EMLSAG00000002765, EMLSAG00000002765-685531 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000002765
Unique NameEMLSAG00000002765-685531
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:PROSC "Proline synthase co-transcribed bacterial homolog protein" species:9606 "Homo sapiens" [GO:0005622 "intracellular" evidence=IDA] [GO:0005737 "cytoplasm" evidence=NAS] [GO:0005739 "mitochondrion" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0005739 GO:GO:0005737 GO:GO:0030170 DrugBank:DB00114 DrugBank:DB00172 CTD:11212 eggNOG:COG0325 HOVERGEN:HBG053692 KO:K06997 OMA:NVCIQVN OrthoDB:EOG712TX0 TreeFam:TF314637 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 EMBL:AB018566 EMBL:AL136616 EMBL:CR533532 EMBL:BC012334 RefSeq:NP_009129.1 UniGene:Hs.304792 UniGene:Hs.608177 ProteinModelPortal:O94903 SMR:O94903 BioGrid:116381 IntAct:O94903 MINT:MINT-3002521 STRING:9606.ENSP00000333551 PhosphoSite:O94903 UCD-2DPAGE:O94903 PaxDb:O94903 PeptideAtlas:O94903 PRIDE:O94903 DNASU:11212 Ensembl:ENST00000328195 GeneID:11212 KEGG:hsa:11212 UCSC:uc003xkh.3 GeneCards:GC08P037620 HGNC:HGNC:9457 HPA:CAB017033 HPA:HPA023646 HPA:HPA023733 MIM:604436 neXtProt:NX_O94903 PharmGKB:PA33810 InParanoid:O94903 PhylomeDB:O94903 ChiTaRS:PROSC GeneWiki:PROSC GenomeRNAi:11212 NextBio:42671 PRO:PR:O94903 ArrayExpress:O94903 Bgee:O94903 CleanEx:HS_PROSC Genevestigator:O94903 Uniprot:O94903)

HSP 1 Score: 213.001 bits (541), Expect = 4.964e-66
Identity = 111/243 (45.68%), Postives = 161/243 (66.26%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS---FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+K+ N+   R  S     V+VQ+NTSGEE+K G+ P  ET  +V +I  +C NL FVGLMTIG++   L  G  NP F  L   R  +    N+  + + LSMGMS+D ++A+ +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYGHGQRTFGENYVQELLEKASNPKILSLCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSVKLADKV-NSSWQRKGSPERLKVMVQINTSGEESKHGLPPS-ETIAIVEHINAKCPNLEFVGLMTIGSFGHDLSQG-PNPDFQLLLSLREELCKKLNIPADQVELSMGMSADFQHAVEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:PROSC "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0005739 "mitochondrion" evidence=IEA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0005739 CTD:11212 GeneTree:ENSGT00390000004928 KO:K06997 OMA:NVCIQVN OrthoDB:EOG712TX0 TreeFam:TF314637 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 EMBL:FP236525 RefSeq:XP_003133417.1 UniGene:Ssc.34211 ProteinModelPortal:F1RX84 Ensembl:ENSSSCT00000017234 GeneID:100524716 KEGG:ssc:100524716 Uniprot:F1RX84)

HSP 1 Score: 212.616 bits (540), Expect = 6.290e-66
Identity = 107/242 (44.21%), Postives = 160/242 (66.12%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR+FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+K+ ++   +       V+VQVNTSGEE+K G+ P  ET  +V ++  +C +L FVGLMTIG++   L  G  NP F  L   R  +    ++  + + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVARRPREL-PAIQPRLVAVSKTKPADMVIEAYNHGQRIFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSMKLADKVNSSWQKKGSPERLKVMVQVNTSGEESKHGLLPS-ETVAMVEHVKAKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQVLVSLREELCQKLHIPVDQVELSMGMSVDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
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BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:Prosc "proline synthetase co-transcribed homolog (bacterial)" species:10116 "Rattus norvegicus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0005622 "intracellular" evidence=ISO] [GO:0005739 "mitochondrion" evidence=IEA;ISO] [GO:0008150 "biological_process" evidence=ND] [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 RGD:1308962 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0005739 GO:GO:0030170 EMBL:CH473970 CTD:11212 GeneTree:ENSGT00390000004928 KO:K06997 OMA:NVCIQVN OrthoDB:EOG712TX0 TreeFam:TF314637 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 EMBL:AABR06088953 RefSeq:NP_001100790.1 UniGene:Rn.228631 Ensembl:ENSRNOT00000018369 GeneID:306544 KEGG:rno:306544 UCSC:RGD:1308962 NextBio:656190 PRO:PR:D3ZCA0 Uniprot:D3ZCA0)

HSP 1 Score: 210.69 bits (535), Expect = 3.159e-65
Identity = 110/242 (45.45%), Postives = 156/242 (64.46%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ +    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P L   CP+I WHFIG++Q +NV+KL+ V  LS + TI S+K+A+K+ ++   +       V+VQ+NTSGE++K G+ P  ET  +V +I   C NL FVGLMTIG++   L  G  NP F  L   R  +     L    + LSMGMS D ++AI +GST++RVG  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQSVARRP-RGLPAIQPRLVAVSKTKPTEMVIEAYGHGQRTFGENYVQELLEKASNPTLLSSCPEIKWHFIGHLQKQNVNKLMAVPNLSMLETIDSVKLADKVNSSWQKKGSPERLKVMVQINTSGEDSKHGLLPS-ETVAVVEHIKASCPNLEFVGLMTIGSFGHDLSQG-PNPDFQRLLSLRQELCEKLGLPVEQVELSMGMSVDFQHAIEVGSTNIRVGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:PROSC "Proline synthase co-transcribed bacterial homolog protein" species:9913 "Bos taurus" [GO:0005739 "mitochondrion" evidence=IEA] [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0005739 GO:GO:0030170 EMBL:BC102405 RefSeq:NP_001029529.1 UniGene:Bt.88725 ProteinModelPortal:Q3T0G5 STRING:9913.ENSBTAP00000039600 PaxDb:Q3T0G5 PRIDE:Q3T0G5 Ensembl:ENSBTAT00000039812 GeneID:509643 KEGG:bta:509643 CTD:11212 eggNOG:COG0325 GeneTree:ENSGT00390000004928 HOGENOM:HOG000048983 HOVERGEN:HBG053692 InParanoid:Q3T0G5 KO:K06997 OMA:NVCIQVN OrthoDB:EOG712TX0 TreeFam:TF314637 NextBio:20869067 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 Uniprot:Q3T0G5)

HSP 1 Score: 209.92 bits (533), Expect = 6.263e-65
Identity = 108/242 (44.63%), Postives = 156/242 (64.46%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  LS + T+ S+K+A+K+ +A   +       V+VQ+NTSGE +K G+ P  E + LV +I  +C +L FVGLMTIG++   L  G  NP F  L   R  +          + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYSHGQRTFGENYVQELLEKASNPQILSSCPEIKWHFIGHLQKQNVNKLMAVPNLSMLETVDSVKLADKVNSAWQKKGSPERLKVMVQINTSGEASKHGLPPA-EMAALVEHINAKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQVLLSLREELCRKLGAPPEQVELSMGMSVDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
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BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:PROSC "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005739 "mitochondrion" evidence=IEA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0005739 GeneTree:ENSGT00390000004928 OMA:NVCIQVN OrthoDB:EOG712TX0 TreeFam:TF314637 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 EMBL:AADN03008112 ProteinModelPortal:E1C516 Ensembl:ENSGALT00000004898 NextBio:20828186 PRO:PR:E1C516 Uniprot:E1C516)

HSP 1 Score: 207.994 bits (528), Expect = 3.657e-64
Identity = 108/252 (42.86%), Postives = 159/252 (63.10%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRS--LSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            M +   +   L+ V E+++ A    P +  P + P L+AVSKTKP   ++DAY  GQR FGENY+QELL+K+ D  +   CP+I WHFIG++Q  NV+KL+ V  L  + T+ S+K+A+++ ++   +       V+VQVNTSGE++K G+ P  +T+  V +++N+C +L FVGLMTIG+    L  G  NP F  L   R  V    NL    + LSMGMS+D ++AI +GST+VR+G  IFG R+Y+ K
Sbjct:    6 MAAGEGLGPALRAVTEQVQQAAARRP-KGLPDMQPRLVAVSKTKPAEMVLDAYSHGQRSFGENYVQELLEKASDSRILSSCPEIKWHFIGHLQKSNVNKLIAVPNLFMLETVDSVKLADRVNSSWQKKGSPQKLKVMVQVNTSGEDSKHGLPP-RDTTAAVEHVINKCPSLEFVGLMTIGSIGHDLSKG-PNPDFQVLLSLRQEVCEKLNLPIEKVELSMGMSTDFQHAIEVGSTNVRIGSTIFGERDYSNK 254
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BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:Prosc "proline synthetase co-transcribed" species:10090 "Mus musculus" [GO:0005622 "intracellular" evidence=ISO] [GO:0005739 "mitochondrion" evidence=IDA] [GO:0008150 "biological_process" evidence=ND] [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 MGI:MGI:1891207 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0005739 GO:GO:0030170 CTD:11212 eggNOG:COG0325 GeneTree:ENSGT00390000004928 HOGENOM:HOG000048983 HOVERGEN:HBG053692 KO:K06997 OMA:NVCIQVN OrthoDB:EOG712TX0 TreeFam:TF314637 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 ChiTaRS:PROSC EMBL:AB018567 RefSeq:NP_473398.1 UniGene:Mm.277501 UniGene:Mm.475408 UniGene:Mm.485663 ProteinModelPortal:Q9Z2Y8 SMR:Q9Z2Y8 IntAct:Q9Z2Y8 MINT:MINT-1856219 PhosphoSite:Q9Z2Y8 PaxDb:Q9Z2Y8 PRIDE:Q9Z2Y8 Ensembl:ENSMUST00000033875 GeneID:114863 KEGG:mmu:114863 UCSC:uc009lht.1 InParanoid:Q9Z2Y8 NextBio:368857 PRO:PR:Q9Z2Y8 ArrayExpress:Q9Z2Y8 Bgee:Q9Z2Y8 CleanEx:MM_PROSC Genevestigator:Q9Z2Y8 Uniprot:Q9Z2Y8)

HSP 1 Score: 207.608 bits (527), Expect = 4.765e-64
Identity = 106/242 (43.80%), Postives = 158/242 (65.29%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ +    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  LS + T+ S+K+A+K+ ++   +  +    V+VQ+NTSGE++K G+ P  ET  +V +I   C +L FVGLMTIG++   L  G  NP F  L   R  +     +    + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQSVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYGHGQRTFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMAVPNLSMLETVDSVKLADKVNSSWQKKGPTEPLKVMVQINTSGEDSKHGLLPS-ETIAVVEHIKASCPSLEFVGLMTIGSFGHDLSQG-PNPDFQRLLTLRRELCEKLGIPVEQVELSMGMSMDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:CG1983 species:7227 "Drosophila melanogaster" [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 EMBL:AE014297 GO:GO:0030170 eggNOG:COG0325 GeneTree:ENSGT00390000004928 KO:K06997 OrthoDB:EOG712TX0 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 OMA:PTDIRWH EMBL:BT003497 RefSeq:NP_651776.2 UniGene:Dm.16302 SMR:Q9VA97 IntAct:Q9VA97 MINT:MINT-294288 EnsemblMetazoa:FBtr0085574 GeneID:43588 KEGG:dme:Dmel_CG1983 UCSC:CG1983-RA FlyBase:FBgn0039751 InParanoid:Q9VA97 GenomeRNAi:43588 NextBio:834722 PRO:PR:Q9VA97 Uniprot:Q9VA97)

HSP 1 Score: 184.496 bits (467), Expect = 2.454e-55
Identity = 101/248 (40.73%), Postives = 147/248 (59.27%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS----FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            M+   +   L+ VL++I       P + +    P L+AVSKTKP  ++I+AY+ GQR FGENY+QEL +KS  P++  +CPDI WHFIG++QS  ++K+L V  L  I T+ S K+A K+  A   R  +      VL+Q+NTSGE+ K G+   ++   L  YI +   +L  +G+MTIGA+      G  NP F+ L     S+    +L  + + +SMGMS+D + AI +GST VRVG  IFG R
Sbjct:    6 MAEFDVKAGLQHVLKRIDEVLLQRPKEVQ-AARPLLVAVSKTKPAEAVIEAYEGGQRDFGENYVQELEEKSRHPDILAKCPDIRWHFIGHMQSNKINKILSVPNLHMIQTVDSEKLATKLDAAWSKRQPTPEEPLQVLIQINTSGEDVKSGIE-AKDAPALYQYIKSNLKHLNLMGIMTIGAFGFDYSNG-PNPDFVSLMQVHRSICEAHSLAPDSVLVSMGMSNDFDKAIEMGSTVVRVGSSIFGHR 250
[Close]
BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:CHLREDRAFT_116897 "Predicted protein" species:3055 "Chlamydomonas reinhardtii" [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0030170 EMBL:DS496108 KO:K06997 InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 RefSeq:XP_001689869.1 ProteinModelPortal:A8HP79 EnsemblPlants:EDP09607 GeneID:5715016 KEGG:cre:CHLREDRAFT_116897 ProtClustDB:CLSN2687775 Uniprot:A8HP79)

HSP 1 Score: 182.956 bits (463), Expect = 9.892e-55
Identity = 117/257 (45.53%), Postives = 152/257 (59.14%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQ---ELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLK-VSXLSXIHTIGSLKIAEKIQNACLS---RSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPX-FIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            M+   I+  L+ VL +++ A E A  +T P     L+AVSKTKP  ++ +AY AGQRVFGENY+Q   E+LDK+  P L     D+ WHFIG++QS  V  +L+ V  L+ + T+ S K+A+K+     +   R+    V+VQVNTSGEE+K GV P E  S L  +I   C  LR  GLMTIG  D S       P  FI L   R +VA+   L    L LSMGMS D E AI +GST++RVG  IFGAREY  K
Sbjct:    1 MADKPIAAALQDVLSRMKQATERA-NRTHPV---RLVAVSKTKPAEALQEAYDAGQRVFGENYVQARCEMLDKA--PALPG---DVQWHFIGHLQSNKVKAVLEGVPNLAMVETVDSAKLADKLNKTLETVSGRTAPLAVMVQVNTSGEESKYGVEPTECVS-LAKHIAQNCPKLRLAGLMTIGMPDYS-----SRPECFICLSGCRDAVATELGLRPEQLELSMGMSGDFEQAIEMGSTNIRVGSTIFGAREYKPK 242
[Close]
BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:F09E5.8 species:6239 "Caenorhabditis elegans" [GO:0009792 "embryo development ending in birth or egg hatching" evidence=IMP] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0030170 EMBL:FO081044 eggNOG:COG0325 GeneTree:ENSGT00390000004928 HOGENOM:HOG000048983 KO:K06997 OMA:NVCIQVN InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 PIR:T15996 RefSeq:NP_495001.1 UniGene:Cel.15476 ProteinModelPortal:P52057 SMR:P52057 STRING:6239.F09E5.8 PaxDb:P52057 EnsemblMetazoa:F09E5.8.1 EnsemblMetazoa:F09E5.8.2 GeneID:173906 KEGG:cel:CELE_F09E5.8 UCSC:F09E5.8 CTD:173906 WormBase:F09E5.8 InParanoid:P52057 NextBio:881615 PRO:PR:P52057 Uniprot:P52057)

HSP 1 Score: 166.007 bits (419), Expect = 2.975e-48
Identity = 102/252 (40.48%), Postives = 139/252 (55.16%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFD---VLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            MS  ++ ++L  ++E +  A   + A  R +L    +AVSKTK    I   Y   QR FGENY+QEL +KS    L  +C DI WHFIG +QS  + K+     L  + T+ + K A            +     VLVQVNTSGE+ KGG+  GE    L  +I  EC NL+F G MTIG++D+S  +G +NP F +L   R + A     + + + LSMGMS D   AI  G+T VRVG ++FGAREY  K
Sbjct:    1 MSIEIVQKSLFNIIEAVADAVTASQATKRCRL----VAVSKTKSADLIEACYSQNQRHFGENYVQELEEKS--DVLASKCLDIRWHFIGQVQSNKIGKICNSPGLWCVETVETEKHARIFDKEWSKHGANLSPLRVLVQVNTSGEDNKGGIEIGE-APKLAEFIRKECQNLKFDGFMTIGSFDNSHASG-ENPDFEKLFKVRQTWAEQTGESADSVELSMGMSDDFLQAIHQGATSVRVGSKLFGAREYKNK 244
[Close]
BLAST of EMLSAG00000002765 vs. GO
Match: - (symbol:F09E5.8 "Proline synthase co-transcribed bacterial homolog protein" species:6239 "Caenorhabditis elegans" [GO:0030170 "pyridoxal phosphate binding" evidence=IBA] Pfam:PF01168 INTERPRO:IPR001608 PANTHER:PTHR10146 GO:GO:0030170 EMBL:FO081044 eggNOG:COG0325 GeneTree:ENSGT00390000004928 HOGENOM:HOG000048983 KO:K06997 OMA:NVCIQVN InterPro:IPR011078 PIRSF:PIRSF004848 TIGRFAMs:TIGR00044 PROSITE:PS01211 PIR:T15996 RefSeq:NP_495001.1 UniGene:Cel.15476 ProteinModelPortal:P52057 SMR:P52057 STRING:6239.F09E5.8 PaxDb:P52057 EnsemblMetazoa:F09E5.8.1 EnsemblMetazoa:F09E5.8.2 GeneID:173906 KEGG:cel:CELE_F09E5.8 UCSC:F09E5.8 CTD:173906 WormBase:F09E5.8 InParanoid:P52057 NextBio:881615 PRO:PR:P52057 Uniprot:P52057)

HSP 1 Score: 166.007 bits (419), Expect = 2.975e-48
Identity = 102/252 (40.48%), Postives = 139/252 (55.16%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFD---VLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            MS  ++ ++L  ++E +  A   + A  R +L    +AVSKTK    I   Y   QR FGENY+QEL +KS    L  +C DI WHFIG +QS  + K+     L  + T+ + K A            +     VLVQVNTSGE+ KGG+  GE    L  +I  EC NL+F G MTIG++D+S  +G +NP F +L   R + A     + + + LSMGMS D   AI  G+T VRVG ++FGAREY  K
Sbjct:    1 MSIEIVQKSLFNIIEAVADAVTASQATKRCRL----VAVSKTKSADLIEACYSQNQRHFGENYVQELEEKS--DVLASKCLDIRWHFIGQVQSNKIGKICNSPGLWCVETVETEKHARIFDKEWSKHGANLSPLRVLVQVNTSGEDNKGGIEIGE-APKLAEFIRKECQNLKFDGFMTIGSFDNSHASG-ENPDFEKLFKVRQTWAEQTGESADSVELSMGMSDDFLQAIHQGATSVRVGSKLFGAREYKNK 244
[Close]
BLAST of EMLSAG00000002765 vs. C. finmarchicus
Match: gi|592770293|gb|GAXK01184275.1| (TSA: Calanus finmarchicus comp135172_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 208.379 bits (529), Expect = 1.815e-64
Identity = 116/243 (47.74%), Postives = 151/243 (62.14%), Query Frame = 0 
Query:    7 ISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQXXXXXXXXXXXXXXXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGX--DNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREY 247
            ++ENL  +  ++  A+    A       P L+AVSKTKPK  II+AY AG R FGENY+QEL++KS D E+  +CP+I WHFIGN Q+     ++K   LS I T+ S K+A K+ N    ++    VLVQVNTSGE  K G+ P E     V +IL +C NL+F GLMTIG   +SL A    +NP F  L   R  V+   N++E D+ LSMGMS+D E AI +GST+VRVG  IFGAR Y
Sbjct:   64 VTENLSLISSRVTTAFAAKSATAPAAQAPRLVAVSKTKPKEMIIEAYAAGHRHFGENYVQELVEKSGDAEMLEKCPEIKWHFIGNCQANKAKAVMKCPNLSIIETVTSTKLATKLNNQA-DKNSKIGVLVQVNTSGEANKNGLEPSEAIE-TVKFILEKCPNLKFSGLMTIGNLGNSLAASNVGENPDFSTLSNVRKQVSEATNISEADMELSMGMSNDFEEAIRMGSTNVRVGSSIFGARNY 786
[Close]
BLAST of EMLSAG00000002765 vs. C. finmarchicus
Match: gi|592827863|gb|GAXK01129016.1| (TSA: Calanus finmarchicus comp4310538_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 30.0314 bits (66), Expect = 2.756e+0
Identity = 13/32 (40.62%), Postives = 20/32 (62.50%), Query Frame = 0 
Query:    9 ENLKGVLEKIRVAYENAPAQTRPKLLPNLIAV 40
            EN+  +++   +AYEN P  TR K +PNL+  
Sbjct:   73 ENMDSLVD---MAYENEPVLTRTKKMPNLLKT 159
[Close]
BLAST of EMLSAG00000002765 vs. L. salmonis peptides
Match: EMLSAP00000002765 (pep:novel supercontig:LSalAtl2s:LSalAtl2s15:219954:287791:-1 gene:EMLSAG00000002765 transcript:EMLSAT00000002765 description:"maker-LSalAtl2s15-augustus-gene-2.16")

HSP 1 Score: 499.204 bits (1284), Expect = 1.754e-180
Identity = 251/251 (100.00%), Postives = 251/251 (100.00%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKKD 251
            MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKKD
Sbjct:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKKD 251
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|12230426|sp|O94903.1|PROSC_HUMAN (RecName: Full=Proline synthase co-transcribed bacterial homolog protein)

HSP 1 Score: 213.001 bits (541), Expect = 1.558e-67
Identity = 111/243 (45.68%), Postives = 161/243 (66.26%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS---FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+K+ N+   R  S     V+VQ+NTSGEE+K G+ P  ET  +V +I  +C NL FVGLMTIG++   L  G  NP F  L   R  +    N+  + + LSMGMS+D ++A+ +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYGHGQRTFGENYVQELLEKASNPKILSLCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSVKLADKV-NSSWQRKGSPERLKVMVQINTSGEESKHGLPPS-ETIAIVEHINAKCPNLEFVGLMTIGSFGHDLSQG-PNPDFQLLLSLREELCKKLNIPADQVELSMGMSADFQHAVEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|115311845|sp|Q3T0G5.1|PROSC_BOVIN (RecName: Full=Proline synthase co-transcribed bacterial homolog protein)

HSP 1 Score: 209.92 bits (533), Expect = 2.007e-66
Identity = 108/242 (44.63%), Postives = 156/242 (64.46%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  LS + T+ S+K+A+K+ +A   +       V+VQ+NTSGE +K G+ P  E + LV +I  +C +L FVGLMTIG++   L  G  NP F  L   R  +          + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYSHGQRTFGENYVQELLEKASNPQILSSCPEIKWHFIGHLQKQNVNKLMAVPNLSMLETVDSVKLADKVNSAWQKKGSPERLKVMVQINTSGEASKHGLPPA-EMAALVEHINAKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQVLLSLREELCRKLGAPPEQVELSMGMSVDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|12230502|sp|Q9Z2Y8.1|PROSC_MOUSE (RecName: Full=Proline synthase co-transcribed bacterial homolog protein)

HSP 1 Score: 207.608 bits (527), Expect = 1.558e-65
Identity = 106/242 (43.80%), Postives = 158/242 (65.29%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ +    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  LS + T+ S+K+A+K+ ++   +  +    V+VQ+NTSGE++K G+ P  ET  +V +I   C +L FVGLMTIG++   L  G  NP F  L   R  +     +    + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQSVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYGHGQRTFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMAVPNLSMLETVDSVKLADKVNSSWQKKGPTEPLKVMVQINTSGEDSKHGLLPS-ETIAVVEHIKASCPSLEFVGLMTIGSFGHDLSQG-PNPDFQRLLTLRRELCEKLGIPVEQVELSMGMSMDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|75041031|sp|Q5R4Z1.1|PROSC_PONAB (RecName: Full=Proline synthase co-transcribed bacterial homolog protein)

HSP 1 Score: 203.756 bits (517), Expect = 6.082e-64
Identity = 108/242 (44.63%), Postives = 157/242 (64.88%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++    P+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A K+ ++   +       V+VQ+NTSGEE+K G+ P  ET  +V +I  +C NL FVGLMTIG++   L  G  NP F  L   R  +    N+  + + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVALRP-RDLPAIQPRLVAVSKTKPADMVIEAYGHGQRTFGENYVQELLEKASNPKILSLGPEIKWHFIGHLQKQNVNKLMAVPNLFVLETVDSVKLAGKVNSSWQKKGSPERLKVMVQINTSGEESKHGLPPS-ETIAIVEHINAKCPNLEFVGLMTIGSFGHDLSQG-PNPDFQLLLSLREELCKKLNIPADQVELSMGMSVDFQHAIEVGSTNVRIGSMIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|1731185|sp|P52057.1|PROSC_CAEEL (RecName: Full=Proline synthase co-transcribed bacterial homolog protein)

HSP 1 Score: 166.007 bits (419), Expect = 1.401e-49
Identity = 102/252 (40.48%), Postives = 139/252 (55.16%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFD---VLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            MS  ++ ++L  ++E +  A   + A  R +L    +AVSKTK    I   Y   QR FGENY+QEL +KS    L  +C DI WHFIG +QS  + K+     L  + T+ + K A            +     VLVQVNTSGE+ KGG+  GE    L  +I  EC NL+F G MTIG++D+S  +G +NP F +L   R + A     + + + LSMGMS D   AI  G+T VRVG ++FGAREY  K
Sbjct:    1 MSIEIVQKSLFNIIEAVADAVTASQATKRCRL----VAVSKTKSADLIEACYSQNQRHFGENYVQELEEKS--DVLASKCLDIRWHFIGQVQSNKIGKICNSPGLWCVETVETEKHARIFDKEWSKHGANLSPLRVLVQVNTSGEDNKGGIEIGE-APKLAEFIRKECQNLKFDGFMTIGSFDNSHASG-ENPDFEKLFKVRQTWAEQTGESADSVELSMGMSDDFLQAIHQGATSVRVGSKLFGAREYKNK 244
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|284018110|sp|Q1ZXI6.2|PROSC_DICDI (RecName: Full=Proline synthase co-transcribed bacterial homolog protein)

HSP 1 Score: 148.288 bits (373), Expect = 1.153e-42
Identity = 98/228 (42.98%), Postives = 128/228 (56.14%), Query Frame = 0 
Query:   37 LIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFD-----------VLVQVNTSGEEAKGGVRPGEETSGLVGYIL--NECHN-LRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+AVSKTKP   I   Y  G R FGENYIQEL+ KS   E   E  +I WHFIG+IQS     L  V  L  + T+ + KI +K+  + L+   + +           +++QVNTSGEE+K G +P EE   LV + L  N C N L F+GLMTIG  +    A  D P F  L   + +++   N+  + + LSMGMS D E AI  GST VRVG  IFG R+Y+ K
Sbjct:   35 LVAVSKTKPTEMIRILYDKGHRHFGENYIQELVSKS---EELSELNEIKWHFIGSIQSNKSKILTSVKNLYVVETVENKKILDKLAKSLLNNEENNNNNNNNNNKKLNIMIQVNTSGEESKSGCKP-EECLDLVKHCLEDNNCKNSLNFLGLMTIGNPN----ATPDQPDFKCLVDCKNNISKQLNIPLDSIELSMGMSHDFEPAIEFGSTSVRVGSAIFGERDYSNK 254
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|74625289|sp|Q9P6Q1.1|YKC9_SCHPO (RecName: Full=UPF0001 protein C644.09)

HSP 1 Score: 142.895 bits (359), Expect = 1.058e-40
Identity = 94/220 (42.73%), Postives = 121/220 (55.00%), Query Frame = 0 
Query:   37 LIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDK-SLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHN------LRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAK 249
            L+AVSK  P  ++++AY AGQR FGENY+QE L K  L P+      D+ WHFIG++QS    K+  V  L  I TI + K A  + +A  +  L  +V +QVNTSGEE KGGV P +        +L  C        LR  GLMTIG+  +S +    NP F  L   R S+ +   +    L+LSMGMSSD   AI  GS  VRVG  IFG+R   K
Sbjct:   26 LVAVSKFHPVETLMEAYNAGQRHFGENYMQEFLKKVELMPD------DVQWHFIGSLQSSKCKKIASVKNLYSIETIDTEKKARLVNSAREALQLPLNVYIQVNTSGEENKGGVTPSK--------VLELCKQVQDMKYLRLKGLMTIGSISNS-QLSDHNPDFQVLSDLRESLQNELGIP---LQLSMGMSSDYLLAIKYGSDSVRVGSSIFGSRPTEK 227
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|1730919|sp|P52055.1|YPI1_VIBAL (RecName: Full=UPF0001 protein in pilT-proC intergenic region; AltName: Full=ORF1)

HSP 1 Score: 138.272 bits (347), Expect = 6.112e-39
Identity = 96/246 (39.02%), Postives = 136/246 (55.28%), Query Frame = 0 
Query:    5 SVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPD--ISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYA 248
            S I +N++ +  +IR  Y+       P+ +  L+AVSKTKP  +I++AY+AGQ  FGENY+QE + K          PD  I WHFIG IQS N S+L+       +HTI   KIA+++ +   S      VL+QVNTSGE +K GV   E     +  +++   NL   GLM+I A  S  E+      F +L   + ++ + F   +    LSMGMS D+  AI  GST VR+G  IFGAR+Y+
Sbjct:    2 SSIQQNIEHITSQIR--YDEQKCGRTPESV-QLLAVSKTKPVEAILEAYQAGQTAFGENYVQEGVSKV--QHFAEHYPDNRIEWHFIGPIQS-NKSRLV-AEHFDWVHTIDRTKIAQRLNDQRPSELKPLQVLIQVNTSGEASKSGVTEAEVFE--LAELISRLPNLTLRGLMSIPANVSDYESQLHE--FQKLATLKQTLEAQFPEIDT---LSMGMSGDMTAAIEAGSTMVRIGTAIFGARDYS 233
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|586419|sp|P38197.1|YBD6_YEAST (RecName: Full=UPF0001 protein YBL036C)

HSP 1 Score: 134.42 bits (337), Expect = 3.251e-37
Identity = 83/214 (38.79%), Postives = 119/214 (55.61%), Query Frame = 0 
Query:   37 LIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKS-LDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVL---VQVNTSGEEAKGGVRPGEETSGLVGYILN-ECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            L+ VSK KP   I   Y  G R FGENY+QEL++K+ L P+      DI WHFIG +Q+     L KV  L  + TI SLK A+K+  +        + +   VQ+NTS E+ K G+    E   ++ + L+ EC  ++  GLMTIG+++ S E   +N  F  L   +  + + F  +   L+LSMGMS+D   AI  G+ +VR+G  IFGAR
Sbjct:   44 LLVVSKLKPASDIQILYDHGVREFGENYVQELIEKAKLLPD------DIKWHFIGGLQTNKCKDLAKVPNLYSVETIDSLKKAKKLNESRAKFQPDCNPILCNVQINTSHEDQKSGLNNEAEIFEVIDFFLSEECKYIKLNGLMTIGSWNVSHEDSKENRDFATLVEWKKKIDAKFGTS---LKLSMGMSADFREAIRQGTAEVRIGTDIFGAR 248
[Close]
BLAST of EMLSAG00000002765 vs. SwissProt
Match: gi|6226352|sp|O66631.1|Y274_AQUAE (RecName: Full=UPF0001 protein aq_274)

HSP 1 Score: 131.339 bits (329), Expect = 2.647e-36
Identity = 94/240 (39.17%), Postives = 129/240 (53.75%), Query Frame = 0 
Query:    9 ENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXD-NPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREY 247
            E L  VLE+I+ A E A    R +    L+  SKT P   I + Y  G +V+GEN +QE L K    E  ++  D+ WHFIG +Q+  V  L+    +  IH++    +A++IQ      ++  DVL++VN  GEE KGGV P E    L  Y L E  N++ +GLMTI  Y   LE   D  P F +LR  R  +   +N+      LSMGMS D E AI  G+T VR+G  +FG R+Y
Sbjct:    5 ERLSRVLERIQKACERA---GRGENCAKLLGASKTVPPEVIREFYNCGLKVYGENRVQEFLKKY---EALKDL-DLEWHFIGRLQTNKVKYLM--GKVVLIHSLDRKNLADEIQKRAFKNNIVQDVLIEVNVGGEETKGGVEP-ENLKELFEYTL-ELPNVKVLGLMTIPPY---LENPEDVRPYFRKLRELRDELQREYNVALP--HLSMGMSHDFEVAIEEGATIVRIGTLLFGERKY 228
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: gb|EEC09974.1| (proline synthetase associated protein, putative [Ixodes scapularis])

HSP 1 Score: 203.371 bits (516), Expect = 1.836e-64
Identity = 117/252 (46.43%), Postives = 154/252 (61.11%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNAC--LSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            +M+   I++ L+ V EK+  A     ++ R      L+AVSKTKP   +I AY+ GQR FGENYIQEL +K+  PE+Q  CP+I WHFIG +Q   V+KL KV  L  + T+ S K A  + N+C  L+     +V+VQVNTSGEE K GV P +E + LV ++L EC NL+F GLMTIG  +    AG  NP F+ L   R  +    NL    + LSMGMS+D E A+ +GST+VRVG  IFG R Y  K
Sbjct:    4 IMAEVEIAKALQLVREKVVAA-----SKERSGPPARLVAVSKTKPAELLIAAYEEGQRHFGENYIQELEEKANSPEIQTACPEIKWHFIGRLQRNKVAKLAKVPNLFMVETLESSKTAMAL-NSCWALNGLPPLNVMVQVNTSGEEQKNGVEP-KEAASLVEFVLKECPNLKFSGLMTIGMAEYDATAG-PNPDFVSLLKSREELCKELNLDVGAVELSMGMSADYEEAVRMGSTNVRVGSTIFGPRNYPAK 247
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: EFX86441.1 (hypothetical protein DAPPUDRAFT_313114 [Daphnia pulex])

HSP 1 Score: 202.216 bits (513), Expect = 4.408e-63
Identity = 117/251 (46.61%), Postives = 148/251 (58.96%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNAC--LSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGA--YDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREY 247
            M +S  I ENL+ V  K+  A      +      P L+AVSKTKP   +I+AY  GQR FGENYI EL  KS DP++  ECPDI WH IG++QS  + KL  V  L  + TI S+KIA+ +  +   L++     V+VQV TS EE K GV P E    L  +I+ +C  L F GLMTIGA  YD SL     NP F+++      +    +L +  L LSMGMSSD E+AI LGST+VRVG  IFG REY
Sbjct:    1 MTTSQYIKENLEFVKAKMMAASLKRVQEAAAFKAPTLVAVSKTKPVDDVIEAYHGGQRHFGENYIPELGGKSTDPKILEECPDIRWHMIGHLQSNKMKKLASVQNLYMVETIDSVKIADALNKSWIKLNKMEKLKVMVQVKTSDEETKSGVEPSEAIK-LAKFIIEKCPELEFCGLMTIGASNYDVSL---GPNPDFLKMIECHKEITCIPDLPKESLELSMGMSSDYEHAIELGSTNVRVGSLIFGQREY 247
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: EGK97524.1 (AGAP001621-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 189.504 bits (480), Expect = 6.920e-59
Identity = 112/263 (42.59%), Postives = 154/263 (58.56%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKI------RVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIA-------EKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            +M+   +   ++  L+KI      R+A  NAP        P LIAVSKTKP   I++AY  GQR FGENY+QEL++K+ D  +   C DI WHFIG++QS  ++K++ +  L  I T+ S+K+A       EK++     +    +VLVQ+NTSGE+ K GV+P E+  GL  Y+L++C NL   G+MTIG +      G  NP F  L   +  + STF     +L++SMGMS D   AI  GST VRVG  IFGAR  AKK
Sbjct:    5 VMAEVDVKLGIRQTLQKIEETYNKRLALSNAPK-------PLLIAVSKTKPVDLILNAYSVGQRDFGENYVQELVEKANDARILEHCQDIRWHFIGHLQSNKINKVINLPNLHMIQTVHSIKLAEGLNKAWEKVKAENAEKKQQLNVLVQINTSGEDEKNGVQP-EDAVGLFRYVLDKCPNLNCEGVMTIGRFGHDYTTGP-NPDFGTLMKCQQDICSTFERDPAELQVSMGMSDDFVQAIEAGSTIVRVGSSIFGAR--AKK 256
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: EAA00912.5 (AGAP001621-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 189.504 bits (480), Expect = 6.920e-59
Identity = 112/263 (42.59%), Postives = 154/263 (58.56%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKI------RVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIA-------EKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            +M+   +   ++  L+KI      R+A  NAP        P LIAVSKTKP   I++AY  GQR FGENY+QEL++K+ D  +   C DI WHFIG++QS  ++K++ +  L  I T+ S+K+A       EK++     +    +VLVQ+NTSGE+ K GV+P E+  GL  Y+L++C NL   G+MTIG +      G  NP F  L   +  + STF     +L++SMGMS D   AI  GST VRVG  IFGAR  AKK
Sbjct:    5 VMAEVDVKLGIRQTLQKIEETYNKRLALSNAPK-------PLLIAVSKTKPVDLILNAYSVGQRDFGENYVQELVEKANDARILEHCQDIRWHFIGHLQSNKINKVINLPNLHMIQTVHSIKLAEGLNKAWEKVKAENAEKKQQLNVLVQINTSGEDEKNGVQP-EDAVGLFRYVLDKCPNLNCEGVMTIGRFGHDYTTGP-NPDFGTLMKCQQDICSTFERDPAELQVSMGMSDDFVQAIEAGSTIVRVGSSIFGAR--AKK 256
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: gb|EFA09643.1| (Proline synthase co-transcribed bacterial homolog protein-like Protein [Tribolium castaneum])

HSP 1 Score: 188.734 bits (478), Expect = 9.574e-59
Identity = 110/252 (43.65%), Postives = 146/252 (57.94%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSL--------SFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            MS   +   L+ VLE+I  A    P + R K  P L+AV+KTKP   I+ AY+AGQR FGENY+QEL +KS  P +  +C +I WHFIG++Q+  ++K+L    L  + T+ S K+A     A L++S           +V+VQ+NTS EE K G+ P  E   L  ++LNEC NL   GLMTIG +   +  G  NP F+ LR  R  V     L    + LSMGMS   E+AI LGST+VRVG  IFG R
Sbjct:    1 MSEIDVKLGLRKVLERIEQASLKTPQELRCKP-PRLVAVTKTKPVELIVQAYEAGQRHFGENYVQELEEKSHHPLILEKCKEIKWHFIGHLQTNKINKVLATPNLYMVETVHSQKLA-----ANLNKSWPKFGPLDSKLNVMVQINTSAEEEKSGIEPN-EVVDLTKFVLNECPNLHLEGLMTIGKFGYDISNG-PNPDFLTLRSCRDRVCRELGLDWKTVELSMGMSDGYEHAIELGSTNVRVGTAIFGER 244
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: AHN57601.1 (CG1983, isoform B [Drosophila melanogaster])

HSP 1 Score: 184.496 bits (467), Expect = 4.658e-57
Identity = 101/248 (40.73%), Postives = 147/248 (59.27%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS----FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            M+   +   L+ VL++I       P + +    P L+AVSKTKP  ++I+AY+ GQR FGENY+QEL +KS  P++  +CPDI WHFIG++QS  ++K+L V  L  I T+ S K+A K+  A   R  +      VL+Q+NTSGE+ K G+   ++   L  YI +   +L  +G+MTIGA+      G  NP F+ L     S+    +L  + + +SMGMS+D + AI +GST VRVG  IFG R
Sbjct:    6 MAEFDVKAGLQHVLKRIDEVLLQRPKEVQ-AARPLLVAVSKTKPAEAVIEAYEGGQRDFGENYVQELEEKSRHPDILAKCPDIRWHFIGHMQSNKINKILSVPNLHMIQTVDSEKLATKLDAAWSKRQPTPEEPLQVLIQINTSGEDVKSGIE-AKDAPALYQYIKSNLKHLNLMGIMTIGAFGFDYSNG-PNPDFVSLMQVHRSICEAHSLAPDSVLVSMGMSNDFDKAIEMGSTVVRVGSSIFGHR 250
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: AAF57017.2 (CG1983, isoform A [Drosophila melanogaster])

HSP 1 Score: 184.496 bits (467), Expect = 4.658e-57
Identity = 101/248 (40.73%), Postives = 147/248 (59.27%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS----FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            M+   +   L+ VL++I       P + +    P L+AVSKTKP  ++I+AY+ GQR FGENY+QEL +KS  P++  +CPDI WHFIG++QS  ++K+L V  L  I T+ S K+A K+  A   R  +      VL+Q+NTSGE+ K G+   ++   L  YI +   +L  +G+MTIGA+      G  NP F+ L     S+    +L  + + +SMGMS+D + AI +GST VRVG  IFG R
Sbjct:    6 MAEFDVKAGLQHVLKRIDEVLLQRPKEVQ-AARPLLVAVSKTKPAEAVIEAYEGGQRDFGENYVQELEEKSRHPDILAKCPDIRWHFIGHMQSNKINKILSVPNLHMIQTVDSEKLATKLDAAWSKRQPTPEEPLQVLIQINTSGEDVKSGIE-AKDAPALYQYIKSNLKHLNLMGIMTIGAFGFDYSNG-PNPDFVSLMQVHRSICEAHSLAPDSVLVSMGMSNDFDKAIEMGSTVVRVGSSIFGHR 250
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: XP_623518.1 (PREDICTED: proline synthase co-transcribed bacterial homolog protein [Apis mellifera])

HSP 1 Score: 183.341 bits (464), Expect = 1.139e-56
Identity = 110/245 (44.90%), Postives = 146/245 (59.59%), Query Frame = 0 
Query:   10 NLKGVLEKIRVAYENAPAQTRPK---LLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLS----RSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIG--AYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            NLK V  KI +A     A+  P+     P L+AVSK KP   I+DAYKAGQR FGENY+ ELL+K  DP +   C +I WHFIG++Q   V+KLL V  L  I +I + K+A  +  + ++     +L   V+VQVNTS E+ K G         LV +I+  C NL F+GLMTIG   YD S E    NP F+ L+  R +V+   ++    + LSMGMS+D E+A+ LGST+VRVG  IFG R
Sbjct:    7 NLKLVKNKITIA----SARRSPEYKYFEPRLVAVSKLKPVELIVDAYKAGQRHFGENYVNELLEKGNDPIILETCTNIHWHFIGHLQRNKVNKLLSVPNLYVIESIDNEKLASAVNTSWINYRKDENLKLKVMVQVNTSKEQEKNGCEIT-NVCPLVQHIIANCKNLEFIGLMTIGMFGYDYSKEP---NPDFLCLKECRENVSKQLDIDLKQIELSMGMSNDYEHAVELGSTNVRVGTAIFGER 243
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: EEB13214.1 (predicted protein [Pediculus humanus corporis])

HSP 1 Score: 174.481 bits (441), Expect = 1.670e-53
Identity = 103/245 (42.04%), Postives = 141/245 (57.55%), Query Frame = 0 
Query:    5 SVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQN---ACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXD-NPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            S I +NLK V E+IR A     A     + P L+AVSKTKP  SII+AY  GQR FGENY+QE+                 WHFIG++Q   V+KLL +  L  + T+ S K+A+ + N        +   ++ +QVNTSGEE+K G +P  ET  LV +I++ C +L  +GLMTIG YD+ L +    +P F  L   + ++    N+T +   LSMGMS+D E AI  GS++VRVG  IFG R
Sbjct:    2 STIQKNLKTVQERIRNACL-KRAVNLSNIEPRLVAVSKTKPIESIIEAYNCGQRHFGENYVQEI-----------------WHFIGHLQRNKVNKLLSIPNLFAVETVDSEKLADALNNYFSKTEDENKKINIFIQVNTSGEESKSGCKPN-ETCNLVKHIIDNCKHLNVMGLMTIGKYDNYLTSQDKIDPDFQCLIDCKDNICKNLNVTFDQFELSMGMSADFERAILAGSSNVRVGSLIFGGR 227
[Close]
BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Match: gb|KFM73868.1| (Proline synthase co-transcribed bacterial-like protein, partial [Stegodyphus mimosarum])

HSP 1 Score: 137.887 bits (346), Expect = 5.866e-40
Identity = 74/169 (43.79%), Postives = 100/169 (59.17%), Query Frame = 0 
Query:   81 CPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSL--SFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIG--AYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            CPDI WHFIG++QS  V+KLL V  L  + T+ S K+A+ +  A   +       +++QVNTSGEE+K G+ P +E   L  +++  CHNL  VG MTIG   YD +L     NP F+ L   +      FNL  +   LSMGMS D E+AI  GST +R+G  IFG+R
Sbjct:    2 CPDIKWHFIGHLQSNKVNKLLGVPNLYMLQTVDSKKLADAVDKAWAKKQEVDPLKIMIQVNTSGEESKSGISP-DELYELTQHVIGNCHNLSLVGFMTIGYAQYDLTLAP---NPEFLALANYKEIACQKFNLDADTFGLSMGMSHDFEHAIENGSTCIRIGSSIFGSR 166
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|225718710|gb|ACO15201.1| (Proline synthetase co-transcribed bacterial homolog protein [Caligus clemensi])

HSP 1 Score: 265.388 bits (677), Expect = 3.512e-86
Identity = 143/245 (58.37%), Postives = 172/245 (70.20%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSL-SFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAR 245
            MS+SV ++NL  VLEKIRV YE    +TR K LPNLIAVSKTKPK +II+AY AGQR FGENY+QELL+KS   EL+  CP+ISWHFIG++QSKNVSKLLKV  LS +HT+ S  +A+K+QNA  +R + S  VLVQVN SGE  KGGV  G E S LV YIL+ C  L F+GLM IGA       G +   F  +R  R  VA    + E  LRLS+GMS D+E A+  GSTD+R+GRQIFG R
Sbjct:    9 MSASV-ADNLMCVLEKIRVTYEKTSPETRSKNLPNLIAVSKTKPKENIIEAYNAGQRHFGENYVQELLEKST--ELESTCPEISWHFIGSLQSKNVSKLLKVRNLSVLHTLSSRSLADKLQNATQARDIPSLSVLVQVNVSGEANKGGVAFGPEVSALVSYILSSCPRLHFLGLMAIGA------PGEEKADFSRMRDLRRDVAQEHGINEESLRLSIGMSGDMETAVEYGSTDLRMGRQIFGER 244
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|1041549229|ref|XP_017303004.1| (PREDICTED: proline synthase co-transcribed bacterial homolog protein [Diaphorina citri])

HSP 1 Score: 224.942 bits (572), Expect = 7.217e-70
Identity = 118/242 (48.76%), Postives = 149/242 (61.57%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRS--LSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            +KG LEK+  A    P + +    P L+AVSKTKPK  II+AY  GQR FGENY+QELL+K  DPE+  +C DI WHFIG++QS  V K++KV  L  I TI   ++A ++ NA           V  Q+NTSGEE K G  P E    LV +++N C NL F GLMTIG Y    + G +    ++L   R  V    NL E+++ LSMGMSSD E+AI LGST+VRVG  IFG REYA K
Sbjct:   32 IKGTLEKVEQACARRPQELQWSR-PRLVAVSKTKPKELIIEAYNGGQRHFGENYVQELLEKGHDPEITSKCKDIRWHFIGHLQSNKVPKVIKVPNLEYIETIHDTRLATQVNNAWAKHQPDKKLKVFCQINTSGEENKHGAHP-EHAEALVSHVINSCPNLEFTGLMTIGKYGYDTKHGPNPDFLVKLAKCRKDVCKKLNLNESNVELSMGMSSDYEHAIELGSTNVRVGSSIFGEREYANK 271
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|1073706051|gb|JAT96082.1| (putative proline synthetase co-transcribed protein [Amblyomma aureolatum])

HSP 1 Score: 218.394 bits (555), Expect = 1.229e-67
Identity = 123/251 (49.00%), Postives = 155/251 (61.75%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSL-SFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            +MS   +  +L+ V EKI  A    P  T     P L+AVSKTKPK  +I AY  GQR FGENYIQELLDK+  PE+ R+CP I WHFIG +QS  V+KL K+  L    T+ S K A  + NA  S  L   +V+VQVNTSGEE K G+ PG + S LV +++ EC +L+F GLMTIG  +   +    NP F+ L   R  V +   L  +D+ LSMGMS+D E AI +GST+VRVG  IFG R YA K
Sbjct:    4 IMSEVDVVRSLQLVREKIAAAAAGLPGPT-----PRLVAVSKTKPKELVIAAYNEGQRNFGENYIQELLDKANSPEILRDCPQIKWHFIGRLQSNKVAKLPKIPNLFMAETLESQKTASALNNAWTSSGLPPLNVMVQVNTSGEEQKNGIEPG-DASQLVKFLMKECPSLKFAGLMTIGMAEH--DNTGPNPDFVCLAKCREQVCNELGLKVSDVELSMGMSADFEEAIRMGSTNVRVGSTIFGQRNYAPK 246
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|1012193706|ref|XP_016010777.1| (PREDICTED: proline synthase co-transcribed bacterial homolog protein isoform X1 [Rousettus aegyptiacus])

HSP 1 Score: 217.238 bits (552), Expect = 8.073e-67
Identity = 110/242 (45.45%), Postives = 161/242 (66.53%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+K+ ++   +  S    V+VQ+NTSGEE+K G+ P  ET  +V +I  +C +L FVGLMTIG++   L  G  NP F  L   R  +    N+T + + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LRAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYSHGQRSFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSMKLADKVNSSWQKKGSSERLKVMVQINTSGEESKHGLLPS-ETVAMVEHINTKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQMLLSLREELCKKLNITADQVELSMGMSMDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|1123986347|ref|XP_019603704.1| (PREDICTED: proline synthase co-transcribed bacterial homolog protein [Rhinolophus sinicus])

HSP 1 Score: 216.083 bits (549), Expect = 1.904e-66
Identity = 111/246 (45.12%), Postives = 162/246 (65.85%), Query Frame = 0 
Query:    7 ISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            I+  L+ V E+++ A    P    P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  LS + T+ S+K+A+K+ ++   +  S    V+VQ+NTSGEE+K G+ P  ET  +V +I  +C +L FVGLMTIG++   L  G  NP F  L   R  +    N+  + + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   13 IAFALRAVNERVQQAVARRPLDL-PAIQPRLVAVSKTKPADMVIEAYSHGQRTFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMVVPNLSMLETVDSVKLADKVNSSWQKKGSSERLKVMVQINTSGEESKHGLLPS-ETVAMVEHINAKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQMLLSLREELCKKLNIPTDQVELSMGMSVDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|514447427|ref|XP_005000480.1| (PREDICTED: proline synthase co-transcribed bacterial homolog protein [Cavia porcellus])

HSP 1 Score: 216.083 bits (549), Expect = 1.967e-66
Identity = 110/242 (45.45%), Postives = 158/242 (65.29%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSR--SLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L+ V E+++ A    P Q  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+++ N+   +       V+VQ+NTSGEE+K G+ P E  + LV ++  +C +L FVGLMTIG++   L  G  NP F  LR  R  +     +    + LSMGMS D ++AI LGST+VRVG  IFG R+Y+KK
Sbjct:   17 LRTVNERVQQAVARRP-QDLPAIQPRLVAVSKTKPAELVIEAYSHGQRTFGENYVQELLEKASNPKVLSSCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSVKLADRVNNSWQKKGSPEKLKVMVQINTSGEESKHGLPPSEMIA-LVEHLTAKCPSLEFVGLMTIGSFSHDLSQG-PNPDFQMLRSLRAELCEKLRIPTEQVELSMGMSGDFQHAIELGSTNVRVGTTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|586520690|ref|XP_006916375.1| (PREDICTED: proline synthase co-transcribed bacterial homolog protein [Pteropus alecto] >gi|759098723|ref|XP_011370491.1| PREDICTED: proline synthase co-transcribed bacterial homolog protein [Pteropus vampyrus])

HSP 1 Score: 215.312 bits (547), Expect = 3.576e-66
Identity = 110/242 (45.45%), Postives = 160/242 (66.12%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L  V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+K+ ++   +  S    V+VQ+NTSGEE+K G+ P  ET  +V +I  +C +L FVGLMTIG++   L  G  NP F  L   R  +    N+T + + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   17 LLAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYSHGQRSFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSMKLADKVNSSWQKKGSSERLKVMVQINTSGEESKHGLLPS-ETVAMVEHINTKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQMLLSLREELCKKLNITADQVELSMGMSMDFQHAIEVGSTNVRIGSTIFGERDYSKK 255
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|431902264|gb|ELK08765.1| (Proline synthetase co-transcribed bacterial like protein [Pteropus alecto])

HSP 1 Score: 215.312 bits (547), Expect = 3.737e-66
Identity = 110/242 (45.45%), Postives = 160/242 (66.12%), Query Frame = 0 
Query:   11 LKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLS--FDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            L  V E+++ A    P +  P + P L+AVSKTKP   +I+AY  GQR FGENY+QELL+K+ +P++   CP+I WHFIG++Q +NV+KL+ V  L  + T+ S+K+A+K+ ++   +  S    V+VQ+NTSGEE+K G+ P  ET  +V +I  +C +L FVGLMTIG++   L  G  NP F  L   R  +    N+T + + LSMGMS D ++AI +GST+VR+G  IFG R+Y+KK
Sbjct:   11 LLAVNERVQQAVARRP-RDLPAIQPRLVAVSKTKPADMVIEAYSHGQRSFGENYVQELLEKASNPKILSSCPEIKWHFIGHLQKQNVNKLMAVPNLFMLETVDSMKLADKVNSSWQKKGSSERLKVMVQINTSGEESKHGLLPS-ETVAMVEHINTKCPSLEFVGLMTIGSFGHDLSQG-PNPDFQMLLSLREELCKKLNITADQVELSMGMSMDFQHAIEVGSTNVRIGSTIFGERDYSKK 249
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BLAST of EMLSAG00000002765 vs. nr
Match: gi|929497739|ref|XP_005530873.2| (PREDICTED: proline synthase co-transcribed bacterial homolog protein [Pseudopodoces humilis])

HSP 1 Score: 214.927 bits (546), Expect = 3.967e-66
Identity = 111/252 (44.05%), Postives = 163/252 (64.68%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSR--SLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            M +   +   L+ V E+++ A    P Q  P + P L+AVSKTKP   +++AY+ GQR FGENY+QELL+K+ D  +   CPDI WHFIG++Q  NV+KL+ V  L  + T+ S+K+A+++ ++   +  S    V+VQVNTSGE++K G+ PG +T+  V +++N+C +L FVGLMTIG+    L  G  NP F  L   R  V    NL  + + LSMGMS+D ++AI +GST+VR+G  IFG R+Y+ K
Sbjct:    1 MAAGDGLGPALRAVTEQLQQAAARRP-QGLPAVQPRLVAVSKTKPAEMVLEAYRHGQRSFGENYVQELLEKASDSRILSSCPDIKWHFIGHLQKSNVNKLIAVPNLFMLETVDSVKLADRVNSSWQKKGSSQKLKVMVQVNTSGEDSKHGLPPG-DTTAAVEHVINKCPSLEFVGLMTIGSIGHDLSKG-PNPDFQVLLSLRQEVCDKLNLPVDKVELSMGMSTDFQHAIEVGSTNVRIGSTIFGERDYSNK 249
[Close]
BLAST of EMLSAG00000002765 vs. nr
Match: gi|260826782|ref|XP_002608344.1| (hypothetical protein BRAFLDRAFT_126227 [Branchiostoma floridae] >gi|229293695|gb|EEN64354.1| hypothetical protein BRAFLDRAFT_126227 [Branchiostoma floridae])

HSP 1 Score: 215.698 bits (548), Expect = 4.733e-66
Identity = 114/248 (45.97%), Postives = 156/248 (62.90%), Query Frame = 0 
Query:    2 MSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNAC--LSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREY 247
            M  S +   L+ VL++++ A    P    PK+ P L+AV+KTKPK  I+ AYKAGQR FGENY+QEL DK+ DPE+  +  DI WHFIG++Q   V+K+  +  L  + T+ S K+A  I  +   L R+    V++QVNTS EE K G  P E+   L  +++  C +L+ VG+MTIG YD  L  G  NP F  L   R ++  TFNL   D+ LSMGMS+D E+AI +GST++RVG  IFGAR+Y
Sbjct:    7 MVDSEVGRALRSVLDRVQTAAAKRPEHL-PKVQPRLVAVTKTKPKELILSAYKAGQRHFGENYVQELTDKASDPEIVGQLNDIRWHFIGHLQRNKVNKVTGIPNLYMVETVDSEKLATAINASWEKLGRTDRLKVMIQVNTSREEQKHGTSP-EKVCDLYKHVVENCPHLQAVGIMTIGVYDYDLRNGP-NPDFQVLLECRTNICQTFNLQPEDVELSMGMSTDFEHAIEVGSTNIRVGSTIFGARQY 251
[Close]
BLAST of EMLSAG00000002765 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold80_size398941-processed-gene-2.8 (protein:Tk02823 transcript:snap_masked-scaffold80_size398941-processed-gene-2.8-mRNA-1 annotation:"proline synthase co-transcribed bacterial homolog protein")

HSP 1 Score: 265.774 bits (678), Expect = 1.553e-89
Identity = 133/254 (52.36%), Postives = 173/254 (68.11%), Query Frame = 0 
Query:    1 MMSSSVISENLKGVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAY-DSSL---EAGXDNPXFIELRXXRVSVASTFNLTENDLRLSMGMSSDLENAICLGSTDVRVGRQIFGAREYAKK 250
            M S S I ENLK +L+++  AY+ +P   R   +P L+AVSKTKP+  II+AY+AGQR FGENY+QEL +KS DPE+  +CPDI WHFIG+ QS NV+K+LK   L+ + TI S+ +A KI   C     + ++LVQVNTSGEE K GV PG++T  LV +IL +C NL F GLMTIGAY +SSL   +    NP F++L+  R  VA    + E  L LSMGMS D   A+ +GST+VRVG  IFGAR+Y+ K
Sbjct:   19 MASESSIGENLKSILDRVHQAYDMSPDNVRANEMPRLVAVSKTKPRELIIEAYEAGQRTFGENYVQELQEKSNDPEILSKCPDIRWHFIGHCQSSNVNKILKSQNLALMETISSMTLANKIDARCRKEEKTLNILVQVNTSGEENKYGVAPGQDTIALVEHILEKCPNLTFKGLMTIGAYGNSSLDQTDTTKANPDFVKLKETRQKVADVLKVPEQTLELSMGMSHDFGEAVRMGSTNVRVGSSIFGARDYSNK 272
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BLAST of EMLSAG00000002765 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold26_size639921-snap-gene-1.0 (protein:Tk00733 transcript:maker-scaffold26_size639921-snap-gene-1.0-mRNA-1 annotation:"3-hydroxybutyryl- dehydrogenase")

HSP 1 Score: 70.0922 bits (170), Expect = 3.863e-14
Identity = 65/225 (28.89%), Postives = 92/225 (40.89%), Query Frame = 0 
Query:   13 GVLEKIRVAYENAPAQTRPKLLPNLIAVSKTKPKGSIIDAYKAGQRVFGENYIQELLDKSLDPELQRECPDISWHFIGNIQSKNVSKLLKVSXLSXIHTIGSLKIAEKIQNACLSRSLSFDVLVQVNTSGEEAKGGVRPGEETSGLVGYILNECHNLRFVGLMTIGAYDSSLEAGXDNPXFIELRXXRVSVASTFNLTENDL----RLSMGMSSDLENAICLGST 233
             +L+ +   ++N      P L   ++AVSKTKP   +  AY AGQRVFGEN IQE+  K      +    DI WH IG++Q   V  + +   L     I  + IAE                       E+ K G    E  + +   +L E  N++  GLM +  +   +          ++R     +   FN     L     LSMGMS D   AI  GST
Sbjct:  230 AILDVLYDGFKNPKYGASPLLATMVMAVSKTKPVPDLQTAYDAGQRVFGENKIQEMTQK-----WEVMPKDIQWHMIGHVQRNKVKYMAEYVAL-----IHGVHIAE-----------------------EDTKFGFDAEELDALMKNDLLAELANVKITGLMGMATFTEDIN---------QVRREFKGLKILFNQLGQQLSSLHTLSMGMSGDYLVAIEEGST 412
The following BLAST results are available for this feature:
BLAST of EMLSAG00000002765 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-4.964e-6645.68symbol:PROSC "Proline synthase co-transcribed bact... [more]
-6.290e-6644.21symbol:PROSC "Uncharacterized protein" species:982... [more]
-3.159e-6545.45symbol:Prosc "proline synthetase co-transcribed ho... [more]
-6.263e-6544.63symbol:PROSC "Proline synthase co-transcribed bact... [more]
-3.657e-6442.86symbol:PROSC "Uncharacterized protein" species:903... [more]
-4.765e-6443.80symbol:Prosc "proline synthetase co-transcribed" s... [more]
-2.454e-5540.73symbol:CG1983 species:7227 "Drosophila melanogaste... [more]
-9.892e-5545.53symbol:CHLREDRAFT_116897 "Predicted protein" speci... [more]
-2.975e-4840.48symbol:F09E5.8 species:6239 "Caenorhabditis elegan... [more]
-2.975e-4840.48symbol:F09E5.8 "Proline synthase co-transcribed ba... [more]

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BLAST of EMLSAG00000002765 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 2
Match NameE-valueIdentityDescription
gi|592770293|gb|GAXK01184275.1|1.815e-6447.74TSA: Calanus finmarchicus comp135172_c0_seq1 trans... [more]
gi|592827863|gb|GAXK01129016.1|2.756e+040.63TSA: Calanus finmarchicus comp4310538_c0_seq1 tran... [more]
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BLAST of EMLSAG00000002765 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000027651.754e-180100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s15:219954... [more]
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BLAST of EMLSAG00000002765 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|12230426|sp|O94903.1|PROSC_HUMAN1.558e-6745.68RecName: Full=Proline synthase co-transcribed bact... [more]
gi|115311845|sp|Q3T0G5.1|PROSC_BOVIN2.007e-6644.63RecName: Full=Proline synthase co-transcribed bact... [more]
gi|12230502|sp|Q9Z2Y8.1|PROSC_MOUSE1.558e-6543.80RecName: Full=Proline synthase co-transcribed bact... [more]
gi|75041031|sp|Q5R4Z1.1|PROSC_PONAB6.082e-6444.63RecName: Full=Proline synthase co-transcribed bact... [more]
gi|1731185|sp|P52057.1|PROSC_CAEEL1.401e-4940.48RecName: Full=Proline synthase co-transcribed bact... [more]
gi|284018110|sp|Q1ZXI6.2|PROSC_DICDI1.153e-4242.98RecName: Full=Proline synthase co-transcribed bact... [more]
gi|74625289|sp|Q9P6Q1.1|YKC9_SCHPO1.058e-4042.73RecName: Full=UPF0001 protein C644.09[more]
gi|1730919|sp|P52055.1|YPI1_VIBAL6.112e-3939.02RecName: Full=UPF0001 protein in pilT-proC interge... [more]
gi|586419|sp|P38197.1|YBD6_YEAST3.251e-3738.79RecName: Full=UPF0001 protein YBL036C[more]
gi|6226352|sp|O66631.1|Y274_AQUAE2.647e-3639.17RecName: Full=UPF0001 protein aq_274[more]

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BLAST of EMLSAG00000002765 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 11
Match NameE-valueIdentityDescription
gb|EEC09974.1|1.836e-6446.43proline synthetase associated protein, putative [I... [more]
EFX86441.14.408e-6346.61hypothetical protein DAPPUDRAFT_313114 [Daphnia pu... [more]
EGK97524.16.920e-5942.59AGAP001621-PB [Anopheles gambiae str. PEST][more]
EAA00912.56.920e-5942.59AGAP001621-PA [Anopheles gambiae str. PEST][more]
gb|EFA09643.1|9.574e-5943.65Proline synthase co-transcribed bacterial homolog ... [more]
AHN57601.14.658e-5740.73CG1983, isoform B [Drosophila melanogaster][more]
AAF57017.24.658e-5740.73CG1983, isoform A [Drosophila melanogaster][more]
XP_623518.11.139e-5644.90PREDICTED: proline synthase co-transcribed bacteri... [more]
EEB13214.11.670e-5342.04predicted protein [Pediculus humanus corporis][more]
gb|KFM73868.1|5.866e-4043.79Proline synthase co-transcribed bacterial-like pro... [more]

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BLAST of EMLSAG00000002765 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|225718710|gb|ACO15201.1|3.512e-8658.37Proline synthetase co-transcribed bacterial homolo... [more]
gi|1041549229|ref|XP_017303004.1|7.217e-7048.76PREDICTED: proline synthase co-transcribed bacteri... [more]
gi|1073706051|gb|JAT96082.1|1.229e-6749.00putative proline synthetase co-transcribed protein... [more]
gi|1012193706|ref|XP_016010777.1|8.073e-6745.45PREDICTED: proline synthase co-transcribed bacteri... [more]
gi|1123986347|ref|XP_019603704.1|1.904e-6645.12PREDICTED: proline synthase co-transcribed bacteri... [more]
gi|514447427|ref|XP_005000480.1|1.967e-6645.45PREDICTED: proline synthase co-transcribed bacteri... [more]
gi|586520690|ref|XP_006916375.1|3.576e-6645.45PREDICTED: proline synthase co-transcribed bacteri... [more]
gi|431902264|gb|ELK08765.1|3.737e-6645.45Proline synthetase co-transcribed bacterial like p... [more]
gi|929497739|ref|XP_005530873.2|3.967e-6644.05PREDICTED: proline synthase co-transcribed bacteri... [more]
gi|260826782|ref|XP_002608344.1|4.733e-6645.97hypothetical protein BRAFLDRAFT_126227 [Branchiost... [more]

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BLAST of EMLSAG00000002765 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2
Match NameE-valueIdentityDescription
snap_masked-scaffold80_size398941-processed-gene-2.81.553e-8952.36protein:Tk02823 transcript:snap_masked-scaffold80_... [more]
maker-scaffold26_size639921-snap-gene-1.03.863e-1428.89protein:Tk00733 transcript:maker-scaffold26_size63... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s15supercontigLSalAtl2s15:219954..287791 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s15-augustus-gene-2.16
Biotypeprotein_coding
EvidenceIEA
NoteProline synthase co-transcribed bacterial homolog protein
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000002765 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000002765EMLSAT00000002765-698612Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s15:219954..287791-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000002765-685531 ID=EMLSAG00000002765-685531|Name=EMLSAG00000002765|organism=Lepeophtheirus salmonis|type=gene|length=67838bp|location=Sequence derived from alignment at LSalAtl2s15:219954..287791- (Lepeophtheirus salmonis)
ATGATGTCTTCCAGTGTTATATCAGAAAATCTCAAAGGGGTCTTAGAGAA
AATCCGAGTGGCCTATGAAAACGCTCCTGCTCAAACCCGCCCTAAACTTC
TACCAAACTTAATCGCCGTGTCAAAGACGAAGCCTAAAGGAAGTATCATC
GATGCTTATAAAGCAGGTCAAAGAGTCTTTGGAGAAAATTATATTCAGGT
AGATAATTTTTAGTTGATTCTTATTTTCCAAACTAGACGTAGTTTTTATT
CATTGTAATTGTCATTGATTTTCCGGTTTATTATATTAGAAAATTTTTCA
TGGACCTTCTCTTATTTGATTCTATTGTAATCAAGGGTTACGTCCTATTT
TTATATTATATACAAAATACAAAAATCTCAGAATATATTTAATAAAATAT
AAATTAGTATTGAATGACATGTTCATTTTTTTATCTAAATTATATCCACT
AAAACCAAGAGAATTGAGAGTTTTAATACTATTACTTATTTCTTGTATTA
AACAGTTATGTTTTGATTGCAAAGATGGTACCAAGTACAAAGGTACTTGT
CCCATAACTTAGAACTTATACTTGAGTATTCATGAAAAACGAGTACTTTT
ATACTTGGTTCAAAAATAGTACTCATAAATAATAAAGTACTATTTTACAG
AAAAATATTTCACCAATTTCGTTTAAAAATGTGTTAAAAACAATGAATAT
TTTCATCTATTGTAATAAGATGATTAATTATCTCTTCTTCATTTTTGACG
ATCAATTGTCTTCTTTGAAAAGAATTCCACAGCTAACTTCCACTAATAAA
CTTCCTATAAAAGTGAAATAACTCATAAAATGGGATTAAGACGAAACAAT
AAATAAATATATTCTTCATATTACTTAAATACATTGCAGGTCCTTGTAAA
TTACTTAAATACCTCAAGCAAATAAGTCTAATACTTGTACTTAGAATTTC
AATGAAGTACTTGTGATTGACTAAAGTACATTTAAAGGTACTTGGTTCCA
TCCCTGGTTGAATGTGTACTTTGTATTCTCGTAACTAATTGATTTTTTTT
CTTTTTTTTAGCAGTTCAAAACATATTTTATCTTCTTAGTGATAGTATAT
TTTTGTTTTGTTATCAATACCTAAATTAAGGGGGATCAATGGCCAATCCT
TTTTTAATGGTAGACCAAAATATAAGTTATATAAAAGTATATTCACCTAG
GTCAATGTTAATTAAATCCAATACTTTTGAAACGTTCAAAATAAAGCTAA
CTAAATTTACAAAGTGAAACACGATTTAAATATTTTTGTAGGCTTTTGTA
GTTTATATGGGATGATGCATGATTAATTAAAGGGATTGATATCCCGAATA
TAAACATTACACGTTGATCCAGCGCGAAAACATGTTATCTTGACAAAAGC
TTGAACTGTGATATTCAGCTTTCAAATATATGTTCGCCAATGTTGAAGCC
AGGAGATTCAAACTTTGCTATCATCACTAACATAATCTAATGACTAGATT
GTAAGTTTTTTAATTATTTATCCCTGTTATAAATACCAAATTTATCAAAT
AAACTTACTAGATAATACAATATTACAGGCAAATATTCACCAATAAACTG
TGCTATCTGATTTGGGTTCTATAATAAAGTTTACATTTCAAGGATATGTA
ATTATTTTATTAAACTAAGAGGTGATACAGTTTACCAAAAATGTTGTTTA
AAACTATTGAAGTGTTGTATTGTTATAATTATATTTGTTAAAAATTAGTA
TTATGGATTGGACACCACTCTAGCTAATAGTCAGTGTAAAATAGACACAA
TTTCTCTGACGGAATGCAACACTGCATTGCAAATAAAAATTGACTATTAA
TCGATAGCAAATCATAAAGTTCAAATCCCCAAAGTTACAGGGGAAGAAAT
AAGTATTTGATCCTTTGCGGATCTGATAAAGATTTTATATGGGATTGAGG
TTCGGAAACTGGCTGGACCACTCCATGACCTTAGTGTGCGTCTTCTTGAG
ACACTCATGTGTTGCTTCGCCCTTTATGTTTTGTGTTTTTGTCCTGCTGG
AAGACCAATTACACGACCTATTTTCAGTCCCTGCCCTCAGAAGGAGGTTA
TCGCTCAAGATTTCCGCTCTTCGATTATGTAAAGTAATTTTTCCCCCTTA
GCAGAGAATCACCCCCAAAATCACGATTATGTTTTCACTCTTATGCATGA
CGGTGAGAGTTACTTGGGATTATTCTTTTCGCATTCTTCCTCTAAACACT
TTTTTTGTTGATCATGTACATGAACATATATTACTCGTAATTGCGTGCAA
AAATTAATATTAATAGACCAAAATAAAATTGCTATTGGGTAATTAAAATG
GATGGTACATATATATGATATTTTAAGACGAAGAAATGACATCTTGTACA
ATCTGCTAGTAGAAGTTCAACTTGTACACAACATTTGCATAATATCATAT
TATTATTTAAATGATTTCAAGAGATACCTGTTGTGTGTATGGGTATAAAA
AGACTATCAAATAACTATGCTTTGCATACTCAATGTAATTTCAGGTCAAT
TTATGAAAAAAGGATTAGGGGATCAGTTACATGCTCTATTATATTACTAA
TTAATTATTATTTAGTGAGGAAGGAAGAAAGAAACGATGAGACATTGTAA
CTTGATTCACCTTGACACTATATATTCATATAATATATATTTTATCTTTT
TGTTTGTAAGACGTTTGATATTGTTTGTAATAACGTGTAAAATCGTACTA
TAATATAAATTTAGTAACTGTTTCTACAAAGAACATTGAAATACGAATGA
TTTATTTGTATTTTAGATCCGCATGAGTGGAAGGAAATTCGTATTTACCT
ATGTGTAATATATGTATGAAAAAATCTCGTTCTATTTTTCTAATCTCATC
AAATTCATAATTTTCCCCATGTGCTATCTCAAGTAGAAGGGGCTCTTGCG
AGGTTTCGTGGATTTAGTCATTTGTTCCGTGAATAAAATATGAGGATAGA
TTATAGGGGAGCCTGAGGAATTTTGTAATATGTTCTTTTTTTTTTTTTTT
CTCGAACATCAAAAAGGCTACAGCAATAAAATGTACATCACAATTGTATT
ATATAATGCAGATTATTGTTTAAAAAAAAAACAATTATTTTTGTCAGATT
TTCTTCAGGATATTGGACAAAAACTGTTTCAGGGGTAAAACTAGAGGGCA
CGGTGTTACATTACTAACACACAAAAAACATTATTTTTTTGTTGTTGTCA
GCTGTCGATGTCTCTGCTTCTTTTCCTCCAATCAGTCTTCTGATCGTTTT
GATTGTCTTAATTATAATTAGCTCTTATCAAGCTGTGAATACTTTTCAAC
AATCCTTGAATAATAATTCCATGATTGGGAAGAATTGACTAGCTTCCAAA
GGGGAATGAGCCTAGTAAATTAGCTTGTAAATAAGCGAGAGAGAGTGGCG
CCGTATTGCAACAAAATAATGCAACTCCCTCAATTATCATTATCACATAG
AAGAGACATCAGCGCCCTCTATACTCATATCATCCCAGGCTACAGAAAGT
CACACTTACCTTGCAGATAATATTTATTTTTCTGTTATATCATGTCCTAT
TGAGTTTGGGCCTTATTTATGCATCTTTTTTGGAGAAAAGTTGATCACGC
AACAATAAAGGTAACACATGAGGGATGTATCAGTTCCAAAGTTTTGACGT
CCCGTCCTAAATTTTAAGGAGCCATCCGAATTGGACGTAAAAATCCTCCT
ATACAACAATCTTTTAGAAATGATGTCATTATAAATCTAGCTTCTATAAA
CTTAACGAGTCTAATTTACATTTTGATGCGTCCTAAATTCAATATTACGT
CATGTGTGTTTAAGGGTATTTAAAGTTTGACTAAACTAATTCAATGGGTA
ATCTGAGATACTTTAATATAATATTAAGGAAAATTATGTATTGTAGAGGG
GGATTTATTATTTGGGACGTTTTGTAAGGACCAATAACTGGGACGAGACG
GATTTTAAGTACCTATAAACTCCTAAGTAAAAGTAGAGTTTAGGAGGATC
ATTATTTTATACAAAACTCACTCAGTGAGGAGAAGTTTGAGATATATTAA
TGCTCAATGGGATTTTGGGAGAGGCTAKAYCCCCTCCKGCCCACCCCCRG
ATGACGTATATTGTGTATAATTTTGTCGATTCTAAGTCACACCAGTTTGG
GGTGATTGAGTCAACAACAAAAAGGTCTTGCAAATTTTTCCCGTCTCCCC
TACTTTCATATTCATATATATTAAGGCAGACGAATCTTATCTTTTACGAA
TAAATCTATTATTGGATTCAGATATCCTTCAAAGTATGCTGTCAAATATT
AAAATATGATTACTCTGTATGCCTCAAGGATTTGTGTATAATTCGAGTAA
CTATATGTATTTTGTCAATACATTGTATATATTTTATTCTCGATATTTTA
CTCCAATAATAATAACTATTCTAAAGTTTATTCGTCACAAAAAAGTGTTT
GAATATATGTACATTTTTTTTCTATTTAAAAATGACTCTATCTTTTAATC
TGCATTGATAATACAGATTAATAATATTGGTTTAAATATTAATCTCTCTC
TTATAACATAGTATGATTATTTGTTTTTGAAGATTCACTTGCTACATTAT
TAAGTTGGAAATACAAATTTGTTGGATTAACAGCACCATTTATATCTTAT
TGGAATCATTTATGTCCCATTTAACTACAACTATGGATCCGACTCTACCT
ACTTCATTATACACATGTGGCCCGTCAACACAAAAGCAAACTAGAATNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTACATTTGTATTC
TGATACGAATAGTTATTGTCAATTTCTATCAACAAATTTAAATAATAGGT
CAAAAATTGACTTCAAATATTTCTATGAAACATTGGCTGTATCAGGGGCG
TCCGCAGGATTATAAATATATATATATATATTTTTTTTTAATCCAAAAAT
AATTTTTTTTTAAAATAAATTTCAAAAATCAACAACTGTTAAAAAAAACT
AATTTTTTGAATACAAAAATTTAATTCCAAAATATTACAATTTTTGGATT
TTTTTTTTGATAGATCCATAGCTATTCACCCAAAAATTTCAAGAATCCAC
AGCTCTTGACAAATAATTACATTTTTTGGAAAAATATTTTAAGAATGAAA
TTTCAAATATTAATTTTTTTTTTATCCTAACCAAAAAAATCTACTGAAGA
CGAAAGGAAACAATTTTTTTGAATGTCTTGTCTAATTAAAATCATTCTTT
TATTTTCTTAACGAAATAAAGACAAGATTAAATTAGACGAAGATGTCTTC
CATTTCTGTTTATAAAATATTTTGATTTATCCTCCGCCGGCACAGCAATT
TCCCCTTAAATGACACATAAATATCCGATCACAATAAAAGAAGTTGATTG
AATCTTCTTCTTTTTTTTTTTTTCAAATACACATTCTCCAAAATTTAGGT
AAAAGGGGCTTTATTATACTTGAATGAGAAGTCTTTCAATATAACTACCT
TTTATGTAACTCAAAAAGTACTCAAATATCCTAATAACATATAGAGTCAT
TCATGTCTAAAGATTTTTCATTAAGTTTTAAATAACACTGCTTTTATCAA
CTCAACAATCTTCTTTTTTTGTGTGTTTTATTTGAAGGCATATCCAAATA
TATCTAAAATATTTTCCTACATTCATACTTGTGTACTTATTCTCTTACTC
ACACAAATATAGTCTCTAACATTGTCAGCTGTTTCTCTACTTGATAGGGA
ATGAGCGTAGTTGACTTATATTAGTTTGTAAACAAGGCGACATTGAGTAG
CGCCGGTTTTTAATACAAGTCCCTATCTGAATAATGATTATCATTATCTG
GCCAAGGACTACTAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAC
TAGCACCCTCAATCAATNAGTATTTATATTAGCCAGAGATACATTGAGTC
ATACCACCTTGAGGATAATATATAATTTTGAGTTTTCTCGTGGTATATTA
TAGAAAGAGATGCTGGTATAACGGATGMAATTCGGATCTATTTCAATTCA
AACAGCTGCCTTCATTGTCATTTACATTATAAACAGTCCTACTGGTCATT
AGCTTACAAATCTCAGTTATATGGCCCGCACGAATTAAATGTGTGGCTTT
GATTAGTATGTCCGTCTCTGATACCATTTTTAGCTCAATTAAAAAATAAT
AATAAATTAAGTCTGGGATTATTTAAGGTGTGTTTTTTTATTTGAATTTT
AAAATATTAGTAAGTACTAAAGATTCTACATATTTTTATACTGATCAAGA
ATAAATATATTTGATTACCACAAAAGTTCAAATTCAGATCTACTAGAACC
CCATTCCCTGGTAACTATGTCCAAATTATTGATAAATGTATAAAAAGATT
TTTATAGGAATGGTATTTTTTGTTATGTTTTAGATGTGAGTTTACCTTTG
CATTGTAATCTATGAGATAAGCAATTGAAATATAGTTTTACTTGGGTATA
AGAGAAAAACAAAATAAAAAAAATGGTTGTTGACATTTTGACGTATTTCA
TAGATACTAAGTAGCTCCGGAATGTTTAAAATTAATGCGCCTTAGAACCA
CGGAATTTTGAACTTTATGAGTGTGGAAATTTTTAGTTTCGACCCCGTAT
AATGAATTTTGATGATCAGATTACTCTCAAATTACGTCTATGAGTCCCTT
CTCTATAATTCAGGCATGACCTCAAAGTGAACATTTTCTTATACTCATTT
CCCAAATCTTGTTTAAAATCCTTTAGATTTCAGCAAAATACCCCTCATAA
TGTATGTCAAACTAAAAAAGCTTCAATCTATTTCAAATGATTTAGACCAA
TTACATAGATTTCCAGAATTTTCAAATTTGTGAATATCTAAAGGATCTAT
AGAAAGACAAATTTGTCAACACTTATTAGTAGTTCTAACATTATTATTTA
TAAACACACTTTTGATGTTTGACCGCTGACAAAATTATGAATGGCGGMCG
ACAGAGGAATTTTAATTTAATAGACTCATCTCTAAGAATTTAATTTATTA
ATAGATATCTTTATTTAAACATGATTTTGTCATTTTAATCTTATTTAAAT
TATAATTATATTTGACGATTAAGATATTAACATGATTCTTTTTTGATAAA
TTGATCATTTTAATTATGATTCATTTGTTATAAAGAAAATATATGTATGT
GTACGGGGTGACTCATATGTGTTTGATGTTGAAAACTCGTAAACAGTTCG
TCTGACAAAAAATATATATTATTAAAACTTGTTCAACAACCCAATTGGCA
CATTTCAATATTTTAAGCAGAAAATTATAGGTGGCATGGATCTGGTTGAT
CTTGTTCTTGATGAAGAAAAGAAAACACGTTTTTTTCTCGTTCAAAATTG
GCTTTTTTTAAATTATTATCTGCTTTATAAAGTGGAGTCCCATAACGTTT
TTCAAGCCACTTTTGCTTAGCTTGAACGGCATACAAAAGCTGTATAATTT
TTTTTGTACTTAGTACAAAAACTCACAAACTAAAGAACAGGTTATCATGA
AATTTTGACAGCGGCCCCTTGAAGGTTGTTACTAACTGAAAATTAGGTTA
TTTTTTTAAAAAAAAGACGCCATCTATGTGTGAATTCCATGAATTTTCAA
CCCATGTGCTTAAATAATCAATTACATTTCAATCATCTGGGGAAGAATGT
GGGAACATTCCTTTGCTCAAACGTACAAGATCGCTGATAACCAATGTTAA
ATTTGCCGAATGGCCTCTCAAGCCAAAGTTTCAAGGGAGATAATTATGAG
AATTGTGACCTTCTGTAGTTTTAATCCTTTTTAATCGTTCCATATTAATA
TTAATAGATCTCTTTNNNNNNNNNNNNNNNNNNNNNNNNAATTATAGTTC
ATGCTATACTTAATGCTAGGATAATTGGTATGAAATTAAATACTGGTGGT
GTGTAAACATAAAATCAATCTTCAACAGAAGTCGAGAATAGGAGAAAAAT
TGTATTTAAATTTTAGCTGTAGTTTAGATACTTATATTGGTCCCAANNNN
NNTATATATGGACCCCCCCCCCCCGCCCCAAAAAAAAGAATTTTATATAT
TCTTACTAGAAAATGTAACATTTGACTTTTTTTTCAAAAAAATATTTGAA
ATTTAATTAAACTTTTCAAATTTTTTTCCACAAAATTTAATTTTTTGGTT
AATAGCTATTGATTTCTGAAATGACATTTTTCTCCCAAAAATTTAATATT
TGAATTTTTTTCACAAATAATTCAAATATTTAAAATTTAATTTTAGAATT
TTTTTCCCCAAAAACTTAAGTTATTATTCAACAGCTCTGGATTTTGGATT
TTTTTTTCCAAAAAAAATTAATTTTGTAAAAAAATTTTCTGAAAAATTAC
AAGCCRCCGCCCCCCAATATAATCCTTGGGACGCCCCTGATAGTAATCAC
TAGTGTGACTCTAGGAAAAGGATATGTGTAGCCCTCTATAAATCATTCTT
CAAATTATCAGAGATACCATGCTGATTTCGGTTTCTTTTTTTAACATACC
CGATATACAATGTATAATTATATGCTCTTGCTTGATACGGAGTGGGGGGG
ATTGTGTTTATTTCCTATCTCACATAATTGTGGTTAGCTAATTTAACATT
CTTCATATGTTCAGGTTTTATTATCAGGTTTCTATTTTTTTTTTTACATA
TGCTTTCCTTGTTTACTTATATTCCTTTGTCAACAAAGTGAACAAGGGGG
GCACCGTCTTTTGGCAAAATGATGCAACTCCCTAAATGCTGTTATTATTT
TATAAAAAATAACATTTACGTATGTCAAAATTCTTCTAAACATTCACAAG
CTACAGACTATCACTTGCGGATAGTATATATATATATATTAAGTCTCCTC
GTCCCCTATTGGGTTGTAGATCCTGAATCTGACTAAAATATACAAATGTA
CTTCAGCGTAAAAATTGGGAAAACTCTCAAACTTATTCATTTTTTCATTC
CACCCATGGTTTTTGAATTGGAAAGGCTTCTTAATTGTATGTAATCTTGC
ACGCGGGTAGTTGAGGAACTTGTTCTTGTAGAGGAAATAAAAAAAACTAT
TAACAAGCAAATATATATGCATATACGACGTAATTAAGTAGTCCCTAACA
TACGTAGAAGGTCTAATTAGCAGTTACTAATTATACATATTATGTGCATA
GGACTGTTGTTACACTTTTTATATGCATAATTACGTACGTTTAGTGTTGT
AAAGAATGTCCCCTTAGTCGCGTGCTGAATTTTTGTAGTTGGTAATCMGA
GCATCCGCGATTGACTACGGGGGGATGCTTAGGTTTGTAAATCGTAAGGA
TTTTCGCTATGTTGGAAAAGAAATCGGCTAATTTACAGTTTAAAGAATAT
ATGATAGGAGAGCAGTTTAGTCTTCACGGCGTTTCGCTGAATTAGCTGCG
AGAAACTGTAAGAGGAAGGAAATAAACACAAATCCCACCCTGTACACTTA
TACACTTATAACTTAAATACAAATAAATATAAATACAAACACCCTTTAGG
TTGCCAACAGCAAATACAGTTACACGCCATAAAAACCTTAGGATTTACAA
CTCTAGGGATAATACCCTCTCAATAAATCATTGTAGGGATATTTATTGTT
GTTTTAATCTTTTTAAAAACATTGTCAAAGATTTATCAAAAGGCCCCCCC
CCCCCAAAAAAACCCCTCTTAATAACTGACTTTTGTTTCAGGCCTATGCC
TGAACAGTGTTTTATAATTCATAAATCTTTTTACAGTCGAAAGTAACTAC
GTTTGCATGTGTTTCTGAAACATGTAGAGGACCATTGATTATTTTTTGGG
AATTTATAAGTAATTTTGTGTCGATCCAGTCGAGTTGTAGGACCGCTCCA
AAATCTCCAAAAACGTCAATGGTTTATTAAGTCAAATGAGAACAAATGTA
AAGAAAATTATGTTTTAATTATAATGCAATATAATACCTTTCTCCCAGAC
ACAGGTTTTTGTAAGCGGTGGTTCAAATATGAATACAAAAATCACATTTT
CTAAAACTATCTGTTCCTACTTTAACAAAGAAGTCATTTGACAAATTCCT
TACTAAAATAATATCTTACCCAACTAAATGAGTCAAAGTAATTAAAATAT
ATATTATGTACTTATTTATTGTGTTAATCTAAAACCTATTTAATTATTTT
GCAAGATATCCGAAAGAATGTTTAAATAATCATTTTTGTATATTTTTGGT
AGATTAATAGCTTTGTACTCTTGATATTGTATGATCGATTAAGTCTTAGA
TTAAGAAAAATAGTAGGAATTATTTTACAAAAATTACATTTATTTTTTAA
TGACTTTCATTAGGAGGTCCATGTTGGACTCATGAGCTCAGGGGCGTTAG
AACTAGAGTTGGATCACTCTAGAAATTATCGGGCTACGAAGGTCAAAATA
TGAGAATCTATACAATTTAGGTAATTCAATATATGTACTCATGAGAGCTA
AATGATGAGGGTTTGCTCATATATTGATCTCCAGCCATTTCCATGGAATA
CTCATAATTGTTACTATTAGAGGAAATTTCTTGGTCGTTTCTGTCGTATA
GGAGAGAATAAGGGTCCTTGAGATCAATTGTATTAGAGTTTAAAAATGAA
AATATCGCTTTATGTCCTCATAATATTTCGTCATGTCTGGAGGACAGTAA
TGAATGTTAGCATTAATTTTGTAAGTACTTAAAAATAATTAATAACATTA
TCGTCAGCTTATTTTTTATAAGGTGTCGAATCGAGAATGACGTCATTGAT
AAGTTGTAGAGGAATTATTTTACGTTTGAAAGTAATGTCGGGMTGGGCTT
TTCAGGGTTGTAAAAATTAGGTTCGGACGGGGGCTTTCGGGCTCAGGCCT
AGATGGAATCCACCTCTAGTCGGAACTCATTCATAATTCTATATTGTTCA
ATGCACAAAGATTGTGGTTACCGGTATATAACTCCTCCCATAACTTTTGT
CATTAATATTTATTCAGCAAACATATAAATAAAAAGTGTTTAGGTATTAG
TGTTGAGACCGATTTTTTCAAAACCAACAGTTCAGACTCTAGACCCTAAT
TTAATTGTTTTCAAATTGTGGATCGATGTTATGTCCACTCCTGATTTATG
AGTTGTACAATTAGTATGATTTACGTTCCACGTTAAACTTAATATGACGT
CATTGAAGGTGTATCTTAACAATTTGTTAACACATCTAACGTCATTAACA
ATTAATCTATTTTGAATATGTCTAGAACGAACTTTAAATTAGACCAATCC
AAATTAGAGGTGGATCGGCTAGAAAANATCGGGGGATGAGGMGGCAAAAT
ATGAGAGMCTACATTAAAAGTCATCCCTAATTTCAAATCGAAAATGACGT
CATCGATTAGTTGTAAAGGAATTATTTTACATTATAAAGAAATCTCGGGG
GCAGGAAAGCTCGTGCTTTTGAGGTTTGGCAAAATAAGGTTTGGACGGGG
GGCTTTCAGTCTCGGACATAGACCAAATCCACCTCTAATCCAGGCCGAAT
TCTTTTGTGAGACTGATTCAAAATAAACTTCGTTAGTGGACCAAATAATA
ATTACAGTGAAATTTAAGTGGTTTTTTGTATATTTTTAGAAGGAAGAATA
CATTTTTTAAATAGTGTTACCAATAATTTATTTTCAATTCTTATTCTATC
ACTAATGTGAGCAGTTTCTCTCTCTTTTTTTTATAGATAGAATCCCTGGT
TCTCATTTTTTAATATTATAACCCAATCGAACTTGCAACAAGGGACAAAC
GAGCTAATTTTTGATGGAACTGGGAGTTGTATAAATGTGATATACACAAC
ACGACTCGGGGGCTAGAAGTGTACTTGCGCAGCTCATATCAATAAAATAG
CAAAAAAACATTTAATTTGAGTGATTCTTTCATATGTATTAAACGTTTAA
TTTAGTGTCAATTATATAATAGTGATGCAGTTAAATTTTAGTTGCATTAT
GAAATAATCAAATGCTGGATTTCCCTGGTATTTTAAATGGCGTAAAATCA
CTGTAAAACGGGATCTGGAGGTCTTATATAGAGTAGTGAATAAACTACTA
TGTCGTGCCTTGATTTGGCGAATGAAGGAACCCTTACAAATCTTCAAAAG
CTTGTGTTTTGAGCTTCAAAACATGGGATTTTTATGGATATATATTTTGA
ATAATAGTATTTAATAGTAAGGTGACACGGCGCTCCCTTTTTAGAGGAGT
GCTCTGGTTCGTAAGCTCCCCGAAAATGTTCCAACATTCCGGGGTATAGC
TAACCTTATTAATCAGTCCTTTAGACGTCATGCATTAAGCAATTCTTTTT
AATAGTGTTGATTGATTCTAGCTAGTTCCGCTTTAAATATCTTGGTTCCG
ATGTGACCAAAGGGACGGGAATTGTAGTATCTTAGAGTTTAAGTAAGAGT
TTCCATAAGGAAGAAGATTTAATAGGATTTGTGGTGCATACATTCATCCT
CTTTAATGGGGTATGTACATTGTTTACTTATATTCAGAAGGAATTGCCGT
CATGTGGGAAAATATTGTAACTTTCTGAATGAGAATATTATTTAAAAAAA
AGAAAATAACATGTACGTGTGTTTCTCAAATAGTCAAATACTTCTGAGGA
TCAGCTATTTTTAAAACAACAAGCTACATACTGTCACACCACCTTGCGGA
TAATATACAAGTTTTTAGTTTGCTGGAATGTCCTATTCTTTTTTACCCCT
TAGAAGAGTCATAGTGTATTAATATTGCCTTGAATTGTGGTCTATTAAGC
GTGGAGAGAATATTTGTACATAGCTGAAAGCTTGGGCTTGATAAACKCCC
GGCTTGTTAGTATCACWAAGTAAGWAGAACTAACATCTCTCTTGGCCGCC
GCAACGATGAAAAGCTCTCATAATATTTTAGAGTAATAAGTAAGAAAAAC
AAAAAACCGAATACAACAACATTATTATGTAAAAAGAATGAGATTTATCC
CTTGGTATATTATTCTATATAGTCCATTAAGATGTCTGAGAAAATGTCTG
TCTCGTGGATAAGTGTAATTTGAACTCTGACGTATATGTACATATATAGT
TGATCTATAATAGTACTACTTACTCCATGTATTGTATACATTTTTACATT
TAAATCCCCCTCAAAAAACACAAAAAAAAAGAAAGACTTTTCTTTGCAAT
CTGATGTTTCAACATACGTAAATATATGAATTTTTCATATAAAAATCTGT
TTACGTCAGTCTATATACAACATTTTAAAATTATTAACTCCATATTTTTA
CACTGAGAAAATATACTCTTATTTGATGGAACTTCGAATGTCTACGTGTT
TAATACATGTAGTGCCATAGAGAAAGATATACACGAAGATGAAAACTGGA
TCTCGATTGGCAGTTTGGCATTTTAAGGCTGAAGTAGACAAATGTATACA
AATCGCAGCAATGAACGTGAGCTATTATGAACATTTATTGCTACACATCA
TATAAAAACATACAATCAGTAGGAACACATGTAAAAATAAATCTGGGTAC
CTCACAATAGTCTGCTGGATTAGGTATCCTTTTGCAGTCCTTAATTAACG
TGTGGTCTAGGGATCGTCCATTGTTCAGCCAGCTCCGATATTAGGATTCA
TTAAGAAACTGGAGAGGGAATGTCCTCGAAAAGGTTGAATATTGTCTAAA
AGCTATGTCCTCTCAATCATAAATTTAGGGCATTCATAAACCAGATGAAG
GGGTTCTTCATCTCTTAAACCACACCCACGACATAGTGGGCTAACTTCAT
GGTGCATAAGGTGATAGAGTCAGAGTAGGAAACAATGTCCAGAGGTAGGC
TGAACCAAGGAGTTCAGTTTTCCTTTAGAAAAATCCAAGAGATGCTTCCA
CCTCCCAAGTCTTACTCTTTGGAGTATCGCACAGCTTTGACGGGAATAGT
CAAGGCCATTTGTCTACCTAAGGGGTCGATATCTTCTCCCTAAGAGATGC
CCGCGGGATACCAACAATTTGTGTAGGAGGTTGATCCAGAGCTCTAGCTT
TGGCGCTCATATCAGCCACCTCCCTGTGACCTCTTATCGGATGAACGTCA
GCTATTGCTCTTTCCTCCCTTTTTTATTATTATTTTATAATTCGTGGTAG
CTAATATCTCCCTCTAAAAGAAGAATTATCATCTATCTATGGTGTAAATT
GATTAAAAATATAACAAATACAGGGTGATGACTCAAAAGTTATAATTCTC
TTCGAGGCAGTTTAGCCTCAGTTCTATTAGTCTGAAAATTATGTACTTGG
CGCCATAACAAATAACTGATAAAAAGATACCATTGAATGTATGTTTTGTT
TTTGTGCGATCAAAAATGTCCGAGCAACAAACAAAACGGCAGAGGGTGTG
CGATCTCCTCCACGCACACCATTTAGTCCGACAAGAAGATCTTCACAGTG
GACGCTGTTCTGAACAGGAGAAATGATTYCTTCTTAGCTAAATCAATAGC
TGAGGTCAAGTGCACCTTCAGTACCAAACATCCAGCTGAGTTCATGGTCC
TCGGCGTTGTGGCGTTCGCGGCAGCAAGGAGCCTCCCTACTTATTCAAGC
CCAATAAGAATGTCAACATGGACGTCTACTACAAGGTCCTCAGGTACCAT
GTCTTGCCATGGTTGCAGAGCACGTTCCGCAGAGACAACTATGTGTTTAT
TTAAGACGGTGCCCCGGTACACATGTTCAAGAAGGTGCAGCATTTCTTCA
TGGAGAACATGGCTACGTTCTGGCCTCCTTCTTRCTCACCCGACGTGAAT
CCCCTGGACTTTGTTGTTTGGAGCTTCTTGGAGGCAAGACAAACAAAACT
TCTCACTCGAATGTCGATGCCCTGAAGCCCTTGAGGAGTTGAACAACTTG
CCCTTAAACTTTATCAATACCCCTTTTGTCAGCGGATATATTTGCTCTAT
CATTCGGCCATCTGGTTACCTCTATATATTTCTTTTTCAAAATATGATTT
AGAACAATCAGAAATAGGTTTTAAAAATATATCCCTAACATATGTTTATA
TTGATTAAATTTACAAATGCGTTCCAGGGTTCAAGATTTAAATCATAACT
CTCTATATCCAAAGAAGTTATTTATTTTTTATTAATTTCACAAACTTTTT
GCTATCTATGAGTTTCAAAGTGTAATTATTTCATGCAGATTAAATTCTCA
AATTGGTTCAGAAATGCAATAATAAGGTATACAAAGGAAGGCAAAAGCTT
AAGCTATAGGCTTCTTGATTGGTAAAGATGAAGTGATTTATGCGGAATAA
GAACAGCCTAATAAATTATTCAAATTTTTCCTTTGTATCTTCTATCTTGA
AATTACTCCAGACTAATTTGCCCAATGATGGATCCTTTTTAATAAGGTTA
TTTGTCTATATTAAATCAAAGGTCTCTTGGCAAACTTTGCTTTAAAAAAA
ATAACTAATTTTATCAAATTATGCTCTATTCAAGAAAAGTTATAAAAAAC
ATTCTGTTAAAATTGTCAAATTTTTGGGGCCTAAACATCCTCAGTATTAA
TTTAATACCGAAAATACACAATCAACAGGCTTATATTGTTATAGGGAGGG
GATTTTTGGAGAGTGCGAAGAGAAAGCGGGAGCGAAACCAGTGGTATTAT
TGAACATCAGCTACCTCTGATNATAGTTATATATATTTTATTATTACTTT
TTAAGACAATTTACACCAAAGATAGAGGATAATTATATTAACACCTACGG
TAGTTTCTTCTCTCAATTACCTTTAAACGTCCTCAAAGTTTTATATTTAA
CGATTAAAACACGAATTAAAAACAAATAAACCCATGTATTTTGCATTTCA
TTTCTCTCTCAATCAGTTTAAATGCCCTCAAAGTGCTATATTTGATGGTT
GAAGCACAAATTTCCATCTAAAAACATATATTTTGGATTTTAAAAAACCA
AAAAAAAAAAGACCAGATTAATCTAGTAAAGGCTCTACAGCCCCCGGGGA
TGTAATTGTGCTGGTGCATTTATAACTTGATCTGTTTGCAAGTTGCTGAT
CCTTAAATAGTTATAATTATAGACGGATCCATAATCTGAGTGAATTGAGT
TGTGGTCATCATGTTCGTCTCTACGTGTCTCAGCGGTGGATAATACTTTC
GTCCAATGAAATTTCGTCGAAGAATTAGTCATCATTTTTATATCAATGTC
ATTTGTCCTATAGAGTATTTGCATGTGACGTCAGCATTGTTATTGTCGGC
TATTTTGCGAAAGGKAGAAGAACAAAAAAAAAAATCATTAATATTAAGTA
AAATAAATGAACTATTGGATGTCAAAAAGGGACCAAGGAATAAAAGGACT
TACTGTCTATCAAAATTTAATTCCTCTATTGCATGGGTATAAATCTAGCC
ATTTTAAGGGATTTTAAATACATATTAATTGAATGATATTCAAATATCAG
TGTATGTATATCATTGGCATCAATTAGTATTCAATGTAGGTGTTAAGTTT
TATTTTTCCATAAACCCATTTGATGAAGTTTCATAAGTATTAACTGGAAA
TTTGTTCACTTTATGTTGTAAAAATATCAACTTTGACTCTCCAAGATAGG
GCCTTCTTCAATTATGATGGCATTTATGACGTTTGTTAAACCAAATTATT
GAAAAATGAACGAAAAAGAAGACACGCACCAACTATTTTCTCCTTTTCTG
ATCGCTAAACTATGTTTTTTTCCTATACAAAAATCACATCCCTATCTATA
TGGTACAATTGTATATTTAGGTACATAATAATATTTACATATGTATAATA
TATACTTAACATGTACATTCATATTTCTTCAAAGTACTTGATTGTATATA
CCTACGTACATATGTATGTGAATAAAAAAAAATTGAAGGATTATCAAAAT
CCACGTAATCTTTAGAGAATTTCCTTTACAAATAAAATACATAATACACA
TTCATTAGGGTGAGGCTCATGTCCCAACTTTATCTAAGTTAGCTCTACCA
ATTTTTGGGACTACTCTGTTGTGTGTAGGGACATGGGTTTCTTTTCCGAT
CTCTTGCTTTTCCGAGATTTATTAGGTTTTTACACGTATTTTATAGTATA
AATATATATTTAGACAGAAAACATCGGTCATTATTTTATTTTTAGCATTG
GCACACAAAAAACTAAAAGTTTGTCCTCAATTTCTCTACAAAAATGTGTC
ACACGGAAACGTTTTTTGAGGGAAATGCAGAATATTTATCCGTTTCGGGC
TTGTATCCACTTGAAACTTATATTATTTCACAATATAAGTTTCATTTAAT
GGGGATAACTTACAATCTTCCCAAACTTCAAAGTTTTCTTTCTATCTCGA
AATTGGAGATCATTTTAGCGGAAAGTTGAAATACAATCATTGCAAACTTT
TAATAATTAAGAAATGACTTTGTATTATAATTCGAGTAGGAGAATGGGAT
CTCGACTTTTTTCATAATTGGCACAAGTTATTACTGCAGTTTCATTTCTT
AGTCCACGGATCAACTCCGAGCCCCCCAACTCAATACTCCCTAAGAGACA
AACTCATGGCCTCCTCCACATAATGATACCTTCCATCTACTTTCAAGATC
CTCCAAAGTGTTAATTGTCCCATTAACTTCCTACACCAATAATTATTTAT
CCTTCTCTTTGCGAAGTTCTTTCCTTTTCCTTATTAAAAGATTGCGATGA
TTAATATGACGCGCGGCAAATTGACAGCCAAACATAATTTTATTTTATAT
AATTAAATAATTTCATAATATAAGTTTCATTTACGGCCCCCCCCCCCCCC
CGTCCACAGGGAAATGTTTTCCGAGGAAGGACGTAAAATATTTATCTGTC
TTGTATTCGCACTTCAATCGATATTTTTGTAAAACAGTTTCTAGAGATGA
AGAATTTGACAACGCCGCTTATACGTAATTAACTTGTATGACCAATAATA
ATTATCAATCCTATTGATATTGTTAACCATCTCGGATTAATCATTTTCTT
CCTCGTGTGAATGCAAAACTTTTTAAACCGAAAAAAAGAACTACAGCATC
GTTTATAAATGTGGCCGTTGTCTTAATTATGTATACTTTAATAAAATTAG
CTTTTTAATCGCTTACTATTTAATTCTTTTTGTGCGGGTGGGATCAGGTT
ACGCAATTCCAAGAAGCTGGACCTGAGAGCTTAAAAATCAACTGCTGCGC
TATTAGTAATAATGATTAAATATAGGACATGATAATTGAGAAGATATGGG
GGGATAGAAATAGCTGAGAAATTATTATTTCTGCTTAAGATATAGAAATG
AATAACTAATTATTTGCTAACGGGATTTGGATATTTCCTGGGATCCCGAA
ATTTAAAGATTTCTTCCCCCAGAAATGAGAGAATGAAAAACCCTGGCATG
AATCTAATGATCCCTGCATCTTCATTGATATTATATATTTACCTATAGCA
GTGGTTCCCAACCTGTGGACCTCGACCACAAATTTTATGTAAAACACAGA
GACATTTACATGAAATTATACTATGACACTAAATCTACCTGTTTTCTAAG
TCACTCAACACAACTTCTGAGCCAGTGATAAACCTTTTTTCTCTTTGTTT
TGTTTTGTTCATTGCACTGATGTTGCTGTTCCTAACAGTATTACCAAATT
AGTCAATTTCCGGCTATATTTAGCCAAATTTCGTGGCATCTGTCACAATT
TTTTTAACTTTGTGACTAGATTTTTGGTAAGAATAGTAAGAAATTCATGT
CAATGGTGTTCAAGGCTGTTGGGTTAAATATGTTTGAGGAGAGGCCATTC
ATAACTCAAAAACATCAGCAATTCCGTATGGAGAATTGAAGGAGKCCTTT
TAATGACGTCAAACAACATGGCAACCAGGTGAATTGGTTCTCACAATAAG
AATTCACAGAGTGTATACTTACTCCACGAATAAATAATTAAGCTATAATT
TATAATAGCAATATAAGGCAGTTTGTAGTACAAAAAAAAAAGAATATACA
TACTATAAGATGTTTTAAGAATTGGGGTATTTCCTTAATTGCTTGATCTG
AAATGGGTCGCTACATTTGAAAGGATGGGAATCCCTGACCTAAAGAACAA
TGCCGATGAAATTTTGTTAAAAAAATTGTCAAAAAACTATTCAAATTATC
AAAATTATTCAAAAATTGGGGAAGGAGTATGGGGGTAGAATTAGTTAGTT
TATTATTTGGTTAGTAAGTTAGTTTGTTTGTTAGTCACCAGGATCATGGA
AAAAGTAACTGATCCATTTTGATCAAACTTTTTACAAATATTATACTTGG
ACACTACATTTTGAGAGTCAAGTAACACAAAAAATAAAAAATGCATAATC
GACAATAATTTTGAAAAATATTGAGATACATAACTCAATTTGATCTCAGG
GGGAGGCTTTGCGCTCTACAAACTCCCCATTCCAGTTATATATTATGCAT
TTTAAAACAATTGATACCAAAAATAGGCAATAATGCTTACTTCAGAGGGA
GAAGTAGTGAAAATCACGACGATCTATTAAAAAATGAACCAAAAAGAAGA
AAGAGGAGGTCACACAACAACTGTTTTTCAAAAGGTAGTTTTTTCATTAC
AAACATATCAACTCTAGTCAGGTCCATGMCCGMCTGCCTATACCTCCCAG
TACAGCCTTAGACAAACACAACCAACTAGTTTCGAAACAAGAACCTATGT
TAATATCCCTTTTCAAAATGGGAATTAAAATGTTTGGGGTTGAATTTTGG
AGGGAATGAAATTACTAGGAATATATATATTTGCCTAGGACGGTTTTTTA
AGTCCATTGACAGATCTACCCCCTAGAACCCATCAAAATGTAAGAACTTC
CTTCACACCAGCCTCACCCTAACATACATTCAAATATGAAATGTACACAC
ACTATGTATATATATATGTATTAAGTAAGTAAGTCAATCTTCTTAATTCC
ACGTAAAGACTTAGTTGATGTTGCGTTCAACAACTCCATGCAAAAATATT
AATACCCAGGTTGTAGAGTCATACATTTGGCAAAATATATTTTGTAGCTA
TGTCTTATATATCTCTTATCGTTCTAGAGCATCTTCATTAATACTTAGAG
TCCACTATGAAGTATTGACGACAGGGTCATTCTATTTTCTCGTCGTTGTC
GTCGGGGACTCTCTTTCAATTAGTGATAGATTCGAGTATTTCTTCATTCA
TTTGATAAAATTGAAGTTTAACCATTTGACTAATTCAAACAAGCAGTTGT
CAATTAGAATGAGCAGTCGATAGAGCGCAAACCTCCGCCGGCCACAAGTC
CTTTTTCCTAAGTTGGATGTTTGACTTTATGAAGGGTTTTAAACCTATTA
AAGGACACCTCTAAAGTTTGCATTGACACCTCAAAATTTAATGGTCTCTT
ACTTTGACAAATATAAATTTCATACCAAGTTATGGATCAAAATCGATCCA
TAACTTTTGCTGGTATCCAGGTGACTAACAGACAGTCAAACAAACAGAGG
TAAAAAACTTAACCTCCGTTTCCACTTCCTTGGAAGAGGTAATTATTATT
AGTCAAAATATATAGATAATTTTAGAAAATATTTAAAGTAATCACTAATT
AATATACATACAAAAAGGACTCTAAAACTTTCAAGCCTTCAGTTCAATAC
TGATACCTCCAGTAAGTTTCTAGGGCCAAAAATGTTGTTTTTATTATTTT
ATAAAACTTCCTTGCTATAAGTTCATTTTATAATCCCTTAGCTCTTGGGC
CGGTTTGAACGCATTGAGGCCATATTGTTAGGAGAGACCTGATTTTTAAT
TTATCCTAGTTCTTCTTTTCGATATCATTTTCATTTTTTGATTAAATAAA
TCTACATTCGAATAATTCGAGTTTGATTCTTCCAAATAATATTTAGTGTG
GTGAGTTGTTTGGGTTATTTTCAGAAAATAACTGCCTTAAAAAAGTGTTG
GATACTCAAACTAAATAAGACTTTAGCCCTAAGTATTGAAATTATAAAAA
AATCCTCTTCTTTTTGCGAACTTTTTTCAAATTAACGCGCTAAGCTGAAT
CACACACACGCTCTATACTACAAACATTGTTTTTTTCTTAGATCAAGTAG
TCGCGCAATTTAAAAGTATTTAGCGCACACTCACAAATGAAGTGTGGGGA
AATATCAAGACACACACTTTGTTTTACTAATATTCTTTCTGAAAAGGTCT
CCAATGTAGACAAAATCGATTAAAGGCTAGTGATCCTCTAAACGTATTTG
TTTTATTGTGTTGGTTTTGCACTTTTAATTTAAAATTCCCTAGATGGATG
ATCTAGCCCAAGAAAGAAATGACACCTTCCAACAAGACGGCTCACCCGCT
CACAAGCCCAAAAAAGGGCAGGATATCTTGTCCACAAAATGTCCTCACTT
TTGGATCCCGGATTTTTGGTCTGCTACAATCCAGACCTGTGGCCGAGATA
TTTAATAAATGTGGATTTCATTATGAACATTGAAATGTAACTTTCAAATA
ATAATAAAGAAATATGGTTCACCCCCATCTAGTTTGTTCGTTATAAGCCT
TTAAAGATTTTCCCAATTTATCAGGCTCACCCTGTATACATGATATATTA
CAATATAGTACTCTGGTTATTCCCCCACAACAAGAAGCTCAGTCCTATAA
GCTCCTTTAACTAATTTATGTAAAGAAAAGTGCACTAATAAGGGGTTTTG
TCTTAAGTTATTGGAATCCCTGTTAGTTGGGGGAGAAGAAGCGATTGCTG
CTCTGGGGAATCCATTCTCGATATAGTCAGCAGTCGTTGCTATCTGTCTT
ATACTGCACTGATAATTAAGGGTGATATTATTGTTTCTGTCTTGAAATCC
TACACCTGTCTGAGAGGGTTTTAATTTTAATTAATTTTGTCCGGACCGGT
CTTGTTGTAAAATCTAAACAAAAAATATGTTTCTCTTTTTTTATTTAAGG
AAATTTTGCTCTACGTTAATCCACTATCTTAATTTCGGCCTGGCCCAAAA
TATTGTCAACATTTTTTTTTTTCCATGATAAGGACATTTTTTCTCCTGTT
TTGTCCGACTACAACAAAAAAAATCTTTTCCTTTTTTTGTCAGCAAATCT
TTTTAAATTGTAATATAAGGTCTATTAATTATTTAGTTTTAGCAATAATA
TAAAGTAATCTAAGAAAAAATACCAACTTCCAAATAGTTCCTTCATTTTT
TGTATGATTAGATAACTTTGGGTAGGAACTCTATTCAATATAACTGAATA
TATAATTTATCTTTTGAATGCTGGAATGTTTTTTATCAATTACTATTAGT
TTTAATTTGCATCTATAAAGTTATTTCATTTCAAAATATAGTTTTGAATC
GAAATTATGCAGAAAAAACTAAAGTCAGGCCAAATAAAGGTTTTAATGGT
CATTCTCGTGTTCAGTGTTAATAATAAGTGTGGGGTTTAGCTGGCGTGCG
AACATGCATTTTCATAGTGCCAGATACAATGTGTGTAGAATGGGCAATCT
GTAGAGCGTAACCCCCCTAAAATCATTTTGCCTAAAAGTTTTTTAACGGT
TTTGTGTGATCTTAACATCACAAAATGTAATGGTTCCTGACTGTTTTATA
ATATGCCTACAAAGTTGTATCAAAATCGGCTCGTAACTGCTTACAAACAA
ATAAACTGAGGGGATTACATAATCTCCGTTTAACTTTGTTGGCGGAGGTA
CATGTAGTTCGAGGGTATTTTTAGAAACTMCGTAGTGTCTTTTTTTTATG
GGGGGGGGGGGTCAACTTAAAAAAAAACCCTTGGAGCTGAATAACTTGCC
AAGATGTTGTACATGATGTCATAGGGTGCATTAGAGAAGTATTTGAAAAA
TGGATAATTCTAAAAAAAAAAAAAGTAATCTTTAATTTAGTGAAAATATG
TGTTTGTCGTTTTTGTTGGGGGGGGGGGGAGGGTTAAGAAAGGATCATGT
AAGTCATTTAATAMTAGGAACCTTTGAGCTTCTAATGGGATAGAAGAACA
GAGAAATCACTCAAATCACCTAACATAAGGTCATTTGTTATATTTAGGGG
AAGAAAAAAACACCGTTTCTTTATACTCTAATAATCGAATTTATACCTAT
ATCTAAGAAAGAGGCCTGACATAGTCTTGATATTGGAATTAAATCATTTC
ATCAAAACTGTTTTGATATATGAATTTCAAAGGCCTGATTTTTTTACATC
TAGTCATATGCTCGAATATATAAATCTAATAAATACTTTTTTTGTCATAA
AAATATGACAAATGAAATTATCATTGTATTAAATTTGTAAAGGGGGGCTT
GAGTCTTCGCTTACAGGTTTCTAATAGTATATGCAATGATACTAATCCAG
TTTAGTAGGGGCATGTTAAAAAAAACGAAAATAAAAATGGTAGCCCCAAC
AATTTGAAGAATGTTTTGGTGGAGAGGAAGAATGATGCTCATGACGTTTC
ATTAAATCAGCTACAATCACCTGTGACGAGGAAATGGAATAAATAAGGGC
ATTTCCAATTCTACTCTGAGTCCAACAAGGACTTATGACTTATTACTCTG
GGTCTTTTATATAAGCATACAAGGCTTTGAATATAATTAAATCTATTTAC
TAAGGTATGTTCACTACGCAGGTATTGAATAATAATGACAACTGCTTAGG
AAAAGAAAATTTCTTCTTTATTTTACCAATTACAAATTAACGGGCCTGCT
AAAGAACACACCCGACTTAATCACTCATTGATTATATGTGTAATATGCTC
AGAATGAGCTAAGGGAAAAAAGAACGGCGTGTTTGATGAATGACCCTTTT
TGAGTCATAAAGACAGTAAGAAAGGTCTTTCCTTTTTGTCTCTCTCACTC
TCTTTCAATCCAATTATGATAGGATAATAATAATAAAAATATGAACATAT
AATATCTTATCATATTATGTAGGTAATTAATTGAAGAAATTTTTCCCCTC
AGTCACAATTATCTATATTTTATGACGACAACGACCATTTATCTCTCTCT
CTTCTTAAGCCTCTTTTTGTATCATCTTTAGAACATATGTATAACAAAGG
TTAATACCATAACGCGTGTACAACTGATGTTTGAGCCCGCCACGCTTTTT
AATTTTGACGTCATAGGGTATGAGTGTTTGCGTGTTTTGTCTAAATCTGC
CTTTTGTGGTGATATATCAAATTGAAAATTATAGCAATAGTGACGTACTA
GAGGATGAGCGGTTGCGTGTTTTGTCAAAATCTCCCTCTCTTGCCAAGCA
GTTCATCAAATTGAAAAATCTAGAAAGCCTCATTACATCATGGTCTAACC
TTGTATTTCCATTTACTTTGTGTATAATTCCAAAAAGTATCCGACTCGTA
CTTTCTAGGTCATATTTTATACAACTTTAGTCATCATTATATTTACAAGC
TAATGGTTAGAGATAGGTCGAATCCACATTTTTTCGGATACGGATCGGTT
CAGATCTTTAGATCTAAACACTCCGATACATTTTGCGTACCCAAACTTTC
GGACCCAGATTCGAACCTAAAATTAGGGTTGTTCCAAATTTTATAAATAT
CTTATCTACAAAGCTCAGACTTTGTAGATGAAATAGGATCAGGATTTTAT
TTTTACGGATATTTGTCAGCTGTTGATGTTTTTGCTTCTTTTCATCCTCA
TCAGTGTACTGAACGTTGATCCGTTGCGTTATAATTAGCTCCTTTTAAAC
TGTGAACAATTCTCAACAATCATTGAACAATAGTTTCATACTTGAGAAAA
ATTCGACAACTACCAACTGATTTGAACTCTTTTTTCTGTTTCTTTTCGAG
GGAAAAGTTGTGTGATACAATACAAGTTACGACGTGTGAGATGGCGCCGT
GTAAAACATGATGCAACTCCTTGTGTAGATGTCGTTCACATCACGAATCA
ACATAAATAGTACATAAATAGTATATATTTGTTCGATATACATGGATAAA
ATCTTTATTTTAGAGCTAGAATTAAGCTTTGCGCTTATTAATATAAGGAA
AATCCCTCGGATTTTTTTAATCACCCAAAAAAACTTTGGATATCCAAGCC
GGTTTGGGTCTTGCAATTGCTTCGTTTAACACAAGTTTACTTATGCCGTA
CCTGGATACTTTGTATCAAGAATCCTCTTATCTCTAATAATGGTGTGTAC
TAATATTCAAAGATCGCTAGTGTTGGATCAGTCCTAGGACTATAATGAAA
CACCTCCAACAGGTATCTTGTCTCTTTGAAAGAGATTGTCAGTTATGATG
TTACTTCAGCGCCTCAAATGACGTTATTAATAGTAACTAAGTCATTTCAG
CTGTTATAATTTCTACAAAAGGTCCATAAAGACCGGACCTAGAACTGACA
AATTTGATTAGGACCATGCTGATAGGACTGTAGTCTTTTGAGGTTTTTTT
AAACGGATCCAACACTAAAGATCTCATAATCATCACAATATATATTTTGT
ATTTATGGTGACAATCAATTTTGTACCTTCTACTTTAAGTGCAATTTGTC
GGCTCCTCAAAAGTTTAATACAAATGCATATTTTGTTGTTCAAAATTATT
CATTTAATTTTGATAAAAAGTTATTCTAGCTTGCTTTTATGTTTACGGGT
CATATATGTCTGTAATATGTATCTATGTATTTGAAGTCCTCTTCTCCTGC
TCCTTGGAGGGAAATACATTTAATTTTTTATGTCTCCTTTAATCTTTTGA
TGATTATATCTATTATGGTTTTGTTTTTTGTGTTGAGAGAGGAGGAAGAA
GTCCGAGATTTGACTCTATGTATACTTATATAAGTATTATAATTTGAATT
CTCCTTGCTTGACTGACTCTAGTGCAGGACTCTTTGATTTGTTTGATTAA
ACAATCAACTCTTCTTTTCCTTTGCCATTGAATAATAGATTTAAAAAAAG
AAGAGAGACAAAAAAGAAGAATTGATTCCATTTCAATTGTCTTAAGGGAT
TTGAACAATATAAAAAATAAAATAAGTTACAGAATCCCTTCATGCAGATT
AAGTGCTTCTTCATTCTTAACTCTCTTGCTCTTTTACCCTCCTCCTCAAT
CTCATACTTATGTAGGTATTTTAGTGTACATACCTGATGGTACGGAGTGG
TCCATTAAAAGCTAAATTCTTTTAATTTTAAACTTCAACAAGATATTAAT
TAACAATAGAATTTCAACAACATTAATACTATAAATAGATGTGTGCCTCA
GCTCCCTTTATCATTAATGTAGCTGTCATCAGCGGCAATGATGGCTTACA
GGCAAAGACGGAAGGCCTAGCACCCGCTGCGAATGTAGTCCTCTGTCATG
GTGCTCAGTACTTGCTGACATCAGGGCTGTAGGGTGGCTAATATTGTCAA
AAAAAAGAGTCTTGCAACAAAGANNNNTGGGGTTCTTGCATTGCTGGTGT
CAAAAATGGCCTTTCCACCATCAAAAGGCTCTTTTCACCAACTTTTAGGA
TAGCTTTTTGAACAGTCTGGTATGATCTCTTGCATGGGCCCTCAAATACT
TGAGAGGATTGCCCTAGTCGGTTTTCTTTTACTCGTCCGGGTTAGGTTTG
ACCTTTTTGAGAGAGCCCTTCTTCCTCTCTAATGTTTCAGACTTGCTGAA
GGTGTAGATGGTGGTCCTGGAGACTCCTTGGAGTGCATGAATGGAAATTC
ACCGATCAGATTCAAGTGTCAAGTGTCATCAAGAAAATATTGCATGGAAA
ATGATCCATGTCTAGACAACACACACACACCCACAAAAAGAGAATCCAAC
AAAGATTATTTCGTAATGAAATGAGCCATAAAATAATGGTTTTATTCCCT
CCAAGGTACAAAGCATGCCTCCTTGCAAATTTTAATTTGTTGAAAAAGCT
CTTAGGGATTTGAATGTATTGTACATTTGTATATTAGAGGGATATATATT
TTTGAAATGAAATAGTATGAATGTGGAATGTCTATGAGTTACAAAATTGT
TTCGTCTTCACTCCAAGTTTTCCACTTCCAGTACAATTTAAAAAAGGATT
GTAGCTAATTTTAGTATGATTTTGTGATAATATGTTGATTTGAAGTATGT
TCTGAACAAATTTCCTTTGCAGAGAACGAACAAAGAGATCATAAACGTTA
AAAAAGTAACTGGAAAGAAGGAATTGAAATACAATTAAAACAAGATGAGT
GAGTGTCCAAAACTTTCAAATATCTTTTGTTATTCGGTAATATCTTTGAG
AATGAAAACATCAACTTAGGGAAATATTATTATTATTTTATCTAAATTAA
TATATTCGCGCAACCTCATAGTAAAATTAGGCTAAATCTTGTAAATGGCT
CTGAGTAGTTTTGGAAAGACTTTGAGTGAAACTAAAAATATTTTTTGGTG
TAATCCTTAGACACATTAATACCCTTTCAATGGGCACCTTTCATATTATT
TCATAAAAATAGAGATTACATACTTTAATGTATGTGGTGCGTCTACATAA
AAATAATCTTAAACACAGAACAAAATAAGGAGAAAAGCCCAATTTATTTA
GTTACTTTATTTATATGTAKATAGATKCCTGCCAATACTTTATGGACATA
TTTGAGTCAATTATAGGCTTATTCTTCAAATTAATGGAATGAGTTAAGGT
ACCCAAGACTTTTAGTTATAGTTTAGAACCTTTTTTTGGTTTTAAAGACT
TATATAGGCCCTGATATGCCCCCTTTTTAAATTATATAAAATCCCTCAAA
TGTATCCTTCTTTTAATGTGGCAATCAATGTTGGCTACTTAAAGTACTAT
TTGCAACAAACACAATTATAATTATTTGTTGGTAGAAATGGACTTATAAC
ACAAATGAACAAAATAATATTTCAAAAAAAATCTTTTAAATTCCATATTC
AACACAAGTAGTTCTTGACAAGCCGATCAGAAAATCTCTAATTAGTTTTT
TCGTATCAAATTTAGTTTTTTGAGAATTTCGATTTGAATTTTTAAGTCTA
TTTACACTGAAAAAAAAACAGACTTAAAAATAATCCACATAAAAGTTAAT
GTTCATTTTGTAAAATTGTTTGCTAATTTCAAGTATTAGCTTAGATTTAA
TATGCAACTTATTCAATTATGAGAAAAGGGAGTTTAAAATTTAACAATCC
AACATATTCAAATAACGGCTCAGGTATTCAACTGGTTTTTTTTTTAAACA
CTAAAGTAACTTATTTGAAGCGTAAATGATTATGGCTTTATTTACAAAGG
AGTATTTGGTAATATTGATATAATTTTTTTTAAAGCAGAAATTGAGGGTT
GTTAAGTATTAAAATTATTAAATCAAGAAAGAACTATATTCAAATATTAA
CAGGTAAACAATGGAATTTTATATATTATAACTTTTATGTGGACAATTAC
TGACCTTTTTTATTTCATACTCAAAATATGACGTGTCACATTTCTTCTTT
ACTTATATTGGTTACTTTATTTATTTTGAAGATCATAGTTGGCTACTACT
TTATGTACAATTTACGACGTGCCCAAGGAGTTAATTGGGTTAATTTATTG
ATAGAAATTGAGGATAATTCGTATAAAAATACGAATTTAATACACACTCA
ATTTTAAGAACAATCATTCTAGCATGCTTTTGGGTTGACAGTCTGTACAT
CATCTACAACTGCAAAGATGACAGCGTTTACTCTTAATAAAGTCACTATT
AAGTCATACTATGTAGTTTTTAAGAGAAAAGTAGCCGCATGCATTTGTTA
TTCGTTGGAAATATTATCGCCAATTTCCATCAAAAAAGTGTATGACTCAT
CCTTCTTAAACCGCTGCAAATTCCACTTAAAGTAGTTGCAAAAATTAATC
ATCACAATTATGGAATTCTAAATTGATGGACTTTATTTAAAATCTATCTC
AACTTATGTGGCAGAAATTCGAATATTTAGCCTAATTTGATGGAATGACC
TTTTTTAGAAAATAAATCCTATCAAATATTATTTCTCTGTTTTCTCATTT
AAAATTTATTACACGAGTCATAGATTTTCGAGAAAAAAAAAATCGACGAA
ATGTTAGTCAATGTTTGTAGGTATTATGGGCGTTTTACACGTATTGATGA
TCATCTCTGGCTTAGAACATTCGTTTGTTTTACCTATGAGACTTCATTTT
GCCCGATATGATCTATCAAATAAATTACTCCATTGTGTGGGGTACCTTTT
GTGACGTTAACAAGTCCACTTTACCAACTGTACCCTTAGAATACTGTATT
TGTACCTTATAAATTGACGATCATTTGTCAACCAATACAAAATTATCAAA
TTCAGACTCTATCTTGCTTTTGTATTGACTGGAGACATATATACCCTTAG
AGCTAAGAATATTTATATGTTTGCAAAATGATTCCAATTCATGGGGGCTC
TATTTATGGGAGGATCGTAGGTGAGATACGGTAAACAACATATCTATTAG
TCTGTCTATTTAGAGACAGACGAAAGGGTTGACGAGATGCGAGATGTTAA
CAAGACTATTATTGTTATAAATAAATACATATAGGTAATTATCAGTATTT
GTATATATTTTTTGTATGTTTATCTCTCTTAGATAGTAAAAACACACATC
AAAAATTCCTTACTAATTTGACAAATCCTCTTTAGAAAGAAAGAAAAAAG
AAATCCTTATCAGAGTGCGGTTATCAGATACATAATATTAAACATGGTAC
TGTGGTACGTCAATATAACAGCAAGCTAGATTGATTTATTGAAGAAGAAA
AAAAACCATATTTTTATTGTATTTAGTTTGACGGGCCTTGTCCGTCGATC
AAAATATACCCCGCCTTCAAATAAACATCAATTTAACTTTAAAAAATATG
CGTCAAGACAAAAGTTAGCTAGAATGATTTTCCCCAAACTAAAATCAGGA
TTGCATTCTTATTCTTGGAAGAATTATTCCTCCATTTCTCTCAATAAATT
ATTCTTCAATGCTCCAATCAATCAATCAATAATTTTTTAATTCATATTCT
TTGTTTAACCACTCTAATCTAATATTTTCAAGATTCTCATAATTATTTAA
AATAGTCACAATGCCTTAGTAAGAATCACGATATCGTCTTCTTTGAACTC
GCGAAGGATAACCTGTAAGCTGTTAATAAACAAAATATTAACATTTTAAT
GAATAAAAATAATTATTCTAATACTTGTAGAATTTAAGTGATCTCGACTT
TTCTTATAGTTGTTTTTTCCCCCTCTATGGTATGTAAAGAAATAATTTAC
TTCCTAAGGCCTCTTTCTATCTAACAACGTTCATCAATTTCATTAATTCA
CATAGATAATAACGTATTTAAGGGTTGACTCTAAAATCTCACAGTTACGT
TAAGTTTCTAATAAAATTGAAAATATTTTTTTTAGACTTGAGAAAAATCC
TTCAAATCAATGATAGCTCTTGAATTGGTTTAATACTATAGTTAGAAATT
CTCCGGAGGGGAATTTTCCGGGAATCAATTTTTTCATTACTCTTTAAATA
ATTTTTTATTGAAAGGTTTAGAGGGAGGATTATTAAAAGATGCAGAATTG
AATTGACAAAATATCTTAGTGTCGTTAGTTGATTAAGTAATTCCTTATTG
TCGATTCCCCAGAGGTCCTTAAAATGTTGGTTTTTCTGTAATAAATCCAA
TTCTAATAAGCAGATTTAAACAAAATACACAAATCCTTACATGACAAAAA
TTCTGCTGGTGTCAATTTCAGTTCTTTAGCGTCATTATCTGTGGATTTAT
TATTGTACTAATAGTTTTGCTAATTAAAAAAAAATTATTTTCTGTATATA
TCAAATGGAAGCTATTAACGGGGTTGCGTAAATCGCACCAATAAAAACTC
AGTAGCATAATTGTAATTAGTCTGATTTGATAAAATATTCTGTCAACCCA
TTTTTTTATTAATATTGATTTTCGACGGTTAACAAACATTCTTCATAACT
CCAAGGACTTTACAAGAAAACTTTAGAATCTTGCCTCTAGAATGAAATCC
CGCCACTACTTCTGCAATTAAGTACAGGATGACCCATAAGTCTTGAGACA
ACTTCAACACCCAAGAAAGTACACATTTATATATTTTATATTTTTATATA
TTAACGTAAAATTCCCTTCAAAATGAGTGCCATTTCATTCTGCATGACCA
CCATCTGTGGCAAATACTGCTCTAACACGCTTTGGAACTGATTTACACGC
TGTAGGACATGTTGTTTCATGGGGACACAATGGTGGTCTTGGAGCTGTAG
ACACTCCGGTATGGAGTGACACTTACCTCCCTCTCTAGAAGGAACTATAT
ACCGAAGTCCATTACATTGATCCTGTAGTAGACAGATGACTTGAACAGAT
CGAAGTCTTTCAGGGTCGTGGTAATAACCATAACCCTCTTCCCTTCCAAA
TGAAGTGAAATGATGGCACCATTTGGTGTCATGATGTAAACGTTAGAGAA
CACGCTTCAGAAAAATGTTTATTTGACAACAAACAAAGATGGAGATTGGN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNTATATTGGTCTTTGTCTTTATTTCTT
TAAGATTTTTTTTATATTGACGCACCACATAAAGACTAGAGTAATTAGAG
CATTTGAATCAAATATAGAATTTACATATGTACATAGTATTATATGAATA
AAAAGAGATCAATGATATTGATTTGATCGGTTTAGTCATTCCAATTAGAA
CTCTTAAGAAGATCAAAAATAAGACGACGAAAAATCGTTTCCTATTACCT
CTGCAAGGAAAATAATGATATTTATAAATTAATCATGAATGCTTATAAGT
AATAATACAATTCTTCTGATATCTGCGTAAGACTCTTTGTGTGGCTCSAG
GAATCATTTGACTCGGATTTTGTTGATGTGGGGKAGGKAATAGGAATAAA
ATAATATAATTTGACTGATTTTTAATGTGTGTTTAATACCCTGTTTATTC
AATATGATCTGCTTAATAATTATATGTTCCTAAATTATTAAGCTCCTCTT
AATCATCCCAAAGGTGAAGGGAAAATGAGGAAGAAGCTTGGAAGATCTCC
CATTTTTGTAAATTTTGTAAAAAATTATAAAAACCATTTTAATCAACATA
ATTGAGGCTTATATTGTTGATAGTTTAGAGCAAGGATGTCCAACCCATGG
ACCACGAGTCACATTGCATCCCACTTAATGTTAAAGTGCGGCCCACTACT
CATTCTCACTTTTGAAATAATTATTTATTAAATAGTTTTGTTTTATCAAG
CCATTTTTCAGGAAATTTAATTTAATAGGTTCTATGCCTCATCAGAATAT
TTCATGTGACCATGCAGCCCATTATATTAAAAGGTTGGACATCCCTGGCT
TAGAGGTTTTTAATTGTCTTGGAGCGTGGTGAGATTGGAGGATTTTTACT
CCTGGGATCGTCTTTTACCTTGACGTTAGAATATGTTGATTAAGAAGTAG
AGTCACATTACCTTTAGGGTAATATAGTTAAAAAAAAATAATCTAAGGAA
TGATCAAAGGGGTTGCCAAAACAGTTCTTTTAGACTCAGTCAGGACTCTC
TGATAGCAGCCGTGTGTGCAAAATGTCACTAAGAAAACGTTCTGCGTACT
ATTTGCAAGTCTACGCCAATTTATTCGATTGTAGGCCCACAATATTAAAC
CTTTAAAAAAGTATTATCATATATCTCCATATTTGTTTTTTACTTCATAT
ATATAAACATATTGCCTTATATTGCATAGACATATTTGAGTCATTTATTA
CATGAGTTAAGATACTCAACAATTTTAGGTATAGCTTAGGACTTTTATTT
GATTTAAGAGACTTAAGTTGTCCCCGATATGGTCCTTTCCTATAAAGTCC
ATCAATTTCTCATTCTTGTATCGTGACAATCAATTTTCCCTACTACTTTA
CGCGGTTCAATTTGTAACGCACCCGAAAGATGAATAAGGAAAAATTGTTT
ATGGAAATTGACGAGTATCCGTATAAGAACATCATATTGCCGTAACTCAA
AAATTACAAATATTATCTTATTACCTAAATGACATCCTAGAAATGTAAGG
TGTAATGTTAAATATTTAAAAACAGGGAAATTCAGACTCTTAAAGGAATT
TCTCAGTTCCATTTGATTGGGAAAATTAGATAACATCATAATTCATGATG
AAGTTTATCACCTAATTAGAGTAAATAAATATTTACACTCAGATATGAGA
GAAATCATCTTGCATGCTTTGATGTTGACGGGCCACATATTCTGATACAG
ACCCTAATCTGTGAGCCTTTTTTATGGACTCTACTTCCGGACCTCCCTGT
ATGTACTAGTGTTGTTCGGTATACCCGTACTGCTGTGATACTCAGTTACT
GATTCATTTGATAAATAACAATACATGTAGGGTCATGTTCTTCTTTAAAA
TATTGCATCACCGAGGACGCAATCCCCATTTTTTTTCAAGCTAGTCACAC
CTCCTTCTTCCACTGACTCCCTTTAAGGGTATAACTATGCGAACCCTATG
AAAAACGGATTGCACAGGGCCCATATCTGGGTAGAGATGATTATTGATGG
TAAATAAAGGAAGATGCTTAAAATTCATATGTAACTTTAACCTTTGGCAA
AAACATCATCCCTATTCTCATTCGCAAATTCATAAAGAAGGCATAAACTC
CCGAATAACTTATGCGGACTTATTTTTATTGCGCAGATGTTTTGAGCCAT
CACATTAGCGGAATCTACTGTATTTAGTTTATCTAAGATATCATTTTGAA
AAGTAATAATTTTCGTGATTTGATTATTACTATTAAAATGATTAGAAACT
GATTTAAATTCCCAGACAATGCCACACCGTCTATGAACTGTTATGGTTTA
TGAGAAAAATTATGTAGAGGKAGAAGTGGCCACGCTTGGCCTTTTGTTTG
ATTATTGTGTCTGGGTTTTCCAGTTTTTCCACTGATGTCACAAAAGAAAC
GACGACTAAACGCAGTTTTTAAAGTTTTAAAGCTATTAAAGTTTGAGAGG
TCAAGCTCGCACAAAACGTTGCTTTTATTTTAAAGCTGAATTATGAAAAT
AGTTTGAAATCGATTTTATAATGATGTTATAAGAGACCTTTAAATTTTGA
CAATAAAAAAAAATAGCAAAGGAACATCAATTTTAACTAAAAATAACACA
CAAAAACTGAGACAAAAACATCAAAAGTAGAATTTTCAACTCATGGCCTC
ATATTTTGAACAGGGGTGCAAGAGGCCTACAAATGGCCAATTTTCAATCC
CATAGTCCTATTATTTTCAGTTTCAATGCCCGGTACTAAGCCAAAAATGG
TGTAAGAGGCCTCAAACTTTGCGAAAGACAGTTCTTGGAGTGTGTAGAAG
GAAAAAGATTTTTGACAAATAATTAAAAAGATATAAAAAATGGTGCCCGT
TAATTTTACCTTCAACTCAAGGATATTTCGTCTTAATACATCTCTGAAGG
AGGTCCAGTTATCGTTATTGTTTATTTTTGCTCAAAATCGTTGTTACCTT
TAATTTTTTTAATTAAAAAATGGCATATTTATTACTATCAAATGCATTAA
ATGTCTTTTTTTCTGTTGGAATAATGATGTAACTATGCTTTTTCCTCGTA
TTAGGGTTGTTTGTCTACATGAATGTCTAATAATACGTAATATTTTTTAT
TATTATACTAATTTTATTAACTATTTTGTCTCTGGCTCAAATTCATACCA
TGGTGAGATTTTGTTAGTGTGTACATTGAAATTAGGTGGTATTTTTCCAA
CAGAAAACAATCATTTAATGGGATTTTATAGTAATACACATTACACATTT
TGATTAAATAATTCCAAAGGAACATGAATTTTAACCCAAAATAGGAAAAA
CGACGTATAAATTTCAATTATTTATATATTAAGACGAAATATCCTTGAGG
GAAAAAGGCTTCTATGGCAAAATTACCTAGGGCCACAAAAATACCCTTTA
TAAGGTTAAAAATAAATAAATAATAATAGTACACATTTCATGTATAAGAT
ATTCATGGATCATTTTCACTTCATATATATAAAAATATATATATTATTTT
TAAAACACTAACTTAAATATGACGATACAGATCATCATTTGAAAGTATGT
ATATTGATTTTACATACATATAGTTAGCCCTTTTGAACCGTGCCTCTCAA
TGTGAGTTTTATTTTTTTGAAAAAGGCATATGTTTTGATGGAACTTGTCC
GTCGATCAAAATATACTCGCCTTCAAATAAACATCAATCCCTCTCAAACA
AGTATAATTCAACAAATGTGGCCCCTTAACACAAAAGTAAGCTGAAAGGT
TTTTATCAAAATTGAATGTGGATTACATTTGTATTCTTCAAGGGCATAGT
GTTGTTAATTTCTATTGACAAATTGTACTTATTAAGCCTTTGTGTGCGTC
GTAGATTACACTTTAAGTAGCCAAAAATGATTGTCGCAATAATATAGTTA
GACAGTGATATATTTTAATTTAAAGGGAACATATCGCAGCCAATACCTAT
AAGTTTCTTAAATCAAATAAAGTTTTTGAAGTATATCTAAAATTCTTTAA
TATCTTGATTCATCCCAGTAATTTTAATACAAGACCTATAATTGACTCAA
AGATGTCTATGAAATATTTGATCTGTTTATACAAACGAATTGGCATTATC
ACCTTTTCTTGATTTTTATTCAAAATTGTTATTATGTTGACGTATCAATA
TGAACATGTATGTATTTGAAAACCCATTCCACAGATGGGCATTTTAATTC
TAATGTACATTTATGTTAAGATTAGTTGACAAGGGCGTCCGCTGTATTAT
RTTTGGGGGAGGGGGGGGGGGGGAGTGCTTGGTTTTTGGATTTAAATTTT
TTGAGTTAAAAATCTTTTGAAAAAAAATTGCAAGTATTAATTTTTTGGGT
AAAAAATATCAAAAATATACAGTTATTCACAAAAAATTTCAAATATTTAA
TTTTTTGCAAAAGTTTTTTTTTAAATCCATAATTGTTTACAAAAAAATTT
CAAAAACCCTTGGCTTTTCTCAAAAATTAAATTTTTTGGGGAATTTTTTT
TAAAACCTATAGCTTTTTTCAAAAAAATAATTTTTTTATGAATAAATTTC
AAAAAATCTATAGCTTTTCTCAAAAAAAATTAAAATACAATTTTAAAATC
CACAGCTGATCACAAAAAATTGTATTTTTTGGAGAAAAACGTAATTTCAT
ATAGATTAAATTTTTTGGAGAAAAACGTAATTACATATATTTTAATTTTT
TTGGAGAAAAACGTAATTACATATATTCAATTTTATGGAAAATATTTCAA
AAATCCTTGTCTATTACCAAAAAAAAATTAAAAGATTCATAGCTTTTTAC
AAAAAAATTAATTTTTTGGAAATAAATTTCAAAAAATAAATTTAACATAT
TAAATTTTCTAGTTTGAAGCAAAAAAAATATTTTAATTCGGGGAAGGGGG
GGGGGGGTTAANACCCTCCAGTCCATCCCCATCCCCTSCGAACGCCCCTT
GATAATTACCTAGGTATTTGACAAATGAAAAGATCCATCTTACTCATCCT
AATTAGCTTTGTTTGTACATACAACTTTTTATGTGGTTCGTCAACACAAA
AATAGGCTAGAACGATTTTGTCTCTAAATCGAGTATGAGTTAGATTTATA
GTCGTGACAAATTATCGTCAATTGCTCTGAACAAATTATTCATTTTTATT
TGTTCACTTTGGTCTCTCGCAAATTGGACTTGTTAATGTAAAAAAAATGT
AACGCCTCACAATGTGTACAATCTTGGGTATCTTAGCTCACTCCATAAAT
GGGTATACATAAAAAGCCTATAATAATTCGTTGATATAAGTTATCCTTAT
GTTATATGTATAACATGTAACATTTTTCCTTTTCTCAATAAAGTTCAAGA
TGAAAATATTTTGGCAGATAACAAAAAGGTTTTATATTCGAAGATGATAT
TTGTTTTTAAATAAAGTCCCTCAATTTCTAGTTCGATAATTGTAATTATG
AATTTTTGCATCTACTTTAAGTGCAATGTACGGCGTTTTGAGAAGGATTA
ATCAAATTATTTTGTTAATGGAAATGAGTGATAATTACTCATGGAAATGA
TATAAATTAAGACTCAATTTTGAGTCTTAAATCATTCTAGCTTGCTTTTA
TGTTGAGAGTCCGCACATATATATAATATTTCTAACACATAATATGATTT
AGTAGGGAGCATATTAAAAAGAAGCGGAGTCAACGTTGTCGTCTACGTTT
TAGTTGTAGATGTATTGTTGGTACAGATTGCGGGGATTTAAAGGAGTTTT
CCTAAGATGTGTGATGTGTACACATACATATTTACATATATGTAAGTTGT
ATATTTTATGCAGAATGATGGGTATTTTGAGGATTAAATGCTCAACAGTC
TCAAAAGTGAAGACTAGGTCTTGTTGAGTGCTACTTATCCTTGTAATATT
GTAATATATTACATATAAATATATATACGTATTGTAGTCTGTGAAGAAGT
CATTTACATATGTATTTCATACACAAGTCTAGTACAATCAATCAATCGTC
TTTTGTACGTGTGGTGTATTGTGGATCCTTATTTAGAACGAACGGAAGCC
CGGTCCAGTCCTAAAACTTATACAGTTCGGTCCTGGATGACGTAATTTAA
CTTTATGGTGTCAGGCAACATTTCTTTCAAAAAGAAACAGACAAAAGGGC
CATAATTATCTGGTATTTAGCAAAATAAGGCAATCATACCAACTGCTATA
TATCTCTATTGACTCACAGACTAATACTGACATATTACTTATAATCCATT
ATATGTAATTGAATTACATATTATTAAAATCTACATAGTATTTTATTCTA
TANCTGTATTATAATATTGCTTGCTAATATTTGATTAAAAGAGTAGTTAT
GACTAGTTATTATATTATTTCTATGAGGAAATATTAAATTAAGGAGAAGG
GGCCAACAAGAAATTGTATTTCTGATCTTTTGAAAACGGCCCATATGTAC
TGAATAACTTACTACGTGGTGTATTTATGAAAAAGAATGAATTATGAAAT
TGCACTGACGTATCAAGGGAGAAGAGGGAATCGTCTACTCCTCTGATCTA
AAAGGAACAATTATTTTCTAATTGCGAATTCAATTCTTATTTGATTCTTT
TATTTGTATTATTATGTGTGTATCCATGTCCAGAATATATGTTGACAATA
TAGGCTATGCGGCATAGTGTTTTTTTTTTTTACAACTAAAAAAATAAGAC
GTTTCTATTATTGAAAAAAATTAGGAAAGACATTCTCAGTTTTAAAACTT
TTGAATTTTTTTTAATTCTTCTGAAGTAGTTATTTTTTAAGAGTATAAAT
CAAACGATTTAAAAAAAATCCCCTTAGACAGATTATTTATTGACATTTTC
TTCAATAGGACGTAGGAAATTCTGGAGCAGAAAAAAATTAATTTGATCAT
TTGAATATATTTGAATTCGGAGTTAGAAAATAATGGTTTCTTTTCTATCA
GACCTTGTATATGCATAAAATACAATCTTTAATAGTTTTATATTTACTGT
AGTATTAAATTCGACTTACAACTATCGAGTTCAAGAAATATAATAGTCGA
ATTCGAGTAAATGTATCAGGCAAATAAAATACTTTTTCATTTAATTGACC
AAATTGATATCACAAAACAAATCAAAAAAAAAAAAAGATCCTTCAGATAT
TTATTTGCTTCTTGTCTTCAACATTTGAAAAAGCAGAAAATAAATGTCTT
TAAATGCCTGTTTCTGAATGAAATAATGAAAAATCTGACGAGGGAATGAA
AAATCTTACTGTCAAGTTTCTAATGATTTTTCTTTATTTTGAAAATGTCA
TTCTTGAAGAATTTATAGAACTTAATTTTAGTCATCAAGTATTTATATAG
AATGTTTAATTTAATAAGGTATGAACAAACTAAAAAAAAAAAAATACAAT
CTCTGCAAAGTGGCGTGACACCCTGTAATAAATTAAAGAGGGCATTCCTT
CTTCATTATCTCTATGTGAGTAACATATGTACCAGAATTAGGTTTCGGTA
TGGAAACCCTAGACCGTTCAGAGACTATTATGATTTTCGTTGTGACGAGC
TAATTCGGTCCTTAAAAAAAGTTCAGTCTAGATCGGTCCTAAGGCAAAAA
TCGGTCTAGACCGCTCCAAAGGAACAGTTCCGTCTTGTTCGGTTCTACAC
GAATCTCAAAATTTATGAGACCGAAAAACCGGTCATTTAGACTGAGAACC
GAAAAAAAAGTCTCTAAAATCAAACCAGAAAAACAATTGGTACATAAAGT
GAAGCCCTAGAATATCGGTCCACTGTCTGTGATTGCGATCTGGACCGAAA
AATCGGTCTAGAAAAAATCACATTAAGATCGAAACGGGGAAAAAATACAT
GTTGGACCGAGTCTCAAGACTTATAGGTATCTATATTTTTTATTGAATAA
TATTATCATTTAAACAGTCATATTATTATTTTGCCGCTACTTCCAATTCC
TTTGTTTACAAACTAATACAAGCAGGCCTCAACAGTCACTCTAGTCCGCT
AGTCCTTTGCTACTAAAAAACCCAGCCGGTCTAGTGCAAAGTGGCTTATA
TCTAGCATGTTGGCTATGTAATACCTTAAGTTAAGATCCAGTATTTGGGG
TATTACATTTTTCATCGGGATATTAAAAAAAAATGATTAGCCATGTTGGC
TAGTAACTAATATAGCGACCGTCCAACACTACTCATATCCATTACTAAAT
AATTGTGTCAATTGATATATTAATTGTATAAGATAGATATACTCGAATAT
TTTGAATTTAGTGGAGTTTTTCAAATAATATTTCGTGTGGAGAGTTGACG
ATATTTTTATAAAAATCACCGACTTAAGTAAAGTTGAGGTTGTTTTTTTT
CGAGTTACATTAATACTAATATTGAAGGAAAAATATTATTCCCACCTCAA
GACTTACTCCGTTCCGTTCCGTATTATGTAGAGAATAGTAATTTGCAACA
TGAGACAAACAAATGAATTGATAGGTATACATAAACATATTTGTATCCAG
TAATGAAATGTTTACAAAATAAAAATAAATAGTGTGAGGGGTATTAAATA
TGTTATTGCCTTGGTGTTGAATTACGGAGTTTCCTACCAAAACCTCCCAT
AATAATGATTATTCTACCTCATTAACCAGCATTAGGATCTGTATGTATAA
CCTATCCATCACTTGGGTTGTGAATAGACTGCCTTTGCGCTATGTTCCAC
AATATATCCTGACAATTTGAAAAATGTTTTGGGAGGAGATCAGGTTAGCT
GTCACGACATTGAAACTAACTATCCCTTTTCTTGAGGAGTTGCTATTTTT
CTAAAACTGTTTGTATCTTCATTTAAAGAAAGATATGCAAACTATGCACA
TAATATTGGAGTAACAGGGCTTGAATTACTTTTATTGGAATGCGATAGGT
TGAGTATATATAATCTGTTGTTTTTATATGTTAATTAAGGTGTTTTTTTT
TTTTAATGTTCATTGCTTTTGATAGAGTAATATCTACAAAATAGTATAGT
TTTACTGAGGGTACGAGCCCAAGAGATTGAAAAAACCAATGGTCTAATTA
ATAAAAGATCTTATATAGAGAGCGTTTTCATATGACGTCAGCATAGTTGA
TGTTGGGCATTTTGGGACTGCTATGAGTAATCAAGTTTTATATGAATAAA
AACCTTTATTTTCATAATATTAAGGAAAATAAAAATGACTTAAACCTTAC
TGTCTAGAATAAATCCAGGGGCACAATCCATTTTCCTAATTGGGAGGGCT
CTATAAACGTTAAAAAAATTAGAGAATAATTTTTTATTTATTCAAAAAAT
ACTATAAATATTGTGATAACTTTAGAATTAACTTTTTGCCCAGGAAGATG
TTACTTTTGAGATAACACATATGACGTTAATTTATCATTTCCCCTCATGA
CGTACGGAATTTTGTCGTTTCCTCGCAGTATTCATCTGGTTATAATTCAG
TTAAAAGGGTGAATTCATGGAGGTTACGTGGTTCTTTTGTAACTTCTACA
AAAATTTCTACTAATGAATGCATTCTTAGTAAGTTCATTCCCTACGAAAT
TCATCCGGTATATTTCATTCTCTCTATGAAGAGACAAGAGTAGAATTGTG
TGGGTCCGTGAAATGTTTTCTAAAAAAATTCCATGTTTTATTAAATAAGA
TATTTGAGATGTGTATTAAGAGCAATGCACAAATCTTGCAAAAAATATCC
CTGTTTTCATTATAATGCAATTTAATACAAACAAGTTGTATTAACTTAAT
TACATAGGAATTATTTTACAACAGGGTATTTCAGATAAATCTGGAACATC
TTTAACTACATCCTGAACAATAAGGAAAGCAATTAACTCAATTATTTTTT
ATTTTAAAGTGAGAGTTTGAGCCTTAGTTTTAAGTTAATTGTGCAACTTT
TAATTCAAAACAAGTTTTACGATGAAGGAGACCCGAAGCAACACCATTAT
GGAATTGCCTTGAGTGGGACACAGCCCAACGTATATCAAAAAGATGCTCA
GATATCTAAAGGACAACACAGTCTACAACCCCTGAAAGGAGGAGGGGGCA
TATAAGAGAAAAACCCAGTAGTCTCGGAGTGATTAAAAACACACTTTCAG
ATTCCTCGTAGGCTTGAAACATTCCTTGAAGTCATTTCCTGGGACTTCAG
GAAATATTTGCATATCTCCGCTTTTTAAGTCCATAAAACGATTTATATAT
TGTTTTTTGGAATTTTTTGCGAAAAATTCGATAAATAAATATTTTTGCAA
AAATTTACAAAAATCAAAAGCTGTTCACATTAAACTTTTTTGAAAAAATA
TTCAGAAATTCATAGATATTCACAAAAATTAAACTTTAATTTTTTTTGAA
AAAAAATATCAAATATTAAACTTTTTCGAAAAAAAATCTGAAATTCAGAG
CCATTTCCAAAAAATTAAATTTTTTGGAAAAAAAACTTTCAAAAATTGAA
TATAAAATATTTTGGAAAAAAAATTTCAAAAATCCATAGCTATTTTTAAA
AAAATTAAATTTTAAAATTTCAAAAATTAAATTTTTTGCTTTTCTGCATT
ATCACCTTTTTTAGGAAGATGAATTTAGAGGAAAAAAAAATTATCCCTAT
TTCCGCTCAAAAAATTTTCATCATGCCCCCCAAAAAAATCTAGTTAAAAG
CAAAAATTTCTTGTTTCTTTTTGGGCTGGAGGGGGCTACAACCCCTCCAG
CCTACCTCTTGCGGACGCCCTTTAGCCTTATTCAAAAACTACCATCTAAT
TTTTGAAAAAAAAAAAAAAATGACGTAACTCGTTAATATCCCTCTTCAAA
AAAGTAGGATTGAATTGACTAGGAATTTATTTATGTATATCGTATTGAGC
GGTCACGCTCTGCGATACGTATGTATATTTTATATTTATGTAGTTTGACA
ATATACCTTGTTGAAGGAATTAAACCTTTTATAAGCTTATCATTATTAGG
AGTAAGAAGGTACTACATATTAAGTACCTCTTCCCCAAGCATAGTACATA
CATTGATATAACTGAGCTTACCTATGATAATATGTAGAATGAACATACGT
CTCATTAAATGGGGAGGGGGGGGGGGAAAGKGAAGAGGATTTCATTATTT
TTTATTATTTATAAAAAACAACAAAAAAAAACATGTTTCTGCTACGTATG
TGTTTAATATAATTTGACAGTCAAAATCATTAAAAATAAAAGAAAAATGG
ATTAAATATGGAAAATAAAATAAAACAAAATAAAATAAAAAATCCGTATT
TGGGTGTATAAATAAATATATGTGGCCTGTCAACACAAAATCAAGCTGGA
ATAATTTATCTCATAATTGAGTCTGGATCATAATTTGTACTCTCATTCAC
TGTTTGGGTGTGTCGCAAATTGCATTTAAGTTGACTCCAAAAATTGATCC
TCACAATAAAAGAATGATACATTTTAAAGGGGCCATATTGGGCCCAATAT
AAGTCTCTTAAATCAGATAAAGGTTTTAAACTATAGCGTAAATTATTGGG
CACCCCAACTCATCCCGTAAATTTTAATAATAAGACGATGAGTGGCTCCA
ATATGTTCATGAAATATTGGGCTGTATATAAATAGGAAGTAAAAAACATT
AATTGGGATTTRCTCCTTCTCTAGATCTTTGTTCAAGATTGTTTTCATGT
TGATTCACCACGTATAAAATAAGCTGTGGTGTTTTCGTTTGATTATTATT
ATTTTTTATTTGCCCGTAACAAATACTTTTTTTGCTGGAAATAATCAAAA
AAACTGACTTATGGAAAGTTTCAGGAGCCCTTTTAAACCATTTTTATCTA
AAAATGATGCTATTTTGGTGTCAAAATACGCAATTTTTAAGTCTCTTGTA
CGGTCGTGTAAAGTATTATAATGCCCCCGCCCCCCCCCCCAAATACCCAA
AGTTCCTAAAAATTAATTTATGATTTTTTTTTTTTTGAAAAAAAATTAAC
TTTTCAAGTTTTTTGTGAACATCTGTGAATTTTTGAATTTTTTCCGCAAA
AATTCCTTTTTTTTTATTTAAAGCGATTGATTTTTTAATTTTTCTTTTAT
CAAAAAATGTAMTTTTTTGAAAACAGCTGTTGATTTTTAAAAAAAAATCC
AATTGATTTGTTTTTTCCGAAAAAATTAATATTTGAAGTTTAATTTTTTT
TTGAAAAGCGATTGGTTTCTGTAGATAAATATAGATAAAATTTTTTGTAG
ATAGATATTTGTTAATTTTGAAATAAATTAATTTTTGAATTTTTTGTAGA
TAGATATTTGTTAATTATTTGGAAAAAAATTAACAAAAAACAATTGAATT
TTTTGTAGATAGATATTTGTTAATTATTTGGAAAAAAATTAACAAAAAAC
AATTGAATTTTTTGTAGATAGATATTTGTTAATTATTTGGAAAAAAATTA
ACAAAAAACAATTGAATTTTTTTTCCAAAAATAAAATCGAAAAACCAAGT
ATAAATAATAATAATAATCTGGAAGGCACCCTTGATAAAGTATCAGATTG
GAATGGACTCGGAGTTGACTCCATTGGCGAAATTATTTTCATAATTATTG
AGGGGTTGCCATTGTTTAATTTCAACTCTCTGCTGATCCTATCTCCAATT
TTGAGATGGAAAGAGAAAATATATCGTGGAGGCAAAAGGATGAACTATGT
AACCAGAATAAAAAATCTTTCCCAAGAGTTAATATAATATAAAAAAATTG
TTATACCGTATACAGCACGCACTAATAATATTTCAAGAAAACGTCTAATA
AACATTCAATAAATACATAAATATCTAGCAAAATAGGGATTATTCAAATC
ATAGAATTTTGATATTATTTTTATTCGTATTATTTATTTTCAATAATAAT
TTCTTGTTATTCTATTGACTGTTATTTCAAACATTTATATTTAATCTTTT
CATTCCAATTCTCTGTTTGTAGTTATTACATTTTGTATGTAGGTTAGGGT
GAGGCTAATGCAGGGATTGTGTCCAAAAGAGCTCACAACTATTTTGGGAA
GGGTGGTTAAACTTAAAAACTTATCTGCACAATTTATTTTACATTTATTT
TTGCCCCTCAACATATAAGTTTGATAAAATGATTGTTCTTCCTATTGAGT
GTGTATTCTTATACTAATGATCATTCATTTAATACAACAAATCATTCNNN
NNNNNNNNNNNNNNNNNNNCTTTACACTATAGCTAACATTCTTGGGTATC
TACACTCATTCTACAAATTTGAATAATAAGTCAATAATTGACTCAGATAT
ATCTATGAAATATTGAGTTGTATTTTCTTTTCTCCGTTTCTTCATTTTTA
TTAAAATTTTTTTTTATGTTGACGCCCTCCACATATGAGCTTAAAGCAAA
CAATGAGGATTTTTCTCATCCTAAATGTATTCAAATGCATTTTTTTTAAA
TTTTGCATAACAATTACGATGTTAGGACGAAAGGAAACAATGTTTTTAAA
TGTTTTTCCTCTAATTATGATCAATCTTTGTATTTTCGTAACGACATAAA
GACAAACTAAATGAGAGGAAGATCCATTTTTGTGAGTAAATTATTTTTGA
TTTATCCATCGACGGACTCGCAATTTGCGTTTAAAGGACACAAAAATGTC
CAATCACTATAAAAGAATTTGATGGAATCTTTTCTTTTTTTAAGTAGAAA
TAATTTTATTGCTTCTTGGATTCAACTTTAAGGTTAAGAGTACTTCACCA
AAATTGATGGGCACAATAAAAGGATGATAAATTGGTAGATTTTATGATTT
TGAAAGTACCCATATTAGGTTTATATATGTTTCTTTATTCAAAAAAAGGT
TCTAAACTATAGTATTTTACATTCTTGAGTATCTTAAATTATCCCATAAA
TTAGAAATCAAGGCCTTTAATTGACTCAAACAACATGCCTATGAAATATT
GGGCTGTATGTATATGAAGAAACATATCAAATTTGGATTTTGCTAATCTT
TTGGGTTTTTGTTTAAGATTCATTTTACGTTGACGCAACACATGTATATT
AATATAGCACCCTCATTACAAGCCAATTAATTTTTTTTTTTGAAAAAGTG
ATTAAAAATATGATAAAAATCAAGTTTTTGGGTGGTTTTTTCTTTTAATT
TATACATTTTAGATTTAAAAACAAACCTTTTTTTTCGAAAAAATAACCAA
TTATTTTGACAAAAACCGTCCTTTGTAACAATATTTTCTAAATGACGCCA
TCATTGATATCAGTGTGTAACGTCAATATCAATCACATATTTTTATGAGG
AAAATAAATACTTTTTAGTTGTGCCTAAATACTACTAGATGCATAAAATT
TTACTTAACTAATTCAATTGGTAAACTAAAGTACTTAAATATAATATTCG
TAATAGTTATGTCTTGTAGAGGGGTCTTTAAAATATAAGACTGTGTAAAT
GGCCTATAAGTTATAATTCCTTACCCCATTTTTCAAATATTATTAAAACA
TTATCACAATGAACCCTAAAGCTTAACGTACAACACGTTTTTTCAGCTGA
TGCTTGACGTTAGGCGTTATTAAGAACAGAGACTACTTAGCAGACTGTCA
AAAAACGTCAATATTTAGGTACTAATTATTCATGGGCTCTCCCTAAATGA
TTACGTACTTTTCTCTTTTATATTTATAAGTACTATTTTAGGGGCGGATT
TGAATTTTAAGAAAGATTCGGGGTTATTTGACAAAATTAATGAAGATTTA
AGGCACCCAACATATCCTAGCGCGACTACCTAATATATGTAGTATGTATA
TTAAAGGCAGATTTGAAATTTTTTTATAAATTGTGCATATTCTGTCAAAA
TTTAAGAATTTTTGGGGGCGCCAGCCTCACCCTAAGGTAGACATATATAT
ATACATGGTTCTACAATATATGTAGTTATATCGTATATTGTTTTTTCTCT
TCTTGTAATATTATTTATGCATTGATTTATATAAGCTACGAATGCTTACA
TATTTAGTAAGGAACAAACATTTGAATTAAGTTATCGTTCCCCTTTCCCT
CTCCAAATACCTTTGAGTCCTCGTCACAGTTAACCCTAGAGGGATTGTTT
AACGTATGGCTCSTCTTTATCAGCTGATGGAAGGCTCTTGTATCGCCGCA
AAAATTATGATGATAATGAAATATTTAAATATTCTATCTATGGCAAATTC
TATTAGTCATAAATATATAATAACCATGTAATTTTATTAGATCAAAATGA
AATGATTGTATCAATTAGCCTACTTGATGATTAGTATGATCAATGTCGTA
CTTAAATAATGTCATTTTAAGACGAAGAAATTACAATTTGTACAATTTGT
TGATAAGAATTGCACCTTGTACGCAACGAAATATTACCCTGGAGACATTT
GTATTTTCTACAGAAAGTCCTACTTTTTCTTAGTGTATACCATTTTAGAT
TATGTATGGTTATGATAGAGGGCTCTCTAGTCACCATTTTTGTATATTAA
ACAGTCCCTATATTTAGGAGTACAATTATTGTATAAATTGATATGATCCT
AACTTAAAATATTAAATTAAAAAAATCACGATGTTGTTACCTCACAGACA
TCAAAATATACTCAGTATTTTGTTGTCAGTGGTCAATGCTTCTTCTTTTT
CATTAATTAATATTTTGAACATTGATTGTTTGAATTATAATGAACTCTAT
TTAAGATGCTCTGAACAATTGCCAACAATTATTAAATAATAATTCCCTAT
TTGGAAAGAATTGGCTAACTATTACCAACTGATTTAAGACCTTTCGTCTA
TTTCTTTTTGATGAAGAGGTTGCGAGATACAACCAACGTCACGACGTAAT
ATATGAATGCTCTGCTCTTGCTATTTATTCCTCCGTCTTCTAAAAAATTC
TGTCGTATCAGCGAGGAAGCAGTAACATACTTTATATCAGTGTTATAATC
ACGGTTTTGTTATTGGGGTGGCTGGTTGGAGTAACCTTGGATGACTTACT
ATTAATAAACCGAAAAATACTACCCCTAATGCCTCTGTATAGTGATCTCA
GGCGTGGTTTGCATGCTTAGCACATTTTAGACAATATTCCCATCCCTTTC
TTATATGTCCACTTGGGGAATGTGTCCAATCATTTTCAGATTATTTGAAA
TTGGAGTCCTAGTTATTAGGTAGGCGTCGATTAACTTTGGTTTAATAATA
TAGAAAATGTTTAGATGAAACATTGCATCGATTAGGGATAGGTAGACAAT
TTAGTGCTATAATTATCCCATCTGCCTTAGGAAATTAAAGTCAATACACA
TATCATTTGTATATTTCCTTCTCTAGATGAGACAAAACTTCTCCTGAGCG
AGCGCCTTGTCCATATAGCTACGTTAATTTATGTTTATCTTATATATTAA
TATACGAATTATAAGATTGTACTGGTTATTAAAACTTTGGAATTATTGGA
TCTATTTCTTCATTCTAAGATTTTGAAATTCTTGGGTATAAGTAAGCATT
CTCCGTTTTCTCTCAAATGACCCAAAACTCTTCTTCTACGACTTTTTCTA
TATATATGTATTGGAATCAGAACCTGATGGCATCTGACAGAGGAAAATTA
TTTCTACTATATTTTGCATAGAATCCCTTCTTTTTTGAAAGCTTTTGGAG
AATTGAGACTGGTTCCTTTGGCCACATCAACTTCTGTTATCCTGACTTTG
GGAATAATCTATTAATATAGCAAAGTTTATCTGTCCTTCTCTAGGAAAGT
GAGAATAAATGATATATTATTCACTGTCCATGATGTATATCATAAAAATA
TTTCGATTCAAAAAATAACAATGTAGACGAATTAATGAAACATTGCAGGC
GTGTGCACATAGCATCGAACGTGCAAATATATAGCGTAAATTATATGCAA
TTTTTTAATCTATGAAATAATAATGTAGTCGTAGATCACGTCATATAAAT
GGGTATTGATTAAAAAAGTCGAAGAGTGAAACTCATCAATTCTTGGAGAG
GTTTTATTTAAGTAAAATTTGTCTTTCAGTCCACGACTAATTACTCCGAG
CAATCCCGGGTGGTACTTGCGTAGAGTTATTCATAAATATATAAAAAAGG
AAAGTTTTCCACTAAAATATGGGTATTAATAAATTAAAGGTATGGAAAAA
CTTTGTGCTATATGTAGTTTAACAAATAACTCCGTACATCCGCTATTTAC
TTGTAAAAATTATTATTTTTTCTTTTTCCTTTATATTAGATCCTCATATA
TTCAGAATCTATGTATGTGGTTTATTGACTAAAAAAATCTATATACATAA
GCTCCTTACGACATGATGACGGGCGTATTGATGAGGTTTTAAAACATTCT
CCCCCTTCCTTCGTATATTATTTACTTTGTTTATTTTGGAGAAATAGATG
ATAATGTCACACATCACTGGACATCATCATTGACGACAACAACAACAACA
ACAACGGCTCAAATAATCCCCCACTTNAATTTTTTTCTCTTATTTTTGCA
AAAGGTCTCACTTGATATAATAGAAATCACAACTACTCTTCTTTTTTTTT
TAAATCTACTATAGAATCTGCTCTTTAAATTTGAAATAATATCTGTAGTA
GGCCGGTGTGTTGTTCTTCTAATTGTTCAAATTTGGATGAATACCGCTAA
TGGGTGATAAAATCCCTTATGCAACATTTTCATTGTTCATTTTTAGGCTC
TACATCTCGTGTTTTAAGTTTAAAAAAAGGGGAAAAGGATTTAATTAGTC
CAAAAATATTTCAATACAGCATTATTCGTTAATTTTCATAAAACAACTTT
GAACGACATTTACTTAACCTCTAAAAAATATGTTTAAAATTAATTTCTGA
AGTTAATCTATGGAGAAAAAACGTTATCGTGCTTTGATGTCATGAATAAA
GTGTACATCTTGATCAAAGGATGGCAAAAAGGATTTATTTAGTGAATTAG
TATAAAGCATAATTTGTTATTAATGAACTTTTTTTTGTCTAGAACTCTCA
ATATTATCCGTTATTTTTTGTGGACAGAACACATATGTATTGAGTAGTTA
CGTACGAGTGTGCTCATGAAAAATGCACGGATAATTTCTTGAGGAGTTTT
TTTTCTATATTATTAAAGTAAAATTTGCTTTCAGCCGATTCTTAATTACC
CAGGGCAATGTCGAATACTACCACTAGTGATTTATAAGTGAGAAAAATAC
CCATTAAAATGGTCTTCAATGTAAAATAAAGAGTAAGGCTTTTATGATAT
TAAATCCATAATTTAACCCTTTTTTCAAACTTTGATCGTCGAGTTGTGCA
AGCCCAATATGACGTCGATTTGGCAACAATTAATTTTTGCATGGGTTAGC
AATATCTTAGCAATGCTCAATTTTTCCACACTAGCCGTTTCCTTCGAAAT
TTGAGAAAAGTTGAAAAGCAAGGCGGCCTAATGTGATGTCTATGTAGAAT
CTTCATGAGAGGAGCACTTAAGATCCATCCATAAGAGGAGAAGAAGTGTA
TGGGTTAATGTTTTTATGAGAGTGCAATCATCCATAGATTGATTTTCCAA
TAGCTTAGGTTTTTGAAATATATATTATATTAGATTTAATTGAGTTGTTT
CAATTAGAGGGTTGATCGAATTTATTTTTTTGGGTGCCATAAGAACTCTC
AAATCCTCTCAAAAAGAAAAATTATATATATACAACATCTATAAAAAGAA
AAATTAATCCCCCATTAAATCAAAACGTATACACACATATTCAGGTAGGT
AACCATATGAGAATAAAGGATGTTTAGCACCTTTGATCATGTTTCTTAGA
AAAGGAAATATGAATACTATTAAATGTTCAAAGGCTCTGCCCCTTCAATT
TACAATATTACTACTATCTGATCTAAGTAAGCTTTTTCCCTGGAAGTGTA
CACTACAGGATGTCTCATAATGGCTAAAAAAATGTCAAAACTGTAGACCG
TATATGTAAAGATCGTATTTTATAGGTAAATAAGTTTAGTGAGTTTAATT
AAAAAGAGGAAGTCACTTATAATTGAATAGTTAGACTCTCAACTTTCATT
TATTATATGTGGCATGTCAACACAAAAACATGCTAGATTGTTTTTTTTTT
CAAAATGGAGTGTACAGTGTTATTCTTTGAGGAATTATTGTCAATTTTAA
TTACCAAATTATTCTTATTAAGAAGAATCAGAATCTGCGTCATCCAAACA
CGGAGGCCTTTGAAGCCACTGTCAGTCAGCACTGGTACGCCATGACAGTG
GACTACATTCAAAGTGGGTACCAGGCCTTACACCGCCGCCTGGAAGTCAT
CACACAAGTGATTTCTTTATACATAGATTTTCTAACCTCAAAAATTAAGT
AGAAAGAATAACAGATTAGGAAAAAAAACAAAAAACTTTTCAGATTACTA
ACTAGAAAAAAAGAATCTGCCTCACGGTTAAGTAATATTTTATACAACTC
TACCCATTTCTCGTTGACGTGTGTTTTTCAGAGCATCAATATTTTTTTGG
TGGAGAAGCCTTCAAGTGTTTTTCTCAATTTGCGACGGGAAGGCATAATT
CAAAGGGTTGTTATCGTTGCATGGATCTCATCTCAATTTTCTAATTGTTT
TTTATGCTCAAAAAGACTCATAGTTCTTCAAGAACTTCTGGGCCACTTTG
GAGATGTAAGCTGGGGGTACTATCTCGCTCGAAGTCCTTTTTAGCCATTT
ATTATTGTTCTGGGCCCTGTCATCTTTGAAAAATTGAATTTATCTGTATG
GGTCCGCATACACTTCATTAAAGGGACCTTGATAGCCTCCTTTGCAACCT
TGGAGTCTATTTTAGGGTTCTTTTCAGAGACAGTTCTCTCATTTCCATGT
CTTCCTTGCTTATATTCTCCTTTTGAAATTGTACACGGTCGCCCTGATTG
TTCCTAAGCGCCTCGCAATCTCTAAAGGAGTAGTTATCTCTTAGAGAAAT
GTTTCAATACATATTCTTTTGTTGCAATCTTCTTTTGACTAATTTTTTTA
TAAAACCAAATATCTTATAAAACTAAAGAAGTGCCATGAAATTAATTATG
TTGTTCATTTGGCAAAATTTTGATTAGATTAAAAATACCAGTCAAGTTTA
TGGTCAGGAATCAAAATGTCTGACTATAACTGATAATAATTTGATTTTTT
TTTTTTTAATAAAAAAAAATATTTATTATATAAATAAAGTTTCAACTGAA
TTGAGGAAACTTCAAAATAACTTTAATCGTCCCAAAATTTGGCATGGAAG
TGTATTTTATATAATTAGAAATGTCCTAATTGATTTCTGAATGTCGGATT
TTCAACCCACTCTAATGTACATAATATTACTTTCATTTACTTTTTTCATT
TTATTATTCATCTCCATCATCCCAGTGATTTGATAGTAAAAATAAAAAAT
AAAAAGAAGACGGATTAGAGATTTCTATGTATATATTTATACATATTGTG
TGAATAGACACCTGAGAAATCAGTTGTTTTACTTCCCATCTCTGTCTCTC
TTGTAGCACTCATAGGATTATCACCATCTCTTCTCTTCTATATGTTAGAT
ACAAGGGTTTCCGTCTCGGGATCCCCTTTTACCGGGATTTCTCGGGATTT
TACACATATTGTAAATTCCTGGAAAATATTAGATCATTCAACAGACAAAA
AATATGATCTTTCTTACTCCTGATGTTGACCTTTCCGTGTTGTTGTTGCA
AAACTATTGTTTCATTGAAAAAGTGATAAAACTGTGTGTTTTTAACTATA
AATTCGTATTACCTCCGTCTACAAAGTTGAAGGTTTGCTTCTGTTTTGTT
TTTTATTTGTTAGTCATCAGAATTACAGCAAAAGTTACGGATCGATTCAG
GGGCGTCTACAGTATGTAATTAAGTCTCGTTGTTTTTTTAAATCAGTCAC
GCCCCTGTCCTTATGATTAAACTTGGTACGAAGGTAGCTATATATATAGT
CACAGTAAGAGGCCATTTAATTTTGAGAGGTCAAAGTAACGCAAAAAAAT
CGATAATCAACCATAACTTTAGACCAAATTGGGATAAATATCCCAATTTG
TTTTTAGTTGGAGGTTTTACGGTCTACCGAGTACAAATTTTAGTTATATT
CATATAAATGCATAGTTTAATACTATGCATTTTTTTTAAACATTACACCA
AAGATAGGCTATAATGCTTACTTCAGAGGGAAAAGTGTCGATAAGGGCGA
TCTATTAAATAATGAAGAAAATAGAAAAAATTACCAATCTAATTGTAGAT
GTTTTGTTCTATAAAGAAAAAAAAATCCTTCCGTTATTTATAAACATCTG
CAAAAACAGTTCATTTTTGTTACTTTGAAAATCAATAAAATTCTCCATTT
CCAACTAAAAGTTCAATAATCTTCCATTTTGACGATCGATTTTCAGAAAA
ACAAAATATTTTGGTTCTTAAACATTAACAAGGATTCTTATTTCAAAGAG
TGGGGCAATAGTTACCTAGTGGGAGGACAGAAAGGATCCTAGTAATAATA
CACAAGAAAAAGTATTTCTCGAGTAGACACATTCTGAAKCCTAACTAGCC
TGTCAACATAAAGAGGGTGGGTATTTAAAATGTTTTTTGTTTGGGGGATA
GAAGTTCCATCCTTAGTAATTTTCATGCTTTCAAAATTTAATTCAAAAGT
GTATTTTCACTCCTACAAACAAGGGTGATTTTTTAATCAGAGGAATTATT
TACTTTGAAAGGGAGAGTTCTGTTGGCTTATAGATTATAAAATGCAAAGT
TCTTAGAAATAAATTGTCTATAGACGTATTACCCACCATATATATATTAG
AGTTGCATATAACAACCGAAGATTAATGTGGTCATCTTGACAAATTGGAG
AATATTGTGGAAGGAGAGCATCTTAGCTGTCATGACGTTTTATCAGATCA
GCTGCAAGCTGGCGTGAGTTAAAGGAAATATATACTCCCTCAATTCTACT
CAAAGTCCAAGGAGGTCTAACACTTATTCCTCCTGAGGAAACGTCATTAT
CACTCTCCATATTTAATGAGGAGAAACACTAGTGATAATTTTATACTATC
AGGGGCGTCCGCAGGGAGTGGACTGGACTGGATGTAGCTCCTTCCCCCAC
AATTAAGGAATTTTTGCTGTTTAACAGAATTTTTTTTTGTCGTTTGGCAA
ATTATGCAGCAGAACAAGAAATGTAATATTTGAAATGTTTTTCCAAAAAA
TATAATTTTTTGTGTATAGCTATAGATTTTTTAAAAAATCCCTCCAAAAT
TTAATATTTAAAAATTAATTTTGGAAATGCTTTTCGAAAAAAATGGAACT
TTTCGAATTTTTTTCCTTAAAAATAAAATTTTCTGTGAATAGCTATGGAT
TTTTGATATAATTTGTCCTAAAAAATTTAATTTTTTGTAAATGTCTTTTT
ATTTTTTTAAATCTTTTCACAAAAAAAGAAATATTTGAATTTTTTTTTCT
AAAAATGTATTACTTGACGTTTAATTTTCTAATTTTTTTCCCGAAAAAAT
AATATTTTAAATTATCTCTTTATGGATTATTCAAAAAAAATTAATTTTTG
TTTTTCAAATAAATTTCCTAAAACAAAGCCTCCTCCTTCAAAAAATAACA
TATATGTATTGACTCTGACTTTGATGTTCTCTCTTAAATAGTTAATTAAC
CATTAAAATAGCTTGGAAAAATAATAAAAAACACACTTTAGATCACCACC
GACTTAAAAAAAATCACACCCCTGAAAGTCATATTTTAAGCGCCTCTATT
AATGATCAACACATTTATAAATTTGTCAAGTTCCTTTCATTCATTCGTAT
ATATATATATATACGAATGAATGNAATGAACAACTTGCTCAATAACCTTG
ATTCCGGAACGTTATATTAATATAACTCTTGGTATTGGGTATATTTAGAC
AGAAGGTGTCACTTTGAAGGCCAAGGAAATACAGCATTCAATGTCAAATA
TATATTTCCTTTATTTTTATTATTCTTGTAATTGATGGTGTTTTTTTTTG
CGGATTGGGCTCAAAAGGGGTGGCTATACATTGTACTATGTGGTAATAAA
TTTGACTTCTAAGGAAGTCAAATAAAAATGATTTTTTCTTTTCTAGTGTA
CCTGCGTTTTTAAATATATCACTCATCGAAATGTTAATTTCTTCATTTTT
TAAGAGGTCTCTGAGCTCAGAGTTACAGATCCAATATTTCATTAGTGAAT
CAATGTAAGGGCGTCTCCAAAGAGTGTCCTGGAGGGCTGTAGCTCTCCCC
AAATGAAGGAATTTTTGTTTTTTACTAGAAAATTTAGTATTGGATTTTTT
TTCCGGAAAAATATAATTTTTGAAAATTTTTCCAAAAAATTTATTACGTG
CTAATAGCAGTGGATTTTTGAATTTTTTTCCAAAAAATGTAATATTTGAA
ATTTTATTTTTCCAATTTTTTCCCATAAAAAAATATTTATTTTTGTATAT
AGCTATGGATTTTCGAATTATTTTTCCACAAAATTTAATAAAAAAAATTA
ATTTTTTCCAAAAAAATTTTAACTTTTGTATATGAGAAATTATAAATGTT
TTTGTAAATAGCCGTGAATTTTTGATTTTTTATCCAAAAAATCAAAAATA
TTTGACCTTTAATTTTAAAATGTTTTTCCGAAATATTTTATTTTCAGTAA
ATTCCTATGGATTTTTGAATTTAAAAAACAAAAAAAAATCAATAATAGAC
GAACAACGTAGCTGTCATGACGTTTCATTAGATTACCAGCTATGTGAAGA
AATAAATGAACACAAATATCACTCTGCATCAAGCTAGGACATATGTACAT
AATGAAAAGAAGGACTATCCCTCATAACCAGAGATGAAAATCCTTTGTAC
AATTGGCATGTTAATAAAAAACCAATATGATAATCCAAACAATTTGAAGA
CTGTTTTGTAGGAGAGAAAGAATTATATTCATGACGTTTCATTAGATCAG
CTACAATCAGCTGGGACAAGGGAGGAGGAAGGAGAAAAGGATAAAACAAG
TATATTAGCTAGAATTACTCTGATAGCGATCCCCAATTATAATTATAGTT
CAATAAAGACTACTTACAATTATAACTTGACTTCAAATCCGTGATCATGC
ACGAATGTTCATTCAGGTTTTGACTGTAATTGAATGTAGTAGGAAAGGAT
GTTGTTCACTACTCAGGAATTAAATAATAATGATAACAGAGACGAAACAG
AAAGTTCATACTTCAAATTACCATTTCCCCTCCACAAAAAACGGTCTAGC
TAAAAAAATCACTGCTTATAACTCCCTCACTGATCCTTGGCGGCACTCTC
TCGTCATTCATGAACAGAAACACACCCAGGTTACACTGTGATCTTGTCTC
TTCAACCTTATAAAATAAATAAACATCCTCCAGGATGTCAACAACAATTT
TTAAAAAAACATTCAGGTTTAAAAAATGCTCGGGATTTACAACTCTTCTT
TTTCTGTAAATTGATGGTTTTTTGCGGATCGTGTTAAAAAAGGGTGGATG
TAGGTTGTATTATGTGGTGATGAATGTGGGTTGAATTATGATTTGGTTCG
AAGGAAGTCAAATAAAAATTCTTCTTCTTCTTATTTTCCGTATTTTCTTT
TGTGTTTCTATTAAAGCATTAAAAGAGGACTATAAGTATAACGAGAGTCG
TTCGTAGTGTAGTCGAGTAATAATAATAATAATAATAAGATTGAGGGGGG
GGGGGGGTGAAGAAGAATAAAAATCAAAAATAATAAAAAAAAGATTCTTT
TTATTTTCCCTTCCTTCCTTCTTCCTCCTTCAATCATCCATGATTCACTC
TCTAAATGTCTTTTGGGGGGAGAAAGATAGGAGTTATATTAGTACATACA
TTCATGATGGTACTAGTGGCAAAGAGAGGATTATAGAAATCAACACTACT
ATGATGTCACAACTACATACTGCTACCCTACCAACACCCGCAATAAGAAC
AACAAACCATGACGTTATATATAGTGTTGGGTTTCGGTTTGGACCGATCT
GACCGGTCTGAGACCCTTATATTTTTTGTTGGACCGAATTAGTCTGAAAT
TAAATTAAAAAATATATAAATATTCGTTCGTGTTTTGTCAAAGGAAAAGT
TTGGTCTAGATCGGTTCCAAAAAAAAATCGGTCAGATAAATTGTTTATAA
CATGACATCATATGTTCTTTTAAGGACAATGACGTTATACGAAGTTTAAA
CAGAGATAGCTCGGATTAATTTGCATCCCACCGTCTCATATATGTAGACT
TGTTCTAGAATTTATATTGTACTTTTGAGATTCTGTGACAAAAAATGAAT
GACAGTTGATCTAGAAAAAAAAGGGGCTCTCATAATATATGAAACCAAAT
CGACGTCTGTCTACAAAGTGAGACCAAAAAAAAATCGGTCCACGGTCTAA
GACCGCAGTAGGGGCCAAAAAATCGGTCTAGAAAAAATCACTTAAGACCG
ACCCATAAAAAAAATTGGTGATGGACCGAGTCTCAACACTAGTTACAAAG
TATCTGTTTTCTGTTTTGAAAGGAAGTTAGGGTTTGCCGGAAAGAGGGAG
AAAGGCTAGTTAAGGAGCATAAAAATAGTAGAGGGGTCCACCAATTTATG
GGATTTGTTGCCCTATAGAGCTATGGTCCTCTGGGCTGCACAAGAATTAA
TTAGTTATTTCTGTTTTATTTATTATCTAAAGAAGTGGTTACCAACCTGT
GGCCTCCCCCAAATGAGGTAATGATACCAATGACAGGGGATTGATTTTTT
GTTCCTTTAAGTGGTCAGATGGAGTTGTACCAGGGTGAAGCTTATTTTTT
AAATTTGAGAAATGTTTCCTTTTAGGCGATATATATTGTCAATAAATTTT
TGAACGGTTTGGAAAAATATTTAGGGGTAGCTCAACGGCTCCAAAGNTTA
TATGCTTGAAACATGCACTTTTTCTTAATTCCCTGTAGTTGATTAAAATA
TGTGCAATTTTTGAGTATACTATTTATGAATTGAAAGAGGAATTTGAATT
GAAGCCATCGTGTAATGAATGTCTAATGGAGTAAAAAAAAAAAATTTGCG
TTGATCTACCTATATGTTTGACGTCATCAGAACAATCATTGTTAAATTAA
GTCCTTTTCATTCCCTAATATATTCAATTCACGATACTTTTAATTCAATT
CCTCTTTCATTATATAACTTTTCCACTAAATGAAAAAAAAAAAAAATGAT
AATCGCCCTTAGTTGGTATACAAAAAAGGAATAAAAAAAGTGCATGTTCT
ATATTTTATAGAGTATTCTGTCGTCAATGACACAATTCTGCACAAATATT
ACACTAAACTTAATTTATTAGTTGTGCAAATAAGTTCACTGCTTTGGTGC
TTCATAAATCAACATTCAGAGCACGAAAAAGCGATAGACAAATCGACATT
GACTAAAATAAATACATGCACAGGATTTGTCGATATTTTATAGCTATTAT
TGGTTTTTTATTAGAGTGGTTCTTAAGAAACTTTTTTTTTTAATAGTGTT
CCTAAGCTATCAGGATATTCCTTTTGATAAAAAAGTAAGTACTACAAAAT
TTGAGCTTGATCCAAAAATATTTAGAGGTAACCCTAATGCTTCCATATTT
ACTGATTTTTCTATAAAGCTCGATATTTCCTTTTAAACATACAAAAAACG
TCACGATACAGTACTATACATATTTTTTTTTTTTTTTGTGTGTGTTGCGT
GTAGCTTGTACTTTTTTCGAAATTTGCTATCTATTTCTGCATAATATACT
TACACATATTTGTGTTGTTCACAGAGCAAGAGCTTTAATTTGATACCATA
CCTGAGTTTGTTAAAGGTAACTTCATAAGAAAATTGAAGTTTATTATGCC
CCCGAATACATTAATATATAAATGTACATTATACACCCAGGACCATCTCC
GATTTTGTTGATCTTTTGCGTACATGTTTCTATCACAAAGTGTCACATTT
GTGAGAATAGGTAAGAAAATAATCCAAGGATATGGTGACGTTTGATGCCT
CTTAATATGTATATCAGTTAGTCTATCAGCTGTACTCACACACCATGACA
TGCGTAAACGTCGTCAGCCCTTTTGAAATGATAATTATAGATAAGAATTT
GATAAGTTGCCCACTGATAAAGAAAAGAAGGGTCCATCATTGTAATAGTA
GGTTTATTTTAAAAGCTAGAAACATTATATGAACAACAAAATAAATACGG
TGAAGTCGTCCTCTAAGCAGGGAAACATTCCCCAATCATAATATTTCCAC
CCTATGCTTGACAGTCGGGATGGTTTTCTTGGAGTTATATTCAACATACT
TTCACCTCCAAACTCGGTGAGTCGAGTTGATGTCAAAGAGCGTTATTTTG
GTCTCATCACGTCACCTTCTCCCAAGACTCTTTTAAATCATTCACTATTC
ATTGATAAACTTTTTTCATACATTATGTATCTTATAATTAGAATAAACCT
TCCATTAAAATTACAGACTGTTCTTTTGATTTTATCAGTGGACAAACTTA
TCAAATCGGCAATGGATCAAATACTTATTTTCACCAATATATACTTATAA
TATGTAACGAGTGGTTCATTCAAATCTGAACGCTATGTATTCTAAAATTC
AACAAGATATAATTTCCACCAAAATTAATGCTATAAATATATGTTTGTTT
GAGCTCTCTTAATCATTAAAKTAGCCGTTCTTAGTGACAATGGTGGCTTC
CAAGAGGATGACTACATTTCTTACAGATGTAGTCACCACGTTCAAATGTC
ATTTTCTCGATTTACCCGTAAGCTAGAGAGCTCAGGTTAGTTTTGTTTTC
TAATGAATTGTTTATGGTTTAATATATCCAATTATAAATTAATTATTGAG
TTATAAGTGTTCAGATTTATATGGACCACCCCGTATATATATATAATATT
TCATGTACAGTTCCTTCCTTCGGTTTATTTCTATCCACCTATTGACTCCT
TGTTCTAGTATGACGTAATATTGATTTCCATAAATGGAGGCTTATACGGA
GTAGAGGGGGATATTATATTATGACGTTGCTTTGAAACATTCATACATAC
ATATGTTATATATATATATGTATCGAATATCTAAAAAGCAGCTGTTGCAG
GTGCGAATGTGTGTTATTACTACATACAACTAATCTGTAGAAAAAAATCG
ATATATTATGTATAATTTTACGTTGTTGAAATTTTTGTTACCACAATTTT
GACCTAAAATATTAAAAGTGCATTTACCGGAAATAGTTTTCACTAACATT
AACTAATTCTTTTTTTTTCAAATTTTCCTCCCAAAAACTCACAGCTCCCT
TGCTTAATATAGTTTAAGTTTATAATTAAGGAAAATTATTAATTAATAAT
TGAGAGTACCTCCAAATGTAAAATGTTATTTGCTTAAGTTGGATCTCAAG
AGCCCGACAAAGTCGATCCCCTATAAAAGAAATGATCCAATTAATTAATT
ATATACTCTATGAATAATGATTCGGAACGAATGTCAGGATTAAAAAGATT
AACTTCAAAAGTATCTCTAAAATGCGGATAATTTGATTATGAAAATACTA
AACTCTATTAGTTCTTTGTTATATAAGAAAACATCAAACTACTCATGGGA
ATATATGGTCTGTCAACAAAAAAGTAAGCTAGAATGATTTTAGACTCAAA
ATTGAGTGTGGAATACATTTGACCACTTTGACAAATATTCGTCAATTGCT
TTCATAAAATTATTATCATTATCCTTTTGCACTTAAATTAGCMAAAATTG
MCCGCCACTCTAAATAAATTAAAAAAGATAAATTAGGGACGATATTCCAA
AGACATTATCTCTTATTTAGCTCGTCATCACAGAAGCAAGCTCAAAATCA
TAAAAAATGGAGTCTCCATTTCCTATGTATTCTCTGAGGAATTAATGTCA
GTTTCTATCAAGAAATTATTCTAATTAATCCTTTGACAACGCGCTCCAAA
TACCACTTATTATAGCAATAATTTGAAATTGATAATTTTTTTTAAAGGGG
TCATATCGGGGCAAATTAAGTCTCATATATCAATTGAAGGCTCTAAACTA
TCATTAACGTTCTTCTGTACCTCAACTTACACCATAAATTTCAATAAGTA
CCCTATAGTTGACTTAAATAGGCCAATGAAATATTGGACTGTATAGATGA
TGTAAAAAAAAAAAATTGTGATTTTTTTTCTTTTCTTGTTTTTTTTTTCG
CTATTGTTTTTAAGTTGAGGCACGAACATTGTCTTTCAGTACACGAACAG
ATAGAAATATGATAAAAATGCGGATGATTTGCAGATGCAAATCGATACAT
CACTAATCTTATATAGCTCAATGTGTATGTACAATAATGCACCCTTAGCC
TCCATCCCATTTCTCTCTCTCTCCCTTTGACTTTGTTTCTATTGATACTA
CATATATGTTGTACTATTAACTTTTTTGCTGACGTGACTAGGGATCATTG
TAATAATAATAATTCCATCCTCGTATATCGAAATAATCCTCATTTAACTA
GACGACTCCTTGAGAAGAAAAAAACATTGATTTTTATTTAATAGAAGAGA
GAGTGATGCGTGAATATTTATATATATATTAGTCTTGCATTCGAGTTATT
GAATATTGAGTTCGAGCTTAACTTAACTCGATTTGACTATCTCTGCTCAA
TAACACAGTCAGTTATATATCAAAATTATCCAGGGCGTTTTACATTTAAA
GATATGGTAGAGCGTAAAACCTCCTTCTAAAATCATTTCCCTTAGAACTT
TTCATTTGAGTTATTTTTCTCAATTTGCTCAAAGTTATGCTCTATTTTGT
GTATTTAATTGGCCTCTTACTGTTATCATATATACCTACATATAGGTATC
CTACAAAGTTTTACCAAAATCGTCCTGTAAATTATTTGTAATCCTGCTTT
AAAAAAAGGAACAGATACCGTCATTGTTGGAGGTAATAACTACTCAAAAG
CATAGTCATTATTCAACAACTTTCCTTACTAAAGTTGATTTTATAATCGC
TTAATTGTCATACGCCGGATTGAATTGCATGACTCATTACCAATTATATT
TCTTTTTTTCAATATAATTTTCCTAGCAGTAGACAACTAAAGTTCTAGGA
ATGAATAAGTATTTCATGGTCTGCTCAAAAAGTTTGAAAGTACCTTTTTT
CCTTCAGAGTTTCGCCAATTGACTGAACCTTCTGATTGTTATGAAATATG
TTTTGAAAAACTAGTCTAAACTATTCAAACTCGAAATATTTCGAATGCAT
CTAGATTAATATAATCTCATGTAGTTGTTTTTTCGATTTTTATAGAGACA
TTTCTTATAAACTTCGTTCTCATATTTTTGTGGGTAGATTCTTTCTTTAC
CGAGTTTTCTGCTTTGTTAATATTACACTTCTACGAGAAAGTTGACATAT
AATTAGTTGTCAGGGATGTTAATAATATGCCAGTTACCTAAATTAACTTA
ATTTATGGGTTGTATTATTTATAACTATAACTCTGTTTGAAATATGTAAT
TTCCTTTCCATCAAATCATATAAATTTTATAAAATGTCCTAGATTATTCA
TTATAGACTGTCTTATTGAGCTACTATTTATTTAGTCGAGTTTTTTAAAT
AATATTTCGGGGGAAGAGTTGAACTAAATTTTCATGAAATTGCGGATTTT
ATTAATAACGTTAGGTTTTTTCGAATTCGAGTAATACTCGAACCCAGCAA
TAAATATATTTAAGTTCCTACTATGCAAATAAATATTTCCTAAAATTATC
TACATATTTCCATAAATAATAGTTGATTACTGCTTTATTGATGAAGTCAA
ACTGACTTAGGTAATTGCTCAACTTAAGGGGGGTTATCACACGTATACGT
GTGATAACAATTTATATATATAAATTATTGTTCAGTGTATTCTTCAAACC
TCTACAACTCTCCCTTTTAAAATGAAGAAGTTTGGTGATTTAAAATGTTA
TTTAGAGTGAAAAATTAAACTTTGAAAGTATGGAAATTAATAACTTGTAT
GGCATTTTCTAGCCCCAAACAAGATACATTTTAAAGCACCGAACCTCTTC
ATTTATGATTGGGAGAGTTAAAGTTTGAAGATATGCAAACCTAATAAATA
AATTGCGTGTGCACGTATGATAGATGTTTGTCCTTAAATAAGGTAAAATT
GATCCTTCATGACGTCATTGAAGAAGTTTTCCCATTTTTATTTATTGTCT
TATAAAATAGAATCTTATAATATATATCTATTTTTGGTGTTATCACATTT
GGAATCGAAACTGTTGTACAGATCATTATGAAATTTAGCAAGTAAGCGTA
TAAAGTCACCAAATTCTTTCTCTTTTTTCTACATTCATTCTTTGTTTCTA
TTCCCCTCTATTCAGCCCTGCAACGTGGGCATCCTCTGTTAGTAAATTAT
ATATATATTTAAAGTGTTCTAACTTCATTGTAATATAATGTCACAGCCTA
ATATTTTTGCAGGATATTTGCATTCTCTTAATAAAATTATGATTGACTTA
ATAAATCATCCACATTTTTAGGAAGCATTCCATGCMCCGACAGTAAAGGA
CCCGTCATATGACCGACACAGCGCCAGATGGCCTGTGTCGGTCATTTTGA
TAACTAAATATTTTTATTTGCTACATGCCTATACAATAACTCTACTTTAT
CACAAGAACTCGAACTTCATAGCTATTACTCGAGCACAACACTATATTTT
ATTATCATACATGCAACATACTTTTTTAAAAGTACAATCCCTTGTTGTTT
TTTTGAAGTGGGCTCTTATCCCCTCCTTCCCTTCCCTTCTATTCTTCCTT
CCTCCCAACCAAATGTGTCCCTTCTTCGTCATCTCCTCCTCTCCTCATCG
TCATCTTTAACAACCACATACACACACACACACACTAGGGTTTATACTTC
GGGATCTCCTTTTCCCGGTATTTCCCGGTATTATTTCATGAAATAAATTT
CATTTAATTATAGAGTGCATTTAAAAAAAAGGTGGTAAATTTATCTACCC
GCAAAAATTGGTCATTTCTTGACTTTCTAAGCTTATATTAGGATAAAATA
AGACCTTTTGGGCTATAATGTCTTCGGGGGTCAGACCTCAGGAGTCAAGA
ATAGTACCATAAGGACATCACACACCTTTCTTTCTTGACTTAAGTTTCAT
CAGGATAGATCTTAGTACAGGCCATATCAACGAAATCCAGTGTTTTTGAA
ATCTTCATTGGTTGGCTCTATGGCAATGTTTTGACTACTAAGTGGAATAT
ATATTTCACTACAAAAATGTAAAAAAAAAGCCATGCACAATTTTGTCATC
ATATATGCCGGGAAAATCCGGAAATTTAAATTCGAATGAAGCCCTCTAAA
TAGTCACAACATGCAATTGAATTTTGAATCCGTTAATAATACAAAATCAA
CTTCATTCCGGTCTCAAGAATGAATTGACCTTTTAAGACATAGAAGAAAT
GGCACATTTTTGTGAGTAGGGTTATTTTAAACGCCTTGTATATAATGCAT
TCAATTAAGCGTTAAATACATAATAATAACATTGATAAATCGTATTTTCA
ATAGTATCATATTCGACTTATAAGCAGTGTGCATTAGATGTGACATTTGA
CTATGTAAATGCCTCTTATTTTTATAAATAAGGGTTGTATGGATTCCACT
GATGAATAATCCAGTAGTTGACTTTAGCCTCCCGAGTCGGATAGTGCACT
TCACTAGTACATATACGGGATGTATATATACCAGATTTATCAATAAATAG
TTTGTTCATCACTTCCTATTACGGTTTTTTGTTTGTTTGCTAGAGTTACA
TAAATCAAAAACGGCTTACCCATGGCCCCTACGCACCCAATCTTTTATTA
GAGATAATTATGCAAATCAAAAGAAGGTTAATTGATTAAAAAAATACGAC
ATAAATTGATCAAATCATCAAGGACCGAACTTTAGAAGATTTTAGTACAG
AAATAGACATGATCGAACTCTAGATTTCAATCTTAAATAATGACCAGTGC
AACAATACCTACATAACTACAAATATTATAAAACTTTACTTTTCTACAAA
AACTAGCACTCTTTTCCTATGACTACAAGAGTAAATATAAGGTAATTTGC
TTATATTATCTGCACAGAATTGTGCATATTAGTTCAAACACTTTGACTTT
AAATTCGTAATTAAAGGACAATTAAAGTATTATTTGAAATACAATGCTGT
TTGAGGAACTAAAGTAGGTAGTTAGGCGTGTTGGGCTCTCAATTTMTGAG
GGGTTTACACCTACAGAAAAATCCGAATCGAATTATTCTAGTAATGAACG
CGTTAGTTGACTTTTTTAACCAACGGATCCGGATGTGTATTAATTATTTC
CTTTACAATCAGACCAATATTTCATAGACATATTTGAGTCAATGAATTAA
TATTCAAATTTTTCAGATTTAAGATATGGAAGAATTGTAGTTATAGTTGT
GAGTCTTTATTTGATTTATGAGACCATTATGGGGCCCGGGTATGTCCTTT
TTTAAATGTATAAAACCAATCAATTTTGACTAGTACTTTAAGTGCAATTT
CCGGATCACTCGAAGGGTAAATAAGTATAATTGTTGATATAAATTGTGGA
AGGATAGAAATGTAATCCACCCTCAATTTTGAAAATAAAAAATAAAAATA
ATTTGGCTAGTTTGTGTGTGGAGTCGCCATATTGATAGATATACGCTTAA
AATATATATTTTTTCTTATTAAAGTATGAAAATAAAAGCTTTAATTTAGC
AGATTTCATTATTTATTAAATGTATCCCAATATTTAAATAAAAATAACTC
CTGGGATCTTACTCTCTTACAATTTCCCGGGAAATGAGAGATCACCCTAA
TACACAGACACACCCTATTAAAAGAATTGAGATGAGAGAGAGAGACGTAA
CTAAATAAACAACCATTTTTGTCTTCTATTTTTTTTTCTTTCTTTCTTTT
CCACTTCTTTTATGTTGAATTATAAAGAAAATAAATAATATGTTGTTATT
ATTATTCAATTGTTGATTCTTCATTATAAATTCATAGTTTTTATAATATT
TGATTTTAATACCCCTATATAGTGTAGATATTAGTGATGGGATGATTAGT
CGGAATCGGGTTTTTTTTAAATCAGTATCCGGAAAATAATGTTTAATTAG
CGAGTTTGATTCTTATTTATTATTATTAACTATTTATTTATTACTTGTGG
TAGTTTTAAAAAAAAAGAAGGAAAAAATAAAAAATAGGACCCTCCCCCAA
ATTTAGGATTTTTTTGCTTTTTACTAGAAAATTTAATATTTAAAATGCTT
CTTCAAAAAGTGATATATTTGAAATTTAATTTTTCAATTTTTTTCCCCCA
AAAAAGTTTATTTTTTTGTTAATAACTATGTATTTTTGAAATTTTATCCA
AAGATGTGTTATTTGAATTTATTTTGCAAAAATTCATATATTTGAATTTT
TTTTTTGACAACATTTCTGGATTTTTTGAAATGTTTTTTTAAAAAAATTT
ATTTTATGTAAATAGCTGTAGATTTTTGAATTTGTTTTCCAAAAAAATTA
TTTTTTTTTCTGAACAGCAGAGGATTTTTTTTTTTTATTAGTTGCGGATT
TTTAAAAAAATTTAATATCTAATTGTATATTTGAATTTTTTTTAATTTTT
ATTTGAAATTTAATTTTGTAATTTTTTTCAAAATATTAATCTGTGGATTT
TTCCCAAAAAATTCTGAAAACCAAAAAAATATATATTTAACTATGTATTT
TGTATAATGGTATTTTTTAACTATCATTTAAAATATTAAAGAAATGGAAT
CGGCAAAGTGATTATTACTTCTTTTTTTTAAATCGTTCCATCAATAATAC
ATATTATATATGAATGTGGCTCGTCAAGAGAAAAGCAACACTATCAAATA
TTNACACTTACAAAAAAWTCCTCAATTTCTAAACAGTATTTTTATTTAGC
CATTGGGTGTGCCGCAAATTGTACTTCAAGTATACGCCAACATTGATCGT
CACTATACAAATATGATAAATTGATAGTCTTTGTTTGAAAGGGCCCATAT
TGGGACCAAAATAAGTATCTTAAATTAAATAAAGGTTCTAAACTATCTGC
TACAATTATTGGGGTATCTTAACTCATCCCAGGAATTTGAATAATAAGCC
TATAATTGATGCAAATATGTGTATGAACTTAAAGTAGTGTTCAAAATTAA
TTGACACAATAAAAGAAATGCTCATTCTTTTAAATCAAATAAAGGTTCAA
AAATATGACTAAAATTCTTGGATATCTAAACTCATAGCTAAAATTTGAAG
TCAAAGCTTATAATTGACATAAATATTGGGATGTATATATTTATAAATCA
AGTTACTTAATCAAGTTAGATTTTTTACCAGATTTGTTTTTCTATAATAT
GATATATTCTTTTCAAACTCATCATATCTATGTAAATTGATGAATTAAAT
TTGATGTTGGTTTTTTGTTCTTATTTTCAGGAACTTCTTGACAAGTCCTT
GGATCCGGAATTACAACGTGAATGCCCCGACATCTCTTGGCACTTTATTG
GAAACATTCAAAGCAAGAACGTCTCTAAGCTCCTCAAAGTATCCCWTTTG
TCCGYCATCCACACCATCGGCTCCCTCAAAATAGCTGAAAAGATCCAGAA
TGCCTGCCTTTCTCGCTCCCTCTCCTTTGATGTACTTGTACAAGTCAATA
CCTCAGGTGAGGAAGCAAAAGGAGGTGTACGCCCCGGGGAAGAGACCTCT
GGCCTTGTGGGTTACATTCTAAATGAATGTCATAATCTGAGATTTGTTGG
TCTCATGACCATTGGAGCTTATGACTCTAGTCTAGAGGCTGGAGKGGACA
ACCCGGRTTTCATTGAACTGCGGRAGAGKCGTGTCTCTGTTGCCTCGACT
TTTAATCTGACTGAGAATGATTTGAGGCTCTCTATGGGAATGTCGAGTGA
TTTGGAGAATGCCATTTGCCTCGGGAGCACGGATGTTCGTGTGGGGAGGC
AGATATTTGGAGCTAGAGAATATGCGAAAAAGGACTGA
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