EMLSAG00000003607, EMLSAG00000003607-686373 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000003607
Unique Name	EMLSAG00000003607-686373
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr20 "dpr20" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE014296 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 EMBL:AY051512 RefSeq:NP_612066.1 UniGene:Dm.802 STRING:7227.FBpp0072491 EnsemblMetazoa:FBtr0072594 GeneID:38101 KEGG:dme:Dmel_CG12191 UCSC:CG12191-RA CTD:38101 FlyBase:FBgn0035170 eggNOG:NOG303624 InParanoid:Q9W0L9 OMA:TCSISEF GenomeRNAi:38101 NextBio:807005 Uniprot:Q9W0L9)

HSP 1 Score: 78.5666 bits (192), Expect = 7.532e-16
Identity = 54/157 (34.39%), Postives = 80/157 (50.96%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR------SREDWA-TDVII-------GMQVEAEHVL----SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIH 139
            YPNN+RL ITNVKK D   Y CQIST PP+ +   L V    + ++D   + + E++Y   S + L+C++R      S   W   D I+       G+ V+ E +     S L I + S +DSGNY+C I   +N       + VH++ G   A +H
Sbjct:  341 YPNNWRLKITNVKKDDEAIYECQISTHPPRVIQINLHVNAPKVMIVDEVGDPLQEKYYEIDSTLQLSCVVRNVAMTSSVVFWKHMDNILNYDVTRGGVSVKTELMEDGANSTLSIAKISKTDSGNYTCSISEFQNF-----TIVVHILNGESFAELH 492

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr18 "dpr18" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014298 InterPro:IPR003599 SMART:SM00409 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00520000055711 EMBL:BT003521 RefSeq:NP_573102.1 UniGene:Dm.17381 EnsemblMetazoa:FBtr0074206 GeneID:32572 KEGG:dme:Dmel_CG14948 UCSC:CG14948-RA CTD:32572 FlyBase:FBgn0030723 eggNOG:NOG289486 InParanoid:Q9VXK1 OrthoDB:EOG7KSX92 GenomeRNAi:32572 NextBio:779221 Uniprot:Q9VXK1)

HSP 1 Score: 71.2478 bits (173), Expect = 2.512e-13
Identity = 59/205 (28.78%), Postives = 83/205 (40.49%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCII------RSRE------DWATDVI-------------IGMQVEAEHVLS--------------------------------------RLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNI 142
            YPNN+RL I   +  DAG Y+CQ+ST PP+   T L V +  L +ID +   + +++Y  GS + L C I      + R+      D A D +             IG   + +H  S                                      R+ I +A LSDSGNYSC + R   +      V V V+ G L AA+  NI
Sbjct:  288 YPNNWRLLINPTQTEDAGVYMCQVSTHPPRVFTTNLTVLEPPLRIIDEHERDVGDRYYKSGSTVDLQCQISRSFFQKERQTILKSTDSANDAVQKLINETTSELNLIGNVNQTQHKFSGQDLEKYFTKFITWAKDEEPLQGMTNRRLSVSDVWLTSRISIGDAKLSDSGNYSCSLGRLFTV-----IVQVQVLTGELPAAVQHNI 487

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr14 "dpr14" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014298 InterPro:IPR003599 SMART:SM00409 GO:GO:0007606 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 EMBL:AY051543 RefSeq:NP_001245573.1 RefSeq:NP_572419.1 UniGene:Dm.99 EnsemblMetazoa:FBtr0071134 EnsemblMetazoa:FBtr0307270 GeneID:31702 KEGG:dme:Dmel_CG10946 UCSC:CG10946-RA CTD:31702 FlyBase:FBgn0029974 eggNOG:NOG301898 InParanoid:Q9W3N2 OMA:HCRVNDL GenomeRNAi:31702 NextBio:774914 Uniprot:Q9W3N2)

HSP 1 Score: 69.707 bits (169), Expect = 3.176e-13
Identity = 54/176 (30.68%), Postives = 85/176 (48.30%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCII------RSREDWATDVII--------GMQVEAE----HVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAI-HSNIS-YILNPNVILTYFLI 157
            PN+++L I    + D G Y CQ+S+ PP  L  YL +    +E++D    A  E++Y  GS I L C+I       S   W     +        G+ V+ +      LSRL+I  A+  D+GNY+C++  +         V VHV+ G   AA+ H+N S    N + ++  FL+
Sbjct:  139 PNDWKLLIQFANERDEGPYECQVSSHPPLVLLVYLTIIVPHVEILDERGSATPEKYYKAGSTIELQCVISKIPHPSSYITWRHGPRLLNYDTSRGGISVKTDMLPGRALSRLYIANANRQDTGNYTCMLGNEIT-----ETVVVHVLNGEEPAAMQHANGSRQKANASTMVVLFLV 309

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr8 "dpr8" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 EMBL:AE014298 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00520000055711 FlyBase:FBgn0052600 EMBL:AY060637 RefSeq:NP_727781.1 UniGene:Dm.164 EnsemblMetazoa:FBtr0073913 GeneID:32387 KEGG:dme:Dmel_CG32600 UCSC:CG32600-RA CTD:32387 InParanoid:Q9VY33 GenomeRNAi:32387 NextBio:778217 Uniprot:Q9VY33)

HSP 1 Score: 58.9214 bits (141), Expect = 1.765e-9
Identity = 46/158 (29.11%), Postives = 70/158 (44.30%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVI--------------IGMQVEAEH---VLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN 141
            +  ++ L I   ++ D+G Y CQIST PP G   YL + + + ++I        E   N GS I LTCI++   +    VI               G+ +  E      SRL +++A   DSG Y+C              V VH+V+G   AA+H+ 
Sbjct:  105 HAEDWTLRIRYAQRKDSGIYECQISTTPPIGHSVYLNIVEPVTDIIGGP-----ELHINRGSTINLTCIVKFAPEPPPTVIWSHNREIINFDSPRGGISLVTEKGVLTTSRLLVQKAITQDSGLYTCTPSNANP-----TSVRVHIVDGEHPAAMHTG 252

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr13 "dpr13" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 EMBL:BT099518 RefSeq:NP_001033956.2 UniGene:Dm.23935 STRING:7227.FBpp0289452 EnsemblMetazoa:FBtr0300215 GeneID:3885598 KEGG:dme:Dmel_CG33996 CTD:3885598 FlyBase:FBgn0034286 eggNOG:NOG264328 InParanoid:A1ZB15 OMA:HSHSRIQ GenomeRNAi:3885598 NextBio:854993 Uniprot:A1ZB15)

HSP 1 Score: 56.225 bits (134), Expect = 2.119e-8
Identity = 41/151 (27.15%), Postives = 70/151 (46.36%), Query Frame = 0

Query:    4 NYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTC-IIRSRE--------------DWATDVIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIH 139
            ++ L I  V+  DAG Y CQ+ST PP  +F +L V +A  E+          ++  PGS + L C ++++ E              ++  D  I +  E +   S L I+      SGN++C+    +      A V VH+ +G+  AA++
Sbjct:  241 DWTLQIKFVQLRDAGVYECQVSTHPPTSIFLHLSVVEARAEITGPPI-----RYLTPGSTLRLQCRVVQNTEASEYIFWYHDNRMINYDIDRGINVSTEPDFQSSELTIQRTRREHSGNFTCVASNTQP-----ASVLVHIFKGDNPAAMY 381

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr5 "dpr5" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE014297 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00520000055711 UniGene:Dm.1151 GeneID:41381 KEGG:dme:Dmel_CG5308 CTD:41381 FlyBase:FBgn0037908 GenomeRNAi:41381 NextBio:823575 EMBL:AY047569 RefSeq:NP_650080.3 STRING:7227.FBpp0081870 EnsemblMetazoa:FBtr0082394 UCSC:CG5308-RA InParanoid:Q961T8 OMA:TTTFDKH Uniprot:Q961T8)

HSP 1 Score: 54.6842 bits (130), Expect = 5.293e-8
Identity = 46/152 (30.26%), Postives = 69/152 (45.39%), Query Frame = 0

Query:    3 NNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSRED------WATDVII-------GMQVEAEHVL--SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIH 139
            + + L I +V++ DAG Y CQ+ST P   L   L V  +  +++     A  E F   GS+I LTCI            W  D  +       G++VE+E  +  S L I     +DSGNY+C      +       V VH+++   HAA+ 
Sbjct:  155 DEWVLKIVSVQQRDAGVYECQVSTEPKISLAYKLVVVTSKAQIL-----ANRELFIQSGSDINLTCIAPQAPGPYTHMLWHKDTELVSDSARGGIRVESEQQMKTSNLVISRVQHTDSGNYTCSADNSNS-----DSVFVHIIKSEQHAAMQ 296

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr17 "dpr17" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 OrthoDB:EOG7V7673 EMBL:AY095087 ProteinModelPortal:Q8SWT7 SMR:Q8SWT7 IntAct:Q8SWT7 STRING:7227.FBpp0082016 PRIDE:Q8SWT7 UCSC:CG31361-RC FlyBase:FBgn0051361 InParanoid:Q8SWT7 ChiTaRS:dpr17 Bgee:Q8SWT7 Uniprot:Q8SWT7)

HSP 1 Score: 49.2914 bits (116), Expect = 4.378e-6
Identity = 42/155 (27.10%), Postives = 65/155 (41.94%), Query Frame = 0

Query:    5 YRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR----------------------SREDWATDV---IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNL 134
            + L I  V+ SDAG Y CQ++T P      +L++     ELI         +F   GS++AL CI+R                       R  W T +   I G   + ++ +  L I      DSGNY+C  Q   ++      V++HV+  N+
Sbjct:  473 WSLQIKYVEPSDAGWYECQMATEPKLSAKVHLQIVKPKTELIGDQ-----SRFVKAGSKVALHCIVRGTLDPPKYIIWFRGQKKISDSDERTGWYTQLDRNIFGTVGDNQNTIGSLIIPLVRKEDSGNYTC--QPSNSVS---VSVDLHVLSVNI 617

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr6 "dpr6" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE014296 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 RefSeq:NP_001261673.1 UniGene:Dm.2139 GeneID:50296 KEGG:dme:Dmel_CG14162 CTD:50296 FlyBase:FBgn0040823 OMA:YHHEEVI Uniprot:M9PC40)

HSP 1 Score: 46.595 bits (109), Expect = 3.401e-5
Identity = 49/157 (31.21%), Postives = 67/157 (42.68%), Query Frame = 0

Query:    4 NYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SREDWA-------TDVI------IGMQVEAEH---VLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNIS 143
            ++ L I   +K DAG Y CQIST P +  F  L V      ++        +   + GS I LTC ++ S E  A        +VI       G+ V  E      S L I+ A L+DSG YSC     +      A V VHV+ G    A+ +  S
Sbjct:  139 DWTLQIKWAQKRDAGMYECQISTQPVRSYFVRLNVVVPTATILGGP-----DLHVDKGSTINLTCTVKFSPEPPAYIFWYHHEEVINYDSSRGGVSVITEKGDVTTSFLLIQNADLADSGKYSCAPSNAD-----VASVRVHVLNGEHPEAMQTGSS 285

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BLAST of EMLSAG00000003607 vs. GO
Match: - (symbol:dpr12 "dpr12" species:7227 "Drosophila melanogaster" [GO:0007606 "sensory perception of chemical stimulus" evidence=ISS] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008039 "synaptic target recognition" evidence=IMP] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0008039 GO:GO:0007606 InterPro:IPR013098 Pfam:PF07679 EMBL:BT029948 RefSeq:NP_652462.3 UniGene:Dm.17879 EnsemblMetazoa:FBtr0300553 GeneID:50320 KEGG:dme:Dmel_CG34385 UCSC:CG34385-RB CTD:50320 FlyBase:FBgn0085414 eggNOG:NOG296904 GeneTree:ENSGT00520000055711 InParanoid:A1Z6H9 OMA:THIFRSM OrthoDB:EOG7V7673 GenomeRNAi:50320 NextBio:840729 Uniprot:A1Z6H9)

HSP 1 Score: 45.8246 bits (107), Expect = 4.439e-5
Identity = 49/161 (30.43%), Postives = 67/161 (41.61%), Query Frame = 0

Query:    3 NNYRLNITNVKKSDAGRYVCQISTFPPKGL---FTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR----------------------SREDWATDVIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAI 138
            N + L I  V++ D G Y CQ+ST  P G+   F  L+V      ++ S      E   + GS I L CII                       SR D   +   G + +     SRL IRE  ++DSGNY+C     E      A + V V +G+  AAI
Sbjct:  147 NMWTLQIKFVQRRDHGMYECQVST--PTGIISHFVNLQVVVPEAFILGSG-----ELHVDMGSTINLVCIIEKSPTPPQYVYWQKNDRLINYVDSRRDITIETTPGPRTQ-----SRLIIREPQVTDSGNYTCSASNTEP-----ASIYVFVSKGDNMAAI 290

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592870198|gb|GAXK01087364.1| (TSA: Calanus finmarchicus comp1173609_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 116.316 bits (290), Expect = 5.600e-30
Identity = 64/172 (37.21%), Postives = 94/172 (54.65%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELI------DSNYEAMMEQFYNPGSEIALTCIIR------------SREDWATDVII-----------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNIS 143
            YPNN+RL I +V+K D+G Y+CQIST PP GL T ++V+DA++E++       S +    ++FYNPGS+I+L CIIR            +   W  D +I           G++V    V S L +  A L D+G YSC +    N  FPRA+  VHV+ G+  A   + ++
Sbjct:  583 YPNNWRLQIADVQKKDSGLYICQISTHPPMGLHTSIRVKDAIIEMLGEESDPSSPHSLPPDKFYNPGSDISLKCIIRRHLIKNATVQDITNVSWKKDGVIIDLQTQERISMGVEVSGYLVTSTLLVSHAVLGDAGPYSCTLPVFSNKDFPRAQAIVHVIYGDRLAVQGAGVT 1098

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592870199|gb|GAXK01087363.1| (TSA: Calanus finmarchicus comp1173609_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 116.316 bits (290), Expect = 8.693e-30
Identity = 64/172 (37.21%), Postives = 94/172 (54.65%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELI------DSNYEAMMEQFYNPGSEIALTCIIR------------SREDWATDVII-----------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNIS 143
            YPNN+RL I +V+K D+G Y+CQIST PP GL T ++V+DA++E++       S +    ++FYNPGS+I+L CIIR            +   W  D +I           G++V    V S L +  A L D+G YSC +    N  FPRA+  VHV+ G+  A   + ++
Sbjct:  583 YPNNWRLQIADVQKKDSGLYICQISTHPPMGLHTSIRVKDAIIEMLGEESDPSSPHSLPPDKFYNPGSDISLKCIIRRHLIKNATVQDITNVSWKKDGVIIDLQTQERISMGVEVSGYLVTSTLLVSHAVLGDAGPYSCTLPVFSNKDFPRAQAIVHVIYGDRLAVQGAGVT 1098

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592870193|gb|GAXK01087369.1| (TSA: Calanus finmarchicus comp1173609_c0_seq7 transcribed RNA sequence)

HSP 1 Score: 75.0998 bits (183), Expect = 1.655e-16
Identity = 32/72 (44.44%), Postives = 50/72 (69.44%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMME------QFYNPGSEIAL 66
            YPNN+RL + +++K D+G YVCQIST PP GL T ++V+DA++E++    E  +       +F+NPGS ++L
Sbjct:  171 YPNNWRLEMVDLQKKDSGLYVCQISTHPPVGLHTVIRVKDAIIEMLSVESETFLSHNLPPNKFFNPGSTVSL 386

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592876679|gb|GAXK01080958.1| (TSA: Calanus finmarchicus comp3377598_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 76.2554 bits (186), Expect = 2.161e-16
Identity = 31/77 (40.26%), Postives = 53/77 (68.83%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAM------MEQFYNPGSEIALTCIIR 71
            YPNN+RL + ++++ D+G Y+CQIS+ PP GL T ++V++ +L++   +          +++F+NPGS I+L CIIR
Sbjct:  436 YPNNWRLEMVDMQEKDSGLYICQISSHPPVGLHTIIRVKEPMLQMFGEDMSTSSTAINHLKKFFNPGSAISLKCIIR 666

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592823168|gb|GAXK01131400.1| (TSA: Calanus finmarchicus comp1265530_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 77.7962 bits (190), Expect = 2.606e-16
Identity = 53/178 (29.78%), Postives = 89/178 (50.00%), Query Frame = 0

Query:    4 NYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTC-IIRSREDWATDVI--------------IGMQVEAEHVL-SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN----ISYILN-PNVILTYFLILLH 160
            N+RL I + ++ DA  Y+CQ++T PP  L   L V    L  +D   + +ME+++ PGS I L C +I  R D+   V               I ++   +  L SRL++  A   D+G YSC I   + +    A +N+++ +G   AAI S+      +++N   +I  +F+I+L 
Sbjct:  482 NWRLVIQSAQERDAASYLCQVNTHPPATLLVQLIVIVPALSTVDDQGQPVMEKYFKPGSTIVLRCLVINYRPDFQAPVWRRENTVVTDRDRNRIKVEYGEDGSLESRLYLSRAGRGDTGRYSCHIPGLQKVT--PATINLYITQGEETAAIQSSGATCFCFLVNIRTIIFGFFVIILR 1009

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592823169|gb|GAXK01131399.1| (TSA: Calanus finmarchicus comp1265530_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 77.7962 bits (190), Expect = 6.108e-16
Identity = 53/178 (29.78%), Postives = 89/178 (50.00%), Query Frame = 0

Query:    4 NYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTC-IIRSREDWATDVI--------------IGMQVEAEHVL-SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN----ISYILN-PNVILTYFLILLH 160
            N+RL I + ++ DA  Y+CQ++T PP  L   L V    L  +D   + +ME+++ PGS I L C +I  R D+   V               I ++   +  L SRL++  A   D+G YSC I   + +    A +N+++ +G   AAI S+      +++N   +I  +F+I+L 
Sbjct: 1174 NWRLVIQSAQERDAASYLCQVNTHPPATLLVQLIVIVPALSTVDDQGQPVMEKYFKPGSTIVLRCLVINYRPDFQAPVWRRENTVVTDRDRNRIKVEYGEDGSLESRLYLSRAGRGDTGRYSCHIPGLQKVT--PATINLYITQGEETAAIQSSGATCFCFLVNIRTIIFGFFVIILR 1701

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592810126|gb|GAXK01144442.1| (TSA: Calanus finmarchicus comp367809_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 77.0258 bits (188), Expect = 8.699e-16
Identity = 54/180 (30.00%), Postives = 86/180 (47.78%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQ-FYNPGSEIALTCIIRSREDWATDVII---------------GMQVE----AEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAA---IHSNISYILNPNVILTYFLIL 158
            PNN++L I   KKSD G Y CQ+ST PP   +TYL V    ++++D  ++ + ++ FY+ GS I L C++        + II               G+ V     A    SRL I  A+ SDSGNY+C++ R    Q     + + ++ G        ++S+        ++LT  L+L
Sbjct:  811 PNNWKLQIQFTKKSDVGLYECQVSTNPPLIQYTYLNVVVPTIKIVDERHQEVEDRIFYDRGSTIKLKCMVEDIVGEQPEYIIWKKGNRMLNYDTERGGISVRTDLLANGAQSRLHIAGATFSDSGNYTCMMGRTAKTQ-----IELQIIPGETAEQVRDVNSSPPIFRAETIVLTLILVL 1335

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592870195|gb|GAXK01087367.1| (TSA: Calanus finmarchicus comp1173609_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 70.4774 bits (171), Expect = 2.179e-14
Identity = 45/130 (34.62%), Postives = 64/130 (49.23%), Query Frame = 0

Query:   29 PKGLFTYLKVEDALLELID--SNYEAMMEQFYNPGSEIALTCIIR------------SREDWATDVII-----------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGN 133
            P GL T ++V++ L E  D  S +    ++FYNPGS+I+L CIIR            +   W  D +I           G++V    V S L +  A L D+G YSC +    N  FPRA+  VHV+ G+
Sbjct:    1 PMGLHTSIRVKEMLGEESDPSSPHSLPPDKFYNPGSDISLKCIIRRHLIKNATVQDITNVSWKKDGVIIDLQTQERISMGVEVSGYLVTSTLLVSHAVLGDAGPYSCTLPVFSNKDFPRAQAIVHVIYGD 390

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592870197|gb|GAXK01087365.1| (TSA: Calanus finmarchicus comp1173609_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 70.4774 bits (171), Expect = 3.811e-14
Identity = 45/130 (34.62%), Postives = 64/130 (49.23%), Query Frame = 0

Query:   29 PKGLFTYLKVEDALLELID--SNYEAMMEQFYNPGSEIALTCIIR------------SREDWATDVII-----------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGN 133
            P GL T ++V++ L E  D  S +    ++FYNPGS+I+L CIIR            +   W  D +I           G++V    V S L +  A L D+G YSC +    N  FPRA+  VHV+ G+
Sbjct:    1 PMGLHTSIRVKEMLGEESDPSSPHSLPPDKFYNPGSDISLKCIIRRHLIKNATVQDITNVSWKKDGVIIDLQTQERISMGVEVSGYLVTSTLLVSHAVLGDAGPYSCTLPVFSNKDFPRAQAIVHVIYGD 390

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BLAST of EMLSAG00000003607 vs. C. finmarchicus
Match: gi|592870196|gb|GAXK01087366.1| (TSA: Calanus finmarchicus comp1173609_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 66.6254 bits (161), Expect = 5.325e-13
Identity = 26/46 (56.52%), Postives = 38/46 (82.61%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELI 46
            YPNN+RL I +V+K D+G Y+CQIST PP GL T ++V+DA++E++
Sbjct:  583 YPNNWRLQIADVQKKDSGLYICQISTHPPMGLHTSIRVKDAIIEML 720

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000003607 (pep:novel supercontig:LSalAtl2s:LSalAtl2s197:416553:488599:-1 gene:EMLSAG00000003607 transcript:EMLSAT00000003607 description:"maker-LSalAtl2s197-snap-gene-3.26")

HSP 1 Score: 349.362 bits (895), Expect = 5.711e-124
Identity = 168/168 (100.00%), Postives = 168/168 (100.00%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILNPNVILTYFLILLHFTIYNEKN 168
            YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILNPNVILTYFLILLHFTIYNEKN
Sbjct:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILNPNVILTYFLILLHFTIYNEKN 168

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000005978 (pep:novel supercontig:LSalAtl2s:LSalAtl2s322:498288:501297:1 gene:EMLSAG00000005978 transcript:EMLSAT00000005978 description:"augustus_masked-LSalAtl2s322-processed-gene-5.0")

HSP 1 Score: 69.707 bits (169), Expect = 1.003e-14
Identity = 56/193 (29.02%), Postives = 90/193 (46.63%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCII------RSREDWA-------------------TDVIIG-----MQVEAEHVLSRLWIREASLSDSGNYSCIIQR-KENIQFPRA---KVNVHVVEGNLHAAIHSNISYILNPNVI---LTYFLI 157
            P+NYRL I NV+ SD+G Y CQIST PP+  +  L++    + L+D +++ + +  Y+ GS+I L C +      R+   W                     D I G       +E  +++SRL +  A  +D+GNY+C I R   +    R     + V+++ G    AI  + S  L  + I   L Y +I
Sbjct:  161 PHNYRLRIGNVQWSDSGIYQCQISTHPPQVTWVRLELIRPRVHLLDGDFQPIRDLHYDSGSKIDLICRVLRPPMYRTSVVWTFNPRNEVTNDSSDNYFILNQDTIRGGVKILTGMEEVYLISRLSMVHAKTNDTGNYTCSIDRLXSSRXLQRGLSDTIGVYILRGQNTEAIQFSASIRLESHFICISLMYIII 353

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000007756 (pep:novel supercontig:LSalAtl2s:LSalAtl2s453:133841:253679:1 gene:EMLSAG00000007756 transcript:EMLSAT00000007756 description:"maker-LSalAtl2s453-augustus-gene-2.7")

HSP 1 Score: 65.855 bits (159), Expect = 1.592e-13
Identity = 51/176 (28.98%), Postives = 80/176 (45.45%), Query Frame = 0

Query:    3 NNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII--------------GMQVEAE-----HVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILNPNVILTYFLILL 159
            + + L I +V+K D GRY CQIST P +  F  L V D    ++  +     E   + GSE+ LTC+++S  + +  ++               G++V+       +  S L I      DSG Y+C      +     A V+VHV  G    AIH+N S     N++   FL++L
Sbjct:  131 DEWTLQIASVQKRDEGRYECQISTQPVRSFFVKLSVLDPKANILGDD-----EVHVSVGSELNLTCVVKSTHEPSAFILWYHGDNTIDYSSPRGGIEVKTRRHNHGYPSSTLIIENVGPHDSGKYTCDPSNARS-----ASVSVHVSNGEKPEAIHTNASIQNQTNLLFQNFLLIL 296

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000006563 (pep:novel supercontig:LSalAtl2s:LSalAtl2s35:3762:21248:1 gene:EMLSAG00000006563 transcript:EMLSAT00000006563 description:"maker-LSalAtl2s35-augustus-gene-0.12")

HSP 1 Score: 62.003 bits (149), Expect = 1.487e-12
Identity = 52/179 (29.05%), Postives = 79/179 (44.13%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII---------------GMQVEAE----HVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILNPNVILTYFLILLHF 161
            PN+++L +   +  D G Y C +ST PP      L V    +E+ D   + ++E+FY  GS I L CI+        + +I               G+ V+ +       SRL I +AS  DSGNY+C       +    A V VH++ G   AA+ +  S+   P  IL   + L  F
Sbjct:   35 PNDWKLQLQFTQIRDEGIYECLVSTNPPLVKKIRLNVIVPEIEIRDERNKEVVEKFYRGGSTIELKCIVEQIVGKPPEYVIWHHGDRLLNYDTERGGISVKTDLHKNGATSRLKIAKASNKDSGNYTC------GMSSAFASVIVHILNGENPAAMQTGTSHRQFPAPILWIQIFLSAF 207

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000008198 (pep:novel supercontig:LSalAtl2s:LSalAtl2s494:255309:428748:-1 gene:EMLSAG00000008198 transcript:EMLSAT00000008198 description:"maker-LSalAtl2s494-augustus-gene-4.15")

HSP 1 Score: 58.9214 bits (141), Expect = 3.312e-11
Identity = 45/149 (30.20%), Postives = 66/149 (44.30%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII--------------GMQVEAEH---VLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEG 132
            Y N ++L I ++   D G+Y CQ+ST PP G    LKV +   E++        + F N GS I LTC+ +       DVI               G+ V  E      S L ++ A  +DSG Y C+      I    A +N+H++ G
Sbjct:   85 YTNYWQLRIKDLTHKDEGKYECQVSTTPPIGHQIMLKVVEPHTEILGGP-----DMFINKGSTINLTCVSKFSPAPPPDVIWYHNDEVIAYDSPRGGVSVVTEKGDITTSHLLVQRAMSTDSGIYRCV-----PINSVEASLNLHILAG 223

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000002526 (pep:novel supercontig:LSalAtl2s:LSalAtl2s149:260163:263942:1 gene:EMLSAG00000002526 transcript:EMLSAT00000002526 description:"snap-LSalAtl2s149-processed-gene-3.28")

HSP 1 Score: 51.6026 bits (122), Expect = 2.416e-9
Identity = 20/30 (66.67%), Postives = 26/30 (86.67%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPK 30
            +P+N+RL IT++K  DAG Y+CQISTFPPK
Sbjct:   45 HPSNWRLKITDLKPEDAGAYLCQISTFPPK 74

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000005657 (pep:novel supercontig:LSalAtl2s:LSalAtl2s305:329262:363190:1 gene:EMLSAG00000005657 transcript:EMLSAT00000005657 description:"snap_masked-LSalAtl2s305-processed-gene-3.6")

HSP 1 Score: 53.1434 bits (126), Expect = 3.152e-9
Identity = 45/136 (33.09%), Postives = 67/136 (49.26%), Query Frame = 0

Query:    3 NNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDW-----ATDVIIGMQV---EAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVV 130
            N + L I +    D+G Y CQIS+ P K LF  L++   +  ++  N     E F + GS I +TC   + + W      T +  G+ V   +AE   S L I+ A+  D G YSC  Q  E+++   A V VHV+
Sbjct:  100 NEWILRIRHAANEDSGVYECQISSQPVKSLFVNLRIVTPIASILGKN-----EMFVDVGSTINITC---TGKIWYIPIDYTSMRGGVSVLTNKAETTXSSLIIQLATPKDGGQYSC--QAGEDLK--PAVVKVHVL 223

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000005100 (pep:novel supercontig:LSalAtl2s:LSalAtl2s26:343681:388243:-1 gene:EMLSAG00000005100 transcript:EMLSAT00000005100 description:"maker-LSalAtl2s26-snap-gene-4.9")

HSP 1 Score: 52.7582 bits (125), Expect = 4.818e-9
Identity = 47/155 (30.32%), Postives = 71/155 (45.81%), Query Frame = 0

Query:    5 YRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR--------------SREDW------ATDVIIGMQVEAEHVL-SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAI 138
            ++L I N+   D+G+Y+CQ++T P      YLKV ++  + I  N E  +++    GS + L C+I               SR+++        D+  G+    E+ + SRL I     SD+G YSC  Q         AKV V V  G   AAI
Sbjct:   83 WKLVIRNITPKDSGQYLCQVNTEPKISQINYLKVAESFAD-IKGNSERGVQR----GSTLELHCLISQSIPVGQTLPPITWSRDNYIIHKNDKVDIQQGVTNPKENTIDSRLKIEYVQPSDAGVYSCKSQGAA-----EAKVTVLVTSGEQRAAI 227

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BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000007255 (pep:novel supercontig:LSalAtl2s:LSalAtl2s408:381299:413043:-1 gene:EMLSAG00000007255 transcript:EMLSAT00000007255 description:"maker-LSalAtl2s408-snap-gene-4.17")

HSP 1 Score: 50.447 bits (119), Expect = 3.472e-8
Identity = 40/146 (27.40%), Postives = 64/146 (43.84%), Query Frame = 0

Query:    3 NNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII--------------GMQV---EAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVE 131
            +++ L I   +  D G Y CQIS  P      YL V +      ++ +    + F + GS + L+C+I   E   T+V                G+ V   +AEH    L ++ A  SDSG Y+C+         P AK+ VH+++
Sbjct:  134 HDWILRIKTPQPKDTGVYECQISATPHMSQRLYLDVREP-----NTYFIGGPDMFVDLGSMVNLSCVISHTEKPPTEVKWFHRDTEISFRGPRDGVSVITEKAEHTTVHLLMQGARPSDSGIYTCVPNNA-----PSAKIKVHILQ 269

[Close]

BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Match: EMLSAP00000006843 (pep:novel supercontig:LSalAtl2s:LSalAtl2s386:308261:414672:1 gene:EMLSAG00000006843 transcript:EMLSAT00000006843 description:"maker-LSalAtl2s386-snap-gene-3.7")

HSP 1 Score: 50.0618 bits (118), Expect = 3.893e-8
Identity = 47/156 (30.13%), Postives = 65/156 (41.67%), Query Frame = 0

Query:    3 NNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSRE------DWA-TDVIIGMQ-----VEAEHV-----LSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN 141
            + + L I  V    AG+Y CQIST P    F YL V D              + +   GS + L C+I          +W   D+II  +        EH+     +S L I     SDSG Y+CI     N     A VN+HV E +  AA+ ++
Sbjct:  101 STWTLQIKLVGPEQAGQYECQISTEPKLSHFVYLTVIDR-------------DVYVKSGSSVFLKCVIAQSLIEPTYIEWRFGDMIIEGRGRIHTTPPEHLAPGTTMSTLSIATVERSDSGPYTCIPSMLNN-----ASVNLHVFESDFPAAMQTS 238

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BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: XP_006568554.1 (PREDICTED: uncharacterized protein LOC409701 isoform X1 [Apis mellifera])

HSP 1 Score: 88.5817 bits (218), Expect = 1.184e-20
Identity = 51/157 (32.48%), Postives = 83/157 (52.87%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRS------------REDWAT--DVIIGMQVEA--EHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN 141
            YPNN+RL I  V++ D G YVCQ++T PP+ L T + V    + ++D     + +++Y  GS I L C+ R             R++  T  D +    +    E ++++L+I +A  +DSG YSC +      QF  A V++HV+ G   AA+H +
Sbjct:  147 YPNNWRLAIAGVRREDRGLYVCQVNTHPPRMLVTNVTVLAPDIRILDEARHELRDRYYKTGSGIELACVARPSCPDSRIPHPVWRKNGETLPDHVNVYHINGSNEDLVTKLYIEQAKKTDSGEYSCSVS-----QFSTAAVHIHVLNGEKQAAVHHD 298

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BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: XP_393199.3 (PREDICTED: uncharacterized protein LOC409701 isoform X2 [Apis mellifera])

HSP 1 Score: 82.0333 bits (201), Expect = 3.063e-18
Identity = 53/172 (30.81%), Postives = 86/172 (50.00%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRS------------REDWAT--DVIIGMQVEA--EHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVV--EGNLHAAIHSNISYILNPNVILTY 154
            YPNN+RL I  V++ D G YVCQ++T PP+ L T + V    + ++D     + +++Y  GS I L C+ R             R++  T  D +    +    E ++++L+I +A  +DSG YSC +      QF  A V++HV+     L+ AI S   +    +  L Y
Sbjct:  147 YPNNWRLAIAGVRREDRGLYVCQVNTHPPRMLVTNVTVLAPDIRILDEARHELRDRYYKTGSGIELACVARPSCPDSRIPHPVWRKNGETLPDHVNVYHINGSNEDLVTKLYIEQAKKTDSGEYSCSVS-----QFSTAAVHIHVLNEHNGLYGAIFSYGDFYFEKHCKLKY 313

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BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: gb|KYB29782.1| (Opioid-binding protein/cell adhesion molecule-like Protein [Tribolium castaneum])

HSP 1 Score: 76.6406 bits (187), Expect = 8.529e-17
Identity = 48/170 (28.24%), Postives = 80/170 (47.06%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII---------------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISY---ILNPNVIL 152
            YPNN+RL I  + + D G Y CQ++T PPK    +LKV    + ++D +   + E++Y  GS + LTC+       + +  I                +    +  +S L +       SGNY+C +     + F  A V VHV+ G L AA+H   +    +++P ++L
Sbjct:   51 YPNNFRLQIVYITRRDEGLYECQVATHPPKVKRIFLKVTAPEVRIVDESGREVTERYYKAGSALELTCLATQVGGGSENPTITWRHGDRTLSKGISSNVSASTDSAISTLTVGPLETRHSGNYTCAVG---ALAF--ATVAVHVLNGELPAAVHHGNAAPLGLISPTLVL 215

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BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: gb|EFA11307.2| (Opioid-binding protein/cell adhesion molecule-like Protein [Tribolium castaneum])

HSP 1 Score: 76.6406 bits (187), Expect = 9.168e-17
Identity = 50/177 (28.25%), Postives = 82/177 (46.33%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII---------------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISY---ILNPNVILTYFLILL 159
            YPNN+RL I  + + D G Y CQ++T PPK    +LKV    + ++D +   + E++Y  GS + LTC+       + +  I                +    +  +S L +       SGNY+C +     + F  A V VHV+ G L AA+H   +    +++P ++L     LL
Sbjct:   60 YPNNFRLQIVYITRRDEGLYECQVATHPPKVKRIFLKVTAPEVRIVDESGREVTERYYKAGSALELTCLATQVGGGSENPTITWRHGDRTLSKGISSNVSASTDSAISTLTVGPLETRHSGNYTCAVG---ALAF--ATVAVHVLNGELPAAVHHGNAAPLGLISPTLVLLSACWLL 231

[Close]

BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: AAF47424.1 (defective proboscis extension response 20 [Drosophila melanogaster])

HSP 1 Score: 78.5666 bits (192), Expect = 1.065e-16
Identity = 54/157 (34.39%), Postives = 80/157 (50.96%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR------SREDWA-TDVII-------GMQVEAEHVL----SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIH 139
            YPNN+RL ITNVKK D   Y CQIST PP+ +   L V    + ++D   + + E++Y   S + L+C++R      S   W   D I+       G+ V+ E +     S L I + S +DSGNY+C I   +N       + VH++ G   A +H
Sbjct:  341 YPNNWRLKITNVKKDDEAIYECQISTHPPRVIQINLHVNAPKVMIVDEVGDPLQEKYYEIDSTLQLSCVVRNVAMTSSVVFWKHMDNILNYDVTRGGVSVKTELMEDGANSTLSIAKISKTDSGNYTCSISEFQNF-----TIVVHILNGESFAELH 492

[Close]

BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: EFX80980.1 (hypothetical protein DAPPUDRAFT_50679, partial [Daphnia pulex])

HSP 1 Score: 72.7886 bits (177), Expect = 9.155e-16
Identity = 45/150 (30.00%), Postives = 72/150 (48.00%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSRE------DWATDVII--------GMQVEAEH----VLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEG 132
            YP N+ L I++V+  D G Y CQ++T PP GLF YL +    + ++D    ++ E  +  G+ + L C +R  +       W     I        G+ V+ E      +S L +  AS  DSG Y+C +  +       A V+VHV++G
Sbjct:   33 YPGNWTLQISSVELQDTGCYQCQVNTHPPIGLFVYLHIRGPAVAIVDERNVSVREAVFKSGALVRLVCQVRQADRDNFSLHWKVGQAILNHDTLRGGVSVKTERKGRDAVSWLLMARASSRDSGIYTCSVDNRSE-----AVVSVHVIQG 177

[Close]

BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: XP_016771184.1 (PREDICTED: uncharacterized protein LOC725619 [Apis mellifera])

HSP 1 Score: 73.1738 bits (178), Expect = 2.118e-15
Identity = 53/178 (29.78%), Postives = 88/178 (49.44%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWAT-------------DVIIGMQVEAEHVLSRLWIREASLSD--SGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILNPNVILTYFLILLHFTI 163
            +  ++ L I  V+  DAG Y CQ+ST PP  +F +L+V +A  E+   +     E+F  PGS + L C+++   +  +             DV  G+ V  + V    W+     SD  SGNY+C      N Q   A+V VHV +G+  AA+  +I+   +P+V+    L+++  T+
Sbjct:   77 HSEDWTLQIKYVQPRDAGLYQCQVSTHPPTSIFLFLEVVEARAEIAGPS-----EKFVRPGSTLQLHCLVKKSTETPSYLFWYHNFRMINYDVDQGVNVSTDLVGRESWLEVPRASDRHSGNYTC---EASNAQ--PARVLVHVFKGDNPAAMQHSIAS--SPSVMACSALLMMFTTL 242

[Close]

BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: EEB15989.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 72.7886 bits (177), Expect = 6.870e-15
Identity = 49/157 (31.21%), Postives = 77/157 (49.04%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII--------------GMQVEAEHVL----SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIH 139
            YP N+RL I  V K D G Y CQIST PPK    +L +    + ++D +   +M+++Y   S I L+CI+R     ++ V+               G+ V+ E +     S L + + + +DSGNY+C I + E      A V VH++     A +H
Sbjct:  153 YPGNWRLQIKLVNKKDEGLYECQISTHPPKVTQIFLYINAPEVVIVDEHGMQLMDKYYESDSTIQLSCIVRHVSMTSSVVLWMHGNRILNYDLTRGGISVKTELMEAGANSTLSVAKVNKTDSGNYTCSISKTE-----YATVTVHILNEQSLAELH 304

[Close]

BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: EAA00989.5 (AGAP001126-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 72.0182 bits (175), Expect = 8.466e-15
Identity = 60/180 (33.33%), Postives = 89/180 (49.44%), Query Frame = 0

Query:    5 YRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-------------SREDWATDVIIG--MQVEAEHVL--SRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNISYILN-PNV---ILTYFLILLHFTI 163
            + L I   ++ D+G Y CQIST PP G F YL + + + E+         + F N GS I LTCI++             +R+D   D   G    V  + +L  SRL +++A  SDSG Y+C     E      A V VH++ G   AA+H  IS IL+ P++   +L+  L+  H +I
Sbjct:   99 WTLRIRYAQRKDSGIYECQISTTPPIGHFVYLTIVEPVTEI-----NGGPDLFINKGSTINLTCIVKYAPEPPPAVVWKHNRDDINFDSPRGGISLVTEKGILTTSRLLVQKAIASDSGLYTC-----EPSNANPASVRVHILNGEHPAAMHHGISTILSGPSLVAFVLSTILLFYHHSI 268

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BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Match: XP_016772530.1 (PREDICTED: neuronal growth regulator 1 isoform X4 [Apis mellifera])

HSP 1 Score: 72.0182 bits (175), Expect = 1.279e-14
Identity = 47/159 (29.56%), Postives = 74/159 (46.54%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR--------SREDW------------ATDVIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIH 139
            YP+N+RL I  V  SD G+Y CQ+ST PPK +   L +    ++++D+  E + +++Y   S I L C++R        S   W               + +   +  E   S L I     +DSGNY+C +    +     A V+VHV+ G   A +H
Sbjct:  142 YPDNWRLQIRPVNSSDEGQYECQVSTHPPKYIHVNLHINAPSVQIVDALGEPLRDKYYEADSTIELLCVVRHIAMQVQYSVVQWLHGNRVLNYDTTRGGISVKTDLMEEGANSTLSIARVGPADSGNYTCHLTTMPD---QPATVHVHVLNGESLAELH 297

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BLAST of EMLSAG00000003607 vs. nr
Match: gi|1061107413|ref|XP_017880029.1| (PREDICTED: uncharacterized protein LOC108624924 [Ceratina calcarata])

HSP 1 Score: 97.4413 bits (241), Expect = 3.224e-21
Identity = 54/157 (34.39%), Postives = 85/157 (54.14%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SRED-------WATDV--------IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN 141
            YPNN+RL IT V++ D G YVCQ++T PP+ L T + V    + ++D     + +++Y  GS I LTC+ R SR D       W  +         +  +    E ++++L+I +A  +DSG YSC +      QF  A V++HV+ G   AA+H +
Sbjct:  150 YPNNWRLAITGVRREDRGLYVCQVNTHPPRMLVTNVTVLAPDIRIVDEARHELRDRYYKTGSGIELTCVARPSRSDSKIPHPIWRKNGQMLPDHVNVFHINGSNEDLVTKLYIEQAKKTDSGEYSCSVS-----QFSTAAVHIHVLNGEKQAAVHHD 301

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BLAST of EMLSAG00000003607 vs. nr
Match: gi|936676417|ref|XP_014223287.1| (PREDICTED: cell adhesion molecule 1-like, partial [Trichogramma pretiosum])

HSP 1 Score: 95.1301 bits (235), Expect = 1.225e-20
Identity = 62/178 (34.83%), Postives = 93/178 (52.25%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SR--------------EDWATDV-IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHS---NISYILNPNVILTYFLILL 159
            YPNN+RL IT+++K D G YVCQ++T PP+ L T + +    + ++D +   + +++YN GS I LTC++R SR              E    DV +      A  +L  L I  A  SDSG +SC I      QF    VN+HV+ G   AA+H    N +  L+ N+ +T+  + L
Sbjct:   95 YPNNWRLMITSIQKEDRGLYVCQVNTHPPRMLVTNVTILAPDVRIVDESDHELHDRYYNSGSVIELTCVVRPSRPGSKMPDPVWKKNGETLPDDVNVYHTNGPANKLLLSLRIEYAKKSDSGEFSCSIG-----QFSTTVVNIHVLNGEKQAAVHHDQWNTALRLDQNLYVTFISVFL 267

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BLAST of EMLSAG00000003607 vs. nr
Match: gi|817211152|ref|XP_012281701.1| (PREDICTED: igLON family member 5 [Orussus abietinus])

HSP 1 Score: 93.2041 bits (230), Expect = 5.480e-20
Identity = 57/180 (31.67%), Postives = 91/180 (50.56%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSRED--------WATD--------VIIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHS---NISYILNPNVILTYFLILLHF 161
            YPNN+RL I++V+K D G YVCQ+ST PP+ L   + V    ++++D     + +++Y  GS I L C+IR  +         W  D         I+ +    E ++SR+++  A  +DSG Y+C +      QF    V++HV+ G   AA+H    N +   +    L  F IL +F
Sbjct:   98 YPNNWRLAISSVQKEDHGLYVCQVSTHPPRMLNVNVHVLAPDIKIVDEADRVVRDRYYKTGSGIELACVIRPSQSGAKVPHPMWTKDGDILPDHVKILHVNGSEEELISRIYVERAKKTDSGEYTCSLG-----QFSTTMVHLHVLNGEKQAAVHHDQWNSARTCHRESPLANFAILANF 272

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BLAST of EMLSAG00000003607 vs. nr
Match: gi|307181816|gb|EFN69259.1| (hypothetical protein EAG_13937 [Camponotus floridanus])

HSP 1 Score: 93.5893 bits (231), Expect = 6.255e-20
Identity = 59/182 (32.42%), Postives = 95/182 (52.20%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRS------------REDWAT--DVIIGMQVEA--EHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNI-SYILNPNVILTYFL-ILLHFTIY 164
            YPNN+RL I+ V++ D G YVCQ++T PP+ L T + V    + +ID     + +++Y  GS I L C++R             R++  T  D +    +    E V++RL+I  A  +DSG Y+C +      QF    V++HV+ G   AA+H    +  +N N I+T F  + ++F  Y
Sbjct:  134 YPNNWRLAISGVRREDHGVYVCQVNTHPPRMLVTNVTVLAPDIRIIDEARHELRDRYYKTGSGIELACVVRPSCPDSRVPYPVWRKNGETLPDHVNVYHINGSNEDVVTRLYIERAKKTDSGEYTCSVS-----QFSTTAVHIHVLNGEKQAAVHDQWNAACINYNAIVTEFCAVFVNFFFY 310

[Close]

BLAST of EMLSAG00000003607 vs. nr
Match: gi|752875135|ref|XP_011254909.1| (PREDICTED: zwei Ig domain protein zig-8 isoform X1 [Camponotus floridanus] >gi|752875137|ref|XP_011254910.1| PREDICTED: zwei Ig domain protein zig-8 isoform X1 [Camponotus floridanus])

HSP 1 Score: 93.9745 bits (232), Expect = 7.121e-20
Identity = 59/182 (32.42%), Postives = 95/182 (52.20%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRS------------REDWAT--DVIIGMQVEA--EHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNI-SYILNPNVILTYFL-ILLHFTIY 164
            YPNN+RL I+ V++ D G YVCQ++T PP+ L T + V    + +ID     + +++Y  GS I L C++R             R++  T  D +    +    E V++RL+I  A  +DSG Y+C +      QF    V++HV+ G   AA+H    +  +N N I+T F  + ++F  Y
Sbjct:  147 YPNNWRLAISGVRREDHGVYVCQVNTHPPRMLVTNVTVLAPDIRIIDEARHELRDRYYKTGSGIELACVVRPSCPDSRVPYPVWRKNGETLPDHVNVYHINGSNEDVVTRLYIERAKKTDSGEYTCSVS-----QFSTTAVHIHVLNGEKQAAVHDQWNAACINYNAIVTEFCAVFVNFFFY 323

[Close]

BLAST of EMLSAG00000003607 vs. nr
Match: gi|759066714|ref|XP_011342818.1| (PREDICTED: zwei Ig domain protein zig-8 isoform X3 [Cerapachys biroi])

HSP 1 Score: 91.2781 bits (225), Expect = 3.200e-19
Identity = 57/183 (31.15%), Postives = 94/183 (51.37%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SRED-------WATDV--------IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNI--SYILNPNVILTYFL-ILLHFTIY 164
            YPNN+RL I+ V++ D G YVCQ++T PP+ L T + V    + +ID     + +++Y  GS I L CI+R S  D       W  +         +  +    E V+++L+I  A  +DSG Y+C +      QF    V++HV+ G   AA+H +   +   N +++ T F  +  +F +Y
Sbjct:   99 YPNNWRLAISGVRREDRGVYVCQVNTHPPRMLITNVTVLAPDIRIIDEARHELRDRYYKTGSRIELVCIVRPSCPDSKVPYPVWRKNSEALPDYVNVYHINGTNEDVVTKLYIERAKKTDSGEYTCSVS-----QFSTTAVHIHVLNGEKQAAVHHDQWNAACTNRHMVFTEFCTVFAYFLLY 276

[Close]

BLAST of EMLSAG00000003607 vs. nr
Match: gi|766920615|ref|XP_011504788.1| (PREDICTED: uncharacterized protein LOC105367717 [Ceratosolen solmsi marchali])

HSP 1 Score: 91.6633 bits (226), Expect = 4.907e-19
Identity = 56/157 (35.67%), Postives = 82/157 (52.23%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SRED-------W-ATDVIIGMQVEAEH-------VLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSN 141
            YPNN+RL I+ ++K D G YVCQ++T PPK L T + +    + ++D     + +++Y  GS + LTCI R SR         W   + I+   V   H       +LSR+ I  A  SDSG +SC I      QF    VN+H++ G   AA+H +
Sbjct:  155 YPNNWRLAISAIQKEDGGLYVCQVNTHPPKMLITNVTILAPEIRIVDEANHELRDRYYKTGSIMELTCIARPSRPGSKVPHPVWRKNNEILPDHVNVYHTNGTDNELLSRIRIEHAKKSDSGQFSCTIG-----QFSTTLVNIHILNGEKQAAVHHD 306

[Close]

BLAST of EMLSAG00000003607 vs. nr
Match: gi|759066708|ref|XP_011342814.1| (PREDICTED: zwei Ig domain protein zig-8 isoform X1 [Cerapachys biroi] >gi|759066710|ref|XP_011342815.1| PREDICTED: zwei Ig domain protein zig-8 isoform X1 [Cerapachys biroi] >gi|607357269|gb|EZA51734.1| Cell adhesion molecule [Cerapachys biroi])

HSP 1 Score: 91.2781 bits (225), Expect = 5.696e-19
Identity = 57/183 (31.15%), Postives = 94/183 (51.37%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SRED-------WATDV--------IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNI--SYILNPNVILTYFL-ILLHFTIY 164
            YPNN+RL I+ V++ D G YVCQ++T PP+ L T + V    + +ID     + +++Y  GS I L CI+R S  D       W  +         +  +    E V+++L+I  A  +DSG Y+C +      QF    V++HV+ G   AA+H +   +   N +++ T F  +  +F +Y
Sbjct:  146 YPNNWRLAISGVRREDRGVYVCQVNTHPPRMLITNVTVLAPDIRIIDEARHELRDRYYKTGSRIELVCIVRPSCPDSKVPYPVWRKNSEALPDYVNVYHINGTNEDVVTKLYIERAKKTDSGEYTCSVS-----QFSTTAVHIHVLNGEKQAAVHHDQWNAACTNRHMVFTEFCTVFAYFLLY 323

[Close]

BLAST of EMLSAG00000003607 vs. nr
Match: gi|759066712|ref|XP_011342816.1| (PREDICTED: zwei Ig domain protein zig-8 isoform X2 [Cerapachys biroi])

HSP 1 Score: 91.2781 bits (225), Expect = 5.745e-19
Identity = 57/183 (31.15%), Postives = 94/183 (51.37%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SRED-------WATDV--------IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHSNI--SYILNPNVILTYFL-ILLHFTIY 164
            YPNN+RL I+ V++ D G YVCQ++T PP+ L T + V    + +ID     + +++Y  GS I L CI+R S  D       W  +         +  +    E V+++L+I  A  +DSG Y+C +      QF    V++HV+ G   AA+H +   +   N +++ T F  +  +F +Y
Sbjct:  145 YPNNWRLAISGVRREDRGVYVCQVNTHPPRMLITNVTVLAPDIRIIDEARHELRDRYYKTGSRIELVCIVRPSCPDSKVPYPVWRKNSEALPDYVNVYHINGTNEDVVTKLYIERAKKTDSGEYTCSVS-----QFSTTAVHIHVLNGEKQAAVHHDQWNAACTNRHMVFTEFCTVFAYFLLY 322

[Close]

BLAST of EMLSAG00000003607 vs. nr
Match: gi|815803184|ref|XP_012222288.1| (PREDICTED: cell adhesion molecule 1-like isoform X2 [Linepithema humile])

HSP 1 Score: 91.2781 bits (225), Expect = 6.714e-19
Identity = 62/188 (32.98%), Postives = 97/188 (51.60%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR-SRED-------WATDV--------IIGMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAAIHS---NISYILNPNVILTYFLILL-HFTIYNEKN 168
            YPNN+RL I+ V++ D G YVCQ++T PP+ L T + V    + +ID     + +++Y  GS I L C+++ S  D       W  +         +  +    E V++RL I  A  +DSG Y+C +      QF    V++HV+ G   AA+H    N +Y  N +VI T F  +L +F +Y  +N
Sbjct:  146 YPNNWRLAISGVRREDHGVYVCQVNTHPPRMLITNVTVLAPDIRIIDEARHELRDRYYKTGSGIELACVVQPSCPDSRVPYPVWRKNGKMLPDHVNVYHINGSNEDVVTRLHIERAKKTDSGEYTCSVS-----QFSTTAVHIHVLNGEKQAAVHHDQWNAAYS-NHHVIFTEFCAMLANFLLYIWRN 327

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold593_size129216-processed-gene-0.15 (protein:Tk12034 transcript:snap_masked-scaffold593_size129216-processed-gene-0.15-mRNA-1 annotation:"Obscurin")

HSP 1 Score: 121.709 bits (304), Expect = 3.602e-35
Identity = 51/80 (63.75%), Postives = 68/80 (85.00%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDV 80
            YPNN+RLNI++V+K D+G YVCQIS+FPPK LF  L+V+DAL+E+IDS+   M  Q+YNPGSEI LTC++RSR+ W+T+V
Sbjct:   37 YPNNWRLNISDVQKVDSGLYVCQISSFPPKALFANLQVQDALVEVIDSDGRTMKTQYYNPGSEIELTCVVRSRDSWSTEV 116

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold81_size397536-processed-gene-2.12 (protein:Tk08541 transcript:snap_masked-scaffold81_size397536-processed-gene-2.12-mRNA-1 annotation:"GI21707")

HSP 1 Score: 72.4034 bits (176), Expect = 7.555e-16
Identity = 48/169 (28.40%), Postives = 82/169 (48.52%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVIIGMQVEA----EHVLSRLWIR-----------------------EASLSDSGNYSCIIQ-RKENIQFPRA---KVNVHVVEGNLHAAIH 139
            PNNYRL I NV+  D GRY+CQ+S +PP  ++  L++   ++ L+D +++ +    Y  GS I + C +R    +   ++   Q  A     H+L+R  IR                        A  SD+GNY+C ++ + E++Q        ++VHV++     AI+
Sbjct:  153 PNNYRLRIQNVQWRDEGRYLCQLSVYPPTLMWARLELIRPVVHLLDGDHKPVTALHYESGSTIEIICRVRRPPYYQASLVWEAQKAALGRKSHILNRDTIRGGVKIDTGRDEDSGFLLSVLRLDNAQPSDTGNYTCHLRNQPEDVQVRHGLSDTISVHVLKAENTEAIY 321

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold254_size236139-snap-gene-1.13 (protein:Tk02055 transcript:maker-scaffold254_size236139-snap-gene-1.13-mRNA-1 annotation:"limbic system-associated membrane protein")

HSP 1 Score: 67.3958 bits (163), Expect = 4.122e-14
Identity = 47/147 (31.97%), Postives = 75/147 (51.02%), Query Frame = 0

Query:    4 NYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSRED------WATDVII-------GMQVEAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGNLHAA 137
            N+ L I  V   DAGRY CQ +T+PP+ +   L+V +A+ E++ ++     E+    GS++ L C+++   +      W  D  +       G+ V  E   S L + +AS SD+GNY+C      NI+   + V VHV+ G   AA
Sbjct:  126 NWALQIQRVTPEDAGRYECQATTYPPQTIVLRLRVVEAVSEILGTS-----EKIIKSGSKLQLNCVLKKATEKPLYIFWYHDNRMINYDTDRGVLVSNEDFASTLVLAKASTSDTGNYTC---SPYNIR--PSSVTVHVMNGGNSAA 262

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold428_size174301-snap-gene-0.21 (protein:Tk03099 transcript:maker-scaffold428_size174301-snap-gene-0.21-mRNA-1 annotation:"obscurin-like isoform x1")

HSP 1 Score: 64.3142 bits (155), Expect = 1.999e-13
Identity = 43/151 (28.48%), Postives = 71/151 (47.02%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDVII---------------GMQVEAE----HVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEGN 133
            PN+++L +   + +D G Y C +S  PP      L+V    +E++D   + + E+FY  GS I L C++R     A + II               G+ V+ +      +SRL+I  A   DSGNY+C ++  +        V VH++ G 
Sbjct:   31 PNDWKLQLQFPQLTDQGLYECMVSANPPLVRRIRLQVVVPEIEIVDERDKQVGEKFYKGGSTIELKCMVRQIVGQAPEYIIWHHEDRMLNYDTERGGISVKTDLLKNGAISRLFIARAGKRDSGNYTCGMRNAQT------SVTVHILNGK 175

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold23_size669530-snap-gene-2.11 (protein:Tk11063 transcript:maker-scaffold23_size669530-snap-gene-2.11-mRNA-1 annotation:"PREDICTED: obscurin-like")

HSP 1 Score: 58.9214 bits (141), Expect = 2.555e-11
Identity = 27/70 (38.57%), Postives = 41/70 (58.57%), Query Frame = 0

Query:    2 PNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIR 71
            P N+RL I      D G YVCQ+S  PP  LFT++++    ++L+D +   + E+ Y PGS I L C ++
Sbjct:  143 PQNWRLKIRPTLPRDNGTYVCQVSRHPPIILFTHVRIIVPKVQLVDEDGREISEKHYKPGSTIELHCRVQ 212

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold62_size438377-snap-gene-3.7 (protein:Tk07855 transcript:maker-scaffold62_size438377-snap-gene-3.7-mRNA-1 annotation:"AGAP002135-PB")

HSP 1 Score: 51.2174 bits (121), Expect = 1.919e-8
Identity = 46/149 (30.87%), Postives = 61/149 (40.94%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSRED------WA-TDVII-------GMQVEAEH---VLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEG 132
            +  +Y L I  V   DAG Y CQIST PP      L V +    ++      + E     GS + LTC+I    +      W   D II       G+ V  E      S L ++    SDSG YSC     + +      VNVHV+ G
Sbjct:  152 FSEDYLLQIKPVNHRDAGVYQCQISTTPPTSHTVTLSVAEPKTSILGGPDIHLKE-----GSTMNLTCVIADSPEPPSYIFWRHNDAIISYDSPRGGVSVITEKGDVTASFLVVQHTKPSDSGTYSCSPSLGQTV-----AVNVHVLRG 290

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold213_size254208-processed-gene-1.8 (protein:Tk11728 transcript:snap_masked-scaffold213_size254208-processed-gene-1.8-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 48.9062 bits (115), Expect = 2.188e-8
Identity = 18/39 (46.15%), Postives = 28/39 (71.79%), Query Frame = 0

Query:    1 YPNNYRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVE 39
            +P N+ L I+ ++  DAG Y+CQISTFPPK    +L+++
Sbjct:   46 HPANWGLKISEIRPEDAGTYICQISTFPPKVRIIFLEIQ 84

[Close]

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold30_size591359-snap-gene-1.20 (protein:Tk12754 transcript:maker-scaffold30_size591359-snap-gene-1.20-mRNA-1 annotation:"protein amalgam")

HSP 1 Score: 47.7506 bits (112), Expect = 3.477e-7
Identity = 47/163 (28.83%), Postives = 72/163 (44.17%), Query Frame = 0

Query:    5 YRLNITNVKKSDAGRYVCQISTFPPKGLFTYLKVEDALLELIDSNYEAMMEQFYNPGSEIALTCIIRSREDWATDV-------II-------GMQV---EAEHVLSRLWIREASLSDSGNYSCIIQRKENIQFPRAKVNVHVVEG-NLHAAIHSNISYILNPN 149
            ++L I NV   D G Y CQ+ST P K     L+V +   E++        +   + GS I LTCI +       DV       +I       G+ V   + E   S L I+ A+  DSG Y C+    EN     A + +H+++G N  A   S+   +++P 
Sbjct:  200 WQLRIMNVSYEDEGYYECQLSTTPIKAHVVDLRVVEPHTEILGGP-----DMHVDRGSTINLTCIAKFSPAPPPDVEWLHNGQVISYDSARGGVSVVTEKGESTSSHLLIQRATPKDSGVYKCV---PENTV--EAAITLHIIKGKNPDAWQTSSAQSVIHPG 352

The following BLAST results are available for this feature:

BLAST of EMLSAG00000003607 vs. GO
BLAST of EMLSAG00000003607 vs. C. finmarchicus
BLAST of EMLSAG00000003607 vs. L. salmonis peptides
BLAST of EMLSAG00000003607 vs. SwissProt
BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
BLAST of EMLSAG00000003607 vs. nr
BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000003607 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 9


Match Name	E-value	Identity	Description
-	7.532e-16	34.39	symbol:dpr20 "dpr20" species:7227 "Drosophila mela...	[more]
-	2.512e-13	28.78	symbol:dpr18 "dpr18" species:7227 "Drosophila mela...	[more]
-	3.176e-13	30.68	symbol:dpr14 "dpr14" species:7227 "Drosophila mela...	[more]
-	1.765e-9	29.11	symbol:dpr8 "dpr8" species:7227 "Drosophila melano...	[more]
-	2.119e-8	27.15	symbol:dpr13 "dpr13" species:7227 "Drosophila mela...	[more]
-	5.293e-8	30.26	symbol:dpr5 "dpr5" species:7227 "Drosophila melano...	[more]
-	4.378e-6	27.10	symbol:dpr17 "dpr17" species:7227 "Drosophila mela...	[more]
-	3.401e-5	31.21	symbol:dpr6 "dpr6" species:7227 "Drosophila melano...	[more]
-	4.439e-5	30.43	symbol:dpr12 "dpr12" species:7227 "Drosophila mela...	[more]

BLAST of EMLSAG00000003607 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592870198\|gb\|GAXK01087364.1\|	5.600e-30	37.21	TSA: Calanus finmarchicus comp1173609_c0_seq2 tran...	[more]
gi\|592870199\|gb\|GAXK01087363.1\|	8.693e-30	37.21	TSA: Calanus finmarchicus comp1173609_c0_seq1 tran...	[more]
gi\|592870193\|gb\|GAXK01087369.1\|	1.655e-16	44.44	TSA: Calanus finmarchicus comp1173609_c0_seq7 tran...	[more]
gi\|592876679\|gb\|GAXK01080958.1\|	2.161e-16	40.26	TSA: Calanus finmarchicus comp3377598_c0_seq1 tran...	[more]
gi\|592823168\|gb\|GAXK01131400.1\|	2.606e-16	29.78	TSA: Calanus finmarchicus comp1265530_c0_seq2 tran...	[more]
gi\|592823169\|gb\|GAXK01131399.1\|	6.108e-16	29.78	TSA: Calanus finmarchicus comp1265530_c0_seq1 tran...	[more]
gi\|592810126\|gb\|GAXK01144442.1\|	8.699e-16	30.00	TSA: Calanus finmarchicus comp367809_c0_seq1 trans...	[more]
gi\|592870195\|gb\|GAXK01087367.1\|	2.179e-14	34.62	TSA: Calanus finmarchicus comp1173609_c0_seq5 tran...	[more]
gi\|592870197\|gb\|GAXK01087365.1\|	3.811e-14	34.62	TSA: Calanus finmarchicus comp1173609_c0_seq3 tran...	[more]
gi\|592870196\|gb\|GAXK01087366.1\|	5.325e-13	56.52	TSA: Calanus finmarchicus comp1173609_c0_seq4 tran...	[more]

Pages

BLAST of EMLSAG00000003607 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 15


Match Name	E-value	Identity	Description
EMLSAP00000003607	5.711e-124	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s197:41655...	[more]
EMLSAP00000005978	1.003e-14	29.02	pep:novel supercontig:LSalAtl2s:LSalAtl2s322:49828...	[more]
EMLSAP00000007756	1.592e-13	28.98	pep:novel supercontig:LSalAtl2s:LSalAtl2s453:13384...	[more]
EMLSAP00000006563	1.487e-12	29.05	pep:novel supercontig:LSalAtl2s:LSalAtl2s35:3762:2...	[more]
EMLSAP00000008198	3.312e-11	30.20	pep:novel supercontig:LSalAtl2s:LSalAtl2s494:25530...	[more]
EMLSAP00000002526	2.416e-9	66.67	pep:novel supercontig:LSalAtl2s:LSalAtl2s149:26016...	[more]
EMLSAP00000005657	3.152e-9	33.09	pep:novel supercontig:LSalAtl2s:LSalAtl2s305:32926...	[more]
EMLSAP00000005100	4.818e-9	30.32	pep:novel supercontig:LSalAtl2s:LSalAtl2s26:343681...	[more]
EMLSAP00000007255	3.472e-8	27.40	pep:novel supercontig:LSalAtl2s:LSalAtl2s408:38129...	[more]
EMLSAP00000006843	3.893e-8	30.13	pep:novel supercontig:LSalAtl2s:LSalAtl2s386:30826...	[more]

Pages

BLAST of EMLSAG00000003607 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000003607 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
XP_006568554.1	1.184e-20	32.48	PREDICTED: uncharacterized protein LOC409701 isofo...	[more]
XP_393199.3	3.063e-18	30.81	PREDICTED: uncharacterized protein LOC409701 isofo...	[more]
gb\|KYB29782.1\|	8.529e-17	28.24	Opioid-binding protein/cell adhesion molecule-like...	[more]
gb\|EFA11307.2\|	9.168e-17	28.25	Opioid-binding protein/cell adhesion molecule-like...	[more]
AAF47424.1	1.065e-16	34.39	defective proboscis extension response 20 [Drosoph...	[more]
EFX80980.1	9.155e-16	30.00	hypothetical protein DAPPUDRAFT_50679, partial [Da...	[more]
XP_016771184.1	2.118e-15	29.78	PREDICTED: uncharacterized protein LOC725619 [Apis...	[more]
EEB15989.1	6.870e-15	31.21	conserved hypothetical protein [Pediculus humanus ...	[more]
EAA00989.5	8.466e-15	33.33	AGAP001126-PA [Anopheles gambiae str. PEST]	[more]
XP_016772530.1	1.279e-14	29.56	PREDICTED: neuronal growth regulator 1 isoform X4 ...	[more]

Pages

BLAST of EMLSAG00000003607 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1061107413\|ref\|XP_017880029.1\|	3.224e-21	34.39	PREDICTED: uncharacterized protein LOC108624924 [C...	[more]
gi\|936676417\|ref\|XP_014223287.1\|	1.225e-20	34.83	PREDICTED: cell adhesion molecule 1-like, partial ...	[more]
gi\|817211152\|ref\|XP_012281701.1\|	5.480e-20	31.67	PREDICTED: igLON family member 5 [Orussus abietinu...	[more]
gi\|307181816\|gb\|EFN69259.1\|	6.255e-20	32.42	hypothetical protein EAG_13937 [Camponotus florida...	[more]
gi\|752875135\|ref\|XP_011254909.1\|	7.121e-20	32.42	PREDICTED: zwei Ig domain protein zig-8 isoform X1...	[more]
gi\|759066714\|ref\|XP_011342818.1\|	3.200e-19	31.15	PREDICTED: zwei Ig domain protein zig-8 isoform X3...	[more]
gi\|766920615\|ref\|XP_011504788.1\|	4.907e-19	35.67	PREDICTED: uncharacterized protein LOC105367717 [C...	[more]
gi\|759066708\|ref\|XP_011342814.1\|	5.696e-19	31.15	PREDICTED: zwei Ig domain protein zig-8 isoform X1...	[more]
gi\|759066712\|ref\|XP_011342816.1\|	5.745e-19	31.15	PREDICTED: zwei Ig domain protein zig-8 isoform X2...	[more]
gi\|815803184\|ref\|XP_012222288.1\|	6.714e-19	32.98	PREDICTED: cell adhesion molecule 1-like isoform X...	[more]

Pages

BLAST of EMLSAG00000003607 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 8


Match Name	E-value	Identity	Description
snap_masked-scaffold593_size129216-processed-gene-0.15	3.602e-35	63.75	protein:Tk12034 transcript:snap_masked-scaffold593...	[more]
snap_masked-scaffold81_size397536-processed-gene-2.12	7.555e-16	28.40	protein:Tk08541 transcript:snap_masked-scaffold81_...	[more]
maker-scaffold254_size236139-snap-gene-1.13	4.122e-14	31.97	protein:Tk02055 transcript:maker-scaffold254_size2...	[more]
maker-scaffold428_size174301-snap-gene-0.21	1.999e-13	28.48	protein:Tk03099 transcript:maker-scaffold428_size1...	[more]
maker-scaffold23_size669530-snap-gene-2.11	2.555e-11	38.57	protein:Tk11063 transcript:maker-scaffold23_size66...	[more]
maker-scaffold62_size438377-snap-gene-3.7	1.919e-8	30.87	protein:Tk07855 transcript:maker-scaffold62_size43...	[more]
snap_masked-scaffold213_size254208-processed-gene-1.8	2.188e-8	46.15	protein:Tk11728 transcript:snap_masked-scaffold213...	[more]
maker-scaffold30_size591359-snap-gene-1.20	3.477e-7	28.83	protein:Tk12754 transcript:maker-scaffold30_size59...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s197	supercontig	LSalAtl2s197:416553..488599 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
ensembl	2013-09-26 .965016
Blast vs. GO	2014-04-02
TblastN vs C. finmarchicus TSA	2014-05-09
Blastp vs. self	2014-05-10
Blastp vs. SwissProt	2017-02-10
Blastp vs. Selected Arthropods	2017-02-20
Blastp vs. NR (2/2017)	2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins	2018-04-18

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s197-snap-gene-3.26
Biotype	protein_coding
Evidence	IEA
Note	PREDICTED: uncharacterized protein LOC108624924 [Ceratina calcarata]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000003607 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000003607	EMLSAT00000003607-699454	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s197:416553..488599-

gene from alignment at LSalAtl2s197:416553..488599-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAG00000003607-686373 ID=EMLSAG00000003607-686373|Name=EMLSAG00000003607|organism=Lepeophtheirus salmonis|type=gene|length=72047bp|location=Sequence derived from alignment at LSalAtl2s197:416553..488599- (Lepeophtheirus salmonis)
TATCCTAATAATTATCGTTTGAATATTACAAATGTAAAAAAATCTGATGC
TGGACGTTATGTGTGTCAAATATCTACCTTTCCGCCGAAGGGACTCTTTA
CATATCTAAAAGTTGAAGGTAAATATTTATTAGAATTGTCAATTTCATCT
ATAATATATATAATTTTTCAAAAAGAACTTATTATTATATAATTATGAAC
TTAAAAGAATGTTATTAATTCTTTGGTGTTAACTTTTTATTTACTCCAAA
TCAGCTTTTAAGTGAGAGATAAATCATTTTTTCATTGAAATAATAACTTG
TAAGTGATATATTTATTGAGCCAATTTTACCGATAGCTTGACCTTTTTCT
CAAAGAGTACCATTTCTCTCTTTTTAAATGAAATTTAGACAGTCAGTTTC
AAAAAGAAATTAAACAAAATAAATACTTTTTTTTATTTTCACAAAACTTC
TTCGGGTGGACAGACGAGCGGTGAACAAAAATCACAACCACTAAACCACC
AACTTCATCAACGGTCAATTTAGCTTAAAATACGGGAATATATATTATTT
TTTTTCACACTATAGATATAATTTGTAGGAGGATAGCCTCCTTAGACCTC
AAGATAATATATCTAGAAAAATATACCTAGTATGTATAGTGTTTTCATGC
AATGTCAACATTGTTAATATCGGTCAATTTGAGGGTCTTAAACAAGCAAG
TTTTATAACAATGAAAACTATTTTTTTTCTTCATAAATGTGAATAAAAAT
TGAAAGAACTATTGGATGTCAAAATGAAACCAACAAATATAAGGACTTAA
ATGTTACTGGCAATCGTTATATCGGTATAAAATCTGATTGATTTATTATC
TTCACGCCAATGGAGTTCAATTAAAGCGTAAATAATTTAAATTTCATTTA
CATCAGGCAATTTTATTTCTAAAAGGTATATTTGAGCTTGATCGAAAAAA
ATCAATGATAGGTTGATATATGATAACTCTATTATTTATTTACTTATCTA
TACTTTTTATTATTATAATATAATATTATGACCAGAATTCAAAAATTTCA
AAACATAACCCTTGAGATACTTTTACTTAAAATAAATTAGAATCAAACAG
TATTACTGAAAAATTAGACTTATTAGAGCCAAATACTCTTTTGTAAATAT
ACCAGTTATTTACGCTTAAAATATATTATTTTGCTGTAAAACAAATATAA
ATTGAGGTGTTATTATTTTCTTAACTTTAAATCGAATATTCTCAGGATTA
ATTGATCCTTTATAAAATATAACAACAATTCGAAATTAAAATAGATTTTT
GTGAAGAAAATGCCCATTCTTTTTTTGTGGGTTATTAGGGTTTTTCTTAC
TCAAAAGTTGGCTAAAATCTATAAAAGTGTAAAAAAAATTGAATAAAAAT
TATGGAATATTGTATTTCATAAGAAAAAACTAATTACATTTTAGTCATTC
TGCGTATTACTTCTAAAATTAAATATGGAAGTTAAAGATTTCTTTAAGGT
TACAAATGTAGTCTTTAAAAAATATGATTTTCACAGAATTACCGCTAAAA
TCTCTAATGTTTAAAAAAACAACCACCGACTTTTTCAGCTTAACATATTT
TATCTATATTTATAAAGCAAAGTTTATCTGCATATACATAGTATTAATCA
ATAAATGTATGTAGGAATGAGTCATTTTTTTTATCCAAGAAATAACAATG
TAGTCATATTAATAAAATTTTGCATTGTTTTGTATGTAGAATTTGTTGTA
TTATAATAATATAAAGAGATATCGGGAGAATAATTTTAATCAACAAAGAA
AAAAAGGGCTATTATATGCATCCACGCTACGCAGGTTGCAACAAGAGAAT
TAATATAAACAGGAACAGATAATATATAAGGACAACTATATATATAAAAC
TCTAAACATATATACACAGATCAGTATTGAAATAATAATAATACTAACKC
CTCCACTTCAATGCAGATTATTCAGCCTAATAATTCCTACAAGCTTTAAC
AATTTAACATTAGACAGTCCTTTTGCTAGCATARCAGCCTCTATATCTTC
ACTCCCACAGTAGACGAGTGTAATCTTGTTTGCCTTAACTAGTTTTCTGG
TGAAATGATATTTTATATCAATATGTTTGGCTCTACCATGATATTGGGGA
TTCTTAGTTAAGCTTATGGTCGATTGATTATCTTCAAAAATCACTGTAGC
GCTATCAAAAGGTATATATTGCACAATAAATTTTGAATCGAAATACATTA
TTGTGATACAGCAGAAGGGGCAAATATTCGGCCTCTACAATCGATAACTC
GACCGACTTTTGATTTTGACTTTTTCAAGAGATAGGTCCTTTCATTGTAT
AGGAAAATATAACCACTTGTTGACTTCCTATCGTCATGATCTCCAGCCCA
ATCAGAATCCGAAAATCCTACGAGCTCTCCTTTATCACTTTTGCGATAAC
AAAGACCAAGATTCCTTGTGTTCTTCAAATAACGAAGGATTCTTTTCAGA
GCAACCTAATGTTCGGATCCAGGAGCATCCCAATAACGGGCAAGAGCTCC
AACTGCGAATGCTAAACCTGGTCTGGTTCGAGTTGGTTTTGACTACCAAC
AATTGATCGATATTCAACAGGTTTTACTATTTCTTCATCCACACCTTTTG
TCACCTTTGTTTCTTAAGCTACAGGGGTTTCCAACGTTTAACTATCCTCA
AATCCAGTTCTTTCTAGTATGCTCAGGCAAAATGTTGACTGACCAATCGA
TATTTACCCATTTTTCATATCTTGTAATATATTTATTCCAAGAAAATATC
GCACATGTTCTCCATCAGTATTCATGAACTTAGAGTTAATCTTCTTCTTT
ATATCAATCAATTTGTCTTCAGAACCAATGAGTAAAATATTATCTACATG
CACAGCAACAAATATTTTCCTTTGATAGTAAACAGACATAGATCTTCTTT
TGTTTGCTCAAACCCCATTTGTTTTAAATGTTGACCAAGTGTAAAATTCC
AATATCTAGGGGCTTGCTTTAATCCATAAAAACTTTTTTTCAATTTACAG
ACCAATTTTTCATTTAGAGGTTCACTGAATCCCTCAGGTTATTCAATATA
CACGTTTTCAGTTATTTTACCATTAAGAAAGGCAGTTTTCACATCAAGCT
GATGTAATTGAAGCCCTTCTCCAGCAGCTATTGCTTAGAGCAATCGTACA
GTTTCAAAGTTTTTTATCTTGAAGAATAKCCTTGCGCCACTAGCCGTGCC
TTGAATCTTACAGGCTTATTTTCTTCATCTTTCTTCTTTTCTAATACCCA
TTTTGTTTTTATAACACTTCTATTATCAGAACGTTCTACCAAAATCCCGA
ACATTATTTTTATTCAAGGACATAAGTTCCATAAGGACATAAGGACACTT
CCTCCCTTCTTCCACTCTGAACACATATGAACTTTGTAGAGCCTCTTCAA
GTGGCTTTGGATCTTCGTGAAACACATATGCTTTTTCTCCAAAACGATCT
GGTTGTTTCTTTTCTCTTGTAGATCTTCTTAGTTCTTGCACACTATTCTC
AATCTTATGAGGAGAACGATAACCGATATCGTCCTTTGAATTTGCTTCAT
CATTTGAGTTCTCAAACACTATCACTTTCTTGACAAGCTCAGGATTACAA
TCATTTTCATTTAAACCTATGACATTTTCATCAAAAATAATATTTCTACT
AAAAATAAATTTTTCCACTTTTAGGTTCTTATAATTTATTGCCTCTTATT
TGTTCGGCATCTCCCAATAACACCATTCTTTTACTCTTGAAGTCCAGCTT
TTGACAACTCTCTCTCGGTATAAAAACATGACTACAACATCCAATTTTTC
TTAGATGTGCCAAATCAGCTTTTTACCGTTCCAAACTTCATAAGGGGTCT
TCCTTTGAACTGCTTTAGTAGGACATCGATTTCGAATATAAGCAGCATTC
AGAATTCAGCCCAGAATTTCTTGTCTACACCACTATTAGATAACATTGCA
CGCACTGACTCTTAATGTTCTATTGATTCTTTCTGATACACCATTCTGTT
GAGGATTCCTTAGTACAGTGAGTCCTCTCTTCTCGCTTACCAAATATTAA
CTGAATTATTTAGATATATACTCTCCTCCATTATCAGAACGTAGGCATTT
CACCCTTTTTCCAGTTTTTTTATCCACTATTACTTTCCAGTTTTTGAATT
TTATGAAGGCTTCATCTTTATTCTTCAGAATATATACCCTAGTACGTCTC
GATTTGTCATCATTGAAGGTAATAAAGTAATGACATCCACTCAACGAAAG
AGTCTTTATGCGTCCAGATAAATCTGAATAAATTAATTGTAAAAAATCTT
AGCTTTTCTCATGGATGATTGGTGTGGAAATGGTCTCTTACTAAGTTTNC
CCCCCCCCCCCCCAAAAAAAAATGCAAGTCTCACACAAGTGATGGGTTAA
CTAGGTATTTTTGAACTATAACGCCCATGTGTCCAAGGTGTCGATGCCAC
TTTTCAAAATCGGTCCCTTTGGACATATTAACTCAATTTTTCCTTTTTCG
ACATATTAGATAATACAGACCATCATTCCTGATGCCTCGTCCAACTACTT
TATCTTATTTATATATACAACATTGATCTCCTTTGAAAGAAATTGAAACT
CCTCTTTCAGATGCTTTTGAAATACTTAAAAGGTTGAATGATAATTCTGG
TACACATCATGAGGTGTGCATGGTCTATCCAAAGTATCAGTCGTAATATT
AACATTACCAATTCGAATTACTCTCAACGACCTTCCATCTCCAAGTGTGA
TCTTCATGGACCCTTTCTTCATTGTTTTTATCTCTTCAAAAATACTTTTA
TCGTGACACATATGACTCATTGCAGCTGAATCATTAATCCACTCCTTTGA
ATTTAATTTATCTAACAAGGCAAATTGCTTTATTATAAGTCTGTAATCTT
CTAATCCAGAGCCTTCACACGTTGCCACTTTGTTTATTTTATGGCATTTC
TTCAACCCATTGGTAAACTGATCGTAAATTTTTTTATTTGGTGAGAATCC
CTTTTCTTGTAACCAGGTTTGCCACAAACAAACCATTGAAGTAAGCGTCC
GCTCCCATTAGCTAAACCCTTTTCAGGTTCTCTTGAAGTATTATCTTCAA
GCTTCCTCTTTGTGTTCAGGATCCGCTCCACGACTTTTTCCCATTTAGGT
ATCTCAGAATGAGCCTCCAATTCCGTGACAAATTTGTTAAAATATATAAG
AAGKCTCGCTAACAGACACACTTGAACACTCTCACCGCCTTTCAACTCAC
AAGCAACCAGCTTCTTCTGTAATTTTAGTTTGTTCGCCCAAGTTTGCTTT
TGAAATTGACTCCAAACTACTGAGGGATCCGTTGCTTCACCGACTAAGTA
TAGTAGAGTTGTATCTATTGCTAATACTATGTATAATAGCAAGGGCTTTG
TGAATTCTAAATGCAACATGCGCAGTCAACTTCTCAGTCGGTATCTTAGG
CTCCGTTTCTTCTCCCGTAACAATTTTCCAAGGATTCTCCTTCATGAGTG
CCATGCGACACTAAAATTTCCACGTGTGGTAGTTAGATCCTTTAAAGGGA
ACGATGGACATTCCGTCTACAGATATATCCCTCGATATACACTTCACTAC
TCAATTCAAGCACAACAGAAAGGTATCTGGTCCCATAACCTGTTAGATTG
TAATAATATAAAGAGATATCGGGAGAACAGTTGTTTGTACTGAGACTTCC
CTTAATCAACTAAGACAAAAGAGTGATTATATACGACACGTAGGTAGCAA
CAAGATAATTAATATAAGCACAAACAGATAATATATAAGGACAACTACAT
ATATAAAACTGTAAACATATATACACAGATCAGAGTTGACATAATAATAA
TAACAGAATTGAGCATGTATACAGGGTGCACTGTATATCTTTCTCCCTAA
TGTATWTTTTATACATATTTTTGATCTCCGAATGAACAATGTAGCCGTAT
TAATGATATGGTACTCGTAGACTAAAGTACTCCCTAGCTCAACAGTCATC
TATTATTTTTTTTCTCAAACTGTTATAACTATTATTACAGTCTTGAGAAG
ATAACTTTTAAGTATTGCGTATCTACGTGTGAGTGTGCTAAAGAACGACA
AGTAACACTGAGAATTTCCTGGAGAGTTATTTTCTGAATTATTCAAGGAA
AATTTGTCTTTTATTCAACTCCCAATTAATCTGAGCAATTGCGGGTATTA
CTGCAACTTGCTAATAATTTCACCAACAAATTTTTACACTCAAGAAGACT
TGTTGTTATTTACATTTAAAAAAGGGATCAAGGATACAGATTAAATTCAC
GTATTGACTCAATATATGACGTCCCAACAATATTTTTCAAACTTCAATAC
GTATATAGCTGAGTTTATCTCTCGGGGTCCTGTTTTCGCAGGGATTTACA
CATATGGAAAAATCACAAGAAATCTCATATGTAATTATTTCATACTATAA
GTTTAATTCAATTATGAGTTCAACGATTGAAAAATCAAAAGGTTTTAAGT
TTTTACGATATATGCTTTGCTGTGTATGCATTGATCATATAAGTAATGTA
GAACGAAGTGTTTCAAATTATATAACTTTACAAGAACAATAATCATGTAC
GTCCGGAGTCCTTTTTTTCAAAATATCTCATACGGTGACAGTGAAAAATT
GGCAGTGGAAAAAATAACAGGCAAAAAAGGAAAAGWCACGAAGTAGAAAA
AGGGGACCATTCTTTTAAGCAGGTGTAATACCTATCTACAATATATAATA
ATAAATACAATAAAAAAATAATTAGCAAACACGACAGTGATTCAAATGGA
ATAATGACTTTTTTGTTATCTATTATCATTCGATCGGAAAAATTATTCAT
TGTTGATAAGATTCATAGATTGATGAACAAACATAATTAGAGTGAAAGGG
AGTGATTTCCAATTTTTGATCCAGGATGAGTCAAAAGAAGAGGCGATTGT
TTGTGGTGAGGCAAATAACTAAGAGAATTCTGAACTCAATTGTTGGATCG
ACACCTGAAATCTTTCAAGAGCCTTAAATCTCCTGATAGAGTAAACTCCA
ACTGTACGTACCGCAATTAAACAAAAATAAGAGAAATACCTGAATTTTCA
AATAATTTTGTTAGAGCAATTTCTGTCGTCATTATATTATTCACATTTAT
TCAATAAAGGAAGTAATTGATGAAATTAAAGAATTACAAAGGAATTCATA
TTTATTTTACAAATTAATGGAATTATAGCCGGATTCTTATTCTAAATAGG
ACTCAATAAACACATAGAGTTGTAATATTCAGATTCTGTGATGAATACCA
CAACTATACAAACAAAGTTAAGTATTCAAATGATAAAAATTCGTTGAAAA
AACCTATAAGAAACTTATTATGCATTACATAAATTGGTTTGATATCTATT
GGAAATATTAATTTACTGGATATTCATCTCTAAGGATAAGGTCTATTTTG
TACTCTTTGGACAATAAATAAAGTCAGTGGAGAGACGAAGATCAACGTTT
TTATCACTCTTCCTCTATTTTTCCTTCGACATCTTTGGATGTGGTTATCT
TGTTTCCCCTGTTTGATTAAAATAAATTAGAATAATGTCGGTTACTCTAG
CTAGTAAAAAAATTAAATCTATATTTGACATATCAGAGTGTGAAAAACTT
TTTGTTAAAGGACAATTTTAGTTTAATAAGCTACAAATTGATAAATAAAT
TACTGACACATAGTTTAACTATTATTAGATTGGATATTGAATCTTCCTTT
TAGTATTTAGTAGTGTTGGGTTTCGGTTTGGAAATCCTACACTGGTCTGA
GACCGTTATATTTTTTGTTGGACCGAATTAGCTTGGTCAAAAAAAACCTC
GGTCTGGACTGGTTTCATATAAAAATTCAGTCTAGATTGATGCAAAGGAA
AAGTTCGGTCTAGTTCGGTCACAAAAAATTGGTCTAGACCGATTTTACAG
ATAAATTGTTTATAATATGACATCATGTATTTTTTCAAGTACAATGACAT
TATACGAAGTTTAAACAGAGACAGCTTAGATTAATTTTCATACTGCCGTT
TCCTGCATACAGTATTTGTTTCAGAACCTATCGAGTACTTATGAAATTTT
TTTGAAAAAAATAAATGACTGTTTAGAAAAACAAATTGGTCTCTCATAAT
ATATGAGACCGAAAATAATCGGTCCATAAATTGATACCGAAAAAAATTCG
GTGTATGAAGTGAGACCGAAAAAAATCGACCCACGGTCTGGACGGAAAAA
TTGGTCTAGAAAAAATCACTTTAGACCGAACAAAAAAATGAACTTAAAAT
GAAATATTGGATACGTATATAAAATAAAGTATGTAAAAATTTGTCTCAAG
GTTCGTTTGTTAATAAATTTTACACATAAAAATTGGTTTTTAACTGAAAT
ATGTGTTATTTTCTGAATAATTTTTAATTTTTTTTAATTTTGCTATTTTT
TTTAACAAACTTCAATTTTCAATTTTGTAAAAGAAATGTTTCAAAACGAT
GCATTTTGTACATATCCCCATTTCATTAATTATTTTTTGCATTATTTGCA
AAAACGAACCAGTTATTTTTTTGAGAACATTATTTTCCATAACTTTTTTT
TTTAGTACGGAATTTTTTTTGGTAGGTTTGTGTTTCTCTGTGCCATGCCA
ATAAATGCTATTTTTTTGCAAAATTAGTACGAAATAGTTTTTGCACATTT
TGATTGGGCTTTTTTTTTGACAAAAATAAAAGAACTACTTCTTATCCAGA
TAATTTTTTTGTCGCATATATGTTCGTATGTTATTTGAAGTTTATAAGAC
AATTCATAAAAATACTACTAAGGTTACAAGAGCCTTGACAATGATAAAAG
TATTTAGGGAGGAGGGGAGGGGTCTGCTATGACTTTGTGGATTACCTTAC
CTCACTTAGGCGGATGAATATATTGCAATTAATATATATATTATAAAAGA
GAGTCAATTTTCCTCTTCATCGTTATATTCAGCTTGAGAATTATAATTAT
CAGGATCCGTCTTGACAACAACGAAACATTCATTTTTGTAATTATTAGTA
TGATAGAATAATTTTATATATAGAATTATTTTTCAATTATTTTCAACATT
GTCAATGTGATGTACCACTCCATCCTCAACCGAAAAACCCCAGATAACCC
TTTGATACATAGTAAATTATAAAATTAATATTATTTAGTTTAATTAAAAT
GAAATTAAATATTGTTTACATGAAAATGAAATAAACTTTCGTATGCATTA
TGTATGTAAATTTTTCATATAATCCTTGCTTTGTTTTAATTAGTAGGATT
TTTGTTGAGAGTTATTTACATTAAGTAATTTCAAACGTAATATATCTTGA
GTTATCTTCTTTGAACTAGCTTAAATAAACGACTATTGCTAGGACTATTG
GAAGGGCTTTATACAGGGATAAGTTCTTCTAGTCTAAAAGAACAAAATAA
TCAATCGATAAAGGCAAATTGAAAATTCAATCTTTAAACAAATATGTACA
ATTGAAAAAGTTAGAAAGTTGATTTGAATAAAAAGAAAATGCCATTCTAT
AAAAAAACATACCAAAACCACAATTGGTTATTGGCAAAAAAAAAAACCCA
CAAATTAGTTAACCAAGTTACTTGAATTGGTGATACTTATTAACACCTAC
GATCTATCAAGCTTTTAACAATTATGTTACTACATTTAAGGTTGCAGAGC
CGTTATTATAATAAGCGTTCTATTGAAAGATACCATTCTTTAATAAAAAG
TAGCCATGATTAAATATAAATAAGAGAAGATTTAGAAATTGGAGGTAGTA
TTTATAATTTGGTTTTATATAATAGTATTTATTGGGAGCACTTTCATTTA
GGCATTTAACAGGAAACGACATAATTGTCTCATAATAATAAATTCTGTCT
TTTTACTTTAAAAAAATATGAAGTTCTTCCTTTCTATCCCTCTAACTTTT
AAATATTCATAATCTTGTCATATATGTATTGTATCATTAATCATATTTAT
CAAAATAAAATATTTGGATTATTAAAAAAAAAAAAATCAAGTTTTTTTTT
AGTGATATAATTATAGAATACAGAAGTTTTGATTTTATTACTTTGCTAGA
ACAGAATCATGCATTAAGATACTGTAATTTTCAAAAAAGTCTCCAATTAC
AAACAATCCACCTTCCATAATTTTTGACTTTTTTATTAAAAAAATTACTT
TATGCCATAGTAATGATGTTTGCCAACTTTTATGGTTTATCATTAAATGT
TTCTGCAAAATTTTGGATTGGAAGTACTATACTAGTAAACTCTGAACTTT
CGATTGATATCCAAGGTTGATATAGTTTTATAACCTTTATATACCTTGGT
GCCTGCAAATCTAAATAGGTATTGTAGTTTATACAAAGTGAAGACAAGCT
ACAGAGAAAATAGTATACTTTTCAACAAATAGCAAAATGATTCTCGAATT
TACAATCTCAGGCACACTCTACAACTTAAACTAAATGGGAGACCTCTCTG
ATTATAGATTTTTCAAGACTAACTTAATAACTACTTAAAATGTAAGTACT
CCCTACCGAAGAAAGCTTTTCGTAGTTGCTTACATCGAAGTTTTTAAGTC
ATTTGTCTACAAAGTGGCTTAGTAGGGGCAAATGTTTCTTGAAAACATCA
TTTTTATACATTTTTGGAAATGTTTTTTTAGGGTAGTACGACATAAAATT
GGTACAAGCTTACCTTGAACAAGTTGAATTTTATCACTTTTTTTTTGCTA
GCAAAAAGAATATATTATGAAATATCAAGTGAAAGGAGGGGAATCAATAC
CTGACTACAAAATACATGGTATTTTTGTGTAAGCGAGACTGAGAAAAAAA
ATATATATAAGTTGTAGCACATACATAAAACTACAATTTAAAATAAAATA
AAATATTTTTACACAGTCCCACACAAAAATTTATGATTTATTTGAATTAA
AGATACTATTATTATGCCCATAGAAATAAAGCATTAAATATTGCATAGAT
GGTAAAAAGCTTTATACAATTTTCATAAATGATTATGAAATAGTTTGGTT
TAGTATTTTATTTTTTTAAATTAAATATTTAAAATAAAAAATAAAAAATT
GTATACTTATTAAAAAATATCAGCCTTATTTTGGAAAAAAGTCAAAAGTA
TCACAACTATGAACCATATTGGACACTTATTTGAATTATTTAATTCAATC
ACGGATGGATTAAGTACATATTTTGTAATATATGGAGAGAAAAAAAGTCA
AATAAGTTAATAAATGATAATAGTAAAAATAAAGGATAATTACCGCCAAT
TCAATAAATTTGATTGATTTACTACCCCCGACAATAGCTGACATGAAATG
CTGCGATGACAGTACCCTTAAGCAATCTTTAGTTCTCTATGATCTAAATC
AACATTCTTCTTCTTATAAAATTATTCTATTCAATCTTTTGACGCCATTT
TTAGATCAATTATCATTTAAATTTCAAAACATGGAAACCTCACATTTTTT
TGTGCAAATATGAAGTAGAATTGAAAAGATTCTCGGAAATTATTGTTCCT
ATTCTCTTGGACCCTTTCATACATTAGAAAATAAAACTCCTTGTAGTTGA
ACTTATTTGTAAGTTAATGCTTAAAAATATTGTGTATTTCTTCACATGTA
TTTTGACATCTTTCTGCTTCGGATATCGAAGATCAAAAAATAAAATTCAA
AATTTTGTGAGTTTGTCATAAAATGTTTTTTTTCATGATGTCTATGAAGA
AAGCCAAAGTTCAGAGACCTACATGCTCATTATTTGGAAATGCATTCACC
GATATACAACACATGTTGATTGGAATTCCGTCTAATAATCAACGTAATGG
AAATAGAATGGGTATTAATAATTTTCTATAGAAAATAAAAACCATAAAGG
TATTTTTATGCCAGGAAGAATTTTATCTCATTCGTTTCCCAAATAATTTA
AATAGGGAAATTGTATATAACATGACTATACAAACATTTTTGGATCAAGG
ATACTCTAAATATTGCAGGAGATCAACTTTTATTCCTCATTGGAATACTG
TATGTCCCGAATTGGACATAATTGGACGGCAGAGTGGTATTCACCATATT
TTGTATGATAATTCTGAAGAATTAAGCTAATTATTGAGGAAATACATAGA
AAATAATCTTTTAATGGAGTGGACATTGAGTATTAAGGAGTACTTCCACC
ATGGTCAAAGTAAATGGAGGGATTATAATAGCAGGGTTGAATACGCCAAA
AATATTTTACGTTAATAACTTTAAGAGTTTTCCTAACCCAAATGAAATAG
GAAAGCAACGTTACATTTATATTTATAAAGTTAACCTATTTTCTGTTGAG
AATAAAATATTAGGAACATAAATATATATATATATATTAGCCCCAAAAAT
TACCAAGACGGTTAAATAATTACAAATATAAGTAGGTTTCTTTTATTTAA
ATATACACTAGCAGAGGGTTCCTGCGTTGCAGTGCTGTATAAAAAGGGAT
AGAAACAAAGAGTGAAGGGGGAAGAAAAGAGATAGAGAGAGGGATGTAGA
AAGAGAAGGGGAAGAGACTGAGAGAGACATAGAAAGAGAAAAGGAAGATT
TTTTCAGTTAAAAACAGGCTCATGATTTCCTCGGAGGACTAAAAAAATAT
AGGAACATGCTTCGTATTTTTAAACGTCTACTTGCGAAATTTCAGACCGA
TATGATCGACCATTTTGGATTATATGTGTGATAATACTAAAAACAAACTT
AAGATATGATAAAATACAAGGGGGTCGTTCTACTCTTTTTAGAGGGGCTG
AAGACCCCCACGAAAAAGGAAGTTGCGAGGCCACTGTATATATATATATA
TATATATTTGATCAGGCTAAGAGTGTACATTTATATTTCTTATGTTTTCA
CTATTTTAAAATAGTTTTAGGAAACTATCAACAAAGAATCAAATTGAGTA
GCATCTCTCTTATACTATGAATTGTAGTGTATAAGTTGTGTTTTGAGTCT
TGAAATGCAATGTGATAATATTGGGTGAGAAAGTTAGAATAAAGTAGGAA
GTTTTTTTCACATCTTATTTTCCTTTTCAGAGGCCAGAATAAAAAAAGAA
AATATATAATCATGGTTATGTGTGGTGTATTTAATGAAGTTTCTTTACTA
TTTCTAAAAATAAATCTTAGTCTTTGCTTTGTTGGAGTTTTCTTGTAATT
TCAAAATCTTATTAGTAGTTAACACTAAATGAAATGTATAGAAGATTAAA
TGTAAGTTTTTGATAAAATATCTACTAAATTCAATGACATATCCTCCAAG
AAGGGTGGGTGTCTACTGTCCACTAAAACTCCTGTATAATAAGAAAACCT
TTTTAAACAAGTATTCACGTCCTCTAAAAGTAATAAAGTTATTTGGGAAA
CGAATGAGATAAAATTCTTCCTAGCATAAAAATACCTTTATGGTTTTTAT
TTTCTATAGAAAAATTATTAATACCCATTCTATTTCCATTATGTTGATTA
TTAGGCGGAATTCCAATCAACATGTGTTGTATATCGGTGAACACATTTTC
CAAATAATGAACATGTAGGTATCTGAACTTTGGCTTTCTTCATAGACATC
ATGAAAAAAAACATTTTATGAATAACTCACAAATTTTTGAATTTTATTTT
TTGATCTTCGATATCCGAAGCAGAAAGATGTCAAAATACATGTGAAGAAA
TACACAATATTTTTAAGCATTAACTTACAAATAAGTTCAACTACAAGGAG
TTTTATTTTCTAATGTATCAAAGGGTCCAAGAGAACAGGAACAATAATTT
CCGAGAATCTTTTCAATTCTACTTCATATTTGCACATAAAAAAATGTGAG
GTTTCCATGTTTTGAAGTTTAAATGATAATTGATCTAAAAATGGCGTCAA
AGGATTGAATCTGTAATAACAAGTTCCTTTTGCAAGTAAACATCTAGAGC
TACTTAAACTACATTATAGTATAGCGTCAAAAAGAGACTAACTGAACTAA
AAGAGGATAATAATTTATTTTATAAATATTTTTTTCTTAAATTCTTCTCT
CATCATGTTTTTTAGATATTGACAAATTTTGAAGTCAGATAATTTCTGAA
TAAATAATACATGCTTCAGTAATAACTTGGCTTTAGTAAGTCAGTAAATT
TTTATTTTAAAAATTATGGCAATATAACATATAAAAGAGACAATACTCAT
CTGTAAGATATAAAGGGGGGATTCACTTTCTGAACCTTGAAATTCTTCCT
TGGGCAGAATTCCTACCTGGTTGTTAGATCTATTACAAGGTTTAAATATT
AAATGTAAAGATAGCAATAATAATATTAATTAATTAAACTAAGAGTCTTA
AAATTATATTTCACCTGTATCATAATTTAGGATTTATATACATGGAATAA
CATAATTTAAATAAGTAAACATTTTATAATCAATAGGAGCAGTTACAAAT
ATAAATTCATATGGTATTGATTCTTTATAGGAATTTAGTTATTAGAATAA
ATTTATCTTAAGGTAAAATAAGAAATGTGTAATATTCCGTAATTTTGGAA
GAGAGGAGGCTCAGATGACGATTTACATGAGATCGTTCAAGTTCGGAGTA
CCTACAGATTATTTTTAATAAAAATTATATGATCATAGGAGAAACGTTAA
TAATAAGAAGTAAAAGCCAATAGACATGCAAATTGAAATAAAATATCTAT
AGGCCATATAACATATACACTCTGCACAACGCACATGTATGGAATTCTAG
ATAACTTGATAAAACATTTTTAACAAATTACCAAAAAATCGTAATTTTCA
TGTTATTTTTATATAAACCCTCAACGAGCGTTTAATAATACAATACAGTA
CTGAGAAGAAACTTCCAACAAATGATTTCATATTGCCTTGGAAACTCAAT
TCCATTATCTTTATGATGCAAAAAATCTCATTTGCACCACATGTTGCCTC
CTTACAATATATAATATTAGTCTAATAGTTATATGTAACTACGATTAAAT
ATTATTTACTTATCTTTTCCTTATAATATAGGGCACATGCCCTACCTTTC
ATTAATCCATTTCTTGATGATTTTTTTGTTAAGACTGTAATGATTTGTAG
GGATCCAGAGATAATACTCAAATTATCCCAAAACCTATAAAAGATCTTGA
TTTTAATTTTCTGGAGAATGTCTACAGATTATACTTTTCAGTAAAACATC
TTCTTTATTTATTAAAAAAAATAAGTATTCATAGTTAAATTATAATTAAA
TTCCGCTTAAATATAACTACTATTTATATATTATATATAAAAGGAAAATT
TAACAAATAAAGACAATACTGATATTAGTGATATCATATTAAACAAAAAG
CAAATTTCTTGTTTCATTTTTTTTAACACATTATCTTCTTTTTGTCTAAC
AAATTCTAAGCTTGCCAGTTTATTTTGCAATTTATTTCAGCTGAAATCTC
GATTGCATAATTTTCATTTAAATTAACATCCAAATTTATTGTCGTTTCTG
TTTAATGTTGATCATTCTAAATAACTCTTAGGTATTCTTTTTTAGATCAA
ATTAATGTTGTTATGCGTCATTTTGATCCATAACATATGGTCATAAATAT
ATTTACGGTAAGGAAGCAAAAAATAATATACCTCTGTTCCTAAACTTTTG
TATATAACTTTTCATTTTTTATCTATTTTGTTCATTGATCGTATTGAATT
CACCAAAAACGAACTTCATTTTAACAATCAACTGCTACAAGTTTTTATTA
GGTTATATATCATACACTTATNNNAAAAAACAATGTATATTATAAAWAAT
AAAGTTTTTGTGAGTAATTGAAACTAACACCATTGATCATTCATTAGTTT
TCGTGTCTTAAATTTTAAAATAATTTTATAATACTAGACTGCACTAAAAT
TAATTTTCGAACAAATTAAGATGCTCTTTTAGAGTTGATTGATTCTAACT
ATGAAGCAATGATGGAGCAATTTTATAATCCTGGTTCTGAAATAGCTCTT
ACCTGTATTATTCGAAGTCGTGAAGATTGGGCAACAGATGTAATGTGGAT
GAAAGAAAATACGCTTCTGGATTTGTATAGTAAACCATCGATAAGGTAAT
ATATTTTAAAATAAGCTTATAAGTTTGATAGTTATTCTCTATATTCATAA
AGCAAAGTCTATCACTTTTGAGTATACACTTAATATCTTAAAACTACGTG
AATAAAAATCTATAAAAAATAAGAATGTAGGAACGAACGTGTTTGATGTT
CAGCTTATCATTTAGAAAAAATGTTTAGTTGATTATAAAGTGTTAATAAT
ATATATCTTAACGCAAGACCAAAGTACAAAAAGAAATACTTTAGTATCTT
TGTTTGCAATTTCGAATCATTTAACAAAAAAATTGAATCTAAATTTTTTT
AAATTTCCTTTAAAATAACACTGTTCAACAGCAAAAAATTGTACGTGAAC
AACGTATACTCAACTTAGTAGAGTTAAACCCCCTTAGTTCCAAATATGGC
CTTATTTTTTTCTGCTAGGCTCTTGTCCTTTGAACCTAACAAATAACTTT
AAAAAAAAGTTGTTTATTTCTAAAGCTTTTTTAAGTGATTGGTGTTGAAG
ATTAGGAAAAATTATGTGAATATATTTAATGTTAAAAAATTATAAAAACT
CAAGTTATCTTTGTTTAGAGATGAAAATAATTGTTTTTTATTCAAAGACT
CATAGCTGCAAGACGATTATATTCCAAAAGTAATATGTTGTCAATTTGGC
AATATTTCAAGGATAAATCTCATTTTTGAATTGAAAGAAAAGTGTGTATA
TTTGCATGCCATACTCATGGCTAGGAAGAGAAGGAAAGTGGAAGAAAAAG
ACAGAAACAAAACAAGAGATAAAAAAAAAGWATGTGGTAGAACTTAAAAA
GTGTGAAATGAAATCCCTCATGAGAGTAGGATCCCAAATTCGGAATCGGT
GATCATCAATGGAAAAGAGTGTATGTGTCGAAAGGAATTCCTTGCAACAA
ATTCCCTGCTAAACTGCCCCTGGCCAGTAGGATTCGTTCGAAGGGCTCCC
TTGAATGTCCGTCTTTTGGAATACCTCACTCACTACGGATCTGCAACGAG
TCATCTGGTGTCTATGGATGAATGCAGTGAAAAACAAATATAATTTAATT
TACTTTCTAATTAAGTTATAGCCAATTAGTATGGCCTGCAGGATGATCTC
TTAATCACATTTTGGCTAACATCCAAAGTTTTTAAGAATCCTAACATTCA
TCAAAAATCTATCTCTCTATTGTCTAGTTTTATTATATATATATATCTAA
ACTATGTTATTACATTGTTATACATTCGTATTTCCATGTTGAAGATTAAG
GTAGACTATTACAAAATTACGACTTTTCATTGGGACATATTACTTTGATT
ATATTAAAATATCATTACTTATTGTTGCCATTGTTGTACTTTATTTATTT
TTAAAGCCCATTGATGGAGTTTAATCAAAATTTCTTCAAAACTTATCCAT
TTCCTGTAGTAGAAATATCAACTTTAAGACCCCAAAAGGTTGTCTTTTTT
AATTATGATGCAATTTATGATGTCAGTGAAACGGATCTATATAAGTTGGT
ATCGAATAGGATCTCCCAATTTTCTTATCTTTTTAAGTAAGAGCCGCTAT
CCAGAAATTTTGTTATCACAAATCAAGGGTTCCTTCTCTGATGATGCTTC
GATGTCTTCATATTGATCAGGTAAAGAACAGTTGGTTACAACTTCAGCGG
TACACCTCCCTCCATCAACACCGATCCGAGATTAAACTCAGAAAAGAGAT
GTATTATTTTACATTGACTTTTAATTCACTAGTACGAGTTATACCGCTCA
TGCATCCTTATTTCAAGCTCCATAGCCACAAGATGACGACTCGTTGCAGA
CACGTAGTAAATAAAGGATTACAAAAGACGGACATTCAACACTCTTCTCC
ATTGATGCACTCAGATTCCGACTTTGGGATCCTACTCCCAAGAGGGATTT
CATTTTCACAATTTATAAGCTCTACCACCTCCATTTTTTTCTCCTTCTTC
CTTTTTTCTTCTTCCTAACTATGAATATTGCGTGCTAATATTATTAACTT
TTCTTATGGGATCAATTCAAAAATTAGTTTCATTTTTGAAATATTGCTGT
GCCTTATTTCAAATGGACAACAATGTACAGCGTTTTTGGGTAAGTTCTTT
AAAAAAAAAAAAAAATCAGACTTTTAGATATCAAGTCAAGTACTTTTAAA
CTTTTTAAATAAATTTGTCTTGGAGCTATGAGCCTCAGAATAGAAAGCAC
CTAATTTCAACTTTAAACAAAGATAACTCGATTTATAACCTTAATAAATA
CTTTTATTTTTTAGAATTTTGTATACTTAGGCTTTGAAATATTTTTACAT
CATAATTTATCCATATTCTTCAAAACCAAGAGGTGTTCAAAGCTTTGAGC
TTTAAAAAAAATTATAAAAAATATGGCCTTTTTCTGAAGGCAATGAGGCT
AATAGGGGAAAATAAGACCATATTTTTAATTAGGGGATCGAATTCTAATA
TTATGTTGTTTTTTAAAAGGGTGTGATTTTGTTGGATAGTATAATTTTAG
CCTTAAAAAAAATCCTTTTGAATATAGGCATTAATTCTTCAGGTATATAG
CAAATTCACAAAAATGTCGCCTGTTTATACTTGAAGATTAAATTATGGAA
GTAAAAATGTTAGCTGGAGTAAATAATTTTAAAGACTGTAGTAGAGCCAA
ATAAAGCATCATAAATCAAAAGAAGTCTCGAAACTATACCTAACATTCTT
AATTATACATTAGGACATTCTATTATTTAAAAGATGTCTATGAAATATTG
GTCCATTTATATTCATTAAGTATATTTTTTTCTCATATTCTAGAGTTAGT
TCAAGATTGTTAATTTGAGATGCGTCATAATAATATTAGTTTTGTGTTAG
TCCGTATTTAGGACCATAGACTGGAGTTCCGTCCAGTTTAGTACTGCATA
TTTAGTCCTAAAAACCTATTAATTTCGGTCCTTGATGACGTCACTCCACT
TTATTTCTATTCTTTTTTAATCAGTTATAGTACTTACAATCAGAAGGACC
GGTCCGAAGGACTAATAGGGCCGTATCTAAGACTGGAATTGACTGAATAG
ATAAGAAATGACACACCACTACATTTATTATTAACATATTTATTTGTGGT
ACATATAATTGAACATGCATGAAAAATAAAGGTCTTTTGATGTAAAATCA
CCTTCTGAAAGCTCTAAAAATAGTCAGTTTTTCTTTTATGTATCTGTAAA
ACTTTTCTAAATTGTCATTTTCAAGATAAAGAACTTAATATATCTACTAT
ATATTATTATTTTCTTTAATGTAAGGTTGGTATTTTGCCCATTTCCTTTC
CTACTGATATGAGATCAAAACACCCATTTCGTTTATGTACATATTCTTTA
GATACCGAAATTTTAAAAAGGAAGGAAAGAAGAGTAACACTGTGCAACAA
AATTCATTTTGTTTTTCAAAAAAGGTTTTAAAGGGCGAATCTATTGCGGT
TGAAGGTTTTAATGATCATTTTTGTGTTATATGGGCTTAATAATGATATA
AATGTGTTTTAGCGGGTGGTAAAAAATGCTGATGTATACTGTAATTAATA
TAACTTTACTTTCTTTTTTATAATACAAATATTTATATATAAATATATAT
TTCATGTGGAAGATGCAAATTATTAAATTCAATGCCTTTATAAAATTTTT
GGTTTATATTTACTCGGTATTATAGTCCAAACATAAGCCCCTTTTGTAAT
AAAANNTGTAAYAWAAAWACCWAAAYWAYAAAANTMTTKAAATTACTAAW
AYAWAAWAAAAWATTKAWAAAAATGGCCATATGGTAATTTCGCCGATAAA
AATAGGCTTTATTCATCAATATAATCACCATCAAGACCAACACAATCATT
CTAGCGCAGCTCTAACATTGGAATGCCACTTTTANNNNNNNNNNNNTCTT
TTGCCTAAAAATAGTCCTCAGTTCAGTAATAATCTCTATTTTGGAGCGAA
GTTTCTTACTGTTAAGCATTTTTTAGGTCTACGAACAACCAGTAGTCGCT
AAGAGCTAAATTTGGAGAGTATAGTGGATGCAAAAGCATTTTTAAATTCA
ATTAATGTTGTTTTGCCATTATTTCGATTNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCGTTGTCACAAGTTAATCAA
AACAGCAATTCGTGTAGTGAAACGGGGCTTTCTTTTTCTTCAAATGGTAT
CGATTCTATGAATATTATGCCACGCACATCCAAAAATACTCAGGCCATAA
TCTTTCCATCTGATTGTTGTGCTTTCGGGCACTTTGAACGAGGTTTACTA
GTTGCTGCCCACTCAAATGACTATCATTTTGATTCCGGAGAAAAGTGACG
GATCCATATTTCATCCATTGCCGCATACCTACGCAAAAATTCTGCTATGT
TACATTTAAATATGGCCAAACATTTCTCAGAAGGAACAGCATGTTTTTGT
TTTAGGTCAACTGGAAGCAAATGCAGCTCACATTTCGTACAGAACTTTCC
TATTGGCGAATGATTATGCAATATAAATGCAACACGTTCTGTTATCTTTA
CGATATCAACTAACTTACGCAACTTCACTTTCCGATAATTAAAAACGATT
TTGCTGATTTTTTTTCTTCTGTTCTTACTACCTCATTTAGAGGTCCACTG
CGTTCAACATCATTGTTATCTCTAAGACCACGTTTGAAATTAGGAAACCG
ACGTTTTATTGTTGTTTTTGTTTCATAACATTTGTCAAGCCATTGCTTAG
CTTGTACTGAACTTTCCCATCAATTAGAAGTGTAAAATTAAAACACAAAA
TTGTTTTTGATCCATTGTTTTGAAAATAACATAAGGTGCCTCAACCTTAG
CACAATAACTCACAAACTAAAGAACATATTTTCATGAAATTTAGATAACC
GTCTCTTGAAGGTTGGTACTAACTAAAAATGAGGTGAATTAAAAAGAAAA
ATCCCATCTATGTGTGAGGCCCAGGACTTTTTAGCCCATGTGCTATATAT
ATTGGACATTTTGCCTATCATATAGAAAAATAAATTTATAGCTACTTCTT
TAGTAAAATATTACGAAGCAATATTTTGATACATTAATGAATGAAATACT
ACGTAGGATTTTAGTATTATGAAATATATATATTTTGAAATTGTCTAAAA
ATAATATGACAATGAATAATCTGGGAGTACTTAAAAGATAAATTGTAGTT
CATATGGTTGACTTATTTGGCTAACTACCAAATGATTTCAGGCTTTTCTT
CTGTTTGTTTTTTTGATGAAGGTTTGTGTGATGCAATGAAGGTAACGACG
TCTATATTTATTATTTAATTAATTTATTTTTAAGTTTTTATAGGTTTACA
TATAATTTTTTTTTCAAAAACTCAGCCCAGGCGGCAGAAAGTGTTTATGT
TCCTGATACTGTAACAGCCATCGAGAATGCGGATAAAATGATGGAAATCG
TTGAGTCCGACCGTAATGTTTGACAAGGAGATAAAATGGGGTAGGGGGGG
CATAGTGTTAGTAGGCTCAAAAAACCCTGAGGGCACTCCTGCTCGTTTTT
TAGAGCAATGATCTCTCTCAATGCTCCTTTTTTCGTTCGTATTTGAACTT
TACAACTCTTTATGTAGCAAATACCTTTTTTACTTTATGACTTGAATGGG
TAACGCAACCTATTGAAAGTGTGTGCTATTTTCTTTAGTTACATTCAATA
CATAGAAATAAAGTGAAGAAAATATTATTCAGTTTATTTGGTGATATATT
AATTATAATTATAAATCATTAATCAGAATTGTAGACTCGGACAACGGTTG
TAGTTAACTCTTATTAAATTGGGACTTAGAACTCCAGGAGGAATCGATTT
GGACTAGGAAAAAAGAATTTTCAGATTTGACTAAGACTCAATATAAAAGA
CTCGTAACTCGAATAGAATTCGTCATCAGATCGACAAGGTTAAGATTTTA
ATAGGACTCCAGGCTTGAAACTCACTAACTCACGTACCCAAAAACTCACG
ACTAGACTTGGAGTGGTGTTATATTGGACTTTACTTTTGAGACTATCTCT
CAATAGTTCAAATTCTACTAGTGGTCGTAAAAATTACTTGTGAACAAGTA
TCTTTACAATGTACTCGTGGCCTTGAATTTCTATTTGATATGTATCGAAA
TAATTCTACAAAAGAATTATCCCTATCAGACACAATTTTTAATATGGAAC
TAAAAACTATGTTTGTTCTTGAATTCGACTTATATATTTGAAGATAAGTC
ATTTAACTGACGGAAAGAAAAAATAATGCCCTTGTTCCAACATTGTTTAT
GATTTCGATACAAAGTTTTACAGTGAAGACACAAGAGAAATAAATTAAAT
TAGAAAGTAAAACTAATCAACCTTTATTATTTATATTTTATCAAATTTCT
TTTAAATGGTTGAGCTCTATCAACTTGCGCACATCATAATGGATAAATAA
AAAAATGGTAGTAGTTCATAATATTCTGGCATTGACTGACTTATATTATG
AACCTTGTATATATCTTGATATATAAAGAACGACTCATTTACATCTTGAC
ATCTGTATCAGTGTCATTAATGTCAACATTGGGTAGTGCTTGATTCACTA
TTTGTACAAATTCATAAGGATCTTTTTAAATGCAACACTACATTATCAGA
GATTTGAAAATAGTCCAATGACAGTATAACAATAAAAAATCATCACAAAA
TAAACGAAGGCTTTATTAATAACAGCGGATTTCTAAACGCAAAAATGATA
ATATAGACTTGTCCTATATGAAAATATTAGTCGTTGGAGAAAGTAACTAA
CACATGCTACTATAATATTATACTAATAGATTTATTATGCTTAACTCTGG
ATAGATACTATAAATATTATTAAGTAATAATCATTTTCATATTAATTTAT
TTAAGGAGTTTCGATGAAACTGATATTAGAAGTACTGTACCTGTTCCCTA
ATTTTTGAAATTGCTCCTTGCTATTTATTAATCATTATTTGTCTAAAATT
ATGTCTCAATTATCTATAAAATATATCCTCGGAAAGTTTGTAAACATAAT
TATAATATTAATATAATATAGTTTGCTTGATTCTAAGCGAATAGTATCAG
CATTTTTTTAAATACTAACTAAGAGTTTTAAGACAATAAAATTATTATTC
AATTAATCCGAACAAAATTGTGGTTTATGAACATTGAATGGATAATGACT
ATAATTAATCATTAATGAATAGAATAGTTATATATTTAGCATTAAATAAT
ATAGAAATAATTATATATGTAACTACTAATAAGAAAATGAATATCATGTA
GTTCTGTAAAATACACATGCTCGTTGTTAGCGTTCAAGTCCTGTAGTAAA
AGATTTCTTTGTTAAGTATGTTAAAAAAAGTTTCAAATTCATTTTTTTCC
TTTTAAACCTGTTTTGTCTAATAGATAATAGTAAAAAAGACATTTCGATA
CCAAAATCATTTCTCTAGCTTCAATATTAAGGAAATTCTGAGCAATTTAT
CATCGGAATTTCAATATTTCATGATCAATATTTTTCATTAGTGCTTCATA
AGATTTGAGATCTAATTTCTGCTATATAATATTTTTCAGCTTTTCTTCCA
GTATTAAGTTTTCTGTCTAATTTACCCATAGTCATATAAATATATAAAAT
ATAATAACCTTTTTTTTTTTAATTTCTTGTAGAAAGTATTCTTAATCTAT
CGAATAAGAGATAATACAGGCCCAAAAAAATATGTAATTACTAGTATAAA
TATAAAATATTTTAAATTTCTATAAAAAAAAATACAATTTGTGTAAACAT
GACGGATCCTTTCATTTAATTTGTCCTTTAATAAATATTTATAAAATTAG
TCATTATTTGACAGTGACAAATAGTTTTTTCTTTTTTTCACTTTAAATAA
TATTTTTTAACATTTTCCTTTTAGTTCTACAATATTAAAATATTAATTAA
TTCATATACCTACATAATAGTTTAGCTTAATTGTAAAACTTCTATACATA
TATGTATTTTATTCCAGCCAAAAGTAATTTCATTCAAACAAAAATCATGA
ATGGCTTTAATTTAATAATTAAAATAATGTAATTGATTAAAAATATTATT
TTTTATATTTTTAATGAATTACATTATTTTAATTTCTTTCTATTGTCATA
AGGTTAATTATCTTACATTTTCTTTTATTCTATTTAATCTAATATTAACC
TTTTGTTGTAACTTTTATACATAATAGCTACATGCAAACAGATTAGTAAT
TGATTTTTTATTACATGTATGTTTTACGACGTATCTCAAAATCATCAGTG
GAAAAAAAGAAAAATGGATTTATACATTCTTCATTTAGTTATATTTTAAA
ATCATAGCACTTTTTTTACTTAATTTTATCGAATATTTTATTAACTGCAA
TAAATTGAATTCATTTTTCAATTCAAGGTTGCAGTCTTGTGTATAATATT
CTTCCGATTTTTTATCAAAATAAACATTTAGAGCCATGGAGCAAACTAAA
GCGTTAAAATTATACTTAGTCAATTTGTTCCCTCTTACCTGAAGTCCTTC
CTTATTATAAAATGAAATCCTCGTAATTATTAAAGGATGAAGTAAGAAGA
ATGGAATGGATGATAATTTAAATTATATTTGATAGAGATTAATAACATGC
ATCATACGTCCGGTTATTCTTACGTCACAGTTCTATACATCATGAATGAA
ATTTTGGCATAAGAATGTAGATTCAAAGGCAACATTATGTAAGAAAAAAT
GGCAACGCGTGTACACTGAATTTTTACAGGCTAGCTGCCCGATGCGCTGC
TTTAGTTTGCTCCATGATTCTAAGTGTTTATTTTGATAAAAAATTGAAAG
AAAGAATATTAGACACAAGACTGCAACCTTTTAATTGAGACAATCTGATG
TGAACTCATTACAAATATACCAGTGTTATTATCAATTGAATTTTGTCTGG
ATTTATCTAAGCAACCCTGTAATTAAAAAATGACTTATTCGGGAAAAGGA
AAATACCGTTTTTATTTCAGGTATCTAGAGTTCAACGATAAGTGTACTTA
AGGATACCTAAATAATTTATATGAGAAGGTGCTGTAGGATGTTGCTCCCT
TTGTTTATATTACTATAATGTTCGCTTATAACTTTAGTTATTATTGTCTA
GAATGATCAGAGTGGGACTTATTATTTTGGAAATATTTTTACATGTACTT
GTGTGTACATTTTCTATATTGTAAATCCATTAAATATACATACACGCGTC
CCCATGGCCCATCTTATTTATTACTATTGTCAAATAGTCTAGAGGAATGC
ACTTTATTTGATTACATTTATTAATGCTCAACATATAGCATTATTTCCAA
TACAAATTTTACTCGTTTAACAGACCACTGTACTATAATATTTTTCATAG
CAAAAATTTGAATGGAATACAGTAAAAAATGAGATTTTTTAAAATATGTA
AAGAAATAATACATTTCTTTGACATTCAAGACTAAATAGGTGTCTGGTAT
ACATATTTGATACAACAACATAAGAGATAACGACAAATATTCATACAAAA
TCAAAAACTTGGCTTCATCACTCTGGACCATAGACGTGCCATTAAGGATT
AAGGCTCCACCGATTCTTGAACTAAAAAGATCAAGCTATCTCCTCTACCC
AGGATACTTAACAAAAGCTACTTCTTCCACAATAACAGACTCTCTGATCA
CAACCTCCCCTTAATAAAGACATTTTCAAGCATAGTTTTTATTATAGATC
GGATTCCATACCTTTTATGTTTTCCTCGGGATATTGAGGCTGGCCTCAAG
CGATTTCGAGTTATTTCTTTTTGTGTACGACATATTTGCACCACATACAT
CGAAAACTATGTATCTTATTTACATTGTGGGATTATTGTAATTTTTTTTT
TGCACTTTTATGTTATTAAAAAAAAAATTAATATTCTTATTTTAAATGTA
TTACTTTTACTAATAATGATTATTATTATATTTTATAAATACTAAATATA
TGTCAACCTTTATAGGATTTGGTTATTTCCAATGATCGAAAATAAATAAA
TAAACAGACATTGGAAAAACATTATTATAAATGGAGTTTCTTTAACCAAT
GAAAGAAAGTTTACCTAATACAAAATATCCTTTCTTTTATTTTTGGCAAA
AATAGAAATTTTACCATTTATTTTCATGGCTTTATTTAATTGATATGTAA
AAAAAAAAATTAAAAAATGCAGTAAGTTTTTAGTACTTCTTAGTTCTAAT
TTTAACTATCATTTTTTATTTATAATAAGTTAAATACATACTATATATAT
ATAGGTATTACTTTTCAAAAACTCCACTCTCAGCAGCTATACATCTCCCC
ACCTAAACAATTAGTAAACTGCATAATTTTAGGGTTAACGCTGACATTTT
AGCCTGTTGCTCTTACATGGAGGTCTCTAGGATGTTAAGATTTTGTTGGT
AGGTAGCACAGCATTTTAATGGCACTTTACACATAGTCGTAGAGGGGATT
CTGGTTTGTTGATGAAAGATATCAAATTTGTTTTAGCCAAAATTACTAAG
TTAATAACTTAATAATAACTAACAGTCACTATGATCCCAAGCCGTAGCTA
AAAGTGTCTATAAGTTAGGCGAGTGAAAAAGAAATCGTAATCCCTCCATT
ATATAGTCCCAGTTTTAGCTATTACTTAAGAGTATTACTATTAATAGTCT
ATTATTAAATTAGCCTATTTCTATTAACCTTTGAAAATTAGAATTTATTA
TTTACCAACTCAGCTGTTGCTTAATGGACGCACCATAGTGGGGGAAAATA
CATCACGTTTCCATTCAAATAATAAAAAATCATGGCAAAAAGTCTCTTAT
GCGTCACTTTCTTTTAATGCTTTAGAGCAAACCAAAAGATCCACGCTCAT
CGAACTCACTCGTGCAGGCCGTGGAACAGTAGGTATCCTCAAGCTCACGG
GATACAACAGGAGCACTGTCTACAATATATACACTAGGCTCAAAAATGAG
GAAAGATCCCCACATAGTACCAAATCACTCCTAGGTTTCTGGCAGGCCTG
AAGAGGATCGCTGATCCATCCTTAAATCAGACAACGCTGCCCAAGAGGTA
AGGTATGGCTCGCAGCACCATCCAAAAGGCATAGGGGGAGCTTGGTTAGA
CCTTCTACAAGTTGTTTGTGCGTAATTTGTTGACTGAGAGACAGAAGGAG
GTGAGGTTGGGCCATTGCAAGACTCTTCTCTCTAGGCTTAAGACGTCCAA
TGTAGGTCACAACATCATTTTCTCAGATGATAAAATATTCACTATTGAAC
GCAAAAAGAACTCTCAATGTAATAGATGGCTCTCCACGTCCAAGTACAAT
CACCCCTATGTTTACAAGTCTAAGAGTTCATTAGGACCAACTTTAACGAT
TTCTGGCCCCACTAGACCTGGCCATCCAACTCTCCCGATTAGAATCTGTT
TGATTGCTTCTTCTATGAAAAGTTGGAGAAGGAGGTCTGCTCAAAGCACC
ACAACAGCTTGGACAGCCTGAAGGCAACAATGAAGAAGGAGTGGGCGAGG
ATCTTGGCTGCAGATGTGGGGAATTCCTGCAAGAGCTTCAGGGCCAGGAT
TGAGAGTGATTGCCGCTGAGGGCAGTCACATTGAATAAATGTCAAACAAA
TAATCGTTGTTTTTATTGCTTACGMCTCTAACCAGTCTACAATTTTATCT
CGGCAACCCTCGGTATATTAGTATTATTTTAGCAAACTTTGTCTATCCGA
GTATATGTATGTATGAAAAACAGTAAACGGATACAAAGTATATTGCTTTT
TATACCATATACATATTTTTGGTCTAAAAAATAACAATGTAGCCGTATTA
ATGGAATATTGCAGGCGCATTCATGTAGCATCGAATATTCAGCACTGTTT
ATGTTTGTTTTATTATTTTCTTATCCATATCATAATATATGCATTTTCAG
AATGTCAAGAAATTGATGTCCTCTTTTTCAGACAACCATAAATGAAAATA
AGTTTTCCATTGTGGTAAAATTTTATTTTCCAATATATCCACTATTAACT
GTTATGCATTTTTTTAATGCTTTCTGGCAATTAAGTTATCCAAAGTTTCA
TATTAAATTTGCAACCAGACAAATCTTCCATTTTGGACGAGAGTTTCTTC
ATTGGTTGCCGCAGTAACTTATTGATCTTATCACTAAAAGATTCATAGAT
TTTCTATCGGAGACAAGTCCGGACTATTGCTAGGCCATACATACTTTACC
CAAAATGAGTCCAACTTAGCCTGAAGCCATGCTTGAACCACGTGAGAGCT
ATGGGCAGGAAAGTCTTGCTGGAAAATGGCTCTCGACTATTTTGGTAAAA
TTTTATGCATCAGAAACGATCCATTTCTCGGCCCTTTTGCATCGCAGTGG
TAAAAAATTCTTGAGTATTGTCTCCACATAGGATGAAGACGTCACAGTTT
GTCCTGGAGGTATAAAATGATATTCACTAAGAGCCCAGTAGCTCATAATA
CTCCAGACGTGAATTTTCAAAGGAAACTTCACTTTCGGAGTCGGTACAGC
ATCTTGAGAGACCAAACGCGAATAGTTTGACAATTGGAATGGTGAAATAG
TTCGAAAGTTGACTTATCAGAGAATATAACTCTCCTCCAGTCATTTATTG
ACGAATTTTTCTTCTCACAATTAAAATAAGTCGGTTTTTTTATTGGTTCT
CCGTGAGTTTCGGCTGGRTTTGATATCTGTAGGGTAAGACCTTCAGCTAT
TCCTTCATGTACTTGCAGACAGTCTCATGTGATACTGCATGACCTTTTGA
CGCAATCTGGTTTCTAATTTCCTCAAGGATTGGCCTTTTTTATAAGACTT
TTGGGGATGGTTATTTTTGCAATTCTTCAAAGTGTTTTCTTCCCTCCACG
TCCTCCTTGTTCTCCATGCTTTCCCCGGAAAAGTGACAGTTACACCACAT
TCAAATGGTTGGAATCGAAGCTCCAAGGTCTTGAGCGACCTCAATCTACC
TTTTTCCGGCCTCAAGTTGGTGTATGGCCCTGCTTCGGGTGCTTAAGGAG
TGCTCCTTCACCATCCTGTAACATCATATTTTTAATAGTCATGTGTAAAC
TTTAATCTAAAAGAAATGCATAAAGGATTATTACAGTTGATACAGATTAC
TGAGTCTCTAAGCCCACGTGCTTTTGTTTTAATTTTTTCCCTATTCATCT
TTTTCTTCTTTTTAGAGAAACGGCAATTTCAAAAAGAGGACTTCAATTTC
AAATAATTACCAAATTAAAAATGTATCTAAATGCAAACTATGCAGTAAGA
ACTGTGAGTGTATAAAGTACATGTAGAAAAATTATTAATGACTCAAGTGG
GAAAAATAAGGAAAACAAAATAACGTCGATAAACTTCCACATATCTTGAA
ATTCATACTTTAGTCAACCAAATTTCGACTTATTTTTGCCCTAAGATAGA
GATAGTGTGTTTTTGATTGGATTTACACCGAGAAACATGAAAATGACCTA
TATAATATAAAGTTTCAACTTTTGTGGTATACAGAGTGCTTATTAAAACA
TACTTTTACAATTTCTTCACAATTTTGTATTGTTTTTCGTCTTGAAATAT
TTAAATAATCGAAAAAAGAATTAAATATATTGTTTATAGGTACATGCTGC
TAGTTACTGAAAATATTTCAATTATATCTGTATCTTTTCTTAATCGAAAA
AAATGCTTTGTACATAAGTACAAAAAAAATTACGAAAAATGGACCCTTTC
CTTGACAACTAATACATACCTCATTTTTAATAACAATGATAAAAATCATA
GTTTTTCGTAAAGTAAAGATATACAACTTCATAATAAAAAAAACAGTACC
TTAAAAAAATTAATACTTTTGAAGCTGCTGTGTTTTTTTCACCAGCCACT
TCTGGTTAGTTCACTACTACATGAACTACTACACTGTAGTAGTTCATCAA
TTTTTTTGTTTCTGTTGAATTACCTTTAAAATGATTTATTTTCTTTAAAA
ATCTTTAAGAACGATTTACATATGTTTGACTCGTTTTTTTTATTTTTATA
AATCGTCGGTAACCGAAATGGAGGATAATCAGGATGACAGTTTGGTCTCC
CATCTACAAAATTGTATATCACAGAATGCTTTTGAGGCAAACTATTGAGA
TGTATTCTGCTATGCATGGATCCACTTTTACATCTGCTTTAGATATCTTC
TAAGGAATGCAAAAAATTTATTCATTCTAATTTTATCCTTGCTGTTGGAA
TACTTAATTTATTATAAAACATATTTGGAATAATATATTTTCAGTATGTA
ATTTTTTTTATATAAAGCAATATTTGAATTTTTTTTTTTTTTTTTGGGAT
GTTCAACATTAAAAAAACACGAATTTCTTAACAGATGTCGTTTTCCTTAT
GGTGGTGTCGAAACTTGTGAATAGAGATGCGGGKATTCATTGTATGATGG
TATACAAGTTTTCATGGTATATATTTTTAATATACTATTTTAAACAATAC
CAAGTCCATCACCTTGAAAATATTTAATGACGACATCAGTATAAAAATAT
TTTGAGAATGGGATATCTTCTGACTTATGATAAAGTTCTTAAAAAACGTC
TCAATTCAATTTTGGGTTATACCTTGTATCCTAATCGCCTTTATTTTTAT
ATTTTTTCATGATAGTCCTCGTAAATAATAGCTTATTTTTTTAATGATCG
AAATATCAGGTCACAAGGGTCTAAAAATGTTTCTCTTAGTCAATAAATAT
CATTGGCTATCTTTGAAATATATTTTGAGAAAAATATTTACAGGTAGCTC
GCTGCTCCTAAAGTTTTCTAATTTTACACTTTTTTTATTGAAAAAAATGT
GTTATTCTTTTGTACACATTACAGCTTTTTGTACAGAAGCACAAATTTAA
ATAAACAAAATTACTAAAAACAATATTTTATAAACTTTTGTCAGAATTCC
TTATCTACATTTACAAAAGAAAGATAACTGTAGTTACATGAATTGTAGCT
TTCTACCCATCTGTCTGTTCTTTAGTGTATCACAGCCAAACAATTTAACT
GATACATAACAAAATTTGCAGGCAGGCACATTGTTTACTTAGGATAAACA
AAAAGTGCAAATTTGGATGACCTTTATTTATGGAAAAATACCTATATAAC
TAAATTTTATATAGCATAATTAAAATTTAGACAGAAAACGTTTCCTAGAA
TCAGATTACAAACGTCAATGATCTTCAACTACTTGGAGGAATAATTGCAG
CTCTGATTCATAAACCACTATATTCTTTCATTAGACCCACTCTACGCTCC
AATATATTATTAACAACTTTGAGTTGTTCAAAAGTATCTTGAGCCTATTT
ATAGTCATTTTTGCCACTCCATATTGTTGGATCGGGCAAAAAAAAAATGT
CTCAAACATTTTAACCTCAAGAGAAAATATTGATGGCAAATAGGATTGAA
AAACTCAGCCAATTATAAGTTCTATAATGTGGTGTCTATAGGGGATGTGC
AGGGTCTTTTTTCCAATTTTTCTACAGGAATAGAGGCTCCTGCGTTCCTA
CATTTATTTCAATTTGATTTATCGTAGCACATGATTTTAATAAAATCACC
TATTCCCCAGTCTTAAATGGTTTCGTATTCAAAATAAGCTTGAGTCTCAC
ATATACCGGATGAAAGCTTTGCAACATTAAGTAATTTAGAAATTATTTTC
TGTGAAACTGAAATGTGCAGTCGATCAACCTTCTTTTTCTCTATATGACT
AGGAATCATTTTATTCTCGCATTGAATTACAAGACCAACGTTACTTTTGA
AATTTGTCTTTATTTAAATAGCTTTTACTTGTCGAAACTATGTTCGTTTT
CGGTCAATTATGTGTCTATGATGAGAAAATTGATCTATGTTATGTACGAA
GTATATAAAGTAACCAGAACTTTATTCTTGAACTTGTAAAAAAAGATCAC
ATTTTTTAATTTAATTTTTGTATTGGTAAATGTATGCTTGAAATTCACTT
TTAAGCTATGATTTCATTAAAAGTTTAAAGTCAGTTATAGAAAATTTATT
AAATATGTATAGCTAGTGTGTAATATTTTTTTATATACTATTTTTTCAGC
ATCGGAATGCAAGTTGAAGCAGAACACGTTCTAAGTCGCCTCTGGATACG
TGAAGCAAGTCTTTCAGATTCTGGAAATTATTCCTGTATTATACAACGAA
AAGAAAATATACAATTCCCTAGAGCAAAGGTTAATGTACATGTTGTTGAA
GGTAAATTTATATTATTATTATTCATTTTAAGTGTGCGAAAGCTGAGGGT
AGACATAGACAAAAATTTACCCTGAAAACGAACGTAACCCTATAAATAAT
AGCCAAAATTTATGTAAATTCGTCTGTTTTTTTCTGACTTTTCACCCACT
TGTGCAAATTTGGTTATTTTTTTCTTCTTGGGTCCTTATTTTCTCTTATT
TACGCATTGATAAACAAAACAAAAAATAAAGGAACTATTATAAAAATAAA
CAGGACTAAAAGTTATAATATTCTAGTCTATATAGTATATATCCTTGCAT
TGTAGAGGGGATATTTCTCATTTTTTGTAAATTCGTAAAAAAAGTAAAAA
AAGATATAGACTTTATCTGAGAAACTCCTAACAACCTTAAAATTAAGCAA
TTCATAATTTGTATCATGACATGTATTCGTTTTTTTCTTTCTATGTAATA
CTTATGATAAATTTTGAATAATAAATTTATCCCATGTCCCGTTGCAGATC
CCATAGGAAAATTTCTCTCACACATCCTTTACATCCTCCTAAATTTTTGC
TTTAAAAAATCTATTAACAAAACCAAATTTTTAATATTTATATAAAGGAG
TATATCGTGAACCTGGAGCAAAAGTGTTACAAGTGACATTTTGTCATTTT
ATTGTTTTGATATATATGAAAGAGTGTTTTTATTATCATATTTTAGATAT
ATTCTAAAATATATTGGTTTTGAAAATTGAACTGTTGGAAAGATGATAGT
TGTTAAATGTTAGAAGTATGTCAAATATGATAAATAAAAATATTTTTTCA
TATATTAAAAAAAAAGAATTATAAAATGTCACATGTAAGACTTTTGGTTT
AGGCCCACGATATTTAGTGTACATATTGTAATTCCGTACAATTTGTAACT
TGCACAAAAAAGTTATACAAGTTGCAATTTATCTGTACTATAGTAGGTAA
AGTCATATCTAATTATAGCTTAATCAATTTTAATTAMCAGCCATACATTT
ATGCCATCATTTTATTTCATTGATTAAAATTACTTATTTTTTATGTTTTT
ACGGGTAATATATAATTGTGCTTTTGAAAATTTATAACAAGCCATGAAAT
AGAACACTAATCAATTATTAATATTCCTCATCATTATTTATTATGAATAA
GTTATAAGGGTCTAAAGAAGAGTATCGTTTTTTATACAGAATCAATAAAA
AACACTTTTTTATCATTAGAAACACTTTTACATAAGTTTTATTTATCCTA
CTTTTAATTTTGGATATTTTTTTAGGGTAAAAAGTGACTCTGAACGATAA
TAGTCCCGAATTAATATAATCTCAGTTATTTATGAAATTCAAATGACTAA
GAGAAAAACTGAGATCAGTTTGATTATTTTCTTCGATACATTTGTACAAA
ATTTCCCATAACCAATTATTCCCTTGTGTGATTCAAAAAACAATAAATAT
TATAACTTTACAAACCTATTCAATTGGAGAATAATAATCATCTTAGATTA
TGTGTATTGCTGAATACTAGCACATTTAAAAACATACTTAGTATTATTAT
TTATTTATTTTACTAGATTATTTTAGATTAGATATATTTATTCAATATGG
AACTATAGGAAACTAAATAAATATTCACTTTTAATTTTATTGAAGTTTTT
TAATTTTATGGGATAAATCTTTTTTTAAAGCTCTTTTGTTTTCTTTGACA
ACTGTACTTACTGTTAATTTACGACGTATAATTTTAGGCGAACAAATTAA
ACATTTTTTACTATATTTTATCCGAGAAGTTGCTGAAATAGTGACTGTTT
TCACATTTAGATTTCATTCTCCTTGTTTTTTGATAGTTTTATCCATTGTA
GTAGAAAACACTAGTCTCGTGGGCAATGTAACCAAATACTTTTTCCATGA
TTACTCTTGAATGGAAATATTACACAATATTTTATAATTATGCATTTTAA
ACATATATAAAATTTTGGATGGTTTATAAAAAGTGCCTACAACTTAGAAA
ATAACTTCATTTCGTATCTGAATGAATGATTTTGATAATAATTTGAAATT
TTGAATAACAAGAACCCTTAGGGCAATGATTTCGAAAAGATTCTGGCATA
GATATCTTGTGCTGACAGAACGTTTTCTTCCATAAAAATTGAATACTCCA
GAGTTTCTTGTCTTTGATACTTAAACTGCAATCTTTTGTGCCAATTGATG
CCTGTGTTGATCTTGGAGGTGGTGATGAGAGGTAGCTCGTCAGATTCGGG
TATTTTATGGGATGACATCATCTTTCAAACGCATGTGGATTTATATAATT
TATAAGTAACATTGATTACTAAAATTAAAATGGAAGTAATTGCAATACTA
AAGTGAATAATTTTGAAGGGGATGCATCTGAATTATGCTATAATTTCGTT
ATCTAGGCAATGGTTCCGAAAGTATATTAAAAAAAATGAAAAAAAGAGCT
GTCTAAGAGATTTACAAACAATATTTATAGTATTGGGGAGCATTTTAGCA
TTCCTTGACTATACCTATGCTCTGTTTCCAAAAGGACAGGAATATAACTA
GAAATGCAAAATATTAAAACTTTTTGCTGTTTTTACCTGAATCAAAGAGA
ATGCTCCCTTCCTGAATATATGTTTTTATTTACCAAATCTGTCATCCGTA
TTCTTATAATCTTTTTTATTCTCACTACATAATCACAAAGCCAATGGAGC
CCCAAAGTAAAGTAATGTCTTCAAAGGTTAGGGAAGAACTTGAGGACGAG
ACTACAAGTAGATATAGAGATTATTTATTTTCTTAAGTACCCGGAGCCTA
TAAACTTGTACTCGGAACCACAAAAACCTGGTGAATGAGGACTCGGACTT
GACCTGAAAATTGAGAAAGGGGACTCAAATACAGCTCTGAATATTAGTTC
TAATGGATATTTACTCTTTTCTTTTATTATATTTAGTATTTACTATTTAC
AATGAGTAATTATTTATGGATAAAAAAGAAAGTTAAGCAATATTGGAATT
GTAGGTACAATTAGTCTTAGAACAAATACACTTAAAAAAATTAAACAAGC
ATTATATTTTATACAAAAGGAAATAAATTTTTGTTTCATTTTACGGTAAT
AGATTACAAACATAGAATTAATTAAGTTTTTATTTTTAAATTAGACATCA
TTCTTATTTAATTTTTAATAAAACTTCGGTAATATCTATCACAATTATAC
GTTTAAACAATTTGAATTGTCTTTTTGTTTGAGTTTTGATAATGATGATG
GAATTGTTCTTTGACGTCCTGCATAATATTGAATTCGATTCTTGGCAGCA
AAAATATTATAATAAGAATTCGATTATAAAAATAGATTCGCTACAAATAA
AAAGTATCTAGGCTTGTTGTTCATGAAAATGTTTMCCATCCATAAGAAAT
AATAAGAAAGGAAGTTGTGGATCAATACAATCAATTGGAATCTAACCAAA
GGCTCAAGAGGTTTGTCCAGTAATATGGTAAAAAAAATTACTATCTGAGG
GATGTAAAAATGAAATTAATAGATTGTTTTAAGGCATCTCTCGTTCATTT
TAAACATTATTACACATTTTTTCCATCTCTGAATATAACTTGATACTTGA
TCAAAAAGAACAAATTATGAAATAGCCATGATTTATCAAATGAGACGAGG
GAATTGACAGCGAACTACATAATACGTAGTGTATTTTTGTGTTAGCGAGA
TAACACTATGTACTTCAACTCTTTTTTATTCTATTAGTTACTCCTTCGTC
ACAGAAAAGAGGGTGAGTGACATCATGAAGGAAAGGTTTTTTATAAAAAT
AAGGGAGCTGAGGTCAAAATATGTCTTTGAGAAGTTCGCACAGAGTAGAG
CAAAAAGGAAGAGGAACTGAAGCCCCGAGGTGGGTTTATGTCTACATATT
GTGTTGAATGATCCCTCCTTTATTATCTTGTTTGATAAAACTAATTAATT
TATTCACAGGTAAAAAATATAATAGTAAAATATATTCAATCTGTTCACGT
AAGATTATAATATCATATGTAACATCTATTAAGGCTAAAGTAACAGAGGA
TTAATTATGGTTAAGTTGCTCTGCCTAAGGAATAATTTAAAATGTATAAT
ATATATACTTGAATTTATCGTTTATAATTTTGCTTTGATCAATTTGCTGT
ACAAATCTAGAGACATCTACCCCCGGTCAATATAATTTTCTGCTAGCTTG
GGAAAAGTTTGGACTTGTTATTTGGTCTGAATTAATTAAAAGATTGGCTT
AGTTATGTCTAAAAGATTGGCTTGGAAATGTCTAAAAGATCTCTTGGATT
TATTTTTTTAAGATCAAGATAGATCCTTCCCTTTTAAGTCTAAGCAAAAC
GTTCAAACAATTATCTTCTAAATATCGGTATCGAATTGTTCGTGGGTAAC
ATATGAATTGACAATTGTCCTCTCTGATTCCATATCTACAGTTGAAATTA
GGACTAAAATTAAATTTAGTATTAATTCTTTCCTAGTATAATGCATAGGG
ATATAATATTGTGCGTGTATGTGTGTAAAAAACAAGCATGAGATAATGCC
ATAAAAATATGATAACTTTAAGAAACGACATATCTGCCGACAGAAAGTGA
TTACAATTACTATTAACCAAAATTAATTTAAATTGTCCAAAGTTAAACTT
TTACAAAATGAGGCAGTAGCAATATGGAGGACAAAAATTATGATACGATA
AAAAAATCTTATAAAATTATTGCGTTAATTTTAAGATATGTTTTCATTAG
ATTGAAGTTCAAAATGTTGCACAAAAATATTGCTACCAGTCTTTTACTTA
ACTTTTCTTCATATCAAATGAGTATTAATCATTGTGAATGAATTTGAGAT
AATCAGATTATAAATTCAAATATACGATGCCTTTTTGAGCAAAAAAAAAT
TAATCGATTTACGGATCTTTTTCCATATATATAAATAAAAATCGTGTTGG
TTGGTTAAAGCTACTATAAATTTTTTGTAATATATCTGAGGAAATAATGA
AACAATAAATATATTTCGCCCAAAAATGTATGTTATCAGGCAATATAAAT
TATATTTAGAGGATCTTTTACTTTTAAATTTATAGCAATAGTTCTATTTT
TTTAGATAAAAAAATAAAAATCATCGTAAGTGGACTTATAACCGATTTTT
TTTGCCGTATGGACATTTCACCATCGGACAATTTGTGAATACAAATTTGT
CGAACGGATGTTTCGTCGAAAAACCATTTGGCCAAAAAATTATATCAAAG
TAAGCAATATAATTGTGAGTAATTTCGTTGCAATTTATATTATATTCGGA
TAATAAAATTATTGAATAATGAAGAAACTTGCCATGAAATATTCCTTTTA
ATATCCCCCAGCCCATAGGTTGTACAGGTGAAGCGCTGGGCCCAAAGCAG
TTTAAMCTCCNCCACCGCCGTGTTCATAAGCATTTGTGACCCTATTATAA
TATGCTATAACACCCCCAGAACTAGAGGTTGTGCAGGTGAACAGATGGCT
CCCAAGGTAGGTCAAATTCCATCGTCACGGAAACTCGCAGTTAAATTTGG
CAGTATCTGGTCGATTTTTTTCACTTAGTGGCTAAATTTGTTAAGAATAC
CATGTGAATGGTGATCAATGCTGCTAAAATGTTTGAAAAGAGTGCATTCT
TGACACAAGAACATCAACTATTCCATATGGAGCGTTTGTAGGAGTCTTCC
TTATGATCTCTAACATAATGATAACCTGGTGATTTTCTTCCCGATGAAGA
ATTGACTAAATGTATAGTTACTTAACGCATTAATATTCTATATGGCAATT
TGTTGCACAAAAAATTAATATATATTGGTCGTTTTTGATTGCTTACTCTA
AAATGGTCCCAATATTGGGAACCACTGGTCCACACTATGGAAATAAGATT
GTATTTTAGATACAATGTAATGTAATTATATATTTTTAATACATAGTAGG
GTCTAATATTTAATAGAACTAGTTATTAAATGAATAGATTAGTAGGATAG
ACAGCAAAGTTTAAGTCATTTTATTCGTTGATCCCATTTTGATATATAAA
TACACAGCAATGGTTCATTATTTTTCTTAATATTAATAAAAATATTATTT
TAATTCTTGTAAAACTTGACTGTATTGGCTTCCAAAATGGGCGKCATCAA
CAAAACTGACGTCACATAAAAATACACTGTTGTAAAATAAAACATCTATT
GAATTTTTTATTTTATTTAACCAATTTCAGTCCATGTTTTATATAATGAA
CTACTGCAGAATTTATATATACTGTTATATATAACTATTTATTGAGCATC
CTCTTGTTATTGAAGAATATCAAAAGTCATTATAGTTTAAAGTTTTTCTC
CGCAAATACTTTTTATATGGTGTAGTTGTTTGTGATTTGTAATACTTTTT
CCTTCAAAGAAACCTTAAAATTCAGTTTTTACTGCACAATTTTTTTATTC
AAAGTTTTACTTATATATAGAGTTAAGCAAAAAGACGGGGAAAAATATTA
CATCTTCAATAATAATAATATGAAAGCAAATATATATATAAAAACGGTTT
TTTTGAATGAAAAGTTTGATTTTGCATTTTTTTATTTAATTAGAAAAACC
ATTTCAGAATGGTTTTATTAGAAATATTGTATATAAAAAATTATTTTAAG
GATAAGTCTTTATGAATATTTAATAAAATTAGCTCTGATTAATTTTTTTA
AAGAAAATACACAAAAGTGGCTGSATTACTTGTTTTTTAAAAGAAAATAA
TTAATTAAAACAATAATTAATTCTTGATGCAAAAATAAGAAAGAAACAAA
ATGTTGATGATTAATTGTTGCGTTTTGCAAATGAAAATAATATTTTTTTT
AATTACTAATATATTTTTTTAAAGAAAAAACAGGAGATAATCAATAATAT
GCCTTTATGGAAGAAATAAAAATAATACTTTTGTTACTTAATTATAAATT
CAGTTTTATAAATCGCTAGATCAATCAATGTCTCCTTTTTTCAACGTCAA
TTTAGAACATTAAAGACTGACTAAGAGGTAGTATACATTGTAAATTCAAA
TAAAATTATTTTTCTCTTAAAATATCTCATTTCTAAGTATGTCAGATATC
AATCACATCTTAAGATGAGTTACCACATGTAATGTAAATTGTTAGGTGGC
CTGTTTTTTTAAATTGGTAATCTGAAGAATTAGATACATAAATTCTATAA
AAAGACCCAAAAGTGGCCTTGTTGTACTTTTTTATAATCTTGGTGATCTA
TGGGACCACATTTTCCTACAACACCATCAAGTAGTCGGCKGCAGGTAGGT
AACTGGTATCCAACAGAAAACCAAATTGGAGGCATTTTTTCTCCTGTTGA
TGCCACAACTCCCAATATCATCACAGAGGCTGGATGTTTGGKCTTGGTGA
CTGTCTTTATGTCAGCCTTACCAAAGCATACCACCCGATCATTTTGGTTG
TTGTAGAAAGGGTCAACAGTAAATATATTTTCATCAGGGGAGAAAATTAC
CCGGTTGCTGTTTTGTTTCTGATAATTCAAGAGTTGTTGATATCGCTGAA
GACAGAGTTTTTTTGACGTTGCGACAGGAATGGCCTCTCAATTCTTCTAA
GCGATCTTTCCCATGCCTTTCGAATGGCCTTATCCATAGTAGACCGATCC
ACCTTCATCTTCTTTGTGTACTCTGACATCTTCATCGTTGGGTTGGCCTT
AAATGCCTCCATGATGTCTTCAGGCTTGGGGCTTCTACTCATGGTGTTGT
CCTTAAGGTTGTACCCATCAGCCAATCGATTTATGACCTGACAAGCTGTC
GCCTTGATGACATTCAAGGCCTTCATGATGTCCAAAGTGGTCCTCCCGGC
GTGGATTAAATTGCCTATGATACCCTTTTTGCCTCCATCGCAACATATAC
ATAATTTTTGATTACAACATGTACATCAATCAAAGGCTTAGAATCTAAGA
TATTCAAAATAAACGGGCTTTAAGATTTAATCAACACCACCTATTCAAAA
CTGTATTTTTGGAAGGTGTCATTACTTTTTTTACACCTGGTACAAAAATA
AAAGCTATGGAGTTTGCCTTATTAAGCTGTAAAGGTATGATTTCAGAGAA
GTTGACGGCAGTGGTACATATCAGTAGGTATGTTACAAGATACCGATTTA
CGGTGCGAAAATAATTAGCAGGAGGAGTCTGTAGAAGTCTATAAACGCTT
TTGGAATCCATATAGAAATGTTTGATTGTCATTACTTAAATGGGGAAAAT
CAGTTTGACGTCATTTATATTTAATGTAGATAAATTCTTAATCTTTCACT
AGTTTAAATTTTTTTCTATACGTTGCTTCGTTTAATTGTACCATTGGCTG
TAAAAAAAGGTCACTTCAAGATAGCCTTCAAATCACGGATGGAAAAGAAT
GGATTATAAAAAGGTATAATGGACATTAAAATATTTTTTTATCTAGTATG
TTCTAAATTATCCAAAAATCTTTCGATGCGAAGCAAATAAATTTACCTCC
AACATTAGTACCTTCAATATTTATTACTCTAGAATATGAAAGTATTTTTG
TTTATAATTATAGGTGTTTAAAAGTAACAACTTTTGCATAATTCTGTACT
TTGTAATTGCTGAAAATTTTATTCAATTATCTTGATATATAAAAAGGTTG
TGTTATTTAATTGAAAGATCATATTTGATCACAAATTTTGGTGTAAATAA
TATCATTAACAGTAGGAAAAAAAGGGAAAAAGGGTCATAACTTCCTTAAT
ATTAAAGTTAAAGACATGATTTTGTTATTAAAATTTTTGTCTTATTATTA
TCTATTAGACAAACTAGGTTTAAAAGAAAAAAACTTATTTTTTTGAAACA
TACTTACTGTCAGAGTTGAAGAAATCAGAGCTATTTTCACCGTAGTGGCA
GCCCGATATTCTGATTTCTCCTTTAAGATCCAAAGGGGATATCAGTCTTT
TTGAAACAATCATACAATACTCATTGTCAGATAAAAACATAAAATTCTTG
CACTTTTTAATACACAATTATAAGAATTTTAAAAGCTATTCCGGATCTAC
AGAATTAACTCAGTATAAAATCATTGAGCTTCTTACGTTATTTTAGTAGG
ATCCTCTGTTTTCTAAATATATATATTCTCCTTGCACCTTGGTAAGACTT
CTTGAGATATTTAAAGTTTGATTTTTTTTAATATTTGCATTGACAATATT
GGTTTTTATATTAATTAAAGCTTCTCTGTACTAATTTTCGACGAGGAAAT
TAATCTCGTCCTGGACATTGACATCGCTATCATTGAGATCATTCAGGACC
TCTAGTCTATCCTGGGCTTTATTTCTCTCAGCTACCGCCTCGCAACCTCT
CTTAATCAATAGTGAGCGGCATCTGGCCTCTATTTCTTCAAGAACATTAA
AAGCTGAATAACATGTCTCCTCCTTATGGCTAACACATTCTATAATGATT
CTTGCTAATTCTGTGTATGACTTGTTGTCCTTCAAAAGGGAGATATTCTC
TTTAAAACGGCTTTCGGACTCTAGTAGGGGTACAGAGCGTTGCCGTTAAG
GGGGGGGGGGTATCTGAATGGTATGAAAGATATACTATTAGTTTTTTAAG
GACTGCTGCTATCCTGGGAGAGGCGAGTATGTAATCCAGGCGGCGACTCA
CTCTTGTTACTTAGTAGCTTCTTTTTTATTCCAGAAAAAGTCAATCTTGG
TGGGAGTGATATCCTACCTAGCCCAGGTCTACGTAGTTGTACTCCTGAAT
AATCCTTTCAAAGTTTCAAGTATCTTTCTTATTTCTTGATCCCTCGAAGC
CTTTAGCATCTTTCTTTACAGATCTCGTAACGTTGATGTCGTGCCAAAAA
GAATGATATATCTCTCCTTTTTGCGTGTTGTTGTTGTTTTTTTCAACAGC
AAGGTCTTTATTGATAATTATTAGAAGTACAATAATAAATATAAACACAT
AAAAGGAAATTTGTGTCTGCATAAAACATCATTTAACATTATGGTTAAAA
AATAAATTTCCTTTTAAAGACCTAAAAAACAATCGAACTAATAAATACAA
AGCTTCACATATTCACACATMCCWTTTCTCAATCATMCCACAGTCTCTTT
YCCCGCCAGCCGAACCTACGCCACTTTTAATATAAGTACATTCAATCTTT
TCATCTGAAGTAAAAATTTGAACTTTATTATTTTCGTCTACTTTCAGACA
CAGGGTCTGAAAGTCAAATTCTCCAAAAAATTTATTTACTCTCCCTCCAT
TTCGTCATTACTTTCATTCACAGCATGCACCGTACCCTCAGAGATATTTC
CATACTGTTTCTCACCCTCAGGAGGAGATCCACGACCCGAACGGCACGTT
AAAGAATCATTACCATTCTTTAACGTCTTATTTCACCTCCATTTGTCTGC
AATGACCATACATCTATCACTTTTGTTCCTTTCCTGGAGAAGAGCTTTCT
CATTTACCTCATCCTTTTCCTCCTCCAAAAAGTTTGACGAGAATAAGCGM
CCACTACTGTACAAAACTAGCCACCTCTCTTTGCTAATCTTGCCTAAGAC
TTAAATTTTTCATGATATTCTTGAAAATAAATTCTCGGAGACACTTTCTT
TCTTTTCATAGAGTCACTTAATTTTTGTACAACTTCTGTACAGTAATATA
GGAAATAATAGGAAAAACTGCGGTATAACCATAGTTTTTTTTACTTTTAC
CACCATATTCATAGACCTGATAGGATTCGTAAATATTTTTTGGTGAATAC
CCCATCATATTCTTCTGGCTTCGGAGCTTGATAAAAAGTTTCAGCATCCC
TGCGTAGAAAACCAATCACCGATTTTACTTCGTCAGGGTTTGCTATTTTT
GCAACATTAAGAATGACAAAGGTCTTCTTTTTTAGACCTATTGCTACTTT
AATTAGCTTGTAAGTTTTAATTTTGACTTTGGATTGTTATTTTTATCCAG
TGCATTTTTTTTATCGTTAAGATATATTATATCACAAAATTATTCAAACA
AGGTTTCATAGGTAAAAATTAATTTTGAGATGTTCTACTTTTCTAAAAAT
CAAATTTTTTGCTTAATATATATTGTACAATGTATTTAAAAAATGTAATT
TCATATAATATAAAGCAACAAAGCCAAAAGATCTATATTTAATATGAGTT
TTATGATAAATCGATGGTAATATTTTAATTGTTATGCTTCAAAATCATAT
TATTAAGGATAATTTCTATATTAAAGCTGATTATTTCAATTGCTTATGAA
ACTATGCTAATATTACTATAGGATTGAAACTTTGCACAGCATGTTTTAAT
ACCTAGAAACAAACATACGAGAAGTATTATCCGTACACAAATTTAAAATA
AAATATATTTTATAACCACTCTACTGTATAACAATTATTAATTAATTAGT
CTTTATTCAATCTTAACGAATATATTCCATATGTATTTCAACATATTATG
GATCAAACTAGAATTGTACTGATGCATCATAATCTGCAAGTCTGCATAAT
CTTTATCAATTTATTTTTTCCATATAAAATAAAAATCGTTAAATAGATAA
AATATAGGAAAATTATGTTTAAAAAAAACATAAATAAACATTTGAGTTAT
AAATAAGTTTTCCTTTTTATGATCTCTTTATCCAAGTATAAAATATAAAC
TAATAAAATAATAAATTTGTGTACTTACAACTATAATATTTTTGAAACCT
ATTGTATTTAAAATAAACAGGAAAAAACACACACACAAAAACAAACAAAA
AAAGACAACTCAGTCCGTAGTTTCTTTCTTGTACTTCTTATATCGATGAA
TAATTAGCCTAAGAGTCCTTTCATACTGGAGTAAGATCAATGTAAAATAT
TTAATTAATTCGATGGTGTAATTTGAAGAKGAKTTTTGTAWTKGCTGRWY
CCGCCGGKTWAAATTGGTGTGTCCGATGGCAGCCAACATCAAGATAATCC
TCATATTTCTTCTGTCAATCCCTTTTAGTTCTGTGNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGAGCAATTAAC
CCTTTACAAGTTGCTGATAGCTTCATAATTTGTTTTTCCATCGTCTGAAC
TATGATTCCTATTACTCCGAATATCGAATAGCACAAACGCTACCAAATAT
CTTGGCTAACAATTTACAATATGCCTGGAATTATTTAATGTAAAAGAATG
TATAATTTTCAGAAATGGACAGTGTACAAAAGCGTGTTTTTTAACGTTGT
ATATTCGTCAACTGTGTTTGCAATATAGCGAAAAGCAAATCAAAGTTGTC
TATATTTGAAACTGGTGGTTGAACTTTTGACCATCACTGATGCCATTCAA
AGAACGCATAATCCTCGTATCCTATGTTGAAAGTAGATTTAAGTTCCTTA
TACATTCTATAGGGATAATATATGGTTCAGTAAATATCAAATCATCATAG
TTAAATTTTAGATACCTAATTGTAAGAGGAAGATTTCGTCCATCTAATAC
TTTCCCACTTTTGTGAACAAAGCTCAAAATTAAAACATTTTTGTTATTTT
TCCTTATTAAGACCTAAGACTCCGATTTTGATGTGTCGAAATTGAGAATA
GACCAAAACCATAAACAAACAGTCTCAACACAAAGACCGGGCTCGAAAAC
CACTGCACTATTACATCATATGTAATTTTGTACAAATTTATCAGATCGCA
ATTTTTTTCTGTTGCAATATAGCGATATCAAGATGAGGACCGATTGCGAT
ACTTCGATCAGCGATATAATATTGCCATATTGCAATTGATCGCCGATCAG
AAAAAAACTCTGATCAACTAACCTAAAATTTATTCATAGAAATAATAAAA
TGGCTAATATATATATTATATAAACGACGAGGGATCAACAAGAGATTGAT
TGTATTACTGTCCTTTTGGAAACGATGCATAAGTATAGAAAAACTTCATA
CTTTGATTATTTATCAAAAAGAATAAATTATGAAATAGGCATCATGTATC
AAGCAAGAGGAGGGAATCGACAGCTGAAATCAAAACACATAGGGTATTTT
TGGGTTAGCGAGGTAATGCCGTGTTAAATGTTTTTTGTTGCACATATGCA
ACCACATCCAGGAATCACCCAAGGAATCCAGGAATCACCCAAGGAATCCA
GGATGACCGAGAGAAATGAGGAGAGGAAAGACGTACAGGAATAAAACTAA
GGTTGTCTAATAGGAACAATTATATTCTTATTAACACAAAAACCTACTCT
GATACATCCATAAAATACACGACTATTTATACTTAAAACGAGGTAAAAGA
CTGTGCTTTACACATATATATACATATAAGAAAATAAAAGAAGTAAGAGA
ACAAGGAGGAAGGAAACATGAATACAGAGTTTACTACTTCAGAAATCATT
GATAAAATCCATGATATGGTGATGAATGACAGAAGAGTGAAGGTGCAGGA
GATAGCTAGTGCTGCAGGCATCTCGAGTTGAAACCCTCTTTCCATTAATT
TTGTGACCACATCTTCTAAGGTGTGAGCTGGTGCATTGTCGTGATGAAAA
TCWCTTTTTTTGGGCCAATCGAGGGCGTTTTTCTTGTAGCTCGTTTTTCA
AACGATCCAATAAAGATGAATAATATCTATCTGCAATACTGAAAAAAATT
CCAATATAAAATTTTTTGGAAAAAATAATTGTAATATTAAATTTTTTAAA
GAAAAATTGCAGAAATCTACAGCCATCCACAGAAATAAATAAAAAATCCA
CAAAATTGGGAAACTTATAATTTTTAGAAAAAAAATTCCAAAAAGAAATT
TTCGGAAATTTTTTCAAATATTAAGTATTTTGGTCTGTTGCATAATTTGC
ACGTATGACCTTTTTTTAAGAAAATAAATCTTTCAAAAAAACAATTTTAC
CCCTATTTTTGCGTAATTTTTTTCTAAATTGGGGGTGGGGCTACAGCCCC
TCCAGACCACCCCTTCAGATGTCTCTGCAGTCTAAGCTCACTTAAATGAT
CCATTTTTATTTAGCTAATTTGTTCTTTTAAGAAGAGATATCGCGTCTGC
TGCAAAGAATTAAAAAAATCGAAATATCTCTTGAAAAATGCGTCAAGTGG
TTAATATATTTATTAATAGATGAAATATACCATCTATTTAAATATCTCAA
GAATAATAATCTGACTACTGTAATAAAATTAGATACTCAATTATTTTAAA
TGCATTTTTATTGTCATTGGTTATTTAAATTTTTTAACACACATTACAAG
TTTTGTTGCAAAGTCTTCTTATGGCTGAGGATCGACTGCACCACGTTCTA
TAGAATCGACAAAATCTAGATTGATCCCTGCAACTCGTTCCTAGAGAATA
GTGATAATGATTATATGACATCTTGGATATGAAGATGATTTAAATACCTC
CAATGCATTGATATGCCTTATTCAGTTTTTGAATATCCAATGCTGTCATT
CCAACTCTATTTCCTAAAATACTTCCTCCAGCACGGGTGGCCGTCATTGT
GGGTCTACCGTTTCTTGAGAAACTATAGTTTGGAGAGTAAATAAAGGAAT
TAATGTCATTATTTAATCTAATTAGAAATGCCCAGGGGTGTCTGCAATAT
TATATTTGAGGGGAGGGGGGATTGGCTTTTATAATCTTTTTGAAAATATA
AATCAAAAATTAATATTTTTTGGAAAAAAAAATTTAAATAAAATTTTTCT
AAAAAAATTGAAAAAGCTAATTGTTAGGAGAAATTTTATATATATTAATA
GAAAAGTAAATTTTTTGAAAAAAAATTCAAAGTTGTTCACAGAAATCAAA
CTTTTGGAAAAAAAAATTCAAAAATTAATTTTTTAATTTTTCAGAAAAAA
ATTTCAAATGTCCACAGATATTCACAGAAAATTAAATTTTTGAAAAAATT
ATCAAAAATTAATTTTCAAATATTAGATTTTCTAGTAAAAAGAAAAAAAA
TCTTAATTTTTTTTTTTGGGGGGGGGGGGTTWTCCCCTTCAGCCACTCAC
TGCGGACGCTCCTGATACCTTACCTTGTCCTTGAATATTGCATTATGGAT
CGGTAATCATAAGGAAGTCCTAAGGTTGTGGCTGKTATTCCATTATAGCA
AWTACTATAGGGCGTAAGAMTTCTAAAGTTACAAAGTGCTATATTTTCTC
CAGATGCTCGAGCTCGAGCAAATTGATAATATCGATTAATTGTTGGAATG
ATATTATTCCAGCTCACTAAAATAAATTGATCCCTATCTGGGCGATTTTG
TTCATGGAGAAAACCAAGTGCATGAAGTAACTCATGAATAATTGTGGCTT
KACTCTGAAATACAAAAAWAATTAATTAAMCTAAGCAGTGTTAATTTCGT
CAGCTACATATATCTAGAGCAAAGACGGGCAACTCACGGCCGGGGGGCGC
AGTGAGGACCTCACCCTCACTCAGTATGGCCTGGAAATCGATCAAGAATA
ATTAAAAAAATAAAGCAAAAAAAACTTGAAATTATACGGTTAACCGATAG
AGGGCGCCATACACAAACAATAGCTGGGCCCAGTCTACATTTTTGCATTT
GAAAAGAAAAAAGTCAAGAGCCATACCCACTAGCAGCGACAAAAAGAGAA
AACTTGAGCTAGAAAATTGCACTTTTCTGGTCAACCCTCTGGTACATTAG
GTTCAATTAATGTAAAAATAATTCATATATAAAATTTTTTGAGAAAATTA
CAAATATTAAATTTTTGGGGGAAAAATTTCAAAAATCTATAGTTATTCAC
AGAAAATTAAATTTTGAAAAAAAAAATCTATTAAAAAGAAAAAATTCCTT
TATTTGGGTGGGGCTMCAGCCCCTCCAMCTCCTCAMCCCCCTGCGGGTAC
CCATATTTTTTTCTCCGCGAAATATTAGACTATACTAAACGGGACAAAAT
GTAATAAAGAAATGAGACGAAACAAAACAAAATGCACACTATTTGTACAC
ATTAACAAATGTTGAACTTMCCATGCAGCCATTTCTATCTAAATTCACTA
CAAGTGTCGCTCTATTTAAATTAAATCCTAATGCAGACGCAAAACACCCT
TCCTTATCATTTCTAAATTGAACAAAGTTTCTTTGACTGCTTCGAGGTAC
AAATGTTACACAAGACTGTGCTTGAATTGTATTCATCGCTCTTTGAATCA
AGGATTTTTCGTTGGGTGTAAAACTTGGTCCAAAGGTATAAGGTACTTGT
TTATTTGGCCAGAGATTGTTGTTACCAAAAATAAAATTTCTGGACATCAT
TTCAGCCTTATTATGCTTGTCAAGCATCATTTTGCAGCCATCTGTGAAAG
TGAAARAAAAAAACAATATTAATTTGTATAGCCATTATCAAMCCTTCCGA
ATTTTTACCTTCAGCCTGGTAAGGCGGAATGAGGATGGAAGCAACTGTCA
GGAGTAAAAGATATGTAATCATCTTTCTTGTWCTATCTGNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAGCATTACATTAAAT
TCATACATCAAATTAGGGATTTATTTTAACAAATGAAAGAAAATTACTCA
TTTAAAATGAAGCAAAATGTAAATTTTAAAATTGATTTTTATAATTAGTA
AATTACACAAGGTATACATACCATTATGTGAGCAACAAAATGATGWGTCA
TGTCCTAAAATTTGTAAAAACAAATGAATCAATCAGGACTGTGGGAAGCT
TTTTAATAGTGTTCAGCATTTCTTCGTTGAATGCCCTTTTGTGACAATAC
TTGAAGAGTTCTTGTCATGGAAGATGGATATGACAGAGCACAACATTTGG
GAAATTAAAGCCACAATTTTATTTGGAGTTTCAGGGCCGTCTAAAGGATT
ATATTTTTGGGGGCTTGGCTTTTGGAATTTTTTTGCAAGAAAATCCAAAG
CTTTTCAATGAAAATTTAATTTTTTGGAATTTTTTCTCAAAAATCTATAG
CTATTTACAGAAAATAAAATTTTTTGTAAAAAGAAATTTAAAAAAAGTAA
TTCTTTGGGAAAAAAATTTAAAAATACACAGCTATTTACAAAAAATAAAA
ATTTATTCGATTCTTTCTTACATCAATTTCCAAAAAGCTTAACTCCAGGA
AAAATTTCAAAAATTAGATTTCAAATATTAAATTTTTGGAAAAGGTCCTT
TTTCTTTATATGTGTCGTGATAACATAAAAACAAACTGGGATTTTTTTGA
TAAAACAGAAAAACGCATTATAAGTTTTTTACTTTTATGAAAAACCGAAG
ATGATTTTGAAAGAGTCAAATACAATATAAAACCACTGAAAAGCTGTCCA
AATAGTTATTAATATGATTGATATTTGTTTCAATTTTTACATGAACATAT
TATATACATGTTCAGTCAATTTGAGCGTCCGGTATTTGAACTTTAAATCG
AATTTTGATATCATTAATACTATCATTTTTAGTTGGTGAGACTTGTTCTT
AACCAGTTAATCCCTTTCTTGTTTTCATTATTCCTGCAACGTGAATAATT
ATACACTCTTTGCAAATGTATAATCAATAGTTTGGGCATTGATGACGTCA
CTCAAGTTATTTCATATTTTTTAAATCAGTTCGAATACTGACAGTCCGAA
GTGTATACATACGTAGATGATATGAATTAGTCCTTATTAAGCTGCGAACT
GTCTGGCCTTTTTTAAAAATTTATTTAAGAGGAGAAGTTGAGAGATACAA
AAATTTAATGTTATTATAACAATAATTCTAATAATAACTACTAGTTAGGG
TCAAATAGTAATAACATTGTAAGTATGTTATAAAAGAGGGAGTTGTCTAA
TCTTTATTCTCCCCCACGTACTGAGTTGCTCGAACAGCTGATCAAAAGAA
GTTTCGTGACGCCTAAAACGTCATAAATATATACTTATTTTAAAATATAT
GTTTGAAGACTTTTTCTTAAAATATTAGAAAGAATGTACCCTAATAATGT
TTTAGGGAGCTTAAACTATATTGGCATTACAAAAAAATCATGAAAAAGTC
CCAATATACAGATTCATTTAATAGCTTAAAATGACCTCCGAATTGGCTTC
GACTTTTTGGGCCAAAAATGACCTTTTTAGTTAATAGATAATTTTTTTTT
AACAAAAGCAAGCTTGAACTTTTTCTATTCATTAGTAAAAAAAATATATA
AATTGATAGACAGAATCAGTTTTAAAGAGATGAAGCAATTTGTAGTCGCT
AATAAATAGAGTATGTAATGAACTGCAGATTTGCATGGTATTTTGGGCCA
AAAAATCACACCTTTCAGTTGACAAATAATTTTTTTTTAATGCTAAGGAA
GCTTGAATATTTTTATATTCATTAATGGAAAAAATATAAAAGTTGATTCG
CGGAATTAGTTTTATGAGATGAAGAAGTTTGTAGTGGCTAATAAATAATA
AGACTATATTTTTATCTTCAAATCGGCTTCGACGTTTTTGGCCAAAAATG
ACCCTTCTAAATAATAGAGATTTATTTTACTCTAAGAAAGCTGGAACATT
TTTCTACCCATTAATGGAAAAAAGTATATATAAAAATTGATAGAGAGATC
CCAGGATCGAAATAATAAAGCGATCCATTCCTCTTTAGAGTGGAGAATTT
TAATATTTCAAAATGAGATCACTTAAAAAATACAAAATGGAACATAAATC
CTTGGGGATGCATATTGTTTAAATCGATCTTTTTAAAATTATACATTGAA
TATTTTTTTATGATATTCCTCATCACTATGTATTATGAATAAGTTATAAG
GGTATTTTTCAGCCTAAAAATGGAAATATAACGAGATCAGAACAATATAC
AGAATCATTAAAAACATTTTTTAATCATAAAAAAAACAAAAAAAACAGTT
TTACATAATTTTATTAATGCTTCTTTTAATTTGGGGATTGGTATAAGGGT
AAAAAATGACTGAACGATAATAGTTCTGAATAACTAAAATCCCAGATAWT
TTCAAAATTCAAAAAAACTGAGAAAAACTAAGATCCGTTTTGGATTTTGC
ACTCATAGATAAATTCAATTATTGTCTTCAATTCATTTGAACAAATTCCC
CCCCAMCCCCAAATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAACTGTTCCA
GTCCACAGAACCCCTAGAATTTTGCTTACTATGTTAGGAATTCCCAATTT
TTTAAYCTARAAACATAKATTMAATTWTKTTCATGTATAAGATAATTTCA
CTTTATAATTTAATCAAGATCTTTTAATCTTTCATAACTCGTATCTAGAT
AGGTCTTATTCATATTACACTCGTATTCTTGTAGATGAATCATCCCAAAA
GATTCGTAGTTTCATGTTTCTTAATTATTAACAGATGTAACACTTTATAT
CAAATGTATATATGGATTTACCTACACCATTTAATCTAGGTATAATTGAT
ATATACAGAATATATTTATGTATAATTGAGATTGATTTGAAAAGGATAAT
TTAAGGTAAGATAAATCAGCATAATAACTCATGAGTCAATATTAAATAAT
GATAATGATTTACCACGCAATAAGATAAGAACAAACTAATAAAAGTTCAA
AGCTGCAATATGACAAAGAGATCAATCATATTGTAAAAACCCTACTTAAA
TCCAATCACAATGATTCTGTTCAAGTGCACTTTCGTTCGCGACCAGCTTT
TGTATGTGTTACCGGCAAAGTATGAAAATCCGGCATTATATATAATACCT
GGGTAATGTATATAATGCCTGATGATCTCAAGCAAACTATATAATCAACG
ACATTTTATACATTACCTAAGTATTATATATAATGCCGGCCTCATATGTA
AACAAAGTATGAAATATATATAAGTTACATACTATAAATAAAAATACAAT
ACAACAGTGCATAGGTACTTGTGCTTTGTGCGCGTTAACTTATTTCCTGT
AATCAATAACATATTTCGGTTACATACTCATCGAGCTTGCATGAACTAAA
GCATTTGAATTTGGACAAAGGGGGGGGGGAATTTCTTTAAAATATAACAT
TAATTGCCCCAAACCTATTTGAAGATGCAAGAAGGGGGTTTACCGTACAA
ATTGAAGTTTTTATATAACCAACCAAGATAATTTGGGTTTGAATCTGTAC
AATGAAACTGTCTCTAGTAAGAGCCAACGTTGCTAAAAATAGGATTTATT
TTTCTAAAACTAGATACCAAATATCAATTATTGATGAAGTGAAAAAAGCG
AAGGCAATCACTAGGAAGACAATGTGAGCACTGCCAGAAAAAAAGGTGCT
AAAAGATTTGGCAAGGATTTACCAAATGTATATGCAATACAAAATGCCAA
AATAATAGGTGCCTTTGCGTAAAAAAAAAGTTAATTGCAATTCAGAATAT
CATTCTAGTCTTTCCAGCTGCAATAAGTCATATGTATAAGTCTGTTTCTT
CGAATGTAACAAGATTTTTTAATGGAAAGATGTATCTGTGTGTAACATCT
GAGTGTCAGAATAGTTTTTTACAAATAATATAATAACTTGTGCCATTCCA
GTTTTTCCATTTTCAGTCTCAGTTTTGCTATCATTTTTTTTTTGAAAATA
ATATTCATTTTTAAGGTTTATTATTCCAAATGCCTAATTCATAATAAAGT
TTTCTAATCCCATTTTGTCAACATTTAATACTTTGTCTAACCAGTTACTG
TAATGTAATACATAAGGAAAAGGATAAAAAAAAATCATTCATTAAATAGT
TTGTCTGACACCATCAGGCATTATATACATTKCCTAGGTATTCTATATAA
TGCCTAATTATACATATCGCCAGTAGCATATTCACTATCAACCTCGACTT
TTTAAGGAAAAATTTGAGAAAAAAAAACATATGGTAGCCACCTCTTCTGT
GCTTTTCTTGTTGACAACTGGTAATTATTATATACAGAATATTTATTCAT
TATTTGACATTGAATTGACAATCTTATCAAAAGAAGTATCAATGATAGAT
TATAAAATTACACAAATTATAAACGAAGGTTCTTGATTAATTCATGAATA
AAATCCAAAATCTTTCTAATACCTTTTTTGAGTTCATAATACGTAGAGTT
GGCTGCTTTGAATAATACAAGAGTCAACTTATGAAAATTAATGAAAACAT
ATGAAATCGAAAAACAATGTATCTTTGTACTGCTTTCAAAATATCCCTTT
TGAGGTACATCTAATGACCGACTTTAATTATTTGACGTATACAAATTTAT
CTTCCCTTACAAAATTAACCTTCTGAATTGAATTAAAACTCTGAATTTAT
GGAAGTTGAGTAATTAGTGCAATGCGAATATATATAAGGTGTGTCGATAA
GAGATTTCTTTGTTTTTGTTTTGAATTGTACTGGCTATTTTGTTGACATC
ACATTTTAGGAGGGAAATTCAAATTTATAAAACAAATTGTATTAATAAAT
CATATAGTATTTATTTTTGTTACTCTACAATACTATTAGTGTAAATTTTT
ATCTTCCAACGATTACGGTACTAAAATTATTTTTAAAAAATAAATAATTT
AAATCTGTTTTTAATAAAAAAAAATTAGGTCAGAACATACATCTTCAAAT
AAATATAACCATCATTATAGCAAAGAAGTCATATTATTATATATATTAAG
AATAAGTGTATATTATGCACTAAATATGAAATGCTTAGGTGAAAAACATA
AACTAACAATAAGATGTTAATGTGTAATTTTTCTTAAAATAATAAATATA
GAGTTCAATTTTGCTAATATAATCGAATATGATGCCTTGAATAAGCCTTG
TGATTTTGACTATTCTCTCTAGAAAGAAATATATATTTTAGTAATTCTAG
ATAAATCTAGTTTTCTAAAGCATTCCCACTTTCATATGGCTTGGAATAGT
TTGTAATATAGACCAATAATAGTTCTTTAACTAATAATAGAAAGGTTTTT
TAAGTTTCTACTCGCTTGACAAGAATCTTAATAACGAAATAGCATTTGCA
TATTCAAAATAAAACTGAATGAATCAATAAGATAAATAAAATAAAATAAT
GGAGAACTTATATATAGGAAATTTAAATTGTGAAGAATATTACTGATGTT
CTAATTATTTTTATTTCCTCAATTAATTCTCAAACAATCGTATTATTATT
TTGATACATTTTAAATATTTTCTTCAATCAAACAACTTATAATCAGCTGG
TATGGCACACATTTAGTAATTTATTTATGTTGGTAAAGATCTTTGATCTT
CGAGAGAGTAATATTCCAATATACTAACAAGCAATTTAGGTACTTAGAAG
AGGATTCACGAGTCCATAAGTTTAGAAATTGATACGACATTTAAATATTC
TAAATAAATCTACAGGACTTAAGAAGTCACTTATATTTTGTAACACATAA
TCCCTTAACAGTTCCCAATAACAATTTATACGCAATAGTAGAATAGAATA
TGGTTTGCAGACAAAACTATTGAGAAAAAAGAGGCATATTATCTTAAAGA
GTCTAGAAACATCTTACACTTGTTTTCTAATCACAAAAGAGACACACAAG
TAATAAATAAATCACTAATCAGGGGTGAGGCTTAAAGTGTCCAAGTTATA
TAATTATCCAAATAGACCATAGATCACAAACTATAGCTTATAAATTTAAT
TATTATAAAAGTAATTTAGGTGAGTTATTTCTGCTTGATATACATTGACG
ATATTATGAAATAGTTTCCTATAGTTGCTTAAATTTATGTTCTAGTTACG
CTTCTGACAATCTTGCTGAGGGGGAGCTTGAATTTTTCAAATTTTAATTT
TGGGGAAAAAAATTGAAAATTTAATTGATTTATTCCGAATCATGTTAGAC
ACATCCTTGCTTAGTGATCTGGTCCTCACACTTATTTTTCTTCTCTTGGC
TAGCTTCCTGGTAACATTGCAAGTCTCCTTGCKCAGTTTTCTTCTTCTTC
TTTTTTTTTTTTTTGCTCTCCAAATGGTTCTCCTGCTGACGTAGACTGAC
TTCGTCTATGATTTTTTGCATATTTTTTGCGTAATTATTCATTTTCGAAT
TGACAACCAATACCTTTAAAAAATAAATGTGAGACTAATTATTCTACAAA
TAAATCATTAATATGAATGAGATATACTCCTATAACAATGAAAATTGTTT
TCGTATTACAGATGTCAGGAATATTTATATTTTTCATTCATAAAAGTGTA
AATATGTATGCAGCAGTGACGAATAATTATAAGTGATAAAATTCAAAGGC
GTCCGCAGGAATATATTTTGGGGAGGGCTTGGTTTTTCGAATTTTTTGGA
AAAAAATTTGAAAAAAACTGCAAATATAATTTTTTTTGAAAAAAACTGCA
AATATTTAATTTTCTAGTAAAAAGCAAAAATTCCTTAATTTTTCTTTTTT
TGGGGGCCCCCCTGCGGACATCCCTGAAATAATGTGTATTTTGGGCATTT
AAAAAAAGAAAACTAAAATCGACATGGTAACCATAACAATTTGAATATTT
TTTTGGAGGAGAGCTGCTTAGCTGTCATGACGATTCATTAGATCATCTAC
AATAATTGAATCGGTTCCTTAGGTATTTTTTTATACGATGAAGGACTGAG
AATGATCGTTCTGCTGACCTCAGGAAGTTTCTCTGTATAGAGGCAAGAAT
ATTTGCTGCTGGGGATGTTACGTGAGGTCTCTTCTGATGGGTCTATGGCT
ACAATCATCTATAACAAGGGYGAAGGGAGAGAAAAAAATAAACAAGGNTA
TTGGTAAGAAATACTTCGATGTCGATCTTCAATTCACTCTGAGTCCAACA
AGGACTTGCATTCATAACTCCGCAAAAATCATCAGGGTTACTCTCCCCAT
CGTTTATGAGCACACATTAATGTTCAATCAGGGAATATTGTTGAATGTAA
TAGGAAAGGAAGATGACTACTTAGTCTGAGTTAAATAATAATAATAGCTC
ACAGAAAGAAAATTCATTCTCCAGTTACCAATTCTAAAAAAAAAATGGAA
AGCTATAAAATACATTGAATTTTCTTCACTACTAATAGTAATAAGGAGGA
TTTGTGAGCGATCGCTCAATCACAAAAAAAAAAGAAGCTGTTTCATCCGA
GCCGACTAACAATGTGAATCTTAATATTAATAATTAGAGAGAGGAGAAAA
AAAATTTTATCACAATTTTCAATAATCCTATATAAAATATTATTTTTTGA
CTTACAAATTTGTTAGCGTGAAAAAAGTGTTTAGTAGTGTAAGTCGTCTG
TAGAGGATAGGCTAGAGGGACTGCAATACCCCTAAATCGATTAATTTTGG
TCATCCATACATCGTTATTAAGTTTTTAACGTGCCTCAAATATTGTTCAT
TTTAGAATGTGATCAATTATGTTACACACGATCAAGAGTTTAAAGCTGAT
AGTGTTTTACGTTTTGCAAATGTTGATGGACCTAGGAAATCCTTAATTTT
TTGTTAATTTTTTTTTCTCCCTCTAAAAGAAGAATTATCGCATCTTTGGT
GTAAACTGATTTAAAAACGCATAATAAAATTAATATACTTGTGTACTAAT
GCTATTTTAAATGTAGAAGTTTCTCCTCTTTACACCACTAAATTCATTTT
CTCCCTCCAAAATCATTAAAGAGGCACCTGATATTAACAAGGGTCTTAAT
TTGCTTCGTCTAAAAAAATATATATTAAATGTAAAAAATTTCAAAAAAAG
TTATTTGCTCAAATTTAGTGTCTCCCAAATAAATTTAACTCTAAAGTTAA
AAAAAAAGTTTTTCAATTCTTTCCCTTTCCCCCTAAACCAAAAATCTTAC
GGAAACACCTGCACTTTCAAGAAAATAAGTTTAAGTCAAATTTTTTTTCT
TAACAAATCCTCACAGATTTTCTAATATTTTTAAGGGATATATAATTTTT
TCTTGGAGCAACCTCAATTCTTTCTCTACAACCATGAAAAATTATAAATT
AAGGAGCATTAAAAAAATTAAACGTTTTTAGCTATGAACAATTAAAATAT
TTAGCCGATTTTAGAAGTATATATGTCTGATTTTTCTTCAACCCKCCTGC
CAACACTAGATATCAAATATGATACCCACGTCTGTTTTGGTAGTGTTCAC
TATATCAACGAATCGATTACTCATTGTAATTTAAAAAAATAAAGAACACG
TTTTTCAGTCTATAGTAGGGTNTAAAAAATAAAGAACACGTTTTTCAGTC
TATAGTAGGGTGACAGTTATTTAACTATTTATGCAAAAATAAACTGTTGA
TTCCAATTGAATTCAACTAAATTTGATATTATATCCAAAACAGCTGTAAT
GTGTGCTGTGTGTCATATTTGTAGAGGATATTTAAATAAAACAACATTTC
TTTCAAAAAAACAATTGGTACAAAATTTCAAAAATTTATAAAATTATTTC
AATTTTGTCAATCGTATTTTTTATCAAAAGAAATGTTTTTTTAACTCTAA
GACCTTTACTTTGGAATAAAMGACACCYTAATGCACAGCTTTATGAAGAA
AGGTTTAAAGCATGACACGTGCAATATGGTGGTTNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGT
TGGCTGATTATACTAAGCAACAATATTTGAACTTTCTTAGTGGTRGGGGT
TTCATGATTATTTTTATTTGCTTTTATGTCAACCCACCTGGCAACACTAG
ATATCAAATATGATACCCACGTCTGTTTTGGTAGTGTTCACTATATCAAC
GAATCGATTACTCATTGTAATTTTAGATATTGTTTTTTCTGGTTATTAAA
ATGAATTAAATAAACTAATGAACTTATAAACAAATGCAATCAAGAAGTTT
CTCACAATATTTTGATGAATTCCAAATTGATATAAAAAATGAGAACCTCT
TCGTTGTATTTCTAACTTAATTCACGAAATGTAGTTCGAGTTTATCGATG
ACACTTTCATGTTTAATCAAAAATTTAAAAATGACCATACTTTAATAGAA
GTTTTGCGAATCAGATGCATCTTAGATACTTTGTAGTTGACACGTATATC
GATCAAAGTATCATATGTTATTCAAAATTTCGTCAGATAAAATTTTTTAT
TATACGATTTTATATATTTAATCGTGAAAAAAGTGGTTTTGTAACGTTTA
AAAAAATTACATTTAACTATATTTTGCTTGCACGACAGTCACTAATGTGC
TCAAATTGAAAAAAAAAAATACTTCTTCTAATTGGTCAAATGGTGTTGCA
TTGATTAAGTATAATATATATTATAGTATTAAAATTACTCTATTTGACCT
ATGAATCGTCGTCCCCTTCTCTGGGAGTGACCGTGAATGGAATTTATGGA
TGTAATTTATCCCTAGCGTGTTACCCACTGAGCTACGTCGCTGCATCACA
AATTTATTTGTTCATTGCATTTTCTCTCCTATAGTACAAACAATAAACAT
TTTAGAATACAAGAACGATAGGGAAAGCAATACGAAGCTGAAGAAAGGAT
TTCGATTGTGGTGGGYATAGTAAGGTTGCAGTAGGTTAAAATCTTCAGTC
TGTAGCAATAAACATCAGCTATAGGCGGCAAGTGTTAGAAATAAAGATAC
TGTAAAACTTTGATATACGAGTGTCACAACATATGAATTTTTATCAGGGT
ACAAGCTGGTGGAGAGTTGTTGACAGAACGCGAGTTCCATAAAGAAAAAT
ATAAATAAATGTAAAATACATAAAACATAAAAATATTTGACGCGTCCTCC
ATGTTCTTGACATACCTATTTATTTATATTAGAATTTCAATGTTTAGGTA
CACTATGACGCCACGATTGCGTCAAGTTCTTTTTTACATAATCACTCTAT
GTTTCATCTCTATGGCAAAAGTAGATAAACCGTCACCTGACATGAAAATA
CATTTGAGTGCTTAATTTTTTAGGGATATTATTCTGTTAAAAGTTGTATT
GTTAATATTTCATTTTACAAATCTTAGTTACAGTTAGTAATCTATTTTTT
TTTCTTCTTCTTTTTAATTGGAGAATATAAATAAATATAACAATAATCCA
TATGTCTGCAGAATGTAATGATGAACAAAGATTTGGAATTTCAATCTCAA
AATCTCAATCTACTGAGACACTTTTTAAGTTCAAACTCCTCTTTTTTGCT
CTTTTTCTTCCCCTTTCTTCATATGGGCTGCTAATAAATTGACTTTTCTT
ATAATATCAATTAAAAAAAGAGCTATATCCTCGACATATTGTGATGGACT
TATTTCAAATTTTCAATGATGTAAAGCAGTTTTGAAGGCTTTTATAGCTA
AAATTTCATATTTTAGCTATTAAGGATATATTTGTACACTTTATGGATGT
AACTATTCTTATCGGAGATGAATTTCTGAAGAAAAAGCACTGTCTTTCGA
ATTCAAACAAATGGGTTTGAAGATCTTTAAACATAAGGCTTTTATATATT
TTTGATGTTGAACAGTGTAATTGGATACTATCAATAAGCAAAACAATAAT
GTAATTTAAATACTATTGATAAATTATAAGCTTCCATAAAAATAGTTACA
GACAAAGTACCTCAACAATTTGTTTTTGTTTAATTTTTTCTTTTGTTCTT
ATGGCAACATTTATATGCATACTTTCTATGTATGTATTTAAATTGTGCAT
TGGTATTTTATTTGCCAGATATAATGTTTTTATTCACCTTTTGAATAAAC
TTGTATTAATATTAAAAACAGTGTGGAACAAAACAAAAATGAATTAACCA
TTAATTTATCTTTTTCAATCAAAATGAAGTAGTCACGATTCATGACAATA
AAGAGCACGTTTTTCAGTCTATAGTAGGGTGACAGTTATTTAACTATTTA
TGCAAAAATAAACTGTTGATTCCAATTGAATTCAACAAAATTTGATATTA
TATCCAAAACAGCTGTAATGTGTGATGTGTGTCATATTTGTAGAAGATAT
TTAAATAAAACAACATTCCTTTCAAAAAAACAATTGGTACAAAATTTCAA
AAATTTATAAAATTATTTCAATTTTGTCAATCGTATTTTTTATCAAGCTA
ANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNGGCTGATTATACCTAGCAACAAAATTTGAACTTTCTTA
GTGGTCGGGGTTTCATGATTATTTTTATTTGCTTTTATGTCTAAAATACA
AAAACGGTACATTAAATTGTACACAAATATCTCTAGTTTAAAAAAATATT
TTCAATATTCTTTTATCTTGTGTTGAATTTGAGAAAATCACTTACCGATG
AGTTCTAATGATGTTTTTCTTTTGAGTCTTAGAATTTCCTCATTTCAGGC
TGAGTCGATTAGAACCTTTAATTATAAACATTTAAAAAAAAAGAAAAAAC
TTTGAAAGTGCCTTTTATTTAAAGCCTAAGATATAGTTTTAAATAGTGTA
AATGGTTCCAGATTCAAAAAATATTTTAATAATTTCAGTCTCTCTTTATG
AATCGGAGAAACTGCCTTGTAAGTAAACAAAAAAAAAATGACTTTCGTAA
ATATATCAATTAAATTCACTATTTTTGATCACAATGACAAAAAATATACA
GGGTTCCAAAGCAAAGCATGGACTGAATGACGGATTTTTAGAAAAATGTC
AATAATTTTGATTTTTTTTTTTAAACTTTGAGACACGACCTTTGTGAACA
TGTTCACTCAATATGGCCGCCCTCAGCAGCAATNNNNNNNNNNCTCCACA
CGGAGGCGGAAATCCTTGCAAGAGTTGATGATTAATTTCTCGGACAAGTT
GATCCACTCCTTAGCAAGGGCAGCCTTCAGGGAGTCCACGTTCGGGTGAG
ATGTCCGGTTAGTTTCCTTCTCCAAAGTGCCCCACATAGCAAAGTCCAAC
GGGTTCAAATTTGGGTTAAGATGATGGCCACATGTCCTTGGGCTAAAAAT
CAGCCATGTTAACCGGCATAATCTCGTAAGTTCTGCGCCGACAACATGGT
TAATGTTTGGCCACAGGACATGTGGCCATCATCTTAACTCGGATTTGAAC
CCGTTAGACTTTGCTGTGTTGGCACTTTTACGCCATGCACATATTCGTGA
TTTTATTGAGTTGAACCCGGTTTATACTTCGAGGCAAGGTCTTGAATAGT
TATAAACAAAACTCCAGCAAAATGTAAATAGKAACAGTGAAACAKCAGCC
GATAATATGGAGAGACGTCGAGTCTTAATTTTGGAACTTTCCGCGCGGGG
AAAAACTCCCACTGAAATMGACAAGGTTCTGAKCTSCAGCCGCACCACTG
TTTACAGCGTGGTAGCCAAAGGGACTCCTGAGGCGACCAAAAGATCTAAG
TCAAGGTCTCGAAGGTCGGACGAAATGGTTGTGCCGTGAAAAAGTATGTC
GAGGAKAAGAGAGGCAAGGTCACAGRCASCAGCCTCTCCAGGGAGTTCAA
CGTCATCAGAAGGACCATGGACCGGCTGGMTAAGAGAGATCTTGGCCTTA
AGGTCTGCAAGAGAACCCCTCGTCAAGCCCTCAAGCCGRAAAATTTAAAG
GAGTGTTCAGTTTTAGACGCGCACACCTTTATATTAATATATTCTATAAG
TCTTCCCCATACATACGAATTTTTGAGATTTTTATTTTTTACAAAATTCC
ATGTTTTTTCATCATAAAAAAACTTTTTTCGTATAAAATAAAATGCTACA
CATAAAACTTAACGGTTAAACTACTTTTTATATAATGGTTATAAATATAC
ATAAATCAGTTGTTGCGCTTAAAAAACCTATAACAATGATAAAAATAGTT
TTACTTAAATTATGTTACTATAAATACCCAAAAGTGAACATGTATTTTGG
GTAATCACAACTGTATTATTTTAATTTACTTATAGCACTTTTATACAATT
TTACTCTGTATATAAACTCTTATTATGGTCTTAATGTATAAAAGTTATGT
GTGCCTTGTCAAATATTATTATTTTGTAAATCTTAGTTTCTAGAGATATG
TCAAGCTGGAATGATTAAATTTTAGTAAACATTGTAGTACAACAATTACT
ACAATTGACCAAGGGATTATCTATGAAGTTCATATACATAATCTATATTT
TCTTCCTTAGGGGCAACTGAGTATCAAATCTACGCTCATTGAGTCAAAAG
AATTCTCCCGGGTGCATTGTCCATTGAGCTACGTCGTTTCATTTTTTTGT
TTCCTTGCTGTTAAAAAATTTCAAATAATTGTGCTCATCAAGCTTGTTTC
CGAAATAGTTTCTAAAAACGAAATAATATATAAATAGAAATATACTCACA
TACCAGTGAAACATATATATTCCAATAAAAAATTATCATATTTATCTTAA
TGAATTTTCTTCTAACTTTTAGAGGTATCGTATAATTTTGAATAATTAAA
CAGTTTTTTGGAAGATGTAAAAAGTATATTATTAACCCTCATAATTTAAA
AATATAAACATCCAATATTGTAAGAAAGTGTTTGATATTTTATTTTAAAA
TAAGTGATAGGGATACGTCAAAAAAACTACAACTATTAAATTTATGTAAC
ATTATGATTAATCGTTATACATTATATAATGTAAATACATTTGGAGAAAC
AATAATATTTTTGCAAACTTTTCTTTAAGATATCGGGTAAAAACTGTTTT
TGAGGGGCAAAAATAGTTTTTGAGGATCATTATTCTTATAATAATACAGT
CAGTCTTTTTTTTCTGTATCTGATGTCATTTGAATTATTGGTTATTTTTC
TATCTAAAATAGATAAAAACAATATAATAAACTAAAAACAAGTAAAAAAA
ATTGAATTTAAAATATTTGTGATGTTTCATTTTCTTAAAGAATGATGTTG
AGTCTTCTTTAAAAAAATCATTTTCCAATCCATGTTTAATGGACTCTCTC
AAATAATTAACCGTGGCATTATTTATTCTTCTTAATCACTTGTATAATTA
CACATTACATCAAGCATTTTTAGACAAACTAGAGCACTAAAAAGTTTATT
ATGTGTTAATTTTTCCAAACTATAATACCGATCGGTGATTTATAATATCA
ATGTTTTCATATCTTAATCTACTATAATAAATGGAAATTTAATAATTCTA
TTAGTTTATTATTAATTTTATCTAAAAATGTTATTAATTATATTATTTTT
TTTTAATTTTTAACTCAAATTTGATATTCTTCACTATTGCAACATTCCTA
AACCAAACCGACAGCTCCAACATTTAACGAGTTGCATTCAACTGCAATTT
GCTAGAAACTATTGATTTGTATTACCTTTACATATATTTAAACAATAGCA
AACTCATGTAGGTATGTTGTGTTGAAATTGAACGAGTCTAAGTCAAACCA
GCTTGGAGCAATTGAACAAAAAATTTGTGTTCCTACTGTCCCTTGAATCT
CCGATTGTATACGCTAAAAGTTGCGTTGATATCACGCAACCTTACATATA
CGAGGATTGTCCGAAAAGTTTCCGACCTAGAAAAATACAAGACTGTATTT
GGTAACTCTATACACTTCTCTAGTGATGCTTCCATCCCTGAAACCAGTTT
AAATAGTACTGTTGTTTTTAATGACTCTGCCCTTACATGTTTCTTTTTTC
TCACATTTCCAATAAATGGTATTGCAATTTTCTTTATGCTGTTAAACAAT
TATTTGAATTGAATTTGAGTCAATTAAGATACTCTCTAAAAAGAGCACCT
GAAGAAACATTCTTCAAAAGCTCACACTCTACTCGGAGGAAAGAGATCCC
AATACCTTTAGAGACTGCCTCTTAAAAACCGACAATATTTAAAAATGGAA
TATTTATTTATTTTTAATACTTCCTTTGATTCTCTACAAATTATTATTTT
CAATTTTTTTTCTAGTCATATTGTGTATTGAACTACATTAAGTAGATAAG
CAGATGAGAGACTATAGTAGGGGAAGAGTAATGACGGGATTCACTTGTAT
TTCCCGCTATTTAAAGATTCATGATTACATAGTTTCTAATCCATAAATAC
CATAAATCATTCATATCCGTCTCCCATCCAACATAAGTCATCACTCATCT
CCAGTGCCCAATGCCCAACCCTCATTATATAGCTATACACAAAACAACTA
GCTAGGTTAGAAACATAAGCCGTTTGACGTCATTAAATAGCCCTCTTCAA
AATGTGAAAATGAATTTTACAGGGAATTAAATTACTAGGAATGAAAAAAC
AGGAAATGGGAATAAAATTATCAGTCACGATAAAGGCTATAGTTATAGCT
GCAATTAAATCTACTAACGAACTAAAAATGTTCCTAAAATTTATTACAAA
TAAGCGAATAAGTGAATTTTTTGTAGTGTAAATTTACATTAATCGGATCA
TAATAATACAACTAAGGTTACAAGAGACAATCATAAGAGTATTTTTTTTT
TTGGGAGGGGGGGGGGGGGGGAGTTGTGATGATACTTTTCCAAATATTGC
AAAAAATATGTTATAAAATGTACCAGAAATTGGAAATAAAGTTTTGAAGT
TTTATCATTTTGTGGCAAAATTGACGTTTCATGATAAAATGAGAAAAAAA
CGAGAGAAAAAAAAGAAAAATTATTCAGAAAATGTCAGATATTTCAGTTA
AACATCAATATTTATGAGCCAAATTTATATGCAAGCAAATCTACAGACAA
ATTTCTACAAACTTATTTTATTTAAAAATCCGATATTTCATGATATGCCT
TCAAATTTTTTTGTTTTTGCATTTTCCTAGTTCCATAAATTTATTTATTT
TTCGTAATTTCCACATGAAAAAATTGTCCATTCTACATTTTGTGGGATCG
ACGTTTTGTACGTTTAATATTTTGTCCTACTACGTTTTGTATTTGGACGT
CATGTCCAAACATAATTTATTAAAGATATTATAATTCTTTATTTTATTAT
TTATGATCAGCAAATATTTCAATAGTAGGTCAATAGTCTCAAAAATTTTC
AAATTGCCAATTTTTTCAAAAAAATAGTTAATTATTCTTTAATTATCATG
AAAACTGTTAAAGATACAGCTTTTTATATTCCATAACTTTTTAAAAATGA
CTAAATTTACTATAATATATAATACTGTTTTATATGGGTAAAATTTTTTT
TAATTTGAGTAATATTGAAAAAGAGTTGAAGAGAAAAATAATACATATAT
AACATATCGGGCAGCATGTTTTTATATATATTTGTTTTTCCTACAAAAAA
TCCAAATTTCATGAAATATTTTCATATGGTTTTAGACGGATAATTATTTC
TTTTATTAAAAATAATACCATTGTTAAAGTGTATATTTATAGTGGATTTT
TATAATGATAATTTCTTTATTAATATATGATAATTTATATGATAAGAAAA
AATAGTTTCTACTTTATCCAGCATTATTATAAAATTTGCAAATTCATAAA
TGGTTATCTTTTTTTATTGGGAGACGATCGAACATATCTTTTCCAATTAG
ATTAGACATAATTTTACCACTCCATTGGATTACCAGACGAATGTAACATC
GTAAATTTGTTTTAATATTATTTTATTCTCTTCATCTATATTCAATTCTC
TTACTACATATAGTACTTTGCTTAAGAGCAAACTCATTAATGTTTCCGCC
CATACCCTTGACTGATTCTGCTAATATAAAAACAGTTTTTTGATTATACA
CTTTTGTGGGATCAAGAGCTAATGAAACTTCTCAAGTAATTAAAGTTTTT
CTTCCTCTTCTAAAATTCAATTGAGTATACCGTAGTTCTACTTCTTCCTT
AATATTTTCCCTCTATAAATATGATACGAGTATAGTTCCATACCAAATGG
ATTTAAATTGTAAGCAAAAGGACTTCAGATTATGCATATCAGAAATTATG
CTTCATAGAGGACGCTTTGATATTTAGGACACCTCTGAAGGACCGATAAA
TGGGACTAATGTAACATCCCAAATTAGAGACATATACAAGTTAAATAAAG
AATCATGTTTTTTAGAAGAAATATAGTAAAAATAATTGCACGCAACGACT
TATTTATGTTTTAGTTATCTCTTTAACTATTATACATTGTAATTCATATT
ATGAATATTTTTTATCTGAATACATTAATCTATCTTAGAGTAAAATTATA
GAACATAAAAAGCTGTACTGTGAACTTTTTTCACAATAATCAAGGGAAAA
GTAATTTTTTTTTGAAGAAATTGGCAATTTTCAAAACTTTGAGGCCGTTG
AGTTACCTCTAAATATTTTTCAATTTAACTGAAACTGTGCCGATTGTATT
TTTATCAATAGGAACAGATTTTAAGGCGGCAACACGGACATTTCAAAAAA
AATAAGAAGAAGAAGAAGAAACAATATAACTTGTCAGTTATTTAAAGTGT
GCCTGTTAGTAAACGATATTTGAACCCTTTGTCAGGAGAAGTTAGGAATT
TAATTTTTATAGCAATTATACAATCTACTGGGCTTCGTTGGGATATATTT
TGTCTTTTTAAATAATTTTGGAAGGGCAGAAGGGAAGGGCAGTTTTTGAA
CATTTCCATAGGAAGACCATTTAAATTTATAAAAGTTTTGATCTCAAAGG
CACAATTGGTTTTTGGAGATTCGATAGGCCTTTAGAGGCAATTTGATTGA
TGAAGGACTTCGAATATAATCAGAGCGATACCGGTGCATATGATTGTTAT
GTTCATTTTATTTAAACTTTCCCTCTTCGGCATCTCCCACTTCAATGAAA
GTTCATATTTTTCCAGAATGCTTTTAGATCCATCACAAAAACTTTTTATT
CGAGCTGAAAATCTTGACAGTATTGATAATATTTTTGAGAGACCATACTG
TGGTTTATCTAAAAATCCACTACTTTCCCGTATCAAAACACGATTAAGAT
ATTCCTGAGAGAAATGTTCCCTGTACTATAGGTTACGAATCCAGATGCTA
GAGAGAATCTGCAGTGTAAAAGGAACATAATCCATAATTTTTTGTTTAAA
AAACATTTTTTGAAGAACACTTGTTAATGCAATAAGCGATGATATATGAT
TAATTTATATGGATTGAATTTTGCATCATAAGAGGACGTAAATTCTTACG
ATAGCTTTTTGGGAATTAAAACTATTTTGCTTTCGGTCCGAAGTCGGGAA
AAAATCCTAGAGCCAATACCTTTTCATAAAACAGTAATAAAATAGGACCC
AAATAAAAAGCAAACTTTTTATAAAATTCAAACGTAAGCCGAGATTGACC
AAGTGCCTTGTTCATTTTAGCTTCCTTGACCGCTGACTTGATTTTGTCAA
TTCAGTTTTAATTTAATTGTTGTCATCATAACCGATCACACGCTTGTTGT
CCAATTCACATCTCAATTTCTCGTAAAAATCAGCATTGTACATTTATATC
TTATGCACAGAGTAGAATTTTCAAAGTCAATACATCTCGAACAGTTTCAT
ATAATAGGATAAAATTTTATTGCATAAAAATATAGGATCCCTGGATGTCA
CACCTGATTCCACTATTAAGTACAAATCATTGTTTGAGTTTCTTTGACTT
CCTTGTTTTAAACAATACAACCTGGGGTTTGATGGATCATATATATGCTC
TATTTTGAGCTTGACACAATGAAGAAGATTTAATATATTTGATCTATTTT
ATAATATTTTTCCGGAGGAAATATTTCATCCTCATTGATATTTTCAATTT
GATTAAGACGTTTTCGTCTAATTTGGCTCCAGCTCTACGAAAAACATTTT
TGATTAGTTTAATCATCTTATGAAATGCCTTGAAAAGAACGAGATCGATC
CTTGAAGATGCAAGTCTCCTTTGTTTGTCAACAGAAAAGAATCTATGAGA
AAAATTTCGTACTGCTTCCCCAGCATCAATAAGTTTGAAGGAAGCTATAA
TAGACGAGAGAGCTTTTGTAGCTCAAGGTATGAAAATAGCTGAGTTATTT
TTTTAATCAAGGCTTGATTTTAACTTGATTTTAAAATTTCCTCCTAGAAC
AACCGCTCTGTGAGATAATATTGACACAAGCTTAGCATTGAAAAACTTTG
GATCATCAATATTAGGCCCATACAGCCCAATTAAATAAAAATTAGCTTCA
AATGCTTCACATCGATGTTTGACAAGATTTCCTTCAGAGCATTTAAACCC
GAGTTTGGGATTTTGTGATTTTTTAATCAATAATGATACAACTCTTTTAG
GATTTAAGAAGTATTCATTATGAGATGTGTAAACCACTTCTCATCCGGTA
ATGAGAAGTGGCTATCCAAGTTACATCTCGTATCACATAGAATGATAACA
TCAGGGAGTACAGGAATTTTAGCAATATAGAGAGACGATATTTCATCTCC
AAGGTTTGAAGGGAATTAACATTTAAGGATAAAAAATGAAATAATATCTG
TTTAGACTGTTTATGGGATTACTCTTCACCATTTTTGACTTGTGTTAGTT
ATGATACAGGTCTTCTGGGATTGAAAGAAGATCTTGATCTTACTATATTT
TCAGTAGAAATWCTTTGGTTCCTTTTTTATATCCTAAGTGACAAATAACT
TCCTTCCTTTTTTTTTTTTTGTTCTTCCCATCATTCATTTGTAATACAAC
TGTTTGGTGTGTTTCAATTGCATGTTCCTTTATCATCCTTTCCACATCTA
TAGGTTCATGTGTATAGAAAGATGCAAACCCATACCCCGACAATTGTATT
CTCTGTAAAGCCAAACAACAGAGCAGCATTATAAACCATGAGTTGTTTCA
TATTAACATTTTTGAATACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNCCTWAAAAAWARCCRSCGGYCSCCCCRCAAAWAGGACC
AACTTTCWTTACAATTCTCTTTACAATAGTATGTATGTTAACATAACATC
AATTAATGCCAGTCAATCAAATCAACGTTCARAATAAGTTATAAGTTAAC
AAAGTAGATAAGTAAACAAATCAACAGTTAATCAAAAAGCACATTATAAT
TATTTAAAATTTATTGCATAAAAGCATAATATTAGAAACAAGGTGCCTTA
TCTTAAGAGGATCAAAATTAAATTTGAATGTATGTATAATGAATCTTTTG
CATGATTACTAAATTAAATGTATATTGAAAAAAGTTGAAATTCTATGTGT
TTATCTCAAAAAGCGAAACGGTGACCTGTGATACAAAATATCATTCTATC
ATTTTTGAACAACAACATATATGTAGATAAAAGTCAGAAAAATAATTTCA
ATTCATCTGGCCCGCCGACGGTATTTTAACTTGTTTGTATTTGCATACAA
TTTATATATTCATAAATTTCAGAATTACTTTCATCCTTCTATCAGTTATT
GTATATTATTTATTGTCAATTAAATAGGCGACCAAATGTTATTTGTGGGC
GTATTCACTCACACATACAAAACTTGTAATCATAATTATAATATAAAGTA
AAAAAAGAAAAGAATAACTTAAGAAGGGTTACCACATCTATCATGGGTGT
ACACTCTACGTAATACACAATTTATGTCGAAGAACTTTATATATTATTAT
TATCTTCAACCTCAACAACTCTCCCTTATAAAATAAGAAGACCTCTTGAT
TTAAAATGTTTCTGGTTTTGGGAGCGAAAATGCCACGTTAGTAATTTTCA
TACATCCAAAATTTAAATTATCATCATATTTTCACTCCTACAGGCAATAC
ACTTTTAAATCAAGTAAATTATTTATCTTGAAAGGAAGAATTTTTGAGGT
TTGAAGGTGCTTGAATATGTAAAGTTCTTTCAAAATAAATTGTCAATTGG
TCCGTTTCAAAATTATACATTTATATACGTGTACAGGCATGATATATGTG
GTAACCACCCTTAAGTCAAAATTTTGAATTTAAATCATACTAATCAAGAG
ATGGTAAATTCTAAATAACTAATAATTACACTATGAAACAAAATTCAGGT
CATGGAAGGACTGCCAGCTAAAAACCACATTCATTATTGTTATTTAAGAC
ATAATAAAGTGACCATTAAAATTTTCAATTGCGGTAGATTTATCCTTTAA
AGCCTTTTTAAAAGGCACATTTTATATTGTAATTTTGATTTAGAGGCCTA
TTTCAAAGTGAAATAACTATATAAATAAAAATTAAAATTAATAACAATCA
ATAAGTAATATTCCAGTCTTCAATAAATAAATTATTTACMAAGTTATCTT
GAATACAGTTCCTACAAAATGCGTCTAATTATACAAAAATGAAGATTGAT
ATTTGAAAGGTAATATTTTTTTCAATAATTTACTTTATATTTTATAGCTA
AAACTAAAGATTATTAATTAATTATTTTACGATTAAGAAAGATTTGCCCT
AAAAAAAAGTTCGATTTTAAATAATTTTATCAGTTTAACTTTTAATTTTC
TAATGGAATATTTAATAAAAAAGATTAAGTGAAGTTCCTAAATTAAATAT
AAATATGTCGATTAGATGACTTACATCTAATCAATTAATACGTTCGATAT
GAAACAAATTTAAATTTATGTCTCAAAAATATTACTACTAATATTATTAA
TCAATAATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNC
AAACCTACTGCGATTAAAATTTTAATGGTCCTTTGCGTGTTCTATGGCTA
AAAATAACTATAATAAATGTATGTTTTAGCCGGTGGGGAAAAATTCTTAT
TGTATAGTGTTATTATTGCTTATCTGTTTGTACAGATTTGCAACTTGTTC
ACAAAAATATTTAAGTTTACTCATTTACATTCCCTCCACCCATATTGTCT
TAAACTTTGATGGTAATCATAATCAAAAATTCAAATATGGATCGATACAT
TTTTTATCCGGATCGCACTTATCATTGTTTCAATTATCCGGTGGTATTTA
TAAAAAGTTTTTTAACTTCTGTCAAGTACTATTAACAAATTATATGTTAA
AAAAGAAATTAATCCAAATTAAATGATATATTTTCAGGAAATCTTCATGC
TGCTATCCATTCAAATATATCTTACATCTTGAATCCAAATGTTATTCTAA
CTTATTTTCTTATTTTATTGCATTTTACAATTTATAACGAAAAAAAT

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