCRSIDGTNSVTTTGPLSLATPTGSNQSGTTTGHGSGLATKTASEILPTVTATTYQGSTLNVHPLLSSMVVYTQPMKFLGFDNSDRENIAAKMSSFPETSALGYLKTQALEFVKYNKRQLSRIYPKGSRVDSSNFMPQIFWNSGCQLVSLNFQTPDLPMQLNQGKFEYNGNCGYLLKPDFMRRNDKEFDPFAETPVDGVIAAQCTVTVISGQFLSDKKVGTYVEVDMYGLPTDTIRKEYRTKVVPANGLNPLYEAETFTFRKVVLPELAV-------LRFGVYDDNGKMLGQRILPFEDLQAGYRHIALRTEGNFPMSLPMLFCNIELKVYIPDGLSEFMEALSDPRAFLSNQEKRAEQL 556
[Close]
BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold717_size107106-snap-gene-0.21 (protein:Tk08277 transcript:maker-scaffold717_size107106-snap-gene-0.21-mRNA-1 annotation:"1-phosphatidylinositol- -bisphosphate phosphodiesterase beta-4")

HSP 1 Score: 476.478 bits (1225), Expect = 2.448e-148
Identity = 246/571 (43.08%), Postives = 341/571 (59.72%), Query Frame = 0 
Query:  128 FLKFVNE-QRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLLSDENQ-----------------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEE-EPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYX---------XAVQRNLSFEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPD 658
             ++F+N+ QRDPRLNE+LFP  TE +   +I + E +  N +  +I  E    ++LSDEN                              ++G Q+ G+SSVEIYRQVLL GCRC+ELD WDG   +E E +I HG  +   ++ KD + AI + AF  + +PVILSFENHC    Q+K+A YC E FG++LL E L ++PLE+G+  P P+ LK KI+IKNK+                      P +  +      KG     + + ED  V           A  A    G  + V    S +VNY           A ++NL F+MSSF E  A+G LK Q IEFVNYNKRQ+SR++P+G R+DSSNFMPQ+FWNAGCQ V+LNFQT DL MQLN G FEYN +CGYL KP FM   D+TFDPFA++PVDG++ A  S  V+SGQFL+ +  GTYV+VDM+GLP DT++++FRTKV+P NG+ P++N++PF F++           L V ++  +Y E G+ +G R+LP + L+ G+RHI L++E    +  P LFC ++++ +VPD
Sbjct:  240 MIEFMNDRQRDPRLNEMLFPSYTEKRCMEIINMYEKDEENKKKKQIGKEALTEYMLSDENAPVILDRLDIYQDMDQPLPHYYVNSSHNTYLIGKQFGGKSSVEIYRQVLLGGCRCVELDCWDGKGADEGEVIITHGKAMCTNVYFKDCLEAIRDTAFVASDYPVILSFENHCNRSNQLKMAKYCLEIFGDLLLKEPLPDYPLEKGKPTPPPSKLKRKIMIKNKRLK--------------------PELEKTELELFKKGELEIGEEESEDTTVEKKTEETGDPAASAAPAHTGSTSNVHPLLSSIVNYTHPTKFQGFDQAEEQNLHFKMSSFAEPAALGYLKSQAIEFVNYNKRQISRLYPKGARVDSSNFMPQIFWNAGCQLVSLNFQTPDLPMQLNQGKFEYNGNCGYLLKPEFMRMQDKTFDPFAETPVDGVIAAQCSVTVISGQFLSQKREGTYVEVDMYGLPTDTIKKEFRTKVIPANGLNPIYNEDPFQFRKVVLPE------LAV-LRFGVYNEEGKILGQRILPFNDLQAGFRHIALKTEGNFPMSLPMLFCNIELKIYVPD 783

HSP 2 Score: 140.198 bits (352), Expect = 8.803e-34
Identity = 63/155 (40.65%), Postives = 100/155 (64.52%), Query Frame = 0 
Query:  537 FLTDRHVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQDFVPDRFSDFADALANPIRYQSQVDKRTQQLLVLTEEE 691
            ++ D   GTYV+VDM+GLP DT++++FRTKV+P NG+ P++N++PF F++           L V ++  +Y E G+ +G R+LP + L+ G+RHI L++E    +  P LFC ++++ +VPD   DF DAL +P  + S  +KR +QL  L  EE
Sbjct:  780 YVPDGLGGTYVEVDMYGLPTDTIKKEFRTKVIPANGLNPIYNEDPFQFRKVVLPE------LAV-LRFGVYNEEGKILGQRILPFNDLQAGFRHIALKTEGNFPMSLPMLFCNIELKIYVPDGLGDFMDALCDPRAFLSAQEKRAEQLKALGIEE 927
[Close]
BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold642_size120736-snap-gene-0.14 (protein:Tk12584 transcript:maker-scaffold642_size120736-snap-gene-0.14-mRNA-1 annotation:"1-phosphatidylinositol- -bisphosphate phosphodiesterase delta-4")

HSP 1 Score: 220.32 bits (560), Expect = 4.278e-60
Identity = 190/618 (30.74%), Postives = 279/618 (45.15%), Query Frame = 0 
Query:   93 FVNFCASLIHVAKVKLLYLAIXKEDPRGQVMSRAEFLKFVNEQRDPRLNEILFPYCTETKAQYLIQINEPNITNIEGGKISLEGFLRFLL-----------------SDENQIVGHQW--------------TGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIM-AIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQRN---------LSFEMSSFEETNAVGLLKEQ--PIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDP--FADSPVDGIVPATVSXQVLSGQFLTDRHVGT-------YVDVDMFGLPCD-TVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRV--LLTVEIKIILYEESGR--FIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQ 653
            F+ F  SL+   ++  ++      +P  + M   + ++F  E++     E+    C +     +I+  EPN T + G  +S EGF  F++                  D +Q + H W              TG SSV+ Y   L  GCRC+ELD WDG   + EP+I HG+TL  +I  KDVI  AI   AF+ +++P+ILS ENHC   QQ K+A+Y +    ++L  E ++    E+  ++PSP  LK KI+IK K+                     LP   +     ED         +D++ D    +V                 TK+S+  S  VNY  AV  +           + MSSF E+ A  L++E     +FV YN RQ+SRI+P   R DSSN  P +FWNAGCQ VALN+QT D     N  +F  N +CGY+ +P F+      F P   A    D      ++ Q+LSGQ +      T       YV V + G   D +   K +T  V NNG  PV+    F         F  RV  L  +EI++    +SG+   +    +P+  ++ GYR I L    G  L   SL  ++K+Q
Sbjct:  256 FLAFYYSLLQRPELDEVFHKYAGGNPDNR-MKPQDLVRFQTEEQH---KELTLEECGK-----IIESFEPN-TALTG--LSREGFTHFMMFSDWHHITDMSHRTDVYQDMSQPLSHYWIASSHNTYLTGNQVTGESSVDAYINSLKRGCRCVELDCWDG--DDGEPIIYHGWTLTTKISFKDVIADAILPYAFEKSEYPLILSIENHCSLEQQDKMADYLQSILKDLLYIEPVN----EKAGQMPSPVSLKRKILIKAKR---------------------LPPGKSQNDLVED------FLEEDDERDEKRKKV----------------STKISQKLSNCVNYIHAVHFDNFITSEASAKYYHMSSFGESKAEKLVEEDNSARQFVKYNIRQVSRIYPGAKRQDSSNLKPIMFWNAGCQIVALNYQTADKPNMQNRALFSDNGNCGYVLQPEFLRDPIYDFSPVSLAGLSSDKFPSWRINIQILSGQHIPRPDGDTEGDIIDPYVKVRIRGHDQDQSSANKGKTDHVRNNGFNPVWTSANF--------EFIVRVPELAFLEIRVKDRSKSGKDDCLASYCVPLRMVQEGYRRIPLEDLDGNALTPASLLVHIKIQ 804
[Close]
BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold506_size152672-snap-gene-0.19 (protein:Tk07578 transcript:maker-scaffold506_size152672-snap-gene-0.19-mRNA-1 annotation:"1-phosphatidylinositol- -bisphosphate phosphodiesterase delta-4")

HSP 1 Score: 192.971 bits (489), Expect = 5.214e-54
Identity = 138/427 (32.32%), Postives = 202/427 (47.31%), Query Frame = 0 
Query:  240 FAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEKLPSPNDLKCKIIIKNKKRHVRPKGGNEEQPTQIVKXPPLPNISTSPSSTEDKGGGGESDSDDEDLDVSSAEVPVDXQPAXGATPQAGRETKVSEXXSRLVNYXXAVQ-RNLS-----FEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRH-------VGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEP-FLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKV 652
            F + +I A+   AF ++++P+ILS ENHC  +QQ K+A +     G++L  E +D         LPSPN+LK KI+IK KK  ++P     +          LP+I  S    +       SDS                          G    VS+  S LVNY  + + R        +EMSSF+E+ A+ L    P +FVNYN+R LSR++PRGTR+ SSNF P   W  GCQ VALN+Q  D ++  N  MF  N  CGY+ KP+ +           D  +    P  +  +++SGQ L           +  YV V + G P D    ++ TKVVP NG  PV+ +   F  +   F+    RV   +E        S  ++   V+ +  +R GYRH+ L + AG  L   +LF +V++
Sbjct:    7 FKEVLIDAVRPYAFYSSEYPLILSIENHCSKKQQEKMAEHLTTILGDLLYVEEVD----RTRTHLPSPNELKRKILIKAKK--IQPSNSMNQHFECPDHVQTLPSILYSNPLHQHYSKRKHSDS-------------------------VGSVDTVSKRFSDLVNYMESTKFRGFEVPRRYWEMSSFDESKALQLATSVPEKFVNYNRRNLSRVYPRGTRLLSSNFDPLPLWLGGCQMVALNYQAKDRSLMFNRAMFRQNGRCGYILKPTSL----------QDGKLSTFSPKILRIRIISGQHLPKSEQRIKGDIIEPYVKVRIRGYPSDEA--EYVTKVVPKNGFNPVWEETAEFYIQHPDFAFTDIRVKNHIESST----SSDEYLAFYVIALDLMRQGYRHVQLVNMAGTRLTPATLFVHVEI 386
[Close]
BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold199_size265817-processed-gene-1.12 (protein:Tk08940 transcript:snap_masked-scaffold199_size265817-processed-gene-1.12-mRNA-1 annotation:"1-phosphatidylinositol -bisphosphate phosphodiesterase epsilon-1-like")

HSP 1 Score: 145.206 bits (365), Expect = 3.610e-35
Identity = 79/195 (40.51%), Postives = 114/195 (58.46%), Query Frame = 0 
Query:  156 LIQINEPNITNIEGGKISLEGFLRFLL-----------SDENQ------------------IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGE-KLPSPNDLKCKIIIKNKK 320
            LI+++EP+       ++S EGF R+L+           S+E+Q                  +VGHQ  G SSV++YR++LL GCRC+ELD WDG   +  P+I HG+TL  +I  ++V+  IAE AF ++  PV+LS ENHC   QQ K+A   KE  G+ L++      P+ E E +LPSPN L+ +II+KNKK
Sbjct:  612 LIELHEPDPVLRAHNQLSFEGFARYLMDSANSAIDLNDSEEDQDLDQPLSRYYIATSHNTYLVGHQLKGLSSVQLYREILLTGCRCVELDCWDG--DDGHPIIYHGHTLTTKISFQEVVQTIAESAFVSSPLPVVLSIENHCSIPQQQKMAAIFKELLGDHLVTA-----PISENEGQLPSPNQLRYRIILKNKK 799

HSP 2 Score: 112.079 bits (279), Expect = 5.322e-25
Identity = 71/246 (28.86%), Postives = 124/246 (50.41%), Query Frame = 0 
Query:  415 FEMSSFEETNAVGLLKEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSD----RTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHVGT--YVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYVKVQD 654
            ++ SS  E+ A  L ++     + +++ Q+ R++P G R+DSSNF P   W+ G Q VA+N+QT D  + ++  MF   +  G++ KP  M        + F P + +  +G+    +S  VLSGQ++   + G    V++++ G+P D    KF+TK++  N + P++ +E F  +       F R         +L   S      RV+P++ L+ GYRH+ L +E  + L    LF    + D
Sbjct: 1078 YQCSSLHESRAKTLCRKHSQRMLEHSETQVVRVYPAGMRIDSSNFNPVTVWSCGIQMVAMNYQTSDPNLHMHNAMFAGTK--GFVLKPQVMWNPSHILYQRFLPNSKA-QEGLHITHISLTVLSGQYVCRENYGASPIVEIEVLGIPRDC--SKFKTKMISRNALNPIW-EETFEIEVHLPEMAFIRF-------TVLDVASNMLTAQRVVPVTKLKQGYRHLRLHNELDQPLPLSQLFLCSHIVD 1310
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BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold254_size236139-snap-gene-1.12 (protein:Tk02053 transcript:maker-scaffold254_size236139-snap-gene-1.12-mRNA-1 annotation:"1-phosphatidylinositol -bisphosphate phosphodiesterase gamma-1")

HSP 1 Score: 136.346 bits (342), Expect = 1.254e-32
Identity = 89/284 (31.34%), Postives = 144/284 (50.70%), Query Frame = 0 
Query:  391 RETKVSEXXSRLVNYXXAV----------QRNLSFEMSSFEETNAVGLL---KEQPIEFVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDR----HVGTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVL---LTVEIKIILYE----ESGRFIGHRVLPISALRPGYRHITLRSEAGKHLHFPSLFCYV 650
            R  +++   S LV Y  +V          +  +  EMSSF ET A  L+    E    F+ Y+  QLSR++P+  R+DSSN+ P   WN G Q  ALNFQT D  MQLN   F  N +CGY+ +P FM + D  F P   S +    P  +  ++L+ + L+ +     +  +V+V++ G   D    KF+TK + +NG  P +N+           SF FRV+   L + ++ ++Y+        F+GH  +P+  +RPG+R + L++   + L   +L  ++
Sbjct:  973 RAMRIARELSNLVVYCRSVVFNPERSLRREERIHTEMSSFPETKADKLMTNSAENIRMFIWYHYVQLSRVYPKAQRVDSSNYNPMPMWNVGSQMAALNFQTGDKPMQLNCAKFMQNGNCGYVLRPEFMFKED--FSPQDPSSLSNRDPKLLGIRILAARHLSRKSGRGMISPFVEVELCGADYDNA--KFKTKTISDNGFNPFWNE-----------SFDFRVVNPELAL-LRFVVYDVDMFGEPNFLGHFTIPLKCVRPGFRSVPLKNGFSEDLELSALLIHL 1240

HSP 2 Score: 113.235 bits (282), Expect = 1.710e-25
Identity = 65/144 (45.14%), Postives = 90/144 (62.50%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLEEGEK-LPSPNDLKCKIIIKNKKRHVRPKGGNE 330
            + G Q +  SSVE Y + L  GCR +ELD WDG    + P+I HG+TL  +I   DV+  I E AF T+++PVILS E+HC   QQ K+A+  ++  G+ML+S      PL++ E  LPSP  LK KII+K+KK    P+G +E
Sbjct:  343 LTGDQISSESSVEAYARCLRMGCRSVELDCWDGP---DGPLIYHGHTLTSKIKFYDVVKTIKEHAFVTSQYPVILSIEDHCSLPQQRKMAHIFQDILGDMLVSA-----PLDKNENTLPSPERLKRKIILKHKK---LPEGVDE 475
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BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold39_size501901-snap-gene-3.16 (protein:Tk00990 transcript:maker-scaffold39_size501901-snap-gene-3.16-mRNA-1 annotation:"phosphatidylinositol-specific phospholipase y domain protein")

HSP 1 Score: 102.834 bits (255), Expect = 2.838e-24
Identity = 65/181 (35.91%), Postives = 93/181 (51.38%), Query Frame = 0 
Query:  436 FVNYNKRQLSRIFPRGTRMDSSNFMPQVFWNAGCQFVALNFQTLDLAMQLNIGMFEYNRHCGYLPKPSFMCRSDRTFDPFADSPVDGIVPATVSXQVLSGQFLTDRHV------GTYVDVDMFGLPCDTVRRKFRTKVVPNNGICPVFNDEPFLFKQTFFSSFFFRVLLTVEIKIILYEES 610
            F   +KRQL RI+P+GTR +SSNF P  FW  GCQ  ALNFQT D  +Q+N G F  N +CGY+ KP   C  +  FDP  D  V  +    +   VL+G+ L D+ +       T+V +++ G P D+      T  +  NG    +N+         + +    +LL VEI+ +   ES
Sbjct:   10 FQWRHKRQLCRIYPKGTRTNSSNFNPVPFWLCGCQMAALNFQTPDKELQINRGWFLQNGNCGYVLKPE--CMVEGCFDP--DKAVHRMQSIELQISVLAGRQLADKSLKTSAMCNTFVKLEIIGCPVDSSS---GTTAIAQNG----YNE---------YENGLMALLLHVEIRQVDLGES 170
[Close]
BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold39_size501901-snap-gene-3.15 (protein:Tk00989 transcript:maker-scaffold39_size501901-snap-gene-3.15-mRNA-1 annotation:"1-phosphatidylinositol -bisphosphate phosphodiesterase gamma-1-like")

HSP 1 Score: 106.686 bits (265), Expect = 9.402e-24
Identity = 56/133 (42.11%), Postives = 82/133 (61.65%), Query Frame = 0 
Query:  188 IVGHQWTGRSSVEIYRQVLLAGCRCIELDLWDGTTKEEEPVIKHGYTLVPEIFAKDVIMAIAECAFKTTKFPVILSFENHCKPRQQVKVANYCKEFFGEMLLSEALDNFPLE-EGEKLPSPNDLKCKIIIKNK 319
            + G+Q T  SS + Y +VLL G RCIE+D WDG   +  P+I HG T+   I   DVI +I   AF  + +PVI+S E+HC   QQ  +A   ++  G++LL+E +  F  +  G+ LPSP +LK KI++K+K
Sbjct:  282 LTGNQLTSDSSADAYAKVLLQGARCIEIDCWDG--PDGAPIITHGRTMCSNIKLVDVIHSIKANAFVMSPYPVIISIEDHCSVAQQSAMAKMFRDILGDLLLTERV--FETQTAGDFLPSPEELKFKILLKHK 410
The following BLAST results are available for this feature:
BLAST of EMLSAG00000008463 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-0.000e+043.88symbol:Plcb4 "1-phosphatidylinositol 4,5-bisphosph... [more]
-0.000e+043.95symbol:Plcb4 "1-phosphatidylinositol 4,5-bisphosph... [more]
-0.000e+043.95symbol:Plcb4 "phospholipase C, beta 4" species:101... [more]
-0.000e+043.95symbol:Plcb4 "RCG26434, isoform CRA_a" species:101... [more]
-1.509e-18043.95symbol:PLCB4 "Uncharacterized protein" species:961... [more]
-3.045e-18043.80symbol:PLCB4 "1-phosphatidylinositol 4,5-bisphosph... [more]
-2.581e-17942.88symbol:PLCB4 "Uncharacterized protein" species:961... [more]
-3.027e-17942.73symbol:PLCB4 "1-phosphatidylinositol 4,5-bisphosph... [more]
-1.277e-17843.01symbol:PLCB4 "Uncharacterized protein" species:982... [more]
-1.848e-17846.93symbol:PLCB1 "Uncharacterized protein" species:903... [more]

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BLAST of EMLSAG00000008463 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592818726|gb|GAXK01135842.1|1.180e-1647.90TSA: Calanus finmarchicus comp153937_c0_seq1 trans... [more]
gi|592941518|gb|GAXK01017035.1|2.887e-15945.26TSA: Calanus finmarchicus comp73891_c1_seq1 transc... [more]
gi|592841965|gb|GAXK01115579.1|5.521e-15439.54TSA: Calanus finmarchicus comp1061287_c0_seq1 tran... [more]
gi|592846348|gb|GAXK01111196.1|2.065e-5832.85TSA: Calanus finmarchicus comp1593161_c0_seq1 tran... [more]
gi|592846347|gb|GAXK01111197.1|2.578e-5732.70TSA: Calanus finmarchicus comp1593161_c0_seq2 tran... [more]
gi|592801764|gb|GAXK01152804.1|7.365e-5532.94TSA: Calanus finmarchicus comp402435_c4_seq6 trans... [more]
gi|592801767|gb|GAXK01152801.1|2.581e-5432.94TSA: Calanus finmarchicus comp402435_c4_seq3 trans... [more]
gi|592801768|gb|GAXK01152800.1|2.602e-5432.94TSA: Calanus finmarchicus comp402435_c4_seq2 trans... [more]
gi|592801766|gb|GAXK01152802.1|3.117e-5432.94TSA: Calanus finmarchicus comp402435_c4_seq4 trans... [more]
gi|592801769|gb|GAXK01152799.1|3.163e-5432.94TSA: Calanus finmarchicus comp402435_c4_seq1 trans... [more]

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BLAST of EMLSAG00000008463 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 6
Match NameE-valueIdentityDescription
EMLSAP000000084630.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s51:137880... [more]
EMLSAP000000077126.922e-13039.93pep:novel supercontig:LSalAtl2s:LSalAtl2s44:115798... [more]
EMLSAP000000084604.992e-3132.14pep:novel supercontig:LSalAtl2s:LSalAtl2s51:133959... [more]
EMLSAP000000040607.075e-2226.10pep:novel supercontig:LSalAtl2s:LSalAtl2s216:19025... [more]
EMLSAP000000035953.408e-1638.89pep:novel supercontig:LSalAtl2s:LSalAtl2s1977:1964... [more]
EMLSAP000000125653.038e-1345.56pep:novel supercontig:LSalAtl2s:LSalAtl2s92:532335... [more]
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BLAST of EMLSAG00000008463 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|12643487|sp|Q9QW07.2|PLCB4_RAT0.000e+043.95RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|17433757|sp|Q15147.3|PLCB4_HUMAN0.000e+043.80RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|12643711|sp|Q07722.1|PLCB4_BOVIN1.790e-17942.56RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|130221|sp|P10894.1|PLCB1_BOVIN4.740e-17946.59RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|12643814|sp|Q9NQ66.1|PLCB1_HUMAN5.042e-17746.26RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|130223|sp|P10687.1|PLCB1_RAT9.906e-17746.50RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|341941270|sp|Q9Z1B3.2|PLCB1_MOUSE1.276e-17646.50RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|1730573|sp|Q01970.2|PLCB3_HUMAN1.918e-16542.50RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|32699414|sp|Q99JE6.2|PLCB3_RAT7.194e-16543.78RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]
gi|341941271|sp|P51432.2|PLCB3_MOUSE1.278e-16243.32RecName: Full=1-phosphatidylinositol 4,5-bisphosph... [more]

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BLAST of EMLSAG00000008463 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|KYB27786.1|2.896e-1349.001-phosphatidylinositol 4,5-bisphosphate phosphodie... [more]
EEB20128.17.414e-1350.601-phosphatidylinositol-4,5-bisphosphate phosphodie... [more]
EFX88640.11.021e-1451.86phospholipase C, beta isoform [Daphnia pulex][more]
gb|KFM77271.1|8.559e-17642.17hypothetical protein X975_11194, partial [Stegodyp... [more]
EGK97441.15.454e-17242.79AGAP001936-PB [Anopheles gambiae str. PEST][more]
EAA00962.55.751e-17242.79AGAP001936-PA [Anopheles gambiae str. PEST][more]
EFX75407.11.143e-16840.53phospholipase C, beta isoform [Daphnia pulex][more]
gb|KPM06056.1|3.496e-16741.251-phosphatidylinositol 4,5-bisphosphate phosphodie... [more]
XP_016769634.12.321e-16642.57PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
XP_016769633.12.321e-16642.57PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]

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BLAST of EMLSAG00000008463 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|642918912|ref|XP_008191652.1|1.417e-1049.00PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|1059396649|ref|XP_017771525.1|9.163e-1049.48PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|939263774|ref|XP_014251862.1|3.603e-1048.36PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|939263770|ref|XP_014251860.1|3.733e-1048.36PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|1080047129|ref|XP_018564853.1|0.000e+051.54PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|242024904|ref|XP_002432866.1|3.627e-1050.601-phosphatidylinositol-4,5-bisphosphate phosphodie... [more]
gi|1080047125|ref|XP_018564851.1|1.828e-1051.54PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|1080047127|ref|XP_018564852.1|1.906e-1051.54PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|1009604201|ref|XP_015930069.1|0.000e+049.23PREDICTED: 1-phosphatidylinositol 4,5-bisphosphate... [more]
gi|925678287|gb|KOX75330.1|5.132e-1250.381-phosphatidylinositol 4,5-bisphosphate phosphodie... [more]

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BLAST of EMLSAG00000008463 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 9
Match NameE-valueIdentityDescription
snap_masked-scaffold645_size120276-processed-gene-0.135.193e-16542.56protein:Tk11128 transcript:snap_masked-scaffold645... [more]
snap_masked-scaffold153_size302544-processed-gene-0.03.304e-15644.91protein:Tk03368 transcript:snap_masked-scaffold153... [more]
maker-scaffold717_size107106-snap-gene-0.212.448e-14843.08protein:Tk08277 transcript:maker-scaffold717_size1... [more]
maker-scaffold642_size120736-snap-gene-0.144.278e-6030.74protein:Tk12584 transcript:maker-scaffold642_size1... [more]
maker-scaffold506_size152672-snap-gene-0.195.214e-5432.32protein:Tk07578 transcript:maker-scaffold506_size1... [more]
snap_masked-scaffold199_size265817-processed-gene-1.123.610e-3540.51protein:Tk08940 transcript:snap_masked-scaffold199... [more]
maker-scaffold254_size236139-snap-gene-1.121.254e-3231.34protein:Tk02053 transcript:maker-scaffold254_size2... [more]
maker-scaffold39_size501901-snap-gene-3.162.838e-2435.91protein:Tk00990 transcript:maker-scaffold39_size50... [more]
maker-scaffold39_size501901-snap-gene-3.159.402e-2442.11protein:Tk00989 transcript:maker-scaffold39_size50... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s51supercontigLSalAtl2s51:1378808..1549873 -
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
Note1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase beta-4
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s51-augustus-gene-14.5
Biotypeprotein_coding
EvidenceIEA
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000008463 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000008463EMLSAT00000008463-704310Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s51:1378808..1549873-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000008463-691229 ID=EMLSAG00000008463-691229|Name=EMLSAG00000008463|organism=Lepeophtheirus salmonis|type=gene|length=171066bp|location=Sequence derived from alignment at LSalAtl2s51:1378808..1549873- (Lepeophtheirus salmonis)
ATGGGTACTGAAGGGATTCATCCATTGAATTCGGCGGCGGCCTTGGAGAG
CGTGGTAGAACTTGATTCATGCCTCCTCTCCGGAGAAAAATTCCTCAAAT
GGACAGACCATGTAAGACTCACTCTTCTAATACTTGTTGGGAATTGAATA
TATTTTTTGTAGATTTTTAAGTAAGATAAAATAGTCTGTTTCTAAATATT
TGAATGTCATTTTTTATATAATAATAAATAATTCGGCTAATTATATAATT
TTGAGGATACAATTTGGTAGTGGCGTCATCATATATATATGTAATTTAAC
AATTTAATATAAGGAATAATATTATTTTCTTGATAATTTTGAGCCTGTCA
TTCCTATGAATTGGCATTTTATACTCATTGCACGTAAATGTTTTATTACA
CTAAGAAGAATTGTTCTTTTGTGTAATCCGAACTCATCGAATTCAGATTC
CAAATACATATATTATGGGTAAAGACATGAAAATTGTCTTAATCCTCGTG
AGTGTAAATCAAAGATTTGATAGGCGACATATCTGCTGACCAAGAAAACT
AAAGTGCTCCTGGCTTGCTAATACGTTTGAATATTCAAAATAGGGAGAGA
TAATTAACAAGAGCAGTAATACATTACAGGTTACCAAACTTTACTTTAAA
AAAATATCCTTTCAGAGATTTGTACAAGTTTTTCATCTCTAATTATGGGT
ATCAGTCTCTGTGCATCGTTTTTGAAAGTGTGTGGGGGAGGGACTATAAC
TATACTTAAAGCAATTAATTTTTTTTTGCTACGATTGATAATTCTAAATT
CTCAAAAAGTGGAGAGGTCTTGCCCCCCCCCCCTCCGCCTGTTGCGCGGT
CCCTGTCTAAAGTTATAAACTGTATTCAATGCAGATTGTCCGAGTGACAA
ATTATACGCCTCATAGAGTTGAGTTTAATATTATTTCGCTTTGCTCGAAA
CTATCATTTCATTTGGATACTCAAGTTACTTGGTTATTATGACTTTACGT
GTAATCTAAGTGTAGGTATTTGAACTTTATATTGTCCCCCGGAGTACTTA
TAATTATAATTGGGGTACTTGGAGGCKCTCCAAGGGGGGGGGGGGTACTT
GAAATTTTGAAAGAATATTTTTTAGAAGCTGCACATTTTGCTTTTGCCCC
CCNNNNNNNNAATTTTGGTTTTTTACTAGAAAATATAATGTTTAAATTTT
TTATTAAAAAAAATTAATATTGGAAATTTAATTTAATTTCTGTGAATAGT
AATGGATTTTTAAATTTTTCTCGTAAAAATTTAATACTACTTTGTTTATA
TATTAATCTTAGTTTTCGTTTATAAATAAGGATTTTTGAATTGTTTTTCC
AAATTTTCTTAAATCTTAAAAAAAAAAAACTACTTTTGAAATATTTGATT
TAAAAAAAAAAAGGAAAATCTAAAACCAAGCCCCCGCCTCCAAAATATAA
TACTACAGACGCCCTTGTCACCGAAGCTCAAAATGCTTTGTGTGTCGTAT
TTGGGTTAAATTAATATTTTACTAGTGATACATCATTCAAAAAAGGTTGA
GAGTCCCTCATCTTAAGAATAATCAATTATTGCGTTATCCTCATCACAAG
AACCGAAAATTATTCAACTAATTTTTCTTTGTAACTTGTATCAGCAAATT
GTTCAAGTTAGAATTTCTACGTTTCATAACGCCTTATTTATTTACTACAT
CAGTCATTTTTTTAATTACCCTCCTACTATTAATTGGTAAATATTATTTC
ATTTTGATCTATTCAAAGTACGCATTTATTATGTATTTACGAGTTACATA
ATTGTGGGCATTTGAACTTTATAATTTCCCTACTCTGAACTTATAATTAA
TTTTTATCCAATTAGTCAACAAATCTACGATTAATAGACCAACCATCCAT
GGCATGTTATTCAATTATTGCATTATTCTCTACACAATTATACTTTAAAT
TGTTCATTTACATCTATATAACTCACTTTTTAGATGTAACTTGTAGAATT
AATTAGCTTATATCGGTAAGAAATTATAGACAATATATATATTCTTATGG
TGCGTCAACACAAAAGGAAGTTTGAACAAAAATCAAGAACATAATAAATT
CCCAATTTATTTTTTATTTGATCAATATCCAAATTATAGGCCTTATATTC
AAATTCCCGGGATAAGTGAAGATAGTTATAAATACCAATTATAATTAAAA
GACTTTAATTGATCCACACCATAATATTTGGCGTTGATATGGCCTTTTTT
GAATAAAATTATTTCTAAATTCTGAATAAGCAAAGTTGCCGTACCTTCCC
CACAGTTGCACGGCCACGGCGTACCACGCTGTCATAATGACCCCAAAATA
CAAATTCCAGGGATTGAGATCAGGGTTAGAAGAGGGCCAGATGTGAGCCA
AATTGTTGCTGCAGAAGTTTTGGTTTTTCTGGGCTGTATAGGGCTATATT
GACCTTTTGATGTTGTAGGTAGTCCGGAGGGAGATGCCAACGGTCTCAGC
AGCCTTCCCGGCACTGACAGCATTACCTTTATTGTTGTTGCTCTTACACT
TAAAGACATGGGATAAAAAAAAATTGTTTATTTTTGTTTCAGCTGTAGTT
TGATTGCGTATTGCAACATCATAATAAAAATAACTAGTTCGAAATCTTAA
TTAAATTCTATTGCAAGTTTTAGGTCTCCATTCTGTATACTGCCAACATT
TCCTGCAATTTAAAATGCCTAACTTAAAAAATGAGATCACTGATGGGCCT
TAAAAAAGTTTTTTTTTTAGACGTATCCAAGACACAACTGAGTGAGAGAA
ATAGCATCAAAAAGATCATATTTTTGGAGGGAAATATTGTCTTTCGTTTA
ATTGGGGCCTTGTTTTTTACTGCCTCGTTAAGTTAATCAAACTGACATAG
ATTTTATCAAATTAAAGAAAAAATATTTTTCTTTGTCTAATGCCTTTACT
CGATCTCAAGCTCACTTGACTCAACGCTCAAAAACTCAAACTTGAATTGA
CTCAATATTTAATAACTCAAACTTGACTTAAATAAGTATTTATAACTCGA
ATCCATCACTATAAATAATCGTAATTAGCAGAACCTTCCGTTCTGCTGGT
ATATAAATATGTATTATTATATGTATGCCAGCCAGGTTTTTATTTGTATA
AACATGTTGATAAAGTTACAATTTAGATAACGGCTTATTTTAATTTTCGA
ACAAATTAATCATTGATTTATTTTGATCAATTGAAATTAATTATAAATTA
TATTTTTAAACTGTGGGATTAATTAATTATTTAATATGCAACTGAATACT
TATAAATATCAATTAGTAAATTCAAAAAATACACCAATAATTATAATGTA
TGGACTTGTGTTGGTTTTTGTCCTGAAAAATTCATCGACCTTAGACGACT
AATTCATTTAAGCAATTAAATTTTTCTTTTTTTAATAAATGCTTGTTTCA
AAAAATCGATTTGGGTTTTTTTACTTAATGAAAATGAATTTCGATTATTG
TTGGTTTTCTAAACAAAATATATTCTGATTCTTGTTACAATATAGAAAAT
ATATTATCTTTCTTTTTTATTTCAAAAAAGTAATTTCAATTCAAGTGTTT
TTTTTTAAAGAAAATAAATTTTGACTCTTGTGTTCTTATTCATCTTTAAA
AAAAAAGAGAAAGAATATTTACTTATCCTCTTGAAAGTTTGGAGTTCCTT
AAAGTATAAATATCAAAAAGGAACATTGAGCCCCAACCCCGCCACTCCAT
CACTGATCATAAGTAGGTAACTTTTTGTAATTTGGTCTTGAGTTTTTTGA
GACTACTATGATTTTTAGTAGCGCAAACAAATTCGCCCTTTTAAAGAAAT
TTGGTTTAATCAGACCTCAAAGAAAAATTTGATCTATATTGTTCTAATTC
AAAATACAGTCTTGATGGATTCTATAGATAAATTGATTATGACGTCATTT
GTGTTTATCAGATGTGAACATCGCCCTACAATTTAACGTCATATGAAGTT
AAATCATATTTGTACAACTCAGGAATCTGGATAGGAGATAAAATCGGTGG
ATAGATTGAGACTGAGCTGGGAAGAGAAATCAGTCTTGGATCGAAGGTGG
CCTGAAAAGTTTCCGACCTCAACGTGAAGATGGGAGCAGTTGTAAATAAA
AATGAGTACCTTGCATTTAGATTTTGTTGACAGTTACTCACTAATGTTTC
ACACCTTTTGGACTCTCAGTTGTTGTGTAACAGTCGTTTGATGGGATTAT
TTTTGTAAAAATGGACAAAATCATGTATGGCTCTGTTGGCGTAGTTTAGG
CACGGAGTAATTACCCTTGATGAAACTTGGATACACCATTTTATGCTCAA
AATACAGTCCAAACAGTGGACTGTAAGGAAATGAAGAGAACAAATTATTT
TGCTGAGAAAAACGCCGAGCACTATTTGAATGGGTTACTGAGATGGGAAC
ATCGCAGGGAGAAGACTGTAGAATTACATGGAGACTATGTTGAAAAATAA
AAATTCAGAAAAAATGCCTTGTTTATTTGTTAGGGCGGAAAGTTTTCAGA
CCACCATCGTATGTTGAATTCGATCTAGTTATAAATAATTCCCTCCTTAT
TCTAAATGAATAATTGTTCCTCTGTATGTTGATTACAATTAGGAATTGTT
GGTTAAATAGTACTAGGGATGCGTGGTATATCCCAAAATTCTGCTGTAAA
TATAAATATTTGCGTCTAAATCTGTTTGAAGCCCCATACTGGGACATTGG
AGCCGTTTGGAGGCACTTCCATCAATTTTCAATTTTAAATCGATCATATT
ATTACTATTTCGGACGAAGCGTCTCTATTCCTTAATGACGTCATCAAATA
TTGACATGCTGATGATGTCAATATCATGTATCGTGGTTTTTGTTGCACGG
AAATATTTTGGTCCTGTAAAGTAGTTTTATTTGTCCCACAAAAAAATTAA
AATTGATTTGTCTCATGAAATGAATTACTTTGGGATGAGACTAGGATTTT
TGACCCTAAACAAAAGTACAGTCCAGAGAGTAGACTGCAAAGATTTTCGT
CAAATGAAGAGGAAATCGCATCCGTGAGAAAAATGCTGAGCACTTTCTGG
ACTAGTTACAGATATGTTATCATACTATAGCATGGGCGGACTTACAAGGA
GACCATGTTGAAAAATATCTTGTTAGGCCAGAAACTTTTAAGACTACCCT
CGTATTAGTATTTTTATTTAATCAATAGTCATTCTTATATTTTCTTAATG
CCTTTAGTCCACATCATAGTCATAGAGTCATAGGTAGGGAGAGGAAATAT
ATCAGTATTGATGCATATATATTCATTTAAAACGAAAAAGAAAAGCCTTC
AAATTGAATTTCAATCGACTTGTTATATACATTCACATTCACGCACTTAT
TTTTCTGTGATTGATTTACATAAATGTATAAAATATAGGGTTAGCATTAC
TTTATGCCTACCTAAGTATGTAGGATATCATCAATATGTAACCAGCTACT
ACTTACTAAAAGTAGTGTTGTATCCCTTTTTGTCAAATCGAGTTGTTCAA
CACAATGTAAAATAAATGTGGTAATCCTTACAATTGAATAACTTTTGAGA
GGGCAGCAGCTGAGCTGTCCTGACGTTTCATTAAGTTAGCTGCAAACGGC
TATGGGAAGAAATAAATTAGTATAGTTTTCAAAAATATGACCTCTTTCAA
TGCTAAGAAAAAGAAACCTAAATTGAACGTGATAATCCTGACAGTTTGAA
GAATGTTTGGAAGGGGAGGATCTTAGCTGTCATGACGTTTCAATTGATTA
GCAGCAAACAGCTAATAGAGYAAGCCAATAAACACAACTCTCACACATTT
AATCATTCAAATTTATTTTTGTCTGCATCAAAGTAATGCCACATATGCCA
ACGTTTTTCCAGCCTTCCAAACATTTTTATGCGTAGTTTTTGGCATGCCT
TTAGTTCCTTCCACGAATTTTGTTTGTTAGATTCAATAGACACAAAAGGG
GTTCCAAGGTGTGGCAATTTATGTTTGGGGAACAAAAAAATGTCACACAG
AGCTAAATCAGGTGAGTATCGATGATATTTATTGTGTGCTTGGCTTTGAA
CTCGCTCACAATTGCAGATCTGTGTGATGTTGCATTATCGTTGTGTAAAA
TCCACGAGTTGTTCTTCCAAAGTTCTGGCCCATTTTGACGTATTTTCTTA
CGCAAAGGCCTTAGTACGCCCAAATAGTACTCTTATTGACTGTTTGTCCC
TTTTGGAACGAATTCATGATGTAACGGACCTCAGATAGCACAGAAAAAAA
TGTCATGTCTTTGACGATCTTACGGCCCTCCTTGAATGCTTAGTACCACT
CATATGTACGGGGGTTTCATAAAACTGATTTACCAAAAAACTTTTTCCAA
CATTTTCAACGCGTCAGCACATGAAATTTCGTTTGCAACACAAAATTTGA
GGCAAACTCTTTGTTCAATAATTTTGTTGATTATAAAAATTGTGGAGCAC
TAGTGAGGTAGACTGGCTTATCCAGGTGTTGCAAGCAAACTGGTTTATAG
ATCGCGCTCAAACTTGGCATCCTAATGATTTTTTTTTAAATCCCTTCAGA
GCGGGCAATTTAAATTAATAATTCCAGGTATTTTTTTTGACTGAATGTAA
ACGTCCCTTCTCAAGAATTAAATAATAATAATAATAGCTTTGGAAAATAA
AATTACCGAATGGTACATTAAAATTTTAACACTTTGAATATTAAACTTCA
ACAATATATCATTTATTATTTAACAATAGAATTTCAACAAAATTAATACT
TTAAATAGATGTGTGTCCCGGCCGGACATCTGTAGTTCTCGACATGCACC
CAAAAGGTGTAGTTGCTAGAGATGGCATCAGGGCTGTTGGGGGGGGGGGG
GGAAAGMGTCAAAAAATGAGTTCAAAAYACNCACTCAAAACTAATTCAAG
AGAGTCTAGCAACAGAGAAGATGAGTTTCTTTCATGACTGTTGTCAAAAA
TGGCCGTTAAAGTCTCTGGATTTTCTTGTGCAAAATCCCTAGATCTTTTA
CACGGGCCCTCATGGACTTGAGGAGATTGGCCTGGGCTATTTTCTTTAAC
TTTTCCGAGTCCAGTTTGGCCTTTTTGACAGAGCCCTTCTTTCTCCAACG
TTTTTGGACTTGCTGACGGTGTAGATTGTGGTTCTGGAGAGCCCCACTGC
CTGGAGTGCAGGAATGAAAATTCGTTCATCACGTTCAAGTGTCCTCTTCT
CGACTTGTACGTATCTAGAGAACTCAGATTTGTTTTGTTTTATAACTAAT
TCTTTATGCTTTAATATATCGAAATATGAATTATTTTCAATCACCCAACT
TTTATTAATTATTGAAATAGTAAATGTTCAGATTTCAATGGACCACCCCC
TCAAAAAAGGCTCGTCTTAGGTCATATTTTTGACAACTATAAAAATAAAC
ACAATTCCGACTAAATCCAGTCCAAAAATACCTTACTACACACTTATAAT
TCCCCGACAAATTATCAGTGTGTACCTCCCTCATTCAACGGCACACACAC
TCGTAATAACACTTTGTAATTGTATCTTTTCTCGAATAACGAATCCTGAA
TGTGTGAGAGCTAATTGTAATTTATTGTTGTTTATCTTTGTTTGTTAGAC
TTGTCTTTAAAAACATGATAATTTAAATTAGACTGAATGTTGTTGTATGC
TAACTAATCAGTTTTATGAACGTGGATGTGTTAAAACAATTCGAATTAGC
TCTTCTTAAGATATGAAGAATCACTATTAAATAATAATTGTTCATAGTTA
GGACTAACAACTGCCAGATGATTCAAGGCAGTTTTTTGTTTCTCTTTAGA
GAAGGAAAGGTGCTGAGATACAATCAAAGTAATTTAAAAATATGGATTAA
AATGACATTTTGTCAAAAATGGTTAAAATTTTTTTAAAAAGGAGCTTAAA
AAAATCCCAGTTACGGCTTCGTCATTAAGGATCGACTAGATTCAAATCTC
GATGTATGAAGTAGCTACCACTGCATCCTCACTGCCCATTAATTAATTTC
TAATAATTTTGAATCATTTTATTCCTTCAATGTTGTTTTAATAGTTTTTA
TTGATGAAAAATAACATCATTAATAGGCTGGAAATACACTTGGCAAAAAA
ATATTTTTGATCTACTTATCGTTGAGGTTGATTATTAAAAGTTAGTGGAC
AGGAGGAGGAGCATACAATTAATTGAATGAGTGTCTTATCTGGGGGAGAG
GCTGCAGAATATTTGATCCGCGCTGACCAGCTCAGCTTCAKCTGCCACAA
CATCTGCCGTGTTTGCTAGCGCCTGGGTCCGGCGTCAAGGATAGTCCTCA
AAGTTTTAGGCTATWAAAGAYAAGCCGAAAGCTGCCAAACACACAACCTG
GCCATGTACATGGGCGAACTTGCTAATAAAATTACCTAGACCGGTTATTG
TCTCAAAGGTGGTCAAGGCTCTTAGGGGAAAGTCAAAGAGTTTTTAGAAG
GAACCGTACTTGATTCAAAAGCATCAAACCTGGAGTATTATTTTCTACGA
AGACATTTAGAAGTCTTTTTTATATGAGTTCAAACATTTTTTAATTATCT
TCTCCGATTAAAAATTTTTTTTAATATCCATGACAAATTAAACTAAGTCG
AAATTGTAATTATTTAACAGAGATTAAAGTTCTTGGTGCAATCTTAATAA
GACGATGGCCGAGATGTCATGGGCGGCGGCAATCAGATTGCAATCTCCGA
CCTTTTTGTTTCTATCTTGGTCCGGCAATGAGTTATACTTGTTTGCAATA
TTTCGTTTGAAAGATAACAAATACAGCTTATGGTTAAGGTGTGCAACTTT
AGGATTAAAACTCTCTACACATCTTAAAAATATAGTTAAACATATGGGGT
AAAGCTTATCACTACCGGTAAAATTTGTGAAATTAGTGTCTTGGTTGAGG
GAAAAGTCATAGAATCAATAGGCTAAATTGGTATTGATTAGAACAATGAT
TCCAACCGTGGCTCCACGGAGTACAAGAGCTCTACAGTACATCGTCTAGG
GTTCCAGATCCTCACTAAATGTATTTGAATAAAAGGTTGATTAAAAATAT
GTTTTGAAAAAATCCAAGACCCACCACATATTCTGGCAAAAAACAAAAAC
ACTCTATTGAGTTGAGTAAAACCGAGTCGATAATTGTTCGAGTCAACACA
ACACGAAATAAAAGTTAAGAAAAGGGGAATTTTTGTGATGCAGGTGTATT
ATTACTATTAATGCTAGGGTACATATCTTCACACAGAGAAAATAGAAGGA
AAGGGAGACTCATCAAACTTTAAATTATTGATTTACTTTTTATTATTTGT
TTCTTTAGAATTCCTCTTCAAGTGATACCAATTGTATTTAGTGTATATTA
CAATAAAAAAGAACAGTTGAGTATTGGATCTTAACCAGGGGAGGTTGGAG
AAATAAAAACGTTCGTTCCTTAGAATCACTTTATACTATATATAGAATAA
AAATGGTCTTTTATTCTACAAAATAAAAGGTCCGCCTATTTCTGAAGTAA
AAGGTTTAAAGACATTTGGTATGTTACAAAAAGTAAGAATGTAGCGGTAC
TTAATATGGGACTTAAAATCGGCCCCGTCCTCTCCTTGTTATGGGCCCTT
TAAAAATTTTCAAGCTTTAAAGTGCCCTCTACAAGGCTACTAATGTAATG
ATAGCTGAAGATAATATGATCTGTCAGTATGCTAAAAAAAAGGAAACCGA
AAATAAACGTGGGCACCCTGACTATTTGGAGAATTTTCGGAAGAAGAGCA
GGATGGCTGTCAAAACGTTATTAAATTATATTTATATTCATATATATTTA
TTTTATAATGCATTTTTAAATCAATTTACATCAAAGGTAGGCGAGAATTC
TTCTTTTAGAGAATGATGTTAACACAGACACACACACGAACGATTATTAA
ATAATTAATAATGACCAAAAAAGAAGAAAACGCTCACTCATCAACCCTTT
TTTCTTTTCTAATCGCTAAACTTAGTTTTTTCTTTACACACATCCCTCTA
TACTGATAGTTTAATGGACAACGCGCTTGGGATAAACTATTCTCTTGAAC
TCTATGGGTGTAGGTTCGATACTCGGTTGTTCCTAGAAGTAAAACTTTAT
GAATATGAACTGCTAAGACACTTCCTAGTTCAAATGGAATATAATACTAT
AATATGTACTTATACATAATCAGTGCAACACCATCTGACCTATTTTTTTA
AAAACTTGATACTACAATAATAAAGGAAAATAAAACAGCACATTTGGATG
TATCAATTTCAAATGGACGCTCCCTCATTTATTATCATATTAAATTCATC
TATAAATTTTATAGTACATGATCTCTGTTTACTATTTAAAATTAGACCAG
TAGTAAAACTTGAAGTAACTACCGTGGATATTTCCAATTTTCCCCATTGT
TATATGTATTTGTTTCTTAATGTTATTTGATTGTTTATACCCCTTCCAAA
ATGGCTGACATCTGCAACAATACTGACGTCCATGAGAACGTTCAATATGT
AAGTATTACATAATCAAAACTTAAAGCATGGACTTGGAAGTTTTCATTAG
AATACAAGTGCGACTTAAACTGTGTTATACCGATTGGAGACCCAGTACTT
GCTGTAAAATTTAATTACGATGTTATCTCTCTTATTTTTACTGTTTTTTA
AAATATATTTTTAAGTCTACAAATGTCGGATCAACAATAAGATAAAAAAA
ACACAACTTGATTACGATTCTCCTCTGCGATGGTGTGAGTGCCAAGAAGG
CTGTAGAGAACATTGGGATCTCAATTCGGACTGCCTAAAAGATTAAAAAG
TCAATTATATCCCCATCTATAACCAAGACGAAGCAAAAGTTCTGCAGTAG
CAATATGACTGACTACTGGTCTGCCTCCATGTGGTTCTCCTACGACCCCC
CCTGGTTTTTGCAGCTTGAAGCGTCTTGGAAAAGAATTCATGGAACAATT
TTCCTCCAAACTTGGTTTAGCTACGAGCTGCCATCATGACAGCGTGGTAC
GTCTTTGACAAGGCCTTCATCTTCAAGAGTGACCAATCTGTTTGCTAGCG
TGTCGAGGCAGTTATTGCTTGTAAAGGGAGGGGCATACGCTGGATTATAT
ATTTATACATATTTTTTGGGCTTGGTTTTCGTAATTATTTTGAAAAAAAA
TCAAAATATTTTTGAAAAATACATTTTCTCAAAAAAAAAAATTATGAAAA
AAAATGAAAATTTAAATTTTTCGGAAAAAATTCTAAAATCCACTGCTTTT
TTTTTTGGAAAAAAATCAAGTGTTGATCTCAGAAAATTAAATTTTTGGAA
AAAATTTGGAAAATTCAATTTCAAATATTATAAAGTCAAATTTTTCATTT
TTTTTAGTAAAAAAGCAATAGTTCCTTAATTTGGGGTGGGGGGTGATACA
GCCCTTCCAGCCCATCCCCTGTGGATGGAAAATATAACTAAATATAGTAT
TTAAACATATCACAAATTAGTTTGGACTGTCTTTTCTTGATTCCATAAAA
ATCAAGCTCTTCTTAATTTAGTCACGCCACTACTACAAGTTTGTGTCTCC
ACTCACTCTGTAGTATTTTTTTCTTAATTCAATTTGATTGTTTATACCCT
TTCCAAAATGGCCGGGTTTTCTAAAAAGTTTTTTTCAGTTTTCCTTATCT
ACAATATACATCATCATTCTCCTCTGATTCTTTTTAAAGAATTTCTTATC
TCTGAAGTGTTTATTTGTTTTATTCTATTATGTATAAATAAAAAAAGTGT
TGTTGAAGCATATTATCTGTATTGATAGTGACATGTCTGACTTTGACACT
ATATATGTATATATATTCCTCGTGGTCAAATGAAAGGGCTCTCTCTAAAC
TCTTCAAAAAAATATAAAAAAATACAGAATTTATAAGATTTTTTTTTTTT
AAATTAATTAATTTGATATATAAATAGTTAAGAGATTGTAAATCATGATG
TTTTATTGATTAGATCAGCTTCAAGGAGCTATTGAGAGGAAAACAATTTA
AATAAATCCTACTTTGTAATAATTTAAGTATGAATAATTATAATATGGAG
CCCAGTGACATCCTTATAAAACAACCCATTACTTAGTAAAAAATACTTGA
TTATATTACTTGGTAAACTCTTTACCGGGAGTCGAATTCACACGTTTCTT
GGGTGATAAGCCAGGAGACTTTTTAGTCAAGGTTGATCATTTAATACAAT
ACACTGCAGTATACGTTATCATTATGAAAAATATATTGTAATTCATGAGT
ATTGCCGAATTATCATAAATGATTAAATTAAGCTCACAAATTAATATATA
AATTGCATTCAAGACCTTTAAAATAGACCTGATGGTAGCTGATAATTTTA
AAGCAATCAGCAAAGAGAAGGATAAAAATATTATCTGCTTTTACTTATGG
TCCAATCTTTCCCTTGAGTCCTGTACCAACAACAAGAATAAGAAATACTC
TCACGTTAAAAAATGCTTCGGATTTACAATCCTGTAAATTGCAGTACAGT
CAAATCCGGATAAAATATTTTTTTTACTCTATAGTTATCTTTTATATTAA
TATAACAAAATTTTTACTACCGCTCGTAATAAATGAATTATATAACTAAG
TAAAATGATTATATGTTCTTTTTTTTATTGCATTATAATGAAAATATTAT
GTTTTTTCTATCTCATATATCTTATTTGGCTTAAAGTCCATCTATATTCT
CAAGAAAAGTTCCAATGACTGAAAGTCCTAAAGAGAGAAAGAGCTGGTGT
TAAGATTGGACTTGACCATACCGAATAAAGTAGGGCCGACAAAGCCAGGA
CTGCAGAGTAGGAGTTGATGACTTTTTTGGTGGAGTTGAAGTCTGGAGAA
AGTATGTGCCGACTCTGGCTAAAAAAATTATTATAATTTATATAAATAAA
ACTTATTAAAAATCTTAGGGTTAGATTGAGTTTTCGTAAGATATTTTTGT
AAATGGTTAGAAATTATAAGTATTAAGGTCTATTCATTTATGAAACTACA
CTAATTTAAGAGTTTTTTACTTCACAAATTTCAAACGGGCTCTAGTGTCG
TTCCTCGGTTACAAGTGTAACAATTATTTTCAGAAACTTATGAATGAACT
AGAAATAGATATAAGTCCTATAACTTTTAATACATTTAATTGGCTGTTCA
TCTTTTGAAATATCTTATGTTCCAAATATTTTCTTCATACCTAGCACAAT
TATTTAGACCATACAACTAATAGCTATCTATAGCTATCAATTGAATCTAT
ATTTTTAGTCTCTAGACTCATTAGTAATCATCTAAGAAAGAATATATATT
TCTGTGTTGGTGTCAGAGTAAGTGACATTCAAAATACTGGAGTTGGACTC
GGGCTTGTTATGTATTGACACTGCAGGCCTGGAAAAAACACTAGTGATCG
TCAGGCAAAAAACATTTGTACTCGAAATCATTTGTCCAGTCATAGTTTAC
GAAACTATGTAGCATTGGTCACGGTGCCCTGTCACATGACCTATAAGTGA
TGCTTCGTTCTCAATGTGCCTTTCACACATATATCATTACAAATACCACA
TTATTAATGATTATGTGATAAAGTTGTCATGTCGGTAGCTTAGGTTCTTT
TTGTTCGAGGAAATTGTATTTTAGGCGCAAAAGGAGAAGCTAACTTGTCA
GCTTAATATCTTTTGTATGTCTTCTATTCCTTAATTATACTCGAAAATAA
TATTACTAAAATATTCAAATTAGTACGTTTTGCATGTCAAAATTAAAAGT
CTATTATCTAAATACGTTATTAAATAAATAATACATTTCTACTTGTGATG
GAACGATTAATTGGAATTGGATGCTTTTCAGGAATAGGAATCGTTATCGG
GGAAATAAGGGTATATTTCCGATTCTCTCATTCATGTAAATTTATAATAT
TAGTCTTATAATTTTATGCAAATGAGTTATTATACAAAAATTCTTGCAAT
GTGAGGAGAAACAAGTTGAACTAAAACAAACGTGTTCTAAACGGCAATTC
TAATTTTATTGCAATAAGTTTTGTAAATGTAATGGAATCTCATAAATGCT
AAACGTGTATGATTATTAGTGACGAATATCGTGTGTATAATGGGCATGAT
AAAAAAAACCCTAAAATCAACAAGATTACCCTTCCAATTTGACGAATGTT
ATGGAGGAGAGAAAGAATAACGTTCATGACGTTTCATTATATCACCTACA
ATCAGCTGTGACAAGGAAAGAAGGAGAGAAGGATTATGCATTTTTTAAAC
AAAAAATACAATCACAAAATGCAATTGACACCAAAGATAGACAATAATGC
TTAATTTAGAGTCTACAGTTAAAATCATGACGACCTATTAAATAATGAAC
AAAAAAGAAGAAGAAACTTATGCAACAACCGTTTTTCCTTTTCTAATTTA
TAACAATTCTAGTTATTGGTAAGTAAAAATATGATAAAATGTAGAATAGG
TTAAAATTCGTTAGCAATACTATTAATAACCCGAAATTATTACAAGAATC
GTTACCTAGATTGGCATTGGGAATTTTTTAAAAATCGGTACCGGGAGCGG
CATCGATTTTTTTTTTTAGGAAAATCGTACCATCACTAACTTCTACATAT
AGATAATAAGCATTTAATAGGTACTGTTCCTTGCCTCTTTCATGCATAGA
CTATGTATGTTATTCACGACATAGTAAATATCCTTGAGAATTGATTGATT
TAAAAAAGTATTTTTATATATCTCCTCACATATTATATTTAAGTCAATTC
CAGTGATTTTGCAATTTTGTCTTCCTTTCTACATGTTTGTATTTAAAAAT
AAATATATTGATTCTCAATTTATTTCTTTTGTGATATTGAAAGTCTTAGA
AGTTACTTGCGTTATTCTTCTTTTCTGAAGGATCTTATATATAAACTAGA
CTGGTTCGTGCAGAGGCTTTTTTTGATATGTTGGGGACTTAGTCCAAAAA
AGTTTATTTCGATAAAAAAATATATATAGGCATATTGATCAATGTTTTGA
GGTTGAGAAAATTTTAAAATGAGTAGAAAAAGAGCATTTAACCTAAAAAT
AGTTGATGTAATTCAAAATAGTGCAATATATAATGATCACGCTGGAGTAC
CCGATATTTTTCGTTGTTATATGGCGTCGATGAATAGACAAAATATAGAC
AAACTTTGCTTTAATATTATAGATATGTACTCCCCTTTTCTTTTCCTAAT
TTACCTAACGTGCTGAGCCGTAGCTAGACACGCTCGTTGCTACATTGTTA
TTACTTGGATCATTTTTTTACGGCGTCAACTAATTCTTTATGTCATCACT
CTATGTATTTCATCTCTATGGCCCGTTGTTACCTACCTAACAAAACATTG
TTGGCAACAATAGGATTTTGGGGGAAAAAATGAATTACTGCAATGAAGAG
CAGAACCTTCTACTTTTAAAATAGCATTAGCGTAGGTAAAATATCATAAT
TATATTTATTTTATTATGCATTTTCAAAAGAATTTATACCGACGTTAGAC
GAGAATGCTTCCTTTACAGCAAGAAGTTACCACGTCCAGATCTTATGAAC
AATAAAACAGAAACAGCACATGCAACTTTCCTTTTCTACTTTATAACCAT
AGTCTTTTTCCTTACAAATAAGTCAACTCTAGTTATTGGTAAGGAAAAAT
ACTATGGTTATAAATTAGGAAATGAAAAACGATTGACGCGTGTGTTCTTT
CTTATTTTTTGTTCATTATTTAATAGGTCATGGTTGTGATTAAACATCTC
CCTCTAAAAGAAGAATTCCCACCTATCTTTGATATAAATTAATTTAAAAA
TGCAATATAAAATAAAGGTATATGAATTGAAATATAATTCTAATATTTTT
CCTGTATTAATGCTATTTTAAATGTAGAAGCCTCTTCTCCTTATAGAAGT
AACTCATTCTCTCCTTTCCAAAATCATACAACATGCAGCTGAAAATGTCA
AAAATACAGAATTGCTCAAAAAAAAAAAAAAAAATTTACTTTTGGGAAAA
AATTTCTAAAATTAAATTTCAAACATAGTATTTTTTGAAAAAAAATTTAG
ATATTAAATTTTTCGGGAAAAAATCTCAAAATCCATAGCTTTTCTGGAAG
ATTAATTTTTTGGAAAAAAATTAGAAAAATGTAATAAAATTTTAAATATT
ACATTTTCTAGTAAGAATCAAAAATTTCATAACTGGGGGGGATACAGCCC
TTCCAGCCCTCCCCTTGAGGGCACCCCTGTATATATATATATATATATGA
TATATTGTGCTGTCTGTATAAATGAAGGAAAAAAATAAATTTGGATTTAA
TCATTTTCTTGATTTTTGTTTGATATTGCTTTTATGTTAGCGCACTGCTT
TCTTTCTTTTTTTTGGACGATGTCCTCCCAACATTTCAAAAAATCAGTCT
TATAGTTTTATATTTATTTTATTTTAACTTACATCAAAACCAAATCTTTA
GAAAACATTATTTATTTATGTATTTCTTAAGCGCTCATCAAAGAACTATT
TTTTCCATTATTATATTTTGAATCTTTTTATATTTATGAAAAAGCTATTT
ATAGTCTTTTCTTTTTTGCTTTTGATGAGTTAAAATTTTTGAGGGGAATT
AAAGTTTTATTCTTTATTTTTTTTTATAAGTAATGTATATTTTCATATTT
TGTTGAGTAATTGTTTCGTCATTAACAACAACAGGAGATTCTTGTGATCA
TACTCTACAACTAATTATGATATAGAACATATATTTACATTTCTCACAAA
GTCATCTTCATTCTAATATATATTTTGTGAGGGTGGTTTGAAAAGTTTCC
GACCTAACAAAGTTGCAAGACATTTTTTATTTGTCAACATCATTTCTGTG
TAACTCTACTCACTTCTCCCAGGGATGCTCCCATCTCTGTAATCCGTCCA
AATAATATTCGGGGTTTACTCTACAAAATAATTGTTCATGGAGATGATAG
CCTCCTCATTTGACGACAAAAAATCTTTGCAGTCCATTGTTTCGACTGTA
TTTTACTTTTGGGCATCTAATGGTACATCCAAGTTTCATTTGAAGCAATT
AATTAGCCCAAAACTTGGATTTATTGCACCTAAACTGCGCCAACATTTTG
TCCATTTAAAAAAACCCCCACCTTTTACATAACAATTGCACGTCCAAAAT
GCCTGAAACTTATGTGAGTAACTGCCAACAAACGCTAGATGAACGTGTTT
AGCTTCTATTTAGGAGTGCTGCCATCTTCAGGTTGAGGTTGGAAGCTTTT
TTTAAATATTTAATATATTATGCAAATATAATGTTTTGTCGAAGGTAACA
ACTGGTTTTTTTACAATGATATTTTAAAATAAAAAACTTTTATTTTTTTG
ATTTATTCTAAGATATTAATTATTTACCTTTGAAACACATGTTAGTTTTT
TAAACGTTGCTTTGATTAGTCGAACTAAAATTATATCTGTTTAAGCTGTG
TACTCTTAATTAAATAATAGTCCCAAACTTGGTTAACAACACACCATATC
ATTTTAGAACTTAGAAAAGGTTCAGTAATGCCATATATATTTGAATATAT
AGTTTATTTATTTACATATATTTAATCTATTTTCTCTGTACAAGTAAAAA
AGTCACCTGAATCCCATTGGTAAAGCTTTATAAAAGCCGCTGGCGAGGCA
TAAGGCGCTTATTTTGAGGTACAAGTGGCCTGCATTCGTATTTATTTATA
TTAATTCCAACAATCTCCCAACTCCATACATAATTAACCCAACAGTCATA
TTATATTTTGTATTATTTATCCACTGGAATGGCACGAGAAAGGTTTAGTT
CAGGGATATCCAACCCATGACCCACGGGCTGCATTGCTGCCCTCTTAATG
TTTAAATACGCCCCAATTCTCACTTCAAATAGCAAAATTGTAACAATATC
ACCAAAAGGAGTAGAACCAGCATAATGCTTACAAACATTGAAAAATATTT
CACAAATACATAATTTTTTGGAAAATTATTGCTCTGGGGGGGAACAATTT
AGTGAAAAATCAAAGTAAGAAGGTTATTTGATCAAATTATTCAGTGGAGC
AAAAAACTGTCATTCTTAACCTTCTCAAAGAATCCCATAAATTTGAATAT
AAAGCCATAAGTCAATGAAATATTGGATCAGTTAAAAAATAGATTAGAAT
GTCTTATTTCAAAGTTTTTGATCAAGATTGTTTTTGAGTTGACGCACTAA
ATATACATATAAATGAACTATTCATTTATACCTACATAGTTGTTGCGTTT
TAAAGTATTTTTTCATTATTAAAGTACCACATTAACTGAGAGAGACACAA
GTTTTAAATGAGTCACAGGAGATAAAATTTTAAATAATGATATATCTTTT
TTTTTTTATCTATCCATTCCTTCATATCGAAGGTATAAGCAAATAAATAT
AAATATTAAAACTTTCAATTAAATCTATATATTTATTTGTGTATGTAACT
TTGGAGGGGATAAGCATATTCAAAATATATATTGTATAGCTATCGATTTA
AAGTTTTATAGATATATTTTTGTTTTTTATATGATGAAATATCGAATCGA
TATTATCAAGCTCAAAAATACGATTACAATTTATATAATGTTTTTTTTTC
CTCCCCCCCATTCTACATATTATTAAAGTTGTATAAAATATGACCTGTTG
GTTGCTTCAAAAAAGAAATGGAAAATCAACATGGACAATTTGAAGAATAT
TTAGGAGAATGTAGCTGTCAAAGGAAGGATAATTTATAAATTAAACCATA
TTCCCACTTTGTATCTAGCAAGGGCATTGACAGGAATTATTCCGATCCTC
AATTATACTCTGAGACACACAGAAACATAAACCTCACAACTCCTGAGCAA
ATCTTATGAGTTACTCTCCGTATTTTATGAGCTCACGTACTAGTTATTAG
TTTACAATATACTGCCTTAAAGATAATAATAATCATGATAGAAGCTTTGG
AAAAAAATAACATTTTCTAATAGCCAACCAGATATAGCCGCTTCACCTTT
CCTTGAGCTCTATACCGTGTGGTCCATTTAAATTTGGATACTTACTATTT
CAATAATTAATGAAGGTTGAGAGATTGAAATGTGTTTCGATTTCGTTATA
TTAAATCATCAACAATTAGTTACAAAATAAAACAAACCTGAGCTTAGATA
CAAGTAAAAAAAATGACATTTCAACATGATCAACGAAATTTCATGTGCGC
ACTCCAAGCTGTAGGGCGTCTACAGGGCACCGACTACGCAGTCAGCAAGT
CCGATACGTTGGAAAAGAAGAAGGTCTCATTCAATAAGGCCAAGGTGGAC
ATGGAGGAGTTAAAGAAAATAGCTKAAGCCAATCTCCCTATGTCCATGAG
AGCCCATGCAAGAGATCTTGTGGTTTCACACCCGACTGTCTAGAGAGCTA
TCAAAAAAAGTGGCAAAAGTTGCAGGTACGAGTTTATCTTGAGGCATCCA
TAGTACCTACTTGTGTTCTTCAGTATACAGGAAGTATACATACATGTTGA
TACTATATATTACTTATTTAAAAAATACTATACTAAATTGGTACTTGCAT
TGACATTATGACATAAAAACATTCACACATCCATGGCTTAAACAATGATG
ATCCCCAAATACATTTTTCCTCCATCAAAAAAGTAATCAAATTTCAGCAT
CCCCCTTCCCAAACCAAAATTGTATTTAATTTTAATTGACCTGAATGACA
TTTTTGTTTTTTTATTTTATGTTGAGGTAGTAACGAAAAGTATCAAAATA
CATTGACCAATTTTGGTGCATGACCCGATACGAAAATATTGCTATATGTA
TTTAGTGATGAAAATACGGTACATTTTGTGGTTCACCCGTTACTTTGGAG
TTGACAAACTAAAGAGTCTATTTTCTTTTCTTATGCTATTACCATTATTA
TTTAATTCCTGATGAATAAACTTCCTTTTCTTCTAAACTCAATTTTATAA
AAAACCTGATGGAATATTCGTGGTTGCCAATAAAAGAGGGAAAGGATTGG
TGCAGATTATAATTGCAAGTCCTTGTTGGACTCAGAATAGAATTTAGGAT
AGACAACAGAGTAATTCTTGCCTATGTCTATTTCCTTCKCCCCTTCCTCC
CTTGTCACAGCTGCCTGTGTTCTGATGTACATTCTTCCAAGGACCCCTAG
AGTAGAATTGAGTCACCTGGGGACTGTAGTCCTTTTACTTCATGGCTCAT
AATTGTGACGTAATAAAATGAATAAATTTTGTCTCCAGTCCTACGCTCTT
GTGGCCATTGATTATACATATAATAATGGTTTGGTTGGATAGGAACAAAC
ATAAAATCATTGCCTGTTCCTACATGAATATAAAAGTTCAATACAAACAC
TTCTATCTCTCTCTCTCTTAATAGAGTAGTAGAACGATCACATCATGAGA
GGAGATGAATTTTTACATACCTAATACATAGTGGAAAAACGACTTTCTGA
CTCTTTTTTATATATCTAAAATGATTGATTTTAAATCAATTAGTTACACG
GGATGAGGTGATCCATTTTCCTTTTTATAATGCCTGATAGAAGTCGATAT
TCTAAAGTTTTCTTTTAAATACAGTCTGTCGCTATCATGTTTTTGCCTTT
GAAAATAAATATTGGCAAAAAGTTGTTTGAAGGAATATTTTATAGAATTA
AACTATCTGCAATTAAGCGCTTGAGTTTGATAGTGCGATTTATAAAGAAT
CCTTAATTGCTTCCATTTCTAGTATATAAAAAACGCTTTTCATTAAATAG
TTTGATTGCCTGAATATAAAATATTTGTAATCAAATTACACACGAAAATA
TTGTCATGCAATAAAATTACTCACAATCATATTAATTACACAGAAATTGC
TACACGATAATATTACCCATAACAATTTTGTCTCACAATGATAATTTACA
CCACGATTTTAACACGCAACGAGATTACTTCAACGATTTTGTCCGCATCC
TTTTTAGCACAATCATTTTTCAATTAACCAATTGCCAATACAGTATGAAG
AAGCGGAAAAGAGATTATAATAAACAGGGAATCTCCAGAAGTTTAGTTCA
ACTCATATTAAAAAAGAAGATTAAAGTTGGGAAGTACTTTATTTAAAATT
TTATAAAAAGAATATGACTTTAAATGAGGTTTAGTAACGAGGTAAAGTAC
TCCCTGTCTCATCAAATCATATTAAATTTTTCTGTTATTATTATTTTTAT
TTATTCTTGAGGAGAGAATATTCAAGTATTGAGTGAGTAGCTCCGTGTGA
TTGTGCTCATGAAAAATGGAAGCTAATATCAAGGATTTGTTGGGGGTGCT
ATCTTCTATATTATTAAAGGAAAATTTGTATGTTCGTCCGGCAATTCTGG
GTACTAGCGGTAGTTCCATATAAAAGAGGAGGAAAAAATTAAACAACATT
AGATAACGGCGGGTATCCCGGTTCCGTAACCGGTATATCGTTGCTTCTAG
AGCTTATTCCACCATGCAAGAGGAATTTTTTTTATTGAAAAAACACAAAA
TCCAAAAAAGATGATAGGTAGATTTTCTATCACATCAAGGTTTAGAGATC
TGGAATTTCATGATATCACCTCAGATTTTCCAGAAAATTGTGCTTCCATG
GTAAAAACTAAAATGCTAAAAATGCCCGTCTAATGAGTGTCACAAGAATG
CTAAATGTTTTTGGCTTTTGGATGGTAAATTCTAAATTGTCCGAACCAAA
TAAAAAAATCGATCTGGGACCGAGTCTAACGTTATTTGAGATCCTTTAAA
ATATTTTTTKGAAGGATCGTTTCCTATTTGTTTTATGGGGTAGGTTTATT
ATTATGTTTATTTGACTCTATTTAAAGTTAAGTACAAAAAATTTTTNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTCTATTTAAAG
TTAAGTAAACTAAAATTTAACTTAAAAAAAATAAAAAAAAAAAATAAAAA
AAAAAAAAAATTAAGGGATGACTTTCTTTTTTCAAATGCTACATTTTATT
TTTCATTTTTATCAAATTAAAAGAAATTGACAAGATCATTTCAATTTTTG
AAACAATTCATTCTGCAAGCCCTTTTTCAGAATTTGACCTTTATTGATCA
CGTTTCCTTTTATAAAAGATTTCTTTCTCTATTGTTGTTGATTATCAAAC
ATTCAGAAATGTCATTTCATTTCTTGACAAATTTATTAAAAGTGGGACGA
CATCAAGAACCACCATTGTATTAGAGTCATAATATTTTGAAATCCGTCAT
TAAGATGAACACTTTCCTTAAGACATTAGCTCTTTATTTTTTCATTGACT
TGCATGGAGAATATTGTGGGGTCAACGACAAGTAGCTGTGATATGAAGGA
AATAAACACAAATCTCATCCCATATCGAGCAAGGAAATAATAAACTGAAA
TTACTCTGATGTTGATCCTCAATTTTACTCCGAGTCCTACAAAGACTTAC
ACCTATAAATCCCGATTAAACCTCATTGTTGTTCTCCGTCTTTCAATAGC
ACACAAACTAGTTATTACTTTATACTTAGATGTTGTCTTCTTAAGAATTA
CACTATAAGGATAACAGCTTTGGAAAATCAAAAAATCATCATATTTTAAG
CACATTAAGAATCATGCTTCCTCCATATTAGAAAAGTTCATTTTCATATT
ATGCAGGTAGTAATAGTAGTTTTCTTACGAACCCTCAGCAACAACCGAGT
CCTTCTTTCCCCATCAATCAAACCAGTGTTGTATCCGTCCTTATTTAGAA
CAAAAGAACGTAGTTCAGTCCCACTTGTTGGTCCTTAAATAAAATAAAAC
GGACCCTCGTGACAACGTCAATGCGGACAAGGGCGTACACGGGGTGTGGC
TGGAGCTTCTGTAGCCCCTCCCACCCAACTAAGAAATTTTTGCTTTTCAA
TAGAAAATTTAATATTGGAAATCTAATTCAATTTTTCAAACAAAATTCAA
AAAAAATTAATTTTCTCTTAAAAGCTATGGATTTTTAAAATGTTTCTCCA
AAAGTTTCATATTTGTCATTTGTAGAAATTTTTCCACGATAATTTTAATT
CCTTTATAAACAGGGTTGGGTTTTTGAATTTTTTTTTCAAAAAAATTACT
TTTTTAGAATAGCTGTTGATTTTAGAATTTTTTCCCTCAAAAATTAAATT
TTTTCTGAATAGTTATGAATTTTAGAATTTTTTTTTTCCAAAAAAAATTA
AATTTTTTCTTTATATCTGTGAATTTTTAAAATGTTTCTCCAAAAGTTTA
ATATTTGTAACTTGTAGAAAATTTTTTCACTATAATTTTAACTCCTTTAT
AAACAGCTGTGTGTTTTTGAATTTTTTTTTCAATAAAGTTACTTTTTAGA
AAAGCTATGGATTTTTTAATTTTTTTTCTGAATAGCTGTGGATTTTAGAA
TTTTTTCCCCAAAAATTTAATTTTTTCTGAATAGCATTTAATTTTAGAAT
TTTTTTCCCCCAAAAAAATAAATTTTTCTTTATATCTGTGAATTTTAGAA
ATTTTTTTTGGATAAAAGTTCCAAAAACTAATTATAAATTATAAACCTGT
AGATGCCTCTAGAGGGTGTTTTCTTTTTTTAATTATTCCGTTATATAATA
GAATAAATTAAAATATAATATCTTCGCATTATAGTGTATTATAATAAAAA
TATCTTATATTTTTGTAGATTATGTGCAATAATCTTAATACATCTCTCAT
ATATCTTAATTGACTTAATAAACCATGGATATTTTGATGAAAAATTCCTA
GGACCGATTGGACGGAATAAATAAGAAATGACACAACACTAAATCAAACC
AATGCTTTAGATTAGCTTCATTAAGTAGATTCTTCTTGTTTCGTTTCCAT
TTGTTTCCCTCTGTAAGTGTAACGTAAATGCATTGATAAATATTTATATA
TATAGAAGGGATACTTTTGGAGGGAGAGTAAACCAATCGTCTTTTGACCT
AATTAAATGTAGCCCCTTTGTTATCACTGTATGCACTTCAAGGACAGGAG
CCAATGACCGCTGTGGTCGTTATTATTTGACCTGAAAGTCCTACATACTT
AAAAGGCTCTGCTCCAGGTAAAATAATCTATATACATATGTAGATAAAGA
AGACACTCACTACTCATCCTGTGCTTTGTATATTAGTGTGCATCTATGTT
TTTGGATTTTCCTTCTTAGTCTCTCAAATGTGACATTTGGTCATATGCAA
AACATCAACCAAGTAATAGATGGTTCTGGGTGGTCATATATATATTTATG
TATGTGCTCGGGGCCATAAAATAACAAGTTTCTTATTTTTCCCTTTAGAA
AAAATATCAGAAATCCACCCCTCTGTTCACAAAAAAATTCAAAATTAACA
GCTTTTACAAAAAAAAAAAAAATTAATATTTGAAATTTTTTATCAAATAT
TCTATTTTTGAAGAAAAATCAGAAAAAAAAAAAATCATATTTGTTCACAG
AAATTTAAAATTTTTGTAAAAAAACTTGAAAAATTATATTATAAATAAAT
TCAAATATTCTATTTTTTCGTAAATTAAATTTCAATTATTAAATAAAATT
ATTTACAAAAAATAATTTCTTTTGGGAAAAATTCAAAAAATCGAACGCTG
TTTACAAAATATTAAATTTTTTCGAAAATTATTTCAAATACTCTATTTTA
AAAGAAAAAATTCAAAAACTCAAATTTTTTTTGTAAAAAAAACTTGAAAT
TATATTATAAATATTTAATTTCTGAAAAAAATTTTCAGAAATTAAATTTT
TGGGATAAAAATTTGCAAAAATTCATAGCTGTTAGATTTTTTTGAAAGAA
AAAAAAATTGAAAAGTTATATTAAATTTTATGAAAAAAAAATATCAAATA
ATCCATTTTCTAGTAAAAAGCTAAATTCCTTCATTTTTTTTGGGAAACCC
TGCGGACGCCCCTGCTCATTCTTGCATACTATGTAAATATTTATGTTATT
CACATTTGTATGTTATGTTCAAAATTACATATAAGTAAGACCTTCGCGGC
TACCCAGGACCACCTCCAATTTTGTTGATTTTTTTAATACATTTTTTTGA
ATACCAAATGTCACATTTGGTGCGTTTGATTCACCCTATTGTACTCCATT
GAAAACAATGAATAATCCATTTATTTGAACGAGTTATTTTCAATCATCAG
TGTGTCTTATAGAGTATTTTTATGAACTATTTTGTTTGTGTTGGGTTTAT
TTTTATTTATTGTTAATATTACTTACTACTTATGTATACCTTTTATATAA
AGTATATACCNTAAAGAATATACATATAAGAATGTTTTCTATTTCTTCAG
AATCCACCTAAGGCCATTCTTCCTCATTGTTCCTTCTTTGATTCACAAAA
GTAATAAATATATCTCTTTGAAGACTATGTATACCAATAAGTGTGTGTAC
ACAATAATATAATTGTATGCCTAATCAGTGACTGGGTTGTGAGTAGTGTT
GGCATGATACAAGNATTTTGCGCCGGTTCCGTTACAACATATAAGTAAAA
TTTAATTTTTGATTTTTTTTCTACAAAAACACGTAGTTTTTAATGGCTGT
AGTTTTTGAAATTTTGTAAAAAATTAAATATTTAAAATTTCATTTTGGAT
TTAAAAAAAAAAAAATAATTTATTGTGAATCGCTATGGATTTTTGGAATT
TTTATGCAAAAAATTAAAAAACCAAGCCTCCCCCCTAAAAAAAGWGTATA
TAATATCCTGCGGACGCCCCTGTTATATATTCTTTGAAAATCAAAAAGAA
TAAAAAAGATAAAAAAAAGGCAATATAGCTTTTATTATAGCATAAATATC
CCGACAACAGTTGACGTCATGTTGAGTCAATTACAACCTCCTCGTTAAAA
ACTTAGTCATATTCTCTATGATGGGCATGGTGTTCTTGCGTGGTTATACC
CAGCATATTCTTTCTCCAAACACTTTCTTTGTTTATTCATAGAATGTTTC
TCACTGTTGAAATTAACCTACTATTAAAATTATCGACCATTTATTTTCTT
TCTCAGTGGACAAACTTACAAAATCGGCTGTAGATCAAACACTGTTGGTA
TCGGGTGTTTTTGGTACTTTTCTATACTTTAGGCAATAAAAATATAGAAC
AAAAGAATGTTTTTATGGTGATTGGCATTTCAAACGTGGCCTACATAGGT
CAGAAATTTGATTAGTTGTTTTTTTTGGTTTATAAAATAAATAAAAAATA
TTCTCACTAATTTTTAAAATAAAGGACATACAGTTTAGTGCTAACTTCAT
CTCTGGGCTATTTTTTTCCCTCACATAGTGGGACTGCAAGTATTGGCTGS
AATATCCGCTCACTGTTTTWAATGTGTAAGTATCTGGGKACCAATATAAT
TCCGGTATACGAAACAAAATTAGTTGTCTACGAATTTTACCTTCCTCTAT
ACCGCTCATATTGTTATTATTGCATTTTTATCAGGAGAAGAACGGCTATG
AAGGTCAAATTTACACATTATATTTACTTATGTGTGAATATAAATTGGAA
ATAGATAGTACACCATATATTCATGGTCCGTCAATGAACTCTAAGCAAAA
AAAAAAAAAAAAACCGAACATAAATAAATTTGGATAAAATGTCCTGTGAT
AAAAATGTGTTTCCCTCAGGCAAGAGACATTTATTTAGGGAGGGGTAATT
TTGAGGTTTGAAGATAATGAGATGTTGTAGTTTTCAAAAATAAATTTTCC
ATACACGGATGATTAGTAACGAAACTCGGGTGCATATTTATTTGCTCGCC
CGTTTTTGGAGGTGGCAAACTCAAGAGGGAAATTTCTTTTCTGAAACTGT
TGTCATTATTATTTAATTCCTGAGGAGTTAACTTCTTTTCTACTACATAG
AAGCTGTCATTAACAGGAGTATGTAAAAAAAGATTGAATATGTACGTGTG
CTTGTAAAAGACGAAGATTAACCCTGAGGATTTGTTGTGGAGCTCTAATT
GTAAGTCCTTCTTGGACTCGGAGTAGAATTGAGGATCAATATTAGTTCTT
TTATATTTCCTTTTCCTTCTCGGGGTAGGTGCTTGTAGCTTATTTAATGA
AACGTCATAATCGTAATGCTTCTCTTCTCCAAAACATTCTTCAAATTGTC
ACGATTACCATGTTGATTTTCGGTGCCAAGATGCTACCGATTAACATCAC
TGCGCATGATACATAGATATGGCTAGACTGTTTTTGTTATTAATGTACCA
CATATCCTCTTTTCTGTATCGGGAAGAGACTAAAGTTATTGTGGCAAGTT
CTCATTTTGCATCAAAGGATTAACAAAGCAACCAGGAAGAAGAATTAGAG
CTTCTAATTAATTTCTGTTTTTGTTTTTTTTGCATTCATGTACTATGTAG
GAACTACATAGTACATGAATTATAATGGTGTCCCAAAACATCAACAATGA
CTATCTGTTTTCTATTTTTTTGTCCCTTATCTAAATTTGTTGTGAAGGTT
GATAATTGGCTTCTAAGGGACTTTGAATTCGATCTAGTTATAAATAATTC
CCTACTTATTCTAAATGAAGAATTGTCCCTCTGTTGATGATTACGATTAG
GAATTGTTGGCTGGATATTGCTAGGGGTGTGCAGTATAGCCCAAAATTCT
GCTATAAATATTTGCGTCTAAATCTGTTTGCAGCCCCATTACTGGGACAT
TGGAGCCGTTTGGAGGCACTTCCATCAATTTTCAATTTTAAACGTGCATA
TTATTAATTATTCAATATATGGAAACTTAGTTCAGACGACGCATTTCTGT
TCGTTAATGGCGTCATCAAATATTGGCACGCGGATGACGTCAATATCATG
TATCGTCTTTTTTGTGGAAACGAAATATATTCCGGAGGAGGAATGGTTGA
GAGCAGTACTGCCACTCGTAGGGAATTTAATCTTTTGTCGGTATAAATTA
TATCATTGAAGGAAAAAAAAATCATTACGCTCATCCCGACGTAGGGACTT
TTTATCTAAAAGGAAAGTTGTGTTAATCAATAATATCTTAGCAACTAGGA
AAGTGAATTGCTGCAAAAGCTATGTGGAAAAAACTAAATGATGCCAAAAG
GGATGTGTTTTATTTAAGTGGCTCSYTAGTTTTCTTTWTYKACGATTTAT
ATKGATTTTTTCGACAGAACTTTCAAATTTATGGCTCTGCTATCATTGTT
CGAATGATTTTATATCTTTTCATAAAAATATTTTAGCAAATTTGTTTTTG
TACGTCATTGATGAAGAATACATACATTTATAACGTAATGTATGTAAGCT
GATTTTAAGCGTAGGGGAATGTAGGGATTTTACAGTGGGAGATATACAAC
ACCAAAAGGAGGCGGGATTCCATCTTTCAGAGAAAAATGTTAATGAATGA
AAAAATGAACATATTTCCCAAAAACAACAATAGTACCATGCGTTTTTCCT
TTTCTAATTTTAAAACTGCTTTTTTTCTTTTTCTAATTTTAAAACTGCTT
TTTTTTCTCTACGTTTGCCCATTCCCACGAATCAATGAAGTGGCCGKCAT
GGAATCACCGAAGCCCTCAAATCCACTGYCAGCCAGCAATGGGATGCCAA
ACCTTTCGCCACCTGGAAGCCATCATTACCGCTAAGAGGGGCTAGATTAC
AACTCTGACACACATACATTTATATTAATAATTTTGTTGAAATTCTATTG
TTAATTAATAAATTATATTTTGTTGAAGTTTAAAATTCAAAGTATTCAGG
TTTGAATGGACCATTCGGTACTTTTCCTTAAGTATACTTTCTTCWAGTAT
TGTACTATTATGTCTAATAATATCAGAGTTATTTCATCTGTAAAATCGTT
AGGTAGTACCCATTGAACTTCAAACTTTCACTTTGTACAATATTTTATTA
CCAACACTTTTCAAACGTTTCTCCAAAACGAANNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNCTAACTAAGTAAATAAATAACTTTTCC
TCACTTTTCTTTTCAACACTTACCATCAAACTCCTTTGTATTTACAAAAC
TTTAACGTATTATATAAACAATCCAAGATGATGTATATACGGTTAGAGTG
GGTCTGAATTAAGTTCCATTTGGATTAAAAAAAAAAAATAACTGAATTTC
GTCATTTTTTGTATTAATTTCTGCTAATTTATATAAACAATATTTTTGTG
ATATTGTTGATTAAATTGGGGGTTAAAGATTTAAGCATTGTGAGATATTA
TGGAGACGATATCCTAAGGGTTCTTAAATAATTCATATTTCCATTGTTTG
TATACCGATTATTTAAATTCAAACTTTTGTCAATACTTTAACTCAAATTG
TACATTTATTATTTCATAACCTAACTTAATATGACAAGTTTTTTATACCA
AAAAAGTTCATAAAGTTCAGTTGACTGTAAATCCCCGACGAGAATACGAA
TGTTATTAAAAATAAAATGCCATTATATTAATTACGAGGGTCGTTTGAAA
AGTCCGTGGAAAGTCCAAGATATGGAATTCTAAGCAAGTATCGAGGTTAT
GTTTAGTTAGTTGTCTCTTGGAAGAAGAAACGCCAATGTTCAGCTAGATC
GGTCAATTTCTTTCTGTTTTGCATTTGTTTGAATCAAGGAAATTGATTTT
TTTTTTTTGCATAGATTCCCCCTTGATAACCCATTGTTTAGATTGTTGTT
TTGTTTCAGGAGTGTAGAGATGTATACATGTTTTATCCACAGTGACGAAA
CAAAACTTAAAGTCCTGCGGATTCTTCTGGAATAGTTGCAAACTGTTCTT
ACAACACTTCACCCAAATATTATTTTTTGGAAAATAATATCAAAAATCCA
TACCTATTCTCAAAAATTAAAATTTTTTGTAAAAAATTTCAAAAATGGAC
AACTGTTCAACAAAAATTTTAAATATTTAATTTTCTAGTGAATGCAAAAA
TTCCTTTTTTTTTTGCGTGGAGGTGGAAGCCTGTAGCGGAACCATTTAAT
CTTTTGATTTGTGAATGGGGTTCCAAAGAGTTTGCTCGAGATCTCACTAA
AATTTTCATTTGAAAGGCATTCAAGACCTTACAGCCTTCACTTAGCCAAG
TGTGCTAGAGATTTTCTTATAAGACTTCGATTGATAGACTTAAAAACTCG
CTGTTTCATATAGTGCCCGGTAATTTTGCATAAAAACTATTTTGCCTCAG
GACAATCTACCTTAAACAATTTCGCCTATGGACATTTTGCCTTAATATAT
AAATAAATGAGGTTTATACATTAGTTTTTATTTGTTTTTGTTGGAATTTT
ATATTCCCTTTGAATTTTTTTAATCAAAATATGTAATATTTATTACCTTA
AATTGGATTAAATATTTGTTTTCTGTTGGAATAATGATGGAATTAGGCTC
TTATCTCATATTATGCTGTTACATCAATCTATGAGTCTTTTCTAGTATGA
ATAATCCATCATGTCTAATGATAATTACAAACGGAGAAGTGCTTCGTACT
TCATCTGTTCTAATTGTTGCCGTGTTCTTTATTCTTGTTTCTCTTATTAT
ACTAATTTTATTACCTATTAAGTCTCTGGTTCGAATTCATTAGATAGTGA
GATTTTGAGGTATGATTCCATTATTTTTACAACAAAAAACAACCATTTAA
TCCGTTTTATAGTAATATGCATAACATATTTTGGTCAAAGAATTCCAAGG
GAACATGAATTTGAACCAAAAATAAACAATAGCAACGTATATACCTCATC
TATATATATTAAATCGAAATATCCTTGAGGGAAAACGGGTTGAAGGCAAA
ATGTCCTGAGGCAAAATAACTTGAGGCAAAATTACATACTATCAAATAAC
AATTCCATAGTTGGGAAGGATTGGCTAACTATACACTGATTTGACGAATT
CCCCCTTGTTTCTTTTTTTATGAAAAGTTGCGTGATGCAATAAATGTAAC
CATATGCCAGATGTAGAGCATATTATTCTTGAGGATGGGGGGAATCAGAC
ATAAATCATAATAAATAGTCTACTCCCCAGTATTATAGCGAAGATAGCTT
TAATATAATATTGGTTAACAACTTTATATATTTAATGGTGATAAATTCTT
TTGAATGGCTTTTAATTCGTATAAAAGCAATTAAAATACTCTCTTCTGCT
CTCTTAAAAAAAGAAAAACAAAATGGTTGCGCTTAGTGGTAATGATTCCA
GGATTTCATTATCATTTCTTTTATGTTAATTTATGATATTTATATAACAT
ACAATAATCTTGTACTACTAGGGGAGATTGGGAGAGTTTAACAATTTTCG
CTTTTACTTCAAATCCCTAAGGCTGGTTTGAGTAGAAGGGGTTGAGTATG
TTGGTGTGTTCCACACTCATAACTAAAATATTGTTGTAAAATTTCAAAAA
ATGAAGGTACGTTGCAAAATTAGTTGGTTTTGTTGTCAACATTTGAAGTG
ATTAATATTCATTGCTGTCCATTTTTTTTGTCTTTTGTAAAAAAAAAACG
CAGTGGATTCAAGACCAAAACGGATATTATTACTGGGTTTCGGTCTAAAA
AATATAGACCGGTTAAATTTTTAAGTACTTTGTTCCACAAAAAAAAACAA
AAAAAACTAGTCTTGATTTGGCCCCACTTTATTTTTTTTTTAAAGTTACC
TTCAGGGTTTGATTTTCGAAATATCAGGTCCAGCTTGGCTTAGATAAAAA
TCACTTGAGATCATACCAAAAAAAAAGAAGATAAAAAGTAGGTCTCAGAC
CGAGTCTTTAGATTAAAAAGACGTTACTGTGATGACGGTCCAGTGGCACC
AAAATCATAAGGACACCTCCCCCTACTTTAGAGTATTTATGATGGTTATA
CCAATTTTAACTCTAATCGTTCCTGTTGTTATAAAATTCAATCTTTTTTT
TATTGAATGTTTTTTTTTTTTAGAAAAGAAAATTTTGATACACTGTAAAG
GTTAATAGAAATACAAGGTTATACCATAATGTGTGTACGGCTGATGTTTG
ACTTCCACCTCGCTTTTGAATAGTGACTTCATAGACTATGAGTGGTTGTG
AGTTTTGTCAAAATCTGTTTTTCTCTCCAAGCACTCAGTACAATGTAATT
AAATTGAAAATTATAACAGTAGTGACGTCATAGACTAAAAGTATTGTGTT
TTTTGTCAAAATCTTTGTGTCCTGCCAAGCAATCGGTACAATACATTAAA
TTAAAAGTTTTAGCAAGCCCGATTACATGGTGGTCTAACCTTGTATTTCT
ATTAACCTTGGGGCACTGTCTGATTTTCGATCTGGATCGAAATATAAGTC
CAGGTCGGTCTAGAAAAAATCACAGATATACAGGACATAACTCGACGTGC
TCAGTCCTAACTAAGGATCGAAAAATGACTAGCTATTGCAATAAAAAAAG
TTCGTATTACCAAAAAAAAAAATTAATACAAAAAATTTCAAAAAAAAATT
TTTTTTTACGTTAAAAAAACTTATCGTCAAAGTTGGCATTTATAGAAATA
GCTAAATGGATTATCTCAACATTTTTCTGCCACTCCCCTCCATAAAAAAA
ATCAATTCTTTGGAGGCCCTTGATGACGTTATCAGTATATAGTTTGTCCC
CACTCCCATTTGCAAATACGCTGATGGCTGGGGCTTTCCTGGATTTTTTT
TACTTTTATCTTCAATAATCTAGGAACATTTGCAGCCTGTCTTCCCTACA
ATACATGAACATGTAGACTTCTTAAAATCATAAACTGTTATATCTTGTAT
ATATCATATAAACTCTCTCATAAATCACATCTCGAATTTCAATATCCTTC
AAGGACATTATCATGATATTAATAATAGTTGAAGATGAGGATTTTCAGTT
AATGTGCATATGTATTATAATATGCTAAATTTCAGARCCCTCCCTCATTA
TTGTCCATTATATCTCCGTATTCCCAATSCTGCCACAATACTACATATAT
GTATTGTTGGGCTCTATCAGTGCGTCATAATCAGGGACGGGTTTAAGGGG
TACAGGGTGTCCTAGGTTTCGCCAACAACGCGCTGGACGAATTTTATTTA
AAAAAAAATCATATATACTGGTATATTATTTTATTTTGATAAAAGTCCAT
AACATAAGTGGAAAGGGACATTTGAACACATGATATTAAATATCAGTTTT
GCCATAAGAAGCTTCGACATGATTATATTTGAGGAAGGTTTTTTTTTCTC
GAAAAAAATCCAAAAGTTAATATTAAAAAAAAAAAAGTGCTTAGGTAAGG
AAGACACCTCGTAATAAAACCCATATTTTGCAATAAAGCATAAAAAAATG
GAAAAGATTGTCCAATAGTGTAGTAAATTATATTATATTTTAAATGTTAA
AAATAGAAAATAATATTATTTTCTTTGAAAAACACATCCTTAAATGAAAT
ATTGATACCATTTATATAAAAGACCATAAAAAGGCTAGGCATTTCCAAAA
AAAAGTAATTTTAAAAATACAATAAAACATTATTTTCCTTAAAAAAAAAA
AGTAATTTGATAAATATTAGGAAACATTTTACTAAAAAAGCCCTGCAGTA
TATATATAAAATGTAAATATATTATAAAAAAGAAAGTSCCCGCCAATTTA
TCTTTGTCCCAGGCCCTGCCATAGGCAAAAATGACCCTATTCTTAATAAG
GGCCTTAAGTTTGGTGCTGTCTTTTTTATCAGTCATAGACTCAAATCCCA
AATCATCCTCTATATGGCAACATTATTACAAATATTAAATTACGTTAACT
GCTAGAGTTTCTAAATATACCGGGGAACAATATTTTATTCATGGGATTCT
GGGATGAAACGCATTGCACAGTTGATCGTCCAGGAAAAGCTCATGTTGCT
TTCAACCCCTGCTGCATGGATTTGAAAGTTGTTTTTGGATTCTTGGCAAC
CTCTGGGACTGCATATCTCACTTTTGTTGAGCTCAGCGTGGTCTTCCTAC
CCTGTCGAGTAAGATTCTTGACATGGCCAGCTCTATTGAATTTGTTGATG
ATGCATTGGATAGAGGATTTTGGGATGGAAAACTCGATGGAAATGTCATT
GTAGCTATCACATTATGGTAATTACTACAACCTGGTTGAGTTCCTCATTG
AACTCCTTGGTCTTGGTCATGTTGATTGCTGAATAAGACTGAATCATGAA
ATTGGCGCATCACACTTTTATACCTCAGAAGATAGATCTTTATCTCTTGA
TTACTTTATAGAAGTCTCTTAATCTTTCCATACTTCACCATAATAAAAAA
CAAACAAACAAGAAATATGTTTGTTATTTTTACCTCTTTGGAGGTGTATG
AATACTTTTGAAACAAGCAGAAATTGTTTTTGAGGCATAAAAAAAGAAAG
AAGTTGATATTTTTCAACTGTACATCAACATTCTAAACCAGATTGGATAA
AGTGGACGTCTTCCTCGTGTAAACCCGAAACTTTTTGGATACGAATAATA
GAAATAAAAAATCGTTAATTAACATACTTCTAGGAAGTGGGGAAAAAATA
AATTCTAATTTTGAAAGGGGAAGGAAACTTCCGTCGAGAAAGATTGACAT
GCTTTATTTTATTCAAAAAAGTAAAAGGGAGAATCCTAAGTTTGCACGAG
TTATTTGTTTTTAACGAGTTCCATGTCAATACTCTCCTTCTATGTGCAGG
AAACGAGTTTTGCTTTTTTTTTTTTTGTTTACTTRTTAAAAATGGAGTAT
CAAATGACGAGTTTTAGTCATGGCACATCACTATATAATTTATAATATTA
AGTATTCATTTTTAAGTATGTCTTATGGGTCCTTTAATTTAAAACTTAAT
CTCAAGTGTATCTCTAATATGTAGTTTTGCAAATTTTTATTGCATGAGTT
ATACATATATTATTAAATTATTTAATACCAGATTTTGTGTCAATTTCTTC
TAGGTGTAAAACCCTGAGAAATCCCAGCAAAACGGAATCCAGGGAGATAC
ATCATACTACTGTTATATTGCTTTAATTAAAGGGTTGTATGGATACTTAA
TATTTGACTTAAAATCCGTCCTTCAAGAGTGTCCCATATTTTAAAACGCC
CTCTAGTGATAATGAAATCATTATTATAAATTTATAATAATAGAGCAAAG
TTCATCTGTATGTATTTATTAGTGATGGGACACTTCTAAAAAAATCCCGA
TACCGAACTCCAATGGGATTCTAGTCAAAATTCCGGATGCTGATTCTTTA
ATATTTCAAATAATACTTAAAAAATACCACTTTGTTATAAATTTCTAAGA
ACTGCAATTGATAAAATAAATTCCCTTCCTTTATTTAATGTAAATATTAT
TTAGATAATAAAAAAGAGAGGTGATTCCTCTGCCCCGTGAGCTTTTTCGA
AGGAGAATTTTCCCAGGGTCAGTAATCCCGCAGTAAATTTTTAAAAGGCA
AATTTTGCAAAGGCGAGCTTTCTTAGATCCCTTTACAAAACTTATTCCCC
TAAAATAATACTATCTTCACTTACCACATGTGTTTAGAACACTTGTGTTC
ACTTTTACCTTTTGTTCAATTTGTTTCTTTTCAGTTTTCGAGCATTTTTT
ATCTTCAATTATTGTATTACAATATTTATAAAATTATAAGACTCAAGCAA
CAAAATTTACATGGTCTTTTTTTATATTTTGACGTATATATATAATATCA
TTTTTTTTTTCATAACTTAGAAAGCTAATAAATAGTCAAATACCACTAAT
AATTAATAATACATAAGAATCGGAATTGCAAATTAAACATCGTATACATA
TATAATGGACATGCTAAAAAAAAAATTGAAAATCAACATGTTAACCCTTA
ATATTTGAGGAATGTTTTGAAAAAGATCAGCTACAATCAGCTGTGACAAG
GGAGAAGGACACGGGYCCKCAGCAGGAGTCTATTTTTTTTTTTTTTTTTT
TGGTACTGATACATCCCTAATTCGTTATAGAGGAAGAACCTTCAATATCA
GAACTTGTTGCTTCATTTTTGTTATAAATTAGGTTATCTAACTAATCAAA
TAGAAGTAATTAGTTTTTTTTTTTTTCATAATAAAAGCACCTTTAATTAG
TGTTTCTTTTAAGATGGGGTTTCCTAGATTATCATAGCGTTTTATTCACT
TAGAATGTATATAAAATATACGTATTCAAATAAGGGTCCCCAAATTCCCC
CTATGGGTCTCGCCAAACAATGTATACAAAAAAATATACTTCTACCCGCT
TATGAGTAATAAATTTAGACAATGATTTTTTTTACATACAAAAAATTCTT
ATGATTTTTAACTCCAGATATAATTTTAATATCTTTTAAATTTATGTCCT
TATTCCTTAAATGATTTTTAACATGTATCTATTAATAGTCTAAGACAAAA
TGAAGTTAACTTAGTTTTTTGTTTTTTTCTCTCTCTCTCTTTCTTTCTTC
ATAAAGCACATGCATGCATAAAAACAACAACAAACTAAGCCTTTTCTACT
TTTAATTCTTTTTTTATTTTATTTACAGGTAAGTTTATACCTTGATTTAA
TTGAGAGATAGGAGCAGCGTGACTGAATTCTATTGTTTCTTTCACGTTTG
CTAATCGATAAATATGCAGTTTCTTCGTCTACTCCCCCTTTCTCCTTAAA
TGTCCGTTCTTCCTTTCTGTGGACCATGGAGTCCACAGAGTACTAGATCT
ATGTAGTATCCTAGATATATCTAGTGCCTCAACATAAAAACTATCTTGAT
CAAAAATAAAGAAAAAAATAAAGTATATACATTTTTTTACTTCATATATG
TATATAAAGGCTCCCTACTATGTCATAGAAGTTGTTACAGAACCAATTAA
AGGCTCTGTATTCAAATTCTTGGGATAGTTTAGGATAACCAAGAATTATA
GCTATAGTTAAAAACCTGTATTTGATTTAAGATACTTATATTAGCTCCGA
TATGGACCCTTTCAAATAAAATCTGCTACTTTTAGTATTTTACGATTAAC
GATAATTCGTCAAAGAACATACACTCAATTTTGAGAAAAATCAATCTAGG
TTTTGCGTTTTCTAGTTTTTTACTTTTGTTTTGACGCTCCAAATATAATC
AAATAAACTCCTTTCTCAATTAATTTTTCATTATGGTAGAGGAAATTTCC
TCTATAGGTCACATACAGCATATTTATAAGATTAATATGACTTATTTAAC
ACTTGGGCTGAAAAGTGCCGTGCTTAACAAAGAAAACACGTTTTATTTTC
TTCCGTTTAAGTTGCCTTATTTAAAAATTATTGTTATTATTTTTTGTTGT
CTTTATAGAGTGGAGTCTCTGTGACACGTATTTAGCCATTTTTTTAAACT
TAAACTGTATTTTTTCTGGTCAAGCAGTGTATAATTTAAAAAAACCGAAA
AGGTTCCATTTTATTTTTGGAAATAAAAAAAGTAGCATCACGTAATAACT
CACAAACTAAAACACGGATTGTCGTTAAATTTTGACAGCTGTCTTTTGAA
GGCACGTACTAACTAAACATGAGGTAAAAAATAAAGAAATGTTGCAATAT
ACAGGGTTCAGAAGCAAAATGTAGACTGTTTATTAATGTTAATTATGTAA
TTAAAAATGAGAGGTTTTGTGATTTTCCCCGCTTATTCCGAATCTCCTGT
CTTTTCTGCATCAGTAAACAATAATAAACATATCTCAAATATTTCATCAT
GCGTGAGCAAGAAGCAAAATGCAGAGGACCTCAGACCTTCTGGATGCCAA
AATTGAGGTAGCAGAGATTATGGGCATTGTGAAGTGCTCCAGGAGCCTCA
TTTTCAAGGTGGCCAAGATGAAAAAGGATTGAAAATACTTCTCATGGAAA
GAAGGAAGTCGGGTATACAACTACAAAAAGGATTCTGAGTTTCTGGGGTA
CCTGAAGAAAAAGATCAAGGAGAACCCACAAAATCCATGATTCGCCTCTC
TGACGAGTTTGACGTGGACGACGGGACAATCAAGGAGGGGTTGTGAAGGA
GGACTTGGGGGTGTCCTCTTACAGAAGGATCCCACACCACTTGTTGACGG
ATACTCTGAAGGAAAGGAGACTGCAGAAGTGCAAGAAAGTTCAAAAATTT
CTCTGACGAGAAGATTTTCACCGTGGACCAGGTCTACAACCGTCGGAACA
ACCGTTGGCTTGGGGGATCACCATAAGAGGTCAGGGAGGTGTTTTGTACG
AAAAAAATGGTACGGGGGGTCGTGGTGACCGACGGCACGAAGATCCCTCC
TGTCTTTTTTAATGCTGGGGAGAAAAGKGGCCAGGAGGCCTACTACAATG
AGATTCACCATACTATCATGGCTCAAGGCCACCTACCCAGACGACAACTA
TGTGTGGACCCAAGATGGTGCACTCTCACACACATCGGCTAAATGCCAGT
AGTTCTGTGCCGACAACATGGATGATTTTTTGTGCAAGATCATGTGACCA
ACATCTTCGCCAGATTTGAACCCGTTGGTATTTGCTGTGTGGGGCACTTT
GGAGAGGGAGACTATCTGGATATCTCATCCGATCAGACTACCTGAAGGGC
GCCATTGGGAAGGAGTGGAACAACTTATCCGAGTAGTTCATTATCAACTC
CTGCAAGGCTTTCCGCCGCCATGTGGAGGCTGGGATTGCTGCTGAGGGCC
GCCATAAAAGGCACCGAGTGAACATGTTCACAAAGTCGTGTCTCAAAGTT
TAGTTAAATTTTTTTCAAAATTATTGACATTTGTCTAAAATAATTCATTC
ATTCCACGTTTTGCTTCCGAACCCTGTGTGTGTGAAGCCCTGCACTTTTC
AGCCCATTTGTTATATTGTATTAAAGCACTGATTTCCTGATATAATTTCA
ATTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTAA
TACTATAATGGTTACTTATACTTAATCAGTGCAACTCCATCTAACCAATT
AAAGGAACATTAAAAAATAATAATAATAATCAATTACTGCTAACTATCAT
AATACTGTCAACTCAAAATATAATGCTTAATGTGCATGGCTAAAATAAAT
TTTTTAAGGCAGAAGTGAGGTACATTCGAGTCTAAAGCAATGCTCATGGG
TTCATATTGTGGTGACGGATCGGTTTAGACTAAATATAAGAGTATTGTAG
AAGTATTGTAGTGGAGTAAATACTCTATACAAACTATTCAATAGTAAAAT
CAACCTGAATTCTGGCTCAATTTAGAAATTACATTCTTCAACAACAGTAG
AATCTCGGTTTAAGGTATTATTTCATTGTATGGGATTTTATGAGACGGAC
CGATTTTTATTTCAAATAAAATATCGATTGATGGGATCTGTCATTTCCAT
TCGAATGTAATTGAAGGGATTTTTAAAAACGAACGAAATTTTAATTCAGT
GCATTCTAAGCTTTGCTAATTTTGAACAATTATCAAAGTACCTTACTCCG
GCTATCTCTTGTATAACAGGGGAAAATATATGATGACTACAAATTTCCAG
ACAAAATTTATAAGTTGGTTACTGTAATAAAAGTGATTCTTCTAATGCTG
TAAAATTAAACTTTAATTACAATAAACCGCTTAGGGACTGTTGAGCTGTT
TTTTGTGATTTATTTAAAAATAAATTCAAGACACCAAATTTTAAATAAAA
TAAGGTCTTCATTATCTTTAGTTTTATTATTTTTTTGTTGTCTCTACAAA
AAAGACTCAATTACGTTTAGTTCTTGGCTTCAGCTGTAATAGTTGCCCGG
ACTCCAGTTTCCTCATAAGTACATTCATCAACTTTTTGTAACTTTAGTTT
AATTGTTTTTATGATGTATGCGCAGAAACACCTGCAAGGGGTGGGCTGTA
GCCCCCCTCGGAGTTAAGGAATTTTTGCGTTTTATTACAAAATTTAATTT
TCTGTAAATAACTATGGATTTTTAAAAATTTTCAAAAAAAAATAATATTT
TGTTAATAGCTGTTGATTTTAGACATTTTTATCCAATAATTTGACATTTG
AAATTTTTTTCTATAAAAATTAATTTTTCCATTTTTTTTTTATAAATTTT
TCTTTTTTAAATTCTTACAACCAAGCCCCTTCCCTAAAAAATATAACCTT
TCTGACACTCCTGTTAAGATTTCATTTACTCGTAGGTGTTTCAAATAGAG
TATGGCCACTTATATCGCTATATTTGAACTAGATATCATTTTTTCTTTTT
ACTTTATCAACATTAAGATATTTAGGGATTACAATAGTAAGGATTATAAG
ATTAATTCTATCTATTTGACACTTTTTTATTGTTTTAAATTATGGGACTA
TTTTCTTCTTACAAAAAAAAAAATCTTTTTAATCAATATTCTACTGTATT
TTGTTTCATAAATGAATATTCGAATATTCTTATTTATTGAAAAGTCAAAT
CCTGGTATTGAAGTAAGTAGTTACACAAAGCAATCTAGAATGATTTTTCT
CAAAATTGAGTCTGTATTATATTTATGTATACTCAATCTTCAATGCCAAA
TTATTGTCAATGTACAACAACTAATGAATCCTTTGATAGTACCGCAAATT
GCACTTTAATAAAAAATTTATAGAATTTAAAATTGATTGATTTTATTTAA
AAGTAATCATATAGGAGCTAAATACAGTTGCATAAATAAATGAAGGCTTG
AAGCTATAGTTAACATTCTTATGTATCCCAAAGTATCCCAGAAATTTGAA
TACAAAGCCTATAATTGCCCGAAATATATCCACAAAATATTGGGCTGTAT
GTGATGTACAACAATAATCGAGATACGTCTTATTTCCTTGCTTTTTACTC
TAGATGGTTTTTGTGTTAACGTATTAAATGGTCAAGTTTTATTTTGAAGA
TGTGCTTGAGTGGGAGTTATTTCCCCTCTTATTAAATTTTATTTTAGCTA
AATGGTCTTACACGACATTATCTTAATTGTATCTCGTTACCTTTACAACA
ACAAAAATATAACGAACATAATTAGCCAATTATATCCATCTGGGGAAATA
TTCTTCATTTAATAGTTGAAAAATATATATATGTTAACTGTAAGTGCTAA
TGTGAGTTTAGTTAATCATCAAAGATCAGATCACTACTAATGGGAAGAAG
AAAAGTAAAAAAATAGGCAGTTGATCACTGTAAATTTGTATGTAATACCA
ACACAAAAATACTCTCTCTATTTTGTTGTCAGCTGTCGATTATCACATGA
TACATGATGTGATTTCATAATATATATTGTTTTTGATTATTTGACGAAGT
AATAAGTTATGCAATAGTTATACTCTGTTTCCAAAAGGACAGGAATACAG
TTGTTTCTTGTTGGTCCCTCGTCAAATATTTATATGAATAAATTTTGGCT
ATCATATTATAAAAATATATAGCTAAGCTTTTAATAAAATATTAAAAAGC
AGTATTAAATACAGTTTCGAAGGAAATACTATGTAGGATTTTAATATTAT
GGAATGCATATATATATATATAATTCATTTTTTAAAATTGTTGAGTAATT
ATAGAACAATCATACTCTGGAAGTACTTCAAAGATAAATAGTAATTGGTA
AGATTAACTTATTGGGCTAATTACCAGATAATTTAGGGCCTTTTTTCCCC
TGTGTCTTTGGGCGGAAAGGTTGTGTGATGCAATAAAGGTAACGACATGG
TAAGTGTCCAGAACAGGATTTTTTATTTTGGAAAGATATTATCATATAAT
ACTTGGAAAGAAACCATCAAATTATAATGAATAATTTGTTCGGGGCTCTC
ATGCAAAATAACTAGAGTTGACTTTTTTGTAAGGAAAAAAAAAAGTTTGT
GGAGGAGGCGGGAGTGAGATATATGGCACTACTGAATTAAGCCCAGCTGT
ATGTTATGTGATTTTGATGGGAGGAAATGAATTACTGTTATAAAAGAGGA
GAACCTTTTACATTTAAAATAGCATTAGTGTAGGGAAAATATAATGAATA
TATTTGTTTTATATTATTTATTTTACTATGCATTAGAAAAAATCAGACCA
AAGATAGGCAAGGAGGCTTATTTAAAGTTGAAGATAACGCCACTCCGACC
TATTAAACAATGAACAGAAAAGAAGACAGATCAAATGTTTTTTGTTTGTT
TTTTATATATAAAATTAGTTTTTAACTTACAAAAATGTCATTCTTAACAA
TGTGAGTTTACTTGGGAGTTATTGGTGTAAATCCTTATTAAACATAGAGG
AGAATGGAGGATATATATTGGAGTAATSCCAGCCTATAGGCCAGGAGCGM
CCACAGGATTATAATTTGGAAGAGCTTCGCTTTCGGAAATGTTTTGGAGC
TATTCACAAAAATAAATTCAAATATTAAATTTTTTGGTCTGCTGCAAAAT
TTAAAAAGCAAGGATTTCTTGGGGAGTTATCTTGTATATTATGAAAGAAA
ATGATTCTTTTAGCCTGAGCCTAATTACTCTGGGTAATGCCGGATACTAT
AGCTAATGGACCAAGAAATTGTTAAAGTAGTGGATGTATTTATTATTGTT
TAGATATAGTCTGAGACCTATTTTTATTTGGGTTCAGTCATAAGTGATGT
TTCTAGAAAAAAATAATATATAGTATCCGCAATATTAATTAGCAGTATTT
TGTTATCAACTATAAATTTTTCTGTTTCATTTCCCCCTTGTCAGTGTTGT
TCTTAATGTTGATTGGTTGAATTAGAATCAGCTCTTGTTTAGATGTGAGC
AATTCCTTCCAAACAATCTAATATATAAAAAAATATGCCGAGCTGTTTGC
TAATGAGGTACTTTCAAAGTTAAACAATCTTTCAGAGGGCAAAGGGTATC
AATTAATCAAATTTTGGACCTTAAGTTCAAGGAAAATATCAAAAAAAGTG
GTTGCTTATTGTATCAAAATTTATTTTTCCATAATAATATTAGACTCATC
TGGGACGAATTGTCTAATTATCCATTGATTTTTATTTCTGTTTCTTTTCG
AAAGAAATGCTGCGAGATGTAATTAATGTTTCAAAGTGGTTTCCTCCTTT
TGTTTTTCGTTTTTGATATGACAAGCTGAGCTTTAGCTACACACGCTCGT
TGCTAAACCGTATTCTTCTTTTCTTTTTTAATATGAAATTCTGAGCTACA
CTCTTTGTTAAAAATGGGTAACCTTCATACAATGTAACAAACTTTATTTA
TATAGATTAAATTTATTATTTTTCCAACAAAAATTTCAATTCTCAACGCT
CACATAGAGCTACGTTAAAGGAAACCGAACTTTTGAAAAGTATTTGATTG
ATATTTATTAACCAAACTAGCTATAAACGAAATGGGGAAACACTTCTGTT
AGTTTGAGAAAACTCTTTTGAAAATGTTCTTTTTATTGATGATCTAGATC
AGGGATTATCAACCTTATTTTAGTGATGTACCGCTAGTAAGATATTTTTT
CAAAATCTCCAGTACCCCTTGGAGTGCCTCCAAGTACACCAGGGGGTACG
TGTAGCCCCATTTGAGAATCAGGGATACTTTATAATTTTTTCTTATGAGT
AGCGTAGTGAAAATGAGCACTTTCGCTTTGTGTAAACTAACCTCTCCATT
ATATGACATCAAAAACGATATGGCAGSCACGAAAGTCAACTTATTTGGTG
TAGACTTAACAATTGAGTCAGTGGGGAATAATGGGNGAATGAACTGGATT
TTAGTAGAATTAAACAAAAAATGCTTGAATACTTTAATTTTCTTAGCTTA
ATCTATCTGAAACAATAATATGGAATTGGAGCCAATTTCTCTCACTTGGG
AATAATGCCGATGCGCTCTCAAAATATCTTTCATCTATTAAAACATGGAA
ATTTATAATCGTGAATTTTACTGGATTGCCAATGAAAACTATCCAAAATA
TTTTAATAAAACAAACTTTTTGGGGGACGAATGCCCCCAAGGCTCAAGTG
CAGCAAATATAGATGAGGATCACTTTAAGTTCCTTGCCTTATAAGTTGGT
GAAAAGAAGATTATACAATGACACTTTTTATTTTAAGTTAATATGCCTCG
ATTTGATGTYTCCGCCCTGAACTTTCTAAATTGTGCCCTTGATCTTTAAA
TAATATATTGTCGGTGCTTTTTCTATCTTAAATTTTTTATTCTTATTCCT
AAACTCGATATTTTTACATAATAGAACAATATATTATATTTAAAACAAAA
AACGCAGTGGATTCAAGACCAAGACGGATATTATTATTGGGGTTCGGTCT
GAAAATTATAGACTGGTTATATTTTTAAATACTTCGTTCCACAAAAAAAA
AAAACTGTCTTGATTCAMCCCCACTTTATTATTTTTTTTGATGTTACCTT
CAGGGTTTGATTTTCGAAATATCCAGCTTGGCTTAGATAAAAATCACTTT
CAAAAAAGGTCCAAAAACCAAGCACCCCCCTCTACAAAATATACATATGT
GTATATATAATCCTGAGGACGCCCCTGCTATTATTCATATAATTTCTAAA
ATTATTTGCTGTTAATGTATCCATGTTATATTCTATCCGTCTCTCTTGCC
CAGCAGTTGATACGGTAGATCAAATTGAAAATTCTAGGAAGGCCAATTAC
ATGACCTGCAATATTTGATTTATACGACTACATTGTTATTTATTAGATCA
AGATATGTATATTTTTTACATCATGGACCACTTTATACGGTGCACCCGGT
GACTATATATGTTTCCTATATTCATACAGATAAACTTTACTTTATTAATA
TAGATTAGTATTAATAAGTCGGGTATTTGATTTATAATATTTTCAAATGA
GTCTACCTAGCTGTATAAGCCATCTCTTAGTTCCAACTCGTAAATTATAC
ATATTATAAAATTATCCTAAATTTTAGTTTGGTTAATTAGGAAGAATTTC
TTTTCATATTTCTCTTATTGCGGTTTGTCTCTAATTCCCTTTGTCTATGC
ATACATATACACCATATAAATTATAAGAAAAGAATATCTTAGTCATTAAA
ATGAATAATCATATACTTATGTCTTTAGTATAATGCACAATACTTTATTA
CCTTTATAGCTTTGACAAAGTATGAGACCCACATGATACTCTACATTCGT
ACATTTACACATACAGGGTGAGAATTTATAATCCTTACTTTTTATTTTTA
AGAGGGCGATAATTACTTGATGAATTTCTATAATGCATATATTTGTGAAT
ATAATTGATGGATAATTAATTATTCGAAATATACGGCTTCGACAATGATG
CATTTTTCGAGAGAGGMAAGAAGCTTCAGTATGTTTTAGCGATTTAATCT
GGTGCGATTTAGACCCATTTTTCTGAGATGGAGGCCCAAATGACATTTCT
ATTTGGATAACGGGATGTCCCAATCCTCCTTTCGATTTCTCCTCCAAAAT
AAAATCCAGGGGAAAATGAAGCTTTTGTCGATACAGGACTTCATTACGTC
CAGAAGCATTAGGATATATCCATCCGTGTTGACTCTCGGGCCATTCACAG
AGAAAAAATGAGGAAGCAAAGTTTTCCCATCGCTGGAAATGACCCCAAGG
ACCCTAACACCTTCCTTTGCTGGATGATTGCATCTTTGTTACCATCTTCC
CATAATCGCAGTTTAAATTTACGTGTTGAACAAATCTATTACCCTTCTTC
GTTTAACCTCTTGCTCCGACATCTTTATTCAAAATGACGCCAAAATTGAT
CATAGAGCCCTTTATATACCTTAGCTGGAAATAAATTAATAAAAATTCAC
ATTGGCCACACAATTAGCCGTAATAACTGATTAAAATTAGGTAACTATAA
GAAAGTGGCACCTGGTCCAAACATATTACTTACTTATGCGTCTAGTGATG
GATCTCCAGCATATATCGGAACCAAAAACTCCGTTCCAGTTCTATATAAT
TAAGGATAACCCTAAACAGAAATACCTAATGTATCCGAACCCGAAAAAAT
TGTAAGAAAAGTATCTTAAAATAAAACCCGTATCGATGAGTGAGTCAGGG
GGAAGTTTCCATGGTGAGTCACAAGGCCTTAAATACAACTTCAAGTCTAA
TTCTGATCAATTTTTATATCTTTAACCCTTGTGATATGTTAAGGATTCAC
CCGTTTAAGTTTTTATATTGACCAAAGTAGTGATTATCCTCTCTTTTTCT
TCATGATATTTTTTTCTACTTTTCTGTCATCATTATTCTTTTATTCTTGA
AGAGAGAACAATAAGTATAAAATAATCACTAGTGTCTGAAAAAAGAATAA
AACCTATTAGGATTTGTTTCTGAGTCTTTAGCTTAAGTCCTTGTTGAACT
TGAGGTAGAATTATAATATCTGCTTATATCATTGGCAAATACGAAGTGGA
ATTAATATTTATTTCTATCATCTTGTAACTGCTTCACTGTTTTGAATGGA
TTTGTACTCTACAGGTCAAAATGACCCAAAACATAATTAATGTAATTTTT
ACCCAATACAATTTTAACAAACTTCTATTTGAAAAGGGAACATAAGAATA
GAGGCAAAAATAATAATAAAAATTTTTCAGGGTATTGGCACTGAGAAATA
GAGGTGAATTAGGCTAGAAAATATTGGGCTACAAGATTCCGGGTTTCGAG
CCAGCTCGCGGGCCAAAATATGAGAATCTCTGTAGTCCAATATATATTCA
TGAGACCTAAATATATTTGAAACATCAAAATATAATAGCTAATTGATGAA
TTCAAATATCACACAATCAAATCCCGATCAATCTTATAAAAAAAATGAAC
CTTTACATAATAATAAACTTAAATCAATGTGTTTATGACTTTTCCATCTA
ACAAACACGCTTATTTTTTCAACATTAGACATTTTAGGTGTTTAACGTAT
GTCAGTACGAAATCAATATAAAAGAAATACGATCTAGTGTAAGTGCGACA
CTTAAAAACAATCAATAAAGTTAACTCCAGCTTATTTTTCATAAGGTGTC
AAATCAATTATTTTGTTAAGGAATTATTTTACATTAAAAATAAATATTGG
GCTTGAAGGTTCGGGCCACGGGCTTGTTGGGCTTAGTAAAATATGGTTTG
GACGTGTGGCTTTTGGACTTGGGACTACCTAGACCGAAACCCCCTCTACT
GAGAACCAAAAGCTTATGCAAATTACAACCTTAATAATTATTTTAAAATT
ATCGATACTACCTGGATCTAAAATACGTATCTGAAATCCATTATAAACTT
ATATCTATGTATGTGAAATCAATACTGAGGAGGGTATKCCTCATTAATAA
AGCAGGAACAAACTGAACTAKCCGCCATCACCACAAAAAACACAAAAAAG
AACAACACTTCCTTCTTCGTCAATATGTGGGAAATGTCATCATCATCAAT
ATATACCAGGTGTTATATAATTAGTATCGTCTAAATGTTTGAATGAGACT
CACAAATAAAAGTCAAAATAGGAATGTTATGAAGAATCTTGGAAAATACT
ATAAGGTATTCTAGTCAAATATGGTTTTAATGCTCTAATTTATGTGGTAG
ATTGTCATGCAAAGGAATATTATCTACAGCTTCGAATCTTCATTTCATAT
ATTATAATACCTTATCTGGGGTGTNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNTTTTTTGAATTTTTCTACCAAAAAGTTTAATTAATTTGAGAA
AAACTATGGATTTTTGAAAAAATTTCCCAAAAATTGTAATATTTAAAATC
TCTTTTTGAATAGTTGTACATTTTTGACATTTTATTTGAAACATTTAATA
TTAAAATTGGAAAAATGAATTTTTATTAATTTTTTTAATTTAATTTTAAA
TTTGTTTTCAAAAAAATTCCAAAAACCAAGCCAGCACCCCTTAAAAGAAT
ATAATTTTAAATTTGTCAGGTTTTGATTGGATATTCATTCGCTCAAAGGA
ATTTTGCTAAGGTGATACTAGCTGAAAATACTCTTTCTCCAATAAACGGA
CATGGGTATTAGATCCAACTGGAACTACCAGCATTGAAGATGAATATTTA
AATGACGTTGAAAAGATACTGAGCCTAATATTAGCGTGGGGAAATGATCT
GCTCCGAAAAAAAACCTCCTGAAAATATACTTGACAAAAAAAAAAAAAAA
ACGAACCCCAATGAGGATACACTATTTTTTCTATAAATAATTCATTATTT
TTCAGTCCTTTTAGTGCAAAATTAATCTAGAGACATAAGTGAGCAAAATG
ATGATCCTAGTTTGCTTTTTTGTTGCAGCAACCCTACAAATTATCCTTCA
TATTATATGTATAAAAAAGCAATAATGAAAATGGTTTTTAATGAACAATA
AACGTCATTAATGTTTGTTATTGATAGATGACTGAATGCTTCCATTACGA
CCCTGAATGTCAGTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNGTGAAGGATCATGATTTAAAAAA
ATATATACAGTATAAATGTTATAAATTTGTTTAAATGGCTTCTAAATGGT
TATACCTATATAATTGGTGCATTAATATAAAGGCAATCTCGAACAAAAAT
CAAGTAAATGAAAAAATCCCAATTTATTTTTGACTTGATAAATATTTATT
TATGGACCTTATATTCTTATTTTCGGAATGGTTAAAAATACTGAGGAGTG
TCAACTATAAATTAAAGCCTTCGGTTGATATATATACAATAATATTTCGC
TGGGTGATGGTACTTTTCAAAAATCATTATTTGAACAGTACAGAATGTTT
ATGCAATCTAGACTCAATTTTTGAAAGGAATCGCCATAGTTTTTTCTTGT
TTTTTTGTTGTTCACAGTAGTAAGGGGACGATAAAAAAAATAAAAAAATC
CGAAGCCGATTCCGATGCAATTCTAGTAAAAATCCTCGATACAGATTTTT
CAATATTTTAAATAATAGCTAAAATACCTTTTTGCTATCAGGGGCGTCCA
CAGGGTTGTATTTTCTTTAGGGAGAGGGAGGGAGGATTGATTTTTTTGAA
AAAAAAGAAGAAATTAAAACTTTTTTGGAAAACAATTCGAAAATTTAAAT
TTTTTGGAAAAAAAAAATTTAAAAACCAATTGTGTGTCTCAAAAATTGCC
AATATACAGAGCAATTAATAAAAAATTTAATTTTTTTGAGAAAAATTTCC
AAAATCATCAGCTGTTAACAAAAAATTGGAATTTTTTCCCAAAATCTCCA
TCTGTTCTCAATGTAATACATTTTCTGGGAAAAATTTCAAATATTAAATT
TCCTAGTAAAAAGCAAAAATTCCTTTATTTGGGCTATTTTTTTTTTTTTT
TTTCTATAACTTAGAAAAGTAATAAATAGTTAAATACCAGTTATAAATAA
GTATCGGAATCGTCTATTACACATTATTTTCCTGATTCAAGGGGGGGGGA
AACCAGATTCCGATTAATCGTCCCAACACTAGTTGACAGACCACACACAA
GCACTTTATGTTTTCATGCTTCAAAGAAAGATCCATGGCATGTCTTGTTT
TGATACATTCATAATAATACATTAAGCATCATCTGTTTTTTTTACTCTTA
TAAGCTGTGAGGCAACACTTTGCTATCAAAAAGTACCTATTATCACAATA
GGCATTGAAAAAAAGAAGCAGTTCATTGATGAATGGGTACATACATTAAA
TTGTACTTTATATGTACACGCATCGTACCCTCCAATGAATCAATGCACAC
TCTTGTGATTTATGGGTCTTTAATACTATAAAAAATACACCCCAATACTT
TTATTGGCATATTTCAGTTAATTATGAGATTTATGTACTAGGCGGGGATT
TCAAATCCGAAAAGGGTGCTGTTTATTACAATTTATTTTCCAAAATCAAT
TCAGCAATTCACAAATCTTTTGCTCATACATGATGGAGTTGTCCATAGTG
AAGTCAATCACTCAAACCAACCACTTCCAGGTTGGACCACAGTCCTAACC
TGGCACGACCTGGATGAGGAACTCATTGTCCATGTTGTCTACTCCCTCGA
AAATGGAAGTCTGTCAGGAGTCAATAGTGTAATGTGTACGTTTATTTGTC
TCTCTCTCAAAGACATCCCACACATAGTCATCCAAGTGGTTCAGATCCGG
AGAGCTAGGAGGCCACATTTCCTTTCTCCAAAATATTCAGGAAGTCTGGA
GTGGTTTTTTACACGATCATGAGTCTTCCTTGCAGGTGATCCCGATCCTT
CAGACTCCTTGAAATCCTTGGCAACATCACTAACAGTTGATTTGGGTATC
TTCGTAAACTCAATCATCTCCCTTTGCATGTGCCCGGCACGGATGCGCAC
AATAATGGCCGCACAGTGCTCGTATTCGGAAAACATCTTAAGGGTTTTGT
ACTTTTTATTATATAGTTTTTGCAGTTGAATCTGATAGTATACTTTCATA
AACATAGATCTCAGGATTGCCTAGATATTGAGACTTGATACGGATTTTAA
ATTCCCTACCTTTTATGCTATTTACGTAGAAAATTATTTANTATAAACTT
TATGTGCCTTTTGCAGTCCCTCCGAATGATTTATCGAAATAATTTATTAA
TAGAAATATGAMAGAATTAGGCAAATATATTCCAGACTCCATATTGAGAA
AAAATATGATAACGTGTTTTTTTGTTGACGGGTCTTGTATATATTTCCCT
TGTAGACGTGCATTTTGAGACTTCTTTTCAGACTATGCATATTATTAGTT
ATTAAATATACAGGGWGCGTATCCGATAATTACAACATATTTGAGAGGTT
TTTTAAAATTATTATTTCTGGTAGAGCGTCGTCMAGAGGGAGTGCCACTC
CACTTCTCACTCAATTTTGTATTAGAAGAGTTTACAAATGCTTGAGACAA
GGTTTTTGAGGGGCTGTAGTCCTCCCTCCCAAAGAAAACCAATAATTTTA
TGTGAAAATCTATGGATTTTTCAAATTTATCTGCAGAAAATTTAATTATT
TTTTTAAATTAATTTTTTGTGAACACCTTTGGATTATTTTTCAAATAATT
CCATAAACCAAGCCCCCAAAATATAACCCTACGATGCTCCTGTGTTAAAT
AGAATTTCTTTGTCCTATTGACAAATTTTTTTTTAAATTTATGAAGTACA
AAATTTCAGTAGACTCATTTGATTGTATATAAATATAGATTTTGTTGCGA
GCACTTACGCACCCTTTAATATTATTGGGTCAGTTTTAATGATATTTTCT
ATAAAGTTGAGCTCCCCTATGTGTGTAGTTGTATTTACAATGTATTATGT
AAATGGAGACATTGAGTAAACACGAGGATTATGTTACTTTTTCTAAGGAC
ATGGAAGATACTTGATCCCACAACCTATGTACCTATAAGAACAACAAGGA
ATGTTTCATAGCAAAGCCATAACAAATATGTAATTTCCTCAGTTTAATTT
GAGTTGTCTTCCTTCCTAATATGTCTTCAGCGTACATTTATTTGAGCAGT
ATTCATTTCAGCGAGTGTCTCATGTTAGCTACATTCATTAATATGGCAAG
ACTAATTTCAGCGACATTTTAAATCATAAACAAAGAGTAGCTTTAAACTA
TATGGAATATCTATTGTATATTTTGTCCTTTAAGAGTGCTAAGTATTTTT
ACATTCAAGGAAGCTTACAGAGTCATATAGAACACTCAAAAAGATCCGTC
CCAGCTCCTTTCGTGTTCCTTTTCCTAAAAAGAACTACATATAATTTTGA
ACAAAGAAAAAAATGGCTCATGAATACAAGGTTTACAATAACAACTTTTG
ACAATGAAATCTCACTCAATAAGTTTATTAAATTCATCTCGCCACAGAAG
ATTGCTGAGTTAAGACGAAATCCGATAAGAGCCTCAGTTGCTCCTGCTAT
ATTTCATCTATTTGATTTTAAACACCGCTCTGGTGAGTGATGAGTTTTAA
TATTGACGTCATTCATCTTGTATTGTTTACTATATGAAAATGTCGCTGAA
AGTAACGACGCAGAAAAAAAGCTCGCCCGCATAAATAATCGATCAAATGA
ATGCTTCTTAGATGACACTCGCTGAAATTAAGGCTGCTCAAATGAACGGA
CTCGTATTTCTTTATCTCACGTCGTTACTTTTATTGTATCACGCGATCTT
TTCTTTGTAAAAAAATCTGTTGATAATAGTTAGTAGTGTTGGGTCAGTCT
GTATTTATACTGAAGACTGCAGTTCCGTGCAGTTCAGTCTCGGTACGGTC
CAGTTTAGTTCTTCACATCAGTCCTAAAAACTTATAAAGATTTGTCCTTG
ATGACGTAACTCAACTTTATTTCTTCTTGTTTTAATCAGTTCTAGTACTG
ACTGTGCAAAGGATCAGTCCTAAGACGTGACTGGACCAAATAAATAAGCA
TTGATGCAACACTAATAGTTAACTTATTTGTTCCAACAATGTTGTAATTA
TTATTCAATAATTGTTTATAATTCTTGACAAGATCTAATTTTATCAAATG
AGGGGAAGAGAAGCGGAAACATCCAGCAGAGATCCAACAACAAAATACAA
GTGGAAATATCTGTATCTGTGACGTAATACCGTTAGGTATGCAAAAAAGC
TACAAACCATGTGATACCTATAACGCACTTGTTTGCTTGAGTAGATTCCT
GGGCTAAGCTTTTCTCCCTACAATATGTCGTTTTTAGATTGATCATGTGT
GATCATAATGATAAAAAATATACTTTGTTGAGTGCCATTTAAAATTTCAT
ATTTTAAAAGTTAATTCAGATGTCTTTTATCCAGCGCGAAAACAGACAAC
CGGGACTCAAACTTCAAATAAAAAATTTCCTTTTCAATATTTGAGGGACT
TTTGCAATTTTGATATCATGTTTAGTATAGARTATCCACTGAATTTTTAT
TATTTATGCCTATTATAAAAAATGAACAAATATCTTCCTCATCGACTACC
TATTGCACTGACTCATAAATGTTGTTCTTTCATGATCCATGACGTCAAAT
TGTTATTGCTTAATAAAATATTTGCTCATATTTCGGTTGCTTAGCTTTAT
TTTTGAATTCACCTCGAAAGTTAATATTTAGGAATACATTCAAAGTTAAA
ACATTGAATGATTTATTCTTTACATATTACATACTTATGTGAACATTTTA
AAATCATGTCCTATAATACAATATACTTTGATAGTATTATTAGGAAATAA
TAAATAATTTAAATAATCAATTGTAATTTTATGATATGAGTTATCAAGAT
GGTTGGAGTCCAATTGCACGTTTGATGGCATTGATCTATTAACTTCCTTT
AATTTATGAATTATTATGAACGAAAACCTGGAGACTTTGTATCCCTAGCT
GATCGATTTTTACAATACACTGCATTCCACATGATCCTTATAAAAAAAAT
CGATTGCAATTAATTATTGGCTAATTATACTAAATAATAAGATTAAGTGT
TGGGCAACTGAATAGAACACCTTTAAGACGTGGGGGGGGGGGGGGGCTTG
GTTTTTGGAATTATTTTGAATAAAAATACAAAAATTAAAATTACTTTGAA
AATAAATTTCAAATATAAAGTTTTTTGGAAATAAATTTAAAAATCCCTAG
CTATTTTCAAAAAAATTTGAAATATCCATAGCTTTTCTCAAAAAAAATTA
ATAAATTTTGAAAATCCTCAGCTTTTAACATAGAATTAAAATTTTTTTGA
AAAAAATTTCACCAATTAAATTTTCCAGTAGAAAGCAAAAGTTCCTTTTT
TTAGCGGACGTCCTTGTAGGAACGAGAAGAAGAAGAAATATATTATTTTT
TGTGTTTTTTTCTGAGTGTCCTCAATTTCCCTTGAGTCCTTCCATTATAT
ACCTAGCATTTAGAATGAAGTTGATAGACTGTTTAATTGTCTTTGTTTAA
AAATGGGGGTTGACCCTAGATAGATATATACTCTTTGTCAATAAATAGTT
TTTTCTCTTCCTCTATTTTCACTTTATGCTGAGATTTTTGTCCAAATAAA
AAAAACATATACACAATCAACTTTTTTTGTTTTCACTCCTCTAATGCATT
TATGATTATGACTGTGTATGAATGGTTGTATTTATACATATTATATAGGG
GAGACAAAGGATAAATCCAACATCCCTTTTTTTTTAACATCAAAGAAACA
ATTTTTTATATACATTAAACATACGTTTATATTATAACGACCAGGTTAAA
GTGTTCAGTTGGAATATTAATATTTGACATATTTTGCTTCACAGCAAGCA
TGTTAGTTTACAGAACCAAAAGCTATTAACCTAATGGCAAAACGATGATT
AGTGTCATATATTATATAAATCTTTTTACATCTAAATCTATTTGGTATAA
TTCATACCTTTCAAGGTGTAGTTTTTATGGGATACAAAAATCCCATACAA
GTCCATTTTTTTCCTGGCTCAAGCTCGATTTTTTAAACTGTTACAACTAC
TACAGAGACAGTTGCAAAATTTGGTTTGATGCATTGAAATGTAATTTGTT
GGAAAAGTACGCATTAATATTATCTCAGAATAGGTTCTAACATATGCTTA
TATAGCTTATAATACCTCTAATTTAACAACCAGCACGATTTTATTTTTAA
ATAAATTTTCTCCTAAACTAATCAATGCCAAACGAATGCGGATTAATAAA
AAATAAAAATTATCATTCAATTTAATCGCCTTGGCGACAAGAACGGCCTC
GATGCGACCTCAGAAATAGTACCAGGTCTTGATCAAGTTTATGCCATCAT
GTAATCAGGCTTACCAGAATTTTRAATTTGATGTACTGTATCGKCTGCTT
GGKAAGACAGTAACAGCCAAGGAGGCGATATAAATATACTCTTGATAACA
GTTATACTGTTGGACGTCAAAATATCCTTCACATACTTCTTCATCAGCTT
TTTAGAGCAGCTGAGATCACTGGCTATGTCCCTCATCGATTTGGATGGCT
CATCATCAAAGATTTTTTGTAAATTTTCAATGAAATCCTGATCCCTCAGG
CAAATTGAGCACATCATCTGATCCCCACGTCTTGCTGTGTTTTTTCTTCT
TCATAATCATCTCCAGACTTCAAAGGACCTGTCTGGGGTTAGGAAGTTTG
CAATGGCAACATTGCCTTGTCCGACACAGATCGTAAGAAGGACACACTGC
CTTTTACATGATTGTGAAATAAACACTACATTGAGGGATGGCATTTTTTT
TTGCTAATGGCAAACGCTACTGGCCAGCCACTAAAAAACAAACAATGTCT
TATTTGCGCATGGGCTCAAAGTTAGTTGTTAAACAAAGGATGTATGTTGA
TACAAAGAATACTCTTTACATGGAGCATACGATCTTTTTTTCTTTTTCAA
AAGAGTCATACAATGGAAGAGATGGAGTTCTTTCATTGGTGGTGCCAAAA
GTGGCTTRTCAKCCCTTTCAGGGTTCTTTCCATCCKCTTTTTTGATAGAT
CTCTGTACAGTCTGGTGTGTAACCCAGAGTCTCATGGACTGGAGGAGATT
TGCCTAGGCTGTTTTCTTTAACTTTCTTTTGACAGAGCTTCTCTTCTTCT
AAAACGTTTCGTACTTGCTGATGGCGTAGACTGTGATCCAGGAGACTCCC
AACTGCTTGGAATGTGCGAATGGAAATTCGTGGATCATTTTCTCAACTTG
TACCTAAGCTAGATTTGTTTTGTTTTGTAACTAATTGTTCATTCTTTAAT
ATATCGAAATATAAATAATTCCAATCACTCAACCTTGATTTATTAAGGAA
TTAGTCAGTTTTCAGATTTCAATGGACCCCCCGCTATAATATACATATAT
TAAAAGATGGGGAATCTCCAGTTGGGAAAATTACCAGAGATGAAAATGTA
TACAGTCAAATTACCTACAGTCATTAAATTTTGGAGTGTTAGATACAAAG
CAGCACCTAATAATTGAACATAAAGACAAAATCCCTGCAACTCTTCCCAG
TCTCCCCTAATATTAGATGTCATTATTCAATAGTCATTAACCAATATTTT
AATGTGTCTTCCTTACATTTTCCATTCGATTGTAGAGGTTCTATCATTAA
TCTTGAGAAAATGAAGATATTATTATTATATCAATTTTTGGAGATATAGA
AATTGTATTAGTAGTGCTCTATATATATATATCTCTATTGAGACTCCTCT
TCAAAACCATTCTGCTTTCTCTAGTCTATGTACACCTACTGCATACATAA
AAAGTAAAATAAATGCAGTTTTACATATATTTGTAGATCCAAGTACTTTT
AGAAGTATAGTTTTGCAGAAATTTATAAATGTTAATTTGCAAATAAATTC
CGTTATTTGTCTTTTTCTTCTTCTTTTTTTYCACTTAGATACAATGTTTA
TATTTACTCTCCAATGTTTAATCTATTGCATAAATTGTAATTATTAGGTG
GCGTTGCATGTATGCATGGAGTTAGTTACACATTGAAATTGTGGGAGTTT
GGTTGAAAAATTAGCTAAAACGTCTACGAGACTTTCTGCAATTGCAACAG
AAAAATAATTACTTAATAGATCATCCTGGCGTTGACATCTTCCTCTGAAG
TAAGAAGGATAAAATTGATATATATGAATTTGAATATAACTTTATTTTCC
CTGCACTAAATCTATTTGAAATCTATCGGAATCTCCTCTTTTTAGCAGTA
ATTCATTTTTTTTCTCTAAATTCAAGTAATATGCAGCTGATATTAGCGCA
TTAGTAGTAATATAAATCCGGGAAAAAAAAATTACCTCGTCGTTTCTTTG
GAATTGGTAATCTAAAGAATGCATTTTCTTTTCCTTAGCAGTTGTCATTA
TGATTTCATTCCTGAGTAGTGAGCATCCTTTCCTAAATAGATTCAATTAT
ATTCAAAGCCTGATTGAACATTCGTGTGTACTCATAAAAGTGGAGCGTAC
CCCAGAGGGTTTGTTGCAGATTTATAATTCTTAGTCCTTGTTGGACTCAG
AGTAGAATTGCGGATCAATAACGGAGTAATTCTAGTAAATGTTATATTTA
ACTTACCTCTCATCCCTTCTAACAGCTGATTGGTGTGGATCTCCTCCAAA
ACATTCTTCAAATTGTTAGGGTTACTATGTTGATTTTCGTTTTCTTTTTT
AACATGCCTAGTATACAGGCGCTTTTACTCCCTAAGAATGGGTCTTAACG
CAGTAATACTATAAGTCTGCCTCCGACCTTCTCTTCGCGCTCTTACAAAA
ATCCCATCTCTAAATATACAATGTGCGACAACATTACTTCCTTTTTTATC
ATGCGTGAGAATCAGACTGTGGAAGTAGTAGTGGGGTTGATGTGCTTTCA
TGCTAGAGACAAGAATCTAAAGTTTTCTTGAAAATACAGGGTTTTCTTCG
TAATTTGTATTGTTTATTTACAAGTTAAGTCAATGTCATTTGCAAACAGA
AAATATTGTCAATTGCTACTAATATTTTTTTTTTTTTCCTTTTACACTAA
GAAGGAAAAAAATCGGAATAATCTTTCTAAAGTAATTTAACAACCTATAT
ACCCAAATAACCTAACTTTAAGAAAATGTTATAAATACACCAATAACGAA
CTACATATAATCTTGGTACTACGTAATTTAAATCGTTTCAACAGCAAAGT
ATTTTCAAAATTCAATCTCGCAATCTTTTAGTGACAATTTTTGAATTTTG
TGGATCAATTTATTTGTTTTATGTACTAATTAGCTGTGGTACCCGGCATT
GTCCATATGTTTTAGGTGTCAAAGAACAGACAACTTTTGTTATAATAATA
AATTGATAAGTTCCCAACAAATCATGAGTGGCAATCTCGGTTTTTCGTGA
GGACACTCACACGGTGCTCCTGAATACTTGGATGTTCTCTCCTCAAGAAT
AAAATATTTAAAATAAAAGCTGAACAAAAAAATATATAAAAGTCAGATTC
GTTTTTTAATTTTATATAATGTACTTCCCATTTTTTCTTAATATAAGAGT
CGTCCTAAACGCCTGCAAGATTTCATTCATTTGACTATACTGGTTTTTTA
ATACGATTCTATACAAATACTCTCGTCTTTTCTTTATTTATAATATAACA
CTCAGGCTCTGATTTTATTATTATTTTGCAGATCAATTATCTTCACTAAA
AAGATGACTTACTTTTAACATAGATACATACAGACAGACTTTTCTTATTA
ATGTAGCAGAAAATATGGTAATAAATATATGTTTTTAATTTCTAGTTATC
GACATTGAAACTTCCCCATTTATTACTGCTTTTTGTCGTAAATTACTTAT
AATTTATCAATTATAATGTCAATTTTACTTCTTTTTTTGGGGGGGGGGGG
GTACCAGGCCTTCATAACAGCTCWTTGATCTGTCKCCCATGCAATATACA
ATTATTTGGAACTGGTGATCGTCTCAGCCCTATCATTTCTAAAATTGCTC
TGAAATGTCATTTTATTCGATCCAAAGTGCTTCCTCCTATGAATTGTGAT
GATCTCTCAGAATTCAAAATATGTCGAAAGATTACAACTCATAGCCACCT
GAAATTGGATACTGATACATATATTTGTACAAAACACAAACAAGCGTTTT
TCTGTCGGTATCCCAGGGTTTCTCAGGGTTTTACACGCACGGAAAATCTT
GCAATTAATTATTTCTTAATATAAGTTTCATTTCATTATATATATACTCC
ACCAAATATTAGCTGGGATCATCGTTCATGATTCAAAATAGATGGGATCC
GTGGGCTCAAAAAAACCCCGTGCACTATGGGTGAAAATGAAACTTTTGAG
TGTTATTTACTTATATTACCCACAATTCCACGAATGATTATATTATTCAA
TATAAATTATAGATATAGAGGGTACTGGGAAAAATTTATGTTACGTCCCA
GGCTACAGACTGTCGTATCACCTTGCGGATAATATATAAACTTTTTAGTT
TGGTCATGTCCTTTATATAATGATATATGTTATAATGATCTAGTTCAAAA
TTTATTATTTCTTCTTAAATTAAATATAAATAAATACTCAAATTTCTCAG
TATTTATTTATTCATTTACAGGTATCCTATTTTTTCCCGGAATCTTGAAA
TTATAAACAATATTTCCCAGGATATCCCTCAACGAGAATTTTCTAGGAAA
TGCATACAACTGGACTTGACTTTCTAGTATTTGTTCATAATTTATTAAAT
GAAAACATATCATGGAATGAAGCGTATAATTGGCTCTTTTTGTGTGTGTC
GATGACCTCATATCCTCCTACACGAGGTTCTCTCTTGAACCACATATCTA
TTATTACTTATGTATGTTTTTTATACCTCCTCCTTAATTTTAATTGTTTG
ATTTATATTATGGATGTGTTTTTTAAAAGAATTCAATGTCGACCTTCATA
TTGAAGTGTATCCTGTCCTCTAGGTTACCAGGTTAACTCTGATTTTTGTG
AGACAACAGAGTTGATCCATGTAACATAAAATAAAAAATCAACATAGCTC
ATATATCGACATGAGAGATCTAATCATACAAGAACTATTGGCTAGATTTT
ATGGTATTATTCCGTCATTTCTAATTTATTGATATCTTTTTTTTTTAACC
CAAGTGTACAAACATATGAAAGTATGTACCAGACCCACTACCAGACCTGG
GTACTCAATTGATGACTTGTGACATGACTTGCAATATAGATTTCAATACT
TGTAATTGACTTGAAATTAAACTAATGTCTTTTATAAGAAATATATCATT
TGGAAAAAATTAAGAAATGTTTTTCTTTAAAAAAAAAAGTCATGAAAAAA
TATTTTTTTTTTTCATAAAAAACAACTTAGAGGTTCTGGCTTGAGATTTA
CCTGTGACTTATTCTTATGTCTGATTAATAGTCTCGGTCTTCGATCATTC
GTTTTTTTGTTTTTATGAGAGACCCTTTTTTTAGAAATTATTTTTTTGTC
TTTAATTTTTATTTCGGTCCATGGTCTGAGTTCTGATCTAAACCAAAATA
TCTGTCCAAATCAGTCTAGAAAAAAGTATTTAAGAGCGAACAAAAAAAAA
AAAMTTATCTGCCGTAGATTTTGCCTATTTTTAGGATTACTAACAGTTAT
CCCTGTACATTATACATACTTATATTATTTGAATAATGTTTGTAGTCAAA
CACCTTACGTAATACGTCTTACGTAATACCTTATGATGGATAAGGCTTTA
TTCCTTTTTTTTAGTAGAAAACAAAGAGGCAACCCGCTTTCTATGATCTA
ATCTTTCTATAAAACTTTTTCAACTTTTCATATCTACAAAATATTTCATT
TTTTGTCTTTAGGATGAAATAGAATAACATTCCAGAGAGAGAGAAAAAAA
GGGGGTTGTCTGTATATTTTACCTTCTTCTATATTTATATTTCAAATATA
TTGGTATACTCGTGCAAGTTGTAACTTGTATTTGAGGATTGTACAAGCTA
CAACTCAAAAAAAATAGATGAATAGTTTTTTAAATGAAGAATTACCAATA
CTTGTTATGATCAGAGATTCAAATAATATCAAAATAAAAATCCGAAATTA
ACGTTGTGTCCCCCCTACGATATGAAGAAAATGGCACTTGAATGTGATGA
ACGAATTTCCATGCGTAAACTCCAAGCATTTGGGNNAGTCTACAGGATCA
CCGTCTACGCTGTCAGCAAGTCCGAAACGTTGAAGAGGGGCTCTATCAAA
AAGACCTAAATGGACTCAAAGGAGTCGACTAAAACAGCCTAGGCCAATCT
CCTCAAAAAGCCACTTTTAACACCAGCAATGAAAGAAACTCCTCCCCTCC
CTCGTCAGACTCCTTTGAATGAGTTTTTTGAACTTTTTTTTATTGACACT
TTTGAGCCCCTTACAGCCCTAATGCCAAACCCTTCTTCGATAATAATGAT
GACAGTTTTTGTATATATAAAATTCTTTATAGGAAGCCATTAGAAAAAGA
GCGGGATTTTCAAATTTTATATTGTTTTAAGCTCTGGTTATGAGAAAAAT
ACAATAATTGAATATTCCATCGATGGTCGATGTATAAATGGAGAGCTCTC
TAAATTTACAGGCTCTTAGGTACCTTTGGGCAGGTGCACTTAAAGTTGAA
TAGTCTAGGGACAAATGAAATGGCGTTTTTTTTTTGTTCTAAATGTTTAA
TGTAAGTAGTAATATATTTAACTTCATTAACATTTTTGGAACTTTAATTA
TGAGAATAAAACATAACGAGGGGAGATGGAAATAAACAAGGTCATAAGCA
ATAATTACTTCGATGTCGATCCTTAATTTTACTCTAAGTGCAACAGGGAC
TTACAAATATAACTTTGCAAAAAATCGTCAGGGTTACTGTCCATATTTTA
TGAGTACCCGTAAATGTCCAATCCGCTTTAGTATGTATCAATGATAGCTT
GTATGTTTAGAAAAGGAAGTTCCCTCCTCAAGAATGATATTATTATGACA
AAAGCTTAGAAAAAATGACAAATAACAGGCGTGCTAATAAATACCTCAAT
TTTCATTTTCATTCGTTACAGTCTCTTATTTCTGTCGAAGAGGGAGTGTA
AAATTTAACTAGCCTGAATAAAAACCCGACAGATTGGTTAAGCGAATTTA
CAAGCTCTGTAAGTAATGGTGTAATTATTCTCAATGATGATGAAAATTAC
TAATTGATGGAACATATTATGTGTCACATTATACAGTTCAAATATCCACA
CTTACTTTACTCCTAAATACATAATAACTAAGTAATGTTAATATATCGAA
ATGAAATGATAGTTTCCATTTACAATTAAATGTTAATTAAAATGACTGAT
TTTATAATTATATAAGGCGTTATGACACGTACAAATGGTAACTTCTACAC
ACCATCTACATTGTAAACATAAATAATTATCTTCGCAGTATATAAACATA
CAAACAATACTGGCCCAACGACAACCTATTTTAAATGTGTCACCATGTAA
GCGACCTAATCCATTCTTCAAATTTAGAATTTTTATAAAATAGCAAACCT
TTTTTAAGAGATCACCTGCACTAAGCAGTCACTTTTTCAGTTTCCAATGT
ATGACCGCTTAACACAGGTTTGACTGTTTCATAAAAATATGTCTACATAC
TTCTATAATTAGGTTTATTTTATTGTTACAGNAAGGCAATAAATTAGGTG
GCAATATAATTAACATATTATCAATTATTATCAAATTTTTTTTTAATACG
AGCCGCTAGGGGTGTTGAGAGTGCCATGAATAATTTAACAATAACTAACT
ACGCAACTTCCGTGAATTCCCCCTTTTAATTGAATTAATAACTAGATAAA
TTCTGCGAAGACGATACAAAACCGCATACCTTAAAGGAACAATTAAAAAA
TAACTTCCTCTGTCTATTCTCAAGAGTTACATCTTGTAGGAGTCAAGATA
CTTAAAGATAAGGTATATGACTTGACTTGACATAAGAAAGAATAATTGAA
TTTATCTTCATCCCCACGTTGATTGTCTGTTATTGCATGTAGTCCTTCTC
AAGGTAAATAGAAATACAAGGTTATATCATTAGGGTTTTCCTACAAATGT
ATCACTTCCACCACGCTTTTTAATAGTGATGTCAAAGAGTATAACTGTTA
CCAAGAGTAGCTATATATCCCCTTCATTGACTGTTACTGTTAGAGTACCG
CTGTTATACTCAATGCCATCATATCTGTCTGTTTTACCCAGTAGTCGGTA
CGGTACATCAAATTGAAAATTCTTGCAAGGCCGATTACATTATGCCTTAA
CCTGTTATTTCTAGTAACCTTGGTCCTTCTCTTATTTTTGTGTAATAATT
ACGTTACAAAATTGTGCGTGCTTTTCAACTTTTTTTTTTTCATGAAAACA
GTGTCTCTGATTTAAATTGTTTCTAGGTATCTTGGTTTGGGGAGAGTTTT
GTCACATTGTTTTATTGGATTGGAGGMATCATTTTACTGTCTATTAAATG
TTATTTTATTATTTATTTATTATTTTGGTCCATCATTCCACTAATTGATT
TTAACTTGACAACTTAACCGCCTTCATGTTTTAGTCGTAGAACAATAACT
ATAATTATATTGGAATTAACTTTGCAGTATTTGCATACACTGTATTTGGA
TCTATATTTGGCTTTTTCCCCAATAAAGAACATCGTTTGTTGAGTATGAC
TTCCTGCCTCAATCATTATAAAGTGGTATGGGAATTTCATTCATTGTCTG
AATGTAAATTTTTGCCAATAGCAAACACAATTCCCCAACTAACTAACATT
ATTGTTATATCCTGTTCCTATAATAACGATTTTNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNAATAATAGGGGACTTTTTTAATATGACGTTTGTATAATTTA
ATTTGAAATCGACCACAGATTCTATGAGATTTAGAAACTTTGCTCTACAG
AGAAGTTTATGGAATTAATGGACACTCTTCTATCAATATCTTACTGATAA
GGATGTATCGTTCCCKATTTTTATTATCTTTATTCATATCATATATGTAA
ATATATACAAAAACATAAAATATTATAATATTAAATTGCTAGAAGGAATT
GCGTTTTATTAGCATAAATAAACATTTTAGCTTACAATTAGTACTCCTCA
CCAAGACCTACATCTAAAATCAATTACATCTTCCAACAATCAAATAGTTT
TGATGGGTTCATTCTAAATCATAAGGACGCAAAGCCGCTTCACAGAATAA
TTATTGTCAAATGACGAAGAAACTCGCTAAAGAGACTATAAGGAAAGATT
CCACAAAGCATACCAATGGAGAGAAGAAATCATTATTATAATGGATTAAA
TTTTTCAAACGTGTTATGTTCATATTTTGTAGCGCGTCATTGTTTGAGAT
GGGATTTTTGTTCATAAAAATAACAATTAATATTCTCCTTGTGATCACAA
AAGTCCCATCCTTTCACATTGTTACTCTACTTTTTACCTAAATGAGATAA
GATAATTTTAATAAACAGTTAAATACGGATAAAGAAAACGGCTAATTTTC
GTATAGAAAGTTGACTACATCCGGATTCTTCGTATATCTGAAGTATATAA
AAACCCCAATTTTTGGATAGTTGTGTAAATATGTCATTTGGAAACTCCCA
TTTTGAGGCAAACATTTTTGGATTAGATCCTGTTTTTAAAAGATAATTAA
GGACCTTTTACTTATCTTTCATTAAAAGTGTTTTTAGGGAAGCACACGAA
ATACGTATCCGTATTGATTGAAAAGTAATTTGAAGTAAATTTTAAATAAA
CACACTGTAAATACTCTGTTGGTAACAGCTTACGATTTGTACCTATAAAA
AGATTTGCATTAATTCATATAAAGTTGATTTTATGACAATTTTTTAATTC
ATATTTTTTCTATGCGAAATATTTATGTATTAAAAAATTGGTATCTGAGA
TATCTTCACGTGTATTTTTATTATATCCGGATTTGACTGTATATTTTTTT
GTTCCAGTATTGTTTCAACTGTCTTACTGTTTCCCTGAAGTACATTTAAT
ATCTGCTGGTGATGTTATTATATATCTATCTTGAACGTATAAACATCCAA
CTGTCTATTAAAATAATACATTATTTAATTAAGTCTAAATTAAAAACAAT
GACAGACGCTTTTTATGCATTTTGTCTGTCCAAATATGAACATATAGCAA
TGAAATATGTTTAAAAATTTGACTAAAAGCTTACTAAAGTATAGCTACCT
TATTGTACTTTAAGTGAAATAATTGACTTACAATTTTGGATTTTTTAAAG
GACCAATAACGAGGATAGGAGATATTTTAAGTATCATATTACGGACGGAC
ATATACCATAAATAAGTATAGATTGCTTAAGGCAATAACATCCGCACCAT
ATTTCCATCCAGAGATGTCCAGAACCATAAAATAAATGGCAACATATCTT
GGAATAACTAAAATGATAACAGCTGAGGGATCATAATTCGTAATTTAACT
GGCAATAACAGTTTTGAAATTCAACAACGCTAATTCCTTGGGATCCCTTT
CGTTTTGAAAATCTAAACAAAACCAGTGCTTTTGTGAATTTTGATTCTAG
CTCATAAAGTCTCTTACCGTTTAAGGCAATATATTGTTTTAAAATTCCAA
CACTGGGACAATCTATGAAAGAGTACATAGAGAAGTTAAAAGTTTTTCTT
CAGTCCTTTTATGGAGCATTTTAAAAATTAAGGCTTGCCGAGAATTAAAA
CTGCACAGTAAATTTTTTTGTCGTCATAAATATATAGGGAGGGYCTTTCT
ATTTTATCACAAAATTTTGGGGATTTAAAATTTTCACATATCTCAGTAAC
ATACCTCTTAAAATCCCTCGAATATAACATTTTCAAATGCCCTGGTGTAG
GAGGAATGTGGTTCTTATCAGTCCTAAAAAGAGGGAACCAAAATTTAGCC
TTCCCAAATACCGAACCAGGGTATTTCGTAAGGTTATCAATATTGAACAG
TCAAAATAGATGTATAGCCACACTCTTTAGGCAGCTTGGGCTCTTTATAT
TGCTGAAGAAATATTTCTTTGCTACGTTTTGATGAATTACATCTATGGTA
GTGTTCGACTCATACGTTGAGGTTCCATACCATAAAACACGATGAGCAGT
ACCCCATGAAAATGTGATTTTATCGACTGATCTGTTCGATAAAATAGTAC
CATCATCAGAAGCATGTATAGGGGAGTACCTCTCCATTCCAAAAGGGGAT
TTTTCGTTATGTCAATAAAAATCTTCTGGTATATCTTAGGGATAATAGAA
GATACTAGAGTTAGCTCGCCTCCTATATATTTTTTAGACCTTTTGAGAGA
AGGAAGGTACTTGGAATGAAATTTTCTTCATTAATTGCCTTCTCAGCTAA
AAGAGGCAGAGAATGTGTCATATATAAAACCAGAGGAATGATGTATTTTA
GCAACATACAGTTCGACTCCTGTCAGGAGATTGTATTTCCTCAATTTGCA
TACTTTTTATAAAGTGAATTACAGAGTGTCGTCCAATTTGTGATAGTTCC
CCCGTGTCTTTGCCATTCAACACTCTTTTTGAAATTACTATCTAAAAGCT
TAGTCAAAGAATCTGGCCTCCCAAATCCCTGTTGTGAGAACATTAGTTTT
ACTTTTATTCATTATCACTCTTAACCCGTGGGAATATTTTTCAAACTACT
TTGGAATGACTTGAACTCCTTTAACTAACTGAGATTTAGTGTTGTCTTCG
GCAAATAATGTGACATCATCTGCATAAATATCAATTACATTTTAGAATGA
CCTAGATAAAATTCCATAGCTTTGCATAGATATATAAAATTCTTAAATAA
CGGCAATAAATAACAAAAGAGTAGTGGGACATCCTTGCCTGCAGCTTCTC
TTGAGAAGAATAGCCTCACTTCCAAAACCATCTACCTCCATTGTAGATGA
TCCATTATAGAGTAAAGTTATTATAGAATTAAAAAAAAGGGCTTAGGAAA
ACGCTTTTCAACAGCACTTATCCTGAGCCGTTTTCATTATTAATTAACAT
TCCTTTCTATTACATTCAATTTCATTCAAAAACTGATTGAGTATACATTA
ACCTTGTAGAGTCATAATTGTAAGTCCTTGTTGGACTTGGCGTAGAATTG
AGGATCAGAGTTACTCCTGCTTATGTCCTTGTTTATTTCCTTKCCCCATC
ATCACGGCTACTTGTAGCCGATCTAATGAAGCGGSATGATAGCAAWGCTG
ATCCTCTCCAAAACATTATTCAAACTGTCAGGAGTACTATTTTGATCTTG
TTTTTGTTTTTTTTCACATGCCCAAAATGTTCCAGATTAGCATCCCTGGT
CTTCAATTGACTCTATATTCCAGGTAATTTAGTTAATAAATAAGAAAAAG
GACTTGTCACAACGTGTTTGAAGGAAGGAGACGAATAAGAAGAAAAACCC
CGAGCTAAACAAATTTATTGAAGCATTTCTATTAAATTAAAATGGGTTTT
ATACTTGATATACACATTTGTATTAAAATTTATTTTTATTTGCTGAGTCG
TAACTTTTATACTGTATATGTGAGTTGAGTAACACAAATATAGCTAGTTC
CTTTCTTCCCCCCCCCCCCCTAAATATTTGCTGAGTTGCTAATAATAATT
CTTTGCTACTAATTTTGGATGAAATTTAATTAATAAAATTAATCATTTAT
GGATATTAGCAATAGTTGTTCATTCCTTGAACATAATTTTACCCTTGAGT
TAATATATTTGTACGCTATATATTTTCATGTTGTAATCCTACAGCTCAAA
CATAATAATTATATAATCATGTCAGCTATATGCACATTTGGGGGAGGCTG
TAGCCGAACAAATTCTTCAATTTTGACAGATACAAACGGGTTATCACCAA
AAAATGAACTCTCACGAGTTTAGGTATCTTGAAAGTTACCACTTGTTAGT
ATAAATCCCTTATTTAAAAGGAATTTTCCGGGGACACCGAACCGATCCTA
CCTTCCTTTTTGTCCGCAAAGGTTTCTCTATGAAGTAAAAAAAAATNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTTT
GTGTGTATGTAATATATTCTTAAAGTTAAATCCGTGACTAGAGCAGGGGT
CAGCAAATTACAGGCTGKGGCCATATCTGGCCTTTGACGTCAGTTCATCC
GCCCCGCCGACGTTACGTAAATTTGCTTGATAAAGTGTATGGAACACAAA
ACTTTGTGATGTAATATAAATTTGAGTATGTTGCTTAGAAAATTAGAAGA
TCTTGATTGATATGTGCCTTGAATTTCCTATTGTAAATTGTATTGTATAG
TTTATTATTTTATGTATATTATCTTATACAAGAGATAGTCTAAATTAGTT
ATAATGTAAAGCGACCAATGTTTTTATATTTAAAATACTATCAAATGATA
CCATTTGTACCTACTTGTAATACGTAGGTTGGCTATTTAGAGACCACAGA
ATACTGCTTTTTTTAAAATTATGTATCCAACATTTGAGTAAGGAACGGCA
GSTATCTCAAGTCTTCAGTTAGATYAGCATGATAGTTTAAAATATAMTTC
CAAGTAAATCATACTTTGAAAAGAAAATTAGCTTCACGTAAAATTGAATG
CTACTTTTATTTAGAAATGAATTCAGTCAAAGAGTATTTACAAACTATAA
TGTGCTCGAAAGAGAAAAAGGTGGAAACCTAAGTTTGGGCAAGTTACGAG
TAAATMCTCGCTGTTTAGGTAGCCAAGCCGAGTTTTTCTTTTATTTATAT
ATACATTTCAAAATAAGACCGATTTGATAGATTAATTGTTGATGACGTCA
TCTGTGTTTCCAAATTATGAATATTGGTCCAATGACATCATATATATATA
TGATGTATCCAACCAGGGATAGTGGGACAATCGATCCATGATTTGAAAAC
AATCACATTTTGTTCCAAGATCTGAGACCACAGTCTCTACCGAAATACCG
GTTTAAATTAGTCTCGTGAATAGAATTTAAAATTTGGTACACATTTATAT
TTTACAGATGGATTTACTTTTTTGTGTGCGTATAGACTGACTGTTACTTC
GAATCCAGATCATACCTAACTTTGACCGAGTTATTTCAGCATATTACAAC
AGTATCAAATCGTTCTAGTATTTCCCCGATTGAAATCCATGTGACCAATT
ACTATTTAATAGCTAGTTAGTCATTTTTAATTGAAAACACAATTTTCCTT
TCCTCTTTCCTTCATAATATGTATTTCTACATTGTACAAATATTTTTGTG
CGTAAAATATATGACAAAACTTTTAAGAAACTTTTAACCAAATATATATA
TATCAATTAGAGCGTCTTTGTTGAATTATTATTATACTTGTTACTTTTGT
AATTTAGTAAAAGACAAAAAAAAAAAAGATACTTAATAGGAGGKGATAAA
ATACATGCGGGCATAAATAGAGTGGTAAAAATACGACCGAGTATTAACGA
GGTAACTTTGAGAATTTTAATCATGTTTGAGTGAAGAGGAGCTTAGCTGT
CAAGACTTTTCATTGAATTAGCAGCTATGACGTGAAATGAAGGAAATTAA
AATTAATCCTACCCGGTATTTAGTAAAAATATCAACCGGAATAACTCTGA
TGTGCATTTTTAAGTTGCTCTAAAATCATTTTCTCTAGACATATTTGGGC
CAATATTTTGGCCTTTTCTGAAACCGTGAACCGGTTTCCATTTTTTTCTT
CACAGAGACCGAAAAAGGACTGAACACTTTACCTCTACAAATAATCCGTA
GGGTTATATTTCCGTTTTTTTATCTCGTTACCTCGCTAACACAAAATTTT
GTTGTCAGCTGTGGATTCACTTGTCAGACTTAAATAAGTTACACACTTAT
ACTATAATTACGCTCCATTTCCAAAAGGACAGAAATACAATTTCTTGTCG
ATCCCAAGTGTTATATACATTTATAATCGGCCATCTTATTATTTATATGT
TGGGTTTTTTTTTGGCTATTATGAAGAAATACGCATCTATAGCTATTAAA
AAATTATAATACAGTATCGAATAAAATATTATGTAGGATTTTAATATTAT
GTAATAGAAATAGTATGTGATAGTCTGGGTTTACCTATGAGATAAATAGC
AGTTGGTATGATTGACTTAATTAACTAACTACCAGATGATTTGGGCCTTT
TTCCCGTTTGNTTTTTGGAGTTAAAGTTGCGTGATACAATAAAGGTAACG
ATGTCGTCGGAGAACATTCACTAGTGATGAGTATAGAGAAGTGAAAATGC
ACGCATTTTTAAGCGTCAGAAAAATAGTAAGAACTCTAATTTTAAAAAAA
AACTGTCTTCAGTCATAAGTCAATGTGATGTTTTCAAGATAAATGTGAGT
CGTTTCTAACAACCCCAATATAGTTCTGTTCAATAAATGAAAAAGCCTAA
GAATAGAACCTTGAGTTATAATAAAATATAACTTCTCTTGGTTCTAGAAC
TGTGAAGTTTTTTTTTTTTTGCAAGTTACCTGGATTTAAAAAGAAGAAAA
AAAAACACCACACTAACGGGATCTAAAAATTAGATNNACAAAGTCCACAA
GTATTTTAGATGAAACCTTTTTCACCATTAAAGAATAGGAAATACAACTC
TGGAAAATAATCAAACGTTTTATGTCATATTTTCTACAATTAAATGTAAA
AATGTTATCTCATTGAATCCTTTTTGACCCGTAATTCTAGTGACTTCTAC
TATGTAGAAGTCAGTTTATGTTCATTTAATTCAAATGAAAGTATCAAAGT
AGAAGAAAGAGGTAACGTCAAATAGATCAAATAATTATTACTTGTATTTG
CTATCCCATAATGATGTTCTATGTGTTTTGCTGATAACATTCCTATAAGT
TTCTTATCATGTCCTCGATCCAATTTACTAGAAATGATGACTTCATACTG
TATGTAGTTACATATAGATATTGAAATGCTAACATGAGTGTCTCTACTGA
TATGAGGATGTTAGGGAAGCCCTGTTGTAATCATATTTTTTATACCTCAA
TAATTTGGGGACGAAGTTTGACTCGGACACACCAAAAATTTATTATAACA
TACCGGAATATGTCTCCCATTGTTTTAATCTGTTTGTAGATTATACCCAT
AGAGAAATAAATATATGGAGGCAACAAGTGGGGAAATGAGCTAAATCTTT
CAGCTGTTAGCAAAAAGGGGTTTAGTAGAAAAGATACGGAGAAGAGTTGG
AAAAGAAAACACGGCTCAGGGGCGTATGCAGGATTATACATATATATATT
TTTTTTTTTTGGGGGGGGGGGGAGGGGGGAATCTTGGCTTTTGGAATTTT
TTTTGAAATTCCAAAAATTAAATTTTTTAGAACAAATTTAATTCCAAAAA
TCCACTGCAATTAATAAAAATTAAAATTGAAAAAATTTCAAAATAAAATT
TTAGATATGAAACTTTCTCGAAAAAAAAATTTAAAACAACAGCTGTTCAC
TAAAAAATAAACCTTTTTATAAAACTTTCAAAAATTCAAAGCTATTGACC
GAAAATAAATTAAAATACTAACTTTTTTCGAAAAAAAAATCAAAAATTAA
CAGATGTTCACTGAAATTATAATTTTTTGGAAAAGAAACTCCAAATATTA
CATTTTTGAAGAAAAAAAATCATGGTATTAATTAATTTTATGTCTGTTTT
ATGATTGCCCTTGAATGACCTTTTTTTAAGAAAATAAATTTGCAAAAAAC
AAGTTTTACTCCTATTTTTACGTATTTTTTTTATTCTGACTAAAAAAAAT
TCCTCTGAAAGGCAAGAATTCCTTAATCTGGGGTGGGGGGAAGTTCTGTA
GCCCTCACCCCCTGTGGACGCTCCTGCGGTCACAGTATTAATGAGTTAAT
CATCCCAATAGGGATAGTTCTATTTTTTCGTCCTTTTGTAATATTGTTAT
CCATCATTTTATCTATTTTTTCAAATTAGCTGATTTGAAAAAAAAAACCA
AACACACCAATGAGTAGGGTTAACGATGAATAATGATCTAAACTTGTTCT
TCAAACCAATCAGTGTTCAGTGATTTTTACGTTGATTTTTCAATTAGAAT
GAACACTTTTATGTTGTCAACAATTTCCAAAACTATTAAATGATAATTTC
ATATTCTATAATAATTGGCTAACTACCAAGAAATTTTGATGGCCATTTTT
GTATGCTTGCTTGTCGTAGTACCTGTTTGCTTAAGTCTAATAAATCTGAT
CAATGATGGGTACTCCCCCTAGTCATTGATAAATCAAATTATATTGCTAA
CAGCAAAAACAGTGTAAAACGTACTACATTACTTTAAAAATATTCATCTA
TGCCTCTCAAAATCAGTTTTTATCCTATATGTTGAAGAAAAAATGACAAA
ATTGATTTATTTTTTTCGCACAATAATCGTAATTATATTTAACATTTGTA
ATATAAAATGTGTGGCAATAGCTTGTTTTGATGTTTTATAAAAAGGGACT
GCCACAACTCTCTCCGGTCTCCCCTACAAATGTAGTGATTTATAGATAGG
AATTATTAATTGCTGTTCGAGCAACAACGACAACTACAAAAGTGGATTTT
TTAGTTACTTGCTTTACTTTTTATTGCCCATTACATGCAAGTATGCACAT
CGTAGGTATATTATAAATATTCATATTTATAAATATTAGTGTTGAGACTC
CGTTTTGGTTCGGTTTGGACCGATTTTTCGGTTCAAAACGGGATCTCAGC
GCATAAACCGAAGTGGATTGATTTTTTCAACCTCAATATACAGAGTGGAT
ACCCAAAACTCTTATAATAGCATTACTAAATTACTAAAAAAAGGTACTTT
TTATGGAAATGAGAACTGAATTTTTGATATGTTTAAATACTACATACATT
CAGCTATATTTTTTATCCAATATGTCCTCCTTTACAAGTAATAACAGTCT
CAGCACTACGATGTCCATGGCTTTCATGAAGGTAGCTAGGGGCGAATCCA
TGTTTGGATGAGAGTTACAGTTGACATTTTTCCGAAAAAGTCCACTAATA
CAAAGTTTAGGGGGTTGAGGTCAAGTAGAGAGGAGTGCCAAATGGAGGCT
GGCCAGAAGTCGGACATATTGTTTCTGCAGAAGTTTTGGTTATTCTTGGC
TGCATAGAAAAGAGAGCGCTTCTCAATCGACTTATCAATGCTGTAGTAAG
TCTGATTGGAGATGGTAAAGGTCTCTGAATCCTTCTCGGATCTGACTCTG
GTACGGAAGAGATCGCAAGCGCGTTGGCTTTTTTGCTGTTACTGCCTACA
TTTTTACACTTCGAGGGATAGAATAAAGATAATTTGTTTTTGTTTTTTTG
CTTCAGCTGCCTTTTGGCTACGTAATGAAATTTGGTAATTTAAAATAAGT
AGGATAAAATCGTTATTAAACGCTATTGTATGGTTTTGGTCCAAACTCTG
TATATACCGATTTTTCCCACTCCTTATTTTAGCTATTCAAATATGATTAG
AAAAGGACTGGAGATGGAATTGAAGCAGTTGTTCGCTACAGTCATTAAAT
TCTATCCATTTATTATTTTTCCTTCATTGATTTGATGGTTATTGCTACGA
CTTTATAACATCATTAACAATAGTGAGAAATGGAGTAAAAGGACTGCAGT
CAACTGCTGACTCATTTCTGTCACCAATACTTCCCTCTATTAGTCCTTGA
TCCAACACATTTAATGTCAAATGGGACACTTGTAGATTGGTGTTCACCAT
CTTCAAACAGAACAGACGTCATCAACAATTCATGTATGAAATCTCTCGAG
ACCGAATTTTAAGTGAGACCCACCATCCCCGAACTTTTCTTGTAGACCTG
TCCTGACCGAACTGTTTTACGGTTCCGAATTAGTTTGGTGCACTAAGAAT
CATAGTGTAGATCTCATATCGGGCTAATTTTTAAAAGACTTAAGCCCAAC
ACTAATAGATAAGTAATGTATATGAACAAGCATGTAACTATTTATTTATA
TTTTATTATCTATGTACTACTGGGACACATGACATTTATTAAAAGAAAAT
TGCACAAGGTTATACCTGACGTCAGACTAGTCAAGGTAATAGAGATAGAT
ATATATTAAATAATCTCCATCCTGACTCTTTACCCTCACACATACAGAGA
TTCAAATACTACAAACGAGTATATGTACACTAAAGTGATTACTATTTTGG
ATATGTTATAGAAMGAACGTGTTCATCTTYGGCAGGGATTCAAAGCTKCC
CCAGCCTGTGGCTATTAAATAACTAGTCGGAGTGTTCAGGGTGGACTGTA
TCCAGCACGTTTGGCTACGTAATATCGTACATTATATACCACATATANCA
TTAATATGTTGGAGTTTGAAGTAAAAAAAAATTTTAAAAGACAAATTTTG
CAATATTTCACTTCTTGTGGTGTTTGGAAATGGTTTTAAACAAKACGAAC
ATTTCTATTCGCACTAACTAATATTTTTGGTATTTTGCCCTAGTCAATTT
TTTTAGGCTAATTTTAACAACATGGGCCCTGCGTTTAAGGTCCTGTACAC
ACAAAAACGTTTTCTGAGGGAAAAACAAAATATGTATTAGGGGTGTTTGC
AGGATTATATATATTTTTAGGGACATGGCATGGTTTTTGGATTTTTTTTG
AAAAAAAAAAAAATATCTATAGCTATTAACGAAAAATTTAATTTTTTTAT
TGAAAAATTTCAATATTCAATTTTTGGGAATTTTTTTTCAAAAATCAATA
GCTATTCAAATATTTTTTTTTTTTTTAAACAATTTAAAAAAAAATAAGTT
TATTGGGAAAAAATTTCAAATATTAGATTTTTTGGGGAAAAATAAATTTT
TTCGGAAAAAAAATTTAAAATATGAAAAAAATTAATTGTTTGGAAATAAA
TTTATGAAATTAAATTTCAAATATGAAATTCTTTCGATAATTTCATTTTT
TTGGTAGGGGCTAKAGCCCTCCKGCCCATCTCTGCGGGCACAACTGTACA
TTCTCATTAGGCCACCGTTCCGTTTAATCTAAAACGATATTTTTAGAAAA
CAGATTCTAGAATGGAAGAATCAGGCAACGCCGTTTAAGCGTAAAATAAC
TTGTACAACTTTCGAGTTCAAGTTGTAATATATATAAGGAATGATGTAAA
TCCGGTGTGTTTTTTAGCTGTCCTATTAATTTTTAATTGTTAGTATAAAG
AAAAAATGATCTTTTAAAAAGTTGTTCCGTAGCAAAGCCTTTTACAAAAA
AAAAATTTAATTTTTTAGTAAAAACAAAAGTTCATTATTTTTTTTTTTTC
TTGGGGGTGGGGGTGCTTCAGCCCCTCCAGTCCACCCCCTGTGGACGCCC
CTGGTGAGCTATAAATTTTTTCGTTGACAGTTTGTAGGGTCATCTCTATC
CGGGGGTGAGCAAATCAGGGATTTTTTTTAACAAGAAAAAAGGGTCCCTC
TGTAAAAGAAATTAAATAGGAATTAAGGGTAAAAAAATGCCAATTCAGTT
GCATGGTTTATCTTTTTAAAATAGAAAAAATTCTACGAACGTCCCTGGTT
TGTTATTGTTCTGCTAAGGGAATTAGTTCTAAAATCAATATACTATAAAA
ACTTCATACTAAAACTACCCAAAAAAAAATAAATGACTCTGTTTATTTTT
GGAAAGACAGTCAAAGGTATTTTTGTAATTATTTGCATACTTCGAATGAG
TACCATCATGCTATTTTATTTCAAAAGTAGTAAAATCTTTGTTGATTTTA
ATGCATACATCTTTATTATATAAGTTAGTGCAAAATATTTAATTTGATTG
TTTTTTTTCTATTTTCAGGACACAACTCTAGCTCAGCCCATTGTACTTTT
TGTGGACCCAAATGGATTTTTTCTCTATTGGAAGGATTCTAATCGTGATA
AGGTAAATGTCACATTCATTGTTTCTTCCAATTATATACAGAGTTGTCTA
GATAAATCCGGACAAAACTCAATTGATATTAACATTGGTATCCTTGCACA
GATATCATGAAGTGTTCATTAATGTTGATTCAATTCAGACACATCTTCAA
ACTTTTTGTTCGAACCAACCATTGAAGCATCTTCATAATGTCATGAATCA
ATGGGGCATGTGAGTTTTTTACAATTTTTCTATAAGGAATATTGTAGAAC
TCATAATTGGCTGTCAATTGCTAAGAAAAACATTGTCATAGTCGTCACCA
TGAGCACGCTGTTCGAGAAGAGGATTAAGATAGCAGCGCTCCTCCACGAG
GGATTGTCCCAGAAGGCCATCGAGGAGCAGACTGGGGTCTCAATGAAGAC
GATTTACAATGTGTCCATGCATGGAGAGACAACCTCTCAAAATTGCCATT
ATAGAGATGAGTAAATAATAACGGCTGGCCGGMATATTAATTTGCAAACA
AAACGGTCGAGAGTGGCACCGTCCTGCGGGAAAAGAATAAAACTACATGA
ATGTAATTAATATTTTATTCCCAAAATATATGGATGTTACTCACATAAAT
GCGCCATCAAAACTAAACAAGTAGTTGAAACAACAAGCTACAGATTGTAA
CATTACTTTGGGGATAGTTAATTTTTTGTAGGTTGTTCATGCCCTATTAT
TAATTAATGAATGAACAGTTAATTATCACAATTCGTGGGGAAAAAATAAA
CTTTCGATATTTTAAAATTGGAGTAATTGGTAATCATCATGATTACTAGA
CTCAGGATTTGTAAGTAATCACTCAAACGCTCCAAAAGTAGGTCACTTTG
ACCTTTTTTTTTATAAAATTTGCTCATTTTTTTTAAGTGGTATAAAATAA
ATAGAGCAAATTTGTATTCTAGCTAGATTACACAACAGCTTTAGATGGTT
CTTTAGTGATATTTTTCGAGGAAAAATCCACCAGCTAAAACCATTCTTCA
TTAGATTATCTTTTTGGAGGTAAAACTATGTATATTATGAAATCAGGATC
GCAGAGATATGAGGAAGCCAGATTCCGCTAACAATCAATTAGAGGAACGA
TAAATTTGCCACAAAATGGACTCTTGAATAATCCCCCTTGAATTTTGCTA
CTAATAAGAAATACTTTTCCGCCAAATTGCAAAATCCGAATCTTCCATTT
ATGCAAAAGGTTGGATGTATAATCTATGGTGATGATGATGAAATTCTTCT
ATCTAACCAGAATATTTCCACTCTTGCAAATTTGCTTCAACTACTAATGT
GAACGTCTCTAAGTATGTTTAAAACTACCGAAACTGATCCTATGCAAAAA
TTAACAGAATAAAATCTTTCTAAAATTTTGATTTGTCGATATATTATAAC
AAAATTTTCATATATTTCTCAATATTTTAAATTATCCGTATAAATTGTAT
TTTTCTTTACAATTCAAATTGCTCAATTCTGATGTTTTGAGTGCTCATTT
TTCAAAATTTTAGCGCTCTTTTTTTGCTCATTTTGACTAAAAATCTCTCT
CAAATTCCTAAATCTAATAACTTCAAAGTATTAGGAGTATTAATGATCGT
CAATTATATTTCTTATTTTTTTCGACAAAGGGTCCTAGAACCATATTTAA
GATAGATCTGGATTGTATACATGTTGCATAATTATTTTCCGATTAGTTAA
TAAAACTAACAAATGAAGTTCAAATCATTGAAATGAATAATGATATTAAA
AAATGTGTTTTTTGAAATAGTAATAAAGAATATACAAAATACATTCATGG
CATAATTAACACTAGACTAAGCGGGGATTTTTAGGCCTTGACCTTATTAA
CTGAAGTATTAAGGTCAATGTGGGACTTTTTGAGAGGTATTGTACTCCAA
GTTGAAAAGAATAATGGATGAAGATCTCTGCTCTTTTCGGAGCCAAGTTT
CGTTATTCCTTAAGCAAAACTTTTTGTATTTAGCTTAATTTTATCTTATG
GTGAATTTCAGAGGATGTTTAAAGTCATTTCCGATCTCCAGACGCTTTGA
CAGTGTAAATTGTCCAGTCTGTTCAATCTTTTTAGACAATCAAGTTGGAG
GATTGGGTACATTTTTGTTTGTTTCTCGTATTGTTCCGCCATTTTGTAAC
AAAAACAAACAATTTAAGTGTATAATAAATGAGTTTTCTGTCTATTAGTT
TGTCTTTTAGTACTTTTAAAAAGTGAGGAATTTACACCTTAAAGTTCAAT
GACAAATTTAATTTGAATATAATTTTCATGCTTCTCTCGGTAAATATACC
ATTAGAGACTCATCTTTCTCCTTACAAATAGGTATATACATTATTAGGAG
GTGTGACCGGTTGTTGGACTATGATTCATAAGATAATCTTGAAAATTACT
AAGCAGAGGTGTGTATACAAGAGCATCTTAAAGGAGGACATTGCAGTTTC
TCCTTTTTCTTATCATTTCTACGAACTCAGCCCTAAAGTACATTTTTTTC
TATGGTTGTTTGCTGTAAATAACTTTGGATTTTTGAAATTTTTTTCATAA
AATTTAATATTTGTATTTTTTTGTTAATAGCTATAGATTTTTGAATTATT
TTTCAAAAAAAAACAACATCAAAATATCAAGACTGGTCTAAAAATAATCC
ATGACCAAGTGCATAGCGTCAGCAGGAGAGAGAAACCTGTTTTCTGAACC
TCCACGCATTCTGGTTAATGACTGAGAGCATTTTCATGATGTTGGTGCGA
CCGGTTCATACTAGAAAGGCAACCTCGTTACAGACGACTTCCATTTGCCA
CTTAACAGTATTTAATCTGACATAAACAGCTCACCTCACATCTATAACTA
TCGCGCCAAAAAGTTTGAACTGGATATTTACAAAAAGAAAAAGAAAAATA
GCCTACAAAACCTCTTAATTTTCATTTTCATTAAATTCCAAGGCTTTTTG
AAGACCTGACAAAGTTTATCATTTATTATATTTACCCTTCACAGTTATCA
TGTTTGTTAACCATGGCTGGGCCGTGAGAAGGGCATTTGGAGMGAATTTA
TCCGATATTTATTACTGATCAGTGATCTGTATTATATTTTATTCTTCTAT
AAGTAAGAGAAAGTGAATAGTTCAACAACATCTAGTTATTTACTCCTTAT
AAAATACTATTTAGTTTAATTTTCTTATTTTCTATCTCAAACTCAAGCCT
TTTTAATTGTACCCGATCACCTTTACTTTGAAAATGAAAAACTTTGATGA
TCTGTAACATAAATCTTATTCAATCTTAATCGTCAATAACAAATAAATTA
ACAAGTCTAGTAATTTATTCTTTTAAAAAAATTTCGAACTCAAATTTGAT
TTTTCTAACTGTCTTCCCCAACAGAGAAAGCTGTAACCAACGAAAATTAT
CTATGGACTTGTTTAAAATGTAGCATATATCTTATTTACCATCTCAACTT
TTGATATAAATATTATGAATTCTGAAATATCATATTTCAAAATGAGTGAA
TGAACATGACTTTTATCACACCCGGTATAATAATTAATTTTCTAATTAAA
GTACTTTAGACCTCTTTGTTAGTACGACAAAAATAAAGTGACCTACTTTT
TATGTGAGGAGTGAATAGGTTAATGAATGAGCTCTTCAATTGGATTTAAA
TAAATATACATCTCCTAGACACCAATAAAAGGAATTATAAACTTTCCATT
GTTAAGTCTTATGTGCTTGACGTGTGGTCCACTGAAATCTGAACACTTAA
TAGTTTAATAATTAATTAAAGTGAAGTGATTGAAATTCATTCATAGTTTG
ATATATTTTTTAGCATGAGCAATTAGTTACAAAACAATACAAGCCTGAGC
TTTTTAGCTTACGCACAGACCGAGAAAATGGCACTTGAACCTGACCAACA
AATTTTCATTTACATAGTCCAAGCAGTCGGTCGGGCGTCTCTAGGACTAC
GCCGTAAGCAAGTCCAAACATTGGAGAGGAAGAAGGACTCTGTCGAAACG
GCCAAACTGCACTCGGAGAAGTTAAAGAAAATAGCCCAGGCCAATTTCCT
CAAGTCCATGAGAACCTGTGCAAGAGATCTGAGAGTTTTACACCAGACTG
CCTAGAGAGCTATCAAAAAATTGGAGGGAAAGTGCCTTGTGAGGATGGAG
AGGCCACTTTTTGACATCAGCAATGAAATAAACCCATTTTCCCAGTTATA
ATGAGCCTTTTTGACACTTTTGCCCCTATAACCCTGATGCCAAGCATCTC
CTTATCGAGGATAAGACCTGTAGTGTCCGTTATCAAAACACCAATTCCTT
GAAAACTACTCTCAGCCAGTACTGGGAGGCCTTGATAGACGACTGCATCT
GCAGCGGGMGCCAGGKCRCCCCCCCCCCCGCCTGGAAGCCATCATTGACC
CTAAGGATGGCTACATTAATTGTTAAGAGAGCTCAGACACATAGATATTT
ATAGTATTAATCATGATGAAATTCTATTATTAGTTAGTAAATTATTTGTG
TTTAGATTTTCATGAAACACTCGGTATATGTTCTGTCCCTATTACTTATT
AAATTTTTTTTCATTTTGTGGTATCCTTGATGATAATTTTTTGTTAAATA
TAATATGAAGGCACTTTGCATTTTTACCTCTCCTTGCTTTGATCTGTCAA
AAGCTATGATGTGTCGACCGTATTATCCGTTTTGGTCATTTAGACGGATT
AAATAACACTTTTTTGCCCGCTAGTGGTGACATGTATTACTCTACATTAA
AGAGACTATGAGGCCTTCCATAAGAATTCGTTTTCTGAAGATAATGCCCC
TTAAAAATATCAGTCTTTTTAAATGAAATTAAATGAGATAGAATATATAA
GCTACTCGAATTGAAAACCCTGTTGGTGAGTGTAAATTGCCTGTAACGAC
ATATCAAAGTCATATCGAACTAACGATACTAATTTTATAACCTTAACCGG
TTCGAACATAATTATATCCTGGCAAGAAAAATAATAACTGATTTTGGGGC
TTTTCTCCCCTTGTTTCCTTTCGGAGGAAAGGTTGAGAGGAGCAATGAAG
ATACACCAAGTCGCAAAAAGGGATTTTTTTTGGGAATTTACAATTAGGTA
GGGTATCCAATGTCCACATTTTCTTGTACAAAAAATGGACATGTGTCCCA
ACTAATGTTAGTATAAGTGGATAGAGGAAAAATATTTCAAGTTAAATTTG
GATTTTTGTTTAGTGTTGGATTGAATCCTTCATTAGAGAGACAATAAGTG
TTGGAGAGACATACAAATATGCTACAACCTCACTCCAACATACATTTTGA
ATTACAACGCATGAGATCAGTACATAAGTGGCACTAAGGTTAATATATAG
AAGACTAATACGAAACAGAAAATGAGAGATACGTCTACTCTTCTCCTTAA
ATATTTATATCCTTTTCAAAAATCAATTTATCTTTCAAACAAAAATTGAA
TTGCCAGGAATACATTATTTATTTCTAGGCATGTCAGTCAGAGCGTATTG
TAGGAGTGTGTCTATAAATATATTAGGATTGGATCGTTTTATAGACTAAG
TTGTAGTGTTGACACGATATCATTGCTATCGGTATTTACACACTTTTCAT
TTGCTTGCAAAATCACTAGACCCACCTTTTCACTCTAAATTCATATTTCG
AGTATCTACAAGGTGGCTCATATAAACTGGAAAAATCTTTAAAAGGCTCA
TAACGAACAAACTAGATAGGTTAGATCCTTAATTCTTTTTATTATTTGGA
AGCTACATGAAATTAAATTTAATTATTCTTTATGAGGTCCACCATTCTTG
ATAACCTCAACAACACTACGCCAGAAGCCTTGCCAGGCTCGGGCGATATC
TCGTAACATACAGCTGTGCCGTCGTACGGTTAATGGACTCTTCAAGGTAT
CGACAGACGATCGACCCTCCCCCAAGTGAAAGAAATTGCATGGGTTTCAG
GTCTGGGCTTTTTGCAGGACAAAAATCCGTGCTACAAAAGTGAGGAAATT
TTGTGAACAAGACAGCCTTCACTTTATGGTGTTGTAAGCCTGTCTTCTTT
GAGGGTGTAATTTCTTCCTTGGGCTACTGAATCCATGAATTCAAAGTGCA
AAACCAGTAGTAAGGCTTCTAGGGACGTGTGGCCGAGTTTAACTAGAAAG
ACCGCTTCTTTTATATGCCATCTATTCCGTTCAATATAAGCTTTTTTTTA
AAATCTCAATTTATCTTAACCACCCAGTACACTTTACAAGGTCGTGTACT
TCCATTGGTACAAACTATGTATAAGTACATTGTATAAGTTTTGTCTGCAC
GTCAAACTTTCTCTTTCTATCCCAAAATTAGAGACAGCGGATAGATGAAA
TTTAATCATTGCAACCTTTTAATAATAAGGAAATAACTTCAATAAGCGAA
GAATATATTATTGGAGAAGGAGGTGAGGGATCTCGACTCAATCGATCATA
ATTGCTCGAATATGTTTCCACGATAGATTAGACAATCATTTGATTTAGTA
GTGTATATTTTCATGTATGTATAATTTTCTGTTTCCGGAGTTAATGACAT
AGAAGTTCTCTACATTATACCACTTACGTTCATTCTGTAGTTGTACTTTA
ATGGTTCATACTAGATACAAAAAAAAAGTAGTTATGCTTTACTTAATGAG
ATGTGATCCCATCCCCTTTGTCACTTCANNNNNNNATAACTTCTCCACAT
AATGAGACCCTCCATTTACTTTCATGATTCTCCAAAGTGTTAATTGCCTT
AATATTTCAAAAAAGTCGAAATCCCTTTTCTCCTCATCCAATAATATATT
CCGCGTTTTCCAAAGTTATTTCCTTGTTATTGAAAGGTTACGATAATTTC
AACTGTTTGCAATTTGTCTTCCTCACATATTCTGAGTGGAATTTTAGGTT
ATTGACTTTCCCTAGATAAAAAAGTCGTATCCTGGAATAAGTTGATTTCG
AATCCTTGATCCATACCGATATGATATTGTTCCTTTGGATTTCCATTAAA
CATGGGCTCATTAATAGCATTAAAACCCTAAGTATATTTTTCACTAATTC
TTTTTAAGACATGGCCGGCAATTAAAAAATAAATTGATATATTTAAAAAA
AAGATAAGTTTTATCCATTAAAATCAATTGAACATATACTCTCAGTTTCT
TTTAACACAGCAAGTACATCTTGTGAGGGGAATTCAGTACTAAATTGATG
TGATCAACTTTGGATGAATCTGTCAATGCTGATTTGCAAAAGATGCAACA
AAGACGTCTTTGCTATTTTAGAAAATGCCCCCAACAAAAAAAAAAAAAAA
GTATTCTATTTATTTTTATTAACAGTTGCAGATTTTTGAAATTTTGTTTC
CAAAAAATTTAATTTATGATTTTTTTTTCCAAATTAGCAATCCCCCTCAA
ATATTCAAATGTAAAAAAAATTAATTTTTTGTAAACAAAAGTGTAAGTTT
TAAAATAAATTCAAAACAATTAAAATTAATCAATTGATTTTTGAAAAAAA
TTTCCCCACCTCCGGAAAAAAATAAAAATATACATATATATAATCCTGCG
GACGCCCCTGATATTGGAGAACTTTTCATAATGTCTTTTAGTAGATATGT
CAGATAAATAATTAATTAATATAATGATAATTAATGATGAATTAAACTTT
TAAAGGGACTAACCTCAGGGAATCTATAAAACATAGATAACCACAACATT
TTTTATCAACAACTTTATATCTGCAGTTAAACTACCAGCATTTCGATCTT
TTAGATGAATAAATGCTTATAAAAAAATTTATATCGTGTAACTAATAAGT
AATATATTACTTATTATAAGTTAATAACTATAATAAATACGAGATAATAG
TACATATTTTTTAGTACAAGGGTATATTCAGTTATGGAACTGGATGTGAG
CTGTTTAACGCACGACTAAAGAAGGCTGCCAATTCATCTTAACGGGCAGT
ATTGATTTCCTAGTTCTTTATATATATTCTTTGGTAAACATACATTGACC
ATAACGTCATTTTCTGAAGTATATGATGACGTCACAAGGGCGTCCGTKGT
GGGKGGGCTGGAGGRGCTGTACCCCCCCCCCCCCCCAAGTAAAGATTATT
TTCCTTTCTACTAGAAAATTTTAATATTTGAGATTTTTCTTCAAAAAATT
TTCAACAAAAATTTCATATTTATAATTTAATTTTGGCTTTTTTTTCGAAA
AGTTTAGTATCTATAATTTAATTTTTCAAACTTTTTGTGAATAGCTCAGA
ATTTTTTTCCAAAAAATTTAATATTTGAAATTTAATTTTTGATCATTTTT
TCAAAAAAAAAAAAAAATCCTGAATTGGGTGTGAGGGTGAAAAATTAATC
CCTCCCCCCAAATATAATCATACGTACACAACTGCGTCATTTAGTAAAAA
ATTATTCTATGGGAAATTGTGTTCTTAAGTCTGAGGACGGGTTTTGTATT
GGCGTCAAACTTTTAGGAGCGATACATCCCCAGTCTGTAGTTTTTTTTAC
CATCCTTTTGAGTGAGAATATAATTTTCCCTACTAATCATGATTCAAATG
TTTTATTTATTGAGATTACATTTGGAGATCAAGTAAAGTGGATTTATTTT
TGAGTTCGAGTAATACCTGAATCTAACACTATTATACTATGTAGATCTAC
TTACTTACATATATTAGTTTTGAGTCTTGATTTTTCATTGTAGGGAGTGA
GTGACCTAGATAATTTAAAGGTATTTGAATATTATCTGACTGTTACTTTG
TTATACTCGAATAATTATTTTTTTAACTCCATCTAGGAAACGGTTTTGTT
GGATGTGTCCCTCATACGTGATGTACGAAGAGGACCTACAGCACGTGTTC
CGAAGGAAGCAAAACTCCGTGATAGTCTTTATTCCTCCTATGGATCCATT
GAGGAAAGAACGCTTACTATCGTCTATGGGTCGGATTTCGTCAATATTAA
CTTTGTCAACTTTTGTGCCTCTCTCATTCATGTGGCCAAGGTAAGAAGGA
GTCATTAACTAATTAATTATTATTCAATGGGATAAAAAATCTTAAAATCA
AGGTGAAGCTCCTCTACTTAGCAATGTTATTCAATAAATATGTAAACTAA
TTACTAATAACCAATAAAAACCTATTATGTTTCAATATCTTCACCGCAAG
GTGTGTAACTATATTTATCTATACTAATAAACAAATAAGCAAAAATTCAA
TATCTTAGCCGCAATATGGTGGTGCTACTATTCTTAGTTATGTACAAAGT
GTGGTCCAAAACTTGCGTTAGCATGACATAACTATACGAAAAAAGAGACC
ATGAGGGAATTAAGGAAGGGAAAGTCATAACTATTTTGTGATATGTTTAA
ATACGGTATTTACCTATATTTTGTATCCAATATGTCTTCCTTCAGAAGCA
ATAACAGCCTCGGCACGCGGACAAACAGATTAGTAGCTATTGGCGATGAA
GGCCATGGGGGTACCAAGGTATCATGATTGCGCCTCGGAGCAAATCCAGA
TTTAGAATAGAGATGTGGCAGACATTTTTCACCAAGAGCCCCCAAACTCT
AAAGTCTATGAGTATAAGGTCAGGGCCGGGGAGGGCCACATGAAAGCAGC
CCAGAGGTGAGTCCTATAATGGACTTCCGTATACTTTAAGCAGTCTGGAT
AGAGATGCTAACAGTCTTTGCAGCCTTCTAAGCACTGACACATTCTACTT
CTACATTTGTATACTTAGAGACATGGTCTAACTTCAAAGCATGTTTTGTT
TGTGTTTCAGCTGTCGTTTGGTTGCATAGTAATACCTCGTAACTTAAAAA
TGACAGAGTAAAATTATATTACTGCGAGTTTTGGGCTCCTACTTTGTAAA
CAAACACCTATTAAGTAAACAACGATTATTTCCTATTCGTTCGTGTATGG
ACTAATTTGGTAATTCCTCTTAAAATGTTTATTTGAAAAGAATTAGTATA
AAATAAATATTTATTGGATCCACAAAATGTGTAAGTTCTAGCACAAAAAA
TTATTATTGCATTGAAATGTCTTGCTTCTGTGTAGGAGGTAGCTTCTTGG
GTTGGGTGTTGGTCTGGAAATTCTAGACCAGTTAGTGAACGTTATAATTT
TTGTTGGACAACAACTAATTTGGTGCTTTAAAGAATTTAAATCTGGATCG
GTTTTAAAGAAAAATTAGTAAAATTTGCTGCGATCTCAAAGGGTTCACGA
GAACAATTTTCTCATAGAAACACAAATACAATTCACACTCAACTTACAGA
AAAATCATTTTAGATTTATTTTGTGTTGACGGGCCAAATATGCAGAAGTA
GGGATTTTTGTAATTAAAAATAAGAGAACGTTTAAAAAATACATAGGGGT
GTCCGCAGGATTATATATATATATTTTTTTTTTTGTCGGGGGAGGGCTTG
GTTTTCGGAATTTCTTTGAAAAATAATCCAAAAATTAAAATTTCAAAAAT
TTATAGATATTCACAAAAAAATATTGTTTTATTTTTAAATAATTTCAAAT
ATTAAATTTTTTGGAGAAAAAAAATCCAAAAACCACAGCTGTTCTCAGAA
AATTAAATTTTTTGAAAAAAAAAATGAAAAATTAAATTAAATTTTTAATA
TTTAATTTTCTAGTAAAAAAAAGACCTCCTTAATTTCTGTCCACCCCCTG
CTGACGCCCTTGATCTACCTATGAGTAAAAGATGCATGAAGAGAGTAATG
GAGTAGGTTCTTGCTGTAAATCAAGTATCCATCTTTATTCTTTCAAATTT
GATCATTCTTTGCAATGTTGCTAAATTTAAGTCATGCTCACCGGATGTAG
AAAAAGTAATGATACTTTGTTAAAATACAGTTTTTAATAGGCGTTCTTGA
TTCAATATGAAAGTTCCGATTATTTTGAATAGCTTGGATTCTAAGGTTTT
GATTGATGTACATGTTGTAAACAAAAATTATGTATATGTCGCGATGGAGA
TAAGAAGAGCCATCACAGGCAATTAAATCAACGCCGGGAGGACCCCATCG
GACATCATAAAGCATCAAACGTTAGCAAGGTCATTGTCTGTTGGATCAGA
AATCGTTTGGCAGATGGGGAAAACCTTTAGGACAAGCCCAAGTGTGGATG
ACCCACCAAAGCGAAGCCTGAAGACATCATGAAGAGCTTTTAGATCAACC
CAACGATGTAGATGTCAGAATACGCCAAGAAGAAGTAGGTGTATCGGTCT
ACTGTCAAAAAGAGCTCCGTCTTCAGCGATGTCAACTACTCTTGAGTGAT
CTGAAGCACAACACGAGCTGTGTAATTTTTTTCTCTAATGGGTAAGGCTG
ACAACACCATCAGAAAAGTCATCAAGCCCAAAGATCCGAGTTCTGTGATG
ATGTTTGGGGTTGTGGCATCAACTGGAGAAAAAATGTCTCCAATTTGGTT
TCCTGTTGGATACCAGTTACCCGCAGCCGACTACTTGATGGTATTGAAGG
AAAATGTGATCCCATAGTTCAACAAGGCCACGTATGTATTTAAGCAGGAC
GAGGCTCCAGCCCATCCTGCTAATATTGTACAATAGTAGATGGGTAGCAA
CATGAACTGCTGGTCCAAGAACTTCCCCCCCCCCCCGGAGCCCAGATCTG
AATCCACTGGATTTCTCCATTTGGTGGCAAATCGAGTTGAGGGGATGCAA
GTTGCTCACCCGAATATGGATTCCCTGAAGACCTATGTTAACCAGAAGTG
GAGGATCTTTAAAAAAGACTACTTTGCCAATGTGTGCAAGGGGTTCAGGA
GGTGGTTGGAGACTGTCATTGAGGCTGATGGTGGCCAAATTCATAATTAA
TGTGTATTGTTATGGTAAAAAAATATTGTAAAATAAAATTTTCTATGTAC
AACATCATCCTGATCAATTATGAGTATTTTAATGACTACTTAGAGGCAGG
KCTCAATANTTTTTCTACACCCGGTATTTATCTGTGTTTWCTATACAATG
TAAATATTTGTTGCAGAAGCACGTCTTAAATACTATTCAAAAAAGTTTAG
CCTGAAGATATTCCGTGTATTTATGTTTTACAATTTCAATCAGGTTATGC
CTGTCTCTACATACATACACATTACATCTCTTCTTACAGACAACGACTTC
ATAAATATGCAGTTTTTTATTCAATACAGTAATACTTTGAAATACGAGGT
TTTTTTTATATAAATAAGACCCGGATTCAGAGCAAAATTTGTATTGGCAT
CCGTGTTTATTTAAAAAATATATTTATTTGATTTTTTAAAGGAGGAGGCA
AAGTTTTGAAAAAACTTGTACAATTTTGACTGAATGCTTTTTTAAGCAAT
ATCTTTTTAAAATGCCGATTCACAAAAAAATAAATATAAATTTGTGACCA
AAAAAAAAAATCAAAATTTAGACAACATAGATACAAATCAGGAATTAATA
AAATACACATAAAATCAACGTTGTATTATATAAAAACTTTGCATAGAAGA
AACACTAATGAAAAAATCCACATAAAGTTAACTTTTTCTTCACTTATTTG
GTATCAAACGAAATGGGAATTCATACGAATCAAGAATTCTTTAGAGGATT
TTTCCTTTTTATAGGTACAAATCGCAAGCTGGTGCAAAGATTTATATTCC
CTATGTTTCCTTTTAAATTTATTTCACATTGCTTTTCAAGCAAAACGGAT
AAATGTTATGATGAATGCGCCCCGGAAAAACAATTTTCCTAAAAGATATG
CTATAACCTCGATGATATGTCAAAAAGAGGATAAAATCATATACTGGTTT
CCTCAAAATTGGGGGGGGGGGGGGTCTCAAAATTTCTTATTTACACAAGT
ATTCAAAAATTGTGGCGTTTTATATACTTTGGGTATAAGAATAATCCGGA
TATTGTCTACTTTTCATCTGAAAAATAGCTGGTTTCTTTGTTTTTATTTG
ACTGTAAGAACATTTTGGACATTTTGACTGCCAGATTTCCCTTCCCTCGT
AGTGAGCCTACCCTCCTCAGCCAAAATATTGTAAAAAAAAAGTGTCATAT
GTAAAATTTTAAGTTTTTAAATTCAAATTGGTCAAAGTTTTCTCAAAAAG
CCCAACAGCTTCTCAACCCCTAGTAAAGATTCTGGTGGGCGACGATCCAC
AAGAGCGGCTTCAAGTTTCATTTTTTTTTAAATAATTTCTTATAGGATGC
TTTGACTTACGAGCTCCATTCTGGAACGAATTAACCTCGTATGTGAAGGT
TTTACTGTACATACATTATTATATGTTTGTAACTTATGTAAAAATATACA
TACGTGGAAAGAGACTGTTTTGTCTAGGCTAAATGTTAAGTATCATTTCT
TCTACATTTTTAATATATATATCATTTTTTTTTTTAAATTAATTATTTAC
ACTCATGAGAACTGGACTCAAAAAGAAGTGTTGTATTGATATGTGTCGTT
AAAGGTCGGCTCAAGTGAATGCATTTTAAAAAAAGAACTAAAAATAAAGT
AGCCATAGATTGAAAACAATAAAAATAAAAATCCAGATTTTGGAATTTCG
GCCATAGTATAATTTCCTACCTCCCCATTCTTGGCCAATTTCTAGTGATG
TAACACACGCTGAATTCTGCTACTCAAGTAGTTTCGAGTTTCTAAAAAGC
CTCCTAGGAATGACCATCTATACTCGTTACTTTCATTAACAGTTTTTGCT
CTTTAAACAAAAAGTCAAATAATTATATAAATCAAAAGAATTATTATTCA
ACCGTCATTTAATTTATTTTTTTATCCCCGAAATTATGTTTTACAGATTA
AGTGAACCCTATAATCCTTGTCCATTTCTAAGAAAAAAAGTAGCTTTATT
TTAATCAATATGCATTATAGATTTTTCATTACTTTTGTACTGATGTTTTG
GAATTTTAGATTAAAAATTGGGAAAACTTTTTCTATTTAAAGTTACTTCT
TACTGTTTATGCTGATTTATATAAAAAGGAAATGATTTTTTTTATATAAC
AATTTTAAAATTATATTTCTAACTTTTCAATAAGCACGTGTACCTTTCGA
TAAGGCAATACATATATTTGATACACTGGAAGTTCATAAGTAAGAAATTC
GTAATTTTTTTTCTTAATATAAAAAATAATTAAATATATGCAATTATTTT
TATGAAGTTTTTGAAATAAAATAAATCGAGAATTACAAATATCATGTACT
AAAAATGAAACATGTAGCATGAGAGGGTTAAAAATTAGTTTAACTTATTT
GAATCGTCTTCATAAGAAGCTTAAATCAACATTCAAAATAATCAACACAT
CAATATTTTATTATGGTCGGGTTATAACAAATTATTTTGGCACGGATGCT
TATTAATATATATTTTTGATGTATATGCATATTTAAAATTCAAGACAGAA
CAGGATACCAATTAAGAGATGAGTTTGGGGTTTCATTAATGCACATACTT
TAATTCCAAATAGGAATTATGTTTGGTTTCAGTTAAGTATTTGAATATGC
AGTATGAAATATAAAAAATTGTTGACTATAGTCAATAAAACTTGGGCTAT
GATGTCAAAGATTTAAGAACTCTTTACTCTCCATATTTATTGCCAATGCA
TAATATCCCTTAAATTTAATATAGAATTAAATATGTTATAAATTTTTTTA
ATAATAGAAAAATAGTAATATTTAAATATTGAAAAGTTTAACAAAAGAAC
GAAGGACTGATCATAATATTAAAAGCATAATAAAGGGTACTAATATAAAA
AATATTGTTAAGACATTATAGAATGTATATATTGACTTATAATGAGTTAA
TATCAGACCCGGTTTTACACTGTGCAGTGTTTTAGATAAAGAAAAATATA
CAGAGCCATTTTCTTTCATTTCTTTTTTCCTTCTAAACAACGTTTATTGG
TTGAATTCGAATTAGATTTTGTAAAAAAATATTAGTTGCCGGAGGCTAAA
GAGGTAAACAGCTTAGATGTCATGACGTTTCATTATATTAGCAACTAGCA
TCAATGAGAGGATGGAAATAAGCACGAAAGTAATYCCTAATCTAGCCTTG
ATATATAGGCAGGAATTACCTCAATGGCGATCCACAAACTCTGGCCCGGA
CTTTCACTTATATCTATACTATTAAAACACCTTATGTAAGAGATTATGTT
AGTATCTAGTTTCTTCGTCTTTTGGGTGGCAATATAAAGTAGTTAAATAA
ACGAGGTATGGTGAATAAAAGGTAAAGTGTGGACAACATTAAAAGAGCTT
CCCAGACACACTGATTATAAAATTGTGTACAGATAAAAGATACCATGACA
AATTGGGTACATTATAGCACAGGTAATACTGGGATACAGATTCGGATTAG
AGCTATTTGACATTTGTATAAATACATGCCAATAACTCCCCCCAACCAAT
AATCAGTCTGACTCTTTGTCTTTTACGCACTGGGGATTACTTTATACTTA
TTGTTCTCCATTTCTTTCTTGAAGCATTATAATAATAATGATAAGAGCTT
TAGAAAATAAGATAACACTGTTAAGATTGGAACTACATACAAAAAGTATC
GCGCTCAAACAAGGTCATATTTTTTACAATTCTAGGTATTATATACTGCG
CATGTCAATTGATTGCTCATAATTATTATGTACCGGACAACCGTTATAAT
TTACTCATCTCTATTATAAAAAATTTGATAGGTTAAGGGTCATTTTTTGA
CATTTTTCCTATGAGCAAGTTTGTGGAACACATGATTAGCTGTTGATTGC
TAAGGAAAACATTATCCTAGTCGCCACCATAAGCGTACACAATGAGAAGA
GTATTGAGAATGCATGGATGGGAAATAATGTATGTAAATCGTCTAGGCCC
TAGTCTGCCCCCCCCCGATGGCTTTCTGGGACAATCCCGGTCGTATGGGC
GCTGCTATCTCAATCCTCTTCTCGTACTATGGGCTCATGGTGGTAACTAG
GGCAATCTTTTCCTTAACATTCGACAGCTAATTATGTGTTCTACAACGTT
GCTCATTTACCTAGGTTGGCAAAAAGTACGAGGCTGCCCCTGTATAAAGA
GAGTCTTAGCTGGTTCCTCAAGAAAAGATTCGGTTGTGGCGAAAAAATCT
TTGCACTTTCAATCTATAACTTTATCAAAATGATAAATTAAAAAATAACA
AATATGATGTTCTGGCTACTCTAATCCTCGATGTAGCCCCCCACCCCGGG
CAGCAATGATAGCTTCCTTACAGATACGGAAGGCCTTGTACCCATTGCAG
ATGTAGKCCTCCGACATGGCATCCCTATTCTGGTTGACTGTGTCTTTGAG
GTTGTTGAAATTTGGGTGACGGACGTAACATGCCTTGCACTCAACATACA
CCCAAAAAGTGAAGTGCAATAGGTTGGCATTTGGTGAGTATGGGGGCACC
ATTTTCTTTGGACAGAAAGGCAAGTTATCCTCCAACCACTTTGGGGCCTT
TTTGGTCGTGTGTGCTGGTGCACCATTATGGCAATATGATAATCTCGTTG
GTTTCTTGCCAGTGTCCAAAAGTGCACGGACAGAATTTCGTTGATCACGT
TCAAATGGTATTTCTTCGCCTTCTAAGACACTTAGAAAGATCTAGTTTTT
TGTTTATTTTTAGTATTTGACTGGAACAATTTTAACATATTTATAAAAAT
TTTGATTTATGTAGCAAAAACTAAGTGTATATATATGTTTTATATAGATG
AACAATGACTTATTATTTTGGCTTATTCAGTATAAACTCACGGTTCACAA
ACTCCTCGCTTTTTTTGCAAGAAATGGTTCTTTAACGTATTTTGAAAAAA
TGTTACGGCAAAATCGGTTTTTCTTAGTTTAGTGGTTTGAACCTGCTACA
TCACTGATATCCACCTACCTATTTGTCTTTATAGGTATTTATCTATTATT
TAAAACCATATTTTGGGTACAACGCCAATCAAACAAAATACCAAATATTT
GATTTATATTAAATGTATTATTCCATCTTTTCATTTGTCAATAGGTATTT
TTACCTTGGAGCTGGCATACATAATAAATATATGTGTGTTGTATATTATA
TAACTATGAATTGTAGGGTAGACTAGGTAAATTTGCAAAAAAATTTTTTT
TTTTGTAGAATATAAATATAATCAATACATCGTGGGGACCCAAAACTTGC
CATAGCATAACTAAATTACGGAAAACTATATTTTTATAGAATAAAGTATA
GACCACTCAAAACCAATTAATTATATGTATAAATAATATAATTAGCTATA
CTTTCAATATGTTTCATTTCACAACAAATAACAGAGATTTCTTCAAAGAT
AATTAAAATGATGGGCTGACAGGAACCTTTTATTAAAAATCTTCGACTAG
ACTTTGTGGCAGAGATGTCAATAAAAATATATTTGATAATGTAGTTAAAA
TTTGATATTGAATGCTACTCCAAGTTTTGGCTCCCCAGTTTTTAAATATA
AATATATTTATTCTCAAAATGTATATGATATTTTCAAAATATAATAGGGA
TATTTGTGGCAAGGCATAATTAATTTTTGACAACTTTTCTTTAAGATATT
GCACAACAACTAATTTAAAAGTAATTTTTTGTGGGAGCGAGTTGTTTATA
ATATTATAGTGAGTTTTTTTTGTTATATCTTATAACATTTAAGTTACTTT
TCCATCTGGGGATATAATTTGATTAGAATTTAAAATTGAAAAGAAATTTG
AGATATTATAATGTTTGGTAGAAAGGGGTAGTTGCAAAATGTGTTGGCAA
TTTTCCTTGTATTATGTATTCGAATAACAAATAATCAAAATTTAGAGTGT
AGATTCTTTATTCATGAAGTCTGTATATTCATGCCGTACTGCCTAAAAAC
TCGAATAGGGGCGGAACCCATATTCTGAGGCTTCTGTTGGTGAAGAATGG
GGTACATTTCACATCCTTCCCCTCCTTATTTCAATATCACATATTAGTTT
TTGATTTTTTGATTAAATTTTTTGGAAAAAAATTCACAAAAAGTTAAATT
GTTTGAAAAAAAAAAAAATCCAAATCCATTTTTAACAAATTACATTTTTT
GGAAAAAAAAATTTAAAAATCCACAACTTTTCAAAAATAAAAATAAAAAA
GAAATATTTAAAAATCCACAACTTTTCAAAAATAAAAATAAAAGAGAAAT
AGATAAAAATTCAAAAATTCAAATTCAAATGCTAAATTTTTATACAAAAG
TTCAAAAATCTATAGCTATTCGCAGAAAATTAAATTTTTGGGGGGGGAAA
AAATTGAAAAATTAAATTAAATTTCAAATATTAAAATTTCTAGTTAAACA
CAAAAATGACTTAATTCCCACCCCTGTGGATACACCCTGATCAAGCAGTT
TTGTTAGCCAAGTTTGCGTTCTGAAGGAGTTCTTTTTTAAGAGTTAATTT
TTCTGATTTATAATATTGATCATTGATTTACTTGCTATATTAATCGTAGA
TCTAACTATTTATTCCTCAAAAATAGTTATAAAGTCTATTTCCTTAATTT
CTAAGATACTTTTGCAATCACCCCTGGCTAAAGGGACAGTGACGACATCT
GACTTATATATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNGATCCCAATTTATTTTTTACTTTGT
AATTTATGCTTACAGCCCAATATTTCGTATACATGTTCTAATTAGTTATA
GTCTTTGTATTCAAATTTGTGTTAATAGTTCAGATACCTTTGAATTTTAG
TTATAATTTGATATCCGAAATACCCTTTCATATAAAATAAAAATTTTATT
CTTTTATTGTGACGATCCATTTTGGATATTGAGTAATTCAAGTGCAATGA
GCGACCCATCATAATGGTTAAAAATAATAATTTGTCGATCGAAATTGACG
ACTGTTGGTAGAACAAGGGTGTCTGCAGGATTNTATTTGAAGAGGGGGGG
AGGGGGGTCTTGGTTTTTTTTTTTAAAGAAATCCAAAAACTAAATTAAAA
AAAATTATAAATATTAAATTTTTTGTAAAAAAATTACAAAACTTAATTTT
TTCTTTTTAAAAATTCAAAATATTAAATTTATGGAAAATAATTTCAAAAA
TCCACTTTTTTTCACAAACAATAAATTTCAATTATAATTTTTTTTGAAAA
AAAAATTTCAAAAATTAAATTTTTAGGAGAAAAATTTAAAAATCCATATC
TATTCACAAAAAAAATTGATTCTTTTTTAAATTTTATAGTAAAAATAAAT
TCCTTCTTGTTTTGGGGGGGAGGGGGTTGATACAGCCACTCCCGAAGCCC
CTGTAGAAGAATATAAATGTAATCAACAGAGGAAAATAATTTTAGCTTAC
TTGTGTGTTCACTGATGTAATTACACTTAAAAGCTACTTCATAAATCCTC
AAAGATATGTAATACAAAAAAGTAATCGGAAATTTTTATCTGTTTTTAGC
TTTTTACCTACCTAAATATTTATAAAAAGCCACTAATTTCGTGTGATATA
TTTCACTGTTTCGTTTTTGGGTTAATATTTTTATTCCCAGTATTTTTAAT
TTGAAAACTGGAAATCTTAGGCCCCATAAAATATAATACAAACTTTTAAT
ATTTGAATTTTTTTCTTTTAAANCCCAAAAACCAAGCACCCCCCCCCCCC
CCCACTTTAAAAAATATATATATGTATATATATAGGGGTGACCATAAGTT
TTAAACCTTTTTAAATTTTAAATCGTAGAGAAAAACACTCTTACAAAATA
TTCAATATAACTGACTCTTTTATCGAGTACCTCTCATAGACTTGATTGAA
ATGCTTTGCATGCTGCATCTGAATGGAAGAATGGAGAACTTCCAAATTTA
AATATTGACGAGTTTTTTCCTTCGACTCGAGATAACCCTACACAAAGTAG
TCAAGAGGGTTAAGATCTGAACTCGAAGGGGGCCACTTAGATTTGTCCCA
AAAAGGAATATTTGCTTTAAGCCACTATTGGCATTGAACTCTGGTATGTA
TTGGATCTCAATCTTGTTGAAAGGTTCCCTTAATCGTTTTAGATGAATTG
TCTTTAAACTACGGAAGGACCAAAGGCTTCAAAACCTATGAAATGTGGTC
ATTCGTCTTCATACAGAGGCTCTATGCTATCTTTCGGACTTCAAACAGAC
TTTACAAACGACCCTCGTATATATTCAAATAGATAGGGTCATAGAGAAAG
AAATACAATTACAGATTTTAATACAGATTTCTTCCTCTTGTGAACGCAAG
ACTTCGTGGATCCGAATGAAAGAAACATACCGTCGTTTAAAAAACGTTAC
TGTGTGGACGGGGTTAGAGTCTTGATTCATCACATTTTGTTTTATCTTTG
TCACATCTAGATTTGCTTGTATTTCACAATGAAAATAAATGATATGTTTT
ATTTAGGTGAATACATTTCATTTAATAATAGCTGACGAAATAAACACTAA
ATGGAATTCTGCATGATCAAACAAGTTGGTTTTAATCAATAAATATTCCT
CCCTTGAGTGTGAATATGCAAATATACATATTTATATGACTTGATAAGAT
TAAGATATACTTAGAAATGGAAGTATTTCTTATAATTCTGTGTTGATTCT
TTCTGATGTCACTATTTTTCCATAAAAGCACATTACTTCATTTATAAGTG
TGGATCATAGGGACTGTTTGATGTACCTACAAGAATTGCATTATTTTCTT
GTGATATAAACATTACATTGAGCATGTATTTTTATCGTTTCATAATGTTT
TCACTTATAATTATCGTTGAAAATATATATTGAGTTTTGCTCAAAAAATC
ACAGTCGGATTAAGTAGCTTTACCATATGATTTTTTTTTCAAACTAGTTC
ATTATTGAATATTTTATTATTTAGTAACTCATTGCTTATATTTTTCGACT
TCCGAGTCTTTCTGGTTGATTTGAGGAATATTTGAATATATCTGAGTTAA
ACTAAAGTCTTACATCTATTAATTGGTCGAATTTTATCATAGTATTAATG
TCAACAACAAGATACATTATTTATTACTAATAATATGCGTTGTTGTGTAT
GTTATGACGATGTTTTAAAATTCGATGCGCTATCTAGTCAGTCAAATAGA
CTGAACAAATAAATATTCATAAGAAGTATGACGATTGCGGGTCATAACGG
GTTTTAATTTTTTTCCTAGATAAATTGCAGTTATTCCGTCTATAACCAAG
TAGGTAAGCTAGTTTTTGCACCATTACAAATTACAGCTAAAATTTCGTAA
TAGTTATTTATAAAAAAAAATACAAAATTATGATTTTTTATTATCATGCC
TACATGGTCACTTTTGGATACGTTTGCCATGACATATGAATTTTTATTAA
GATAATAGCTGCTCCATTGGTGGMAACAGAAGATGAGAGTTACTTCAAGC
TTAATTTCTTTATATTTATTTTGTTTGGGATATCTTGCTTTGACTTACAA
ACTACGGTTTAGGTACAAATTAAACTCGTATGTCGAGGTATTACCGTATA
TCATGTTATCTCTGTGTGTAAAACTGCATTACCTATAATTTCAACGTCAG
CTAGAGGAATGAAGTTTTCTTTCATCAACAGAGTCAAACCGAGTTGACTA
TGACTATAATCAAGGCACCAATAGTCAATAAGTCCTTTTGAAATAAACAA
ATGACCCCGGATTAGTGACCCCTTTGTCCTTACAAACAATATTTTTCTTT
TTTCTTCTTTTTCTGATCTATAGCTGAGATACAAGACTAACCACTCAAGT
AAAAGTTCGAAACTATAATATAAAAACATAAAAAGGTTACAAATATATTA
TGCAAAATAATCTCCAATTGGCCTAATTATCAAAAACGAACCTGTCCAGT
CACGACCCAGTATATCCATTTGAAGTTGAGTGAAAAAAAAATAACGACCC
TCGGTGAAAAGAATCGAGTAACAAAGTCGACGCATAGTTAGCACAATTTT
ACACAACTAAAAATAGGAATATATAAGTTTTAAAATTTGGTTGGGCTTAG
TCATACAGCGTACCCCTTTTCAAAGACCTATAACAGGGAGTAGACGTTTT
ACAAGTGCCATATTAAGGAGGAAAACAATTCTAAATAATAAAAATTATTC
GTCATTAATAATCCCAATTAATATGCAAATGAAATTTGTCAAAAATCATG
TGCCATAAAAAAATACTTAATTTAATCAGGGATAATTGAATGAAAAATTG
CAAAATAATTAGTTTGTTTGCAATCGCAAAAATGTGTGGGTTGAATGCAT
AAATTTATAGTATACATACACAATTAAGCTGAATGCATAGAAAATGCAAA
ATTAATACGTGTTTAAGATAAATAAATAACATTGTCCATACATCCATCTT
AAAAAGGAAACAAAGTCCTCTAAAGTTTTGTTCAACTCTACAATGTCACA
ACGCCAATGAATATGCAATTATTTTATACCTTTTATATATACGTATCAGC
AAGTTGCGACGATATAACTTCCTTTTTTCTAAAAGACAATGAAACAAGTT
TTAAAAATGTTTAATTTTTGATTCATAATGATAGTACACACTTAAAGTAA
AAGTTTTAAAAATCATATCCGATATGTGACGTTCCCATTTCCCATACACT
GAATAAACCAAACGTCGGTACTTTAATACCCGAATATTTTTCAATTTATT
TTCGTTTCTCTTTAAATAACTTTTCATTTTGAGGNGGAATTGATATTTTT
ATACTCTTGTAGTTATTGTCTTTGGGTTGTTGGGGAATCCGGCAAAGGTG
TACCATATATATATCCGGTTCCAATTACTCGATTTGAACAAATCATACAA
AATTAAAATTCTTGTATGCCACCATATCTGATGGTACCAATTTAAAGCCT
CATTATTTGTAAAGTTATTGGCGTTTAAAGAATTTTCCAAATTTCCGAAT
ATGAAAATGAATTTGAAAAATTGCTTTTTGTATATTAAATAATGTAAGTA
ATTAAATTATTTCTATAAATCTCAGGAGCTAAAATGCAATAAGTTTAATT
TTATGATATATTCTGCCAAATAATTTTTTGGAAATATTTATTTTCGACGG
TAAAACACTAAATTTTGACACACCATACCGGCACTGCTCAAGAAAACATG
TTATCTCTAGGAAAAGCATCACTTAACATACATTTGCCTAGCCTATCACT
TTTGAAGTCACTCTTAAATGCACTTACATACGAGGGTACAGACAAAAGTA
TTTAAAATTTATTTTCCTACATAATCTGTTTATCAGCTTTATACATGTTA
ACAATTTTTAAATTTTTTTCAAAAATTATTATTTTTTTATGTGAAGCTTT
TCTAAGTACTCAATTAAAACTTCTTTGTGACACTATTTTGTGCTCACAGC
TTTCTCAATCCCAAATTTTTAGATAGTATGCAATGTAGCAAACTTTGTGA
AATACTTTAAATGTCTGCTAGCTCGTACACTTTCAGCTTTGTAGATTTTC
TTTGCAATTTCTGTAATCGTTACCTTATTTGGTCGACCAATCCGATGCTC
GTCTCGGCAGSTCCYACGGCCYCGTTTAAATTCAGATAGCCAGAGTAGAA
TCCAGTTCAGCTTTTATATTGGCTGGGCTGTGGTCTTTCAAATAAAAGTA
TTATATCACATAATGAGGACCAAATTTCTCTATTTTCACAAATTCACTGA
CAGTGTTTACTATTGATAGCTGTGAAATAAATACTTAAAATGTGCGCCTT
CAAACTTGAAATATATGCTTTATAGATTGTGTACTTTCTAATACAATGAT
TTTTTAAACAATTACCGTCATGTCTTAGTCAGGCCGGGTACTTTTTGGAC
CGCTCTCGTATATTGATTGCAACATTTTTTGGTTTTGGTTCAATTAATCG
AAATTGATTTGACTTATACATACCAAAATTTAACAGTACACGACTGTGAT
GTGAATATATATTCAAAGTGTCAAAGGAAGTACATATATAAATAATCATT
GAGTACAGATCCAAAATATTAACATCAAATTCATCATACTATATTAGAAG
GGCATCTTTTAGATAATATTGCTATTAAAAATCCAGGAACTTTATATAAT
GCAATATGTCTTTCTACTACCAATAGTTCATCATAAAGAATAATTCAAAT
GTTAAAGATGTGGCTAGGCATATATTTAAAGCTATAAAATGGATTTAAGA
GGAAGAAGAAATAGTTGTAAATTTTTTTTATAAGTTATAGAAGAAAATGC
CTATTTTTCTTGTCCTGAAAATACTTTTTGTCAATGTGATTTGTAATGAT
GAGATTCCAAAACGGCATACGAGATCCTTCGATCTTCACGAGGTAGTCCT
TCACAATCGTACCCTAGATTGTGCAAAATACTTAAGTTAATTGTAGTGAA
TAATATGAAATTTTGACTAACCTTATGTATAAAGCAAAAACAAATTGATA
ACAATTTCAAAAATGAAGAGCTGTTCATTTTAGACAAACATTCATACCCC
ACTCAAGCTGAAGAAAAATCAGTTACAAATTTGTCATTAAAATATTATAA
GTACGCGACAAGAGATGTTTATATATTTGAAAAACTTGCATCAAGGAAGC
TTATATCTTAGTTAGAGGCCATAAATGACTATGCTTTTAAATTAATGATG
TTTAGAGTATTTAGAAAAATAATACTATTTTAAATGTTTATCTTTTTCAA
TAACAAAGAATCGTTTATTTAAAAAAAAATATTGTTATATATGTATGTAT
TTTTTATTGAAATTAAAGGTACTTCAAAATAAAGTGTCACTTACACTAAT
GAGCTATTGTTATTCGTCATATTAGCAAAATATGTAGGAATAATTAGTTT
ACTTGGATTTTTTCTCATGAAAAGGTCTGTCGTCTGGGATGGTTTTACCA
TGAGCGGAACCTTAGATAAAGATAAAATGTTAGCCTGTGTATCTTATGAA
TAAAAGTGAAGCCTAGGGCAAGTGTGGCAGATCCCCTCATAAAGCCAGCA
CTGACTGTGGTAATTGTTGTTGAAAAAGCACTAAAAAATCTTTTCTTAAA
TTAAATACGGATACTACTATATAAAGTCAGAAAAATACTCGTTTTCGTAT
TAATTCGGACTAAAAACCTTTATGCCTCTCGATTCTATTTTTTGCTCAAA
TAAATGATATTTTATAAGAATCTACTTATGAATATAATTTGCAATAACAC
ATAAAAATATATCTAATCTTTGGGTATCGAATATTTTTGATATAATAAAA
GTTAGCATTTAAGGACAAATTGTGTCACCAGTTAAAAAAAATATTATCTA
GAGCTGAAATTTAGCATACAGTTTTTCAACAGTCCATATCAACTATTTAT
AACTAGCAATTAATCGATTTCCAAAAATTGGCTTATAACATATTTTTGGC
CTTCTGTAATATTGTAGCATTTTCAGATTTATGTACATACTACCGGTAGT
ACCCGGCATTGCCCGGGTCACACGAACTACCCAATACTTAAATGAATATA
TTCTCAGCTCAAGAATGGAAGAATAATAATAAGAGTTTGATTCACATCTT
AAGAATGAAAAAATAATAAGAAAAGTTTCAGAAAAAAAGAAAAAGAAGTT
AGGTTGACTTATGAGTACTTTAATCCTTAGTACGCTCACTAACAAAAACA
AACAAAATTCATTTCAACATACCAACGTTTATATTTTATTCAAATCTTAG
TATATACTGTAAATGCATATGACTTATGATATACATCAGAGAGCAATAAC
AAAAACAAAACTCTTGCTTTATGCGCACTCACTAAATTATTATTTCATAT
AGCAAAAATATTTATATGATGTACATCAGTGTGCACTATTAAAAGTCTAC
ACATTCAATGCTGTATGCACACACCTACATTTTTTTTCTAATACGACTAC
ATCGTTATTTCTTATATCAAAAATATATTTATGATATACATCATCGATCA
CTAAATAGATTGCCCCCGGTCTCATTTATAAATACTCAGACATTCATACT
GACAAATGAAACTGGCTTTATTAATATATAAGATATACCAGTTCTGATAA
TTTTCCTAATTCTGAATTAAATTATCATTGAAATTTCTTAAGGTTATTTA
TTTTATTATGTTGGTACTCGTGTTTAACACGTATGTTGACAATATCAGCA
ATTTCGCATCGTTATTTTATTTTTGGCAAATAAAAGATTAGATGTATTTT
GGTCTGCTCTTCGTTTTTCCCACCGAAATTAATGTCTCCATTCCCGGGGA
AATATTTTTGAAATTATGGGATCCCGGGAAATATAGGGATCCTGTTAGTA
AATAATGAATATTTAAGTATTTCCTTTTTTGTTTTAAGAAGAAATAATAA
ATTTGAAGCTAGTCTTACACAAATATTCTCAATTATCATTTTTTTAGTAT
CACTAATGGTGGGTGGGTTGTTTTGTAGAGACTGCGGTTACTGCTTTTTG
TAATTCCGTGATCTAATCCGATTTATAAAAAAATATTAAATAGAAAGTGA
TAAATAAATTAATATTTGGTATATTATATAGGGTAGGGATCGTATATCCA
GAAAATTTAAGGATAATATATATTAAAGTTTATTTCCCAAAATGATGGGC
AATTAAAAAATCTTTTGCTCTAACATAGTGAAGTCAATCACTCAAACCAA
CCACCTCCAGCTTCAACTACAGCCTCCAACCTGGCTCCTAACCTGGCACA
GGCCTTGTTGAGGAACCTTGGTCACTGCCTCGAGAATGGAAGACCACATG
AGTCAGCATGCGGAATGTGTATGTTTATTAGACTCTTTCCTCAAGACACA
TAGTAGTCCAAAGGATTCAGATCCGGCAAGCTAGGGGTACACATTTTATT
TCTCTAAATCATAAAACTCTTGCAAATGTTGGTTTTTCTTGAATACATCC
AGTTCCAATTACCCGATTTGGACAAAGTGTACCTCTTTAAAATTCTACAC
AGCGTTTGTATTCGTAGAACATCTCGAGAATTTTATATTTTTTCTTATGC
AGTATTCTCTACTAAGATACTGAGCTCTCAGCTTGTTCCTGATTTAAAAT
CCTCACCCCGTATATAATTAAATGAAACTTAAATAATTAAATGCAGGACT
TTATGTGAATTTCTTGTATGTGGTAAATCCGGACAATCCCGGGGAAACGG
TATCACGAGAGATAAACTCTTGCACATATAAATAGTGTATATACTCGTAT
ATGAAGTAGACACTCATCAAAAATAATGAAGAAGAAGTCTACTCTTTTTA
TAATAAGGATGAAATGGGTGACATAAATTTTTTATCCCCTAAAAAGAATT
ACATATAATAATTTATACGTCTTTAAAAAAATAAATTAAATAAAATGTAT
TCGTTTATAATGTTATTTTTCCTTGTTTGTTCCATTCTGTAGAGATGGTA
TGATGAGCTCCTCAAAGTAACGTCAAACTTCCTAGGCTCCAATTTTTCTC
CACTTAAATCCCTCAAAAAAATCCACATGCTTATAACTCTAACTCCAAAT
ACTGATGGGAAAATACCCATTAAAACGTAAGTGATATCTTTAGTCATTTT
ATGTGGGTTAGCACTAAAGATGTAAATAAAAACTATCTCCCGGCGTGTGT
AAAATAATTAGACAAAATATTGGGCAATTTCCATATGTTGGTAGTTATAC
AAATGAAAGAAGGGGAAAAACGTCATAACTATCTAATATAACATTTGTAT
TTATGACGTCATGCTGCCTGCTTATTTTGTTTTAAATGCCGGTTGTGCAT
ATTTTTTACTAGTCACAAGCTTAACACTACTTTTTCTTTAAACATTTTTC
ACGATTCTATTGGTTGTAAGCTGAGCAATGATAGCATAGGGACAGCTAAC
AGGATAAAATAAATCATCACATTCCTCTAGGACAGTGGTTGGTTAACTTT
TTTTTAATTTTATCTCAAAAGAACTTGAAGTAAATTTAATTTACCACAAA
ACTAGTCGAGGGGCGTCAGCAGGACTATATATAAAATATTATTATTGTGT
TTTTTTTTTGTTTTTGGGGTGAGGGGCTTGGTTTTGTTCATAGCTATTCA
CAAAAAAAAATGGAAAAATTTAAAAATTAATTTTTTGGAAAAAATTTCAA
GCGTTAAATTTCATATATTAAATTTTCTGAAACAAAATTTCAAAAATTCA
TAGTTATTCAGAGAAAATTAAATTTTTTGGAAAAAAAATTCTAAAATCTC
ATAAATTAAATTTCAAATATTTATTCAATTTAATCGAAAAAAGTTTCAAA
AATCCATAGCTATTTATATAAAATTACATTTTAATCACTAATTTAGGTCA
AAAAAAATTATACTAACCAAAGAAATTCCGAATAAATACTACAACCCTTC
ACCGATGCACCTGTAGTGGCATATTGTTTATTTGATTTAACACAAGGAAG
TAGTAGTCCCATTAMCCCCTCCCCCCACCATTTTCTAAACTACTCCATTT
GGGGTATTTACCCTGTTCCCCCAACACTACTACAGTATATCCAGCCTACC
AATTGATGTTGTTATATCATTATTTTACATGCACCGGGATGTAGTTTTAT
TTACGACTCCATTTACCAAATCTATCTTGCGTGTACACCTTATGTGTTTA
TTGACAATTTATTTCTAAGAATTTTTCGTATTATAATTCTCAATTCTCAA
CCACTTTCCTTTTAAAAATATTGAGATTTGCTTGGTTTTTGAATTTTTTT
TTTTAAATATCCATAGTTATTCATAGAAAATTCTATATTTTGGATAAAAA
TTTTGAAAAATCCATAGGATTATCAAAGAAGTCATTTTTTCAGAAATATT
TCAAAAATCCACAGCTGTTCAAAAAATTCAAATATAATATTATTTCGAAA
AAAAAATTCAAAAATCCATAATTATTCAGAAATGAATTATTTTTTTTGCC
AAAAAATTTGAAAAATTAAATTTTTTGGAATCAAAAATTGTAAAGAATTA
AATTAAATTTAAAATATTATTATTTTTTTTTAAATAATTTAATATTAAAT
TTTTTAGTAAAAAGGTACCTTAATTTGGGGATTGGGGCTCCAGTCCGCCC
CTTGCGGACAAAATTTTGGAAGCACTAAAAAATATTAAACTTTCCTTTTC
TCTGTTTTTGTTCAGATTTGAAGATAATAATATGCAAAAGTCTTAGATAG
TACTGACGTGTAGATGCATGTTATGTTGTATGTGGCAACCCATCTTTTAT
TGATCCTGACTTTTTTTAATGCTGATTCATTCTATATGCTTCGTTTTTAG
GGTTCTGAAACTATTTGCACAAAATAAAGAGGATCGAAAATTTGTGGAGA
GAGCTCTGGATCTCTCGGATCTGCCTTCTCGAAAAGGCCAAGTCATTGAT
CCACATACGTTTGATTTCAAATCATTTTTCTCATTCTATCGCAATCTTTG
CCAAAGGAAGGAAGTCAGTGAGATTTTTCAAAAATTGTGAGTATATTCTA
TTATTTTAATATATTATTAGGTGCGTCAACACAAAAACTAATATGATTTT
ACTTAAAATTGAGTCTGAATTAAGTACATGTATTATTCGACGAATAAAAA
TCATCCATTTTCAATAATAAATTATTTAGATTCATCTTTTAAATTTGAAT
TGTCACGATACCAATATTTTGGCACCAATTTCGGTACTAAAATGTATATT
GGTAATTCGGTACTTTTTTGACTAAAAATATAATCAAATACTTTTGATAG
GGTGCTTCCCACTAGTTCAGAAATTTGAAGACATTTAGTAATATAAATTT
TTTCATTCTTGCTTGTTTTATAAAGAACAATTTGATTAGAGTTTCACAAA
AATTTCAAAATTAAATTTTTTGAAAAAAAAAAAGATACAAATATTATATA
TATTTTTTAATTTTTTAAAAATCCCACAATTATGATTAAAAAAAAACTTA
TTTGAAAAAATTAAAAATCCAAAGCTATCGTCTAAAAATAGAATTTTTTT
AATATGTTTTTTAAATTCACAGCTGTCCAACAAAAATTAATTTTTTTTGG
TAAAAAAATTTCAAAAATATAATTTTTATTTTTGTTATCAAATTACTTTT
ATGTTAACTCACCAAATATGTACATAAGTATATCTTGAAGAGAATTATTG
ATGACTAGTGATATACTTATTTTTTTCATATATATTTCAGCTGWAAAGAG
GATCCACGAGGGCAAGTCATGAGTCGAGCCGAGTTCCTCAAATTTGTCAA
TGAGCAACGAGATCCTCGACTCAACGAAATCCTGTTTCCCTATTGTACCG
AGACCAAAGCACAGTATCTCATTCAAATCAATGAACCAAACATCACCAAT
ATCGAGGTTAGCTGAATTTGTTTAAGTATTGTTATAATTATTCATTACTA
CAACATTTGTGTAGTTAAATGTCTAATATTTTATGGCAAAGATTGTGGTT
TGTTGTCAAACTTACAATTAATTTGTCAAAAAATGATGAATGTAATCTGT
CAAAATGTATAATATTCATCAAGAGATTCCAACAAAATGTGAAATTCTTT
TGCATTATTACATACAATAAATGTCAAAAAGGGAAATCATGATTAATGTC
AAACATTAAAATTTTGACAAAAAAAAAAAAGCTTTTATAAAYGAAAAAAG
CCATCTAAAGAGTATGAAATTTCACTTCGATTAATTACAATACATATTTG
GATGATCAAATCTCAAATTTTGCTTTAAAAACAAAAATCTTCCTTAAAAC
AATTCAATAAATTACAATGGCATTGATTTAAAATGAAAACAAACAAAATG
GCCAAATTTTGTAATAAAATAATTTCTTCTGAAAAAAAAAAATGTCACTG
CGATAGAAATATCTCAAATAACCAAAAATCCTAGTCACAGCTAGTGATGG
AAGGGTTGTGGATCCCGCATCCGAAGTACCCGCGTACAGTATAAGTAAAC
TTGTACTCGAATCGGCTTTATATACTCGAACTTATTTATAAACTGATTAT
TTTGGTGTTAGCGAGGTAAAGTCGTAATTTTTTCTCGAATTTCTCATTAG
TTCTTAATGAGCTTAACAACCTTTTTTTTTTTTTAAAGAAGATAAAAAAA
AAAAATCTTGCAAAATAATTATCATTTCAATGATTCATCACCCTTTGTCT
ACTCACATAAGTATTAAAAATAGACCTTCATAGGTAGATAAATAGATTAA
GAGGTAGGCAAACGGCTGCAAATATCTATACAGGAAAAGTAAAAACATTT
TACTTAATTAAAATGTAGGTGTGTGCAACAAATTTGTTAAATCAAATCAA
GATAGAGATCCTCATTCTTATCTTTTGCAACTTAAATATCTACTCCATTG
TAGGAGTTAAGTACTATTTAGAGCAAAAGTGGACTACTTTTTTTAGTGTT
ACTCCAACAGAACTTGTTGTAAAATTAGTTTACCCCAAACTAGTGCAGGG
GCATTCATTGGATTATATTTTTTGGAAGATAAGGGGCTGGGGTTTTGTAT
TAAAAAAAATTTCAAATTTTTTTTTTAATCACTAGCTATTCAAAGTAAAA
TAAATTATTTTCAAAAAAAGAAAAATTTTATATAGATTATCCAAAAAATC
CAAAGGTACTAACAAAAAATAGTTTATTTTAGAAAAAAAAATTCAACTAT
GAAATTTTTTTGGAAAAAAAATTCAAAGTTATTCACAGATTATCAATTTT
TTTGGTAAAAAAATTAAACAACCCAACGATACCCAGAAAAAATTTTAATA
TTTTGGAAAAAATTCAATTTAAATATTAAATTTTTACGAAAAAAAATTCA
AAAATACAAAATTCAATTTTTAGAAAATATTTAAATTTTAAATTTTTGCA
CTGCTGCATAATTGGCCCGAATGAGGAAAATAAATTCTAGTAAAAGGCAG
AAATTCCTTTATTTTTGGAAAAACCTTCCTGCCCAACCCCTGCGAATGCT
TCTGGTCTTTGACCCTAAAATTTTCAAAATATATTTGTCATTGAACGAAA
AACTTAACCTAAACTAGTAAAAAAAGTCTCAGCAAAAAAATATTATGAAA
AATAGTTACCCAAGAAATCCAAACATTGACAACTGACAGCATAATACACT
GTATATTGTTGTGTTAGCAATGTAATACGTTGATTTATAGGACAATTGTC
ATTATTTTTGTTACAACCGTTCTAATAGGGGTTCGAAATTACTGTTGAAG
CATCTTCATAATGAAAGAAGTCTATTATTATTTAATTAACTAATAGTTCT
GTCAATTCGTGATAAATAAATAAACATTTTATCTTTTTAAATTGGATTAA
CATGAATGGGAATCATACTCGTAATTACATAGTATTGCAGCATGACTCAT
AACTAAATACATATATTTATTTGAATAAGTGTAACGTTATCATCAATCAA
TCTTCACCATTTTATAATAATAATAATAACTACTTTAGTTAGATCTGAAT
TTAAAATAATGAAGAACTATTATATTGCATGAAAAATGCTTTAAGTGTTG
TAAAATGAGGTACTTTACTGAAATATAGGGCTCTTGATTTTGAAATTACT
AATGCATCAGATGTGTGCGTGGCATAATCATTTATGACGTCATTCAATAA
GTTCTGACAAATGAGTATACTTATTGACTTCAGATAAAATATTAAAGAGC
ATGTATGGCTCATTTTGAAGCTTATATGACGGGCTTGGGKGGCTCCAGTA
AGAAACATAGGGACTATTAATCAGCAGCCATTTCTACTGTTATAGTTCGA
GATTAAGTACAAATGCGTGATAAACGTCATGTACTTGACATTTGGTGGAA
ATTTGGTAGTCTYTAGCCAATGGCATGGTTACATCCTGTTCAATCAAGGC
GTACTTGTCAGTTCTTAAAAAAATGTAAAGTCGATCACTTGTGACGTCAT
TGAGGGGTTTTCCCTTTTTTAATTATTCTAAGATATAACAGAATAAATTA
TATAACTAAGTAAAAAAGTCATATTATGTTTGGGAAAAAGTAATTTCTCA
ATTCAAGCAAAGTATGCCCCGTTTTGCTGGATAACTTTTTGCCAATGAGA
ATCCAACTTCATAATGCCCTTCACGTTGAAGCCCTTGGCAAAAAAAAAAT
CGGACAACCAATTTTCACAGGCTTCTATTGAGGCCAAATTTGTACCCCCA
AGCGCTTTGGTCATAGACAGGACCAGGCGTTAGTCAATTGGTAACAGGTC
TGGAGTGGAGGATGGATGTATAAGAACTTCCTATCCAAGCAAACAGAGCT
TCAGGCGCGCCATCAAAGATGTAGTCGGCCTGGCGTTGTCTTAAAGATGT
ATTTTTCTCAACTATTCATCAATGTTGGTCGCTAATGTTGGATCACCAGC
TTCAAACGGTCGAGCAATTTACAGTAGAGGGCAGAATTATGCGGGGGGAA
ATCATTTGAACCACTGTTGTAGAACACGAACTGAAAAATATTGGCCAATA
AATCCCCTATTTTGTTACTCGCTTTCGACGCGTTTGTCCTTTTCAGGTAG
TATGAATGTAAAATGTGGCAAATTTCTTCTTTTGAGMCCTCCATAATTGA
CACACGCCAATTCACAGCGGAACTAGCCAAGCGCAATACTGTCAAAAAAG
CGTTTGGATTATACACTCACACCTTTACAACTCCTTATCGTATGATCCGA
TGTGACCAGTACTTAACCTTTTATGTTCATTTTAAATTACATTGTNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATAACATGAA
TATTTCTTGCAAGATATGTGCAATTTTCTTAATATATATACCATATATCT
TATTTGGCATACTAAACCATATATATTTGTGAGAAAACTTCCATAGACCC
ACAGTTAAAGACTGATAGGACCGGTGGTAAGACTGGACCGAATAAACAAG
TGCAACACTAGCACTGGCTAKTACATTTRCAAACATTGATCACACAGTCT
TCATTTCGACATTTTGTTATGAAGTTGTAGTTTTTACCCATGGATTATTC
TCAATTCTCATGTTCTTTTATATAATCATTATCACTAACAGTACAGGAGT
TGTCCCGTATTTTTAATCCCGTAACTCGATCTCCCCCTACAAAAACAAGT
TAATAATAACTTATGAACATGCTCATATACGTACATAGTTAAATGAAACT
TATATTAAGAAATAATTAAATGCAGCATTAGTCGGGAAATTAGATATTTC
CAGGGAATTCCTTTAGGTCTAAAACTTCAATAAATACCAGGAAAACGGGA
ATGAGACCTTATTACGAGTGGTCCATTAAAATCTGAAGACTTTGAACTTC
AAAATTCAACCAGATATAATTTATTAACAATATAATTTCAACAAAACTAA
TAGAACGCTTATTATTAGAACGTGTCCTAATGCTGGAGGAGACGTAGAAG
GGGACTGATTTAACTCCGATACAGCCCTACATTTAAATTAATTAAAATGT
AGGTGTATGCTGTAATATTTGTTGAATACAGAAGCTTCATATCAAATCAA
GATAAGGATCATCCTAATAATGATGACTGGAGTGAGCTCCTTATCTTTTG
CAATTTGAATCACTACTATACGAATATAAGTATATAGTAGAAGGTGGAAG
AAGAAAAAACTCAAATCTACATACAAATAAAAATACATACATATAGCTTT
GTATCGACTTGAATTGAGTCCAACTGAGTCACAGTCAGTGATGCATCATA
TATAAGGATGAATAGATAACTTTGGCACGAAATCTAAAGAATATAAATGA
GGCAATAAAGAAACAAATTATTTATATAATATTGTTAATTTGTACGTGTT
GACAATTAAATGTTTACAAAACACTCATTTCATTTGGTGATCAATCATCC
CTCAATTTCTTAGTTCTTAGTTTGGACCTCCTTTTCGTATTTATAATATT
CACAATTGGAGTATTTTTGTATAGAAGGTTTTCACTTGTTAAGAGTTCCT
TTAGTTTCATGTAGCCAGGGTTCTTTTGAAGCACTTCTTTTAATTTTGTA
TTGAATGGTTCTTCCATCAAAGCTTGAGGTAGATTTTCTACAACGGTAAG
GCTGGAGAGAAGAGGCAATCTTTCCTAAAGTTTTCCTGTAGGAATACGAT
ATAGAATCATTATTAATTACTTCGTGTGTTCCTCTGCTGGTTGATACCGA
ATCTTCATCAAGGCTGCTTAAATATTATTTGAAGACGTGGAAGTGATGAT
AGTAGTACTCCACTATTTTTAACCAAGTTCCATATCTTGTTATAATTGGT
AATGAAGGAGGAAATTTTAGTATGAAGCAGTGAATACTCGCTTCCTTCTT
CCAGAATTCAAAAACATCTTCTTCACATAGGAAATTAGTTCGTTTTTTAG
AGGACACTTTGTTGAACCCTATCTGTAACCTTATGAAATCCATGTGCAGC
ACATGTAATATGAATCAATTCCTGGGAAATTTGTTCTAAGATATTCTCCT
GCTTTGAGAAAATACTGGGCATCATTGAAAAAAATTTCAAACATCCATAT
TTATTCTCAAAAATTAATTTTTTTTGAAAAAAATAATCAAAATCACCAAT
AAATTTCAGTTTAAATTTTTTTTTTAACTCAAACATTAGCAAAAATCCAT
AGCTCTTCATATAAAATTAAATTAAATTTTGTGGAAAAAAAAATATATAT
ATTAAATTTTCTGGTGAAAAAAAAATCCTTAATTTGGGTGGCTKCAGCCC
CTCCAGACCACCCCCTGGGTACATCCCTGAGCTATTTAATACTTGTAAAA
TATTCATCAAAATCTCCAGTACCCCCTGGAATACCATCACATACCAAAGG
GATCCGCATGCCACCGTTTGAGAACCACTGGTATAGAGTACTTAAGTATC
AATACTAAGGCACTCCCTGGCTCATCATGTCGTTAAAAAAATTATCAGGC
TCTTATTATTATTCTTTTCTTCTTGAGAAGAGAACATATAAGTATTGAGT
AACTACGAGTGGGTGTGCTCATAAAAAACGGAGAGTCAGACTGAGGATTT
CTTCGGGAGTTATCTTTTATATTCTTAAAGCAAAGTTTGTCTGTTTGTCA
AATCCTAATAACTTGGGACAATACCGAGTACTAAATCTGGATATTCGCTC
AACCATCATATCCTGATGTAGGCTTGAAACATATCTACGAAAGGAGATAT
GTTTCTAGTGAGTTTTAAATTATATTGTACACTTCATGAATGCTCTTTCA
CAAGAAAAAGAGAGGGCTGACGTCATTATTAAAGACTTAAGTCTCTTCCT
TTACATGATTTCTTATTTATATTGAACATACATACATAGAACATAGGAAT
TGACGTATACTTATGAAGGAAATTCTACTTAAATGTCTTTCCATTTATTC
CACACACATATACACACGAATTACTCAATTGCCAATAGCAAAAAATGAAA
TTTTTTGAGAACAGCCATGGGTTTTTAATATATTTTTTTGAAATAGTTGT
AGATTTTTGGAAATTTTTCAACTATCAAAACGTATACATATATTTAAAAT
GTCATTTTTTAAAAACCAAACCAAAAAATATATATGTATATAATCCTGTG
GACGCCCCTGATAGCAAAGTTATATATTTTTAACTATTATTTAAAATAAT
TTAGAATCAGAATTGACATCGAGAATTTTCACTAGAATCGATTCAAGTAT
TTTTTTTAAATATATAATGCCAAAAGTATCGAAACCAGTACAAAAAAATG
ACTTCTTTTTTTTGTAGGAAAGAGAAAAAAATAAGTTAGATTTCACCCTT
ATAAAGGAAACGTAATTGAAATCTACGATTTCAAACCACTGTATTGAAAA
AATGGGTTCTTGAACCGAATATAAACACTAAATTGTATATGTGAGATCTA
TTTATTTTTCGACTTTGTCTAAGGACGACATAGGTAGGAATTACTTTGTG
TTTATATGTGTAGGTTCTTGTTGGTTTCAGAATAGAATTTGTGATCGACA
TTGAAGTAATTACTATATATATTTGAGCTAGATCTGGAGTGGGATATATG
CAGGCCCGCGACTATGTGGTGGGCCTGCAAAAATCAACCCTTTTAAATAC
AAATATTATTGTCGAATTGGTGGACAAGACAAATTTTTTATCAAAGTTTG
ATTTTTGTCACAATTTTAAAATAAACAAAATTTATTGTCTCCAAATTATA
AAAAAAGATCATTTGTCAAAATGGTCTGCTCTGATGTAAAGATTATTTGT
GTGAATGCCCAACATTCTCTGAAATACAAATCCTAGTAACGGTCCTTGAT
TTATGTGGGGTCCCTTCATCTCATAGGTGCTTATACTTAATCAGATTTAC
CATGTCCATTTTGTTTTTGTTTTTTTAGACCAGTGGTATTAAGACTGTCC
AACAGCAAAAGGCTACACACACATTTTATGCTCAATTTAATAGAATTTGG
TCCCCTCATTCCAAATATATCCTTATTTTTTCTCTCAGAGTCTCGTAGTT
TTGAGAAAAGGTCACGACAATATTTCGAGGATAAACTCATTTTTGAATTG
ATCTTATAATAAAAGTCCATATTTATTGGTATGCCCCAGCTAGAAGAGAT
GTGATCAAAGAGAGAAGAAGAGAAGATATAGAAACAAAGACAGAGAAAAA
TAAATGATATATTATTCAATTTACTATAACATTCAACCTCATGGCTCSAG
CTATATAAATAAATTATTTCAAGCTCCATGGAAACAAGATGACTCGTTGC
ATACCCGTAGCAAGTGAGTTATTCCAAAAGACGTAAATTCAAGGGAGTTC
TCGGAGCTCAAGCTTTTTCTCTTTCTCTCTCTTTTTTCTATCTCTTTTCT
TCTTCTCTCTCTCTTTGTTTTTATCTCTTCGAGATGGGGCATACCAATGA
ATATGGACTTTTATTATGAGATTAATTCAAAGAATGAGTTTTATTCTTGA
AATATTGTTATATTGAAATAACAAAAATATATGGCCTTTTTCTGAAGACT
ACGAGGCTCTGAGAGAAAAAGTAAAGCCATATTTGGATTCAGGGATCAAA
CTGAGCTAAGTTGAGCATAAGTTGTTCTAATGTAATTAAAAAAAAGTGTT
ATTTAGTTGTATAGTGCAATCAAATCCCATAAAGTTCGACTTAAATTTTG
TGTTTATTAAATATAAAAATTATCATTCTTAGTTAGTAGTACATTTAAGA
TAAGAATATTAAAATTTTAAATTATTTTAAAAGAACAGAAAAGTGCAAGA
TAAAATTACGTCATAAAATAAACCCGAAATGCAAATAACTTCTTTATAAA
TGTGTCATACGAAAAAAAAAAACCAATTAACTAAAAATTGCTGGAGGTCA
GCCTCACTTACCTGGTATAGAATTCTAAAGACTTGCAATCTATCATATAA
ACTATGCTTGAAAATGTATATATTTGGTTTTGCGAAGGAAATGGTATTGT
GATCAGAGAGTCTTGTTTCGTGGAAGAGGTAGCCTATATTGAGTATTCAG
GGTGGGGGAGATTTGTTAATCTTTTTGTTTGAAGTTCGGTGGAGCGTAGT
AAAATCCTTAACAGCACAGAGTGATGATGCCAAGTCTTTCGATTTTGCAT
TGATAGTTGTCGTGATCTCCCAATGAAGGAAAAAATGACACAACCCTAGC
TTGTACTTTTTCCAAGGACTTAATAGGGTAGTTTCTGTAAGTATTCCACA
TCTTAGGTCCGTAAGTTTCACCATGACCGAAAGGCAACATATTTTGAAAT
TTAATTTATAATTCCGAAATTTTGATTGGCTTTCCTTATAAATTAGTGTA
TATGCTTCTTAAATCTCAGATCAGGAGATATGTAAATTCCAAAGTCTAAG
TAATCATCTACAACCTTAAGGCATGGGTGGAAGTCATATTTCTTACAAGC
CTATGAATATAAATTTTTTAAAGTTAGCCCTTTTATTTCTGCTATTATCT
TGTCTTTAGTTACTATATATTGTAATTGGAATGGTTGTGTGTAAATATAC
CTTAAGGCAGGTATCATGCAAAGGGTATTTACTGCTCCAAAAAATTATAA
ATATATTTGCTTACTTACAATTATTATACATCAATGTACACTGAAGCAAA
AAAATCATCCTACCCCCTATAGAGCTAAAGTGTTTTTGACACCGAATAAA
GATATAATCTTTTTTATTCCCATAATAATTTGAACCAGATTATAAATAAA
ATATTAAGAGTTGTAAGATTACTAAAAAAAAATTATCTATATTAATAAAC
AAAGTATGTATATATATAAGGATGTTTGAAAAAATGGATTTTTGATCTGA
ATTATAAAATCGTAGTCATATTAATATAGACGTTTTCATGTAGCATCAAG
CGTGTATACAGGGTGCATTGTATATAGTGCTTCCTGATGTATGTCATATA
CCAATACAGTATAAAGAAAGTAAAAAAGAGTATAATATACAGCACCGTAT
AAAAAGAATAAAATATTGCAGGTGTTTAGATCAACTTATAATAAAATAGA
TAAATATAGAATATAAAATTGTTAATGTGACTTTAAATGAGGTTCAGCAA
AGCGCGTGTGTAACTAAAGTTCAACTAAATAGCATTCTAGAGATTAAAGT
ACTCCTTGGCTCATCAAATAATATCTAATATAATAAAATATAGGATTTCT
TTTGTTAAAGCAAAATTTATCTGTTAGTGGACGCCTGATAACTCCAGACA
ATGCCAGGMACTATATTCCATCAGTTGCAAAATCTTAAGTCCAGAGGGTT
GAGTTCTGGAGGTGGGCATTGATTTTTGTACCAAAATATGGTGCTCTTAT
AGGAAAACTTTCCTTTGGACAATTTTTCTTTTTAACAAGCTCTGACTGTC
TAAAAGTCTCTAATGTCTAAGGGGGAGGGCTTTGTCTTTGAGGATCTCCA
CATTGACGATATTTATGGCATAAAAACAAATTCCAAACTTTTACAAACTT
CAAATTTGATAAATAAATATTTAATATAAAAAAGAACTCAGCTGTTAAAG
AGGTCTGAGCTTTCATAAGATGTGAAAGAAGTACAAATCAAACCCTTCAA
TCAAGAGATTTCACATTTTCAAGAAGATAAGCTAATATTTTTTTTTGAAT
GAAATAGTTAAATAGTATTTCCCAACAGAATTCGAAATTTATTTTATAAA
AAAAAAAGATTAAAAAAACAACTATCAGTTAAAATCAGGTCACCGAATCG
AAAAAAAACCCTGAAATTTATTTTCTATGAAATGCCATTTTTTTTAAATA
TACCTTTGTAAATCTGTTGCAAAGGTAAATTTACACATAGTTTACCCAGT
AAAAAACATGCTTCTTTGACATTGTATTTTGGTATTATTATTTAACAATC
CTGCAGTGTAAAGGCTTTTTTTAGCTTCAAAAACTTGACTCATTATATTA
GTCATTTAAGTGCAAAATTTTTTAGACATGTATAATTTTACAATAACAAA
CCCATGAATATTGTAGTGAGGTGTTGAGACATTCAAAAATGTAAACTATT
GAAATATGTATTCAATCAAGTAAAGTAAACTAAGATTTTAACTTATTTTC
ATGTTCGTGGATCATTAGAAATATTGTTTATCTATAGCGTTTTTGTCTGG
GACTTTTTGGGAATTTACTAGGAACTCCGCATCATTGAACAAGTTTTCCC
TGATGGATAAATATTTATCCTCTGAGTGTTAATATGTAAAGAGTGGTCCA
TTAAAATTTGAACACTTTGAGTTGTAAATTTCAACAAGATATCATTTATT
AATTAACTATAGACTTTCAACAAATTTAATATTATAAATGGATGTGTGTC
TGAGCGATCTGAATAATTAATGTAGCCACCTGTAGCTGCAATGATGACCT
TCAGGCGGTGGCTGAAGGCCTCGCACTACTCCATATGTAGTCATCTGTCA
TAGCGTCCCAGTGCTGACTGACAGTGGATTTGAGGGCCTCTGTCTTTGGA
TGACGGACACTGTAGGTTTTCCCCTGGACATGCACTCAAAAGGTGTAGTC
AAGGGCATTGGGATCAAAAGTCTCAAAAAAGTAGTTCAAAAGAACTCAAA
AGAGTCTTGCAATGGAGGAAATGGGTTTCCTCCATTACTGTTGTCAAAAA
TAGCCTCTTGACCCTCATAAGACTCTTTCTACCCACTTTTTTGATAGCTC
ACTAGGCAGTCTGGTGTGACACCATAATATGTCTTGGAGGGMCCTTCTTC
CTCTTCAACCTGTCAGACTTGCTGACGGCGTAGATGGTGGTACTGGAGAC
GCCAACTGCTTAGAGTCCGCGAATGAAAATTCCTCAACTACGTTCAAGTG
TCATTTTCTCGACTTGTACGTTGGCTAAAGAGCTCAGATTTTTTTTCTAA
CGAATTGTTTATGCTTTAATATATCGAAATATGAATTAATTTCAATCACT
CCAACTTCATTAATTATATAAATTAGTAAGTATTTAAATTTCAATAAACC
ACCCGATATAGTATATGATTGATAAAACTTAAGTCATTGCTTAGGTTTTG
AAACCGTTTTTAATACAAGTTTGATGCTTTGTCATCTTTCAAGCATCATT
ATTTTCATGGTAGTTGCGGCATACGCTCATTGTATCAGCTATGCCAAATT
TGTTAACTTTATTCATTCTATAGATAAATAAATACATAGGGCAAGTCGTT
AAAAAAACTGAACAAAGTATCAAAATCATTTGCTGGTTAGGCAATTCTTC
CCAACTATGGAATTATTATTCAATAATTATTCACAGCTTAAAATACTAAT
TCAACCAATCACTGATAAGAAGAAGAAAAGCAGAAACATTCCCAACTGAC
CACAAAATACAAGGTATATTTTGTGTTGATGACGTGACGCTGTCAGAGGT
AACAAGGAGGGGCTTGAATGCTTGAGAAAATATATCAGCTGCAATAAGGG
TATTATATTACTTCACTTTTGTTTTGTTTTTCTTACATTCATAATTTAAG
AACTTCATACATAGAATAATTGGCAATTTCAAATAGAGAAATGAGATTCA
ATCCTATATAATTAATACAGTTTTTCATGAAGTAAAAATATCAATTTCGA
GTCCCACATTCAATTATGATGTAAGTGAAAACGTTTCATAGGGAAAGGAG
GTGATAATACCGGTTGGTCCATGGAAATATGAACACTAACTAATCCAATG
ATTAATGAAGATTGAGTGGTTTATATAAATTAATACTTCGATATATTAAA
GCATAAACAATTACTTCCAAACACAACAAACCTGAACTCTTTAGCTTGCG
TACAAGTCGAAAAAATGACACTGGAACGTGACCGACGAATTTCCAGGACC
AACATCTACAGTGTTAGAAAGTCTGAAACGTTGGAGAGGAAGAAGGACTC
TGCCAAAAAGGCCAAACTGGACTCGGAGGAGTCAAGAAAAAAGCTCCAGC
AAATCTCCTCAAGTCCATGATGGCCGATGCAAAAGATCTCGGGGTTTCAC
ACAAGACTGTCAAGAAACCTATAAAAAAAGTAGGTGGAATGAGTCTTGTG
AGGGTAGAGAGGCCACTTTTGACACCAGCAATTAAAGAAACCCATTTCTT
CCTTTGCAACACTTTTTTAAACTCTTTTTTGACACTTTTGGCCTCCCTAC
AACCCTGATGTCGACCCCCTGGACTACAGCTTTTGGGTCCATGTTGAGAG
GAAGGCATTCAGTGTCCAGCATCCAAACACCGATACCCTCAAAACCACTA
TCAGCCAGTACGGGAATGCCATGATAAAGACTATATTTGCAACAGATGCC
AGGGCTGGGAGGCATTATTGCCCCTAAGGGCACCTACATTAATGATTAAG
AGAGCTCAGGCACATACCGATTTATAGTATTAATTGTGTTGAAATTCAGT
TGTTAACTAATAAATTATATCCTATTGAAGTTCAAGGAGTCAGATTTTAA
TGGATCACTCGGTATCAAGTGATATTTAAAAAGAAGGAATCATTGTTCTT
TGTATACCTAGGTATATAAATAAAAAGAACATCCTATTTGCACGTTCCTC
CCTAGACAGGTTATATGGTACAATGAATGTATGTAAAGTTAATTAAAGTA
CCTTTTAAAGTAATTGATAGTATGTAGAGGACAATGGGAACTGGAGGCCA
GGTCTGCTGTCCAGGTAATTACAACTTTTTTAGTTCCCATGGTTTTATTT
TATTTTTGTATTCACATTATTATTTTGAACCATTTCCTTTGGAACCTCAT
TTGATACTGTTTTTTTTGTTTTTTTGCAAAATCTGGCCTTGAGACTGCTG
AATTTGATTGTGCATGCAAAAACATAAGTTGTAGGTATATTTATCGCTCT
GCAAATAGCGAAAGGGGAAACTCCATAATCATAATATATGGTTCATACTC
TTAAGTAGTGGTTCTCTCTCGGGATCCGTTTTCCCGGGATTTCCTAGGGC
TTACATCACAGGGCAACTGCCTTTTCATTATTACATTATAAGAGTCTAAT
TTCATTAAATATAATCCTCTAACGAATGTGCTTGTTCATCATTTAAGATT
TAATCATTATTTTTTTGTGGGTCGGATAGGGTTACAGAATTCAAAAAAGC
TGGATTCGCAGGCTCTGAAAAATAACCTGTACACTATTAGAGATAATGAT
AAAAATGAAGAACATGAGAATGGATAATATATTATTAGTAGGAATAGCTT
CAAATTTATTATTTCTTCTTAAAGTATAAAAATACTGAAATTTAACGGAC
AAGACAATATACCCGGGAAATTAGGAATCCTAGTATAAAGGCTTTTCTTG
AGTTAAGTAGAACTAGATTTTGTGATCAAGTTGAGCTGCAAGTCTTAGAT
ATCGAGTACCATTCAAAAGTCGAGTCTTTGATTGTGAGATCAAATCGAAT
GGCAAGTTTTCAAAATATGGATTTAAGTAGAAGTCGAGTCGTAAGTCTCG
AGTCCAAGTACACACCTACGGTAATTTGTGTCATCAAAATGTAATGCGTC
CCTTTAATGTTGTTTCTTCGTAGCATTACTCACTTTTAAGGTTCCCACCA
TAGATTTGGCCTTAGGAAAGTTTTTAGATATATTACTCGAAACAAGTAAT
CAGTTACTAGTTATTTGCCTTTAAAATATCACTGTTACTCATGAGGAAGA
CTATCGAGTCTCTGTTACTTTTGTATTGTTATTAATTCAACAGAATGTCG
AAGTTTCCATTAAGAAAAGGCTGATTTATTGTTAGACATTTCCATGTTTA
ATTAATAATATGCAATAACTAATTATTTAGAACTAAATTATTCTTTCTCA
ATCGTCATGATTTATGTTTCTATTCTATTGAATTTACATATCAAAGATTA
GTCTTGAATCTGTAGGGTGGAGAAATGTTAAGAAACTGTATTTATGTTTA
TAAATTCCACAAATGATGTAACATTAGTTTATGTTATTTATAAAAAACTT
ATAATCGCCATTGAAATTTTTTACAAATCTCATTAAGATTTAACAAGATC
AATCCATATACTTGTATAAGAAAATGATACTAGTTGCAATTTCTTCGTCT
TAAAATACATTATTTAATAACAACATTAGCTAATTATGAACCAATAACTA
TAAATTAATACTATCATTTCATTTTGATCTATTAAAATTACATGGTTAAT
ATGTACTCATAAGTAATACAACTTTGAGCATTTGAACTTTATGTTTAATG
TGTCACAGAATACTAATATTTTAATCATTTGTATGAAAATAGTTAAAAGA
NTATTTTTTGCTGATTTGCTGATACAAATTGCAAATTGACCCTATATTAA
CTTTGATTCCGGAGCCGATAAAAAAATATTTCTATACTATTTTTTAGCTG
GACTGTATTTTTGGAATTGGTAAATCTGAAGAATGAATTTTCTTTTACTC
AGCTGCTGTTATTATTATTTAACTCCTTTCCTACTACATTCAATTATATT
CAAAACCTGATTGAACATTCATGTTTGTTCATATAAGAAAGAGTGTAAAC
TAGAGATTCGTTGCAGAGATATAATTGTAAGTCCATGTTGGCCTCAGTGT
ATAATTGACGATCGACATCGGAGTACTTCTTGCCAATGGGCTTGTTTATT
TCCTTCTCCTTAGTCATAGCTGATTGCAGCTGATATAATGAAACGACATG
ATAGCTAAGCTGTTCTTCCCCCCAAATTCTTCTAATTGTCAGAGTTACCA
TGTTGATTATGGGTTTCTCTTTTTTTTTTTTAGTATGTCCAAAATACCCA
CGATTTTCATCACCAACCATAGGACTTAGATTCTCCATAGTTATTAATAA
TTGGATTTATGTATGAATATTGTATATGTACAGTCAACAGTGTGTACATA
CATATATCGTGGAGAAAGCAACGGATTCTTTGCTATAGAGTAGGAATTTT
TTAACAAAATAGAATTAATAAAATTTTCCGGTGAGTTTGCACATGACACT
GCTGTGTAAACTTTTATATGTTCATAAGTAGAATAAGTAACACCCACCTT
CATCTGGTAATAATTAGAGGATCTCATAAATTAATCATCCTTATATAAAT
AAGGCATTATTATATTGTTTTCATAGTCGAATGAATGACTCAAGTTTCTA
TCTGGATTAAGAAGGTTAAATAATTAATTACCAAAACATAATGAACTCAC
CTATAATAGATAAATGATACATATTACATTGCCAATATTAGCTATATAGT
ACCAGAGTTGTAAGTTCTAAGCAATGTCAGTATATTAAAAAAAAACAACA
TAAGAATAACATAATGATTATAACAGTTTGTAGAGCGTTTGAGTCGAGAG
CAGCTTCACTGACATGGTTTTTATAACATTAGCTACAAGCAGCAATGAAG
AGAGGAAATAAACACAAATTCCACTTCGTATATAGGGACTGTTTAACGTT
CGGCACCGCTTGTTTGCAGATGAACGTTGCTATTACAAGGGTGCACGTAG
AGGGAGGAGGGGGCTAGGGTTGAAAAGAAGAAGGGCTTCATTACAGTAAT
ATAGGACTTTTATTCTTTCTTCTAGTCCAAAAGAATAATTCAAAAGGACA
ACTTTTGGAAAGTGTCATTTATTGATATCATACTGAGTCTTTCTAAACTG
TTGCCCGACCTTATCCCCAAAAAGAACTGCAGTGCTCTTCCAGGTTTCAT
TCAAAAGTTGGTTATCTAAAAAGAAGACTTGTAATTATTCCAAAGTTTGG
AAGTGGAGCTTCCGATCTGGAAAATAAGGTGGGAAAATTCCATTGATAAG
CCAATTCTTTTCCTATCTGCTCTATACCAGTGTGATAGGGATTGAATATT
TGCACTTGCGTGGGTTCCTATAGTATCACGCCTCAACTCAATCGGATTAT
AAACGATAATTATGGCGGGAAACATTATAAAATATGAAAAATCCAAGCTC
AAAACAAAGTTTATATCACAAGAAAATAATACCACTGAGTCATTTGAATT
TTTGACATAAATTCAACTTCATTTTAGTGTTTACAATTATAGATGGATCA
TGTAGGGTTTTGATTGGATAGAGGGGTTTGTAGAGGCGATTCTCGTACAT
CAAACAGTGTATGGCGAAGAAAAAAATTATTTTGTTATTGATCCTCAATT
CCACTCATAGTTCTGAATAATGAAAAAATAGTGAAAACAGCTTGGGAAAA
TATCATTAAAATACCAGATTTTGCTGATATGCACCTGGTGACACTGGTTA
TACAACCCTATCATAATATTTGTATAAATATGTACATATTTATACAGGAG
CGTCCGCAGGATTATATTCTAGGGGGAGGAAGTCTTAGGTTTTAGGTTTT
TTTTTGAAAAAAATAAATCAAAAAATTGTCATAATCCGCAGCTGTTTACA
AAAAATTAAACTTTTTGCGAAAAAAAAAATTCAGAAATCTATAGCTATTC
TTAAAAAATTTGTTTTTTTGAGACAAAAAAATTCCAATATTAAATTTTCT
TTAGAAAACAAAAATTCCTTCATTAGGAGAGGCCTACATCCCCTCCAGTC
CACCCTCTGTGGACACACCTGTGGTATACTAACTTTTCTTTTGTAAAATG
ATGTGCACGCTCGATGCTACATGCAAAACGCCTACAAGATTTAATTAATA
TGCCTAAATTGTTATTTCTTAGATAAAAAATGACTTTAGTACAGAAAGTC
TCCATTATTAATATATATTTACTATAGTTTAATAGATAGTCAACACATTT
ACTTAGCGGTGTATTCTTAGTAGGTACGTTGTATTAAAGTCAAGCTACCT
CTGAGTAATTGAGGCTCAAATAAAAAGTGTTACCAACTGTCATTTTTTGT
TCTCCACTTTGTATTAATAACAAGTATGAATATTCTTAGATTTTTATTTT
GATATACTTGTTATTGAAGATTTCATAAGACGTCATATGCCTCTCTTTTA
ATCCCTAGATTATTTTGTATACATCCACCGTGAATATTTACATAGATGTG
TCTATATTTTTTTATATTTTCTCTTTGTATGATTTTTTAAGAGGCACTTG
TCAAAACAAAGACTTGATATCGTATGTATAATTATATTCTTCATCATTCA
TTTTTAGGGTGGAAAGATAAGTTTAGAGGGCTTTCTCCGTTTCCTTCTCT
CGGATGAAAATCAAATCGTTGGTTCCGAGCATTTAGATCTCTATGCCTCC
ATGAATGAACCATTGTCCCACTATTTTATTCAATCGTCGCACAACACGTA
TCTGACAGGTAAGAAAATCTAATATATGTAAAATATTTATTTTAATTTGA
GATACATTTATTGCATCACTCAATCTTTCTTCTGAAAAGAAACAGAAAAA
ATGCTCTAAATCGGTTTTTTTGTAGTCAGGCAACTATGGAATTATTATTC
TATAATTGTTAGGAATCGTTTACAACTTAAGAAAGGCTAATTCGAATTCA
ACCAGTCAAAAACCTTTCTAACACTGATTAGGGCGGGGGTGGAGAAACAG
AAACATCGACAGCTGACAACTAAATGCATTGTAATTATTTGTGTTAGTGA
GGTTACGCCATGAATAATGTCCGTAAGTACCATGCTTCATATTAGGTACC
TCCCAGTAAAGACATGGAGACTCATGTAAGAGGGTGCGTGAATTTTTACA
GAGTGGATACGCTTATTTTCCCTTCTGTAGTTATGACAAGGAACTATATC
CCATGTCAACTTCCATCACATTGCAGATGCCTTACTGAAATGAAATGTTT
ATCCCCAATTATTATTACTCATGGGCAGTGACAATATGATTCAACTATCG
CAAGGGAGGCCCTGCGTAAATTTTAGTACCATATATTAGAATTAATAAGT
AGATACTTTTAAAAGGATTTTCAGATCTAGTGGTTTTTTTTTAGCAAACT
ATTGTACATCTGTAGCTGGGGACGCTAAATCTACACATTTACCCTCTTAA
AATTGTGCCAATGAGTCATTGTTCCAAGCTATATGTGAAAATGAGTCAAT
TATTTGTTAACGTTAATTAATTTCTTCTTTTCTTTTTCATATTTGTATTT
GAGAGTTGCCAGAATAAATATTTATTTTTGCAAAAAATATATAATTTTTA
AAAGTCATTATAAGGACCATTTCAAACGGTTATTGCCTATAAATATCCAA
TTAAATCTAAATATACTACTACTGCTCAACCAAACTACCTAGAGAAAGAT
TTTGAAATAAAACGTCAATTAATCATTCTTCAAATAATTTCCTTTTTGCT
CTAAAAATATTAAAAATCAAAGAGTTACTCAACCTCTAACAACCCCCTTA
GAAAATGGGGATTTTTGATATCTTTTAATTTGATTCAAATATAAATCCAT
AATTATTTTTAACTAACATTGAATGAAAAAACTTTGATTTTAAGAGTCAA
TGCTTCCATAGTTTTTCATATTTAAAAATTGTTTCAAAAATATAAATGGA
GAACTTTTGTAATCAATAGAAATTGAAAATTATGATGAAATATTTTTAAT
ACATATAAGTAAAAATTAATTGCAGATTAATTATAATAAAGGATGGGTTT
TAGAGCAAGGGTCATGGGGGTGCCTAAGTTAGGCCTTGAGCTTTAATGAA
AGTAGGGGCAGTTACACATTTATAATTGCAATAAGCTCCAATTACTGTAA
AAACTACTCTGGTTGCGTATTTAGTTATAACTAAATATTTATATGAATCT
TTAGTTTTGAAATCCGTTTAGCGTGGGATTTATGATTATAGTTCCTGATG
TCAGTCAACCGTGGTCTCTGGTTTGAAATAATCTCTGGCAAATTCAGAAT
AATCCATGAGAATAAAAATATTTATTTACTTCAGATTAAGAATCCTGCAG
TACTTGTGGGTTGTTTTGAAGTCGTATTACGAATGTGGGGGGCTTGCTTC
CATTTGATATATTATGATTCTAAACAAGATATTTTTGTATTTTTTTTATT
ATTAACAAATGCTTAATAAATGCAATTTGTGGCGTGGTATTGATGGAAAA
TGTGTTGATCTCACGTCAATTGCATGAACATTGTGAGCCCTGTATTCATG
AAACTCTCKCCGCCCCTGCCAGACAAGAAGTTTGTCGTTTAGTCAACTAT
ATTTGGACAAATATGGATCACGTGAGCATCGTTCCACCACTTGGTTTCTA
GCTTTAGTGTAGCAAAGTGGTGTAACGCACCTGTTAGGTGAAGTAGATTC
CTTGTTTAGAATATATCCCTTCATCATTTTCTGTCATCAGGTTACAGCTT
GTATAAGTTAAGAGGAGTTATTTTTTCCCACCGAATGCTCTCATTTTTAC
TTATCTACTCATAACGTATGAAGTTAGTTCTTCTGTTCACAGATTTTACT
TTGTTAAATCAGTTAAAAGGGTGAATTGACGGAGTTTGCTTTAGTTGGAT
ATAGAGTAATATTCAAATATACTCGTCCCCCCTAGTGGACAGAAATTAGA
CTTAATATATTTGAACGAATGTGAATCACAGAGCCTTCGTTTCACCAATT
AGTTTTAAGTACAACCGGGCCATAGAGTAAGATATCCATAATTTTGTTGC
CTTTCAATCAGGCGGTACAATAGTTGTTCTATTTTCAATATTTCCCCCTT
TAAAACATATTGCAAAACACCAAAATTTGGAAATTAAAATTATTTAGTCA
TTTATAATTAAGTGTATCAAAATCCAAAAATAAAATTACGGTAGTACATA
CAAAAATACCAGGCACATTATTTAATAATTCAGGAATACTTGATTTACTT
CGTGAAACTCATTAAACAACTTCCATAATTCTACGAGTAGATCATAGATC
TATTAAATGATATGTTATACAGTAAATAATAAAAAACTTATGATTATTAC
TTTACCCGTAGCAGTAGATTGCTTGTAAATTTATAAATAAAAGTATTGTA
ACGTATATTTGTGGTATTAAGTTAAAGAAGTATGGGTAAAATAAGAAAGA
ACACAACTAGAAAAAGATTAACTATTAATAAAAAATATTAATGGTCTTTG
AGACTTCATTCAGGCAGTTGTTCTTGCACTGTAGTTTTCTAACATATTAT
CTTGGAGATTATAAATATTTAGCAACATGTTAATCCTAAATTTGATAATG
TAGTTGTAAATACATTTTATGAATATTTGAATACGTCAATATTAACTTAC
ACTAGTATTTACCTGGAAAAAAAATGATGTTAGACAAACTACTTGCACTC
TATCTGAAGCTAAAGCCCTTTTGAAACCAATCAGGCAGTTATTCTTGCCC
ATTTTTCTGTATTTTATGGAAATTTTTAATTAAAAAGTGATTTCATAAAT
ACTTTCTCTAACAAATCCACTATTTCAGCATTTCATTTCATACTAAGCAT
GTCCTTGACACTATTTACTGATAAAAACGACCTTATTTTGGTATAAACGG
CTTTCAAAATGGTGAAAATCATTTCTAAGTCACAATTTACAATAAGGTAT
TCCTGTAAATTGTCTCCTTAGATTGATTTTGTAAGGTATCTTTAATAGTT
GTACATTGGATTTTCTTCTAAAATGTATTCAATTTGGTTTTTTAATGGTT
CTAACTTGATATCAATGCGTAAATATTCAACAATAGTCAAGCTTACAAAT
AAATGAAGTCTCCCTTCTAAAGCAGTAATGGTCTCGGTAATTGAGTAGAA
ATTATCATTAATTATTGATAATTCTTCATAGATAAAATAATCAATTATAA
TCTCCTTAGCTTTAACGACCAATGATGTTTGTTCATTAAGGCTACTTAAA
TATTCCTTGATTACTTCAAAGTTATTGAAATAGTAATAAACTGATTTTAA
ATTTCCCTAGGGGGTAACGAGAGGTACTGGAGATAAGGGAATTCGGTAAG
AAGCAGTGAAGTTCCGTTTTCTTTACCTGGCATTCAAAACTTATATATTT
TTACTTCTGAAATAAACTTGTTTGTCTTTGGGAATTATTTAATTGCAAGT
TCAGCTACGTTATGGAACCCAGGAGCCCCACAAGTAATATGTTTCCATTG
GACTCTTCATCCGTGATTCAAGTGTCCAGAAAACATATTACGAGCGTAAA
AATTCGTAGTATTATTAGCATTAGCAACTTTGAAATCTATCATGTTGATT
AGTTAAGGACTAACTAAGAAGGGGGCATCCAAAAGATCCATTAATATAGC
TCTCATTCATGGTTCCTGATTGTTTTTAGTCATGATCAACAACTATGAAA
ATATCCTTATCCAGTTTTCCATTTAATTTCGGAGATTACATCCTTTTTGG
CAACCATCCTTAATCTATGGTGAGACCTTCTACTAGGGACGGTTCTACCG
ACATCCTTGGAGAAATTGTGGTTCTTTATGATGAAAAAAGGTACATTACT
TGAACCAATCATCTTTTAGAGTTTGGTGTTAAAGTTAGAGTTGCTAGAAT
CATCATTAGTCAGATGTTGTTTATATTACATTCATGTTCTTGATGTGGGA
CAAGGACATTAAGTGTAGTTTGACTCTGGACCGGGACTATAAGTTTACTT
GTAACGACATATTATATAAGATATTTTGTTGCCTTGCGGTAGGTAGCTCC
AAATTTCATGGCCTCCATTAATTTCAATCCAGACGTAGAGATAATTGTTT
TAGGCATTTCACTAATAATATTAATTCTAGTATACAACGGTAGGCAGGAA
ACAATAGTTTCTTTATTAGAGAGAGATGTGATAACAACAGTGATTCCTTA
GAGCATGAATAAATAAGAAAAAAGGGGTAAGCAACAACCGTTTTTCCTTT
TCTAATCTCCAAAGAGTAATTTAACGAAACTTGCCGCCCAGCTTTAATGA
GCATACTACCTGGGAGTAACTCGTCTCTCAGGACATTTATAGGTAACAAA
TAATAAGTACCTACATTATCTATTTAATATATCATAAACGGCTTATATAA
ATAAGAGATTAAGAGGGAGACTTAATCGTACTACACGATACCATCTCTTC
AATCATCAAGCAACGCCAAACTGTTGATTTAAACAGCACWAAAAATGTAC
AAAAAACAGCSCCTGACACTCCCGTAATCTTTTCATCTCTATGCGAATCA
TATCATACCAAACTGTTGATAAATCCCAAAATGAAAAAAAAGCAACTGGA
TCATTGACTCTTTTGGTCTTGGTAATTCAAACCCACATTCCCGTAATCTT
TACATCCACTAACGTGAGGAACCCTGCCTCATGCTCCCAGAATCTTCTCA
TACCGATCTATAGATTACAGCTCAACGATGGAAGATGTTTTCTTTCACCG
ACCACAGTAAGAAAATAATTTAGGAGACAAGATTAAATCCAAAAGTAGAC
AATGGTCCCACAACAGGACACCAAACTCACTCACAGCTTCATCCTCCACG
AGGCTCAGCTCAAGGCACAACCATTTTAACTCCATAAGAAATACTTATCC
CTGTTGATACAGCTGGGCAAACTCTATCCATAAAAACTGCTCTGACGATC
CCATAGAAGAGAGGTCACAGGGATTCGATCCCATCCTCGTAGCCAGATGT
TGTGACGTGAAGAAGCTCAGTCCGATAACATATATTAAAATAATCCAAAT
CAAACCGAGATAGAAATGCGTGGAGGAGACTTGGAGTACGTTTAAAGGTT
TATTTACATGATCATGCTACCGAGCAGTGACTCACCTGCAAGGATATTTA
TAGGTAACAATTAATAAGTNNNNNATATTATCTATTTAATTTATCACAAA
CGGCTTATAATTATAAAAGAGATTGAGAGGGAGGGAAACGACAAAAGCTT
CTATGCCATTTTGCATTTGTGTAGGATAATTATGATTTGGCGTAAGGATA
TACATATATAAATTCATGCCAAGTATTTTTTTTTTTTTTTTTTTACTTYA
AKAAAKAWAWAAATGGATCCAACTGATATATAKAATTMTTMTCAGCCGTT
CTAACGTGTGTCTCTAAATAAATAGATTAAGACATTCATGCCTAAAATAT
GGCAATGTGTACAATTCTGAGCTGTTCATGAATTAGTGTCCCTCCTCTGT
GCACCTTTTTTGAAAATGGCGGAGCCAACAACTGTAATTTTGTTTGCCTA
CTAAAATAGCTATCCCTGAAGTATCCGACCCAATAAAGAATACAAAAACA
ATATTTTACACAATTTCCCTTCAGTGTCTACTAGCTTGTACAATCTAAGT
GACGATCCACTTGTGGGGCTTTGTGTATTTTCTTCACAATTTCTGGAGTT
ATCACTTTATTTGGTTTGACTACAGCGATGCTAGTCTTTGCCGCTCGTTC
TGAATTGTTTAACAAAATTTTACTTTATTTAATGAATGAATAGACTCAGA
CTAAGTAGAATCCAATAAAGATTTTTGTTTGAAGCTTATGTTCCCTTAAT
TGGTCAGATGGATTTGCACTGATTCAGTATAAGTTAACATTGCAGTATAT
CATTTACTCGATTTTTACTCTAATTGTGTTTAGACCGAATTATTTGGGTC
CACCAAAAATCAAAAAGGTCTTAGACCGGGCTATGATTTTTAGACCGATC
CCCAAAACCATTATACATATATGTAAAGAAAGGCAAATGAACCTTGTATT
CATTGATTTATTTGCATACTCGTACAACATTCCATTCCCTGATGATTAGG
ATCACGTCTGGCCTAATTTATGGCTTTTCAAATATATGTTTATGTGTACA
ACATGCTACATATTAATTTTGTTCCTTCCTTGATCATAAATATTCATTTA
TAAATGTGTGGGATACCTACATACAGAGTGCAGATGATTTTTCTCTACAC
TTAACACATGAAACTTCAAGAACAAATTATTCGGATTAGTCCATGGGAGG
CACTGCAAATTGCAATTCATGTAGGAGAAACGCATTGTCACAATGAAAAA
GTTAAACATTGATTTTATTTTATGTATATGATCGACCCACATAACGTATC
ATTTCTCAATTAAAAGATTGTAATCTATAGTAAACATTCTTGGGTATATC
AACTCATTTTAACTCAAAGCTAATAATCGACGTCGATTTTTCTATTGGTT
TATGTTTCTTTTTTTTTAAAGATGAAAACGTTTTATTTTGGAGATTTTTT
CTGCTTTTCTCGTTGTTTGGTTTTGTGTTAAATCAACACATATCTGTTGT
TGTCTTGTCTTCCTCCAAAAGCACGTATATTTGAATTAGTTTATCAAATT
TGAAAGAAATTTTCTTCTAAGGGATAAGGGCTGGGCTGGAGGGGTTMTAG
CCTCCGTCCTTCCAAAAAAAAAAAGTTTTTTTCTTTTTACTACAAAATTG
GATTTTTTTACAAATAATTTAATATTTGAAATTTTGTAACAAATCTATTG
ATGACTTATAAATACATATTTAGACGCAACATCACAACTTACACTTACAA
GATTTTTGGGAGGTGCTTGGTTTTGGATTTTGTATTAAAAAAAATGGTGA
TTATGTTCGTTCACCAGCTTCAAACGCTCCAGTTCTTCACAGTAGAGGGC
AGAATTGACCGAAAAATGAATAGTTTGAACCACTGTTGTGTAACACAACC
GAAAGAATATCGCCCCCGCATACATTGCAAGTTTTATTGGTCTCTTTCGA
CGCGTCTTTTGCTCTCTGTTAGTAAAAATGTAAAATATGGCGAATTACTT
TCTTTGAGATCTCCATATTCGACTTGCGATAATTCAGAACTGAACCGGTT
AATCCCAATACTGTCAAAAAAGCGTTTGTAATATACACTCACACCTTTAC
AAAACTTTATCTTATTATCCGATGTTACCAATAATGAAAAAGATATACTT
AGTTGAAAAAGGGTCGGGGAAATACGAAATTACTTTTTCCCTGACGTAAT
ATATATTTTAACGGAATCAAAATAATTATGTAATTTCTTTTAAATCTTGT
ACCTAATCCTTACTTTAGTAAGTGTACAAAATGTCCACTGCACCCGCTAT
ATTAATTAAATTTATAAAACTCAATAAACAATGTTTGGGTTTTGCAGTGC
ATTTATGATATTCAATCATTTTTTTGAAGTTTGAATAGAAATTTCATACA
ATATATGTTTTGCATACATATCTCTATTTATGTTTGTAAATATATAATAT
TTTTCTTTGATTAATTACTTTTTGAACGTTTTAGACAAAGTTGTAAGAAA
TATACTGGGATGACTTATGTCAATAAATGGGTTAATCTTATTTGATGTGC
AATACATAAACATACACACCTGAAAAGTAAAGGATTTTGCTTCCAAGTAC
CTATTTGTGGATGTATAGCTGTGTTTGTTCGTTCCTTCATTTATTTATTA
GTAGATTTAGTAGTCTACATAAAAATATTGATTGAATATGTCAATATCCT
AGTTTTGGGTTCGAGATATAACTATCGAGTTCGAGTTATTTAATATTGAT
TCAAGTCGGATATGTACCTGAATACGGAGCTAATGAAAAGCTTGTTGTCA
AATTGGTTGAAATGAAACGTTTTTTTATGGAAGGACGTAGCTCCATGGAC
AACGGGCTTGGGTGAAATTATTTTTTTGAACTCAATTTGCGTGTCTTCGT
ATCCGGTCTTTCCTGAAGAAGGAATAAAGAAATGTTCTTTATGTATATGG
ACTTCAAAGAAGATTCATGGGCTAGATGGAGTCACTTTTTAGTATTTAAA
AACAACAAAAACATTATGTCGAAATAGTCAAAGCTTGGTCAAAAACCTAA
CACACCCAAGCCAAATCATATTTAGGGCGTGTTTGTTTCAAATGGTCATT
TTTTCTAAAATCGAGCGTTTTTCGAATTTGATTAATAATCAAATCGAACG
CTTCGTTTGCAAATAATCTCACTCTAATATAATAATGATCATTATGTGAG
GATTTGAAATAAAAAAAAAGATTTTTTTTAGATACTAATCCACCACCTCC
AATGAGGTTCTCGTTATAAATCATCAATTAAGAAAATTATCTTATGATCT
ATTCTTATATAAGATTATACACATTATTAAAAGTTATATTAGAGTGGCTC
GTGGGTTTTCTTCCTCAAAAAAGTTGAAAATGAATTTTCAACATTTCGGT
ATTCATTTGTTCTAGATCATATCAGTAGAATATAATTTGAAAATGTTATC
TTTTTAAATAAAATTGATTACGAAAAATTTAGGAAATGGAATGAGTTGGA
GATGAGAAATAGCATTTCAAAGTTTGTAACGAGATAAATTATGAATTGGG
GTGTKCCGGCTCAATACTGCCGATTCCACCGACACCTATGTATAATATTT
TTCAACTTTTGAAAAATTATTATTTTAAATGATCAAACTATAAGAGGGGG
TGAGGATCATAGTACAGACTAACTTAAGTCTAATATTAGGGGATCTTACC
TTTAAGGGTGCTAAGAAAACTATTTTTTCTTCAATTTTTATTTTAACTTA
NTCAGAAGTTAACAAAACATAACAAAATTCCGGTTTTGAAAGGTAATTGG
TCCCAAATCACGTAATTATTATTGTTATTATGCGTCGTACGAAACGAAAA
GGACCTTTAAAGCCTTCAACAGATCCAGGGTTTGCCTTTAGAGCCTTTTA
AAATAATTCACGTATATCGTATATTTTCACAATTCAGAGTCATATTTTGG
CGTGAAATAACCATATGGAGGAAAATCAAAGTTAGTACCCATTGATCAAT
AACTTTTCAGCATTTAAAAATATACATAATAATATTCACATATAGATGAA
AATCTTTAAAATGCACAAATCTCACACAGATCAATAAAAACTTGTTAGCC
CTGTAAATACCTCTTGGAATGGGTTTGATGTGGCTCTCTATGACTGAATC
CCTAAGGGGGGCAGAATTTTGGGAAAAAGAACCAAATGAAATATGAATGA
TCCCTTGAACCAATAGTTTCCAACGTCAGGGCCTTTCCAGTCTCATGTAT
TTGGCATAAGATTCACGCTATTTTACTCTTTGAAAAATGATTTTCTATTT
TTTATGTAGTAAATTTACATAAGATTTCCAATTCTCACGCAAGTTCGAAA
CCTTGAATCCTAAAATGGCTTTACCCAATCTGAGCTAGAGCCAACCATCA
ATTACCCCAGGGCTCTTCTATATCCGCCTGATAAAAAACGTATTCTTTAA
TATTTTTAAGGTGAATGGTATTTCAATTGACACATTCTTGCTTACAATTT
AATTTCAATTAATTTGATTCAGATTAGTATTCATTATTCAATAGACCTTT
AGTTGATAATTTTGACTTATATAACCCAGAAAAAAAAGAGACGCTAGGAA
ATTACTTGTATATACTTCTCATACCCACTTTCATCCATTGATAGTGAAAG
ACTATTCTCTAATGCGGGCTATATAAACATATGATCCAACCAGGAATAAA
TTAACTTTTTTAAGGTTTAATTTAAAAATAGTTTAGAGCAAATTATAATT
CATTTATTTATGTATATTCTTACCGACCCTTAATCAATAAAAAGTTTAAC
ATTTAAAAGAGTAAATAATTGTCACTTGTTTATGTAAATCTTTTATACAT
AATAAAGAATATGATTTGTCCATAAAGATGGTGTCGGAATCGGCCGAAAA
TTTTGTTATTAGTACATCTGTAATTATGACAAATTCCAGTGTCAAAAAAA
CGTGTGGCTGTCATCCAATAGATATGTTACTTAGATATTCTTAAATTTAT
CAAAGTCAACTTAAGTTACACGCTTAAAGTTACCCCATTTCCCAGACATG
AGTGACAGATTCATAGCACAATGTCCTACTGTAAATTATAAGCTAACATT
CGGGAAAGTTCCAAAACTATTCCATGTTTCCTATGTTAGAAGGTGAAGTT
GTTTTTTCTCTTCATTTATTGGCTTTTTATGGGGGGTTAGTACAAATTGG
GCATCATTTTTTGTTGATCCATATCATTTGCTCTGTAGCATAAGTCCTTA
AAAACTTTATATCAAGTGAAGATTCAATATGAATTAAACTTTTCATTGAA
TGTATAACAGAGTGATTCTTAACTTTTCTATGTTGATGTAGCCCCATGTG
TTTTTTTTTTCTTTGCTGTTGAAAGCATCTAATGTATGTTTGGGATTATG
ATTACTTTGAAAACTTGTACATTCAGTTTAAAAGGATGAATTTATGGAGA
CTCTTTAACTAATTAGTTGTTATTGAGTAATATTCAAGTACCCTAGCAGA
GAGATAAGTGTCGCTAGGACAACTACGTTTTACAAATATTGATCATGTGG
TCTTCTATTGCCATTTGGTTCATGGTTTTGTTTTAACAAAAATCATAAAA
TAATCAAAGACAAAATTTCCCGAGACTTATTGCTTTTCTTGCGAATTTAT
CCTAATTGTAAATCCTCGGGAATTACCGAAAAACGGGATTCTCCGTTTCC
GTTTAATATACATTTATATGAAAGTGTATTATTCTCTATTATAAGCCTTA
AACATTTCGAGTTGGTTCCAATGCTCGTCACAATAATTTATAATTGACAT
TGAAATGTCTTTTTTTTTTTTACTGATTGACACTTGCTCCTTCATTCGAT
GAAGAATCCTAAAGTCACAGTTTTACATATGGTAAATGATTTTATAGAGA
AGAGAAGAAACACGAGGGGAGGCTTTCTTATTCCTCTTATATTGACCTTT
TTTAAAGAAAAAATATGTAAGAGACTCCCTTTCTCTCAAACCCCCATTTC
TTCTCTCAACCAACTATTTAATAACGAACAATATGTACATCTTTTACCAA
AAAATATCGCTCTTACTATAACATATGTTTATGTTTATACCTTGGCTCCT
TACAATACTATTCTGTCAATAGACATGGTGCGTAAACAATTTTGAACAAA
AATCAAGAAATTGAGAAATGTCTTGATTCTTTTTTTATTTCCTACATAGT
ATTTATATTCTCTCTTTTGGATCTTGTTTTCCAAATATTTATCGGGGTTT
TACACATACGGGAAATCCTACATTATTTTCTTTTTTTTACCGTAACCTTA
CATTTAACCCGTGGGTGGGTATTTCATATTTATACATCCTCGCTCAACCA
AAAATTCGTTGTTTTATCACTTATTATTTAAGTTTTTTCTCGCGAGCTGG
GTCGGATCTGGTTACAGAATTTAAAAAAGACGGACCTGTGGGTTATAAAA
AAAACAGGGGCACACAATTAGGGTAAATGATAAAATTGAAGCTTTNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNATTGGAGTTTTTGGAAAAAAAAT
TCATAAATCCAAAGCTGTTCCCAAAAAATTAAATTAATTAAATTTTTTGG
GAAAAAATTCCGATATTAATTTCAAATAATAAATTTTTTTGAAAAAAAAT
TTCATAAATCCACAGTTGTTGACAAAAAAAATAATTTTTTGGAAAAAAAT
TTCAAATAATCATAGCTATTCACTAAAAATGTATTTTAAAAAGAAGAGAA
AAATTAAATTTTTAGAAAAAAGGTTTAAATATATAATTAAATTTGGAATA
TTACATTTTTTGAAAAAATATGTAATATTAAATTTTCTAGAAAGAATAAA
AAATTCCTTAATTGGGGGGGGGGGGGATACAGCCCCTACATCCCMCCCCC
GTGGACGCTCCTGAAAATGATTGTTGTTAAAAGGTTGTTCTAAAATAGTT
GCGTATTAAAATTTTGCAAGTAATATCATCGTGAAGCAATTTTATCGCAA
GTTCTATGGTTATGAGTAATTACATTGCAGGTCAATATTATCGTCTGCAG
TTTTAAATATCCCAAAGTACATATCGGCTCACTGGTAATGAAGGTAAACT
AGTGGTGGKTCCCAAGGCAGGTTAAAAAAATTTCGCTGCCGKATCTTTGA
GTATCAAAACTCCTCATAAATATACAATAATACACTTTCAGTGGTTCACC
TGCACAACCCGTAGGCTGGGGTATCTTTTGGGATATTAAAATGGGTCAGG
GATGCTTAGAGAAGAAACGGTGGCAGAAGAATTGAACATCCCTTGGTGCC
TATTAGTTCAACTACCCGTAGACAAAGCTGTATTTAAGGGAATTATAATG
GTTCCTTGATGCTCAGGAAAGTGGCTGSGKAGGAAGTTTTTTATCACTTA
ATAGTTTGATTGTCGTAATATAATATAATTGCTTTGAATTTGCACAGGAT
AATATTGTCTTACAATGAAATTACACCCACTCACATTGCTTTCAATGAAA
TTGCTTCACGATGAACAATTTTGTCCCACAATGATAATGTACACCATGAT
TTTACCAGGTAACGATATTACCCAAATGATTTTCTCTCCAACCTTTTTAT
CATAATTACCAAAACGGGACACCAAAAATGAAGCAGTGAAGATTGAGAAG
ATATGGCCATGGGYAAGATTAGCTTACAATAAATTATGTATTCCTCAACT
ATAATATTCAATAAGTTCTTTAAAAATGTGCTTCCGGTACCCCGCTTAAA
AACAATTTCCAGGGAAATGAGGAAGTCTAACTCATATAGCTCCATATTTG
ATGGACATATTTTGGCCAATTATAGGAGTATATCCAAATTTCTGGGATAC
TTGGAGATACCCAAGAATATTAACTATATGTAGTTTAGAATCTTCATAGA
ATTTGTAAGACTTTATTTGGTCCTTTTCAAATACAACAAATCTATCAACC
TCTAATTTCATTGGTAGGATGTAATTTTGATAATTTAAGTGGAATTTGAA
ATGTGTCTGAAGGATTAAACAGTGTTGAAAGTGTTGATATACATATATAG
GACAGACTCAATTTTGGGATAAATCATTTTAGCTTGCCTTTGTGTTGACA
AGCGGCATATGAAATAATAGGAAAATAGATTACTCGCCTATTGTATGTAT
TTAAGTTATTGATGATTTTTTTTTATACCAACTGATTAGGACATCAATGG
ACAGGTCGATCCTCTGTGGAAATCTACCGACAAGTTCTTCTTGCTGGTTG
TCGCTGTATCGAACTTGATCTTTGGGATGGCACAACCAAGGAAGAAGAAC
CTGTTATAAAACATGGATATACTCTCGTCCCTGAGATCTTTGCTAAGGAT
GTCATCATGGCCATTGCAGAGTGTGCATTCAAGACAACAAAGTTCCCAGT
CATCCTCTCCTTTGAGAACCACTGTAAACCCAGGCAACAAGTCAAAGTTG
CAAATTACTGTAAGGAGTTCTTTGGTGAGATGCTTTTGAGTGAGGCCCTG
GATAACTTTCCGGTAAATAAATCATGATTACTTTTTTGTACTTGAATATT
CATTATATTTGTTTGTTTGCAGTTGGAGGAGGGAGAAAAACTTCCTTCCC
CGAATGACTTGAAGTGTAAAATCATTATAAAGAACAAGAAACGTCACGTT
CGACCCAAAGGAGGGAATGAGGAACAACCTACGCAAATTGTCAAAGAMCC
GCCTTTACCTAACATATCTACATCTCCCTCTTCAACGGAGGATAAAGGTG
GTGGGGGAGAGAGTGATTCGGATGATGAAGACTTGGATGTGAGTAGTGCC
GAAGTTCCAGTGGATGRCCAGCCAGCCATKGGAGCCACTCCGCAGGCRGG
GAGAGAAACTAAAGTATCGGAAGAKWTTTCTCGACTTGTTAATTATGWAM
AAGCCGTTCGTTTCCATGGGTTCTCACATGCAGAAAGTAAAGCAACACAT
TAATTAATTATCATGATCACTACTCAGTGGTGTCTGCAGGATTGTATGGG
GGAGGGGCTTAATTTTTAGAATTTTTTTTTTTGAAAAAAAAATCAAAAAA
TTTAAAGTATTTATTTATTTATTTTTAATTTCAAAAATCCAAAGCTAGTT
ACAAAAAAATAGTTTATTTTAAATTTTTCTTTTCAAATATTCCATTTTTG
AAAAACTTTTCATAAATCAACAGCTGCAAGCAATAAATTTTTTCCGAAAA
AGTTTCGAAAATTAAATTTCAAGGATATTATTTTTTGAATTTTTTTTTCA
AATATTCCATTTTTTGGTGAAAAATTCCAAAAATCCAAGTTATTCACAAA
AAATTAAATTTTAGAAAAATTTTTTTTTTGAAAAAAGAAATCTCAAAGAT
TAAATTTTCTAGTAAAAACTGAACATTCCTTAACTTTAGGGGGGGANGGC
TACAGTACCTCCAGCCCACCCTCTATGGACGCCCCTGAGACTGATTTTAC
CGTGACCGGGGCTCTCTTCTTTTTTACCTGGAATCTAGATTCAAACTTTA
TTTTGATATTTAGAAAATAAATTTCGAATATTTATTTTTTTTTTAAATTA
ATTTTGAGCGGGTACCTATTTCTTACATTAAAGAGTTGGACCTACGGGCT
ACCGTTAGTAAATACAAAATGCAGTTTTCCAAAATCTAAAATGTGCAAGC
CCTTAATTTTTAGCATTAAGCGTGAAGACAAGGGGAATGACCACCACCCC
CTGCTCCTTCCTAAAACCACCACTGATCATGATATATGACTTAAGGGACT
ATAAATACTAAATCAATATTTTCATATTAGAAAGAAATTTGTCCTTTGAA
ATGTCATCATTTGAGGAGACAAATGCTGTGGGTCTCCTCAAGGAGCAACC
TATAGAATTTGTTAATTATAATAAACGCCAGCTGAGTAGAATATTTCCCC
GTGGAACACGAATGGATTCATCCAACTTTATGCCTCAAGTCTTTTGGAAT
GCTGGATGTCAATTTGTAGCTTTAAATTTTCAAACTCTTGGTAAGACATT
TATTTTAGTAACTATGCTTGAAATTTTCAGGAAATTATTTTTGAAACAAA
AATACTAACACATGATTTCATTTCTCAGTCTTTCGTTTTACATATCTTGC
AATTTTATCAATTTTTAAGATAACTTTTTTTAAAAGTTCAGAGTTAAATG
TTACTATTCCTTCATCAATTACAATTTATTCAACAAAATTTCCGCTATTT
TTTACCCTTGGATTAAGAGCGTTTGTTCCTGACTGCATTAGCTTTTTAAT
CCGACAGAATGCATGTTGAAAAATATTTGTCTATTGAAAAATATTCTTTT
AAAACATTTATTTGTTTTAGTATTATTTTCTTCTTGAAAGATATAAAAAA
GAGATAAAAGCATTGAATATAATTAATGGGTATATATTTCCAGATTCTAA
ATAGGTTCAAAATTATTTCTGGATATTTATCTGATTTGGAATAAATGCAC
AATAAAATGCAAAAATAGATTCTTTCTATGTGTTCGTTCTTTAATGAAAA
AAGACCACATTAAAAAATTTAGTTTTTCAAAAGTTTTTTAAATATTTTTT
TGCTCGAAAAAATATTTTTGTAGAGGTATTAAGTTATGAAGGTTTATTGA
TATTATAATAAAACTTTCCTCTAGACCACAAAAGCTAAAATTTTGGGTTT
TAAAGATTATTTCATTTGGCAATGTACTTTCCCCTTAAACTATTTTGTCT
TAAATCATTTTGCCTGAGGGCATTTTGCCTTAATATATAAATAAATGATG
TTTATATGTCTTTATTGTATTTTTAATACGAGGTGAGAGTATGATTCTAT
CATTATTTTAACAGAAAACAGACGTTACATGCGTTTTATAGCAATAAGCA
TTACCTATTTTCATTTATAAATTCAAAGGAAACATCAATTTCAACCAAAA
ATAAACAATAACGTCGTAAGGTTTGCGCCCGGTCATTCCTAGAGAAAGAA
ATAGACTTTAAGTATATGGATTTCACAAAAGATTCCTAATTCAGATGGAG
TAAATTTAATTCTATAATGTTTACTTATACTTAATCAGTGCAACTCCATC
GAACCAATTAAATGAACATATAAAAAAATAATAATAATCACGACTTATAA
ACCTCATAAATATTAAGGCGAAAGTACGGGACACCATTTCATGTTCATCG
ATGTATTTAAAAGCAATCAGGAGCACACCATCTCAATCCAAAAGTAAACA
TATGTTGGTTAGTGTTGGTTCTTTGATTATCTTCAACATCTGTAAGATAT
GGACCAAGAGTTATTTACCTTACTTGCTCTTTTTATTCTATGTATGTACG
AGTATCTCCCTGTAAAATACCCCTAAACAGGGGCCATGTCCTCGCTACTT
TTGAGAGTTACAATTATCACATAGTAGCACACCAAAAAGTAATTTATTTT
CATTATATTTATTCCCCTCTCCCCTACTTTGAAAAACGGTACACGGAAAC
TGCTAGTTCTGTGAAAACTACTAAAATCACATCAAGCATATAATCGTGTC
GGTAATCTGCTAAATAAATTTGTGCACTTATTAGTAAACTAGGAGTAGTA
TCCGGCATTTTCTGGAGTATTAAATTAAGACTAACTAAAAAACTTTGAAA
TCATATTATAGAAGACAAATCCTTAAGAAATCCTCAATGTTCCTCTCTAT
TTTTCTTGAATACACTCACACGTAGCTACTCGCAACTTCGATGTTCCCTC
ATCAAGAAATAATTAATAATTTATTAATAATAAAAAGTACAGAAAAACAA
AATTTTAGGTTATAACTCATGGTCCAGGAAGTATTTTAGTCTCTAGAGTA
CTTCCTGCCTGAGCCANAGTTACACATGCACGTTGTTAAAAATGAGTCCT
CAACCTGCTTTATTAATTATTATTCACTATTTTACATATCGACTGGTTCA
TAGAAATTTCAACACTTCCTAATTCAATCATTAATGAAGGTTGATTTATT
GATATTAATTCATATTTCGATATATTAAAGACTAAAAGGTTAGTTACAAA
AGAAAACAAATCTGAGTCTCTAGCTTATGTAGAAGTAGTGAATATGTCAC
TTGAAAGGGATCAACGAATTTCCATTTGAGCAGTCGGGGGTCTCCAGACC
CACCTTCTACGCCGTCAGTAAGTCCAAAACGTAGGAGAGGAAGAAGGACT
CTGTCAAAAAGGCCAAACTGGACTCTGGAGAGTTAAAGAAAATACCCCAG
GACAATCTCCTCAAGTCTTTGAGGGTCCATGCAAGAGATTTTGGGGTTTC
ACGCCAGAATGCATAGAGAGCTATCAAAAAAAGTAGACGGAAAGAGCCTT
ATGAGGATGGAGAGGCCACTTTTGACACTAGCAATGAAATAATCCCATCT
CGTCTGTTGAAAGACTCCTTTGAATGAGTCTTTTGAACTCTTTTTTGACA
CTTTAGCCCTGATGACAACTTTTTGGGTGTATGTCGAGATGAAGTCTGCA
ATGTTTTGGATCCCAACACCAAGGCCTTCAAAGCTACTTTCAGCCAGCAC
TGGAACGCCATGACAAATGACTACATCCACAGCAGGTGCCAGGGCTTCCG
CCGCCACCTGGACGCTAGGGGTGGCTACATTAATGATTAAGGTACCTCAG
ACACACATCCATTTATAGTAATAATTTGTTGATTTATTTATACGTATTTT
TTGAGCTGGTAGCCCTTAAGCCTTTTGGGAATCTTTCAGTAGCCCTCAGC
TTTCAAAAGGTTAGTGMCCCCTGACATAACCAATAGGCCAGTTTTTTTTT
AAAACTTATTCCGAATTTCGATTACAGCTAGTTTGGAAAAGTTGGGATTT
GGTAAGAAAATAACATATGTAAAATATCATTGCCCAGGAATGTCCTCTTT
CAGTAGCAAATCTAGTTCAAATTTTGAAAGGAGACAACAGTTCTTTATTT
CAGCAATAAAAATTAAAATATAGCATTAATTATTATTTTGTATTTAATCA
TTTTGGTAGATAGCTTTCTAACCTATAAAAAAATTATTTTTTTTCTTTCT
AAAGCTACCCTATTGATCACTTAGAAAGTTGAAATTTAAGAAAATTTTGA
CCTTTTCTCTCTACAAAATGTAAATGAAGGAAACACGCTGTACGTTGATT
ATTAAATGTTCCCAACTTTTTTTCAATTTTATAAAAAAAACTTTAAAATC
TTTTTATAGGTTAAAAAAATTTCTGTCAAAACTATTTTATTAAAAAGGAT
TAAAAATGTATTCCTAATATTATATTAACTATGTAAAGAGTTTTTGCCTT
TTTTCATAATTTGATTGATGTTTCACTGTAAAATGATTGTTGTAAAAAGG
TTGCGGACAAAAACATTGTGTGGTAATATCGTTGAGTACATTATCATTGT
GAGACAAAAAAGGTTCTGGGTAATATCATTGTAAGTAATTTCATTGCATG
ACAATATTATTGTGTGCAATTTATATTATATTCGGACAATAAAACTATTG
AATGATGAAGAAATATTCCAGGATAAAAACCTTCTAACATGCTTGTAATA
YCCCCAAATACMCCCTGGACCTTAAACTGTACTGATTAAGTGTTGGACCC
AGCCAGTTTAAACTCCACCACCTCCACGTTTCTAAGCACCAAAAAAACCT
TCTAAATTAAAATAATTTTTGGGTGAAAAAAATTCAGTAATCTACAGCAA
TTTATAAAAAAATTTAAAAACTAATTTACAAATATTAAATTTTATGGAAC
TTTTTTTTATAAAAATTCCCAGCTATTCACAAAAAAAAATTATAATATTA
AATTTTAAGGAAAAAAAATAAAAAATTCACAGCTATTCACAAAAAAATTC
AAAAATTACATTTCAACTATAAAATTTTATGGAATTTTTTTTTTTAAATT
CACAGCTATTCACAAAAAAATTATAATATTAAATTTTAAGGGAAATAAAA
TCAAAAACTCACAGCTATTCACAAAAAAAATAAAAAATTACATTTCAAAT
ATAAAATTTTTCGAAAAAAAATTTCAAATATTACATTTTTTTGGAGAAAA
ATTTCAAAAATGTATTGTTATTAACAGAAAATTAAATGGTTCTTGTAAGA
AGCCAATTCCTTAATTTGAGGGGGGCGCATTAAATTTTTAAGTATCTTAG
ATTCTACTGTGCTTCCAAAATTTAATGTATTATTGCATTTTACATCCTAC
AGACAACTTCTATTTATTTTCAAAATGATGATAAGTTTAAATTCAAAGGT
TATAATATGCAGAGATCATAGAAATAAACCCGTTTAAAAATTATACTCGT
CGCTACGGGCACACTAGTATTAGATTTAGGTCTTAAAATCCTAGACTGGT
CTCAGACTGTGGCTGGKAAATTAACTCACTGCTAAATTCCTAACCCAAAC
GTTTCATTTTCACTTTGAAGAGGGATATTTAGTGATTTCATTGGGTTTAA
GTTTCTAAACTACTAAAAAAAAAAATGCTGAGCACTGTACAGGGAGGGCT
GGGCAATGGCAGTTGGTAGTCGGGACTGAAGATGGGATTTGTGTAAGAGC
CTGATAAGAAGACGGGAGTGAGACATATGGTATTTTCTGAATTAATACCA
TTGTTAAAATCGGTTGCATATTAAAAGATGTTGTGGGGAGAAAATGAATT
ACTGCTATAAAGAGGAGGCCCTTCACCATTTAAAATAGATTTAGTGGAGG
GAAAATATTATAATTATATTTAAATTTATTTTATTATACATTTTTTAAAC
AATTTATACCCTAAAAACGCGAGAATTCTTACTTCAGAGGGAGTACCTCT
TGTTTTTCCTGCTCTAATCCCCATACTTAGGACTTGTAGTAGATCCTTAG
AATATCCAATTTATCCACTTCAATCTCGCTTCAATTAATATATTATATTA
TTTTTACACTATATGTGAATATTCAAGTAACTATGACTCAATATGAAAAT
CAATAACATCACTACCTTATTTCCCAGTGTAGTTATTTCATGCTGTCCTT
TGATTTATTTCAAATCTTTATGAAAAAAGTGTATTAACTGGGATTAAAGG
AGCAATATTCTTCCGCTTAACAATGTCATTGCATGTTTTGAAGAATTGGT
AGATATAAATGATTTACCTTGAAAAATTTGAAAATAAACTAAATTGAGAC
ACACAGCGTTGGACGTTTACAAAGAAGAAGAGATAACGTCCAAAGAGTGT
CTAGTGACAAAAAGTTTGTATGTTGGACATGCTGAAAAAAAAAGAACCCA
AAAATCAACATTGGATAAATGTAATGGAAGAGACCAGCTTAGTTTTATTA
GATCATCTACTATCAGCTGTGACAAGGAAGGAGGTGTAGAAAGAAATAAA
CAAAGACATTAGCATGAATTAATCCGATGTCGATCCTCAATTCTATCCGA
GTCCAAAGAGGGCTTACAACTACAACTCTGCATCAAATCATCTTCCCCCA
CTCTTTTATGAGCACACACAAATGATCAACCAGGTTTTGAATAGAATATA
ATGTAGTTGGAAAAGAAGTTCAGGAGTTAAATAATAATGACAACAGCTGA
GGAATAGAAAATTATTTTTCACATTACCAATTCCAAAAAAAACGAGCCAG
CTAAAAATGCACACAATTTACATCACTACCACCTATGTCTTCTATCAACC
TTTGGAACATTATTTAACCACGGAATTAATAATAGTTCAGAGGACTTTGA
TTGTGTATTAAAAAGCTCAATGTCATCGGACCATCCTCACGTCTAGAAAG
GGATCGATATTTAAAAAACGAAGATATATTGCGCAATTAAAGAGTATTCA
TTGTATTGAGGATGAAGAGATTATAACCTTAAGAAAAAATATAACGATAT
CAATAAAATAATATAAACTATTACTACTTACGACAAAGTAGCTTTTTTGC
AAGTAATTGCTTGATAAATGATCAGTCATGGAATAAAGACGGTATTTTTC
CTTTTCACAAATGAATCATTTTTTCTTATATTATATACATATTATCATCA
TATATCAGAGTAAAATAGCGTACTAACATATATTATTTTTAGCATTTTTT
AAATGCACAACTACAAATTTCAGCAATAATGGGTCTTCCTAACATTTTTT
AAATTACAAATTTTAATCTTAACTATTATTTTTGATCAAAAATTTTAATT
TACATTTATAAAATTGTATAGAAATGACTAATCACTCATCATGAATATCG
TTAAATATCCTTATTTTCCAAGAATTCGAACGACACAATACAAATTATAC
ACTAAGAACTATAAGTGTATTGCCATTTTCTACAATTTTTTTTGGGTCAT
TCGTGCAAATTATGCAGCATAGTCAAAAATTTAATATCTGATTTTTTTTT
CCAAAAACTTAATATTTGAAATTTAACTTTTGAAATTGTTTGTGAATAAA
TGTGGATTTTGGAAATTTTTTGTGAATAGCTGTGAATTCTTGAATTTAAA
AAAAAAAAAATAATTTTCTGCAAGTAGCTATTGATTTTTGAATTTTTTTT
CCAAAAAAAATCATTTTTCAAATTTAGTTTTCTGGTAGTAGTTCTGGATT
ATTCAAATTGATTTCCAAAAAAATAATATTTAAAGCTTTTTTCAATCAAA
ATTAATATTTAATTTTTTTTCCAAAAAATTAAATATTTTATTCAGAAATT
TTGAGTTTTTTTCCAAAAATTGAATTTTTTGTGAAAAATTGTGAATTATT
TAAAAAAAATTCAGCAAAAATTAATTTTCTGCAAGTAACTATTGATTTTT
GAATTTTTTTTCCCAATATTATTTTTTTGCTTRTAGCCAAAAATTTTGTA
AAATTTTTACAAAAAATTAATTTTTGATATTAAATTTTTTGGTGAATAAC
TATGAATTTATGAAATCTTTTTCAAAATAATTTTAATGCTTGCACTTTTT
TTCAAATTTGGGGCCTCCTTCAAAAAAGAATATACATACATATATAACGA
TTTTAATTTTGGTACATAGTTACTTAGACCGAAATATCGGTCTACAAAAA
ATCTCTGAAAGCCCAAAGAAGAAAATGTATATCTAAAGATGAGTATCAAC
ACTATTTTACACCGATCCTTAAAAGTGGAAGCTCAACTCCATACAGCTAG
GAACATGTTACTAAAGCTTTTTTGATGAATACAAAAAATCCAATAGTATT
GATAATAATAATTAGTAAATAATGATAACCAATCTTTCTTACATAAAATG
TACTTATTCATTTGAATTTCATTTCATGTAATATTACAAAGGTATTATAT
GTAATTAATATATATCTAGAATTTTCAAGGTTGTTAATGAATAAGGGGAA
TCAAAATAGTTTTCATCGTGATTAATCATTTTTTTATAGTATGATATTAA
AAAAGGGGAACTGTTTTTGTTTTTTTTCCTTTTTAAAATCAAACAGGGAG
CTTAAAGACAATTCGTTTCCAAGTCTAGTATATGATCTAAAAAGGTTATC
AATAGGGACAGTTTTAACGTGAGTTAAGCATAGGGCAAAGATTAATGTGA
AAGTTATTTCCTTTTGAAAATTTGTATTTAATTTAGAATTGTGTTAGGAT
GGACAAAATAAACTACTTTGTTATTTACTTATTATTCAAATGCACTCTCT
TAAAGAGTGTGTATTTCTTAGTTAAAGGTTCTCATACATAACAGTGAACT
TTTTTTATTGAAATGTATTTAAGCATGGTTTTTGTCAGCTATGATTTTTT
GCGGGGTTCTTTTAATAGCAAAACTCCATATAGCGAATTTTCTTTTATGT
CAATGTTTTGAATTTTACCATTATATTACTCATTACTAGTTACGTCAGGA
TATAGTAAGCTGATCGATTCTCTTTGGTCTAGAGACCTACTACGCCATAC
TCATTCTTTCGAACAGATAATTAGGTAATTCATATGTATTGAAAATATTA
TTTAAAATATTACCAATTCTCACGGAACAAAAGGATTGCCAATTAAATAT
AGAATCCAAAATTTTGTGCACTTCATTTTCATAAACACAGTATATATATA
TTATTTTGGATTACTAGATAGATAAAGTAATGTTCATACATTTTAAACTA
ATTTTGTTCATAACATCACGATTCACAAGTTATGGAGTAATGCAAGGACT
TGAGAAAAGGACTGGAAACAATTTTTATTTTATTTTGTTGAATGTGTTGA
TAAGGTCAAATCTATTTTTTAAACGGTAACAGGGCACCTACCGACCTTTT
ACTCTCTAAGAATAACGATTTGATTTTTCATGATTTTTAATTATCTTAAA
AAACTATTTAATATTTGACTACAATAAATAGTTTGCTTTCTTCATATTAG
TGAACCATGTACGTTTGTATTTTTTTTCTTAAATCAAAGCCTTCAAATCC
ACTTAAGTATTTTCTGCTTTTTTTTTTTTTTTTTCGTAAATAAAATAACT
CCTATACATTTTAAGCTTTTGTCTTGTTGTTTAAAAAAAAAAACTTGCTT
GGACTTTGAGCTCTCCCTCTGATCATATATATGAAAAAAATATTATTCAT
AATTACGGAAAATGTCTGCTTATATATGATAATATTTGGATGGTATCTAA
ACTTTTAATTAAGAACATTAAGCATTTATGAAATGAGAACAAAGTACTGC
TTAATCTATCCATATAAATAAAAGCAAAGTGTGGCTCTTTATAAGAAAAC
GAGTCACCGGGTGCACTGTATATAGTTTTCTATGATCTACATCATACACA
TATTTAAATCTAAGAAATAATAATGTAGTCTTATTAATGAAATATCGCAG
GCGTGTGCATATACCAGTATAGCATCGGACGCGTATACAGAGTGCACTAT
ATAGGGTCCTCCCTGATGTAAATCATATTAATATTTTTGATATAAGAAAT
AATAACGCAGATGTATCTATAAAATTTTGCAGGCGTGTGTTATACAGAAG
GAGTACTGTTTCTGTTTGTTTTTGGTCTCTTATGTATATTATTCATCATT
CATGTGCATTTTCAGTATAACATTCGTTAAGATTTAAATTAAGTATAACC
CCTGATATGTTAAAATCTTTTTTTATTTTTATGGGTAAACGCTCTAAATA
TTAAAAGTACTAATCAGTCATCCCAACATATACATAAAAAATATCAAACT
CGTATTATTATTCTATCACTAGTGAGGACAGAAAGTATTGATTAGTTACG
TGTGAGTGAGGTCATGATAAACGTAGAGGAACACTGATGATTTTTTAGTT
TTCGAAGCAAAATATGTATTCTAGCCGAGTACTACTCCGAGTACTACCGT
TATTATAAAATAAATCTAAATATGTTCAAATTATTTTTGCTCTTCTTAAC
TCTGAAATAGGGATGGGTCCGAGTAATCCACGTATCCGTATATTAGTATC
AAAAATATGAATTAAAAAAAATTCGTGAGGTTAATGGAAGTACCAGGTTA
TACTTAAACGCTTTTCCGACTGATGTTTCCCTTCCACCACGCTTTTAAAT
AGTAACATCAAAAAGTATATACGATTACTATTAATCATATAGTTTATAGT
ATAATATGCTGTTAATAACCCGTTATTTTACTCTATGACGTCGAAATCTG
TCTGTTTTGCTCAGCAGTCTGTATGGTACATCAAATTGAAAATTGTAGGA
AGCCCGATTACATGATGGTCTAACCTATTAACCTTGATTCGGATCTTCTT
CTTTTTTTTTTTGACGAGAACCCGTTCAAACCGTGTATTTTTTAATCTTT
CTCTTTTTATGAGTAAAAATGTAAACATACAGGTGAAAAGTAAAAAAATT
AAGCCATAATGTTCTTGAAAATGTTCTTGATTCAGATTGACAAGACACAG
GAACCCATTCGAAAGTGTTGAGAGCAAAAAATTAAAAGGGTGTAATAATC
AAGGATATATAGCTATAAGTTACTCGTGGGTAATAAAAAAAACCAGCTTT
ACCAAAAAAGAAATATTAAAAAAATAACCAAAATACTAAGGAATTATTTT
ATTGATCAGTTTACTGTATTATTACTAACATTTATTAATTACTTGAAAAG
TGTAATATATATTTTTGGCTAATGGATGTTCTCATACTTTATAACTTAGA
TTTGGCAATGCAATTAAACATAGGCATGTTTGAGTACAATCGGCATTGTG
GCTATCTTCCTAAGCCCTCTTTTATGTGCCGGTCAGATCGAACATTTGAT
CCTTTCGCAGATTCACCAGTGGATGGAATTGTTCCAGCCACCGTCTCCMT
ACAAGTTCTTTCTGGGCAATTTCTCACGGATCGACACGTTGGAACATATG
TGGACGTGGACATGTTTGGACTCCCTTGTGACACTGTGCGGAGAAAATTT
CGAACCAAAGTCGTTCCTAACAATGGAATTTGCCCTGTATTTAATGATGA
GCCCTTTCTTTTCAAACAGGTGAGTGATTTATAATATTTGAACATTGTGT
ACTTAAAAAAATAGATGTTTTATTCACAGGGTTTTTAAATAATTCTTTGG
AAGTAACACAATGTTTTGAGATAAAATTGTTTCTATTCATAGCACAAAGT
TAATTTACATAATCGACAATGTTATTTATATAATTCTTGTTTCTCACTAT
TTGAGCATATAAGGTGAAAATTTTTCACTGCAAGCTTTAAATCTATTTCT
CTTTTTTTCAATCGGATGATAAATTCTCAAAATTATAATACTGAGAGGAT
AAATTATTTTGATTTGAATTAGAAATTCATTTAATGCAGTCTATAAATAT
TATATAAAAATAAAATCTTAAATTTACTATTTTTTTAAATATGTGGAAAA
AATATTATATTTATATAATAGACTATAGTTCATTTATAATTCAAATCGAA
ATATCTCCATTTATTTATGATATATTTACTCACATTTTCATTTTTTAGAA
GGATTATCTTTTTTAGCAATTAAGTAAAATATAAATTTTAATGTTAAAGA
GTAAATCTTTATGCTCTGATACATTTTGTAATTATGTTTGAAGTATATTA
AACGAGGGAAAAAGTCGATTTATAGAGTGAGAATGGGTGAAAATATCGAT
CCAAGGTCTAAAAACCCAGTTTTGACTAAAAATGCTCATTTATGAGGGGA
TAAATTCGAATATATTAAATTTTCGAGATTTAGCGAAGGATAATATAATA
TATTTTAATCTATTACTATTTATTTATTTTTTCAAATAACCATTTTGATC
GAAAAGACATTACTTTAATTATACAATTAATGACATTTAAAAAAAACAAA
AAAACAAAAACATGATATAATAATTTTCTTAAAATATTCTTTTGAAATAT
TTCATTCTATATCCGGGGATCCATTTATTATAATATATTTAAAAAGACCA
GTATTCGAGCATTCTTTGTCTGATTACCATCTCTAGTCCGGACTCAAATA
TCAATTTATATCAGTATAGAAAAAATCACTATGGCCGATCGTGGGAAATG
GTCCCAGATGGAGTTTCAATACAAGGGTTGTATTGGTTCTTAATATTGGA
CTTAAAATCAGTCCCGTCCGTGTTATTGAGTCTTGATAAGTCCCAAATTT
CAAAACGCTGGAAAAAAGCATAGTTCTTACACATATTATAGTAAAGTACT
TCAGTTTATCAATTGAATTAGTTTAGAAAAAACTTTACGAATCTTTCAAG
CATAAGAATTGTTCAAACAATGCTCACTAACTGACAAACTTTTGAAAAGT
ACCTTTTTTATGTTAATTTTCAGCAAATCATCCTATCAGAAGATTGTTTT
CTAGGAAAGAAGAACACACTACATTATTCCTTATTTAGAACTAAATACTG
CAGTCCTGTTCAGTTCAGTTATCTATTTTATCAATAAAAAAATTCATAAA
TTAAAATTTTTGACCTTTATAAATTTTAATTACATTATTAAATCAACAGA
AACATTTAACTTACTAAACGCAATTATTCGATATATTATTAAATTATATA
TTATTCGGCTTCGATATTCTAGGTAATAAAAAAAAACACCGGAAACTGAA
ACGAAACTACATGTTTAATTAAAATAAGGTTAACGACACAAGGAAGGGGG
GTCGGTCATTCCAAAGATCTGATAAGTGAATCAGATCAAAAATATGATTG
TCCAAGGATTTTTGTTTGATTTCGTATTTTTTAATAAGGGTATACAAGCA
TATATTTCAAATATACAGAGTGATTTAGATCAACCAGGACCACCTTTATC
TGCATCCTCATCAATAACGGAAGCAAGTAGAGGTCTCAAATTTTAATTTC
AAGTTTTAATAATAGAAAAGAAAAAATTCATTCAATGTGTCTGCCATCTT
CACCAATCATTCGGTCGATATGAGGCCTCAATGATTTATAAGTCTTCGCC
ACTTACGCTGAGAATACTTTGTCTCAGTACCTAATGATGGAGGCCTTCAA
GGAGTCGATGCTGTTTTGGGAATTAACAAATACCTTCCTTTCTAACTCCC
CCTAAAATAAATACTCCATGGGATTCATATCGGGGGAATTTGAGTGCCAG
ATCTGGAAATCCCAAAATGGCACCTTCTCTTCTTTCAACAAGTTTTGGGT
CTAGTGGGCCTTGTGAGAGAGGACCAAGTATTTTTTGAAACAACAATTCC
ACACTATGGGACTTAGCTTTCATCCAAGGTATCACTTGGTCAGGCAGGAG
ATCATAGTACCTCTCGGGCCCCACCCTCTCTTTTGACTCAAAGAAGATGG
GGGCATGAAACTGCCGTTGCTCCCAATGACCCTAAGGATCATGATGCTGA
CTAGAAACTTGGTTTTAAAGACGTGGGGGGCATTAGCTATCTCTGTTGCT
AACCATCTGTCGTTTTGGATGTTGTGGAATCTGTCGAAATTCCATGGTTT
CTCATCCGAATAAAAGATGGCCTTCATTTTGTCTGTAAGATATGTCTTTT
GTAGAGTCGGTATGAATTCATCCTCAGGTCAGTGTTTATGGTTCTGGAGA
CTGTTGCATGGCTTACTTGGCACTTTTTGGCAAGAATGTTAATTGGTGCC
CTAGGAGATACCTTCACGAACCGTGTGCTACGAGAAATATGGGAGTGCGT
TTTTTATAACTCCAGGACTTTTTATTTTATGTCCCTCCTCCTTCCAGCGG
TTGTAGACGTCGTAGACTGTGCTTTTTGGATACCTGAATATCTTCTTACT
CTACGTGGGACTTTGTTCCACGCAACACAATTCGATGATGGTGTGCCTCC
GGGTCTCCTCCATAGTAAATAATTTGATAGAATTAAAAGTTGCAGAACTA
ACTTAAAGCTAACGCTCAATCACTCACTCACAATTCCTTATTGTTCAAAA
TGTAGTTAAAGATGCTCTAGATTTATCTGAACGACCCTGTAATCAATAAT
TATTTGATATTTTATTTGAATTTGTACAAAGTGGGATATTAGGTTATGAT
ATTACATAAGTTATTATTATTTATTACGGGGCATTGTAATAATGTTTCTT
ATTTGCTAGTACACCCTCATAAAAAATAAAATTACTTAAAAATACACAAA
ATCCAACAAAAATCCTTGGACATGCATATTTGTTCATTTAAACGTGGAAT
ATTTTTCTATTATATCAGCTTTGATATTCCTCATCACATGAATGAGAAAT
TAGTTATAAGAGTCTAAAGGAGAGCGTCGTTTTGTTCTTCATTTTTTATC
CTAAAAAGGAAATACATCAAGTTCAGAACAAGATACAGAATCAATAAAAA
TACCTCTAAATAAATTTTATCAATCGTACATTTAATTTGGTAATATTCTT
AATGGTAAAAAATGACTCTGAACGCTAATAGTAACGAATTACTATAATCC
TAGATATTTCAGAGTTCGAACCACTGAAAGAAAAACTGAGATCAGTTTTG
AATTCTGGGTTCAAAGATAAATTCCATTATTGTCTTCAATTCATTTGTAA
AATTTTCCCCCTTCTAATTCTTTCATTGTGTTATCACTTATCAGTCAGCT
CTCTTTGATCCTCTTTCCTTATTTCATTCCATTGAATAGGAGAGTAATGA
GTATAATTATTAATTACTTTGATTTAAAAGAACTTTATTTCGTTTCTTTT
CAACAAGCTTTAATTCAATTTCCCTTTCTTTTCTCTTTTTATCTTCAGAC
ATTTTTCTCTTCTTTCTTCTTCAGAGTCCTCTTGACCGTTGAAATTAAAA
TCATTTGTAAATACACTTATAATAACGCCACTCATTTTACAAAACTTTCC
CTCATGTGAAGAAACTTTTTGAATGAACAATTCTGATGCTTCAACACAAA
AGCGATCTTGAACAAAAATCTTGAAATTTTTATCAATCACATGAAAAGCA
ATTCTGATGCATTAATACAAAATAAATTTTGAAAAAAAAAACAACTATAA
ATATTTAAATGACCTAATATTTTGTAAACATTTTTAGTTCAATTATGGGC
TTATATTCTAATGATTTCTGTGGTGGATTGAGAAATCTGGGATGTTAACT
ATGTTATTTGATTCTGAATATATGGATTCGGAAGTATACTGGATGTTATA
TGAGGTCATACATTTATGACGTCTGCAAAAAAGTTCAATTTTTAACCCCC
CCCCCCTTAAGTCCGAGAGATGGCACTAATGGCACGTATCAAGGTTTTGT
TTAGTTAGTAGCATCTCTTAGTGGGACAGGCACCAAATTTTAGCCAGATT
TGTACATTTATTTCTGTTTGCCATTCGTTTGAATCGAGTAAGTTGACCGA
TTGTCAAAAACTGGACGAAAAAGAATTTCGCGTGTTGATTAAACATCACT
TTATGAAAGGCAAAACGCCTCAAGAGGCTAAAAAGAAGCATGGTAAACAT
TAAGGGCACTCTGCACCTTCCATTAGTACAGTTTATAAGTGGTTTCAAAA
AAATTGGGGTGGCCATATGGGCACAGGTGACACTGAACGTTCTGGACGCC
CTATTGAGGTTACAACTCCAGAAATCATTTATAAAATGCATGATAGGGGG
ATGGTTGTCAGAAGAGTGAAGGTGTGTGATATTGTTAGTGCTTTGGGCAT
CTACAATGAACGGGTACATAATATTTTGCACCAGCATTTGGACATGAAAA
AGCTATTTGCAAGATGGGTACTCACGCTTGACCAAAAACGAATTCGTGTC
AAGTGTTGCAAGGACGGTTAGCATCTGTTCTAGAAGAATCCATAGGACTT
TAAGCATCGTTTCGTCACTATTGAAGTAACATGGATACATCAATATCCTC
CTGAAACTAAACAACAACAATCAAAACAATAGGTTATTAAGGGGAAATCT
GCACCAAAAAGGCGAAGACCGCTCCTTGATTCAAAAGAATACCAAAWAGA
AAATCGGTAACCCCCCCCCCCCCTGTCAACTGGACGYCATAAAAGTATGA
CCCCTATGTATGCAGTATATCATTATAGAACATATCGTGTACTTTTTAAG
GTTATCCATATATGTATAATTATGAATGCTGGACGGAGTCTCAACACTTC
TTGCCATTAATTTAGTCTGGGCTCAATTTTGTAAAAAAATCATTTCACCT
TGTTTTTATATTGACTACAATTACTACACTTTTTTTCTTTTTGAAATACA
GGTGGTGCTCCCGGACTTGGCTGTCATTCGTATTGCAGTATATGAAGAAT
CTGGAAGATTTATTGGACATCGAGTTCTCCCCATCTCTGCTCTTCGACCC
GGCTATAGACACATCACTCTACGTAGTGAGGCAGGAAAACATCTTCATTT
CCCCTCTTTGTTTTGCTATGTCAAGGTTCAAGACTTTGTACCAGATCGGT
TCTCCGACTTTGCAGACGCTCTTGCGAATCCCATTCGATATCAATCCCAA
GTGGACAAGCGGACTCAACAGCTCCTTGTTCTTACAGAAGAGGAAAAGAT
CAATGAAGCWCCTGCACCAGTACCAAAAGTAAAGAAAAAATACTCCTTCC
GTCCAAGAAAGAATGTCACGCCAGGGGTAATATTTTTAATATAATCTAAT
CCTACCTAATTATGACCACTTTTACCATTTTATTATGTTCAAAAATCGGC
TTTTAATTATCTTTTCTCTTCCCCTGTATCTTTCTTTCTTTCTTGCATAT
CTTTATTTATTTTAGCATGTTGAGCTTTTTAAAACATCTACACTATGTAT
TGAATACACTAACGTTATGCTAAGGGAGTTAAGTTTCTCTTGGTAGGCAT
AATACGACTCATTAGGGATAGGACGGTGCAGTATAGACTCTCACTAGAGT
TGCACAGCCAAGTATTTTCGGTATATACATATATAACCTGTTGTAGTGAA
CAATATCATTTTCTCATGAAAAATTCCTGCTGTCAACTGATAGTAACTGT
GTACAATTATAAAGCTATAATATTTGTCGTAGTTGTAATTTTATATAAAC
ATCACGTGGTATTTTAAGCAACTCTTCCATTTTGGGATAATATTTGAAAT
CCTAAAACATTGTTTTTTTGGGAAAAAAAACATCGAAAATTAAATTACTA
ATAATACATTTTTTAGAAATAAAAATCAAATTTACATAATTATTCACAGA
AAATTTAGCTTTTCGAGAAAAAAAAATGAAAAATTATATTAAATTTTCTA
GTAAAAAGCAAAAATTACTTAATTGGGAGAAGAATATTTCTTTCATAACT
TAGAAAAGTAATAAATAAGAATTTAAATCGCAAATGAAATAATATTTTCC
AGTTCCTCATTCAGATGAATTGCCCCATCACTACTTTATATGTCAATCAT
TGCTGAAATTTAGTAAGATATTTTAATAATGTTAAACACAATATATTCAG
GCTTTATTTGACTGATATATTATTGAAGATAATAAAAGAAAAAAAACACT
GTTTTTTTAAGCAACTACAAAAAAAAAAATTAAAATAATGCTTAAGATTT
ACAATTCTAATCAGAATGGTCTGCTACGCATGATTCTTAGGGCTGGTTTT
GCTGTGAGCGGGCATAGGCAATGTTAAATATGCGGTGTCCTTTTTTATAT
ATTTAATTTGAACATCATTTCAATTTTTTTTTCTTTTAAAATATATGCAG
GCCTTTTTTATTTATTGTGGCAATGACATTTATATTAATTTAATTTTGTT
TGTGATTTAAGGGGCATTTCTTAAAGAAAAATGCACTTTCTAAACGAATA
TTTTTAAATACCTTTTTTTAACGAAAAGACAAGATACTTATTGTAAAAAA
TGCAGGGCTCCTATTTTCAGCAAATATATTGTGTCTATTAGGAGATAATG
TTGAAAAAGATATATTTTTGTAATAAAAAATTTGAAGTTCGATTAGTTAA
GGTTTTTTAATTCTTGATTGTAATAGATTACGAGGCCACCTACTGGAAAA
TCTATTATGAGTAAGCCTCGTACTGTGAGCCGTCAGTAACGAACTCCACA
CATATCTTGGAATTTGTGTCCCATCCCAATCCTAATTTCTACCATCTACA
ATACATACTATATTAAATATGTAATAATAGTCAAAATGATGACGGCACAA
CATTACTATTTGAAAATTATGACTCTATAATCCAACAAGATCTTTATTGT
ATCTCGCAACCTTTCCTTCATGAAAAAAGTTATTTGGTAGTTAATCTATG
ATTGCCATCTTTGAGACTGCTTACATGAAATTGTATGATAACAGGGCTCT
CAAGTAATACTTCGTTAAATATATTTATGTTCTCTATGCCGACACTTCAC
AAAGCTAACAGACTTCAAAAGCTTTTTCAAATTTTTCATTTGGAAGTAAT
GGGTGCAAGAGAACAAAAAAGGTCACCAGTCTACGCTTCATAACATATGT
CATAACAAGAACGTTGATTAAGAGCCTGTCCACAGGAAGACGTTTTCTTA
TACAAATACAACAAACTTATCCGTTTGGCGATTATTTCACCAAAACAAAC
ATTTGTTGAAATCGGCTTCCAATTCCATAGCTATTTCCAAAACATTACAT
TTTGTGGGTAAAAAAATGTAATTATTAAATTTTGACTGCATCATAATTTG
CCCGAATGATGAAAAAAATATATACTAAAAAGCAAAAATAGGATAATTTG
GTGAGGGGGCTACAGCTCAACTCCTGCAGACGCCGCTAGAGGATCTTAGT
TTGACAAATTTTTAACTCCCAAGTATTAATATTGTACATACTATCTAATA
TTCTGTTTAATATTTATTTTTCATATATATAAATATCTATTTTTCCTTCT
GTATTGTACATATCCATACTCCCTCATTTAGAGCTTCGAGATCAAACACT
TCTCTACCATTGTACGCTTCCTGGTAAAGACAAAAGTACTTGCATTTTTT
ATTTCCTTCATTCAATATTATTTCTAACTTCACTTCTTATTTTTTGGATT
TCCTTCTGGTGACGGATGGAGTAGATTTAATACAACTAATTCATAATATT
TCCACTACTTTTCTATAATTAAACATCACTCTTTTATTAACTCATTTCTA
GATTTACACCAAGCTTAATATAAATACAAGGTTATACCATAACGCCTGTA
CGACGGATGTTTGACTTCCACCACGCTTTTATTAGCTACGTCATAGTTGT
TGCATGTTTTCTCAAAATCTGTTTTTCTTGCCGAGCAGTCTGTACGATAA
ATTAAATTGAAAACTCTAGCAATAGTTCACTCATAGGCAATGAGTTGTTG
CGTGTTTTGTCAAAATCTGCTCWTCTTGCTCAKTAGCCGGTACGATACAA
TAATTTTTAAAATTCTAGCAAGCCCAATTACATGACGGTCTAACCTTGTA
TTTCTATTAACCTTGGATTTACACGAATATTCATAATTATTAGAGAAGGG
GAAATGAGCGAATTTTTGCGAATAAATACTTAATCTTTATCATTATGTGT
ACAAATGTATCCTAAATGTGCTCATTTTTACTTTACCAATAGTTACATAA
TCAAGTATCTCCAAGGAATAACTCTACATATACATGGAAAGATAACTCTT
TTTCCCTTTCTTCTTCTTTTTTTACCAACTTAAGGCTATTTTTTAAATTA
GTTGAATAGTTATGATATGAAATAGAGTATTGAATTAAGACAATTGTGTA
ATGAATNNNNNNAAGGAATTAAAATAACTTTATTTACTAATTATTATTCT
GACAACATAAAATAATTAACATCAACCCAAAAAAATATTTAATAATGTTG
TGTCAACTTAAATCGATTGAATAGCCTCATTATGGATCAACTCTAATCAT
ATATTAGAAAACGAACAAAAAGGGGAAACATAAGTKGCTACTGTCTATTT
ATTAATTTATATTGAATTAAATACTTTCATTGTTTACTTTGTGTGTTACT
GACTATTGCGAAAACTTTTTTTGTTTGCTGTATGAGCATTAATCAGCGTA
GATTGTTTCGTAACTGCGAGAAAACCGTWGTATCCACTGTCTAGTCTGTC
CAGGGGCATCCGCAGGATTACATTTTTTGGGGGAGGGAAAACTTAATATT
TTACAAAAAATTAATTTTTTTGAGAAAAAATTTCAAAAATCTGTAACTAT
TCACAGAAAAATAAATTTTTTGAAAAATATTAAATTTTTTCTCTGCTAAA
TGAACTTCCCCGAATGAAGAAAAAAACTGTAATGAAAAGCCAAAAATTAT
GCGTTTGAAGGGAGCTACAGCCCCTCCAGTCCACCCCCTGCGGACGCTCC
TTTGAGATTATAAGAACCTCATTAGAAATTATGATTTATTCTAAAATCAC
GTGTGGACAGCAGCATCACAAAAGTCAAAACATCCTTTGATGAGGTCTAT
TTATAAAAATCAAACCTACTCAATAAAATATTAAATCTATTTTATTTTTT
CAAATCTGAAAATTCGCTTTCCATTTGAATAGAGTCAAAAAATCAACGAT
TCTAGTGGAGTACATAATTGTTGGAGTCGATACATCAGTAATATGTAATT
ACTGTAGACATTCATATTTTTATTTTTGTTCAACTCCATCTTAAAATTCA
TAACTATTCTACTTATAAAAAAATAGCCTTAAGTTGGTGGGAAAAAAAAG
AGTGGTTCTTCCATGAATCCTTGGTATATCTAACTAAGAGTATCTACCTT
TTAGCCGTTAAATAATTTTAATTTCTTCTTTAGGAAAATGAAGTGCATCC
TCTCCGCTATTCTGCATCTATTAGAAATTGTTCATCAAGATCTACTCGTC
GTATTGAGGAGCAATCCACTCTTTCAAGATCGACAATCTCCATCAATGCT
GCCGCCTCCTCCTCATCATCCTCCATATCAAACATATTACCCTTTAAATC
ATCTGCGGAGAACTCATCCGTTTCAAAGCGTTGGACGACATCCTTTGATG
ATGGTAGAAGCATTTCTGTACACTCTAGTCCAGGAATATCTCCAAAGTCT
ACTCATATGCAAATGACGGCTTCACTCAATCACAAAAGCCTTATTGCCTC
TTTCAGTGCAATCCCCAATGCATCCTTCAATAACAACAACAATGTCCTTA
CTTCCTCAAACACATCGACCACCCATTCCTTAACCAACATTAATAATAAT
GTTCATTATRCGCAAAAGGGCTCTTCATCCTCCTCCTCTGGGCCCTATAC
CAAAAACCTGTKCCTGACTCCCGAGTCTGTGGATATTTTCCTTTCTCATA
AATCCATATCCGAGAAGAAAATTGAATTGGACAAGCGATTGAAGCAGTTA
ATCAAAAAGCATGAAAAAGTAAGTACAGATTTTTTTCTATTCTCATTCGT
AGAAATATGGAAAGGGTACAAATGCTCGTGAGCTCAAAAACAACAAGCTT
GAGATACTCTTTTAATATTAGATAACTCTGAAAAAGAATCATTCTTATAT
AATTAGAGGTTCTAAAAAAACAACTAAATAGAGGTCAAGGGCGTCCACAG
AATAATATTAGGAGGGGGGAGCTTGTTATTGGGAATATTTTTTAAAAAAT
TCAATAAAWAAATAGCTMTTCACAATGTTTWTTTGTCTGATTTTTTTTTT
TTTTTTTGTGAATAGCTGTGAATTTTTGAAGTTTATTTCCAAAAAAATTA
ATTTTTGGGGGGAAAAAACTTTCAAAAATCCATATTTATTCAAAAAAAAA
ATTAAAAATTTAATTTATTTCATAAAAAAATGGAAGAATATTTGGGGGAG
GAGCTTCAGCCCCTCCAGCCCACCCCCTGTGAACGCCCCTGGAGGCTTGC
KTACRATCATAATTTGCAGCCTGCTTATTCTAGGGGAATGTTAATATTTA
ATTTTTCTTATTTACTGTTCCTGTTCTATCATTGTTCAACTTACAACCAA
TCACTTGCTCGGAAGAAATTATTCTCATGAACTCAATATGTGTAGGTTTG
CAGCCAGGTGATACCTAGAGAAAGAAATATGCCCTATGTTTATGGACTGC
ACACAAGATTCCTAGGTTAGTTGGAGTAATTATAATACTAAAATGTTTAC
TGATATCTAATTAGAAACATTTTATAAAAAACACTTACAACCAATCGCTG
CCCTAGCTCGAAAACATACTAATCGGCAAAATAAAAAAAATAAAAAAGAG
TTAAATAACTTCTTCGGGAAATTCGGATTCTACAAAAAAATAGGGCTAAT
AATAATATTTTTCCATATTTAAGAAGGGGAAATATGCTAACTGTAATGTG
CAATTATCCTTTTAGTGCGAAACCATGCTATGTGGCTTTAGCAATACTAT
CTCAAATGCAGTGTTGCAAATATTAAAAAAATTGAAAAAAAAATTCAATA
TTACATTTTTCCACTAAAAATCAAAATTCACAGCTATTTACCAAAAATTA
CATTTTTAGGAAAAAAATTACTAATATTAAATTTTTGGAAAAAAATTACT
AATATTAAATTTTTGGAAAAAAGCATTCAAATATTAAATTTATATTAAAT
TTTTTCTGAAAAAAAAAGGAAAATCCACTGTTATTTACCAAAAATTAAAC
TTTTCGACAAAATTTCAAGTATTAAGCTTAAAAAAAATCCACAACTATTC
ACAAAAATTAATTTTTTCGAAAAAAACAAATCAAAAATCCACACCTATTT
ACAAAAATTAAATTTTTTGGAAAAATTGCAAATAAAATTTAATATTTTGG
AAAAATTGTAAATAAAATTTAATATTTTGGAAAAAATTGCAAATAAAATT
TAATATTTTGGAAAAAATTTCAAATATTAAATTTAAAAAATAAAAAAAAT
AAAAATCCTCAGCTATTCACAAAAATATTACATTTTTTCAAAAAAGAAAT
TAAAAATCCACAGCCATTAACAAAAAACTTTTTTTTGGATTTTGCTGACT
CCATATCAGTGTTTTGGCTACTAAATGAAGCGTTTATATGTATATTTCCC
CACAAAAAAAGCATTGCACAAGTTTCTTGTTATATTTGCTGTAAAAGTCC
GAAAATCTGAGGTCCCCGATTTTGTTGTTACACAATGTAGAGATCCATTC
TATCCTTGATAATACTTGAGTCCTTTATTCATTTATTAGCCTGTCCTTCA
ATCTCTTCATTATTGTGGATTTGGCAAGAGGATATATATACACAAACAAA
TGTACATATTTTWCTTWCAACCATTTGYTGGTTTCCCCCCCCCCCCTCTT
CTTTTGCATATACTTACAAAGATAATATATAATTATATCCCAATCCTCGT
TGTTATATATACCCAATATATATTTTCTTGGCTAAAGAATTGAGGATATA
AAATAATCCAAAATACATTAGAGTATAAAAGAAATTATCTTATTCGTATC
CGTCACAGAATTATTATGTAAATGACTNNNNNNNNNNNATTTTGATGGAA
AAAATGTTCATGATTTTAAAGATATATTCATATATTAGCGGTAGTAACCG
GCATTGTTCGTTGTAATTAGGTGTGGGCTAAAAAACACATTTTGTTGTAA
TAGCTTAGAAATAATTTTCGAACAAATCCTCTGCGGAACGCTCTGTTTTT
CATGACCGCATTCACATGTAACTACTCAATACTTATTCAGGTGAGTCCGC
AGGATTATAACTGTTTTTTTGTTTGTTTGATTTTTGAGTTTTTTTTTTGG
GGGGGGGGGGTTGACTTTGGGAAATTTTTTGGGGAAAAAATTCCCAAAAA
TTAACTTTTTTGGAGAAAAATTTCAAAAATTCATAGCTATTAAGAGAAAA
TGAAATTTTTGGTAAAGAATGAAAATATAAATTAAATTTCAAATATTATA
CTTACAAAAAATCAAAGATTAAATTTAGAAAAAAGAATCAAATATTAAAT
TTAGAAAAAAGAATCAAATATTAAATTTAGAAAAAAGAATCAAATATTAA
ATTATCTATTCAAAAGGAAAAATTCTTTAATTTAGGGGGTACAGCCCCTT
TAGCCCACCCTTGCAGACGCCCCTGTTATAACAATTAACATGTATTCTCA
CCTCCAGAATGAAAGAATAAACATAAGTGTTTGATAAAAAATAATAATAT
GTTGGTCTGAGTACTTTAGTGTCTAGAGTGCTCAATAACAAAACAAAGAA
AATCTATTTCAACATACCAGCGGTCAAATCTTAACATATACTGATAATGG
TCATGAATTGTAATATACGTGTACATAACATATCAATAACAAAAAAATAC
AGAAACAGTGCTCTTGTTTTACTGCAATATTTCATGGATAAAATTATTAT
TTCCTATATCAAAAATATTTATATGATTTACATCAGGGAGGACTCCAATA
TTTAATTAATGTATTGTTATTTCTTAGATCAAAATATGTTTATGATATAC
ATACATCATAGAGAACTATTAACATTGCAATCGGTGACTTGTTGCCAATA
TTCAGACAGACATAAGGATAAACTGTGGATTATTAATATAGATATTGTTA
AATAAACCTAACTAAATCAATGCAATGCATTTTCCTTTCAGCTTTTTTTA
TTAATTTTCTCTTTACGTATTAATAAATCAAAAAAGGTTTTATATAGGAT
TTTGATTTTTATATTAATMAAGGCCAATAAATAAAATAACAGCCCTTAAG
ACAAGCCTATTCAAATAACCAACAACGTTCAGAAGTACCGCTGAAAACAA
AATTTAATATCAATTTTGATGTAAGTTATTAGCTAAAAATGATGTGTAAC
CCAATATCATAATTCTTATCTTCAACGCAACGTCAACTTGAAATAATAAG
AATGTTTCCTTCTTACATATATCTAGCTTCAGAAACTCTAGGCAACCTTT
TTTATTCATGGGTTTCCCAAAGTCTGAAATTAGGTTATTGCAAGTACAAC
AAAAAATTAATTGATGCATATAACAAAAAAAAAAACATTTATACTAAATT
ACTTGAGAGAAGAATAGTTAAAAAAATAGTAATTTCTATATTATTTAAAA
ATAATAAAAATTGTATTTTTGTCCTATTGTTTGAAATTACATTTATTGTC
CTCATAAGTGGTTTGTAACTGTCCTACATCAATTACCTTATTTCATAATC
TCTCTATTGTCATTACTCCAAATATTGTCAATATTTTGTCGTGACTGGAA
GTATTTAAGTTTCCTCTTGACTAGAGGTTGTAATCTTTAATTGCTAGGAT
GTATTGGTCCCAAAGTTGTGAAATTACGTCCTTCAACTTAATTCTTTAAT
TTGGACGCAAAAGAAATGTCATGGAACAAAACTCATAATACATATGAATC
AGTGTGTTAATCATCAATATACATCGATTAGAGTGATTAAAATTCAATGT
ATTTAAGAATAATAAATACTTTAATTAAGAATAATGATAATCAACTTATA
TTGTGCATGAAAGATACTTGAAATTTGACTGAATGAATTTAAACGGTAAA
CAGATGTTCCGGGACAACCTTTACCCTTTTTAACACACAAAGTATTGAAT
GCATGGCAGGATCCTGGATGAATTAGTAAACAAGTTTATGAACTATTAAT
TAAAATCTAAAGAACATGTTTTAGTCAATGTATCTACCTTTAGAATTGAT
GGTGAGCTACAAGCGGTATTGTAAGCTGTTGCAGGCCCTTTGGATGTACT
CAGCAATCATGGAAAGCCCAGGTCTTGTTGATGGATGTTTTCAGGGCGTG
GGTGCAATTGTTGCGTTTCCAACAAGCCTTGGACTCCACGTGTGCCTAGA
TGGAGTAGTCTAGGGAGTTGAGGTCTGGGGTCTGTGGTGGCCAGAAATCA
TTCGCCCAGAAGTGCATGTTGGACTGGAGCCACTCGTAGGTCTACAGTGT
GACCAAATGCTCAATCTTGTTGGAATACCCGGGGAAAATTGCCAACAAAG
GATTTGATCCATGGGAGAACTTTGGTATACAGAATTTTGACGTACTCATC
AGCCTTCAGCCGGATGACTTAAAGGAAGCCACACGGGATTCATGGATGCA
ACCAGGCCTTACATCATTAGAGAAGCAGGGTGTTTGGTGATGGAGACCTA
TCTGTGCTCCTATGCTATATCCCCAAATGTCTCGATCATTCAGCGTGTTG
AAGACAGAGTCAACAGTAAAGGTCTTCCCTTCAGAAAAGATCTCTATGAG
TCCACAGTTTCCTTTGAGGTGCTCCAGAATCTTTTTTGCACGCTCCACGC
AGACTTTTCTCTACTGTTCTGACATCAGAGGCCGCAGAATATGCCGCAGA
GACTTCCTTGTTACCTTTTTTGAACTATGGACTCTACTGATGAGAACTTG
TTCCTTTTCGTGGCCATGTCAGCAATTGAAGAATTCAGCTTTTACTTGAA
GGCCGACTTAAAGGGATTATCGAACATTGGAGGGTTTCCTGCTTTCTTCT
GGAAAGTGTATGAGATCCTCTCCGACCTTCAAACTCCTGGAGTCATTGTG
AATCGTCTTCCTGGAGGCCCCAGTCTGTTTCCACATGTTCTTCTGGAACA
ATTCCACGTGGAGGAGCACTGTGATCTCAATCCTTTTCTCGTACTGTGTG
CACATGGTGGTGACTAAGACAATGTTCTTCTTAGCAATTGACAGCTAGTT
ATATGTTCTACAACATTGATAATTGGAACATTGTAAAAAAATGACTGTTA
ATTTCTCAAAATTTGTAAAATAGAGATGAGGAAATATTAAGGCTTGGCCT
GGTAGATACCTAAACGGCAGGAAATGAGTGTTTTTTTGTTTGTTCAAAAA
CGTTTATTAGGGATCAAATAGGAATCAAAAGGGGCGTATCGTTCCTTAAT
ATGGGACTTAAAATAGGTCTTAAGATCAATATCAAGGTTTTTTATTATTT
TATGTCAATTTTAGATATTCTTCTATGTGTGATGATACTGACGCGTCCTT
AAGATTTAAAATCGCTAGATTCCTAACGGGGCATGATATTTGTTTACTTG
TTCATAGGTTTCTTAACACAATCAATTTGCGTTTATTAGTAGTTTGTATA
CATATTTATTTGTTTACTAGCGGTTGTACCTGGCATTGCCCAGAGTAATG
AGGTGTCGACTAAGAAACAAAATTTATAATATACATAGAAGATAACTCTC
AGTTTTACCTGAGCACACTCACACTTACTTACTCAATCCTTAGATGTTTT
CTCATCAATAAGGAAAGAATAGTCGTAGTAATAACAGCTCGTGGGGGAAA
AAGGACGATATGACTTATGAGCTACATAGTTCTTTAGTTTCTAGAGGGCT
ATTTGACTGAGCCTTAGATAAACACACTCAATGCAACATGTCCACCCCCA
GATAGATTTTATTAACATGATTTTATTGTTATTTCTTAGATCAAAAATAT
GAGTATGATATACATCAGAGAGCACTATATATACGCTCGGTGCTACTTGC
AAAAGGCCTGCGAAATTTCATTGATATGGCTAAATTGTTATTTCTTAGAT
AGAAAATGACAGTTTTACATTCAAACTTGCATACGGAAAAACTTGCTCTA
TTAATTTAGATGTATAAAAAAAGACTTGTTTATTTATCCTTGTTTGTGTA
TATTTAAGCATCTACTATGATTCATTGGGAGTAACTTGTAATAAATAATT
GTTTTCTTTATTTCCAGGAGATTGATAGGATAACACAGAACTTTAAAGCC
AAAGAAGACAAGTACAGCAAAAAGGTTGCATCAGAGAAATGTAGCCCTCA
TAATCAACAACCCTCTACTAAGAATAAACTAGTCAAAATTTTGTCAGAAA
AAACATTGTAAGTGTGATTATTTTATGATGGGATATGGAGCATATAATTA
TTTATCCTCATTTTTCCAGAGATGTGTCTCGTGTCAACAATGAAACTCTC
TCTGAGTCATCTGATAAATTGGCTAAGGCCCGTAAACAGTTTGAAGATAA
AATTTACTCACTTACCAAAGAAAAAGAAAAGGCAGAGACGGAGCTGAGGG
AAAAGTATTTTGAGAATGTATGTGATGATATTTATTTATACCTAACTAAT
CCTTGGGTAGMCCGGTTCTCTGGCCTCRAACATCAAACAAGCCGCTCTTG
CAAAAATTTACATCAGAACTGTATAATATAATGCAGGTTATTGAGAGGGG
AATCAGACATTTTGTAAAGTTTTCCTTCAGATATTTGATAAAAGGGATCC
AGCCCCTCCTGCCCACCCCATGCAGACGCCCCTAGTAAAACGTTTTGCAA
ATATCCCTCGTCTCTCCTACCTGTATTCATTCTTCAATCAATGGATAATA
ATAATAAAATAAACTGAACCCAAACTAATGAAGGGGCATTTCCAATTATA
TAACGAATSAATTACTCAACCCTTATACTAGTGATGGCATGATTCCAAAA
AAAATCTCGATGCCGACTCCGATACCATTCTTGTAAAAATTTAGAATCGC
CCAATCCGATTCTTTAATGTTTTAAATAATAGTTGGGGCTTGGTTGAAAA
AAAAAATAATTCAAAAAACAAAATTTTTAGGAAAAATATTTGATTTTTTG
GATAAAAAATTCAAATATACAAGTTGATGTCTAAAATTTTTTCAAAAATT
CAAAACTATTAACCGAAAATSAAATTTTTTTGTAAAAAAAATTCAAAACC
CAATATCTATTTTCAAAAAATGTCAAAGTCTACAGTTATTTACAAAAAAT
TAAAAAATTTCAAAAATTAAATTTCTGATATAAAATTTTTTTTTTTAAAA
ATTAAAATATTTAATTTTTTGGAGAAAAATTTCCAAAATATTTGTTGGAA
AAAAAATTAAAAAATATAGTTTTAAATATTAAATTTTCTAGTAAAAAGCA
AAAATTATTTAATTTGAAGGCGCTATTTTTTATTTCATAACATAGAAAAG
TAATAAATAGTTAAATACTAGCAATAATAAGAATCGGATTCATAAATCAA
ACATAATTTTCCCGATTCCCATTCTGGAAAAAACACCCGATTTCCAATTC
CAATTTTCATATCTTGTCCCTTAATTAACTTTAAATCTTTTGATTCAAAT
ACATAGATTTGGTATTGTGCAGAAAAGCTTATGAAATCCTCGCAGAGTAG
TCAGATCAAAGCACTTGACGTTTATAAAGAGAGGGATATCGAGGATATGA
TRAAATCCWTTGAGTGTCAAGCCAATGAAGAAATCCGTGAGCCCAAGGAC
GGRAATAAAGAAGAAKTCCTTAGKTATTCWTTTCTAMCCCTTGGGAYTAT
CCATAACTTAATTCCCTTTTTTTTTTCATAGGCTTAAACGAGAAAGGCGA
TCCTTTATCATCAGACGGGGTGTAGAGGAGCGTAAAAGATTGGACCAATA
TTACTTTTTGAAAAAGGAGGCACTCGAAGAACAACATCGAATGATACGAA
GTAACTTTGTGTTAAACAAGGAAAAGGTTAGTGACTGATGATGACTCATA
GAGCTGTAAAAAAATATTAAATAAAGGTGCCCGTAAAATAATAATAAGAA
TATCCCTTGGCCATATGCTTATTTTAAAGATATGGTCAGAGCATTAGTCT
GCTCAAGACATCAAGAGTGACACTTATTTTTTCGCTCGCATAGGAGTATT
TGTATTTGATAACTCTTTATCATTGCAATTAATCTCCTGAAATTTATAAA
TATTATTTTCTTCCAATTAATCAAGAGAAATAATGTACAAGAATAAATAA
AATGTAAAGATCTAAAATTATATTTTAAATAAAAAAATCCATACAATGAT
TATTCCAATGTTTGAAATATTTGATTCATTGACAACATTTCTTTTTCTTT
TTTCAAAGTTTTCATCTTTTAAACTCAGGTATTTATCCTTAAATATTAGT
GACCACTTTTAGAAAATTCTCTCTCAACGGTAGCTGAGTACAGCAGTGTA
TAAATCAGAGGGTAAACTTTGTGATTGATTTGCTCTAACGGCAATTCGAC
CAAATATTCAAATATCTTTGAATAACAATTATTAAGTTAATAGTAAGCAC
ATTACAACCTGTAAATTAGATAATATTAAGCTCGAATGAATAGTGCTTCC
CAAACAGTATGTCTTGAGGCAATTTTGAGTGTGCCCTACGATTTGTGACA
ACCATACATTATTTACAATAGCTTATAGTATTTGGTTAAGTTAAAATAGG
TGCGTCATGAAAAAATTTCTTTTGGGCACAAAAAGTTTGGGAACCATTCT
CTTTGGGGGTCAAGTTATTAAGATGTTTCGTGCACTTTCATCTAGCTAAA
CTTGATAGTTAGTTTGGGCTTGAACACAGGGGTTTCAAGTTTTTGAGCTT
AGGCCTGCGTAAGATTTTGAGATCTTATTTCAATCCATTACATAAAAATA
TAAGAAAATCGAATTTCAGTTTTTTTCCCCGTTTACAAAAAAAGAAAGAT
TTATATTCCAACGTAATCTCCACATATGAAGGAGCTGGGGGTGGCTCTGA
GAGAACTGATGTGGGAGTCCGAGTATCCAGCAACCTAAGCGGTAAACATA
TCAACCGAAGACAGCAGAAAGTCGTAGATACAGTATATAAAAAAAGATTC
TAGCTCATCTTGGGACATATCTTGAATCGTTTTTTCTTGCAATCTTTAAA
TTATTCTTTAACTCTCTTTTTTTCTTTATGCTATCTCATAAGATGCAGAA
ACGGAACAGTAATACAAATTTATATAAATTAGCGAAAATTCGTGTGATTT
TAGAAGATCGCTCTTCTAAAATGACGAGAACGCTCCCGCTGTCCCTGAAG
AATTTTGAGCACTACTCACTAATACTTTGAATATGCTGTTATTTTCTTTT
TCTTAAGAAAATCGAAAATATCTTTAGAGTTGTAAATCATAAGCACTGCT
GGTAAGTTTAATAAAGTGGGGGAAAACTTGATCCTTATGTAGCGTAAGAT
ATTTTTTTATAGCGTCATTTTGCTTATTTTCGTGCTTAAACGTACTTTTA
GACAATTTATTGATAAAAACCCAAGGAGAGTTGCCGACTATGGATTTGAT
CCACGGAAGGACCTTGGACGCCAGAATCTTCACATAATCCTCTGCTGTTA
ATCTGTAMCCAGTGGGGAACCATMCCAGCTTCATGGCCTTCCCTTTGAAG
GCCCCGAGACCCAACATCATCACCGAAGCAGGGTGATTTGTTGTTGNCCT
CATTAGACATGGTCTCACGTGTGGAAGTTGTTACGCTCTCACAGGAAGGA
TTTTTGTTTATTTTAACAGTAAAAATACGAAACAATCAGATTGGTTGCCA
CAAAACCTCTTAAAAAGTATATTTACATCATCGGTAAATAATTTTGCACG
GCCCGGTAAGGTTCAGCGACCAACTTGGCTCSAAAAAATCTCCTCCCAAA
AATTGCAATAAAATTGTGATTTTACTCAACACCATTCGTTCGCTACAACT
AATGATGTCCTGCATCCAATCAGTCGAAATGATAACCTTAAGTCCTAATA
ACTTTTTTTATTATTTTTTCATTAATTGGTCGGATGGAGTTACACGGATT
AAGTATAAGTAAACATTATAATTTTACATCTACTCCTCCTATCTGAATCG
TCTTTGAATTCCATATACATGAACTATATTTCCTTCTCTAGAAACGACCG
GGGAGCGAACCTACGCACATTAAATTCAAAAGAATAATTTGTCCGCAGCA
CGTTTTACATTGGTCTATGTTGTTCCATACCTTAATAACTTTTTCAAATC
TCCTCCTGAATAAGCACAAACCTTCTTCACGAAATTTCTGTTCTTTTTTA
CCATATACTCCTCGATTGAGTTTGCCAGGGAAGGATTCAAGATACCAGAA
CACAAAATATCCCATGGGATTAAGATTTTGACTACATTGCGGCTCATTTA
TAACCATGTCGCTACATTTTTTTAAAGACACTGCAGTTATTATTAATAAT
CATTAGTACCCACCATGGCCTCTCTCTTTTTTATATATTTATTACGAATG
ACATAAGAAATAAATGAAGGAGGAAGGATCACGTAAAAATTCACACAAAT
AAACATTTCTGTTTATAATTACCCCTTTCCGAAAAATCTTCCTGAATCAT
TATTCACACAACACAAAGAAAAAAAATCATCAATATATTTAAATAATTCG
GAAGACACATACAAGCCTACAACAAAAAAAGAAACAGGAGCGAATAGGAA
TAGAATACAAAAAGTAATTCGTCATTAAAAGGACCAGTAGTCCCCATAGT
AAAAGTTTTTCTTTTTAAAAGCTTACGATATCTTACCGATATCTAATAAC
ACCAGCACCATATTTCAATCCAGAAACAGAGGTGTCCAGAATCATCGAAG
AGAGGACAGCATATCTTGCAGAAGCTACGATGATAACAGTTCTTATCTCC
TCAGCAGCTAAGGGTTCATTAATTAATAGTAGAGTTTATCAGAAGGACGT
CTGTCAACACAAATATTCTTCCCATTTTTTCTGATTTCTCTTCTTGCCAT
CTCATAGCTAGATATGTAGAGGGTTTTTTTGTTCTTTTTTTGTAAGAGGG
CGAGAAGAAGGCAAGAGGGAGACATATGGTACATCTGAATTAAGACCTTT
CTTAATATCAGCTGCTTGTTTTATCATTTTGGAGGAAGAAAATGAATTAC
TTCTATAAAAAGAAGAACCTTCTACATTTATAATATCATAAGTTTAGGGA
AAATATGATAATTATAAATATATGCATATATATATATATATTTTTTTTTT
TGCATTTTTAAATGAATTTACACCATAGATAGGCGATTATTCTTCTTTTA
GAGGGAGATGCTAACACACACACGATTATTAAATAATGAACAAAAAATAA
AAAAGAGTACACGCATCAAACGTTTTTCCTTTTTTTATAATCGCTATACT
TAGTTTCTTTTTACACACATCTACTCTTTACTCATAGCTGATTTGCAGCT
AAGTTAATCAAACGCCATGAATGGTAAGCTGCTCTCTTTCCAAACATTTT
TATAAACATTGGGGTTACCATGTTATTTTTGGGTTGTTTTTTTTACATGT
CAGAGTTCATATAATTGACAATTCTAGTATTTCACTAATGCAAATTGTGA
AGTAAAATATTTATTATTATTTTACGGAGCACCTCCATTCTACTACTAAT
GGTAATTAATTAAAATATTCTAATATATCCTAATATTTCCTTCTTTTTTT
TGTAGGATCGCTCTAATACCTCTTCGTTAACATCTATGGATTCATCATCC
ATCTCATCCAATGTGATTGCTCCTGGAACATCTTCGCCCTCTCTAAAATT
AAAATATAAATCCTAA
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