EMLSAG00000005057, EMLSAG00000005057-687823 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000005057
Unique NameEMLSAG00000005057-687823
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:CG34353 species:7227 "Drosophila melanogaster" [GO:0042332 "gravitaxis" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 PROSITE:PS50835 SMART:SM00060 EMBL:AE014297 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 eggNOG:NOG283018 GeneTree:ENSGT00650000092858 GO:GO:0042332 RefSeq:NP_001097949.1 RefSeq:NP_001247342.1 UniGene:Dm.23047 ProteinModelPortal:A8JPQ1 SMR:A8JPQ1 EnsemblMetazoa:FBtr0112563 EnsemblMetazoa:FBtr0305292 GeneID:5740590 KEGG:dme:Dmel_CG34353 UCSC:CG34353-RA FlyBase:FBgn0085382 InParanoid:A8JPQ1 OMA:ERRSMEV OrthoDB:EOG718KCH PhylomeDB:A8JPQ1 GenomeRNAi:5740590 NextBio:20891628 Bgee:A8JPQ1 Uniprot:A8JPQ1)

HSP 1 Score: 247.284 bits (630), Expect = 1.572e-74
Identity = 131/331 (39.58%), Postives = 197/331 (59.52%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL-------TXP-CTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            EP FI+  ETF+    + ++LPC V N   +V+ W++G  +++AG + V+ DPR RL  + F L++ +  P DAGD++CQ++ +    E+ HTVE+LVPP +      G++ VKKG+ V +EC A+GNP+P+V WSR++++LP+G+    + H  +I  VDR+  G YIC+A+N VG PA++ + L VL+ PEI VE   V SG G EA L       T P   W + T Q    E+        R+TL++      DFGNYSCVAEN LG +++ +++ G+P  AVF   P      S     + + W VDS +PIE Y+L +R+    H
Sbjct:   85 EPMFISRSETFKFITGETIVLPCEVANTDTYVVAWKRGIAILTAGSVKVTPDPRVRL-VNGFNLQIRDALPTDAGDYICQIATM-DPREITHTVEILVPPRIHHISTGGHLQVKKGSSVRIECSATGNPMPNVTWSRKNNILPNGEEKLHS-HVLSIENVDRHKGGVYICTANNRVGQPASSQVVLHVLFSPEISVERPVVFSGEGHEATLVCIVHGETQPEVIWFKDTMQLDTTERHIMETRGSRHTLIIRKVHPQDFGNYSCVAENQLGKARKTLQLSGKPNVAVFNSPP-----ISQYKDRYNISWAVDSHSPIEEYKLSFRKLPQGH 407
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BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:klg "klingon" species:7227 "Drosophila melanogaster" [GO:0007465 "R7 cell fate commitment" evidence=IGI] [GO:0045466 "R7 cell differentiation" evidence=IMP] [GO:0007156 "homophilic cell adhesion" evidence=IDA] [GO:0019897 "extrinsic component of plasma membrane" evidence=ISS] [GO:0007611 "learning or memory" evidence=IMP] [GO:0008355 "olfactory learning" evidence=IMP] [GO:0048149 "behavioral response to ethanol" evidence=IMP] [GO:0007616 "long-term memory" evidence=IMP] [GO:0007615 "anesthesia-resistant memory" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 PROSITE:PS50835 SMART:SM00060 EMBL:AE014297 GO:GO:0008355 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0007465 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0007616 GO:GO:0019897 GO:GO:0048149 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00650000092858 GO:GO:0007156 FlyBase:FBgn0017590 EMBL:AY060363 RefSeq:NP_524454.2 UniGene:Dm.1287 MINT:MINT-1659894 EnsemblMetazoa:FBtr0084337 GeneID:42707 KEGG:dme:Dmel_CG6669 UCSC:CG6669-RA CTD:42707 InParanoid:Q9VCT4 OMA:VEKSWIH GenomeRNAi:42707 NextBio:830163 Uniprot:Q9VCT4)

HSP 1 Score: 235.728 bits (600), Expect = 3.003e-70
Identity = 132/327 (40.37%), Postives = 189/327 (57.80%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTWRATT---QCKMEEKDATHRYTLVLTIADI--DDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXK 359
            P F++   T+R  V D ++LPC V+NLG+ V++WR+G  V++A  I+V+RD R RL  D + LE+++++P DAGD+VCQ+S      +V HTVE+LVPP VR     G +  +KG  +TLEC  SGNPVPS+ W+++            +    T+ K++R  AG Y C+ADNGVG+P    + L VLY P+I VE   +HSG G EA L            +W   +   Q       AT     +LTI  I  +DFGNYSCVA+NSLG S++ +E+ GRP  A F     +      +   + L W +DS+ P+E  RLLYR+ +
Sbjct:  101 PRFLSRGHTYRAVVGDTLVLPCQVENLGNFVLLWRRGTNVLTASNIMVTRDERVRL-IDGYNLEISDLEPQDAGDYVCQISDKINRDQV-HTVEILVPPSVRAIPTSGQLQARKGGPITLECKGSGNPVPSIYWTKKSG-ANKSTARIGDGPILTLEKLERQQAGVYQCTADNGVGDPVTVDMRLDVLYPPDIQVEKSWIHSGEGFEAKLVCIVFADPVATVSWYQNSFPIQSTDRRIMATRANRHMLTIRHIQQEDFGNYSCVADNSLGRSRKYMELSGRPGAAEF-----YSPKWGRSPDSYNLTWKIDSYPPLEEVRLLYRRVQ 419
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BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:CG7166 species:7227 "Drosophila melanogaster" [GO:0005576 "extracellular region" evidence=ISS] InterPro:IPR003961 InterPro:IPR007110 PROSITE:PS50835 SMART:SM00060 EMBL:AE014296 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00650000092858 OrthoDB:EOG718KCH eggNOG:NOG291538 EMBL:BT029930 RefSeq:NP_001262181.1 RefSeq:NP_649339.2 UniGene:Dm.22867 SMR:Q9VP08 EnsemblMetazoa:FBtr0301161 EnsemblMetazoa:FBtr0333393 GeneID:40401 KEGG:dme:Dmel_CG7166 UCSC:CG7166-RA FlyBase:FBgn0037107 InParanoid:Q9VP08 OMA:WHEYHIK GenomeRNAi:40401 NextBio:818601 Uniprot:Q9VP08)

HSP 1 Score: 223.402 bits (568), Expect = 2.387e-66
Identity = 129/327 (39.45%), Postives = 186/327 (56.88%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWR-------ATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P F++    ++V V + + LPC VQNLG  V++WRKG  V++AG + ++RD RF++   D+ L++N +K  DAGD++CQ+       +V HTVE+LVPP +R     G +  +KG+ VTLEC ASGNPVP++ W ++ D+   G     +     +  VDR+ AG Y CSADNGV +  +  I L +L  PEI VE   VH+  G +  L             W        AT +  M  +D   RY+L++      DFGNYSCVA+N+LG +K+ IEV GRP PA F   PA   F       + L WT++S  P++  +LLYR+
Sbjct:   39 PKFLSRGHLYKVIVGETIELPCKVQNLGSFVLLWRKGSSVLTAGHLKITRDQRFKI-VGDYNLQINGVKTQDAGDYICQLGDQENRDQV-HTVEILVPPTLRALPHNGQVTARKGSTVTLECKASGNPVPTIFWFKK-DVFS-GPTHLSDSSTLILENVDRHHAGTYQCSADNGVKDRVSMDIQLTILSPPEITVEKSWVHASEGYDVELVCIVHGDVNSEMLWYQNSFLLDATDRRSMYPRD--DRYSLIIRNFQPTDFGNYSCVADNALGRTKKYIEVSGRPGPADFIS-PALSGFLDH----YNLTWTIESIPPLDEIKLLYRR 354
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:CG42368 species:7227 "Drosophila melanogaster" [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014134 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00650000092858 EMBL:BT030428 RefSeq:NP_001137799.1 UniGene:Dm.18278 EnsemblMetazoa:FBtr0299967 GeneID:7354433 KEGG:dme:Dmel_CG42368 FlyBase:FBgn0259714 eggNOG:NOG265313 OMA:YMERSAI OrthoDB:EOG7QG44C GenomeRNAi:7354433 NextBio:20902860 Uniprot:A4IJ70)

HSP 1 Score: 106.301 bits (264), Expect = 4.430e-24
Identity = 78/309 (25.24%), Postives = 140/309 (45.31%), Query Frame = 0 
Query:   44 QEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWR--KGHEVISAGKILVSRDPRFRLHYDD------FRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSRE-------------HDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRG--------KEAHLTXPCTWRATTQCKMEEKDA----------THRYTLVLTIADI--DDFGNYSCVAENSLGMSKRNIEVH 311
            ++P F    E   VP    V L C+V+NLG + + W   +   +++    +++R+PR  + +D       + L +NN++  D G ++CQ++ +    +    V+V+VPP++       +I+V++G  VTL C A G+P P+++W R+             HDL               + ++ R   G Y+C A NGV    +  I + V + P + +  + V    G         EA+ T    W       + E             +++ T+ LTI ++   D+GNY CVA+N  G    NI+++
Sbjct:   50 EDPEFTDVIENITVPAGRNVKLACSVKNLGSYKVAWMHFEQSAILTVHNHVITRNPRISVTHDKHDKHRTWFLHINNVQEEDRGRYMCQINTVTAKTQYGF-VKVVVPPNIDDALTSSDIIVREGDNVTLRCKAKGSPEPTIKWKRDDGNKIVINKTLEVHDL---------ETDSLELERISRLHMGAYLCIASNGVPPSVSKRIKVSVDFSPMVWIPHQLVGIPIGFNITLECFIEANPTSLNYWTRENDQMITESSKYKTETIPGHPSYKATMRLTITNVQSSDYGNYKCVAKNPRGDMDGNIKLY 348
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:wrapper "wrapper" species:7227 "Drosophila melanogaster" [GO:0019897 "extrinsic component of plasma membrane" evidence=ISS] [GO:0042063 "gliogenesis" evidence=IMP] [GO:0007399 "nervous system development" evidence=IEP] [GO:0007409 "axonogenesis" evidence=IMP] [GO:0005886 "plasma membrane" evidence=IDA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0019897 GO:GO:0007409 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00650000092858 InterPro:IPR013106 Pfam:PF07686 GO:GO:0042063 EMBL:AY047524 RefSeq:NP_477404.1 UniGene:Dm.4663 STRING:7227.FBpp0071732 EnsemblMetazoa:FBtr0071821 GeneID:37555 KEGG:dme:Dmel_CG10382 UCSC:CG10382-RA CTD:37555 FlyBase:FBgn0025878 eggNOG:NOG289467 InParanoid:Q9W260 OMA:WTELTIP OrthoDB:EOG7VMP56 GenomeRNAi:37555 NextBio:804260 Uniprot:Q9W260)

HSP 1 Score: 101.679 bits (252), Expect = 2.545e-22
Identity = 83/338 (24.56%), Postives = 138/338 (40.83%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKME-----------EKDATH-----------------RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            F + P T +   ND V LPC + N     + W +    +   +      P   + + +  L++ N++  D GD+ C+++     +   H +EV + P V  + P      + G    + C A G P P + W    +++   + +  N+    +    R  AG   C A NGVG PA A + L VL+ PE+ +    V++  G  AHL   C   A     ++               TH                 R+ LV+      D G Y C A N + +   ++E+ GRP P +F+  P      + +S    L W  +S  PI  ++L +RQ
Sbjct:   37 FKSIPTTVKTYENDTVQLPCTL-NTPFRYVRWHRDDVALVDSRHPELPPPDRIMLWPNGSLQVANVQSSDTGDYYCEMNSDSGHVVQQHAIEVQLAPQVLIE-PSDLTEQRIGAIFEVVCEAQGVPQPVITWRLNGNVI-QPQSNTGNRQSLILEIKSRNQAGLIECVASNGVGEPAVANVYLHVLFSPEVSIPQPVVYTKLGSRAHLE--CIVEAAPAATVKWFHHGLPVALGAHSTTHESELQTNRSVDHYVNAVRHMLVVKSVRNADMGQYECRASNQISVKSGSVELTGRPMPCLFKINPG-----TQSSTSHVLVWQTESLLPIMEFKLKFRQ 364
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:Lac "Lachesin" species:7227 "Drosophila melanogaster" [GO:0007409 "axonogenesis" evidence=ISS] [GO:0019898 "extrinsic component of membrane" evidence=NAS] [GO:0007424 "open tracheal system development" evidence=IEP;IMP] [GO:0035151 "regulation of tube size, open tracheal system" evidence=IMP] [GO:0035160 "maintenance of epithelial integrity, open tracheal system" evidence=IMP] [GO:0007156 "homophilic cell adhesion" evidence=IDA] [GO:0005918 "septate junction" evidence=IDA] [GO:0016331 "morphogenesis of embryonic epithelium" evidence=IMP] [GO:0019991 "septate junction assembly" evidence=IMP] [GO:0042803 "protein homodimerization activity" evidence=IDA] [GO:0061343 "cell adhesion involved in heart morphogenesis" evidence=IMP] [GO:0005886 "plasma membrane" evidence=IDA] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE013599 GO:GO:0005886 GO:GO:0042803 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0061343 GO:GO:0035151 GO:GO:0019991 GO:GO:0031225 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0016331 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00650000092858 OrthoDB:EOG79W95P GO:GO:0007156 GO:GO:0005918 MEROPS:I43.001 GO:GO:0035160 EMBL:L13255 EMBL:AY051829 EMBL:BT003177 RefSeq:NP_523713.2 RefSeq:NP_725173.1 UniGene:Dm.4470 ProteinModelPortal:Q24372 SMR:Q24372 BioGrid:62140 IntAct:Q24372 MINT:MINT-316968 PaxDb:Q24372 EnsemblMetazoa:FBtr0087933 GeneID:36363 KEGG:dme:Dmel_CG12369 CTD:36363 FlyBase:FBgn0010238 eggNOG:NOG256662 InParanoid:Q24372 OMA:SNNQHYS PhylomeDB:Q24372 GenomeRNAi:36363 NextBio:798147 PRO:PR:Q24372 Bgee:Q24372 Uniprot:Q24372)

HSP 1 Score: 96.2857 bits (238), Expect = 4.410e-21
Identity = 58/190 (30.53%), Postives = 98/190 (51.58%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRKGHE---VISAGKILVSRDPRFRLHYD----DFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVP-PHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDV 240
            +   V   C+VQ   ++ +++ K       +S G  LV +D RF L YD     ++L++ +I+  DAG + CQV ++    +V+  V++ V  P V   +   ++V  +G++V +EC ASG P P++ W RE++ +     +    +   I  V + D G Y C ADNGV       IN++V + P I V
Sbjct:   42 IGGTVEFDCSVQYAKEYNVLFLKTDSDPVFLSTGSTLVIKDSRFSLRYDPNSSTYKLQIKDIQETDAGTYTCQV-VISTVHKVSAEVKLSVRRPPVISDNSTQSVVASEGSEVQMECYASGYPTPTITWRRENNAILPTDSATYVGNTLRIKSVKKEDRGTYYCVADNGVSKGDRRNINVEVEFAPVITV 230
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:CG11320 species:7227 "Drosophila melanogaster" [GO:0007155 "cell adhesion" evidence=ISS] [GO:0005886 "plasma membrane" evidence=ISS] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014134 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00650000092858 eggNOG:NOG258599 OrthoDB:EOG7QG44C EMBL:BT023406 RefSeq:NP_001097100.1 UniGene:Dm.27654 SMR:Q4V3F0 EnsemblMetazoa:FBtr0113026 GeneID:33925 KEGG:dme:Dmel_CG11320 UCSC:CG11320-RB FlyBase:FBgn0031837 InParanoid:Q4V3F0 OMA:ITWRREE GenomeRNAi:33925 NextBio:785954 Uniprot:Q4V3F0)

HSP 1 Score: 95.9005 bits (237), Expect = 7.394e-21
Identity = 78/315 (24.76%), Postives = 141/315 (44.76%), Query Frame = 0 
Query:   27 SQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRK--GHEVISAGKILVSRDPRFRLHYDDFR---LELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREH-------DLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT----------WRATTQC----KMEEKDATHRYTLVLTIA----DIDDFGNYSCVAENSLGMSKRNIEVH 311
            SQ S++ ++       + +P F        VPV    +L C V +L    + W +     ++S    +++++ R  + + + R   L++ +++  D G ++CQ++      ++ + ++V+VPP +       ++V   G  VTL C A+G P+P++ W RE        D       S + Q+  T+ +V R   G Y+C A NGV    +  + L V + P I    + ++ G G++  LT  C           W   +Q       E     H + +V+ I        DFG Y C A+N++G + R I VH
Sbjct:   19 SQASFSELN-------NSDPKFSGPINNSTVPVGRDALLTCVVHDLVSFKVAWLRVDTQTILSIQNHVITKNHRISISHTEHRIWQLKIRDVQESDRGWYMCQINTDPMKSQMGY-LDVVVPPDIVDYQTSQDVVRSTGQNVTLTCSATGVPMPTITWRREEATPILISDDGDREVFSVEGQN-LTLWQVQRSHMGAYLCIASNGVPPTVSKRVMLVVNFAPTIWTRYDTIYVGLGQK--LTLECITESQPASVNFWLRDSQLLQGGSYESVSVDHVFRIVMRITLRPITKRDFGEYICRAKNAMGQTDRIITVH 322
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:CG42343 species:7227 "Drosophila melanogaster" [GO:0008150 "biological_process" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014298 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 eggNOG:NOG283018 GeneTree:ENSGT00650000092858 OrthoDB:EOG7QG44C RefSeq:NP_001138225.1 RefSeq:NP_001138226.1 UniGene:Dm.20457 EnsemblMetazoa:FBtr0299898 EnsemblMetazoa:FBtr0299901 GeneID:33125 KEGG:dme:Dmel_CG42343 FlyBase:FBgn0259245 GenomeRNAi:33125 NextBio:782028 Uniprot:B7Z153)

HSP 1 Score: 96.2857 bits (238), Expect = 2.011e-20
Identity = 78/323 (24.15%), Postives = 143/323 (44.27%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDH-----------VIVWRKG--HEVISAGKILVSRDPRFRLHYDDFR---LELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSRE--HDLLP----HGKVSCQN--QHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQ-------------------CKMEEKDATHRYTLVLTIADI--DDFGNYSCVAENSLGMSKRNIEVH--GRPTPAVFR 320
            EP F+   E   +         C V NLG H            + W K     +++  + +++ + R  + ++D+    L +  +K  DAG ++CQV+     ++ A T+EV++PP +  +   G+++V +G    L C A G+P P + W RE   +++     H K   Q+      T+ K+ R + G Y+C A NGV    +  + LQV + P + V  + V  G      +T  C   A+ +                      E+++  +   ++L I  +   DFG Y C+++NS+G ++  I ++   RP   + R
Sbjct:   97 EPDFVIPLENVTIAQGRDATFTCVVNNLGGHRVSGDGSSAPAKVAWIKADAKAILAIHEHVITNNDRLSVQHNDYNTWTLNIRGVKMEDAGKYMCQVNTDPMKMQTA-TLEVVIPPDIINEETSGDMMVPEGGSAKLVCRARGHPKPKITWRREDGREIIARNGSHQKTKAQSVEGEMLTLSKITRSEMGAYMCIASNGVPPTVSKRMKLQVHFHPLVQVPNQLV--GAPVLTDVTLICNVEASPKAINYWQRENGEMIIAGDRYALTEKENNMYAIEMILHIKRLQSSDFGGYKCISKNSIGDTEGTIRLYEMERPGKKILR 416
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:NCAM1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 InterPro:IPR009138 Pfam:PF00041 PRINTS:PR01838 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00680000099931 EMBL:AAEX03003486 Ensembl:ENSCAFT00000022022 Uniprot:F1PMS8)

HSP 1 Score: 96.2857 bits (238), Expect = 2.476e-20
Identity = 83/303 (27.39%), Postives = 144/303 (47.52%), Query Frame = 0 
Query:   51 SPETFRVPVNDRVILPCNVQNLGDHVIVWR-KGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAH---TVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGK----VSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPC----------TWRATTQ-CKMEEKDA-------THRYTLVLTIADID--DFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAH 325
            +P+ FR    +  ++ C+V +     I+W+ KG +VI      +++D RF +  +++ L++ +IK  D G + C+  IL +  E+      V V VPP V+ +    N     G  VTL C A G P P++ W++E + + + +    +   +    TI KVD+ D   Y+C A+N  G   +A+I+L+V  +P+I   VE   +    E  +T  C          TWR +T+    EEK         +H     LT+  I   D G Y C A N++G   +++ +  +  P +  P+  +
Sbjct:  109 TPQEFRE--GEDAVIVCDVVSSLPPTIIWKHKGRDVI------LTKDVRFIVLSNNY-LQIRDIKKTDEGTYRCEGRILARG-EINFKDIQVTVNVPPTVQARQSIVNATANLGQSVTLVCDAKGFPEPTMSWTKEGEQIENKEDEKYIFSDDSSELTIRKVDKNDEAEYVCIAENKAGE-QDASIHLKVFAKPKITY-VEN-QTAMELEEQVTLTCEASGDPIPTITWRTSTRNISSEEKTLDGHIVVRSHARVSSLTLKSIQYTDAGEYICTASNTIGQDSQSMYLEVQYAPKLQGPVAVY 398

HSP 2 Score: 72.4034 bits (176), Expect = 1.627e-12
Identity = 63/269 (23.42%), Postives = 111/269 (41.26%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRW--------SREHDLLPHGKVSCQNQ-HCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQ-------CKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGM 303
            +   V L C+ +   +  + W K  E     +I    D ++    D   L +  +   D  ++VC         + +  ++V   P +   + E    ++   QVTL C ASG+P+P++ W        S E  L  H  V    +    T+  +   DAG YIC+A N +G  +  ++ L+V Y P++   V  V++  G + ++T           +W    Q         ++  +      L +T    +DFGNY+C A N +G 
Sbjct:  211 LGQSVTLVCDAKGFPEPTMSWTKEGE-----QIENKEDEKYIFSDDSSELTIRKVDKNDEAEYVCIAENKAGEQDASIHLKVFAKPKI--TYVENQTAMELEEQVTLTCEASGDPIPTITWRTSTRNISSEEKTLDGHIVVRSHARVSSLTLKSIQYTDAGEYICTASNTIGQDSQ-SMYLEVQYAPKLQGPV-AVYTWEGNQVNITCEVFAYPSATISWFRDGQLLPSSNYSNIKIYNTPSASYLEVTPDSENDFGNYNCTAVNRIGQ 470
[Close]
BLAST of EMLSAG00000005057 vs. GO
Match: - (symbol:NCAM1 "Neural cell adhesion molecule 1" species:9913 "Bos taurus" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 InterPro:IPR009138 Pfam:PF00041 PRINTS:PR01838 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00680000099931 EMBL:DAAA02040306 EMBL:DAAA02040307 EMBL:DAAA02040308 EMBL:DAAA02040309 Ensembl:ENSBTAT00000007501 ArrayExpress:F1N1W7 Uniprot:F1N1W7)

HSP 1 Score: 94.3597 bits (233), Expect = 1.227e-19
Identity = 81/302 (26.82%), Postives = 142/302 (47.02%), Query Frame = 0 
Query:   51 SPETFRVPVNDRVILPCNVQNLGDHVIVWR-KGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLV--PPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGK----VSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPC----------TWRATTQ-CKMEEKDA-------THRYTLVLTIADID--DFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAH 325
            +P+ FR    +  ++ C+V +     I+W+ KG +VI      + +D RF +  +++ L++  IK  D G + C+  IL +       ++V+V  PP V+ +    N     G  VTL C A G P P+V W+++ + + + +    +   +    TI KVD+ D   Y+C A+N  G   +A+I+L+V  +P+I   VE   +    E  +T  C          TWR +T+    EEK         +H     LT+  I   D G Y C A N++G   +++ +  +  P +  P+  +
Sbjct:  125 TPQEFRE--GEDAVIVCDVVSSLPPTIIWKHKGRDVI------LKKDVRFIVLTNNY-LQIRGIKKTDEGTYRCEGRILARGEINFKDIQVIVNVPPTVQARQSIVNATANLGQSVTLVCNAEGFPEPTVSWTKDGEQIENEEDEKYLFSDDSSELTIRKVDKNDEAEYVCIAENKAGE-QDASIHLKVFAKPKITY-VEN-QTAMELEEQVTLTCEASGDPIPSITWRTSTRNISSEEKTLDGHMVVRSHARVSSLTLKSIQYTDAGEYVCTASNTIGQDSQSMYLEVQYAPKLQGPVAVY 414

HSP 2 Score: 76.2554 bits (186), Expect = 1.145e-13
Identity = 64/269 (23.79%), Postives = 111/269 (41.26%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRW--------SREHDLLPHGKVSCQNQ-HCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQ-------CKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGM 303
            +   V L CN +   +  + W K  E     +I    D ++    D   L +  +   D  ++VC         + +  ++V   P +   + E    ++   QVTL C ASG+P+PS+ W        S E  L  H  V    +    T+  +   DAG Y+C+A N +G  +  ++ L+V Y P++   V  V++  G + ++T           +W    Q         ++  +      L +T    +DFGNY+C A N +G 
Sbjct:  227 LGQSVTLVCNAEGFPEPTVSWTKDGE-----QIENEEDEKYLFSDDSSELTIRKVDKNDEAEYVCIAENKAGEQDASIHLKVFAKPKIT--YVENQTAMELEEQVTLTCEASGDPIPSITWRTSTRNISSEEKTLDGHMVVRSHARVSSLTLKSIQYTDAGEYVCTASNTIGQDSQ-SMYLEVQYAPKLQGPV-AVYTWEGNQVNITCEVFAYPSATISWFRDGQLLPSSNYSNIKIYNTPSASYLEVTPDSENDFGNYNCTAVNRIGQ 486
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592928246|gb|GAXK01030250.1| (TSA: Calanus finmarchicus comp210207_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 296.59 bits (758), Expect = 2.153e-94
Identity = 160/348 (45.98%), Postives = 217/348 (62.36%), Query Frame = 0 
Query:   31 YNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREH-DLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXP--------CTWRATTQCKMEEKDAT------HRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            ++  DP+  +S+       T   TFR PV+D V LPC  ++LG +V+VW+   EV++AG ++V+ D RF L    + L + N+   D G + C +S  G  + +AH +E+LVPP V  +  +GN VVKKG +V L+C  SGNP+P ++W+REH  LLP G+ + Q+ H   I  V R D G Y C+A NGVG+PA A INLQVLY PEI++E ++VHSG  KEAHLT           +W   +   + E D        HR+TL+L +I    DFGNYSCVAENSLG  K++IEVHGRPT AVFR  P      +   Q ++L W+VDS++PIE YRLLYR+ KPYH
Sbjct:  119 FSYQDPYRKLSNSAT-VITTESRTFRAPVSDEVTLPCTPEHLGKYVLVWKHDAEVLTAGSMMVTPDSRFGL-VGGYNLRIKNVNMKDKGTYTCSISTFGNPVTLAHRLEILVPPSVLAEPSDGNYVVKKGKRVELKCKTSGNPLPEIQWTREHRALLPMGQETLQS-HQLVISSVSRDDVGVYTCTASNGVGSPATAAINLQVLYPPEIELETDRVHSGINKEAHLTCKVQGNPVPLVSWYRDSNL-LTETDTINFLTQEHRHTLILRSIRTGMDFGNYSCVAENSLGSFKKHIEVHGRPTAAVFRSKP-----NTHQDQSYQLSWSVDSYSPIEEYRLLYRKIKPYH 1135
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592928248|gb|GAXK01030248.1| (TSA: Calanus finmarchicus comp210207_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 296.59 bits (758), Expect = 1.980e-93
Identity = 160/348 (45.98%), Postives = 217/348 (62.36%), Query Frame = 0 
Query:   31 YNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREH-DLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXP--------CTWRATTQCKMEEKDAT------HRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            ++  DP+  +S+       T   TFR PV+D V LPC  ++LG +V+VW+   EV++AG ++V+ D RF L    + L + N+   D G + C +S  G  + +AH +E+LVPP V  +  +GN VVKKG +V L+C  SGNP+P ++W+REH  LLP G+ + Q+ H   I  V R D G Y C+A NGVG+PA A INLQVLY PEI++E ++VHSG  KEAHLT           +W   +   + E D        HR+TL+L +I    DFGNYSCVAENSLG  K++IEVHGRPT AVFR  P      +   Q ++L W+VDS++PIE YRLLYR+ KPYH
Sbjct:  119 FSYQDPYRKLSNSAT-VITTESRTFRAPVSDEVTLPCTPEHLGKYVLVWKHDAEVLTAGSMMVTPDSRFGL-VGGYNLRIKNVNMKDKGTYTCSISTFGNPVTLAHRLEILVPPSVLAEPSDGNYVVKKGKRVELKCKTSGNPLPEIQWTREHRALLPMGQETLQS-HQLVISSVSRDDVGVYTCTASNGVGSPATAAINLQVLYPPEIELETDRVHSGINKEAHLTCKVQGNPVPLVSWYRDSNL-LTETDTINFLTQEHRHTLILRSIRTGMDFGNYSCVAENSLGSFKKHIEVHGRPTAAVFRSKP-----NTHQDQSYQLSWSVDSYSPIEEYRLLYRKIKPYH 1135
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592928245|gb|GAXK01030251.1| (TSA: Calanus finmarchicus comp210207_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 293.893 bits (751), Expect = 2.069e-93
Identity = 156/332 (46.99%), Postives = 205/332 (61.75%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHD-LLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXP--------CTWRATTQCKMEEKDAT-----HRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            P   +   TFR PV+D V LPC+ ++LG  V+VW+   EV++AG ++V+ D +F L    + L + NI   + G + C +S  G  + V H++E+LV P ++ +  +GN VVKKG QV L+C  SGNP P + W REH  LLP+G+ +  +Q    I  V R D G Y C+A NGVG PA A+INLQVLY PEIDVE E+VHSG  KEAHLT           +W   +    E          HR+TL+L +I    DFGNYSCVAENSLG  K++IEVHGRPT AVFR  P      +   Q ++L W+VDS++PIE YRLLYR+ KPYH
Sbjct:  144 PVITSESRTFRAPVSDEVTLPCSPEHLGKFVLVWKHEDEVLTAGSMMVTPDTKFSL-VGGYNLRIKNINNKNQGTYTCSISTFGDPVTVTHSLEILVAPTIKAEPSDGNYVVKKGKQVELKCKTSGNPAPEIHWRREHGGLLPNGQQTLHSQQM-IISSVSREDVGVYTCTASNGVGAPATASINLQVLYPPEIDVETERVHSGINKEAHLTCKVQGNPVPLVSWYRDSNLLTETDTINFLTQEHRHTLILRSIRTGMDFGNYSCVAENSLGSFKKHIEVHGRPTAAVFRSKP-----NTHQDQSYQLSWSVDSYSPIEEYRLLYRKIKPYH 1118
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592928250|gb|GAXK01030246.1| (TSA: Calanus finmarchicus comp210207_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 296.975 bits (759), Expect = 2.189e-93
Identity = 158/347 (45.53%), Postives = 216/347 (62.25%), Query Frame = 0 
Query:   31 YNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREH-DLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXP--------CTWRATTQCKMEEKDAT-----HRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            ++  DP+  +S+       T   TFR PV+D V LPC  ++LG +V+VW+   EV++AG ++V+ D RF L    + L + N+   D G + C +S  G  + +AH +E+LVPP V  +  +GN VVKKG +V L+C  SGNP+P ++W+REH  LLP G+ + Q+ H   I  V R D G Y C+A NGVG+PA A INLQVLY PEI++E ++VHSG  KEAHLT           +W   +    +    +     +R+TL+L +I    DFGNYSCVAENSLG  K++IEVHGRPT AVFR  P      +   Q ++L W+VDS+TPIE YRLLYR+ KPYH
Sbjct:  119 FSYQDPYRKLSNSAT-VITTESRTFRAPVSDEVTLPCTPEHLGKYVLVWKHDAEVLTAGSMMVTPDSRFGL-VGGYNLRIKNVNMKDKGTYTCSISTFGNPVTLAHRLEILVPPSVLAEPSDGNYVVKKGKRVELKCKTSGNPLPEIQWTREHRALLPMGQETLQS-HQLVISSVSRDDVGVYTCTASNGVGSPATAAINLQVLYPPEIELETDRVHSGINKEAHLTCKVQGNPVPLVSWYRDSNLLSQTNTISFQTEENRHTLILRSIRSGQDFGNYSCVAENSLGTFKKHIEVHGRPTAAVFRSKP-----NTHQDQTYQLSWSVDSYTPIEEYRLLYRKIKPYH 1135
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592928249|gb|GAXK01030247.1| (TSA: Calanus finmarchicus comp210207_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 294.664 bits (753), Expect = 1.478e-92
Identity = 155/332 (46.69%), Postives = 206/332 (62.05%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHD-LLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXP--------CTWRATTQCKMEEKDAT-----HRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            P   +   TFR PV+D V LPC+ ++LG  V+VW+   EV++AG ++V+ D +F L    + L + NI   + G + C +S  G  + V H++E+LV P ++ +  +GN VVKKG QV L+C  SGNP P + W REH  LLP+G+ +  +Q    I  V R D G Y C+A NGVG PA A+INLQVLY PEIDVE E+VHSG  KEAHLT           +W   +    +    +     +R+TL+L +I    DFGNYSCVAENSLG  K++IEVHGRPT AVFR  P      +   Q ++L W+VDS+TPIE YRLLYR+ KPYH
Sbjct:  144 PVITSESRTFRAPVSDEVTLPCSPEHLGKFVLVWKHEDEVLTAGSMMVTPDTKFSL-VGGYNLRIKNINNKNQGTYTCSISTFGDPVTVTHSLEILVAPTIKAEPSDGNYVVKKGKQVELKCKTSGNPAPEIHWRREHGGLLPNGQQTLHSQQM-IISSVSREDVGVYTCTASNGVGAPATASINLQVLYPPEIDVETERVHSGINKEAHLTCKVQGNPVPLVSWYRDSNLLSQTNTISFQTEENRHTLILRSIRSGQDFGNYSCVAENSLGTFKKHIEVHGRPTAAVFRSKP-----NTHQDQTYQLSWSVDSYTPIEEYRLLYRKIKPYH 1118
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592928247|gb|GAXK01030249.1| (TSA: Calanus finmarchicus comp210207_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 293.893 bits (751), Expect = 1.854e-92
Identity = 156/332 (46.99%), Postives = 205/332 (61.75%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHD-LLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXP--------CTWRATTQCKMEEKDAT-----HRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            P   +   TFR PV+D V LPC+ ++LG  V+VW+   EV++AG ++V+ D +F L    + L + NI   + G + C +S  G  + V H++E+LV P ++ +  +GN VVKKG QV L+C  SGNP P + W REH  LLP+G+ +  +Q    I  V R D G Y C+A NGVG PA A+INLQVLY PEIDVE E+VHSG  KEAHLT           +W   +    E          HR+TL+L +I    DFGNYSCVAENSLG  K++IEVHGRPT AVFR  P      +   Q ++L W+VDS++PIE YRLLYR+ KPYH
Sbjct:  144 PVITSESRTFRAPVSDEVTLPCSPEHLGKFVLVWKHEDEVLTAGSMMVTPDTKFSL-VGGYNLRIKNINNKNQGTYTCSISTFGDPVTVTHSLEILVAPTIKAEPSDGNYVVKKGKQVELKCKTSGNPAPEIHWRREHGGLLPNGQQTLHSQQM-IISSVSREDVGVYTCTASNGVGAPATASINLQVLYPPEIDVETERVHSGINKEAHLTCKVQGNPVPLVSWYRDSNLLTETDTINFLTQEHRHTLILRSIRTGMDFGNYSCVAENSLGSFKKHIEVHGRPTAAVFRSKP-----NTHQDQSYQLSWSVDSYSPIEEYRLLYRKIKPYH 1118
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592873631|gb|GAXK01083931.1| (TSA: Calanus finmarchicus comp176179_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 235.728 bits (600), Expect = 7.298e-69
Identity = 135/330 (40.91%), Postives = 181/330 (54.85%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL--HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGK-VSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-------RATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P  ++ P     P  +     C V++LGD  +VWR+G+EV++ G ++VS DPR  +  H     L + +I   DAGD+VCQ+SIL   L V HT++VLV P V    P G   VK+G  VTL+C  +GNP+P+V WS+++  LP G   SC    C  I    + DAG + CSADNGVG+P  AT+ L V Y P I VE EK+HSG G    +             W       R +    +++    H  +LV+    ++ FGNYSCVA+NSLG  K+ IEVHGRPT A F     +          FEL W V+SF PI  YRLLYR+
Sbjct:  831 PVILSEPLQINKPKGETAKFYCKVKHLGDRHLVWRRGYEVLATGHLVVSADPRISVEKHSGVNSLVIKHITEHDAGDYVCQISILNDILSVQHTLDVLVSPTVISVPPNGATTVKEGEDVTLQCEVTGNPIPTVIWSKKNGGLPQGAHHSCHKNSCLNIPAATKDDAGVFQCSADNGVGDPDQATLYLTVQYPPVIKVEAEKIHSGPGSRVVINCEVFGEPAPSIQWFFGEHQIRPSASTLIKQTQQLH--SLVIIDTTVNSFGNYSCVAKNSLGTFKKYIEVHGRPTSAKF-----YGDKVRSGKTFFELSWEVESFVPILEYRLLYRR 1799
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592900510|gb|GAXK01057865.1| (TSA: Calanus finmarchicus comp517960_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 218.779 bits (556), Expect = 2.638e-63
Identity = 120/329 (36.47%), Postives = 179/329 (54.41%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL--HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQC-------KMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P+F + P+ ++  + +  +L C V NLGD +IVW++   +ISAG  ++ +D R +L  H D   L++ N+   DAG+++C+V   G+ +   + +++LVPP +   H   N+ V+K + + L C ASG P P + W R+H +LP G+ + ++        V R DAG YIC+ADNGVG P  A I+L V+Y PEI+V+   VH G G+EA ++            W   T          ME+    HR  LV+      DFGNYSC AEN LG S+  IE+ G P   +       +      S  F L WTVDSF+ I  YR++YR+
Sbjct:  778 PSFKSRPKVYKEEIGETAVLLCKVNNLGDSIIVWKQPDRIISAGLGMIRKDKRMKLLGHSDGVNLQITNLDIDDAGNYICEVENEGEPILQTNQLQILVPPKIATSHRGQNLTVRKDSSLKLSCNASGFPSPRISWQRQHQMLPSGEKTVEST-SLKFPSVSRSDAGTYICTADNGVGPPVTAVIDLNVIYAPEIEVDKSWVHGGVGEEAVISCIVYGDPPPNVRWYRETMVLARNENRLMEQFGIRHR--LVIARVSERDFGNYSCFAENDLGKSRGFIELSGHPNEPIISSGSQGMF-----SDRFNLSWTVDSFSEITGYRIIYRK 1740
[Close]
BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592834294|gb|GAXK01123250.1| (TSA: Calanus finmarchicus comp761581_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 213.001 bits (541), Expect = 5.491e-62
Identity = 120/325 (36.92%), Postives = 184/325 (56.62%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIH--KVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQCKMEEKDA------THRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR 356
            F++SP +++V   ++V+L C V NLGD  ++W+K   +ISAG I++ +D R +L   D  LE++++   DAG ++C V   G  L+  HTV VLVPP ++    +G I V+ G+ VT++CLA GNP P + WSR++ LLP G    + Q   ++H  +V    AG Y+C+ADNG+G  A A I+L VLY P++++ ++ V       A ++            W   T   +E+ D       + ++ L+LT    +D GNY+C  ENSLG+ K+++EV+GRP PA         K  S     + L W VDS   IE  R+LYR
Sbjct:  555 FMSSPGSYQVMQGEKVLLSCRVTNLGDSTLIWKKDGRMISAGDIVIRKDARMKLL--DQSLEISDVTEEDAGQYICNVETFGSPLDQVHTVSVLVPPSIQSVPQDGKIKVRAGSSVTIQCLARGNPTPQITWSRQNLLLPGG---AETQPGPSLHVPEVAMQHAGLYVCTADNGLGRGAAAGIHLAVLYPPQVELVLDWVKHKNQISAQISCHVQAEPVASVRWYKDT-LLLEQTDRRRMTTFSSKHVLLLTKLGPEDLGNYTCHGENSLGVRKQSVEVYGRPHPANVTS-----KVVSMYKDKYILEWMVDSLFAIEECRILYR 1496
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BLAST of EMLSAG00000005057 vs. C. finmarchicus
Match: gi|592790592|gb|GAXK01163976.1| (TSA: Calanus finmarchicus comp1043610_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 195.282 bits (495), Expect = 7.020e-56
Identity = 122/362 (33.70%), Postives = 186/362 (51.38%), Query Frame = 0 
Query:   10 SAVFVTAFGLCDSTWVKSQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGK---------EAHLTXPCTWRATTQC-----KMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTP-AVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR 356
            S V VTA  + D T   S   Y+  +  T      +P F ++ +T++  +   V   C V N+G   ++W+K + +ISAG+I++ +D RF L  + F L +++++  D G++VC+V    + ++  + + VLVP  V P    G  VV+ G+ +TLEC ASGNP P + W ++   LP G+          IH V R  AG ++C ADNGVGN A A INL VL+ P I +E   +HS   +          A       W   T         + + A +R+TL+L    I DFGNYSC+A+NSLG  +  I++ GRP   ++  P  +H       ++ + L W   S   I  YR+LYR
Sbjct:  108 SLVLVTALTI-DCTSTSSSHIYSMPEEVT------DPYFTSTSKTYQTKLGTSVSFHCQVANIGTSTLIWKKDNRIISAGQIVIRKDKRFTL--EGFNLTMHSVQVKDEGEYVCEVETYNEPIQQMNILTVLVPAQVEPNPQTGVYVVRAGSTITLECRASGNPAPVITWKKKKSELPTGQKFVSGPSIM-IHSVRREHAGVFVCMADNGVGNQAKANINLTVLHAPVIKIE-RSLHSLHNRVKVEITCIVHAEPRPDVRWYKDTMLLDPSDNKQMESAGNRHTLILQNLAITDFGNYSCMADNSLGRDRGFIQLSGRPQQVSITSPHNSH------KAEEYVLSWEAISLLRITEYRILYR 1142
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000005057 (pep:novel supercontig:LSalAtl2s:LSalAtl2s263:665741:798134:-1 gene:EMLSAG00000005057 transcript:EMLSAT00000005057 description:"maker-LSalAtl2s263-augustus-gene-8.16")

HSP 1 Score: 751.895 bits (1940), Expect = 0.000e+0
Identity = 363/363 (100.00%), Postives = 363/363 (100.00%), Query Frame = 0 
Query:    1 MLIRRAKLFSAVFVTAFGLCDSTWVKSQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYHP 363
            MLIRRAKLFSAVFVTAFGLCDSTWVKSQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYHP
Sbjct:    1 MLIRRAKLFSAVFVTAFGLCDSTWVKSQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYHP 363
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000006099 (pep:novel supercontig:LSalAtl2s:LSalAtl2s331:186688:204861:-1 gene:EMLSAG00000006099 transcript:EMLSAT00000006099 description:"augustus_masked-LSalAtl2s331-processed-gene-2.0")

HSP 1 Score: 213.001 bits (541), Expect = 1.275e-63
Identity = 125/348 (35.92%), Postives = 185/348 (53.16%), Query Frame = 0 
Query:   27 SQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKA-LEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQ--HCYTIHKVDRYDAGRYICSADNGVGN-PANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQC-----KMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            S+ S N  +P   +     P  +   E FR  V + + LPC+  +LG  +++W+KG  V++AG   V RD R +L  +D  LE++ +K  D G+++C++         + HTVE+LVPP +R     G IVVKKGT V+L C  +G P P ++W + H+ LP G +  + +     T+  V R+ AG Y C ADNGVG+ P    I+LQVLYEPE   E  ++H G G +  L             W   T       K   +   +R+TL++   +  DFGNYSC A N LG S+  + V G P   VF    +H+  TS +   ++L W  +S++ IE YRLLYR+
Sbjct:   56 SEISINAQEPLLGLQSTH-PIILNQGEVFRAEVGESIRLPCHTNDLGPMILLWKKGTRVLTAGITKVRRDERMQLLGND--LEISELKKSDGGEYICELETDADLPSTITHTVEILVPPKLRTSPSNGQIVVKKGTTVSLTCHVTGXPEPVIKWEKLHERLPKGDIRVEERLSSTLTLSDVTRHHAGVYKCIADNGVGDSPVEQEIHLQVLYEPEAKPEQLQIHGGIGYQVELVCVVYAEPQADVLWYKDTMLLDSNGKRYMQQKGNRFTLLIKDVEKSDFGNYSCSASNMLGKSRTYLRVVGNPNTPVFN---SHV--TSKSPTSYKLSWITESYSRIEEYRLLYRR 395
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000002183 (pep:novel supercontig:LSalAtl2s:LSalAtl2s13:549731:697504:-1 gene:EMLSAG00000002183 transcript:EMLSAT00000002183 description:"maker-LSalAtl2s13-augustus-gene-9.14")

HSP 1 Score: 171.785 bits (434), Expect = 3.856e-49
Identity = 103/324 (31.79%), Postives = 167/324 (51.54%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDD--FRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATT------QCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKP 360
            +P F++ P T++  + + V L CN+QNLG  VIVW++ + +ISAG+ L+ +D R +L   D    L++ NI P D G+++C++   G  +   + + VL                  G  + L+             +    +LP G+   Q      +  V R D+G YIC+A NGV  P +A I L+V+YEPEI V+   VH+  G E  ++    W   T      + ++ EK    R++LVL     +DFGNYSC+AENSLG +++ IE+ G P          +L + SD    + + W+V SF+ ++ Y+++YR+  P
Sbjct:   44 KPYFLSRPTTYKAKIGETVTLSCNIQNLGSSVIVWKQTNRIISAGERLIRKDSRMKLISSDNGIALKIVNIIPEDKGEYICELETFGDPISQKNLIHVL------------------GQSLKLQ-------------THFFQMLPSGEKEIQGSEL-LLANVSRKDSGIYICTASNGVERPVHAKIKLKVIYEPEIVVDKSWVHADVGVEVSISCVVIWYRDTMLLQANENRLMEKFGV-RHSLVLHSVQSEDFGNYSCLAENSLGRNRKYIEISGHPNKGNI--TSPNLSYYSDR---YNITWSVYSFSRMQGYKIMYRKLVP 329
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000001311 (pep:novel supercontig:LSalAtl2s:LSalAtl2s121:165083:329444:1 gene:EMLSAG00000001311 transcript:EMLSAT00000001311 description:"maker-LSalAtl2s121-snap-gene-3.13")

HSP 1 Score: 160.999 bits (406), Expect = 4.912e-47
Identity = 73/189 (38.62%), Postives = 118/189 (62.43%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLY 234
            P  I+  + F+  +   + LPC V NLG+ V++W++G  V++AG++LV +D R  L  D++ L L +I+P D G + C++ ++GK + + H VEVLVPP++  +  E ++ ++KG  VT+ C A GNP P + WS+++ +LP GK   +      I    R DAG YIC+A NG+G+PA A I + V +
Sbjct:   28 PNIISGSQQFKAELGQNLELPCKVSNLGNFVLMWKQGRRVLTAGRLLVRKDSRLELG-DNYSLRLTDIRPEDRGRYTCEIDVMGKPIMIEHDVEVLVPPNIIAR--EASVSLRKGNDVTIRCAAEGNPNPRITWSKKNGVLPSGK-GKEEGLALEIRDASRRDAGTYICNATNGIGSPATAEIQVDVKF 212
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000008269 (pep:novel supercontig:LSalAtl2s:LSalAtl2s4:129639:180161:1 gene:EMLSAG00000008269 transcript:EMLSAT00000008269 description:"maker-LSalAtl2s4-snap-gene-2.14")

HSP 1 Score: 151.369 bits (381), Expect = 2.580e-42
Identity = 97/282 (34.40%), Postives = 141/282 (50.00%), Query Frame = 0 
Query:   76 VIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPA-VFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR 356
            +++W++ + +ISAG +++ +D R  L      LE  N++                          ++PP V P+  +G  VV+KG+ + LEC A GNP+P++ W RE++LLP G  + +  +   I  V R+ +G Y C+ADN VG PA A I+L+V +                K+  L  P     T    ME     H   L+L      DFGNYSC+A+NSLG  + +IEV GRP  A +  P   + K        + L WTVDSF PIE YR+LYR
Sbjct:    1 MVIWKQSNRIISAGNVVIRKDERLSL------LEGFNLQ--------------------------ILPPRVEPQPSDGKFVVRKGSTIKLECRAMGNPMPTIIWERENNLLPSGDKALEG-YSIVIQDVSRHHSGIYSCTADNKVGEPARAEIDLKVKWY---------------KDTMLLDP-----TNNRHMETFGNKH--VLILRNVRETDFGNYSCMADNSLGRQRGSIEVSGRPHIAKIVTPNLGYFK------NQYNLTWTVDSFLPIEEYRILYR 221
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000007830 (pep:novel supercontig:LSalAtl2s:LSalAtl2s459:13738:63529:-1 gene:EMLSAG00000007830 transcript:EMLSAT00000007830 description:"maker-LSalAtl2s459-augustus-gene-0.3")

HSP 1 Score: 147.517 bits (371), Expect = 2.139e-41
Identity = 84/264 (31.82%), Postives = 144/264 (54.55%), Query Frame = 0 
Query:   65 LPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFR---LELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGN-IVVKKGTQVTLECLASGNPVPSVRWSREH-DLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRAT-------TQCKMEEKDA--------THRYTLVLTIADIDDFGNYSCVAENSLGMSKRNI 308
            + C+V +LG  +I W KG  +ISAG + +  DPR +++    R   + + N+   D G + C+V+     ++++H +E+LVPP ++  +   N I VK+G++V L C ASG+P P + W REH +  P+G++  +      +  +    AG YIC A+N V  P  + + ++V+Y PE+ V+   VH+G GK+A L   C  +A         +  M+  D          +RY + +    ++DFGNYSC A+N +G +K+ +
Sbjct:    1 MDCDVLSLGSTIITWYKGDRIISAGNLKILXDPRIQINVKQGRGIQIIIQNVHTQDQGIYSCEVNFKANPIKLSHNLEILVPPVIKSINGGRNSIRVKQGSKVALNCTASGHPKPLIHWEREHRNYFPNGQIQ-EKGALLLLPAIHHTYAGTYICVANNNVTLPVKSEVRVEVMYXPEVRVDSSWVHTGSGKKAILA--CYVKANPNPEVDWYKGSMKLSDGERHTLRKTGNRYMMFIQNITVNDFGNYSCQAQNEIGKAKKEL 261
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000001515 (pep:novel supercontig:LSalAtl2s:LSalAtl2s125:470334:530529:1 gene:EMLSAG00000001515 transcript:EMLSAT00000001515 description:"maker-LSalAtl2s125-augustus-gene-5.6")

HSP 1 Score: 143.665 bits (361), Expect = 2.242e-38
Identity = 104/340 (30.59%), Postives = 158/340 (46.47%), Query Frame = 0 
Query:   44 QEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRK----GHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGK-ALEVAHTVEVLVPPHVRPKHPEGNI-VVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHS-------GRGKEAHLTXPC-------------------------TWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRP-TPAVFRPLPAHLKFTSDNSQVFELYWTVDS 344
            + PTFI+  +     +++ V+  C+V NLG  +I W K      ++I AG I + +DPR     +   L ++N+K  D G++ CQV+   +  + + H ++V VPP ++P    GNI +VK     TL+C+A+G+P P + WS+    L   +V         I  V R DA  Y C A NGVG+ A A I L+VL+ PE+ V V K+++       G G        C                          + AT      +K+  + Y  VL   D   FG Y C+ EN+LG ++  IE+ G P  P +     A+ K T      + L WTV S
Sbjct:   27 KSPTFISKSQRLDEKIHETVLFECHVDNLGKKIITWYKVMGGKKKLIYAGNINIFQDPRLSAGNNGLHLAISNLKEGDDGEYFCQVNTNREDEIRLHHYLKVRVPPVIKPDPENGNINIVKVNKTATLKCIATGSPKPYITWSK----LDKPEVVISRGEQILIQDVTRLDADIYECKASNGVGDDAKAQIRLEVLFPPEVHVPVHKIYTGTPSSSLGHGHHRRDILTCIIYGEPEPRVFWIGPSNNVIPSSSHNFNATRNTDPRKKEPLY-YLNVLYARDHKHFGKYKCIGENTLGTAEGTIELTGAPQKPIIISDSIANSKNT------YTLRWTVKS 355
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000011339 (pep:novel supercontig:LSalAtl2s:LSalAtl2s782:108326:163882:1 gene:EMLSAG00000011339 transcript:EMLSAT00000011339 description:"maker-LSalAtl2s782-augustus-gene-1.20")

HSP 1 Score: 136.732 bits (343), Expect = 5.386e-36
Identity = 107/357 (29.97%), Postives = 159/357 (44.54%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLG-DHVIVW-----RKGHEVISAGKILVSRDPRF--RLHYDD----FRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEV---------------------LVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKE--------AHLTXPCTWRAT----TQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P  +T P++        + LPC V  +  D  I+W      KG + I+ GK ++S   R    ++YD       L +   +  DAG + CQV+  G   E+ HTV +                     + PP ++     G  +  KG  + L C   G P P + W+R +  LP G+ S +       H V R  +G Y CS DNG   PA  TI + V Y PEI+VE   +H+  GKE        +H      W       T+ K + K   H++TL +T    +DFGNY+C AEN  G   +N+EV G    A F    +H K +  NS + E  WT +S++ +  + L  R+
Sbjct:   71 PKLLTKPKSLFFDKGTTIRLPCFVDIMTEDFDIIWTKVSSEKGEKHIAMGKSVMSEPNRISVEVNYDGEDKGSTLVIGIAEDKDAGQYKCQVAA-GNYEEIKHTVSITGESQNPKLRTNSSSLKSIMSIEPPAIKKTPSNGLYLAHKGDSIHLTCQGIGTPEPKIVWTRLNKKLPDGRSSFEANEL-VFHDVTRQHSGTYQCSGDNGFSTPAVETIEVAVEYAPEIEVEEIFIHAKTGKEVELICNIHSHPIAIVKWFKNKVELTEDKNKLKRNGHKHTLTITNVTENDFGNYTCRAENQHGSEFKNLEVSGNVGFAEFN---SHPKGSEPNSYLIE--WTSESYSELTKFELHVRE 420
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000000250 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1036:93855:171245:-1 gene:EMLSAG00000000250 transcript:EMLSAT00000000250 description:"maker-LSalAtl2s1036-augustus-gene-0.35")

HSP 1 Score: 133.65 bits (335), Expect = 7.439e-34
Identity = 75/216 (34.72%), Postives = 108/216 (50.00%), Query Frame = 0 
Query:  154 NIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPC-------------TWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR 356
            NIV +  T V L+C A+GNP P + W + +D LP G     +   +T+  V+R+ AG Y C A NGVG    A I+L++LY PE+  E   VH G G+++ L+                T R     K   +    R+TL++   +  DF NYSC A N+LG  +  I + G PT  VF  L       S     +++ W  +S++PI  YRL YR
Sbjct:    7 NIVXRSATNVALKCKATGNPPPKIIWRKINDQLPAGGELSSDGMTFTMFDVNRHHAGLYECEAGNGVGTSVKAEISLKILYGPEVSAEFPVVHGGIGRQSELSCVVYAVPSAEVVWYRETMRLDPNGKRYMESRGSRHTLIIRKVEDRDFANYSCYAINTLGKVRGYITLRGNPTKPVFNSL-----VLSKTKTSYKISWVTNSYSPILEYRLFYR 217
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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Match: EMLSAP00000012167 (pep:novel supercontig:LSalAtl2s:LSalAtl2s877:193176:229870:1 gene:EMLSAG00000012167 transcript:EMLSAT00000012167 description:"maker-LSalAtl2s877-snap-gene-1.30")

HSP 1 Score: 126.716 bits (317), Expect = 1.216e-32
Identity = 92/315 (29.21%), Postives = 142/315 (45.08%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPH---GKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT-WRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR 356
            P   +    +RV V + + LPC+V NLG  V++W+KG  V++AG ++V RD R  LH                                 H + + +PP +  +   G IVV+KGT +T+EC A+GNP PSV W+R+   LP    G  +  N    T++ V R D G Y             A +  +V  EP+ DV+         K +H   P    +A    K E       Y+L ++   I+DF  Y+C A NSLG  K+ + + G P     RP    +    D   ++++ W   S+ P+  +R++YR
Sbjct:   39 PAISSIGRLYRVQVGEVLTLPCDVHNLGPMVLMWKKGQRVLTAGSMIVKRDKRITLH--------------------------------KHHLVLTIPPSIMSQPRNGRIVVRKGTSITIECRANGNPTPSVTWTRKG--LPFNRPGAETSNNGMTLTLNNVGRNDXGAY-----------KTAVLTCRVHAEPDPDVKWY-------KNSHQIDPLGHSKALFNGKKE-------YSLHISNVGIEDFSTYTCSAVNSLGKDKKVLRLTGSPK----RPEIDKIHRLHDG--LWKISWNTFSYAPLLQFRIMYR 288
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BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|3024084|sp|Q26474.1|LACH_SCHAM (RecName: Full=Lachesin; Flags: Precursor)

HSP 1 Score: 107.071 bits (266), Expect = 5.223e-25
Identity = 86/284 (30.28%), Postives = 134/284 (47.18%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRK---GHEV----ISAGKILVSRDPRFRLHYDD----FRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVP-PHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHD-LLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWR-----ATTQCKMEEKDATHRYTLVLTIADIDDF--------------GNYSCVAENSLGMSKRNIEV 310
            +   V L C+VQ   D+ ++W K     +V    IS G  L+ RD RF L YD     + L++ +I+  DAG + CQV I+G   ++   V++ V  P V   +   ++VV +G  V LEC A G P P V W RE++ +LP G  S    +   I ++ + D G Y C A+NGVG  A   I ++V + P I V   ++  G+  +  +   C        A T  K E   + +++  +   A  D+F              G Y C A N LG ++  +E+
Sbjct:   35 IGGTVELECSVQYAQDYPVLWMKVDRNRQVDPLPISTGSSLIIRDSRFALRYDTASSTYTLQIKDIQETDAGFYQCQV-IIGLNNKITAEVDLQVRRPPVISDNSTRSLVVSEGQAVRLECYAGGYPAPRVSWRRENNAILPTGG-SIYRGNVLKISRIGKEDRGTYYCVAENGVGKGARRNIAVEVEFPPVITVPRPRL--GQALQYDMDLECHVEAYPPPAITWLKDETVLSNNQHYSISHFATADEFTDTTRVITIEKRQYGKYQCKAANKLGEAREEVEL 314
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|73920221|sp|Q24372.2|LACH_DROME (RecName: Full=Lachesin; Flags: Precursor)

HSP 1 Score: 96.2857 bits (238), Expect = 4.212e-21
Identity = 58/190 (30.53%), Postives = 98/190 (51.58%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRKGHE---VISAGKILVSRDPRFRLHYD----DFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVP-PHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDV 240
            +   V   C+VQ   ++ +++ K       +S G  LV +D RF L YD     ++L++ +I+  DAG + CQV ++    +V+  V++ V  P V   +   ++V  +G++V +EC ASG P P++ W RE++ +     +    +   I  V + D G Y C ADNGV       IN++V + P I V
Sbjct:   42 IGGTVEFDCSVQYAKEYNVLFLKTDSDPVFLSTGSTLVIKDSRFSLRYDPNSSTYKLQIKDIQETDAGTYTCQV-VISTVHKVSAEVKLSVRRPPVISDNSTQSVVASEGSEVQMECYASGYPTPTITWRRENNAILPTDSATYVGNTLRIKSVKKEDRGTYYCVADNGVSKGDRRNINVEVEFAPVITV 230
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|82248808|sp|Q9W6V2.1|NEGR1_CHICK (RecName: Full=Neuronal growth regulator 1; AltName: Full=Neurotractin; Flags: Precursor)

HSP 1 Score: 91.6633 bits (226), Expect = 1.538e-19
Identity = 86/319 (26.96%), Postives = 141/319 (44.20%), Query Frame = 0 
Query:   51 SPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL---HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPK--HPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEI-DVEVEKVHSG-----RGKEAHLTXPC-TWR------ATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYW---TVDSFTPI 348
            + ++  V   D  +L C +++ G     W     +I AG    S DPR  +   +  ++ L++ ++   D G + C V    +      T++V +   V PK      +IVV +G+ VTL CLA+G P PS+ W     + P  K     Q+   I+ + R  AG Y CSA+N V  P    + + V + P I +++   V  G     R + A +  P   W        + Q  +  K+ + R  L +T    + FGNY+CVA N LGM+  ++ ++         P  A    T D   +F  ++   T+ S T I
Sbjct:   42 AADSLVVRKGDTAVLRCYLED-GASKGAWLNRSSIIFAGSDKWSVDPRVSIATANRREYSLQIQDVDVTDDGPYTCSV----QTQHTPRTMQVHLTVQVSPKIFRISSDIVVNEGSNVTLVCLATGKPEPSISW---RHISPSAKPFESGQY-LDIYGITRDQAGEYECSAENDVSVPDVKKVKVTVNFAPTIQELKSSGVMLGGNGLIRCEGAGVPAPVFEWYRGERKLISGQQGITIKNYSTRSLLTVTNVTEEHFGNYTCVAANKLGMTNASLPLN--------PPSTAQYGITGDAEVLFSCWYLVLTLSSLTSI 343
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|88984537|sp|Q7Z3B1.3|NEGR1_HUMAN (RecName: Full=Neuronal growth regulator 1; AltName: Full=IgLON family member 4; Flags: Precursor)

HSP 1 Score: 90.8929 bits (224), Expect = 2.891e-19
Identity = 86/310 (27.74%), Postives = 136/310 (43.87%), Query Frame = 0 
Query:   60 NDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFR---LHYDDFRLELNNIKPIDAGDFVCQVSI--LGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEI-DVEVEKVHSGRG-----KEAHLTXPC-TWRA------TTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYW---TVDSFTPI 348
             D  +L C +++ G     W     +I AG    S DPR     L+  D+ L++ N+   D G + C V      + ++V  TV+V  PP +       ++ V +GT VTL CLA+G P PS+ W     + P  K   +N     I+ + R  AG Y CSA+N V  P    + + V + P I +++   V  GR      + A +  P   W          Q  +  ++ + R  L +T    + FGNY+CVA N LG +  ++ ++         P  A    T     +F  ++   T+ SFT I
Sbjct:   53 GDTAVLRCYLED-GASKGAWLNRSSIIFAGGDKWSVDPRVSISTLNKRDYSLQIQNVDVTDDGPYTCSVQTQHTPRTMQVHLTVQV--PPKIY--DISNDMTVNEGTNVTLTCLATGKPEPSISW---RHISPSAK-PFENGQYLDIYGITRDQAGEYECSAENDVSFPDVRKVKVVVNFAPTIQEIKSGTVTPGRSGLIRCEGAGVPPPAFEWYKGEKKLFNGQQGIIIQNFSTRSILTVTNVTQEHFGNYTCVAANKLGTTNASLPLN--------PPSTAQYGITGSADVLFSCWYLVLTLSSFTSI 345
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|400398|sp|P31836.1|NCAM1_BOVIN (RecName: Full=Neural cell adhesion molecule 1; Short=N-CAM-1; Short=NCAM-1; Flags: Precursor)

HSP 1 Score: 92.0485 bits (227), Expect = 4.548e-19
Identity = 80/312 (25.64%), Postives = 142/312 (45.51%), Query Frame = 0 
Query:   51 SPETFRVPVNDRVILPCNVQNLGDHVIVWR-KGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLV--PPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGK----VSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPC----------TWRATTQCKMEEKDA------------------THRYTLVLTIADID--DFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAH 325
            +P+ FR    +  ++ C+V +     I+W+ KG +VI      + +D RF +  +++ L++  IK  D G + C+  IL +       ++V+V  PP V+ +    N     G  VTL C A G P P+V W+++ + + + +    +   +    TI KVD+ D   Y+C A+N  G   +A+I+L+V  +P+I   VE   +    E  +T  C          TWR +T+    E+ A                  +H     LT+  I   D G Y C A N++G   +++ +  +  P +  P+  +
Sbjct:  125 TPQEFRE--GEDAVIVCDVVSSLPPTIIWKHKGRDVI------LKKDVRFIVLTNNY-LQIRGIKKTDEGTYRCEGRILARGEINFKDIQVIVNVPPTVQARQSIVNATANLGQSVTLVCNAEGFPEPTVSWTKDGEQIENEEDEKYLFSDDSSELTIRKVDKNDEAEYVCIAENKAGE-QDASIHLKVFAKPKITY-VEN-QTAMELEEQVTLTCEASGDPIPSITWRTSTRNISSEEKASWTRPEKQETLDGHMVVRSHARVSSLTLKSIQYTDAGEYVCTASNTIGQDSQSMYLEVQYAPKLQGPVAVY 424

HSP 2 Score: 70.8626 bits (172), Expect = 4.540e-12
Identity = 62/279 (22.22%), Postives = 111/279 (39.78%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRW------------------SREHDLLPHGKVSCQNQ-HCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQ-------CKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGM 303
            +   V L CN +   +  + W K  E     +I    D ++    D   L +  +   D  ++VC         + +  ++V   P +   + E    ++   QVTL C ASG+P+PS+ W                   ++  L  H  V    +    T+  +   DAG Y+C+A N +G  +  ++ L+V Y P++   V  V++  G + ++T           +W    Q         ++  +      L +T    +DFGNY+C A N +G 
Sbjct:  227 LGQSVTLVCNAEGFPEPTVSWTKDGE-----QIENEEDEKYLFSDDSSELTIRKVDKNDEAEYVCIAENKAGEQDASIHLKVFAKPKIT--YVENQTAMELEEQVTLTCEASGDPIPSITWRTSTRNISSEEKASWTRPEKQETLDGHMVVRSHARVSSLTLKSIQYTDAGEYVCTASNTIGQDSQ-SMYLEVQYAPKLQGPV-AVYTWEGNQVNITCEVFAYPSATISWFRDGQLLPSSNYSNIKIYNTPSASYLEVTPDSENDFGNYNCTAVNRIGQ 496
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|75070409|sp|Q5R412.1|NEGR1_PONAB (RecName: Full=Neuronal growth regulator 1; Flags: Precursor)

HSP 1 Score: 89.3521 bits (220), Expect = 9.387e-19
Identity = 84/310 (27.10%), Postives = 136/310 (43.87%), Query Frame = 0 
Query:   60 NDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFR---LHYDDFRLELNNIKPIDAGDFVCQVSI--LGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEI-DVEVEKVHSGRG-----KEAHLTXPC-TWRA------TTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYW---TVDSFTPI 348
             D  +L C +++ G     W     +I AG    S DPR     L+  D+ L++ N+   D G + C V      + ++V  TV+V  PP +       ++ + +GT VTL CLA+G P PS+ W     + P  K   +N     I+ + R  AG Y CSA+N V  P    + + V + P I +++   +  GR      + A +  P   W          Q  +  ++ + R  L +T    + FGNY+CVA N LG +  ++ ++         P  A    T     +F  ++   T+ SFT I
Sbjct:   53 GDTAVLRCYLED-GASKGAWLNRSSIIFAGGDKWSVDPRVSISTLNKRDYSLQIQNVDVTDDGPYTCSVQTQHTPRTMQVHLTVQV--PPKIY--DISSDMTINEGTNVTLTCLATGKPEPSISW---RHISPSAK-PFENGQYLDIYGITRDQAGEYECSAENDVSFPDVRKVKVVVNFAPTIQEIKSGTMTPGRSGLIRCEGAGVPPPAFEWYKGEKKLFNGQQGIIIQNFSTRSILTVTNVTQEHFGNYTCVAANKLGTTNASLPLN--------PPSTAQYGITGSADVLFSCWYLVLTLSSFTSI 345
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|2851523|sp|P13590.3|NCAM1_CHICK (RecName: Full=Neural cell adhesion molecule 1; Short=N-CAM-1; Short=NCAM-1; Flags: Precursor)

HSP 1 Score: 91.2781 bits (225), Expect = 1.020e-18
Identity = 80/304 (26.32%), Postives = 138/304 (45.39%), Query Frame = 0 
Query:   51 SPETFRVPVNDRVILPCNVQNLGDHVIVWR-KGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLV--PPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYT---------IHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPC----------TWRATTQ-CKMEEKDA-------THRYTLVLTIADID--DFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPL 322
            +P+ F+    D  ++ C+V +     I+W+ KG +V      ++ +D RF +  +++ L++  IK  D G + C+  IL +       ++V+V  PP VR +    N        VTL C A G P P++ W+++ + +        N+  Y+         I KVD+ D   YIC A+N  G   +ATI+L+V  +P+I     K  +    E  +T  C          TW+ +T+    EEK         +H     LT+ +I   D G Y C A N++G   + + +  +  P +  P+
Sbjct:  125 TPQEFKE--GDDAVIVCDVVSSLPPTIIWKHKGRDV------MLKKDVRFIVLSNNY-LQIRGIKKTDEGTYRCEGRILARGEINFKDIQVIVNVPPSVRARQSTMNATANLSQSVTLACDADGFPEPTMTWTKDGEPIEQE----DNEEKYSFNYDGSELIIKKVDKSDEAEYICIAENKAGE-QDATIHLKVFAKPKITYVENK--TAMELEDQITLTCEASGDPIPSITWKTSTRNISNEEKTLDGRIVVRSHARVSSLTLKEIQYTDAGEYVCTASNTIGQDSQAMYLEVQYAPKLQGPV 412

HSP 2 Score: 76.6406 bits (187), Expect = 6.375e-14
Identity = 64/270 (23.70%), Postives = 116/270 (42.96%), Query Frame = 0 
Query:   59 VNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRW-------SREHDLLPHGKVSCQNQ---HCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRATTQ-------CKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGM 303
            ++  V L C+     +  + W K  E I         + ++  +YD   L +  +   D  +++C      KA E   T+ + V    +  + E    ++   Q+TL C ASG+P+PS+ W       S E   L  G++  ++       T+ ++   DAG Y+C+A N +G  + A + L+V Y P++   V  V++  G + ++T           +W    Q         ++  +      L +T    +DFGNY+C A N +G 
Sbjct:  227 LSQSVTLACDADGFPEPTMTWTKDGEPIEQE----DNEEKYSFNYDGSELIIKKVDKSDEAEYICIAE--NKAGEQDATIHLKVFAKPKITYVENKTAMELEDQITLTCEASGDPIPSITWKTSTRNISNEEKTL-DGRIVVRSHARVSSLTLKEIQYTDAGEYVCTASNTIGQDSQA-MYLEVQYAPKLQGPV-AVYTWEGNQVNITCEVFAYPSAVISWFRDGQLLPSSNYSNIKIYNTPSASYLEVTPDSENDFGNYNCTAVNRIGQ 487
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|116242621|sp|Q13449.2|LSAMP_HUMAN (RecName: Full=Limbic system-associated membrane protein; Short=LSAMP; AltName: Full=IgLON family member 3; Flags: Precursor)

HSP 1 Score: 88.9669 bits (219), Expect = 1.330e-18
Identity = 75/290 (25.86%), Postives = 121/290 (41.72%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL---HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT--------W-----RATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRP 321
            F    +   V   D  IL C V++    V  W     +I AG    S DPR  L   H  ++ L +  +   D G + C V    +       + V VPP +   +   ++ V +G+ VTL C+A+G P P + W     L P G+     +    I  + R  +G+Y C A N V +     + + V Y P I  E +   +  G++A L    +        W     R  +   +E K    + +L +T    + +GNY+CVA N LG++  ++         +FRP
Sbjct:   34 FNRGTDNITVRQGDTAILRCVVEDKNSKV-AWLNRSGIIFAGHDKWSLDPRVELEKRHSLEYSLRIQKVDVYDEGSYTCSVQTQHEPKTSQVYLIVQVPPKI--SNISSDVTVNEGSNVTLVCMANGRPEPVITW---RHLTPTGREFEGEEEYLEILGITREQSGKYECKAANEVSSADVKQVKVTVNYPPTI-TESKSNEATTGRQASLKCEASAVPAPDFEWYRDDTRINSANGLEIKSTEGQSSLTVTNVTEEHYGNYTCVAANKLGVTNASL--------VLFRP 308
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|2497324|sp|Q62813.1|LSAMP_RAT (RecName: Full=Limbic system-associated membrane protein; Short=LSAMP; Flags: Precursor)

HSP 1 Score: 88.5817 bits (218), Expect = 1.813e-18
Identity = 75/290 (25.86%), Postives = 121/290 (41.72%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL---HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT--------W-----RATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRP 321
            F    +   V   D  IL C V++    V  W     +I AG    S DPR  L   H  ++ L +  +   D G + C V    +       + V VPP +   +   ++ V +G+ VTL C+A+G P P + W     L P G+     +    I  + R  +G+Y C A N V +     + + V Y P I  E +   +  G++A L    +        W     R  +   +E K    + +L +T    + +GNY+CVA N LG++  ++         +FRP
Sbjct:   34 FNRGTDNITVRQGDTAILRCVVEDKNSKV-AWLNRSGIIFAGHDKWSLDPRVELEKRHALEYSLRIQKVDVYDEGSYTCSVQTQHEPKTSQVYLIVQVPPKI--SNISSDVTVNEGSNVTLVCMANGRPEPVITW---RHLTPLGREFEGEEEYLEILGITREQSGKYECKAANEVSSADVKQVKVTVNYPPTI-TESKSNEATTGRQASLKCEASAVPAPDFEWYRDDTRINSANGLEIKSTEGQSSLTVTNVTEEHYGNYTCVAANKLGVTNASL--------VLFRP 308
[Close]
BLAST of EMLSAG00000005057 vs. SwissProt
Match: gi|52783073|sp|Q8BLK3.1|LSAMP_MOUSE (RecName: Full=Limbic system-associated membrane protein; Short=LSAMP; Flags: Precursor)

HSP 1 Score: 88.1965 bits (217), Expect = 2.229e-18
Identity = 72/277 (25.99%), Postives = 117/277 (42.24%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL---HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT--------W-----RATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNI 308
            F    +   V   D  IL C V++    V  W     +I AG    S DPR  L   H  ++ L +  +   D G + C V    +       + V VPP +   +   ++ V +G+ VTL C+A+G P P + W     L P G+     +    I  + R  +G+Y C A N V +     + + V Y P I  E +   +  G++A L    +        W     R  +   +E K    + +L +T    + +GNY+CVA N LG++  ++
Sbjct:   34 FNRGTDNITVRQGDTAILRCVVEDKNSKV-AWLNRSGIIFAGHDKWSLDPRVELEKRHALEYSLRIQKVDVYDEGSYTCSVQTQHEPKTSQVYLIVQVPPKI--SNISSDVTVNEGSNVTLVCMANGRPEPVITW---RHLTPLGREFEGEEEYLEILGITREQSGKYECKAANEVSSADVKQVKVTVNYPPTI-TESKSNEATTGRQASLKCEASAVPAPDFEWYRDDTRINSANGLEIKSTEGQSSLTVTNVTEEHYGNYTCVAANKLGVTNASL 303
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: EEB16841.1 (limbic system-associated membrane protein precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 256.914 bits (655), Expect = 1.327e-80
Identity = 137/345 (39.71%), Postives = 205/345 (59.42%), Query Frame = 0 
Query:   36 PHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR----QXKPYHP 363
            P   +++  EP+F  +  TF++ + D V+LPC V NLG++++VW++G  V+SAG + V+ DPR +L  + + LE+ +++  DAGD+VCQ+  L +  E+ HT+E+LVPP +     +G + VK+G  VTLEC ASGNPVP + W+R+++LLP G+ S +  +  TI +  R+ AG Y C A NGVG P   +I L VLY PEI+VE   VHSG G EA L             W R T +    E+ +      R+TL++      DFGNYSCVA+N LG  ++ +++ G+P   VFR  P      S     + + W V+S+TPIE ++L +R    Q +P  P
Sbjct:   25 PLRQINEVNEPSFAIAGRTFKIVIKDTVVLPCEVSNLGNYLVVWKRGIAVLSAGNVKVTPDPRIKL-VEGYNLEIQDVQTQDAGDYVCQLGTL-QPREITHTLEILVPPRIHHVSSQGVMEVKRGASVTLECRASGNPVPVITWTRKNNLLPSGEKSVEG-YSITIEQATRHQAGVYQCKASNGVGKPVEQSIVLHVLYPPEIEVERSWVHSGEGFEAQLVCIVHSEPPADVLWYRDTLRLDTTERRSMEVRGSRHTLIIRKVQASDFGNYSCVADNPLGKMRQYLQLSGKPNQVVFRSEPMGRYKDS-----YNITWAVNSYTPIEEFKLYFRKLFDQNQPNSP 361
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: EEB18285.1 (limbic system-associated membrane protein precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 254.988 bits (650), Expect = 2.084e-80
Identity = 132/334 (39.52%), Postives = 204/334 (61.08%), Query Frame = 0 
Query:   37 HTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL---------TXPCTWRATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            H  +     P F T+ +T++V   D ++LPC+V NLG++V+VW++G  V++AG + V+ DPR +L  D + L++ +++  DAG+++CQ+  +   LE+ HT+E+LVPP +      GN+ VKKG  VTLEC ASGNPVPSV WSR++++LP G+ S +     TI +  R+ AG Y+C+A NGVG+ A  +INL VLY PE++VE   VHSG G EA L         +    +R T +    E+ +      R+TL++      DFGNYSCVA+N+LG  ++ +++ G+P    F   P      S     + + W V+S+TPIE ++L +R+
Sbjct:   11 HLNLQQIDGPAFTTAGKTYKVVTQDTIVLPCDVINLGNYVLVWKRGIAVLTAGTVKVTPDPRIQL-IDGYNLQIRDVQTHDAGNYICQIGTM-VPLEITHTLEILVPPRIHHVTSGGNVEVKKGQTVTLECRASGNPVPSVAWSRKNNVLPSGEKSREGSSI-TIEQATRHQAGTYLCTASNGVGDSAIQSINLHVLYPPEVEVERSWVHSGEGFEAQLVCIVHADPPSDVLWYRDTLRLDTTERRSFETRGSRHTLIIRKVQASDFGNYSCVADNTLGKMRQYLQLSGKPNQVAFNSNPV-----SRYHDSYNISWIVNSYTPIEEFKLFFRR 336
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: gb|KYB28717.1| (Protein amalgam-like Protein [Tribolium castaneum])

HSP 1 Score: 255.373 bits (651), Expect = 7.910e-80
Identity = 148/366 (40.44%), Postives = 209/366 (57.10%), Query Frame = 0 
Query:    8 LFSAVFVTAFGLCDSTWVKSQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT-----------WRATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDN-SQVFELYWTVDSFTPIEXYRLLYRQ 357
            L S +FV +  L    + +S ++  ++DP T       PTF+TS + F+V   D VILPC V N G +V+ W+KG  V+SAG + VS DPR  L  D + LE+  + P D GD+VCQ+  L +  E+ HTVE+LVPP +      G + VKKG+ V LEC A+GNP P + WSR++++LP G  +       T+ KVDR+ AG Y C+A NGVG      INL VLY PEI VE   VHSG G+EA L   C            +R T Q    E+        R+TL++      DFGNY+CVA+N LG +++++++ G+P PA F         T  N    + + W V+S++PIE Y+LL+R+
Sbjct:    4 LLSTLFVVSAVL----FQESCQASIKVDPATL------PTFLTSSQMFKVTEKDTVILPCEVSNPGPYVLAWKKGIAVLSAGNVKVSPDPRISL-VDGYSLEIKEVTPQDGGDYVCQIGTL-EPREITHTVEILVPPRINYVSSNGRVEVKKGSSVRLECRANGNPPPKITWSRKNNVLPSGDQTLVTP-VLTLDKVDRHQAGVYKCTASNGVGQDVTQDINLHVLYPPEISVEKPLVHSGEGQEAQLV--CIVHGENQPEVLWYRDTMQLDTTERRIMESRGSRHTLLIRKVHRSDFGNYTCVADNQLGKTRKSVQLTGKPNPAKFN------SATRGNWRDSYNISWAVESYSPIEEYKLLFRE 348
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: gb|KYB28718.1| (Protein amalgam-like Protein [Tribolium castaneum])

HSP 1 Score: 253.447 bits (646), Expect = 2.058e-79
Identity = 142/341 (41.64%), Postives = 197/341 (57.77%), Query Frame = 0 
Query:   33 RMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT-----------WRATTQCKMEEK----DATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDN-SQVFELYWTVDSFTPIEXYRLLYRQ 357
            ++DP T       PTF+TS + F+V   D VILPC V N G +V+ W+KG  V+SAG + VS DPR  L  D + LE+  + P D GD+VCQ+  L +  E+ HTVE+LVPP +      G + VKKG+ V LEC A+GNP P + WSR++++LP G  +       T+ KVDR+ AG Y C+A NGVG      INL VLY PEI VE   VHSG G+EA L   C            +R T Q    E+        R+TL++      DFGNY+CVA+N LG +++++++ G+P PA F         T  N    + + W V+S++PIE Y+LL+R+
Sbjct:   17 KVDPATL------PTFLTSSQMFKVTEKDTVILPCEVSNPGPYVLAWKKGIAVLSAGNVKVSPDPRISL-VDGYSLEIKEVTPQDGGDYVCQIGTL-EPREITHTVEILVPPRINYVSSNGRVEVKKGSSVRLECRANGNPPPKITWSRKNNVLPSGDQTLVTP-VLTLDKVDRHQAGVYKCTASNGVGQDVTQDINLHVLYPPEISVEKPLVHSGEGQEAQLV--CIVHGENQPEVLWYRDTMQLDTTERRIMESRGSRHTLLIRKVHRSDFGNYTCVADNQLGKTRKSVQLTGKPNPAKFN------SATRGNWRDSYNISWAVESYSPIEEYKLLFRE 340
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: gb|KYB28719.1| (Protein amalgam-like Protein [Tribolium castaneum])

HSP 1 Score: 253.447 bits (646), Expect = 3.462e-79
Identity = 142/341 (41.64%), Postives = 197/341 (57.77%), Query Frame = 0 
Query:   33 RMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCT-----------WRATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDN-SQVFELYWTVDSFTPIEXYRLLYRQ 357
            ++DP T       PTF+TS + F+V   D VILPC V N G +V+ W+KG  V+SAG + VS DPR  L  D + LE+  + P D GD+VCQ+  L +  E+ HTVE+LVPP +      G + VKKG+ V LEC A+GNP P + WSR++++LP G  +       T+ KVDR+ AG Y C+A NGVG      INL VLY PEI VE   VHSG G+EA L   C            +R T Q    E+        R+TL++      DFGNY+CVA+N LG +++++++ G+P PA F         T  N    + + W V+S++PIE Y+LL+R+
Sbjct:   17 KVDPATL------PTFLTSSQMFKVTEKDTVILPCEVSNPGPYVLAWKKGIAVLSAGNVKVSPDPRISL-VDGYSLEIKEVTPQDGGDYVCQIGTL-EPREITHTVEILVPPRINYVSSNGRVEVKKGSSVRLECRANGNPPPKITWSRKNNVLPSGDQTLVTP-VLTLDKVDRHQAGVYKCTASNGVGQDVTQDINLHVLYPPEISVEKPLVHSGEGQEAQLV--CIVHGENQPEVLWYRDTMQLDTTERRIMESRGSRHTLLIRKVHRSDFGNYTCVADNQLGKTRKSVQLTGKPNPAKFN------SATRGNWRDSYNISWAVESYSPIEEYKLLFRE 340
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: EAA07670.5 (AGAP002628-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 248.054 bits (632), Expect = 4.133e-78
Identity = 130/333 (39.04%), Postives = 201/333 (60.36%), Query Frame = 0 
Query:   38 TAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL-------TXP-CTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            + + +  EP FI+  E F+  V D + LPC V + G +V+ W++G  +++AG + V+ DPR RL  + + L++ +  P DAGD++CQ+++L    E+ H+VE+LVPP +      G++ V+KG+ V LEC A+GNP+P++ W+R+++LLP+G+    N   Y I  +DR+  G YIC+A+NGVG  A + I L VLY PEI VE   V+SG G+EA L       + P   W + T Q    E+        R+TL++      DFGNYSC+A+N LG +++ + + G+P  AVFR +P      S     + + W VDS +PIE ++L YRQ
Sbjct:    9 SQILNKAEPLFISRSEAFKFAVGDTITLPCEVASPGTYVLAWKRGIAILTAGSVKVTPDPRVRL-VNGYSLQIRDAVPQDAGDYICQIAML-DPREITHSVEILVPPKITHVTSGGHLQVRKGSPVRLECSATGNPMPNITWTRKNNLLPNGEEQFTNP-VYVIENMDRHKGGTYICTANNGVGQVATSQIILHVLYPPEISVENPTVYSGEGQEAMLVCIVHGESQPEVLWHKDTMQIDQTERHVIENRGARHTLIIRKVHPQDFGNYSCIADNQLGKTRKTVTLTGKPKTAVFRSVP-----NSQWKDKYNISWIVDSHSPIEEFKLYYRQ 333
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: AFH06659.1 (uncharacterized protein Dmel_CG34353, isoform B [Drosophila melanogaster])

HSP 1 Score: 247.284 bits (630), Expect = 3.074e-76
Identity = 131/331 (39.58%), Postives = 197/331 (59.52%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL-------TXP-CTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            EP FI+  ETF+    + ++LPC V N   +V+ W++G  +++AG + V+ DPR RL  + F L++ +  P DAGD++CQ++ +    E+ HTVE+LVPP +      G++ VKKG+ V +EC A+GNP+P+V WSR++++LP+G+    + H  +I  VDR+  G YIC+A+N VG PA++ + L VL+ PEI VE   V SG G EA L       T P   W + T Q    E+        R+TL++      DFGNYSCVAEN LG +++ +++ G+P  AVF   P      S     + + W VDS +PIE Y+L +R+    H
Sbjct:   85 EPMFISRSETFKFITGETIVLPCEVANTDTYVVAWKRGIAILTAGSVKVTPDPRVRL-VNGFNLQIRDALPTDAGDYICQIATM-DPREITHTVEILVPPRIHHISTGGHLQVKKGSSVRIECSATGNPMPNVTWSRKNNILPNGEEKLHS-HVLSIENVDRHKGGVYICTANNRVGQPASSQVVLHVLFSPEISVERPVVFSGEGHEATLVCIVHGETQPEVIWFKDTMQLDTTERHIMETRGSRHTLIIRKVHPQDFGNYSCVAENQLGKARKTLQLSGKPNVAVFNSPP-----ISQYKDRYNISWAVDSHSPIEEYKLSFRKLPQGH 407
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: ABW08787.1 (uncharacterized protein Dmel_CG34353, isoform A [Drosophila melanogaster])

HSP 1 Score: 247.284 bits (630), Expect = 3.074e-76
Identity = 131/331 (39.58%), Postives = 197/331 (59.52%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL-------TXP-CTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            EP FI+  ETF+    + ++LPC V N   +V+ W++G  +++AG + V+ DPR RL  + F L++ +  P DAGD++CQ++ +    E+ HTVE+LVPP +      G++ VKKG+ V +EC A+GNP+P+V WSR++++LP+G+    + H  +I  VDR+  G YIC+A+N VG PA++ + L VL+ PEI VE   V SG G EA L       T P   W + T Q    E+        R+TL++      DFGNYSCVAEN LG +++ +++ G+P  AVF   P      S     + + W VDS +PIE Y+L +R+    H
Sbjct:   85 EPMFISRSETFKFITGETIVLPCEVANTDTYVVAWKRGIAILTAGSVKVTPDPRVRL-VNGFNLQIRDALPTDAGDYICQIATM-DPREITHTVEILVPPRIHHISTGGHLQVKKGSSVRIECSATGNPMPNVTWSRKNNILPNGEEKLHS-HVLSIENVDRHKGGVYICTANNRVGQPASSQVVLHVLFSPEISVERPVVFSGEGHEATLVCIVHGETQPEVIWFKDTMQLDTTERHIMETRGSRHTLIIRKVHPQDFGNYSCVAENQLGKARKTLQLSGKPNVAVFNSPP-----ISQYKDRYNISWAVDSHSPIEEYKLSFRKLPQGH 407
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: AHN57570.1 (uncharacterized protein Dmel_CG34353, isoform C [Drosophila melanogaster])

HSP 1 Score: 247.284 bits (630), Expect = 4.970e-76
Identity = 131/331 (39.58%), Postives = 197/331 (59.52%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL-------TXP-CTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            EP FI+  ETF+    + ++LPC V N   +V+ W++G  +++AG + V+ DPR RL  + F L++ +  P DAGD++CQ++ +    E+ HTVE+LVPP +      G++ VKKG+ V +EC A+GNP+P+V WSR++++LP+G+    + H  +I  VDR+  G YIC+A+N VG PA++ + L VL+ PEI VE   V SG G EA L       T P   W + T Q    E+        R+TL++      DFGNYSCVAEN LG +++ +++ G+P  AVF   P      S     + + W VDS +PIE Y+L +R+    H
Sbjct:   85 EPMFISRSETFKFITGETIVLPCEVANTDTYVVAWKRGIAILTAGSVKVTPDPRVRL-VNGFNLQIRDALPTDAGDYICQIATM-DPREITHTVEILVPPRIHHISTGGHLQVKKGSSVRIECSATGNPMPNVTWSRKNNILPNGEEKLHS-HVLSIENVDRHKGGVYICTANNRVGQPASSQVVLHVLFSPEISVERPVVFSGEGHEATLVCIVHGETQPEVIWFKDTMQLDTTERHIMETRGSRHTLIIRKVHPQDFGNYSCVAENQLGKARKTLQLSGKPNVAVFNSPP-----ISQYKDRYNISWAVDSHSPIEEYKLSFRKLPQGH 407
[Close]
BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Match: gb|EFA08755.2| (Protein turtle-like Protein [Tribolium castaneum])

HSP 1 Score: 239.965 bits (611), Expect = 6.122e-74
Identity = 137/378 (36.24%), Postives = 200/378 (52.91%), Query Frame = 0 
Query:   12 VFVTAFGLCDS---TWVKSQKSYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL----------------HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            ++VT  GL +    TW    + Y  ++    + + + P+F+T  +T+R+     V+LPC +   G +V+ W++G  V++AG + V+ DPR RL                  + + LEL +++P DAGD+VCQ+  + +  E+ HT+E+LVPP +      G + V +G  V +EC ASGNPVP+V W+R++++LP G+ S        I + DR+ AG+Y CSADNGVG P    I L VLY PE++ E   VH+G G EA L             W + T Q    E+ A H    RYTLV+      DFGNYSCVA NS G  +  + + G    AVF   P      S     + + W+V+S   I  YRL YRQ
Sbjct:    1 MYVTCLGLINLVVLTWSVDAQHYQGLNDLDILPEGKPPSFVTPGQTYRIAAGSTVVLPCRITPAGAYVLAWKRGIAVLTAGPVKVTPDPRVRLLPSPVSTSSLTGIPELSGEGYSLELKDVRPQDAGDYVCQIGTM-EPREITHTLEILVPPRIHYVSHTGPLEVLQGATVKMECRASGNPVPTVAWTRKNNVLPSGERSVSGL-SLVIQRADRHSAGQYQCSADNGVGQPDTRHITLNVLYGPEVETERATVHTGIGLEAQLVCIVHAEPAPQVLWFKDTAQLGTTEQHAAHARGNRYTLVIRNVTSADFGNYSCVASNSHGKGRGQLTLTGTAGLAVFDSPP-----LSSEKDSYNVSWSVNSHAAITEYRLFYRQ 371
[Close]
BLAST of EMLSAG00000005057 vs. nr
Match: gi|1101361203|ref|XP_018912896.1| (PREDICTED: protein amalgam-like isoform X2 [Bemisia tabaci])

HSP 1 Score: 277.715 bits (709), Expect = 2.338e-86
Identity = 151/331 (45.62%), Postives = 208/331 (62.84%), Query Frame = 0 
Query:   44 QEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRA-------TTQCKMEEKDATHRYTLVLTIADI--DDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            Q P+F T+ +TFRV + D ++LPC V+NLG+ V++WR+G+ V++A  I+V+RD RFRL  D   LE++ I P DAGD+VCQ+S +   ++  HTVEVLVPP +R     G +  +KG  +TLEC  SGNPVPSV WS++  +LP G+ S +     T+ KVDR+ AG Y C+A+NG+G PA   + L VLY PEI+VE   VHSG G  A L            TW         T +  +E +   H    +LTI ++   DFGNYSCVA+NSLG +K+ +E+ GRP+PAVFR  P  L  + D+   F L W V+S+ P+E  RLLYR+
Sbjct:   45 QAPSFTTTGQTFRVVIGDVLVLPCEVENLGNLVVLWRRGNSVLTAKNIMVTRDSRFRL-VDGLNLEISAIMPQDAGDYVCQISDIENKVQ-THTVEVLVPPSIRTTPLNGQLTARKGGTITLECKPSGNPVPSVFWSKKDSVLPSGERSVEGS-TITLEKVDRHQAGIYQCTAENGIGKPATVDMTLDVLYPPEIEVEKSWVHSGEGYRAELVCLVHGEPDPTVTWYQDSFLVAPTERRYVETRGNKH----ILTIKELQPSDFGNYSCVADNSLGKNKKFMELSGRPSPAVFRSAP--LGRSKDS---FNLTWLVESYPPLEEVRLLYRK 363
[Close]
BLAST of EMLSAG00000005057 vs. nr
Match: gi|1101361201|ref|XP_018912895.1| (PREDICTED: protein amalgam-like isoform X1 [Bemisia tabaci])

HSP 1 Score: 277.715 bits (709), Expect = 2.603e-86
Identity = 151/331 (45.62%), Postives = 208/331 (62.84%), Query Frame = 0 
Query:   44 QEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTWRA-------TTQCKMEEKDATHRYTLVLTIADI--DDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            Q P+F T+ +TFRV + D ++LPC V+NLG+ V++WR+G+ V++A  I+V+RD RFRL  D   LE++ I P DAGD+VCQ+S +   ++  HTVEVLVPP +R     G +  +KG  +TLEC  SGNPVPSV WS++  +LP G+ S +     T+ KVDR+ AG Y C+A+NG+G PA   + L VLY PEI+VE   VHSG G  A L            TW         T +  +E +   H    +LTI ++   DFGNYSCVA+NSLG +K+ +E+ GRP+PAVFR  P  L  + D+   F L W V+S+ P+E  RLLYR+
Sbjct:   45 QAPSFTTTGQTFRVVIGDVLVLPCEVENLGNLVVLWRRGNSVLTAKNIMVTRDSRFRL-VDGLNLEISAIMPQDAGDYVCQISDIENKVQ-THTVEVLVPPSIRTTPLNGQLTARKGGTITLECKPSGNPVPSVFWSKKDSVLPSGERSVEGS-TITLEKVDRHQAGIYQCTAENGIGKPATVDMTLDVLYPPEIEVEKSWVHSGEGYRAELVCLVHGEPDPTVTWYQDSFLVAPTERRYVETRGNKH----ILTIKELQPSDFGNYSCVADNSLGKNKKFMELSGRPSPAVFRSAP--LGRSKDS---FNLTWLVESYPPLEEVRLLYRK 363
[Close]
BLAST of EMLSAG00000005057 vs. nr
Match: gi|1058060637|gb|JAS33980.1| (hypothetical protein g.4567 [Clastoptera arizonana])

HSP 1 Score: 273.478 bits (698), Expect = 9.486e-85
Identity = 144/327 (44.04%), Postives = 195/327 (59.63%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-------RATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P F++  +T+R  + D ++LPC V++LG+ V++WR+G  V++A KI+V RDPRFRL  D F LE+ N+ P DAGD+VCQ+   G   +  HTVE+LVPP +R     G +  +KG  +T EC ASGNPVPS+ WSR+ + LP G  + +     T+ K+DR+ AG Y C+A NGVG P    + L VLY PEI+VE   VHSG G EA L             W         T +  ME +   H  TL +      DFGNYSCVAENSLG +K+ +E+ GRP+PA FR +P      S     + L W V+S+ P+E  RLLYR+
Sbjct:   36 PRFVSRGQTYRAVIGDTLVLPCEVEDLGNFVLLWRRGSSVLTADKIMVIRDPRFRL-VDGFNLEIGNVMPQDAGDYVCQIGD-GDNRDQIHTVEILVPPSIRTSPSSGQLTARKGGTITFECKASGNPVPSIVWSRKDNALPSGDKTIEG-FSITLEKIDRHQAGVYQCTASNGVGEPVTVDMQLDVLYPPEIEVERSWVHSGEGYEAQLVCIVHGEPAPNLVWFQDSFLLEQTEKRSMESRGNKH--TLTVRNVQGADFGNYSCVAENSLGKAKKYMELSGRPSPAEFRSVP-----FSRAKDSYNLTWVVESYPPLEEVRLLYRK 352
[Close]
BLAST of EMLSAG00000005057 vs. nr
Match: gi|1058018464|gb|JAS12916.1| (hypothetical protein g.8337, partial [Clastoptera arizonana])

HSP 1 Score: 270.781 bits (691), Expect = 4.435e-84
Identity = 152/372 (40.86%), Postives = 222/372 (59.68%), Query Frame = 0 
Query:    6 AKLFSAVFVTAFGLCDSTWVKSQK-SYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYHP 363
            + L +  F+  + L   T  +S    YN      +V     PTFIT   +FRV   D V+LPC+V N G+ V+ W+KG  +++AG I V+ D RFRL  D + LE+++++  DAG++VCQ++ L +  E+ HTVE+LVPP +      G + VKKGT V+L+C ASGNPVP++ W+R+++LLP G+ S +     TI +  R+ AG YICSA NGVG P N +IN+ V Y PEI+VE   VHSG G EA L        T    W R T +    ++   H    R TL++      DFGNYSCVA+N LG +K+ +E+ G+P PA+FR   +H +    +S  + + W+V+S+TPIE ++L +R+     P
Sbjct:   20 SALVAFTFLLGYHLAQGTVSRSSGPDYN----GGSVEATDLPTFITKGRSFRVVTKDTVVLPCDVDNPGNFVLAWKKGIAILTAGSIKVTPDARFRL-VDGYNLEIHDVQTNDAGNYVCQIATL-QPREITHTVEILVPPRISYVSSNGKLEVKKGTTVSLQCKASGNPVPNITWTRKNNLLPSGEKSDEGSSI-TIEQATRHHAGTYICSASNGVGEPVNESINVHVKYPPEIEVERSWVHSGEGYEAQLVCIVYADPTADVHWYRDTLRLDATDRRLVHHKGSRNTLIIGKVQASDFGNYSCVADNGLGKAKQFLELSGKPNPALFR---SHHQSRFKDS--YNITWSVNSYTPIEEFKLFFRKVPSNSP 379
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BLAST of EMLSAG00000005057 vs. nr
Match: gi|1058014598|gb|JAS10983.1| (hypothetical protein g.8338 [Clastoptera arizonana])

HSP 1 Score: 271.937 bits (694), Expect = 2.082e-83
Identity = 152/372 (40.86%), Postives = 222/372 (59.68%), Query Frame = 0 
Query:    6 AKLFSAVFVTAFGLCDSTWVKSQK-SYNRMDPHTAVSDDQEPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYHP 363
            + L +  F+  + L   T  +S    YN      +V     PTFIT   +FRV   D V+LPC+V N G+ V+ W+KG  +++AG I V+ D RFRL  D + LE+++++  DAG++VCQ++ L +  E+ HTVE+LVPP +      G + VKKGT V+L+C ASGNPVP++ W+R+++LLP G+ S +     TI +  R+ AG YICSA NGVG P N +IN+ V Y PEI+VE   VHSG G EA L        T    W R T +    ++   H    R TL++      DFGNYSCVA+N LG +K+ +E+ G+P PA+FR   +H +    +S  + + W+V+S+TPIE ++L +R+     P
Sbjct:   20 SALVAFTFLLGYHLAQGTVSRSSGPDYN----GGSVEATDLPTFITKGRSFRVVTKDTVVLPCDVDNPGNFVLAWKKGIAILTAGSIKVTPDARFRL-VDGYNLEIHDVQTNDAGNYVCQIATL-QPREITHTVEILVPPRISYVSSNGKLEVKKGTTVSLQCKASGNPVPNITWTRKNNLLPSGEKSDEGSSI-TIEQATRHHAGTYICSASNGVGEPVNESINVHVKYPPEIEVERSWVHSGEGYEAQLVCIVYADPTADVHWYRDTLRLDATDRRLVHHKGSRNTLIIGKVQASDFGNYSCVADNGLGKAKQFLELSGKPNPALFR---SHHQSRFKDS--YNITWSVNSYTPIEEFKLFFRKVPSNSP 379
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BLAST of EMLSAG00000005057 vs. nr
Match: gi|939663596|ref|XP_014279371.1| (PREDICTED: neural cell adhesion molecule 1 isoform X2 [Halyomorpha halys])

HSP 1 Score: 266.159 bits (679), Expect = 2.459e-82
Identity = 145/327 (44.34%), Postives = 197/327 (60.24%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTWRA-------TTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P F+T  + +RV   D ++LPC V+NLG++V++WR+G  V++A KI+V+RD RFRL  + F LE++ ++P DAGD+VCQ+   G   +  HTVE+LVPP +R     G +  +    VTLEC ASGNPVPSV WSR+ + LP G+   +     T+ K+DR+ AG Y C+A+NGVG P    + L VLY PEI+VE   VH G G EA L             W         T +  ME +   H  TL L      DFGNYSCVAENSLG SK+++E+ GRP+PA FR  P     T D+   + L W V+S+ P++  RLLYR+
Sbjct:    7 PRFMTRGQNYRVVNGDTLVLPCEVENLGNYVLLWRRGSSVLTADKIMVTRDARFRL-VEGFNLEISKVRPQDAGDYVCQIGD-GDNKDQIHTVEILVPPTIRTSPASGQLTARNAGTVTLECKASGNPVPSVLWSRKDNNLPSGE-KTKEGFSITLEKIDRHHAGVYQCTANNGVGKPITVDMQLDVLYPPEIEVEKSWVHCGEGYEAQLVCVVYGEPAPNIMWYQNSFMLDPTERRTMESRGNKH--TLTLKNVQAADFGNYSCVAENSLGKSKKHMELSGRPSPAKFRSTP--FSRTRDS---YNLTWIVESYPPLDEVRLLYRK 323
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BLAST of EMLSAG00000005057 vs. nr
Match: gi|939663593|ref|XP_014279370.1| (PREDICTED: neural cell adhesion molecule 1 isoform X1 [Halyomorpha halys])

HSP 1 Score: 266.159 bits (679), Expect = 3.298e-82
Identity = 145/327 (44.34%), Postives = 197/327 (60.24%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTWRA-------TTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P F+T  + +RV   D ++LPC V+NLG++V++WR+G  V++A KI+V+RD RFRL  + F LE++ ++P DAGD+VCQ+   G   +  HTVE+LVPP +R     G +  +    VTLEC ASGNPVPSV WSR+ + LP G+   +     T+ K+DR+ AG Y C+A+NGVG P    + L VLY PEI+VE   VH G G EA L             W         T +  ME +   H  TL L      DFGNYSCVAENSLG SK+++E+ GRP+PA FR  P     T D+   + L W V+S+ P++  RLLYR+
Sbjct:    7 PRFMTRGQNYRVVNGDTLVLPCEVENLGNYVLLWRRGSSVLTADKIMVTRDARFRL-VEGFNLEISKVRPQDAGDYVCQIGD-GDNKDQIHTVEILVPPTIRTSPASGQLTARNAGTVTLECKASGNPVPSVLWSRKDNNLPSGE-KTKEGFSITLEKIDRHHAGVYQCTANNGVGKPITVDMQLDVLYPPEIEVEKSWVHCGEGYEAQLVCVVYGEPAPNIMWYQNSFMLDPTERRTMESRGNKH--TLTLKNVQAADFGNYSCVAENSLGKSKKHMELSGRPSPAKFRSTP--FSRTRDS---YNLTWIVESYPPLDEVRLLYRK 323
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BLAST of EMLSAG00000005057 vs. nr
Match: gi|1058229236|gb|JAT18134.1| (hypothetical protein g.51634, partial [Graphocephala atropunctata])

HSP 1 Score: 262.692 bits (670), Expect = 2.653e-80
Identity = 138/325 (42.46%), Postives = 204/325 (62.77%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLT--------XPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            P+F T   TFR+  +D V+LPC+V N G+ V+ W++G  +++AG I V+ D RFRL  D + LE+ +++  DAG++VCQ++ L +  E+ HTVE+LVPP +     EG + VKKG+ VTL+C ASGNPVP++ W+R+++LLP G+ S +     TI + +R+ AG YIC+A NGVG+P    INL VLY PEI+VE   VHSG G EA L             W R T +    E+        R+TL++      DFGNY+C A+N +G +K+++E+ G+P PA FR  P  +    DN   + + W V+S+TPIE ++L +R+
Sbjct:   45 PSFTTPGRTFRIVTSDTVVLPCDVDNPGNFVLAWKRGIAILTAGNIKVTPDNRFRL-VDGYNLEIRDVQTNDAGNYVCQIATL-QPREITHTVEILVPPRIDYVSSEGEMQVKKGSTVTLQCKASGNPVPTITWTRKNNLLPSGEKSVEG-FSITIEQANRHQAGIYICTASNGVGDPVLKQINLHVLYPPEIEVERGWVHSGEGYEAQLVCIVHAEPPAEVLWFRDTLRLDSTERRIMEVRGSRHTLLIRKVQSSDFGNYTCQADNQIGKAKQSLELSGKPNPATFRSHP--MGRFRDN---YNITWAVNSYTPIEEFKLYFRK 361
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BLAST of EMLSAG00000005057 vs. nr
Match: gi|939664557|ref|XP_014279761.1| (PREDICTED: limbic system-associated membrane protein isoform X3 [Halyomorpha halys])

HSP 1 Score: 258.455 bits (659), Expect = 4.404e-79
Identity = 136/323 (42.11%), Postives = 201/323 (62.23%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            F T+ +TF+V   D V+LPC V N+G ++  W++G  +++AG + VS D RFRL  + + LE+ +I+  DAGD+VCQ++ L +  E+ HTVE+LVPP +      G++ VKKG  VTLEC ASGNPVP + W+R++++LP G+ S +     TI + +R+ AG Y C+A NGVG P    I L VL+ PEI+VE   VHSG G EA L        T    W R T +    E+        R+TL++      DFGNYSC+A+N +G +K+ +E+ G+P PAVFR   +H    S +S  + + W+V+S+TPIE ++L +R+
Sbjct:    2 FATTGKTFKVTTKDTVVLPCEVINVGQYMQAWKRGIAILTAGSVKVSPDERFRL-VEGYNLEIRDIQTQDAGDYVCQIATL-QPQEITHTVEILVPPRIHTVSSGGSVEVKKGATVTLECKASGNPVPIITWTRKNNILPSGEKSVEG-FSITIEETNRHHAGTYQCTASNGVGQPVTRDIQLNVLFPPEIEVERSWVHSGEGYEAQLVCIVHAEPTSEVIWYRDTLRLDTTERRIMEVRGSRHTLIIRKVQSSDFGNYSCLADNQIGKTKQFLELSGKPNPAVFR---SHAVGRSKDS--YNITWSVNSYTPIEEFKLSFRK 316
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BLAST of EMLSAG00000005057 vs. nr
Match: gi|939664548|ref|XP_014279758.1| (PREDICTED: limbic system-associated membrane protein isoform X1 [Halyomorpha halys] >gi|939664550|ref|XP_014279759.1| PREDICTED: limbic system-associated membrane protein isoform X1 [Halyomorpha halys])

HSP 1 Score: 258.455 bits (659), Expect = 6.155e-79
Identity = 136/323 (42.11%), Postives = 201/323 (62.23%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTW-RATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            F T+ +TF+V   D V+LPC V N+G ++  W++G  +++AG + VS D RFRL  + + LE+ +I+  DAGD+VCQ++ L +  E+ HTVE+LVPP +      G++ VKKG  VTLEC ASGNPVP + W+R++++LP G+ S +     TI + +R+ AG Y C+A NGVG P    I L VL+ PEI+VE   VHSG G EA L        T    W R T +    E+        R+TL++      DFGNYSC+A+N +G +K+ +E+ G+P PAVFR   +H    S +S  + + W+V+S+TPIE ++L +R+
Sbjct:    2 FATTGKTFKVTTKDTVVLPCEVINVGQYMQAWKRGIAILTAGSVKVSPDERFRL-VEGYNLEIRDIQTQDAGDYVCQIATL-QPQEITHTVEILVPPRIHTVSSGGSVEVKKGATVTLECKASGNPVPIITWTRKNNILPSGEKSVEG-FSITIEETNRHHAGTYQCTASNGVGQPVTRDIQLNVLFPPEIEVERSWVHSGEGYEAQLVCIVHAEPTSEVIWYRDTLRLDTTERRIMEVRGSRHTLIIRKVQSSDFGNYSCLADNQIGKTKQFLELSGKPNPAVFR---SHAVGRSKDS--YNITWSVNSYTPIEEFKLSFRK 316
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BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold136_size321413-processed-gene-2.3 (protein:Tk06260 transcript:snap_masked-scaffold136_size321413-processed-gene-2.3-mRNA-1 annotation:"limbic system-associated membrane protein")

HSP 1 Score: 223.402 bits (568), Expect = 1.159e-69
Identity = 117/302 (38.74%), Postives = 177/302 (58.61%), Query Frame = 0 
Query:   73 GDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKMEEKDAT---------------HRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXK 359
            G+  ++W++ + +ISAG +++ +DPR  L  D + L ++N++  DAG++VC++   G  +     +E+LVPP V P+  +G  VV+KG+ +TLEC A GNP P + W R ++LLP G  +  N +   I  V R+ +G YICSA NGVG PA A I+L+VLY PEI+V+   + +G G EA ++  C   A  + +++    T               +R+ L+L      DFGNYSC A+NSLG  +  ++V GRP  A  + +  HL +  D    + L WTVDSF  IE YR+LYR+ K
Sbjct:   10 GESTVIWKQSNRIISAGPVIIRKDPRLSLA-DKYNLRIDNLQEQDAGEYVCEIETFGSPMHQTSRLEILVPPSVSPQPSDGKFVVRKGSTITLECEARGNPTPKITWQRANNLLPSGDKTL-NGNSVVIQDVSRHHSGIYICSASNGVGEPAMAEIDLKVLYPPEIEVDQSWIRTGDGIEAEVS--CNVHAEPRAEVKWYKDTMLLDPTNNRHMETFGNRHVLILRNVRETDFGNYSCTADNSLGRERGFMDVSGRPHSA--KIISPHLSYFKDQ---YNLTWTVDSFLTIEEYRILYREFK 302
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BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold157_size297442-snap-gene-1.23 (protein:Tk02801 transcript:maker-scaffold157_size297442-snap-gene-1.23-mRNA-1 annotation:"limbic system-associated membrane")

HSP 1 Score: 225.328 bits (573), Expect = 3.596e-69
Identity = 123/327 (37.61%), Postives = 180/327 (55.05%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSI-LGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL-----TXPCT---WRATTQC-----KMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            EP   +  + FRV + + ++LPC VQ+LG  +++W+KG  V++AG I V RD RF L   D  L++ +I+  D+GD++C++     +   + H+VE+LVPP +  +   G IVVKKGT V+L C A GNP P + WS+ HD +P   +S        +  V R+ AG Y C A N VG  A   I+LQVLYEPE+  E   VH G G +  L     + P     W   T       K   +   +R+T+++   D++DFGNYSC A N LG SK  + V G P   +F     + +  S +   ++L W  +S+  IE YRLLYR+
Sbjct:   42 EPRITSEGQVFRVQLGETLLLPCQVQDLGPMILLWKKGSRVLTAGSIQVRRDDRFDLQSTD--LQIKSIEREDSGDYICELETDEDQPTAITHSVEILVPPTITTEPSNGQIVVKKGTTVSLSCEARGNPQPQLSWSKSHDQMPKSDISSSGS-TLILADVTRHHAGVYKCHASNRVGQDATEEIHLQVLYEPEVKAERPVVHGGVGYQVELVCLVYSEPAADVLWYKDTMLLDSNGKRYMQQKGNRFTMLIRSLDLEDFGNYSCSASNMLGKSKAYVRVQGNPNTPIF-----NSRVDSKSPTNYKLSWITESYAMIEEYRLLYRK 360
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold157_size297442-snap-gene-0.10 (protein:Tk02795 transcript:maker-scaffold157_size297442-snap-gene-0.10-mRNA-1 annotation:"IP03330p")

HSP 1 Score: 209.534 bits (532), Expect = 3.847e-65
Identity = 113/329 (34.35%), Postives = 176/329 (53.50%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGK-ALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPC---------------TWRATTQCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            +P      + FR  V D ++LPC V++LG  +++W+KG  V++AG ++V RD R  L   D  L++N++   D G++ C++    +  + + HTVEVL+PP ++    + NIVV+  T V L+C A+GNP+P + W + +D LP            T+ +V R+ +G Y C A+NGVG    A I+L+VLYEPE+ VE   VH G G+ A L+  C               T R     +   +    R+TL++   + +D  NYSC A N LG ++  + + G P   VF     + +  S     + + W  +SF PIE YRLLYR+
Sbjct:    7 QPKIQNEGQVFRAQVGDTLLLPCQVKDLGPMILLWKKGTRVLTAGDMMVRRDERIDLKGTD--LQINSVDVEDGGNYSCEIEADSEYPIVITHTVEVLLPPTLKLDPSDINIVVRSDTTVALKCKATGNPLPRIEWRKRNDRLPASAQITDQGMTLTMSRVGRHHSGLYDCEAENGVGPAVKAEISLKVLYEPEVSVERPLVHGGLGQPAELS--CLVYADPEPEVIWYQDTMRLDPNGRRYMESRGSRHTLIIRTVEREDLANYSCYATNKLGRARAYVTLRGNPNAPVF-----NSQVLSKTQTSYTISWATESFAPIEEYRLLYRK 326
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BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold51_size454968-snap-gene-3.25 (protein:Tk05768 transcript:maker-scaffold51_size454968-snap-gene-3.25-mRNA-1 annotation:"Lachesin partial")

HSP 1 Score: 169.859 bits (429), Expect = 6.049e-52
Identity = 95/177 (53.67%), Postives = 116/177 (65.54%), Query Frame = 0 
Query:  201 IHKVDRYDAGRYICSADNGVGNP-ANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCK-------MEEKDA------THRYTLVL-TIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKPYH 362
            I  VDR++AG Y+C A NGVGN  A ATI LQVLY PEI++E ++VHSG  KEAHLT       T + +       +E  D        +RYTL+L +I    DFGNYSCVAENSLG  K++IEVHGRPTPAVFR LP      +   + + L WTVDS++PIE YRLLYRQ +PYH
Sbjct:    3 IDSVDRHEAGTYVCEATNGVGNQRAQATIKLQVLYPPEIELETDRVHSGDNKEAHLTCLIHGNPTPKVRWYKNSMLLEPTDTIRMTSRANRYTLILNSIRSGMDFGNYSCVAENSLGTFKKHIEVHGRPTPAVFRSLPE-----AGGRESYLLTWTVDSYSPIEEYRLLYRQIQPYH 174
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold108_size357748-snap-gene-2.17 (protein:Tk09445 transcript:maker-scaffold108_size357748-snap-gene-2.17-mRNA-1 annotation:"limbic system-associated membrane")

HSP 1 Score: 163.696 bits (413), Expect = 1.733e-45
Identity = 110/383 (28.72%), Postives = 184/383 (48.04%), Query Frame = 0 
Query:    5 RAKLFSAVFVTAFGLCDSTWVKSQKSYNRMDPHTAVSDDQE-PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRK--GHEVISAGKILVSRDPRFRLHYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSRE---HDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTX---------PCTWRATT---------QCKMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRP-TPAVFRP--LPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQXKP 360
            R  + + +F++          +++   NR+   +  +++   P F +S    +  +++ V   CNV NLG ++I W       +I AG + + +D R R+      L + +I   D+G + CQV +    + + H + VLVPP V P  P+GN VV+ G  + L C A G+P P + W R+      LP G+ + Q     +I  V+R+DAG Y C+A+N VG+PA+A +NLQV+Y P + ++ +KV++  G++  +              W+  T         Q ++  K   +R  L +   D  D+G Y C A N+ G     +E+ G P  P V  P   P+ L +T        L W+V S   I   ++ Y + KP
Sbjct:  116 RGMILAGLFLSLLMAEIEATSQNRDGRNRLRKSSETTEEHPVPYFRSSQSVQKAKIHETVKFECNVANLGKNIITWHNVSSGRIIFAGPVNMFQDERLRIEDGGRVLHIQDISEFDSGSYKCQVEVKLNPIFLEHHLNVLVPPRVFPSPPDGNYVVRSGNDIELICHAEGSPRPVITWRRKVGNKGKLPSGEETLQTP-ILSIPSVERFDAGIYECTAENEVGHPASAELNLQVIYAPIVKLKDKKVYANPGQDEAILECFVYGEPFPEVYWKHQTNGQRPSNSPQSRLFTKMEGNRSILKIRNIDERDYGTYECAASNNEGTDVGEVELTGEPHQPDVLSPEDSPSKLSYT--------LQWSVKSPYKILQQKVNYWELKP 489
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold108_size357748-snap-gene-1.6 (protein:Tk09440 transcript:maker-scaffold108_size357748-snap-gene-1.6-mRNA-1 annotation:"limbic system-associated membrane protein")

HSP 1 Score: 148.673 bits (374), Expect = 4.825e-42
Identity = 79/211 (37.44%), Postives = 115/211 (54.50%), Query Frame = 0 
Query:   48 FITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL--HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREH-DLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL 255
            F T  + +R  V D + L C V NLG  VI W KG  ++SAG + +  +PR  +        + + N+   D G + C+V++  K + +AH +EVLVPP +      G I  +KG++V+L C A+G+P P++ W REH      G+++ +     ++  + R D G YIC ADN V  P  A I L VLY PE+ VE   VHSG G  A L
Sbjct:   84 FSTRAQVYRSKVGDSIQLDCQVDNLGSTVITWYKGDRILSAGNLKILDEPRIDILSGSSGISVLIQNVDMGDQGPYACEVNLKDKPMRIAHQLEVLVPPSILSISGNGRITARKGSRVSLNCSANGHPQPNIHWEREHRKYFSSGRLT-ERGVALSLTNIGRSDEGTYICVADNQVSQPVTAKILLNVLYPPEVHVESPWVHSGLGDSAQL 293
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold317_size209118-snap-gene-0.9 (protein:Tk01599 transcript:maker-scaffold317_size209118-snap-gene-0.9-mRNA-1 annotation:"GF16716")

HSP 1 Score: 148.673 bits (374), Expect = 8.936e-41
Identity = 101/337 (29.97%), Postives = 156/337 (46.29%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGD-HVIVWRK-----GHEVISAGKILVSRDPR---FRLHYDDF----RLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHP-EGNIVVKKGTQVTLECLASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKE--------AHLTXPCTWRATTQCKMEEKDATH----RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRPTPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYR 356
            P F+T   TF     + + LPC V  + +  V+ W+K     G  +++    +++ D +     + YD       L ++  +  D G ++C +    K   + HTV V  PP +  KHP  G ++ +KG  VTL C   G+P P + WSR    LP G  +       T   VDR  +G Y C+ADNG        I + V Y+PE+ VE   +H+  G +        AH     TW   +     E  + H    R+TL+++    +DFGNY+C AEN  G+S + IE+ G   PA F       +      + + + WTV S TP+E + L +R
Sbjct:   34 PHFVTLGSTFEFDRGNTIRLPCYVDKMPETFVLFWKKVTPEAGETLVAMDDNVITSDSKRVSVEVSYDGADRGSTLVISLAQDEDEGKYICSMGDSEKTT-IKHTVLVRAPPQIT-KHPANGLLLAQKGDTVTLSCQGQGSPAPKITWSRRGKTLPSGDETIDASEL-TFLNVDRKHSGIYTCTADNGFSQEVQEKIEVYVEYKPEVTVEEVFIHANTGNQVELVCFVHAHPKAVVTWFKNSMALTNESTSLHHSRNRHTLMISELSDNDFGNYTCRAENKWGVSSKVIEISGLAAPAEFASQAKGFE-----PEQYLIEWTVQSHTPVEEFLLRFR 362
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold79_size400133-snap-gene-3.20 (protein:Tk03964 transcript:maker-scaffold79_size400133-snap-gene-3.20-mRNA-1 annotation:"limbic system-associated membrane protein")

HSP 1 Score: 137.117 bits (344), Expect = 2.025e-36
Identity = 98/362 (27.07%), Postives = 163/362 (45.03%), Query Frame = 0 
Query:   46 PTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHEVISAGKILVSRDPRFRL----HYDDFRLELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLEC-LASGNPVPSVRWSREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVG-NPANATINLQVLYEPEIDVEVEKVHSGRGKEAHLTXPCTWRATTQCKME-----------EKDATH---RYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHG------RPTPAV------------------FRPLPAHLKFTSDNSQVFE-------LYWTVDSFTPIEXYRLLYR 356
            P F ++     +   D + LPC V  L  +V++WRK  ++IS G  ++ +DPR +L    + +   + L  ++  D G++ CQ+S   +  E+ H V++ V P +RP    G++VV++G   TL C +  G+P P++ W R+    P G+   +     T  +  R+ +G YIC A+NG    P   T+ L V + P ++ E   +H+    E ++   C   A+ + K+E           E    H   R+TL+L       FG Y+C A NSLG  +R  EV G       P  ++                  F   P      S  + +F        L W  +S TPI  +++ Y+
Sbjct:   35 PDFASASTEMLINEGDTIKLPCFVDKLDGYVLMWRKKTDIISLGGQMMKKDPRIKLVEGQNGNTLIISLAEVE--DEGEYQCQISA-NQLTEIQHNVKIRVKPVIRPNPSNGSVVVQEGQSATLGCQVLHGSPFPTLTWHRKERKFPSGEDEIRGLEI-TFPQTTRHHSGIYICEANNGFSKTPVTTTVKLDVQHAPIVEQEQTFIHTRENDETNVV--CIIHASPKAKVEWLKNGRLLRHGEGIVAHRNNRHTLILPGITQSTFGTYTCRATNSLGADERTTEVSGYTTTTTTPATSIHEGETPFDPSSGEEVYDSFDGAPGRASSASVKTSLFSEDKHRYTLEWVAESITPIATFKMQYK 390
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold157_size297442-processed-gene-0.3 (protein:Tk02796 transcript:snap_masked-scaffold157_size297442-processed-gene-0.3-mRNA-1 annotation:"aael000156- partial")

HSP 1 Score: 127.872 bits (320), Expect = 6.121e-34
Identity = 80/223 (35.87%), Postives = 120/223 (53.81%), Query Frame = 0 
Query:  153 GNIVVKKGTQVTLECLASGNPVPSVRW----SREHDLLPHGKVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGKEAHL--------TXPCTWRATTQC-----KMEEKDATHRYTLVLTIADIDDFGNYSCVAENSLGMSKRNIEVHGRP-TPAVFRPLPAHLKFTSDNSQVFELYWTVDSFTPIEXYRLLYRQ 357
            G +VV++GT VTLEC A+GNP P+V W     + H  +   ++S  N    T+ KVDR DAG+Y C+A NGVGN A   I+++VLY P+I V    V  G    A L            +W   T       +        RY+L++    I+DF NYSC+A N++G  +R+I++ G P TP     L  +++  +D++  +++ W   S+  I  YRLLYR+
Sbjct:    7 GQVVVRRGTTVTLECKANGNPAPTVSWIKIAHKRHQPIQAQELS-NNGMILTLDKVDRKDAGKYQCTATNGVGNDAVEYIHVKVLYSPDILVHEPSVQGGEDHPATLMCIIHADPAPTVSWYKNTLLIDNAPRYRFHTQGDRYSLMVPNVGIEDFANYSCLATNTMGKEERSIQLRGNPDTPT----LDHNVRMLTDST--WKMSWVTKSYANITEYRLLYRK 222
[Close]
BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold33_size549341-snap-gene-4.31 (protein:Tk11549 transcript:maker-scaffold33_size549341-snap-gene-4.31-mRNA-1 annotation:"PREDICTED: lachesin-like")

HSP 1 Score: 103.99 bits (258), Expect = 4.670e-25
Identity = 78/305 (25.57%), Postives = 143/305 (46.89%), Query Frame = 0 
Query:   45 EPTFITSPETFRVPVNDRVILPCNVQNLGDHVIVWRKGHE--VISAGKILVSRDPRFRLHYDDFR---LELNNIKPIDAGDFVCQVSILGKALEVAHTVEVLVPPHVRPKHPEGNIVVKKGTQVTLECLASGNPVPSVRWSREHD---LLPHG----KVSCQNQHCYTIHKVDRYDAGRYICSADNGVGNPANATINLQVLYEPEIDVEVEKVHSGRGK--------EAHLTXPCTWRATTQ----------------CKMEEKDATHRYTLVLTIADI--DDFGNYSCVAENSLGMSKRNIEVH 311
            +P F+       V V   V L C V+N+G++ + W K  +  V++  K +++ + R R+ +D+ R   L++  ++  D G ++CQ++      +V   ++VLVPP +       ++ V +G    L C A G PVPS+ W +E+    ++  G    KV+        +HK+ R D G ++C A+NGV    +  + L V ++P I VE + V    G+        EA+      W+ +T+                 ++    ++++  +   I     DD G Y+C+A NSLG  +  I ++
Sbjct:   24 DPEFVKHVANVTVAVGRDVDLDCQVKNVGEYKVGWMKAEDQTVLTLHKRVITHNSRIRVTHDEHRTWTLKIVQVQLEDQGCYMCQINTAVMMKQVG-CIKVLVPPDIDSDRTSSDVTVSEGQNAILFCQAYGQPVPSLIWRKENGKPFIIKDGPTKKKVNEYRGEELHLHKIKREDMGAFMCIANNGVPPTVSQRVVLNVNFQPTIQVENQVVGCPVGEAVILRCMVEAYPQSHNYWQRSTRRGGNHEIIMAPNHSPDFEISNDMSSYQSEMTFKIKRFTNDDVGTYTCIATNSLGRKEGTIRLY 327
The following BLAST results are available for this feature:
BLAST of EMLSAG00000005057 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.572e-7439.58symbol:CG34353 species:7227 "Drosophila melanogast... [more]
-3.003e-7040.37symbol:klg "klingon" species:7227 "Drosophila mela... [more]
-2.387e-6639.45symbol:CG7166 species:7227 "Drosophila melanogaste... [more]
-4.430e-2425.24symbol:CG42368 species:7227 "Drosophila melanogast... [more]
-2.545e-2224.56symbol:wrapper "wrapper" species:7227 "Drosophila ... [more]
-4.410e-2130.53symbol:Lac "Lachesin" species:7227 "Drosophila mel... [more]
-7.394e-2124.76symbol:CG11320 species:7227 "Drosophila melanogast... [more]
-2.011e-2024.15symbol:CG42343 species:7227 "Drosophila melanogast... [more]
-2.476e-2027.39symbol:NCAM1 "Uncharacterized protein" species:961... [more]
-1.227e-1926.82symbol:NCAM1 "Neural cell adhesion molecule 1" spe... [more]

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BLAST of EMLSAG00000005057 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592928246|gb|GAXK01030250.1|2.153e-9445.98TSA: Calanus finmarchicus comp210207_c0_seq5 trans... [more]
gi|592928248|gb|GAXK01030248.1|1.980e-9345.98TSA: Calanus finmarchicus comp210207_c0_seq3 trans... [more]
gi|592928245|gb|GAXK01030251.1|2.069e-9346.99TSA: Calanus finmarchicus comp210207_c0_seq6 trans... [more]
gi|592928250|gb|GAXK01030246.1|2.189e-9345.53TSA: Calanus finmarchicus comp210207_c0_seq1 trans... [more]
gi|592928249|gb|GAXK01030247.1|1.478e-9246.69TSA: Calanus finmarchicus comp210207_c0_seq2 trans... [more]
gi|592928247|gb|GAXK01030249.1|1.854e-9246.99TSA: Calanus finmarchicus comp210207_c0_seq4 trans... [more]
gi|592873631|gb|GAXK01083931.1|7.298e-6940.91TSA: Calanus finmarchicus comp176179_c0_seq1 trans... [more]
gi|592900510|gb|GAXK01057865.1|2.638e-6336.47TSA: Calanus finmarchicus comp517960_c2_seq1 trans... [more]
gi|592834294|gb|GAXK01123250.1|5.491e-6236.92TSA: Calanus finmarchicus comp761581_c0_seq1 trans... [more]
gi|592790592|gb|GAXK01163976.1|7.020e-5633.70TSA: Calanus finmarchicus comp1043610_c0_seq1 tran... [more]

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BLAST of EMLSAG00000005057 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000050570.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s263:66574... [more]
EMLSAP000000060991.275e-6335.92pep:novel supercontig:LSalAtl2s:LSalAtl2s331:18668... [more]
EMLSAP000000021833.856e-4931.79pep:novel supercontig:LSalAtl2s:LSalAtl2s13:549731... [more]
EMLSAP000000013114.912e-4738.62pep:novel supercontig:LSalAtl2s:LSalAtl2s121:16508... [more]
EMLSAP000000082692.580e-4234.40pep:novel supercontig:LSalAtl2s:LSalAtl2s4:129639:... [more]
EMLSAP000000078302.139e-4131.82pep:novel supercontig:LSalAtl2s:LSalAtl2s459:13738... [more]
EMLSAP000000015152.242e-3830.59pep:novel supercontig:LSalAtl2s:LSalAtl2s125:47033... [more]
EMLSAP000000113395.386e-3629.97pep:novel supercontig:LSalAtl2s:LSalAtl2s782:10832... [more]
EMLSAP000000002507.439e-3434.72pep:novel supercontig:LSalAtl2s:LSalAtl2s1036:9385... [more]
EMLSAP000000121671.216e-3229.21pep:novel supercontig:LSalAtl2s:LSalAtl2s877:19317... [more]

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BLAST of EMLSAG00000005057 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|3024084|sp|Q26474.1|LACH_SCHAM5.223e-2530.28RecName: Full=Lachesin; Flags: Precursor[more]
gi|73920221|sp|Q24372.2|LACH_DROME4.212e-2130.53RecName: Full=Lachesin; Flags: Precursor[more]
gi|82248808|sp|Q9W6V2.1|NEGR1_CHICK1.538e-1926.96RecName: Full=Neuronal growth regulator 1; AltName... [more]
gi|88984537|sp|Q7Z3B1.3|NEGR1_HUMAN2.891e-1927.74RecName: Full=Neuronal growth regulator 1; AltName... [more]
gi|400398|sp|P31836.1|NCAM1_BOVIN4.548e-1925.64RecName: Full=Neural cell adhesion molecule 1; Sho... [more]
gi|75070409|sp|Q5R412.1|NEGR1_PONAB9.387e-1927.10RecName: Full=Neuronal growth regulator 1; Flags: ... [more]
gi|2851523|sp|P13590.3|NCAM1_CHICK1.020e-1826.32RecName: Full=Neural cell adhesion molecule 1; Sho... [more]
gi|116242621|sp|Q13449.2|LSAMP_HUMAN1.330e-1825.86RecName: Full=Limbic system-associated membrane pr... [more]
gi|2497324|sp|Q62813.1|LSAMP_RAT1.813e-1825.86RecName: Full=Limbic system-associated membrane pr... [more]
gi|52783073|sp|Q8BLK3.1|LSAMP_MOUSE2.229e-1825.99RecName: Full=Limbic system-associated membrane pr... [more]

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BLAST of EMLSAG00000005057 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB16841.11.327e-8039.71limbic system-associated membrane protein precurso... [more]
EEB18285.12.084e-8039.52limbic system-associated membrane protein precurso... [more]
gb|KYB28717.1|7.910e-8040.44Protein amalgam-like Protein [Tribolium castaneum][more]
gb|KYB28718.1|2.058e-7941.64Protein amalgam-like Protein [Tribolium castaneum][more]
gb|KYB28719.1|3.462e-7941.64Protein amalgam-like Protein [Tribolium castaneum][more]
EAA07670.54.133e-7839.04AGAP002628-PA [Anopheles gambiae str. PEST][more]
AFH06659.13.074e-7639.58uncharacterized protein Dmel_CG34353, isoform B [D... [more]
ABW08787.13.074e-7639.58uncharacterized protein Dmel_CG34353, isoform A [D... [more]
AHN57570.14.970e-7639.58uncharacterized protein Dmel_CG34353, isoform C [D... [more]
gb|EFA08755.2|6.122e-7436.24Protein turtle-like Protein [Tribolium castaneum][more]

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BLAST of EMLSAG00000005057 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1101361203|ref|XP_018912896.1|2.338e-8645.62PREDICTED: protein amalgam-like isoform X2 [Bemisi... [more]
gi|1101361201|ref|XP_018912895.1|2.603e-8645.62PREDICTED: protein amalgam-like isoform X1 [Bemisi... [more]
gi|1058060637|gb|JAS33980.1|9.486e-8544.04hypothetical protein g.4567 [Clastoptera arizonana... [more]
gi|1058018464|gb|JAS12916.1|4.435e-8440.86hypothetical protein g.8337, partial [Clastoptera ... [more]
gi|1058014598|gb|JAS10983.1|2.082e-8340.86hypothetical protein g.8338 [Clastoptera arizonana... [more]
gi|939663596|ref|XP_014279371.1|2.459e-8244.34PREDICTED: neural cell adhesion molecule 1 isoform... [more]
gi|939663593|ref|XP_014279370.1|3.298e-8244.34PREDICTED: neural cell adhesion molecule 1 isoform... [more]
gi|1058229236|gb|JAT18134.1|2.653e-8042.46hypothetical protein g.51634, partial [Graphocepha... [more]
gi|939664557|ref|XP_014279761.1|4.404e-7942.11PREDICTED: limbic system-associated membrane prote... [more]
gi|939664548|ref|XP_014279758.1|6.155e-7942.11PREDICTED: limbic system-associated membrane prote... [more]

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BLAST of EMLSAG00000005057 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
snap_masked-scaffold136_size321413-processed-gene-2.31.159e-6938.74protein:Tk06260 transcript:snap_masked-scaffold136... [more]
maker-scaffold157_size297442-snap-gene-1.233.596e-6937.61protein:Tk02801 transcript:maker-scaffold157_size2... [more]
maker-scaffold157_size297442-snap-gene-0.103.847e-6534.35protein:Tk02795 transcript:maker-scaffold157_size2... [more]
maker-scaffold51_size454968-snap-gene-3.256.049e-5253.67protein:Tk05768 transcript:maker-scaffold51_size45... [more]
maker-scaffold108_size357748-snap-gene-2.171.733e-4528.72protein:Tk09445 transcript:maker-scaffold108_size3... [more]
maker-scaffold108_size357748-snap-gene-1.64.825e-4237.44protein:Tk09440 transcript:maker-scaffold108_size3... [more]
maker-scaffold317_size209118-snap-gene-0.98.936e-4129.97protein:Tk01599 transcript:maker-scaffold317_size2... [more]
maker-scaffold79_size400133-snap-gene-3.202.025e-3627.07protein:Tk03964 transcript:maker-scaffold79_size40... [more]
snap_masked-scaffold157_size297442-processed-gene-0.36.121e-3435.87protein:Tk02796 transcript:snap_masked-scaffold157... [more]
maker-scaffold33_size549341-snap-gene-4.314.670e-2525.57protein:Tk11549 transcript:maker-scaffold33_size54... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s263supercontigLSalAtl2s263:665741..798134 -
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-LSalAtl2s263-augustus-gene-8.16
Biotypeprotein_coding
EvidenceIEA
NoteLachesin
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000005057 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000005057EMLSAT00000005057-700904Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s263:665741..798134-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000005057-687823 ID=EMLSAG00000005057-687823|Name=EMLSAG00000005057|organism=Lepeophtheirus salmonis|type=gene|length=132394bp|location=Sequence derived from alignment at LSalAtl2s263:665741..798134- (Lepeophtheirus salmonis)
ATGTTAATACGAAGAGCAAAGCTTTTTTCTGCTGTTTTTGTCACAGGTAA
GCTGTCAATCAATTCTGATTAAGGATTATTTATTGGGATCTCTTTACTTT
TTACATTTGGAATAGTTCCTCACAAAGCCTGATACATTATAAATAAATTA
TAAAAACTATTCAACTATATTTTGTGATTTTTTTCTTTTATTTAAATCTT
TCAAGACGGAAAATAGAACTAAATCATGTATGTGGTATTTTAAAAAAATA
CAAAAAAATGCTGTTTACACCACAAAACCATTTTTTTTTTGGGTTGTTTA
GGTAATTTTCTTGTTTTTTCGAGCTAACATAATTCGGGAATTGAAGTTTT
GTGGACTATTGTTAATTTCATAATGTATAAATTAGAAGGCCAAAATTCAA
TACCAACATGTTATGAAGAAAGGGGCCTAATCTCAACAATCAATTTTTTA
TTAGTTGTATTTATCCACTTATTAATGCTGAGTCATCTATAGTCACTAAC
AACCAGAGCCCCACTCTTAACAACAGTACTGTGATTATGAAACTGATTGG
CCTACGAAAAAAAAAAGGTTTTCAAGCAAAGAATTTTAAATAATTTTTGA
AAAATTAATATTTTTAAGGTGGTTTTTTTTTTTAATTATACAATAATATG
TCTTCCCTTAACATAAAAAACCTTTGGTTTTTACCATTTTGATCATAAAA
GAGAATTTATTTGACTTACAAATAAAAAGTCCATTTACATTCGTCATTTT
TTTATACTTATGATTCAGAAAAAGATATAGAAATAATTTGAATTTTTTTG
GAAACTCGTTCATGCTAACTAAATTTTTTTGTTTGTTTTATTCCAATTAT
TTCTTTCAAGGCGAAAAATAATAGTAAAACATTTGGATCTTAAAAAAATA
CATTGTAGGAAAAAACACCTAAAATTTTTGCGTTATAAAAGTAAATTTTT
GTTTCCTAAGGTAAAACATTCAGGAATCATATTAGGGGGGGGAGGGGAGG
AATTCAATGTGACTTGTGTTATTCTAATGTACTTATAAAAAACACCTAGG
GATGTAATTACTACAAGGGACAGGGGGCTTAATCACTAAAACTAGCCCCC
TCTCAATATTATTACGGTACTGATTACCTATATATATATATACGGAACGA
ATAAAAAAAACAAGGGACTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATACAAA
MYAACCATACATATATGTAGAATCAGGAAAAAAACAGTTTTCGGCATTTG
GTTTATTTGTTTCAAGACTAATAAGCCGTTTGAGCAATAAAAAAGTTGAT
TCTTTAAGCTTTTTATGTGTCTTTTTCAAACCTAAATATAATTCTATGTA
CCTAATATTATTTATGTATATATAAACATATTACAACTCTTGATTAGAGA
AGTATTTTAATTTGTTTTGTAAAAATGGTATTTTATTCATAATGATTAAG
AATGACTAAGGATAAAATATTATTAGCATCATGCTTTATAATATTTATTG
ATAATTTTTTTTTACCTTGATATGTTTTTTTTTATGCGAATTTGAATCAT
GCCATACCACATTATTTTAATATAATATTCAACAAAAATAAATTTGTCAA
ATTTATTCTTGTTTTTACAACTGCAATGATCTTGTTTTTAAATTTACCTG
GACATGTTCTTTATTACATCTTGTACGGGGACTTTTTGAACATTTACAAA
ATGCTCAGTTTTTTATGGGTTTAATTGATTTTGGAGATGTAAAATAAAGG
ACATGTTTGTGTGAAAGAAGATGATAATTTGATAAACCATAGTTATTTTC
TGTACTTATTAAAAAAATATACAAAACACAAGTCCATTTAAAAATTTAGA
AATAGCAAAATCAGAATTTTTTTAAGTTAAAAAAATATATGATAATAAAT
AAAAATGAAAATTAAGCCCTAAATTTTTAAAGTTTTAAAAGATTTTCATC
TCTTTCCTTCTTTAAAAGCGACATTCATTTAGCCAAACATCTTTTTTTTT
TTAAATCAAAATATGGACTCCCTAGAAATGTGATAATTGTAAATTCTAAA
AAAATTGTAATTTTTTCTATTATATTGCCCCAACACATCTGCTAAATAGA
TTATTAGTATCTTCGATATCATGGATGGATGACAGAAATAAAAGTTGTAT
ATGATATTGTGTAAAAATATTTATCTTCCTGCTTTTTTATTTTGCAAATG
AGTAAAAAAAATAAAGAAATAAAGGTAAACATTCAATATTTTTTTATTCA
ATTTTTTTTACTTTATATTTCTCCTTTTATCAGTTTATCACCTCTTAATT
TTTTTTTCATCCTCTAATAAAAAATAGAGCTWTTAATTGTTAATATTTCC
GGGTWCCCCCCCCCCCACACATTTAACTGAAATCCCTGTATTAAATTCAT
TTTTAAAATGACTATTACAATTTCCTATAATGATGCATAGGTTAATTATN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNATAAGTTTGCTCAGGGATTAAGAAACATATTTCATCTCAG
AAATAAAAAAAAGTAGTCATTGAGTCAAAGTAACACGGCTAATAAACCAA
GATTTGCTTTACAGAATAATATTTCTTCTGAAATTTAAATACCAGCAATT
ATCTGAGGTATTTAGACACCATAACATAAAACTTCTTTGTTCGACCATTG
GAAGATGTATTGACCCTTAGCCGTCGTTACATATGTTCCTACTTTAAGGG
TTAATACCAAATATTCAATTGAAATGATGTCATTCGGTGTATAATTAAAC
ATTGCATCATCTTGCGTTAGTTTGAGGTAATTTGATTTAGAAATGTCGGT
AAAAGAACGCCAAAAGCAACGAGTAGTAGATTTATTTCCCATCCACATTC
GTGACTGTCACCATTTCTGACCGGTTCATTCGAGGAATCTGAGTTGTTTT
GGAGGCTGGGAAATAATGAGAAGGTCGACTCATACAACAAGAGGGTCTGG
ATGATCAAACAAACGGAATAGTCTTGACAAAATNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNCTTACGGAATAGGTTGAATACGATCCGTCATT
AATAAAATTCAATGGCAAAAGGTTTAGGATGAAAATTACCCCAATAGGYA
CTGTATTTGGCAGCAATACGTAGCTCCATGCTATAACAGCAACAAATGGT
GTTCTTACAACTTCGGGAGATTCTGTTCTAACGGGAATTGACCAACATCA
CCACCAAATTTGAGTTATTTGGGTTGTTATTTTTCGGGGTGACATTGAGA
GGATGGACTGTTGGATCCACCAAAATAATATCAATGATTTAAAACTTGTA
TTACCGGAGAATTGGTTTCCGTTGATCGGTCTAAAATAGTATAGAAGTTT
CCAACTTTTTTTTAGGCATGCGTGACAGCAGATGGTGGACAATTTGAATG
TGGAATTTTTAATATTGTAGTTTTTGTTTAACACCCCTGTATAAACATAT
TTGAACAAAATGAGAGGTTTTCCAGCTGTTTTTTTTTTTTTTTTAAATTT
YTGTGAATTCAAGATCTGAAATCCTAGTTTCAAAAAGTAATATTAAACAC
TTTTAACTATGGAGGACAACTTATTTCCAAATTAATGAAATATGTATTAT
ATAATGTTTTATACAGAATAATAAATCTCCTACTCTCTTTCCATCTCCTT
GTTCATATTCATCGTTGGTGTTGTAGATAAATTATAAAAACACATATAAA
TCATTCTTTGAAACTTCGATAACCAAAATTAGTTATGGATTCAGAAACTA
ATGAAATAGTATCTCAAAAAAATTATTAGATACATGAAAACTTAATAATT
AACATGAAAAGTAAGCAAAATATATGAATTATACGATATTTTATGTATAT
TTCAGCCCAGGAAAGTAACAGTGGGCTCTTAAAAAGGAACCAAACGCATT
TATTAGAAATATAACAAGGATCAGATGTGTAGATAGTGGACACGTAAAGT
ATGGAATTCACCGTCCCATCAAGGCTTCAGAGTTATAAATACATATACAT
AATAGCAACATTATTATAKTTTTATASCTACCATTACGGCCCAGTCTTCA
AGATGGAAAAAAAAAGAATACAAGAAATGAAAAGAAAAAATGAAGGACGG
TGTTTTAAGGACAATAGTAAATTAAAACTAATTAAAATTTAATTACAAAT
TGCTAAATATTCGAATTAGCCCTAAGCTAAAAGCTCTAAGCTAAGCTAAG
AGATAAAAAAGAATTACATACAATCTGAAGTAATATTTTANNNAACATAT
TTAAAAGTATTAGCGATAAAATGAAGATTCAAAGAAATAAAAATGAGTTT
TAAAAATGAAGGGTTTTATAATATCCCAGTAAGGTAACAAAGGGCTTAAA
AAGTATTCACAAATAAATGTAATTTTCATAACATAAACCTCAAAGTTCGA
GGCAATGATCAACTTTTTCAACAAAAGCTAAAAAATGATTAGATTATATA
TAGAAAGAGWGATGAAATATTCAGGACTATGTGTATTTCTATGCTTTTAT
GTATTATTCTGATACAGAAATATTGTACAACCTTAAAATTATTATTGCCA
CTTTAGTATTTATGTATTTCGTATAGTTAAGATATTAAAAAAAATAAGAG
TAGGGAGTTTGAAGTTACATATAAACTGGCACATATAATATTACTTGTAT
AGGAGTTGAATAAGTAATTATTCGTGTTATTTATTGGTTTTCAAATCTCA
GACCGTTATAATTTGTGTAAGACCAAACTAATTTAGTACAAGTATGGAAT
GCAAATGTTTGATGGTAAAATTTGATGCTCAAATATTGTAATATCGGCAT
TAATTTGTCTCACAAATAAATGACCTAATTTAGTCTATGGCAAAGTCTCA
ATACCAATAATTATGCCTCCTCCTATATCTGAAAACTTAACAACATCATT
AGTGAGTCCTTTAATCGTAATTCGCAGTATATTCTGTTTGTTAAATATCA
AACAAAAATTTGTTAAAATAACATATGTTTCCTTTAAACTCAATTATTCA
CATTCTACAAACGCCAAAAAGTTACAAAATATTTACATATAATTCTTATG
CATAAAAAAAGTATCAACATTTAATTTCATTAAATATAATTAGATTGCGT
ATTTAAACAAAAAATAATAATCATCTGCTGGAGTAATAATCAAATAATGC
CTCATGTGTTTTAACAATATTGCTGTTGTTCTTCAATAGCAATATTATGA
ACAAATGTATGTTGTATTCATGAATGCTAAAGGTTCAAATATATTAGCAA
AACAAGTCATGAAATTGAATGTGAATGTAATTATTTACAATAATGGTCAA
AACAACGTTGATATGAGCAAATATTTCTTATTATTATTAGATTGGAATAT
TACTCAAACTCGAATGATCAAAATTTGAGATATTTAAGTATATACAAATA
TAATCGTTAGCTGTTTCATTTTTTTATTGAGTAATTCCTTCAGAACTTCG
TTCTTATATTTATACTGTTTTTTTTTTCTTTAGTCTATATAATTGCCGCC
TAGTTTTTCAATTTAAAAAAGTGCCCTCAAATTTAATTTAAATGTTTTAG
ATCAAGGGTCTAATTTGTGACAAATACACCCCAATATGTGTTCAATTTGA
CCCACAGTATCTAAGGGATTATAAAATAAACCTTAACTTATGAAAGCTTA
AAGACAGGACTTAAACAACATGATTTAATATTTGGAACTTTCCAGAGTAA
TTAGTATTGACACGAAGGCTTAAAAGCTTGGTAATCCATGTAGTAGATAG
GGTTTTTGAGAAGTAATTACTTTAAGTTTGATTAGCATGAATAATCATTA
CTATTATTCCCTATTTTTTATGTAAAAATAGGTGTAGAAAAAGGTACAAA
ACGGTTTAAAAATATATTACTTTATTTAATATTTCTTTACTCAAAACCGG
GTAATACTCAAAAACTTAAGCTTCCATCCGCTGTTACAAGAGAGGAGGGG
GAGAAGGAAATAAACAAAGAATTGGCAAGAACTACTCTTATGTTGATCTT
CTTAAGTTCTACTCTGAGTCCAACAAGGACTTTTATCCAGACACAAAAAT
ATTCAATCAGGTTTTGGATATAATTGAATGTAATAGGAAAGTAAGATCAC
TACTCTGGAGTTAAAAAATAATGACACAGCTGAAAAAAGGAAATTCATTG
TTTATATATTTAATTTAAAAAAAAAAAAAAACGGGCGAGCTAAAAAAACG
CGTTTATTTTATTTTCAAATTTCTGAGGTTGTTCCTTCTCAGAAACACAT
AACAAAACCAGGCGGTTCCTTAGCTGTGAATGCCCTTAACGATATTTTTT
GTTGTATCATTTTAGGAAATTACTTACCCAAATACTGATACAATAATATT
GTTATCGTAACATAACTATAAAGAAGTATTTCTTATAATATCCAAATTAA
ATATAAATAAAGAAATCAATTATTACTAACCTTTGTCTTTTAATATTAAT
AATTTGACATTGTCTATATTTTTCATAAATTGAAATGGTCAAAAAAAGGT
TTTACTACAACACGGATATTTATTTTTTTTTCTAAGAGAAGGAAATATGT
TTGAGAAAATAAATTAATTTTAAAAAGAAAAAGTTTTCTTTTTCATTCTC
AAAGACCTTTTTTTTTTTTAATTATAGTTAAAATGTCATACAACTATTTT
TGTTTTGTTTTACAATCAAACAATTTATTATTTTGTTAAAAGAAATATAG
AACAATGAAAATAACTGGTTAATTGAATTCCCTCAAATTTCTCTGATAGT
CTTATCCTACGTATTTACAAACATATGTATATATATATAGACCAGTAAAA
TGTTATTATGCACTCAAATGGGTATAAAAAATACCTTTCGTATAATTAAA
AGAGTTATAATCAAGAATCTTCAAACATTATTTTATAAGGAGTTTTTTTT
TAAATCACTCGACTATAATATTAACTATCTAATATTGATGGCTCTTATAA
TTACAATGCTAATTATAAAAATCTACGAATGTTCTTTTCCTCAGTTGTTG
TCCTATTTATTAAACTCTAGAGGAGTGAGATTCCTTTGATGCCTCACTAT
AATAATGTATATATTTATAGTTATTAAAAAACATGATTGGACATTCGTGT
GTGCTCATAAAAAGTATGGGGTAACCCTGAGGTTTGTTGCGGTGTTATTA
GGGTTAGTCCATGGTGGACTCAGAGTATAATTGAGGATCGACATCAGTGT
TGTTCCGGTCAGTGACATTGTTTATTCTCTTGTCATAGCTAATTGTACTC
AGTTGTAATGAATTGTCACGACAGCTAAACTCCTCTCCTCTACAAAATCC
TTCAAATTGACAGGGTTATCATGCCAGTTTTAGGTTTCATTTTGTTGTAT
CATATCCTAAATACTCATGATTTTCTTCCATACTTATATCTTTGTAATAT
TAGATGTATTAAACTAATATCACTTGGTCAAATAAAGAAATTTAAACAAA
AAAAGGATTCATACACCACAGTTATTTGTATCTGATATAATATAACGTCA
TGACAGCTAAGCTTTTCTCCATCAAAGTATTTTTCAAAATTGTCAGGGTT
ACGATTTTCAAAATAAATAAAGTTTAAAAGGGTTAATATATATTTATCAC
TAATATAACTGTAAGCATTTGGACAGATTATGATGTGCCCCAGAATACTT
ATATTTTAGTAAATTCAAAAAAAATATTTAAAATTTATACCACTAAAATT
TTGATCATTGGCCAATCTCATTACCAACTATTAATTAATACTATCATTTT
ATTTTGATCTAATAAAATTCCATGGTTATTATGTATCTATTAGTAATTTA
ACAGTGGACAATTGAACTTTATAATGTGTCATAGAATACTTATATTTTCT
TAATTTGAAGTAATAAGTAATAAACTACACACTTAATATATCGATCATCC
ATGGATTATACAATTATTGATTTATCTTCATCCCATGTACTGTACATCTT
TCATTTAAAATTATTCATCACGTTTCTCGGTTACAACTGGTACAATTTGC
TTAACAAATGTACAAATTGCATCAATTTCAAAGTTGCTAGTTTTAGACAA
CATATACAAACTGTATATGAAATAATCATTTATAAAAATTTTGTTTTATT
TATAAAAAGTGTAAGAAATATTTTTGCCAACGGATTTAATTTCAAAATTG
ACAAGGCGAAACTAACACTCAGGTCAAAACAAAATTGTCTTATTTTTGTC
TATAAAAACAAGAAATGTAAAAAAACTTTAATAAATGTTTTATAAAAAAC
TAGCTAAGATATTTATTGTATATTTGAAATAATTTTACACTCGACGAGAC
AGAGACGATAAATTAAAAACTGGTTAAGAAATAAACACAACACTAATTTG
AATGCAAATAAACTAAGGAACTTCTCTGGTGACATCACCACCATTATCAT
ATCAAATTTCACAACCTTTTTCTTTTCTTTTTTTAATTAGTGTCAGCATC
ATATTATTGAACTCATCATGGCTCACTCTTCATTGTTTGTTCTCTAACAT
CAAAATACACAGATTAAATTATATATCCCTAAACATTATATATTCATCCA
TTAAAACATTACATATATGAGGATTATGGGTCAGGAGAAAAGGCTAAAAG
AGTAAGGAAGGAGGGAGGGAGGGAGTAAGGACACAAACTGGAAAGTACAA
AAAAACGGCTGAGAGGTTCAATTATTGTTATACTTCGTACATAATCAATC
ATGTTCATTAGAAAGCCGATCGACTAATGAACGACGAGAGTACACTTACA
TACATGAGAATATACATCACTAGGCTATAAATATGTAGCGTGTATTAGGC
TCATATAGCCATGATATGATTTTGATATGATATTTATACTATATACAGGG
TGATCAAGCTATTTTCTCTCCCATCAGTGATCAAATTAAAAAACAAAACT
GAAGTATGAAAGCTTGATAGATTTCGAATTATTTCATTCAATTAAATCCC
CTCCAGTCTCAATTAAAGTATAACTACCAGGCCAAAAGCACAAGCAGGAC
ATCACCATTTGGTCCCTTGGCAAATCCTAGAATGCCTTCTCGACCCGACT
GATAAGTTTGTCTGTGGTGCCGAAGGGAGTTCGATTGGGCAGTTATTCAA
TCCAATACTTGCTATTGTAATTTAAATATGACACAATGAAATGATCTGTA
TCAATCTCCAATTTGTAATAAAATAGGACCAATGTTGTAATAAATTCAGG
CTTACAAATGGTATAAACTTATACAAAAATACCATCGAGTCTCAAAAACA
TATGATATATTTATATATATAGTACAAATTTAAATCACTAGTTATCACCA
CCAAATCAATAATTATTTTTATAACAATATGTAATAAAAGTTGGGGAAAT
ACAAATTTCATTGTAATTTAAAATAACCTCCCAAATCTTATTGGTAAAGG
ATATCCTTATATTTACACACAATATCCTTTAAAAGATTAATAAAAATATG
ATTTTATTATATGTCAATAACATAATTTCCCACTGACTTTTGAGTCCCCT
ATATAGTTTGAATCTATAATAATGAATCTTAAAAAGTACCTTTAAATGTA
AGTGTTGTCTGAAAAATTAATGAACACATTTGGAGATCCTCATTTCGAGA
TAAATATACATTGAATAGGGTAGCCAGATATCAGGATCCCGATGAAAATC
GGGATCCTCCTAGTGAATAATAAATAAAACGAAATTTAGGTGTACATATT
TTTATGTTTTAAAGAATAAATAAATTTATAGACAGACTTATTTGATTGAT
TCTCATTCTTTGCATTTTCACTAAAAGTGCAGACTTTGGTTTTTTAAAAG
GCAAGGGTGCCTTTATTTTTTAATTCGTTACTGGGTTATTTCCTTTTATA
CAAAGAAAAAAAAATTAATATTAAGTGATGAAAGAGTTAATTTTGGTTGA
AATGGGGCTTGTATAAATTTGATTTTTACTTTAATTTATGTCAGTGAAGG
GCCAAAATCTTTGTTCATTTCATACACTGTCATCGATTCTTATATAAATA
TCATTCTAGGTAATAACTAATACATATATTTTCTTTATAATAACAACCAT
TGGAAACAGGAAAAAAACAGATGTGTTTTTTTCCAATTTTTCTTTTCCTT
TTGACTTTCGAGGTTAATATTGAATGGAAAAGCCAGTCCTTATGAGAGTT
ACACAATTATATTAGTTTGTAAAGCCAGCAACAGAGAGTGGTGCCATCTT
GCAGAAAAGTAATGAAACTCCCCAAATTTTAATATACGTATTATAAAATC
TTGGTTACTCACATGAATTTGTCTACGCATGCGCCATTTTTGAAAATAAT
TAGTTTAATCATTCAGCTAACGACTGTCACCCCACCATGTGGATTCAACA
TTCTTTTTAGTATGCTGATGCTCTATTGCTTATGGTTATTTCTGACACCT
TGTCCCTTTACGTCATATCCAATGTAAAATAATTAAATGAATATTTTTCC
AAAGGTGTAAAGCCCCTATAAATTCTGGAATCCCGTGAAGTAAACACTGA
TAGCTACATATACACAACTTTTAATCGTATGCAAAGAGGGTGAATTCCAA
ATGATTATAATAATTTCATTTCGTATCCCCTTGGAAATTAGAATAACTAC
ATTTGTACGAAGAGACACAAAAGGGGAAGAGAGAGGAAACGACAGGAACA
CTTCCTCTGCCATTTTTCTGTCGAGTAATTTGATCAGTTTTCAAGATGTA
CTGTGTATTTATTTGTACGTTGTATATACATATATAATTACTCTAAAGCC
GATTACTATAATATAATAAAAATAATAAGAATATCCAGTAAGTATTCTGA
ATATATCCATATTGTCATGAAACCTCATATTTGACAAAAAAAAAGTATAT
ATAGAAATGTAAAAGTATTGTCTTTGCTTACCTATTTTAATGAAACAATA
CGTTATATTAACAGATGTGAGTTTGTCTGTCTCTTTTTTACATCCTAATA
TGTAAAATGTACATATAAATGTTGTATATAGGGTTATGTCAGTCCTTATT
TACTCGATCCAGCTCAGTCTTTGAAAATGTCTATATTTGCCCTAATAAAA
CATCAAATTGTTTAGAACAATGTTATCTTTATTGTATCATACAATCTTTC
TTCCAAAAAGAAACCGAAAAAGGGCAAAATTCATCTGGTAGTTAGTCAAA
ATAAATGAATCATACCAACTGCAATTAATCTATTTTATAATATTAAAATC
CTACAGGGTGTATTGATTTTTTAATTTACAATATAATTTCAATAATTTAT
ATTTATATTTTATCTATATTATAAATAGATGTGTGTCTGAACTCTCTTAA
TCATTAATATAAACGCCTTTAGTGGTAATGATGTCTTCCAAGTGGTGTCG
AAAAGCCTAGACCCCGTTACAGATATAGTCTTCTGTTATTGCGTTCCACT
GCTGGCTGACAATAATTGTAAGGGAGCCAAAAGTGTCAAAAAAGATTTCA
AATGACTCAAAAGACTCATTCAATAGGTAATTGCAACAGAAAAGATGGGT
CTCTTTTATTGCCTGCGTCACAAGTGGACTGTCCACCCTCACAAAGTTAT
TTCCGCCTGCTTTTTTGATAGCTTTGGACAGTCTGCTGTGAAGCCCCCGG
ATCTCTTACATGGACCCACTTAAAGGGATTTGCCTAGGTTATCTTCTTTA
ACCGCTCCGTGTATAATTTTGCCTTTTTGACAGGCCCATTCTTCCTCTCC
AACGTTTCAGACTTGCTGACGGCGTAGACGGTGGTTTTGGAGACGCCCAA
CTACTTGGAATACTCGAATGAAGAAGAATGACACGTTCAAGTATCATTTT
ATCGACTTGTATGTATGCAAAAGAGCTCAGGCTCATTTTATTTTGTAACT
AATTGTATATGGTTTAATATATCGAAATATGAATTAATTTCAAACACTCA
ATCGTTATTCATTATTGAATTAGTAAGTGTTCAGATTTCAATAGACCACC
AGTTGTATATTCTATCTTATAGAATTAAATAATAATGAGAACAGCTTTGA
AATATAAAAAAATCCTCTTCAGATTGCCTACTAAAAAAAACTGTTCCCTC
TTTCTTTGACATATTTTGTACATCTATATCCTACGCGCATATAAACATAC
ACACTGTGCACTCCTAAAACTGAAAAAAAAGATACATATATAAATATTAG
ATTAATAAGAAAATGACAGTGACTAAGCAATAGTACATACAAAGTTAGTC
TCTTTATCATATTATCAAGAATGCACAAACACATGAAGATATAAACATTA
TAAAAAATTGTTACAAAGAGGTCACTAAGAAGAATTTATGTTTATCCATT
TAGATGTGCATGACTATGTCTGTACTTTTAATATAGAATTTATGTCAAAT
AGATTATTGCAAATGGCTTGATATACTTCTGTTTTATGTATGTGTGCGTG
TGTCATTTTATAATTTCATTATTTGAACAAACAAAAACAAAAAATCAAAC
TTTCGAGACACATCAAGACAAAAACCAGCTTGAATATTTCTTATTTTCGT
CAAATTTGAGTGTAGATTACATCTGTACTCTTGAAAAAATTATCGTTATT
TTATTATTAAGAAATTATTCTTAGCCACTATTTGAGTAGGGTGCAAATTG
CACTACTTGAAGTAAACAAAAATAAATTATTATTTTTCTTTTAAGGTTAT
TATTTATAGAGATAGTAATGACTGCATTGTCCCCTTAAAAANNNNNNNNN
NNNNNNNNNNNNNNNNNNNCTTTGTATTGAATTCGTATATATTATGTACG
ATCATATTTTAATATGCTCATTGCCTAATTATATTCAGTATATATGTGTC
ATGTCAACACAAAAGCAAACTATAATGATTTTTCCCCCAATATTAGGTCT
AGACAACATTTGGATTATTTGTCGAATTATCGTCAATTTATATATGTTAA
CAAACAATTTACATTAATCCTTTGGAAGTGCTGCAAATTGTATTTAAAGT
TGCAAAAAATGATTTTTCACAATAAATTAATGAAAAATTGATCGATTTTG
TGTATTTAAAAGGGTCATACCGGAGCCAAAATAAGTCTTTTAAACCAAAT
AAAGATTCTAAACTGTAGTATAGTTAATATAGTATCAAAAATTTTCCAAC
AAATTTGAAAACTAAGCCTATAATTGTTTTTAATATGCAAATGAAATATT
TGGTAAATAATATATATTTATTAATTTTTGTGAAGGATTGTTTTTAAATT
GATCAAACACATTTGGGGATTAAAAAGACGTTTATTTCTACGTAGTATTA
TTAATTTCTTTATTAAATGACTTGGCAATTAATGAGTAGTTAACGGGGGA
TAGTGGTGCTAGTTGATAGCCATTCATTTTTATATCCATATAAATAATTT
TAAAAAAGTTTTGTTTTTTTAGTAAATTTCAATACAATCAGCAATTATCT
AGAGGGTGAATTTAATCAAGTGGCACTCATTTTTTTATTTTCTAGAGTAA
AATTTAACTGAAATGTTTTGTGAGGCTATCTAAATAATAAAATCATCTGA
AAATAATGATTGTCATAACTTTATTCAAAATGTGATCCCTCTGCTATAAT
ATTTGCCTCAATACGAGGCCTAAACCCCCTGCAGTCAGACTTCAGTTTGG
TCAACTCTTTCTTGATGGAAGCCTCCATAAACTGGACAGTCCTCTAAGGA
GTAGCGCCCACCCTCTATCCTAGACATGTCTAGATAGTCCAAAGAGTTCG
CGTGTGGAGAAAGGCGGCCACATGTTCACTTCAAAAAAGTCCAGAAAGTT
GCCTATCAGGAAGACCTAGGTCTTAGCGGCGCAGCGACACGGAGCTCCGT
CCTGCTGAGTGAAAACAAAGTTGTCCCCAAACATTTCTCAAGCCAAAGGT
AGCACTTTCTTATCTAGTAGTTCCATGTAATCATCTGCATTGAACCTCTC
CTTCCTTTCAACAAAATGGTAGGGCAGATTTTGCCTTTGCTGGCCACAAC
TCCCAAGACCATGGTTAGGTTTGGATTTTTTTTGTTTTGGAGACATGTCT
CACTGAAGCCAACTCGAACTCCCTCTTTCTGGTTTGTTTTGTTTATAACT
GAGTCAAAACTTTACATAAGGAACGGGATTCACAAAACTGATCTTTTTGC
CAAATTAATGGACAATCGACAAATAAATTTCCGATTTAATAAAATTTAAT
ACTACAAAATAAGATCAACCCTTTATATATGAAACGTCATTTTCATACTA
TAACTAGTTATGTATTAGCTGTTATCTCCATCTTAGTATTGACAATATGT
GGATCAAGTTACCTCATGTATGAGCTATTTTGATACTAAAAAACAGGGAC
GCACTTAAGATAAATAGTTTAGTGAAGGATATGGGATTGGCGCAAAATAA
ATGTTTTAAAATCTATGGGGAAATAGATGCCCCACACCCTAAACAGCATC
CAAGGCAGGTAATTCGTAGTAACTGTGCTAGAAAATTGCATGTATCATCT
AGCCCCACATTTACATATATTGCAAAATTAATGCGTGAATGGAGAAATGT
TTAGATTTTATTTATACGTTGTAGGGTTGTCATTTCTTGCAATTTTGATT
AATTTTTTCGCTGCTCACTGAAGATTGCGGACATTAAATTGCACTGATTA
AATTAATTTATATATTTGCATAAGAAGCCCAAAAAACAACAACAACAAAT
AATGTTTTAAATCCTAAAARAATGACCTAAAACTGTCATATTTTTATGTA
TTAATAAAATTGTAAATATATAAATGTAGAATAACAAAATATAAAACGTG
ATAAAGAAGAAACTTGCTTGGAATAGAAAAGATGCATTAATAATGGTATA
AAGAAGTGTTTGGGCTATGTATGTATGTATATAATAGTGTTGGATTGAAC
TTCTACTCGAACCTAAAATAAAAATCAATTTTCTGAAAATTAATCAAACT
ATTCTCTAATATAGGTATTATTCTTTAAAGAATTCGAAAGAAATAAACTC
GAATTATTTGAAAAATACAGGTTGGCCAAGCTATTTGTGCCGTGTAAAGA
ATTTTTTAAATGGAACTTTCTCTGAAACCTTGATGAATTCTGATTTATTT
TATTATATATAGTCACGTCCACCATTAATTACATTTTATTTACAATGCTG
ACCACTTTGTCCCTTAGTAAATCCTGGAAATCCTTCTTGATCGGACTGAT
ATATTCGTATTTGATGTACAGGTGTTTGGTTTGTTGTTTGATCACGCCCC
ACAAAATAAAATATATCAGATTTAGATCCGACGAGTTTTGAGTCCAAAAG
TCTGGCAAAATAAAATCGTAAAAAAATGTATTGAAGCCGTTGATAAATTT
TTTTCCAGGTGTGCCGCTATTATTAGCTCAATTTACCCCTAATCTTGGAA
ATAAACCATTAGTATGTTTTCACTCCCCCCACGGATTTATAGGAGACCTC
CTTGCCTTCACTAAATATTTAGGATAATAAATTCGTCAATATATATTGCA
ACTGGTGTAGGTATGAACAAGGTATCTAACAAAAACATCAGCTTCGGAAG
TACCTGCGTTTGCCAAAAAGAACACGCCTAGGTGGTGGCATGGATAGCTT
GTGCACTCTGTAGACTAATCTTACTTGTATTTTTTTTTCCAACGGTCCTG
ATGATCTAATCACAAGATCGGAAATGGTGAAACAATGAAGGAAAAAAAAA
AAGCTGTCCAAATAAGTTTCATCCAGGTATGAAATTATTATACATTTTAA
CATCTTTGATGCAGAGAGTGTCTTTTTTACTGTAGAAGAAATTCTGTATA
TCGAAAAGTGATGCAGCTGAAATATTAGAGATTCGTAATCTGTACATCAA
GTACTATTGAAAATAAATATGAGTATGATTGGATTTTTTTTCTTGTCTAA
TCAGTTAACAAACAAAACTTGCAAATTATTACTCATATGTTTTTGTTGTT
CAACCAAATTGTCAATTATCCGAACTTGATAGTTATAATCGTATGCAACA
CGAGTATATAAGTTGTATTATACGTCCACGCAACGATGCTTCTACTTGTC
ATTATCTGAAAATATTTATGGTCTTCCGAGTTTTTTATTTATTTTTTGTC
CTGTATTGTTATTATTTCCCTGTTACATTTATACATATACATCAGAAAAA
AAACACTCCCTTGAATACATCATTAGGATCGTATATCAAAAATGGTTAAG
GAGGAGAGAAAGTATAGGCTACTTAACTAAGTAACGAAAATAAAAATCCC
TTCTTTTATTCTCGAAGTACTTTAAGGTATATGTATCAGTAATGGAGATT
TCTAAGTAAGTACAAGGAAACTCTGATTTGCCTTTGATATAAAAATATTT
TTGAGTACAACTTGTTATACAGATTCTATAATAGAAATAATAAAGAGGTC
TATAAAAATATCTCATATCAAGCCAAAGTTATAAGCGATAGCTAAAAATA
TTGAGCATCTTGACTCATCCCATTAGTTTGAATACAAGGCCCATAATTGA
CTCAAATTTGTCTATGAAATTTCGGGTGGTATGTAAATATGGTTCTTCAT
TGTTCTTCAAGATTGTTTTTATGATGGCGTACTAGTAAGTAAATTATAGT
TTTTCATTTCCTCGGTGAGGATGCGGGGAACTCATAGGCTTCAGAGGATA
TTGTCAACTTATCTGAACTTTTTAAGATTCCTAACTACAAGGAAACATTG
TGTTCCCTCTGAAAATAATTTTGACAATAACATGTTTTCCTTATCCTTCG
ATTAGCATTTCTTAGTTCCCGTGTAATTGTCATTCTAGCTTGATTTTGGG
AGCCATTTTTTGAAAAAAAAATCTTTGTGAAAATTCCATTACAATCTGTA
TGCCTCAACTTTAAAAATTAGTTGGGGACTGTGTCTATTCCTGTTCTGAG
TTATTTACAAAATTTGAAATGAATATTGCACCTAAGACATAAGTTATCCT
CTACAGTCCACAATTTTTTTTTTAACATTCTATTTTAAATAATGAATTTA
CATGTATAAAATATAATATTAAAAATTGTTTTAAGTAAATTTCCAAAAAA
AAAATAGTGATTATAATTAAATATTAAATTTGGGAATCATTCGCNCATCT
TATTTTAGGTATTTCCGTTTCTTTTAGAACGAAAGTTTGCAAAATAAAAA
ACAGGTTTTTTTGTTTTTTTTTCAAAAACTTTTATCATTATTCTTGATAT
GCATGACGAAGCAGAATACCAATAAGATTTTGAAAATACAGTAGAATTGA
TATTCAAAAATTGAGTAAAGCTTGCATCCAATTTAATAAATATGAATCGA
TAAGACACCCAATTTGCTTTTCTCTTAAACTTTCTTCTAATTCTCAGGAT
TACCAGTTAAATTATATTATTTAATTTGCATAATACTCCCTTACGTCACT
ACAAACATTGAAAAGAAACAAAAACAGGCTATAATATTTCTACATAAAAT
TATATAATCTATCTTGAAGAAATTAAGCTTCATTCTTGAAACTAAAATTA
CCAATTTATATGTCTGAGTATATTACTACATTTACCCACTTTTTTCAAAA
AGGGTCTTTCACTTCAATTATTATCTTTTCTACCAAACTATACATACATT
TTGTTGTAATTAAGTGAACTTTATATTAGGTATTAGAGCTTAAGGAGATG
ATTATATTTGAAGTGTCTTGTATATGTACATTGTACCAAATATAAATATA
TATAAACCATTTTTAATTAAACGAGATCAGAATGGTTTTAAGTAGTTATG
TATACATAGTATATAAATATTACATTTTCTCGAGAGATTTTTTATTCAAG
TAGGAGTCTCTTAAAATCATGAATTGAATAGTAAACTCTTTTAATATTGG
TGCTTTATTCATTTTTTTCATCAATGATTCTTGTATCAAAAGTAAGCTTT
ATATCCTATNNNNNTTCGGATGCCACTTAAAAGTAATTTGGCTGTGAACG
ATAAATTCCTGGTAAAAAATTGTTATATCTCTGTCACTTTTCTTCAAATT
CTCTACTGTGGTGTTTACCAATCTCAACATGTATATAAACTTTTTAACAA
TATAAAATTACCCATTTACCCCCATTATTTTTTTTAAAAGTATTTATGTA
AATGGTGTGTATTGTGTAGCTGGTACGTTTTACAATAATCCACATTAAAA
TGGGTAGGGGATGACAGATTCAGTCCTGCAACGTGTTACCTTATGATAAA
TACAGAAGGCTTTCATATTTTTATATAAGCTTATAGAAAAATTAACCAAT
GCAAACAAATATAGCGTAAGTAAGTTAGTAATTCTTATCGTATTCATCAG
TGCAGAGCGTCTATGCATATTTGTTAGGGAGCATCTAATTTTGGTGCAAA
TATTTATTCAAGGTTTTTTTCAGTTATACCATTTTTTATGACCGAAAATA
CAATTATTGGAAATTTTTGATTACTCTTTTTCTTAGGAAAAAAATTTCTT
GAGAGCCTCACGGAATCCTAAATGTATCGTGGAACCCTAATTAAGAAATC
ACTGTATCACTATCAATGCTATAAATACCATATTGATGAAGAAAAGTTTG
TCTGAAGTATGTCATTCTTAATTCCTTTTTGAGTGTAGATACATGATCTA
ATAAATAACAGTACAATCGAGCGTGCGCATCATATACGGATAGAGTACAC
GTATAGAGTTGTATTAAAACCGTATATAAAAATGATTGAAATAATGCAAG
TGTTTAGGTCAACTTGTATTAAACATAAACAAATGGGAAGTACAATAAAA
ATATATATGAAGTGATGTGACTTAGGATGAGGTTTATCAAGGAATTAATG
TCCTTTTTTAGCTCAGGGATGTCCAGCCCATGACCCATGATTATTTAATG
AATAAATGTGCCCAATTATTCGTTCTTACTTCAAGTAGTAGTTTTTATTA
ATATTTTATTTAGAAAAAAGGTCATGCGATCAAATTATGCTGCGGAGATT
AAATTTTAATTTAAAAAAAAGAAAGATACCCTCCCCCCCCCCCAAAAAAA
AAAAAAAATATATATATATATATATTTATAATCCTTCGGACGCTTTTGAA
CAAAGTTACCAGATTGGACCTTTTTTTTGACGCAGTTTGACCTTAAAACA
TAAGATTCAGTCTAAATTTGAAATAAATATGTATTAAATAATTTTTTTAT
GGAGCCATTTTTCATGATATTTATTATAATATGTTCAGTGCCCAATTAAA
ATATTTCAAGTGGCTATTCGGCACATTATTTTAGAATGTCGGACATTCCT
GCTCAAGTTCATTACGTATCATTAAAAAAATATTATCAAGCTGTTTTGTT
TATTCTTGAGGAAAGAACATATAAGTATTTAGTAACTACGTGTGAGTGTG
CTCATAAAAAACAGATATTAAATACAAGGATTTCTTGGGGAGTTATTTTC
TATGTGTTAAGTTAATGTTTATCTGTTCGTCGACGCCTAATCACTCTGGG
CCACGGTTGTTGATAAAAGTATAAAACAGAATTATATCACCATTAATTAT
TTTTTTCAATTAGAATATGTATGTAAAACATATTCACCTATGAATAAAAT
TATCTTAGTAGCAGTTTATATCACCGAGCACATAATTAGTCAGTAAAATA
AATGAGATATATTAAGGAAATACCCAGATGGCTTACATAGAGTATTTAAG
AAAGAGTTGAATGACTCAATGTATATTGCCAACAACATAACTGCAGTCAT
TTTATTTCACGAATATTCTTATAATAATCTTGATTAAAATCTAGTATTTG
ACAAAAAATTTATTATTATCCCTTTTTTTCTATCCCCTCAATTGCTTTCA
CTCTATTTGACGATGTTGTTGACTTCTTTATGTATGTCTGTAAAACTATA
CAGTATTAGTGGTGTGTCGATTTAAACTGAGTCAAGTCGTTTAAGGATCA
ACTCATTTCGTCAAATTATATGAAAGGGAAACAATTAAATGTCTTCACAT
ACCCATAACACATTTATTTATTTATATGACTATAAATATTAAAGTACCTG
AACTGATGTATCTATATCCCAAACCAATGGCCCTTCAAAAGTTATAACAG
ATATATAAGGTTTCATCTCTATTTGACAACCACAAAATTAAAAAATAAAT
ATCCCGGACTAATTATCCGATTTTAATATAACCCCACATCACATTTATTT
ATCTGTATACTAAATGGGAATACCTGAGGGTGTGTGTCTGGGAATCAAAG
CTAAACCATTGATTGGATTTTGCTGGAATGTTAAGGTACAAGAAATGGTT
ATGGTAACTATTTTATGGCCGTCAACGCCCAAAAATTTTGTTCAAAAAAG
AAAAACAGATTTCGTGACTAAGAAATGACTTATTAATTTGAAACAAAAAT
ATAAAACATTGAAATTTTTTGATGTATTTTGGTTGCATCTTTGTATTTAT
GTTTTCACACATTTTTGGAATGGCAAACCTTTGAATCAAAAGTTGGTAAT
TTTCTAAACTTTTTATTCAATATCCCCTCCCGCCCCTACCCTCCATTCTG
AATTATAGCTTCAATATGGGGACACATAGGAACACAGCTGACCTTGATGT
AATACGACGACAAATTGTTCCACAACACTGTAATCACGGCCTTCAGGGCA
CCGACACTCCGGTGATAAGTCTTTTTCATATTGCCCTCTAAGAAACTACA
AACAACAAAGTACAGGGGGCTCACGTCGATGAAGACGAAGGCCAGAAGTC
TGCCTGTCAGAATTTACCCCATGTTCTCCCTGGACAAATGATCCACCTTC
TTGAATGTTTGTGCCATGGCACTGTTTTGGGTAAACACATAGTTGTCTAA
AGGGCATGTGCTCTTCAATCATCTCAAGACATGGTACTTGAGGACCTTGT
AGTAGACGTTCACGTTAACTTTCTCAATTTCCTCCTGGACCATTCCACGA
ACTTGGTGCTTCCTGTTATAGCCTTCCTGAAAACCCGTGTCGGAGTTGTT
CATCGCCTTCCTAGTGTTGTAGACGGTGGCCCGGGAAATGTCGACAATGT
CAGATATCTTCTTGGGATTTACTTGTGCACGGAGGAGATCGCACACCCCT
TGCCGTTTTTGCTTGTTGCTCAAACATTTTTGATGGCAACAAAAAAAAAA
AAAACCATCAAATTCTAGTTTTTTATCAGCTAATTCGAATTGTATCACGT
ACAAAATTGTCATAACTTAAGAACTGAGGCTAGACAGCCTCGAAGAGGAA
TCTAACTTTTTTTTATTCTTTACTCAGTAAAGGAGATTATAAGGGTTTAA
GAAAGAAAAAGTTGAAGAATTTTTTTGGAAATATTATGAAAGTTGAGTGA
ATGCAAGTTCAAGGGTCGGCAGTTGAATATTTTATCTTCTTTAAACTTTA
TAATCTACTTCAAAAAAAAAGTATCCACCATTGAAAATCAACTCGCCATT
TCAGTTGAGTCTACACAACACCACGGAATGTGCAGACTTCATTTTAAAAA
AAATATTTTTTGTTGTATGAACGTTGATATATCCAATAAAAGTTTCCCAA
TATGTACATATATTTCATGTGCCTTTTTCATAATAGACAAAAGAAATTGC
TGATCGTTTTACTTTATGAGACCCTTGAGAGAGTGAGAGAAGGATACAGT
TCTATTTATAGGACCATAAATGAACAAACATTGATCCTCATGCGTTTTGA
TTATTATGATTACGTACAACATCGACCAACAAAGAGCTATTGTTTGTTTG
ACTCAGATCACAACTCGTCCCCCATACTCGCAGGATTTATTTACCTTTCA
CATATAAAAAGTAAATGATATAATCGTTTATGTTAGTAACTATAATAATT
ATCAATTGTAATAATGGTGGCCATTTTGGAAATTGTTTAGTAAATGTAAT
GACATGAGGATTGCATTTATTTTGGTTCGTATGTAATATTTGTTTTTTAA
AAGTTTATGACTTCACTACGGTGTTTAATCACCCGAAATACTGAAATATC
CTTGAAATAAATTTTAGGTGTTCAAATATATGCTCCACCTTCATTGTAGA
TTTATTTTATTATTTATGTATACACATTTTGTGGGATAGTTTCGGAGTTA
TTAGCAAATTCAAGAATTGATGATTGAGGGTTTAAAGAAAGGTTTCAATG
CATTCTTTAAAAAAAGGAGATGGAACGAGAGTTAAAGATTTGTAATGATA
GAAGTTGTTGAAGGGGGATGTTGTTGAACTCTGTAATTTCTAAATTGATC
TTTCCCGCACGGAAACCCAGTTACCATGGCACCTGTATGAGAAACTTTTA
CGTGMCCAGCCATAGTTACGGCTTAAACGATACTGTTTCCCAAAAACCTA
TTGTTCCAGATGCTTGGAAATTCCGGTGATATTTTTTTTTCTGGAAACTA
ACTAGTAGCTAACGTTCACCTTCTTCAACTCCCTCGTGGTCTTCACAGGA
ACTTTCAGTTCCTTTAAAAGCTTCTTGGTTGACGTTGAATTGTTACCTTC
AAACAGAGATAGGACTTCCTTGATCTTGATAGGTGATCTTGGCCTGACTG
ATCTCTTTCTATCTCTGAAACTCGTTTCCTCCTTCCTCAAGATGTCCTTA
AATTTTTACTCGGTCTAGATGCTCACTTGAAGCTTCTAGGCGATTTACTT
GAACATGTCMCCTGCCTCGATCCACTCTGCGATATTTTTGTGAAGACTCT
CCATTTTCATTCGTTTCAGGAAGCGGCTTKTATTTTTGTTTACATCAAAC
TGGAGACAAAACTTCAACGTGGAAAGATTTCACATAAATTAACACAAATT
TCAAATCAAACAGGAGGCTACCTCACAAAAACAAAAATACCATATGCATT
TTGTTGTCATGCATCGATTCCTTGGTATTGCTTGATACGTCATGGCAATT
TCATAATTTCTTCTTTTTGATATATAATCGAAGTAAAAAGTTATTGGTAC
GTTCCAAAAGGATAAGAATACAATTTCTTGTCGTACATATATCTTACTTG
TTTATATATTGGCCATTTGATTATTATTATGAATTTTGTATGGCTATGTT
TTTTACAAAAATATTACTAAGCAATATCGTATAAAATACTTGCTGTAATT
TAAATTTTATGAAATATATATATCATTTTAAAAATTGTGGGGCAGAAATA
TGACAATGTTAGTCTGGGAGTACCTCAGTAGTAAGTAGCATAATTTGCAA
TGATTGCATTATTGGGCTAAATATACATGATTTCAGGTGGTTTTTCTTGT
TTTTTGAGGTTTTTAAAGGAAAGGTTTCGTGATATAATAATGGTATCGAC
GTCCAGTATCTTTACACAAAAATTGAGCAATAAGTCCATAAAGTCACATT
CGCTGAATTTCCGTGTACCAAGTATCAGCTAATACAAATTTGGGAGAGAA
CAACAACGCTCCGGATTAGATATGGCCTCTTTTTTTAACCGGCGTCAATT
GAATCACACGAGTNNNTATTCATAAAGGAAAATATTAAATTATCCTATTC
GTATTTTTTGTTTAATATTTTTTTGGTGTTGACACAGCACATTTACATTT
GGAATTCATTCAAATTGTAGTTAGATATCTTCACAAATATGTTATAGATA
TATACATCGGTATATACGATATACATTTATAATATGGGCAAGAAATTATT
AAGTCAAAACGAAATAGAAGCTAATATGGAGATAACATCTTATTTTCTGT
ATATTATACTATACTGTTTTTTCACTCTCTATAGTAATTTATGGCATTGG
GTTGATTAAATTAAACAATATGAAACATAGATAAAACAAAAATAAAGGTA
TACATTTGTATACTTATATCCATTGGAGATGAAATTGTTCGGATAAAATG
AACATTTTTAGCTCACCATGGTCGCAGAAAAAAAAARATAACCTCCTATT
ATATTCATCAACAATTATTTAAAGGGATGATTCCTGGTAATGGGNNAAAG
TTGTAAAAAGTAACCCCGACAATTTGAAGAAAGTTTTAAAGGAGAGCAGC
TTAGCTGTAATGTCTTTTTATGAGATAAGATACTAGCAGAATTGCTAAGA
AGGAAATAAACAGATATTCAACTCCCAAATACCTTGCAGTGGTTGAGACC
CCTTCCCCTAAAAGTTTGTGAATCCCCTTAAAACTTTATATCATATACCA
TTAATAATATCTAAACAAGTGAGAATGGGAAATTTTGCAAAACCTTCTAC
GAATAAACTACTTCATAGGGGGAAGGAGGAAGAAATAAAATGATTCTGCA
CTTTTTTGTGAAAACAGTTATTCTGATCAATTTTAGTGGTCAAATTAACT
ACTTATAAGACAATAAGGATGGTATGGATGGRTTTTTTTCATGGAACATC
CGAATACAWATATAGATCTGAGTCAACTCATAGTTCCATTCAAATCCGCC
TCTCTATATCTTGTGTGGAATTGTTAGATACTTCTATAATAACTGAGGAT
ATGTTTAATATATAGCTTATACAAACAAAGGTATTAATTCAGTAGTATAA
TATGTTTCGCTCACACCTTCTCCTCGCGCTCTTTCACAAATTCAATCTTT
ATTTTAAATAAGTGTGGCTAAGCATACGAAGTATTTGATAGTTTTTGTGA
CGTCATCATCTCTCTTGGAAACTCTACAATAAATGATTAATAAGTCGATG
TTCATAATTATGAATGGTTTGTTTGTTCAGGGGCATCTGAACCGAAGTAG
GAGGAGTGTAGTGTAGCTACAAATTACTCACAAGTATTAATATAAATACA
AGAGTAAATATCCAATTCTATTCATGTCCAATGTTCCCTTTCCCGATTCT
ACCTATCCCTATTCAATGTGCATTTACATTCCTATCAAGATTTTCAAACT
AATACTAAGTAATTTATTCTTCATTAACTAAGACGATTACTCCTTAATCT
TTACTTACTTCAAAATAATTTTTATAATAAAAACAAGGAAGGAAAACTTT
AATTTTACACACCTTTAACTAAATCTTTTTTTTTTTTTCTTCTTCATCTT
TATAATTTGAAGGTGCTATTGTGTTTATTTTTATTATCTATCTTTACACA
GAAAAAGGCTTTTGAAAAATCTAGGAATTGATTGTGTGTTAAGCCTTTAT
TTTGTTTTTCTTGATTTTTTTCTCAACAAATATACGTACAGAGTGCACAA
GCTATCTCTGGAGCAAAAATTATTTTCTTCATATAAAATTTTCTATCCAA
CCAGTTATGAAATTAAAAAAATGAAACCAGATTATGGAAGGTTGATGATG
TTGTGGTGGATCCWTTTGGTACTTTTTTTTCARGGKGGGACAGGCYCCYS
CTGCCATATGTAAGGCCTCCCAATGACAATCATGTCGACTTAGGGCTTCA
TTTTGGTATCTAGCACGTCCATGTAGGCATAATTGTTTACTTTGATGCCT
TGGGGAATACAAGAGAAGGCATGACATTGTCTTCAGAGCAATCCACCCCA
AATAACATGGCTTTGGCAAAATTCTACTTTAGAGGCCTTACATTCCGCCC
TAGCCTTCCGAACGAACGTCTCACTAAGTCCCAGAGTTGGAACGATTGTT
ATGTTGCCGCTCTCGGCACGGATTTTAAGAAGGTCTCAGTGTCTTATCCA
AATATTTTAGACAACGAATTCTTCAATTGATTTCATTTTTCTTCAACTTG
TAAAAGTCTAAACAAGCTAAATAAAAAAAAAAAGATGCTTGTGTTTTACC
GAGAGATAGCACCAAAGATGTAACATAGATAGTAGATGCACCCTGTCTAC
ACCAGTTGTAAAATAAAGATTGACAGACTTATACCATTCATTTTTTATCT
TGATCTAATTTATTCGGGCACTCCCATAAAAACAATATATCATTAGTAAC
ATTATCAAAAATTCTCCAATTGTATCAAACAGAGAACTTTTTTTTTCAAA
CTAAATCTACATTTCCTTTTAAAATATGGCAATACATAAATTTAATGACA
TAACATATAAAAACTATGATATATTATAAAAAATGATTAGTCAATATTTA
TTATATAACATTAATAATATGAAATATAATTTAAAATTAAATTTTTATAA
AACATTTGTCTCAATAACTTTGTTCTCATAAGAGAATAGAACAAAAAAAG
GGGAAATGAGAGGATCTTACTTTTTAATCCGATGTTTTGTAAATAAATTC
TTAATTGTAGAACTCCAACTTTAAGTCTTCATACTGCTAAATATAGTTTT
TTCCCCTCTCACCTTATCTTTTTCTCTTCCCTCGACATATTTTGTCCATA
CAAACTTATTTAGAGCAACACGAACAAAATCAGATAAATTATTCACCATC
AATAAAATGATTTAAAAAATCCAAACCCAAAATTCCTGAAAATGTGTAAA
CAATTTCCTACTCTATTTAACATGGATAACCCAATTCCCATTTTCTTTAT
ATTGATTGCACAGAAGCAATACTGTAGTTTTATGACCCCTGCATGATGGT
TTAGTTTACTTTGTGATGTGAAGACAAAAATATCCTTCCTTTCTAATAGC
CTTCCAAAAATAAGCGCTAATTTGGCTGCCAGTTCATTATAAAAACGTCA
TAGTATTTTTAATGCATATAACAGGTTTGAATCTTGTTTCCTTTTCTCTT
TCGCAAAGAATGCTGCACAATTTATCTTCAATGTTTGTAGCCATCAATCT
ATTATTCCTTGAGCTGAGTTATTGGTGAGAGGTAGGAACCTCATAATTTG
GCCTGGTGGCTTTTGTACAAACTAGTATGTAATCTTTCTTACTGTCCAAT
CATGTAAGCCTTACTAGATCTTGCAATCAACCGGATTATAAACAACATAT
TCATTGCTGCTACCTTGTTATTAAATTTTTATAAATTTTGTACATAAATT
TATTTGTTTTATGTAATAATATGAAATAACTGTTTTTTTTTGTCCCCCAC
CTCCCCTTTTTGCAATACTGTATAAAAAAATGTAATTTTGCATAGGTAAT
TTTAATACCATATAACAACTTTTCTGCAATAGTCTTCATCAAAATTCGAA
AAAAAAATGAAAATCAAACCACTCTAATGTATATGTAGAACCTAAGCGTT
TTATAAATCTCAACTAACTTTATTTTTAGCAAATATTTTTACAAGTCATG
ATGGATTGATTACATACCTAGGTTCTAATGTTTACAATATACATACAAAA
ATATTTATTGTTAAATGAAAGCTCAATATTAGTGTAATTGAAGCTAGAAC
AAAAAAAAACTTAGAAGCATTCCAACAAGAAAAAGATCCTTCTTCCATGT
TTGTTGCATATAAAAGAACATTTCCCCAATTCTAATAAAAGCTAAATAAT
CAATAATAAACAATGAATAGTCTAATTTATTTATGATCATTGTTAACAAA
TATATGTATATCCGTACATACACACATTCTTTGTAACTGTTTAGTAGTTG
TAGCATTGTTAATGGAATTAAGAAATATTTACTAACTGCAGGGTAAAGTT
TGTATACATATATTTACTACTCCAGAAGTAACTCTAAAAACGAAGAATTC
ACAAAAAAAATTCGGAAAAAAAGTATACTCCAAGATAATCTTCTTTCAGT
TTTGTTCATATAAACTGAGAGCTTTTGGATATTGGGTACGTTTCTTGATG
CTCATTGAAGCAGCGGTTGAAGAACTTAACTTGACTCGGGCGCAGCAGTT
CACCTACCCAACTCATGGGTTTGGGAATATTAGAAGAGTTCCTCGGTGCT
AGAGTTGCGTCGCCGTAGAGCTTAAACTGAATTTGGACCAGTAATTCACC
TGTATAACTTAAGCACGGGGATTTATTTTGAATATGAGAACGGGTTTTCG
ATGCTCAGGGAAGCGAATGCGAAAGAATTTAACCGGCCTTTATTTAACAG
TCTTTATTTTGTGTTAATTAAACATTTGGTATAATTCTTACATCAAAAAT
GATTCCGCCTATTTTAAGTAATGTGAATAAATCTATTCCTTCGGGTTTAT
TCAATGAGATTTTGTCATTAACAATAAATATTAAAGAAAACTTTTAATTT
GCTTTCTATTCCTAACCCAATATTTGTCACAGTAATAAATGTACCATTTT
AGTCAGTTCAGATTTTTTATTTATTGGCTATAGCTGTTAGTAATAGTAGT
TATATAATTAATATTAAATGTGTCTTTAAATTAGAAAAGAAAGCTTAATA
TATAGCAATATTTAGATTCAAGCACTATATAGTTATTAGCAAAATATTAA
AAAGTCATTTGCCCTTCAAGGTATATTATATGCATTTATTATATAGAGTA
TAGACCCTTTTATTTGCTAATAAAGATATATGTACATACATGGAGTATTT
ACTTAAACATTCAAATGTGTATATTATTTTAAATAGTCTGCCGTCAATTT
CCAGGGGTATTTTTGGAAATAAATCATGGGTACCTCATTATTTCCATTCA
TTTTTATGTTCATACTTATATGGAAATTATGTTTCTACATTTAGCTTATT
ATTTTCCCTAGAATATTTGAAAAGTTATTCATAACTTTATATTGAATCTG
TGAGCTAATAGTTGCATATATTGAGTTTTTAAGGGAAATCCCTTACTTTT
ACCTATTTTTGTATAAAATGCTCATTTTCTAATCTGATATGAAATAAATA
GAGAAAATTTGGGATCTAGTTCAATAAGATAACATCTATTTAGTTGGCAT
ATCCACCTGCAATTTTTTCATTAGGTTTGTAAAACATATAAAAACCTCTC
TGTTTTGGAGGGAAAAATATGTATATAATTAAATCAAAGCTATGATTACA
TGATCTGACAACAGCCAATTAAAGGAAGGGAAGATAGGCATAAAATTTAT
TATTAAATAATCTTCCTTGACTATTGTTACAAATGAGACATACTTTTGCA
GCAAATTGCGAAATCCTAATCTTCCGTTTATAAAAACAGTTAGACGTATA
ATTGATGGTGGAGATGATGATTTTTCATAAGTCTAACAAGATTTCTAATT
ATTTTGAATAACTCAGATTCTAAGCCTCTGCTTGATGTACATGTTGTAAA
CAAAAAGTCTGCTTTTGTAGCGATGAAGGCAAGAATATCCATCACTGCCT
ATTTAATCTTCTCTGGAAAGACCACCTTGGATATCATGAAAACCTTAAAT
ATCAGCAAAGCCACAGTCTGTTTCTTCCGAAATCCTTTGACTGACGTTTC
CAATCTTAAGAATAAACACAAGAGTGGAATACATTAAGTTAAATTAAACC
CTGGAGGCATCATGGAGGCCTTTAAGGTCAACCCAACGATGAATATGTCA
AAGTACGCCAAGAAGAAGATTGTGTTTCTGTTTATTCTGGACAAGACTAT
CCCAAAGGCTGGAAGATGGCTTGCTTTGAAGAATTGAGAGGCCACGCCTA
TCCCAACGTCAAAAAGAACTCTGTCTTCAGCGATGCCAAACCCTCTTGAA
TGGTCTGAAGCACAACAGCAAGCGGTATTTTTTTTTCTGATGAAAAGACC
TTTACCGTTGTCCCCATCTACAACAAGCAAAATTATTGGATGGKACATTT
TAGCAAGGCTGACAACAGTAATATGACAGTCACTAAAACCAAACATCCAG
TATATGTGATGACGTTGGGGGTTGTGGCATCAACTACAGAAAAAATGCCT
CCAATTTGGTTTCCTGTTGGATGCCGGTTACCCGTGGCCGATTAATTGAT
GGTCTTGAATGAAAATGTAATCCAATAGATCACCAAGACCATGAAAAAGT
CCAACAATGCCACGTATGTATTTCAGCAAGACGGGGCTCCTGCCCATACT
GCTAATATTGCACAAGAGTGGATGGKAAGCAACAWGAATATCTGGTCTAA
GATCATTTGTCCCCCTCAGAGCCTAGATCTGAATCCACTGGATTACTCTA
TTTGGTGGCAAATTTAGAGGAATACCTGCAAAGTCCACCACCCAAATATT
GAAGCCCTGTTAACCTCCATTAACCAGCAGTAGAGGATCATGAAAAAGGA
CTACATTGTCAATATGTGCAAGGTGTTCTGGAGGGGTTAGAAGGCTATTA
TTGAAGCTGATGGTGACCAGATTCATAATTAATGTTGATTGTTATAGTGA
AAAATATTATAAAACAAAAAATTTCTATGTACAATATCATCCTGATCAAT
TATGAGTATTTTAATAACTACTGAAAGGCAGGTCTCAGTACTCTTCTACA
ACTGGTATCTTCATGGGATCATCAAATTTTTATTTAATATTACAGGAGGA
TAAAAAATGGTACACTACAAACAGAATAGTCAATCATAAATATACTATAA
AACACTATTTATGAGCTTTTTATTCTTTTTTTTTTTTTGTTATAATCAAA
AAGGAAGGACAATTTTCTTGGTGCCTTGAAATCAAAGAGTAATAAACCAC
TTAATACAAAAGAAAATGAAAATCTCCTTGTAATTATGACAGTTTATATT
TTTAGGAGTCAATTCGAGATAGGTGGGTAAATATAAGATGAAATATTCCA
AGAAGTTCTTCTTAATCTAAATGCTAATGAGAAAACTTCCAAGTGAAAAA
TCATTTTATGAAGGATCTTCAGTGTATATGTAAGTCAATAATAATTTGTA
CTAAATCAATATAGAATGAAGAAAATAGTGATTTGAAGGAGGTTCTCCTT
AGGCTATAAAGCTGTAGTCAAATATTTTCTTCATTAATATATACAAAGAA
ACTATTATTTTTTTTAACAAAAATCAAAAAAAAAATCATTTCGATATTTG
CCTATTTTTAATATGCCTTTGCTATTGTCATATAAATGAAAAACTCAGCA
TAATTTATCTCTAATACTTTTTTTTTTTTTGCAGAAACAGCATTATTTTT
TACGGAATATTTTGTCAAAAATTAACATTAATACGACCTCAAATGTATAT
TTAAGAGTTGATATGAATTATGACTTACTGATCTTGGTAAAATATGCATA
AAAGATGATAACTTAAAACATAGAATTGTGACTGGGGTTGTTGTTTGGAG
AGAGATATCATTTTAGGAATTTTTGAATTTTTTTTGAGATAACGTTTTTG
TTGGATAATGATTATTTAAGAAAGTCTCATTTGACTAGGATTATGGAATT
TTTATATTAGATGGATTTTGAATTATAGAATATTTTTTGTCATGTGTTAA
ATATTTATAAAATTTGACAACAACCACTGTATTTTTAAAAATTAAAATTT
TCTTTAAAAATTGTAACAGTAATTTTGATTATAACCTCTCGTTGTCAGAC
TCAATGTCATATTTTACACCAAGGTATGAATACTATAAATAGGCGCAAGC
TTTTTTTGTTTGTAAACAACACATAAACGTAATTAGCCTCCGCTATTGAA
TTGCGAAATTTTATGAGAGCATCATAGTCCTTTGAATCTAACTACATCTT
TTCACCAATACCTTGAAGTAAGCTCCTGAAACATTAAATTATATTCTAAG
CAGTTCATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNATTCATTGTTTTGCTTAAAGTCGTTTCTTTTGATTTCTTTGATTCTTT
TTTTTTAAACGCATGACTGAGGCGAACATCGATAATTACAAAAATAAAGT
ATTGTTGTTATTATTTTATATTAGACAACCAATCGCATCAGAACTGATGA
GTACAAATTAGATTCCCCAAATTTGCATATGGTAATGCATATCTTATAGA
AGTGTTGATCAACAAAAAAATTGTAATGGTTTCTCTATTTCAATAATAAT
TTTTGCAATAGTTGAAACACCAAAATCATGTTATTAAGATTATTTGAAAC
ACCAAAATCATGTTATTAAGATTATTTGAAACAATTAATTCATACACATA
TTTTTAGTAAATAAATTGATATTTACGATTGCAAAATGAATGGAATATCT
AAAAAATGATACATAAATGAAATGACATAGTAATTATGTTTGTCAAAAAA
ATAATAACGTTATTTTTGGGGTTTTTTTTCTACCCAGCAAACTAATAAAA
AATAAATTGAATGTTCACTAGTTGAGAATTAAATAGAACTAAGTGTGATT
TACTAAAGAAAGCTATAACAAAAAAAATTTAAATACGTAATGGAGTAAAA
AATGTCTTTGATAGTCATGTTTCTATAAAAATATTGTCCACATAGTATGC
TAAGAAAGTAAAACAATTACTGCCTTACATCAACCTCCTAAAAATTTGCT
CAGTTTCTCTTCGTTTTGGCTCATTCTATAGAGAATAACATTTGATATAA
TAGTTTACTCGATACCTATACATCTTATTAAACAACTACTATATTTGCTT
CTTCTCTAACATCATCTTTCAAATAAATAAAAGACAAAACAAAAAAAGAA
TTTGCTACAGGAAATAACCCTTTGCTACAAACTATAAGATAAAAAAATTC
ACTCAAGTATACTGAATTGCTTATTTTTTTGGTTTTTGCAAAATATATTT
AATTTTAATTTTCTTTTTCTTAAACGGAACAGTATAGAATACTACAATTT
ATTTTATACGAAAAAATGTCCAACTTAAAGGATGTGTTGTGCAAACGTAT
TCAACGTCCTTTGTTTTTGTTTGAGACTAACTACAAGACCTTGTTTCATA
AAATTATTTATTATTTGTATTATGTTATAGAATTGTAATTCCATTCATAT
CTAGAAATGGAAATATTAGAAAACATTTCTAAAATGTACTTTAATCTTAT
TTAATAGGGTAAATACTATGTCAAAAATATATGAAATTATATAACAAGCA
ATATATTTTTGAATCCCTCTGAAGTGATGCAATTTCTTTCACTTGGCTCA
CTTAAGCCATTAAACCCATATTCCTAGATTAGTAACCATGTATTTCTTAT
TAACTAATATTACAACAATATATTTTCAAGAAAGTGCGAATTAACAATAA
TATTATTAAATACATAATTGTTGACAAAAACAAAAATGAATGTTTAGCGT
TGCTTGCCAAAGTAAAATAACTATATTCTATAATATTCCCATTTCAAAAA
ATGCTTATTTTGGCACCTGAGAAATTGATCCAAATTAAAAATATTTCAAA
TGGTGTGTTTTTATTATAGGTAAAACATTTTTATCATACCATCAAGNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTT
AATTATACATTATGAGAGGTAAGCTGCTCTGCTCTAAAAAAATCTTCAAA
TTTTCAGCGTCAAAATGTAAGTTTTCTCTTTCTATTTGTTTAACCCTTTC
TTTCCCGTGTGCGTGGGAAAAAATATTTAGAAACGAAATCTTATCGAAGG
GGCATCATATAACACATATATACAGATTTCAAAATTACATTTTGAGTTTA
AAGCAGAATACGAGAATGATTCCATATGGCATCATTGGGAACATATCAAC
ATAAATGGTATTCATTTCATATGGCATCATTGGGAAAAGAAAATGGCCTA
ATTGAAAGGCAAAATAAAGCAAAAAAGAAAAAAAAATTAGTTCCAAATAA
TATTATACAAATTGAAAACTGTAAATTCATTTTCTAGAAAGTGTTACATT
GATATACTTCACGGAAAGATTATTTAGTTACTTTTCCTGAATGTCATGAA
GWAAAKTAGCCAAGAATGGACTATTGCTGCATCCATAAAAAGATATAATA
TTCTGAGATAGAATCTTTTCACACCTATTTTTTTGTTCTGTAGAGAACCA
CAAGGATATCATTAGGTCAACGTCACCCATGTTCATATTGTATTCTTTCA
CAATTGCAGGGAAAGGTACACCATTATGCATTTTTCCAGGTACTGGCCAT
CGTTTCACAGTAGATACTGGATTCTTATTTTTTGTCTCATTTTGACTATC
ACAGTTTCCTCTAGCATCATTCTTTAGCATAGGATCACTTTTAAACTACA
CCCAGACCATCTTTTATTTCGTACTATCCTGTACCATAAATGTCAATCTC
CGTGAGAGCAAAGAGTAGACTGTGAGATGCGAACCAATTATCAGTGTAAA
GCTTGAAGTTTTGATGTTCTGGAAGTTTACTAATCCGTCTTATGACAATA
TATCTACTTATTACCAACTGTGTACTATGAGACACTGTAGTTATTTTTCG
TACATGCATATATTTCAAATTCATATAGGATGTCCCTTGCACTACATCTG
CCAAAAACTTTGATTCCCCATTTAAAAGTTTTATTTATCATGTTTAGCGT
CAATGAGTTACATTCCTAGAATTGAATCATCATTTCGTCAATCGAATTAC
GGTTTTCTGGTTCAATTTTACAAAACTTATTGACGAGAGAGTCAATAAAT
GTTCTAACTTTGAAAAGTTATCTTACTTGTCTAGGTTTTATATTGTCATT
ATTGTTTCGATGAAGAAAACTTCTCAGTTGTTCATATCGATTACGTGGCA
AAAAACAAAAAACTATAGGGTATAACGATGGAAGCAAATTTATTCAGATT
TATAACTAGTTTTAAAAAAAAATCCCCATGAATAATTTACAAAAAGCATT
TCACTGAAAATTATTATAAAATCCCATTGATGTCATATGGAGTCATGCTT
CTTTAAATAAATTTGAAACACAAAATATTGATATTTTGGGCAAAACTGAA
ATTCTAGTATCATCTATAGGATGTTTAATTTCAATTATAATGAATATTTA
TAGCAAAAATTTTATACCTTGTTAGTTATCGGCAGKTGTAAGTAGTACAG
TTTCGACAAGCTTCCTCAAGAACACTTCACGTGCAATTGATGACCTGCAG
CAACATGTCATTATTACAATGATATCTACCTATTAGACACATCAAAATAT
TTAATACGCCTAAAATCGAATTTGGAGTTGATGATACCATATGTTATCAT
TGAGAAAGAAAAGGTTAACATGCCTATAATGCCACCGATTAGAATTACTA
CATATAGCTTGACAAAACCCGAAGTTTTAAAGTGTTCTAATACTAACTTG
AATCGACGCATAACCCATAAATTCGAACTCCATCAAACATGGAACTTTTG
CATTGAATCCAACACTAATAATTATCCATAAACATCCCTCATTCCTTTTC
CCAAAAGTCAGAACCAATAGCAATATTTTTCAATTATATAATCTTTTGGC
ATTTTGTTTATTACGAAATAATCAAACAACTATCTTGCCAAATCTTAAAA
CTAATATAAAATTAATGCAAAAAAAACAAAACAATCTATATATATATACA
TATAATTCATATAATTTGTACGTTAAAATGGAAAACAAAAGTAGGAACTT
TTAAGTATTACTCGATCCCAATCATGTAATTGAACTAAGGAAAAACTAAT
TAAGTCTATGTAATATTATAATATGTAGTAGTGTTTTCATGAGACCAAAA
TGTTAAGACTGGATCCTTTATCGTTAGGTTGGTTCTATCATACGAATAAA
AACACAACTTATTTACAAGAACTTGACTTGTTATCATCTATAAAACTCAA
CAACTCTCCTTGTCAAATAAATAGGTTATGTGCTTTAAAACGTTTTTGTT
TAAGCGACCTATAATACCATTTTGGTATTTTCTTGCTTCCAAAGTTTAAT
CTATCATGTAGTTGAAGAGATAATTTTTGAACAAAAAGAAGAAACATTAA
TTTATGGTATTTAATTAATAAAGCAAAGTTCATATATTTATCTGTACGAA
TGTATTTAAAAAAGTCAATAGTTGCACTGCATATAATGCTTCCTGATGTA
TATAATAAATATATATTGAACTAAGAAATAAAAAAATAGACGTATTAATG
AAATATTTTAGACTTGTGCATAGCATCGAACGTTTATACAGCGTGTGCTG
TATATAGTGAACTACGTTGTATATCATATACATTCCTTTATATATAAAAG
AACTGTGTATGTCGTCATTCAAGTGTTTATGTTACTGGAGACTAAAGTAC
TTATCTGAAGTTGATGTCCAAATAATGCATAAAATTGGAGCTCAATATGC
AAATAAAAGTAAATGAAACTAACATTTATATATCTGTATTGAAAAAAAAA
ATGATTCACTTAATATTTATTGTATAAAACTGGATTGGAAAAAATTTCGA
TAGATTTGGTGACAAGATGGATTGGTTAAAGGGGGGCAGGGAGGGGGGCT
AAAAGACAGAGATCTCTTGTTTTGGAGAGAATAAACTTAGAAAAACTTAA
GGAGTGTATAATCAGTGGTTGTACTATGGAACAGTTTTCAATCCAAAAAA
AATATTAAAAAAAGGCAAAAATCTAAATAAATCTTATTTAAATAATTTGA
AAATTACTACTCATCAACTATTAAAACAAACTCATTTTTTCAATCCAAAT
GTTTTCCTCATTTGTTTATTCTTTTGGATAGGGGAGACGTAATATTAATT
TATTTAATTATTGAATTGTTACCTATGATTGTGCTCATTAAAAATGGAGA
TTCACGTTGATGAATTTTTGTGGAGTTATTTTCTATATAATTGAAGCATA
ATTTGTCTTTTAGCCGACGCTTAATTACTCTGACCAATGTATTTCTCATT
ATTTATTTTTTTCACTTTCCACCATAAAATAATTTGTTGGTTGATATGTC
ACATTTGTCATTTGATTAACTACTCAAATGTTTGAAAAAATATAGGTATA
ACTTAATATATAGATATGTACATTTAGTGACAAATCCAATATAGATTTTT
TTTTAAATCAGAGTAAATTGATTATAATAAAGTCCATAACTTAGTAGTTA
AAGTGAACATCACTATATTATACATTTTAAAATATATTAAATTTTGTATC
AAATAAAATATCGAAAAAAAAAGTTGGAAAATGTCGATTTTACATTTTTT
ATAAAATATTAATTTAACTTTTTATAGTATATATAATATCTATATAATAA
CAGTATTTTACCTATTGATTGTTATAAATTAGTTTTGAGACTCAGTCAAT
AATAGAACTTTTTTCTGGTTTGGTCTTAAAGGATTTTTCTAGACTAATTT
ATATTAAAATATATGTCAAAACGGCGAGCTTAGATCGTAGACCGAAACTT
AATCGTTGGTATCAATATATAAACTGATTTTGTTTTGGGTTTCAAGTTAT
GGACCAACTTTCTCCTTTATCCTGATTTATGAGTTGTACAATGTACAGAT
ATCATCAATAAAATTTGAACACATTGAATTTTAAACTTCAGCAAGATATA
ATTTATTAATTAACAGTAAAATTTCAAAAAAATTAAATACTACAAATTGA
TGTGGGTCTGACCTCTCTTAATAATTAATGTAGCGACTCTTAGTGACAAT
GATGGCTTCCAGGCGGCAGTGGAAGTCCCGGCACCAGCTGTGGATAAAGT
CCTTTATCATGGGATCGTAGTGCTAGCTGATAGTGGCTTTGAGGACCGTG
GTGTTTGAATGGCAGACACTGCAGGCCTTCTCCTCGACATATAACCAGAA
GATGTAGTCTAGGAGGTTGGCATAATGGCTGAAGGGGGTCAAAACTGATA
AAAAGTGTTGAAAATGAATTAAAAAACTTATTCAAAAGAGTCTTGCAACG
GAGGAGATGGGTTATTTTATATTAATATTTTGCCTCTTCAGGAATTATGA
TAACAGCTTTTGTACCAAGTGGTCCATTAGAATCTGAACACTTTGAATTT
TAAACATTAACAATATAATTTATTAATTAAAAATAGAATAGCCTGGGACC
CACTGCAGATGTAGTCCTCTGTTAATACATTTCAGTATGTGCTGACAGAG
GCATTTAAGGCTTCGTTGATTGAATGACAGACACTGCAGGCCTTTCCTTT
GACACGCACCCAAAAGGMGATGTCAAGGGGGTTGGTATTAAGGCTTTAGA
ATTGCCAAAAGTGTCAAAAAAGAGTTCAAAAGAACATACAAGATTCGTAC
AAATATGTCTTGCAACAGGACGATACGGGTTTTTTGATGGCTGYTGTCAA
AAGTTGTCTCTTCACCCTCACAAGGCTCTTTCCACCCCCTTTGTTGATAT
CTCCCTGAACAGTCTGTACTGACACCCACATATTTCTTACATGACCTCTC
ATGCACTAGAAGGGATTACCCTGAGCAGTTTTGCCTTTTTAACAGAGCCC
TTCTTCCTCTCCAACTTTTCAGACTTGTTATCAGCGTAGATGGTGGTCCT
GGAGACCCCACATTGCTTTGAGTGCACAAATATCATTTTTTTCATCAGGT
TAAAGGGTCCTTTTGTCGACTCGTATATAAGCTAAATAACTCTGGTTTTT
TATTTTTTTTATAAATAATTGTTTATGGTAATATATATCGAAATATGAAT
CAATTTCAATCACTCAATCTTCATTAATTAATTAATAAAAAGAGAGCAGA
TTACAATGGACCACTTGGTATATAAAATATTTAACTTTGCATGATGTTAT
CAACAATTCATCTATAGAAACGGTCCCGACTAAATTTTTCGTTGGAACTC
ATGGATTTTCAGATTGATACCAAACACTAATTTTATTTTTATTTAGATAC
AACTTTTTTTCCCCCATAATATATAAATATACATATATATTTTTTTTGTT
CAATCAAATAATACAGGAAAAATACCCTTAAGGAAATGTTTTTGTTTTTT
TTTCAAAAATCAAGTTTAAGTTAATTTAAGTTGCAAAATTTCTAAGTCAA
AAAATCTTCTATTTTTAAATTGTAGAATTTTAAATAGGCTCTTCAAACAT
ATAAAATAATGGGGTGAAAAAATTGAGTGGAGTTTAAATTGAATAACGAA
AAGGTTCTCATAAATATTAATTGATCAAATGTACTTATGGACTTAGATAT
GTATCAAAATTGCATATTAAAACGTACATTGTATTTTTATCAGCTCTAGA
TTTTTTTTACTTTTTGTATTGGTCTGAAGGTTGATTGGCTAAATTTGAAT
CACATTTATTAAGCTCTGAACAATTATTTACTAACACATGAAGAGTAAAG
TATTTGCAAACAATCGTTGAATAACAATTACAAACCTTTTTTTTTAAAGA
AAAGGCTGTAAGATACAATAATGTAATGACTCGATATAATAATTTTATCA
AAACGAAATCCTCTTTTTTCTAAAAGATGGCTTTAATAATATGTATCTCG
TGTTGCGTCAGTGGGCTCGGTTTACACAAGAAATCGTTAGAAAGATTATT
ATAAAAACTTAATTTACCCAAATTGTTTGACTCAGTAATGTTTGAAAAAG
TAGAAAAAGAGTATAATACGCCATATTTTNCTCTTTTTCTTCCATTAAGG
TGAAAACACAAGCCAGGAGCTGAAAATGTAGATAATGATTATGGTCTTAA
TACTTTAACATGCAATCAGGCTGAATTTTGGTACTGTTAATTTTGATGTG
AAAGATGTAACCTATTCTGGAAGGTCAATTGTTGAAAGTGTGGATACAAA
AATTCATGTTCATTGATGTGTATGCAGATNNNNNNNAATATGTTATTTAT
CCTCACATTTTWTTRTTAATTATACGTATTGCTCAATTTATTAGTAAATT
ATATTATAGCAAGATTTTGGGAAAAGAATCTGATCATCACATGTACATAA
ACCCGTATTTACATGCACAGTATTGCAATGCTTGGGTTGTATCAGACTTA
ATATTTGACTTAAAATGGCTACGTCTTATCTCTGCCATTGATCATTGAAA
AATGTCCCACAATTTTAGACATCCCTCTAAAAAGCATTGCTTTCTATAAC
ATAATAAGTAAAGTAGACCAGTTAACCATTTGAATTAGATTACTAAAACA
TTAAGTTTCTTTTATGTATAAGAATAGTTTGTCATTGATCTTAATTTATC
CTGATTAGGGAGGGTACTTTATATTTTTGAAGATTGATTAATGATGACGA
AATTCACACAAAGATGTTCTATGGTACAGCTCTGTGTCCAACTTTGAGGA
CCTCCTTAGAATATTGGGCATGAGTCAAAATTTTAATAACCATATATTTA
GTAATCTCAAACCTTAGCACTAGTTAGCTCTCCCATTTTTATGGAGTGGT
CAAAATATAAACTGGCTTTTCTTTTCCTTAGAACTATTGAGCAGTGTATT
TTTCTACTAACTACAATTATATACAACACTGGATTGAACATTTGTGTCTG
CTCGTGAAAGACGGAGATATTTCTTTTSCAGCCATAATTGAAAGTCCTTG
TTGCACCTAGAGTAGAATTGAGAATAGATATAGAAGTAACACTGGCATAT
ATCCCCCTACATATTGGTTTTGCAGTTATAATCGAAAACCTTATTACATT
CAGAGTGAATTGAGGATCGACCAAGGAATAATTCTTGCATATGTTTCCCT
TCCCTAGTTACAGTTCTTGTAGCTGATCTAATGAAAAGTCTTGAAAGCTA
AGCGGCTCTCCTCCAAAATATTCTTTAAATTTTCAGGTTTATCATGTTGG
ATTTTAGCCTCCTTTTTAACATTATGAAAATTTTACAATTGTCATCACTA
AATATGTTCTATTTAAGCATTCACTCATGTGTTCAACCATAGATTAATAA
ATTGTTATTTTGTTAATAACTCTACAAAGACGTTATTTTTTTTTATAAAA
ATATAGATTTGTAAAAAAAAAAGTCAATGTTTAGAATCATATGATTTCTA
TGCATAAGTACATACTAACCACAAAGAGGAGAAAACTTTCTTTTAAGATC
TCTATAAAAGATTCACTCAATAGAAATATGATTCTTTTTATAAAATAGAG
GACGAAAAGAATTGATTTTATATGTAAATATGTATTTGACAAACTATAAC
AGTAAACATGGACCTTATGATTACTTTTTCATAATACAATATTGAATTTG
ATAGTAAAAAGCAACTGTGAATATACTAACGGAGAGGAGGAGGGGGAGGG
GGGGGGGGYGACTATATAGACTGGMATGTCTTTAAATACCTATATTCATA
TATAGGATGAAATATAAATCTGAAAAACTTAGTTGTAAAAAAAAAAAAAT
ACGCACAATCTTGATATTTACGAGCATTAGGTATTTGAAGAAAAAAACCA
ATAGAAAAATGACGTGTTTTTATTTCCGTTTAAGAGTTTAAAGCTTTATC
ACGTGATAACAGTGTTTAATGATATGGAAAAAGTTTCTGATAAATATTAC
ACATATTATATTTTTCTTAGAAACCAAAAAATAATTTACTCAAAGTCGTT
AATTATATAAACATCACTTTACCATGTAGTAATTTTTGAAAATTAAGAAT
TTTATTATTGATAAAAAAATAAAATGTTATCATCTATTGCAAGATTCATA
TTACAATACAAATCCAAATCATCCATTCATTTTTTTGGCTGTAAAAGACA
ATTTAATATTAAGCAAGATTTGCTACAAAAATAAAAGTTTTTAATAGATT
TTTTTTAACAAGTGCGACATATTTTTTCAAATGGTAATTTTGATAAATAA
TATTCTTTACAAGATTAAAGATGGTATAAATATTTTATAGAATACTGTTT
TAAATAATAATTATTTGTAATTTTCTAAATGACCATTTTGAAAAAAAAAT
AATATTTTTTATTATTTTTATAGTGTTCTGTAAAAACACATAAAACTTGG
GTGGCGTAGCTCCATGGACATTATCTTCCTGAATAATTGTTTTCTTGAGT
CTAAGGTACGTAGGCTTGATTCGATAATACTAGAAACGTATTTAAAAATA
ATATAATCTCCTTCTATGCTAAAAAAAAGAAAGCGAAAATCAACGAGTTA
TACAATATGCTGCGAGCAGTTACAAGACAAAGGAAATAAACACAAGCTCC
AATCCCTATTTGGTAATGACATAGGCAGGAGCTAATACAATATCGATCCT
CAATTCTTAACCGTGACCAACAAGAACTTGCACCTATAACTCTGGAGCAA
ACCTTCATTGTCACTCTTCATCTTTTTCATGAACAAATCTTTATATAACA
CGGAACTATAGCCTTGAATGACTTCAATGCCGATCATTAATTTACTCTGC
ATCCAACAAGAGCTTTCACACATAGCTCCACAACAAATTTCCAATGATAC
TCTTCTTTTTTCACGTACTAGAATAAAAGAATAATGATAACAGCATTGGA
AAATAAAAATATTATTATGTTTGTCTTTACTAAAAGAACACGATTTTCTA
TTATCATATTATTTTTATCTATCAGTAGTGTAATGTTTACATATTATTAA
TCACTCAAATTCCATCTGCCCAACTAAATATACAATTAAAACTCAGTTAT
TAGTAAAAGAAGGAATTATAACAATAAAATAAAGGACCCCCAGCAATGTA
CCAATGTTCAAGACATATCTCACGTTAATTTTGGCCCTAATTACAACTTG
TAAAAAATCATATCTTGTATACACCATCGAAATAAGGATAGGGGAAAATG
TAATTTCGTATTTCCCGCCCTTTTTTTCAAACTAAGTATATAGTTTATTG
GTTACATTGGATCATACATTAGTATATACTACAAACGCTTATTTGACAGT
ATTTCGCATGGATAGTTAAATCGTGAATTATCGTGCATCAAAGATATGGA
ATTCTCAAAGGAAGAAATTCATCATGATTTAAATTTTACTTCCTGAAAGG
AAGTAACGAGTCGAAAGCGACAAAGAAAATTTGTATTATAAACAGGGCCA
ATAATACTCTTTTGGTTGCTGATGCACAACAGTGGTTAGAGCAATTTTTT
CTTGCTCAATTCTGGCATCTACTGTAATTAATTCAATCATTTGAAGATGG
CTTTCAAACAATAGGGACCATTATTTGTGAAAAGGAGACAATGAGACATC
ATCAAGACAACGCCAGGCTGCACACATCTTTGAGGACGCGCCAGTAGCTC
AAGGAGCTTGAATGAGAAGTGATGATGCATCCCTCTTAAAGTATGTATCT
GATGGCAAGTAACTACCTCCTATTCTTTTCTATGGCCAATACACTTGGGG
TACAAATTTTGCCCCAATAAAGGCTGTAAAAATTGGTTGTCCGAGMATTT
TGTCAGTAAAGACAGGAGCTTCTACGAGAAAGGCATTATGAAGTTGGAAA
CAAGTTATCCAACAGAACGGGCCCTAAATGGTTTAAATCGGAGGATTGTA
AAACTTCTTATAAAGCATTGAAATAAAGCAGAAAGTAGAGAATTACTTTT
TCTCAATCTATTATTAGCATCATACTTGTCACGAAAGAGATATATTTTCG
ACAGAAACAACAACGACATAACCTACATTTATACAAAACTACATAATATG
CTGTTATGTGGGGGAGAGGTATTCCTACAAAATAGAATATAAAATTGAAA
TTGATTAATGAGCTTAGAATTATATTATATTAAAATGAGGAAAAAAAGAA
AAAGTAAGAATATATATTTTTATATAAAATGGGAAAAGGTAGGTAGTTGA
ATAATTTACAAAATTATAATATTTTAGCCATTTAAATTTGCATTCTCATT
TTCATTATTAATAATATAGGCAACAAAATAATAGTAATAAAATATACAAT
TTGTGAGAACATAAATTTATGATGGGATAATTTACCTAACATATATTACA
TAGGTGTAAAACCTAAAGGGCTTGATGAGGGGAAACACTTGAAAAATGAG
GAGTTATATATAAATAAATTAGGTTTTATGTACATACCGAGTGTGTCAAA
ATTATTTTCTAATTCAGAACCCTAAACTTAATCAAGAACCATGTACTTTG
CGAGTCTAATGAGTTATTACAGCTCAATATGTCATCCAACAGCCTTACTG
ATGGTTTACAATCTGAGACTGAAGGCAGAGAGTAATGACCTCTTCACCGA
CTCCTTGTCCATATTTTCTCTAATCTGATTGACATAGACTTTCATCCACT
TTGGGTTTGGATGGGGTTTGTCACCGAAGGCAAAGTCCGATGTCTAGCCA
GGTTATTCTGTAGAAAGGACTGGGTCACTTTGACGGTGTGTGTGGGTACT
CCATCCTATTAGAAAAGCACATTGTGGTTGGGGAAACTGGCATTGACCCA
TGAACTTGGAAATTGGAMGWTGTAGTCAGKCGCCMMTAGCCTATAGCCAC
ATCAGCACTCTTAGGAACCTTGGCAAATACAATATATTAATCATTTGAAC
ACTGTTCTGCTTGACATTGCCCTTTTTTGTGAATCTGGCGCAGAGCAAAG
CTTCATTTTTGAGTGATTTTATTTATTTGTTTCACAAGTGTGAAAAAACA
AAACAGCTTAGATTCTAGTTAACTATCATCTCCTATCGGAAGTTTTAAAA
TAAGTTAACGCAACCTCGAGATATAAGCATTTAAAATGACCAGAAAATTG
TTTTGATACTCTAAGTATATGATTCTTTTATAACATACCTACGAAATAGA
AACAGTGATTATTTTCCTTTCTGCGTGTTTCCAATGATACTAAAAGGTAG
ATTTCGGGCATTCAAAAAAAGAGTTTCCTTAAAACAACATGGTATCCCTC
ACGACTTAAAAAATGTTGTAGAAGATAGCAGCTTAGAAGCACTGATGATA
ATAGTATCATATGWAAGAGACAGASCTGCCAATGCTTGGACTTTTCCCCA
AGACTTTGGGTTTAACCTATCATCTTGGGTTCTTGGGGTTTTCTTTAAAA
ATGTATATTATCTTGGGTTTTGCCATAAACTATAATAAAATTATATGGGA
CAATTGCAAGGATATATTGTTTACTTATTTATTCCAGCATATATACATGG
CTCACAGATGAACTCTGCACCCTCTTTGGGATGTCTTAGAACCAAATGTC
GTCGTGATATATATTTTTTTAATATACCGTTTAAAAATCCGACAAAACAC
AGATATTCATTCTAATTTTATCGCAATGGAAGAAGAATATTTTGAGCTGT
CGGAGAGTCCGTTCACAGAAGAGGATTGGATATAATAGAATAACATAAAA
AGGAGGCAAATATATAATGTGGCGAAATCTTCTATAGGCAGTATTACCAC
CCGCGAAAGTTTTAGTCGTCACGCAGAATAAAACATATTTCCATTTAATT
TATTTAGTTAGTCGAGTGGATACAACCTTTGAGGCTAAWCAGTTGCGTGT
TTTWGTTTGCCCGTTTTTTTTTAAGTCGGCGAGTTGCAGTATATAAAATA
GTTATAAATAAAAACCTTCATTCTCACACACAGCAACTTATTCATATGAA
GAAAAATCTTTTAGGAAAGGATTGATCTAATATATTATTATCTAATAAGG
ACTATTAATAAATCTAAAATATACCTTCAAGTGCTATTATAGATTCTTAC
TTGTGTGTATATATAAATACTTAAGGCCTTTTTCGATATTAGGTATACTT
TCTTCCTATGTATACATATATATAAAGATATCTTTATTTGTCTTGTAGGT
ATAACCGTATCACTGTTTGTTTTTATCATCTAATTTTATAGGAAAATACA
TAGCTAAATAGCTTTCTTGCTGTGTTCGTGTTTTTACTGACTCAAGAAAA
ATGAGTTAGCGGCATTTTTTGTCAAGAAAAGTTTATTAATTATGTTTTCA
GACATTTTTACAATATCTGGTGGTTTTTTTTGGTTACATTCATTACACTC
AATACGTATAGTACAATGACCCATTTTACTATATTGTATTGTAAATATTG
TAGTTTTTTTTAAAAAGAAGTAGTCTGTTTTAATTAGCTATTATATAAGA
CTAGAAGTAATAATTAAATAAATAACTGATTGAATTGCATAATAAAATTA
TAAATAAACATTTTAGATAAGAAATATACCTCCCGAGATACAAAATTATT
TCATCCTCGGTTATGTCTCAATTTTAAAAACATTTAAAAAGTCCAAAGTG
TTCACTTAACAATAGTGAAAAAAAAAATCAATAATAATTATAAAAATACT
TGTGAAATACGTAATTTGTTTATAAAAATACAGTATTTAAAATTTCTATA
GTTATAACATATATATATAGTATAAAGGCAACTATGCTTTCTAAAATTAC
TTGCTATATTTGTTAAATTTGCCCAATTGACGTTAGGATTCCGTGTTAAA
AATGCTTTGAAATCCTAATTCAATATTTTTTTGTAGTTATTTAAAAACTT
TCTGACCTTCAAATTGATATTAAAAAAATATGATGTTATAAACTTTATAA
TAATATTAAAAAATGTATAAAAGCAGAACGGTACACATATAAGGATCTAA
CGAGGTCATATAATAATAATACTAACATATGGCTCTTTCTTACTTTATGG
CTTAATGTTTTGCAAGACTGATGTGTGGACAACATGAAAGGATAAAAAAG
TTATATTAATTACATACATCAAACATCTGTATGAATCAACATTTATATTA
CTTTTATGAATGTCTGCAATAAAATTATAGTTATGTTCATAAAGTTATAT
GATGTTTAGTCTAAAAAATTAACGCACTTAAACAAAATTCGAGCCTTTCA
ATTCATGATAGATATATGTGACCTACAATTTGTAAATTATTCAAAAAAAA
TTTACAAGTTAGAACCAAAAAATGTGATGCAGAATTCAGAAAAGTTGTGA
AAAGGATAATGGAATAATTGATATGTAATCATTGATACGTTCAAATCCCT
ACAGTTGCTGTATTTTTGAATAAATACATAATTTTATTTACTAGGAAAAT
TACCCAAGGACGAAAATTGCTTAATGTTGAGTACATAAAATTTTAATTCA
AAGACAGCTTTAACTTGTTAAAGCCTTTGAGATAAATTTTTAATATCCCA
AGAAAGTTATCATTCTTAAAAACAGGGAGCATCCTAAAACAAGGGACGGA
GACAAACCCTAATGACTAACTATCTCAATAGCTCCGGAGTGTATCAGTTT
TACAATTTCCATATTTATAGTTTATATAGCTCCCGAAAATAAAGACAGAT
TCACTCTCACATGTGAAAATGAGGTTTTTTTAAAGAAAAATTGGTGTTTA
TAACCACTTTCACTAATATAATTATTATCACTCTCACTATAATTGACTAG
TTATTTAAACATTAATTCGTTCTTGTGTGATCAAAACTTAAAGATTAATA
TGAATTTGACCTATTTTCCTTTATTTTCTATCTGGCCATATTCAAAAAGA
CAAAAAAAATAATGCAATTAGAACTTCATTATTTTAATTAAAGCCCTTTA
ATGATAAAAGTACATGAAACAAATAAATACATTCAAAAATCTGAAATGTC
TTTAAAACATAGCTTCATGATTTCAGGCTATTTGAAGAGTAAGTAACTTT
GTATGTTCAAATTAGGATTCCTGGTGACAATATTCCACATTGGCCACTTT
GTAATAATACAAAATTGACACTATTTGTTTTTGATGTATTTTTAATTAAC
TTGATGCCCTCTGCTATCTAACTAAAATAAAATACTTATTGAAACATTAA
AAAAAAAGGATTTTTGAAATTCTTAAATTCGTGACACAACATTCATTATT
TTATAGACAGAGAATAAAATAGTATTTACTTATATTTTTCTTTATTTGCT
CAACAGCATTTGGACTCTGCGACTCCACATGGGTTAAAAGTCAAAAATCT
TACAACCGCATGGATCCTCATACCGCCGTGTCTGATGATCAGGAACCTAC
ATTTATCACATCTCCAGAAACTTTTCGGGTGCCAGTCAATGATCGAGTAA
TACTTCCGTGTAATGTTCAAAACTTGGGTAAGTCTACATCTATATATAAT
AGGGACCAATATTTTGACAAGTTGATTCAGTTTTACATTAATTAGTATTG
CAGCAAATTTGCCAATTGTTGCCTATATTTGATGTATCTGTATATATAAT
TTAATTTTTGTTAATACAAAGTTTACATTAACAGTTTTATTAAATAAATA
TTTACTCATACCCAATTGTAAATTACATTTTAAAAAGTTATTTTTGTTCT
TATTCAATCTAAAAATATTTAATATTAATTTTATTGGTGGTCACACGACT
CATGAATAAAATTAAATTGAATTTTCAATTTAAACATTCNATTATTTAAA
AGCCTTATTTTTTGGATTCCTTCCTATTTTAAAATTCATATATACTTTAT
TATTTGTTTCCTTTTTGTTATTAAATTGGAGTTTTTGAGRTCGGTTTGGT
TCTTATTATAGATCTTAAAATATATGTTGTCTATGTTAACGCTCTTTGAA
AAGTCCAAGTCCTTATACCAGGATATTTTTTCTCTAATATTATTGTTTTG
TATCTTAGTTAACCAGCTTAATTAATTAAGGTTTATATATTCTTTGAAAA
TATTCATTGGTATTAACTCAGACCTAATTAAAGTACTCATTATTTCTGTA
AAAATTGGTAAAGATTGATTAATAATAATTATATCCTACTCTTTATCTAG
TAAAGATATAGACAGAAAGTAGAAAGATGTTCATCCTCAATTCTACTACG
AGTCCAACAAGGACTCAACCTTATAATTACTCAAAAAATATTTCAGAAAT
CCTGCTCATGTTAAAATTATAAAATGAGTGTGATCTTCCATATTCCCATT
TTTTAAGCTATAATTATAACTTTGCAAAAATCCTTAGAGTTATTCATGAG
CACATACACTTAATGTTTCTCCTCGAGAATGGAATAATAACAGCTTCATT
TTATATAATAAAAAAGTCGTTGTAGGTTGCCCACAACAACAACAAAAAAC
CATGTAAAATGGTCAGGATTTATATCCCAGAGTATACAAAATATTCAACG
AATGCTTTGGATCATATATTTTGATAACCTTAAAGAGATCAAGCAATCAC
TCAAAAAATATATATGTTATGTTTATGTGTAGAAAAAGAGATACTTCAAA
GAGGAATAACACACCTTCATGTTTATTCAAACACATAATATGTAAAATCA
TGCTTAGAAATTAAAGATGACAATTCCTGAAAAAATATACATATATATTA
CCGAGTGTACCATTAAAATCCGAACACTTTGAATTTTAAACTTCAACAAG
ATATAATTTATTAAATAACAATAGAATTTCAACAAAATTAACACAATAAA
TAGAAATGTATCTGAGCTCACTTGATCATTAATGACGCCTCCTTTAGCTG
CAATGATGGTTTCCAAGCGCCGGCAGAAGGCCTCGTACCCCCTACAGATG
TAATCCTCCGTCATGGTGTCGAAGTGCAGGCTGATAGTGGTTTCGATTAC
CGAAACCGCAGTTTCACGTGTCATTTTCTTATATTGTGCGTAAGCTCAAG
TTTATTTTATTTCTTAACTAATTGCTTATGCTTTAATATATTGAAGTATG
AATTAATTTCAATCTCTCAACCTCCATTAAGTATTCAATTACTAAGTGTT
CATGTTTCAATGGACCACTTGGTACTATGCAAAATCATGCTTAGAAATTA
AAGATGACTATTCCTGAAGAAAAGGATATATTACAATGTACTTTACAGAT
ATTTCCCTTATGGCAAGTTTTTATTACTATTTTATTTTATATTTATTCTT
TCCTATGCAAAAGTAAATTCTTGTAAGGGCAATAATGGTTCTAGACTATA
CATACATTATACTGGCTCTTGAGTTAGTTAGTTTTTTAATATTGAGGGTG
CATAACTCAAAAAAGCTCCTTGTGGAACAAAATGATTCAAATTTATAAAG
TTTGAATCATTTTTTGTCAACTTACTCGAATACTCAGCATAGCTCAAAGT
TATTAAGCGTCAAAAAACGCACTTGCTTCAATAATATAGATATGTACTTC
CCCTTTCGTTTTTTTATGTAACACACTCCCATTAGTTACATACACTCAAT
GCAAAATTGATATTCCTTATATTCTGAAACTCTAAGATATTGACCAAATA
CTCAACAATGAGTTCATTGCAGAGAGGCGTACAAACTTTGCTTTAGAAAT
ATAAATGTTTAGTGAGGTTCCTCACTGCTTTCAAAGTGTTTGAGTTTAAT
TTTTGTTATTGGGGAAAGAACATTTTTACCCTCAAGTAATCAATATATCT
TATGTCTAAATGAACCAATATTTTAATAAAAGAACTATGTAATATAAAAA
TTTTCTATCTTAAAATGTTTATTTTTTGTATTAAAAGACTAATCAAATAT
TATTGTACCCCGTATTAAACGCACTTTTTGTCCATTATCTCTAACATAAG
ATCTATCATTTTTTAGAAAGACATTTTTTTAAATAGAAAGTACATATTTT
TATTCAATATGTTCCTTATGAAATCCAATTACAATAGTATATTGCATTCG
AAAGGTTAAAAGGCGATATTCATAGTAGAATATCCCATAAAAAAATTAGA
GATACTACTTAAAAGTCCAATAAACACAGCTTATATCAATCAATAACTGT
AATATGTCCCACTCCATGGAATTATAGACTCTTGCAGTAATCACACATAC
AACTAAGCTTGTTTTTCTTTATCATTCCTCTTGAAGGAATGGATTAAAAA
ATGACGTTGACTTATTTTACACTAATCCAATATTTCCCTCATGTTGTTAT
ACAAATTATGCTCCTGGTTTTTAGTTATATGGCTACTCGTATAATGACAG
CAAAAAAAAWACTTACTATTTRAGTGCGTGCTATACGCTATACATATATA
CAGCAATTTATATTTACAAAACAATTTTTGTGGAAAATTAAGCATAAACT
TTTGATAGATGGTGCATTTATCTAAAATAGCTATTTCTAATAAATGTTTA
TATTACTAATATGAACTATTTTTAGTTCAAAATGCTATTATTTTCTTTAA
AGTATAAATCACAAAAACATAATTTCTATTTTGTTGATAGCAGTCGATAT
TACTGCTTTTTTCCTCCTAATCAGTGTTTCTAACCGTGATTGGTTCAACG
AAAATTATGTCCTTTTAAATTGTGAACAATGCCCAATAATCATTATAGAA
TAATAATTCAATGATTGGGAAAGCTACCTATTACCACTTGGTAGACTTTG
TCTGCATTTTTTTGCAGAAAAGGATCCATCATGTAAACAATGTAAGGGTA
TGTCAAATTTATACAAAAACTGTTAATTTGATTCATTAATTTTTCTCTAA
ATTTATTGATATTATTTCCTTTTTCTTAACTTTACGTAAAAAACATAGCC
GGTAATTTAATATAAATTAGGAGTTGCTCAATAGCCTAAGAAATACCCTC
TATCTACTGTATATAAATGTTTTAACTTTCTATTAATGACTGCTTGACTG
TCACGTTTTTCCTACAACGCCCATTTGAATATCCTTTTAAAACTTATAAT
GACCTTTGAAATCTACATCTCAAAATGTGTTCATTTTTAGTAGAGTTGAT
ACTCCATCCAAGATGGAAATATTTTCCCCATTCCGTCTTGGTTGATTTTT
TCTAGACCAACATTGACCTATATTTTGGTCCAGACTATTATTATGTCAGA
CCATATCCTGAAATGCCATTCTTTTCTAGTTATTAAAATGGTTTTTGGTT
TGAGTATATGATACATACCATGTTTTTTTTGGGTCTTTTTGTCTCAATGA
ATGATGTATATGTTGTTTTTTGACATAACTGTAGATCAGTACTCACTATT
TTATAAAACACATGACGTCATCATAAAACTCATTTAATCATTCTTTCATG
AACAATTTGAAAATGAGACTAATTTTTTATAAGATCTATCCAAGTATATA
TTTTTTTGTTTACGAAAGATCCAAACCATTTTTTAGAGTGGTCCAGAGCA
AACTTCTTTTAAGGATCTAATTAGTGTCGTCCACTAACAATCTCAGATCG
TTATAACATTTTCAGACCAAAAACTCAACACTTCTTTTAAGACTACATTG
TGAGAGAATAACCTTTAACAAGATCGAAAAGGAGTAAAACATTGTGGCTC
TATCACATACTTTTTAATTCATATATATTTCCTTTTTCAAAATGATTAAC
TTTGGCTGCTACCATGGCCTCCATCTTGGCTTAAGCACGCTGAAGAAATA
TATGATGAAGTCCTGGAGACATTGAGGCAATCCAAATTTCAGAGAGAGAT
AACACAGGTTCTCTTCTCCAACGCCATAGTCGAGTGTAGAACAGTCTGGG
GAGGAGGGTTTAAAAACGGATGCTTACGACTTAATCAAGTAAATAATTTA
TGGTCTTTCTAGACCCAGTTGGCCTTGGTTACTATTAAAAGCAGTTGTTG
ATGCCGTCGTACAAGGAAGGTATTTCTCAGATCCTTCCCATACCTCCTCA
AATTCTAATAACATACATTGAATACCTTGTCATGCTGCCTTATTGACTTG
TCCGGACTTCTTGGGATCACAGGTACCACGTCCGCCATTCTTCCAATTAA
CCGATTTCTAGTACTGCCCGATGGCCTAAATCGCCTTAACACTCACTGTG
GGGAAGAGAAATCAGACATCCTTTTCCATTTTACTTTCATGCTGACAACT
GTTGATTTTTAAATTTTTATTTCTTTTGTTTATTTTACCGAAATAGTTTA
TATTTTTAATAATGCAACCAAGTATTTTAAAATATTCACTCAAAAGTAAT
CAAGAATAATTTAAAGCCAAGTCTATGACTTTACCTGGCACACTGTTGAG
TGTATAGGTTTCCCCCCAACATTTTGAAAAAAAAAAGACATTTTAAGGAC
CAGGCTAATATATTATATGTATATTTATTTATTTATTTAATGTGTACTGA
AATATATGAAAATTATTTATATGGGTATGTAAATAGTAGGAAATTATGTA
TCTAACTATATACATGGGTATATACGTATGTAAAATACATATCTTCGTTT
GTTAGGAAGAAAAAATGAACAAACAAAAATAGATAAGCTCTTTTTTATTT
TTTTTGTATTTCCATACAATTTATTCACCTTGGTAGTTATGTATACTGAG
GATACGAAAAAAAATTATGGTCTTTTGTCCATGTTATACATAATATATAG
GTAGATAAATAAGTTACCAAGGATATGTGTTTATTTTGGGTTAATGATCA
TTATTATTTTAGGAACATTATTAGTGATGTAAAAAATTTCCAAATCCTCA
AGAACACGCATTTTTTTATTAACTATATAATGGTACATTGCAAAATATGA
GCATTTTTATTAATTAATCCACTCCAGAGTTATAAAGCAAGTGGGGATAC
GAAGACCACGTGATCCATTTTTGTACAAAGTACAGGTACTAGCAACATTT
TATTTGGTCCACTAGGGGCGTTAAGAATACTTGAATACTACTCTATATCT
AACAACAAAGCCTGCATGAATAAAGAACTGCATAAAATATGATTTCATGT
TTCAGGAATATATTAAAAAGTAATGGTAATAAATCTAGATTCAAAGGAGT
AAATATAGTTAATAATAATTTTTTTAAACCTTTGATTAAATTAGTATATA
TGTCTATTTTATTTATTATTATTATTTTTTCTCACTCATTATTAGTTTAT
TCTGGCCATCAATAGAAATGAGTAAATAGATGAATAATTAACTAAAATAT
TTGTTTTACGACTAATTAGTATTCAATCAACAAATAAAAATTAATCACTG
AAAATGTGCTTATATGTATTTTATGTAACATTCTAAATGATAATTATATT
ATTACCTTAAATCCAATAGGTGATCATGTGATCGTTTGGAGGAAAGGACA
CGAGGTGATATCAGCTGGTAAAATTTTAGTTAGCCGTGATCCACGCTTCC
GACTTCACTATGATGATTTCCGTCTCGAGTTGAATAATATCAAGCCCATA
GATGCTGGAGACTTTGTGTGCCAAGTTTCTATTCTTGGAAAGGCTTTAGA
AGTTGCTCATACTGTTGAAGTATTGGGTAAGTTATTTTTCCTTTTTACTT
TTGAGCAGTGTTCCCCTATCAAGTATTTTTTTAACAACAAGGTCTACAAT
TAACTTTTGTTTTAAAAAGATTCATCAACTAACATTGCAGAACATTTTCT
CTACGTCATAATTAAAGACAATGCTATCTTAAATGCACATAGTTGGTATT
TTTACAGCATAAAATATACCATTTTCCAATAAATGTTGATGAAATTCCAT
CAAATGGCTTTAGGAATAAAAAACGACTACACACCTGGTTTGAATCCTAC
TTGATGACAATGATAAATAGCTATATTTGAATTAAATCAAAGTAATATGT
ACTGAAAATCCAAGAAAATGTCTATATTTGTTTGTTTTTTTCTTGTTTTT
TTTTTGTGGGAGGGGGGGGGGGAAWAGATTCAGGACGAGAATTWTAGGGC
AACTAGMGAAAAAAATCTTAGTTTTACATTTCCATTGTTAATTTATTGCT
TAAAACATGCAAATAAGATTGTATATCGATGTAATAACATATCTTTAATA
GATATTAAAAAAAAAAAAAATGAATGAACACGATGACGTCACCTTTGGGG
AGAAATCAGAGAATAAGAATACTGTTTCATAAGGGTGGCAAACCCCGAAG
TGGCAAAGATACTAGGTCTTTTCACGAAGGAAGTGCAGGAGATTGGGTTT
GTGATTTCAGAGGCAAATAAAGAAAATATTAAAAATATAACTTATGCTTA
AATCCTGAAATAGATCTCATGGTTAGGGTCGGTTGCCTGCGATGTCGTGT
GGGAGTCAGCAAATCTCCCATCTCTCCTCCCTATTAGTGAACAAGTAATA
AATTAAAGTTTGATAGCATGAAGAAACAATGCTCAAATTCAGACATACTC
GTAGAAGTTTGAAAATGAATCCAAGAATACCTAAACATCTTGTTGGAATC
GTTAATCAAAAAGCGGAGAGTTGATAGAATGTATAGTTCATACACAAAGG
CAGTAAAATCAACTGTAGAGTCTTCCAACTTGAAATCCGTGATTTCGGGG
TCCGACTCCTCATCATACTCAAAATCAAACAAGGNTTATCTCCAAAGGAC
TATCAAACAACATCATGCAACAGAAAATGAAAATCAACAAAAGATTTATC
ATCTAGGTAGTAATTGTGTAATGTCAAGCTTGAATATCTTATAAGATCCA
AAATCCAACCGAGTTATATCTGAAGAATCATTTGGTTCATCATTAAATGA
ACAACACCACATTAATTGCTAATCCGGGCAGATGAAATATTATTTTCTCT
TGCTTATAATATTTTAAATCAGTCATAGCAATCCATCAAGTCAAGCTGTC
CTTTTAACTATACCAGTAACAGAGTTAAATAAAAACACTTTAGGTCCCCG
GAATCATCAAGGAAAATACCATTAGTAAACAACGCATGAAGAAGAAATAT
TATCGCCAGATAAAGAAACTGATCCCCTTGGTGTCCAAAATTATCAAATT
AAGCCCTGTTCTATGACTGAGGCCTTAATGCCTCCTCACGTGGAAAGTCA
TTCCAAAAAGAAAAGAGGGAGCCCTACAAAATATTAATAGTCAAAGGCCT
CCCAAATAAAAAATAATTTTAAAGAACTTGATTTTTCATTTTTTTTTAAA
TAGGTATTAGAGTAAGATATGAAATAAAACTAAATCCCAGTAGAATAAAT
TTTTGATAAACAGTAGTTTTATTTGTCCTATATCAACACTGCTGACGTCA
CATAAAACGCTTTATTTTTTTAAATTAGTACCTAAATATCAATTACTACA
CACAAATACATATACTCTAAAATAAAAACTAATTAAACGAAATAAATTAA
GAATATCTAGATGTACAGGTAAAAAAGTGCAACCATGCAACAAAAAGTGA
CAGCTGATACTTTATTTAGATATAAAATTTGAGGTTGACCCTCAAATTCA
AAGACTAATAGAAAATAAAATGCAATTAAAGATCTACACAATTTTCATAG
CATTTTAGTTATTGGTATAATTCGTACATGGAAAACTGCCGTGGAGAAAA
TTGCCCATGGAGGAAAATTGTCAGTTAGGAGAATTGCCCGTATTTTGTTC
CAACTTCATGATGAATTTTTATGGGGGCAAACTAGTAATTAATCAACATT
ATCATCATATTTTGTCAAATTTCAATGCAATTTCATGACGGCATGCCCCT
TAAAAGGAATATCCAGACAATCGAAGGAAAACTAACAGACCTCATAAGGG
AGTAGATTGAACTCTTTGCTTAGGAATGAGATACCAGGATCAGAACAATA
AAGCAATCCTTTCACGATGCGTACAGAATTTTTATATTTAAAAAATGGAT
AACTTAGTAATTACCAAATGGAACAAAAATCCTTGGAGATGCATATTTTT
TTAATTATATATAGAATATTATCTAAAATATAAACTTTGAAATTCCTCAT
CACTATGTATTATGAATAAGTTAAAAAGGTCTTCAGAAGAGTATCGTTTT
ACATCCTTTTTCAGCTGAGAAATGAAAATATATTGAGTTCAGAACAAGAT
ACAGAACCAATAAAAACAATTTTGTATATAAAAATAATTTTGCATAAGTT
TTAAAATTCCCATTTTGAATTTGGGGATTTTTTTAATAGTAAAAACTTAC
TCTGAAAGATAATAGTCCCCAATTAGTATAATCCAAGATATTTCCGATTT
CAAATGATTCAGAGAAAAACTGAGATATGTTTTGGATTCGGCTTTAAAGG
ATAAATTCCTATTTTAGCTTGAATTCATTTGTACATAGTGATTGTTCCCC
TGTGTTATTTGTCATTGACTTGTCAACGAATCTAAAACTTTCCATGTTAA
ATGTTTCAATGACTTTGAGCATAACTCGTTCCCTTTTTTCTGTTTACCAT
ATATTTAGCACCATGAACAAAACAAAATATGATTCAAATGTTATACGAAA
TAAATAATCATAATAATATATTTTTAAACCCATAAAAAATATTTATAGTC
ATTGAGAATAATTTTATAATGTTCTTTGTTATCTTGAAATTGCAAGAAGA
ATCCCACCAAAAAAATAAAAGAGTGTAATAAAACATTGGCTTAACTTAAA
TTTATTAGGAAGTGTGAAAGCTACAAATTTTTCTTATTTTATAAAAACAT
AGATTAAAACTCTTAAATACTCTAAAAGAGGTTTGCAAATAAACTCTTTT
TTTTACAAATTTAAGGCTATTTATTTCTACCTTTAGAAAATTGATTAAAT
GAAAGAGATCATTTCATTGAAACAATCGTGTTTTAAATGTCTTATGAAAA
AAAAAAAATCAAATGATCAACCGAACAGAATATTTCAATTCCTTAAGACA
TTTACTGGGTGGCTTATGAAATCTGAAAACTTACTAATTCAATAATTAAT
GAAGTTTAATAGATTGAAAATAATTTATATTTCGATTTATTAAAGTATAC
ACAATTAATTACTAAACAAACCTGAGCTTTCTTGCTTATGTACAAGGTGA
GAAAATGACACTTTCCTAGGAATTTTTAATTGCACACTCCAAGCTAGAGG
ACCACTGGCTAGGCCGTCATCAAGTCTTAAACGTTGGAAAAGAAGAAGAA
CTCTGTGAAAAAGGTCAAATTTTACCCGGAGGGCTTAAAGAAAACWGCCC
AGGAAAATCCCCTCAAGTCCATGAGGGCCCNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAACAAGAAATCTCAGG
GTTTCACACCAAATTGTGAGGTCTTGTGAGGGTGGATAGGCTCCTTTTGA
TACCAGCAATGAAAAAACCCCATCTCCCCTGTTGTAAGACTTTTTAAATG
AGTCTTTTGGCCCCCCTAAAACCCTGATGCCAACCCTCTCGAATACATCA
TTTGGGTACTTGTCGAGGGGAATGCATGCAGAGTCCGTCATCCAAACACC
GAAGCCATCAAAACCACTGTCAGCCAGCATCGGGGCGCAATAACAGAGGA
TTACATATGCAGCAGGTGACTGGCCTTCTGCCACCACCTGAAAGCATCAT
ACCCATGAAGGTGTCTACATTAATGATTAATTTTTCGATTCCCTCATTCA
TCAAATAACAGTTCTACTTTAAAAAAATGACCCTTAGTTTTACCAACTGA
GGGCGAAAAAACATTTAATAAAAAGTCCCTTGTAAACAATGTCCCCTGTA
TCAAAGTATTTGTGATATTCTCCATAATAGTTTATCAAATTTTCTTTGCA
TATTTCTCTCTAAACAATACGAAATATCAGGGACCATTGTCAATTTGATT
TCTTATTCCCTGCCTGCCCAAGCAACGCCTGGTAACCCTTTGCTAATTAA
GGTCGTTTCCTGATTACCTCTACTAAACTGAGTAGTTGTATTTGAGAGAT
TGGGAACCACTTTTTTAAATATTCTTTTGAAGAAGTAATTTGCAATCAAA
ATTATTATTTTGCATATTGAAACAAAATTACGTTTGTACAAAAAATAAAA
AAACCTAAAAAGGTTTATGCACTTTTATTTCATTAGTATATTAATGCCAT
TCTAACTTTTTCTTAATTCTCATCAAATGATATTCAAAGTTACTTTTATA
AATCTGACAATACTACCAAGCAGCGATAGTTCTTCTATGAATCCTTAAAG
GGTATATAATTTTATCAAGTTTTACAAATCTACCTACTTTCGAAACAAAA
GTTAAAATATATTGTTGAAAAATAATTTATGAATTAATTTTGAATAAAGT
TACTATTTTAACGGTCATACATAAATGCACATGAATTTAAAACTTTTCAT
ATCCTTTAAAGCACAACTTTTCAACTTTATAACAATAAGTAACTCTTTTT
TGAAAATATTAGCATAAATGGACTACAACTTTTTATGAATAAATAATCTT
TTTTTTTTTAGAGAGAGAGAACGGTGGGTTTTAAACATTGTTATAACTAC
ATAGAACTATTTGACGAAATATTTAAGGCAGATGTTTCTGAAAGCATATA
CAGAGAGGTTTTAAATTAAAGTTCCAGTAACTTCATTGGCTCTACAATTA
AAAATATTCTGTGAAGAGGGTATCTGGTACTTTCCAGTTAAACTATTTTA
CCTCAGACCATCTTGCCTTAAATACATTTTGGGTGAAGTATATTTCCAAA
GTAATTATCCAAATAGTAATGTTTATTACTAGAGAAACATTAAATAGTCA
TGGTATAATGTCCTAGAGGCGTTTGGCATCTAATTGGGACACTATCTTTG
AATGCCACAACGAATCTTCACTGTCTCTTCGTCTGACACATTCTTAATCA
TAACAATCTGGAAATCTCTACTCATTCCTCGTAACAATTGCTTTTAAAGT
AATAAAAAGTACATTTTTTGATTTAAAAATTGAAGGGGAACATCAATCGT
AAGGAAAAATAACGATGCATAAATCTCATTTATTTATATGCTATGGCAAA
ATATCCTTGAGGAAAAATAGTTTAAGACGAAAGCATGTCGTACGTAAAAG
TGTGAAGAGATTGTGTTACCCAGATTAAGTTTTGAGGGATCCAGGTCACT
CAAAACAAAGTGTTAATTTTGAGGTAAAAGGATTTTAGGTGGAGGTTGTG
GATGTCCACTTTAGTTTATCTATTACAACGATAAGTATGAAGACAGGAGA
TGGAGAGGATTAGAATTACTTTTGTATTGAAACTTTTTCCAATGTCATTT
TTCAAAAAAAAAGAACTTTGAAAAATGATCATTTTGATGAACGGACACTT
TATCAAAAAAAAATGAATATATAATATTGGATGAAAATTCATGTTGCTAT
AATAATTCATTGTATATTAGGCTACTTTAATGACAAACACACCTTGATAT
CTATTAGGTCAGAGACAATCTCGGGATAAGAAGTGACAATCATGAGATTA
CCAGATACAAAGGAGCTCCAACAAATTCGATAAAAACGATTAATTCATTT
GCATTTTCCATTGAATCTCAATCATTGACTAATTTACTGACTTCTTCTCT
CCTTTGTTAATTAATTATTTTTTTCTAATTGTGGTTGGAGACAAGTTTTT
AAACATCCTTGTAACGAAATGAATCAACTTTGAATCAATCAACACTTAAT
CATTACAACTCGTAGTAAATAATTATAAATATTTTCTTCCGTAATTATAA
TATAATAAAAATAATATTTATCAACATGAATCATCAAAGTGTCTGTTCGA
CAATGTGGCATTGAGGAATAAAGTTTTCGCCAAAGTATCCGTGGACAATA
TTGAACATCTCTTGTTTGATTGTAGTATATTAATTTATAAATAATTTATC
CTCTAAAGCTTACTAGTTGAATAAAACATTTCTCAATTTTATATTTTAGA
TTATAAATTCAAATTACAGTAATGTTTTTATTATATCCAACTAGGTGCTT
AACTCTAGGATAGTCTTAGATTAATAGCATGGATCTCTCTTGCAAGAGGA
GCATTTTCTATACTCTTCTTCTTATGAATTAATTACATATTATAAATAAA
CATTGGCTAAATATTTATTGCAGATGGTTCTTAAAACATATACATGCATG
GTCAGGCATAAGATTGTGTGTATATCTGGAACAAAATATAAAAACAAAGA
TTCTTAAATAACTTATAAAATACATATATATATATATATACAGATATAGA
CATTAAAAGTTTATCTTGTATATTTGTTTCTTTATACATCCTTAAGTCTA
TACATGGGTGGAAAGTAACAACATTGTTTGTATGACCTATTTATCCTTCA
CAATACTTATATTTAGGGTGAGTTTAGTGTCAGACAAATTCTTAAATTTT
GACGAATAACGATGAATATATATATTTTTTTTTTTGGTTAAGTAGACGGA
TATTACTCTTAAAACACCAGAGAATTTAAAACACCTATTATACGGCCTGG
GTCTTTTGAATCTATATTTATTGGTTTGCATGTTTTGATCCTTTAATGAC
AAAAATATGTTTTTTTACGTTGTTTCTTCATAGACCATAATAAGGTCAAA
TACATATAGATTAAAGACAAATAGTTTTTTTGATCCCTTGCCGATGTTGT
AAGTTTGCCCACAGACAAAGAATTGAAAAGTCCATAATTCTGATAATATG
TTTTTTTCAGTAGTGAAATATATTATATGAACTAAAGAGAAACGTAGTTG
GATGAAGAAAAATGTTAAGTATAGCTCCAAAAACACTATTCTCAGTGTCA
AGGAGGTTGAAAGACTATGTTTTATGATTGTTTTTACCTAGGGGAAATTA
CAAAGTCATCACTTTGAAGGGAGGATGAACATACGGGAAATCTTGGGCGA
CAACATCCTTCCTTCAGATCAGGGCTCTAGAAAAGGGTGATTGTTATATA
TCGTCCATAAAGACAATGATCAATCCCACGGCCATGGAAACAAGGAGTAG
CTCAAACAGAAGCACTTTAAGGTCAGGGAGTAGGCTGATCAGACACCAAA
CCTTAATCCAATATAAAATATTTATTAATGGCAAACTTACAAAATCGGAA
AGGGATTGTTTACATAATTTCTTCTACTTTAGTAAATAAAGCGATTAATA
TCTGAAAGAACAAACATAATATTTTATTTTTTTCTTGTAGTAACTTATTA
CTCTTTCTAGGAGCAAAGTTCCAATTTAATATTTGTACCTAATTAAGACA
AATTTTTGAACTGTTTAATCTTTATTCTTGATAAATATGGGAATTTTTTA
TTAAACTACAAGTTTTCTTATACAATTAAAGTTTGGCGAATAAGTATCTA
CTTGGTCCATTAGAGTTGTAAAAGTTATAAATTTATATGAAAGAACTGGC
TCSTATATTTATATTAAAGGAAATTTTTTTGAAGTTGATTGAGCTTGATC
AGAATTATGTATCATTGAAGTTCAAGTATCCTTCGAAAAGGGCGTCCGTG
CTTGAAAGAGTATAAATTTTCAGTCATAATATTTTTTTGTTGGGGTAAAC
ACTCTCACCAAAAATAATCAAAAACAGTGATGACCGTGTCAAAAAAAAAA
TCTTATGGAATGCCTCACTTAGTTATTTTATACTTAGATGTTCTTCCTTT
TAAAATCAAGTAATAATGCTTTCGTAAATATTAAAGACACTTCAAATTCC
CAAATAGAAAAAAATCTCCTTCATGTTAAGTTCATATTTTATCCACTCTA
TTCATTTACTTTGTTTCTAAATATATATTTGTTTGGATAAAGTCAAACCA
TTAGCTTCACCCTAATATATATATTTCTAGACTGATATAGCAAGAATAAG
TAAGATTGTAAGTTGAAATTTTATTTTACTTATATCATTAGACGAAAATA
AATTAAAATATTCAAAAAAATAAAAGATTTTTTTTTCTCTTTAAATGCAA
AAAACATCTAATTCATTTGGGGATATTATTTTTGTGTGTGAGTGTTGCTC
ATTGTTGTTAGTACATCAAATAGATAAAATACATACATGTATGTGTGTAA
TAAAATCTTAGTAAAGAAAGGATAAGATAAGAAGGAACGAAATAAAACTT
ACTCAAACAGAAAATTAGTTCTCTTCATAAACCTTTCTAAAATTATTCCA
TACGTAATTTATTCGTTACATATTATATTCTGTACACATTAGAATATGGA
GATAAGTACACTTGTGTAGGTAGGTATGCAGATTTGTATATGCTAATTAG
CATTTCTTATGTTTCAGAGATAAAATCTAATAATTACGTCTGAGAGGATA
GTATATTTAAATTTATAAATTAAGCAATCACAATACTTAATAATTCTATT
ATGGCATACAAAGTAGAAGATACATTAATTAATAAAGGAATAAAATATTT
CAAGACTTTATGTTCTTTTATATACTACTACAAGTTGATTTGACTCATAT
ACGTCCAAATTTAAACAAAACATATTTATGTACTGAGTGAGGACCCAAAA
CTTGAAATAGCACGTAATTTCTATGGAATCAAGAAAGTACAACACTATTC
TATTTGAAAAATGTTTAAATATCACAAATAGCTATATTTTTCATTTAATA
TATCCTCCTTTACAAGCAAAAACAGCATCGACACGCCGTTGAAGAGATTG
ACAGCTCTTCAGGATGCAGACCGTCTCCATGGAATACGACACTGCCATAA
ATGTAGCTCGGATTGAATCAAAATTTGGATGATAGGTCCTGTAGACATTT
CACTCCAGGTGACCCTAATTTGCAAAATCTAGGTTGTTGAGGTCAAAGCC
AGCGAAGGGCAACACGAAGATACGACAGAAGTCAGCCTTATAGTAGCTGC
CGAAGATTTGGTTCTCCTTGCCTGTATGCGAGAGTCGCTCTTTATGGACT
TTTTGAATTTCTAAGTAGTCGGAATGGGGATCCCAACGATATCTACAGCC
TTTTTAACACTGACACTGGTCCAAAGGAGATCTCACACGCATAGCCTTTA
TTTGTTGTTGCAAAACAACTCCAGTGGCTTAAGCTTTAACGATGTCGTTT
AGAAAGAGATATACCCGCTTAGTATTCAAGATCTTAATCCTATACAATAT
TCTGTGTGGATTTATATTGAATCTCCTACTATTAGACTTCCCTAAACTAG
TCAGGCCTCATAAACTCCATCAAGGAGGAAAATATTAAAATGGCAAGAGT
ATAATGAAGAAGGCTTGCACATCCTCCAGAAGCAGCCAAATTGAGAAGTT
TATTATGTATAAAGGATTTTTTTGTGACTGAATAGCAGTGGCATCAGCAG
GGAGTGGCCTTGAGAAGAAGTTACTTCAAAAATTAGAGTTTTCTTAGCTG
TAATATCTATAAGGAAGAATTTCAGAAAAACTTAACAAAAAAAAAATAGT
TACAATATATTTGGTGTTGACACCCTAAAGTGTGAAAAAAAGAATAGAAA
CATAATCATAACAAAAAATGAATTCGAATGTACCATACATAATTTATATT
TTTCTACAAAAATGATAAAATTAATTTGTATAAAACCTTGAAAACCAATA
ACCAATATTTTATAAACTATTATTTGTCATTTTATTCTCAATATGAAGAG
ATGATAAACGCAAAAAATAGGGTTGTTTCTATCATAAATATAACTACATA
TAAAAGAAAAAAAACAAATATTGATTTTAACTCTGAGTATACCCAACCCA
ATATTCAGTATGATGAATAGAATCAAGAATGAACAGCGCTTAATTTTTTT
TAAGTATACCTATGTACGTTTTTAGAAGAGAAAGGCAAGATATAATCAAT
GAATGTCCATTGAGAAATGATGGATTCAAATTCCTTCAAAGCATTCAAAT
AAGGATTATTTCAAACAAATTATTGGTGTTGTGTCAACTGAAACTAATAT
AAACTCGGTTTGACTCAACTTTAATGGTGAGTCCATTTTCAAATTTTGAA
TAAACCCAAATCGACTCATATTTATTGTGTTTTTATGCCTGCTTGATTTG
TATCACAACTAAAGTAAAGCATTAAACATTTTTAAAACTTAATACTTACC
CTTTTTTATTGAACATTCTGTTTATAACGTGATGAGTGAACAGGGTTCAA
AAAGTAAGTCCTCAAATAAAACGTATTTAATTTCTTGTCAAGCAGTTGAC
CGATTATGATAATAACGCCATTAAAATGATGAAGCTTTTTTGTCACTTAA
TTTAAATTTTAATATATCACAAATTTATCTGTCGATTGTCTTGAAACTCT
TGAAAAAGGATTGAAACTGAGAGAAACTTCTCTTTATATCGACATGTTCC
CCATGACCAAATCCAACGAGCTTGGGTGCAGCTGTACTACTATTTACCAT
GCTAGGGGGTTATTTAACGCCAGCATGGCCTTGGATGTTGTGACCAGCAC
AGGCAAAATCTGCCCTCCCATTTTTTGTAGGAGAGGAATGAGAGGCTAAA
TAGGGATACTATCATCGAATTTCTGTATAAGAAAATACTACTTTGCGTCC
GAGAAAAGTGGGGGGACAACTTTGCTTTCACTTAGAACGGAACTCCGTGT
CCTAGTACGGCTAAGAGACAGCTTTCCTTATCTCCGGACGCCGCGATCCC
ATTGAACTATATGTGCCCATCCCTAGGAAAGGATGTATGTTCTCCTCACC
AGAGTGTCCTGTCTCTAGAGACTTCAATCAAGAAGGAGTGGACACATCAC
AAGTCTGACTACATGGTTAAAGTCTACAAAGGATTTAGAGTTCCTATTGA
GGTCATTATTAGAGCGGAGGGCTCACATATTGAATAAAAGTTGTAACATC
TACTATTTTCAGTTGATTTTCGTAAATAAATTTCTTCACTAAACCTCTCG
TTTAAATTTCACTTGTGAAAAATTGAAAATAAGCTTTATAAACACCACCC
AGTGCAACGTATTCATATTGATTATTTTTCTACGGTAAATAAATGAAAAT
CAAAACATTATAGAAAGTTAAAAACTAAATAAACATCTACATGCATGTAT
ATATTATGTTGTTGATTTGAAAAATATTTTTGAGTCATATTTGACATTAC
TCTATAGTATGCAATATAGAAATATGCACATTATTGATATCGATCTATTA
GTCTAAGTACATAAATATTTACTGATAACAAAAATAAACACAACTACCCA
TTTTACTCAAAAAATATTCACTGTGTCAATTATATCTTTTAAAAAAGACT
TCAATTATATCTTATATATAAATAATTCAAAAAGTGTGGGCTATAAGTGG
TATACCAATACTAAAATCATACATTTATGATTAAAAAAAAATATTTTGAT
AAGAAATACATCAAATATTTTTTTAAGATTGTTTATGAATCTAAAATTGT
TATTTTTTAATAAATAATTTACTTTGATATCCATTAATCTGGATGTGAAT
TTTATTTTAATTATAAAATTTACAACTTTTAGTATCCGCTTCAAACAAAA
TCTTAGGCCTTTGTCCACCTAATATTTGGTAAAAAAGACCTTGTATAATA
TATATTTATATATGAATCTTCAAAGAAAAGGCCCTATAAAAGAAATACAA
TACTCATTTAGATAGAAATAAATCCAATTCCGTCTAGATCTATCAATCAA
CTGATGAATACATGTGATAAAAAAATAATTTTATTCTCTTGTATTTTTTT
TTTGTACTTCCATTTTCATATTGTGAAGAAACATTTTTAGATTAGAATCA
ATTACCTATTATATTAAAATGTTATTATTATAATATTAATTTAAGTGAGG
CCCTTATAGAGCTTTATTATACGTAAACGATTTATATAATCACTGTTGAG
TGATCACTATTTAATCAATTATTTCCCTATTCCTTACTTACTTACAAATT
CCAAAACGAGTACATCTTTGGTCTGTTTAAATATCCCTGCATATAAATTT
AGTTATATAAAACTTTACGCATACGAAGTGGACATTAGACTATAAGTCAG
GCATATGTGGGCAAATGCCTACTATTCCATGTCTGAGTTGAGCCTTTTAT
TTTCTCACAAGACAAAGAGCTAGAAAATTTTTACAGTTAAATTTTTTATA
AAATAAAATAAAATATTACCAAAGTCTAAACTAGAAACAAAAATAATTAA
GTTTTGTTTTCATGCCATTTCTTTATGAGTCAAAATGTCAGAGCAGCGAC
AAAAAAAAGTAAACACGTGTGCAATCTTCTCCTCAAAAGGCTGCAAAGAC
TGTTGGCATGCCAATTCAGACTTCCTCTATTATCAAGAAGGTTATTACAG
TCACATACAGCCGAGAATAACCTATTCAGCAGCGATATAGCTGACTTTTG
GCCTATCTCGGTGTGACCATCCTCTAGCAATGACCTCAACCCCTTGGACT
TTGTAGTTTGGAGTGTCTTTGAGAAAAAAATATCACAAATCTCTCATCCA
AATTTAGATTTGCTCTGATCTGGGATCATAACATTGTGGCACACTATATA
CACAGACTTCATGGTAAAAAAAACTGTCAATTTGTTTGCCGGCGCGTCAA
AGCTAAATCATACCTGTACCTATATTCAAAACTTAAAATAATATAATAAG
AGGAATCGCGTTACATTAGTATGAATAAGCATTTTAGCCTAAAATTATKC
TTCCTAGCCAAGGCCTACACCTAAAAACAARCAGCCAGTTCAACAATCAC
AAAATTTATATTAAAAAATCCCAAACTAAAGCATTCAAAAGATAGTAATG
AATACATTGGGCACCCTCAATAGAGGGTTTATACCTCCAGACAATTNAAG
GATATAAAAAATAGGCCTTGGCAAACAGATAAGCATATTGACAAAATTGC
TATATTAATATATATATATACATATTCATTTGTGATTAAGGAATTGGTGT
TTGGGACCATTTACACACAATATAAAATATGATACATTTTTTCTAGTCAA
ATGCAAATATTTACTATAGATAAATGATTCGTTGCATTTTTAATGTTCTC
TATATTCTATTGAATATATATCCATTTAAATGTATTATAAAAGTTTGTTA
AAACGGCATTTGTTCATATCAAATATAATAAATATTTAACTTTACATATT
CATTGTCTATAGTATTATGTTAATTATTTAATAATTTCAAATGAATATTG
GAAAACCCTCTAATATTTTATTGATTAATATAATTAATTCACTATAAATA
TATAATATTTGTTAAGTTATACTTGAATGTACATATTAAAATACTTAAAC
ATGAATCTATGTAGATTGATATAAATGTATAATAAAAATTGTAAATATGA
AAAAAAAGCTTTTTAAATTTGGTAGACTTTTTTTTTCCCCTCTTGATATT
TGTTTCAAATATATTTAAATATATACTTTTGAATAATTTAAGTATCATAT
TTAGAATAAATAAATACATGAACATACATATTTATAATAGACATAAATAT
TTAGTGCTCTGTTTGGTAGATTACAGATATATATTTATATGAAGTGCTTC
AACACAAAAACAATCTGTCACAAAATTTTAAAATTCTATATTAATATTGT
GTTTAACAGAATGTTTTGGTTTGTTATAAGTAATGTATTCAAACTTTTAG
GATAAGTTGGAGCACCCATAAATATCTAATATTGTTAAATTTCTTCATTT
TATTCATGTGACGTGAATTGGCCCCAATATGGCATTACAAGTAGAATAGT
CTATCAATTTATTATTCTGTAATTGTGAAGATTTTTTTTTTTTTGTTATT
TGAAATGCAATTTACTGTGGCTCAAAAATGTTTATCAAAATAATTCGTTT
ATAGAAGTAGACAATAATTATTCATCGTTAAACAATACAAAATATGTAAT
CCAGGTTTGTTCTTTGTTGAAAGGCCAAATTATACAGGGTGCATGGAAAA
AAATCTTTACACTTAGTTTTTTCAAAATAAATCAAGGTTTTCGTGAATGC
AGATGAAATTGTTCAGGTCAAATACTAAAAATAAACAAAATAAAATAGAT
AGTCATATGTGCCATACAATCTGAGAAAATGTCATCTGAACTTTCCATTG
CAAATTATGTACAAAAAGAACGATTTCCTTATTTATTGATGAAAAATGTT
ATTCAAATTGTTCCTAATATAATGCAAATAGAAAATGAATTTGTACAATA
ATCATGGAGTTGTTATTAGGGATCTTTCAGATGAAATTATTACATGTTAT
TTTAGCTGATAATATTTTTTTTTTTTAAACCTTATGAACACAAATGCAAC
TATTAAATCACAATATTTGTTCGTAAAATGGTAGAGATATATTAAATCAT
GCAACTTGAATAATCTTTCGATTATCTATAAATATCGTTGAATGCCTTTC
TCATAAAATTTGGACTCAATAAAAATATTTGGCCCGTATGTTTAAAATAT
TTGAAGATGAGATGTAGTTATCTTCTAAAAGAATTGTATCTACTTGCCTA
TTGTGACTATTTTTATGAGATATATGAGGAATTGTAATGGATTATGAAGA
ATTTACCTTAGCTTTTGAATGCTTTGTTTTCTTTTTCAATCATCAAATCG
ATCAGACAACAAGGRAAAAAAATCGTTCCNTATATTTTCTTGTTATGCAA
ATATTGTAAGATGATTCTTGAAGAGGAGTTAAGGAGTTGGGTATTAGAAA
GGAGGGTGTGTATACATATACGGGGTGGAAACTGAAAATTTGCACCATTT
ACAATTAAAGTGACTCATTGTAAAAATCTCAGCTGTATGAAAATATCAGC
TTATTATCATTTAATCGAGCTAATGATTATAGCGTTCTGGGGAGACGAAA
GAGTAAAGGGCACAAATTTAATTAATGCAGGTCATACTTTAACTGATAAT
TTTAACCTCATTTCTAAAAGCCAAGTTGATACTCCTCTTGATATTTCTTT
TGGTCGTATGTCCTTGATATATGTATAAAAAAATAAGAGTTTTATACGCA
ATATCCCTATACTAATCCACACACTACATCACACGCCAATCATACATCAA
TATTTCTTTTTGGAAGTGAGAGTATAAAATTTTTTATTATTCAAATTTGT
ATAAGTATGTGAATAGAAGACAGTCTAAAAAAATCAAAATCAGGAGAAAA
AAAAGGATGACCGAGCAAATCTTCTTCAAACACCTCAAACATTTACAAAA
AATTAAATTTTTAGAACAAAATTTCAAAAATTAAATGGCAAAGGTAAATT
TTCTTAAAAAATAATTTTAAATATTAAATTTTTAGAAGAATAATTTCAAA
AATCTATAATTATTGATAGAAAATTAAATTTTTTGCAAGTAAAAATATTT
TAATTTTGGGGGAGTTACAGCACAGCCCTTTTAGCCTACACCCTAGAAAA
CACCCCTACTAAGAAAATATAAAATCTATAGATATTGTTTAATTTTTTAG
TTTTCACCCTGTATGTATGTACTTATGTCTGCAAAGATTCTTGCTTCTTT
TTTTCAGACTCCTATTATTTCAATTGACATAGACATAACAAAGTTATCCT
CCTTCTCTCGGAAAAAAAATCTAAATCGTTCCTTCTTTTTATTTATTCAA
CCACGAATGTGTTTTCTATTAGCTTACTAGATCAAAAAAGAAAAAGATTA
TTATCATTTCCTTTTAACCGATCAAATAAAATAAAAAGTTTTCCAGACAT
TTATTGACTCAAAGACATGAATAATTCCCTCAGAGTAGTACGATATATTT
TATTTTTTATTCTTACCCTCCATAGATATGTCGATATATATAATTTAGAA
AGCAAATGAATATGAAATAACATTATTATAATGATTCAAAATGGCTAACT
GATGTTTATATCAATATGTAGTGAGTTAAGATAAAAACAATCTTGAGCAA
AAATTAGCAAAGAGAGAAATGTTCAATGTATTCTATTTTTACATTTAAAA
TTGATATTGTTCAGGTTGTAACAAAGAAATCCGACGCTAATGATTTCAGG
ATTTTTCCGGTGTACATGATGACGAAAATATGCAACGTCTTATTTCTAGG
TAAAATATAAACGTTTCATATTGTAGCCAAAATACCCCCATGAATTCAAC
AACAGATGATTTCAAGCCTATTACATTTTCAGATGCAGAACCCAGGTGCA
CTATTATAATATTTTTCATTAACAATGATCTCAACGTTAGTAATGCTGAG
GTCTCAGAGATGAGAAAGACCGACAGGAGAAGAGCCCTGATTAAGTCCAA
AGACTTTAGGGGCACAGCTACGACTAGGTGTCCATGGATATTTTGCCTCC
TAGCTTCCCCAATCTGAATATGATGGATTATTTTGTCTGGATCTACTTTA
GTAGGTAAAAGGTGAAAGGAGGTCTTTAAACCACCAATAAGTCCCTGCTC
GACTCCATTGTCCAGAAATACAAGAATTTAGATCGAGCTCTATCTCCACG
GGCCTGCATGCAATTCTGGACCAAATTAAGGCTGTTATTGAAGGTAACAA
AGGCTACATTGACTGAAATATATTCTTGATGATTGTATCTGTTGCTCKGG
TTTTGTTATTTAATAATCATCAAAATGACCATTTTTGATCATTTAAAGTA
GATGGATCAAAAGTGTAGGATTTGATATTAATCACTCTATACAGCTTAAC
AGTGGCAGGYGAACCAAGGGAACTTAGATTTTRCTACAAAAAATAATATT
TTTTAGGAACCAATTGAGGAGGGTGACAAATTTAAAATTGATGCAAGAAA
AATGTAAAACACGACAAAATGATTTACTTTAACCTCAAAAATTATTCATC
TCTCATATAAAAAGAGTTACAAAATATATTGAGGGGCAGCAATATTTACC
TGTGGCCTTGTATATAACTTGATCTAGACTGTCATTTCTGCCCAACCATT
TCTGGAGCTGGTCCGTTCAATTTAAAGCTTTGTATTCAAATTGATTAATT
GAGTCAAGATACGTGTACCTATGAATGTTTACTATACATAAGTAAGAGAC
TACATTAAAATTGTAAGACTTAATTTGGGCCATATTTGAAAAACATCAAA
TATACAAATTTTGGATTCTATATCATTTTGACTGTTGATTTTAGCTATTT
GTGTAAAATTTGGGGACGATACAAAAGATTATATAATAATTACCTAAAAC
AATTAAAGTGATCAGAAATTGCAACTCAATTTTAAGAAAGATCATTATAG
CTTACATTAATGTTGACGAACCACACAATATCTAAAAACCTAAATACTAA
ATGCAACTTCAGAAATGGAAAAAAGCTGATTCATTTAGAATTAATGATCT
ACTACAAAAGTTAATTAAGATAAAGAATCTGTATGTAGAATCATCTAGCA
TTTCAGCTCATGATATTTTAATGTGTGTTATTTTTTTCATCTCCCTAAGA
CATCAACCKCCCTCTTCTATGGGGTATTTTTTTTATTTTTTTTTTTGGTT
TTTGTTTTATCATCATCTTCATCCCTCTTTTATTTTTTCGAATCAGAAAG
CCACCAATCTTTAAGATAGTGGAACTTAATTCTTGATATTCTTATGCTTT
TGAAAAAAAAAAAGTGGATAGATGTGAAGGGAGGGGGGAAAAAAGTTAGG
ACATTCATTATGAAAAAAAGTAAAAAAAAAAAAACTTTTTCTCCCTGAGG
ATAGAGAGAAAATTACATTTGTAAGGAACAGAGTCTCCTCATCAAACCCT
ATTAGGATCAAGTCCAGACATTCATCCAACACATACACATATATTTAAGG
ATAGGGAGATACTTGATATCTGATATACTCCACAGAACGAAATATATTCG
CTGTACATATTTCAACAGAGATATATCATGTTAGATATATATTTTTTGTA
CAATCTACTTTTATATTATGTAAAAACAACGTTGAGTTTTTTTTATTATA
AATAAGTAAAATATTCAAGTTCATTATTTTATTACCCTTAAATTCTATTA
AATATTTATTTTGTTTGAAAAAAAAGTTATATCAATAAAAAATATTTTGA
ACGAGTAATATACAATGGAATAAATGATTTTTGGAAGAAAAAAGACTTAA
AGTTCTTAGTATATGACTAAAAGACCATACAATTTTAAATATATAGTGTG
TAGCGTCATAAATTCCTCTTTAAATGTAAGGCAATCATGTTGCACAAGTT
TTTGCAGAGTTGTCGTGGTTTACATTCATTTTAATGGCTAAAATTTTCTT
GGACATACAATCAGACACTATTATGTATTAGAGTAGTAAAAATGATTTCA
TATAATATTTTATGAATTTATACTTAATTAGTTCATCAAAAAATTTTAGT
AAAATTTATAAAAATCAGTAATTTACTTCAATTTCTGTTAAACAAAAAAT
GATTTTTTTAATATACATATTTTCTTAATTTGAAATATGCAAAATTCTTT
GAAAGAAGTTATGCTAGAATGCTAAATTTGTTGCCGTATGATTATGTGTT
CACCAATAATTGGTACAATTTTTTCAAATTGGTATATTGAAACCAGATAA
AACAACTTTTTAAGAACTTTGCAAATTCGCCATTAACTAATAATTGTATC
AGCTTAAGCAAATTAGGCTTTTCATGAAAAGGGCTTAAAAGATAAACAAA
AAATAAGAAAATCAGCTAGTATTACAAGACAAAAGTTTGGTTTCTTGAGT
GTATAGAGAATGAGGGACGTCACCAATTTGATATAAACATTAAATATGTT
TATAATTATGAAATCAGAATAAAACTTATTTTGCCTTTTGWAAAACGGAG
MTTRTWTTGTTSCAGCCGTTATAACAAAATAATACATGAGAGGCTTTTAA
ATAATGAAAATATAATAAAAAGTCCTAAAATAATTATAATTAATATATTG
AATAAGTTTAGGCTCTTGAAGTAAACAAACAGTACATCCTTCCTAGCTTT
TGATGTCGAGGGTACTAATTACTTATTTAGCAATTGTGTTAAAGAAACAT
CATTTAGAGTAATTCTAATTGCTGTTAAATATGTCAAACAAGTTACAATT
TAAGCATTAAATGCTATTTATATATATATATATACATATTTATTTATTAT
TGTCTGAAAATAAATTTAACAGGTAAAAAATGGTTTTTAAAAAGAAACAT
AAACAAACAAAAAATTATTAGTATTTTTTTCTTACTACTAATTAATAATT
ATCTACTTTGTGTGTTCTCTGATGCAAAATTATACTAAAATATACTCAAC
CTTACCAACAAAGTTGCTTTAGATATATAACAAAATTGCAATCTGACACA
TTATAGTTAAATATTATTACTATGTTTTTGTATATTGTTCAGCTAAAAGC
ATTTAAGGGTTAACAGTTATTTCTGCTGTTAAAAAATAGGTTATATTTGA
AATTTGTGAATATAAAAATACATAAAACACATTTTTTTAAGCACTTCTGT
GATTACTTTTAGAAAAACGACAAAAAAATACTTATTTTTTTCTTAAAAAC
TTGTTACATATATGTTCATTAATCATCAAACTTAATTCTATGTGAGTAAG
GTGAGAAGAAGAAAAATAAGCTTAAAAAATAAAGTTAGAATCATTTTTGA
AAATCTAAAAATCGATTTATTTATATATATAAAAGCTGTAATCATTTTGT
TACAAAATTTTAAATGTTAATAATTTTTTTTGGAAAGTTGGAGAAAAATT
GTCAACAAGTTTTTGTACTATCTTTTTTTATATTGGAGTATGGATGAGTT
TGGCATTTTTGTTTGTATGTAAATGCTTTTTATATGGTGTTTTTAAAAGA
AATGGGCTGTTTAGTTTTTAGGTACATTGTATAAATTTGCATAATGTAAT
ATTGTTTCTTTCCATCTCGAAATTGGAGACGGCGTCAACAGAAAGTTTAC
AATCAATTATGAGAACTTTTGAATAATAAGAAAATAACTTGGAGGATCAT
GAAAGTTCTCATAATTTAGAGGGGGTTGACAATTTGTCTTTTATAGYGTW
TGTTTGGGGGGGGGGGAGTTAAGAGTTAGGCTTAAATTATACTTTAAAAG
GTCCAAGTGAATTCAATTTAATGAAATATATATATATTTATATATATTCA
AAGATTTATCATGGTCATTGGAAACAAAGAACAAAAATCGAGGGATTGAC
AACTCCCACAGAATGTACTCTTGTAATGATTCATGGTATATACAAGAAAA
AGTCGTAGATCACTATATAATGGATCTCCTCCGGTTTCACCCCTTAGTTC
ACAGACCTACTCCGAACACATCCTTCCCTCTGACAAACTAATAACCTCCA
TCACATAATGATACCTTCCATCTACTTTCATGATCCTCCAAAGTGCTAAT
TGTCCAAATATCTCGAAAAAGTAGAGACCCCTCCTTTCTACTCTAGTAAT
ATATTATTTACGTCGCCACGCTTCCCTTTTCGTCGTCTTTCGATGTTATT
TTCGTATTGTTAAAAGGATGCGATAATTGAATAGCAACTTTCTACAGTCC
ATGTCTCCAATTTTGAGATAGAAAGAGAGAGTGTGACCTATACAATCTAC
CCTTTATTCACCCCTCCACAAATACTTTTTTAACTGGAGATAATCCAAAA
ACTCACTTTGACAAAGTTTAAGACCTCTCAGGTTGTTTTTGACCAGTACA
GGCAATTTTTCGTAAGAAAAAATAGTATTTTGGATCAAAATTTGACATTT
CTAGTCTTCTTGAATCGTATATAGTGATATAAGTAAAAAATTGTACTTTT
TCATTGTTGTGTAAGTACTAATATATGACTGAAGACGGAAATTCAATTTA
AGTTCAATTTAGTCTCTTTGTATTCCTAGAAATAACGTTACTCCAATAAG
TTCTTTCTTATTTTAATCAGTTCTCGTTTACTAAGTCAAAGGGGCTGGTC
CAGAGACTCATAAGGCCAGTTCTAAAATCGTACTAGACCAAATAAATAAG
GACTGACAATAGATTTTATATTTCTTAGTATTCGGTTTACAAGTAAAAAT
TGTTTTGCTCATTTAATTGAAAATGGAAGAGCTCAATGACTTGCGGTTTT
CCTTTTTTATTGAAATTAAAAGAAGAACATATTAATAGTTTTATGTTTGT
TTTAGTAGGACAATGCAAATCATTGAACACATCTTAAACCTCTTAAATTA
TTTATAAAACAAGAAGCACAATAGATTTAACTAATACACCGAATACTAAA
ATATATATACCTAATGTACAAGTTTTTACAAATAGGACCATTTTTGGGAT
AGTACAAAAGGCTTAAAAGTGCCTATTTTGACCTTATAATACAACTTTTA
CAAGCTGAAATGYCCTTTGCTACATCAAAAATAATATGAAAGGCCTCATA
TTTTGCCAAAGTCTTTTTTATCTCCTCAACGAAGTTGAAGAGGGTTTATG
TTTTTGCCTTTGTTTTGTTTGTTACTGACCAGGATTATGGCAAAAGATGC
AAATCGATTTTAATCAAACTTGCTACAAAGATAATATATAGTCAGAGTTG
GGTCTATAAAAAATTTGAGAGGACATGGACATAGTTCACGGTAATACAAT
ACGTAAAAAATTGTATAAACGACCAAAACATTTGAACAAATTTAGATACA
AAATTCTACTTCATTTTAGGAGGAGGTTTTTGCGCTCTAACGAGTGTCCA
TTCTAGTTTTGATTGCATTTAATATAAAAGTATCTCTATAGAGAGATAAA
AATATGCAAAATCTAATGAAAACCCCTTTCGCAATGTTGTTGCTTTTTTA
CAAACTAGATCAAAATAAGTAATAAATGTTGTTCATTAACAAAATAACAG
GCTGGAAATATTTTTCTGAAAAGTTAGGCTTTGTTTTCTGAATCTAATTA
TCTTACTGAGTTAGTTAAATAAATTATTTGGAGGCGTCACAAATTACACA
TAATGGTCGTAAAATTACTAATTGTTATATTTGAAAGACCATATCAAAGG
TATGCAAAGTTTTATATATTAAATGAAAGCTCATAACTCTGTATAGTATA
TATTTATAAGCATTTCAATGCATCACAGAAATGAAAATATGAAACTCATA
ATAGACTAAAAAAGTCAATGGAATTATGAACAATTTATATATATTAAATA
TATATGGTGTTATTCATTTTCTTTGCTTTGTTACAGATTTCTTTTAGTTA
GACAAACCACTTTTAAATGTGAACACATTTCTACAGTATTTTTGAGTGAT
TCATTATTTTTTTTTTTTTGTTATTTTATTAGTATGTTATCTAATTAGTA
GAATACCTATACTTTTACTAAAATAGTTGTAATATCTTTGATAAAATAAA
TCTAACTGATTTAATATTAATGAATCATAACCCAATATATAAAGTAAAGG
ATTAATAGTAAATTTAAATTTCATCATAATCGTATTTCTATATTTGAATG
TATTGCAACAAAATGACTGCTCAACCACTCAAGGTTTGACGACTTATATG
TTTAAAAATTATGTTTTTAAGAAAATGCCAAATACAGATAATGTAAAAAG
TCTCGTAATATCGAACTAATTACATAAGATACAACTCATTTTATCAAGAT
AGGATTTAAAAAACTGGTTGATATAGCTAATTTGTCATTTTAGAATTGTT
CGGTAAAAGGTATTTTGAGTGGCACATATATAAAATGGTACTTTACAAGG
TTGACCATTCAAAACTGTTTATTAATGTTGATTTTTTTATTAATAAAGGA
AGGTTTATTAATTGTTTTAAACATTGTTCATAAACAAATTATAATAAACA
TTTCGTCATCATGAGAAAGTAAGAGGAGAAAAGTTTGCAGATCTCATAGA
TGCTGAAGTTGAAGTGTCAATGAATAAGAGATGTGGTCCCTTGCTCGCAA
GACTTAAACCCCACTGGACTTTGCTATGTGGGGAACTTTGGAAAGGGAAA
ACAACAAAACTCAACACCCAAAAGTGGACAAAACGAAGGGCGCTATAGTG
GCTGSGMGGGACAACTTCTCTGTTGAGTTTGCCATCAAAGCCTGCAAGGC
TATTGGCAACGTTCATNCCTTGTGATTGAMGCCGAAGGTGGCCATATTCA
GTAACCAAGTTTGCCAAATACCTTGATTTCCAGTTTGTATTTAGTTAAGG
GAAGAAATATAGGTATTTAAGAGACAATTACGAATGAAACATTATAATAG
GTTCGAATAACTTATTCTCAAGGGCATTTAATTAAGTCTAGGCTCCATTT
TGTTTTTAAAAGAAAGGGTACTTTTCTATACAATAAAAAACCCAGAAAGG
TGACCAAAATGGTTATTAAATACTATCAAACAATGTGTAAATGTTAAGAG
TGCATGAAGTATTATGAAAAGGCTTGCACAATATGTACTTTCAACTCAGC
ACACCTTGCTAGTGAGGTTAAAAATTGTGATTTAATTAATGAAATATTTA
TGAAAAAATAAGAGACTAATTATATTTTATAAATATATTTTTTTCCAAGT
GGGATAGATGTTATTCACGAATACATTATGAATATTTTTTGAAGACTTAC
TCTAAAAATAAGATACTATAAAGAACTCTATTTTTTTCAACGTCTGTTTA
CCAATCCTTTTACTATCTTCTTAGCCATAAAATTTACATATATTAGAATA
GGAAAAATAAAGAGAATTTTTCTGATAAGTATTTCKCTCTGCTTTCTTTT
TTTTTTTTTTTCATAGAAAAAACAAGTATAAAAAAATTACCATGACAATT
TAAGATAAAAAAAGTTGATATCAAAAAATATAAAGATTGAGGGGAAAAAA
TAAAGACCTTCAGGCTCTGACAGAATATTATATTCTTTATTTTATATGTG
AAAGAACATGTCTCTATCAGTTTTGTTACTTCGATAAAAAATATTTTTTT
AAATTACATTAAGATTAATAAGATTCATTCAGTCATGTTATATACTTATG
AGTATGCCTTGCCTCGACTTTACTTTTTATTTTTTTATTTACGTATTGTA
CAAGTTGCAGTCTAAAAATGAGAAGAATATTTGAAAATAAATATTTATTG
TAATGAATACTATTCAATGGTTAAACATCCTATTAGGCGTTGATAAATAA
ATAATTCAGTTTTTAATGGAAATTGTTTAGTAAATGATTCATGGAATACT
GAGCTCAGAAAGTTCAGTATTTATTTTGCACGGCCCACTTGTTAATGTAG
GGTAAGGATATAGGCATTCGATATTGAACCACTTTTTCTCATCAGAAGTA
AAATTGTTAATTCATTATGTATTATGATCCCTGTTAAAATCTGCACTCCG
GTTATTAAAGTGGAAGTCAATGGGCCAATAACTAATTTGAAAAAAAAGTA
CTTATACAAACTATTTATAGTTGGAGAGATCCAGGACGACCGAGTGAAGT
AAGGAGAAGGAAAGGTGTGAGGAAATAATACAACGGTTATTTATAAGAAC
ATCTGTATTCTCATTAATACAAGAACCTACTCTAATAAATACGTAAAATA
CATGACTATTTATACTATGTAAAATACTGGCCTTTAAACAAATATATATA
TTCAACAAAATAAGAGGCTAGAAGAAGAACAACGGGGGCTGTGCAGCCGC
TCCTCATTTATAGAGGTTTGCCCAGAAAAAAAAGAAACTGAGAGGTTCCT
TGCCTTCATGAACTCTGTCAGAAGTTGACTTAGGATCCTTGTGTATGAAG
ACAATCTCAAGGTGCCTTCATGGGCCTCCTGATGACTCTGGCAGAATCGG
AAAAGTTGTTAATGAGCCAATTAATCGATTAATTTGATTTTCTTTTCCAC
ACTTGAGAGATCTCTTCATCCTTCCTTAAATTATGTTTCCCACTTCCTGT
TTTCCTGGAGAAGTCATATCCTCATTTTTCATCATGGCCGCCTTTAAAAC
CATGCTCCTGGAGCACCTCACAATTTCCATAAATCTCGCATTCTCAACCT
CAGTATCTAGGATATCTTAGATGCGCTACCCTTATTGAGAAAAATTAACA
TTAAATAACTGTACACTATTGCTGTTATCCTGTCACTCATTAGATAATTT
ATGGAATATTCGTAACTTTGAACGCAAAATCTTTTTTTTTTCTTTCTTTT
TATGACCAAATTATTATTTTTATTTTTCTATTAATACAATATTTATCAAA
TTAAAGAGATAATTGAATTAAACTAAATTGTATACTGAAGGTCTTAATCA
TTATTTTGAGGACATTAAATTAAAACATCAACCCAAAAAATATTTTTATA
CCTTTCCCTGATCACAGAAAATACAACATTTATTTTTCCCTTTGACTTGT
TAGGACAAAAAGAGAATGTAATGGGCCAATGACTAATTTAAAAAAATATA
TATACTCTTTTCTGCAATAAGATAATTGTAAATTCTAAGACAGTAAAAAA
GAGCCATAGCCCCTCCTGTTGCACAGTCTCTCATATATATATTTATATAT
CTTCATTTATTTTTAACGTTCACAAACGTTTCTCCCTTGGCAAATGCCTG
TCAAATTAATCAAATAGAAGAATTTCCTTGAGTAAACTTTTATTGCATGA
TAAAAGTCAATTGATACACATCAAAAGTAAAGTTGAATTATAATAACACA
ATGTAGATAGTCCTGTTTACTTAGTATTTGCGTGACGTCTTTTTCCCCCT
TTTATAGACAAAAAAATCACTATAAAACTACTTTGCACTATTTTTAGAAT
AATATAGAAGTTGTTGTATTTATAATGATTGAGACTGAGGTTCAAAATAA
ACTCTTTAGCTTTTAAACTAAGGAGTATATTTTTATAAAATCGAATATTT
AAATAGCTAAAGGATTGTTTTCKCCCCTCGTGCCTTATTTTTTTTTTTTT
TTTTTGGAACTMTTCAGTAAGTACAATTTTAATCATTAAATCTATTTAAT
TAACACACTTTTAAAAGGATGTAGTGGTCCAAAAATTTGAAGTTTTCTTC
TAAATCATTAGAATGTATCGCAATTGGACGCAAAATCTGTTGTATAGAAC
AATATTGGATAAATTATAAAATATATGATGTAAAATCACAAAATAAAAAA
AATAAAAAATAGCAGGAAGAATTCCCAATTAGAATATTTTTTTAGGTACA
GATCAACATTTTATTTACTGTGTTTCCTTTCAAGTTCATTGAGTATTGAT
TTCCAATAAATATGAATATATATTAATAGTAATCCTCCGAACAACGCCAA
TAAAATCACAAAAAGCAAAAATACCGTATATTTTAAATAAATATTACATT
TAAAAAACAAAAAATTTGATTAGATTAGATTATTTTTATACGATATGTTG
TTACTTTTATTGCGTCATGCAACCTTTCTTGCGAAGAGAAAAAGAAAAAA
GGCCCTAAACATTATTTATTTTAGCCAAATAAGRCAKCCACACCCACTGT
ATCACTGTTGCCATATTATTTCTCCACTATTGGCAAAAGGAATTGGATAT
ATGAATTTTATAATATTAAAGTCCTACAATGGTTGTTATTCCATATTCCA
TGGTAATAATTTATTAAAAGCGTAGCTATGATATAAGTTTCTTCATAAAA
TCTATAATACGAAGAGGAATCAACAAGAAATTNNNNNNGTATTCCTGGCT
TTTTGGAGACGGAGTATAAGTAAAGTATAGCTTATTACTTTGTTTCTTTA
TCAAAAATAATAAATTATGAAGCTGACACGGCGTATCAAGTGAGACGGGG
GATTTGACAGGCCACCACGAAATATATAGGATATTTTTCTTTTAGCAAGG
TAATGCCGTGATAAATATGGAAAGGCTTTGTACATATTTTTTATATACTT
CAGATATACTCAACTTTTTATCTATAAATTAGCAATTTCTTTTGTCTTAA
TTCGACTGTATCTGTCCAAAAAAAATCAATTTAAAGCATTAAATAGAATA
ACCTCATATTCCCAACAATTTTTTTTTGGATTTCTACGAAAGTAAGCCGT
TAAAAGTAGTGTCTTGATTAAATAAGAAGAACCAACATACTTAAATATAT
GTTGTTCCTTGCTCTAACATTTAATTTCCTTTCAATTGTTGTTTGAAAAC
TAAATTAGGGAGTAGATGAATAAGGAAATTTGTTTTTTCAATTAAGTTTC
TTTTTCTTCATAACTCCATAATTATTTCCTAAGTTCTAATAAGATTAAGA
TATAGAGTGAATTTGTTGTCATTTTTTTCCTTAGCTAGAAATGAATAATT
TCATTACGACCCTTTTCCATTGGAAAATATTTATTTTATTCATTAATTAT
TTTCCTTCCTCCTGGAATTGAATTAAATATGAATATAAAAAAAGCGAACA
TTTCCTTCAAAAAATAATGTCATACATAGAATTGCATAAAATAAATATTG
TCATAAATGAATAACTAAATTTAATTAGCAAAGCTTACACATCTTGTTAA
AAAACATTTAAGCACTCTCCCAATATACAAAATAGCTTCTTGATTAGCAT
AGAGGCCCAGAAATATCATAGAAAAATACTTGGTTATTTTATCCATCTAC
TTGCTAAATTATAGGTTCCAATTTTTACATGAATATATTACATACAAGCT
CAGTTAATTTGATCGTGCTGTATTTGAACTTTAAATCAAATTTTGATATC
ATCACTATAATCAATTTCAGTTCGTGAGTCATGCTCTTAACAAGATAATC
CCTGTTCTATTTACGTTATTCTCGCAACGTAAATACTTATACGCTCTTCT
TTAATAATAATTTTCATGTCATGACGTTTCAGTATCTTTATTGATCAGTG
TTACGAAATATCCGATTTTTATCAGATTCATTTAACCTTAAAACCCGCGG
CTCCTAAGGACTTTATCTCTTTTTTGAATAATTATAAATTATAGTACTCA
TATAAACAGATACTTTTATCAAACTGTCACAATATTGAGAAAAAGTATCC
CGGCTTGCTTTTATGTTATCACCACACATATATAAATCAACAAAATTAAA
TGAATTACAGATCCCTGATTTCTTTACTACCAAATAAATAAATAACTTTT
TTTTCATTTATAACGGTCTGGGATGTCACCACTTATGTAATTGACTTTTT
AGGAGTTTTTTGAAAATGACATACGTTGTGTTGTTTGTAACTGCGACCTG
TATTAAAAATTCTAACGTATCAGCTAGCAAGGAGCACTACAGTTTACAGT
TATTTATAGTGATGAAAATCAAGTGTATTTTTGGCCCTTGTTTTTCTGTA
GAATGAATCTTCTTTTTCTCAGCTATTGTCGTTATTATTTCATTCTTTAT
TAGTGAACTTCCTTTTTTTACAACATTAAGTAATACTCCAAAGCTGATTG
AAGATTTGTGTGCTAAAAAAAAAGAAGGAGAGTAACCTTGAAGATTTGTT
GGTAAGATTAAAATTGTCCCTAATGTACTCAGAGTAGAATAAAAGATCAA
CATTAGAGAAATTATTTCCTATGTCCTGGTTCATTCCTTCTCCACCTTCG
ACACAACTGCTTGTAGAAGATCTAATGAAACGTCATGAAAGCTAAGTTGA
TCTCCTTTAAAATATTTTTCTAGTTGTCAGGGTTACCATTTTGATTTTTG
TATTATTATTTTTTTTTACATACAAAAAAGGCTCCCAATTAATATGAGTA
GTGAGCATTGTCAGCAGATATGTTATTTTTCAAAGACATTATATTTGTAC
TAAATTCTCTCAGGTTGGGTTTTAGCACTCATTTCAAATTAGCCTGTATT
TACGTTAGAAATAATTGCATATTACAATTAAAAATATCAGGGGCATACTA
CTTATTGACATATTGTAAAATAATTTGAACTATAAAAGATAACTGCTCAT
TCAACCTAATTAACTATGATAATTAATGGTGTTGACATTTCAAAAAGCGA
CGAAGCACCATTTTGTAATATCTTCATTGCTCATTTGGAAAACTCATTAA
AAGTGGGGAGTTTTAATTATTACATTTTTATTCTCCTCCTATTAAAAAGT
ACTGCAATTATTCAGTGTATACAATACAAACCATATTGAACATGTTCAAT
CAGTTAGAATTATTCAAGAACATTCAAAATTAATCATTTTTTTTAAATAC
GGTAAAAGAACGGCTTAATTCAAGTATTATTTTTATTTTTAATACAATTA
AAATTTTCATAAACAATTTTACAATATTTATACTTGAAAAAAATAACATA
AAATATTCATCAAAATAATAAAAAAAATGTGTATTGGATTATAATAACTC
TAAATCATCTTTATCATTCAAAATTAACCAACGTTACTCCGTTTTTTCTT
TTTGTTGAATATCATGAAAATAATAAATAAAAAAAACTTCATTCTTGTGG
ACTTCATATATTTTTTTAACATGAGTATAAGAAATAAATCAACCGAAAAA
TTGAAGAAAAATGATGGAATCGCCATAGGTCATGGACAACACGCTTGGGA
GTTTTTCTCTTGAACTTGATGTGTGTAAGTTCGCGCCCGGTGATTCTTAG
ATAAAGCAATATACTTTGAGTAATTGTAATACTATAATGTTCACTTATAC
TCCATCAGTAAAACTCCATCTACTCAATTAAAGGAACATTAAAAAAAAAT
TGTGAATAAAATATATTTTTTTTATATGTACATATGTATATCTAGTTTTA
AAAACACAAGAAAATGACAAACAAATACAAATAACTAAAGACAAGGTTAA
AATGACTGGTGTTTTTACTATCCACGGGCTAGTGGGTTTGTCGAGCCCTA
GATTCAGTGGCGAACTCTTTGCCTTTCTTATTAAACTAAAAAAGTGAAAG
CTTCTTTAAATTAGTTTCCTGAGGGGCTATTTAAGAAACGTGGAGAATAA
AAATAATGTTTTTATGGAAGTTATCTCTCTGACATATGGGTTAAAATCCT
AATTTAGGTTGTTAAACTTTTCCTATTTGAATTGTCTATTTTTCTTATTT
TTTCTTCCATCTATGTAAGGCTTTAAATGTTTACATTCATAGATATGTAC
AAAAACATATCTATGTACAGCTAACGAGAACTTCCTTTCTGTTATTACTC
TTTTTTTCACTTGTAAATGGCCATTCAGATAAAGAATAATAAGGGAAAAT
AATAATAAGAATAATAAATATATGTTTATTACCACTTCAAAATAAGTACT
TTATTATCCTTCTCTCTTCATCTTCTTTTTTCCAGTTCCTCCTCACGTGC
GGCCAAAGCATCCTGAAGGAAATATTGTGGTGAAGAAGGGAACACAAGTG
ACGTTGGAGTGTCTGGCCTCAGGAAATCCAGTACCCAGTGTGAGGTGGTC
TAGAGAAGTAATTATAATATATCATCTTTTGAATTATTCAAATAAAAGGT
CACTCTAAATATGTTAAAATTCACTCAATCTTTGCTAGATATTAAAATTG
AGAAAAAATAAAAATAAAATAGTGTCTAAGATTGCAATAAATTTTGGATT
GAGAAAGTCCAAAACTTAAAAAAGTCACATTCTCAATGTGCGAAAATTCG
ATTAGAAATTATAACTTTTTTAATATATAGAGTGTAATAGAAAAATATAC
CAGTTCACACTTTTGAACTTTCCCTTCAAATATGACGACCAAATTATGCA
ATCTTCTCTTTGTTTTTTGGTAAAATTTATGTATAAACGTTTCGCTTAGT
TGGCAAAACACCACCATGAAGTCATCAACAGAAGGTTGTAAGCTTACTAA
ATCTTCGCATGCAAAATGCAGTTCCGCTGTTGTGATGATTTGGGTGTATT
ATGAACATTTAAATTTGAAGAATATTGGATGGAACAACATAGCTTAGTAA
ATAATGCACTCGGAAGAAATTTTTTCTTTAACTCAATTTGTGTAACTTTG
ATTTACAGTTGTTCCAAGAAAGGGAAATACCCTTTATGATCTTTAGTAAA
GAAAAAATCCCTACTTTTATACAAAATGTATTTACGATGAACATAAACAT
AGCTGAAAAATAAAACTAGCCATTATACTAAAAAAAAAAAAAGAAGCAGC
AATAAACAGTAGCCAAAATGACAGTTCATAGAATATTTGCCAGCTTGTCT
GTCCTAATAGTGAAACTTTTTTTTTCTACGCCATTAGTGAACCGGGAATA
AGAAGAACGGCAAAAATGTCAAATATTTAATTACATTAAACAGTTCTAAA
ATTAAATATATATATATATATTTATATTAATGTAACAACTACAAAAAGAT
GGGCACTCTTCCATTATCATTTTTACCTATGGGAGTTTTGTTTCCTTCAG
TTTCTGCGTGTGTGTCTTATTTTTTGTTTTTCATCAAATATTCTAACATT
TGGTTATTTTTTTTCAATGCAGTATTTATATTTTTTCTTAAAAAAACAAA
ACAAAAACTTTTTGATGAAACCTGTCATAAACATCGAGAAGGATTTTTTC
TTCTTTACTTTTTAGCAGCAATATATGATGTAGGGATAGTGAAGAGGTGA
AGTTCTTATGATCATTTGATATTAAGGTATGAAAACTATAAATTCAAGCA
TTTGCTTAAAACATTTACAGGGTGTGCAAGCTATCTATGCCACGAAAAGA
TTTTTATAAATTGCAATTTCTTCCCCAACCAATTCTCAAATTAAACAAAT
ATCAAAGAGCCTGAAATCTTGATAAATTTCAATATTTTTATTCAGTAAAA
TCATCTACAGACCTTCAACTCCAGTCTCTTTCCGAGGCTGAAAGTGCAAG
TAGGCTTTTCACACTTGGTCCCTTGGCAAATGCTGAAATTCCTTCTTGAT
CCGACTGATAATTTCGTTATGGTGTTGCAGGGGGTTGGTCTGATTTAGAA
TTAGATGGCACCCCGAACAAAAAAGAAATCGGATTCAGATATGGCAACTT
TGGAGCCATTTGATCTCAGCCTCCATTGTTGATGATGCCTCAAAATCCCC
TTTAGAGGCATCAAATTCACTCAAAATCTTCCAACGAACGTCTCACTGCG
TCTAGGAGTTTGAGCAATAATCATGTTGTCACTCTTAGTTTCCAAGGAGG
GTTCTGTGCCTTTTCCAAATCTTTCCATGTTTTTAACTTACAATCTGAAC
TTCTTTAACTTTAATCTTACGTAAAATAATCCGCTTCCAAAGTGCTGTGG
TTGTGGACGACAGCACGCCAAAAAAGCAGCATAGATACCATCCACGCCCT
GTATGTAATCCTTTTGCACGAAAGCAAAATAGAATGGTTTATTACTTTTT
GTATTCCTTACACAAATCAACGTTCTATTTACGATCGGATTGTTTTTAAA
AGTCATATTAGAACTAAATAAAGTCTGATAAACAAATTCATCTTCTAAAA
TATAGTTAATATTCTTAAATATAACAACTCATCCTAGAAATTAGATTATA
AAGCATATAAATGACCAATATATTGGGTAAATATGACGTATGAAAATAAA
AAGAGAATTTTTCATTGTCTAAAATATTGTTTTTGTCTTAACATTTGTGG
AAATTACAATTTTTTGATCCTATTTAAAACAAAACAAATAATGTGTTGAC
ATAATTAAATGTATATGAGAAAGCTTTAGTTTTCCATATATTAAAAACAA
CACTTTTTCTCTAATTAATTGGTAAGAACAGATTTAATAGGGAATACCCT
GAATTTAGTTCGAAATCTATTAAGATCCTGATTAACCTACAAATTAATCA
AAAAACCACCAATTAATGAAGCATATAGAAATAATGAATATATGAAAATT
TCAGATGAAAAAAGATTAACTTTTAATTGACGTTACTTTATTTACCTATG
TACGATATTTCTTGATCTTTAAAATATAAAAGCGTTCTCCTGGGTATAAT
AACAAAATTTTAAAGATATTACAAGAGAGAAAAAGACGTAAAAAAGTGAT
AGGAAGATAAGATTTAGTGACTTCTACATATAACGAAAGTAATAATACTT
ACACGAAGGGGAAAAAAATGAATTATCACAGATGTAAGCATTTCAAAATT
AACTTAATATTTGAAAAAAAAATATATGTTCATTTTAAATATTATTTTTT
ATACGATGTCTCAATACTGATAATATGCTAATTCAAGCTTGAAAACCAGC
ATATTTTCCAAATTTGTTTAATTTGTCAATTGTTTTCACGCCAAAGAAAT
GCATTTAAAGGATAATTAAATAGTATTTACTTATAAAAGATTCATTTAGC
TACTATATTGATTTTTGAGGCTAAAATTTCTTGAGGTTAAAACTTTAAGT
TTCTAAAATAAATAAGTCCGAATTTAAATAATCAAACAATTAAATATATT
CTTATAGCAAATTCTTATTGATTATTTTCTCGTTGAAATTGAAACAAATC
AATATCTTTGTGTAATAATCACAGTTTTTTTAAAACCATATATATTTTTT
AAATTAAAAACTTAAATATTTACATTCCAAATAGATTCATTTGCTATAAA
AACAATTAAGAAATTGATTGCCTATAAAATTTAAACACATATTCAAAATG
AGCATAAAATAATTTAAAAAGAATAATGAAATTGTTTTCTACATTAATGT
TGTTTTTCATACTCAAAAGTTTACACTATTTATGACAAGGGTATAAATAT
TTGAAAAATTCCAAATCAAAAATTCTTGAATACTAGATTTGATACAAAAA
ATAAAAATAATTACTGTTTTTTACTTAACTTTTCAAGTACTTTTCAAATA
TTCTATGTAAATGTAATAATGGATATCGATGAAAAATATAAAATATTCCT
ATACAAATTACAAAATTGTATTTTTAGCCGCGAAAAAAATCGATTAAGAT
TGATTTTTTTAATTGAAACTTCTTTAATAATAAAAAAATCTAACAACCCA
AATTCAAAATGGAATTTGTTTTGTCACATGTAAGCGGTATGCATATTTTA
TATATTTTACTTGTTTTTCACCTCTATTTCCTACATGAAACCATTTTTTT
AATCAAAACCAACACGTTACTCATTGATTGGTTTTACTTTAAAACCACAC
ATATTTTTTATATACATTTTTGCAAAAACAAAGGATATATATGAAAACAA
AAGTTTTTTATCTATTTTATTTTCTCTATCATAAGCAAAGCTTTTATCCA
ATAATCCTAATAAAATAAACTTATTGTTTTTTTTGTTGTTGTTGTGAGAC
TTGGAAACAAACTAAAAATCATTGATAAAATAAATAACTTTTTTTTTCAT
TTGTTTTATCATAGCTTATAATATTATATAAATAGTTTATATTTTTCACT
AAATAAAAGAGTGCCTTTTGAATTTTAGTAAGTTTATATTTCTTTTATCA
ATGACATGCATTTTAGTAATAAAAACACACGAAGGAGGAAAAAATATCAT
TTAATGAAAATGATTATGAAATAATTACAGCCGAAAGTTTTTTTTTATAC
TTTCCAATAAATATTTTCATAACTAATATTATGCATGCAAATCCTTTTGA
ATTGATATTCAAATAGTAATAAATAAAATTAAAATATACAGAAGGGAGGA
CCAAAAGTTGAAGTAGCATGTTTTAAAAACGAAATACGTTATTCTTATAG
AATCAAGAAAAGACAACTGAAAACCCACTTTTGATATGTTTCAATGCTAT
ATTTTTATTCAATAAGTCCACCTTGACAAGCAATGATACTCTGGACACGT
CGGCTAACAGATTTGAAGCTCTTTACGATAAAATTTGTGTCCATAATGTA
CCAAGCTGTCATGACGTTAGCACGGAGTGAGTTCAGATTAGAATAAAAAG
TGTGGTACATATTTTTATTCAAAGACACTCGAAAATTCCAGGGGCTTGAT
GACAGTTATGGAAGAGAGATGCATAAAAGCAGTCATATTGTTGCTCATGA
AGTTTGTGTTATTCTTTGCTTCGTGTGGCTGMAGTTGACTTATTGATGTT
GTAGTCAGTCAAGATTGAGATCCTAGCGGCCTCTTAGCGTTAAAGCATTG
GTAAAAATAAAACATTGGTTTAATTTTGTTTTAACTTTCGTTTCGTAGGG
TATTAAAGCCTTGTATTTAAAAATACCATGTATAAAATAGTAAAGTAATG
CTACTATAAGATACTCAAACGACACAAAATCCGACCTGATGTCTAGGATC
CAGAAGGAATTACGGAATGGGAAAAATGAGACTTTCATCATGGTCCCGTT
TCCAAGGTAGAATCCAGGCTGTGATGTACGCCAAAGGCAATTATATTTCA
TAGATATACTATTTTTTTATTCAACTTTCATTTTGGTATTATTTTTTATT
AAAATTTGATTCATCAAAACCTAATTAATTGATATATTAATTAGATCATC
AATGTAGCCCCTTTGGTCGCAATGTTGCCTTCCAGGTAGCCACGTAAGGC
CTAGCACCTGTTGCAGATGTAGTCCTCAGACATGGCATCCCAGTGCTGGT
TGAAGGTGTCCTTGGGGTTGTTTATATTTGGATGACGGACACTCCAGGCT
TTTTCTCTCGACATGCAAACAAAGGATGTAGTTGAGGGAGTTGGATTTCA
GACTGTAGTGGCTAAAAATGTATATCAAGAATTTAAAACTTATTCAAATA
GTCATACAACTGAAGAAATATTTTTTTTCAAAAGTAGCATCTCCACCCTA
CCAAGGCTCTTACCCCTAGCCATTTTTATGGTCCTGCATCGAATTCAAAT
GGTTGGCCCGAGCAGCCTCCTTGACTTCTTTTATGTTCTATTTCATTTTC
CTACCAGAACCAATCTTCCTGCCTACCGTCTCGCACTTTATAACGGCATA
GATGGTTGGCTTGGAGATCACCAAATGCTTTGCAATCTCTATTTATTTTT
TTGTTGCGAGTGTCCAAAAGTGCAGAGACCAAAATTCGTTAGTCACGTTA
AAATGGCATTTTCTCGGCTTCTAACACATAGGAAAATCTAGTTTTTTGTT
TTTTTTTTCATTTTTAGTATTTGACCAGAACAATTTTATTGCATTCACAA
AACTTTGATCTGTGTAGCAAAAACGTAGTTTAGAGATTTTTTCCTTGCAC
CAAGTTCGTATTGTTTGATGAATTATTGTTAATTGTTTTTATTAACCCCT
TGAGTCTGCCACGAACTGAACTTAACATTGTCAAAGTTGATTGTCACAAT
ATTAAAATGAAAAATTGAACGACTATATTTGACAAAAGCCAACCGGTGGC
TAACAAAGTTCTAAAGTATTATAAAAATTATTATGTACCTTAATTTAAGC
AACAAGTTACAATGGAAACCATATAATTGACTTAAATATGTCTATGATAT
ATTGGCTGSAGTGAATACCATGTACAGTCGTTATTTAACAAAGAACTTTG
AGACAGCTGCACACGCGCAGATAGTACGTGGTGTGTTGCTTTGGTGGTTA
TTCAGAAGTATTTGGCGTCAGTTGAAAAAAGTGGCATGATCAACTCGCTT
ATTCTACAAAAAGAATTAAGGACAGAGTGTCGTTGTTACGATCCACCCCA
AAAATAACAAAAACAAAGTTGAGATAGCAAATTTCTTAAACCTGGATAGA
TCCATTATCCGGAGAATCAGGAAGGAACTTGAAAATTCTGTAGGTGATTA
TGATTCTGTTCCATTCCACCCTGTATAAAAAAGGTTCACCTGATGAAATA
ATTTATTTTTTATTTTTTGATCCTGTGTATGGCCTCCTAGCTCACCGTAA
CTCAACCATATAGAATTATTTGTGTTGAGTGCAATTGAGCGGTACACCAA
CAGATACTCAAACAACACAAAATCCTACCTGATGTTCAGGATCCAAGAGG
AATTCTGAATCTGACAATGGAAACTGTCATCATGGGCTGCTACCATTTCC
TAGGTCGAATCGAGGCTGTTATGTACGCCGAAAGGGATTATATTTCATAG
AAATACTATTTTTTATTCAGCATTCATAGTATTATTTCTTATAAAAACGT
ATGATTAGCTTAAGAGAGAATGAATTTATAAAATAGTAATTTGAGATCGC
TCTAAAAAAGCTAAAAATAAATACAATCCTTTCAGTTTGGTTCTAATAAA
ATGTGTTTTTCCTAAGTGTTCCGACAAATAAAAAAGACTTTTGAATTATT
TTTAACTGTTTTAACCGTCTCTAAGTATGAGGAGTGCTACGAATAATTAA
AAAAGACAGTTATAGGACCGATCCAACACTATTGAATATAGATTGAATTT
CCTCATTTTATTGATTTTGGTTCCAGAAAGTGTTTAACTCTTCAGAATTT
GCATAGACGGTCGAGCAAAAATATAACAAATGCATTGGATATAAGTAGGG
ATGTTTCAGATACTGGTGTAGAAATACTCGTGGAATGTAANGAAGGTTTA
ACGATTGCGGCGACCTTWATAAAAGAATAAGACTATGTGGCAAGAAATAA
AAGAGTTGCATTATCATTGGATAATAAATGGCGGAACATATGTAGCAATA
TATATAAATATGTAGGTATAATTGATTAGTGCAGCAAATACTAATAATAA
TGGGAAAACTCTCATTAATGATGCTTCACAGAGAATCTCAAATTACATAT
ATTTAGAGTAAAGAGGGAGGAAAAACATATTAGTAGGCTAATAAAGCAAA
TCATGATGTCCATAAAATTGTTAGTTTTGTTCTTAAGAACTTTTAGTTTC
TTTGTTTTGTTTGTACATAGTCTATACACGTATGTATGAGATGACAAGAA
GTTTATAACTTTTATTCAATGTCCATGAGACTTAACTTGTTTTGTTTTTA
CATTCATCACAAGAGACATAATAACGATGAAGCATTAAAAATAAATGAGG
AATTATTTGTAGCAGGGTTTTTCAGTATACGGGTACAAGGGAGATACCAG
GGAAGTTAGGGCTTCTGCATAAAAAAATAGTCATAGCAATTTCATAGTAT
ATTTGCCTTTTAAAGCGTCTTCAAATTTCTKCGRTAGCCCCTCCAAAAAT
TCCAAATGTATGCCTCCCTTTCTAAGTGAATAAAGATTGTGTTAACGACA
TGGTTATAGGCGAATTTTATTTTAATTATTTGTCTTCCAAATTATGTCAC
TCTCCAAAGCTCTTTACTAGAAAATTGTCTTGTATAATGTTCTCAAATTT
CATCTCATCTATCGTGTGTGTACACATATGCGATTACATATTTCTTTAAA
TTAATTCATTGAAATACTGATCCTTTTTTTAGTATTGGAACAGGTTAAAA
TATTAGTATCTTGACAGCACTCATTTCTAACGACAGACATGTACGGGTCT
TCTAAATATATGGATTTACCCCTGGTATGAGTCGTCCAATTTTAGTAAAT
TAAAGATGAATAGAAAAAAAAAATCCAACATTATAGAAAATGACATATTT
AAAAAAAATTAGTTTGCTCAAGTATTTTCTGATTAAATTTTCAATTTGAG
TGAATGCGTATATCACCTTTCATAGTCATTGGTCAGATGGAGTTAAATCC
ATGAAACTCCAGCTGACCAATAACTGTGAAGGGTGTATACACGGATTAAA
GACACAAATTAAGTAGGAATTTGATTTGTGTAGGAGCACATGGAGAAGGC
AGGTATTGAGACTTATAGTATTACTGAATAATCTGCTGTCTGTTACCCAA
TTTTGGTGGAAAAAATGAATTAGTGCTATAAAATTACATATAAAATAGTG
GAGGGAAAATATTATAATTATTTTTAAATTCATATATATTTATCTTATAA
TGAGTTTTTAAATCAATTTACACCAAAGATAGGCGAGAATTCTTCCTTTA
GAGGGAAATTTTAATACACACACAGTATAAATAATGAACAAAAAAGGAAA
AGGAGCACACGCTCAACCGATTTCCTCTTTTTTTAATTTTTAAAGGTAAT
TTTTTAATTACAAATGGATCAACTCTAGATATAAGTAAAGTTACTTTAAG
GAACATATCACTGTGATAAAAAATCATCCTCTTGAATTCCGATAGGTTTA
AGATTCCCTATTGCATTATAGTCATCATTTGACTCGTGTCATTGTTAAGG
ATATGATTTTTGTTTCGCAGCATTAGAGTTTTATTATCCTCACGCTCAAC
AAAAGTCCCATCCCACATCTTTTTTTATCAAGGTTTCATAAATGTTTTTT
TTATTATTGCTTGTACATGCTTCTCTCCTTTTTCTTAAAGTATATTTAAT
TATTTTTAAATTAAGAAGCTTTGTTATGAAATGAGGAGTGACCGGACTTA
ACATTGAACCATTAATACAAATTATATAATATAAAAATGTATCTATTAGC
TTTAATGTCCTTTTGATGTTTATATACTCTGTATTGGCTTTCTTTCCTGA
TATGATGTAATTTGTGAAATGGAAAATAATTTTATTTTGATTTATGATAC
ATTGCCCCATTTTTCAAACACTTTTTTAAATTTAATAAAAAGTCTTTAAA
TATATATTCAATTCTATAGACTTTTACGTCTCAATATACATACACAAGTA
GGGGGAAGACAGGAGGTTTCTTCAACATCAAAAAATGTACATCACAACTT
TATGTATACGGGATTCACGATAATTCTGATTCCACTTATAGGTTTTTAGA
TCAGTTATTAGTGATTTTGATTAATCGATACCATTGGAAAGGAACAGAGT
TTTTTATTTAATAAAATGTGTTTGTTTTTTTAATACATAGAATAGTAAGT
ATGGTTTTTATTATTTGGGGTCAGCATTTTCTTTCACTTTGAATCCTAGC
TCTTTGACTTATAGGCCTCCCAGACAGTGATCCAGGATCAGTTGATACTA
TCCTTAGAGCAAAGAACGTTGGCGTGTCATTTGCAGCTACTACATTCCCA
ATCATCCCCCGGACTTTCAATCACACCTCCTTGACCGTTGATKCCTCCAA
GACAGTACACTATGTCTTGCTGATATTTTCTATGAGGGCCTGAATGTTAG
TGTGCTTCCTTGCTTGAGGCCCTTGCCTAGTCCATATTTTAATCGGTCTT
GCCACCATTAGTGTTGAGACCCCCACTGATCTTTGGAATTTTTTTCACGC
TGTACATGATAGGCCTGTCGATCTGATGGTCACTTTTTTGAGCCTCATGT
ATGGCCTTGATTCTTTTCACCTCTCAAACTTCCCTAAAAATCCTCAATGT
GATGTCAAAATCTATTAACATTTACTCTTTTAATAACGTAAAAGAATAAA
TAAAACATCAAATTCTTAGCATGTGTGCCCGGGATTTGGCCTATTTACTT
TTTGTGATCACAGGCGCCATACTGAAAATAACCAAAAATTACTCAATTGT
TTGCATTGGGTGTTATTTTGGTCATAGCAGACCTTCTAGAGCTCATACAA
AAGCCTATTACTTTTTATTAAATTAGTGAATCAAACATTTGCATAATATC
GACTTTTTTGTTACCAGAGKCCGGCCACAAAGCACTTTTGGCTACTGAAT
TTMATCTGGCCTAGCTCAGTAATTCTAAATTGAAATACAGCTAAATTCCT
TTTTAGAAGATTATTTTAGGCTAATTCGTTATGTACAAGATCGACAGAAC
TTGTAATATAATGCAAATTATTTTGGCCAAAGAAAAATCCTTTTTGTCAA
CTTTTGATTTTGGATAATAGAACGAAATTGTTTCTGAGAAATTGAATTAG
TTTTGAAAGAACGTTAGTTTTGCCAAGATACAGTTTTTACTATACAATAG
TTGATTATTTTCTACTGAAACTGATATCATTTGATTTATTTATTATTTTT
TGAACTGTTGTAACCATTCTTAATTATGAGGAGTGTTGCAACATTTGACA
ATTTGCACTCAAAACTTATTTGTCAAAAAACTAATGACGGACATAATATT
TCAATACATTTAAACAATAACAGTTCTATGTCGATATGCAACATAAAATT
TGGTGTCTTTAAGTCAACCCACAGAGGCGTAAATTGAACAAAAAGATAAA
ATTGGCAAAACTATCCTAGTCTCCCCTACCATTTCTAAGCATATATATAT
ATATATAGAAAATAACATAATACAATAATATATTCAATAAAAAATAACTC
TAAAAAGCTACAATTATATGACAATGGTTACCACTAAACCAAATTATGGA
CATAAACAATATTACTTTAAGTGATTATTAAGAGTAACTACAAAAGGAGA
TTTAATGTTCTTGAAAAAGAAAAAGATTTTGATAAAAAAATATATCTTTT
TTTTATCGCATTGTAAAATATACCAAAAAATCTAGTCACGCCACCACATT
CATTCACGAAATTGAATTACAGTTTATTTTTGGTTCTACGTTCTTCACAC
TTTACGATGACATCTGAATTTTATTTTATTTTTTCATATTTTCATATACA
TGGTTAAAAGAAAATATATATATATTCCTATAAAAGAAAATGTCATTTTT
TATAAAGACCCTTTAACTTATTTTTTTTTATTCAATTCAAGCTTTTACAA
AAAATATATTTTTTTATCTAAAATAAATGAGGTTTAATAAAGTGTTAATT
ATTACTACTTACTTATATATTAAGAACGTTATATACTTCATCACAAAAGT
ACATATGTAACAGCTAATCTGCTTTGGGTTAACATAAAATGTACTTTTCA
ATTTATGAAACAATAATGACGCGTAGAAAATTCATGAAATTACTTCATAA
AATCTCGTTTGGAAACAATAGTGAAGGACATTATCAATTAATCAGCAACT
AATTGGTATAAACTGCAAATGCTGCTAATTAAGTTTAAAAAATATAAACG
TGACTTAAATTACCAACACAAAATCTACCAACTAAAAAATTTTTTGCATT
CACATTTCTAGATGGGTAAATCCAACGCATATATTAATTTAATTTAGTAA
AAAAAATGATAGATAACGTTCAAAACAAACGCAACATGCTCAGTGACATA
TATTTTCCTCCTTGGACTGTCAGAATGTTACTAATTGAGAAACTACAGAT
GGATAAAGGAGTTCGATTTAGACAATTACCACCAATTTATAATTTTTGTA
TGACACGCCGGCTCCGAAGGCGTCAATTTAAGCTCTCTAGCTTAAATATA
TATGAATTTATTTGCAGACAAATAATTTTGCAAATTCAAATAATACAAAT
GAATTAAAAAAAACATATTTTGTATAACAAAAAAAAGCAATGAACTGATT
TTCGTGAATTGCATCAATTATATTTGAAAAACTGATCCGCAATTTATAAA
ATATTATGTCTAACCATTTTTGGCGAGTATTTATTTTCAAAGGCAAACGC
ACGTTCCTCACTACTACTACCATGGGTGATAGCGAATGACTGTGTTTCCA
AACAGTCTCACTTCTATAATAAGAAGAATGTAGAAGTGTGTTTTTGTTGA
AGTTATGTTGCCACATTCCATATATATTAATTGACATAGTCACTGTCTAT
TTGAATAAAAAGTATGTAAGCCTTTGGTTATAGCGATCTCCTTCTCAATT
TACCCATCATTTTTTTTTTAAATCTCAACTTAACATCTATAAACTTTTTA
GATACGGAATACAAAAATTTGCATTTTTTATAATATATAAAAATATAAAT
ATCTATTTGAATGTGAACTATCTTTTTATTGGGTTGGAACAGAGTKAAGA
AAATAAATGTAAATATTTATAATCAATAATWTTTTATATGKCAGCCATTA
TTTATCTTTATTTCTTGGATATGATTTGAAACTTTATTTTTTAATAATGC
AATTACATTGAATTAGAAAGCATTTTTTCGTCATAAAATGAATAGTAAGG
GGAACTTGAGTCTCTGTAAATGACAGGGAAATATATTTTTCATATTATTG
TAGAGTACTTTTGCTCTTAACCTTTTCAGTATATACCTAACTACTAGTGC
TGTGACTTGGTCTGAGAGTGATTTGATTCAAGTTCGGATTTTAAGAATTT
TTTGTAAATCAATTTAAAATGTATTGAAATTTTTTTTTTATTCCTGCTGA
AAATACTCCACACTCGAGATAAATCGTCAAAATGACGAAATGTCCAATAT
CTGATGTTTGATTCTAAAACATAGTTTACAGAAAGGTGTATAAAATATAT
AACTTGTAATGCTATTGAAATGCGTTCTATTAAAAAAGGTTGTTGTAGAT
ATATTACTATTTATTCAATATTATGAAGCCCATCCTTTGTACATTGATAC
TTTTGTATTGGTAAAGATTAAAACGCCTTCTTTTGTGTTGGGCATTCCAT
TTTCAACTTTTAATGAGTTGAATCATTTTCAAAACTGCAATGCACTTTCC
TACCAGACGAGTCGTAGGATACGTCAAAATTAACAAACTTATTTCGCAGG
CTTCTTATGTATAACTAGAATAGGATCTTCGTAGAGCACAAAAACTCTAC
CTCAAGTTAAATAGAGTTACCGGGCCAACCGTTATAATTTAGCCATTTTA
ACACACATGTTCTAAAAACAAAGGCGATGGGAATAGACCACAGAGATTTG
CTCCTGCCTTTTATAGAGCCCTGAACACCACTGATGGGGAATTGTTCACC
TCCCTTGCCATGTCAGCAATTGATGGTTTCGGATTTTTATTAAACGCATA
CTTCAGGCGGTTGGCAGACATGGAGGTTTTCTTGCCTGCTCCTAGAGAGT
CTCTCATGTCTTTGCCGAACTTCAGCCCCAAGGAAACATTGTAAGACGTT
TTCCTCCAGACCCCGGTCTGCTCTCAGATGGACTTCTGGGACAATCAAGT
GCAAAGGAGCGCAGCTATCTCAATCCTCTTTTTGTACTGTGTTTTCATGG
AGGCGAGTGAGACAATGACTTTCTTTGCAATTAAGCAAATTATAGCTGAT
CATGTGTTCTACAACATTGGTTATTGTAGCTTTGTGAGAAAATGATTCTT
AACCTCTCAAAATTTCCCTAATATTTATGAGTAAATAATAATGTTAAGTC
TGATATGTATCCCCATTTCTTCCAAAGTTATGTTCAATTCTGCATTGTTA
GGTTTTATGTTGCTTTGACCTTTAAATTTGACATTGCCCTCGCAAAATGT
AATACTCTCTAACTCTAAACATATATAATCATCCTACTAAGTTTGATATA
AATCGATCAGTAACATTTGTTATAATCCTGGTGACAATCAAACAAACAGC
GGCAAACACATAACCTCTACTCAACTTTGTTGAAAAATTTGAAAGATACT
GATTCCATAGCAATATAAATATTAAATTGCCTACTTTATTAAAAACGATA
TAACATAAAGAATATTTCTTTCTCCGTACTAGCTGGGTTCATAGTGTAAT
TTATTAGATGTAGTAAAGAGATTTTTGTAGAATGGAAGTGGAAGGCGGGA
GTGAGAATAATGGTTAGAGAGTGGATTTTGTAGGAGCGCGAGGAGAAGGT
GAGAGGAGATAATTAATTAAGACATTTGTTAATATCAGCTATATGTTATA
GGACTTTGGGTTTTATTTTGTATTTTTAAAACAATTGATACCTAAGTAGG
CGAGAATGCTTACTTCAGAGGGAGAACATAAAACCACCACGACCTATTAC
ATAATGAACAAAAAAGGAATAAAGTACTGACGCAATAACCGATTTTCTTT
CTATTTGCTATACTTATTTTCCTCATTACAAACATGTCAACTCCAATTAT
AACTCCCCATCACACAATCTAAGTCAAAATTTCCTTTGATTTTTTACCCG
AAACATGTTAAATAAAAAACTTTCTGTTAAAATAAAAATTGTATTATTTT
GAAAAAAATATATTCCATTCGTCTTAAAATTTTTTTTGAAGAAAACTGGA
AGACGACGTTAAAATTTCGTGATTAAAAAATCACTAAGGTTTATCAAAAG
AGAAACACACATTAATATTTAACTTGTTATCTTTTTTTAACATACAAAAA
AAAACATAAATAAAATATTGATGAAGAATTAAGAAAGTCCATTTACAACC
TCGTTCATTGTTTTTCCACTTTTTTTTTTTTTCATTCTTTTTGTTCAAAT
AGGCTAAAAGATAATCCCTTTCGTTTATATATTGTTTGTTTCTTATTTTC
AAGGATCGAAGGTTATAGCTTTCATATTGTATACCTTCTTTCTTGTTTTG
TAGAAAAACAAAAGTAATGATTGGATTAAAGATTCTAATGGAAAGAAAAC
ATATGGTACTTGTCAATATTAAATTAGACTGGAATCATTTTTGTGAAAAT
TGATCCGTTAGCTTAAATATTATATTCAAATGAACAAAATTTTTTTTAAC
GTTAAATGGAGTTGAATAAAGTATGKCCTGCCGGTATGTAAAAATAAAAG
AAACCAAAAAATATCAAGGTAACCCTAAGAATAGAGTATGATCTTTGTTT
ACTAATATTTGTTTGTAAACAACGCGAGCGAGACWGGTGCCGTTCTGTGG
AAAAATAATACAAATTCCAGAGGGATAATGTTATTTTGTAAAACTATAAC
TCTGGGAGCTGCATAGTAAGCGTTTGGGCCTCCCTATGGGTTGGAAAATA
AAAGCAGTGTCTTTTTTGAGGGGAATAAATGATGATAAAAAGTATACAGT
GCAGTTACAAATCTTCACAGATTGTATTAAATATATTAGGGCCTGCAACG
ACTGTAAAAGCTATATAATAACACACTTCATGCGTTTGTGGACTGCCCTG
ACATCTATATTCTTAAATATTTTATATCCATAAATGTAAAAGGGCTTACT
GAAACTTCGGAGGTAACAAGGGCTTTTGACTTTGCAATTCTTAATTGTAA
AGCCCTCATCGCCAGCCGACTAACAAACAATCAGCTTATTCGGGAGAATG
AGTTGAGAGGTATTATCCTGGCAGCTTAAGCCCGCTATGTCTCTCTCACA
ATGAAAATCCCTTAATCAGGAAGTGGGTCATGGAATTTTACAGGGGAAGA
AATCCGGTACCTTACATCAACTTCACGGAATCATCGAAGTATTTTAATAA
GCGTTTTAAGAAATTTTAAGAAAATTTTATCATAATTGTTAATTTGCATG
TTTACTGCTGTTTTCTTTAAAGATTTATTTTTAGAATATTAGTTGAAATT
CTACCCCAGAGCATTAAGTATAAACTATAATGTTTATTTATGTACTTTTT
ACGCAATTGCTCTGGTTTATTTATATATATATGTTCTATATAATATATAA
ACCAAATAAAGAATGTTGAAAAAAAAAAACTATAAGTGTGTCTTACACAC
GCTTAGTAAACTATGTGAAAATTGTTTTCAGCATCAGCCATTTTTTTAAA
TAACTATTTGAAACAAGAAACTATAATCTGTCACACGGCCTTGCGGATAG
TATATTTTTTAAAGCTTATTCATACACTATTTAAATAATGTTTGGGAGGT
CAGCAGCTTAGCTGCAATTACTTTTATTAAATAAGCTGCAAGGAGCTATG
AGATACAAAGGTAGCAATTAATCCGGCACCGATCTTCAATACTACTCATA
GCAGACCTAAGACTGATACTTATAACTGCTCTACTAATCCACAAGTTTAC
TCTACGTCATTCATGAATACACACACTTGTGATGGTGAAAAAGTTATGAT
AACAGCTTTGGATATTAATAAACACACTTAATAGATAGGAAATTAGAATT
AAAAACTCAAGTCTTAGGATCGTATTTTATACAAATCTAGAGCTACATAT
AAATAACTATTTAGAAAATGGTAAATTACGTCACTCTTTCCATGTAAATA
TCGTATCTTGCAGCTTCTTATTTATTCTTCAAAGATTTAGGTATTTCTAA
TCATGAAATGAATGTATTAGATTAGCTGCTAGTAGCTATGAGAGCAAAGA
CTAGACAGGAATTAATCCCATGCATATTCATAATACTATTCTGAGTCCAA
CAAGGACTCATACTTATAAGTGTAGATGGGGTTTTCTAAGATCACGAGAA
GAAAGTAGGAACAAGATTTATGGTAGTACTGAATTCAGACCCTTGTTAAT
ATCAGCTGCCTTTTATTTTGGAAGAAGAAGATAAATTACTGATAGAATGA
GGAGAACTTTTCAACATTTCAAATTATATTAGTACAGGAAAAATATTATA
ATTAAATGTAAATTCAAATATGTTTATTTTATTATTCATTTAAAATCAAT
TTACACCAAAGATTGGCGAGAATTCTTCTTTCAGAGGAAGATGTTAATKC
AGCCACGATTTATAAATAATAAACAAAAAATAAAAAGGAGCACACGCATC
AACAGTTTTTTTTATTTTGCTATAAATAGGTTGTTATTTTTAAACACATC
TATCCTTACTCCTAACTCATCAACCAATCCTTAGTCTTTAATGATCACAT
GCACCAGTGATTACTTTAAACAAAAATAGTCTCTGTTAAAGAATTTAAGA
ATAGTTATAACAGCTTTGGATAGTGAGAAACACTCTTCAGATTGCCCACT
TGAAAAATATCCCACGTGTTAAGGTCCTTTTTGATACAACTCTAACGAGG
AATAAAGATAATCAAATATGTCACATGCCGCTTCTTATTAAAGCTTAAAA
TCAATAGGTATTTCAACTTATATTCGGCTGTTTGAAATATCCATTTTTCT
CATTTTCTGTTTTTCTTCATACCCAGCCACCTTTAATGCTGACATGCCAC
ATATCTCCATCCCTTCCTCTTATTGTCCTCTCTTTAATATGTACTCGTTG
AATCTATGAAATCTCAGTTTACCTCATTAAATAATGATTGAGTTTTTAAA
TATATGTATATATAAAAGTTATGTACGCCTTGTAAGTAGAATTCAGGTCA
GAATGGGTCCCTTGAGAGTCATTTGTTTTTGATTATTATTATTTTAATAA
GAGACTTAGACCTGTTTTTATTAATTTTTTTATGAGGGTTGAGTAGATAC
ATCAATTAATTTGTTATTTTCATGACTCATATTCACAAAATTTGTTGTAT
TTACTTTTTTTTTGTAACCATTTATAACTCCTTTGAAAGAAATGATGGCT
CCATAAACTATATTTATTTGAAGGGTAGTGAAGGACAACAAATATTTATG
ACTCTTCTTTTTCTTTTTTTTTTTAATATCTACTGTTGAGAGACATGGTC
TATTTTAATATGTATAATATATATAATTGTTTTTGTTTTTTTTATTGAAT
AGACATTTTTTTAATTTCGTATCCCAATTCCCATTGGTCCAATGGGAGCT
GTAAAGAAAACCAAAAAAGAATATTAAATCTTCTCTATATTTTTTATATA
ACTAATAGCATTTTTCAGCATATGTTTGTTTTAATGGGACGGGTGTACTG
ATGCATATAAAACAGATCAAAACTAATGTTTTATTAAAACTGGCTCTTAC
ATCGCCATTCGGTCAGATAAAAAAAATTCGGCCCATAACTTATGAAAGTT
ACTAGATATGAAAAAAATCTCATAAAACTTATAAGGAAAACTGATCTCAC
CACCCCTGACATAAATAATGTATATTGAGCTCAGTAGACAACGTGCTTGT
AGGGAAATTATACCATTAACTCAATTTGCTTAGATTACATTCCTGGTCGC
TCCTAGAGAATGAAATATACATCAGGTATATGGACTTTAAATATGATTTC
TAGTCAAGGCTTTAGATTAATACTTGTCCCAATGTCCAAGAGGTACATTG
TATAACTTTGATCGGACGTCAAACTTTCTCTTTCCATCTCAAAATTGGAG
ACAACGTGAAGAGAAAGTTGAAATTTAATTATCGCAACATTTAATACAAT
GGAAATGACTTGGCAAAGTGAGGCACAGCAACGTCTGGTGAAAAAGGAGT
AAATTATTAGAGTAGGAGGAGACGGACCTCGAATTTTTCGATATTTTAGG
ACAAATAGTACATACAATGGAGGATCATGAATGTAGATGGTAGGTCTCAT
TATGTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNATCGTGTATGGCAGGYGYGGGG
GGGGGGGGGGGMTKAATCCGMGGAAAAAWYAAWGYGGSSGGYGGAAAWKA
TTAAYAAATGCTCTGCGACTAATTTTACTCATTTGAATCATGGTAGATAA
ATGAAAAAGTCGTATTGCCTTACATAATGATCTTTTCCGGCCTCATCCCT
TTGTTTCTCCCCCTGATTTTTTCGTGAAAGACATACTTATATTAATTTTA
TAAAAAAATTATAAATAACAAATATTACAATATTATTAAAAATAAAGTAT
CAAGTAAGTCACGGAAGATACTAAAGAGAGAATTTGTTATTTTTGCCAAA
AAGAAATGGKGACTTCTTTTCATTTATTCTACCAATGAATAAAAACTACC
ACGATCCTTAGGATTTAGGAGGGTGGAAGAAGAATTCTGGAGAAAATACC
ATGTAAGATCGAGTCTCTGGGATTGGCTAAATACCATGTAAGATCGAGTC
TCTGGGATTGGCTAATAGTAACGMTCTCATTGTATAATTATAACTGGAAA
ATTGAGTGGCTAATCTCCAAAGTGCAAAGTATAATCTAAGCTGTGAAAAA
CAAGAACCAGGAACTCCCTTCCTGGTTTTGTGATTACGTCCCTGAAGCGA
TATTAACTCTTGACACCCTCTCAATCAAAGGGAAATACTAATAGTATGAA
TTATTATTGATATGAGTCTACCAATAGAATGTTTACTTGTCAGAACTTGC
TTGAGAACCTCACTTTTTGACCTGATTAGTTATCTACGGGGTTTTTTTTG
TTTGTTTTTTCTTTTCCTTCTTCATTATTGTAATTCAACTTATAATATTT
CCAATTCTTAAATTGACTTAATTTTATTTTTATGATTGTTATTTGGACAT
TGTATGTTTTCTGTTTTGGATTACAAATTTAAATTAATGTAATTATTTGT
TTAGTCAAATGAAGTAGTTGAAATACTATAATTTTTACTAATACTTAATC
AATGAAACTCCATTTTACCAATTCAAGGCACTTACAAATAATAGTTCTCA
GTGAACAAGTCTCATGCCCTATTTAAGGAAAAAATAAAAAAATAAGATCG
AAATTCGTCCAAGTCTTTATTCTATTTGGTAATTGGATGAGATTTTATAT
ATTTCCGAGAGTATAATCATTTAATTCTTGAAGAGAGAACTTATAATCGA
AAAGTAATAACTAGCAGGAGTGCTTATGAAAGACGGGGAGTAACCTAGAT
GATTTGTTATGAAACTATTAGCGTAAATCTTTCTTGGACTCTGAGCAGAA
TTAAGAATCGACGTTGGAGTGATTCGTACTTATAAGTACTTTCTATAAGT
GGAGTTAGATTTGTGTATATTACCTTTCTCTTACGGTTGCTAGCAGCTGA
TTTAATAGCGTTCATTACATGTTAGCTGGTCTCCTATAAAATATTATTTA
ATTTGTCAGGATTCACTAAAAAAGTTTTAGATTTTTTTTTTTTTTTTTAC
TATACTGTCGAGTCATATTTTATACAACTCTATTCATGGAAATCAAAGAC
AATTATTTTGTCGGATGGAGTAATTGCAATATTATAATACTAGTTTTAGA
TATGCTTTAAAATCTTCTAAAACCCCTTTAAGTTTATGTGAATTGCCCCA
AAAGATCATTTTGTTCAGTATTTTTAGTCCAAAAAGATACTAATTTTGTT
TTTCGAACTGTAAAAAAGATTGGCATTGTCCTAACACAAATCGCTATCAC
AATTTTTTTAGATGTAATTTATTCTATAAAAAATTAAGCAATACTAGCTT
AATTAACTTATTGTGAGCAAATATGAAAATCAAATCAAATTATTTTTTTG
TATAAAATGTTTTAATTAATAATTTTGTATGAAAAAAATATTGTCAATGG
TCTCATTAAAGTTTGATGATCACAAAATTAGTGCATTAATTAAATATTAT
AGTAAATATAATAGAACTATAATATTTTAATATTATGCAATAAATGTTCT
TTGACAAAGTTTTTTTCCATTTTGTCTAAAAATGTCAAAAACTATATTTC
ATTTAACACTTTGTTACCTCACCAAACAAAAACATTTACAATGTAATTTA
TGGTCAATTTTAAACTTTTTTGTTTCCTATCCCCTTATCAGTGGACTGAA
CGTTGAATATTTGAATATGAATTAGCTCTTGTACAGTTGTGAACAGTCAT
CTACAATTATTGAATAATAATTCCATAAATGGGAAGAATTTGTAAAATAA
ATTATGGTCTATCTTTGTGTTATTTTTTATGAAAAGGTTGGGCGATAAAA
TATTGGTATCGACGTCCTGGGTATATGTTTTTATATAGAGGAAGTAACTC
CTTTATTCTCATAATTCATTGTTGCACGAATGGACTAAGAAGATGTGTTC
TCTATGTTCAATCCCCCGAGCAAAGAAAGTGTTTTTTTTTCAATTGTGAT
TTGTTATCGAACCACTTTTTCTCATAAGAAGTAGAAGGATTTCTTCGTAT
TAATGGACTTTTTGATTACGTAGGCCAGTGGTTCTCAAATGGGGGCATGT
GTATGCCTTGAAGGTACTTGGAGGCACTCCAGGGGTTACTTGAGATCATT
AACAAATTGTATAAATAAATTCCACCTTAATCCAGGGCACAGATTGACTG
GTAGAGCTGTGCTACCTGGCATTTGTATTTAGCAAACTAAACGAACCGAA
TACATATCTACAGGGCAAGGACAACAGCATTTTAAAACTGTATGTGAAAA
TGAGAGGCTTCCTGAAGAAAGAAGAGCTGTGGAGAGGGGTTTGTGCGCAG
GGAAATGTCCCCTACTTTCCTAATATAGAGGATTTTCTCTTGAGTGCTGA
TGCAAGCAGAGTTCATGTCAAGTCAATCCTGGTGGGACATATGTTTCATT
TTATTCCAGGTTTCCATTCTTACTTTCCTGACATAGAGACCCATTTCTCT
TGTCTGAGGCAAACAGAAGCAAGCAACTTGTCACTGATCAGGAAGAGCAC
TTTGAAGTGTCATCTGACTGTGGCATCCAGTTGAAGTTTGCCAAATCCAC
ACTCTCAATGGTTTGGGTCTGTTTAAAGCAGGAGAACCGTGACCTGGAGC
AGAAAGCTTTAGAATCGCTACTACCCTTTCCCACCACAAATTTTTGTGAG
ACCTCCTTCTCTGCAATAACTATGATAAAGACAAAGCAGAGAAACATACT
AAGCATGGAGAAGAGCCTGATTACAGTAGTTGCCCACCAGCCACCAAGAC
TGAACAAAGCACAAGTTTCTCACTAAAAAAATCAATTTATAATCTGTTAC
AAAGTTTAATAAAACAGAAAGTGTTATACAATATTTATATATATATCATT
TGTGCTGGTTAGGGGGTACTTTGTCAAAAAAATATTTTACAAGAGGTACA
GGCTGTAGGTAGTCCGGATGGAGATATCAACTGTCTCTGGAGACTTCTCA
TCACTGAATGAGATGATACTTTATACGTTATATTATTAGTTGTTGCTCCG
ATTTTCTGCTCAAGATTTTTTTCATCATGACCCACTACATATGTTTGTCT
GTGTATAATGTTTCATTTTTTTAATGCAAAATTTGTAATCTAAATCTGCA
GTATACAAAAAGAAAGGGGAAAGAAAGAGTGGATTAAATGTATAAATATA
CAGTAAGTACAAATATTAAAACGGAGGTATTACATTTAACAAAAATTACA
ATTTATCTCTAGAGACCCATTAGGAGCTACATTTTCCATCCTTTGCCCTT
TTTAAATATATACAGATACATTCATGTAGTTTATGTTAATATATATGTTT
TGAAAAGGGACTCTCTGGTCTAAATCAAATTCAAAAGATGTTTTCATCCT
CTTTTCCTATTCTTATTTCTATGTCAGTTTTATAATCATTTGTTTAACCT
TTTTATTATATTATTTTAAAAATGGATTGATTACCAGAATGATAATATGT
GATCTTCCTGCTCAATAAATTCCTGTAAATATTTTCGGTTATGTTTTTGC
AGATGAAGAAATTTACATTAACTACCTTATACCTGAATTTGATTTTATAA
AGATAGACCTAAATTCCTGCCTTTGCGTCAGAAGAAAAAATGCTACTAGA
GAAAGCTTTCCATTAAAGCGGGAAAACACTATAAAGAGTCTCCTTCTATG
CAACCCTTGAGTGATGGAAGCTACCTGTCCATAGTGGTAGGAACCAATGG
GCTTCTGTTTGATTTTCATGTCTCTTTCTTTATGGATGCACATTSGAGCC
ACTTTTTGACAAAGTACCACATACGATCAGAGATCCTGAGTTCATGAAAA
GCAAAGAATCATAGCTAATCTTTTAAATCCAGGGACTCGGGATTCCATGG
TACCAATCCCACCCGGAACATATTTTTGTTCCCTTTTCCTTCTCTTGTTT
TATGTTAGTTTTATAATTATAATTGATAAACCATAAATTAGATTGAAAAA
ACAAAACAAACAATGATTATGTTTCGTGTCATTTTAACCCTTCTTCCATT
TAAGTCTACAGAAAACTGTAAAAACTGTTTGAAAAACATTGTTTATAATA
TTGGCTTCTGGAATATTGTGATTGGAAAATTGGTCGCCAGAATATTGTCA
TAGGTAAATTGCCCTCTTAAAAAATGAATTCAGTAGAAAACTGCTTGTAG
AAAAATTACTCTACAGAAATATTTCCCGCAACTATATTTTGCCTAGTGTT
CATTAATGTCCATGAATTTATCACTAGGCACAATCTGCTCAGCAATTTTT
ATGAAATGAGCCTCCATTTTTAATCGAATTAGATAATGGATTGTAATTTT
TGTTTATATTTAGTTCGACACAAAATTTGAATTTGAAAAGATTTAAAAAA
TAAATTGACATCATTTTCGTAAAAGTTGCAAGTCAGTTTTGTTGCTCAAA
ATATAAGTATGACTCCTGTTAAGTCATAATTTCCATGCATTTTAATACAT
CAAGGGATCAGAGACAAACTGCCGTAGCTCATTTTACAGAATTAAGTTTG
GGAACTCCATTCCTTCATTGTAAATAATATTTTTTATATGGTTTTTTTCT
ACAATAAAGTGGATCCGAGAAATTGATTTCAAGAGTATGAGATTTGCTAT
ATTAAAGATTTAACATTAAATATTAGACTACTAGGATGACATATAGGTAA
TACTATCTACTAATATTTGTAATTTTTGTGTTACAACCATTTGTACTTTA
ACTCTTAATATTTAGTGATTCATTTACCGATTCATCCCATCACTTGTGAC
CATTCACAATTTAATTTTATAAGCACTTATAGAGTGTTATCGGTCATTAT
TTTGGACTGAAGACTTCAATCCCGTCCAGTTCAGTATCTGAACTGAAAGT
TCTATTACTGAAAGTCCGAAATAAAGGCCCTCAGACTGGAGTCCACCAAA
TAAATAAGGAGTAACATCAGATTAAATACCAATAAATGTTCAATTGATCA
ACCGATAATGAATATATTATTGATATATGAAAGATTAGACATAGTTCTTT
AACTTTAACATAGAGTGAATCTTCCTTTGATTTCAATAACGACCTGTAAT
GCGTAACTGAAGATGATATACTTGCTGTTCATTACCCGTCATTGATGGTT
AACGACTTGCTTTATAGCGTTTATATTATTGTGATGTAGTCTATATAGTT
TGTATAAAATTTATGGGTAAAAACCATAATCCAGTGGGTTCTGATCTCGA
CTTTAGAAATGCCACATTGTTTTTTTGGCCCAAAAAGGTGCATTATCATC
AAGCCATTTCTAAACAGATTTTGACTTTTTTGGCTAGATTTTCCGTCTTG
TAGCAGATGTAGCTCTGATTAAGCCATTGTAGAAATTTGATGTATAAATA
TGTTAATACCTTAATAATAGCTAAAATATGTAATATATAAATATGGAAAA
TATAGCTTACTAAAGTATAGTGCACCATAATCTCTAATACGTTTGAATTT
TCCAAATAGGGAGACATAATTAATAATAACAATAATATCACACAGGTTAT
TAACTATTTTTTTTTTTTAAATGTATGCTCACGATTACTTAGACAATTTT
CACATCCTTAAGTAATAATAAATAGGTAACACTGTATAAAATGAATTAAT
TCTTGTTAGATTTTAGTTTAACTTAAATTTAAAAAAAGGAAAAATGGTAA
ATTAAAATATATATTCCTTATAACATGAATGTAACTTTCGATGAGGTTTA
GTAACAAGCTAAAGTAATCCTTGGCTCATCAAACCATATGTTAAAAAATA
TCCTTTTTTTTTGTGATTTCATCCTTGAGGGCGGTAATTATAAGTCAGTC
CTTCGGAGACTTAATTAGACGGGACTTCAATCATAAATAGTAATGGAAAT
ATCACTATTTATAAGTATTGAGTGAGTATTTACATGAGGGTGTACTTATA
AAAAACAGAGAGTAAGATCATGGATTTCTTGGGGAGTTGTCTTCTTTTTG
ATTATAGTAAAATTAGTATAAGTTTCGACGCCTAATAACTCACGATAATG
CCAACTAGTACTATATATTATCACTATTTTTGATTTGTCAGTGAAGATAT
TGGCTGAGACATCATGCAAATATTTTGTTTATATTTATAGACTAAAAATA
AATGTATGCGGTTACAAAAAAACATAGCTTGTATGAAAAAAATATACTCA
CAACAGTACATTCTATATCTACCTCCTATATTATTCATATCCCTTGGCTG
TGGTAAAGTTTAATAATATTCGAGAGAGAAAATAAAGCCCTATAAATCCT
TAAAGTCTTATATGTAAACTTTTACTCTTCAGATACGCAAAATGTTTGTG
ACCTTGGACTGATTTTTGATTATTTGGAAGGATTACAAACATAAACATAA
ATATATTAAATAACGTTTTATTCTTTCCTCTTCGAAACCAAAGTATTGAA
AATATAAATTAAAAACTAACTTGTTTCTGTCAAGATTAGAAAATCCAATT
ATTTCTTTCTTTTTTGTGTCTATGGATTTGTTCATTATTGTTATATCATT
TATTTTTTTTCCTACAATAGCATGACTTACTTCCTCATGGTAAAGTCTCT
TGCCAAAATCAACATTGTTATACTATACACAAAGTGGATCGTTATGATGC
TGGTAGATATATATGTTCAGCGGATAATGGAGTTGGAAATCCAGCAAATG
CTACCATCAACCTTCAAGTTTTATGTAAGTATTTATTGTCTATTTAAATA
GAAAGTATAACGAAAATAAAATGAAATTTATTATTTTTGTTTATTTATTT
TCTAAGCTACCAAGTTTTTTTCAATTTTTTATAAAAAGGAAACCTAAATT
TGGATACATCCCAAACTCATCAAATAATTATAGAGTTTTTTGTTTGTTTT
TTTGGCAAAAAAATTATATTAATAAAACCTTAAATTATTGGAACAAGTTA
AAGTATAAATATATTTTATTTCTTGGCGAGCCTTTTTTATTACGAAAAAG
AGGTAACAAAATATTCATATATGATTTCAAATACTATAATATTGCATATT
CATAAGTAGTAGAAAGTTTTATGTGGTTTATGATTTAATGAGAAAGTCAC
ATTGTAACTTACATTAGGACCTATCTCCACGGCAACGTTAATAAAAATAT
GTTGTATTTATTTTATTCAGATTTTAAAAAAATGTTTCCACACGAGAAAA
ATTTCTGTTTAATCTGAACCTGATATGAATGTATTTTCATCAAATAAATA
TCATATCTTATATATTGATAAGTTTGTTTTAGTTATTATCAAATATATAA
TCCAAAATGGTTGAAGAGATCAGTCTTAAATTTAGCAAATAGACGTATAA
AATAACCAATCATATTCTTATGATATTTTTTTGGACCTCCAAGATCGTGA
AAAGGCTGTTGTTGATCAAAATAAAACCTTCTTTATGTTCTCTTTTTCTC
CTTATCTCTATCTCCCCCTTCTTTTCCTTCTCTTTCTACGTCCCTCTCTA
TGTCTCTTTTCTTTCTAACTTTGTTTCTTTCTATTCCCCTCTATCAACCC
TGCAACACAGGGACTAGTTTTATATATAAGTTTATCCATTTACAGTGTTG
CACAACAATATGTATATGGTGTTGTCAGATTATTACTCTTTTGAAGCCGT
TTTTATCAAATAATACGTGTGATCAAATGTCCGCTTTGTGTATAAACAAG
CTCACCAGGCTAATATTTGGCGTTTTCTTATGAAAAAGTTGCAGTGTGAA
CGGGATCTTTATATATTTTGCTATGTTAATTTTAAAAGTTATAATTGGGA
ATTGTTCAGTCCAGTAAAAAAATGTTCACATATAAGAATAATTATTTTTA
ATTTCTTGTTAATCAACAAAATATAAATTTGTATCGATTTAACTATAAAA
TATTTTTTCTATTTAATTACATTTCTAATAAAATGAAAATCATGATTATG
TCATTATTAAAATTCAGATAAATGTTTACTTGCAATTACGACTTTTTTGG
GTAGCTCGACTTTAAATGGTTTTCGTTCAGTCATTTTTGGTCTCATGATT
GATAATAAAATGACAAATACCATATATTGTCTAAGAGAGTAGCATTGGAT
GGAAGTGCATATGGTAAAATTCCCTCATATGAGCCTACCAAAGATGAATC
TACTCCTGAGCACGGAGGGTAGTAAACTTTTGCAAATTTAAATTTATGTA
TTTTTGTTTCCGATCCGTAATTAATCAAAAGTACACCACAATTTGGTATT
AATACATCCTTCAAAACACCTTATCCAAATAAATAAAAAAAGTTTTTCCT
TACTTTTTGTAAATTGTAGGAGAGCTAAAAATTCAAATCGACTAACGTCA
TTATAATAGACTTACAATTAACATATATACTATAGTTGTATNTATATTGC
ATAAAGGCTATATTCCCTTAATTGCTTCGTCTCTTGCAAGTTTATTTAAT
GCATTTCCTTTCGCAAAATATGAAATTTTAATCATATATTCTTTTTATTT
TCTGCACAGAAAAATAGAAAAAAATATAAATTCACCAAGAATATAAAAAA
ATAATATGACAAGATTATTATTCTATTTTTCTTCTTTAAATAAAGGAAAA
GAAAAATTCATGTGTAAAATGAAAAATAACTTCATGTTACATAAGTGTGG
TGCGTTAACAAAAAAAAATTGTACAAAAATCATGAAAATAAGAAAATCCT
GATTTATTTTATATTCATATACAGTTGAATATTTTATAAACATATTTGAG
TCCTTTATTGACTTTGTATTCAAATTTATGGGATGAGTTACAATACTCAA
GAGTTTAAACCATTATTTAATTAAATAAACTTATATTAGCCCCAATATGC
CCCCTTTCAATTATAATCAACCTGACGGGGTACAGATATAATTGCTCTTT
AGATTACAGCAAGGAACGAAATATCATTTGTACATAATTGAGGGTTTCCA
TCAAAAGAACACATTGTGCGTGTGTGTTTCTTGTCTATACAAGAACGATA
TCTGATTTATGTATGTATATTAGTTGGTTACGAGGGTTTTTATTTTAAAG
TACAGTAAAACTTGGGATTACGAACAAAAAACGTATAAGAAAGGGCTTAC
ATATATACAATCCAAAAAATGAGAAAAAAAACTAGTTTTTAAAAATTAAA
TTTATTTATTTGATAAATGTGTTCATCAAATTTCTAAAAGATTGGAATAC
ATTTTTATGTCATCAATATCCTCTAGGGCTATCTAGCAATGACTACAGCC
AGTGCTGTAACTTCAGAGAGGGGTGGAGGGGGGCGGATTTTGGGAGACAT
ACCTGGCTAAAACGATGCAAGCATTCCTAATGAAATATAAACATAAAAAT
AGTTTAAACTAAATTTTACTATGGGTATGGAATTTTGACTATATATTCAA
AATTATTGTCCTTGAAAATTGTTGATTATTAAAAAACTCTAATACTTTTA
ACCATGGACGGGTATTAGTATAACATTAGTATTAAATTATACCCCTAAGT
TGAGTAAAATTGTATGTGCCTCAAGGCCTCCTTTTTTTAGTATTCTTATA
ATTGCGGGTCTACTTGATTTAATAAACAGACAAACTTAGCTTTAGTAATA
TAAATTTTTATTCCAATTCTCTTTTCTTTTTTAATATGACAAACTGTCAC
TCAGCTACAGACGCTCATTGCTATATTATTAAGACACAGTGCATCATATT
AAAACATATAAGAAGAAGAAGAGTAAAAATTTATATTAATAAAGCTAAGT
TTGTCTGTTTGTGGACTTATAATCACTCCGAGGAATGTTGGGTACTCCAG
GTAGTGATATAAATAGTTTATTATGAAAAAAAAATTATTCAAATATTTCA
AAATGAAATAGAAAAATATGTCATCTTAAGCTAGTCCACTGGCAATGGAA
ATCTACAATCACAGTCATGCCTATTATGTCCGTGGTGGGGTTGTTATGAG
TTGTTTCTGTTAAAGGKCCTTACGTTGGAGGGTTAATTAATAGGCAGTGA
TTGGAATTATATGAACAGCTCTGCCTGGGCTAGTTTTGTTCCGGGTTCCT
ATACCTTGTTTTATACATATATGACGATTTTTTTTTTTTTGAGTAAAGTG
TAAGAGTATATTTCTATCCGTGATGTTGAATATTACTTTTGGACTGTTTT
ATAGTTCCTCTCGTTCAGACCTGTTATTCGAGATTGATGTAGTATTGACT
TTACGTATTAAAAGAATATTAAAATTAATAGAGACTTCAAAAGATGTCTT
CCGTGTTTGAATTGCTTCAAGATCGGGAGTGAAAATAGAGGCGGTGCCGA
GGCGGATTGATCGATGTATAGATTCTGGCTTGGGCTATGTTGAGGGAATG
TTCAAAAATTTGTGGAGCTCACCATTGATGTATGCAAAAAATGTAATAAC
ATTATATCACCTATTTGATTGTAAAAGTAAAATTGTTTTCAAAAACATTC
GTAAAATTGGGGGTAGGTATTGCTGAGTGTTATATAGGAACCCTGTATTT
TTAGATACTGCCGACTTCGCATGAGGGTAAACATGAACATAGATAGTATA
TACATANATAAGAACTATGAATTATAAATAAACTTGTATTGAATAATATA
TGAAAAGTCGTCAGGTGAGAGAAAATTTAACAAAAATATTTAAATAAAAA
TCGTTTAAATGAGTGTTTTACAATACCTACATTTTATACATAAGTGTAAT
TGCTTTTTGACACTGAATATTGAAAAACTATAAGCATGCACTTTGCACAT
CCTTATCATTGGGGATGGGATTTTTATATGGAAAATGAGTTATTCAGAAA
AGGAAAACAATTAATGCCAGTGTTCTTTTTTTTTTCTTTTTTTGCTCATT
CATTAATAGATCACCGTGTTGTTAACATCTCCCTTGGAAAGGAAAAGTCT
TTTCTTTTCTAGGTGTAACATACATTATGTATTTTCATATAATTACAAAT
TTCCCCGCACTCATTTCTTTTAAATATAGCAAATTTTCTTCTATATAGCA
GTAATTCATATTCTCTCTCGAAAATCATATAAAGTAGCTCATGTTAAGAA
GATTCTTGATATTAATTAGTATATTCTTTAACCCTTAATTAACCCCCCCC
CCCCCCCCCAGAACTTCAAAAATTCCCAACTGGAGAGGGGATTTCTTAGA
TTATTATTTTTACAGTTATTTAGAGTCTCCCTGGTCGTGCACAAGTTTTG
AGACTAAAATGAACAAACTAAACAATGATTGTTAATCCAAACATCATTCA
GTGATACACTCCAAAAATTGCTATAGTATATATTAGGAACATCATGTTTT
TTTTACGAACAAGTTCCGAGGAGATTCTAAAGAGTGAAATGATTGTTTTT
GCCATGAAGTTTTAGATACCTCGTTTAAACTATTCTACGAATGTGTAAAA
ATTACCCCGGTTCTGAAATGATGATGAGAAAGAGATTTGGAAAAACTTTG
ATGTTAGGCTGAGTCCCTCAGATTGGATCATTGTAACTTCCTCACGGTAT
TAGGATAGAGCGAAGATTGAGTGTTTGCTTTGGAGTGTATCTCCAAAGTA
AAGCACAAGAACCAAAATGTCCCTTTGTGACTTTATTTATTAATTTATAA
TTGAATTCCAACCACTTTTGGACAATCTTGGGGGTGTTTTGTATGTGTTT
AACTCGTAATAAGTATCTTTGTCAGATTATGTCGCCAATTGTATCCTAAC
TATTTCTAGACAATCTTGGCCGTATGGGCAGTGCTCCATTTTATGAAAGA
CATATTTTGACCCTTTAGAGATCTCCCTGTTCTGGGGGAGCTATATATGG
CCGCGATAACTGTTTTTGGAATATTCTGGCGGGCAAACAATGTTTCAATC
TTTTGACTATGCACTTAAACGTAATTGGTCTATTTTTTATATTCCTCCAG
ACTTTAATCAATCCTTGCTTAGTTTAACTGTAAATGTATTTATGAAAACT
CTTTCTTTTTTGAATTATAAGAACAAAAAGAAATGGTCCACAATTCCCAC
AAAAATAAAGAGAAAGAATGAAACCCTTCTCTACAGCATAGTTGTACAAG
GGGATTTACTTTATCCCTATTTAAATTCAACAATAATTCGTCAAGTGAAA
TGCATTAATATGAGGGAAAAAAACTATACATAGAGAAGAAATAAAGAATT
GAAATATATATAAATAAGAATAAAAAATGGAAATCTCCCCTTCTCTACAT
ACTTCCATTGAACAAACTTTCTTCACTTGTTATACAAAAAAAAATGAAGA
ATATAAAAGAAGTTGTGTGCTCAGTTGGTTTTGTTCGATTTAAATTGATT
ACAATAGAAAAAAAAGTATTTGAAGAGAAGGGTTTACTCAAGATTTTTTT
ATTTTTTGAAAAATTAAGTTGGAACACTCTGACGAAGATAAATTGAGAAA
TATCATATTTATGTACCTCAGTGAAAGAAACAGGAAATGCTTAGAAAATC
CATGAGTATTTCAAATAGGGTGTATAACCCAGAATCCTAATATTTAACGG
GGATTTTTACCTACAGATATCCCACATATTTCATAGTACAGTGTGCGAGA
AAACTTGATTGTCAATCAATTTGGGTTTTTTTCTGTGGATATTTTAAAAT
TCTAACTTGCGTTATTAAAAGTAGGGAATATCCCAGTTAAAATACACAAT
AAAAACAACTTTCAAAAATCAACAGTTGTCACCATCAACTTCTTCAGAGT
CACACTCTGAAACGTCAGAACTTCGAACCATTGGAATAAAATTTAGAGTA
GTTATTGCTCTCACTACTCGGCTCATGTGTGTGTCTCCCTAGAGCCCTTT
ACTATATCAATTAAAATATTGTTTTCCATCATGAAGCAATGTAAAATCTA
AATATGAAATTGTTTTTGATCTATTGTTTTGAGAGTAAGATACAATCTTC
AAACTCAAAAAATAAAGAATAGATTGTCATGAAATGTTGACAGCTGTCTT
TGAAAGTTTGCTAAACACTGAAAACGAGGTGAATAAAAAGAATTATACCC
TCTAAGTGTGAAACCCGGGAATTGTTTAGTCCCAAGAGTTAATCATGGCC
TTTAGATGATGCTTTCTAATGATGTGAAATATTAAGAATAAAAAATCTTT
TTTCTCAATTTCTTCTGTTTTATCTCACCTTTCTTTTATGTTGATGTTTA
AAATATATTCTTTTTTCTTTAAAATATAAAAATAAAGACTTGAATTTTCC
AATATTTATGAGGATACTCAAATTTAAAAATGCGTTATCTTCTAAATAAG
AAAGTTTAGCTTAAACTAATCTGGAATGAAACACGGAAACAATTTATTAC
TTAATAAATAAAAAAACTTATTTTCTAAGTAGGTTAAATAATCATCTGTT
TTACTTTCGGTGTTTGCTGTTGGTAATAATTAATTGTATTGAGAGTCTTG
ATTAACTCCCCTTTTCCTCCTGACAAAAGGAGAAAAAATCTCCACACAAC
TTTTTTATATATTCTTCTTAACAATAATGGTTTTAATCTTATTTGTAAAA
GGATTTTTCCCCGTAGGTTAATCTAAATGTTCCTTAGAGTGAACTCTCTT
TTTGAAAGGAAATAGTATGGAAACACCCTTTAAGTATGAATATGGATTAC
AAACGAGGCTGTGGCTTCAGTCTAAGTATTTCCTAAGCTCGCTAATGGCA
TTTGAAAGATTTTGCCAAGTTTAATGCGAGATTACGTGTAAATATTGATT
TTAAATACATAGCCCGTATAATATTACACTGTCAATGTAAGAATTTTCGA
TTGGTTTCGTTGACTGTTTTTTATTATTCTACAGAGAAATTTTCTCGGGG
TATATCTAAAATCAGTACAGGGCCCTCTTGTATTAACAAAAAATAACACA
TATTCCATAATGTTGAATATTTTTGTTTTTAATTTAAAAAAAACAAAGTT
ACAAAGTTATTGCTGGAAATGTGTTCTGAGGCTGACTCGATATAATTGCC
CTGAGTCTCGATACACTCTCTGAAGTGGGAGAAAGCCTTAAAGATGATAT
CTCTGGTGATGGATACAAAGTACTTCTTGATGGCAGACACCAGACTATCC
TTAGTTCAACAACTATTTGCAATGAAAGATGTATTTTAACGGAGGATTAA
CTACAGGGTTGATCTTATGTAGTGGTACAGATATGAATATTTTCAATTTT
TCAAGAGTAAAATTTAAAAGAGAGGTTTTTTGAGGACATTTATCGTATAA
AATCAACTGAAAATAGTGATTGGCACAACTTTTATTCGATATGTGAGGCC
TAATATCAAATAGTTGTCTCAATTCGGGGCTTATATCCCTTTTTGCCCTT
TRCCCATTAAAGTCTCACTCGAGCTTGGTCCATTCCTTCTTGATGGAATT
CTATAGAGACAATACGAGGAGTTGCACACACCCCTTCTCCATACGAGCCT
AAAGAGAGTAGTCCAAGGGGTTCGTGTCTGGAGTGAAGGGTGGACATATC
TTGAGGTTCCAAAAGTCTAGAAAGTTGTCTCTCATAAAATTCTGGGTCTT
AGAGACGTGATGACACAGAGCTCCGTCTTGAAAGAAAACAAAGTTGTCCC
CGAACTTTTCTCTAGCTCAAGGGAGCACTTTCTTATCAGAAGTTAGGTGT
AAGCATCTGCATTGAGCAGCTCCTTCCTCTCTACAAAAATGGGATGACAA
AAATTGCTTATCCCAACTCTCCATACAATGTTTCCAGCTGTATTTTTTGT
TCTGAAGACATGTCTCAATGAAGTTGATGTGAGCTCCTTGGATATGGCAA
TAGGGGGACAATGCATGGGGATAGAAGCTTCATAATTTCTCCATTTTACT
CCTTCTTGTTTGTTTTGTTTTTAATTGAGTCGAAAATTTACATAAGGAAT
CTTGAGTTACAAAACCTATCCCTCTCAAAGTTTGAAGATAATCGACAAAT
AAATTTTTAATTTATTAAAATTCAAATTAAGTGTACCACTCTATTGATCA
ACCCTGTCTGTGCCGTTACACTATTTAATTTGAAAAATATTGATTGCTTT
TGTTGGACTGATTAAAATCATGTTCTTTCCTAATTTGAAATGAAGAAAAT
ATCTAGATAGAAAATAATAAAAGGGGTAACTTATTCATATGGAGATCTCT
ATCAGTAGCTGACATATTAGTCCACACACTTCTAAATGACCCAATTTATT
ACTATTTTTATATGGAAGCTATAGAACAAATCACTCCCAATTTCTATGAA
AAATGAAATGAGGAGAAAATTGAGATAAATACAATAAAAAAAACGTTTCC
TTATCAGTATAATGAAAAAGAAAACTCGTGACAGGAGCGTGAGTGTGAGT
CTGGATAAAAACTATCAAATAATTGAAAATATGTATCCTTTCTCTTTATT
TTTGAAAATTGAGTCTGAATTACAATTTTGTATAATAATTATGATACAAT
TCTACTAACAATATTATTCAAATTAATCCCTCAAAGGCCCCAAAAATGAC
AATCAATTTAGCAAAAACTCATTATAACTATAAAAGAATGATAAATTGAG
AGACTTTGTTTGTATCTGTTGGCCATTAAACAGTCATAAATAAATCTTTA
CTAGATTTCATAAATAATATTTCTGACCAGTGGCATTGGTAGTCCCTTTT
TTGGGACCCTTAAAGTTTGAGAAGCCCCCCACAAAATTGATAAATTATTT
TATATATATTTATTTGTCTGTTTTTGGTGTTATCACACATGGAATCCAAA
ATAATGAAAGAGATTAGTCTGAAATTTATCAAGTAAATATATAAAATAAC
AAAGTATGATCCTATAATATTTTTGGCTGCCTNTTTTGACCGAAATAAAA
CCTTACTCTCTGTATCTTCCCTCCTCTGTTCTCTCTTTGTATCTTTCTAC
ATCCCTCTCTCTCTCTTTTCTTCCACCTTCACTCATTGTTTATATTTTTC
TACAATTTTTGAAGCAAAACCTCCCAAATAATGAAAGCTAGCAACTTCCT
TGGTTTTGACGTAATTAATAATATGAAGTTAAGTTTGGCAGAACTCTCAG
GTTCTGTGAGTAGTAAAAATTGATCGTTGTAATGAAATAATGATTATGTA
TGTAAGGCCATATCGAGGGAGAATTAAGTATCTAACATTAAATGAAGGTT
CGAAACTTAAGTTAACTTTCTTGAGTATCTTAAATCATCTCAAAGGTTTG
GATACAGAACCTATAATTTACCAAAATACCTATAAAATTAAGGATTGTTT
GTATTGTATATGTGATGTAAAAATCTCTTCTTTTTTTTTTTTTGTTCAAG
ATTGCCGTTGTGTCAACTGACGACATTTATGTTGTTTTCCTTTTAGTATC
ATTTTGCTCATTAAGTGTTAAAGATTTTCAAGAAATTATTTTTTTATTGT
CAAAAAAGTATAAATGAATTGAAATATTATGCCAAAAAGATAACAAATTT
GATCAAATAAAAAATATATTGGCAGTCCTTATGTACGAATAACCAATCAG
TTTTTTTAAATATGAGCTTCCAAATCAGCGTATATTCAAAAAAATAAAAC
TGCTAATTTGAAAAAGCAAACTGAATGTAGGAAATTGATGTTCATACTTG
TCTTGCTTTATAAAATGTGAATTAGGGTGGGTTGGGTTCTTGGAAGTTTG
ATCCACTTATTACGAATATTGAACACGGAGTTATAGGAAAAGAAGTGAAT
TGCTATAAAATTAATTTCTGTAAAATATGAGCTGAAGGGAATGGGTTTCA
CAGGTTGCTCCATACATATATAACTTTAATATGTTTACTGTTTTTTTTCT
CCATCACGTTGGTACCTATATTATTTCACGGGAGGTTTCATCCTAAAAGA
AAGAAATAAAAAGACACAAAATCACTTGGTAGGTCACTAATTCTTCCCAG
CCATAGAATAATTTATTTTATAATTTTTGTTGAGTGTTCACAGCTTGTTC
TTGTTCGAATTCAATCAATCAAGGTTACTGATTAGTGATTACTGATGTTT
TATAGATTTTTGGGGTGTTAATATCTCTCTTGCTCCTTCTAAATGATTAA
TTCCTATTTTTGATGTATTTATTGTATACAATAAAATACCTCTACAAAAA
GTATCAAAAAAAATTCCCATTGCTAATGCTATTTTTAATGGTACTAGGAA
AATTACTTGAAGAAAAATTAATCAAGGTTATATATCATTACTAAAAAGCC
TATTTTTTAGTTTGCTTAGAGCATACAATGTTACACATAACTAAACATAT
AAAACGTTGAGAAATTGCTTGAATTTATATAGAGTTTCGTCGTAAAGATA
ATTTAGTTTTTTTAAATTGTATTTTCTTCATTTACTCTATGATTAAAAGG
CTTATTTAACAATGAAAGGCTGATATGTGCATTATTTTTTTGCCCTTTTA
AAATGCGTATGATTGAAAATAAAAGATGATGTAAAAAATTTATATTTATC
ATTAACCTTTAACTAAAACAATCTCATCTATACTTTTATTTATAAATTCA
GAAAGAAGACAAGTTTCTTCATTGTATTTAGGATTCATAAAAAAAATAGA
ATGAAAAAAAAAGGTGAATATACCTGTGTCTCAATTGTTCCAAAGGACAC
TCTGGATAAAATTTTATGTGTTTCACCAAGAGTAATTTTCTTTTGGGCAA
TTTCCAGTGCAATCAATTTTCTTACAATTTTTTTAATGTTAAAACTTCTC
ATTTTATCCAAAATCATATAACAGGTTGCTTTTAACAAGGGTCTTAATCG
AGTAGTACCATAAATCTCGCTCCCACCTTCTCCTCGTGCTCTACAAAATG
TCATCCCTACATATTAAATAGTAGAATATTTACACGCCGATGATAGTGGC
ACCATCTTGCGTTTATAATTGTTTATTAATCATTTCTATGCTTATTTGTT
TACTACGACAACTTAGTACTTCACCGTCATCTTGCGGATAATGATGTTTG
TTGATTTCTTTGGGTAAATGTCCTCATTACCAATTGGAGTACCTCCAAAA
TACGTTCCATAGTTATAAATTTTTTATCCATGTATAGCTGTTCATAGTAT
TTCATATTCCCCAATACTCTTCATAATTGATTTCTATAGTTGTGATTTTT
GACACTCCCTAATATACATTGTGCATATGTATGAATTTATGTTCTGCCAA
TGTAGATGCATCATAAAACTTGTTTCATCTTAATATATGTATATATAAAT
ACTTTTATGTAGATAGGTAATATAAAAAGAAAACTTCATATCCATATGAG
TACACGAAGAACAAAAATATCTTTGTTTATTTTTGCAAAATTTAATTCAT
AAGGGATATAAATCATATTTGTAGACAGTCGCCTAGAGTGTAAAAGCTCT
ATAAATCAAGGGTGTGAAATTAAACTGTTGAATTTTTTTAATACAATTTT
ACTAGAGCATTCTGTTTTAGAGTAAAGGTTATTTTTTTGTCCCATAGTGG
TATTTTTCAGGGCTGCTGTACTCCAGCCTAGACTCAAGTTATTTTTCATG
GACTAGGAACTTGACTTGGTTTGTTAACTTGAGGTTCTGCTCTTAACTTT
GACTCGGGCCCATATGAACTCAAAATCGTAGCATTAGGCTCTTAGGTTTC
AAGTTGTTTTTGAATCATTCTCATTGTAGCACAGAAATGTTCTAAAAAAA
CAGTAAAATACTTGTATCCTTTAAAAAAACATTCTACTCTACTAGTTAAG
TATTTTCCAGAATGTTCATATAAGTTTTACTCAACCCTTAAATGGTTAAT
AAGTCGATACGTGATGACAAATACAAGAACATTGAGGACATAGTTTTTGT
TTGTATGTACGTTTGAATTAAAATTATTTATATATATTATTAATTCATAT
TTTGTAGTGGTTGACTTGATTATATTTTTAAACAGTTTGTAAAAACATAA
GTGATGAATTTTAAACTATAAGCTTTATATATGATTACTTTTATTGCAAT
CCATCTTGATGTCTTTTAATAAAATTTTTTTGTCTATAATATTGATAATT
TTAATAAATGGCAATTTAAAAAAACAATTAGAAACTTCAATAGCATAATT
TAGAATCTTTGGACATAAAAGAGTCACATTCATTAAAATAATTTACTTGT
TTTATTGGTCTATAAGTTTTTTTAAGCACTTAAACATTATGATTTATGTA
CATATGGACAGAAGAGGTATATATACATATACTCCTGGATAGGGTAATTA
AATATTATAATATACATAATATGATTTTTTAATTCATAGAAAAGAAATTG
ACAGTAATATGAATATAAGAAAAAGTAATTTCCAAAACTAGAAAAAAAAT
GTGGGCCTTTTTTTAAGCCCCAGCCATAAAATAATAGTATCGCTTTTAAT
TTTATACATTTGTATAATTTTATTGCATGCATATTAATCCTCTAATATGA
AAAAAAAACAAAAAAAAACACTCTTATTTGTGTAAAAAATGCATTATTTT
TTATAGGTAAACATATCATATTATTTATTTATTTTTGAACCGTCTAAAGA
AAGAATGACAGCTACTATTAATTGTTTACCTGAGGAATCTGGGGAGCTGA
AGGGACTTTAATCAGAAACCTATTTAACATTGCACCAGAGAAAATAATCT
AAAGTAATCAATTATAGCGAGTTAGGAAGCCAAGAACATGTCAGTACAAA
CATCACATTCTTGAAAGAATAAAAAAAAATATTTAGCTGGTGTGGCAGGG
KATTCTGACTTTCTGCCAGAACCAACATGAGKATTTCATAATGCTGTAGA
TCAAGAGAAAGACATTGGTGTGCAGAACACTAACGTAGACCTAGGTGTTG
ATCTTCAGGCCCTGCTTGAAGAAGAAGATAACGTGACCTTCCCTGCTAAC
AACCCCAAGAACCATAAGTTGCTGAGGGTAATTGGCCTAAATTATCCTAG
GGGCGGCATAGGGACTTTTTTAAAAAGGGTATAGGGTTTAGTACCGATTG
TCTAATAATTTATCGCATCAAAAAGACACAGCTTAGACTTAAACTTCTAT
AGAAAAAACACACAAAGCTTGTGAATCTGAAAAAAATTCTATATTTAATA
AAAGGTTATGTTGTCTACTTAATTATTGTACAATAAATATAGGGGTAAAA
ACATGTGTGGGGTGTATTGAATTTTCAATTTTTGGGGAGATAACATTTAA
AGTATAATCCCAGGCTGTTCATGAATAGCAAAATGTATCACTGAGGTAAG
TGAATGTATAATAATGAAGATAGGTCAGGAATTTTCTTTGAAAATAACGA
AAATTAAAACACATTATTAAATAGCTAGATTTTCTAAAGATCCCAAAAAA
AGTAAAGGGGGCTATATTAATTAAGCCATCAAGTTTTAAAATAGTCTATC
TACATTTGCAAAAATTTTGCATAATGTATTTATATATAAATTGCCTTTTA
TGAAAAATATGCTTGCCAAAAATAAATAGAATATAGTATTTATCCAATTT
CTATATAATAAAAAAACTTAACCAAATATTTCATGATTTTTCAATTATTT
AATTTGAATTCAAGCTCGCGAAACTTTTTTTAAAAATGAGAACCCAAAAT
ATTAAAATTGAGCAATTTATACAGAAAGAAAAATACAATCTCATTGGAAT
AATTTAAAGTAATTAGTGTTGTTTTATATTCATCATAACTTTTTCATAAA
TTTTGCCATGTCATATCGAGAAACCAAAATTTTGTTGTGTTATTTTTTGC
TTTTGATCCATAATACTAGTTTTAAAAATACAAAAAGGCTTTTCAAAGAC
CACATTAATAGATGAGTAAATTTGAAGTTGGTATAATCTTGAAAAAGTAT
TGTTAAATGGTTATATCTCATTAYCMCCGCCACTGATTATACGTCCAAAC
TTATGCATAAATAAAAGATAAAGATTTCACAATTAGGAACTAAAATATTT
CGCATTTGTTGCAAGTTTCATGGGAGATTATTCAACGTTCAAGTTTTTTT
ATAAATTTATGCTTCCTTTATTTGGCTTGTGTCAGAATCTGGCTCCTTCA
ATATCCGATCATGTAATCATAAACCAGATTGCATCATATACATATTTTTA
CCTCTAAAAAGAAAACCTTTTGAAAGAAGGTTTTTGAAATAGGATTTTCC
TTCACAAAATATCATCAAATAATATTGAAAAGCTGTTGTGTAATACCAAC
TCAAATTTTATATATTTATTTCATACTAGCTTAGAAAAATGAGCAACTTT
AATACAAAAAAAAGGGAAAATGAGGACTTTTGCCCTTTAAGATAATAGGA
GCAATTTTTTGAGCGATTGCACACAAATTTTAAGTCAACATACCTGACAA
AATTAAACTTACTTTTGATTCAGAAAACAAACGCTCTGTTGATGGTGAAA
TTTTTGCTAATATCCATGGAAGATTTCCAACGAGAGGACATTTCAACCAC
AATTTTTTTATGTTTCATTTCTGTCATTTTGTCAATGGAAAAAATATTTG
TATTAATAAACAAATTTCAAGGTACGCCATGTTCAAGCAACCCCATTGGC
AATAAACCCTTTTTTTGCTTATTAAACTATAAAACTTTAAACATGGGTTG
CTTTAAATATGGAACAATGCGTACAAGTTTCACTAATTCAATTAGTCATG
TAGCCTACATGCATCTCAGTTTCATTCAATGTACGTCAAACATTATTTTT
CAATAATTTTTGATTCAATTTTTTTGTTATAGAAAAATTGATTTATTAAG
TTTATGTTCAAAGTATGTACAGGTACATATAAAAACTATGATGGAAAATA
AATTGGCGTTGTTCATATACTTTGTATGAAAAACATAACTTTATTTTTTA
AAAGGTCGATTTATCATGTTGTTCAATCCCTTCCTGGAAATATATGTATA
TATATTTGATTCGGAGCAATAAATTAACAACAAAGTACTTCTTCTAAATG
TGAACATCCTGTTTACCTTCAAAACCATTTCATTGACTTTAAAGTACTCT
TTCTTACTGTGTTGTGGTGTTTATCTACCCCATATAATGAAATAAATTTT
AAATCTTGTCTTTCTTTGTATCTTTCTAAATCCCTCACTTTCTGTCTATT
TTTTTCTMCCTTCATTCTTTGTTTCTATTCCCCTTTATTCAGCCCGCAAC
TGAGGCACCCTCTATTATTATATATATATAGAATAATAACCTATTTTAAT
ATGTAATTATATAACGGTGTTGATAATCTTTGGGGATATGTAAATAATAT
GATAGTGACATTTTGGGAGTGATTCAGTGAGAAATAGCAGTTGGTATGAT
TGACTTATTTGGCTAGTTATCAAATCACTTTTATACTTTTTTCTGTATAT
TTTGTAGGAAAATTTGAATGATGCAATAAAGTTAAAACCGTGCTGAACCT
AAAATATTTAAGCAAACTACTAACTGTTAAAGAGGCAGGAAATTTAACTG
ATTACACTTGACCTATATTTATAACTAATTGATTGCAACGTGTAGCTGTT
GAATTAAACATGATAAACAACAACTATTCGGCAAAATATACTTTTAATTT
GTTATATAGTGTACAAATACATGTTTCTATCTAGAAAAAGAAAGCAAAGA
GGGAAAAAAGTAGTCTCGTTAGTAATTTACTTACATAATATATATGTAAA
TTAAAATTATATGCTAATGACTTTGACAAAAAAAAATACTTTTTTTTCTT
AACTTCATATTTTTTTTTATGAAAAAAAAATTCATTTAGATTTTATGTAC
ATAATATGAGAACTAGGTTCATTTTTGTGAAAGCGAGTTGATTTAGTTGT
CAGTTTAAAAAAAATCTCATATATTTTGATATGTGCTATCATAATTGAAT
ATAGAGACGGATATAAATGAATACATAGTCTTCACTACAATATATATGAA
ATATGTTAAGTTTTTCTGTCTTTATGCATGTATTTATTAAGGGTATAGTA
TCATAAATGTACTTTGATGTAAGAAATAAGTATCTAGTCGTATTAATGAA
AAAGTGCAAGGGCGTGAATATTGCATGGAACAGGGTACATTCATATATAT
TTAGAATTTTTTCATTTTGTTAACAATACTTTGTTAGTCGGGCATCACCA
AGGCAGGACACCCTTTTTGAATTACCACAACTTGTTACTGAGATGTCGTA
CAATTAAGCGACGACGCGATACAATTCGGAACTACCTGATATTGGCACCT
TTCACTACTCCGAGTATAATTACTCAAAACATCAACTGAGTTAAGAGAGC
CGTTTCTGGAAGAGTCCTTCATAATAACCCAAAACATATATTTTTAATAA
TGCAGTATATATTCTGCAAAACTCTTTTGCAACTCAATGAAAAAGTGATT
TTGCTATGAACTAAATACAGGTTCTTTATGTACAAATAATAAAACAACGA
ACCTGCTCCAGAAATATTGTACTTTCTGTGAAATTGAAGTTGAGTACTCT
AGCCATTTTTTATATAGTTGTCCTTGTGTGCTCCCTGTCCATAAGGCAGC
AGAAGGTTTAATATTAGATGTTTTCACATAGATTGATGATTTCTGAGAGG
GACTATCTAAAATACGTGTTGCATCAGTACAAAAATTTCAATCTATAGCA
TTTGTCTGCTACAAACCCTTTTTTGTCTAAAACAGTTATTTTATATAAAA
ATGCGAAATTTTGAATAATAAACAATTTTTCAAAAGTTTTAAAAGAATTT
TCCCCAAAATTGATTTTTTTTCTATATTAATTTAATCAGTAGAAAACTGA
TGTATAAACCAAATGTCATCATCCATCAAAGGTGATTTGTATCTCTCAAA
AACAAACTTAAATGCAAACGTTGTGGACATGTGAACCAAAATAAGTAGAT
AATTTATTGAGAATTGAAACCAGAATGATAAAATAATGTATTATTTTTTG
TCAAACATCGTATAAACAAAGTTTTTTTAATAAGATGAAAACTCTTACTT
TAAAAAAGTCTTGTTCAAACCCTCAAATTTGAATATGATCCTCTTTATTA
AAGAGCTTTCTTTTTTTTAGCATATCTTTTTAAATTTATCTTAGTCAGCA
ACAGAAGGGGGTTTTGTTAATCATTTCAAGGGTTATATTGGAGGGAGAGA
AACTTAAATAAGGAGTCTACATACGAATGAAAATAATCTTTAAAAAAATG
TTTTGTATGTCATGTCTGCACCTAATTACTTTCTACATTTTTTAAGCCCA
CATGCAGATATATTTAAATGTGTTTTCAAAACTGTGTTAGCCCACAAATT
TATATTTTAATGTCAATAAATATGGGTTTATACAAACTCTTTTTTGTATA
ACAAACCTATTATCCACCTGATGTGCTCAAAAGCAAAGTACCTTGTTTCT
ATACATAATATAATTAATTTAATTATACTCCTCATTTTTACCTATTTTTT
AATGTGTTTTTTTAGTGGCTTAGCCATAATAATAATAATAGTTTAGAAAT
ATGCTAATTTTTTTATGGGTTACTTTTTATCATATTTCTTTGTTCTAATT
ATGATATTGAAAAATTAATAAAGTCTACACGAAAACATATTAAAATAAAC
ATTTGTATATTAAATAACATCCTAAGTTATATGTTCATTTTCTTTTTGTA
ATTTACAGATGAGCCGGAGATTGATGTAGAGGTAGAAAAAGTTCATTCAG
GTCGAGGAAAGGAAGCACATCTGACATNGCCTTGTACATGGAGAGCCACG
ACCCAATGTAAGTAGTTAAATGAGTAACAAATATTTTCCATTAACAATAA
TTCAAGRTACTTCKAATTTAATAATAATACATATTGACATTATTTTTTTG
TTAAGTAATTAAAGTTTTATGCCTTTGCTTGCCTTTAGCTTGATTAATTA
TCCATTAAACTGTTATTTATGACTTCATTACGTATAGCAGTCAAATTAAA
CAAATATATTTATTTAATACGGAAATTATAATTATAAATGTGAAAATCGT
CAAAATCCTCGTGTGCTTATATATATATTTTATTTAAATGAGTTGTTAAC
TTGTTATGTATTAGTGATGTTATTAATTATCAAATCCCACTCTAATATTT
ATAATTATCTCTGTCAGCTAGTGTTGCGCCGATCCTCCTTTAGGATTGAA
GACTGCAGTACTGTACAGTTCAGTCCTGTATATCACTCCTAAAATTTACA
AAGTTTGGTCCTGGATAACGTCACTCNCTTATATATATTATTTTATTTTA
AATAGAGTTGTTAACTTTGTTWTGTATTAGTGATGTTATTAATTATCAAA
TCCCACTCTAATATTTATAATTATCTCTGTCAGCTAGTGTTGCGCCGATC
CTCCTTTAGGATTGAAGACTGCAGTACTGTACAGTTCAGTCCTGTATATC
ACTCCTAAAATTTACAAAGTTTGGTCCTGGATAACGTCACTCACCTATTT
TTTTTAAATCAATCTTTGTGCACACAGTTCAAAAGACCGACGGTCTCAAT
ATCCGATCTTCAGACTAGAATATACTGTACCAAAAAAATTAAGACACAAC
ACTGTCAGGATATATGGAATCACATAAAAATTGAAATAGTTGTTTTATAT
TAACAAATTCAACTCTCATTCGATTATCAAAAATTATTTTTATAATACAT
TGACACAAATGCCATTTGTTTTTAATAGATCAAAACATTAAACATATTTT
GATGCTTTTTGGGATCTTTTGTGATTATTATTATATAATATTTTATGGGT
TGAAAACAACTATTTGAGGATTTTCAGCTCATAGAACAATCATGTAAAGA
AATGCAACAATTAGTGTACAATTAAAAGTTGAAAAAAAGTTTTAATATAA
AAGCAGTTTCATTTAAATATTATATTTGATTTAATAACTTTCTAACATAT
ATCAAAATTGGATTGGTTGAAAAATTTTGTAGGCTTAAAATGAAACGTAT
AAGAAATATGTAGTTTGATCCATAAAGAAAGAAATACATATGTAGGGACA
ACAAAGAGATGTCAATTTGCAGTTTAGTATGGCAAGGCTGCAGTTGATTA
AAATCTTTAGTAGGGCAAACAAGGCATTAATAACTTGAGATACGAGGGGC
ACAGTGTACGATTTTTTTAAAGATACAAGATAGTCGAAAGCTTGTGACAG
AAAATGAGGCCCACTTCAAACTTCTTTTTTGAGTTACTTATTTTGTGATC
ATTTGCTTTGATTTTTGAGAAATCAATTAGTATATTAAAGTATGATTGAA
TATTATTTTTATCTCTGAGTGTAATAAAATATTTTAATTTCAACGTCAAG
TAAATAAAACAAATTAATTGGTTGACTTTTTACTACACTATTAGGCTCAA
TCGGAGTGTAATATTATTTGTCTAGTTGAAATAGCAGATTAAGTATCATT
AATGTATCTCAAAACAAAAACACATTTGACGATGCATTAAACCCTTTGTG
TCTATTGAAGTTTTTGCTCAATCAATTGAGCATCTTGTTACCTCAATGTA
TTTATTTATCTATATTGTAATTATTAATCCTTTAGACTAATTGTTATTTT
TTTAGACTCGATGGTATAAGGATAGCGTACTCCTTACTCCCAATGGCCGC
ATTAGAATGGAAGAAAAGGATGCAACTCATCGCTATACTCTTGTGTTAAC
GATTGCAGATATTGATGACTTTGGAAATTATTCATGTGTAGCAGAGAACT
CCTTGGGAATGTCCAAGTAAGATATAGTTCTTAATCTCTTATTCCCTGTT
TCCCCTTTTTTTCTTGACCCTATTTTTGTTCAAACATAATACAAATGGAA
AATCAATAAAGAGGGAGTTTAGATAAGAAGTGAAGAAAACTCAATAAAAA
TCATTTTAACATGATAACTGCTACTTGTCATGACATATATTTCAGCATGT
ACTTCAATATACATGTATGTGTTGAGTTCTAAACTTTGATTGACTGGGAC
CCGTCAAGATAACAACGAGCAATATCCTCAAAATTTAGTATAGATTGCAT
TTGTAGTTTTCAACGAATAATGGTCAACTTATATCTATAAATGATTTTAA
AATCAGCCAAAAAATAAAAGTAAATTAGTTCAGTGGACAAGGCTCGATTC
AGGGTCGATCCTAGGGAAGGAGTTAATTTTATAAATGAAATTCAAAGATA
AGTCATCGGTCAGATGGAGTAATTGTGATACTATAATATTTACTTCTATT
TAATCTGGCCAATTATAGGAATAGTTATAAAGATATTCTGAATCATTCAT
TGTAGACCCTGAAAATTGTAGTTAAAGTAGCAAAAACGCATGACAGTTGC
AATAAAAGTGCAATTTAGCTCAAAAGACAGTACGCCCGATCTTCTTTAGN
AGAATGAAACTCAACTTATCACACAACTAAGCAAAAAAAAAGAGCCCTAA
TGAAGCATCTTAGCTTCAAGATATTCTTATGCAAATAAAAACTTTTTTTT
CTTTAAAAAGATGTCACTTTTAACATACATATTAGGGCACAACATATTTT
TGATTTTTTTTATAACTTTTTGATAAGAAACAAACAGGATTAACTTTTGT
AATAATGTAAAGGAGTACACACTGAGGCCTTATCACATACTTTTATATTG
ATATATCTTTGTATTTTTCAAAATTATTTCCTTTGGTTGCTACCATGGTT
AACCAATCTGAGCTTAAAGCCGCTGTAGCACTTCTTAATGAAGTCCTCGG
ACAAAACCGCTTACTGTTGCTCAATTAAGGACTTGAAACATCCAAATTTT
GATGAAAGGTACCACAGGTTTTTTTCTCGACTACATCGTAAAAACGGCAT
AGTCGAGAGCGGAACAGTATTAGGAAGAGMGTGTCTAAATTGTCCTATTA
TGCTTTGAACAAGTCAACAATTTCTAGCCTCTCTTTATCCGGTTGGCTAG
GGTTGCTGTCTCTCATGAAATGCTTACTTCTAATCCTTCACATACTTCCT
CACAATCCAATCACTAACATTGAGAGCCTTGGCATCCTGTCTCATCGATT
TGGCCTGACTTTAGGTGATTGCAGTTTCCTCTCCGGCGTTTACCGCTATC
AGAGGACTTCTCAAGGTCCTGACTAGAAGAAACCGTGCTTTCAATCTTGT
AAAAAAGACTTTGGGGGCCCACAATTACTTTTTTGATATCTTCGATACTT
GACGTGGAGTAAATCAAACACCCTTTGAATTTTCGCCTCCATAGTTTTTA
TATTTATCAACTGGAATACCCTTACTTTTAATAACACAGCATAGTATTCT
AAAATATCCATCTTAAAGTAATCCAGATTGATTTCAAGAGCAGCCCACGA
TTTTACCTCGCATACTGTACAGGGCTTTTAATTCTAACGAGAGATGAAAA
ATTAAACCACGACCGTTGGATCACCTCACTTTATAGGAAAGTTATGACTA
GTTCTGTTGCTCCATGCAGGGCTCCATGTTCTCATCAAAGAGTCTTATGA
GAGAGAAAAACCAATTTACCTACATAAGTAAATGCTTTGTAAATATTAAA
GTACAATTTGGTATAACAAAACATCTTTTATTAAGAAATTCATTATTTTC
CTTTTCTTTCCTTTTTCATATTTAGCTCTAAGGGAATTATTGTTTTTTTA
ACTCCTTTACTTTACTTTGAACTTGGGATTTGAAAAAGAGAAAAACTTTT
TAATTTTTTTATTTATAAAAATAGTCTTCAAAACAATAACTACAAAAGAA
TTTTCCTTTTCTCTCTTTTTAGACAAAGGATTTTTTCTTTTAATGCTTTG
CTTCTTTAACAATAGCAATTTGGACTTGAAGTTCTTACGTTTTGTATTTT
TAATTTTTTTTACATAATATGTAATAAACAGTGGATTACAAACATTAAAA
TTATACTTCAAATTTTCAGACGGAATATAGAAGTACATGGACGACCCACA
CCAGCCGTGTTTCGACCCCTACCAGCACATCTCAAATTTACATCAGATAA
CAGTCAAGTATTTGAGCTTTATTGGACAGTTGATAGTTTTACKCCCATCG
AAGAMTATCGTCTACTATATAGGCAGAWAAAGCCATATCATCCG
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