EMLSAG00000012225, EMLSAG00000012225-694991 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000012225
Unique NameEMLSAG00000012225-694991
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:dapk3 "death-associated protein kinase 3" species:7955 "Danio rerio" [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IDA] [GO:0005737 "cytoplasm" evidence=IDA] InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 ZFIN:ZDB-GENE-030131-3026 GO:GO:0005524 GO:GO:0005634 GO:GO:0005737 SUPFAM:SSF56112 GO:GO:0004674 TreeFam:TF314166 KO:K08803 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 GeneTree:ENSGT00740000114993 CTD:1613 OMA:SLEHPWI EMBL:BX539340 RefSeq:XP_690685.1 UniGene:Dr.132498 UniGene:Dr.3200 PRIDE:E9QHI3 Ensembl:ENSDART00000146103 GeneID:562194 KEGG:dre:562194 NextBio:20884294 Bgee:E9QHI3 Uniprot:E9QHI3)

HSP 1 Score: 354.755 bits (909), Expect = 1.039e-118
Identity = 167/258 (64.73%), Postives = 213/258 (82.56%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  E Y++  EE+GSGQFAIVR+  EKS+ TEYA KFIKK+RL +SRRGV+RE+I++E++IL E++H+NII LH ++E++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ +I  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQEDVEIYYDMGEELGSGQFAIVRKCKEKSSGTEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIQHSNIITLHDIFENKTDVILILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHQIKDGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:DAPK3 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016605 "PML body" evidence=IEA] [GO:0017148 "negative regulation of translation" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0042803 "protein homodimerization activity" evidence=IEA] [GO:0042981 "regulation of apoptotic process" evidence=IBA] [GO:0043522 "leucine zipper domain binding" evidence=IEA] [GO:0071346 "cellular response to interferon-gamma" evidence=IEA] [GO:0090263 "positive regulation of canonical Wnt signaling pathway" evidence=IEA] [GO:0097190 "apoptotic signaling pathway" evidence=IEA] InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 GO:GO:0005524 GO:GO:0017148 GO:GO:0016605 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0097190 GO:GO:0071346 GO:GO:0090263 TreeFam:TF314166 KO:K08803 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 GeneTree:ENSGT00740000114993 CTD:1613 OMA:SLEHPWI RefSeq:XP_533950.2 ProteinModelPortal:E2QVH6 Ensembl:ENSCAFT00000030431 GeneID:476745 KEGG:cfa:476745 NextBio:20852357 Uniprot:E2QVH6)

HSP 1 Score: 353.599 bits (906), Expect = 3.270e-118
Identity = 166/260 (63.85%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  EDY+E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E++IL E+ H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDYYEMGEELGSGQFAIVRKCRQKGTGKEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIRHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:Dapk3 "Death-associated protein kinase 3" species:10116 "Rattus norvegicus" [GO:0000775 "chromosome, centromeric region" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=IDA] [GO:0005524 "ATP binding" evidence=IDA] [GO:0005634 "nucleus" evidence=IDA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005815 "microtubule organizing center" evidence=IEA] [GO:0006351 "transcription, DNA-templated" evidence=IEA] [GO:0006355 "regulation of transcription, DNA-templated" evidence=IEA] [GO:0006915 "apoptotic process" evidence=IMP] [GO:0016568 "chromatin modification" evidence=IEA] [GO:0016605 "PML body" evidence=IEA] [GO:0017148 "negative regulation of translation" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IDA] [GO:0042803 "protein homodimerization activity" evidence=ISS] [GO:0043522 "leucine zipper domain binding" evidence=IEA] [GO:0045121 "membrane raft" evidence=IDA] [GO:0046777 "protein autophosphorylation" evidence=ISS] [GO:0071346 "cellular response to interferon-gamma" evidence=IEA] [GO:0090263 "positive regulation of canonical Wnt signaling pathway" evidence=IEA] [GO:0097190 "apoptotic signaling pathway" evidence=IEA] [GO:2001241 "positive regulation of extrinsic apoptotic signaling pathway in absence of ligand" evidence=IMP] InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 RGD:621766 GO:GO:0005524 GO:GO:0005634 GO:GO:0005737 GO:GO:0042803 GO:GO:0000775 GO:GO:0006915 GO:GO:2001241 GO:GO:0006355 GO:GO:0045121 GO:GO:0030182 GO:GO:0017148 GO:GO:0035556 GO:GO:0016605 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0097190 GO:GO:0046777 GO:GO:0006351 HOGENOM:HOG000233016 GO:GO:0016568 GO:GO:0005815 GO:GO:0071346 GO:GO:0090263 TreeFam:TF314166 KO:K08803 InterPro:IPR020675 PANTHER:PTHR22964 CTD:1613 HOVERGEN:HBG101549 EMBL:AJ006971 EMBL:BC062076 RefSeq:NP_071991.1 RefSeq:XP_006241054.1 RefSeq:XP_006241055.1 RefSeq:XP_006241056.1 UniGene:Rn.60353 ProteinModelPortal:O88764 SMR:O88764 BioGrid:249061 IntAct:O88764 PaxDb:O88764 GeneID:64391 KEGG:rno:64391 UCSC:RGD:621766 InParanoid:O88764 NextBio:613146 PRO:PR:O88764 Genevestigator:O88764 Uniprot:O88764)

HSP 1 Score: 352.058 bits (902), Expect = 9.452e-118
Identity = 166/260 (63.85%), Postives = 210/260 (80.77%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E+ H NII LH V+E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL KH  S  +KLIDFG++ +I  G+E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCQQKGTGMEYAAKFIKKRRLPSSRRGVSREEIEREVSILREIRHPNIITLHDVFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKHAASPRIKLIDFGIAHRIEAGSEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSSTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:Dapk3 "death-associated protein kinase 3" species:10116 "Rattus norvegicus" [GO:0000775 "chromosome, centromeric region" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=ISO;IDA] [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005524 "ATP binding" evidence=ISO;IDA] [GO:0005634 "nucleus" evidence=ISO;IDA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005815 "microtubule organizing center" evidence=IEA] [GO:0006351 "transcription, DNA-templated" evidence=IEA] [GO:0006355 "regulation of transcription, DNA-templated" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=ISO] [GO:0006915 "apoptotic process" evidence=ISO;IMP] [GO:0016568 "chromatin modification" evidence=IEA] [GO:0016605 "PML body" evidence=IEA;ISO] [GO:0017148 "negative regulation of translation" evidence=IEA;ISO] [GO:0030182 "neuron differentiation" evidence=IEP] [GO:0035556 "intracellular signal transduction" evidence=ISO;IDA] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0042803 "protein homodimerization activity" evidence=ISO;ISS] [GO:0043522 "leucine zipper domain binding" evidence=IEA;ISO] [GO:0045121 "membrane raft" evidence=IDA] [GO:0046777 "protein autophosphorylation" evidence=ISO;ISS] [GO:0071346 "cellular response to interferon-gamma" evidence=IEA;ISO] [GO:0090263 "positive regulation of canonical Wnt signaling pathway" evidence=IEA;ISO] [GO:0097190 "apoptotic signaling pathway" evidence=IEA;ISO] [GO:2001241 "positive regulation of extrinsic apoptotic signaling pathway in absence of ligand" evidence=IMP] InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 RGD:621766 GO:GO:0005524 GO:GO:0005634 GO:GO:0005737 GO:GO:0042803 GO:GO:0000775 GO:GO:0006915 GO:GO:2001241 GO:GO:0006355 GO:GO:0045121 GO:GO:0030182 GO:GO:0017148 GO:GO:0035556 GO:GO:0016605 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0097190 GO:GO:0046777 GO:GO:0006351 HOGENOM:HOG000233016 GO:GO:0016568 GO:GO:0005815 GO:GO:0071346 GO:GO:0090263 TreeFam:TF314166 KO:K08803 InterPro:IPR020675 PANTHER:PTHR22964 CTD:1613 HOVERGEN:HBG101549 EMBL:AJ006971 EMBL:BC062076 RefSeq:NP_071991.1 RefSeq:XP_006241054.1 RefSeq:XP_006241055.1 RefSeq:XP_006241056.1 UniGene:Rn.60353 ProteinModelPortal:O88764 SMR:O88764 BioGrid:249061 IntAct:O88764 PaxDb:O88764 GeneID:64391 KEGG:rno:64391 UCSC:RGD:621766 InParanoid:O88764 NextBio:613146 PRO:PR:O88764 Genevestigator:O88764 Uniprot:O88764)

HSP 1 Score: 352.058 bits (902), Expect = 9.452e-118
Identity = 166/260 (63.85%), Postives = 210/260 (80.77%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E+ H NII LH V+E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL KH  S  +KLIDFG++ +I  G+E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCQQKGTGMEYAAKFIKKRRLPSSRRGVSREEIEREVSILREIRHPNIITLHDVFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKHAASPRIKLIDFGIAHRIEAGSEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSSTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:Dapk3 "death-associated protein kinase 3" species:10090 "Mus musculus" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0000775 "chromosome, centromeric region" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=ISO;IDA] [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005524 "ATP binding" evidence=ISO;IDA] [GO:0005634 "nucleus" evidence=ISO;IDA] [GO:0005694 "chromosome" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0006351 "transcription, DNA-templated" evidence=IEA] [GO:0006355 "regulation of transcription, DNA-templated" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=ISO;IBA;IDA] [GO:0006915 "apoptotic process" evidence=ISO] [GO:0016301 "kinase activity" evidence=ISO] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016568 "chromatin modification" evidence=IEA] [GO:0016605 "PML body" evidence=IDA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0017148 "negative regulation of translation" evidence=ISO] [GO:0035556 "intracellular signal transduction" evidence=ISO;IDA] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0042803 "protein homodimerization activity" evidence=ISO] [GO:0042981 "regulation of apoptotic process" evidence=IBA] [GO:0043522 "leucine zipper domain binding" evidence=ISO] [GO:0045121 "membrane raft" evidence=ISO] [GO:0046777 "protein autophosphorylation" evidence=ISO] [GO:0071346 "cellular response to interferon-gamma" evidence=ISO;IMP] [GO:0090263 "positive regulation of canonical Wnt signaling pathway" evidence=ISO] [GO:0097190 "apoptotic signaling pathway" evidence=IGI;IDA] [GO:2001241 "positive regulation of extrinsic apoptotic signaling pathway in absence of ligand" evidence=ISO] Reactome:REACT_100962 InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 MGI:MGI:1203520 GO:GO:0005524 GO:GO:0005737 GO:GO:0042803 GO:GO:0000775 GO:GO:2001241 GO:GO:0006355 GO:GO:0030182 GO:GO:0017148 GO:GO:0035556 GO:GO:0016605 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0097190 GO:GO:0046777 GO:GO:0006351 HOGENOM:HOG000233016 GO:GO:0016568 GO:GO:0005815 GO:GO:0071346 GO:GO:0090263 TreeFam:TF314166 KO:K08803 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 CTD:1613 HOVERGEN:HBG101549 EMBL:AB007143 RefSeq:NP_001177402.1 RefSeq:NP_031854.1 RefSeq:XP_006513258.1 UniGene:Mm.10294 ProteinModelPortal:O54784 SMR:O54784 BioGrid:199052 IntAct:O54784 STRING:10090.ENSMUSP00000035962 PhosphoSite:O54784 PaxDb:O54784 PRIDE:O54784 Ensembl:ENSMUST00000047665 Ensembl:ENSMUST00000178422 GeneID:13144 KEGG:mmu:13144 UCSC:uc007ggg.2 InParanoid:O54784 OMA:DYSAREI NextBio:283230 PRO:PR:O54784 ArrayExpress:O54784 Bgee:O54784 CleanEx:MM_DAPK3 Genevestigator:O54784 Uniprot:O54784)

HSP 1 Score: 352.058 bits (902), Expect = 1.088e-117
Identity = 166/260 (63.85%), Postives = 210/260 (80.77%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E+ H NII LH V+E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL KH  S  +KLIDFG++ +I  G+E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCQQKGTGMEYAAKFIKKRRLPSSRRGVSREEIEREVSILREIRHPNIITLHDVFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKHAASPRIKLIDFGIAHRIEAGSEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSSTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:DAPK3 "DAPK3 protein" species:9913 "Bos taurus" [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016605 "PML body" evidence=IEA] [GO:0017148 "negative regulation of translation" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0042803 "protein homodimerization activity" evidence=IEA] [GO:0042981 "regulation of apoptotic process" evidence=IBA] [GO:0043522 "leucine zipper domain binding" evidence=IEA] [GO:0071346 "cellular response to interferon-gamma" evidence=IEA] [GO:0090263 "positive regulation of canonical Wnt signaling pathway" evidence=IEA] [GO:0097190 "apoptotic signaling pathway" evidence=IEA] InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 GO:GO:0005524 GO:GO:0017148 GO:GO:0016605 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0097190 HOGENOM:HOG000233016 GO:GO:0071346 GO:GO:0090263 TreeFam:TF314166 KO:K08803 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 GeneTree:ENSGT00740000114993 CTD:1613 HOVERGEN:HBG101549 OMA:SLEHPWI EMBL:DAAA02019629 EMBL:BC151366 RefSeq:NP_001094594.1 RefSeq:XP_005209003.1 RefSeq:XP_005209004.1 UniGene:Bt.11097 SMR:A7MB69 STRING:9913.ENSBTAP00000027209 Ensembl:ENSBTAT00000027209 GeneID:525506 KEGG:bta:525506 InParanoid:A7MB69 NextBio:20874179 Uniprot:A7MB69)

HSP 1 Score: 351.288 bits (900), Expect = 2.177e-117
Identity = 165/260 (63.46%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E++IL E+ H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCRQKGTGKEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIRHPNIITLHDIFENRTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:DAPK3 "Death-associated protein kinase 3" species:9606 "Homo sapiens" [GO:0000775 "chromosome, centromeric region" evidence=IEA] [GO:0000910 "cytokinesis" evidence=TAS] [GO:0004674 "protein serine/threonine kinase activity" evidence=IDA;TAS] [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005524 "ATP binding" evidence=IDA] [GO:0005634 "nucleus" evidence=ISS] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005815 "microtubule organizing center" evidence=IEA] [GO:0006351 "transcription, DNA-templated" evidence=IEA] [GO:0006355 "regulation of transcription, DNA-templated" evidence=TAS] [GO:0006468 "protein phosphorylation" evidence=IDA] [GO:0006915 "apoptotic process" evidence=IMP;IDA] [GO:0006940 "regulation of smooth muscle contraction" evidence=TAS] [GO:0007088 "regulation of mitosis" evidence=TAS] [GO:0010506 "regulation of autophagy" evidence=TAS] [GO:0016568 "chromatin modification" evidence=IEA] [GO:0016605 "PML body" evidence=IEA] [GO:0017148 "negative regulation of translation" evidence=IDA] [GO:0030182 "neuron differentiation" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IDA] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0042803 "protein homodimerization activity" evidence=IDA] [GO:0042981 "regulation of apoptotic process" evidence=IBA;TAS] [GO:0043522 "leucine zipper domain binding" evidence=IPI] [GO:0046777 "protein autophosphorylation" evidence=IDA;TAS] [GO:0071346 "cellular response to interferon-gamma" evidence=IDA] [GO:0090263 "positive regulation of canonical Wnt signaling pathway" evidence=IMP] [GO:0097190 "apoptotic signaling pathway" evidence=IEA] [GO:2000145 "regulation of cell motility" evidence=TAS] [GO:2000249 "regulation of actin cytoskeleton reorganization" evidence=TAS] [GO:2001241 "positive regulation of extrinsic apoptotic signaling pathway in absence of ligand" evidence=IEA] Reactome:REACT_578 InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 GO:GO:0005524 GO:GO:0005634 GO:GO:0005737 GO:GO:0007088 GO:GO:0042803 GO:GO:0000775 GO:GO:0006915 GO:GO:2001241 GO:GO:0006355 GO:GO:0030182 GO:GO:0017148 GO:GO:0035556 GO:GO:0016605 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0097190 GO:GO:0006940 GO:GO:0046777 GO:GO:0006351 HOGENOM:HOG000233016 GO:GO:0016568 GO:GO:0005815 GO:GO:2000249 GO:GO:0010506 GO:GO:2000145 GO:GO:0042981 GO:GO:0071346 GO:GO:0090263 GO:GO:0000910 TreeFam:TF314166 KO:K08803 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 EMBL:AB007144 EMBL:AB022341 EMBL:AK074799 EMBL:BC126430 EMBL:BC126432 EMBL:AB265224 RefSeq:NP_001339.1 RefSeq:XP_005259565.1 RefSeq:XP_005259566.1 UniGene:Hs.631844 PDB:1YRP PDB:2J90 PDB:3BHY PDB:3BQR PDBsum:1YRP PDBsum:2J90 PDBsum:3BHY PDBsum:3BQR ProteinModelPortal:O43293 SMR:O43293 BioGrid:107983 IntAct:O43293 MINT:MINT-6505325 STRING:9606.ENSP00000301264 BindingDB:O43293 ChEMBL:CHEMBL2468 GuidetoPHARMACOLOGY:2004 PhosphoSite:O43293 PaxDb:O43293 PRIDE:O43293 DNASU:1613 Ensembl:ENST00000301264 Ensembl:ENST00000545797 GeneID:1613 KEGG:hsa:1613 UCSC:uc002lzc.1 CTD:1613 GeneCards:GC19M003958 HGNC:HGNC:2676 HPA:HPA028569 MIM:603289 neXtProt:NX_O43293 PharmGKB:PA27144 HOVERGEN:HBG101549 InParanoid:O43293 OMA:SLEHPWI SignaLink:O43293 ChiTaRS:DAPK3 EvolutionaryTrace:O43293 GeneWiki:DAPK3 GenomeRNAi:1613 NextBio:6630 PRO:PR:O43293 ArrayExpress:O43293 Bgee:O43293 CleanEx:HS_DAPK3 Genevestigator:O43293 Uniprot:O43293)

HSP 1 Score: 351.288 bits (900), Expect = 2.201e-117
Identity = 165/260 (63.46%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E++IL E+ H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCRQKGTGKEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIRHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:Dapk2 "death-associated protein kinase 2" species:10090 "Mus musculus" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005516 "calmodulin binding" evidence=ISO;ISS] [GO:0005524 "ATP binding" evidence=ISO;ISS] [GO:0005737 "cytoplasm" evidence=ISO;ISS] [GO:0006468 "protein phosphorylation" evidence=ISO;ISS;IBA] [GO:0006915 "apoptotic process" evidence=IEA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0031410 "cytoplasmic vesicle" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=ISO;ISS] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0042981 "regulation of apoptotic process" evidence=IBA] [GO:0043276 "anoikis" evidence=ISO] [GO:2001242 "regulation of intrinsic apoptotic signaling pathway" evidence=ISO;ISS] Reactome:REACT_100962 InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 MGI:MGI:1341297 GO:GO:0005524 GO:GO:0005737 GO:GO:0035556 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0031410 GO:GO:0006468 HOGENOM:HOG000233016 GO:GO:0005516 GO:GO:1900119 GO:GO:0043276 TreeFam:TF314166 KO:K08803 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 GeneTree:ENSGT00740000114993 CTD:23604 HOVERGEN:HBG100551 OMA:YARRRWK GO:GO:0034423 EMBL:AB018002 EMBL:BC022165 EMBL:AF052942 RefSeq:NP_034149.2 UniGene:Mm.304472 UniGene:Mm.335252 PDB:2YA9 PDB:2YAA PDB:2YAB PDBsum:2YA9 PDBsum:2YAA PDBsum:2YAB ProteinModelPortal:Q8VDF3 SMR:Q8VDF3 BioGrid:199051 STRING:10090.ENSMUSP00000034944 PhosphoSite:Q8VDF3 PaxDb:Q8VDF3 PRIDE:Q8VDF3 Ensembl:ENSMUST00000034944 GeneID:13143 KEGG:mmu:13143 UCSC:uc009qen.2 InParanoid:Q8VDF3 EvolutionaryTrace:Q8VDF3 NextBio:283226 PRO:PR:Q8VDF3 Bgee:Q8VDF3 CleanEx:MM_DAPK2 Genevestigator:Q8VDF3 Uniprot:Q8VDF3)

HSP 1 Score: 343.199 bits (879), Expect = 2.458e-115
Identity = 165/266 (62.03%), Postives = 212/266 (79.70%), Query Frame = 0 
Query:    9 VQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL--LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            +++ N   F+ +  ED+++  EE+GSGQFAIV++  EKST  EYA KFIKK++   SRRGV RE+I++E+ IL ++ H NII LH VYE++T V+L+LEL+ GGELFDF+++KE LSEEEA++FIKQIL GV ++HTK I+H DLKPENIMLL K+  +  +KLIDFGL+ +I  G E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLG+T+QET  NI A  Y+FD EFFSQTSELAKDFIR+L V ++R
Sbjct:    6 MRSPNMETFKQQKVEDFYDIGEELGSGQFAIVKKCREKSTGLEYAAKFIKKRQSRASRRGVCREEIEREVSILRQVLHPNIITLHDVYENRTDVVLILELVSGGELFDFLAQKESLSEEEATSFIKQILDGVNYLHTKKIAHFDLKPENIMLLDKNIPIPHIKLIDFGLAHEIEDGVEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGDTKQETLANITAVSYDFDEEFFSQTSELAKDFIRKLLVKETR 271
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:DAPK2 "Death-associated protein kinase 2" species:9606 "Homo sapiens" [GO:0004674 "protein serine/threonine kinase activity" evidence=TAS] [GO:0004683 "calmodulin-dependent protein kinase activity" evidence=IBA] [GO:0005516 "calmodulin binding" evidence=IDA] [GO:0005524 "ATP binding" evidence=IDA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0006468 "protein phosphorylation" evidence=IDA] [GO:0006915 "apoptotic process" evidence=TAS] [GO:0010506 "regulation of autophagy" evidence=TAS] [GO:0031410 "cytoplasmic vesicle" evidence=IEA] [GO:0034423 "autophagic vacuole lumen" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IDA] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0042981 "regulation of apoptotic process" evidence=TAS] [GO:0043276 "anoikis" evidence=IMP] [GO:0046777 "protein autophosphorylation" evidence=TAS] [GO:2001242 "regulation of intrinsic apoptotic signaling pathway" evidence=IMP] Reactome:REACT_578 InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 GO:GO:0005524 GO:GO:0005737 GO:GO:0035556 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004674 GO:GO:0031410 GO:GO:0046777 HOGENOM:HOG000233016 GO:GO:0010506 GO:GO:0005516 GO:GO:1900119 GO:GO:0043276 PDB:1WRZ PDB:1ZUZ PDBsum:1WRZ PDBsum:1ZUZ TreeFam:TF314166 KO:K08803 InterPro:IPR020675 PANTHER:PTHR22964 EMBL:AB018001 EMBL:AF052941 EMBL:GU056176 EMBL:AC015914 EMBL:AC021541 EMBL:BC114506 RefSeq:NP_055141.2 RefSeq:XP_005254323.1 UniGene:Hs.237886 PDB:1WMK PDB:1Z9X PDB:1ZWS PDB:2A27 PDB:2A2A PDB:2CKE PDBsum:1WMK PDBsum:1Z9X PDBsum:1ZWS PDBsum:2A27 PDBsum:2A2A PDBsum:2CKE ProteinModelPortal:Q9UIK4 SMR:Q9UIK4 BioGrid:117137 STRING:9606.ENSP00000261891 BindingDB:Q9UIK4 ChEMBL:CHEMBL3123 GuidetoPHARMACOLOGY:2003 PhosphoSite:Q9UIK4 DMDM:38605084 PaxDb:Q9UIK4 PRIDE:Q9UIK4 DNASU:23604 Ensembl:ENST00000261891 Ensembl:ENST00000457488 Ensembl:ENST00000558069 GeneID:23604 KEGG:hsa:23604 UCSC:uc002amr.3 CTD:23604 GeneCards:GC15M064199 HGNC:HGNC:2675 neXtProt:NX_Q9UIK4 PharmGKB:PA27143 HOVERGEN:HBG100551 InParanoid:Q9UIK4 OMA:YARRRWK SignaLink:Q9UIK4 ChiTaRS:DAPK2 EvolutionaryTrace:Q9UIK4 GeneWiki:DAPK2 GenomeRNAi:23604 NextBio:35500973 PRO:PR:Q9UIK4 ArrayExpress:Q9UIK4 Bgee:Q9UIK4 CleanEx:HS_DAPK2 Genevestigator:Q9UIK4 GO:GO:0034423 Uniprot:Q9UIK4)

HSP 1 Score: 342.043 bits (876), Expect = 7.522e-115
Identity = 164/266 (61.65%), Postives = 213/266 (80.08%), Query Frame = 0 
Query:    9 VQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL--LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            +++ N   F+ +  ED+++  EE+GSGQFAIV++  EKST  EYA KFIKK++   SRRGV+RE+I++E+ IL ++ H N+I LH VYE++T V+L+LEL+ GGELFDF+++KE LSEEEA++FIKQIL GV ++HTK I+H DLKPENIMLL K+  +  +KLIDFGL+ +I  G E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLG+T+QET  NI A  Y+FD EFFSQTSELAKDFIR+L V ++R
Sbjct:    6 MRSPNMEPFKQQKVEDFYDIGEELGSGQFAIVKKCREKSTGLEYAAKFIKKRQSRASRRGVSREEIEREVSILRQVLHHNVITLHDVYENRTDVVLILELVSGGELFDFLAQKESLSEEEATSFIKQILDGVNYLHTKKIAHFDLKPENIMLLDKNIPIPHIKLIDFGLAHEIEDGVEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGDTKQETLANITAVSYDFDEEFFSQTSELAKDFIRKLLVKETR 271
[Close]
BLAST of EMLSAG00000012225 vs. GO
Match: - (symbol:F1NUY1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0005516 "calmodulin binding" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0043276 "anoikis" evidence=IEA] [GO:1900119 "positive regulation of execution phase of apoptosis" evidence=IEA] InterPro:IPR000719 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF00069 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 SMART:SM00220 GO:GO:0005524 SUPFAM:SSF56112 GO:GO:0004674 OrthoDB:EOG7QZGBH InterPro:IPR020675 PANTHER:PTHR22964 GeneTree:ENSGT00740000114993 EMBL:AADN03006025 Ensembl:ENSGALT00000005279 Uniprot:F1NUY1)

HSP 1 Score: 343.199 bits (879), Expect = 1.898e-113
Identity = 165/258 (63.95%), Postives = 205/258 (79.46%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL--LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            F+ +  ED +E  EE+GSGQFAIV++  E ST  EYA KFIKK++   SRRGV RE+I++E+ IL +  HANII LH +YE++T V+L+LEL+ GGELFDF+++KE LSEEEA+ FIKQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFGL+ KI  G E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +YEFD EFFS TS+LAKDFIR+L V D+R
Sbjct:   18 FKQQKVEDVYEIGEELGSGQFAIVKKCREISTGLEYAAKFIKKRQSRASRRGVRREEIEREVDILQQTLHANIIKLHDIYENKTDVVLILELVSGGELFDFLAQKESLSEEEATRFIKQILDGVNYLHSKKIAHFDLKPENIMLLDKNIPIPHIKLIDFGLAHKIEDGVEFKNIFGTPEFVAPEIVNYEPLGLAADMWSIGVITYILLSGASPFLGETKQETLANITAVNYEFDEEFFSNTSDLAKDFIRKLLVKDTR 275
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592902967|gb|GAXK01055408.1| (TSA: Calanus finmarchicus comp85839_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 241.121 bits (614), Expect = 1.620e-70
Identity = 111/252 (44.05%), Postives = 174/252 (69.05%), Query Frame = 0 
Query:   22 FEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFD-FISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            F++ F+ +EE+G G+F +V +V +K T   +A KF++ ++ E       RE  ++EI+I+  ++H+ ++ L   YE+  +VI+++E + GGELF+  +++   L+E +   F++QI + + +MH K I HLDLKPENI+   K S  +K+IDFGL+RK+ PG ++R + GTPEFVSPEV++YEP+S ++DMWS+GV+ Y+LLSG SPF+G++  ETF NI    Y+FD + F   SE AKDFI ++ V D R
Sbjct: 3511 FKENFDIYEELGRGRFGVVFKVKDKDTREVFAAKFVRCRKQE------EREKCKEEINIMNGLDHSRLLQLAAAYENPREVIMIMEFIGGGELFEKVVADDFTLTEHDCVLFMRQICMAIGYMHQKDIVHLDLKPENILCKSKKSHQIKIIDFGLTRKLKPGEDVRILFGTPEFVSPEVISYEPVSASSDMWSVGVVCYVLLSGLSPFMGDSDVETFSNITGLSYDFDDDAFEHISEDAKDFIHKMLVKDQR 4248
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592902968|gb|GAXK01055407.1| (TSA: Calanus finmarchicus comp85839_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 241.121 bits (614), Expect = 1.652e-70
Identity = 111/252 (44.05%), Postives = 174/252 (69.05%), Query Frame = 0 
Query:   22 FEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFD-FISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            F++ F+ +EE+G G+F +V +V +K T   +A KF++ ++ E       RE  ++EI+I+  ++H+ ++ L   YE+  +VI+++E + GGELF+  +++   L+E +   F++QI + + +MH K I HLDLKPENI+   K S  +K+IDFGL+RK+ PG ++R + GTPEFVSPEV++YEP+S ++DMWS+GV+ Y+LLSG SPF+G++  ETF NI    Y+FD + F   SE AKDFI ++ V D R
Sbjct: 3562 FKENFDIYEELGRGRFGVVFKVKDKDTREVFAAKFVRCRKQE------EREKCKEEINIMNGLDHSRLLQLAAAYENPREVIMIMEFIGGGELFEKVVADDFTLTEHDCVLFMRQICMAIGYMHQKDIVHLDLKPENILCKSKKSHQIKIIDFGLTRKLKPGEDVRILFGTPEFVSPEVISYEPVSASSDMWSVGVVCYVLLSGLSPFMGDSDVETFSNITGLSYDFDDDAFEHISEDAKDFIHKMLVKDQR 4299
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592834703|gb|GAXK01122841.1| (TSA: Calanus finmarchicus comp750967_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 212.616 bits (540), Expect = 3.267e-65
Identity = 111/252 (44.05%), Postives = 165/252 (65.48%), Query Frame = 0 
Query:   23 EDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYES--QTQVILVLELLRGGELFDFISEKERL--SEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            E+ F+ FE +GSG+F  V RVV K +   +A K I+ +R    RR      +  EI IL  +EH+ ++ L++VY      +++ +LE L GGELF+ I +   +  +E + + FI QIL GV ++H+  I HLDLKPENI+ + + S  +K++DFGL+R++        M GTP+FVSPEVVNYEP+S  +D+WS+GVITY+LLSG SPFLG++  +TF NI +  + F+ + F   S LAKDFI++L V++
Sbjct:  231 EEDFQHFEMVGSGKFGKVYRVVCKKSGDVFAAKHIQCRRASEKRR------VWDEIEILRGIEHSVLVRLYRVYSDPDNDEIVEILEYLPGGELFNRILQTTDIMITEMDIAGFIYQILTGVEYLHSLNIVHLDLKPENIVCVDEDSFQIKVVDFGLARRLDDNQATCVMQGTPDFVSPEVVNYEPISTCSDIWSVGVITYVLLSGLSPFLGDSNMQTFNNITSLRFTFEEDEFDPVSSLAKDFIQKLLVLN 968
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592834704|gb|GAXK01122840.1| (TSA: Calanus finmarchicus comp750967_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 213.001 bits (541), Expect = 2.261e-64
Identity = 111/252 (44.05%), Postives = 165/252 (65.48%), Query Frame = 0 
Query:   23 EDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYES--QTQVILVLELLRGGELFDFISEKERL--SEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            E+ F+ FE +GSG+F  V RVV K +   +A K I+ +R    RR      +  EI IL  +EH+ ++ L++VY      +++ +LE L GGELF+ I +   +  +E + + FI QIL GV ++H+  I HLDLKPENI+ + + S  +K++DFGL+R++        M GTP+FVSPEVVNYEP+S  +D+WS+GVITY+LLSG SPFLG++  +TF NI +  + F+ + F   S LAKDFI++L V++
Sbjct:  513 EEDFQHFEMVGSGKFGKVYRVVCKKSGDVFAAKHIQCRRASEKRR------VWDEIEILRGIEHSVLVRLYRVYSDPDNDEIVEILEYLPGGELFNRILQTTDIMITEMDIAGFIYQILTGVEYLHSLNIVHLDLKPENIVCVDEDSFQIKVVDFGLARRLDDNQATCVMQGTPDFVSPEVVNYEPISTCSDIWSVGVITYVLLSGLSPFLGDSNMQTFNNITSLRFTFEEDEFDPVSSLAKDFIQKLLVLN 1250
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592890658|gb|GAXK01067717.1| (TSA: Calanus finmarchicus comp17337_c9_seq14 transcribed RNA sequence)

HSP 1 Score: 214.927 bits (546), Expect = 5.171e-62
Identity = 104/246 (42.28%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D+++  EEIG+G F +V R  E  T   +A KFI           + +  I+KEI I+  + H  +I LH  +E + +++L+ E L GGELF+ I +E   +SE E  N+++QI  GV+HMH + I HLD+KPEN+M     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  E +   TDMW++GV++Y+LLSG SPF G +  +T +N+ ACD+ FD E F   SE  +DFIR+L V
Sbjct: 1306 DHYDILEEIGTGAFGVVHRCRELKTQHVFAAKFIPIGH------AMEKALIRKEIDIMNHLHHCKLINLHDAFEDEDEMVLIFEFLSGGELFERITAEGYTMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENVMCTTSKSTSVKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREAVGFYTDMWAVGVLSYVLLSGLSPFAGASDIDTLKNVKACDWSFDEEAFKNVSEEGRDFIRKLLV 2025
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592890659|gb|GAXK01067716.1| (TSA: Calanus finmarchicus comp17337_c9_seq13 transcribed RNA sequence)

HSP 1 Score: 214.927 bits (546), Expect = 5.297e-62
Identity = 104/246 (42.28%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D+++  EEIG+G F +V R  E  T   +A KFI           + +  I+KEI I+  + H  +I LH  +E + +++L+ E L GGELF+ I +E   +SE E  N+++QI  GV+HMH + I HLD+KPEN+M     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  E +   TDMW++GV++Y+LLSG SPF G +  +T +N+ ACD+ FD E F   SE  +DFIR+L V
Sbjct: 1318 DHYDILEEIGTGAFGVVHRCRELKTQHVFAAKFIPIGH------AMEKALIRKEIDIMNHLHHCKLINLHDAFEDEDEMVLIFEFLSGGELFERITAEGYTMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENVMCTTSKSTSVKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREAVGFYTDMWAVGVLSYVLLSGLSPFAGASDIDTLKNVKACDWSFDEEAFKNVSEEGRDFIRKLLV 2037
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592890662|gb|GAXK01067713.1| (TSA: Calanus finmarchicus comp17337_c9_seq10 transcribed RNA sequence)

HSP 1 Score: 214.927 bits (546), Expect = 1.076e-61
Identity = 104/246 (42.28%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D+++  EEIG+G F +V R  E  T   +A KFI           + +  I+KEI I+  + H  +I LH  +E + +++L+ E L GGELF+ I +E   +SE E  N+++QI  GV+HMH + I HLD+KPEN+M     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  E +   TDMW++GV++Y+LLSG SPF G +  +T +N+ ACD+ FD E F   SE  +DFIR+L V
Sbjct: 1898 DHYDILEEIGTGAFGVVHRCRELKTQHVFAAKFIPIGH------AMEKALIRKEIDIMNHLHHCKLINLHDAFEDEDEMVLIFEFLSGGELFERITAEGYTMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENVMCTTSKSTSVKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREAVGFYTDMWAVGVLSYVLLSGLSPFAGASDIDTLKNVKACDWSFDEEAFKNVSEEGRDFIRKLLV 2617
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592890595|gb|GAXK01067780.1| (TSA: Calanus finmarchicus comp17337_c10_seq1 transcribed RNA sequence)

HSP 1 Score: 214.542 bits (545), Expect = 1.320e-61
Identity = 104/246 (42.28%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D+++  EEIG+G F +V R  E  T   +A KFI           + +  I+KEI I+  + H  +I LH  +E + +++L+ E L GGELF+ I +E   +SE E  N+++QI  GV+HMH + I HLD+KPEN+M     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  E +   TDMW++GV++Y+LLSG SPF G +  +T +N+ ACD+ FD E F   SE  +DFIR+L V
Sbjct: 3135 DHYDILEEIGTGAFGVVHRCRELKTQHVFAAKFIPIGH------AMEKALIRKEIDIMNHLHHCKLINLHDAFEDEDEMVLIFEFLSGGELFERITAEGYTMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENVMCTTSKSTSVKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREAVGFYTDMWAVGVLSYVLLSGLSPFAGASDIDTLKNVKACDWSFDEEAFKNVSEEGRDFIRKLLV 3854
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592890663|gb|GAXK01067712.1| (TSA: Calanus finmarchicus comp17337_c9_seq9 transcribed RNA sequence)

HSP 1 Score: 214.927 bits (546), Expect = 1.963e-61
Identity = 104/246 (42.28%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D+++  EEIG+G F +V R  E  T   +A KFI           + +  I+KEI I+  + H  +I LH  +E + +++L+ E L GGELF+ I +E   +SE E  N+++QI  GV+HMH + I HLD+KPEN+M     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  E +   TDMW++GV++Y+LLSG SPF G +  +T +N+ ACD+ FD E F   SE  +DFIR+L V
Sbjct: 1306 DHYDILEEIGTGAFGVVHRCRELKTQHVFAAKFIPIGH------AMEKALIRKEIDIMNHLHHCKLINLHDAFEDEDEMVLIFEFLSGGELFERITAEGYTMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENVMCTTSKSTSVKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREAVGFYTDMWAVGVLSYVLLSGLSPFAGASDIDTLKNVKACDWSFDEEAFKNVSEEGRDFIRKLLV 2025
[Close]
BLAST of EMLSAG00000012225 vs. C. finmarchicus
Match: gi|592890664|gb|GAXK01067711.1| (TSA: Calanus finmarchicus comp17337_c9_seq8 transcribed RNA sequence)

HSP 1 Score: 214.927 bits (546), Expect = 1.969e-61
Identity = 104/246 (42.28%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D+++  EEIG+G F +V R  E  T   +A KFI           + +  I+KEI I+  + H  +I LH  +E + +++L+ E L GGELF+ I +E   +SE E  N+++QI  GV+HMH + I HLD+KPEN+M     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  E +   TDMW++GV++Y+LLSG SPF G +  +T +N+ ACD+ FD E F   SE  +DFIR+L V
Sbjct: 1318 DHYDILEEIGTGAFGVVHRCRELKTQHVFAAKFIPIGH------AMEKALIRKEIDIMNHLHHCKLINLHDAFEDEDEMVLIFEFLSGGELFERITAEGYTMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENVMCTTSKSTSVKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREAVGFYTDMWAVGVLSYVLLSGLSPFAGASDIDTLKNVKACDWSFDEEAFKNVSEEGRDFIRKLLV 2037
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000012225 (pep:novel supercontig:LSalAtl2s:LSalAtl2s88:337425:490616:1 gene:EMLSAG00000012225 transcript:EMLSAT00000012225 description:"augustus_masked-LSalAtl2s88-processed-gene-5.0")

HSP 1 Score: 556.599 bits (1433), Expect = 0.000e+0
Identity = 272/272 (100.00%), Postives = 272/272 (100.00%), Query Frame = 0 
Query:    1 MTSSMYKLVQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            MTSSMYKLVQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR
Sbjct:    1 MTSSMYKLVQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000002212 (pep:novel supercontig:LSalAtl2s:LSalAtl2s141:228369:312551:-1 gene:EMLSAG00000002212 transcript:EMLSAT00000002212 description:"maker-LSalAtl2s141-augustus-gene-3.6")

HSP 1 Score: 232.261 bits (591), Expect = 4.410e-69
Identity = 110/248 (44.35%), Postives = 168/248 (67.74%), Query Frame = 0 
Query:   22 FEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKE-RLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            F+  +  ++E+G G+F +V +V +K T+   A KF+K +R E       R+ ++ EI I+  +++A ++ L   YE+  ++I+V+E + GGELF+ + + +  L+E +   F+KQI   V +MH+K I HLDLKPENI+   K S  +K+IDFGL+RK+ P +E+R + GTPEFVSPEV+NYEP+S  +DMWS+GV+ Y+LLSG SPF+G++  ETF NI    Y+F+ E F   S+ +KDFI+ L V
Sbjct:  877 FKRKYGVYDELGRGRFGVVFKVKDKETNEILAAKFVKCRRSED------RQKVRDEIEIMNSLDYAKLLQLAAAYENPKEIIMVMEYIGGGELFEKVVQDDFTLTERDCVLFMKQICAAVGYMHSKEIVHLDLKPENILCKSKKSHQIKIIDFGLTRKLKPPDEVRILFGTPEFVSPEVINYEPVSTTSDMWSVGVVCYVLLSGLSPFMGDSDAETFGNISGIRYDFEDEAFDNISDESKDFIKNLLV 1118
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000009468 (pep:novel supercontig:LSalAtl2s:LSalAtl2s60:436556:473183:1 gene:EMLSAG00000009468 transcript:EMLSAT00000009468 description:"maker-LSalAtl2s60-augustus-gene-4.9")

HSP 1 Score: 215.312 bits (547), Expect = 1.719e-67
Identity = 112/249 (44.98%), Postives = 155/249 (62.25%), Query Frame = 0 
Query:   26 FETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKER-LSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKI-HPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            +ET E+IG G++  V +V+EK ++   A K I   +     R      I +EI +L +++H N+I L   YE     + VLE L GGELF+ I E  + L E + SN ++QI  G RH+    + HLDLKP+NI+    +   +K++DFGL+R I   G  IR M GTPEF SPEV+N+EP+SL TDMWSIG +T++LL+G SPFLG+  QET+ NIV C Y FD   F   SE AK+FI  L ++D +
Sbjct:   23 YETLEKIGEGKYGKVYKVLEKKSTLHRAAKHINASKASQKLR------ILEEIEVLKKLDHPNLIRLIGAYEDCGNFVQVLEYLPGGELFERIVESPKELCEGDISNLVRQICEGCRHLEEHSVVHLDLKPDNIVCTSLNGFNIKIVDFGLARIIDENGKGIRVMEGTPEFASPEVINFEPISLTTDMWSIGAMTFVLLTGLSPFLGDNNQETYNNIVECRYTFDEPEFDLISESAKNFISSLLIIDQK 265
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000008721 (pep:novel supercontig:LSalAtl2s:LSalAtl2s541:438808:485939:-1 gene:EMLSAG00000008721 transcript:EMLSAT00000008721 description:"maker-LSalAtl2s541-augustus-gene-3.15")

HSP 1 Score: 210.305 bits (534), Expect = 1.066e-60
Identity = 111/256 (43.36%), Postives = 151/256 (58.98%), Query Frame = 0 
Query:   15 TKFRTEPFE--------DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKD 261
            +KF  +P E        D ++  EEIG+G F +V R  E  T   YA KFI           + +  I+KEI I+  + H  +I LH  YE + +++L+ E L GGELF+ I SE   +SE E  N+++QI  GV+ MH + I HLD+KPEN+M     S  +KLIDFGL+ K+ P   ++   GT EF +PE+V  EP+   TDMWSIGV++Y+LLSG SPF G +  ET  N+ ACD+EFD E F   S L  D
Sbjct: 8409 SKFIPQPVEIKTQQSVYDNYDILEEIGTGAFGVVHRCRESKTGQVYAAKFI------PISHAMEKALIRKEIDIMNHLHHNKLINLHDAYEDEEEMVLIFEFLSGGELFEKITSEGYTMSEAEVINYMRQICEGVKFMHERNIIHLDIKPENVMCQTSKSTNVKLIDFGLATKLDPNELVKISTGTAEFAAPEIVEREPVGFYTDMWSIGVLSYVLLSGLSPFAGSSDIETLRNVKACDWEFDEEAFKNHSWLTGD 8658
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000008390 (pep:novel supercontig:LSalAtl2s:LSalAtl2s512:380507:404876:-1 gene:EMLSAG00000008390 transcript:EMLSAT00000008390 description:"maker-LSalAtl2s512-augustus-gene-4.5")

HSP 1 Score: 191.045 bits (484), Expect = 2.212e-55
Identity = 97/246 (39.43%), Postives = 155/246 (63.01%), Query Frame = 0 
Query:   26 FETFEEIGSGQFAIVRRVVEKSTSTEY-AGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYES-QTQVILVLELLRGGELFDFISEKE-RLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            +E   EIG G+F  V +  +  T  +Y A KF+      T+RR   R ++++E+ I+  ++H  ++ L   Y++ + ++ ++ E + GGELFD + E E  L+E+    F+KQIL G+ ++H++ I      PENI+   K    +K+IDFGL+R+  P  +++ + GTPEFV+PEVVN+EP+   TDMW++GVI Y+LLSG SPF+G+T  ET  N+   +Y++D E F   S+ AKDFI +L +
Sbjct:   34 YEMLHEIGRGKFGRVMKCRDFDTPDKYYAAKFV-----HTTRRD-DRRNVEREVEIMNSLKHPKLLQLFDAYDNGRNEMCILTEYIGGGELFDRVIEDEFVLTEKACIAFMKQILQGIEYIHSQQI------PENILCHTKTGNRIKIIDFGLARRYEPMKKLQVLFGTPEFVAPEVVNFEPIGYATDMWAVGVICYVLLSGLSPFMGDTDLETMANVTIAEYDYDDEVFDNVSDYAKDFIDKLLM 267
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000011362 (pep:novel supercontig:LSalAtl2s:LSalAtl2s784:66732:102413:-1 gene:EMLSAG00000011362 transcript:EMLSAT00000011362 description:"augustus_masked-LSalAtl2s784-processed-gene-1.0")

HSP 1 Score: 174.481 bits (441), Expect = 2.050e-50
Identity = 97/254 (38.19%), Postives = 144/254 (56.69%), Query Frame = 0 
Query:   19 TEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH-SQLLKLIDFGLSRKIHPGNEIR-EMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            T  F D +E  EE+G G F++VRR V+KST  ++A K I  K+L  S R   +  +++E  I  +++H NI+ LH   + +    LV +L+ GGELF+ I  +E  SE +AS+ I+QIL  V H H+  + H DLKPEN++L  K     +KL DFGL+ ++           GTP ++SPEV+  EP     D+W+ GVI YILL G  PF  E Q   +  I A  Y++ S  +   +  AK+ I ++  V+
Sbjct:    6 TTKFTDNYELKEELGKGAFSVVRRCVQKSTGLDFASKIINTKKL--SARDFQK--LEREARICRKLQHPNIVRLHDSIQEENYHYLVFDLVTGGELFEDIVAREFYSEADASHCIQQILESVNHCHSNGVVHRDLKPENLLLASKQKGAAVKLADFGLAIEVQGDQHAWFGFAGTPGYLSPEVLKKEPYGKAVDIWACGVILYILLVGYPPFWDEDQHRLYAQIKAGAYDYPSPEWDTVTPEAKNLINQMLTVN 255
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000002417 (pep:novel supercontig:LSalAtl2s:LSalAtl2s145:455239:514648:-1 gene:EMLSAG00000002417 transcript:EMLSAT00000002417 description:"augustus_masked-LSalAtl2s145-processed-gene-5.0")

HSP 1 Score: 165.236 bits (417), Expect = 3.285e-45
Identity = 97/256 (37.89%), Postives = 156/256 (60.94%), Query Frame = 0 
Query:   22 FEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEME-HANIIYLHQVYESQTQVILVLELLRGG-ELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIR--EMLGT--PEFVSPEVVN-YEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            FE  F   EE+G G++++VRR  E  T TE A KFI       +RR   RE  + E  IL  ++ H +I+   +++ + +   +V+E++     LF+ + +K   +E     ++ Q+L  + H+H+K I+HLDLKPEN +LL   ++ LKLIDFG +++++  +E+R    L T  PEF++PE+++  +PL   TDMW  GV+ Y+ LSG SPFL ++++ET  NI+ CD+ F  E+FS  SE AK+ I +   +D
Sbjct: 2809 FERKFIELEELGRGRYSVVRRCQEILTGTESAVKFI-------NRRKQDREITKCEYEILNSLKGHPHIVEGFELFLTSSSDAIVMEMIHYSLPLFEVLCQKTHYTEGNIQFYMTQLLKALEHIHSKGIAHLDLKPEN-LLLQTSTKTLKLIDFGSAQRLNDDDEVRSQNQLSTKGPEFLAPEILSENKPLGAFTDMWGFGVLIYVSLSGLSPFLDDSEEETTSNILRCDFSFPKEYFSTVSESAKEVISQFLCLD 3056
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000000389 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1062:164646:204460:1 gene:EMLSAG00000000389 transcript:EMLSAT00000000389 description:"maker-LSalAtl2s1062-augustus-gene-2.14")

HSP 1 Score: 152.14 bits (383), Expect = 4.050e-42
Identity = 93/266 (34.96%), Postives = 138/266 (51.88%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIK----KKRLETSRRGVAREDIQKEIHILAEM-EHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLN--------TDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + F +Y++T E +G G  ++VRR VEKS+  +YA K +     K  ++   R +  E +Q EI++L  +  H  I+ LHQV+ S     L+ EL   GELFDF++    LSE++     KQIL  V H H   I H DLKPENI+L    + ++KL DFG +RKI   + + E  GTP +++PEV+    +  N         D W+ GVI Y +  G  PF    Q     +I+   Y  +   +   +   KD I RL  V+ +
Sbjct:   63 DDFYEYYDTMEVLGKGLSSVVRRCVEKSSGKQYAVKIMDVSDDKNLVDAEGRSI-EEQVQLEINVLKVVSNHEYIVTLHQVFCSSPHYFLIFELCTKGELFDFLNNSVILSEKKCKIIFKQILEAVAHCHKLGIVHRDLKPENILL--DDNNIVKLTDFGFARKIKHTDRLFETCGTPGYLAPEVLMAGMVDXNKCTGYNIEVDAWACGVIMYTMCVGKPPFYHRKQLLMIRSIMEGKYSKNCXEWDNITNETKDLIERLLTVNPK 325
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000001966 (pep:novel supercontig:LSalAtl2s:LSalAtl2s134:758246:759645:-1 gene:EMLSAG00000001966 transcript:EMLSAT00000001966 description:"snap_masked-LSalAtl2s134-processed-gene-7.20")

HSP 1 Score: 143.665 bits (361), Expect = 8.783e-40
Identity = 82/249 (32.93%), Postives = 139/249 (55.82%), Query Frame = 0 
Query:   26 FETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGET--QQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            ++  E+IG G FA+V++   + T   YA K I K + +          I+ EI IL  + H NII L +V+++  +  LV E + GG+LFD I+   + SE+E+   +  +   ++++H K I H D+KPEN+++  +    + LK+ DFGL++ ++    +  + GTP +V+PE++         D+W+ GVI YILL G  PF   T  Q+E F+ I++  +EF+S  +   S  AK+ I  +  +D
Sbjct:  112 YDIGEKIGDGNFAVVKKCTSRKTGKCYALKVIDKGKXQGKEHM-----IESEITILNVVSHTNIIELLEVFDTPDERYLVTEYVSGGDLFDAITLDTKYSEDESRIMVNDLTSALKYLHDKMIVHRDIKPENLLVFDRSDGCKSLKIGDFGLAQAVN--EPLFIVCGTPTYVAPEILAETGYGXKVDIWATGVIMYILLCGFPPFSSSTNNQEELFDQILSGLFEFNSPNWDDISFPAKELISWMLQID 353
[Close]
BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Match: EMLSAP00000010926 (pep:novel supercontig:LSalAtl2s:LSalAtl2s730:308488:318471:-1 gene:EMLSAG00000010926 transcript:EMLSAT00000010926 description:"maker-LSalAtl2s730-snap-gene-3.28")

HSP 1 Score: 143.665 bits (361), Expect = 1.158e-38
Identity = 85/251 (33.86%), Postives = 133/251 (52.99%), Query Frame = 0 
Query:   26 FETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQ----TQVILVLELLRGGELFDFISEKER-LSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIR-EMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGA-SPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            +    +I +G F  V  V  + T   +A K++K              D+++E+H L  +  + +I     + +Q     Q +LV E L GG LF+  S  +  L+E +    ++QIL GV+ MH+K   HLDLKP N++   K     L++IDFGL++ +   ++I+  M GT E++SPEV+N    S  +DMW +GVI Y+L+SG  SPF    +  T   ++ CDY  D    ++ S+ AK FI  L V
Sbjct:   27 YRVLRQIANGAFGSVHCVQRRDTKVIHAAKYVK----------CCHSDVEREVHALRSLSKSRLILQFVGFYTQEKNGIQSVLVTEFLAGGXLFERTSASDYVLTEYKCRTIVRQILRGVQFMHSKNFIHLDLKPFNVVFSKKKDDFDLRIIDFGLAKDLGDHSKIKIGMCGTIEYMSPEVMNCSYASPQSDMWGVGVIAYMLVSGGLSPFFAINRFRTMARVIDCDYSLDVPELNKVSDEAKSFISGLLV 267

HSP 2 Score: 119.013 bits (297), Expect = 5.316e-30
Identity = 86/265 (32.45%), Postives = 144/265 (54.34%), Query Frame = 0 
Query:   24 DYFETFEE----IGSGQFAIVRRVVEKSTSTE-YAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHAN-IIYLHQVYE--SQTQVILVLELLRGGELFDFISEKE-RLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGN---EIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGA-SPFLGETQQETFENIVACDYE----FDSEFFSQTSELAKDFIRRLFVVD 270
            +Y +TF +    + +G F  +  V     S E YA K ++           + E +++E +IL ++ + N I+ L+ +YE  S+   +LV + L GG+L +  SE +  L+E +    +KQI +G+  +H   I H+DLKP ++  + K + + +K+ DF L++KI   +   +I  + G+ EF+SPEV+     S  TDMW +G+I Y+LL+G  SPF G  +  T   I+A  ++      S+F SQ    AKDFI  L ++D
Sbjct:  399 NYRQTFLKLHLIVNNGSFGTIFCVQHSIRSNEIYASKEVRH----------SLESVRREANILHQLRNCNKILTLYGLYEKISRNLSVLVTDYLTGGDLVERTSESDFVLNESKCKTIVKQICVGLEFVHFSRILHMDLKPFSVFFVSKENNVEVKIADFCLAKKISSTDGRIKIDSLCGSLEFISPEVLECSYASYATDMWGVGIIAYMLLTGGKSPFWGGNRFRTMAKILAGQFDDVSLKSSKFISQN---AKDFIYDLLLID 650
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38604634|sp|O88764.1|DAPK3_RAT (RecName: Full=Death-associated protein kinase 3; Short=DAP kinase 3; AltName: Full=DAP-like kinase; Short=Dlk; AltName: Full=MYPT1 kinase; AltName: Full=ZIP-kinase)

HSP 1 Score: 352.058 bits (902), Expect = 1.589e-119
Identity = 166/260 (63.85%), Postives = 210/260 (80.77%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E+ H NII LH V+E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL KH  S  +KLIDFG++ +I  G+E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCQQKGTGMEYAAKFIKKRRLPSSRRGVSREEIEREVSILREIRHPNIITLHDVFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKHAASPRIKLIDFGIAHRIEAGSEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSSTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38604695|sp|O54784.1|DAPK3_MOUSE (RecName: Full=Death-associated protein kinase 3; Short=DAP kinase 3; AltName: Full=DAP-like kinase; Short=Dlk; AltName: Full=MYPT1 kinase; AltName: Full=ZIP-kinase)

HSP 1 Score: 352.058 bits (902), Expect = 1.830e-119
Identity = 166/260 (63.85%), Postives = 210/260 (80.77%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E+ H NII LH V+E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL KH  S  +KLIDFG++ +I  G+E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCQQKGTGMEYAAKFIKKRRLPSSRRGVSREEIEREVSILREIRHPNIITLHDVFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKHAASPRIKLIDFGIAHRIEAGSEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSSTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38604691|sp|O43293.1|DAPK3_HUMAN (RecName: Full=Death-associated protein kinase 3; Short=DAP kinase 3; AltName: Full=DAP-like kinase; Short=Dlk; AltName: Full=MYPT1 kinase; AltName: Full=Zipper-interacting protein kinase; Short=ZIP-kinase)

HSP 1 Score: 351.288 bits (900), Expect = 3.728e-119
Identity = 165/260 (63.46%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E++IL E+ H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    2 STFRQEDVEDHYEMGEELGSGQFAIVRKCRQKGTGKEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIRHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38604935|sp|Q8VDF3.1|DAPK2_MOUSE (RecName: Full=Death-associated protein kinase 2; Short=DAP kinase 2; AltName: Full=DAP-kinase-related protein 1; Short=DRP-1)

HSP 1 Score: 343.199 bits (879), Expect = 4.044e-117
Identity = 165/266 (62.03%), Postives = 212/266 (79.70%), Query Frame = 0 
Query:    9 VQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL--LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            +++ N   F+ +  ED+++  EE+GSGQFAIV++  EKST  EYA KFIKK++   SRRGV RE+I++E+ IL ++ H NII LH VYE++T V+L+LEL+ GGELFDF+++KE LSEEEA++FIKQIL GV ++HTK I+H DLKPENIMLL K+  +  +KLIDFGL+ +I  G E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLG+T+QET  NI A  Y+FD EFFSQTSELAKDFIR+L V ++R
Sbjct:    6 MRSPNMETFKQQKVEDFYDIGEELGSGQFAIVKKCREKSTGLEYAAKFIKKRQSRASRRGVCREEIEREVSILRQVLHPNIITLHDVYENRTDVVLILELVSGGELFDFLAQKESLSEEEATSFIKQILDGVNYLHTKKIAHFDLKPENIMLLDKNIPIPHIKLIDFGLAHEIEDGVEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGDTKQETLANITAVSYDFDEEFFSQTSELAKDFIRKLLVKETR 271
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38605084|sp|Q9UIK4.1|DAPK2_HUMAN (RecName: Full=Death-associated protein kinase 2; Short=DAP kinase 2; AltName: Full=DAP-kinase-related protein 1; Short=DRP-1)

HSP 1 Score: 342.043 bits (876), Expect = 1.244e-116
Identity = 164/266 (61.65%), Postives = 213/266 (80.08%), Query Frame = 0 
Query:    9 VQTINSTKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL--LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            +++ N   F+ +  ED+++  EE+GSGQFAIV++  EKST  EYA KFIKK++   SRRGV+RE+I++E+ IL ++ H N+I LH VYE++T V+L+LEL+ GGELFDF+++KE LSEEEA++FIKQIL GV ++HTK I+H DLKPENIMLL K+  +  +KLIDFGL+ +I  G E + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLG+T+QET  NI A  Y+FD EFFSQTSELAKDFIR+L V ++R
Sbjct:    6 MRSPNMEPFKQQKVEDFYDIGEELGSGQFAIVKKCREKSTGLEYAAKFIKKRQSRASRRGVSREEIEREVSILRQVLHHNVITLHDVYENRTDVVLILELVSGGELFDFLAQKESLSEEEATSFIKQILDGVNYLHTKKIAHFDLKPENIMLLDKNIPIPHIKLIDFGLAHEIEDGVEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGDTKQETLANITAVSYDFDEEFFSQTSELAKDFIRKLLVKETR 271
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|317373595|sp|P53355.6|DAPK1_HUMAN (RecName: Full=Death-associated protein kinase 1; Short=DAP kinase 1)

HSP 1 Score: 346.665 bits (888), Expect = 5.781e-109
Identity = 163/260 (62.69%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            T FR E  +DY++T EE+GSGQFA+V++  EKST  +YA KFIKK+R ++SRRGV+REDI++E+ IL E++H N+I LH+VYE++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+  I+H DLKPENIMLL ++     +K+IDFGL+ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLG+T+QET  N+ A +YEF+ E+FS TS LAKDFIRRL V D +
Sbjct:    2 TVFRQENVDDYYDTGEELGSGQFAVVKKCREKSTGLQYAAKFIKKRRTKSSRRGVSREDIEREVSILKEIQHPNVITLHEVYENKTDVILILELVAGGELFDFLAEKESLTEEEATEFLKQILNGVYYLHSLQIAHFDLKPENIMLLDRNVPKPRIKIIDFGLAHKIDFGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGDTKQETLANVSAVNYEFEDEYFSNTSALAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38604743|sp|Q80YE7.3|DAPK1_MOUSE (RecName: Full=Death-associated protein kinase 1; Short=DAP kinase 1)

HSP 1 Score: 343.584 bits (880), Expect = 8.973e-108
Identity = 162/260 (62.31%), Postives = 209/260 (80.38%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            T FR E  +DY++T EE+GSGQFA+V++  EKST  +YA KFIKK+R ++SRRGV+REDI++E+ IL E+ H N+I LH+VYE++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+  I+H DLKPENIMLL ++     +K+IDFGL+ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLG+T+QET  N+ A +Y+F+ EFF  TS LAKDFIRRL V D +
Sbjct:    2 TVFRQENVDDYYDTGEELGSGQFAVVKKCREKSTGLQYAAKFIKKRRTKSSRRGVSREDIEREVSILKEIRHPNVITLHEVYENKTDVILILELVAGGELFDFLAEKESLTEEEATEFLKQILSGVYYLHSLQIAHFDLKPENIMLLDRNVPKPRIKIIDFGLAHKIDFGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGDTKQETLANVSAVNYDFEEEFFRNTSTLAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|122126442|sp|O44997.2|DAPK_CAEEL (RecName: Full=Death-associated protein kinase dapk-1)

HSP 1 Score: 309.301 bits (791), Expect = 1.784e-95
Identity = 146/255 (57.25%), Postives = 191/255 (74.90%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEME-HANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            F   PFED +E   E+GSGQFA+VRRV ++ T  +YA KFIKK+R  TSRRGV R++I++E+ +L ++  ++N++ LH VYE+ + VI+VLEL+ GGELFD +  KE L E EA+ FIKQILL VRH+H+  I HLD+KPEN+ML  +    +K+IDFGLSR+I PG  +++M+GTPEFV+PEVVNYE LS  TDMW++GV+TYILLSG SPFLG+ + ETF NI    Y F   +F  TS+ AKDFI RLFV D
Sbjct:   19 FDDTPFEDVYEIETELGSGQFAVVRRVRDRKTGEKYAAKFIKKRRYATSRRGVTRQNIEREVRVLQKIRGNSNVVELHAVYETASDVIIVLELVSGGELFDHVCAKECLDEVEAAAFIKQILLAVRHLHSLHIVHLDIKPENVMLKQRGDSQIKIIDFGLSREIEPGAVVKDMVGTPEFVAPEVVNYEALSPATDMWAVGVVTYILLSGGSPFLGDNRDETFSNITRVRYHFSDRYFKNTSKHAKDFIYRLFVRD 273
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|38605097|sp|Q91XS8.1|ST17B_RAT (RecName: Full=Serine/threonine-protein kinase 17B; AltName: Full=DAP kinase-related apoptosis-inducing protein kinase 2)

HSP 1 Score: 231.106 bits (588), Expect = 4.135e-73
Identity = 125/278 (44.96%), Postives = 185/278 (66.55%), Query Frame = 0 
Query:    4 SMYKLVQTINSTKFRTEPFEDYFE-TFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEI-HILAEMEHA----NIIYLHQVYESQTQVILVLELLRGGELFDFISEK--ERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIML-----LGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            S+  L+ T   T  +TE F +++  T +E+G G+FA+VR+ + KST  EYA KF+KK+R     RG   +D + EI H +A +E A    ++I LH+VYE+ T++ILVLE   GGE+F+    +  E +SE +    IKQIL GV ++H   I HLDLKP+NI+L     LG     +K++DFG+SRKI   +E+RE++GTPE+++PE++NY+P++  TDMW+IG+I Y+LL+  SPF+GE  QET+ NI   + ++  E FS  S+LA DFI+ L V
Sbjct:   10 SISGLLTTTPQTPMKTENFNNFYTLTPKELGRGKFAVVRQCISKSTGQEYAAKFLKKRR-----RG---QDCRAEILHEIAVLELARSCPHVINLHEVYETATEIILVLEYAAGGEIFNLCLPELAEMVSENDVIRLIKQILEGVHYLHQNNIVHLDLKPQNILLSSIYPLGD----IKIVDFGMSRKIGNASELREIMGTPEYLAPEILNYDPITTATDMWNIGIIAYMLLTHTSPFVGEDNQETYLNISQVNVDYSEEMFSSVSQLATDFIQSLLV 275
[Close]
BLAST of EMLSAG00000012225 vs. SwissProt
Match: gi|980960025|sp|G4SLH0.2|TTN1_CAEEL (RecName: Full=Titin homolog)

HSP 1 Score: 244.973 bits (624), Expect = 1.206e-72
Identity = 113/244 (46.31%), Postives = 166/244 (68.03%), Query Frame = 0 
Query:   30 EEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERL-SEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EE+G G +  V R  EK+T   +A K ++       R GV +E++  EI ++ ++ H  ++ LH+ ++   ++ L+ E + GGELF+ I E + L SEEE  +++ QILLGV HMH   I HLDLKPENI+L  K+S  LK+IDFGL+RK+ P   ++ + GTPEF +PEVVNY+P+ L+TDMW++GVI+Y+LLSG SPFLG++ ++T  N+ A D++FD   +   S+LAKDFI RL + D R
Sbjct: 15938 EELGKGAYGTVYRATEKATGKTWAAKMVQ------VRPGVKKENVIHEISMMNQLHHEKLLNLHEAFDMGNEMWLIEEFVSGGELFEKILEDDSLMSEEEVRDYMHQILLGVSHMHKNQIVHLDLKPENILLKAKNSNELKIIDFGLARKLDPKKSVKLLFGTPEFCAPEVVNYQPVGLSTDMWTVGVISYVLLSGLSPFLGDSDEDTLANVSASDWDFDDPSWDDVSDLAKDFICRLMIKDKR 16175
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: XP_016768357.1 (PREDICTED: death-associated protein kinase 1-like isoform X3 [Apis mellifera])

HSP 1 Score: 281.567 bits (719), Expect = 1.487e-86
Identity = 131/254 (51.57%), Postives = 184/254 (72.44%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EP E  ++  EEIG GQFAIVR+ +E  T   YA K ++K+R+    RGVA  DI +E  +LA + H NI+ LH+V ++ T V+L+LEL+ GGELF ++       E EA++ ++Q+L+ + H+H+  ++HLD+KPENI+L        +KLID GLS ++ PG+E R + GTPEFV+PE+VNYEPLSL TD+W++GV+TYILLSGASPFLGE +QET+ N+ AC Y+FD+E+FS  SE+AKDFIR L + D +
Sbjct:    6 EPIEKNYKLLEEIGKGQFAIVRKCMEIKTGEFYAAKIMRKRRVA---RGVAAADIAREAGLLARLRHPNIVSLHKVVDTGTTVVLLLELISGGELFHWVPS----GELEAAHVVRQVLMALSHLHSHQVAHLDIKPENILLSTPPPMPSIKLIDLGLSHRLVPGSEHRALFGTPEFVAPEIVNYEPLSLGTDLWAVGVLTYILLSGASPFLGEDKQETYANVAACQYQFDNEYFSTVSEIAKDFIRSLLIKDPK 252
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: XP_006558184.1 (PREDICTED: death-associated protein kinase 1-like isoform X3 [Apis mellifera])

HSP 1 Score: 281.567 bits (719), Expect = 1.487e-86
Identity = 131/254 (51.57%), Postives = 184/254 (72.44%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EP E  ++  EEIG GQFAIVR+ +E  T   YA K ++K+R+    RGVA  DI +E  +LA + H NI+ LH+V ++ T V+L+LEL+ GGELF ++       E EA++ ++Q+L+ + H+H+  ++HLD+KPENI+L        +KLID GLS ++ PG+E R + GTPEFV+PE+VNYEPLSL TD+W++GV+TYILLSGASPFLGE +QET+ N+ AC Y+FD+E+FS  SE+AKDFIR L + D +
Sbjct:    6 EPIEKNYKLLEEIGKGQFAIVRKCMEIKTGEFYAAKIMRKRRVA---RGVAAADIAREAGLLARLRHPNIVSLHKVVDTGTTVVLLLELISGGELFHWVPS----GELEAAHVVRQVLMALSHLHSHQVAHLDIKPENILLSTPPPMPSIKLIDLGLSHRLVPGSEHRALFGTPEFVAPEIVNYEPLSLGTDLWAVGVLTYILLSGASPFLGEDKQETYANVAACQYQFDNEYFSTVSEIAKDFIRSLLIKDPK 252
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: XP_016768356.1 (PREDICTED: death-associated protein kinase 1-like isoform X2 [Apis mellifera])

HSP 1 Score: 281.182 bits (718), Expect = 1.807e-86
Identity = 131/254 (51.57%), Postives = 184/254 (72.44%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EP E  ++  EEIG GQFAIVR+ +E  T   YA K ++K+R+    RGVA  DI +E  +LA + H NI+ LH+V ++ T V+L+LEL+ GGELF ++       E EA++ ++Q+L+ + H+H+  ++HLD+KPENI+L        +KLID GLS ++ PG+E R + GTPEFV+PE+VNYEPLSL TD+W++GV+TYILLSGASPFLGE +QET+ N+ AC Y+FD+E+FS  SE+AKDFIR L + D +
Sbjct:   15 EPIEKNYKLLEEIGKGQFAIVRKCMEIKTGEFYAAKIMRKRRVA---RGVAAADIAREAGLLARLRHPNIVSLHKVVDTGTTVVLLLELISGGELFHWVPS----GELEAAHVVRQVLMALSHLHSHQVAHLDIKPENILLSTPPPMPSIKLIDLGLSHRLVPGSEHRALFGTPEFVAPEIVNYEPLSLGTDLWAVGVLTYILLSGASPFLGEDKQETYANVAACQYQFDNEYFSTVSEIAKDFIRSLLIKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: XP_006558183.1 (PREDICTED: death-associated protein kinase 1-like isoform X2 [Apis mellifera])

HSP 1 Score: 281.182 bits (718), Expect = 1.807e-86
Identity = 131/254 (51.57%), Postives = 184/254 (72.44%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EP E  ++  EEIG GQFAIVR+ +E  T   YA K ++K+R+    RGVA  DI +E  +LA + H NI+ LH+V ++ T V+L+LEL+ GGELF ++       E EA++ ++Q+L+ + H+H+  ++HLD+KPENI+L        +KLID GLS ++ PG+E R + GTPEFV+PE+VNYEPLSL TD+W++GV+TYILLSGASPFLGE +QET+ N+ AC Y+FD+E+FS  SE+AKDFIR L + D +
Sbjct:   15 EPIEKNYKLLEEIGKGQFAIVRKCMEIKTGEFYAAKIMRKRRVA---RGVAAADIAREAGLLARLRHPNIVSLHKVVDTGTTVVLLLELISGGELFHWVPS----GELEAAHVVRQVLMALSHLHSHQVAHLDIKPENILLSTPPPMPSIKLIDLGLSHRLVPGSEHRALFGTPEFVAPEIVNYEPLSLGTDLWAVGVLTYILLSGASPFLGEDKQETYANVAACQYQFDNEYFSTVSEIAKDFIRSLLIKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: XP_003249231.1 (PREDICTED: death-associated protein kinase 1-like isoform X1 [Apis mellifera])

HSP 1 Score: 281.567 bits (719), Expect = 1.819e-86
Identity = 131/254 (51.57%), Postives = 184/254 (72.44%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EP E  ++  EEIG GQFAIVR+ +E  T   YA K ++K+R+    RGVA  DI +E  +LA + H NI+ LH+V ++ T V+L+LEL+ GGELF ++       E EA++ ++Q+L+ + H+H+  ++HLD+KPENI+L        +KLID GLS ++ PG+E R + GTPEFV+PE+VNYEPLSL TD+W++GV+TYILLSGASPFLGE +QET+ N+ AC Y+FD+E+FS  SE+AKDFIR L + D +
Sbjct:   27 EPIEKNYKLLEEIGKGQFAIVRKCMEIKTGEFYAAKIMRKRRVA---RGVAAADIAREAGLLARLRHPNIVSLHKVVDTGTTVVLLLELISGGELFHWVPS----GELEAAHVVRQVLMALSHLHSHQVAHLDIKPENILLSTPPPMPSIKLIDLGLSHRLVPGSEHRALFGTPEFVAPEIVNYEPLSLGTDLWAVGVLTYILLSGASPFLGEDKQETYANVAACQYQFDNEYFSTVSEIAKDFIRSLLIKDPK 273
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: XP_006558185.1 (PREDICTED: death-associated protein kinase 1-like isoform X4 [Apis mellifera])

HSP 1 Score: 281.182 bits (718), Expect = 1.833e-86
Identity = 131/254 (51.57%), Postives = 184/254 (72.44%), Query Frame = 0 
Query:   20 EPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            EP E  ++  EEIG GQFAIVR+ +E  T   YA K ++K+R+    RGVA  DI +E  +LA + H NI+ LH+V ++ T V+L+LEL+ GGELF ++       E EA++ ++Q+L+ + H+H+  ++HLD+KPENI+L        +KLID GLS ++ PG+E R + GTPEFV+PE+VNYEPLSL TD+W++GV+TYILLSGASPFLGE +QET+ N+ AC Y+FD+E+FS  SE+AKDFIR L + D +
Sbjct:   27 EPIEKNYKLLEEIGKGQFAIVRKCMEIKTGEFYAAKIMRKRRVA---RGVAAADIAREAGLLARLRHPNIVSLHKVVDTGTTVVLLLELISGGELFHWVPS----GELEAAHVVRQVLMALSHLHSHQVAHLDIKPENILLSTPPPMPSIKLIDLGLSHRLVPGSEHRALFGTPEFVAPEIVNYEPLSLGTDLWAVGVLTYILLSGASPFLGEDKQETYANVAACQYQFDNEYFSTVSEIAKDFIRSLLIKDPK 273
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: gb|KFM82696.1| (Myosin light chain kinase, smooth muscle, partial [Stegodyphus mimosarum])

HSP 1 Score: 218.009 bits (554), Expect = 7.930e-69
Identity = 105/243 (43.21%), Postives = 163/243 (67.08%), Query Frame = 0 
Query:   30 EEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYES-QTQVILVLELLRGGELFD-FISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            EE+G G+F  V +  EK+T  + A KFI   R E       R+D+++E+ I+  ++   ++ L+  +++   ++ L+LEL+ GGELF+  IS+   L+E+  S F++QI  GV +MH+K I HLD+KPENI+ + +    +K+IDFGL+RK  P  +++ + GTPEFV+PEVVN++ +S  TDMWS+GVI Y+LLSG SPF+G++  ET  N+   +Y+FD E F   S++AKDFI +L + D
Sbjct:   40 EELGRGKFGTVYKCTEKNTGRKLAAKFIVTHRPED------RKDVEREVEIMRMLQMPRLLQLYDAFDNGHNEMCLILELIEGGELFERVISDDFCLTEKACSIFVRQICEGVEYMHSKNILHLDMKPENILCVTRTGNQIKIIDFGLARKYEPEKKLQVLFGTPEFVAPEVVNFDKVSYTTDMWSVGVICYVLLSGLSPFMGDSDLETMGNVTKAEYDFDDESFDNISDVAKDFISKLLIKD 276
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: gb|KFM79112.1| (Myosin light chain kinase, smooth muscle, partial [Stegodyphus mimosarum])

HSP 1 Score: 216.083 bits (549), Expect = 8.905e-69
Identity = 103/243 (42.39%), Postives = 161/243 (66.26%), Query Frame = 0 
Query:   30 EEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYES-QTQVILVLELLRGGELFD-FISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            EE+G G+F  V R  EK+T   +A KFI      T+ +   R+D+++E+ I+  ++H  ++ L+  ++  +  + L+LE++ GGELF+  I E   L+E+  + F++QI  GV +MH+K I HLD+KPEN++ + +    +KLIDFGL+RK  P  +++ + GTPEFV+PEVV +E +S  TDMWS+GVI Y+LLSG SPF+G++  ET  N+   +++F+ E F   SE AKDFI +L + D
Sbjct:   39 EELGRGKFGTVYRCTEKATGKIFAAKFI------TTPKPQDRKDVEREVEIMTILQHPRLLQLYDAFDDGKKTMCLILEIIEGGELFERVIDEDFVLTEKAVTIFMRQICEGVEYMHSKNILHLDMKPENVLCISRTGNRIKLIDFGLARKYDPKKKLKVLFGTPEFVAPEVVCFETISYTTDMWSVGVICYVLLSGLSPFMGDSDMETMANVTRAEWDFEDESFDDISEDAKDFISKLLIKD 275
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: EEB13142.1 (titin, putative [Pediculus humanus corporis])

HSP 1 Score: 233.032 bits (593), Expect = 1.025e-68
Identity = 111/252 (44.05%), Postives = 164/252 (65.08%), Query Frame = 0 
Query:   18 RTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFIS-EKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            +T+   DY++  EEIG+G F +V R  EK T + +A KFI    +      + +E I+KEI I+  + H  +I LH  +E   +++L+ E L GGELF+ I+ E  +++E E  ++++QI   ++HMH K I HLD+KPENIM   ++S  +KLIDFGL+ K+ P + ++   GT EF +PE+V  EP+   TDMW++GV+ Y+LLSG SPF GE   ET +N+ ACD+EFD + F+  SE  KDFIRRL +
Sbjct: 7872 KTDNVYDYYDILEEIGTGAFGVVHRCREKKTGSIFAAKFIPISHV------MEKELIRKEIDIMNHLHHNKLINLHDAFEDDDEMVLIFEFLSGGELFERITAEGYQMTEAEVIHYMRQICEAMKHMHEKNIIHLDIKPENIMCQTRNSTNIKLIDFGLATKLEPNDVVKISTGTAEFAAPEIVEREPVGFYTDMWAVGVLAYVLLSGLSPFAGENDVETLKNVKACDWEFDEDAFAGVSEEGKDFIRRLLI 8117
[Close]
BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Match: AGB96561.1 (bent, isoform H [Drosophila melanogaster])

HSP 1 Score: 232.646 bits (592), Expect = 1.074e-68
Identity = 115/262 (43.89%), Postives = 166/262 (63.36%), Query Frame = 0 
Query:   15 TKFRTEPFE-------DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFIS-EKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            +KF  +P E       D ++  EEIG+G F +V R  E+ST   +A KFI           V ++ I++EI I+ ++ H  +I LH  +E   ++IL+LE L GGELF+ I+ E   ++E E  N+++QI  G+RHMH + I HLD+KPENIM   + S  +KLIDFGL+ ++ P   ++   GT EF +PE+VN EP+   TDMW+ GV++Y+LLSG SPF G+   +T +N+ ACD++FD E F   SE AKDFIR+L V
Sbjct: 7465 SKFVPQPVEISQQSVYDRYDILEEIGTGAFGVVHRCRERSTGNIFAAKFIP------VSHSVEKDLIRREIDIMNQLHHQKLINLHDAFEDDDEMILILEFLSGGELFERITAEGYVMTEAEVINYMRQICEGIRHMHEQNIIHLDIKPENIMCQTRSSTNVKLIDFGLATRLDPNEVVKITTGTAEFAAPEIVNREPVGFYTDMWATGVLSYVLLSGLSPFAGDNDVQTLKNVKACDWDFDVESFKYISEEAKDFIRKLLV 7720
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|852767666|ref|XP_012878095.1| (PREDICTED: death-associated protein kinase 3, partial [Dipodomys ordii])

HSP 1 Score: 352.829 bits (904), Expect = 5.887e-120
Identity = 168/258 (65.12%), Postives = 209/258 (81.01%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  ED++E  EE+GSGQFAIVR+  +K T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E+ H NII LH V+E++T V+L+LEL+ GGELFDF++EKE L+E+EA+ F+KQIL GV ++H+K I+H DLKPENIMLL KH  S  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQEDVEDHYEMGEELGSGQFAIVRKCRQKGTGKEYAAKFIKKRRLSSSRRGVSREEIEREVSILREIRHPNIITLHDVFENKTDVVLILELVSGGELFDFLAEKESLTEDEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKHAPSPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSSTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|678148844|gb|KFV17995.1| (Death-associated protein kinase 3, partial [Tauraco erythrolophus])

HSP 1 Score: 351.673 bits (901), Expect = 1.465e-119
Identity = 167/258 (64.73%), Postives = 210/258 (81.40%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  ED++E  EE+GSGQFAIVR+  EK T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E++H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    1 FRQESVEDFYEMGEELGSGQFAIVRKCREKKTGLEYAAKFIKKRRLSSSRRGVSREEIEREVDILREIQHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 258
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|1024965148|ref|XP_016303752.1| (PREDICTED: death-associated protein kinase 3 [Sinocyclocheilus anshuiensis])

HSP 1 Score: 351.288 bits (900), Expect = 3.065e-119
Identity = 168/258 (65.12%), Postives = 212/258 (82.17%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  E  +E  EE+GSGQFAIVR+  EKST TEYA KFIKK+RL +SRRGV+RE+I++E++IL E++H+NII LH ++E++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ +I  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQEDVELCYEMKEELGSGQFAIVRKCKEKSTRTEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIQHSNIITLHDIFENKTDVILILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHQIKDGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|1101549981|ref|XP_018940898.1| (PREDICTED: death-associated protein kinase 3 [Cyprinus carpio])

HSP 1 Score: 357.451 bits (916), Expect = 3.548e-119
Identity = 169/258 (65.50%), Postives = 213/258 (82.56%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  E Y+E  EE+GSGQFAIVR+  EKST TEYA KFIKK+RL +SRRGV+RE+I++E++IL E++H+NII LH ++E++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ +I  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQENVELYYEMGEELGSGQFAIVRKCKEKSTGTEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIQHSNIITLHDIFENKTDVILILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHQIKDGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|676819086|gb|KFP14199.1| (Death-associated protein kinase 3, partial [Egretta garzetta])

HSP 1 Score: 350.903 bits (899), Expect = 3.746e-119
Identity = 166/260 (63.85%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  E+ T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E++H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 STFRQESVEDFYEMGEELGSGQFAIVRKCRERKTGLEYAAKFIKKRRLSSSRRGVSREEIEREVDILREIQHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 263
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|1025391546|ref|XP_016405371.1| (PREDICTED: death-associated protein kinase 3-like [Sinocyclocheilus rhinocerous] >gi|1025391550|ref|XP_016405372.1| PREDICTED: death-associated protein kinase 3-like [Sinocyclocheilus rhinocerous])

HSP 1 Score: 357.451 bits (916), Expect = 4.360e-119
Identity = 169/258 (65.50%), Postives = 213/258 (82.56%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  E Y+E  EE+GSGQFAIVR+  EKST TEYA KFIKK+RL +SRRGV+RE+I++E++IL E++H+NII LH ++E++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ +I  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQEDVELYYEMGEELGSGQFAIVRKCKEKSTGTEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIQHSNIITLHDIFENKTDVILILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHQIKDGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|966654434|gb|KTF89288.1| (hypothetical protein cypCar_00021413 [Cyprinus carpio])

HSP 1 Score: 357.451 bits (916), Expect = 4.407e-119
Identity = 169/258 (65.50%), Postives = 213/258 (82.56%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  E Y+E  EE+GSGQFAIVR+  EKST TEYA KFIKK+RL +SRRGV+RE+I++E++IL E++H+NII LH ++E++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ +I  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQENVELYYEMGEELGSGQFAIVRKCKEKSTGTEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIQHSNIITLHDIFENKTDVILILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHQIKDGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|676421984|gb|KFO63893.1| (Death-associated protein kinase 3, partial [Corvus brachyrhynchos])

HSP 1 Score: 350.903 bits (899), Expect = 4.553e-119
Identity = 166/260 (63.85%), Postives = 211/260 (81.15%), Query Frame = 0 
Query:   15 TKFRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            + FR E  ED++E  EE+GSGQFAIVR+  E+ T  EYA KFIKK+RL +SRRGV+RE+I++E+ IL E++H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    3 STFRQESVEDFYEMGEELGSGQFAIVRKCRERKTGLEYAAKFIKKRRLSSSRRGVSREEIEREVDILREIQHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 262
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|558220415|ref|XP_006135660.1| (PREDICTED: death-associated protein kinase 3 [Pelodiscus sinensis])

HSP 1 Score: 357.451 bits (916), Expect = 4.639e-119
Identity = 169/258 (65.50%), Postives = 211/258 (81.78%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  ED++E  EE+GSGQFAIVR+  EKS+  EYA KFIKK+RL +SRRGV+RE+IQ+E+ IL E++H NII LH ++E++T V+L+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  S  +KLIDFG++ KI  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQENVEDHYEMGEELGSGQFAIVRKCREKSSGLEYAAKFIKKRRLSSSRRGVSREEIQREVDILREIQHPNIITLHDIFENKTDVVLILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPSPRIKLIDFGIAHKIEAGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. nr
Match: gi|1020462317|ref|XP_016135974.1| (PREDICTED: death-associated protein kinase 3-like [Sinocyclocheilus grahami] >gi|1020462319|ref|XP_016135975.1| PREDICTED: death-associated protein kinase 3-like [Sinocyclocheilus grahami])

HSP 1 Score: 357.066 bits (915), Expect = 5.023e-119
Identity = 168/258 (65.12%), Postives = 213/258 (82.56%), Query Frame = 0 
Query:   17 FRTEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH--SQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            FR E  E Y+E  EE+GSGQFAIVR+  EKST TEYA KFIKK+RL +SRRGV+RE+I++E++IL E++H+NI+ LH ++E++T VIL+LEL+ GGELFDF++EKE L+EEEA+ F+KQIL GV ++H+K I+H DLKPENIMLL K+  +  +KLIDFG++ +I  GNE + + GTPEFV+PE+VNYEPL L  DMWSIGVITYILLSGASPFLGET+QET  NI A +Y+FD E+FS TSELAKDFIRRL V D +
Sbjct:    4 FRQEDVELYYEMGEELGSGQFAIVRKCKEKSTGTEYAAKFIKKRRLSSSRRGVSREEIEREVNILREIQHSNIVTLHDIFENKTDVILILELVSGGELFDFLAEKESLTEEEATQFLKQILDGVHYLHSKRIAHFDLKPENIMLLDKNVPNPRIKLIDFGIAHQIKDGNEFKNIFGTPEFVAPEIVNYEPLGLEADMWSIGVITYILLSGASPFLGETKQETLTNISAVNYDFDEEYFSNTSELAKDFIRRLLVKDPK 261
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold606_size125303-snap-gene-0.15 (protein:Tk03639 transcript:maker-scaffold606_size125303-snap-gene-0.15-mRNA-1 annotation:"death-associated protein kinase 2 isoform x2")

HSP 1 Score: 416.001 bits (1068), Expect = 1.557e-146
Identity = 201/238 (84.45%), Postives = 219/238 (92.02%), Query Frame = 0 
Query:   35 GQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            GQFA+V RV+EK T TEYA KFIKKKRLETSRRGVAREDIQ+EIHILAEMEH N+IYLHQVY++   VILVLELLRGGELFDFISEKERLSEEEASNFIKQILLG++HMH+K I+HLDLKPENIML  ++S LLKLIDFGLSRKI P  EIREMLGTPEFVSPEVVN+EP+SLNTDMWSIGVITYILLSGASPFLG+TQQET+ NIVACDYEFD EFFSQTSELAKDFIR+LFV + R
Sbjct:  178 GQFAVVYRVIEKCTRTEYAAKFIKKKRLETSRRGVAREDIQQEIHILAEMEHMNVIYLHQVYDNGQYVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGLKHMHSKYIAHLDLKPENIMLKTENSPLLKLIDFGLSRKIKPDEEIREMLGTPEFVSPEVVNFEPISLNTDMWSIGVITYILLSGASPFLGDTQQETYANIVACDYEFDEEFFSQTSELAKDFIRKLFVFEQR 415

HSP 2 Score: 59.6918 bits (143), Expect = 1.639e-10
Identity = 26/30 (86.67%), Postives = 29/30 (96.67%), Query Frame = 0 
Query:    5 MYKLVQTINSTKFRTEPFEDYFETFEEIGS 34
            MYKLVQTINSTKFRT+PFED++E FEEIGS
Sbjct:    1 MYKLVQTINSTKFRTDPFEDFYELFEEIGS 30
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold313_size211302-processed-gene-0.8 (protein:Tk07289 transcript:snap_masked-scaffold313_size211302-processed-gene-0.8-mRNA-1 annotation:"nuclear anchorage protein 1-like")

HSP 1 Score: 235.343 bits (599), Expect = 3.363e-71
Identity = 111/252 (44.05%), Postives = 170/252 (67.46%), Query Frame = 0 
Query:   22 FEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFD-FISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            F+  +E +EE+G G+F +V +V +K TS  +A KF++ ++ E       ++ ++ EI I+  +EH  ++ L   YE+  ++I+ +E + GGELF+  +++   L+E +   F++QI   + +MH K I HLDLKPENI+   K S  +K+IDFGL+RKI P  +IR + GTPEFVSPEV+NYEP++  +DMWS+GV+ Y+LLSG SPF+G++  ETF NI +  Y+FD E F   SE AKDFIR+L + + +
Sbjct:  713 FKTKYEIYEELGRGRFGVVFKVKDKDTSEYFAAKFVRCRKQEE------KQKVRDEIDIMNGLEHPRLLQLAAAYENPKEIIMAMEYIGGGELFEKVVADDFTLTERDCMLFMRQICAAIGYMHAKDIVHLDLKPENILCKSKKSHQIKIIDFGLTRKIKPDEDIRILFGTPEFVSPEVINYEPVTATSDMWSVGVVCYVLLSGLSPFMGDSDVETFTNITSIGYDFDDEAFDPISEDAKDFIRKLLIKNQK 958
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1215_size55314-snap-gene-0.9 (protein:Tk12624 transcript:maker-scaffold1215_size55314-snap-gene-0.9-mRNA-1 annotation:"twitchin isoform x5")

HSP 1 Score: 224.557 bits (571), Expect = 6.082e-67
Identity = 109/246 (44.31%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D ++  EEIG+G F +V R  E  +   YA KFI           + +  I+KEI I+  + H  +I LH  YE + +++L+ E L GGELF+ I SE   +SE E  N+++QI  GV+HMH + I HLD+KPENIM     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  EP+   TDMWSIGV++Y+LLSG SPF G    +T +N+ +CD+EFD E F   SE  +DFIR+L +
Sbjct: 3400 DQYDILEEIGTGAFGVVHRCREIRSGHVYAAKFIPISH------AMEKALIRKEIDIMNHLHHCKLINLHDAYEDEDEMVLIFEFLSGGELFEQITSEGYVMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENIMCQTSKSTNIKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREPVGFFTDMWSIGVLSYVLLSGLSPFAGANDIDTLKNVKSCDWEFDDEAFRNVSEEGRDFIRKLLI 3639
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold401_size182380-snap-gene-0.21 (protein:Tk02134 transcript:maker-scaffold401_size182380-snap-gene-0.21-mRNA-1 annotation:"twitchin isoform x9")

HSP 1 Score: 219.935 bits (559), Expect = 2.033e-65
Identity = 109/246 (44.31%), Postives = 153/246 (62.20%), Query Frame = 0 
Query:   24 DYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFI-SEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            D ++  EEIG+G F +V R  E  +   YA KFI           + +  I+KEI I+  + H  +I LH  YE + +++L+ E L GGELF+ I SE   +SE E  N+++QI  GV+HMH + I HLD+KPENIM     S  +K+IDFGL+ K+ P   ++   GT EF +PE+V  EP+   TDMWSIGV++Y+LLSG SPF G    +T +N+ +CD+EFD E F   SE  +DFIR+L +
Sbjct:  763 DQYDILEEIGTGAFGVVHRCREIRSGHVYAAKFIPISH------AMEKALIRKEIDIMNHLHHCKLINLHDAYEDEDEMVLIFEFLSGGELFEQITSEGYVMSEAEVINYMRQICEGVKHMHERNIIHLDIKPENIMCQTSKSTNIKIIDFGLATKLDPNELVKISTGTAEFAAPEIVEREPVGFFTDMWSIGVLSYVLLSGLSPFAGANDIDTLKNVKSCDWEFDDEAFRNVSEEGRDFIRKLLI 1002
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold408_size180710-snap-gene-0.31 (protein:Tk05206 transcript:maker-scaffold408_size180710-snap-gene-0.31-mRNA-1 annotation:"myosin light chain smooth muscle-like")

HSP 1 Score: 203.756 bits (517), Expect = 5.894e-60
Identity = 102/245 (41.63%), Postives = 159/245 (64.90%), Query Frame = 0 
Query:   26 FETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYES-QTQVILVLELLRGGELFDFISEKE-RLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFV 268
            F+   EIG G+F  V +  +K    ++A KF+    L ++R    R ++++E+ I+  ++ + ++ L   YE+ +T++ L+ E + GGELFD + E E  L+E     F+KQIL GV ++H + I HLDLKPENI+ L +    +K+IDFGL+RK  P  +++ + GTPEFV+PEVV +EP+S  TDMW++GVI Y+LLSG SPF+G+T  ET  N+   +Y+++ E F   S  A+DF+ RL +
Sbjct:   39 FDILNEIGRGKFGKVMKCRKKDNGEQFAAKFV----LCSTRED--RRNVEREVEIMNMLKSSKLLQLFDAYENGRTEMCLITEYIGGGELFDRVIEDEFVLTERACVCFMKQILEGVSYIHHQEIIHLDLKPENILCLTRTGNRIKIIDFGLARKFEPLKKLQVLFGTPEFVAPEVVGFEPISYATDMWAVGVICYVLLSGLSPFMGDTDLETMANVTIAEYDYEDEAFDDISPEARDFMDRLLI 277
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold200_size264178-snap-gene-1.18 (protein:Tk07737 transcript:maker-scaffold200_size264178-snap-gene-1.18-mRNA-1 annotation:"myosin light chain kinase")

HSP 1 Score: 196.823 bits (499), Expect = 9.263e-60
Identity = 94/209 (44.98%), Postives = 140/209 (66.99%), Query Frame = 0 
Query:   65 SRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKE-RLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            +R+   RE + +EI ++  + H  II   + ++  T++ILV E L GGELF+ +++++  L+E E   F++QI  GV+++H   I HLDLKPENI+ + K S  +K+IDFGL+RK+ P + ++ M GTPEFV PEVVNY+P+SL  D+WS+GVI Y+LLSG SPF+GE   +T+ NI   +YEF    F   ++ AKDFI  + +   R
Sbjct:  207 ARKREVRERVLEEIKLVRTLCHPYIIEFIEAFQGPTEIILVTEYLSGGELFERVADEDFDLTESECVGFMRQICEGVKYIHGASIVHLDLKPENIICVRKESNEVKIIDFGLARKLTPSSPVKVMCGTPEFVPPEVVNYDPISLAADLWSLGVIAYVLLSGLSPFMGENVTDTYSNISKAEYEFHEPEFDSITDEAKDFISAVLIKSPR 415
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold427_size174323-snap-gene-0.38 (protein:Tk04505 transcript:maker-scaffold427_size174323-snap-gene-0.38-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_327956")

HSP 1 Score: 176.407 bits (446), Expect = 4.063e-53
Identity = 101/254 (39.76%), Postives = 154/254 (60.63%), Query Frame = 0 
Query:   23 EDYFETFEEIGSGQFAIVRRVVEK-STSTEYAGKFIKKKRLETSRRGVARED-IQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL----LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVD 270
            ED +   + +G+G F+ VR    K +  T +A K I KK L+       +ED ++ EI +L  ++H N++ L + YES++ V LV+EL+ GGELFD I EK   +E++A++ I+Q+L  V +MH + + H DLKPEN++     SQ+    + + DFGLS K+     +    GTP +V+PEV+  +P   + D+WSIGVI+YILL G  PF  E     F  I+  ++EFDS ++   S+ AK+FIR+L  VD
Sbjct:   31 EDKYILKDVLGTGAFSQVRLAESKDNPGTLHAIKVIDKKALK------GKEDSLENEIRVLRRLDHPNVVKLLEAYESKSSVYLVMELVTGGELFDRIVEKGSYTEKDAADLIRQVLDAVAYMHREGVVHRDLKPENLLY---QSQIEESKIMISDFGLS-KMEESGIMATACGTPGYVAPEVLAQKPYGKSVDVWSIGVISYILLCGYPPFYDENDANLFAQILKGEFEFDSPYWDDISDEAKEFIRQLMCVD 274
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1024_size69702-snap-gene-0.10 (protein:Tk05380 transcript:maker-scaffold1024_size69702-snap-gene-0.10-mRNA-1 annotation:"hypothetical protein D910_03447 partial")

HSP 1 Score: 178.718 bits (452), Expect = 1.425e-52
Identity = 101/250 (40.40%), Postives = 149/250 (59.60%), Query Frame = 0 
Query:   22 FEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKER-LSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQLLKLIDFGLSRKI-HPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVV 269
            FE  ++  E++G G+F  V +V   S     A KF+K  +  T  R      I+ EI +L    H N++ L   +E     I   E L GG+LF+ I   E   SEE+ +  ++QI  G R++ +  + HLD+KPENI+ +   S  +K+IDFG +RK+  PG E+R   GT +FVSPEV+ YEP++L TDMWS+GV+ Y+LLSG SPF G T ++T++NI+   Y F+   F++ S  A DFI +L V+
Sbjct:   15 FESDYDILEKLGEGKFGEVFKVT-NSEKALCAAKFMKCDKAATKLR------IRDEIELLYNFNHDNVLRLIGAFEDTDNFIQ--EYLSGGQLFERIIHNETDFSEEDIAGLMRQICEGCRYIASNNVVHLDIKPENIVCVRPESFHIKIIDFGFARKLGSPGEEVRANEGTTDFVSPEVIEYEPVTLTTDMWSVGVLCYVLLSGLSPFQGATLEDTYDNILNLHYTFNEPEFAEISADALDFIEQLLVI 255
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold785_size97262-snap-gene-0.16 (protein:Tk00302 transcript:maker-scaffold785_size97262-snap-gene-0.16-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_198415")

HSP 1 Score: 175.252 bits (443), Expect = 8.315e-51
Identity = 98/256 (38.28%), Postives = 145/256 (56.64%), Query Frame = 0 
Query:   19 TEPFEDYFETFEEIGSGQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGVAREDIQKEIHILAEMEHANIIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKH-SQLLKLIDFGLSRKIHPGNEIR-EMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLFVVDSR 272
            T  F D +E  EE+G G F+IVRR V+K+T  E+A K I  K+L  S R   +  +++E  I  +++H NI+ LH   + +    LV +L+ GGELF+ I  +E  SE +AS+ I+QIL  V H H   + H DLKPEN++L  K     +KL DFGL+ ++    +      GTP ++SPEV+  EP     D+W+ GVI YILL G  PF  E Q   +  I A  Y++ S  +   +  AK+ I ++  V+ +
Sbjct:   56 TTKFTDNYELKEELGKGAFSIVRRCVQKATGLEFASKIINTKKL--SARDFQK--LEREARICRKLQHPNIVRLHDSIQEENHHYLVFDLVTGGELFEDIVAREFYSEADASHCIQQILESVNHCHQNGVVHRDLKPENLLLSSKQKGAAVKLADFGLAIEVQGDQQAWFGFAGTPGYLSPEVLKKEPYGKAVDIWACGVILYILLVGYPPFWDEDQHRLYAQIKAGAYDYPSPEWDTVTPEAKNLINQMLTVNPQ 307
[Close]
BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold438_size171652-processed-gene-0.7 (protein:Tk03133 transcript:snap_masked-scaffold438_size171652-processed-gene-0.7-mRNA-1 annotation:"death associated protein")

HSP 1 Score: 174.866 bits (442), Expect = 9.460e-50
Identity = 92/236 (38.98%), Postives = 145/236 (61.44%), Query Frame = 0 
Query:   35 GQFAIVRRVVEKSTSTEYAGKFIKKKRLETSRRGV-AREDIQKEIHILAEMEHAN-IIYLHQVYESQTQVILVLELLRGGELFDFISEKERLSEEEASNFIKQILLGVRHMHTKCISHLDLKPENIMLLGKHSQL-LKLIDFGLSRKIHPGNEIREMLGTPEFVSPEVVNYEPLSLNTDMWSIGVITYILLSGASPFLGETQQETFENIVACDYEFDSEFFSQTSELAKDFIRRLF 267
            G FA VR+   + T  +YA KF  + R      GV    +I  EI +L     +N I++L  V++++ ++ILVLE   GG+    + E     EE+   F+KQIL  ++ +H K I+HLD+KP+NI+L+G+     +KL D  ++R I  G  IRE++GTP++V+PE+++ +P++L +D+WS+GV+ Y+LL+G SPF G+T QET  NI     +F  E F   S+ AK+FI +  
Sbjct:   34 GLFATVRKCTHRETGIQYAAKFSSRMRC-----GVDCSMEILHEIAMLYLGNESNKIVHLKDVFQNRHEIILVLEYAPGGDFQTVLDEDMVPFEEDVQGFLKQILEALKFIHDKNIAHLDIKPQNIVLMGQFPNCEIKLCDLEVARVIQSGESIREIIGTPDYVAPEILSLDPITLASDIWSLGVLAYVLLTGFSPFGGDTDQETLRNISTASLDFPPELFEGVSDQAKNFIAQCL 264
The following BLAST results are available for this feature:
BLAST of EMLSAG00000012225 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.039e-11864.73symbol:dapk3 "death-associated protein kinase 3" s... [more]
-3.270e-11863.85symbol:DAPK3 "Uncharacterized protein" species:961... [more]
-9.452e-11863.85symbol:Dapk3 "Death-associated protein kinase 3" s... [more]
-9.452e-11863.85symbol:Dapk3 "death-associated protein kinase 3" s... [more]
-1.088e-11763.85symbol:Dapk3 "death-associated protein kinase 3" s... [more]
-2.177e-11763.46symbol:DAPK3 "DAPK3 protein" species:9913 "Bos tau... [more]
-2.201e-11763.46symbol:DAPK3 "Death-associated protein kinase 3" s... [more]
-2.458e-11562.03symbol:Dapk2 "death-associated protein kinase 2" s... [more]
-7.522e-11561.65symbol:DAPK2 "Death-associated protein kinase 2" s... [more]
-1.898e-11363.95symbol:F1NUY1 "Uncharacterized protein" species:90... [more]

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BLAST of EMLSAG00000012225 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592902967|gb|GAXK01055408.1|1.620e-7044.05TSA: Calanus finmarchicus comp85839_c0_seq2 transc... [more]
gi|592902968|gb|GAXK01055407.1|1.652e-7044.05TSA: Calanus finmarchicus comp85839_c0_seq1 transc... [more]
gi|592834703|gb|GAXK01122841.1|3.267e-6544.05TSA: Calanus finmarchicus comp750967_c0_seq2 trans... [more]
gi|592834704|gb|GAXK01122840.1|2.261e-6444.05TSA: Calanus finmarchicus comp750967_c0_seq1 trans... [more]
gi|592890658|gb|GAXK01067717.1|5.171e-6242.28TSA: Calanus finmarchicus comp17337_c9_seq14 trans... [more]
gi|592890659|gb|GAXK01067716.1|5.297e-6242.28TSA: Calanus finmarchicus comp17337_c9_seq13 trans... [more]
gi|592890662|gb|GAXK01067713.1|1.076e-6142.28TSA: Calanus finmarchicus comp17337_c9_seq10 trans... [more]
gi|592890595|gb|GAXK01067780.1|1.320e-6142.28TSA: Calanus finmarchicus comp17337_c10_seq1 trans... [more]
gi|592890663|gb|GAXK01067712.1|1.963e-6142.28TSA: Calanus finmarchicus comp17337_c9_seq9 transc... [more]
gi|592890664|gb|GAXK01067711.1|1.969e-6142.28TSA: Calanus finmarchicus comp17337_c9_seq8 transc... [more]

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BLAST of EMLSAG00000012225 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000122250.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s88:337425... [more]
EMLSAP000000022124.410e-6944.35pep:novel supercontig:LSalAtl2s:LSalAtl2s141:22836... [more]
EMLSAP000000094681.719e-6744.98pep:novel supercontig:LSalAtl2s:LSalAtl2s60:436556... [more]
EMLSAP000000087211.066e-6043.36pep:novel supercontig:LSalAtl2s:LSalAtl2s541:43880... [more]
EMLSAP000000083902.212e-5539.43pep:novel supercontig:LSalAtl2s:LSalAtl2s512:38050... [more]
EMLSAP000000113622.050e-5038.19pep:novel supercontig:LSalAtl2s:LSalAtl2s784:66732... [more]
EMLSAP000000024173.285e-4537.89pep:novel supercontig:LSalAtl2s:LSalAtl2s145:45523... [more]
EMLSAP000000003894.050e-4234.96pep:novel supercontig:LSalAtl2s:LSalAtl2s1062:1646... [more]
EMLSAP000000019668.783e-4032.93pep:novel supercontig:LSalAtl2s:LSalAtl2s134:75824... [more]
EMLSAP000000109261.158e-3833.86pep:novel supercontig:LSalAtl2s:LSalAtl2s730:30848... [more]

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BLAST of EMLSAG00000012225 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|38604634|sp|O88764.1|DAPK3_RAT1.589e-11963.85RecName: Full=Death-associated protein kinase 3; S... [more]
gi|38604695|sp|O54784.1|DAPK3_MOUSE1.830e-11963.85RecName: Full=Death-associated protein kinase 3; S... [more]
gi|38604691|sp|O43293.1|DAPK3_HUMAN3.728e-11963.46RecName: Full=Death-associated protein kinase 3; S... [more]
gi|38604935|sp|Q8VDF3.1|DAPK2_MOUSE4.044e-11762.03RecName: Full=Death-associated protein kinase 2; S... [more]
gi|38605084|sp|Q9UIK4.1|DAPK2_HUMAN1.244e-11661.65RecName: Full=Death-associated protein kinase 2; S... [more]
gi|317373595|sp|P53355.6|DAPK1_HUMAN5.781e-10962.69RecName: Full=Death-associated protein kinase 1; S... [more]
gi|38604743|sp|Q80YE7.3|DAPK1_MOUSE8.973e-10862.31RecName: Full=Death-associated protein kinase 1; S... [more]
gi|122126442|sp|O44997.2|DAPK_CAEEL1.784e-9557.25RecName: Full=Death-associated protein kinase dapk... [more]
gi|38605097|sp|Q91XS8.1|ST17B_RAT4.135e-7344.96RecName: Full=Serine/threonine-protein kinase 17B;... [more]
gi|980960025|sp|G4SLH0.2|TTN1_CAEEL1.206e-7246.31RecName: Full=Titin homolog[more]

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BLAST of EMLSAG00000012225 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_016768357.11.487e-8651.57PREDICTED: death-associated protein kinase 1-like ... [more]
XP_006558184.11.487e-8651.57PREDICTED: death-associated protein kinase 1-like ... [more]
XP_016768356.11.807e-8651.57PREDICTED: death-associated protein kinase 1-like ... [more]
XP_006558183.11.807e-8651.57PREDICTED: death-associated protein kinase 1-like ... [more]
XP_003249231.11.819e-8651.57PREDICTED: death-associated protein kinase 1-like ... [more]
XP_006558185.11.833e-8651.57PREDICTED: death-associated protein kinase 1-like ... [more]
gb|KFM82696.1|7.930e-6943.21Myosin light chain kinase, smooth muscle, partial ... [more]
gb|KFM79112.1|8.905e-6942.39Myosin light chain kinase, smooth muscle, partial ... [more]
EEB13142.11.025e-6844.05titin, putative [Pediculus humanus corporis][more]
AGB96561.11.074e-6843.89bent, isoform H [Drosophila melanogaster][more]

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BLAST of EMLSAG00000012225 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|852767666|ref|XP_012878095.1|5.887e-12065.12PREDICTED: death-associated protein kinase 3, part... [more]
gi|678148844|gb|KFV17995.1|1.465e-11964.73Death-associated protein kinase 3, partial [Taurac... [more]
gi|1024965148|ref|XP_016303752.1|3.065e-11965.12PREDICTED: death-associated protein kinase 3 [Sino... [more]
gi|1101549981|ref|XP_018940898.1|3.548e-11965.50PREDICTED: death-associated protein kinase 3 [Cypr... [more]
gi|676819086|gb|KFP14199.1|3.746e-11963.85Death-associated protein kinase 3, partial [Egrett... [more]
gi|1025391546|ref|XP_016405371.1|4.360e-11965.50PREDICTED: death-associated protein kinase 3-like ... [more]
gi|966654434|gb|KTF89288.1|4.407e-11965.50hypothetical protein cypCar_00021413 [Cyprinus car... [more]
gi|676421984|gb|KFO63893.1|4.553e-11963.85Death-associated protein kinase 3, partial [Corvus... [more]
gi|558220415|ref|XP_006135660.1|4.639e-11965.50PREDICTED: death-associated protein kinase 3 [Pelo... [more]
gi|1020462317|ref|XP_016135974.1|5.023e-11965.12PREDICTED: death-associated protein kinase 3-like ... [more]

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BLAST of EMLSAG00000012225 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold606_size125303-snap-gene-0.151.557e-14684.45protein:Tk03639 transcript:maker-scaffold606_size1... [more]
snap_masked-scaffold313_size211302-processed-gene-0.83.363e-7144.05protein:Tk07289 transcript:snap_masked-scaffold313... [more]
maker-scaffold1215_size55314-snap-gene-0.96.082e-6744.31protein:Tk12624 transcript:maker-scaffold1215_size... [more]
maker-scaffold401_size182380-snap-gene-0.212.033e-6544.31protein:Tk02134 transcript:maker-scaffold401_size1... [more]
maker-scaffold408_size180710-snap-gene-0.315.894e-6041.63protein:Tk05206 transcript:maker-scaffold408_size1... [more]
maker-scaffold200_size264178-snap-gene-1.189.263e-6044.98protein:Tk07737 transcript:maker-scaffold200_size2... [more]
maker-scaffold427_size174323-snap-gene-0.384.063e-5339.76protein:Tk04505 transcript:maker-scaffold427_size1... [more]
maker-scaffold1024_size69702-snap-gene-0.101.425e-5240.40protein:Tk05380 transcript:maker-scaffold1024_size... [more]
maker-scaffold785_size97262-snap-gene-0.168.315e-5138.28protein:Tk00302 transcript:maker-scaffold785_size9... [more]
snap_masked-scaffold438_size171652-processed-gene-0.79.460e-5038.98protein:Tk03133 transcript:snap_masked-scaffold438... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s88supercontigLSalAtl2s88:337425..490616 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionaugustus_masked-LSalAtl2s88-processed-gene-5.0
Biotypeprotein_coding
EvidenceIEA
NoteDeath-associated protein kinase 3
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000012225 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000012225EMLSAT00000012225-708072Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s88:337425..490616+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000012225-694991 ID=EMLSAG00000012225-694991|Name=EMLSAG00000012225|organism=Lepeophtheirus salmonis|type=gene|length=153192bp|location=Sequence derived from alignment at LSalAtl2s88:337425..490616+ (Lepeophtheirus salmonis)
TGTAATATCACCCTTTATATATAATTATACTTTAATAAGGTAAATATTCT
GATCATCGAAGACAAAAAAAAAATCAAATTCCAGTTAACATAAGAAAAAA
TCTTTTTCGTATGTAAAGAAAAAAATGTTTTTTGGCTTACTTTTATTATT
TGAGTGAATCTTTGAATCCCCATTTTTACTGTCCTATTTTTACAAAAAAT
AGCAAAAAGTGAACTATTTTGCAACATTTCAATTAAAAAAAAATTTGTTT
AATTCGTGTTTTACAAGGCAATTAAATATATACAACAACAGCTGACTCTT
CATTTAGAAAGGAAACATTTGTTAATAAGGTAAGATATATTTATATTCTA
TAATTATTAATCCTTCCTTTGGTAAGAACCACTGATTCTCAAGGCATTTG
CTAGAGTATATTTTTTCTTATTGCACACCTTGAAGGTACTTAAGTAATTT
AACTCCTTACAAATCTCCTACCCAAAATAATAACTCCAAAAAAGAATTAT
CTCAAAAATACTTAAATTTACAAACATTCAAGGTCACATAAAAATGCAAA
AAACAGAAGCATGCGATAATTGTAATAATGGTTATTATGGTTCAAAATAA
ACAAAGTTATCAATGAGCTACAGAAGAAGAACTACAGATTTGTGTACATA
ATATAAGCCGTATATGCCTTGGTTCTTAGTACTTGTATACAGATATTACC
TATGAGAAAATTAGATATTCCCAAGTTGAATCTCGTATTTGTACATAAAT
ACTGTGTGAACCTTATAGCAGGTTATGGATTTAAGAAATATATATTTTCT
TCATTTTTTATATAGACAGGGACGTTCACAGGATTATATATATATATATT
TTTTTTTTTGAAGGTGGGGGGGGGGGGGGAAGGCTTGGTTTTCGGAACTT
TTATGAAAAAAATAAATCAAAAATTTATAGCTTTTCACAAAAATTAAATA
TAATTATTAAATTCTATGGGAAAAAAATTCAAAAATCTATTATTCGCAAA
AAATTATTTTTTTTCTAAAATCCATAGCTATTCACAAAAAATTAAATTTC
AAATGCTTATTTATTTAAAAATCTATAATTATTTACAAAWATTTRAAATA
TTAAATTTTTTGGAAAAAAATTNNNNNNAATCTATAGCTATTAACAGAAA
GTTCAATTTTTTTGAAAAAAAAATTCAAAAATTTAGCTTCATATATTAAA
ATCTATATTTATTCTCAAAAAATTTCAAAACTCCACGCCCATAAAAAAAA
ACAATTAAAAAAACCATAGCTTCTGACAAAAATTAATTATTTTGGAAAAA
AAATTCTAGTAAAAAGTTAAATTCCTTTTTTTTGAAGGGGGTCTACTGGC
CCTCCAGCCTACCCATGTAGACGCACCTGATATATTTATACATAAATAAA
TAATTGCAAATGTTTTGCTCTATGATTGATTAAAAGTAGAACAGGTAGTT
TCTTGTTAAATTATTTTAATACGAATAGTTCTTACTTATAATAGTTACTT
CGAGTAAAGTTTTTTAGTCTCCTTTGCCTTTTTTAATTAAGTCCAGAAAC
CAAACCGGGATCAGGTTCCATTTGCTCTTTTCTTTAACGATATATATATT
TTTTTAAATATATATATATCTTTTATGTTTTTTTGGTCAAATTTAATGTT
ATGTATATATAATATATATATAAACTCAAAAAAATCCAAAGCAAGGGTGA
CCTTGTCTTGAGGAAGAAGAATAAAATAAAAATGAAGAGATATAGTTAAA
GTATATAAAAGTATTTAGTGACTCATAGTTTTATCTTTCAATCCTCTACA
AGACACAAATCAATGAATTTTATATACATTCATGTTTAGAGCTTATAGGT
AGGMATCCAATTTTTCCCCCACATATGCAGTTGCTTAGCTATGCTTAATT
AAGTATCAATTTAGGCATATCAACCAATGATGTACATACCTACCTCATAA
TAAAAAATAATAATAATTCATATATAATCAAAGCACTCATCAATGCAAAA
CAATAGAGATTATGAAGCAATGCCTTTCACATAAATTTTATGTTAATAAG
TATTTTAGCATATGTTATGCGTCAACATAAATACAATCTTGAATAAATAC
ATATAAATTGAGTCCAATTTTTTTTACCTACATATAGTTCAATATTTCAT
AAACATATTTGAGTTAATTATAGTCTTTGTATTCCAATTTGCAGTATGAG
TTACGATATCCATGAGAACTGGTCATTGTTTAGAACGTTTATTTGATGAA
AAAAACTTATATTGTTATATTATGATGACCTTTCAAATAAAATCTATCGA
TTTCTGATTCTTTTATTGTGAAGATACATTTTGGTTACTTCATGTACAAT
TTAACGGCACTTCCAAAGGGTTAATAAGAATAGTTTGTTACTAGAATTGA
CAGTAATTCTTCTTAGACTAACCTTTATTTCATAATCTATTTAAAATAAT
AATAATAACAACCATCATAGCTTACTTTTGTGTTGACGTATGTACATGTG
AAGTCTACGAAAAATGTAAATTTACTTCTTTTGATAAAATATGAATCTTT
TCAGTAAGACAATTCAGAACCGGTGCAAGACCAAAACAATTTTTTTTACC
TTGTCAAAAATCAGTTGATAGTTAGTGTAATCATTTCAATTATCGATGTA
TTACTTGATAATTGTTTGAAATTGTTCACAGCTTAATGAGAGCTTATTCG
AATTCAGCCAATTAATGTTCAAAACACTAGTAATAGAAAAAAAATTTTTT
TTATAAAGAAAGCGAAAAAACACGATAGTTGAAAATATTGGTTTAATTTT
ATATGAGTTAGTTTACTCCCATATCTTAATATATATTTTATAGGGTATGA
TACTAATTCTTGAACAAAATATTTGTCTAAATCGGTATTGATGCTGAAAA
GCATCAAGTAAGATATTGGAAAGACTCTTAATACTAATGCGTAATATAGA
ATGTCATCTCTCTTTCTGATGAGATGAACTTTGGCCTATGTTGTATTTAC
ATATATGTATAATAACAGGTAAAATGTTCATATAAGATATTTAATTTTTT
TAAAAGCTAATAGAAATTTCTCCTAGTTTCATTTTGATTAAATGTGCCTA
CGATTTCAAAAGGATCATTTTATACTTTTTTAATGATGGTATTAAACTGA
CAATTACACATTTTCATATTATAAGTAGGACGTAGGTAAATGTATGTACG
TTCATAGTAGTTGAATGCCTTTGTATGTATATTCATAATGACAAAGCCAC
ACTGTAATCCTATCGAGTAAAGTACTACTCAAGTACTTACTCATTCATTA
TTTAGCCACACTTTTATTAACTCTCTTAGCTGATGATAATGAATTAAAGT
ATAATTTTTGGCATTAAGAACCCTAAGCAAATTCACTCCATTCCCCCTTC
TTCCTCCTCATAACAGTTGACGGATTAATTAAATTTCAGAAATAATTGAT
TGAATGATATGGGTAATTAAAGGCAGAGGCGCCGGAACTCATTTATAAGT
TGGAGGAGGGACATTTGTATCAATATGATGTTGCATAAGGGATGAGGACT
CAAAAATTAGAAGATTTTAATAGCTTTTTCACTTCTACATATTTTTATTT
TGTGTCATTATTATGGGAAACTTTTGAAGGCAAAGTTGGTAATTTAACAA
TTTTCCACACTTTTTATTCAATATGTCCCCCTCCATGGTATGGTTACGGG
ACTTCTCCAAGAGCAATTCAAGTCAGTGTCCAGGCTTGAGCACTACTCCA
GCTCTGAGTAGATACAAACTTATGTAGAAATATTTAATGGATTTGTATTG
GAACTGATTAAAAAAAAAATAGTAAGGATATTTTTTAATTATTACCCTTA
GTCACCAAATACAAAAAGTAAAAAGAGAACATGTGACTATTACATGAAAA
AATCTGACAAGTCTGAAACCAAAAGCCCAATGACAGCCATTCAGAATTCA
TTTGATCCCGCTTATGTGTAAATGGGGTCCACATGATAACAAATCCAAAT
CAAGTCAGAAATACCTTTGGTCTCCACTTCAATCCCTCAACCACAACTGA
CTTTATAATAATTTATTTAGTCACTGTCCCCATTAATAAATAAACTTAGC
AGGTTTTATTTTCGTTTTGTTTAAAGGAAACATCAACCATAAGTAAAAAT
ATTTATTAATTTGTATTAAAAAAACTTTGTTCTTAAAGTATACGTACATA
CTTACTTACAATCTAAGTATATAGATTTATTTATATACACACAATGTTCT
GCTGCTGTTATAAAGATGTATTTTCAAAGTTACATAGATAAATCCATCAA
ATGGCATTTGTAATATACACCGCAGGAGTGTTTATTTTTTTTAAATATGC
CTCTGTCCGTATTGGTTATAATCATAGAACCCATGTATTATTTATATACA
TATATTAAGACTCAATAAATGAATTTATGCTTTAAAATATCTTTGAAAAT
CTTTTTCATATTTAATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNTTTGGGATTATATATATATATGTATATTTTTGAAATATTTTCAAA
ATAATGGAAAAAATTTTAAAAATCACAATTCACAAAAATTTTGTTGAAAA
AAAAATTCAGATATAACACTTTTTTGCAAAAAAAAAATTCAAAAATCCAT
AGCTATTAAACAAAATTCATTTTTTTAGAAAATAAAATGAAATATTAAAT
TTTCTATTAAAAAGCAAACATTCCTTAATTTTGGGGAAAGCTMCAGCCCC
TCCAGCTTAACCCCTGTGGACCCCCCTGAGTTACCACCTAACCTCATCCC
ATTACCTATCCTCTTAATCTTTTTGATTGCATAATTTTGATTATTGACTA
TTGTATCACACAAAACAACTTTATTTTTTAGAAAAGGAAGAACATTTTTT
GGTCCTTGGTTTCGAACCACGATCTGGACCGATATTCGATCCAGATCGCT
TTAGGTAAACTCACTTAAGACTGAACCGAAAAGACAAATCTCAACACCAA
TACATATTATACATTTATGTGCATAGATATTTTTCTTTTCCTTTTGCAAA
GGGCAAATGAAGGTGATAACCAGTTTCAGTGTGTGTACGAAAGAACAAGG
CCTTAATTAAGGCATATTATTTGATTATGACCTGTACTCAAAATATATAA
TATTTAGATAAACTTTTCTTTTTGTGGGGATGATGGTTTGTTTGTAGTTT
GTTAGTTTAGGTAATGCCAAATGATTTTATGTACATTCTATGTTGTTGAG
GATTAGGAAGAGAAGACTGAGAATCCGGTAGGAAAGAAATGAAGAAGTGA
ATATAAAAACACAATCAAAATGGTTAAATTATGACGTCTGCGGTTTCTTA
ATCGCCTCATTTATTTATTTAGAAACGGCACGATTTTAGGCACGATTGCA
ACAGGGTGTATCTGCCTAGATACATATGTATTATCTGGGTAGTGACTCAA
AACTATAGAATGTTTCAAAGTATTTGTATTTAAATGAAATGCATTTAGGT
ACAAAGCAGATATTTGACGAATAAGTTTATGTCCTTATCACTCAAAAGTC
AAAATACGTCATATAACTGGTTTTTCACTTTTTTTCTTTTTTTTAGAGGA
GAAACCATTCATTGCTTGTAAATATGGTTATGGACCAAGCATTATTATTT
TTTTTTTTGTTAAAAATATGTAAATTCACTATTATCAAAACATGTTTCAA
TTATGTGAAGGGATATTCAGCAGCTGACAAGCTATATGTAAATACCAATT
AGGGATTGAATACCCACGATGAGTCATTAAGGAAATAGGTTGAAATTCCT
TTCGCTATAAAACCATAGTTTTCCATCTACCACATAAATGACAATAACTC
CACTTTCTAAGGCCAATTTCTAAGTACTTTTAGAAATTTCCATTGCAAGA
ATCCTTAAAATCAGTGGTTTCCAAACTTATTTATTCTGGTCCTTGTGAAG
AAATATCAAGATCTCCATGTACCACCATTATTTAAAATTTGACAATTTCG
ACAAAATGTTATGCAAAAAATATGAATATTTTAAATGTTCTTTTTACACA
ACTCCCTCCCCCCTAAAAAATCAATACTCCACGTACCACATATGTTTTCG
AAATCCTCGTGACCATACATTTAAAAAAAAGTATATGCTGGTAACCTTCA
AGATATTAGTACTATTATCAATTATTTATTCATATTTTGAAAATTCAAGG
AGTAATATACTTTGTTTTAGTCAGCAGATATGTCTTTTTTCAAAGTTGCC
ATCATAACCTTTTCTTTTCGATTTAAACTTACAAAGATTTAAAATCCCTT
TGCATCACAGTTTGACAATTACTGCGTTAGATAAATTATTGTTAAGGTGC
ATAGGCATATGAGATGATAATGCATTGTGTGTTTTTAAGGGGGGGGGGGA
TGAAAGGGAAAGGGGGCAACTAAGTTTGCCTCAATATTTGGGACTGTCTT
TTTTTCTGAAAGAGCATTTTTCTAAGACTTTCTTATGAATGAACCTTTTC
ATATATATAAGACCAAATATTACCCTGAATATGAAAAAAAATAAAAAAAT
TGCGCGAACATTGTTAAGTTTGCCTAAATTGGTTGGGGAAGCAATAGCCC
TCTTGTACCCCTTTCTCCTATTTCTCTGTTAAAGTGTATTATGAGAAACA
CGGGGGTTTTTTCATAGATCTCCTGGGTGTGCCTCAAAAAAAATAAAAAA
AATAAATAAGAATATTGATAATACTTCGGTCATTTGACAAATTTATTAGA
ATCCGGAAAGTTTTCGTATCTACAACGGATGTATGTGCTTCAGAAGGAAT
TTCAATTTCAGGAGTTGACTAAGTTTTTACAGTTCTTTTGAGTGGTCATG
CTTAAATTTGACTAATAAATATCCGATTGCTTCAAACTTTGATTGTTCAA
GTTCAAATAAAGTCGACCTTTTCAAAAAAAACAAAAAAAAAACCAATCGG
TCTAGTTTGAGTAGCCTTCTACAAATGATCGTATTTTGTCAAGCCAATTT
TTTTCAAGTTCGATTAATAATCGAATCCAATATTACTAACGAGTATTAAA
AAAGGGTGACTTTGAAATGCTTTTATTACGGCACATAATACAATTATAGA
ATAATTTTCACATTCAGTATTTGTATGGGCCCATTGAAAATAGGGAGTAA
CTTTATTGAAATGGTGTGAAGTGTAGATATAACTATTTTGCCAACTGTAT
TCATACAAATATATATTTAACGACTTTTTTGAAATATATAATAATATCAT
AATCATCTTTCATTTAACCTGCTCACCCGAAAAAAAAAGTAGAATACAGA
ACAACTATTTTAACAAGCGTTAAATGATTATATCTTATTCCTGCACTATA
TTTATAAGTATTTGCAGAAAAAACTGGTTTTTATAAGTACATAGAGACAC
GCACTGCTAGGATAAATAAATAAATGGTCATAGCGCGATATGTTAGAGGG
CAGAAAAAGGATCACACTTGGATTTTGTGGCATTATAACTTCTTTAAAAT
AGTATATTGAATTGTGCCTCATTTCAAAAGTGAGTCATCATCCTCATAAA
AAAAGGAGACTTTTCCCCCCTCTTTGATTTTTATAGCATTTTTGTTTCCT
TCATATATAAAAACATAACGTAACATTAGTAGAGAACTACTGCACGTTGA
TGTTGTCGTTGAACCACTGGGCGCTCTTCTTGTCATGTATTTAGAATGAG
AAGAAGAGGCATAAATCTATAAGAACGCTTGAAGACATTATCTTGGTTGT
CCATCTATCTATTGTATAAAAAGTATTCACATGTGTGAAGGAAAAAATAA
GACAACATTAACAAGAGCGACACAAACCACCAAATAGAAAGATATTTTTT
TTCAATTGAGAAAACGGGAAAACAATATCCTACAGAGTGCTGTTATGACG
TGTCACTATTAGGCACTAGTATTGGGTATTAGTGTATTGTATAATGTCAT
TTGTACGTACACTTTATAAATGTACATACTTCTTCTACAGTTTCTTCTCA
TTATGCATTCCAAAATGTCAGTCCAATGTCAAAATACTGACAAATAAGTA
TCCTAATGATCTTTGAACTCTCCCATACACTCTTCTTCAAATTTAAAAAC
GACAATATTTTATGGTTTTGTATGTAATATAGTAATATGTATATTAGTTC
TTCCTCCTCTAAAGAGAAGGATTTCTGAAGAAATAAAATAAACAACTAAG
TACAGCATAAATCTCCTATGTAACATGTATACCATGTTTATCAAAACGGC
ATGAGTCATGACTTGAAACAAGAGGATTGATATATATGTATAAAATGAAT
AATCCAATTTATTGCTTTAAGAAGACTTTTTTTTGTCATTTTGAAATACA
TACATATCATATAGAATATCCATCCAATTTAGTGTTGATCTTGTAGTATT
TTGCTCTCAATATCCAATAAAACGTTTCTATTTCCTTGGCTTAATCTTAC
AATAAGGGGATATTTTTACAGAAAACCTTGTATCAAAGCTGTAAAAAAAG
CCATTTAACGATCACCGTGTGATGAATTTTTGTGCAAATTTTGTTTCAAT
ACTTTTTGTCCCCTAGAGGTTACTGATATTGCCCGAATATTATTTTTTAA
TTTAAAACCTAAACAAACTCCATGAGTTCGAAAACTGAATCCTACGAAGG
CATAAAAATTGTGGGTATACGTCACGAGGACAAATGATAAATGAATGTCC
TTATACTTATATGTAGTATCTCAAAGGCAACATCTTGCAAAGAAAGAAGC
TTTTATGTACTAAAAACTCAAGCTAACAGATCCGTTTTGTTACTTTTTTA
TTATTATATAGAACTGCCCTGCATGATCAAACAACCTTAGTGGATGGATA
TTGCTCCTCTGAGTGATAATATATATACAAAATATATGAAATCATTGCTT
AGAAATAAAATCACTTTTAAATTCAAGTTTTATGTTTTGTAACATTATTT
TAATACGTCCTATTTTTCCTTTTGGTATTTGTTTATTTATCAATATATGT
AAATAATATTTTGGTCGATTCGGCTAGCTTCAGCCACTCCACACACTCGA
TTCTGTACCAGAAGCTGGGACAGATGTTTTTGAGAGTTGGATCCAGCTTT
TTGGCCTAATTACCAGACTTCGCACAGACATTGTCCTCTAACTCCCCTTA
GACGTAAAAGTCCAAAAGGTTATGGCAGGTTTCTCTTTGGAGCTTTTAAG
TCTTCCTATGCACATCAACCAACTTTTTCAGTTCTTTAAAACATCGTAAA
TGGTCGTCTTGGGCTACTCAGTAGAGTCAATGATAGGGCTGACAATGTTT
TCTGCTCGAGGTAATTCAGAAATAGTAAATCTTACACACAATTATTCCTG
GAGAATAACTAGGTATATAAATCCTAAGCATTTTTTAAGGAGAGGTTTTT
TATTTTCTGAAGCTACTATAATTATTATTCTTTCATTCTTGTAGAGAGAA
CACCTAAGTATAAAGTGTAGCCAGGAGTGCATTGGCTTATAAATTATGGA
GAGTAATATTGATAGGGATGTCAAAGTTGTTCAAATCATATTGAACATAC
ATAACAAAAAGAATATGTTTGTAGTCTGCAAGATATTTGTTCTTATTAAT
TGCTTATTGCACAATAATTTTTTTTCAATATTAAACGTTTTTGGAAAAAT
ATTTCAAATATTAAACGTTTTTGGAAAAATATTTCAAAAGTCTATAACTA
TTCAGGGAAAATTAGAAAAAAAAAATCAAATATTGCGGACGCCCGTAACT
TGTTTCTATTACCTTCTTCTCATCGCTGCTTGCTTCTAATCTTATGAAAC
GACATGCCAACTAAGCTGCTCTCCTTTAAAATATTTTTCAAATTGTCACT
GTTACCATGTTAATTTTCTTTTTCTATTTTTTTCCACCCCAAAAATGCCT
ATGATTTACAACCCTCCTGAGTTGGTTGTCCCATATACGATGTAACTCCA
CAATATTTGTAGTTTAACTGCTTCTTAATTAATTTATTAACAAAAGCTAT
ACTCCCTGATATTTTAATTCAAAAAAATATCGACTACAGTTGTTTATTCT
TGCATTCCATAAAATCCAAGTAGAGGAAATGTGCAAATTGGATCACGATT
CTTGAAACTGATTAGTCGTAGATACATATTCAAGGTATAAAAATATGTAC
ATTACATGGCCAGAATCTGGTGGAACCAGAATATATTAATTCTTTATCGC
TTTAATGGATACGTTCGTATTTATGTCTAATATGTATATAGAAGAATCCC
TTGCCTAGATATCTAACATATAAAAGATATATGAAAAGTACATCGCTAAC
ATCCCTTTTTAAATATTTTTATTACTACAATGTATATACAAATATATGTT
CTCGTATTGAGGAAGAAGTCTAACATGAGTAATGTGAACGAGAACTCCAC
ACATAGGGACAGTCAAACCTGATATATGCTCTGTTGAAAGAACGAATCAA
AACTTTGCAAATTATTATTGTTATTGCTATTATTTGTATTGATTAAATAG
ATTGATTACCTTTTAGATGCAAGGTCTTTATAAGGAAAGACAAGAAAGAA
AAAATATAATACTGCAAGAGAACAAAAAACAATCTTGAATTAATTTTTTA
TTATATACTATTATTATATTGAATCTTTTTGGAACTCAAAATGACATAAA
AAAACTTAAAATATGTTTGAAAAAATCAATTTAACAAATAACAATTAGCG
GGCTTTAGTCCAAGTCATTTATTTATTACTTTTTGACAGAAAATATCCTA
ATGGTTTGTCTATATATATATACATAACCAATTACATAATATTGGACTCC
TAATAGTCTATGGATCATTTGTAGAGTTGTAAATTTAAAGCACTTTTGGT
ATGTATAACAAAAGAAACCGGAAAACTCCGTATCTAGGAATGAGATAGTC
AGAAAATACTCCGATTTCGATACTCAATCTACTCTGAGTCTAACAAGGAC
TTATACTTATAATTCCCTAGGAAATCTTCCATGTTACTTTTTGAGCAAAA
GTGATTAATTTATACTTGGATATTCTTTCTTAAAGAATGAAATAATTATG
AAAATAGATTTGAAACATATATATATATATAAACTGCTCACAATGCCAAA
GAAAAAAAAATATTGCACTCGTTTTACTTCATATTCTTTCTAGTGATTTC
ATATAAAAAAGAGACAATTCAAAAGTATTCTCAGATCTCGGATTTTACCT
ATATTAAGTTAAAATGTTTGTCCATAAAAGATATACAAAATTTCAAAACT
TCTTTATAAAATATCAAAAAGGCTTTTAGAAGTTATATGAGTATTTGTAT
CATTAATTCTGTTTTAACAATAAAAATCTATTATCGATTTTTTTTTAGAA
AATATAATTGCCTATCTCTTTAGAACCAATGACCAATCTAGTTAAAAATT
TGAAGAAAGCACAATTTTTAGTTTGGAATTGCAGTAAAATCGGTTGATTC
CTAGCAAAAATCTCACTCGATCAAAAAAAAAAAGTTCTAATGCAAAGTCA
GGGAAATCGTCAGACAAGGCGCTGGGATATTTCAAATAAAGGATGTATGT
GAGTCTCGTTTTTTCATATTTCCAAAAGTCTGAATCTTTTAATTTAGAGT
CTCTCCAAGTTTAAAGTCACTATTTACTCGCTTACAAATCCCCAGCTCTG
GTTTAGAAGAGTCTATTCTGAAATATATACAACTTCCATATTTTTCCAGG
CATATGAAAATATCATAAGGATTATTAAAAATAATTGTCTCATATATATC
TTTCGACACTTCCCAAATTTTTTGTAGAATTAAAAAAACAAAAAACTTGA
GATATTTGTTTGTGGCTGGSTGTTGGAAAAAAATGTTAGTATTAAGAAAT
TTTATAGCTAAAACATGGATAGAAGAATAGAATAGATTTAATGGATCAGT
GACTGGTATTGGGTAAATTAATTTGAGGATATTTTTAGAGATGCCAAATT
TTCTCGGAATAATCGTGAGTGTAAAAGAATATATATATATATATGTTGCT
AACTTTAAGAGACGACATATCATATCTGTTGAGAGAGATTACTATATAAA
CTATAGTACTCTTTGCTCACAAGTACGTTAAAATTTTCAAAACAAGAAAG
AATAAATTAATAACGCAACAAGCCTTCATGAATGTAATTTTAATGTAAAA
AATGAAGAATTTGAATATTATTTTTCTTGTAAATATTACTTTTATGTAAC
CATCAATGTTAGAGTGAGAGAGGAGGAGAGTTTTATACTTCTTATTGTTA
TTTTTGATTTCCTCCTTGGTGATGGTAAATATTGCTGAAAACTGCTAATT
GATGGTATTTAAGTAACACACAATAAATATTGAGCTTTTAATAAGTTATC
TTAAATATAAAATTTCATAATTTGGAATGAATTTAATTTAAAGCATTCAT
ATAGCCATGTTACGTTTTTGCGTTTACGCATTTAAACGTAAATTATTTTT
TCTGAATACAAACTGTGATATGGTTTAAAATTTCATTTCTAACAAAAAAA
GAAAAAAAGGGATTTTAACTGAGGTATTCTCATTCCGACATAAACTTCCC
CTGGAATTCAATAAAAGTTAGGCAATCAGCACTCCTGACCACCACTACTA
AAAAGGTTAATATCCCACAGGCTACCAACATATATATGCTTAAATGTATG
CTCAGAGCGGTTTTGCTACTTTTCACTTCCCTAACGAGTGGAGACACAAA
ACGTACAGTAGTATTACTTTTATGAAATCAAGAAAATAAAAATAAAATCC
GATATGTGATATTTTTAAATACTATATTTTTTATTCAATGTGTCCTCCTT
CACAAACAATAACAGCCTCAACACGCCGGCGAACAGAATGACATGCCACG
CTATCATGATGGTAGCTCTTATTGAATCTAAATTTAAATGAGAGGTATAA
CCGACACTATTCTCTATTACATCTTTAACTGCAAAGTCCAGGGATGCTGA
GGCGAGGGCTGGAGGAGGGCCACATCGACACAAGCCAGAAGTCACTCATA
TTGTAAGCAGCAGGAGTTTTGTTCCTTCTTTATCTGTATAGGACCATTCC
CATTCCAACGGTCTCTGCATCCTTCAGCGCAGAGGAGATCGCACACACGC
TGCCTTTTTTGTCGTTACCCCGACATTTTTACACTTAAAAACATAAGATA
AAACAAAACTTCTTTATTTTTATTTCAGCTGCCGTTTAAAACCTCGTAAT
TAAAACTAACGGAGATAAAGTCGTAGTTAAATTCTTTTAAAAGTTTTGGG
TACTCACTCTGTAAATTTCTTATTCCCCTCTCCAAGACTATGTGAATTAA
GATATTTCAGTAAGCCCGTCCCTAATATGTTTTGTAAACTTTACAATCGA
ACACAGGTCGTATATTTAGTATCTCATTATGAGTCACTTTGACGTCATAC
ATTTAAAAATAAAATAGCTGAATGAATAGTTGCCATTATGTGACCAACTG
TGTATATATTAAGACCTTTACTTGTACTTTTATGATCACAAAATAACTTG
TTTGTGACTTTTCTTCGTTGTTTTTATAACTTTTATTTGAAACGATATAT
AAGGAAATTAATTGGACAATTTATATTCTATTCTGGTATAATCAGCTTCA
ATGATTTTTATATATTTTTTGTAAAGATTTTTTTTAACCATGGGAGGAAG
GAGGAAAAAATAATTATGATAATAAAACCCAATGTTTGAATAATATCAAT
AAAATGTATGTAAAATATATTTTTACCTTCCTTTTGCCAAAATTCATCCT
CAAAAGGTAAAAAAACAAAAAACCCAAAAATATATATATACATGAAATTA
TTATTATTATTATTTTCATAAACCAGGGATTCACTTCATTCTATGTACTT
ACATTTATATTAACTCCATATTCTTAATCAAATTTTCAAGAAATTAAAAG
AAAAAGTATATGTGGTGCGTCAACATGGAAACAAAATCAAGAAAAGGAGA
AAAATCCTTTTTTTTTTGCTTCATATACCCATACAGGCACATATTTAATA
GACTTTATTTTCTGTGCCACTTTTATGCAAAAGTTCGTACCTCAACAATT
TTTACACTTTTTAATCAATATATGTGCCTCCATTCTGAATGAACGCCGAG
GACATGACCTGAGCTGGATGTTTAGTCCTGAAGGTTCCCTCGACTTATTG
CCAGAAATGAACTATAATTCTTCAAATAATACAACTGTAATCCAATCCAA
TTTTGAGAAGAATCATTCTTACTTGYTTTTGTATTGAMAAGCCACATATA
TTTATAGAACCAAAATGAGTCAATAAAAAGGTTTTAGCAAATATAAATAT
GTGTTTGATTAACTACTTCCAGCGGTGTAACTAGACTAGGTTTGAGTAAA
TCGTTGACAATAGACCTCAAACCTTTCACAATCATCCACCTGGAGACAAT
GTGATTTGTTCAAATTTGAAAAGAACCTGAGCCAATACTCAACAAAATTG
TAACTATTTCCTTAAAATATCACTGTCTAAATGACCTTGTCATATTAGCT
TTATAGAAATCAGTCCATTAATTAGTTCAAAAATTTATCTAACTTAGACT
TTGTGTATATTGAGAGCCGGTAATTGGGCATAAATTATACTTACAATTCT
AACATGTTATTTTTATCGTTTCTTCAATGGAGTTCTGTCTTTGGTTTGAG
CTCTATTGTCAACAATTTACTACAACAGTAATAAGGAGCACAAGGGGCCG
TGTCCATCCAAACAATGATTGTATCCTCCCCCTCAAAAATAAAGAGATAC
TTAAATTTGATTTTCATGAAACTGCAGAAGTAATACACTCTATATTATTT
TGCTTTTCTGATCTGGGATTAAGCCAATGGGTGTAGAAAATAAATAAAAA
AAATTAAAATTTTTATAAAAAGTATAGTAGAAAAAAGTTCCTATACTGTA
AGTCCAAGTTTAGTATCAAATTTTTCCCACAAGTACAAGGACTTGAATAT
GTTCGTTAAGTACAGTTCAAGTACTCAGAGAATAAAAGATACTTCAAAGA
GAGCCTTAAATTCAATAAGAAAGCATAAGCAAATATCGAGTTTTTTATTG
TGTGATCAAGTCTTCAAAATGTAAAATTATGTCCATGTCGAGTCGACGTC
CCACCTCTGTCAATAATAAATAAATAAAAATGTCATCTCAAGCTTGTACA
TTCAAAAGGAAATATCTTTGTCGCGGTCCTAGCCCATCCTTAGATGCGTG
TCTGATACGGAAATGATTACATTTACATATTTGGTGTGAGATGTTAAACT
GAATAAAACTAATATACAATAACAATTTCCATTACATCTCTAAGCCTTTA
TTTCAAAAAGTGTAATAAAAAAGGCACAAAATACACACATGGATCGCCAG
TTACGTCATTCTTTCCAATTACTGCTGGACGATTTTTCATTAACTAACAG
TAGTGAATTGCTCAGAACATCAAGCCTAGCATGTCAATTTTGGTAATGTT
CGTTATTAGGAGCACAAAAAAAAAGTATAAAGTAATAAGGAGTTATTTAG
TGTTGATGTATCAAGGATAGCATTATGATGTTGTTATATACAAATAATAS
CCAGCCATAATTTCCATCATGATTACCCCCTCCCTTCTCTTCCTAACTAT
CATTAAATAATGCCGTGATTAAAATGTACATCCTAATGAATCAAGGAAGG
GGGATCAAGTTCAAGGCTCCGGATGAATTGAAGGCCTTGTGTTTATTTAT
TTATTCTATTCATAACTACTATAATTATTGCAATATTTTTGTACATGTAT
TTCTTTCCAGTCCTATTGCATCTACTGTGCAGTCAGAGCTTTTTNCCCTT
TCGGTAATGTGTTTTTTTTTTTTTTTTCGAAGGTATATTTATAAATAACA
TCTATACATGGTATTACCTTATTAACATAATCAGGTACTGCTTTAATATG
TTAATGCTATTTCGTATATTTAAAAATGACAAAAATATTTTGTGTTCATT
ATTTTTTCTTTAATGAGCTTGTAGTTTTATTTATCTCCAATGACATCTGC
CGAGTCATTTTACATACTTTTTGCAATGTGTCTGATGGTAGGTACTTGTC
TCTTTACTAATATAAGATTTGTAGAAGTGGGATACATCTCAATTACTCTT
TCGACTAGCTATCAAGGAGAGCGTGAAATATGATATTACTTTATGCAAAT
GTATGTATCTTTAGATAAGGCACAATGTATTTATAGTGCACTTAAAAATA
GTAAGATGGTCTTTGTGAGGAGACATGTCTCCAAAAAGAAAATGATCATT
TCAAATAACATTTTCCTTCGATATTATTTTTCAATTAATAACAGATTTTC
CAATAAATACAATTAATTAATTTAATACTGGTCCTAACAAAACAACTTAT
ATATATATTGAATCATAATAACAACAAATATCTTTGCTTGTCATCTAATC
AAATTAATCTCAGCTTGAGGCAGACTCCACTTTTTCTTCCTACTTCATAT
ATTGATATTTTGTATTAATATGAAAAAATAATGGGGATCACATCTTAAAT
TTTTAGTTTTTATTTAAAAGAGGAGATGTGTGTGTGGGCCGCTGAATGCT
TTTTTGAGATCAAATAAATGCTTACCAACATGGAAGACTATATATTTGCC
GATTATAGAATAAGAGTTTGAGTAGAGTAACATAACTTGAGAGTAATAAT
GTTGAAAAATCCCGAATAACTAATTAAATTCCTTATCTACACAAAAACGA
TAATTTTCCATTTGTTAAAAGATCCTTAATTACTATAGATTAAATTCTAG
CGAGTTTACTGAATATTGAGCAATGTTTCACATTGGAAAAATCTGCCTTG
CTTTAGTAAATTTTTATTTGCATTTGACCAATATATTGACGATCATACAC
CATTTGATAATGATAAGTATTCCCACAAAGTTTGTCCATGGTCATATTTT
TTTTCTCTCTTAAAAACTAACTTCAAATTAAAACTTTACAATTTTTTTAA
ATAATAATCTTAAAAAAAGATGTAAAAAGTACTTAAATGATTTAAACTTC
AAACCTCCGATGTGATTTAAGCAGCTAATTAATTGGTTTTTGATTTTTCT
ATCCTCAACTAAAAAGTTTTGCCCATTTTAATATCAAAATGGTTAGGAAA
CTTATCTGACGCCATAAATACGGATAATAAGGTAAGGTTTACTGATTGTA
TATGTATATAATTCAGCTGATCCCGAAAAGGGTAAAGTGTTTATTGCGTA
TAAGGTATATAAATGGTAGCTTGAACTTTTTTATTTGTTTTATTTTGTTG
CTTTGATGATTATCTAAGTATGTCGTTACGACATTTTAGGGTCAAATCCT
TGAGAGATCAAGTAGGTACCAAGTGTCATTTCCAGGAACATCTATTCCTT
TCTTCAACACGCAAAACCAATCAGTTTATACATAATTATATACATTTGTA
TATTGCATGTACAAAAAATTCAAGTGTTCCCCCGCTATAATTTTCACCTT
CAGTTTTATGTATATTTAATTTGAAATTTCTTTTATTAAAATAAAATAAT
GCTAAAAGAATTTTTCACAAAGCCTCGTTTTAAACATTTTATTAATGAAT
CCAAACCATCATGATATTGACAAGTAGATATAAAGAGAGAAAAAGATAGA
GAAAATATAAAATGTAATCTTAAATAAACCCAAAATAGAAATTGAATTGC
CTCAGCAGGGGTTAATATCTATTTACTTTTATTTTTTCCTTGCGAGGAGA
TTGAAAAAAAATAACCAAAAATTGAATGAATAGCTCAGAAAATGAAGAAA
AAGTAGACTACACCACTCACAAAAGATGAAAGAATCTATTCAAAATGATC
ACCGTAATTACGTAAAAACACATGCCTGGATGATTAATAAATTGATTATC
TATTTAACAAAGTTCAAACACTAAGGAGTTTGAACTTTTGAGCCTTACAC
CAAATATTTTATTTATTAATGTCTCAAAAACACCTATTAGGGAAAATTTA
ACAAAAAATATATATGTATTTGTATGCAAAACCATATACAAAAACAAATA
CGTAATAACAGTCAGTACTGTGCATTAATGTTGTCGCCATTCCGCATAAA
TAATTTAAATAAATTTAAAAAAAAAATGACATGCCAAACAACGAAATAAG
GAATTAAACAATCGGATTGTTTGTTTTGATATCATATCAAATGGGTTTCA
ATATAGGATAAGACTCCAGCCTAAAAATTGGGAATCAATTTAAAAAGTCA
AAAAAATAAAAGATAAAAAATATGCATCGAGACATTTAAAAAAAATAGGA
TTATAGGTGCGTATATTGAAATGAGTTAAAAAAGGCTATTTGTAAAATAT
ATTAAAGATTCTTTTTAGGAAACTAAATTGACTTGGACACATCTTCCATT
ATCTACCAAGTCAACTTCAGTAAAAGTTTTTCTAAAAAAAATTATTTATG
TTCATAAAAGTATTGGAAAATATTTACATACTATTTTAGACGATTGAAAT
AGCCCATAGTTATTGCTATATTAATATTGTATGAATCTTTTATGTGGTTG
TGAACTATGATCAGAACAGGATCTCTAAAAATCCACTCATATTCAATTCA
ACGTAAAAAACCTACTTTAACTTTTTTGTTGTTTACAAGATATTACAGGA
TGAAATCGTTGTTTTATCTCTCGACATTTTCTCTTTCAAAAAGAAAAAGT
ACAACAAAGACTCAAAATCAGTTGGTAGTTAGTCAATTCTAATGAAATCT
AGTTAAACCATTCTTTCCACGGTACATACTATACTAAATTGGTATTGGAG
CTGTTAATGGAAGCACCATTATGTCAAAAAATATTGGAACATCGATAACT
GAGTATCTCCCTGAAAAATGCAAAAAGTACCAATTTTGGTATTGGAACCG
GTATGAAAAAATTAATATCGTGACAACACTATAGTATGGGGTTGCTTCGA
GACAAATAAGAGTTCAACCAATCAACGTATACAACATTTCATAAGTATGT
AGTAGATAGACAGATCGACACCTGACAAATAATACATTTTGAACATCTCC
TCTATGATTAAGATAATAATAGTTCATAAATTACGCTAAATGATTTATGA
TTTATTTTTCTAACTTTTAATTAATTGAGCTGTGGCATATTATTTATTCA
CCTCATGTCTATACATATACGAGACGACTGGGAGAGGATATAGTTTGGGG
GGGGGGGGGKAMATGCCTATTATATAGGTTTYTACATATATAATAACACA
CATATATGTGTACAATGTTAATAATAATTAGTTAAAAAGTCTCTGACCTC
AAGTTAATTACTGACACACACACACACATGCTTAACCCTATAAATTATGA
TAAGTTTATATAGTAAGACTTGATAATGGTAGGTTTTTGGCTTGGTGTGG
TTTGTGGTTTGAGGKCTACTTTTGACTTWCTTACTTCCATAAATATGTAT
SGAGCCTCTATCTTCCTATGCTGGTACATTACATACACAATGTGTCTGCC
TGTCTGGTAGATTTACATTTCGTCATCAGATCTTTCTTTAACATCATCAC
ATCATGTACTTGTACAACTGTACTGTACGCAGCTACACAAAAGATCAGAG
TAAAGTTCAACCCCTGATGTGCTGTTGATAGTCCAAAGAAATCTTCATGA
ACATAACATACATAATAGGTACTCATATTTATATAAATGGGCACACACAA
AAATGAAAACTATCTTCATGAAATTACCCATTGTTTGTACGGATTTGGTC
AGAAGGTTGTTTAAAAAAAATAATTTGGGCAATTACATAAATTGCTCAAG
AAAATGTCAAAGATCATCAAAATTATTTTATTGTTCCCATAAATACTGTA
AATATCCGTATTTACAGTAACTTTATTGCTTTTGATAACATTCCCGGTTA
TTGCACATGGATATCTTCAATGGATTACTCACAAAAATCTAAAATACAAA
TTAAACAAAATCAGGTGATGAATAGCTTATTTCTCCTACTTTTTGTAGGA
CTACATATGTGTATACTTTATTTAAATGTTGCATAGCTTAAACATAAATA
ATTTAAGTTCAACAAATCAACCAATGGTTGCCAAGCTTGGAAGAAGCCAG
CCCTCTGCCCTTAATATATCTCCGTTATTTTTGGAAGCAATATCCAAATT
TGTATTTCGAAAAAAATATTGTAAGAAATGGAACGACGTAGCTCAATATG
CAAAGGGCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTATTCCTAG
GTCAGATGGGGTAATTTTAATACTATAATGTTTACTTATACTTAATCAAA
GCAACTCCATCTGATCAATTATAGGAACACTAAAAAAAAGCAGGAGCAGC
AAATTATGTAAATCTGTAATGCATTTACATTTCTCTCCTTTGTGAAAGTT
GAGCCGAAGTCAACATTCAAGATATATAAGAAACAAGTGTAGATAAATCA
ACAGCAGTAAAAGATACTTATGAGTCATGATGATTAATGAATATTATCAA
CATTTAATTCATACTTATTTTAGGTTAATAAGTAAATAATTTATTCAATA
TCATATTCCAATGCATCGCAAAACTATGAAATGCTCTGAAATAAAGTAGA
AAATGAATATGTTTGTGAATATTGTGTTTGTTTACTGAATATAAATAGAT
TATTCTTATTCTTCTAAATAAGTATTTTTTTATTTATTCATTACGCTAGA
ATTGTAGTGTTTATATGAAGCTTATCTATAAATTCATTAACTGAGATACT
TTTACAGTCGAATGGGAATGGCCTGAGGCTTATATTTTATACTTCTTTTT
ATAACTAAAATTCGCCAACGTTCACGAAATCAAAAAAACTTCTCCTTCTC
TCAATCCTTCCAATGTCCATGTCTTATGAGATCTCTTGCATTGTTTCTTC
TTGACCATTATTTCAAATTATTGATACCAGAGCATGAGGCTTTTTAATTT
GGACACTTGCTTATTTGGGCGKGTCATATTTGAAATCTACTCGCCGAGAT
ATAATTTCACTGATTATAACTATCGTGTATTTAAATAATATTTATTACTT
TTGACATACGTAAGAAACGGAATCTGATTAGTTAATTTGATTTTGCAATG
ACAAGACGTGATCACCTTCATCCTTACTTAGTAAACAAATGCTATGTGTC
GATAAAAATTCATTTATTTGCTACTTTATTTCAAGTATTTCACAACATTT
TAATACAAACTCTGGATAGTTGGAGTACTAGGGGACGAGTAGAGGTGGTT
GAATGGTACTGGTCCACCAAGGGACATGATTTTGTCATATCCGCTTTAAG
AACTTCCTGTAGTTGCACCTTGAACAAAGTTTTTTTTCTTCTTCAAAGCT
GTTATCATTATTATTTCATCCTTGAAGAGAGAATATCTCAGTATAAAGTA
GTCGCTGGMGCGTGTTCATATGAATGACGGAATGAGGATTTGTTGAGAAG
TAATAAATGTTTTTCCCTGTTAGACTCAGAGTACAACTGAGTCTTGACAT
CAGAGTGATTCATACCAATGTCCTTGAAAGATTCGGAGTGGGATTTATGT
TTATTTCTTTCATCTCATAGTTGCTCTCGGCTAATTTAATTAATCATCAT
CGGAACTTCCATTAATAGGAAAATTATACCTTACTCTTGCCGAAAAAAAA
AAAATACAATCAAAGTAACCTGGACAATTTTTCCGTCGCTAAAAAAAAAT
AGTGTGGAGGTGTGGGAAAATTCAATTAGTCCAATATTTAGTTTTATACA
TATATGGAACTAAGATTAAGATTTAAGAAAAAGAAGCATTTCTTTGATGA
CTTTTTTTTAAAGAAAAACAAACATATATGGTCACCTTTCTTTTTTTCTA
TTTCGTTTTCTTATACTTCAAGTTTGAATTTTTTACATGTCAAGCTAAAT
AATTTGTCCTATTTTCCTACGTTTGACTAAATTTCTTGCCTCCCCCCACC
CTAATTCTACACCTTTTGAGTATATCAAAGGTTGGTGTTTTTAGAATATA
CAATATTCCCTTTTCTTCTCCCAAAAGTGCTGCTATCTATTGATTAATTA
CCAAACTATAAGTAGTGTAGATCTTTAATTACACCTTTCCCCAATAATAA
CGACCACATCTATGAACAAAAAACCTTGAGTTACCTTTTTTCATTAAGAA
AATAACACCTAAATTCCATCATGTACCACTACGTATCTGTAAAAAAAATA
ATGTGTTATTAAATCACTACATATTATTCCTATGTTTGGTTTTATTTTTG
TGACATGTATTCATTTTTGAGACATTGTTTAACAAAAACAAAAGCAAAAC
AAAATAATAGAAGAGAGTGGTGTCCTGTTCTTCACATCCTACATATATTG
ATAACGACGAATGGGTTCATTGTGTTCCAGAGTTTCCTTCAAATGCTCTT
CCAATAGACAATTACACAAAAGCCTCATAAATAATTTTCAATTGGATGGG
CTTTGTTTTCTTTTATATATATATACAGATCTATCTATGCATGGAATTGT
GCTCTATTCATTCTATTCCCTCTGTTTGTATTTCAAATAAGTAAACTTAT
AACATACATATTTAACAACATAAATGAATAGTTTACTCTTTAAATGCACT
TATTTATTACCAAATAATGCCGATGAATGAATTTTGGTTGTTTCATTCTA
ATAATAATAAATATAATTGAAATGGACAGATAGTAATAATTAAAACTTTG
CATTCTTTATCATTGTAATTGAAATATCAAACAAAAATATAATTGAACAT
AAGCTCAGGTAAATTACATCCTCTTGTTTCCATGAGTCCTCATGGAAACA
TATATGAAAAATAAATGAGTCCATCTTTGACAGTTCAATTAGCAACAATT
GGACCTCTTGTATCCTAATAATGATGACAACTGGGGATGAATCCTCAACC
TCTTTTAAGATGTACCTCATTTGAAGAAGGATAAATGCATGGCAGAAGAA
AAACATATATTCCTGGGATTGGCATCGCTCTGTTGCATCCATTTTCATTA
TTCTTGTAACAGTGGCTCCCACTCTGACCGTTTTATATTCATAAAACCAG
GGTCTTCTTTCTTTTGAGCCAGAGGAATGGTTTGGATATCGGTCTTTGTA
TCCACTTTCTTTATCACTATACAGTGTATATCCATATGAATATATGGCTA
TCAGGCATATATTTCGAATTATTTTCAAAATAAAAATTACATTCAGGAAT
GCAAAATTTGTTTTTGTGCTTTTGTGAAGTGACAGGGCCCATATTGCAAG
CTACCTATGTAGAAGTTATCAAATAATAGGCAAATTCTATCACAGCTTTG
ATATTGTTTATGGGCACGATCTGTCTATTTCAATGCACTTTTCCATTATT
TCTATTTTTGCATATAAAATACAGAAAATGTGTGCAATTAAAAAAACTCT
TATCAACTTATAAGATATGTATGACTTTTTTTTTTTTTGAGGAGTTTATT
CTATAACAAAGTGAGTAATTGATGCACAAAAAAAAATATTTGAAATACGC
GTATGATTATTCAATAATTATTAAAATGATGGAAAGTTCATCAAAATAGT
CCACTTTATATATTTGTCTGTTTTATTAAAGATAGGGATTCCTTCTTTTC
TGTTCAACAACTATCACTTCAACTAGAGTTAAATTTAGCAAAATTATTTC
GGTTAATCTTTGACAAAACAGGAAAACTGCAAATAACTCAGCNACATAAT
GTATGTAGATATAATCACACCTCAATAGAACAAATGACCCTAACTGGTAT
CTACTGGAAGTAAACGCCCATGGACTCCTTAATGTGAGTCAAATTTTTTG
ATATGTAACATAACATGAAACAGTTCGTATAAATCCTGTGACAAAATATT
TTGTAATCTACATATACTACTAATAAGGTTACGTGATATTATGAGTTGAT
TATGTTGATACTCTAAAGAATACAAAAAATACTTCCATATTACATTCTAT
GTACGTCCATCTCTTAATGAATTATATTACAATCAAAAGTTGTCAAAGAT
ATGAATAAACTACTAACAAAACTGGAGGTTAAATGCTGCTGAAAAAGGAT
ATAAGTTCAATCCCCAACACCACTCCATTTGAAGGATTTACGTCATAATT
AAAGCCATTCGTGGAGTTTGATGGATCACATGTTAAGCCTTCCTTTTCTC
TTTCTCCATCTCATACATAGCTCTACAAGACCCGCATCAAGGTGAAGATT
CAAAGTAGAATAATTTTCAGTATCATCTGTACCCACAAACCAAGAAGGGA
ATGAATCCCTGTTAATTCTACATGTACATATATAAATATGAACAAGTTTC
TACATTTTCTCAATACCAAAATGATGACTAATACCTGGTTTGGCTTCCCC
CTCTCCGCTTTTTTGCTACTTTGTTTCACTCTTCAGTGCTTGAATGAAAG
AAAAACCTCTTTTTTAGACATAATCAAAGTCTAGGTATTTCCTTTACACA
TATGTTTGCTATACATAAAATGAGTCATACACCCATAAATTATTGATATT
TCATTATCGTTTGCTCAAAGGACTAAGGCTATAATTCTTCAAATGCAATT
CGATTCCATGAACATAGGGTATAAATACATTGAATCTTTATACTAACTCA
ATATTCTGGAGGAATTTCATTTAATATTATTAATGGCTCTGTCCATGGGA
CAATCTTGAATCAGAGGTTTGTGGGTAATTAGTAGGTGTGGTACGAATTT
AACATGGGAGGACATGTGTACATTTTGGCTCCATTAGCAAAATACTTAGT
AAAATAGCTTATGTATATAAAAAAATCATACTTCTTTTTTGATTTTTTCA
TTATAATTTCTTCTTCAAAATATATATTTTGACGCCCTACGGCGGCTGAT
TTTTTTTTTTTTTTTCAAATGAAAATTAATTTTAAGCAAATAATAATTTG
TGCGCCTCTTTTAACTTTTGTTTCTATACGCGTAATTTCTTCTTCTTTAC
TCTCCCGATTACCATGTCAGTGCTAATCACTCATAATTACAAAAAAAATA
AATTATGACTTATGAGCAATAATGATCTGGCTTGATTTCAAACAATTTAA
ATAAATATAACCTTCAGTAGATTACACATAAATGGGCTAAATACGTCCAT
GACTCTATCAAACGCACATTGCTTTTTATCCCCGTATGAAATATTAGGTG
GTCGACAAGGGATCGAAATTAATCTTCTGTATATAAGTGTTGAATTTGAA
TTTGTGATTTCACTATTGATAACAAAGATCGGCACAAAAAAGTTTTTATA
CTTTTTTATTATTTTCATGAAAAATCTATATTATTGAAGCAAAGTTTGTC
TGATGCTTGACGCTTTAGAACTCTGGTTTATACCAGATGCTAACACTAGT
TTCAAATATGAACATATGTGAATTTCATTTTTTGCAAAAAAAAATAAATT
AAAAGTTCTAAAAACGATCCTGTATGGGTTTTGTTTGCAAATGAATAAAT
AAATTTAAATATGTAAATGTATAAACAATAGAGTTTTTGAATATTTTTAA
ATCAACCTTGCGTACCTTCTATTGTAAATGAATTATCATCAAATCAATAT
TGGTTTACAATATCTCACAAATATCCTGACTGTGAAAATTCCAGTCCTAT
TCAGATAATAATTAATCAAACTCTGGTCAATCTTTTTTTAACTCTTGATC
CTTTGATGGCTCACAAATATTGAAATTTTATATTTTTGAATCTGTTAAAA
AGATACAAATTTAATTATTTATGATCGAGTTTTTTTGTACAAAGAGATTA
CAAAAAGAGTGAACTACATTTATCTTCATTCAAGACCCATTGCCCCAATT
GTGTTTAAATAAAGACATACATTGAACTTTGAACTATATAATAGGAAAAA
AATAGATTTAGAAAGAGTAAATCGAGATTTAATTTTTTCAAATCTCATTT
CATCGTGGTTTGATATAAAAAACACAATAAAAACCAAACATCATCGTGTA
TTACTAGCATTGTGATCTAAGATGACCCTTAACTCATCCTCATCATCAAA
GATGCTATCACACAATGTTGACTGTATCTGATCTGTCAACATTAAAACAA
TCTTGCACAAAATTAAAAAATGTCTATGTTTTACTTTTCTTCATTTCAAC
CCAATATTTCAAACACACATTCAAGTCATTCATAGGCTTTACATTCCAAT
TTTCGGGATGAGTGTAGGTACTCAAGAATTATAACTATATTCTATAACTT
TTATTTTATTAAAGACACTTATATTGGCACCGATATGGTCTTTCCAACAA
AATTTATCATTCTAATATGTAACAATCAAATTTAGCTACTTTAAACACAA
TTTATTATTAGATCTGATCGACAATTTGTCGAAGAATACAAATGTAATCT
GCAATCAATTTAGAGAATGAAAACAATTTAGCTTGTTTTTGTGTTGACAA
GTTCTATATACGCTTAATTCCTACCTATTATTTGTACCCGTTTACTTAAT
CATAGAAGGTTTTATTAAATCATTATATTAACTGTATATTTGATGAAAAG
TAGTAAATGTAAAATGTTCTGCAAAGTTCCAAATTCATCCATCAAAATCA
GAAAATAAAATGATCCATCACATTAAATAAATTAGTATTTTGCAACTTTT
CACACATGTAATTACCACATATAACAAAACTCATAAAGTTCTACTTTAGT
AATAATGGACTCGATAATATGTAGGTAGAAGGTATATAACTGTCTCTTTT
TTTGGTGCAGAAATGTTGTCTTAATGAGTGATCAGGGACAAGAGGGTAAG
AATGGTTATATTTTCATAGGTATGTGCCATATGATGATATGGTAAAAAGT
TCTAAATAAAAGGATGATTGCCATTTACAGGGTGATATATATATATATTC
TTAATTGTTCCTTTAATTGGTTAGATGGAGTTGCACTGATGAAGTATATG
TAAAATTTATAGTATTTCATTTACTCCATCTAAACTAGGAATATTTTTTT
AGTGAAATCCATATATATAAGGTATATTTCTTTCTCTAGGAATCACCTGG
GAGTGAACGTACACAGACTGAATTCGAGAGAATAACTTATCCCAAGCACG
CTGTCCATGTGCTACGGCAATTCTTTGATATATATTTATTATCAGTTTTT
CAAAGTTATTTAGTAAAATATTTAGTTTTACCCATAGGCAATTTATAGAA
GTCGTTAGTACCACTAAATTTCTTTCATATGATAGATATATCACATGTTC
AAATTAGAGTAAAGATATCTATACAAACACAAAAAGGACAATAGTTATAA
TTTCATCCTAGGGKAATAGTCAAGTATGCATGCAAAGTAAGGTGTTCATG
AAGAGGTTSCCAGCCATTAACAAACATGGAAGTTTCGAAGACAACAGTTT
CAATTTATTATCAATATCCTTTACATTTATTGAAAATCTCAGGCCTGTTT
ACTCAACGAGGCCAAGCTTAATGATTTAAAAACGAAATATCTTCTTAATT
TTTTCAAAGATATTATGTTATGATGGAATATTAATTGCTTGGGGGATAAT
ACATATTTTTAATTTCTTGATTTGGCGTATAGGCTACAATATACAGAATG
TTAATAATAAACACTTTAGAATGTCACATAGCAATATTCATTGCATCTTT
CAGGCTTTAATTCAAAAAGAAAACGAATAGAGTATCTAGTAGTTAGCCAA
CTCTACATTATAAATCCCAATAATCCGAGTATTTTCTTATTAGTAATTAT
TTGAGTTCAACCAATAAACGTCCAGAAAATTAATAAGCGTCATGAGCCAA
GATAGTTACAAAATCGGTCATTTTAAATAAAAATAATTAATCAAAAATAT
CTTTTTATTTTGATCTATTGAATATTTACGAAAAATATAACTCTGGGCAT
TTGAACTTTATAATGTGTCATAGAATATACTTATTCTATCAGTTAACTAT
TATCCTCATCAAAAGTCCTACTTTAAATTATTCATTCCAAATTACTCAGC
TCATTTTTGGTTTGTAACAAATTGTCCAAAAAAACAGCATACACATAACA
TATATCAGATTAAGTAAGAGTAAATACTTTCTTAAAATAAATATCACGTA
AAATCCCCTTCAGTTCTACATAAATTCAGAGTATTTTTATGAAAACCTTA
CACAACAAACTTACTTTAACCTCACACAGGAACTTAATATTTCATTTAAT
TATAAACAATTTACCTTTTGCATATATTAAGAGGTAGGAAGAAAAAAATA
AAGGGAAAAAAAATGAAATTAAATACAATTTACCTTTTGTTCAAGTCATA
CATCATCATAAGAGTAAGATTTTTTTTTTCACCCTCTTCTCTGTACGTAT
GTTAAACGCCAAACCCTAGGTAGATATAACATAAAATAAGGTGTGCGGTT
GAATTCAACGTTGTATTATGGATATTTTTTTTTTTTTTTCAAAATGAGTT
AAAGAAAAGTTTTGATAAATATGATTGTAATGGAAAAACCCCAATGGTCG
GAGAATTTGTTTGACAAATATATATATTTGATTTATTTAACATTTATAAA
GAGAAACCATCTATTACATATAGGTGGTGCTTTAACAAAAGAGCAATTTT
TAATAATCATCAAATAAATGATAAGTTTTCTATTTTGATATATGTAAATG
TCTAAATATATAAAAGGAAAAAAAAAACAAACGCTAGTCATTTTTTTTTT
TGTTTTAATCAAATTTTTATAATAGTTTGAGATACTGAGGAACTTTTCTA
TTATTCTAAAGTAGTTTTTTCAAACTTTTTACATTACATAGCACCTGAAA
AAATATAAAGGTTTCGTATTATTATCACCATTACTTAAAACTTTTAAAAT
GTAATATTTTTTAAATCCCTTTTTTTTTTGATATTATAAGAGATATGTGT
TTTTCTTTCACAAATTTGTAAATGTATTTCCAATTTATAAAAAAAAAAGA
AGGTCGGTGGGATGTATTTCCCTTKCCACCCCGCTTCCCCTACTCAAGCC
TCCACGTAACTCCACAGATATAATTTACTTACCACTTATCCGGAGTCTTC
ATTAGAGATATGAAGCTTTATTTTGATGCTGATATGACCTTTCAAATAGG
TAGAATCTATTAACTTTTTGATACTTAAATATAATTATAACCAGGGTTTT
TTGCAATCTTTATGCTGAATTTGCGGTGCTTCTAAAGAATTAAACAAAAC
AAAAAATTCATAGAGTGCAAAATAATTAGGAGATGAACATATTTGTTAAA
AAATCATTATTGTTGCATAAATTATAGATAGTCTGTAGCGAAAATCCATT
ATTCCAGAAATTTTAAAATTCTTTCTTTTAAACATCTTCATTCATAATGA
GCACATCAGTAACAATATGAATATGATGATACACTTTGAAAAGGAAATGA
CATGAGTTCGGAAATTTTGATCTCATTTACATGGATATTTATATATATAT
ATATAGATTAGTATAGATTGTTTGAAGGCACTGGTATCCCATGATTTCAT
CTCAGTAGTTGTAGGGAGGGATTAAGGATATATATAATATATGTTACACA
AACGTCAAAATCTGACCTTTTTACATAAGATAAAAAATTATATAATATAA
TACAAATTTCTCGCGTAACAGTTGACATCAAATCATTCAATAACAGCGTC
CTCAAATATAACTTTGTCACTCTGTCTATGGTTCAAAAATCTATATTAAT
AAACCCAAGGCTTTCAATTATTCTTGAGACGCCTCATTTTTGAGTAGGCG
CTTAATACATAAGAACTGTGTGACTACTTGATCTAAGAAATATAATGTAA
CGACAGACGTGTGTTTGAGCTCAGCACGTTATAAAAAAAAGGAGGGTAGT
ATTTAAAATAAGAATAAGGAGGGCGACTTTAGATTAACTCCGAGTATTCC
CAGTGACTACATCTAGTATACCTTAAAGCTTTAAAACAAAGTGTCGAAAC
ACAACTATTACTTTGAGTAGGATTCATGGTCCATGTAAAATCTTTTTTTT
TTTCACGCAAGATGTCACTTTTAATAAAACAACAAATGACGTTTCTTTAT
TATTTTCTGTCATGAAGTATATAGCTTTGTCTCCTCATTGCAGAATTAAC
CATGTACATTTAGTCAAAAGTATTAATTCATGGATGTAGTATAGTTAATT
AAAAACATATATTGATGAAAAATTGACGCCCCTAGTTGACTAAAAAAGTT
GTACAGTAAACAGGGCGAGGACTCAAAAATTAGAATCCTCTTCGAGGCTG
TCAAGCCTCAGTTCTAAAAGTCTGGCAGTTTTTTACTCAGTGTCATTCGA
AAGAACTGATGAAAAGCTACAATTTAATGTTTGTTTTGTTTTTGAGCAAT
CGAAAATGTACCAGCAACAAGAAAAACGGCAGAGAGTGTGCAATATATTC
CCTGGACTAGTCGATCTCTGAAAAGAAGATTTTCACATTGGACGCTGCTC
TTAATATGAAAAATGATAGCTTCAAGGCTGAAACAAAAGTTTTGATTGAG
GGAACCTTCAGGATAAAACATCCAGCTCAGGCCATGGTCCTCGGCGTCTT
GGCGTCCAACAGCACAAGATACCTCCCTATTTCTTCAAGGCCAACGAGAA
AGTCAACAAGGAAGGCTACTACAAAGTCTCAGTTATCATGTTTTGCCATG
GTTGAATAGCACGTTCTCCAGGGACAACGATGMGTTTACCCAAGACGGCA
CCCCGGTACACAAGTCGAAGAAGGTGCAGTATTTCTTAAGGGAGAACATA
ACTGCCTTCTCCTGGGGAGAATTTTAGCCTTTGTCCTCGCCCGACATGAA
CCCCCTGGACTTCCATATTAGGTGCATCTTGGAGGGCAAGACAAACAAGA
CTTCTCACTCAAATGTTGATGCCCTGAAGGCCGTGATTACGGATGAGTGG
AAAAACTTGTCTTTGTGATTCATCAAGGGCAGTTGTGCTTCTGTTTGCCT
CCGTATTGAACACATCATTCAGAATGGAGGGGGACATATTGTATAAAAAC
TGTTGAAAATTGTCGAATGACCAACTTTTACGTCATAAGTTTGCCATAAA
AATGGAACAATATAAAGATATGGTGAAGTAAAAACGGCTTTGATTTCTTT
TTAGTTTTCGAATCCTTGCCTTGTATTTCGAAAAATATCGATCACGTTGT
TTAAATTTTTGGTATGGCTATAATATGAAGCAGAAGGGATATGAAAAAGA
AGAAAAAGAATTAGATAGTAATGAGAAAATACGGAAACCAGTTTTTTTCT
CTCTCCTCAATATAGTTTTTGATATGTTCATACCTTAATATATTATATTA
TATAGATATGAATATATAGATATATATGTACTCTAATGTACATGGTAGGT
TTATTCTTCCTTGTTCATTTGATTTCCACTCTTAATACTGATATTTCCCT
CTTTTTTTTTTTACATCACAAAGCATGTTAGTCCAGATCCCATCCAAGCA
AGAACAACAATCGTAGCCATCAACATATTATTCCACTTTTATAGGATCAA
TAAATTCATTAATGTGTATAAATAAATCAAATACAAGTCTAAATTATATA
GATAAAGTGGCGTCTGCAGGTTAATATTTTAGGAAGGCCTTGGTTTTTCG
ATTTACTTTAGAAAAATTTAAAAAATTAAATTATTTTAAAATTAATTTCA
AAAATTAATACCGGGCAAAAAACAAAATGCTTTAATTTGGGAAGGTGTAC
AGCCCCTCCAGCCCACCCCTACGGACAACCCTGAGATATGACAAGGTTTA
ATACAAAAATTGTAGATATTACATCTATTTGTTATCAAAATGAAGTCTGT
TATTTTAATGATGTAGGCATCTATCTTTTAAATAGAATGGGGATGGTACT
GTCCGATTTATATTTTATCTATGTAGCATGCAATATTATTTCTTAAAAAA
AATATGTTTTCCCCAAAAACAACAGATCAACAACGTTTGATTCATGTGTT
GTACGTAAGTTTACATCCGCATTATAATATTAAAAAAATAGTGATAGTCC
TTTGTTCTACTTAAATACCTATATAATATCAATACAAAATTTGTGAAGAC
ACTTTTATTTAATATACCTAATCAACTACCAATAGATATAACTTATCATC
ACATAAGCAATTTGCATGGTTCAGGACTAAAATTATATTCGTCAACAAAT
TATTTTCCATTTCTATCCACACATTATTCTAATTCATTCTTTAAAGGGGA
TGCAAATTGCAATAATTAATCGTCACAATAAAATAATTAGAAATTGATAG
ATTTTATTAGAATGAATTCGGGCATAATTGCCTCTCATAAATCGATAAAG
CTTTTAAACTATAGTACACACTCTTAAATATTTTAAGTCATCCCAAAAGT
TTGAATACAATGCGTCAAATTAATCGAAATATGCCCATAAAATATCGAAT
TGTTTATTTATATCTATGATATTTAAAAAAAATAGTTGGACTAATATTTT
TTTCTGGATTTTTGTTCAAGATTGTTTTTGTTTTAACTCAACACATACGT
AGGTATATTACATACATATCATATTGCTCCTTTTTTCGAAAGAACCATCA
AAAATAGAGGTGCAAAAATTCCATGACAATCCAATACCCATAATCAAGAT
GAATCATAAGAATTATGAATAAAGCAAGATGAATCATGATAATTATGAAT
AAAGGAGGTCGTTTATTATTAAATATTCAATTCAGATAGAACTGTATAAG
TATAAAATAAATATTGATCGCTACACAGATAGAAACAGAAACAAAAAAAA
AACTAAAAACTTCCTGCTAACAAACGAAACAATCAAATTGATTAATTATT
ATTATTATAATTATAAGACTATAATAATAATAATTAATTAAAAAACGCTT
ATTCTTCTTCCCTGTAGAAAATTATATATTTTAGGTATGTTATGAAACAT
TCAATAAATAAAAGTGCATTTGACGATAAATAAATAAATTATTCTAGTTT
TTCTTCTACTTAAGTAAGAGAAATAGGGGGAGGTGTAACATTTTTGGAAC
AATTAGGAAGAGTTGGTTCCATTAATACACYTCAAAACTTACCACAACAT
ACCAAAATATGTACGCACATACATTGAATTAATTTAAAGACTATAAAAGT
CTGCAGTTTGTTTTCCAAAGTTCATTTGATTACTGCTTGTCAAATGTTGC
AACTATTTTCATAGCCAGGAACAGTAGCAACAGTTTAATAAATCGAATTT
GAGTTAGAAATTAAGAAAAATATAATCTATAATATTTTTTTGAGGAAAAG
TAAATAACTAAATCCTTTAAGGGTTGAACTTTTAATATATTCTAACATAG
TAAAATATACTTAAATTAAAGAATAACTAATCGGTATTATAGATGTAATC
GGTATTTCTTGTGAAGTGTCAATATATAAAATAATAACCAAGAATATCTA
CTACGAAGAAAATTACATCGCTTGTTGCAAATGACTCTTACTAACGAGTG
TAACATGTCTCAAATATTTTCTGAATCAGTAATTTGTGAATTTAGATAAA
GATATATCAACTGATAGCAAAAAAAAAAAAATAATAATAATATTTCAAAT
GATATCCATTAAAAGAAAAATATTTAAAACTGGCGGCGTCATTGTAAAAA
AATGATCCTCAAGAAACTATTTCTTTCTCTCATAATCAGTTTTTATCGAA
TAGTTCAGCTCTTTTATTCACTCTCAACCTCAACTGTCAAAAAGGGAAAT
GGGAAAAATATATATATATATATAGTCGCTAGTCTTCTGTTATTTTTCTT
GTTGCCAACTGTTAATTTATTTTTTACTTAATAGTTATGAAATGATAATA
TACATTAAATTGATAATTTTATATAAAAAAAGTATCAATGACATTGTCTG
AAATTGGACAAATTCTAAGCGAATACTCTTGATTGATAATAAAATTCAAA
TCCTATGTTTTACCTTTTTGGAGTTCATGATACATAGAGTTAGTTGCTCT
AAATTCATAAAAGAGTTAACTCATGAAAATGAATAAAAATATGTGAAAGG
AAAATATAATACATCTTTGTTTATTTAAAAAAACGAGCCGCGAGTCTCCG
GCCTTCGCTACGTATGAAGAAACCATTTCAAAACCTCTATTTTGTGGTTT
TTTTTGGGAGTAATATTATAGCTGTAAATATGTAGTAGGGATACTTTGTA
CAACAAACTGATTTTGATGATATAAAAAAAGATAGATACTTATATTATAA
ATACGGAAACAATGATAGTGATGTATATACTTAGTTAAGATGATAAGATC
TTGCACACTGCATTACATTGGTTTGGCTTTAGGTATGTAGCGTTATTATA
GCAATGCCTGTATGGTTTTCGTGTACCTATGAAGGTATAGGCATACATAC
CTCTAGAATCTAATGCATCACATTGATTTTATATCCATGTAATGAGATTT
TTCTTCTTCTTTTTCTTAAATTATGTATTTACCCACAAATGGATGTAGGT
TCATTCTATAATAATGTTTTAATCTCTTAAATGATGACTCTTAGACATCA
TCGTATAGTGAACATATGTCATCAACTGCTTGAAAAAGAAGGTTAATTAG
GTATAACACGACAAAAGGAGCCAATTTACTTTTTGTATGCTTCTGTTATA
TAACTATTTTATGTACGGGTTCCCAGCCCGGCAGTGTATTGTATAGGGCA
GTGGCTCTTAAAATGTGAGTACGCGTATCCCTTGAGGMACTTGGGGGCAC
TCCAAGAGGTACTAGATTTTTGAAATGATATTTTATAAGTGGTACTTAAC
TCAGGGCGTCTACAATGGCTGGGGTGGAGGGGCTTTTGTTTTTTACTAAA
AAACTTATTCCAAAAAGTGAAACGTGGTGACCCATCAGATAACGGTCAAA
TATTTGAGTGTAGTTCAATTTGAGCCCATGCTCTGAAACCTAGCAATTTA
AATTGTGTAATATATTTCGACTTATCCTATTTCAAAAGGAGACTGATTAA
GATTTTGAAATTATAAGGTAGTTTGGCCAATTTTTCATAACTAGGTTGAT
AATATTCATTAAATATTCGATAACTGTTCACAACCCAACAACGGATATTT
CGCTATTAAGCAATCTACATTCCTAAAATTAAAAGAAAACAGGAGAAGTA
AAAATGAACAGCTCACAAAAATATTCAAAATTTGCTGAGTATTTCGAGAT
GACTTTCTGAAAAATAATTTGTTTCCTTCTTATAAGTATTCGATTTTTGA
TGATGTATTAAAATAACATTATGGACCTCAAGGAATCATTTAAGACTGGA
CTGTAAAAAAGTGTCAAAACTTTTAATGATAACAAGCTTTCCATGTATTC
ACCACTATGACGACATTTGAGTACCGGAGAAAGAAAAAAGAACAATAAGG
ATATGTCAACAGGCCTTATTTTTAGTGTCGTGACTTGGTATTGTTACATA
TTATCAACAAAAACATATTCTCTAATATAATTGCTCATAAGATAGACCAT
TGTTAAGAAAAAGCACGCTGTAATTCTGGCAGACATTTTTTGAGTGACAT
ATTATGTTTTTTTTTAATAGTTTTAAAGAGCTATTACCCATAATTTGATT
TCTAATAAAAAAATAATGCAATAAAACGATAGAATCCATTAAAACGTTCA
TGCATATTTATGTTTGGAGATAGAGAAAGAGAGACAATGCGATTGCAGAA
TAGCAAAAAATGCATAAAATATGTCTATTAAGATTACATTCATAAAAGAT
GATAGGCAATATAGATTTTTGTCTTTAAGAAAATCCATAAAAACAATTAT
AGTTGTTAAGCAATTTTTTAAAAGCGAATCTGCCCTTGAAATAATATTAA
TATTATGTGTATGTTCATATATTGTATAGTCACCCAACCTTATGGATAAT
TTTGTTTTAACAAATTAATATTTCATATACCTACACACACCTACCCCATA
TATATTTTGAAGAGTGTGTGGCCTTTCCTACATTCTAATTAGTATCTAAA
TTAGGAAAAATGGTGAAGCATAATAATTACAACCGGAGAAAGGAGTCACC
ACCAGCTATCATCATCTTCATCACTAGCACCGTGGGAAGGCGGGGAGAAA
AAGGTCTTTATCTGTATATAGTTACAAATATTCAAAAACTACATATGTAC
CTATATAATTAGAATATACCCTTGTAAACCAACTTAATATACTCCTTCTT
TTTCATTTACCCTTTATATATCTAGTACTTTACAATCAGAATACAATTTT
AAATTGGCTTTACCCATTGTGTGTGTGTATGTTTGAGTTTTCCATTAACT
CTTGTTTTCTTATAAATGTACATATAATTCTTCCTTTAAATTGAGCCCCT
TTGATTCTTCTACTTGAATGTATTATAAACATTTCCCTTTTAAATATATT
TCTTAAGAATAATGAACCTACAATGTACATTTTATTTTGTATAAGTAGAC
CTTTATAACAACATATGTAGGGCACTGATGGACAAGACTATGTGTGTAGG
TACAATAATGATAATATAAGCATAGAAGAACGGCGAATCAAAAAAGGGGG
AAACAAATATTCGAAAAGATGAGGCTATTGAAGGATAGGMAAATAAAAAC
CTTATTCATTTGATCTAATAATAATTTTGACTAATACAGAATAACCAAGT
AGCTACCTTCAATTCAGGGTGTCTTTCTTATCCAACAATATTTTGGATTG
CAAGTTATTGGCCCACCAAATGCCCATTATCAATTTTGATAATATTTATT
AGTATAAGTAACAATGTTTCAAGCTTTGGTAACTCTTTTACGGAAAGTCA
ACCCATTTCAATTCAAGGGACATCGATGAATAGAATTGTAAATCACATGA
TCTACCAGTATTTTAGAAAAAATTTAGATAATTATTTATTTATGTAGAAA
AACAAAAAAAAACAAAAAATCTGAAGAATACTTGGGAAGATCAGCTTAGC
TGCCATGAGATTTTATTATATTGGCTACAAGCAGCTGTGAGATGAAGGAA
GMAAACACAAATCAAACTTCGATGTCAATCATTAATTCTACCCTGTATCA
AACAATAACTCCTCGTCCAATCCTCATTGTTACTCTTCGTCCTTTATAAC
ATAAAAAAATAGTAAAATACTTTTCAGGTTGACAACGAAAAAAAATAAAT
GAAACGCAAATAAAGTAATATTTTTTACAGCTTTTACTGAAGAGATGTAT
GTATTTTACATTACATACCTATATCCAGCTACTTTTGACAAGATATTTTG
ATCCCGACCGTTGAATGGTAATTAATTATATCTGAAATAAGAAGTTTTGA
GTTTGTTTGCATTATTGATAGTATTGTTTCAGTACCGAAATTATATGTTT
TTCCTTTCTTGGGACCCTTGATTTTGAAGATTGACACTTTCATATTACGA
CCAAAGATGAATCAATTCAATAATGCTTCTCTTCCCCAGAGAATTGTTAA
TATTAGTGTTCTTACACTTTTGTTATTAATTAGCACTTCACTCGGTCGTT
GCTTGGTAGGTACCTTTTAAAGTGTTTATAAATTACATATTTCAGTGGTT
CTCATACAGTGATATGCGTATCACTGATGGTACACAAACTCCTCTTTAGG
AATACACAGATGCTTGAATAGGTGGTAGTTTTTTAAGTAAAAGTTTACAA
ATACGTCTTTTATGAAATAAGATCGACTCAAAAATACAGGTCATACAATA
TTTTGGTTAAAACTCTTTAAAAAATGGTCAAGTTTTATTAATTTTAAATA
ATGATTCTTGTACTTGGAGATTTAATATCTTCTCATATAGTACGCAGGAT
ACAAATCTTGAGAAACACAAATATATTCAATTATAACGAGATTTTGGGAT
TTCAAAGGATTTTTTTTTCTTTTACGATGGGTTGTGTAGAAGTTTTATTT
TTTTGGCCTGATTATGCCTTAATAGCTAAATATATATATGATAACTGATA
CGTTATTAATTTAAAATACTAGTTTTTTAATAATCCCATCTTTCAATGTT
GCATCCAATCCTATTTTTATACGTGTGATTGACTCTTTGCATGCAGTCAA
AAGTGTCATAATAATATTCAAACAAATTAATCAAAAGTAATCATCACAAA
TTCCTAAATACATAAGGAACCGCACATAGATTTTTTTATGGATTCTTCTT
ATAAGAAATAATTTTCACACTTAGTATTTAGTATTCCTGTTATTCAATTT
TCTGCTTAGTTCGGATTTAACTTGACCCATTTGCATCATGGTCAAACAAA
GATGGTCAATTGTTATTCTTCCTTCTATTAATAAGATATCTAACTCCTTC
GTTGTCTGTAGGTATACCACAAAATACATTAACTTACAATAACATTAAAT
ACCACAGACATTACAAATAATTGACGCGTACTTCCATTCGCCGTCCCTTG
CCAAAGGTGATAAAATCACATGGTTGAGCTACATAAATATACATATATGT
CTAAAAATAGATACATATGAGTGTACGTATATATTTGGGGAAAATATAAA
TTATTTATGCGATAAGCCTTTGCCAAAATTTTATTTAAAAAATTGGAATT
TGTCAATAATTTCTTAATATTTTCTATGTATCAAAATAAACTATATACAC
GAATCTACAAATACAAATATGTTGGCAGATTAAAATCCCATATTCTAGGG
TCAATATATGCTTAAATGACGGTTATGTAATAAGTTATTTAGTACATATA
AGGTCAGATTTTTGATCATATTTGATAAAATTTATTTAATCAATTTCCCA
CTTTTTCTAAATGATTAAGATCCTTCTTCAATGAGAAAAAAAAATGCTTG
ATGTAATAAAATTGATACCTCCATATATTTTGTATACTTCATATAATAAT
GTCAAAAAAAATTGGTTGTAAAGAGTCTGATTGGGCAATAAAAACTAATA
GGCTTTTGTGTTTATAAATTACAAAAGTATATCATTTGAAACGAAAATAA
CTGATCTTTCATTTTTGAAATGTATTTGTGTTCATTGGCGTTAGAGCAGG
AGCTATATATATTTATATTTCTTGTGATCACTCAAAGTTGATCTATTTAT
ATATAATACTTCCATTATTAAGTTAAATTTGCCTCTTTTCACTCAGTTAT
TACGATTACAGCGGAACCCATTATAGCCAAGGTGAAGATTTTTTTACATC
GCTATTTATACCAGTTTAAACATGAAATATCTCAATTAATATTTAATTTA
TTTGAAATTTTGTTTTTGCTAAGGACGCTCATGATGATTGAGATAATAAT
ATTTTTTTAAATATAAAGTTCTTTCAATGTAAATATTTGTAATTATATTC
ATAAGAGTAAGTTGATGAATGGTGCACCTTACGTTTTGAACATAGTGTAA
CTATGTTTTTTATCAAATTAATTGCAAATCAATTCAACTCTTTAACGTTT
AGAAACGTTTTTTTATAGAAAAAAATCAATTATTTTGAATTGTTATACTT
ATCTTAATATTGTGATACTACAACTATTTTAGATTGATCCATGGATGAAA
TAAAGTACATTTATATTTTATTTAAAAAAATAATTAATACATCATTTTTG
ACATACCAAATTGAATACTAAAAATAACAATTTTATTGCATGTGTTAAAA
AAATCATAATAGTTGAACTCATCTATCATTTTAATTATTTTTTAATAGTG
AATATATTCTTTTTTGCAATTGTTTTGCTTAAATGCCATTACTCCTTGGT
ATTAGCTGTGTATATTGTATTTTATTGTTTTACCATCAAAATCAAGGATA
AAATTAGCATTTGTGATTGCATAATTTGCAACTTTTCTTGATATTACTAA
ATATTGTAATAGTATTTTTTTATAAGTTTATAAAAATATACTCCTCCCGA
GAACAGTTGGATACAGTGTTATAGCTATATATAAATTGAGTGATAAATAT
TTGTAGGCGTTAATCATGAGATATTAAAAAGATCTAACAAATGATAGGAA
ATAGAGTTTTTAAATATCTTTTGAAATCAAGTTTGTTGTGTATTTCGAAT
TGATTTTTTTTGCAAATTATAGGTAATTTACAATTATACAGAAACTGATA
ATAAACTTTAATATAAATAAAAAAAGATTTAACTCTTAAAAAATGTATCT
CATATAAAGTATTTACATAAAATAATGATCTATTGGCGTATAAAACATAT
TTGTTCAAGGAATATGATTAAAATAATAATAAATATATAAAGCACTTCTC
AATATTTAATTTAATTCAATTGTGGAATGTCTAATTAACCAAAAAAAATT
ATATTGTCATATTATATCAGTTAGTACGTATTCATTTTCAATCTTTCAAA
ACTCCTTCAAGGAGCCAATCAAGTATAATAGTATATGTCTATGGAATGAA
CAAAAAAAGGAGAAAAATTAGTTATTATATTAATCTGGAGTTTTGAAATA
TGTATCTCATTGTTATTTGATTGAATTTGAAAAAAAAAAAAACGACTTAC
AGAAAAATAAAAGTAAGCTTATATCCTTATCTTGAATCACTGCATATTGC
GCATTTTGGCTCTAAATGTGCAATGAGTAAACCAGATAAAACAGTAGATA
TGTCGGAATATTTTTTTGATGAATAATTCTAATTATCAGAGTTCAGAATA
GATTAATTCAAAAATGTTGTAGCTTTTATATGAAGACTTTACAAATTAAA
GCAAAGAGAGAAGACGAAACAATTAAATATTCAAGATTCATCTGTAGTTG
TCACAAATATAAGACAATGATAAAATATCCAATAGATGGTTGATATATTA
AAAGTGTAATATTTGACTTTTTTGATGAAAATTACTAATGAACGAGTATT
CTGTGGCACATTATATGTAGTTTAAATGTACGCAGTGAGATTTCTCGGAT
ATATATGTAATAAATAAGTAATTTTATTAGATCCAAGTGAGATGATAGTA
TCAATTAATGATTGGTGGTATAATTATATGAGGGACTTTACTATGAAGTA
TTTGTAACTTAAAGACTAGCTATATTGAATGTGTTCCTACTTTGGAAGGT
AATTGGCCTAAATAATATATTTCACTTCGAGCTCTGCGTCTATTAACTTG
TTTTCCTCCATAATTTTCCTTATTTTTATGGCATTACGAAGAAAATATAT
ATGTATGTTTATTATTTATTTGTTTTATAAAGATATTCTGACTCTGAAGG
GTAAGATAAACGTTGTGTTTCTGATCCTTTCTCTCCATCATATTATTTTT
ATCTATCTCTCAAGAACAATAAAATAATGCAACTCTATTATTCGTATAAT
CATTTACTCAAGGGGCTGTACAGAAAACCAATTATATAAAATAAGACTGC
ATCTGTTATTGACAAAAATATTTTTTAAAGGGCTCTTCCCAGATATCTTA
CCTTCAAATCCCTTTAGGCATTGACTCACTAAGGAACTAATCATGTTTAC
TTAAAAGCAAAGGAGTGAATAAAAGGTGTCCTGTTCTCTATATACCCACC
TATGAATAAATATCAATGGATTACAAAAGAAAAAAAACTGCCCAAAGATG
ATGATGATCAAAGAGAGGGTAGATAATTATGCCCAAGGGCCGATTATCCA
TTCTTTGTATGTATTTTTGTGATTCACACATAAAAGAATATATTTAACCT
TGTTGTAGATATAGGTATCTACAACTATGGGTATTGTATGCATAACTTAA
AGTAAAGCTAATGAGCAGAGGATGTTGTCGCCATCTATGAATTATGTGGA
TTTTAATTTTTGTGCTAGCCGTGAACTATTTACAAATGTCATAACTTATC
CAAAGCCCCAAAAAAAAACATCAAAAAGTATTTTATAAAATATTTAGGTA
TTCATAAGTCCGGTTTGTCCAACGGAATGGTTTTCTAGGAGACATAAGAA
AATATCTTAAATTGGGATGGAAAATTATTTTAAGGCGAGGAGCACATTGA
ACTGTCAAAGTTATGTTAATGTTACTTTGTTTTTAATTTGTAAAAAGCAA
AAAAGAAATATACATTTGGTATAACTAATAAATATTTAAATACATAAGTT
CCATCTCAAGCAAATTTTTAAGACTTATAGAAGAATTTTGTCCACTCATG
TTTATAAAAAGGCTTTATTATAAGAAATTGATAACTTGCAATAATGTCCT
AGCTATATTATGACTAAAAATCCATTAAATATTGCAATATGTTGGAAAAA
ATGTCGTTATCAGACGGAAAGGGTGTCAATCCACTACTTAGTAGACATCA
AATAATTTTTGAATGAAGGCAGTGTTTTATTAAAATAAAAAGGGATGAGT
GTGAACATTCTTTGTCAACATAACCTATTAAGAATACTTTCCTAGAAAGA
TGGACCAAAAAAATACAAATTGCATCCAACCCCAACCTAACAAACCTATT
ACGCAAGCCCTCATACGTGCGACAATACTAAATGAGACTAAAAAGTTCAC
TACTCCTGTCCAATTCAKCCTACCATAAGCTTAATTTAAGATTAAATATA
GGTCTAAGAACTATTTGAAGCAGAGTCTATAAAAATATATGTACATTGAT
TACCGACTAGTGTTGTCTCGATAACAATATTTTCGAAGCAGTTCCTGTTT
CCCACTAGGTATCTGTAATTCATTAATTTTGTAAGCTTATTCCAAGAAAA
TATCAAACGAAAATTTCTTAAAGACTAATTACAGGGTTCTTTGCATTAAT
TTTGTCGAGGGTGTGGACCAACTCATAAATTTGTTAATATATTTTATAAA
ATAAAACTTGTGCTCTAGTTTCTTTCATAAAATACAATTGTGTTTGTTAG
ATTAAAAAATGTGAAGACCAAATTTTTCATGATATAATGGATCTTTAAGA
ACAAGTTTCAATGTTCATTAAGTAAGGTGTCTTATGATAGTCTTTAGTCA
ACCACTACCACTATAGTATTTGCTTACTGAAAAAAACTAACATGGATCAC
GAAAATATATGGATGAATATATTTATAGCTCTTGATTTAATGATGGTACA
AATTTCCCAATTAGCCCAAGCGTTCACAAACATCACTTTTACAATTTGAA
TAATTTACAAGTTAAAAAAAAATCATCACTACATATACTAATTACACAAC
AACAACTACTACTTTTTAGTTAGTGCCTATAAAAAGTTAAAAACTATTTG
TTTTCAAGAATAAATTCATAATTAATAATTGTTAAAAATATATTTTTTTC
ATCACTGAAATATAATTAATTTATTTTTTGAAAAATTATTATTATTATGG
CTTTTATATGAAAGTTTTAATTGGTATTTTTTTTTCTTTTTTTTCTCCAT
TCAAACTTTTTCCATTTTTTGTATGAAATACAAAAATGACTTGTAATGAG
ATGGGAGAGTCAAAAAATACGATCCTTTTATAGATGAACATACCATATAT
ATGTTCAATGTTCATCCAAAGATCATTTGATGATCTATTTGTTATCCCTT
AAGCATTGTTGCCCCCGGATAACATTNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNAAAACATATTCTATATATATATAT
TATTAGTTTATCATCATATAATTTTTTCTTTATGTGTCAAATTTTCATAT
ATAAACAAATAAAACATCAATAAAAAATTAATTATTTATTTGTTAAATTA
TCATGTCATTACTCTAAACCACTAATTAAGTTGGTTTTTTTTATATCTGT
TTCTTTATATGCCCCTTATTTATATTCAAGGAAGGTGCGGTCCTCAGTAA
ATAAAATTATTTATAATTTAACTTAAGGAGAGGCTTCCAAGAAAAGTAAA
ATTTAGTCAAAAAGTACAAAAAATGAATGAAAATATAAATTTTAGNGATC
AAGTGACATCGTTATTGGATGCATCAATAATAAAACAATTTAAAAAAAAC
AAGAAAGATTTATAATCTAGTTTTAAAACAATTTAATACAGTGGTTCTCG
AACTCCACTTTAATTGTAGTGGAGGCTTGAGTGTGGAATTCAAGACACAA
TTTAAGAGKATCGATGCCATCTTGTTTTCCCTTTTTTCCCTTGATTCATA
GACACTTCTTTTTATACTAAACTAAAAAAATGACGGAGACCAATTTTTGC
TAAGATTTAAATTTTTTGCATTGTAAAAATGTTAAAAACAATATCTGAGG
ACCTTATCTTACTTTAGTATATTATTGTATATAATATTTAAAAAAATGAC
TAATTGCTGGCTTTACACCATGAATCTAGAGTTCCATGACTTGAGTAAGG
GGAAGGGGGAGTTATACAAAGAAGTCATTCAAGAAAAATATCATTGTTAT
TGTAAAAAATATCCACCAATATGTTTTTTATGTAAGAACATTCTCCAAAT
ACAATGTTTTTGAAAGTTTAAAAACTAAATAATGTAGGTACTTGCAGAAG
ATCTTGAAATTTTCTCTGAAGGTAAGCAATGAAAGCCACTGATTGCATTA
CAACAATGTCTTCAAAATGACGTTTCTATTATTGATTGATATTAGTGTTG
AGACTCATTCCTAGATCGAATTTATTTTTTGTTTTCTTCTTAAGTCATTT
TTTCTAGTCCAATATTTTGATCCAGGTCGGAAATCAGACTGTAAGGGTGT
CCGCAGGGGTTAGGCTTAAGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNAATAGCTGTGGATTTTTGAAATCTGTTTTCAAAAAAAAAAA
ATACTATTTGAAACATTTTTTTCAAAAAATTTATAAAATGAAAGTTAATT
TTTCAAGTTTTTATGCAAAAATATTTTTTTTTTATAAAAAGTTGTTGATT
TTTGAACTTTTTTCTAAAAAATTTAACATTTGAAACTTATTTTCAAAATT
TTTTATTTTTTTTGAATAGCTGTGGATTTCGAAATTTTTTTTTTAAATAA
TAATTTTGAAGGTTAATTTTTTAAAATTTTGGCTGTGGACCGACATTTTG
ATTTAAATTTATAAGGATCTTAAGTGGGTCTATCGTAGGTATTTCAATGT
ACATATTAAATTCATATCAAACGTCCAATAAGTTTGCATCGTGCAGTTTT
TACGTATGCAATTATTTTATAGATAATATTTAGTGCCTTTTGGGTGGGGT
TGGTTTTTTTTTATATGTATGGTCTATACATATTCTATGCTACATAGATA
TAATGAGTAAAATTTTACGTCATAAGGGCTCAAAGGGAGGCCTGGAACCA
TTTGATTTAAGGAGAATTGTAAACTACAAAATATCAATATTGCCACTTAC
TAAGATGTTCTGCAAAGAAGATTTTATAACATATCACTGGTTCTTTGTAC
CTATATATGATATGCAAGCATGAAGTCCTTGTACTTCAAAAAGGCTTTAA
TTACTTTTTTATGGATGTTAAAAAAATAAGCGTATTTTTTTAACAACTAA
AATTTAATGGACATATAAATTATACCATAAACAAAATTATTTATTAATCC
TGCACATGAAATGGCGAATTAATTTATTGTATTTTTATAACAAGTATAAA
CAAATCATTATAATGATATATTAATTGAATTAATAAAGCAGTGGCTARTA
GAGCCATATACGTTTATACATTGTATGTATTTATGTGGAGAAGTGTTTCT
CTTATAACAAATATGGAGGTAGATATTCCATGTCTCCCTATTTGTAACTC
CCGCATATAATTACAATGTGCATGTTAGGACATGCATATTCTACTTCCTA
ACCAGATAGGCATTCATTACAACACAGTTTGTTCAAAATCTCTTGATACC
TAACTGGACTTTTTCGTTTTGTATATTTGTACCTATGTCGGTCCAAGGAG
TGCAACCATGCAGAAAGAGACAAGAACAACATAAAAAAAGCCTCGCAAAA
AATTACTTTTGAGGGACTCAATGCAAAAGCTGGCCTTGAGATGCACAGAA
ACCTCTTCGGATTCTTAGAATTGTTATGAGGAACTCGTTTTTATAAGTTA
AAAAAATCATTTTAGCCCAGTCAACATGCATAGAACAATAAGAGTAAAGA
TACTTATCAATGTTCATCAAAACTACCTAATCGTTGCTTCAATCAAAAAC
TACTCTTTTGCATATCCTACATAATATGTCTATAAGACTATTCTGTTTTC
AGATTGATATCCCTCCTAAACAAGTATCTTTTCTGTAGGGACAATAAAAA
AAATTGACTTTGGCAAAGTTTGAGGGCATTTTTATATATTTTTAGTATTT
GGTTTATGTTTAAAAAATATTTGCACCTTATTTTTTTAATAAGTTAATGA
GTATGAAATGAGCTCAATGATTTGCATCTTCCCTCATTTAACAAATATAA
TGTTTCTCCTTTTTGTTTTAACAGCTATCACTCCAACTATCGTAGAATTT
ACCTATATTCCTTCTCTTTATCTTTTATAGAACTGGGAATCCGTATATCA
CATCTTAGACGGTTTAAATAATTACAGCCTGAAAATTTAGCCTTATTCCG
TGTTTTACTGTCCCCAGTCTTTTAAGATATTAAAACTTATGAAGTCTCCT
TTGATTTTAGAAGAAAAAAGATCGATATACGGAACATAAAATAGAAAAAT
AAATTCGAAAGAGAAATCCTACTCAGTTTTAATAATAAAAGCGAAAACAT
GTACCTCCATCCAACTCTGTCTTAGAAAGGAATAAAATGGATCCAATTCA
GCAACATACGATAGTAGGCTACAGTTAAAATGCTGAGTGATATTTAATTG
TGAATAAGATATTGGATGAATCCATAGAGTTGAGTCATAATCTTGCAAAA
ATAGACAAAGTTGTGCTCGGTTCAGGTTCAGCGGTTTTGGTTCTGGTCTT
CGGTCTTGGTTCTTTTTTATATAGYAACAGTTTGATAACAGGTACTGAAA
ACAAGGGCGTCACTAGAAAATTTGGGACCAGAAAATGATATTCGATAGAA
ACAGGGCCGCAGCTACCTTATACGTTNNNGTTCCAGGTAGGACCCCAAAA
ACTCGTACGAAGGGGGCCTCAGCTTATATGTATTAGTGTAAGGAGAGCTT
GCATAATGAAGTTTGGGTAATCCTAGCTTAAGAAATATTATAGTTATCAT
ATTATAAAGGAACGACAAGCTTACTAGCGGAACTGGATGCATAGTCTACC
CCACTCCTTCCCTCTTTTATTTACACTGTCTGTTGACTAAACAACTTTTC
CAGAGCCATAAGAAGCCCTTAGCTATTTGGAACTCAGATACAACTGTATC
ACGCTGGCAACGTGAAAATTATTGGAAAGCGCTTTAATTACAAAAAAAAT
TACTCATTTTATGATATATACTTCTTTTTCTTTCTATATTATTTATAAGA
ACAAAAGCACAAGAACCAATACCAATAAGTTATATATTGCAGTCTTGGTT
CTACTTTATCAGTTCCAGTTCTAGCGGTTTAAGAACCAGAATCAATTGAA
CAGCTATAAACGCAAGACTGCTAAGACACAACTTTGGAAACAGATCATTA
TACTTCTTACCGAGACTGAGTTGGAAGGACACATAATATGAACTTCGGGA
TTTGTGTTCCCTATCATTAATATGAATATGACTCAATTATGAGGAATGTT
ACTTTTATTTTTGATGCAGTATTTGATTACTTTTCTTTATTATTAGAAAA
ATATAATCAATATAAAGACTGTGACAATTTCTTCTAATACCCTTCCCAAA
ACCAACCCTGTTAAAATGTTCATGAGTTGTTTTATACTAAAGAATGGATC
AGGAATCAGTTTGTAATACCAATTAAAAGTTTGGCGGATGGAGAGACCCA
TCATCCTGGACCAAGGGAGGTTTTTTGGAGGAAGCAGACTAGTACAATAT
AATAAAGAATAAATGATGTATGGGTCTTAAACGGGGTGTAAACATTCATC
ATTAAAAAAAAACCTTTCTTTGATGGTAGTGTAATTAAGTTTTAAAAAAA
ACCTTATTGAACCAACGAACCAACTCAGGTATTATAATAATGTATATAGG
TATATAAACTACTCCATTAAAGCTTAAAAGATGGTTAGGTTGAGTGCTAA
GGGTGAAGTAGAACTTACAAAAAAATATTCATATAACAAAGATACTAAGA
GCAATTCTCTTTGTACATATACATATATTGCGTTTGAAATCCTAATTAAA
ATTGGGGAGTTGCTTTTCAGATTTAATTATTATTCATAAGTTCGTTTAAG
CTAATAATATATACATACTTATAATAAAAATCATATAGAAACCTTCATTT
AACGAATAATGATGAATACAAGAGAGAAGGTAAAAAAATATTATAAGCAG
ATCGTAAATTTTATTTTTATTTTGAAGGAAAAAGACCTTGAATAACCAAA
TCATAGCTTTTTATTATTATGAGAAGAAGAAAAATAAAAGGCTTCATTAA
GGATCAAATTTCAAGCACTAAGCTTATAATTTCGTATAAGGCGCGTCAAC
AGAAAAATAAGCCTATTGTTATTGACTTAACCTAATTGTTAAATATTGGT
TTTATACTCAAATTTCTGGGTTGAATTAAGATATGCAAGGATACTAGTAA
TAATATATAGTATTCATTTAATATATCAAACCTTGTTTAGCTCCAATATG
ACCTCTCAAACAGAAAATTATATTACATCTTTTTTTTTATAAAGGATCAG
ATAATTTTAGACCTTGATGAACAATTTTCTGGGCCTACAAAGGGTGTACC
TAAACAGTTTATTAAACGAAAATTAAGTTATTGGAATTGAGAGTACAAAT
TTAATCCAGATACATTTTTGAGAAAACCCACGTCAGCTTGTTTTTGTGTT
TACGAGTCACATATACATATATCATTTTGAATAATTGAAATATATTAGAC
AAATATGTAGTTCTTAAGGTCACTTTTATCACACGATTTCATGTTATCTG
TTACAGAAGGAACTTTTTCATATAAATTTAAAAAAAGAAGCGTCCTTAAG
TAAAATTAATTCAATCTATATATTCTCTATGGGAGACATAAAGGTTTTTC
CAATACGAGGTGTTATTTTGATATTTATAAAAAAAATGGTATTTTGATAT
AAATGATTGCATTTTTATTTCAATGTAAAGAGAAATATATGGAAATTAAT
TATGGAAAACAATATCAGCCAAACTCCCCCATAGCTACGCTTACAGGACT
GTATCCTTTTTATGAAATTTTACATCACCAAATTGCAAAGTGGCTGKAGT
TTGCCCTCAATAGCATCACAAATTCCATCTTTGAGGTCTTGAATTGAGGC
TGGGATCGTAGCGTAGACCTTATATTTCACGTGGCCACAAAGGAAGAAGT
CGTAAAATGTTAAATTACAAGATCTCTGTGGTCACTTCTTCGAGAGATAA
CAAGGTATGGAAACTTTTCCTCTAAAATAATGATAGTGTTGTTGCATGTG
TGGCAAATATTCTTGTTGGAAGCAAAAGTGGTCCAGATAAATACCATCCA
ACTCCGGCCATAAAAATCATTTATCATCTCTAGATAGCGCAATTATTCAC
CATAACTATTGCTCCAGCCTCATTTTTGAAAAAGTAAGGTCCAATGMCCC
AGCCAGGCCATAAACTGCACCAAACAGTTACATGTTGAAAATGAAGAGGT
TTTTCAACAATAAATCTTGGGTTTTCAGAGCACCAGATGCCACAATTTTG
CTTGCTGACGTACCAATCGAGAAGGAGCCCTCATGAGTCGAGATGATTTT
TGATGAAATTCTGGATCATTTTCATGCATTTCAAGGACCGAATCAATAAA
GACACGACGATGTTGATGATCGGCCGATAAGCCTTAAGAGCCAAGTTTTT
ATGCAGGTGTTATAACGTTTGTTGAATGCCCAATTCCAAAAAAGATGAGA
AATGGACAAACCTGGGGTTTCTTAATCACTTTGAGCTACAACAGTGATAT
TATCAGTTGTTCTTGAACGACGCGCACGGATTTTATTCTTCTCATCACTA
ACCTGTCACTACAGTTCCAATTTTTTCACCAATTTCTGGATTGAAAAAGT
TGCCTGATTTTGTTKTTAATTAAAWGTAAAAAAYCCYCMCCTTACCCCCC
CCAAAAANACACACACAAARAMACAMATATTCCAGCACTTATTACTAARA
GWAAWAGTGTTGACCCCCTCCACCCAAACATTATCCCTATTTTCAAGTCA
TGTTTTATAGACAAATTGAGAACATTGTACAAACTTTGGGAACAAAAAGA
GAAATAAATCATTTAAATTCGTCAAACAGAACCAAAAACTACCATCATGA
AGCAATCCGGAAGTCACAATGGTTGTCCCTATGTAATGCATACGTTCGTA
GTACCTATGTGTATAATTTTAACACTCCTTTACGTTTAAATATATGTGTA
AAGATGATGGAAGCGATTAGGTTTTTTAAAAGAGGCATCATCTACGCCAT
AGACTCAACATTCTCATCCGTCAACCCTCGATATCAAGTTGTATATTTTT
AGTGTTGGGATCGACTATAGCTATCAAGCTTGATTAATTGAAAGAAAAGT
CGAGCTCAAGTAAAAACATCAGATTAGGTCCGTTTGAACATTTCAATAAG
TAAATCCATGAACTTGGCACCAATTAGACTACAGGAAAAAAAATCGTCGA
AAATATAGCTATAAAATTCGTAAGGAAATCTTCAATCAAATTAGGAACAA
CTGTAGATGAGATTAATTTATAGTGGAATATTTTGATCATTTGAGTTTCC
AAACAAATATTTACCATGTGTTCGATTTATTTGCAGAAAATCATCGACTT
GAGTATTGCCAAACATTTTTCTAGTTCAAGTAATACTCTAATTGAACACT
TATACTTTCTATATTATGTATTGCATATTTTAAAAGTAGGGACTTCCTAT
GATAAATTTTATATATTTCAACTTTGTTTTGTTTTTTTCACCTCTTTCTC
AACAGCTTTTAACTTCTCTCTAACATTAATTTCAAAACACAAAATCTACT
TATATCCATGAAAAGAAGTGTACACGGATATTTACATAATAACTCTAAAT
AAAACCATCAGATAACCAAAGTAAATTGAACAGGAGATGAATAAATAAAT
AACATACAAGATCTTTCTTCTTTAAAACAAAAAATACACTGGAGGAAAAT
TCATAATGCTGGAATTTTTTTATTCCAATCTAACTACAAAATAATTTACC
TTCCTCATTTTTTTTGTTTTTCTAATATAATGTGATAACATATTAATGTG
TAAATTATGCAAAAAAATAAGTCATAAAAAGGCAAATAATTTTATGTATC
TACTTATGCAATGAAATAAATGAAAAACTAAAGAGATGTAATTAAGGCTT
GTAAATCTGTCATTATATGATTGATACTTTATAAGTATCCATATAAATCG
TCATTGAATACCTGTATATATATTTATTGATAAAAGTTATTAAATGCATT
AAAATATATGTAGATAGTAGAAATCTCATATAATATTCATTCAATTAATT
AAGTATACAAGTTATTAAGAAATTATTATAGATTTTTTTTTTGATTTTTT
TGATTATCCTTACTAAATTTTCAAGTACAAATTAACAACACTATCCTACA
AATGTGTGGAAAAAACAAACGAGTTTATTTGGGAACTAAGTATAGAGTCC
CCTTAATTCCAAATATGCCTTAGTTTTTTCTATTAATCTCAAAATTTTCA
GAAAAAAGTATTTGTTTATTCACTTATTTTTAATACGAAAATTAGTCAAA
GAAATGTGTTCAAATCACATTAATCCTTGTAAAAATAAATGCAACAAAAG
AATTAGAAATTGATAGGTATGATTTGATCGGCCATATTTTTCCCAAATTA
AGTCTTGTGAATTTAATAAAGCTATAAACTTTTTTTAATCATCTTGAGAA
TTCAAACTTCTCCCAAGACGTTGACTATAAACCCTATAAGTAACAAAATC
TGTCGATGAAATATTGGGATTTATGCATACATAATATATAAAAATAAAAT
ATAACTTCTTTTTATTTTTTTCCAAGAATGTTTTTTATTTGTGTAAACTC
TCAGATTTTTATATTTTATTAAAAATTTGTTTAATCTGCTATAAATGAGT
CCTTTTTGAACCATTAGTAGAGTAATGAAAAAATACCTTATATAAATGAG
AAAAGGAAAAACAGTTCCTTTGTGAGCTCCTTTATTTTTATTTTTTGTTC
ATTATTCAATAGATTGGCATGCTGTTAACTTCTCTCTCTGAACTTTGTGT
GCTCCTTTATTTTTATTTTTTGTTCATTATTCAATAGATTGGCATGCTGT
TAACTTCTCTCTCTGAACTAAGCATTCGCACCTATCTTTCGTGTAAATTT
CTTTAAATCCACATAATAAAGTGCACACATTTAAATAAAATTGCAATATT
TTCCCTGCACTAATGCTTTTTTAAGTGTAGAAGTGACACCTCTTTAAGTA
ACAGTAACTCATTTTTTTCATACAAAACCATATAACAGGCAGCTGATATT
ATCAAAAAGTATTAATACACTAGGATAACATGTCTCCTCGCTATCTTTTT
TCCTTACACTAACGTCAACTTTACATGTTAGTGATACAAAATTAGAGTGT
TATGTCCACAAGTAAAATTCTTGAAACAGTTAAGTATGTAATTACCTATA
AACTTTTCTTTCTTATTCAAAAAATAAAAAGTTCATATTGGAATTCTTAT
GTAACTTTGTTTAGGCTTACTTTTAAGCAAATTTATTCATCTTTTAAGTT
TAAAAAAAAAAAAAAAACCATTAAAAAATGTTGAAATGACCTTGAGAAGA
AAAATGGTTCAAACCCTTTATCCCAAATATCTACAAATGGCTATTCTTTA
AAATATACAATAATGATATTCTTAAGTGCTTTGTAAAAAGTATCAAATAC
TATGGATTTTTTTCCCACCATAATTAAACCACTCATTTTCAATATTATGT
ATATGGTACAACCCTTGCAAAAATTAAAGTAATTTTTAGTCTTTTAATTT
TTTTAGTCTTCTTATAATATGATAGGACAAAACAAAATAGAGCTTAAAAT
AACCTTAATGAAACAACTCCTCAAGGGAATCGCTTAATTCATTTAAATTA
ATATGTAGTACTATACATGTAGAGTCATAGAGAGGAGATATTTTAATTGG
CTAACGGTTTKCGAATATAAACCTATATATATATTATATGTAGAGGKACA
TTTATAAATTGAAGTTTTGATAAGAGCTTGTTAATGAAGCTGTTTGTAAG
TCATTTCCGTAATATTCAAGACAGCGTACAAAAATATCAATAGTTACTAC
TGATACAATTTAATTTGTTTTTCCTTCAATTTATTATGATTGCGATTGAA
TAAAACAAATACATTGGTGAACACCTATGCATGCGTATATATAGTTAGAG
AAAAAACCAGAAATTGAGCGATTGATCAAAACAAGAAGTATTTTGTATAT
TGATCGCTCTGCTTTATGTTCAAATCCATATTATTTGTTTTTAAACATAT
ATAGCCTAAGTATTTATAAAGTAGATAGGTAATGTATACTATAAATGAAT
TATTTGAAATTAAAATTTTTCAAATTCATTTCTCCTTCTTTAACAAAAAA
GAAGCAAATCTCTATGTATCTGCCATAGAATTATAGCACATACATATTTA
AAAAATATATATATCAGATCAATACTAGACTACTATCCATTGGCCGKTGG
CCAATTACGGCCCTTACATTCATCAACTACAGGAACTATTAGTATTTAAA
AAAATATTAACTCCTTTTCTTGTCATTGATTATTGATCCCTTGAACTCTC
ATAATATTCTCATTAATATTTAAATATTCCTCTGCTCTATAAGGAAGTGT
CCGACATAAGGGAAAAGGAAGTACGTAATTGATCCATCTATCAATGATTT
TTTGAATGAGAAACAATATAAATATATCCTCTCTGCATTTTCACGCTTCA
ACACGACGTTATTCCTTCATTAGTGGTAAAACGTATTTACCTGATCAATA
ACAACCCCTATACTCTTCAAATATAAGATTTATTTTTACAGTTAATAGTT
AGACAGAACGGCATTTCCAAAATATACACTTATTTTTACCCTTTGAATAT
TAGTCCCCTTAAAAAGTAATTTAATGAATATGCCCTTGCTGTAATTATTG
TTATCCCCTGCCTGTTCCGCCTTTTTCCATGAGTAATATGAAAATATATA
TTGCATTTCATCGCCATCTGTCTATTTTCATGTATACTATTCTTCCCCAT
ATCAGTATTCTGAATGTTGATTGGTTGATCCATAATGATATCTTGTTAAT
CATTGAACAATGACCAACTATTTAATAAAGAACAGTCCTATAGTTGGAGA
TAATGGTGTAACTACCAGTTAGTGCTATACGTTTATTTTGCTTTTTGGGA
AAAAGGTTACAAAATATACAATTATATATATATTTATATTGATCTTCAAT
ATTAACAGCTTAACAAAAGCAAATTCGAGTTCAATCAATCAATGTTGAGA
ACATTGATAAGGAACGATTATAGGTAGTTCACAAATCTATTACATCTTTG
ACAAAAAAAAATAAAAAAAAACAGCATAAGGCTGTAGTAGATTAAAATGT
TCAGTTTGCACAGAATTGAACGTCAGCCAAAGGGTAGAAACAATTATACA
GTAATACCTTGAATTGCAAGTCCCATACCATCCAAAATTTTATTAAGATG
TATGCTCGTCGAGAGTTGACAACAGAACGCAAGAGCCACTTCAAGTTCAT
TTTTCTAGTTATTTAATTTAATTGCATTGACCACCAAACTTGGGCCCGGG
AACAAATTAACGTCGTATGACAAGGGATTACTGTATATTGTATTATCTTC
AGCTATGAAAATATATTAAAATTTTAACGTCAGCTACAGGAAAAAAGTTA
TTTGATTAACTTTTTATTACACCATCAGTCCAGCTGAGTTTAATATTATT
TACGAAAACGTAATTGCCAATTAATTATTATTATTAAATGTTCCTTTAAT
TGGTAAGATTGAGCTGTATTTGTTTCGGTACCAATAAAAGTACATAAACT
TTAGCAAGGTATATAACCTTTGAAACGAGGGGCTAACTGTATCAATTGAA
TAAATTGTTCGATAACAACCGCCAAAAATGACCAGGCTTTCTAAAATAAA
AAAAAAGGAATCCCAACGGTACTTGGTTCAACAAATCCAGCCAAAATAAT
GTTATTTAGAATTATAGGGTCTAATGGAAAAGTTATATTATCATGTTTCT
TTAAGTCGGGAGCTAACATTGAGAGTAGAGTGTACATGTGGGTTCTTGGC
CATGTTGTTTTACCCTAGATTCGGGCCATTACCTCCTATGGAATCTATTT
ATGATTGAAAGATTCTGCTCTTTGACACACTGTCATTGGGTCACAGTTCT
TCTGCTGCTATCAACTCACAAAGTTCCATGACAAGTCCAAGTGGCCTAAA
CTCAAACCCACAGTTTAATTCCTTTGACTACTGTTAGTGGAGAAGAGTTG
AAAGTAGGTTCAGCACTACCAAACACCAGTTTTCCAAAACCAAAAATTAT
CCTGACACGCCAAAGTTTCCGATCTCATATTGAGGTCATTGTAGAGGTCA
ATGACAAATTATATAGAATGAATNAACCCATGTATATACTCCTTGATAAT
TAAAAAAGAAACCGGTTATTTTAGGCCAAATATTTACCTAAAGGTTAAAT
TGTGTATTCCCCCCCCCCCAAAAAAAAAAAATCRCCTSCCKCRCTGCNTT
TATATCATCTAATTCATCTTGCAACACCTTCTGAGATCTGAGATCATAGT
CAATAAATGAAATTCTTATAAGAAAAAAAAAATGATTTAGACATTTACAA
ACAGTATAAAAAGTTTTATCTGTCCACCTCCACATTTTTTTATACATTTA
TTTTAGAGATTGTGATTTATTCCACACAGAGATCGTAGCTTCTCATTCAA
AAGATTCTTATTATTGTTATCTGACTGCTTCATAAAAGAATTCAAATAAT
TATTATTATTGAAAAAGAGAAAGATAATAATAGAAAAATCATTTAAATAT
ATCTCTCTCATTAAAGAAATGCATTCAACAATTTCCAACAAACATTTATC
TCTTGTCAAATAGAATCAAATATTTAAATATATAATATATTGTAAATGTA
ATTTATTTTCTGTTGACACAGATGCTTATTAATCTTTATAAATAGGACGT
ATTTATCAAAGAGCTTTGGATCATCCCATCCGGTGGATTTAAAAAAATAC
TAAGCCAAACATAATAATATATTTATTTTGAAAGAGGTCTCAAGGATTTG
CAAATCATTAAATATATTTATAACTGTCTAAAAGTATAAAACAAATTGGG
TTGTGTCTTTATGAGGAGGGTAAAAAAAAGTCAATAAAAATGGCCTATGA
GCCTTGTGGATGCATCTTTCACGACCTCATAATAATAAAGGAACAATTAC
ATACATATATGTATACTAAATGAGGCAAGGAGCATACTACATATAATATA
TGTTAAGGTCAAGGTTAATGAGGGGGTTAGGCTCTTTGGGGTAAGATTCC
TCAATGATGCAAAGTTAAGTGAACATAATTATATACTTTTTTGTAGGATT
ATTTCGATATTCAATATACAAAATTAGAGACTTCATTGAATAATCAATAA
TGATCTTATTTTTATTTTATTTTAGGTAAGAAATTGTTTGTTGTGTACAA
ATACATTAAGGTTATACCAATACTTCGACATGGAGTGTTTTTGACGATGT
CTGCTTATTTTCAAAGTTAAAGGAAGATCGGTAAGTAGTGAAATCCTAAA
ATTCCATTTTTTTAAATAATAAAATAAAGGATAGTTAATAATAAATGCTG
TGAAGTTTAAGTAATATATTTAAAGAGTAGGAACCCAAAATTTACAGTAG
CATTTAGTTAAGATTTCATCCCCCTTTTTTTAATCAAGATGTTTCATTAC
GCAACCAAACGACAGCTGAAACATCCCATTTCTTAAAATGTAAAATGTCG
GAGCTACAACAAAAAAGGCAATGCGTCTCAGTGACGAGAAGGCTGCTGAA
GACCATTGACATCTCCATCTGGGCTGCCTACAACATCAAAAATGACAATG
ACAGCCCAGTAAGGCTAAGAGGGGCCAAAAATTCAGCTGACTTCTGGCCT
GCCTACATTTGGCCCTCCTACAGCCCCAATCTCAACCCCCTATATTTTTC
AGCTTGAAGGTGTTTTGCAGAATACTACTACCACACCAGTAATCCAAACT
TTGCTTCACTCCAAGATGACAACATGACAGTGTGGTACGGCGTAGACAAG
CCCTTCGTCGTCAAAAGCTGTCAATCTGTTCGCTGGATTATCGAGGCTGC
TTTTGCTTGTGAAGGRAAACATTATTAATAAAAAAACAAAGCTAAATATA
GTTTATAAGCATATATCAAACTAGTTTTGACTAATCTTTTCTTTATTAAA
TAAAAATGAAGTTTTTCGTAATTTAGTCATGCTATTGCAAATGACATGTT
ATCTAAATCTTAGTTTATGTTATCTAAAGAGGTTTTTTAAATTCAACTTT
TCATTGAATGAATTACATATAAAAAACTTATATTAGGAAGTAGTTAAATA
CTATGACTCCTAGTGTAAATTTTTTTTTTTCTTGGGAATTTATTGTCGGT
GTAAAAACACCAGAAATTCCTGGAGAGACACCCTTGTAAGTAGATCTTTA
ATATTATTTACTTCTACAAGAAGGCCAAACTTAGACTAAGAAACTGTTTT
TATGACTAAAGACAATTATTGTTTGTTATATTGAAGATTGAATGCACCAA
TTTATTTTAGTTAATGAACATTTGGATGATCTTTAAGTAATTCATGAACA
CGCAATGTATAATTAGTATTTGTTCAAAAAAGCTGGGTTTTTTTTGTCAA
CTTGAAATTTTAATGCTGTTTTGAGTAATTGTTAGCAAGTAGGGAGTATT
GAGATTTTATCAATGATTTGAAAGTATGTATAAGCTTGAATAGTTTACAA
ATTACTTTTTTTGTAATTTGCACTGCAGTTGGAAGTTCTACTAAAAAGGA
AACTTCTGGAAATTTCAGACTTAAATATTTTAAATAAAAATTTAAAAAGT
GCATAATACCTTGTCAAGCTCTGGATTTTTTTTTATATTTAGAAAAACTG
ACATGTGATTAATCTGAAGGTTTTTTTTAAAGCAGAAGGTTAGTACCTCG
CAAAGTTTGATCCAATCTATCTGAAAAAAGATCATAACAATTTTTGAATA
AATATGATATAAATTTTATAATTAATTGGCACCCTACTGAAATTTTCTCC
AATAAAAAACTATTTTTATAGCTGATAAATTTATTGTACCAAATTAAATA
CTTATTTTTATTCTATTCAATTAATTTTTAATCTGAATAAAGTTCAAACA
GAAAATGTATTTCAACTTGATAATAAAAACACCGATATACTTTGAACTAG
TTACTCTGAAATATGAAATGTCGATATTAAGAAAATAATCATACTAAAAT
TTGGAATAATTTAAAATCCCTAGCAAATTACAAATTTAAAAAGAACAAAA
ACCCCTTATAACTAAAAATAAGACACTAATTCAATAGGTATTCATAATTA
TTGACTAGATACAATTTTATAATTAACTTGCCATAAAAATATTTAAAACT
TATTTGTTTAAGACACAAACTGCTATTAGGCATTTTGTTTAAGGAGCACT
TCTCTAATGTTGCTCGCAATTCAAGATATTTCTATATATGGTAATATGTT
TGTTTTTTTGCAAGTAACTGCATAAATTATAATGGCTTACAGACAAATTT
TTGGGCGTTTTTTTTTTGAGGAAATAAGTAAGTAATTATTCATTTTTAAA
ATGACTTAATGAAGAAAAAATATGTACACCAACAAGTAATTTACATGAAA
AAACAATTCGCATTTATTTATTTTTCGTATGAAGTAAGAGTCATACTGTT
CTGGTTTTCATTTTTATATTTACTAGTATAGGTACATATGTAGATATTTA
GTTATGGAGTATCTTGGACCTCCAAAAACCTTCATGCCCATAATTCCACC
ACATATTCAATAGTAATAACTAAACAATAAAAAGTGTTGAAAATCCTTTT
AAAAATCTGGCAACCAGTCTATGGTTTATTATTATGTTTTTATTTATAAG
AAAAAGAGAATAGTATTGTTTTTTTTTATCTTCACTCTCTTGAAAACTAC
CTTTTTCAATTCAAACACACACATACCCACATAGGTGCATAGATATTACA
AATAAAAGGAAAAAAACAAGGGCTAAGCCCCCTTATTCTATGTGTTCTAT
TCATAAATCCATTTCATAATGCTCTAATCTCCATCTTTACATACGTCACG
TGCTCTAGTTATGGTCTTATAATTTATTTATTTTTATTTTCTTATAAAAA
AAAGGGTTTGTGTGTAATTTGATGATATTGCTGGAAATGGGTTCTCTCTC
TTTCTCAAGAAAAATATATAAGTTATCACACTATTATAAAAATGAAAGTC
CTAACACTATATGTTACTTTGTAGAAAATCCTCTCTAAACCCCATTCAAA
ATTTTCCAAACCTTTTTCATTAAAAAAAATATTTAACCCTATTTTTCAAA
ACTTTAAAATAAAATCTCAGAAATGAAGGAAGTAACAAACACGAGTATTC
TCGTTTTCTTTGAAATACATATTTTATTTTATTAAAAATCTAATTATTTT
TAATTATTATTAGATATTTCAATCAGGGGTCAAATAGACAATTTTTTTCA
CACATTGGATTACAAATCTAATTTTATTTTAAAAGTCTACCTTTTAAAAA
TCAGAAAAAAAGCTTTGCTGCAAGGTTCTGCAATATTAATTTAAGGGAAG
TTTAAATAAAACCTTGCTTAGACATTGTAGAATGACGTTTTTTGTAGCCC
AGGAGATGGCCTGTTGTTATTTGCTTTTAGCCCACAAAAAAAATGAAATT
TTTTTTTATAACAAAAAATTTCTGATTTTGGCACCTACAGAGGGTATTTG
AGAAATGAGGTTTTTAAGTTCCTCGTTTTTGATCAGAAAGACAAAAATTA
TTTAAGATTTATTGCTTCCAAAATATTATTTATATTTATTAAGCTACCAA
GGCTTATTGATAGTAAATAAAATGTTACTCACTGTAAGTCATAAAAACAG
AAACTTTTGACAATAAAGGTTTTTTTATATATTTTCTTGAGTTAAAAAAA
ACAATTGGGAAAACATAATTTCATCCGAGGAACAAAAATTTGTTGATTGG
TAGAATAATCGTTCATATAAAAAAGGGAATAAATACAGTGAAAATTCTCA
TGTTGTTTTACTAAATTATTGGAGATATGTTTAATAAAATCTACTTTTGT
TAATTGTATCAGTTGATCCATTAAAAAGTAGGCAAAATGAAAAAAAAATA
TCAAACGTAGGAATAAGATAAACATTACAAAACCTTCTGGGTAGTTTTAT
TCAAAGAAGTTTTTCTCCATAGAGAGCTCTTAGCTCTAAATCCTTGCTCC
ATTACACATTTAGAAGTTATAAATATTGGTAAACAGTAAAAAATATTTTT
TATTAATGTACCTTCGAGCTAACATATTATACACTTTTAATAGGCAAAGC
TTAATTGAATTTATTATAATGAATATTAAAATACTTATAACTTGTTAGTG
CCCTCATTCCCATTAATTATTGAGAGAGAAAAAACAAAAAAAACAAGTAT
TACATACATATATTCTGGTCAAATTATTTGTCTATGTTTTTTTTTGCATA
TGACTAATTATAGTGTCCTCAAAAAGTGTAAGTATATACTCGAGAAAACA
AACAACCAGCCTAGTTAATACATGTAAACAATGCAAAGTTAAAATTTTAT
GAATTTATACAAATAACTACGTATTAGAATAATATAATTTACTTAAAAGC
AGCCATAAATGTGTTTGATTTTCACAGATGAAAAGGTTTAATTATTTTTG
AGATAATGACCAAAAAAAAAAGAGGGAAATAGTATAAACACATTCATAGC
TCTGATTTAATCGTAGTCAATGGAATGTTAAGTATTCCATCAAGGTATGA
ATATTATGTATAAATGACTAAAAAACACAAACATTTATTTCTTAAAGAAA
GATAAAGAGAGAAAGCTTTCATTGAAAATATTTATTTTCATTTAAGTAGA
ACTGGACTCCCTGCTTGTAATACATTATACATAAATCCAAATGCATATCA
ATGTACATTTAATTAGAGTCCTTTAATGATCTAGAGTCTTTTAAACTGAA
AAAAGTTCAAATAAAAAGACTCAATTTTAAATAAATTTGTTACATTTGGA
TGATACTTTTACAAAACGCAAGACCAACGATTTATTTTGAACATCTATTA
CATGATCTTAATGTTGATGCGTTGATAGCTTTCACATGACAGGGCTCTTT
TATCAGTCTAAAATTGACATATAAGTGGTGCAGGGTGGACAGTTGGGTCA
TATCCCTACTGTTCACGGGTTTTTTTCTCTTAAAAAATAGACCTTTTATA
TAGAATGAAATTTGTAAAATGACAGCAGATATTGTAAACTCATAAACATA
TCAATGCTCAACGTTAACGTGTATCTAGTAAAGGTATGTAGAGCTTTTGA
AATGTAGTTTATTGATGTCTATTTAGTTGGTAGTGTTAAAACGTTGAGTA
AAAAATGATAATAACAACTTACTATAGAAGGTACGTACATATGTATAAAG
AAACCTAGATAGTATTTTAATAGTAACAGAAAGGAGAAACGCCTAGCTGC
TATTTTTTGCCTATGCCATAATAACACTATTTAATGGTAGTATAAACGTT
ATTCAATAATGACCGACATAGTTCTAGACTCTACTTGAATATAAATTAAA
CTAAATCGACCTTTAATGGTATAACAAAGGATCATACAAGACTTATTTCC
CCTTCATACTTTAACATGAGATAAAGTCAACTATATTACTAAGTATATGC
TATCTATGGCTACAATCTGGATTCATACATTTTTTTAAATTGTGTGGCAA
ATATTAGTTTAATTAATTGAAACCAATTTGAAAAAATGAATAAACAAATT
GTTAAATTTGTCTAAATATGTGTAATTATACCTTGGGCAATTATTTCTAA
GGAAGGCATTTTATGTCCGAAACTTTAATAATTTTATTTTGGTAAAATAA
GCATCTAGTCCGTTTTCAAATATATTTACTAATTTAAAAAAGCAATGAGG
GTATTTATAATCAATGCTAACAAACCACCAATTTAACTACTAGATACATA
ATAAGTATAAAGTGCCAAGTAAGAACTTTATCTTGGCTCTTAACTAGGCA
ATCAACCCAACACATGTAATTAATTTAAATTTGTTACTCCTCATATCATT
TCCAAACGATCTATTTCAATTACATATGTATAAATAAATACAAGATTCCG
TCTTAAATATCAAAATCTCATTGATGCCTGCATATATTTTTTGGGAATAA
AAATAAATATATAATTTGAGATCAATATTGCAGTTTTATAGGAAGAGTAT
TCATTTTTTTTACTTCAATAGCTACTATGTATAATAAGGTAATATTTGCC
TTGCATTCATGGAATATCAAATTCCATCATGGAGTTATTTAATATTTGCA
CATTATTAAAGAGTTTATAGCTTTTTTGAGAAGGTTAAATACAGGGAAAT
TCCATTCTTGTGATTTATGAATATTATTTCTTTGCAAACTTATAAGAAGT
CGTAAAAATAATGATATTGTTTACACCTGATTTTTTATGTTTTAATCAAG
ATTTAATAATTAGGACATACATTTCATATAATAATCTTAACATAAATAAA
TACATCCATCTTTTTATTAATACAATTAGGTATGGTTTCACCAAAGTAAT
ACACTAAGGGGCAATATACTACACGATCACCATAAACTTGCACCAACTTT
TTTGTCTGCCACAGGCAAATATTGTAATTACATATTACAAAAATAGCTAA
ATATAAAATCCCCATCCATTCAATCTTTGAAACTGAATCAAGAAGGTGAA
TTCTGCGAAAAGAATAAACAGTTACATACGTCATACAAGAACATGATAAA
GTGACGTTATTTCTGGTATCATAAGATAACAATTGCACTTTTCACCTTGA
TTTATAACTTTGGGTTGCACCATAAAAAAAGTATACATTGCTTGAGGGCA
CTGCTATACCATAATTTCATGTCAGCTGTTACAGGGGGACTGTATGATAT
ATATATAAACTTAAAAATAAAAATATAACATAAATAACTCAAGAACATCT
GACATGATATAATGCAATAAAAACTTTTCTAACTTTGTCACTATATATAT
TTATGGGGTGTACCCAATGGACTTAAATTTAATAAGATACTGAAATAGAG
TGACATAATACGCTCCTAGTTTTAATTTAAACCATTATATGTAACCGGAC
CTTAAGGGTTTGAGGTAAAAAAAAAATATCATATGAATTCTACGAAACGT
TTTAAAAAAAGAAATGAGATAATTTATCAAATCCAATGTTATAACTTTTA
CGAGTATATAGGATGATTATACTCAATATAATGTAAACACGACCCACACA
GGTATCAAAACTGCATGCTCAGTAGAATTTTTATAACATGCTCAAAACAA
ACCTATTCCTATAACGACTTAATTACTTTTTAAACATAAAAAGAAAAACA
AACAAGAACAAAACTAACTCTATTCCACTTTGATTAAAATGAATGCACTC
AAATAAAATGAAATTGCAATAAATTTTCTTCTTGTTTGTATAAGTGAGCA
ATACTCCTTTTATGGAAATGAATGAGTGTACTGTCAAAAAGTTATTGACT
TATTATTCTTTTAAAGTAACCACAGCAACATTGAATAGTATTTAGGAATG
TGTCAAAAATATCAAAGCTACCTCCCAAAATGACTTCTATACTGTGTGGT
CAATTATAACAATAAAATAATTATACTCTATTCAGGAATTTCTATGCGAT
GGACCACCAAGTCGTGAGTCCTTGTTTTGATCACTTTTCTTCTTCTTTAC
AGATGTTACAAAGAAAATTAAGCTGCCAATAATAAATCAGGGTCCCTTGG
GCTTAAACTTTTAGAAAAGAGTMTTATGTYAAAAAATCARTAGCCACAGA
TCTCCCAATTAAGCTCCCTTACTCCTTCCAGAACCAGTATAAACATTGTT
TTTGTCTATGTATCTTCCCCCGATATAGATGGTTGTTTCGTCACATTCTC
TTTTCTCTAAAAGAGAAAGAAAATACCAATAATATTTAATAACTTATTAT
TAAGTCGTTAGTGCGGGAGGAGGCGTTCTGGGGCCTTCAAAAATAGGTTA
CGGCAGMCAAAAGTTTGGTAACCACTACTTTAAAGGATATAATATTGATG
AAATAATCGAAAATAATTTTGTTAGTAGAGTTTCCACACCTCTGAGTCTT
GGTCTTGCAATAATAGTGATGTGGTTTTCGAGCTTGGTTTTGGATCTGAG
ACAAAAATTTCAAAGATTTTGGTATCTTTGCTCCACAAAGTCTTGGTCTC
GGAAGCCAAATATTAGATGGATATACTACCAATATAGAAAATAATTGCAG
AAAAAAGATCAAATCTTTTTTTTCAAAACCCATTTTGTGAAATTTTGGTA
TAATAAACTCTACAAAGTCTTTTTCCCTTCTAAGGTGGAGTAGATCATAG
TACTACTTATATTTTATAATTTTTTTTTCTCTTGATCTCTCACGATCAAA
ATCTTGGTCCTGTGATAGTCTCTGGAAAGGTGGTGGCCTTGACCAAAACA
CTAGTATGTATTTTAAAAAGTACAATTATAATTTGTTAAAATATTTCTTT
CAAATATATTTTTTTTTTTAAATTATTTGGCATTTAATATTTAAAAAATC
TTACTAAATAATATATATACAATAAAAGAGGTCAGAGTTTGTTAAATTTA
TTTTACTGTATTTATAGCCACATGATGGTAGGTATATAGCCTAAATGACT
ATGTTAATTATTATTATGACTATTAGAACTCAAAGTTCAACTAAAGACCT
TTTTTTACGAGGTTCTTGTCACGAAAGATCTGTTTATACATCATAAATTG
TATTATGATGTAGGTTTTTATAAATATCTTAATCACGGCTCAGGGGTAAT
TATTTTTATTTTAACTCTATGTCATTTCTTTTAATAGGGTCATTAGAAAA
TAACTAAATATTAAGTTTATATATTTTAAGATACTTCTTCCACAATTTTT
TGATAAACATATTATATTCAATTTATTGTACATATACCTTGAAAAAACCT
TGATACCACATCAATGCATAAATATATTACTAATTTATGAGTATATCTTA
AGTAATTATTATTTTTTATTATTTGTGAATAGCTTCTAAAATGGCTCAAG
ACTTTATCAGGTGTCTCCATCTCCTTAGCTCTCATAAATTATGCGTTATT
TATAAGTACATATGTATGTTGTATACAGATCATATTCTGTTATTTTGTTA
TACATATATCATCAAAAAAAGTATCTATTTTATATTAACGAGTATGTAGA
TCCTGTAATGAATCAAAAAAGTTGCTCAAATACCTTGTTTTAAATACCCA
TTTATTAACCAATTAATTTTTACTACCTTAAATTGTTTTAAGAGTGGATT
AATGGAGCTTACCTATGTACTTATACGTAAACATGAAACATTATTTTATA
GGCCGATTATTATTGAAGTAAATTAGGTACCTAAAAGCAGTAGATGATAA
TTGCACCCGACAAAATAGTCGTAAAAAAACTTGTATTATGGGCTACAGAA
GTAAACAATAAAAGTACTCCGTTCCGGAGTACGAAATCAACATATGTTGT
ATGTCTTCATTATGAAGTGAAAACATGTCAATTAAAATGGAAGTTTAAGG
TTCAACATCTGATTTTTTTTATGCACTCATTACGAGTCTTGAAATTAGTG
TTTGTGTCTTATTTGTTTTTAATTCCACAGTTGTTTATCAACTTCCATAG
TTTTTATGAGTTTTAGTGTGCCTTTTTTAGGTTAAAACAATTTAGGAATA
TACTTTGAAATATGTAAACATAATCACATGATAAACTTTTGTGAGTTTTG
TTTTATTTTTCTTAGAATTTGTTAAAGTGACTAAGAAGGAACAATTTTAA
CTGCAAAATTTAGGTATTTGAAATTAATATTACACCTCCATTTTTCATTC
TTGTAGTAATGAAAGGGATTCATTTGAAGTCTAAATGACTCAATTGTGTT
GTTAAAAAAGTAAACCAATTCAAGGGTTTTATTTTAAACTATATTAATTG
TCGGTTTGATTTGAGATTGTTATACTAAGATATGATATTAATTTACCTCT
CAAACTCTCTTCCAAAAAGAAACTAGTGTTTAAAATCAGTTGATACTAGT
TGAATATGACGTATACCTATAGTTGTAAGAAATATAAAGACGGTTGGTTA
AAAAAAGAACCTGAATATTAACGTAGTCACTCCATCATTAGATTAAAGAA
ATAAACAATAATCACACTCCGTATCTAGGAAGGAAATCATCACCAATTAC
TCTGTTGTTCTTCCTCAATTCTATCTTGAGTCCAAAAAGAATTTCTTATA
ACTCCACAACCAATCCAATTACTTTGTGTCTATCACGCACTTGTGATTAC
TTTATACTCAGAAGTTCTCTTAAAAAGAATTATAAAATTATGATAACAAC
TTTGGAAAATAAAAAACACTGTTCAGGTTGCAATTAAGTATATAATGTAT
ATATTATACCCAACTATATCTATACCCTCCCTAATGACCCAAATATCGAA
AACATCAACCATTACATTATATTTTATTGCCACTCTCGATTTTTTCTTCT
CTTTTCTCTTATATGTGTTTTTTTTTACATGGATTGAACACAAATTAGCC
AATGTTAAGCTGTAAACAATTTTTTCCTATGAAATGAAGAATAGTTCCAC
TAGCTGGGAAATACTAAATAACCACTAGTTTTGTATTTATCTTTATTTTT
ATTGTTGGAGAAAAGGTTGTGAAATGCAATGAATATGTTTTGAGTGGGTA
GAGGAGMAGTAGACCAATCATTAGTTGACAAAAGTACATGGTGCATTTTA
TTGTGATGTGTAGAGAGAAAGTGACAATGTGACAGTGCAAATAGTAATGG
TAACAGCAACAACACCTATCTCAATTATATTCACCCATTCATACAACCTC
GATCAAAAAAATGTTGTAAATCATGGTAAGCGTATAAATGAATTGTACTT
CTAATCGTAATTTTTTTCTTCAAAAATCCCTTACCTAAAAATGACAAGAG
ACAAAAGAAGAACATTATTGCATCAATCTTTTTTAAACCTGTCATAATTG
ATTTCTATTGATATACTTGTGACCAATATCTTGAAAGTATGTTTATTTTG
TGATGAGATAATAACAAAACATGTTTAAAATATATATGAGTATATATATT
TGTACACGATACTCAAACATTGTCATTGCAATGGGCTGTAGTTTCACCCT
TGAGTGTTTCAAATAATATAAATAAAGATATTAATATTTTTCAACTGTTT
TTAGCACATTTTATGCTTGTCACTATAGAAGAAAATTATAAGTAATGTTT
AGAGTACTCTGATTWTTTCTCTCCTCCCCCCCCCCCCTCTTTATACCTTC
AGTAATTGTAGTTTCGTGCTTAGCATAAACTCAACGTTCAATAGGTTCAA
ATCTCAATATTTTATTATTTATATTATGTATATTTTTCGACTTCCTTCTC
ATAAATACGCGCGGTATGAGGAGAGAAGAGAAGATCAATATTTATGGGTA
TCGAAGTACATACATTTACTTATGAAGAAAAACCATGGGTAATATTTTGT
TATTTCAAGGTTGCTACATATGTGTTACAACAACCAAATCAATCTGGAGG
ATTATATCATCATTCTCAAATCGATGCATTCATTCAATTTTATATTTGGG
GGACTCAGCAAAACTTTGTTAACTAATTTCATTTATATATGCATATATAT
TGGAAAAAAAACAACATATGCAGAGTACTACATTTCTACATTTAGGCTGT
CCCSCTTTTGGGTWTWTTKCCCCCCCCCCCCATCCTGAACAAAGCCCTTT
TRCTGCMGGGGACAATTWAAAAAACTGACTTTAGCAAAGTTAGAAACCTC
TCAGGCCATTTTAATTGTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNCCAAAAAAGACTGTAAAACANNNNNNNNNNNN
NNNNNAATGTAAGAAATAGAACATGTNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCCCCCCC
MYCCYSMAMAAASCCYTTTTTYTKYTGGGGRCAATTTAAAAAACTGACTT
TAGCAAAGTTAGAAACCTCTCAGGCCATTTTAATTGTGAAAAAAATAGTT
ATTTATTTTTGCCAAAGTGGGGCATATTTTGGCCTCTTTTACCGTCTCAA
ATATTATGCTATGATTCGAAAAATAAAAATAGTATTTCAGTTTATCAGTT
GTAAATATTGTGCATCTTATTTTTAATCATTTAAGATGTGCTATATAATT
TGTGGTTGCCTTGTTTTATCACATTTATTCTTTCTTTTTATTTAATAATT
ATAACTTCAACTAGGCTTAGATTTTTCTATGTTATGCTTACTTAAGTCTT
CTTTTTGAAAGTCTCCAGCAGAAAAGGTGTTTGTGCAGGGGGGGGGGGGG
AGATATATTCTCGAAAAMAGGRCTGTNTAATGTAAAKGGKGAATKTAATC
ATTTTCACAGTATTTTTTTTTTTTTTTTGGCGTTACTAAGCAGTTTTTTT
TTTTTTTTTGCAGAGAARAAAAATATCTGTAATGGAGTTTAATAAAAATT
AAATATATTAAAAGAAAAATACAATTATTTTTTTGTATTTTGCAAATATA
TTTTATAGCTTTTATTAATTGTACGAACATAATTCCATTTAATAGGATAT
TTGATATAATTAAAAATATCATTTGTTGAGTTGTTTTACCTTTAAGGGTC
GTTATAATTGTATATATATGTATACTTTTGAGTTAATAAAAGTCTATTAT
ATTTATTTAATCAAAATGGAGTCATAAATCAAGAATCAAACAACAAAATG
AGAATTTTAGTTATSAATGTTTGGTATACATATATTATTATCTTTTTTTA
TAATTTTTGATTTCAAATAATATTAATATATGCTATAATTAGCTTTGATT
GTTTTTGATAGGAATGTGTGACGTTTGTGACCTTTTATGATTCCCAAGAC
TATATGTCGATGTAGATTATATATACATCCCCCCTCCCATTTCTGACCTT
CCATTNATTTTTCATAAACAAAACAACAAAATTATTCAAAGTATTTACAA
TAGATTACATTAAAAAGGCTATAACTTTAACTTATTTTTAACTTTATGCA
TTTCCAGATCCTAAACCTTATCAAAATGATCTTTATATCATCTATGTTAA
GTGCCTACAACTCTTAAGACCTATAAGCATCATCACAACAAGGATTCAGT
TCTTCTAGAATATATATGAGGCTTTAAATAAAAATTAAATTACTTTTTGC
AGTTGTTACGTTTGACCTTTTTCAACCTTATGTTTGTTTGCACAAATTGT
GCAAATAAATAATTACACTATGAACGTATATATGTAGTTGGTATCAGTTA
GCATTCACTCTATAATTTATTTGCAGTCAGGGCTTCAGTGACAGGATGCA
TTGTGTTTTATCAATAATTATACCTACTATTTGAAGTATGTGAAGAGGTG
CGGGGAAGAATCAATTCAATAATTAATTAAAATTCTATGAATAGGAATTT
TTATTATTCTTAAAAAGGTATGTTTAGCTCATTGTTCCCAGAAAAAATTT
ACAAAAGTCATATTTTATTAAGAAATATGACTGAACAAATTAATCTAATC
ATGATTCAAAGTCATACCATAATGACATATAGTAAGCATGGGTGATGAAG
AAAATACCTTATACTGCAAGTCCAAATTGAGTATCAAGTCTTTGCTCACA
AGTTCAAGTCCTTGATTATTTTCCCGACTCAAGCTCAAATCCTCAGCGAA
TAAAAAATACTTTAAATACTTATATTCAGTGAAATGACTTTTCAATCGAT
GTCAAGTCTTGAATTTTTAGTTGTCTGATCAAGTCGAGTTGAAAGTTTTC
AAAATGTGAACTCAAGTATAAGTTGAATAGCAAGTCTCGAGTTCAATCAC
TCTGATAATAAGTGTCCCAATTTAATGTAACCAATTATTTTGTACACTGC
CAATTTATGTGGTACAATTATTCTTAAATCTACAAAAAGATTGTTCATTT
TTTTCGAAATATGTGTAATAATTAAAGAATTGTTAAGGAAATTGCGAAAT
AAGATCAATAAATAAGTATGTTATTCCCCACTCACATCTTATTTCTACAA
AGATTTAACTATTTGTCTTGAAGCAACTCTCTTTCAAGCTATTCTTGTCT
TCTCTTCATTGGAATCCATTTCCTTGTTAAATAAATACCAAACCATATAA
AATGAAAAATTCTAAAAAAACAATAGATGGATAAAAGGTATGTATGTATG
TCTATGGATACACTTGTATATACAGAGACCAGTTTGTAGAGAAGACAAAA
AATATTTTGAAGTTGGTTTATTCATTCGTGATTCAGGAATGAACGGTCAA
ATTATATCTATCTAAAGTAAAAGTAAATTTACTTAAACATCTTTGTCCTT
CTTTGAGAAGGATTAAAAAGAGCAATGGAGAAGTCTTGCAGAGAATGTAG
CGACAAGGTTCATAGTATGTAAACTAATGAAAAATAAACATCTATAAGGT
TACACATAATTTCAATTTCGATACCTTTGTCATAACTTATTTCKCCTGAC
ACAAAATGACAATATTTGGTAGAAGGGTGTATGTAACGAAGAAAAAGTCA
TATATCTTTTTTATATCCTTTTAGAATCAATTATACTAATTAAGTCAGAA
AATTGAGATTAGGTTTTAGCTTTTGTTTGATGTGCATATTACGAATAAAA
GTTTTGGAGGCACAAAGGGCTGATACTTGCACTACGTAAATCTGGCCCTA
AAAAACTACAATGAACACTAAGATCACTAGGGGCATTGCTTGTTGAGTCA
GTACTCCCGTCATCTTAAGAAAAAATCCAAAAATGTATTTTCCATCCATC
AACTAATTTGGATTTCTACTCTTATTTTAATAGCAGGTCAAGAGAGAAAC
ACTGTATTTTAAGCATTGTTATCTTCTACCCTTTTAATCCCTCATAACGG
TATTATTTAATTATTAACATGAAAATTTTAAATTACTCTTCTGTTAATTT
GCATTCTAAATGCTAATTGGTGGATCATGGAATATATTTTGTTAATTTTT
ATTTAGTAACCTACTATAAAATAAAAAAGTCAATCAATTGGGAAGAATTG
TGAGCTTCTTTACTTTTTTTCTTTCTGGAAGATTAGTTCAGAGACACATT
AAATATGTCATTATGTCAACCCAAAGATTAGTCTTTTATTTCACTTGAGT
AAATTCATTGTATCCATCAATTTTTCCTTCAAAAAGATTAAGAAAAATCA
ATCATAAATGTTGAACTACTTCCTAATTTTCAGATTCATTGTCAGTTTTA
GCTAAGAGGGAGTGAATGGTCACTGTAGACAAATACTTGGGCACTATACC
CTAAATTATTTTAATAATATTACATTATTATAGGGTGAGGAATCAAAAAT
TCGAATCATCATTGAGGCCGTTTAGCCACTCGAAAGAACTGATAAAAAGC
CACAAATTGATGTTTTTTTTTGTTTTTGTGCGATAAAAATGTCTGAGCAA
CATGCAAAGTGGGAGAGGGGTTGCAATCTCCTCCGCCCACAAGTCGACAA
GTGTAAGCTGTTCTGAAGAAGAGAAATGATCACTTCTTGGCTGAATTAAG
AGATCAGGTCGAGGAAACCTTCAGGACCAAACATCCAGCTCAGGTCATGG
CCCTCGGGGTCGTGGTGGCAGACAGCAGCAAAAGGCCTCTCTACTACTTC
AAGGCCATTGGGAATTTCAACATGGATGTCCTGTATACTGATCTTCAGAA
AAAAAACTTTGACACCATGGTCCTCAATGATAATTATGATCTTAAGTGAA
CTCACCGCAAATCCTGGGACTTTAACTGGACTCAGTAAAAATATTCAAGG
ACTTGTAAGCAAAGACTTGACTTGCACTTGTAGTATAAGAAACTTTGTCC
ACTCTATTTAATATGTAGTTAGAATATTCGCAGTTATAAATAGTGTTTAC
AACAATCCTAGCTAGTGGCTTTAAAAAGTCACTCATACACTCATTAATGT
TTTTATTTTACACCATGTATGATGTATGTCTGTAAGATGCATAAAAAGGT
ACATAATATGTATTCCTTACATAAATATATACTCGGATATATGTAGATAC
AAATACCTTCCTCATTATAGGTGGTTGTTTTGAGTAATTGGGGTTTTATA
GGGATATCAGAGTACTTCATCATAATACCTTATCATTTATTTTTGGTCCA
TTAAGTGCAAATTTGTTCTACATAGGTACATATGTATGTTTATATAATTA
TTATTAGACATTCCACGATTCTTAAACACATAATAAATTTTMAAACTTTG
AGGATTATTTTTTTTTTGGGGGGGGGGGGGATAAACCCCCRCCAGACATK
CCCCTGCGGGCKCCCCTGCCTAGGCTCAAAAGATGGCTGACCATAAACAA
TCCCTACGTCAAATGGAAACGCTCTATACGTACATAAGTATTTTTAGAAA
AAGAATCGATGGAAATACTTTTCGTCAAAGATCTAGTATACAGAGCGTAC
ATAATGCGCAGTTGGGCGTTCGTACGCAAATATGTGATGAAAAAAATGTA
AAGAAAGCTAAACTTTTCTTCTTCAAATTACGTTACGTACGGGCCTCTTT
TTATTTACAATATGTAATCTGCGGGGCCAAAGATAGTTCGACTGCGAGCT
CCCCCTTCCCACCAATACTCCATTACAGACGAACTCACAAATCCTACATA
TAATTAGAGTCAATTTGTCGTAGCTCAAAAAATTAAAAATATTAATTTTA
TTGCACTTATATCATCCTAAAAGTCTAATATTTAATGTTAATACTTTAAA
ATAAAGAGATTCAGACTGTTGAAATGAATTTCTGGGATTCATTTTACACC
ATGATTCCTTTTAAAGAAGTAAGTTTTTAAGTTTAATTCTGTAAAACACC
TATTTATGTTACGACAATTTAACTCTTACCACAAATACTGCTCTTTTATT
TATATTAAAAACATTTTTGATTGAACTAGACTTACTCATTATGAAAATAT
ACTGATATAACTTAATTCGTTATTAGGCATCATTTAAAGTATAATTGCAC
ACTAGAAAGTGCAACCAAACAGAACATGGGTATTTTACATTTACCAACAT
ATAGACTCTTGTTTATCATTTGTGGAATTCCATTTTTGACATTCGATCTA
TTGGAGCTACATTTTATATATTTTAGTATTTCGATGTTGGTTTATTCTTA
AAGAAAAAAAGACGAAAATATCAAAAAAAAACAATTTTTCTTCTTTTTAG
TAACCTAAAATTTAATGTATGCTTGTTTAGCCAGTCCAATTTTACATACA
AAAAAATTGCTGAGTGTAGAGTGAAAGACAATTTAACTCGATTCTTCAAA
GATATTTTTTTTTTACAACCTATTCATCAATAGACAAAAATTCTTCAAAA
TATTATTCAAAAACCCGTATTATAAATGATATTTCCAATTATAAATATAT
AGAATATGGAGAAGCGAATGCATCCCCCTTTCTATTTATGGACACCCATT
CTAGAATGTTGGAACATATACCTACCTGCATATGTATGCCGTGTCTATAA
ATAGAACATGGAACGTGTACTGTTTTTATCCCTTCGATTTTTTGAAGAAC
CAAACGAAGTACAAAAGTTTTGAGTTATGAAAGAGAAAATTGAATTAAAG
AATCGTGCGATGATTTTTTTTCGCCCCTAAATATTTTTGTTACAAATATG
ACACACTGTGGAAAAATGTAAAAAATTGAATAGAACAACCGGTCAAAACA
GCCCCATACAGACAAGAAGAACCAAAAATTATGTCCTGCCTCCATGTGGC
TCCTGACCTCAACAGCCTTAGAATTGGCAGTTTAATGCCTCTTACACAAG
TATTTATAACGCACTTCTCATCCAAATTTGGGTTTATTCCGAGCTGCCAT
CATCACAGTGTGAAAACGACATGGACATGGCCTTAATCATGTCAATTTGT
TTGCCAGTGTGTCTGCCCTTCTAATTTTTGTGAAGGCAGACATTTTTTGA
ATAAAAAATATAGCTAAATATAATGTTTTTTCTTTATTTCCAAAAAATAG
GATTTTTCGTAATTTGTACATACTACTTCAAGTTTTTGTCTTCCCCCTCT
GTAGTAAATTAGAATTATCCAGATGCCGGATATACCGTGCATATGTTATT
ATAAATGTTAAATTAATTGGTCTTTCCTTCTTATGTATCAAATGAGCAAT
TAAATGTATTAGAGGTAAAATTTCATATTTTTACTAAATAAGTATTTTTT
CAAGAAAATATATTATTTTTAGAAGATCCTTTATTTTTAGTCTTAACTTA
ATATTACTCCAATAAAACAGTTTTTTATAGATAATTTTTTTTTGATAAAA
CAAAAATAAAATACTTTAAGACTTACAGAATTAATAGACCTTTTATCATT
AATTAATTACTAATCTAATATCATAGAATAAATAAATCAACCCAAAAAAT
ATGCTAATTTCTATGAACATAAGTTAAATGATAATTTTAATTCCTTTCTC
TCTTTCATTTCAAAAAATTACTCATAGTTGGTCAAAAAAAGGAAAAAAAA
GAGCGTGGATTCTATGTACATAAAGTATTCCTTGATAAAATTATGTTATA
TTTGAGAAAAAATATATTCAAATTAAGGACTTAACCACTTCCATCTATGT
AGAACAGCAAGGGTTAATTCTACATTTATAGGAAAATCTACAAATGATTT
GGTGATGTATCTAAAAACAAATTAACAGATAAAGGTCGTATTAGAATAAG
CTTTCAATTCAATAAATGTAGTTTCTTCAAGACACTTAACTAATAATTCA
CTTTTAAGCATAATTAAATATACAATAATAATAATAACTTCTTCACTCGT
TCAGTACAAAAACAAAACTCCTTTATTATTAGGAGTACATGTATTAATTA
ATAATAAAAAGTCTGCAGAAACAGATCATGGCAAACTGGTTAACTCCAGA
AAGTTATATGATCAAATAATAGTAATTAATAATGATTAGAGGCACCACAG
AAATACCACTTAAAACCTTTTGTTCAATAAACTCAAACAGTAAAATGGGT
AGATACTATTTTTTAGTATGAGGAAGAAGAAGTTGTAAAATATGTTCACC
TAAAAATACATACCTTTTGCAAAGTTGTTTGTCAGTAATGTTAATTGTAA
ATATGGATATACATTAATAGTGCTAAGAAATGTTGATATTAGCAAAATAA
TTTTCAAATTATTTAAATACATATTATACCATGTACATAGATATGTAAAA
AAATACTTATTAAAGATAGAAGTTAAATATGTTTATTGTTTATACGTATA
TTTCAGTGGTGTCTCTCTTTCTTTTCATGGGTGTGNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNGAAATTATTTAAATACATATTATACCATGTACATAGAT
ATGTAAAAAAATACTTATTAAAGATAGAAGTTAAATATGTTTATTGTTTA
TACGTATATTTCAGTGGTGTCTCTCTTTCTTTTTCATGGGTGTGTATTTC
TCTTGGGCAATGATTAATACCTCAAATATATATCCAAGGTGTAACTTGAC
ATCAAACATATTGACTCTTTTTGCCACCACCCATTCTTGGAATAGGGTTG
AATAAAGATGGAAATTCCTTGAAATGTTTATTAACAAACATAAACTATAT
ACATTATACATATGCTGTTTATCAGTTTGACTTTTGTATACACGAGGTGT
TGGGTCGGTACGAGGGGCGTCGTAAACTATACATAAGTTGTTTTGTTTTG
CTTTATAAAAATGACATCACATATGGATGATACCATTATCACAACAATTA
TACTTTTTCCAATAGTAAATAATAGGTCCTTGACTTTTATTGTTCTGCCG
CCTATAATCGTTACTAAAACAAGATTCCCTGAATAATCTAGACATTTTGC
ACATTTTTGGTCTAAAAATAGACATATTTCCTTTTATACTGATCAAGTCC
TCTTGATTCAGTTCAATGATCCTAAAATCAATTAAGAAGAGCTATTAGTC
ACAATGGTAAAACTAATATATCTCCAAATTATTTGTATTTCTTGTCAGCT
ATTTATTTTTTCACTCTTTCCTCTGACTAGTGTTATGAGCATTGATTTGT
TGAATTCAAATTATTATTGTAAAGTTATTAACATAGGTATCCCTACTTTT
GTTTTATGAAAAATCGTCCAACTGTTTTAGAAAATGAAGTAATCGGTTAG
CTAACAATTAAATTTGTATCTTTTTCTCTCTCTCTTTTAGAAAGAAAGTT
GAAAGAGTCCAAAATAAATATTTTAATTTAAGCAAGTGCAACTAAAGATC
GTATTTTAATACCCAAAATGGAAGACATCTTATATATGTTAATATTTTGT
ATTTTTTAAATCTAAATTAACTGTTCTTGTTTTCCATAAAATATGTTCCT
GGACAGAATGTAAACATAGGCAAGTCTGAGGAAAAGAGGACGGTTGACCA
ATAGTTAATCCAAAATACTATGTATATATTTTGATAATAAACCGGTTCAA
GAAGTGACAAACTAATCAGGACTTGATCGCAAATGCTCTTCCTTCCTAAC
CTTAAGCCGTTTTAACACTAGTTGCAAGTGTCACATGATGGAATTTGCAC
CAAAATTCTTATTTTGTAAATATGATATTTAATGCTAGCTATTATTCCAT
TGTGACGTAGTAGTTATATCGATATTATATAATTTCTTAATAATATCAAT
TGTTTTAAAAATGAGGAAACTATGAATACTTGTATGCATGAGAAAATGTA
ATAAACACATTAAGTTGAATTTCAATGAGTTCGCCAAGTAAGCATTGTCT
CCGCATATTACAGTGAGCTACGTATATACAAGTAAAGAACAGCCAAATAT
CGTCCATGGGCAAGCATGTTTCTATAGTGGTTATATAGATATATACCAAC
GTTATTTAGCTTTTATTTGACTATAATTTGTATTTCCCTTTTTCAATATT
CGGAATTCAAATACGTTTTTTTTGGGGTCATCGTTTTTAACATAATCATG
TAAATATTCATAAAATAACAATCAAAAAGCTCAGCGTACTTTTGCTAGCT
ATATTCTAGCGTTAACTTTTAGCATAGTAATGTTTATGAGAATATTCATC
AAATAAAACTTTGTAACATTTCGTTAGGACTAAACTATTTGCAATCTATT
TACACATAGCTGTTGAATTTATGATGAGTACCAACTATCAAAAGAAGAAA
ATTATATTTTCTTCCTTCTATCTTATTAAATAGATAGTAGATATGTAGTT
ATCAGATGTTTAATTTATGAGCTTGTTCTTAAATAAATGAACATTTACAT
ACTTACATCATGGAACATAGTTAGAGGAGAGCCTCAAGACGAATGCAATA
TAATTTTTCGTGACTTAGTTGATAACATGAAATCGTTATTTTGATATATC
TAGTTGAATAGAAAGTATATGCCCTGGATCTCTTTTAAAAATAAAATTTA
TACAATGAAAGAAATATATAGTAGTGTATAAAATATTATCTGATTGATTT
ATAATCAGCCGATATTTTATTAAATAGGTATGTGGACCCATAAAAATGTA
ATCATTTATAGGTAGTAAAGGTACATTAAAACTTCATAAAAGGACAAAAC
ACTCGTTTTTTATTATTACATTCGATTATTGTTTTATATGTATGTACCTT
TGTACATATATTGATTTATAAAATGGGCTAAATGGCCTTGAGAAATCCTT
TTTGTATCTACCCAAAAGTCATTATCAAATATTACATATATTCACGTATG
TTTAATAAAATATAAAATCAGCAAAAGTAAAAATTGAATCCATCTTATAA
AATTTTTTCCATTTAATAATATACAAAACAGTTTTTCCAAATGGATAATT
TAATTGACAAAAAAATGTATAAATAATTTGGAGGTTTAATTTGATTTTAT
GTCTTATATGCAAAGAGATACCCAAATGAATCAAAAATAAAATAAAATTC
AGACATTTATTTAATAAGGAAGTGATAGCTTTTGCATTGCTTAATAAACT
AATATATATATATATATATATATAGTTATAATGGTCCATATCAAGGTACT
GCAAAGGATCTTCTTTTTTTAAGATGTCAAAAAGATAGAAATCAATTTGC
AAAAAAAAACAAAAAAAAAACAACTTTATACTGAGAGTCAAATATTTCTT
GTTTTAAAATTCATATCTTATTTGACTTGAGGAAAAAAATTAATGAATTG
AGATAATTTGTAACTCTGAAATAATGGCATTTATGAATTCAGTGGTGTTT
TTAACAAGCAGGATCTCGGATCTCTTATAGGTGGTTCGTGAAAAGCTGAT
CAAATTTTTAACAATTCTTTAATTTTCATCTCCCATATATTAATGACGGA
CTGTATGAATATGGAATTTTGGAAGGATAAGCTTAGTTGTCACACATTTT
ATCATATTAGAAGTAATATGGANATTTACTTAAAATTTAACAACGATGTG
CAACTTTATGCATCAAATTCCATAACATATTAATGGTACTTAAAATGTAT
TATCAATTTTAAACATTAAATTTGTGCAATCTCTTATACACAAATTGGGT
CCCACAGATATGCTTTTCAAAATATTACACCATTGAAAATAATTACTTTC
CTTTATTTTTACACTGATTATACCATCCAATTCAAGCTCCTCACCCACAA
AAACATATCATTTGATACCAAAATCATATTTCTATCATAAGTATGACCTC
TAAAATCATTGATTAAAGTTTTTCAGTATGTGAACACCAACTAGCGGTTA
AGAATTTTGAAATGGCCAAATCTCATTAACCGGTTGCCCAATTTTAAAAT
TATTTTTGTAGGTGATCATATTTAATAATATTCCATGCAACAACATAGTT
CAAATTTTCATCGTTGAGGGTATAAAATTGTTGGAAAATTTGTTAAAATA
TAATGGAACTACCATAGACATATATAAAAAAAAATAAAAACTACAAAAAA
TTTACAGCACGTGGTTTAAAAATAATTTATATTTTTTGCGATTGTGAATA
AAAAATAAATTACAAGTTAACTGTTAGCAAGCATCTATTTGGGTTGTGTA
TAAAAAAAGAAATATATGTAAAGAGATATTCTCTGTTCTAGGCTTGAAAT
ATCCGGAATTGAGTTATACGAATTCGACTAACTTAATTAGTGGACTAATG
TTAGTTGGCACAATACATAATAAACATATAAATATTGATATCGTGGCCTG
AGGGCTCAAGAAATTGTCTTTCTAAATATTATGAATNNNATTCGACTAAC
TTAATTAGTGGACTAATGTTAGTTGGCACAATACATAATAAACATATAAA
TATTGATATCGTGGCCTGAGGGCTCAAGAAATTGTCTTTCTAAATATTAT
GAATCGATCCCATCCTTGACTTTCTATTTTATTTTATTTTTTTGAAACTA
CAAATCATCTGCTTACATACTCAAGGTCGGCATGAAGCCACACTCAAAGG
AAATGATGATGGATACTCTTAGGTATTCGATTACCCCCATGATTTCGTTT
ATTTGACTTTTACAGTGAAGTATTTTATACCACCCACGTACATGATATGA
AGGGGAAAAAATAATCAAATCATATTAACTTGCATATTAATATATTTTTT
TGGATATTTTCTAGACTATTTTCTTCACTGAGATATTTATTCTCATCACC
AAGAGAATCTAATTGTTATATAATTATTATCATGTTGATGGAAAGATAGT
AGTGTGGTTGACGTATTCAAGACAATATTTCACTAAACATATATATAAAC
CGGTAAATGCAGCTCCACTACATTATAAAAAAATGGCCTACCAATAATGT
CCTCCATCAAATTTCTGATCTTCCACCTTCTCAAACAAAATTGTCCTGTA
TAAAGAAGCAAAAATTTTAAAAAAATCTCTAAAAAAGAGTGATTCAATTT
CTGAGTAAACAAAAATTTTGCAGACGCCCTTGTAAGGAAATGCCAATTAC
CCTTAACGAAGTTTTATTATGTATCGTTAGTCAAATAAGTATTAAAATGC
AATACCTATGCTTGTATTGGTAAAAGAACATTGATATCGTAAAAAAACTA
ATACATACATAAATAAGAATTCGTCAAACTTACTGTGAAAGTTAATTACT
TATGTACTCATTTCTTCCAAATCCATAAACGTTTTAATGTAATTTGGACA
TTCTGTGAAATATTATTGGAGAATAAATAATCAATGCCTTCACACCTAAT
AGATAAAAAATATATAAAAATAGACAAAAAGGTATATTTTACATATTTAT
TTAAATGAAAGACTGTTCTCATAAAAAATACATCTTTAAACCATAAAAAA
ACAATATAAAAGACATAAAACACTCTTCTAAGAGAATACCAAAAAATTAA
TTACAACATATAAGTTCCTCCATTAAAAAAATATTTAAAAACAACAGCCT
GTAAATAGAAAAGAACCAGTTTTAATTATTTCATCAAGTACATATGTACA
TTACACACTCAAGGAAGATTGTTTAATATCATATTCTATTAAACCATCCA
AAGTACCAACAGAATTCATCAGGACACCTAATATCAAAAAAAATATCAAT
TTGGTGGGTCTGACTCATTTCTAGGAATATTTATATCCATATCTGCTTTA
TGATGATAGTGTTTGAAGCATCAAAAAGAGACACTGGACTCCTTTCCTCC
AGGCTCATTTTCAAACATTAAAAATGTAATTAAATCAATTTCCGGGTTGT
AAAAATAATTATTAAAATATCTCAATATATCTGTATGTACAGAGTAGGAG
CTGAATCATTGTGTCGGGMAAATCAGTCAGGAAGGGMTCTGTTTAATCAT
ATGTGAATTAGTGTTCATCAATTACTAAAATATTTGTTTAAATAAAATTC
GAAATGAAGTCATTTTCTTATTGAACCCTATAATCATTAATTAATAATTA
CTCTTATTTATTTTACATGAGCCAAGTTATTTTGCAAAGGAGACAATGAA
AATTGTGCTCTTGACTTAGTAATCCATCAAATGCTAACTAGAATCAATTA
TGGTAATTTGTGGAACTACATTACTAATACTAATTATGTCATTTCCGAAM
TAGCCAATGAGAGCTGTTCATATCTATCAACTAGTAACAGGGATCAATCA
CAAAGATAATAGTTTGTTAAATTACATACACATACTTTTACAAATGAACG
AATTAGAAACAATATTAATGCATTAGTAAACTGACGAGAAACAATTTCCC
AACCAAATCAGAGTTCTCTGTAATGATACTCCTCTTGGTCATGTTTGAAG
ATATATTTGTCTATTTATTAGTAGAACTAAAACATTAAACCACTTAATTT
ATGGAAATTCATGTCAGAAGAATATTATTTATTCGTATATTAAGCTTATT
CAAGGCACGTTTTAAGGAATTGCTTTAGTGTATGTATGAGTGTATTAATC
TGGTTCCTAATAATACATAAATTAGGTACCTATTAAATCTTTAAGACTTA
ACTGAGTAGATTTGATAATATAACTAGTAAACTCCTTCAAATACATATAT
TGTATTGTATATAATCAAATGGATCACGGAATGAAGAAATGTATGCAATT
TACTGGTCAAAAATATTATTTATAAAACGTTACAATATGAGACATGCGAT
TTTGACAAATTTACATTTATTATCAGTTTATTCCAAAACCTATTCAGAGA
AAAAATATTATGTTTAAAATAGGTATATTCAAATAAATAACAAATATCAT
CGGAAACTAAATGAAATTATAATTGATTGGAAGATGGTGTTTGGGCGGTA
GATTTTTTTGAATTCATCACGACTTACAAATAAACTTATAGCTATGTATT
CATAAACTCCTATATATTTAACCCTTAATATTTATACTATTTTCCAATTT
TTTTAAAACTTTTTAATAACAAATTTGTAGAGGATTTTTTACTTTTGTAC
TTTGATTATATACTTTGTAGGGATAGGGTATAATTATTTTGTTTTATCTA
CYGGGCMGGAGTKCTSGAGCCTGTAATTGAGCCATTTGTTAATGGATCCT
GAGCATGTGGAGTTTGACTTGTAGTTATTTTCTCAAATATTTAATATTGG
AAAAAATATATATAAAATCAAATTTATTAACAATTTGCTTTTTATTTTCA
TACAAAATGATCCATTATGCCTTATAAAAAACAATTTTTTTTTGGTATTT
TTCAAAATCTTTAGTAAAATTGTACCTCAAAAATTAAATGTTTTAATATT
TTGTATACTATAAGGAAGAATTTTAATAATAAATCATATATAAAGTTATA
AAATTTATCACAAAAAATATTGAACGTTGAGGGATTCGATTTGCAACACT
GCAACTATGGCTAATTAATTAATATATATATTAAACGTAGTATAAAAAAA
TTGAAGCCCGTTCTGTTGGAATCCTCAAGATAGTGAGCTCAAAGACTTCC
ATGAGAATAAGTACCCTTTGGTTAAACTACTATCCTGAAAAGTTTCAAGG
ATATATGAATTTTCTAGATTTTAGAGTCCCATTGTATGTCATAGACCTAG
ATATTTTTACTACGCTCCATATTTTCTAAAACTGGCACTGCCTGGAGTTG
CTACACTACCCACTTTTTTTAGAGTGTAATACAAAGTTGTAAAAAATTGG
ATGCGAACAAGTCAATGCCTTATCCATTTTAATAATTTATAAATGTATTT
ATCAATAGAAAGGACTACTATCTATGGCTTTGAGCATGATTTAAGCTTAC
AGCCTCATCAAAACAATAATTGGAGACTCTCTCTTTCAATGTAGGTATAG
TAGTTAGATTGATTACAGCATTTAGAAAAAAAAAAAATAACACAGGAAGT
TGTAAAATCTCATTAACAAATTCACGGATTTTTATGATTACGTTAGGCAG
GCAAATAAAACAAGGTCATCATTACACATGATTAAAAGAAAACAAAAACA
AAAAAACAATGACTAATGAGCAGGGAGTCAATTATACAATATAAAAACAT
TTTAATTTGATGTGAGATATCTCTAACGTCATCCCAAAAACATTTTATTG
ATTTATGCCATCTTATTTGATTTTGTTATAAGTAAGTGTTTTTTGTTCTT
TTTTAATCAAACATGCGATAGCGTCATAATATCTTTTATTGGTCATAAAA
AATAGAAATAAATTTTAGGCCTTACTTCGATGGTAAGTAGATAGTTTGTT
ATGCTTATTAATGCCAGAACTCAATCCCATAAGCTACGTAGATTGTTTTC
ATGGGCATTAGGCATACAATAGATATATGAAAGTTTTGAATTTTTCAACA
AAATTAATTCATATATATTAAGATACTTTTAGCATACGTAACTTTTCACA
AATTATCATCATCGTTATTTGTCTTTTCACCCTCATTATATAATAAAAAG
GTTGATAATTTTGCTTAGATCAGGAGTGAGAAAACCTTTCAGGGAAAGGG
CCACATGAAAGAACTTGTAAGTTTTCAAAGGGTTCTATTAAGAAAAGCAC
ATTCTTTAAAGTTATATCAAATAAAATATATATAAATATAAACTTATAAT
ATTTATAAGAAMAAACAATTGTACTTTCACAACAGTATCCACAAATCTGC
AAGAACTCCTATGTGTTTTTTTTGTCACTTCTTGATTTTTTTYCTTTCTT
TTACCAATATTACTTTATCTATAAAATTATTTAGACGAAGAAAAATAATC
ATACTCATACATATATAAAACTACATATAATAGTTTTGATGTGCCACAAT
TTGCCCATTTCGGTGCTAGACTAAAATGATAATATATCAAAAAACAATAC
CAATGGGTTTGTGAATTATATGTTTTCAACTGAAAGTTTTCAATAGGGAA
AAATAGCAAGATATTCTTTGAAAATGATGACTCATATTCTCATAGTCTAG
AACATTCATCTAAGAACCAGTCAACACATATGGAATAAATACGTCTTTGT
CAATACATGACAAAAAAATGAAATTTTAGAAAAAAACAAGGTTTTAGTCC
TATTTTTAGAAAGTATATCTGATTACAATGTTGAATGTAATCAAAGTCCT
TACTTTAGATCAGAGATTTCTAAACAATTTTATGCCGTTGACTATTTGTC
AAATTTACTTTCTTTAGACCTCTTGTTGAATTTTCTTAAATGTTTTGCTA
GCTTGATAAACAGTGATTCACACTTTGGTAGTGTTCTATTTAAATTGGAC
AGACATAATAAAACAAGAAACAATTTTTTAACAACATTAAGATTAGATCG
AAACAAATGAAAATAGGAAGCTTATTACCTACATAAGATTAGATGAAAAT
AATGATTTAATCAGAAATGGCAAGGATGAGTTAGATACTCTGATTACAAT
TTATAAACATTTGACTTCAAATTAGTCAGGTTTGATCAAAGCTCTCCCCG
TTCAATCAAGTGTAGTCGATTTTTAATAAGATAAAAAACTGCACTACAAT
CCCTTTCCTCGATGCATGAAGATTGAGAAGCTATCAACCACTTTTTTGAA
AAACAGCTGATGAAGTAAAATAATATACATGACATTTTAATATTGAACGT
AGACCAAAAAATCATCATATTTGTCCATGAAAAGTCGGGAACTTGGAAAA
CTATTCCGTCCCATTTTGTGTTTCATCAAATCAATTTTACTAAGAAAAGC
TGAATAAAAAAAAAAGAAATATATATTTAAATAATTTTGTTAAACATTGT
AAATTCTTATATTTAAGTATGTAGAATTTTCATTAATTATTAAAGTTATG
AACTTTAATAATTTTCTTTTTTTAACTTGCCTAAATTTTTATATTGCTAA
CATAGACATTGACAGCTTTATATGGCACCCCTAGGAGTCAATATAGACTA
CTTTAGGAATCCGTGCTTGAGATATGTAGATATTAGAAAATGTAGTGCAT
TTGTAAAATGCTTTGATTTGTGTACTTACTTAAACTTAAACCTTACAAAA
CATAGCATTACCTTGAAAACTCTTTCTTTTACATAAAGGATGATCATCAT
GTATCAAAGAGGAAGTCATACACTTAAGCAACAATAATAAAAAAAGGAGG
ATTTGACCTTTGCTTAGATTCATATGGATATATATGTATTTATGATTTAA
TTCTTATTTTTTTAACGTTTTGGTTCTTAATTCTTTCTACCTATATAAGG
AAATAAATTGAGACAAATTGTATATATCTAATTTGATTTGATAATATAGT
TTTTCAATGCACTATTTGGTTGCAAAAATCAAAATATAAATATATATGTA
TTTCTATAAAGTCTTACTTACTATTGAAAGCAAGATCAAAAACCCCACAA
ATATTGTGATGTCATAAACCTTCTACTTTTTAGCCAGTTCATTTTTCAAT
ATAAATTATTGATTTCTAAGTATGAGTTTACTTAGAGAATTAATCGATGT
TGAATTAAGTTTAAATATAGATTTATGTGTTGGCGATTATCATTGCTTAA
TTCGGCTGACATATTATTCTATGATAGCCTTAGAAAAGTTGAAGGTTGAT
GGAAAGATAATCCCTTCTCTCTCAAACATACTAAGATATATTTATATACT
AATTATAATATTTCCGTGGAATATTAATTGGAAAGTTAAACATTCAACAA
TGCTGTTTGTTGTAGCTGTGTCTTCTTTTCATAATTTTTACCTCATTAAA
GATTAGGCCCTCCCATAATGGAAAATTTAATTAAATTATACACTGATGAT
CCGTCTACCCCACAACAACTAACACAGACAAAAAAAACTTTTTATATTAA
AATAATAATAAAAGACCCCATTTTGAGATGGTTGAGTGACGGGAGGGGCG
TGCTATTTAAGAGTATGGCCATGGATGTCCATAGTTCATTCGTGCATTAC
CATACTATGAGGTTTCTTCTTTCTTTTTTTACGGAATTTAATTATTCATT
TATGAAAATAAAAAAATATTAAAAAGTATTTACGTAATATTTCGCAATAC
ATTTTTATATACATAGGTAATCAGTATATGTACAAAAAATGGGCGTTCCT
CATGAATTGAACGACTTTAATTATTATTATTATTGCTTTTATCATTATGT
TTCTTGTTTAAAATTCATCACTGATATTTTTTTGTTTAATGTTTTATTTT
TTCAATTTTATTTTACAGGTATGTGACTTGAATAATACCTTTGTGCAGTG
CACATTGCCTACCTACCTATTCAACTATGTACGAGTTTATAAATACATGA
TTAGAATTATGATTGTGTGAGAAAAGTCAAGTAACGGATTTACTTAGTTT
TCCTATGTAAAGAAAGTGCTGATAATATAGACATTAATTATATGATATAC
GTCGTACATATACTTAAAAATGACCCCTAAATAGCTTTATGCATTAAGGC
ATCAAATGGACATGCTATCCTACCATTCTAACCCATTGATTTATGATTTT
ATAGAAGGTAGTAAAATGCGTCTTCTTTGTGTAAAATTTTTATAATATAT
TGAATTGACAGATCATTGGTTGATTACAACATTTCATATAAAATATATGC
GTTATCAAAATTTGTAGGGGACTGGAAATCTCGGAGGACCATTTTATATA
AATGACGTCATCATCAAAATATATTTTTCTCTTTCTATAAGGATAACAAA
TACTTTAATGAGATCTAAATTAAAAATAAGTACAAACTATTTTCGTGCAT
TATAGATACTTCAAGCGATACTAAACTAATTTTAATAGTAAATTGAGGTT
ATTAATACTAACAATTTTAGTGAAAAGGATACCTTGTAGAAAGCACTTTA
AAATAATATGCGTACAACATCCCACTAATTTTAAGAACTGATACAATCGT
ATACTAAACTCACATGAGGAAAAAAGTAGAAAAATCAGCTGATATATTCA
GGATTAAAAAACTGTTTATAACTTTTTTTTTGCTTTAGCATGGAAAATTA
ACTGGAAAATTCGAATTTATAGTTGCTTTTTATCTAGAAATAAATATTAT
AAAACAATACCGTCATTTGTAAAAAAAGATTTTAAAAGTTATGCCATCGA
CCAATATAAATGCCAAATCTATTTTGTATACAAGTTACACTTTTGTACAG
GTTGTAACATGTATAAGCAAATTGTACAAGTTACTACAAAAAAAATGATA
TTAATAATTTACAATAGACTTGTGGAGAGGATAATGTAAAAATTGAGTAC
GCTTTTGATAGTCATTATATTAATTATGTAATTTATAATTTTTTTAAATA
AAAATTATTAATTGAGAAGGATCATGTGGCAGATTATACAGTTTGGTAAT
TTTTGATCGCCTATTATGATTGCATTTGGAAGACATTTCTTTTAAAAAAA
AATACGCACAGTATAGCTTCTGTTTACAATTTCAAAATCCCTCCTTCTTT
AACTAACGTACATAGTTTGTAAATAGTCCCTAAGTCGTTATGAAATGTAT
AAGTTGTACAATCGGCTTATACAAATTGCATCTTGTACTCATGATATATA
TATATGTAGATGTACAAAGTGGGAACCCCAAACTGTCGAAGCAACAACAA
AAAAGGCTACGTGTGTGCGATATCCTCTGTGACACTGTCACAGAGGCTAA
AGAGACCTTTTGGCATTTCCCTCTGGAATGCCTATAAAATCAGGAAATCC
ATTAAGGATGGCAAGATGGCGGACCCTCCCTTACAGCCAAAAAGAACCAA
ATACTCCTGTACAACTGGCCTTTCCAGTTTGGTATGTTTCGCAGAAGAAT
GTCTGCCGTACCTCTTATCCAAATTTGGATTTGCTCCGATCTGTCATCAT
GAAAGCGTGGTTAACCATGAATATGKCCTCCATTGTCAGGAGCTACTAAT
CTGGTCGCTGAAGTGTTGGGGCTGTTATTGGGTGTGAAGGAGTACATATT
GAATGAAAATATAGTTTTTAAACATATTACAAATTGGTTTTGAGTATTCC
TTCCTTGACTCCATAATTATACCGTTTCTTGTAATTTAGTCATGCGTCTA
CAAGTTTTGGGTNCCCACTCTATATTTCTATATAACTTTGACTTTTTTTA
ATATCAAAGGACTTTTGGCAGATTATAAGGAGACTCCCTATTGTGTATGT
GTAGAGTGTAGACACATAATAATAGTTATATTATAATAAAATCGTGTAAG
GGTAATAAATTGAAGTAGCATTTATTTGCAGATTTTTGGCAAAGGGATTA
TTAGTAAATATAAACTATAAATATCCAGGTCATGAAGATGTAATAAAGCG
AAATATGATAATGCATATAATGTAGGTTTAGGTTTATGCATATACACATT
CAAGAAATTTGACCTCTTTACAACTATATAGGTAAGTATGTACCTACCAA
AGTTAATATTGCAATTTTTTTAGATTTATGGTTTAATGGTTGTAACTACA
TATAACCTGTGCAAGGAGTGGGAAGAGGGCAAATTAAATTAATTCCTTGA
AAAATAAGTATGTACGTAAAGGCTTCGTGGAACTTTTTTATACGAGTCAG
TTAAGAAGAGCCTAAATCATTGTTTTTTATATATTCCCTCTTGACAATAT
TTTGACACATTTATTTATTATTTAAAATAAAATGGTCTTGTGAGTAAAAA
TTTCTACTAGACTTACAAAATTGTGAAAAAAACAGCGAATTTTCTTTCCA
AAAAGCACTTCCAACCCTTCCGAAAATGTTAAAAAATCATGAAATTAAAT
AGTGGCATATTTCATTTTATGTACCTGGCTCGATTTAGTAATCCATTAAA
TGGGAATCACTTGCCCATTGNNNNNNTTTATTATATTCAATGGGATAATA
GTGCAATTCACCATTGGCCTAATTAGTTAATAGGGATGTGATAGTTCCAA
AATTTGACATCAGTTTTATCTTAACTACCCCAAAACGGGCACAAAAGTAA
TACACATTTCGGTCACTTAATCTGCCATAGATATCAGTTTCTCATCTTAT
AATCTATGTATAAATCTCGAATCTCCTAGTGGTATAAGCACCCACTATAT
ATATGATTTTTTTTAAATAAAATGTTATAAATATTTTTGAAAACTTATGT
CTACTCTATGGAACACAAAATATACAAAGCGGGGAAACAAAACTTACAAT
AGAATTTAATTAAGATTGTATCACTTTTATTTTTAATGACGAGGTTTSAA
TTCGCGACCAAACGATAGATGAAACCAAATAAACAAGTTTTGGTTTAATA
CAATGTCGAAATGTCGGAGCAACAAATAAAAAAATACAACGATTGTGCGA
TTTTCTCCGCACCAGTATAAATGACGAGAAGGCTGCATAGACCATTTACA
TCTCTTTTTGGACTTTGTTCAACACCAAGAAGTATATTACAGCTTTATAC
AGCCTAGAAAAACAAAAACTTCTGCAGAAATAAAATGGCTGACTTGTGGT
CTGTCTCAATGCGACCTTTTTCCAACCTTCAACTCAACCCCCTGAACTTT
GCAATTTAACCAAATATATAGTTAAACATATCAAAAATGGGTTTCCAGTT
GTCTTTCCTTGCTTCTATGAAAACATGTTTTTCGTAATTTAGTCACTCTA
CTGCAAGTTTTGGGTCCCCACTTTGTAAGTTAGTAATGCATTCAAATACA
ATATTTTTTATCTTGACTTTTATTTTAATATTAATTGCCTGAAATAATAG
ATATAAATCAAACAAAATTAGCTTTGGCAGTCATTTTGCAAAAGCCTTCA
TTTTTAAAAATGATTTTAAACTTACTAGGTAACTTATAATTAATTCTAAC
TTTTTGTTTAAAGAGAAAATCTGTTATTATCAACGATTATGGTATTTATC
AACAATAAAATGAAAATTGATAAATACCATAAACATAAAACAAAAATTAC
CTTTACCTTTAAAATGCTGTTAAGGCTTTTGGTTTTTCCATAGCTCGCGA
TTTGGAATGATCAAGTTGGTTCTGAACACAATTCCTTTTGATTTAAGCAT
TGTCAGTATAATAAAAGTACTTGAGTGAGGTCCCCACTACTATTTTGGAC
GTTAAGAGTAATCTAGATTCTCCTCAGTATTTGACAAAGTAGAGAGTGTT
TTTGTGGACTCCTATCCCGCAAGCAATTTTCTTCTTTTTGTCACCGGACA
AAATCCAGCTTTGTCGTATCAGAACGCATAGAAATTCTATGATATATTTG
GCTTTAAGAAGGATAGAAAAAAACAACTGAACATGAATTTTGAGTTTACT
AAGGCAGTTGCCAAACGGATTTATTAAAATGGATCAGAAATAGATCGAAA
AGGTTGGTAGAAAATTTCATTGAAAGAATTGCCTAACTCATTTGGTACAG
TAAGTGGGAAAAACCATTAAATATTGTATGTAAAAAATACTCAAAAACAT
GACATGCACTAGAAAAAATTAATTTTTTACTTGTAATCATTGTATCAAAT
CCTGTAAAACTAACTCAGGTATTAATTTTTAGATGACTTGTATTATCAAC
AAATATAGAAAGTAATTGTATAATCATTTGACTTCAGGTTTTTTTATATT
CTTGCTGAAGTTGCGTTGAAAAGTTATTATCTCTAATGACATCTTATCAT
GTATTGTTGACCTATTGCCACGTATAAATTACAGAAAAATATTTTCCTTG
TTGGTCAGTAATGTAAAAAGCCATTTGATTCCTATAATCATATCTTTAAA
TACGTATTCGAATATATATTTTAAATATTTGAATTTAAGAGGAAGGAGTG
TATGAAGACCCATTTGCTACCATACTTTCTGAGACATGCGCTAAAAAAAT
GGAGACCCTGAAGTAAGAGTAATGGAATTAAGATACCTAGGTTTTAATGG
GTTAACAAGACACTTATGATGATAACTGAATCACGAAACTCTCATTATAT
GATTGGAGAATCTTTAAGACATTTTTTTAAACTTTCATGCATACACATTT
ATCGACTCATTGTGCATTATTATTTTTGTTTTTTGTATGCATGAAATTCA
CAAAAATTTTCAATGCATTCCAATGTAAAAATAAAATATATTTATAAATA
TTAATTATGAGACGGTCTTACCCAGTTTTGGGGATTTTGAGTGTGTGTGT
GTTTTTTTACCACTTCTGGGCTCATGCAAGGTGTTCTACCTATGTCTGTA
ATTAACATACCATGGATAAAATACTTATTTTATCATTGAAATTATTGAAG
ATTTAGCCCGGTTCTAAATAAATTCCATCTCTCCAGTACTCATTTAAAAA
TTTACACACACACAAAATGTCTAAAAGGAACATTGCAAATTGACTCATTA
AAACAACAATTAAAGTGTGTTGCAGATTTTATGTTCAAGCACAAACACTT
ATTACATCTTATTTGTTCGTTGAATGAGTCATACCAAAATAAGTATAAAG
AATATTCTTTTATTGGCAATAAAAGGCCTCAAGTGCTCTTCTCAAAAGAA
TATCCAAAACATGATTGCCTCCTTGTTGAAGAATGTATACTTTGATAATA
TGTAATAATAAAAACAATTCAATTTATTACGAATGGATCACGACATCCAG
AAATAACATGACGTATAAAAGATGAATATGCTTTGAGAGAAAAACATAAT
ATATTTATATAGGTATTATATCTATAATTATTTCAAGAGGAATACTAACC
CACCTTCCTTTTCTCCTCCATAACAACATAATATTATCAATATTAAAATC
CATTTTCCCAAAGATTCGAATCAATTAAAAAAACACATAATTTGCGATCA
TTTCAGTGATAACTAACTCGTGATTGAAAAGTAAGCAATGAAGAGATAGT
TGAAACCATTTAGTCGCCGCAAGGGACTTTGAATTGAGGATTATTTTATG
GAGTGGTGTAATCAAAATAATTTTTTGCTTATATGCAAATTATAATCGCA
GGCGTTTAAAGGTTACAAAATCTTTTTTGAAAATGCATATACTGCATACG
TGCATAAAAAAATTATCACGTTTTAATAGTCAAATATCAATAAAAATTTG
TGAACAAGAAATATCTATTAAAAAATTGATAAATATTCATTATTTCAATT
AACTGATTTGTGTTAATGGTAGGKATACAGAGTGGCACATTAAAATTTGA
ACACTTAGAATTTGTAGTTTCAACAAGATATAGATTATCTATTAACAATA
GATTATCAACAAATTTAATAACATAAATAGATGTGTGTTTGAGCTTTCTT
AATCATTAATCTAGCCACCTTTTGTGAAAATGGTGGCTTCCAGGCAGCGG
KGTGGAAGGCCTGGCACGAGCTACAGATGTAGTTCAGAGKCATGGCGKCT
AAGAACTGGGGGACGACAGTGGCTTTAGAGATACTCCATGTTTGGACCAA
AGACACTGCAGTTCTGTCCCGTAACATGGATCCAAAGAGGTGTAGTCGAA
GGGATTGCAGTAGAGCTGTAGAGGGACCAAAAGTGTCAAAAAAGAGTTGA
AAAGACTCATTCAAAGGAGTTTTGCAACGGAGGAGAAAGATTTATTTTAT
TGCTGGCGTCAAAAGCGATATACCCACCCTCAAAAGGTTCTTTCTACCCC
CCTTTTTTGATAGCTCTCTGGACATTCTGTTGTGAAACCTCGAAATCTCT
TGCATGGTCCCTTATGGACTAGAGAAAATTTGCCTGCGATGTTTTCTTTA
ACTTCTCTGGATCCAGTTTGGCTTTTTGACTGAGCCTGTTTTCTTTTCTA
ACGTTTCGGACTTGCTGACGGCATAGACGATGGKCCTGGAGACCCCAACT
GCTTGGAGTGTAGAAATGGAAATTCCTCCATCATTTGTGATTTTCTCGAC
TTGTACATATGCTAAAGAGTTCAGCTTTTTTTTTTTTTGTAATTTATTGC
TTATGCTTTAATATATCGAAATATGAATTAATTTCAATCACTCAACCTTT
ATTAATTATTGAATAACTAAGTGTTCATATTTCAATGGACCACCCGGTAT
ATATACATGAGGCTATCCCAAAGACCGAGGTGACTCAAATATTATAGTGT
TTCCCATAGATAGGTCTATCATTTCCAAGATGATAAATATATATTGAAAA
ACGTTGAGTGTTTATTTGTCTTTAAGATGAGTATCAGTGAGGATTGTGAA
GGAAATGAGTTATTATTATCTTTATTTATCATTTTAAATGTCATTTGGTC
ACACACACGTTATTTACTCATAATAATTATTTTTTGAATAGGTTGTTAAG
ATAAATGTTAATTATCGTCATTTAGGAAGAATTTTATGGTAAGGGAAGCT
ATAAGTAGCCTAGGTGGTACATTTACTGGCTGATTTCCTGACAACAGCCT
CTTKACATTTCAAATTATTTATGTTTTTTTTTTGGGGGGGGGGGGCGTAT
GAGCGAGCAAAAAAACAAAACATAAATATCCCAAAATCCAACCTTTATTT
CATTTCAAACATTTCAGAAAATTAAAAAGATTTTCAAGGTCAAGGTCCTT
CAAATTTTTCAAGGCTAGAATCCCAATAAAGACACCTAAAAAACCACTCT
CTCTTTCTCTGGCGGTTAGTAATAATTAATTAATATCCATCACCTATGAC
CTCTATTAAGTACCCGTCTAATTTATGATTTTTGCAAAAAAAAATATTCG
TGGATATAATGTAAGGGTTCCATATAGAGTGAATTTTACTTAGACGGGTT
TTGCATTTTGTAAACAGATCCAGACAAACATTTGGAGATGGCAAAGTATG
TATTTTTAATTTAATTTAAAATTTGTTTTATTTAATAGATTTCCTTGTGT
CTGGCGAATTAATTCCATTTAGGGAATGAATAATTCAAATGCAAAAAAAA
TATATATATATATTTTTTGATTTAAATGCCTTTTTAGCCATAATTTTACA
ACAAAGAGAGAAATGATTTATATATGAACGGTGCTAGCAATTCACTTGAA
ACTATTACAACAACAMCAGCCATAGCACCACTGCGATACCACCAACAATT
AGTGTTACATAAATCAAGTTATTATTATCAGTCAAATTAGTGGACTTAAA
TACTTACTTGGGTTTACTTATATAAGTATGTACATATGATCATGTTTGTT
AATACATTTTATGCATACTTATATACATATTAGTCATAGGCTGTATCCCC
TTGACTACTTTATTTACAATACCTATGTACATAAAAATAAAGGGTCAATC
AAGGGCGCTGCATTCAATCATATTTAATCTTCATTTTTTGCAAACTTTTT
TTTATAATAAAATACTGATATGTATATAGGTATATATATATACATATGTA
TTTAGATCTAGAGGCAAAAATGCAATTTGTCATCATGCGTACTGTGTATG
CAAAAAGTACCGGCCGAAATATTGGCAAGTGTAGTATATGTATAGANTCT
AATTTTATATTTACCCATAATGCCTATTWATWCACAATTAACAGTATTTG
ATATTTAATTTTTAATTCTGGTTATTGTTACATTACACGATAATGTGAGT
AGCCCAAACTTGGAATAACATGGCTGAGTTACGAAAAACATGATTTTTAG
GGAATCCTGAAAAGACAACTAAAAACAAATTTTTGATATACATAAATACT
ATATTTAGCTATATGTTTAATGAATATGTCCTTTTTTTCAAGCAATAACA
GTCTCGACACGGCGTCGACCAGATTAGCAGCTCTTGACGATAAATGCCTT
GTCCATGGCGTACTGCGCTGTCATGATGGGRGCTCGGAGTAAATACTAAT
TTGAATGAGAAGTACGGCAGACATTCTTCTCTAAGACCCCTCAAACTGCA
AAGTTCAGGACTGAAGGAGGTCCACATGGAGGCAGTTCAGAAGTCAGCCA
TATTCTTACTGCAGAAGTTATCATATATTCTTGCCCGTATGGGGCTGTAA
TTGACTTCTTGATGTTCTTGGTAGTCTGAATGGAGATGCCAACGATCACC
TTTTTTGTTTCTACTCCAATATTTATATATTTTAGGACATGGGATAAAAC
CAAATCTTATTTATATTGGTTTCAGCGGTCGTTTGGTTTTGTAATGAAAC
CTTTTATTTAAAAATAACAGTAATATAATCATAATTAAGTGCTACTCCAC
GTTTTGGATCCTACTTGTGTATATGCAGATAAAAAGTATACATTAATTGT
ATTGTATTATTATTGAAAAATGATTTAGTTTCATGATATGAAAAAATGAC
AAATTTTAAAGCAAAGGCAATATTAAAAAATCGTGAATACTTGGATTTTT
TAAGTGTGGGAGGATAAAATAGTACAAGTTTCAACTAGGATACAATAAAT
TGTAGACAAATTTTATAGTATTGATTCATAACAGTCTGAAAAAGGCACAT
ATTTTCACATCTATAATTCGTAGACAATTATTTAAACAATAATTAATTGA
TGAAATAGTTACACAACCTATTCTTAGCAAATATAATCATTCAAAGGTTA
AGATTCTCACACTATGTGTGCAATACAAAATAATAATAAATATATGTATG
TACATAGATGATTGAGGCTGACTGTTTTATTATTAGTATTTTATTTTATT
ATATTTTTTGTCTTCTCTCCTCTCCTTTAGTGAATGGCAGTAGACATTTC
TATAATTGAGATTTTTTAAGGTGTGACGCGAATAATGGAAGATATAAAAT
TAATTATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAATAATTTATTAATATTCA
NNNNNNNNNTGTTTTTATGTTGACTCGTATNACTCCCAATTTACGGAATT
TTACTAGAAATTCATCTTTTAATCATCAAATATATTATTATATTTTTTGT
CTTCTCTCCTCTCCTTTAGTGAATGGCAGTAGACATTTCTATAATTGAGA
TTTTTAAGGTGTGACGCGAATAATGGAAGATATATTATAGATATATACTC
TTGTGTACTTGTATTGTTTATGATCATTGCTTAGGTAACAAGGGGAAATA
TGGGTACAATGTTTTACAATTATATACGTAAGACATTGACTATTCAATAT
TCATACTTCTCATCAGCTGTCTTATAATACCTGACATAATATTATACTTA
TTTATTTATTAACATGTCCATTGAGACACACAAATATCGTCTTAATATGT
ACTTTGAGCGACTTCCCTTGTTTAATAARTTKTATAGCATASWTTATAGA
ATATAATGAATAATTAACCTAATAATGAAGTATCATTTAGTATAGTTGTT
GTTGGATGAACGGTCCGAGTAGACTCATCCCGATTTGCCACCAAAATAAG
CTAAAGTAATCATACTTGTTGGTGGTAGAATGGACAGAGTATGACTCCTT
TATTCCACGTACACTAGAAGTACAGCTAATCTCGCTTTCCGGGAACAAGA
ATAATCCCCGTTGTACGCGGACTTTTTAGGTACTAAAACCCAAAAATGGG
AGAAATTATTTTTTAAAGTCCACTTTTTATTATTTTTTATAAATGCTCCT
TTAATTGGTTAGATGGAGCTGAATGATTAATTGTAAGAAAAAAATATATT
TTTANNNTTTAGTCCATCTAATCTATGAATCTTGAGAGAAGTCCATATAA
ATGAAGTATATTTCTTTTTCTTGGAATGACCAAGGTGCGAACCTACGAAC
ATTAAGTTCAAGAGAACAAACTCATCAGTAACTACAAAAGTTTTTGTTTA
CCTTAATCAGAGTGTAAAATAGTGTTAAAAAATTATCATAGCTCGATAAT
AAATGAGCTCGTCAATGACTCTAAATGAACTTTTGACATGATATGATATC
ATTGAGATTTTTTACAACTAATTTTTTTGAAGGATATCACGAGATCATTT
AATAAGTTATATTTACTTTAATGTATCTATTATGGAAAAATCTTGGAATA
TGAATGATTTGATAGGTAGGACACGTAAATCATTTATTTCCTTTTCCCAT
GATTTAGTGACATTATTTTACAGATAACATATATTCATTTTAACGTAATT
TTACAGAATAAATAACATGGGAATTGTATTTTACCAGCTGAATGAATTTG
ACTATATATAGGTATATATCTATTAATCGTAGTGATGTGAAGGTATAGAT
ATGAGTCAACATTTTTAACTATCTACTAGGTAATAACAAGTTATTTTTTT
ATAGAGTCCACAGAACCTTTCTTCCTGCTGGAAGGATTTTTTAATCGTTC
TTTTTCATGATACATCTCTTTTTATAAGGGAGCGGGTTGTTGGGTGGTCT
TTTTGGGGGATGACCACATATAAGAGGGGAATATAAAATAGGAATTTTCT
CATTTCCTTGTAATTTGAGTTACTTTTATTTTTTTGTGAGATAAATGTGG
AAAAATATGGTTTTTTGAAAGTAACATAAACAAATGTACCTTAACAAACC
AATATTCTACATAAGATGTAAATTTTTGTATACATTGGTATATTGATCTA
GAACAATTGCCTTTTGTAAAATGTTATATCGATATGTGTGGTAATGGTGA
TTGAGCAATATGGTTTCGAGGACGCACGGTGTATGACGCATAGTGGAGAG
TTCAAGAAATACTTTATTTTAAAGAATTATATATGTATATTCAATGATGA
AGTGTAATTTAGATATTTATATTGTGTATGCATTGAATGTATGACAATGG
TTGTCTACATATTTGACACAAATGTAGGGAGAGAAATAGCGAATAATGTG
TATTATTATTATTCAGACATTACTTGATGTTCGAACAATGTAAACACATT
TTCATTGTACATATATAAGCATCATTGACAAATAGATTTGCCATGTATAA
AAACCTACACACAATGTTATTACAGAGTAGTTTTGTCACGATATTTAATA
TCTTCATAAACGTCTATGATACCCAAATTATCATTGGTGTTTAGGTATTT
AGCAATACTTTTTTTTTGTGTATAGGTTGGTTACTAAGCCAAAAAATTAA
TTACTTTTATGCTAAGAAAATACAATTGTCCTTTTTGTGTTTATTAAAAA
GGACAGTTTTGTTTCTTGAAGGGGGGAAAGGGGATCCGAAATTTGGGACT
TTAGTCATTAGTGGCTCAATATTTAATACTGACACTTAGCTAGTACTCAT
TCAAATAACAATTTAGTACAGCGTTTTGATTGTGTCAGTCCCCATATACT
ACTATGAGTATCCCACTGATATGTAAAGTAACACTAATACAGAATGGCTT
ACAATTCATGCTATTTTTAATTAAGTCTAACTAATTAATGCATATATATG
AAGTTCATTGGGAAACGAATTGGCTGMCTTGGATACATGCATTATTTCTT
CCTTTCCCAATCCAAGAATTTGGACCCACACACATATGTTGTAGCCATTT
TGAGTTAATTCTAGTATGTGGTTCGTGTTCCRCCCCCCCCCCCCTTGTAC
AGCAATTAAGTATATCCCTATTTTTAGTACTTGTTGAAAAATKCCCTCAT
TTTAAAAATCCTGCCGATCTAAAAGGAGGCCGAGAGGGGGAAGTATCACT
AAGTACTCTTTAAATGTAATTAAATTTTAGGAGAAGTGGCCCACATATAT
GAAACATCTGGCACTTGATTCAAAAGAGACACTGCCTTGGTATATAAAAA
TGTAAAGGAGGCTATTGGGAATGACAATTTTTCCAATCAAAAAGTACTAA
ATCATCCCTTAAAAACATTTCTCTATATAATTCACGTATATTATGAAGTA
TAGATACATTTGCTATTTATCTGTCAAATTATGAGTATTTATTATTTTAG
GAAAAAGGCAGAAATCAGTCAACAAAATACAGAGTCCCGTGACTATGAAG
AAGTGTTGGAGAGAGAAAGAGTGGTTCCACCTCTTTTCTCACGTAATGCT
TTTGTCATATTTCTAATATTTTGCAATAAAAATGGTGAAAAAGTCAAAAT
TTGTCATCTTTTTTTATTTGAACAAATTTTTCTTGAAAAAAATAATAATT
AACAAAAAGTCACCTTATAAATTTATAAAATATATATATATAGGTAATTT
TTGTGCTCTTGCAAAGAACAAACTTAGTGTGCACGTAGATATAATTGAAA
AAATATAATATTTGCTTCCCCCTGTACACATACAATACGAGACACTGTCT
TTATCCAATGCAATCAAATAAACTTGGAGCCTACCTGCCTGGAAATTGGG
GTTATGACATTTGATGGTTATTATTTTTATTATTTTATTGTTGTTGTAGA
TCTTACACAATATAAATAATGAGTCATCATCTATCAATTTGGTAAAAGGT
TAAGAACATGATACTCATTAAATGAAAGGAATAGATCAAATCCCTTTATC
AGTTCCTACAAATAACGAGGGGTTCAGGTCTAAATAGATAGATATATTTT
TACATCTAGTAGTCTGGTCACGGTATTATTATTTTCATACCAGTTAGGAT
AACAAAATTAGAATTGGAGGAGTTATGACATTGGTAGGGCAATGGATCTG
CAAGTACTGGTTCCGGTATCAGTTTAGTCCAATAATGTTTGAAATGCGTT
ATACCCTGGTGCCATTTTATCGCCGGTATACCGAACAGCACTAATACCTG
GTATCAATCCAATACTTGCCTTGTTGGATATTGCGATTATTTGTTAATAT
ATCTTAAATGTCCGGGACTTTAAAATAATAAAAGTAATAACCTTAGTGCA
ACTTTTTGGTTGAGGATACTTTTTCCTTCCCTTATTTATCGTGAGGGTTT
GTTTATTTGAGTTGGACACTTTATACATCTTGTTTGAATTTTGCATTTTT
GTATAATTATTAATTGATATTGGCACAGTAAAGCGAAATAAACAAGATAG
TTCTATTGGATGACTTATAATAGTCCAACAGAGTCACCATATTCTAACAT
CTAAAAAAAAGAACACGTTTGACATGTGAAAAGTTTCGAAAATTTAAGAA
TGAAGTATTATTAAATTTATTTTGATTTTTTGAAATATATTTTTAGAACT
TATTTTTTATTAACATTTTTTTTAAATTATATTTTTTTGCATTTGATACT
CAAAAACCACGTAATACCACTTGATAAAAATTGTTTCTGGACACTCCAAA
CAAAATATAAAAAGAGAGCGAGTAGATCCCATTTTATAGCCAAACAAATA
GGTTTAAAATTAAAATTTGGAAAACCATGCCTCAACTCGGAATGTTCTGC
CATATTTATACCTGACATGCATGATGAAATTTACTAAGAATATTTTTACG
TTTAAAATTTAAGAATATTTTTACGTTTAAAATTTAAGAATAWTTTTACG
TTAAAATTTAAGAATANTTTTACGTTTAAAATTTAAGAATAWTTTTACGT
TTAAAATTTAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNTAATAATTTTACGTTTAAAATTTAAGAATATTTTTACGTTTAAAAT
TTAAGAATATTTTTACGTTTAAAATTTAAGAATATTTTTACGTTTAAAAT
TTAAGAAATTTTGTGACCACAAATGTTATTGTTTTTTGAAGGAAATTGAC
ACACTTATTGATTGAAGTACATAGAACATATCTTATAAATTTGTATTGAT
TGTTTTTTAATTTCCTTATCGATGTAATTTCCTCCCATAAACAAACAATA
TTTGTGGTCATAAAACCTCTTCATATTTTTAAAGGAAATTTATTGAAGTT
TTAAGTTCTAGGTAATATATAATTCATACTCAATAGTGTTGCAGTCAAGA
CAATCTTACACAAGAATAAGATAATACCAAGTCTTAGGAATGCTGACACA
ATAACATTAAAGGATTGGGACGAGAGAAAAAATAAGGCCTGAAGGGATTG
AGACAAATATATTTTTTTGGTTCTTAATTATGACAACGTGTCCAAGACTT
TAAAAGTTATAAAACCAAAAACTTCAAATAATAGACCAAAATAAATGTAG
AAGACTAAAGCACTAAAATTAGTATATAAAATTGTTGTACTATAATAAAA
TCAGGTTACAAAAGTTTTGATAAAGAAAGAAGATCAATAATGTATGTTTC
ATTTTATAAAACATGGACAATATTTTCTAATTAAAGACTTTTTCTTTAAA
AAGTAGTATCAAATTGAACGTATTAAATAATTTTAGCTATATATATAATG
ACAAGATTTTTACGCACCCATGCAATTGCACCTTAATTCAGTTTATTTAT
TTTTCATTTTTCGGAAAATTAAATGTTTCAAATTTTTTTCCAAAAACCAA
GCTTCCCCCCCTAAAAAAAAATTATATAATCCTTTGGACGTCCCTGTATA
GCCTTAAGAAATGAATACACATATGTAGACCTGATTGTATGTACGTGGAT
AGAATTGATTGAGAGTAATAAAGTTCGTAATTTATGTAAGTAGTGGAGTC
TAATCATGCAAAGGCCATCATCATGCACCTGACCAGAGTTATTTTTCTCT
TCTAAATATTAAATATACAAGTAGAGAATACTCTCACTAACTATTACTTG
ATTTAGAGAAGAACATGTACGCCTTGTACAAAATATTTATTTTAGTTTAT
TTCATTCTCTGACTAGTTTTGACGGTTTTTAATTTACAATGAGTATGTAT
ATTTTTTTAACATTAAGGTTGACCTTATGGACGTCGTTGTGAGCATTATG
TCTTTATAGGAACTGATTTCATGGCCATATAAAATATATTTCTATTGTTA
TATTTTCATCTTTGTCAAAAAGTTGACAACCATTTTTTTTAAATGCAAAA
AACTACTGACCTTTTGTAGTACCCATTGGTTTTTAATTATAGACTGCAGA
AAAATGTATGAGGAAATGGCTTTATATAAGAAAATATTTTTTTTAACGCA
TTGTATGGACTACAAATTACCCAAATCTAATCCTTGCAATAAAAGAATAT
TAAATTGATATATTTTATTTTTTGAAAGGCCAATATAATTCTCATAAATC
AAGTAGAAGTTATTATTCTTGAGTATCTCAACTCAACCCACAAATTTGAT
TACAAAGTCTAAATAAAGTTGGCCCAAATATAAGGTAAAAAAAATAATCG
GAATTTTCAACTTTTCTTGATTTTTGTTTAAGATTATTTTTATGTGTATG
AACTAAATATGTAATTGTCTACAAGTTGAAACTTGTACAAACAGATTTTA
AAAGTACCCATTTGTACGACTTATGATCTTTCTTTAATTACATTAGTTAT
TTTAGTTAGGAAGTATTGTTTGATGCTCTCATTTCAGTTGGATCTAATAA
AATAACTTATTTATTATAAATAAAATGGAGAAAGGGAATTACGTGGATTA
TGGGAATTTTATGATAAAATTGAAAGGTTTTAAAGAATTATTTTTTAATT
GTTCCAAAATGTACGTTTTCCAATCATTTAATATACATTATTAAATATAA
ATTTAACACCATGAAGATTCAGCAACACCGGAGAGGAAGGAATAGGACTC
AACACAACCCAAAAAGTGAATGAAACCAATACACATTCCAAACGAGATCA
TCCTCTTCCCACACAGCCAAATATCTACTATTTTTAGGCCCTCAAAAAAT
CCCTACCTAAAACCATATTATTATTATTTGTGGGGGCATATTGAGTCCAA
TGATTACTTTAAGCCTCACAACAATGTAAACTCTCTAATTCCCAGAATTA
AAAAAGTTACAGACAACTTGAACAGGGATGAGGTAGCGTCAGCTTGTAAA
AGGTTCAGGAACAAGATGTATCAAATACATCAAGAGGAAGGGTGATTACA
TTTAATAAAAAAATTTGTTCCTGTCTTTACTTTAGAGTTAGTAAATAAAT
AAAAATATGTTATAAAATCCAACCCCTATTTTTATAATCTTATTGAATTG
TGGAAAAGTTTCAATTTATCGCAACGACTCCGTAGGTATGATAATACTGA
TGGCAATTTAATTATATAATGTGGCAATAAAATGCTTATTAATAAGTATT
TCACATTCAAAAAGTCAAACTTTACATTATTAATATATTATAAAATCATG
ATGATATATGTTTGCAGTATTAATGTACAAGTCTTACTTTAAATTATTAA
TTTAAATTTTGTTAGATACATCCGCTACAATCTGCTGTACACGTTACAAC
TTCTGCAACATTCTAACTGGTACATAACAGACGTACACAATAAGGTCATT
AGTCTTTTAACATCGACTCTGAAGTCACAATTTCGGTGTCATCCTCCCTT
TCTCAAACACAGATCTTGTTCGTTATTTTAACTACAAATATATTGAAGGA
ATAAAGACTCAAACATTGAGATCTTTGTAGTGAAATATTAGCAAACCTTG
ATGGTCCTTGCTATTTAAACATTTGAACCTGCCCAATTCTCCATTTCTTT
TGCATTACATCACTACTCATTTCACTTCAAATTTGAATTGGAAGTTTTTT
ATGAACTTTTCAAGGATTTATTTTTCATGATTGGGCCCTTTCACTTAATT
TTAAAACTCTGCATGACTTAAGTTACACAAGAAATTTCATTCCATTAGGA
AGATGATGCATTGGTTGATTTTCTTTAATATATGCATGAATATACCTGGT
ACAATTTACAATGTACCCGTAGATGTATGGACAAAAATTGCAAAACTTCG
TTCGACACTGCTGTGCTACGCAACAAAATAACTTTGATTTGCTTTTATTT
CCTTTGTTAGCTGAGTTACTCAATTATAATTAAAATTGTTTGTTTCTTTA
TTTTTTTAATAATTCTTCCTCGTTTTTTGTTTTGTTTTTAAGGAATAAAC
CTTTTTCATGACTTCATATTAAGGAACTAATTAAGAAATCTTTGGCTTAA
AAATGAAAAAATATTTTTTTCTTTAAAAAATAAGCTTTTAATTAGACTTT
AGAGAGAAGTTTCGGTAGATTTTTTTATGACTCAAAAGGGAATGAACTTA
CCCTATTAAACAAATCTTACATATGGTAGAATAATTGATGTCATTACTGT
AAATACAGTGGGCATTAGTTTCTCGTACTCACCCAAACCAATGCATGGCT
CCTCCAACTGAAATATAAATGCAATAGACTTTTATATTTTATTAAAACTT
CAGCATTTTGACTACATTTTCAAATATTGTGCTTAACAATCATGTTTTTA
AATTTACTTTTCAGACCTGCCCCACTCAGGAGTGTAGTAATGACATGAAT
GTTAAATAAATGGTCTTTAAAAAAAATCAGATTAAGAACATATTTAATAA
ATAAGTCATTATTTTTTTAACAAAATATATTTCATATGAAACTAGTTAAG
CCGCAAAGAAGAATTCTAATCAGACCCCTAGTCTTCCTTAAATTTGAATG
CCCATCCTTGCATATATGTCTGGTTATGGGACTAATTGAGCCTCTCAACT
AATGGATTTCATTTTGTACCTCTTGCTTCTATTACAATTTTTTTTAAAGA
TAATCTTGCATAAATTTAAAACATTCCACAAAAAGTATAAATGTTCTAAA
AAGGTATATAAATATACACTTTAGTAGACATATCATAGGCTATAAACTAA
GTATATTTTCTTCACATACATTATAGTAATCCAAGGGTTCATCCTTTAAA
ATAATGACTTAAWAACRCCCCCCCCCCCCTTTGTGTGAGTGTTTTGCCTG
CTTCATTCCATCACCCCATTTTCACACCACATGAAGTTTATAAACGGAAA
ATGTATTACATAGTATTTACTTTTACCCTACAAGTCAAGTACACACATTA
ATATGACTTAATTTTTCTTTAAAAATAACGTCTTATAAGAATTCATATAT
ATATATAATAATTCTCTATTAAAAGTGGTATCAAAAAACATTGTACAAGC
CCCTCCTTTGAAGACAACCCCTAAGATTTTGTAACAATTTCTTAAAACTA
TGATGAATATCATTCGATTCTAATGTTTGGGAATGCTTAGTGTGAAATAC
TAAATAGATAGACTACATATCTATGTATTTATTCAATATATCTATAAAGT
ATTTCAGTTCGTAATTAATTGGGTTAATTAAAACTTATCCTGTTACAATT
TTCATTTTACGTTTATATTTATTAATAAAATATTTTTGTAGATAAAATAT
CATGACGTGCATTGATAAATGTTCCTTTTTAACAATGGCTACTAAAAAAA
ATTATAATTAATTAATTAATTCTTAATATGAGCATAAGCATCACAATAAA
TATATCAATGCTCATCGCTAGCATATAGCTAGATAAAGTAGTATATTGAT
ATCTATGGACTAATCTAAAAAAATAACTAAAAGGAGAAAAGAGTTGATTG
GTTTATATAAATAGCTTTATTATTATTTTCGAAAGTGCATAATATGGAGA
CTGAATAAGTCACATTGCGGATGTTTTTCCTTTTTCTTTATATAATGCTT
TATTTATGAGAAAAAACTAATTCAATTCCTTTTGAGTTGAGATGCTTAAA
ATTACTATTACTACATAATACATATAGGTATAAAGGCGATAGTACTTAGG
TACTCTTTCTTTGTGCTCTCTGGTTTCATTTTTCAATGTCAGTTTATGAG
TAAGTTCTTTTTCTTCTTATTATTTTAAAAGAGGAAGAAAAATGAAGCTT
CAAAAAACATTTAGTAGATTACTATGCATAAGTTTGATGCATACTGCCTT
GATTTAAATATTCCTCATTATATCAGTTAAATATGCATTGGATCCTCCTT
GTCTCTAATTATTTAATTGATTAGTCAGTTGTTATGAAGTAAAAGAGAAG
GGCATGTGTCTAGATGCTAGTTACCATACCATTGAAACACTCCTTTCAAA
AAACCATCCCTTATTTTTTTTCACTGTCCTCAAAAAGGGAATAATTATAT
TTGTGAAAAATAATTTGCGTATTATTTTCAAAAATTAATTAACTAGTGCA
CAAAATCTATTGTAAAAGTAAAATTTTAAGGGGAATATCTGGGACCGTTG
AATCACTTTTTGCTCAATGGTTTAAGATGTTATGTATATCTTTTTATATA
TCAAATTTAAACTTTTCGATAATAAATTTATGCTAATTAAAATATGAATA
CGAAATGTACTCCTTTCATTCTAACCGTCCCTGAAAAATACGCCCTGAAA
CACATAATATACTTTTGGTAAGTTCACACAAAAAAAAATTTCAACAAAAT
TAAGAAAAGAAAAAATGCTCAATATATTTTTTAACATATTTGAATATACA
ATCCAATATTTAATAGACCCATTTTGGTCAATTATAGGTTTTGTATTCCA
ATTTCTAAGATGAGTTGAGATATTCAAGAACATTAATTATAGCTTAGAAC
TTTTATTTGATTTATATGACTTATTTTGGTCCTAATATGGCTTTTCATAT
CTAATCTAATAATTTATAATTTTTCATTAATGCCAATTTAAACATTTTGG
TGTTTTCAAATTATTATGACTAATTCTTTGGATATGATTTTAGAAGTTGA
CGATATTTTTCTTGAAGTATACAAATGTCCTTCATTCCATTTTTGAGAAA
AAATATTCTAGGTTGATTTTGTGTTGACGGGCCACATGTGTGATATATTT
CAATCTYAATATNTTCATATTATWAAATAATTCACTKAAGCCGTAATTTC
ATCTCTGATGAATGAAGATTATAATTATTTGTAATTGAACATCTCACATG
TTTTTAAATTGATTTTTTTTTATAATTTAGTTAACCAACTTGTTTTCTTT
TTTTTTACTTTTTCTGATTTAGATGTTCGAATTGGAGATAAAAAAAAATT
TTTATATCCATAATATAATCGAATGATTATATTTTTATTGTACAAAGGAG
AGATTGTTGTCCTTTCTGTACTGACCTCGATAAAATCCCATAAATTTACT
AAAAGATATAGTTTTTCTTAAATGTCAATGACTGACTTAACTGCAACAAA
ATTTCTAACCAAAGTAATAATAGATTGAAACATAATAATAAAAATCGTTG
ATAAAGATTTTTCAAAAAAATATTCATGAAAAAAAATACAAAAAAAAACA
AAAAACTGTGTCATACTTCAAAAAACAATATCTCAACAAAAATCTATTTG
ATATTTTTACACTAGAATGGAAAACCAATTAGGCATATTCATTTTCTGGT
TCTATAACTCCACCTAGTCTATGATTTGACATGTTAAAGCCGTACCTTGA
ATCAACTGTACCCGTCTCTTCACCTAATACTATGATTCAAACTTTCACCA
AACAAAACCTACTACCTAACTTGAGTCATCACTGTGTTAGTATCATGCTA
AGCATGAAAATAAATAACTATAAACCAGAAGAAAAAAAGATGAAACATTC
ATCCAATCATTCCACACAAAACATTTTTTATGGCCCTTTGGGAATAAAAA
TGATAAATTACAGGGTCTTATTGAGATATCATCTCCGTTTTGTTTGTCTT
AGATTTTTTTAAAGGTATGCATAAATAATAATATAATCATCGTATGAACA
AAATAAAAATTCTAATAATAAGGCCATAGAATGCTTAGAACGAAGTTTGT
GATTACATATGTAGACTAAGGATTTTGATTTCAGACGGGTTTTTTGTATC
CTGGTAGTTCGGGTAAATGTAAACGTTATCTCGGGATCCCGGGTAATTAT
AACTATCTTAAAAAAGTGTGTTTTGTATCAATAAATTGAATAAATTACGA
TGTTAATAGTATGTAACTCATGTATAACATAAGTAGAGTGTTCGTTATGC
AAAAAATAAAAATAAAACCCCCTAAAAAAGACAAGTTAGACCTGACAATT
TCAAGAATGTTTGAGAAAAGAGTAGCAAAACTGTTATGACATTATATTAG
ATTAGCTGCGAGGAGTTATGACATGAAGGAAATACCTATGCACAAATTCC
ATTACATATTTAGCAAGGAATTTATCCGATATTGACACTCTGTTCCACTC
TGACCCTACCAAGGATGTGTAAAGACATAGGCAGGYATAATTACGATGTC
AGTCCRCAGCCATACTCTCTGAGCCTAACAATGACCCTTATAACTAACCA
ACAAACCCTCAGTGTTACTCTCTATTTTTCATAAAACGGACACTTTATAT
TATGATGTTCTCTTCTCAATAAGGATAACAGTTTCGAAAATATAAAAAAC
TTTTCTCCAAATTGGCAACTGGAAAAATATTGAACTCGCTCTAGTTAATA
TTTTTTACGAACCTAATTATAAGATATAGGTTTTCATTTTTTCATAGATT
TATAATATACACAAATACATAATACATTTATAAATCTTAATCTTTGTGAA
TAAAATAGGATATAGACCTGTAAAAATCATAAAAAATCCACTCTTATAAA
TGCTATGAGACAAATAAACCCACTGCCAAATTAAGCTCCTTCTGGAATGT
ATTCCACCCATTTTGCTTTTTCTAATTGTGTAATGTTAAAGGGAGAGTAT
TTATATTATAAATAAATCAAAATAGTTTTTTTTTAATCATTACTAAATTT
AGAGGAAATTTTCCAGATACTAAAAAAACAAAAAGAATCCCAGGATACAA
TTCCTCCTCTAGATGTTTGTAGGGGTAAGACTCGTAGAGGAATATGTACA
TATAGTATTCTGACAACTTTAAAGAATATATATTTAAGCTAACTCTTGTG
ACTTTTTTGTATGAACAAAACAAAAATTGCACAGAGTAATGAGAGTTTTT
TAAGATCAGATAAGAATAATTACTACGTATGTATTCCTATATGTAATGCC
ATGTCGTGAGAATTACTCTTTGAAGTACATCTGTTACTTGTACAAGCATC
AAGTAATAAAATAATGTCATAACATTGAATTAATTATCTTCTGTATTTTG
ATCAAAATATTACATACATATTTTGATCACGGCAATGTAAGGAATAACCT
TAGAAAGAGAGACCGACATATTGTTCTTCAAATGTATTGTTTTAGCTCCT
GATATGAATCGACATGCGTATAGGTATATCTACATATTATGTATATGAAA
AACATGTTCATTCAAAGAAACACAAAGTACATATGTACATAGATAAATTG
GGTAGGTATTGCCGACTTCCTTCGTGCATATTATTATAATAAACTTATAA
GTGTATGAATACCTATGGTGCCTAAAGCGCATTTATTTTCTTTAGGCCTA
CATCGGTTATTTACAAACGAAAGCAAAAAAAATAAAAAATAGGTAACTAT
TGCCAATTTCAAATTATTTTTTACACACAAAAAAACAATGTCATTATACA
CACAGAAAAAAAGAACTTCTCAAAGACTCATTGTAACTCTGATATACCTC
TTTTTGTGGGTGTACAAATTAAATAATAGTAATTATCCCAGGTTTTTTAA
TTAAATGAAAACCAAATACAAATAATTTGTTGGAATTTATTTCCTCGAAA
AATTGAGTCCCGTATTGATTTTTATCACACAACTATGTTCTTTCATTTTT
GTAAGGGTATTTTTGATTAACCTATTTTAGATCCTTCCGAAGTTTATGAT
AATTAATTATGAAATATCACAATGAAAAGGAATTATGTAGAAAATGTATT
CATCGTCAAATTTATAAGATACTTTGCAATTATCAGATTATCAAATTAAA
AAAATAAGGCAGTACTTCTCAAAGCCCTTGTGATCGGCTGTATATTGTCT
GGGGCTTAACAAGAGATTGTCCAAAATATAAATATTAGACATACAAAGAG
TTAATATTCTTTCCTATTTTATATTATTTTTATTTGAGCTGTTGAAATAA
AAATATATGCATTTTAGGAATTGGCAACCATGGCCATCTTTAGATTTTAT
GAACAGATGGCATTGGGCCCCAAACCTCAATATAGGTAGAAATAAGGATA
ATAAATTTGTATTTAGAAAATAAAAGGCGTGTCTTTTTTTTTTTGCATGA
TTTTTTTAATGCAAGAAATTACTTATTTTTCTCTTTAAATGACTTTTTCT
ACTAAGTACTCGTATTGTTTGTAATGGGCTGAGGTCGGTTCTGTGTGCAA
TGCAAAAATAAAATGAATAAAAGTTATATAGAACGGCTTAGCCTAATCTA
CAATGCACTCGGGAGAAATTATTATCTTGAACTCAACGTGGGTATGTTTA
CGTCTCAGTTGTTCCTAGAGAAAGAAAAATACTTAGTGTATATGGACTTT
AAAAACAATTCCTAGGTCAGATGGAGTAATTGTAATACTATGATGTTAAC
TAATACCTTATATAATCAGTGCAACTCCATCTGACCAATTAAATAAAAAA
ATACATACGTATAGGCCTTCGCAGTGATGAAAAAGTTAAAATTTTACGGA
AGTAGGGCACATTAAATTAAGTATAAATTCTTAATTGTGTAATGGTTTAT
GTTTTTTTGTCGTTGTAAAATTCGTTGTAATATCGAAAAAATATGTATTT
TAATGTTCCTATTGATGTTTTATAAATAAATTTGACAGGTATACCTATAT
TAAAAAAAAAATTTTTTTGTCTAAATAATTTTGTTTAAAGTCTAGCTGCG
GAGAGTTAACTAAGTAAAGATTTTGTATAGTATATATTAGATTTTTATAT
CCATTAGAATTAATGGATATATCAGTAATGCATCACCAGACCTTAAAAAC
TTCCATATATGGCTTMACATATTTGTATATATAATATCCAGAAAAWATAT
TCCGTACATCAAAGGGGAAACAGACAAATGTTCAAATCTTCAATATAAAG
TTAAAATATATCATAATATTACTCTCTATTGTAATTTTTTTTTAGTGGTT
AGCACATCAATTGAAAGCTATTGATTACATTTTATTAAAATAATTCAAAG
TTAGTTCAGGGTATTTTTATTTCTTTTTTTTTAGATTTGTATTTATGATA
TTTTAAAGAAATCAATTTAGAATCTGTTTGCTTTTCACGTGTAATATTTT
ACACGTCAAATTTTATACGTCAAAGTACCCCCAATTTCTTTTCATAAAAC
CAGCACTAGTTGTGTTATTCCAAATTTAAGACAAATTATTTATGTATATT
CCCACCTATAGGTCAAAAAACCATACTTATTGATATAATGAGTAATTTTC
TATTATCTTTTTTACAGAAAACTGAAAAAATCTTATTTCATATAATTAAC
AATCCTTTTTGAATTTATTTTGTGTTAAAATACTTGAGACAAAATAATGT
CTACTTTCTATATCTTTATATATTATATGAACTTTGTGATAAATTCTTAG
AAATATGACAGAGACCTTGTGTCATTAATTAAAATGTATAAAATTACTTT
TTATTTCACTTGCTAACGTTAATTACTCTGCAAGCTAAGTCTATTCCTCC
AAAAAAGTTAAATTAATAACATAAATGCATTTAACTTTAAATGGTAAAGT
TGTCAATATTTAGTATTTTTTATATTGTAGTAGACAAACACAATAATATT
AATGCCCAATGCTAACAGAGATTTTCTTTTTGAGCTCCCCCATATGTACA
ATTTGATGACAAGAGACAATGTGTATTTTCCCAATAAGCTGAATGTATCT
TTTATATATATTTTTTCCTTAATTTCTGTCTTGAGACCAATTTTTGAAGA
TGTTAGTCGACTTTTCAAAGACTTAGTCTTAGTATTCAAACCAAAAGCCT
TTATTCACCCAAAATATTGGTCTTGCAGTCTTTCTAACGTACATTTGACT
AATTGAAGTGATTAACAGTTTAATTCTTCGTAAATATACATATTTATATA
TTATGTAGACCATAGGTATCGTTCAAATTGAATTAATTGATTCAATTAAT
ATTTGGCAATGGAAATAGCTAGTGATGGGTATAATTGAATAAGAAATAGT
GTTAAAAATGTGCACAATCTCCTTGATATATAGTTGCAACTATTAAGATT
GCAAAATATATAATTAAAAAAAATGTATATAGCAATATTTTTATAAGATA
TTCATTTAAAGATACAATTGTGTATCGAGACTACAAAGGTATCAAGGTTT
AATTGATAATAAACCCTTTCAAACCAGATCCAATTGAAATTAATCTCTTT
TCCGCAATTTTAGCTTATTTCCAAATAATAAGAATAACCCACTATGAAAT
ATTTTGACAAGTCATTCAATCAAAACAATAGATTTTCTTAATCATCATTT
TAACATAGGTGTATGTATGAGCAGATAAGAGCAAATTAGTGAAAAAGGAT
GCGAAGCGAGAGATTGCAATCAGGAGACGCCTATTGTAACCGCTATTATG
GATGCTATWGCTACCTTGTAGTATTAAAAAATGTAATAAATCCCCATAGA
TCTGTAATAATTTTTAGTTGACTCATTCTGTTTCTGTCTTGTTTTTGTTG
TTGATGGATTGAATTAAGTATGTATTGAAAAAGGAATAATCAAATCTTGA
TGTGGATAAAAACACCTTTTTCATTCACAGCAATGAGTCATTATATTATG
ATTAAGACTCGATTTTTATTAAGGGTGTTTGCTTAGTTTTCTAACTTCTT
TGGTAAATAGATAGGTATATTATAATTAACATATATAATTAAGATGAGTG
CTTAAACCTAAAGTATATTATATATTGAATTTAAATATTAAAAGAAGTAT
TGTCCAGAACAAAAAACATATAATTGGCATGGCCAACATTATTTCCCACC
TTTTTTTTTTATAACAATTGCAATATTTTCCATAATATTATTCTAAGAGC
CTCCTTATTTACATTTAAATAAAATTTGCACAATAATAATGTTTTGATTA
TATTCAATGCATTAGATTTTGAACGGACTCGAATGTGAATCTTCTCACAT
TTTTCGATTCTATCCATTGGTTGGAAGGATGATGGATCATTCAAAGTTGA
CAAGTTCTATGTATAATTTATTCAGACTCCAAAAGGGTAAACTAAGTTTT
TGTTTTTTTAAAGGTAGTGTCAGGGACCTTTGCTTGCAAACAATTGATAA
ATGGATTTGTCCTACATAATTTTCCAACCTCTATTTTTTGCAATTAAGTT
TATAGCATCTTGAAATTATTATTCTTCCTCGCCAAGTTTGTATGGCATTA
TACATGGCACAGAACAAAACAAAAACAGGAGTAATTTATATGCACGGATT
GCAAAGAATTTAATTATCCCGGAAATTAATAATCAGGGCATTGAGGAGTT
TTCTCTTTGTTTGAGATTGTATTGCTTAGAGTCTACTTGTATATGTTATG
TACACGTGGGATTCTTTTGTAGGTTTTAATGAATAAGTTAAACTATTTTA
TAGTAATAACAATAACAATAAAATGAAAAACAAAGTACTTTTACACCTAA
ATGAGATTTTTTTTTTGTATCTGATTCCTTTTTTCCATTCATTAACATTC
ATTAGAAGGAGATAAAATGAAAATACTTATATTTTTTTTTTACATAAGGA
GAGTAATTCACAAATATTTCCTGTTCACATCAAGTTCTTTAATGATAAAT
AGGCTTGCCAATGACTGATAATATAGGGTTTGAAGTGGTGCAGTACTGTT
CTATTAATTTGATAATATTTAGACATGGAAATTTATTGTTATTACGATAC
TAATATTTTTGTTACGATTCCGGTATTTCATCGACTAAAATATGTAGCAC
AAATGTCATTAAAGACAGTCACCTTCTCTTCAAATATTGATGGTTTATAA
AGCCAAATAAGAACTAACAACGTAGCACATTATCATTAGAATGCAATATA
AAGCAAGCATATTATAGATTTACTTTCTTATACATTTTATTTTATTAAAT
AGCATTAATAATATGAAATACCCCTCAACCACGTCACGAGGAGTGATTGT
TACCTTCTTTAAGAACCAAAAAGTGGGACTTGACCGGACCACAGTCCTAA
ATAAGGACCACCACAATCCTATCGACATGATTGTTGATTGGGATTGGATT
TCCAAATATTTGATTACATTTTCGCTTAATTTTTTATTTTTTGACTAGCA
CATACATTTGGTGTTACCCCACTGAGTACAATTTTGAAGGTGCTAGTTCC
CCGGTACCACTATAACACTAGTATAAGAATAACACCAAGTCAAATAAAGA
TTTGCCTGGTGCTTTAAATTTTCATTGGTTATATTCTAAATATTAAAGAC
CTTGGGGACTTGTCTGTGTGGTCCTCTAAAAGTGGTGCTCCAAAAAGTCC
ATACATGCCATTAATGTAGGAGAGGGAAACTTTCAAAAAATTTAATTAAT
ACTAGTCCAAAAATTTAAGGATGTATTGATGATTTTTTTAAATTTTGAAG
GATAAAAGGACATCATTTAATGGTTTTGGCCCATGATTTTGTTTTCGATA
AATATAATTTAGTATCAAGTGAATTTAAAAATTAAAATATAAAGCTCTCA
TTATTATCATTAATTAATCTTATAGAATTTATATTTTCAATAAAAATGAC
GAATTAATGTACAATTTAGAATCATAAGCCACTTTTTAAGGCGATACATC
CACACAGTATTGTGCACTAAAAAATAAAACTTTTTAGATAAACGATTTTT
TCTTGAAAAAAAAAACAGGTTTCAAATACGTTGTATTTGTAGAAATAATT
TTGACAATCGAACAAGCCTTTTCATTAAAAAAAAAATATATACAGGGTTT
GGAGGCAAAACGTGGACTGTTAATAAATGCTAATTATGTAATTAAAATAG
AGAGGTTTTGTTATTTTTCCTGCATATTCCGAATCTCCTGTCCTTTTTGC
ATCAGTAAACAATTATAAACATTTCTCAAATCTTTCATCATGGGTGAGCA
AAAAAGCATGCCAAAATTGAGGTGGCAGAGATTATGGACATTGTGAAGTG
CTCCAGGAGCCTTATTTTCAAAGTGGCCAAGATGAAAAAGGATGGAAAAG
ACCTCTCAAGGAAAGAAGGAAGTGGAACTTGAAAATTTTACTTCAGACTT
TTATCTTAAGTTAGTACTGACACAGTATTTCCTAAATGTTTTTGAAATAA
AGAAAAGTTTTGAAAGTAATTCAAAGTTATGAGTAAATCGAAATTACAAT
TGCCACTGCATTGTATTAATAATAAATGAGTCGAGTCGGTTTTATCGTTA
GTTGGACTTGAAAAAAAAAAATAGGGGGCTTATATTTTTTTGTTAATTTA
TTTCAATTTTATTTTTCTTGAATATACATTTTTTAACATTTAAAAAGAAT
CTGTAATAGTTCAAGCTATTCATTATTTTACAATCAAGTGCAGGGGTATA
GCAGGAGCCTTATTTGTAATGATGAGTAATAGATACACTATATGTAATAA
ATTTATCAATAAACCATAAGCATATATTGAATATTCTAAAATAAACATTG
CAGAAAAATCTATTGTGAATTAAGTCACTTAAAACAATAGCTACAATAAC
TCTTTGCAAGTATCGAACCTTGTCATCTAATCAAATAATTGTAATGTTTA
CATACAAAAGATTTTTTTGTGAGATATGTAAATAAATTTACAAATCTGCA
CATCATTGTAAGCATAAATTAAATTGATTTGTAATGGTAGATAACTACTA
AATGCTTTCATTATCATAATAACAGATAAATCACATGCAACTCCTCACAC
AACCTCTTTTACCATGGGGTACACTCTGCTCAAATTAATAACATTAATAA
TAATAAATTTAAGAAGAGGGGGAATATCTTAATATCTTCATTTATTAACA
GGTACTTAAATAAATAAGTAGGTTCGTCCCACACAGCTTCTAATTTTATT
TCTTATTATTACTGCTGTTGAAGACATTTTTAATTAGGTTATAATAATAA
TTTATTAAATTTATGCCCTTGTTTGTCAAACAAACAGCTTCCTTACACCC
TTTTGATAGAGGTTCATACATACTTAGATTTTAATTGATGCTAAATAATC
TATAAATCTACATACCTACGTTGTATAAGAAGATGTTATCTTTATTATTT
TTATCTCTTAATGTTTCCTTTTCCAAAAAGATTGACGAACAAAAATACAT
TAAATCAGCTGTTATTGAGCTAATAAAGCTATAAGGCAAGTGGCAAAACG
CACTCGTTAGCTTGATTAAATTCCTTTGCTACATGAAATCTTTTCTTCTT
CTCAGATGTCGCTTTTTATAATGCCACTTTAACATCCGTCTCCAGATGCA
CAGCGCTAGTATCATGGCAAAACTTTATAGGATTTTAAACGATAATTATG
TCTGAAAACATTGTGAAATATGAAAAATCCTATTTCAATGTATAGGTTAC
CCAACAAAAAATAATACCACGGAGTAATTTGAATTTTTTCGACGTAAATT
CTACTTCTTCTTAGTCTTTAGAGTATGCAATCCTGTCAGGTTTTGATTGG
ATAGAGGGCATCCTGGTGGTTTATGTTCTACAGTCTCAATATACATACAA
TAAAGTCCTTCATGACTATGATAATTTTTCCTTCCTTTTTCAGAATTTAT
ATAGTACATTCAATAAAAAGGGCGAATTCCTCAAGTTTGCGTAATTAGTT
ATCCTTATGGTAACTCAACGCCTCTACCGAACAAAAAAAAGTGCCGAGAA
GACACCACTTTGTACAAATATTGATCACGTGGTTCGTTTCGCCGCTTGAT
TCATAGCTTTAGTTCTTCGCAATTACGGTTACAAAAGTAAATAATTGTTC
ATAACATAACAAATGTTAATTTTGTTGTTCAACCAATGAATGTTTAGACC
ATTAACAAGGGAAATGAGTAGTAGGAAAATCCATAAATATAGAAAAAAAT
AGTGTCTTATGCCAGTAAATACATTTTCATGTTAGCAAAATAACGTATTA
TTTTATTTGGTGCCCAACTGTGTCATTTCCCTAATAAAAATTCGAATGAA
ATCATCCTTTGTCCTTGTAGCTTTTCTCTTCTTAAAGAAAGAGAGAGAGA
GGGGGAGACTTGCTTATTTCCATACTATTATGGAAGGCTGCCATGGATCA
AAATGGGACTTAATAACCCCTGATTAAATGCTATTACTTTTTTTTATAAC
TTCATTATTATTATTATTATTATATGTACTTAACTTGTTGTTCTTTTGAA
GTTATTCTATAAAATTTTACGACTAAGAATCTTTTTGGTCAAATATCACA
AAATATTGATACTAGTTTTTTTTTTTGAGAATATGTAATGGGTACTTTAA
AAAAATGTAAAAAGAAGCAACTCCCGGCGCTTTTTGAAGAGCCCCTAATT
AAATCAAATCTCTCATGTTTTTATGAGCTCTACGCTTGTTACTCTAGAAG
CACATTACCATTACAAATTATTGTATTATCATATCTGTATGTAAATGTAA
GGAAATGCTCTAATCGTATTTTTTCTCTATTTTTTCAATTTTTAGGTAAG
CAAACATCAAGAGGATTCATGAAAAGAATAACAAGAAAATTAAAAGCAGA
TCCCTTAATCTCTACATATCAACACAATAAACCCTGGCATCATCTCCCAT
ATTTGGAGTTCCATTCTCCTTTCGAAACGCCACACAATAGAATCTCATTT
CTAATGACAATAAAGAAAAATATTTATCTTACAAAAGAACAAATTATTGT
AATTGGCTACTTCACATATACAAGTATAGGTATAGCCCAAAAGTAAAGCC
ATAAATCCCTTGTATAAGTAGCACTCTTAAAATCAAATACATCCGTAAAA
TGTATTTAGCATAATATCAAAACTTTAAGAAGATATCTTGTCCATAACAG
ATATTGTATAAATATCAGGCTCTATATAGAGTGTCTGTAAGCAAATCGTA
CCTTTATTGATAGTAATATTTCAATCAGCGTAATACCAACATTTATTTCT
TAAAATGTCCTCGCTCTGCAGCCATGGCCTTCAGTCTCGGCTGGAAGGCC
TTGCACACCTTGATGACGTAGTCATTGGACATATAATCTCACTTCTGCTC
AACGAAGGTCTTCAGGGAATCAACATTGCAGTGAGGGACTTTGCAAGGCT
ATCTCTTTACGAAGCCCTTATTCCATACTCCAGTGGCAAACAATCTGGCG
ATGAAGGTGCAACAAGTTTTGTGACCAGAAATCGATGAGGTTTTTCTTGA
ACCAAGCTTGGATTCAGATTTGTTATCAACAGTAATCACCCCTGCGGTAG
TTGGCATCCAACCAGGGCTTAACAACTTCTTTAATCACCTCCTGGTACTT
TTTTGCCCCCACCTTGACCCCTTGAAGTCAAGAAGTCTTCAATGATGGGC
GAGGGTAAGATCTATAATCTGGTGTTTTTTCGCCTAGATTGTCGTTGTTT
GTTGACGTATCGCAAACAATAATATAGCTTATGAAAGCTGATAAATTAAT
CAACAATTTCGTAACAATAATACAACATTGATTGAAAATAAGAATAGCTT
ATTGGAGTTCTATTGACGTGGAACAATTTGCTTGCTATGTAGATAGTATG
GAGAATCCTCATTGCAAGACAATATGTATTGTCTTTTTGTGATTCCAGGA
ATGCATAAAGTATAATTATTAATAAGTTGTCAATTGCGAGTATGGTCTTG
GGTATGTATCTACATGTATGTATACCAATAGTATGTATAATTTACACTCC
TAATATCAACCATTAGATGATTTGTTTTTTGCATGATATTTAAGTATAAT
TACCCCTAATTATAGAGTGAATCCTTCCATATATACGCACGATTATTCAC
CTTCTCTCTGCATAGATCCTAATTAAATTATTAAAAACTTTTGGAATGAA
ACAGAGAGACCTACAAGAATTGGTCTCTTTATCCATGTTAATTATTCAAT
TATGAATAAACCTGAGTTGTTTGGGCGTGGTGTTTTTTTTATTTGGACCA
TCTGATAATAAACCTATTTAGATATGCAAAGCTATAGGACTGAAACATGC
ATTTAATTATTAGTATGCCTTTGACAAGTTTTCTAATGACTTAGAAAAAT
ACAAATTTACGTTAACACGATACTACTAAATATATTGTTCTATATCATTC
TGTCTATATATAAATGTATTTATTTTTTTAATTAAGGGATTCCTTATCTC
TGGGCTATTCAATCTTATTGTAGTTAATTTTTTATATATAATTTAATTGG
AAAGTGTCCAAAAAAATTAATTCTACTTATAATTAAATCATGAATTGCAT
TTTGCTTATTCGTTCGTTTATTATGTTTGTTTGTTTGTTTTTTTCCTCAC
CTTCTRTAGCCAGTCCCTTCTTTTGACATAATTAAGGAGTTGTTCATATT
TTCAAGGCCTAAGAGAAGCCAAATCATTGTCTTAATGATGTCATTTCGTA
TTATGTATAAATATTTTTCATGATGAAGCAGAAAGTTCCCTTTAAGATTT
ATTATTAACTTAAGACAATCACCTTATAGGTAGTATTCATCAATGACACA
AACTTATAATTAATTATTGTTAGTTAATATTATTACCTTTGTTCATTTAT
CAATATTTTGCAAAAAAAAAACAACCTTTTATACTACTTATATTTTTATT
AATTGATTAAATTACATAAATTTGATTTTTATATAAGGAGCCTATTTTAT
TTGAAATAGCCTCATTAATATTTAAGACTATAAAAAAAATTGTGCACGTT
TAAAGATAATTTTCCTAATTTATAGAAGCAATAAATTATGTGCGACAAAT
TATTATAGAAAAAAATCTATGCAATAAAAATAACTGGGACTAAATAACTG
TCAGAAATTTATGAGAAAATTTTGAAAAAAAAAACCCTTATAAATTTGGA
TATAAAATCTTCAAAGTTTTTTAAAAGTTTTTTTTTATAAGGTAATTTTT
TTACTAATATTGTAAAATATGTATATAGTAATGCGTCATTAGGTTAAATT
TGACATTTTAAAGCATTATATATTTTTTTCTGCACCACTGAATTCCTTTA
GTCTGAATTATGTAGAATGTTCATATTCCATCGGCCAAATACAAAAATCT
GAAGGATATTTACAAAAACAAATGTTCTTTGACGAATCATCCAACACTTC
CATAGTATTAGTCATACTAAAAAGTATTAATATATTTGCATATATATGCA
GTTTCGGTGGAGGAGATTTTAACAAATTTGAAAAAATTATCATACTTTGA
AACGTCACAATTAAATAAAAATATAATTAAGTTGTTGTTAGTACACTACC
TATATCATATACAAGGGGATTTTGCGTCAAATCTGTCTTAATGGTTTTTT
AAAGACAATTTTCAATTGTAAATAGAATATTAGGTATTTGGAAAAGTATT
ATTCTTGTTAGTAACAATATATTTAAAGAAAATATGAGCTAAATTCTAAA
ACAAATGGACCAAAAAAATAATTTTGGATTTTGAGTATTTTTGTTAACTC
AATATCATTTATGATGTAGAGTTTAATTATTCTCCTTATTATTTTTGAAT
TAAAATAAATAGTATCTTATTAATAATTCCGTTGCTCAACGCTAGTATAT
GCTCGTTTTCGAAAGGTAGTTTATAGATATCTCCATATTAAAAYAATGAC
CAAAAATGATGYGGGTAACTACCSTCAACCAAAAAAAAAAAAAAGAAAGT
GATTCTAGAATGCTCCTAAATTTAGTATAAATAGATCTGTCCTCCTTATT
AAAATTCTTGAGCATTGAAAAATACTCGAGTGTAGCTCACTTCCACTTTT
TTTATCCAGACACAGTAAAATTTATATTTATATTTAAGGGTATTATTATA
GTTGACTGGTATTAGGTATTTAAACAACTACCGAAATGATAGCATTAAAA
TTATGTGCAAAAAACTACTATGTTTTTGTTTAAAGAAACTTAGATATAAT
TTTACTATTAAAATCATAGAGAAACAAGTATTTTTTAACTAATAGCTAAA
AACTCTGGTATATAGCTGTAAAAACGTTTAAATTAAACATTTTATTTCAT
AGACGATATACATTTTCTTTTACTTGTATATCGAATACAACAAAGTGTTT
ACTTGGATACTACAGACGCTTCAAATGAACACCAATATTGTTTTTATTAA
TCAATAACAAAAGTGAAAGATTCAAAGGCAACTTAATCCTAACACTAAAA
CAATGTCAGCTAATAACCCAAAGTTGTTTATTTTTATGATTTGCGGACAG
TTTCCAGGAAACAAAGACTTGGGGTTATAGGACAAAGTAAAGCTGCGAAG
CTGAAAACTGAATCAAAAGAAACTTTCATTACTTTGTATTTTCTCTTACA
AATATATTTTATCATAGGTCGTAGACAACTCTCAAGAAACGATACTTACA
TATATATATATATATATATATAGACACTCACTGTGTGAGGTCTGTTTGTT
GTTGTGGCAAAAACAATGCATTTTTAAAGTCTAATGCGTCATTATTATAA
CCAAATACCTCTCTCTGCTATGCGACATTGATGAATGAGTTTTTAAATAC
TCTAAAAAATAATAATATTATTCTTATGTTCGTTATTAAAATAACATACA
TATATAGAATGATAAGGTTTTTGACTTGACAAAATGAACGATCCAGAAAA
TTGACAATTAATACTAATACTTAGAGTTTGATTATAGTTTACCAAAAAGG
GATTCAAAACTGCTTAAAATATATTTATATGTACCCACAAAAGAATTATT
CTGTATCATTACCACACACAACGATTTTAACTGTTTGTTTTTTTTTCAAA
GTTGCGTTTCATGCACTTATTATTTAAATTACTACATAAGGCAGTTAAGT
AAGGCTTGATACTTAATTGGGATCTGAATCCTTGTAAATTAGTTTTTTTA
GGGTATGCCCTAATAATATGACTAATATTATTCAATTTGCAAAAAGTTAA
TTATACAAAATATATTTTTTGTTCCAAGAAATTTCGTTTATTCTTTTCAA
TCATTGTTTGAAAATCGTAGACCACCTCAATAATTATTTGGCTTTAACAC
GCTAAGAGTTTAACTCTATACATACAGTATAGATATGGATCAGAGGAAGA
TTTTAATTAAAAATTCCAATTGTATTTTAATGTAAGACCATTAAAACAAA
TTATATATTTTGTAGTGGCGTCTATCAAATTGTAATTTTTGCATAACATG
CACTTGTAAAATGTGTTTTTGAATGGAAAGGATCCGAATTACCATCAATC
ACTTTGAGAGGTTCACTTGCATATAATATGCGTACACATACTATAAAGAT
CTCAAAGAGATAAAGATTAAGTAGATATGACTCAGGGACAGGCAAGCCGG
AAACAAAGAAAGTGTTAAATCTCATGCAATTTCCATGCAAATTATATATA
AATATAAATATCGACATGAAAACAATGTTTTAGAAATATTTGCTGCGTTC
AAGCAAAGCCTTCGGAAATACTTAACTTCATAGCAGGGGTCTTATTTTTT
TTTGAAAATAGATGTATGAACAAAAAAAAAGATTTATACGAATATCTTCA
GTCAATTTATCTTAATGTAATTATAAACTGAAAATGTATCTATAGACGTC
GGCTGTATAGTTTTAACGAATCCAATAATTTGCACTGTACATGTTATGAA
GATGAAGGCAATCATCAGGTGCGTGTTAAAACCTATATAAAACTTATCAG
TAGTTGGGTGAATTCCCTTAGGAAGATTTTTATCAAAATGATGGATGTTG
TCGGAGAAAAATCGATCTATGTATGTATTTTGTAAATAGGTATGGTGAAT
CCTTGAAGAACATTTATAAAATCAATTATAGCTGTTTGACATGAATGCTT
CTCTTTTGTATGTAGAGGATGAGTTTAATATTTGTTTGGAAGGTAGAAAA
TAGGTACAATACATGTTTGAAATATAGACTTTCCCATCTTTTGCTAAATA
TTTTTTCCGGATGGGAACTATCAAAAGATTAACATTTGCAAAGTTTGCTG
AATAGTTTGCATTGTCCTTTTTAAATCAAAATAATGTTCTTCATTTTTTT
CTACAGCTATCAACTACAGTTATATGTTGCAAGAGCGTCTGCAGAGGGTG
AAATGAAGGGCTGCAGCCCCCCCCCCCAAATGATGGAATGTTTGATTTGT
ATTAGATTTTCTTTTGGTCAAAATGAAAATTTATTCCCAAAAATTTAATT
TTTTGTAAATAGCTGCGGATTTTTGAAATTTATCTGCAAAAAAATTAATA
TTTTATTTTTTAATTTATTTTCCAATTGTTTTTTTTTGTGTGTGAATAGC
TGTGAATTTTGAAAAAAAAATTGCAAATAATTAAATTTTTGAAAAAAAAA
TTGCAAATAATTAAATTTTTGGAACTTTATTTTTGAAGTTTTAGTAAAAA
ATTAATAATTTCTAAAATATTCTTACAGCAAATTGAACTGTTTGATAATT
TTTGATTTTTTTTTCAAATAATTCAATATTCGAAAATATTGGTTGTTGAG
TTTTGGAGTTTTTTTCAAAAAATTTAATTTTGAAATTTTTTCCCCAAAAA
TGTCATGTTTAGTGAATAATTGTAGATTTTTGGAATATTATTCAAAAATG
TAATGTTTGAAATTTTTTTTTAAATCTTTAAATTTTTTTTGTAAATGATT
ATGAATTTTGATTTTTTTTCCAAAAATTAAATTTTTTGGATTTCTTTGAA
AAATAATTCCAAAAATCAAGCCCCTCTCAAAATTTAATCCTATGGACGCC
CCTGTGTTGGTATACCTGTTATCTTAATTGGAGAAACCACAATTCATGGA
GCACATCTTAGACATCTAAATTTAGCCCCTGTGTTGGTATACTAGTTATC
TTAATTGGAGAAACTGCAATTCATGGAGCACATCTTAGACATTTAAATTT
ATTAAAAATAAAGTGCACAATATTTTTTACTGAAACATGTAGGTACATAG
TACTAAAAACTATAAAAGTTACAACTTTTTTCCCATAGCATCATATTTGA
AACGAAAGAAAAGCCTTAAAGTTAATAACGACAGATAATTCCCACTTTTT
ATATTTAAAATGGCAAGTACCATGCCGAAATTATCTGAACGGCCTCCAAC
TTTGCCAAAATTTATTGTTTCCTCCAGAAAAGGTATTTGTGAAGGAGTAG
AAAAAGTATTAACTCAAAATGGACAGTCTATTGTAAATCTGTATATTTTT
ACAAATAATTACGTATATTGAAACAAAATATGGTCGAAAAGATATGTTAG
GTATTCATACATAAATCAAGCTATGATTAATGCAAATAAGGGTATTTTTC
AAGGCAGATGAGAGAATACATTTACATATAATTAAAGATAAATTTATCTC
CATTTTTTTCATGATGTTTACTTAATTTAGAAGAACTTTTTTCAATGGTT
TTGAGCACCTACTTACGTGTGTAGTATCATTACGCAGAAACGTTTAATGT
ATAATAATGAGCCTTATTATTGCATAAACTAACTGTTTTATCGTGATGGA
TCCATAAAAGGGCCTACTCTTTATATGTGGTATAGAGATCCGCTTGAAAA
AAATTCTCTTAAAAGCTTATTTACTGCATATTTTCCTTTTATTTTTTTTC
TTCTTTTTTCTTAAATGGAAAACCATTTTCGAAGATTGGGAAGATTTTAA
TTTACTAAAGTCCACTCTCTCACATGTCCTTTTTTCCACCATTGGGCATC
ATCATCCATTTACCTACACTGTACTCTAGAGTGCTCAAGGTCGAATATTT
ACCTCATATGAATCAGTGACTGGTCTACTTATATATATATATATACATAA
TATAGTAGATTACTTCCGTCTCATTATTTGATGAGTGCCTTCTAATTAAA
CCCGGGTTGATATTAACAAATACAACAATTTAATAATGATAAAAAAAAGT
AATTTATAATAAAACATCATAGGTTCTTAAAATCATTATACACTCAACCT
CTCTTTTTAAAAAAACCTCTACAATCACTCTTGTTTCTTGTAATGATTTT
CTATATTTTGTTTGAGATGCTTTCATTATGCATCATACAAACGAACAAAC
TCTGCACTTAAATAAACATGCTTATATGATTACAAAGGTACAATGGGTAC
AGCCCTTCCATATAATAAGCAAAATAAAAAGAACGGATCTTTGAGTACCG
TAACGTCTTTTAGAACCTTCAATATCTTATTACTGATAACAATAAGCCTA
TTTTATCATAAATATAGTTTTAAAAAAACTGTCATTAAAGAATACCTATA
TATAATGGTCGTTATTAAATCCGTATAATAATATACCTGCATTATAAAAA
TATGTGTTGTATACATAGTTGGCCGTCCTTTGAACACTTTTGTCCCTATT
CAACTATTTTTTATTTATCAAAGCAAGTATTTGATTATTTTAGGTATTAT
CTACGCCTATTTACTATGAATTTGACAATGTATATGTTCGAAGCATCACT
TTGGATCAAGGATAATCATTAAAGTATTATCCCATTATATAGGCTCACTA
ATGAAAGTATAAACATAGGAGTTAAGTTTTGCAACAGTCTATTTATTTAC
TACAATTACTTTTGTCTATCCGACGTGTACCCTACACGTTACGATGTGAC
TAGTTTTGGGACGAACAAATGATAATGAATTGAACTCTGCATATTATAAT
CTTCAAATAGTATCAATTTTTCCTTTTTCTTCATGAAGAGATTTTATGAT
TTATTTGTATGAGTGAAAACGTTTTGCAAAGGAGAATCGTTCAGGTTTGA
AGTATTTATAAAATCGTCCTAAACATATTACAATGTAATTGCACATACGA
GTATATATATCGACCTTACTCTATGTACATTATATAAATTCCATTACTCA
GTCAAAGTAACTTATTTGGGTGATTTTTTAAATTACTAATGACTATTTAA
TCACATATACAGATATCTAAAAAATGTAAATTTTGAGTTTTATTTTTGAG
AAAAAGATAAACGTGATTCTACATACTTTTAACAGGATTGTCCCTTTTAT
AATAATCAAAATAATTAGCAATCTAACTTTTATAGATGCATAGATTAGAA
ATGAGGTGTTGGCCCTTTTGGAAGAACATTAAGACGGCATATACAAAAAA
AGTACAATATATAACAATAAATAAAATCTGCTAAAAAAAGACATACATTG
ACATTTTTATATTTGATTCATTTGTACTGTGTACATAGAAGATAGACAAA
CATTCAGAGAGAGGTGTTGAGACGTAGAATGGAGGGACACCCTTCTGTAG
GTAGTTAGTTAGTTAGTGGAAGATGTATGGAGAATACTTACACTCACACA
ATTCCAACGATGATGATGAGAGGAATAATTTCCTCTCTTTGCACCTCTTA
AAACATGAATAAATAAATTGTGGAACGTTCCTTCTAATCACGGACATATG
TAGTAGGTATATAATTGAACAAAGAACATTATTCATTATGAGCACGTTTA
AATGCGAGTCATGGAATATTGTCGTATAGTTGTTCATCTCTTTAATAATA
ATAATGATGGCTTAACCCCCCCCCCCCTGTGCCCCTCTCATAAGAAATAA
AGTTACTTATTTACCTCTTATAATAACCTCCTTGATATAACTATGTAGGT
ACATTTATTATGAGGATAATTACTACTTAAAAATCTTTGTAAGTTTTTCA
TGTCTTCATTTTACATGATGCCTTTTATTATCAAAATTGCATGTAATGAT
CCCCTCTGGCCTTCCTTCTCCCCTTTTACAACAACATATTGGCACTCATA
AATAAACTCTTTAACTTATGCAATCTCTGTTTTTTGATTTAGATCACTTG
CCTTACTGTGCAATTCCGGACTCTATGGATCCTAAACGTACATATAAGTA
CATTGCAAGCACCAATGAATTATTATACTAATATATCCAAATGCCAAAAA
CAAATTTATTTAACCGCCCTTGATTTTTTTTTGTCAATAAGTAGATCATT
TCTGTGCTAAAAATATAAATAATTGTTGTTTAGTCTTTAAAGCATAAGGA
TCAAGGGTTATCATTTCAGGAATTGGGTTTTCACTATTGTATATATAATA
TATGAAAGAATACCTACAACTTCCGGAGTATTAAACGGGTTCGAATATGA
GCCACATCAACTCATTTTACGAATAATTAACTTACACATAAATAGCTTTG
TAGATTATAATTTTTGTTGCCTAGCTGTTGAATATCGGAGTGGAAGGGAG
TGGGGCAGTTAGGAAAAGTGTATTCTCTCTTTTAGCTTAAAAAGGCTTCT
TACGACCCTGTTAAAGATCATGATCCAACAAGTTGGCAAAAATTGGATGT
TATTGAATATGTACACACATACCCATCTCATTGCGGTTTTTGGGAACAAG
AAACATCGACATTGTGGGAGTACTTTTTAGTTCTAAAACCCGTAAAATGC
GATAAATTATTTTACAAAGTCCACTTTTTACTATTTTCTTTTTAGTAAAG
CTAGCATAATAAAATCATTTTATTCATCAAAATGATTTTAAATAATGTAT
ACCAGAAAAYATACTCGAAAAATAATTGTAAYATTTAATCTTAAACTAAC
AGGACACCRCCCCCCCCCCCCTCCTTCCCTTCATCTTATGAAAAATTATA
CACTTTTATTAAAGGAATATATAGTGAATGAAGGAACTCATTAATAACAA
CAAAAACTCTTACTTACCTCAAAATATAGTTTTTCATATTTATTATCATA
ATATAAAAAACACGATATGAGGAAAATATGGGGAGTCAAAATAATTCTAA
AAACCACGTTATGCGAAATTCGTGGTTTTTTTAACCGCGTTATGTATGAA
CCTCATGTGCATAAATTTATAAGATTAAATAATTGCGTAAAAATGTAGGC
CTTTCTAAATTTTGACAATGTGTGATGTCATGTTTTCCTGGAGTACCCAT
AGTATTTTGGATTTAATCATGAGGTTCGATTAGGACTAGAGATGTGTTTT
TGGGGTCATTATATTTTATAGATAAAAAATAAGTGACGTAATGACGTTAC
TGGAATGAAAATAATGCATATTAAAGTGTAATGTGACAACGTATCAAACT
TGTTTATAAAAAGACTTGATTTTTTAGTAATAAATTTATAGAAACATTTT
TACAAAAAAAGCAGCATGATCTAACAATTAACTCTTATGACTTGGGTAGA
GAGGTGATAAAAAATAGATTGGGACTTTTGAAAAGCTATATTAGTCGCAT
CACTTTTGTAAATCCCACTGGATTCAAAGTATTTGAACAAGGTCAATAAA
TATAATTGGTTTTATCTATACGATAATTTTAAGGGGATGTACATTACATG
GGTCAACAAATAAAGACCTCCTGCTGTACACATGTATCTAAGTCGACATT
GCCCCATAGTTTGGGTGTAGAAATTAATTGATTTTTATATTATTTTTGCA
AAATAGGTGTGCAGCAGGAATGATGCTTCAAATACATACAAATGAGTCTG
CACAATAGTGTACATACATACACTAACCTGATTAACAATATAAAACCCAT
GAATTCTTGGGCACTAATTTATAAATATAATTTTTCACATTAGAAATGAC
ATATGAAAGTCATTTATATCGAATAAGTTATGACTATAAAAAAATTGACC
AAAAATAAATATTAAACTCTTTTTTTGTAAAATAACTGTGGAAAAAAAAT
TCCGTATGAAAAGTATATTAAATTATTTATAGTAAGAGATAATAAAGTAA
TTAATTACTTATGAGCCAGGTACATCCACAATCAAAGCATATGCGTATGT
TCATTACAATGATGTAAAAAAATTGTTTCTTTAAAGAAAAAAAGACTTCA
ACAGAAAAGATGATAATTTATGAGTCAGGGATTATTTTCTTCGTAGTCAC
TAAAGAGAAATAATTTATGCGTAAATGAGATTATTATATATTAAAATATA
AGTAAATTAACATCTGTCTAAATTTCTTTATAGTATACTTAAAGGCGTAT
CATTTAATATTAATTCAATAGATGTATTTCACATATATATTATGTTATAC
CAATCCCAAAGTGATGATCAGAAATACAAAAGAATATCTCTTTGTTCTCA
AGAATATTGACACACAAAGAGTAGAGTCATCCATCAGGTTCGATAGAAAC
TATTGAGAGATAAGATTTTTTTATTTATTTGAAGAAAAAAAAAACACATT
TTTTTTCAATAAGAAGAACAACAACATCTCAATTCCGTTGTTAAATAAGT
GAAGACAAAAAGTGTATTTATTCTTCTTCTAAAAATATGTTATTGAACTC
AATAGGTGAATCAATTACATATTGATAATTGACTTAAGTAAAAAACAAGA
CTACCTATATGTACATTGATCTCATTGTCTGCTTCTCCTCATTTGATGGA
TGAGGTAACAGATTCAATTATAGTACCAATGATGTATGTAGACAGGAGAT
CAAAAGTTCATCGAATCCGATCCCTTTCCATATATATGTATTTAGATTGT
GTTCGTAGTAGAAATCCCGTGGATACATCCTTGTATCTCAGTGAGAGTCT
TTGATCCTTTTATTTAAACCATTGGTTATTTAAAGAGATATACATTGTAT
ACTATGAAGATTCCTCCTGCGAGAAGGTAATTATCATATTCTTTCCTCTT
TCATGATCTTTACTATAGTAGGTTATATTATTCTTCGTATTTATTATATG
GTCCTAAGTTTTTTCCCGATATTTAAAATGATATTTCTACTTTTTCATGA
AGGAGTAACCATATAATAAAGTCTAGCTAGTATACATATACATACCTAGG
TATATATATGTATATTATGTCCAATTTAAAGGGTTAAATGACACTCCCAG
CCCACGTACCCATCTCAGTTTAAGTCATATAATATGTATATACTTTTCAA
AACAAATTAAAAAACTGGTTGAATTTTTAAATTAACTTTTTCTTCTATTG
TAGTGCAAATAAAATTAACAATAAAAAGATATGTTACATTAGATTTCTAA
TATGGCTTMCGCTAAAAAYCAAAAAAWACTAGGMACAAGGMGCGTCCACA
AAAATGTTCGACTTGATAAAATTATCTATTAAAATTACACTTTTTTAAGC
ATTAGAACAACATACCCTCAACTTTGTAGAGTTTGATCCCTTGATTATAA
ATATGCCTTATTTTTTCTCTGTTAMCCTCATGGTCTTCAGAAAATGGGCA
CAAAGGTTTTTTTTTTATATTTTTGGCTATTTTTAAGGTTCAAAGCTTTT
CTAAGCACTTAGCTGAAGATTGAGGATGGGAATCAATTATGAAAATATAT
CTAAAAGCCTAATGTTGAAAAATTATAAAACTGTTATTAAAATGTATTTA
TCATGCTTATAACTCAAGTTATCGTTTTTTAAAGTAGAAAAAAGTTGCTT
TTTATTTAGAGGCATTTTTGTTGTTATACAGCGTAATTTAAAGTATAAAG
ACACATCAGAATCATCATAGAAAAACAATAGAATGGATAATATCTAACCG
AAGTTTATTATATATGTTCACCACTAGCCTTGATCACACCAACGCCTCTG
AGTCTAAACCTGGTACAAGCCTCAATAACACCATTTCAAGGATCACTGGC
GACTGAATGTATTTGCATTGAGTAAAAAATTATATTATGGGGAAGTCGTC
AGGAGCACTCAGAGTATTGGCAAGGACTGGAATTTTTCTAAGGGAGTTGT
TGGGCTTTTTTGACAATTTCCGCATAATGTTTTTATTTTTTCTATAGATA
CCAAATTTGACAAATATCTTATTTTTTATATAAGACGAAAAAAAATATTT
TAATCTTTGAGTCCAATTTTTTTGTCAGATATAAAATTATAACAAAAATA
TTTTTCTTCTATAAAAGACAAATTGAAAAAAATTAGACAATTTGGATATT
TAAAAGACGAGACAAAAAAATTTCTTCCCATAAAAATTTCCCAAAAGTGG
GTGCCAATGGCCCCTATGATTCTGGATATTTGATATACTCCGTGATTATG
TCGTTTTTGTTTATTTATATCTATATACTTGAAGAAAAAAAGAATATCCA
TGAACGACATAGCGTTATTCTTTACTTAAATAAAGCTTAATATATATCAT
CAAAATGTTTGATCGGTAGCTTTCAATTATTTGTCTCCAACGAAGAGTAT
TTCAATATACTAAAAATAAATTAATATTATTTTAAAATATCCCAATTAAT
GGTTKGTATATAGTCTATTTTTTGCACATCAAAATGAAAACTGCATTTAT
AATTTTCGGGAGTTTTTTAAAGTTTAAGTTCAATTAAAAACTAAACTAGT
TGAGATTAACATGATATTTATTTTACAGATTTAATATTATGAACAATAAT
TTTTATCACGTGCTATTATGAACAAGTATTCAATGTATGTAGTCATCCTA
ATTAATTTTCAAGTATGGAATAAGATTACCAAACTATATTTGTTCCAAAC
AAGTATGGCAAAATAAATCTTTTAATTCAACCTTTTTGTACAATGAAGAA
AAAGGATATTCAAATAATTCATTTATTGATAATAACTATAAACTAGTGTT
TTTACACAAAATATAATACCATATTATTTATGTGTTCCTATACTATCCAA
ATTATTCAACGTGATTTTTTTTAAATGAAGTTTAAAAACGTGGACAGAGT
AAAATTTACAATGTTAACCTCAAAACATAGTTGACTGTATAACTTAATCA
TTAATAGTATTTGACAAATTGAAATAATATTTATTTCTTTATATAATGAA
TTATATTATCTAAATAAGTTGCAATTTACATTACTTAAGCAATATATAAT
TTCATGTGAAATATGCAATAATTTTTTTTACTTGTTATAGGTTACACTGA
ACATTGAATTTTTATCGTTGAAACGGCAATTTAACATTAGTAAATAGAAC
TAAAAGGCAATAATTTTGAGTAAATATGTCGTATTTCCAATGTTTTTTTG
ATTTTTGAAAAGAAAGTACACTGTTTTTGAAGTAAGATAATTTATTTAGA
ATAAAAGTAACTTATTGGTCTAATAATACTATTATTATTTCGTAGATAAT
TTTAAAATATTGTTACATTTCTTATTAAAGCTTTACTTCTTTAAATAAAC
CTTTCAATCTAGCCTTTATTGAAGATACAATTAAGTCATTATACTATCTG
TTTTACTTAATGAAAACTGCACAATAATTTAGTAACTACGTCATTTCTGC
TGTTGTAGTTATCATAAAAGATTGATAAGGACTATGATAGTTCTAGGACT
GATACATTTTATTAGAACTGGAGCAGCCTTTTTAGACTGACCCAACAGGA
TGAATATGTTTAGTTTTTCTTTGAAATTCTATCAAATACAAATGATTATG
AAATTTGTATAGGCTTTTCATATTGTAAAAAATAAAAATACATAATTATT
ATCAGAATTAATTTCTTTAATGTTTGTTTCTCACATCTTTCTATTTAATA
TAACTACGGATGTATTGCGATTTTTCCCAGGTGTCTTTTAAATTAAATTT
TATTCTATTTATATTGCTAATAAAGTTGATGTAATAGGTACATTGAATGT
GGTGAATAAGTGCCAATTAATAGAGAAAGAATCCCTCCCAGTTCCTGCAG
GAGCATTACCACCCTTGAAGGAGTAGTTTCAACATATAGTTATATGTTCA
TATACACATACAAATAAGGAGTTGAATATCTATTCATCTATGTAGGTACA
TTGTACATAAAAGATAGAACAACCATTTGACTATATACATACATATATAC
CTATGTAGCCCCATGGTTTTGTCTATAAAGGGAATAAGTTTCCTTTGCAT
GCTTGTTTTATTTTTATGTAGATATGTAGTAGATAGTCATAACATACCTA
TTTTGTTCTCTTTAATTAGTAATTTATAATAATATATCTATGTATAACAA
CTCACGATAGGAAGAAAGGAAAAATGTTCATAATGAACTACATTACAATT
GTGTATATATCTACTCATGTAAGAATTAAAAAAAAGAAACCTTCAGTACA
AGAGCTTGCCTCCCTTTTGTCCTCATATATCCAATCCATTCCAGTTACAT
ATTAATATGTCTTAAATTTAACTAAAAATACAATTTAACACATTTTCAAT
TCATATTTTTTTGTAGAACACTTTCCACTCTTCAAAATTAAAAAAGAAAA
AGAGCCAAATGAGCTGGTAGCTGGACTATTTTCATTTTAAAAGTATGTAG
GAATATTTACAAATTAGCAAGACTTAATTCAAGTCTAACAAATCAACCAA
CAGAAGACTTTTGAGGGGAGAGAGAACAAAGCTAACAAATAAATTCTTCA
GAGCGGTTGGTGTTTAGCTTGGCATAAATTCCCTGCAACAAACATCTACT
ATTTTGTTTTATTTTTATATTTGAGGAATACAGTAATTTATAATATATTT
TGTTTCAGATGTTTATATCTGACTAAGTAGTAAATATATCTCTATAATTA
AATAAAGAATAGTTGAATAGAGGGATGTCATTGGCTAACTACATACTACT
ACATCCTTTTTTTCTTTTTCTTTTTGAAAAAGAGGTTGAGAGATGCAGTA
TAAATATCATTGTGTTCACCATGGGATACACTAACAAAGAATCAAAGAGT
AAAGATAAATAAGTACATTAGTCGTCATAACAAATATGTACTAAATAAAT
CATACATATATTGTTGCTTTTTTTTGAGAAATTAGATCAATAACATGGTC
ATGAATGATTTGTTACAAATGGACAAATGGCAGTAATAGAAACAATCTTA
TTACATTATATTAGCCATATAGTTAATATACTAAAAAAATATTAATAATT
TAGAATTCAATTTTGATGTGTTTATTTAATCAGTTGTACAATTTTTCTTA
TTTTTCCACTTATTACTCTGTCAAACATGATATTTCTTTTCTATAACATA
ATTTATAATGAATACAGGAAGCACTCCCCCAGCAATGCTGTATGCTTTAT
TACGGAAACTGGTACTAAATCTGCAGTTTCCTTTGATGTTATATTTTTTA
AGTATNCCTTTGTATGTTATATTTTTAAGTATTTTATCTCCACTTTCTGA
GTAGTGATGGCAGCAAATTGCTTTCTAACTTTATAATTAATTTTAGGCGG
ATATGGTTTTTCTAAATTTCTTGATATAAATTGCTTACAAATAAAATTAT
TATATATATAATTTGTGATAATGCAGAGATGCTTCTCACCTCTTTTATAT
ATTTTAAGATATAAGAGGTTTCTTGGTACTAGAAGGATAAGTCTAATCGG
CCCTAACTTTTTTAATGGCCTGTATATATATTTATCTCTCCTTACAAATG
GATGGATATTTATTTGAAAAAAATAAATTTACCATTTTTCATAACCCATA
TGATCTATTTGGCATCCCCGGGCAATATAACAATTTTCACAGAAATTTAA
AAATAAAATCTAATCAATTTAAAAGTTAAACAGTACTAAAAAATAAATAA
TTATCGTATCGATTCACGGTATATTAAGTAATTAAGTATATATCTTATAA
AAAATACGACATTAATTTTATGATGACTAATGTATTGACTGGAGAAAAAA
AATCTATGTTGTTCATATCCTTCTCTTGAGTAATCCATATAGTTCACATA
GAGATACATTTATTTATTGCACCTCTCAACTTTTTTTCAAAAAATGAAAA
CCTAATATCTACCCTGAAATCAAAAATTATTATTTTGTCAAAGACGGAGG
GATAACATAAAAAATAGCATTGTCTAATTCTTTTTTTGTTTAATTTTATG
TCTAATCCACAATTCAACCATTGTTTTTATGTATAAATACGACTCTAACG
CCATAAACAATGGACAAATATGTATACTAGCTTTTACAATATTGCCGAAG
TAGTCGAAATTTGTAATTTATAGTAGAAGTACAACTCATTTTAAAATAAA
TTTGGTAACTAGCCATTTCTGTGCTCTAAGGATCCAGAACTATTGTTCAT
TTTTTATACCAAATATTTATTAAGTCAGTTCAACTTCAGAATGAGTGGCC
TTCGTCATAAAATGTATGGAAAACCCTATTGAGAGGATATACAAAAAGCT
CATTCCCTAGAGATTCATATCTGACATGATTAATTTTCCTTCCATTCCAA
TATTACATATTCATACATAGGTGCTATATCAAGAAAAAGTAGTCTCATCA
TGTGAATAATTATATAATTATTCAAGTAATTACTTGCAATAAAATCTCAA
TAATGATGTATGCTCCTGATAAGGGATCTCCGTCTCAGCTCGGAGATTTT
TGGTTTTTTTAAATCGTCATCATCCAATGCTTTTTGGTATGTATGTAGGA
GCAAGTACATACATAGTTGAATATGTATTTATAAACCAGGGGAGGTTTCT
TGGTTGTTGTTTTTTTAAACAACTTAGGAACCCCCTCCAGTAATTAAATA
TATCGCTATAAAAAGATCTTTTTTATTCTTGAAAAATATTTACTTGTATA
ATTAATATTCTATGCATCTTAAGAGATAGGAAGTGAGTAAGTAAGGAGAG
GGGTTGTGCTTGGTCCTATCTTATCTACCTCTCCCTCTGATATAAGTACT
ATTATTGTATGTATATATAAATATATCTACATAAATGTACATATATATAT
ATAAAACCCCATGAAATCTACACCTTTACAATACAATTCGACACAGAGTT
TTGKTTTCCGTAGATATCAACCTACCTATTTGTGGCACGTTTTATTCAAT
TTGGAAAATATTTATATTCTTTTTGTGATGGAAAAGAGAATGGAAAAGGA
AATTTTTCATAATAGTAATAAAAACCCTTATTTTTTGTCAGATCTTTAAA
ACAAAGTCATATTTTATTAGTAGGGTGACACTTTGGAAAAATTTTCTTGG
GGGGCTGCTAATTTTAAGCCCTTTATAATTATCACAGTTAATAGAAAATG
AGCCTTGCTGACTTATATTAGTTTTTAAAGAAAGCAACAGAGAGTGACAC
CTTCTAGTGGTAAAATAATACAACTTCCTTATTGATAATATTATTTAATA
TATAATATAAATTAATGTTGCCCACAGAGGAGGTACATTAAAAATTCTGC
TCATCGTACGTCATTTTGTTTAAACAACTAGTTTAAACAAAAAGCTACAG
ATTGTTACACGGCCTTGTTGATAATATATTTTTTTAGTTTGATCACACCC
TATTGAAAATGATGTCATTTGATTGAAGACCTTTAACCTTTTGACAAATG
TGTAGTTTAGTTTATTCAACTTGGAGATGAAAAAAGTAAGACTCCCAATA
GCAATTAAAAATTTWTTTACTKCKCCCCCCCCCCCCTTCGTTATTTTTGC
TCAAGTACATTTTTGTTGTGGTGMGTCTCAAAACAAGTCAAAACACCTCA
TTCAAGGAAGTAATAGATAATGTAACGGATGTAACTTGTANNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNAGGCGMAGAAGGAAGGYGGGCTAAMTTCGACAWAKAAATATTTACW
TTRTTGACATGAGTGGGGTGGGGATTAACTAAATAGGAAGAAATATTGGA
TTGGAACATGTTGGAGGTTCTGTTCCTCGGTGTTTCAAACTTTGKGCAAT
TACTCTTGATTTTATACCTTATTCGTAATATTTTACTGTCTTGACTTCTC
CTTAAAAAATGAAAAGATGAACATTTCAATGTGTCACTTTGTTCATATAA
TAGATATAAAAATATTCAAAAGGATCCAAATATAAAAATATTCAAAAGGA
TCCTAATATAAAAATATTCAAAAGGATCCAAATATAAAATTATTCAAAAT
TGAGTGTTTTTCTTTATTTGGCATCCATCAATATAATTCTTAATGGAGAG
ATATATTGACAAAGCTAAAAATCTACAATAACAAAAAGAAGAAGTCCATA
ACTCTGAATTTAAAAAGCTTATACGTCACACTTTATTAGAAAGATATATA
ATACTTATATATTCACTCTCAAGGTATTGTAGTTTTATACTATCGGATTC
AAACCATAAAAAGAGGAACAAAGAATGTACAAATTTAAATAATAATAATA
TTCAACAACAATTGTTTATACTTTTCTTCAACTCTCCTCCATATATTATT
GAGATAATATTTAAGGCTGAATATGGTCATGGATGAAATCAAAGAAGAAC
CAAAATCACAGAGGACTTCTCCCCCCCCCCCCCCTACTTTTCTTCCAACA
AATACATTTAGATCCTTATTTATCGGTACATTTACAACATTACAATAATT
TCCAACCGCATTGGCCATCTAAAAAATGACTATTGTAGAGCAATCTTTTC
ACTTGATTTATCTACTTTTTACATCTTGCTCGGAGAGCCTTAGATTTTGT
TATTAATTCATGGATTATTTGCTTTTATGAGGAACAAATAGTGCATGTTA
AAAATCTACTGAAATAGAGATTTTTGATTAATTGCAAGACAAAAATTCCC
AACATAAAAAAAAATAATAAAGTCTAAAGAAAACTCATTTATAGTTTATT
CTTAAATGTATTAATTTCAAAATATTAAGCCCTTCTTCCCCCATTTAAAA
AATGTTCTCTTTTTTTAAATGAAAATATGGTCACACTAGAGATTAACAAC
GTGTACAAGTTTGGAACGCATCAATAGACAATACATTTCTAAAAGCATAG
TATACATTATGTTCAAACCTCAATAATTACACAAGTATGTAATACAAAAT
CTTTTTAAATTCTTTGATCAATATTGATAGTATATGACACACTGACAAAA
ATCTGTAATTAGTTTTTCCGTATCAAATCCAGTGTTCAGGTATTTGATTC
TATGATTTTTCCATTATGTTTTTTTTCCTCTAAGGAGTTTATTGATAACT
TAAATATTTAAGGTGTAATTTACAAAAGAAAATTTGGCTCCTACATATTA
GTTTCACAGAAATACCGATTTGATTTGATTGTTTTAAAAAGCAGAAGTAT
ATCATACCTTAATGTTATTTTGTTTATTAAATCATACGGTATTGAACTAT
ATTGTTTAAAAAGGAAATACATAGATCAAAATATAAAAAGTAAACAATCG
GAGTTTACATAATATTGTATCAATCTTTTTTTTCTGAATAAAATTGAAAT
CAAATCTATATTAATACTGAACCAAGTCTTTTGAAAATATTAATTTAGGT
TTATAGACATATATCCTGCTAGGAGAAGGAAGATATCTCTTAACGTATTG
TTCAAAATATTTTTGTGCAATTTTATCGCTCTTTACTTGGGAATAAGRAA
ATTGGATTCAATAAATACTTTTTTTCTAAAGATCCTGTTCAGGGTTACGT
AAAATATATGTACACAGATAGAAGAGTGTCGGGGGCAAAAAATGCCAAAA
ACTTGCGCATATACATTTTACATGACGCCTTAAGGTAGTTTGATAAATAC
AAAAGTCTAATTTGGGCATTGGAAATCCTCCTTTTTTCAATTTAAAAACT
ATTCTGTGTAGATTATTTTTCTATTGGGGAATGTATCATTACAGAATATT
CTTAAAAGGTCAAGGGATGTGATGAAAATTTTATAAATAATAGGCGAGTA
TTCATAACTGTATTTTTTACCCCGCTTTTGTGACTATATTTAATTGTCAA
AAATTGTATGATTTGTGGGTAAAGTTTGGAGAAGAAGATCATGTTGTAAT
AACCATGTTATTGAGTTCTCTTATATCATCAAATATAGATATTCAAAAAA
TAAAAAATAATGATCAAAATATGACATTTCCGAAAAAATAATAATTTTTA
TAAGTTATAGTTACGGCGATATTGCATCTAGATATAAAAGCTCTAAATAT
AAATCTAAGAAGCAAAGTTGAAGGGGGGGGGGGGGGGGAGATCAATTATT
ACAAAACTAACACTAACAAAATTAGTACTTGCTTTTGACAAATCTATGAA
AAAACATAGAATGTAATATTTTTTTTACATAAAAAGGAGAAAACCTTTTT
ATGGTATGATACATAACACAGAGTCCACAATTTTCGATTAGATCTTCTTT
TAATTTGGAACCCTATTCTGTATATGTTTTGACGCCCCAAGATGCATTGT
CAGTTTTTTGTTAGTGGTCTTTGGTCAAAGATAAAAGAGTAGATCCTTTT
TTGTTTTTAAATATTGAATTGAGTTTTTTATCTTTTTAAACTTTTCAAAC
AGGAATTTTCATTTATAACTAGTTCCCTATATGATATATTCATTGCAGGG
GGAGGGGGGGGGGGTGGATGATGGACCACATAAGCTAAWCATATATCATA
GAATTAGCTACTTTTTCATTTATTTTTTAAATAAAAAAATTAAGAGGAAA
TTAGGAAGAAATAATTTGAATGTACAACTTAGGTATGAAAATTTAACATC
AATTGGTTAATTTATTCTCAAGATATGGGCGTCTAGAGTTATCAATAGTT
TTTATTTAATTATGCTCAAAATTTGCATGTTAGACTAATTTTAGCATATT
GATTTCAAATATGTAAATTTTTTCATTGTATAATAAATTAGTGAAGAGAT
ATGATTACTAAACTAATGGCTGGMATTATTTTCCTACGCATGTGGTGAAA
AAAAAAATTCATATTTTTTAAAAAAACCATATTAAAGTGAAAAAATCAAT
TTGAAAATCCAAACGACTGTGAGTTAATTCTAGCTTGAAAAGAACTCATA
TTTTTATAACAAAACCTAGTGTATTTTATTAATAACATTTAACATATTAT
TTAGCGATATTTTTGTAATACAAACACAATGAAGTATTTTTATTAGAGCT
AAAATAATTTTATTTTCATCTTGTGAAACTTAGATATTCATATCTCTAGA
AATAGTTATCCAAATAATCTATAAAAAAATAAAGCTTGTCGTGTTGATGT
CCTATGCTTGTAAATTCATAGACCAATAATATGAGTTTTGGACACTCATT
TTGAGTAAAGAGCAAATTCAACTCCCTCCCCTCCTTTTTGACCAACAATA
TCAATGGAAAGTTGTGTGATTATGGAGTCGTCAATGTATGACACCGTGAT
TACAAAACTACTCCCCAGCCACCTATTAAAAGAGTCCAGCACTCTAATTA
CTCAAGAGATAATTTAAACATGAAGAATTTAGCTTTGTATGGCTATAAAC
ATGAAGAATTTAGCTTTGTATGGCTATAAACTTTGCAATGGTAGTCACAG
AAAGCTTTTTGGTACTTTTATAAAACGGATAAAGCTCCTAAAATCAACAA
TGTACACTAAGCCTGTTCAAAAAATAAATGATAGATTTAGATAAATAAAT
TATTTGTTTTTATTTTGAAAATAGCTTCATAGCACAGGGAAAGTGAATTT
TTTTTTTGGAAAAATACAACTTTCGTACCGTGTATCATGCCTTATTATAC
TCATATAACTTTATTATACTATGATTCTTTATTCAAATGAGTGCAAATTA
ATAATTGATATGTATTTTGTTAAACTATTCTGTCAATTAAAAATTTATTT
TTATTTAAAAACTATTACATAGCTAGGATTTTTTTTACATCTATAAGGAC
CGTAATAGAAGTTTCCAAAAACTTTCAGACAAAGAAAAACAATCAATATT
CACACTCTTGATACTCCCCAAAAAATATGATAAAAAGTACGGCAAATATT
ATTTTGTTGAACAGGACTAGTGTAATTTTAATTTTCATTTTTTGTTCCAT
GAAATTTATGAAGAAAAAACACAGCATGATAAAAATAAATCAAATTATTT
TTCCCTCACATTTCGTGATCGTTTGGCTTTTTACCACATATAGGCACAAT
ATATAAATAAAACCATTGGTAACGCCTAATTACTTTGCAAGACGTAAATG
TTTGACTAATAGCAAATAAATAAATAAGTTAGTATAAAAAAATGTTAAGT
CATAACCTCTCCTTGAAATAAAAATTTAAAAAAAGGATTTACTTATTACT
AGCATTAAAGAAAATAATAACTTAAGNTAAATAGTATGAAATAATGTGCA
TCCATGATGGGAGAGGGAACCAAACATGAAGAGTGGCTTACATACAGACT
GCCTCTCATCCAATACAATGTAATCATTAACAAATTAATATTTTTGAACG
TCTGTAATCGCTCAAAATCCTCCCTAGTAATCAGTGAATTCTTAGATACG
TAATGATAGTTATCATAAAAACAGGTGCCGTGATCACGAATCAACAAACG
CCATTAATGTGGATGCAATTATTTACTTTACGAAGAAAAAAAACTTATTT
GCGTTGAATCCTGGTAAATCATAATCAGCGACCATTAGGCTCATTAGTGA
GAGAGGAACTATAATAACAATAAAACAATTCGTCACGTTTCAAATGCAAA
AAAAAGAGAAAAATAATCAGTTAATTTTTAACAAAATTCATAATGATTTA
TGTACATGAGGCATTGTAATAATTTGTGAAAGAGGAGAATGAGAAGATAC
AAATTATGTGAAATAAGAGAGAATCTTGTCAAAGAGGTGAATCTTTCTCA
ATTAACCTGTCACGAAATCGCCTTGAAAACATGTCATGCATTTGTATAAA
CTTACAAAACATATGTATATAATATCTCTATTTACATATATACATACATA
TACACGGAAAGAGACACTAATTTGATGAGAAGATGGTTGTAAAGGAAAGA
GGGAGTGATAGGAAATGAGTGGTTTTAGTTACTTTCTATAAGTATGGAAT
TACATGATTTACCCATGGTCATTTGAAGAGAGAATCAAATGATATTTGCT
CAAAGTATGTTCATTTATATGTTTTCACAATCAGTAGATAAACTTTGTCA
AATACTCGAAAGCAAAGTGTATATTTAAGTGAACTAGTGATGTCATGATA
CTATTATTTCTGCACCGGTTCAGGTTATGCCGATACTTTTTTTTTACGAA
ATATAAAGAACAAAACATAATCAAGGGCGATTCACATGCACTTACAGGGA
CACCCTGCAGGGCAGAGGACCAGATTATGAATAACAATTTTATTTAAGAT
AGCTCAGAAATTTATAGAGGCATACTATCGGCAGATCAATATTTTTATGA
CGTAATGAAACTACCTAGTATTGGTTTCTATTATCATTTAATACTAGTTG
TAGTAACTGGCATGGGCCAGAGTTATTAGGAGTCGACGAAAACATAACTT
TTGCTGTAATAATATGGAAAGTAACTCCACCATAATTCTTTGAATTTACT
TTCCATTTTTCATGTACACAATCAAATCTAGCTCTCCTCAACAGAGAAAA
AAATCAACATTTTTTGATTTTAATATGAATTGAACTAAACGCTTGCGGTT
TTTAATTCATTTTATACTGTGCTCCCTGATTATAATGCTCATTTTTTTCT
ATATACTCTATTGGTTTATAATAAATATCAAGGATTACTAAATACAGTGC
ACCCTTTGACTGTTTTTCATACATACAGATAAGTTTTGCTTTATTAATAA
CAGTAGTACTGTTTTATATATCTCAGTAACCCTATACCACAATAGTATTA
CAATGCCAAACAGCACTAAATTGACAGTTAGTTCAATAGTGTTAGGGCAT
AAGCAAATTAACATACTTAATTTCCTCAATCAATAGAACAAGTTCATGAA
TTGATTAATTAAATACATATTCTGTATTTCTTTTTTATCATTGGAAATTG
TTTATATGTAAATGATTTACAACTAAACATTTTAACGATCGGAAAAATCT
TTACATAATTAGAATGGTACTAATATACGAGTATAAGTTAATTGAATTAT
TAAAAGGTTAAAAGAAATAACAGATCTGGGTCTTTGGGTTTTTTTTCCTA
AGAGTCATTCTCTTGGTGGATCATATATACTAAGAAATATAAGTTTTTGA
CCCATTTCATGTTTGAAAAGAATTCTAAAGAAAATACTTTTCAAGAGTCA
TGAGTAAAAGATGTGATGTAGTTATTGTTTGTCTATCCTTCGTACAAATT
CTATTTAAAAGAACAGTGGTTCTTAAACTTTTACATTGGATCTTACCACC
AGAGAAAAATATCAAGATATTCTCCAAGTACCACAACATTATTTAAAATT
GGACAATTTTGACAATAAATAAAGTTCAAAATAAATAAAAAATTTTAAAA
AAAAGTTGTCTAATAAAAATCCACCCCATAAAAACGATGTCAATAAATGT
TCAATGTTATATTTCTTGGATTCTTTAGCTTATACGTATAGAATATAATA
ATAGATGGATGCAATATCTACAATTTCCCCCCTCAGTCTACAAAGTATAA
TGGATAAGCTAAAAAGGACCTGTCAATGAATTTTGATGGCTTCAAGGCTA
CATTATAACATTCTTTTATTTAATAATAACAATTACATACTATATACATA
TGAGTATATTAATAGAGTAACTATATACTACTAAGGTATTTAGTGAAATA
TGAGGGTGATGAGGTAAGGAATTTAAAGAAGGAGATCTTTGGTGTTGTCT
ACGTATTATTATTAAAGTAGTATGATTGAGTGTAAAAGATGACTTGAGGT
GCAGTCGTCATCTTTATCACCTTGAGAGTAAGATTTGATTTGAGGAGAGA
GATAAGGGTAAGATATGTTTTTTATTATCAAAAACTGAAATATATTTGCT
AAAGACATTTTTTGTTGTGGACAAAAAGTTAAAATAAATTAAAAATTCAT
ACTAGGATCCATAGAAGTTTTTCTTAGAGCAAATTAACTATTTAACAATT
TATTCTCCCCAAAAAATCCATAGATTACAAGTTTCAAATTACTTTTATTC
CTTGAAACTCCAAGTGTGGTTATTACGGATATATTTGCAAGTCATTTTTT
TATACATTTCATTATTTGGGAATTCAAATAATTGGCAACCAATTGATTAG
ACGATTGTTAAAAAAAAAATTCTTTGAGATACAATTTTGAAACAAAATTT
AAATGATATTGATCATATAAGTATGTAGCTGTATAATTTTTTTCATACCC
GTTGCAAATTAGATCATTTGCCAAGATTTTGAGAAATTATATATCAAAAA
GTTTTTCCTCTGAATTTTTAAATTAATTTACCATTCAGTTTTTATTTTAT
GGATGGTAATATATTGAATTTTATGGAAATTTCTAATTTTCTTAATCTAA
ATAATCATTTATATAACACTTTAAAGTGGTATCATCATATGTCTCAAATT
GCATAGGTTGTCCATGTCAAATAAACTTGATGACCTCACCACCTTAAGTA
TTCTGAAATTAAAAATAACTTAAAATATTGACTTGTCAACACAACAGCCA
ACTATAATTATCAAAATATTCTTGATCAATTGTTTGGAGTCTCTGCAAAT
TGCACTTTTTGTAGTAAAAATTCATTGTCATAAAACATAGAATATATATT
GATATACTTTATTTGAAAGACCATATACGAGCCAAATTTAGTTTAATAAA
TCAATTTAGGGTTGATTCTACATGTAACTACTTATTGAGAACATTTTTGG
GTATCTTTGGGCCTACTATTCTTTTTTTAATACAAAGCTATTAATGGACC
CAAATATGTCTATGAAATATAGAGCATTATGAATTAAATTATATGAAATA
TCGGATAMGCTGGKGATTTCTCCTTTTCTTGATTCTAGTTCTAAGATTTT
TTCTTTGTTAACACTTTTAACTTTTATTATACGGATCTCTCTTTGTTTTA
GTCTAAGTACAATACCAATAATATAATCGACTCGCGGATACATCAGTCGG
TTGTTCGCATGTACTATCTGCAAACTTTCTTTGTCGTTTTCTCATTGGCT
CACTAATCAGAATACATATCTACAACTTCTTGTAGTCGTCGTGACCCTCT
GACCTACTAGCCGGGCCTTTTTATATCATCGTAGGAGTACATATGTATTT
AAAAACCCTAACAAAATAAATAAATGCATATATTTATATAAGCATAGAAA
TTGTAAATCCCCCTCTCCTCTTACTTGATATTTATCAATAATTTAATGAG
TTTCTGTCCGTCCCACACAGTAGTTAGTTGCTTTTATAGACTCATATAAT
GTAATTCATAAAGCCTTTTTATAACGTATTATTATCATTCATATACCATT
TAACAAATTTTAATTTTTTTTAATATAAAAGAGCTTAAACGTGATTAGAG
CTTCCTCTGCATAGTACTAGATTTACACGAATGCTTAGCGTATATAGACG
CATACATATAGTTTCAAGGCCCTTATGCAATTAATAGCATTCTTTATATG
CATAAAGTTGTTTCGACGAGGTATGAATATTAATGGTTGTGTATTGTTAT
GATTTTGAAAGTTATGTCTTATCTGCTTCTGTGTCTTCCATGAGTGGAGT
CTACTACCATCTCTTTTTTATAAAGAGTCTTCGGAAAGGCCAATAATCTC
TGCGAATTGATCAATGTGGTCATGCTCATTCTATATACACGTTCAATTTA
ATCATGAGTGTAGCTTAAAGGCAAAGATTTAAGTTCAGTGCCTTTTTTTT
AAAACTTAGCTTTGAATATATATTTTTTTAATTTAAGTTTGATTTAGAAC
TTTTTTTTTAAATATATTTTCGAATGTTTTTTTTGTATGACTTTTTCTTA
GAACTAATTTATTAATTTATAAAAATCTACCCAATGCAGACACTTATTTT
TATAATCATGAGCGGGACCGGGGGAAATGATCCTTATGAACCCCTTAAAC
CGGCCGTATACATAGCTGGATAAAATCATATAGGTTATGAGATATGAATA
TCCTTCTCAACTCTTGGTATGAGCTACAAATTAAGAGTTCTATAAAGGGT
TTTAATTATGTCATAAGTTGTATCATAATTGAAGGAGATCTTAGCGACTC
AAAGTTGTTATTTTTACAATATTACAAATAAATCTGGGTAATGTAAACTT
CACCAAATGACTTAAAGCAAAAAAAAAAAACTTAACGCCTCCATTGAGTG
CTACTTATTTCAAATAATGAACAATGGATATTTGAATAAAATCAGAGTAG
TATCTACTGAAAATCTTTATAAAATGTGTAAATAATTACAACTTTTTTAT
TCAAATTGGGATGAAAAAAAAAGAAGGATACTGTGAGAAAATTATCATAT
TATTCCATTGTAATAGTTTTTTATTTATATACAATATGAAAATAAGATTG
TATGTAACGATATAATCACATATTTTTAATTCATTTAAGGGTCAAATAGT
AAAAATCGACAAGAGACGGATACGTTTTTGCTAGACTGTAAATTTTAAGT
CTTTTTATTATTTGGACGGATATTTTGACATCCTATATTTTTCTTAATTA
TTAATTAAAAAAGGGTTTTATTCCAATAAAACTTGATTTTTTAGGCGCCC
AGAAAGGTCCACATCAACTATGATGACGTTACATACAACCTCTCTGTACA
AGTGGTTATTGTCTTACTGTCGGCTTAGCGTGGTCGAAAATGACCATTGG
ATAAATAATCGGAAGGAAATTTTAGAAGTTTTGTCAAAATAACCCCCCCC
CCCCTTCCNAAAGAATAATAATTGTAGTTACAGGGGSGCCCKCAGGARCT
TTTCAAAAACTCGTAGCTATTCACAGAATTAAATTTTTAATATTAAATTT
ATTTTCAAATATCAAACTTTCTTGTAAGAATAAAAAATTCCTTAATTTTT
GAGGGGGTATACATCCCCTCCAGCTCTCCCCCTGCGGACGCCTATGAGTT
ACAACTCTTGTTAGAACAATTGATACCCATTTCATAGACCTGAGTCCACA
ATCCAATTTTGAACAAAACGATTTAAAGACTCAAAAATATGTAAATAGTA
TTAATGATTCATAAGCTGAATATATTAACTTCAAAAACGCTTGACCAATG
GATTATTATAGCCGAACTACAATATATAAATATATGCATTTATAAAATAA
TACCGTCTACACACATAATATTATGTATTAGTATTCCTACACATGAAAAA
TATAAAGATCTTAAATCATTAGATTCTAGCAGACATTATTTATTTTTGAC
ATAATGATATTAATATTTACTTTAATGTATTTACATATAGTTTTTCAATT
ATCGATTTGCCCTCCGGAAATTGGACAAATCCCTCCGATTTTTTCCCTAT
TAATCTCATCAACAAATACGAAGGTAAAAACTATTTTTCATCCTTTGATA
TGACGTATGTACATACATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTTGATGGAAAGTATC
TTTAGGTACAAATCGTTTTTTTAACAAAAAAAAATGAAATATATAAYATC
AATAATCAAGTCCAATCAATCATTTCTACCCGTCAAGTATCTACATTGTC
TATATGTGCTACCCACCTATGTATATGGGATAAAGACGTTCCTTATCTAC
CTAAACAAAAGTTCCAATTACATAATAACACTTTGGGCCATGTGTAATTA
TAAATAATAATGCAAGATAAAATTCTTACATATTTTAACCAATCATAAAT
ACTATTTTTCAATTCAACGAATATGATTGGCTTTCATATCATGATGAGGT
TGCGTTATCATGAATACATCATCACGATAGTTTCGCGACTATTGATTCAG
TTGTAAAGGGGAGTTACAAACAGGGTTGCTAGTGCTTGGATTTTTCCTAT
CATATTGAGTTCTTGGGCTTTAGTTTAGAAAATGTATATAATCTTGGGTT
TGTCGCATATAGTAAGATAATAAAGAACAATTACRAKGTTAGTTMMTTTA
CTTATTTGATTCAATCTTATTTAAAAGTAGATCCAGTACTAAGTATTGTC
CAATACGTTTAAACCGTTATAAAAGTGTATGTTTTATAACCCATTATGGT
ACAAGCAGAATTTTCATAACTTTAAGCGATTATAGAAACAAATTTATTTT
ACAATTACTGCATGATATGTTGCAAAGGGTAAACAGCCTTAATATTGAGT
CAAAGTATTTTTGGCTACATTTATCGTATATAAAGTTATCATCGGATTTC
AAAAAAATGTTGAGTTTCTTTGCAGCCGACCATTTGTAAATATCGACATA
AATTTCTTGAATAAARATAAAAAAAAAATATTATATTAATWTTYTTGCAG
CCTCTAGTTTTTTTTTTTTTTTAATCTTGGGTTGAAATAGTTACGGTTCT
TTTTTGAAAAGTTTAANTGCCAGTCCAGAATATTACATCTATAAGGCGTA
TATACGTAATACGTGTACAGCCAATTTATTTTTATAAACTTTGCATTTTA
TATGTTTCAAACCTCAACCATTCACCTTTTTAAAATGTGTATTGTTGATA
AAAGTTAAATGCCATATTGAACTAAAATTTAGAAGCACAAAAATAACCAA
CTTCGAATTTTATCTCCCCTAAACCATAAATATTTTAATCACGTAACAAC
TTCTTTTTGACAATGAGAGTTGTTTATGTTTGCAGATGTATGCAAAGTTT
ATAGAAATAAATTGCATATACACCCATGATTGATGTGATAATCCATCTTT
TGTCAATATATATTACTATTAGAGTTTCTCATTTCCCGAGAAACTGTCCT
TCAGCAAGATGTCGGGAAATATTTTTTTTAATTTGGGATCCCGAGAAATT
TTGAGATGAGATAGTAAAAAATGAAAAATGTAAATTTATCTTATACTTTA
AAAAAAATAAATACATTTTAAGTCAGTAGTGAAAGATCCAAAAATATTTA
ATTTATCCATAGTTGAAAGGTGGAATTATACATACATATTCATTTATCAG
TTTCTTATTGGTGACTCGTTACTTAGGGATCATTTTTTGTCGACACAGAT
CATTTGCACTGCTTCATCTCAAGTTAATCTTTATGCAATATTTCCAGGGA
AATATTTTTCCGGGCAATTTCATGTAGGTGTATAAGACTCCGGTAGAGTT
CCCTCTTGTAGGTAACACAGGAGCTGAAAAGTCCTGGGCTTTACACATAG
ACAGTGCTATTTTTTTAATTTTTTATTTRCCTCATTTTCAGTAAGTACCA
ACCTATAAAACAGCTGTCAAAATTTTATGACAATCTGTTCTTTAGTAGGT
CAGTTAGTGTACTAAGTGGACCCTAATTTCCAAAATATTGGATCAAAAAC
ATTAGTTTTTAATATTAGACTGCTTTTTGATGGGTGGAAAATAGCTTTCA
AAGTGAACAGTGGCTTAAAAGGTGTTCTTGGGACTCCGCTCCATAAAGAG
AATAAATAATAATAATTTATCAATACCATTTTTGAACAAAAAAACAACAA
CTTGTTTTCTTTGTTAAGCCCGAGACTTTTCAAAGACCATGTGTTATATT
GTAAAGCAGAAAGATGTGCAATAAATAAATGCTGGGATCTTGTAAAGAAG
TACGAGATTTTTGCTTATAACCCTGATAAAGACCCCCTTCAAAGAAAATG
TATATATAATGAATCTTAAGTTAATTTTTAATCCATGCTTGCATGATAAA
TTAAGATGTTTTAAAGACATGTAATTATACTGTTGGTTTTTATTTCAGTA
TATGATTTACTGCAGTCTCATTTGCCTTGTGCATTTATTTCCATAAATAT
GGTTGAAATTTGAGTTGATAGATTAATTACCCGCTAATTAATATATAAGT
TTAAGAAAGACAAATATTTCTCGGTATTATACATAAAATTTTAACGCCGC
ATTTTTTCAGCTTTTGAATATTCCATTACTCTTACCCTTTATTATTCAGG
CTGTTATCTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NCTCAATATTTATTTATTTCTTGTGACGGGTAGTTYCCTTGATTTTTCTT
AAAACAGTTCTGACAGAGGTTCGAGTCAATTGATCTTGATAATCAAATGA
ATCAATGATTAATTAATGAACACTTAATGATTGCAGTTCGTGTCAAATAA
TCAAATATTTTATCTTTTAAAATCGAATAAATAAATAAGAATCATAGGTA
CACTGCAGTATGAATAACCATTATACAAATATGTTATTTTTTCGGGAAAA
TTGCATTCTGAAAATTACCCATGCACGTATTGGAGCATGATCCCAAAGTT
GGGAAGAATGGACAACGGATTTTGATTATAATTTTCTTTCTCTTTTAAAA
GAAAAAGTTGAGAGATACCAGTTACTATAAAGATCATATCCTGATTTGGA
AGTGGAAATTAAGTGTTTTATAACAAATTATGGATGATAAAGAAAACCAA
TATATCGAATACAATTGTGTCCAAAAGAAATAGTAACAAAATTAATAAAT
AATATTTCAAGGAGTTGTATTTAATTTCAGAGTTCTTTCAAGGTAGATTG
TGGCAATTATTATAATTGAAANTTAATGTTATTGAACTGATGTTTCTTGA
TAAACAATATGCACTCAATTACAAAGTATTATTACCTTCCCATATTTGAA
GCAATAATGATAATAATAATCTCTGCATAATAATAATATACAAGTAAGTA
CCTATGTACATACCTTGTATCTACAATTGTAAAAGAGAGAAAATTACTTC
CTAAATTAATCATTTCGTTTGTTCCATTACAAAAGGTCAAATTTTCAAGT
ATTTTTACTATATACGTATGAATGTATATATATAGTGTTAAATAGTTATT
CTTTAGAAGCTTTAAAAGGTTGTATTTCTTTTTTCAGATTTCAAGTAATT
CACAATAGAATGACGTCATCCATGTATAAATTAGTACAAACAATAAACTC
TACAAAATTTCGCACAGAGCCTTTTGAAGACTACTTTGAAACCTTTGAAG
AAATTGGGAGGTGAGTATTAAATATGGTTATAAATAATAATTATGAGAGA
ATCCCTTTTCCAGCGGTCAATTTGCAATTGTTCGACGAGTCGTGGAGAAG
AGTACAAGCACGGAGTATGCTGGAAAGTTTATTAAGAAAAAAAGACTTGA
GACTTCCAGGAGAGGCGTCGCTAGAGAGGACATTCAAAAGGAGATACACA
TTCTGGCAGAGATGGAACATGCCAACATAATCTATCTTCATCAAGTCTAC
GAAAGTCAAACACAAGTCATACTAGTTCTAGAGTTGTAAGTCGATATCAG
CAGTTACCTAGACGTAAACATGTAGTTTTATTTAACATATTGAATCAATC
GCTCTCGAGATATTCATCAGAAGAGTAGCTGACTCTTGCTGGGACTTCTT
TTGAATAACACGTAAAACAAAGATCATAGTCACAAGCAAAGCAAGTATAG
CGATTGTAGCCTGTATTTGCCATTGGCTTTTCGAATCTATCATAAAAGAT
TAAGTTGTTAATAACTTTGCCTTACTATATGATAAAAAGAAACGTAATTA
CCCGGAACAGCTGCGTCTTTTACACGTAAATGGAAACTCCTCGTACAAAT
CCCAAAGTCTCAACTTTTTTCTACAGATGTAACAAGGCACGGGAGTTTGT
CTCAATTTACAGTAAATAGTGTAATTATTAAGGATACAAGTGAGGCGATG
ACGATACCAATCTGGTTCTCCCTCTAACCCCTCCACAGGCATAACGATCC
CACCGCAGAGGTGACAATAAAAGGATCTAAAAAGAACTTTACTCACTAGG
TTTGCAAACATGACTAAACATCATTAAAGTAGACATGCTCTGCTCTCCTC
TAATATAATGTAGGATCGATCTGAACAAGTGTGACATGTCTTATATACCT
ACATAAAAAGTATACTTGGAAATTTTAAATAATATTGTTGAACTCCATTT
GTAGCCTAAATGAGAACACAAGTGTGTATGAGAGATGTAGAACTGGGTAG
GTAGATGAGTAACTTTGCTATTTAGTTAAGCTTGAGCGAATGAATATAGG
AATTCCTATGCATGTATATTAAGGTTTTATAATTGCCTTATTATATTTTA
ACAAATACTAATTATAAGGTTAAAGAAGCCTTTAATTATAAAGGAAAAGT
GAGAGAGAGAAATAGAGGTTAGAATGAAGGTCAGTACACGTATATAGGTA
TATATTTATAGTTTTTTTTGGGAGGGGGAGAATTATTTTAACCGAACATG
AAAAAGGCATCACCTTCAAAATATATATGTGTAAATAAATGAATGGAGCT
CATAATATTTGAGCAGGATAATAACAGAGTAGAAGCCAATTTGTATAATT
TGTTCAAACAATAGATGATTTAAGAATATGCTTTTGGCCTTTTGTCACGC
TTGTTCTTCGTTAATGGCAAGGCTTATGGCGCTGCAGATGAAGTTTTTAC
TGTAACATCATTTACTCTTACAATTTTTGGAAATATATACATTTAATTTA
AAAATAAGGGATTTTTTTTCATTGTTTGGGAAACATTTTAATACAAAATA
ATTTTATTATAAGTTAAAGTACAAGATTTCCCATTTTAATAATCCTAATA
TGATACTTTTATTATGTGTTATAGACTCCGAGGAGGGGAACTCTTCGACT
TTATATCCGAAAAAGAAAGACTCTCAGAAGAAGAAGCTTCAAACTTTATC
AAACAAATCCTACTTGGAGTTCGTCACATGCACACAAAATGTATATCCCA
TTTGGACTTGAAACCAGAAAACATAATGTTATTAGGGAAACATAGCCAAT
TACTCAAATTAATAGACTTTGGACTGAGTCGAAAAATACATCCAGGAAAT
GAAATAAGGGAAATGCTTGGGACGCCTGAGTTTGTGAGTCCTGAAGTGGT
AAATTATGAACCTCTTTCCCTCAATACAGATATGTGGTCCATCGGAGTAA
TTACATATATTTTGTAAGTTGTGGTCATGAGGTTGCGTTAGTTAGTTATA
CATATTTTCCGTAGAATTAAATTTATTATTACTTTGAACTGTAATGCAAA
TCCTATCGACAATACAGTTCAATTATCATAGATCTAACTAATCTATTATT
TGATGAATTAAATCACTTATTTTATAAGTGAAAATTTTAATTTGGCATTT
TCTGACTTGATAAAATATTTTCTCCTATTTATTAGATTATCTGGGGCAAG
CCCATTCCTTGGTGAGACTCAGCAAGAAACGTTTGAGAATATTGTGGCTT
GTGACTATGAATTTGATTCAGAATTTTTTTCCCAAACGTCAGAACTTGCT
AAGGATTTCATTCGTCGTTTATTTGTGGTTGATTCAAGGTAA
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