EMLSAG00000000388, EMLSAG00000000388-683154 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000000388
Unique Name	EMLSAG00000000388-683154
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000000388 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: 140.584 bits (353), Expect = 1.119e-36
Identity = 82/222 (36.94%), Postives = 125/222 (56.31%), Query Frame = 0

Query:   33 ASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            A+Y+  K   + YFD   + +N+T L+G+ A L C +RN+ NK+VSW+RHR  HI   L + + T + D R  A H   +E++ L+IK  + RD+G YECQ+                P   I+GG D++VD+GST+N+TC V      P YIFW H+ +++ +D S    S I       KG    S L+I+  + + +G Y C P+++ + +V VHVLNG
Sbjct:   63 AAYTHPKW-MEPYFDP-STPRNVTALMGKSAYLSCRVRNLANKTVSWIRHRDIHI---LTVGSYTYTSDQRFQATHHQDTEDWTLQIKWAQKRDAGMYECQISTQPVRSYFVRLNVVVPTATILGGPDLHVDKGSTINLTCTVKFSPEPPAYIFWYHHEEVINYDSSRGGVSVI-----TEKGDVTTSFLLIQNADLADSGKYSCAPSNADVASVRVHVLNG 274

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BLAST of EMLSAG00000000388 vs. GO
Match: - (symbol:dpr9 "dpr9" 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:0048149 "behavioral response to ethanol" evidence=IMP] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE014297 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0048149 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 EMBL:AY102651 RefSeq:NP_996215.1 UniGene:Dm.20911 MINT:MINT-749375 EnsemblMetazoa:FBtr0089376 GeneID:2768670 KEGG:dme:Dmel_CG33485 UCSC:CG33485-RA CTD:2768670 FlyBase:FBgn0038282 eggNOG:NOG269875 InParanoid:Q9VFD9 OMA:MATFQME GenomeRNAi:2768670 NextBio:848008 Uniprot:Q9VFD9)

HSP 1 Score: 141.739 bits (356), Expect = 1.773e-36
Identity = 85/233 (36.48%), Postives = 131/233 (56.22%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKS----VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHN------AKILLFDGSETS-KIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSR 252
            YFD+   S+N+T L+G+ A L+C ++N+GNK+    VSW+RHR     LL +   T + D R  AIH   +E+++L+IK  + RDSG YECQV               EP T IIG  D+Y++ GST+N+TC++      P YIFW+HN       +I+ +D       +     D+   F   L+I+    S +G Y+C P+++  K+V VHVLNG   +V+ G  + +++R
Sbjct:  257 YFDK-AFSKNVTALLGKTAYLNCRVKNLGNKTMLLQVSWVRHRDI--HLLTVGRYTYTSDQRFRAIHQPQTEDWMLQIKYPQHRDSGIYECQVSTTPHMSHYIHLNVVEPSTEIIGAPDLYIESGSTINLTCIIQNSPEPPAYIFWNHNNAFPSHPQIINYDSPRGGVSVVTNKGDTTTSF---LLIKSARPSDSGHYQCNPSNAKPKSVTVHVLNGVSHSVSRGVPSSNAAR 483

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BLAST of EMLSAG00000000388 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: 135.191 bits (339), Expect = 4.252e-35
Identity = 82/228 (35.96%), Postives = 127/228 (55.70%), Query Frame = 0

Query:   41 SFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRS 253
            +FDT         NIT L+G+   L C ++N+GN++VSW+RHR     LL +   T + D R  A+HS  +E++ LRI+  + +DSG YECQ+               EPVT IIGG +++++RGST+N+TC+V      P  + WSHN +I+ FD S    I  +    KG    SRL+++K     +G Y C P+++   +V VH+++G   A  +   N +S+ S
Sbjct:   43 TFDTTI-----GTNITGLVGKTVKLTCRVKNLGNRTVSWVRHRDI--HLLTVGRYTYTSDQRFEAMHSPHAEDWTLRIRYAQRKDSGIYECQISTTPPIGHSVYLNIVEPVTDIIGGPELHINRGSTINLTCIVKFAPEPPPTVIWSHNREIINFD-SPRGGISLV--TEKGVLTTSRLLVQKAITQDSGLYTCTPSNANPTSVRVHIVDGEHPAAMHTGNNGNSTAS 260

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BLAST of EMLSAG00000000388 vs. GO
Match: - (symbol:dpr4 "dpr4" 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:AE014297 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013151 Pfam:PF00047 GeneTree:ENSGT00520000055711 UniGene:Dm.16989 GeneID:3346160 KEGG:dme:Dmel_CG33512 CTD:3346160 FlyBase:FBgn0053512 GenomeRNAi:3346160 NextBio:849128 EMBL:BT057996 RefSeq:NP_001014616.2 SMR:Q59DX6 EnsemblMetazoa:FBtr0300491 UCSC:CG33512-RA eggNOG:NOG235727 InParanoid:Q59DX6 OMA:GGINVIT Uniprot:Q59DX6)

HSP 1 Score: 109.383 bits (272), Expect = 5.619e-26
Identity = 76/207 (36.71%), Postives = 118/207 (57.00%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG-EP-----------VTR--IIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            YFD   S + +T  +G+ ALLHC +RN+G+++VSW+R R  HI   L +  LT + D R  ++HS GS+E+ LRI + + RDSG YECQV  EP           V+R  I+G  ++++  GS +N+TC+       P +I+W    +++ +  S+   I  +   S     S+L+I K   + +G Y C P+SS   +V VHV+NG
Sbjct:   46 YFDN-SSRREVTATVGQAALLHCRVRNLGDRAVSWIRKRDLHI---LTVGILTYTNDQRFQSLHSEGSDEWTLRISSPQPRDSGTYECQVSTEPKISQGFRLNVVVSRAKILGNAELFIKSGSDINLTCLAMQSPVPPSFIYWYKGKRVMNY--SQRGGINVITERSTRT--SKLLIAKATPADSGNYTCSPSSSDSASVVVHVING 244

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BLAST of EMLSAG00000000388 vs. GO
Match: - (symbol:dpr11 "dpr11" 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:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007606 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 EMBL:AY121627 RefSeq:NP_001262320.1 RefSeq:NP_788586.1 UniGene:Dm.33634 STRING:7227.FBpp0081202 EnsemblMetazoa:FBtr0081704 GeneID:40800 KEGG:dme:Dmel_CG33202 UCSC:CG33202-RB CTD:40800 FlyBase:FBgn0053202 InParanoid:Q8MRE6 OMA:DSRRHRT ChiTaRS:dpr11 GenomeRNAi:40800 NextBio:820660 Uniprot:Q8MRE6)

HSP 1 Score: 108.997 bits (271), Expect = 1.126e-25
Identity = 79/230 (34.35%), Postives = 110/230 (47.83%), Query Frame = 0

Query:   26 SSDLRGGASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRT-HIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGS--ETSKIPYLPRDS-KGR-FYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            SS L   ++ S      + Y D   +S N+T  IG  A L C ++ +GNKSVSW+R R  HI   L ++      D R  AI     + + L+IK V+ RD+G YECQV                P T I+G  D YV  GS + + C+V      P +I W H A+ L  D     T   P LP  S +G+     LII   +    G Y C P++SP  TV ++++NG
Sbjct:   99 SSLLPEASALSATSGLVEPYLDGYATS-NVTTQIGTHAYLPCRVKQLGNKSVSWIRLRDGHI---LTVDRAVFIADQRFLAIK-QPDKYWTLQIKYVQARDAGSYECQVSTEPKVSARVQLQVVVPRTEILGEPDRYVKAGSNVVLRCIVRGALEPPTFIMWYHGAEQLAADSRRHRTQLDPNLPEASGEGQSTIGSLIIESAKKRDTGNYTCSPSNSPSATVTLNIING 323

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BLAST of EMLSAG00000000388 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: 102.064 bits (253), Expect = 3.351e-23
Identity = 69/216 (31.94%), Postives = 106/216 (49.07%), Query Frame = 0

Query:   37 GRKSSFDT--YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            G +S F T  YF   E+S  +T  IG  A + CT+ +IG   VSW+R + +   LL +   T S D R +A H   SE++ L+IK V++RD+G YECQV               E    I G    Y+  GSTL + C V   + + +YIFW H+ +++ +D      +   P        S L I++    H+G + C  +++   +V VH+  G
Sbjct:  166 GMESLFGTPMYFGT-ENSTVVTTQIGATAHVPCTVHHIGEGVVSWIRKKDY--HLLTVGLTTYSSDERFSATHLKHSEDWTLQIKFVQLRDAGVYECQVSTHPPTSIFLHLSVVEARAEITGPPIRYLTPGSTLRLQCRVVQNTEASEYIFWYHDNRMINYDIDRGINVSTEPDFQS----SELTIQRTRREHSGNFTCVASNTQPASVLVHIFKG 374

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BLAST of EMLSAG00000000388 vs. GO
Match: - (symbol:dpr "defective proboscis extension response" species:7227 "Drosophila melanogaster" [GO:0035199 "salt aversion" evidence=IMP;NAS] [GO:0016021 "integral component of membrane" evidence=ISM] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0050914 "sensory perception of salty taste" evidence=IMP] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 EMBL:AE013599 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GO:GO:0035199 GO:GO:0050914 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 EMBL:BT050529 RefSeq:NP_995908.2 UniGene:Dm.12096 STRING:7227.FBpp0099910 EnsemblMetazoa:FBtr0086238 GeneID:2768858 KEGG:dme:Dmel_CG13439 UCSC:CG13439-RA CTD:2768858 FlyBase:FBgn0040726 eggNOG:NOG310394 InParanoid:A1ZBY3 OMA:NEIDSSM GenomeRNAi:2768858 NextBio:848343 Uniprot:A1ZBY3)

HSP 1 Score: 98.5969 bits (244), Expect = 3.976e-22
Identity = 67/213 (31.46%), Postives = 99/213 (46.48%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIP------YLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            YFD  +  +N+T+ +G+   LHC +  +G+K VSW+R R  HI   L     T + D R   +   GS  + L+IK  + RDSG YECQ+               E    I G  D+ V  GS +N+TC +  G      IFW   +++L  DG   ++I        +  D      SRL I++      G Y C P  +   +V+VHV+ G
Sbjct:   54 YFDF-DVPRNLTVTVGQTGFLHCRVERLGDKDVSWIRKRDLHI---LTAGGTTYTSDQRFQVLRPDGSANWTLQIKYPQPRDSGVYECQINTEPKMSLSYTFNVVELKAEIFGPSDLMVKTGSDINLTCKIMQGPHELGNIFWYKGSEML--DGKGENEIDSSMARIRVEDDWTDGLTSRLKIKRAMPGDTGNYTCVPTVAKTSSVYVHVIIG 260

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BLAST of EMLSAG00000000388 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: 97.8265 bits (242), Expect = 5.651e-22
Identity = 62/209 (29.67%), Postives = 110/209 (52.63%), Query Frame = 0

Query:   41 SFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG-EP----------VT---RIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
            + D  FD     + I  L G  A LHC +R++G+++VSW+R R  HI   L +  +T + D R  A H   S+E+VL+I +V+ RD+G YECQV  EP          VT   +I+   ++++  GS +N+TC+         ++ W  + +++    S++++        +    S L+I +++H+ +G Y C   +S   +V VH++
Sbjct:   87 AIDPVFDNTTDREVIAAL-GTTARLHCRVRHLGDRAVSWIRQRDLHI---LTIGIMTYTNDQRFLARHIDNSDEWVLKIVSVQQRDAGVYECQVSTEPKISLAYKLVVVTSKAQILANRELFIQSGSDINLTCIAPQAPGPYTHMLWHKDTELV----SDSARGGIRVESEQQMKTSNLVISRVQHTDSGNYTCSADNSNSDSVFVHII 287

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BLAST of EMLSAG00000000388 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: 95.1301 bits (235), Expect = 4.263e-21
Identity = 62/229 (27.07%), Postives = 107/229 (46.72%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGN-----KSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGEPV---------------TRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLF-DGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSR 252
            + D +  + N T+ +G  A L C +  +         +SW+R R     +L+      + D R   +H+ GS  + L+IK V+ RD G YECQV  P                  I+G  +++VD GST+N+ C++      P+Y++W  N +++ + D      I   P     R  SRLIIR+ + + +G Y C  +++   +++V V  G  +A  +     S+ R
Sbjct:   77 FEDSELMAHNTTVQLGGTAFLVCKVSGVDRVGVNWNQISWIRRRDW--HILSSGAQLYTNDERFAILHTPGSNMWTLQIKFVQRRDHGMYECQVSTPTGIISHFVNLQVVVPEAFILGSGELHVDMGSTINLVCIIEKSPTPPQYVYWQKNDRLINYVDSRRDITIETTP---GPRTQSRLIIREPQVTDSGNYTCSASNTEPASIYVFVSKGDNMAAISRRKTSSADR 300

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BLAST of EMLSAG00000000388 vs. GO
Match: - (symbol:dpr7 "dpr7" 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 GO:GO:0007606 InterPro:IPR013106 Pfam:PF07686 EMBL:AE014135 GeneTree:ENSGT00520000055711 OrthoDB:EOG7V7673 RefSeq:NP_001096850.2 UniGene:Dm.33080 ProteinModelPortal:A8DZ27 SMR:A8DZ27 IntAct:A8DZ27 EnsemblMetazoa:FBtr0113462 GeneID:2768865 KEGG:dme:Dmel_CG33481 UCSC:CG33481-RC CTD:2768865 FlyBase:FBgn0053481 eggNOG:NOG256877 GenomeRNAi:2768865 NextBio:848363 Bgee:A8DZ27 Uniprot:A8DZ27)

HSP 1 Score: 93.9745 bits (232), Expect = 8.433e-21
Identity = 70/225 (31.11%), Postives = 108/225 (48.00%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG-EPV-------------------------------TRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            +FD   S +N++ ++ E+A+L C ++N GN++VSW+R R  HI   L  N  T + D R + IH  GSE++ L+I   + RDSG YECQV  EP                                 +I+G  +I+V R ST+ + C V+  + S   + W H + ++ FD S    I      +     SRL++ +     +G Y C P  +   +V VHVL G
Sbjct:   52 FFDDI-SPRNVSAVVDEIAILRCRVKNKGNRTVSWMRKRDLHI---LTTNIYTYTGDQRFSVIHPPGSEDWDLKIDYAQPRDSGVYECQVNTEPKINLAICLQVIADNDFQDLKTKKRFYDTKSARAKILGSTEIHVKRDSTIALACSVNIHAPS---VIWYHGSSVVDFD-SLRGGISLETEKTDVGTTSRLMLTRASLRDSGNYTCVPNGAIPASVRVHVLTG 268

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592815873|gb|GAXK01138695.1| (TSA: Calanus finmarchicus comp510396_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 209.92 bits (533), Expect = 6.621e-61
Identity = 111/242 (45.87%), Postives = 152/242 (62.81%), Query Frame = 0

Query:   39 KSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGEP----------------VTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLN-GTVLAVANGEGNQSS--SRSPPGELSNK 261
            +++  T  D++ S  N+T + GE ALL CT+ NIG+KSVSWLRH   IP L+ALNN+TN+L+ R  A+ S G  E+VL IK+V  RDSG YECQ+  P                +T ++GG DI+VDR STL +TC V++G ++P +I W  + KIL FDG ETS++PYL RD+KGR  S L I  I+ S +G Y C+PA+ P   V VHVL   T +    GEG + S  + + PG  +N+
Sbjct:  744 RAATTTRIDEELSPANVTAIRGETALLVCTVLNIGDKSVSWLRHSIPIPQLMALNNITNTLNPRYKAVVSGGWSEFVLVIKDVRPRDSGIYECQISGPKHSSLNKIITLTVIESMTEVVGGPDIHVDRQSTLQMTCRVTSGDKTPAFIIWQRDDKILKFDGGETSEVPYLTRDNKGRHMSTLTIDNIQLSDSGEYTCQPAAGPKAIVMVHVLQRETEVQAVLGEGGEDSGPAVTLPGISANR 1469

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592878035|gb|GAXK01079828.1| (TSA: Calanus finmarchicus comp1231072_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 164.466 bits (415), Expect = 3.194e-45
Identity = 99/257 (38.52%), Postives = 132/257 (51.36%), Query Frame = 0

Query:    5 GEHDLSHHRRHSHGQFPRNFHSSDLRGGASYSGRK-SSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGEP----------------VTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLN-GTVLAVAN 243
            G+  +    R   G F  +F   D+  G    G K +S  T  D + S  N+T+L GE A+L C + N+GNKSVSWLRH + IP L+ALNN++NSLDTR  A+      E+VL +++V  +DSG+YECQV  P                 T I  G DIYV   S L + C +       KYI W    KI  F G E+S +  L +D  G F + L + +IE     TY C+P       V VHV+  GT+L V N
Sbjct:  497 GKIGIFKSSRFVDGSFG-SFEQFDITTGTQQGGSKIASTSTQIDDRLSPGNVTILSGETAMLACKIYNLGNKSVSWLRHTSPIPQLMALNNMSNSLDTRFKAMVGEEWSEFVLMVRDVSTKDSGQYECQVSGPNHTSISKMVALNVIATTTSIDNGPDIYVGLSSKLKLVCRIDTAGIQLKYIIWRKGDKIAKFLGGESSPL-ILEQDPSGVFITSLEVDRIEADSGDTYGCQPNPGVAAEVKVHVIKEGTMLTVQN 1261

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592898363|gb|GAXK01060012.1| (TSA: Calanus finmarchicus comp757876_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 137.887 bits (346), Expect = 1.898e-35
Identity = 75/218 (34.40%), Postives = 126/218 (57.80%), Query Frame = 0

Query:   37 GRKSSFDT---YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAG--SRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLN 235
            G ++SF      FD Q SS N++ L+G+ A+L CT+RN+ N S+SW+RHR     LLA+N    +   R+   H+ G++E+ L ++ V + D G Y CQV               +P T I+G  + Y+++GST+N+TC++ AG  + +P ++FW++N KI+ +D      +  +  D   +  S LII     + +G Y+C+P++S  + V+VHV+N
Sbjct:  952 GTQASFSAGQLMFDPQSSSGNVSALVGKQAVLSCTIRNVNNHSISWIRHRD--TSLLAVNKFVYTTSHRVKVHHNAGTDEWRLVLQPVSLTDQGWYSCQVSTTPHLEHRMYLGVIQPNTLILGPKERYIEKGSTINLTCIIHAGPLNLNPSFVFWNYNGKIITYDRERGGTV--VISDRGEQTTSSLIITHATATDSGQYQCDPSASYPQHVNVHVIN 1593

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592801350|gb|GAXK01153218.1| (TSA: Calanus finmarchicus comp1070592_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 134.806 bits (338), Expect = 6.612e-35
Identity = 78/202 (38.61%), Postives = 115/202 (56.93%), Query Frame = 0

Query:   50 ESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR--DSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
            E SQN+T ++G+ ALL+C +R IGNK+VSW+RHR TH   LL     T + D R  AIH   SE+Y+L+I   +  D+G+YECQ              V EP T I+GG DI+++ G T+N+TC+V      P+YIFW HN + + +  SE   I  +    D+   F   L++++   + +G+Y C  +   I  V VHV+
Sbjct:  530 EHSQNVTAVLGKAALLNCRVRGIGNKTVSWMRHRDTH---LLTAGRYTYTNDQRFRAIHKIRSEDYLLQILPTKKSDAGQYECQISTTPVMSHLVYLTVAEPYTVILGGQDIFLEEGFTMNLTCLVRDSPEPPQYIFWYHNQQPISY-SSERGGISQITEKGDTTASF---LLVQEARLTDSGSYACHASVGTISQVMVHVI 1114

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592753382|gb|GAXK01201031.1| (TSA: Calanus finmarchicus comp886130_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 134.035 bits (336), Expect = 1.055e-34
Identity = 77/200 (38.50%), Postives = 113/200 (56.50%), Query Frame = 0

Query:   52 SQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
            S N++ ++G+ ALL+C +R +GN++VSW+RH  TH   LL     T + D R  AIH   SE+Y+L+I+ V+  DSG YECQ              V EPVT I+GG DIYV  G T+N+TC+V      P++IFW HN + + +D      S+I     +      S L+I++   S +GTY C P+   + +  VHV+
Sbjct:  253 SGNVSAILGKTALLNCRVRGVGNRTVSWIRHMDTH---LLTAGRYTYTSDERFRAIHKVLSEDYLLQIEPVQKSDSGLYECQISSTPVMSHVVHLSVTEPVTEILGGSDIYVQEGVTMNLTCIVKDSPEPPQFIFWYHNQQEISYDSPRGGVSQI----TEKGSTTASFLLIQQSTMSDSGTYSCHPSVGNLASARVHVV 831

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592928943|gb|GAXK01029602.1| (TSA: Calanus finmarchicus comp1518125_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 121.709 bits (304), Expect = 1.335e-31
Identity = 70/185 (37.84%), Postives = 104/185 (56.22%), Query Frame = 0

Query:   52 SQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKC 219
            S +++ ++G  ALL+C +R +GN++VSW+RH  TH   LL     T + D R  AIH   SE+Y+L+I+ V+  DSG YECQ              V EPVT I+GG  +Y++ G T+N+TC+V      P++IFW HN K + +D      S+I     +      S L+I++   S +GTY C
Sbjct:    1 STDVSAILGRTALLNCRVRGVGNRTVSWIRHADTH---LLTAGRYTYTSDERFQAIHKVLSEDYLLQIEPVQKSDSGLYECQISTTPVMSHVVQLDVTEPVTEILGGPGVYIEEGVTMNLTCIVKDSPEPPQFIFWYHNHKEIAYDSPRGGVSQI----TEKGSTTASFLLIQQSRISDSGTYSC 534

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592848097|gb|GAXK01109447.1| (TSA: Calanus finmarchicus comp951049_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 122.094 bits (305), Expect = 1.993e-30
Identity = 71/201 (35.32%), Postives = 109/201 (54.23%), Query Frame = 0

Query:   52 SQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
            S N+T ++ + A L+C ++ +GNK+V+W+RHR TH   LL     T + D R  AIH   SE+Y+L I  +++ D G YECQ              V +P T I+GG DIY   G+T+N+TC+V      PK+IFW H  + + +       S+I       KG    S L+I+K   + AG Y C+P+   + + +VH++
Sbjct:  388 SANVTAILHKTAHLNCRVKGVGNKTVTWIRHRDTH---LLTAGRYTYTSDQRFRAIHQVLSEDYLLEISTIKVTDGGLYECQISTTPIMSHYVYLQVSDPQTTILGGPDIYFKEGNTMNITCLVKDSPEPPKFIFWYHKEQTISYASPRGGISQI-----TEKGDITASFLLIQKARTTDAGLYSCKPSIGNMASANVHIV 966

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592929985|gb|GAXK01028560.1| (TSA: Calanus finmarchicus comp469265_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 121.324 bits (303), Expect = 5.650e-30
Identity = 71/200 (35.50%), Postives = 110/200 (55.00%), Query Frame = 0

Query:   52 SQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR--DSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
            S N+T ++G+ A+L+C ++ +GNK+VSW+RH+ TH   LL     T + D R  AIH   SE+Y+L+I  V++ D+G YECQ              V EP T I+GG +IY++ G T+N+TC+V      P+YIFW  N + + +  S    I  +    D+   F   L++++     +G Y C  +   I  V VHV+
Sbjct:  720 SGNVTAILGKTAILNCRVKGVGNKTVSWIRHKDTH---LLTAGRYTYTSDQRFRAIHKVMSEDYLLQILPVKVSDAGLYECQISTTPVMSHHVYLKVAEPYTEILGGPNIYLEEGFTMNLTCLVRDSPEPPQYIFWYQNEQPISY-SSPRGGISQITEKGDTTASF---LLVQQARVIDSGAYACHSSVGKIAKVTVHVI 1298

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592923930|gb|GAXK01034485.1| (TSA: Calanus finmarchicus comp359772_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 118.242 bits (295), Expect = 2.314e-28
Identity = 74/206 (35.92%), Postives = 112/206 (54.37%), Query Frame = 0

Query:   53 QNITLLIGEMALLHCTLRNIG-NKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLA 240
            QN++ L+G+ A L C +RN+   + VSW+RHR  HI   L     T + D R +A H +  +E+VL IK ++ RD+G YECQ+                P  RI G  D++VDRGST+N+TCV+S     P YIFW  N +++ +D      S +    R+++    S L+IR    S  G Y C+P+     +V ++VL+G + A
Sbjct: 1180 QNVSALVGKTAFLTCVVRNLKPTQRVSWVRHRDVHI---LTAGEQTFTSDQRFSAKH-NSDDEWVLVIKYIQERDAGIYECQIPTQPPQSYPIKLNIIVPHVRIQGSPDLHVDRGSTINLTCVISHSPEPPAYIFWYLNDEVMAYDSPRGGISVVTENGRETQ----SHLVIRNARPSDEGNYTCKPSIFKTASVRLYVLDGDLPA 1773

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Match: gi|592928042|gb|GAXK01030445.1| (TSA: Calanus finmarchicus comp1888910_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 112.079 bits (279), Expect = 4.947e-27
Identity = 67/206 (32.52%), Postives = 105/206 (50.97%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            YFD    S N+T + G+ A+L C + N+GNK+VSW+R      +LL +   T + D R  A H   + ++ L +K+ ++ DSG YECQV               +P T ++GG +++V+  S +N+TCV+S  S  P +I W HN   L F G        L  D        L+++      +G Y C+P ++P   + +HVL G
Sbjct:  421 YFDTSSYS-NMTAVTGDSAILKCRVHNLGNKTVSWIRLSDL--NLLTVGRYTYTSDLRFEAKHEKNTMDWNLVMKDAKLSDSGSYECQVSTTPHISQLTYLEVRDPDTLLLGGPEMFVESSSMINLTCVISWTSSPPSHIAWFHNQTKLTFRGPRPGV--SLIVDKSDVTTVSLLLQLARLKDSGVYTCKPDNAPEANITLHVLKG 1023

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BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000000388 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1061:345656:414935:-1 gene:EMLSAG00000000388 transcript:EMLSAT00000000388 description:"maker-LSalAtl2s1061-augustus-gene-3.6")

HSP 1 Score: 632.869 bits (1631), Expect = 0.000e+0
Identity = 307/307 (100.00%), Postives = 307/307 (100.00%), Query Frame = 0

Query:    1 KEGQGEHDLSHHRRHSHGQFPRNFHSSDLRGGASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSPPGELSNKPSNKIAAPVQQQKPDGGGTSGSFPHQPRYPLLILIIMVSLILQMES 307
            KEGQGEHDLSHHRRHSHGQFPRNFHSSDLRGGASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSPPGELSNKPSNKIAAPVQQQKPDGGGTSGSFPHQPRYPLLILIIMVSLILQMES
Sbjct:    1 KEGQGEHDLSHHRRHSHGQFPRNFHSSDLRGGASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSPPGELSNKPSNKIAAPVQQQKPDGGGTSGSFPHQPRYPLLILIIMVSLILQMES 307

[Close]

BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000007749 (pep:novel supercontig:LSalAtl2s:LSalAtl2s451:149372:173140:-1 gene:EMLSAG00000007749 transcript:EMLSAT00000007749 description:"maker-LSalAtl2s451-augustus-gene-2.6")

HSP 1 Score: 144.05 bits (362), Expect = 1.431e-40
Identity = 80/210 (38.10%), Postives = 118/210 (56.19%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQV--------------GEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVL 239
            YFD + S  N+T ++ + ALL+C ++N+GNK+VSW+RH  TH   LL +   T + D R  AIH   SE+Y+L+IK    RD GKYECQ+               +P T I+GG DI+ D+GST+N+TC+++     P YIFW H+  I+ +D S    +  +         S L+I+   +S  G Y C P+     +++VHVL G V 
Sbjct:   51 YFDMKHS-LNVTAVLXQTALLNCRVKNLGNKTVSWIRHADTH---LLTIGRYTYTSDLRFKAIHKILSEDYLLQIKPTTRRDRGKYECQISTTPPLSHIVNLDIAKPKTSILGGPDIFFDQGSTINLTCLITDSPMPPSYIFWRHDQAIISYD-SVRGGVSVITEKGDNATSSFLVIQNARNSDNGIYSCSPSLGDTVSINVHVLQGKVF 255

[Close]

BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000006565 (pep:novel supercontig:LSalAtl2s:LSalAtl2s35:656245:794720:1 gene:EMLSAG00000006565 transcript:EMLSAT00000006565 description:"maker-LSalAtl2s35-augustus-gene-8.21")

HSP 1 Score: 120.168 bits (300), Expect = 1.304e-31
Identity = 74/225 (32.89%), Postives = 119/225 (52.89%), Query Frame = 0

Query:   52 SQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGD-DIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLF------DGSETSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSP 254
            S N++  +G  A+L CT+ N+G KSVSW+RH     +L+++       D RI  +H   S E+VL I +V+  D G YECQV               +P T I+GG  D++++  S +N+TC++ +  + P +IFWSHN K + +      D  E   I   PR+ +  F  S LI++  + S +G Y+C P+++   ++ +H+LNG         G  + S SP
Sbjct:   53 SPNVSASVGRTAMLKCTISNLGQKSVSWVRHND--VNLISVGKYKYIKDKRIRILHE--SHEWVLIITDVQFFDKGLYECQVNSSPRVSKIISLNVVQPYTEILGGSKDVFINLDSAVNLTCIIHSPEK-PAHIFWSHNGKPVYWSETKKPDSEEDHYIIQRPREKEDSFSVSSLILQTTKSSDSGRYECNPSNTAPASIFIHILNGESPDALQTSGLSTFSMSP 272

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BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000008993 (pep:novel supercontig:LSalAtl2s:LSalAtl2s563:193575:211879:1 gene:EMLSAG00000008993 transcript:EMLSAT00000008993 description:"maker-LSalAtl2s563-augustus-gene-1.7")

HSP 1 Score: 117.472 bits (293), Expect = 3.037e-31
Identity = 77/200 (38.50%), Postives = 102/200 (51.00%), Query Frame = 0

Query:   77 VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTV---LAVANGEGNQSSSRSPPGELS 259
            VSW+RH      LL +   T + D R  AIH   SE+Y+L+IK    RD GKYECQ+                P T I+GG DIY + GST+N+TC++S     P YIFW HN +I+ +D S    +  +         S LII+  +H  +GTY C P+     +V+VHVL G     L + N     SSS SP   LS
Sbjct:    1 VSWVRHDD--TXLLTIGRYTYTSDLRFKAIHKELSEDYLLQIKPTTKRDGGKYECQISSTPPHSHIVNLEIAVPNTSILGGADIYFNLGSTINLTCLISESPIPPSYIFWRHNDEIISYD-STRGGVSVITDKGDSITSSFLIIQNAKHGDSGTYSCSPSLGDTISVNVHVLRGETSHQLILTN-----SSSFSPVFPLS 192

[Close]

BLAST of EMLSAG00000000388 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: 110.923 bits (276), Expect = 2.004e-28
Identity = 70/222 (31.53%), Postives = 115/222 (51.80%), Query Frame = 0

Query:   36 SGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR------DSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            S  K S +T+ +   S   + +L G+   L C + N+ NK+VSW+RHR     LL +   T +L+ R +A H   +  + LRIK++  +D GKYECQV               EP T I+GG D+++++GST+N+TCV       P  + W HN +++ +D          PR        KG    S L++++   + +G Y+C P +S   ++++H+L G
Sbjct:   14 SSSKKSVETHINGSLSPDAVGVL-GKEIRLACYIANLKNKTVSWIRHRD--IHLLTVGLYTYTLENRFSAYHLPYTNYWQLRIKDLTHKDEGKYECQVSTTPPIGHQIMLKVVEPHTEILGGPDMFINKGSTINLTCVSKFSPAPPPDVIWYHNDEVIAYDS---------PRGGVSVVTEKGDITTSHLLVQRAMSTDSGIYRCVPINSVEASLNLHILAG 223

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BLAST of EMLSAG00000000388 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: 110.153 bits (274), Expect = 5.673e-28
Identity = 75/241 (31.12%), Postives = 117/241 (48.55%), Query Frame = 0

Query:   11 HHRRHSHGQFPRNFHSSDLRGGASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRT-HIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            HHRR +    P     +  R      G   +FDT     +  Q++T + G+ A L C +    NK+VSW+RHR  HI   L +   T + D R  +I++H ++E+ L+I +V+ RD G+YECQ+               +P   I+G D+++V  GS LN+TCVV +      +I W H    + +            R + G   S LII  +    +G Y C+P+++   +V VHV NG
Sbjct:   39 HHRREATNLTPNRSSKTPERFKLWADG--PNFDT-----DLPQDVTAIKGQTAYLTCRVFEGRNKTVSWIRHRDLHI---LTVGRYTYTADLRYKSIYNHVNDEWTLQIASVQKRDEGRYECQISTQPVRSFFVKLSVLDPKANILGDDEVHVSVGSELNLTCVVKSTHEPSAFILWYHGDNTIDYSSPRGGIEVKTRRHNHGYPSSTLIIENVGPHDSGKYTCDPSNARSASVSVHVSNG 269

[Close]

BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000002892 (pep:novel supercontig:LSalAtl2s:LSalAtl2s166:551659:575800:-1 gene:EMLSAG00000002892 transcript:EMLSAT00000002892 description:"maker-LSalAtl2s166-augustus-gene-6.11")

HSP 1 Score: 100.523 bits (249), Expect = 4.896e-25
Identity = 62/204 (30.39%), Postives = 104/204 (50.98%), Query Frame = 0

Query:   46 FDQQESSQNITLLIGEMALLHCTLRNIG-NKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
             ++    +NIT + G    L CT++N+  N++VSW+R   H P +L+   +  + D R++  H  GS  ++L ++ V+ +D+G YECQV                   R+ G  D+YV  GST+++TC ++  S  P  + W H+  IL FD S    I      S+    S+L++ +   S +G Y C+P+     T +VHV+
Sbjct:   19 INKAAGGRNITTVEGGKVTLICTVQNLDINRTVSWIRKARH-PIVLSSGAIPFTSDPRVSVSHPKGSSSWILVLERVQRKDNGLYECQVNTENKMSLVFLINVLPAKARLFGESDVYVKAGSTISLTCSINLYSVPPPDVTWFHDQNILNFD-SPRGGISLETEKSRTGTMSKLLVTRATLSDSGNYTCKPSRGEEVTANVHVI 220

[Close]

BLAST of EMLSAG00000000388 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: 93.9745 bits (232), Expect = 1.578e-22
Identity = 57/187 (30.48%), Postives = 89/187 (47.59%), Query Frame = 0

Query:   69 LRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSR-------LIIRKIEHSHAGTYKCEPASSPIKTVHVHVL 234
            L+ +  K VSW+RH      LL +   T + D R  + HS  + +++LRIK  + +D+G YECQ+               EP T  IGG D++VD GS +N++CV+S   + P  + W H    + F G         PRD       +       L+++    S +G Y C P ++P   + VH+L
Sbjct:   93 LKGVTTKLVSWIRHSDL--HLLTVGRYTYTSDQRFESFHSPHTHDWILRIKTPQPKDTGVYECQISATPHMSQRLYLDVREPNTYFIGGPDMFVDLGSMVNLSCVISHTEKPPTEVKWFHRDTEISFRG---------PRDGVSVITEKAEHTTVHLLMQGARPSDSGIYTCVPNNAPSAKIKVHIL 268

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BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000009928 (pep:novel supercontig:LSalAtl2s:LSalAtl2s647:205651:236735:-1 gene:EMLSAG00000009928 transcript:EMLSAT00000009928 description:"maker-LSalAtl2s647-snap-gene-2.11")

HSP 1 Score: 92.8189 bits (229), Expect = 4.230e-22
Identity = 62/207 (29.95%), Postives = 102/207 (49.28%), Query Frame = 0

Query:   41 SFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVH 232
            +FD   DQ     NIT+ +G  A L C ++N+GN +V+W+R+R +HI   ++ +     +D R +++H+  +E + L IK V+ RD+G YECQV                P  RI G  +I+V  GS + +           KY    H+ ++++   S   + P L + S+    S   I++   S  G Y C+PA+    TV +H
Sbjct:   43 AFDKSIDQ-----NITVQLGGTAYLPCKIKNLGNNTVAWIRNRDSHI---ISTDRDVFIVDDRFSSLHNAATETWTLSIKYVQARDAGSYECQVSTVPKSSIFVTLAVVVPKVRIFGNKEIHVKAGSQVQL-----------KY----HDGQMVV---STNRRSPVLEKKSRDTIISSFTIKRAVKSDEGNYTCQPANLHTATVRLH 223

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BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Match: EMLSAP00000009175 (pep:novel supercontig:LSalAtl2s:LSalAtl2s57:53313:113685:-1 gene:EMLSAG00000009175 transcript:EMLSAT00000009175 description:"maker-LSalAtl2s57-snap-gene-1.4")

HSP 1 Score: 91.2781 bits (225), Expect = 7.095e-22
Identity = 64/199 (32.16%), Postives = 96/199 (48.24%), Query Frame = 0

Query:   77 VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKIL----------LFDGSETSK---------IPYLPRDSKGRFYSRLIIRKIE-HSHAGTYKCEPASSPIKTVHVHVLNGTVLAV 241
            VSW+RHR    +LLA+       D R   +H   S+++ L IK+V+  D G YECQ+               EP T ++G   +YVD  S+LN+TCV+ + +  P Y+FW  N++++          +  GS  S+         I +L     G   S L I K+     +GTY C P++S  KT+ VHVL     A+
Sbjct:   10 VSWVRHRD--VNLLAVGKFVYIRDPRFKVLHESNSDDWFLVIKSVDYTDEGVYECQINTIPYRSHKFKLQIFEPTTEMLGESTLYVDHNSSLNLTCVIHSPN-PPAYVFWKKNSELVEVTDENPLEPIKPGSIDSQNASSGRKVLITFLKNVFPGITSSSLWIDKVNSRQDSGTYSCIPSNSDSKTIVVHVLKDKCPAL 205

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: gb|KYB29210.1| (Neurotrimin-like Protein [Tribolium castaneum])

HSP 1 Score: 148.288 bits (373), Expect = 6.311e-42
Identity = 83/207 (40.10%), Postives = 124/207 (59.90%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            YFD   +S NIT L+G+  LLHC ++N+GN++VSW+RHR     LL +   T + D R  AIH+  +EE+ LRI+  + +DSG YECQ+               EP T I+GG D++++ GST+N+TC+V      P  + W+HNA+++ FD S    I  +    KG+   SRL+I+K   S +G Y C P+++   +V VH+LNG
Sbjct:   42 YFDTSINS-NITGLVGKTVLLHCRVKNLGNRTVSWVRHRD--IHLLTVGRYTYTSDQRFEAIHTPHTEEWTLRIRYPQRKDSGIYECQISTTPPIGHPVHLTIVEPNTEILGGPDLFINMGSTINLTCLVRFAPEPPPSMLWAHNAQVINFD-SPRGGISLV--TEKGQVTTSRLLIQKAVQSDSGLYTCTPSNANAASVRVHILNG 242

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: gb|KYB25397.1| (hypothetical protein TcasGA2_TC034457 [Tribolium castaneum])

HSP 1 Score: 145.206 bits (365), Expect = 8.573e-41
Identity = 89/235 (37.87%), Postives = 127/235 (54.04%), Query Frame = 0

Query:   32 GASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKS----VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQ 248
            G + S   SS   +FD   +S+N+T L+G+ A L+C ++N+ N++    VSW+RHR     LL +   T + D R  AIH   SE++ L+IK  + RDSG YECQV               EP T I+GG ++++DRGST+N+TCVV      P YIFW+HN  I+ +  +         R    R  S L+I+K   S +G Y+C P+++    V VHVLNG         GNQ
Sbjct:   29 GNTVSDSSSSRGPHFDT-AASKNVTALLGKTAYLNCRVKNLANRTMSLQVSWVRHRD--VHLLTVGRYTYTSDQRFRAIHQPHSEDWTLQIKYPQHRDSGVYECQVSSTPHLSHFIHLTVIEPDTEIVGGPELFIDRGSTINLTCVVRHSPEPPAYIFWNHNDAIISYSSTRGGVSVATERGETSR--SVLLIQKARPSDSGNYQCNPSNARTANVTVHVLNGEHPEAMQHGGNQ 258

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: EGK96223.1 (AGAP002135-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 149.058 bits (375), Expect = 2.201e-40
Identity = 89/231 (38.53%), Postives = 127/231 (54.98%), Query Frame = 0

Query:   39 KSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR-DSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSP 254
            +S    YFD   +S+N+T L+G+ A L+C ++N+GNK+VSW+RHR     LL +   T + D R  AIH   +E++ L+IK  + RDSG YECQ+               EP T IIG  D+Y++ GST+N+TCVV      P YIFW+HN  I+ +D           + D+   F   L+I+    S +G Y C P+++  K+V VHVLNG   A     G Q   R+P
Sbjct:  120 QSRVGPYFDV-AASKNVTALLGKTAYLNCRVKNLGNKTVSWVRHRDI--HLLTVGRYTYTSDQRFRAIHHPHTEDWSLQIKYPQHRDSGIYECQISTTPHMSHFVHLNVIEPSTEIIGAPDLYIESGSTINLTCVVKDSPEPPAYIFWNHNNAIISYDSPRGGVSVITEKGDTTTSF---LLIQNARPSDSGQYTCNPSNAKSKSVTVHVLNGEYPAAMQRAG-QPHHRAP 343

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: EAA15040.4 (AGAP009247-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 141.354 bits (355), Expect = 1.242e-39
Identity = 73/205 (35.61%), Postives = 120/205 (58.54%), Query Frame = 0

Query:   51 SSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAV 241
            +S+NIT L+G+ A L+C ++NIGNK+VSW+RHR     LL +   T + D R  A+H+  ++++ L+I+  + RD+G YECQ+               EP+T I+G  D+Y++ GST+N+TC+V      P  IFW+HN + + +D           +      Y  L+I++   + +G Y C P+++   T++VH+LNGTVL +
Sbjct:   48 ASKNITALVGKTAYLNCRVKNIGNKTVSWVRHRDI--HLLTVGRFTYTSDQRFQAVHNPQTDDWSLQIRYPQKRDTGVYECQISTTPPVGHSMFLAVVEPITTIVGVPDLYINTGSTVNLTCIVRNSPEPPSTIFWTHNNQEINYDSPRGGVSVITEKGETTTSY--LLIQRARTTDSGKYVCSPSNADPSTINVHILNGTVLTL 248

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: EAA00989.5 (AGAP001126-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 141.739 bits (356), Expect = 1.848e-39
Identity = 82/207 (39.61%), Postives = 120/207 (57.97%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            YFD    S NIT L+G+  LL+C ++N+GN++VSW+RHR     LL +   T + D R  A+HS  +EE+ LRI+  + +DSG YECQ+               EPVT I GG D+++++GST+N+TC+V      P  + W HN   + FD S    I  +    KG    SRL+++K   S +G Y CEP+++   +V VH+LNG
Sbjct:   33 YFDTTVPS-NITGLVGKTVLLNCKVKNLGNRTVSWVRHRDI--HLLTVGRYTYTSDQRFEAMHSPHTEEWTLRIRYAQRKDSGIYECQISTTPPIGHFVYLTIVEPVTEINGGPDLFINKGSTINLTCIVKYAPEPPPAVVWKHNRDDINFD-SPRGGISLV--TEKGILTTSRLLVQKAIASDSGLYTCEPSNANPASVRVHILNG 233

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: gb|KYB26842.1| (hypothetical protein TcasGA2_TC033556 [Tribolium castaneum])

HSP 1 Score: 148.673 bits (374), Expect = 3.009e-39
Identity = 80/213 (37.56%), Postives = 129/213 (60.56%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR------DSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            YFD+  +S+N+T L+G+   L+C +RN+GN++VSW+RHR     LL +   T + D R T+IH+  +EE+ L+++  + RDSG YECQVG              EP+T ++GG ++Y+++GST+N+TC+V      P  I+W+HN++ + +D          PR        KG   +S L++++ + S +G Y C P+++  KTV VHVLNG
Sbjct:  567 YFDKT-ASKNVTALVGKTTYLNCRIRNLGNRTVSWIRHRDL--HLLTVGRSTYTSDQRFTSIHNPMTEEWTLQVRYPQRRDSGIYECQVGTTPPIGFSMSLSVVEPITTLLGGPEMYINKGSTMNLTCIVKHSPEPPPTIYWTHNSEEINYDS---------PRGGVSVITEKGDITFSYLLVQRAKDSDSGKYTCNPSNANPKTVIVHVLNG 767

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: EEB14531.1 (Neurotrimin precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 139.813 bits (351), Expect = 3.474e-39
Identity = 79/225 (35.11%), Postives = 126/225 (56.00%), Query Frame = 0

Query:   26 SSDLRGGASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            ++ L+   S     S  D YFD    + N+T L+G+ A L+C ++N+GN++VSW+RH+     LL +   T + D R  AIHS  SE++ LRI+  + +D+G YECQ+               EP+T I+GG D++++ GST+N+TC+V      P  + W+H+ K++ FD S    I  +   S     S+L+I+K     +G Y C P+++    V VH+LNG
Sbjct:   19 TTQLKSQYSEKLIASDVDPYFDTSVPT-NLTGLVGKTAYLNCRVKNLGNRTVSWIRHKDI--HLLTVGRYTYTSDQRFEAIHSPHSEDWTLRIRYPQKKDAGIYECQISTTPPIGHFVHLSVLEPITEILGGPDVFINTGSTINLTCLVRFAPEPPSTVVWNHDQKVITFD-SPRGGISLVTEKSLVT-TSQLLIQKANRVDSGLYTCHPSNANPANVRVHILNG 238

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: AAF50177.2 (defective proboscis extension response 6, isoform A [Drosophila melanogaster])

HSP 1 Score: 140.969 bits (354), Expect = 3.815e-39
Identity = 82/222 (36.94%), Postives = 125/222 (56.31%), Query Frame = 0

Query:   33 ASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            A+Y+  K   + YFD   + +N+T L+G+ A L C +RN+ NK+VSW+RHR  HI   L + + T + D R  A H   +E++ L+IK  + RD+G YECQ+                P   I+GG D++VD+GST+N+TC V      P YIFW H+ +++ +D S    S I       KG    S L+I+  + + +G Y C P+++ + +V VHVLNG
Sbjct:   63 AAYTHPKW-MEPYFDP-STPRNVTALMGKSAYLSCRVRNLANKTVSWIRHRDIHI---LTVGSYTYTSDQRFQATHHQDTEDWTLQIKWAQKRDAGMYECQISTQPVRSYFVRLNVVVPTATILGGPDLHVDKGSTINLTCTVKFSPEPPAYIFWYHHEEVINYDSSRGGVSVI-----TEKGDVTTSFLLIQNADLADSGKYSCAPSNADVASVRVHVLNG 274

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: AGB94369.1 (defective proboscis extension response 6, isoform E [Drosophila melanogaster])

HSP 1 Score: 140.969 bits (354), Expect = 4.332e-39
Identity = 82/222 (36.94%), Postives = 125/222 (56.31%), Query Frame = 0

Query:   33 ASYSGRKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            A+Y+  K   + YFD   + +N+T L+G+ A L C +RN+ NK+VSW+RHR  HI   L + + T + D R  A H   +E++ L+IK  + RD+G YECQ+                P   I+GG D++VD+GST+N+TC V      P YIFW H+ +++ +D S    S I       KG    S L+I+  + + +G Y C P+++ + +V VHVLNG
Sbjct:   63 AAYTHPKW-MEPYFDP-STPRNVTALMGKSAYLSCRVRNLANKTVSWIRHRDIHI---LTVGSYTYTSDQRFQATHHQDTEDWTLQIKWAQKRDAGMYECQISTQPVRSYFVRLNVVVPTATILGGPDLHVDKGSTINLTCTVKFSPEPPAYIFWYHHEEVINYDSSRGGVSVI-----TEKGDVTTSFLLIQNADLADSGKYSCAPSNADVASVRVHVLNG 274

[Close]

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Match: gb|EFA11032.2| (Protein sidekick-like Protein [Tribolium castaneum])

HSP 1 Score: 140.969 bits (354), Expect = 4.472e-39
Identity = 80/216 (37.04%), Postives = 123/216 (56.94%), Query Frame = 0

Query:   39 KSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSE--TSKIPYLPRDSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            ++ F+ YFD   + +N+T L+G+ A L C +RN+GNK+VSW+RHR  HI   L + + T + D R  A H   ++E+ L+IK  + RD+G YECQ+                P  +I+GG D++VD+GST+N+TC +      P YIFW H   ++ +D +    S I       KG    S L+I+  + S +G Y C P+++ + +V VHVLNG
Sbjct:   28 QNRFEPYFDAM-TPRNVTALVGKSAYLSCRVRNLGNKTVSWIRHRDIHI---LTVGSYTYTSDQRFQANHHPETDEWTLQIKWAQKRDAGIYECQISTQPVRSYFVNLNVVVPTAQILGGPDLHVDKGSTINLTCSIRFSPEPPAYIFWYHRDDVISYDSNRGGVSVI-----TEKGDVTTSFLLIQHADISDSGKYSCSPSNADVASVRVHVLNG 234

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|345486039|ref|XP_001605921.2| (PREDICTED: protein turtle homolog B-like isoform X7 [Nasonia vitripennis])

HSP 1 Score: 161.77 bits (408), Expect = 1.863e-44
Identity = 91/231 (39.39%), Postives = 137/231 (59.31%), Query Frame = 0

Query:   24 FHSSDLRGGASYSG---RKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETS-KIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
             H+S  +GG +YS      S    YFD+  +S+N+T L+G+   L+C ++N+GNK+VSW+RHR     LL +   T + D R  AIH+  S+++VL+IK  + RD+G YECQV               EPVT I+GG D+Y+DRGST+N+TC+V      P YIFW+HN  I+ +D S     +     DS   F   L++++ + + +G Y C P+++  K++ VHVLNG
Sbjct:   29 LHNSSGKGGDTYSNALDETSRTGPYFDK-SASKNVTALLGKTTYLNCRVKNLGNKTVSWVRHRD--IHLLTIGRYTYTNDQRFRAIHNAQSDDWVLQIKYPQHRDTGIYECQVSTTPHMSHFVHLNVVEPVTEILGGPDLYIDRGSTINLTCIVLHSPEPPAYIFWNHNDAIISYDSSRGGVSVVTEKGDSTTSF---LLVQQAKPTDSGRYTCNPSNAQPKSITVHVLNG 253

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|1058028411|gb|JAS17867.1| (hypothetical protein g.6696 [Clastoptera arizonana])

HSP 1 Score: 160.999 bits (406), Expect = 4.405e-44
Identity = 96/246 (39.02%), Postives = 141/246 (57.32%), Query Frame = 0

Query:   30 RGGASYSGRKSSFDT------YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR--DSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRS 253
            +GG +     ++ D       YFD+  +S+N+T L+G+ A L+C ++N+GNK+VSW+RHR     LL +   T + D R  AIH   SE++ L++K  + RDSG YECQ+               EP T IIGG D+Y+DRGST+N+TCVV      P YIFW+HN  I+ +D S    +  L    D+   F   L+I+K + + +G Y+C P+++  K ++VHVLNG   A A   G Q+  RS
Sbjct:   25 KGGKNTPASANALDVSNRQTPYFDK-TASKNVTALLGKTAYLNCKVKNLGNKTVSWVRHRD--IHLLTVGRYTYTSDQRFRAIHHQSSEDWSLQVKYPQHRDSGIYECQISTTPHMSHFIHLNVVEPTTDIIGGPDLYIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYD-SPRGGVSVLTEKGDTTTSF---LLIQKAKPTDSGRYQCNPSNAQAKAINVHVLNGEFPA-AMQHGGQAHHRS 262

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|645026049|ref|XP_008202299.1| (PREDICTED: protein turtle homolog B-like isoform X8 [Nasonia vitripennis])

HSP 1 Score: 160.614 bits (405), Expect = 5.694e-44
Identity = 92/239 (38.49%), Postives = 140/239 (58.58%), Query Frame = 0

Query:   24 FHSSDLRGGASYSG---RKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETS-KIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANG 244
             H+S  +GG +YS      S    YFD+  +S+N+T L+G+   L+C ++N+GNK+VSW+RHR     LL +   T + D R  AIH+  S+++VL+IK  + RD+G YECQV               EPVT I+GG D+Y+DRGST+N+TC+V      P YIFW+HN  I+ +D S     +     DS   F   L++++ + + +G Y C P+++  K++ VHVLN    A+ +G
Sbjct:   29 LHNSSGKGGDTYSNALDETSRTGPYFDK-SASKNVTALLGKTTYLNCRVKNLGNKTVSWVRHRD--IHLLTIGRYTYTNDQRFRAIHNAQSDDWVLQIKYPQHRDTGIYECQVSTTPHMSHFVHLNVVEPVTEILGGPDLYIDRGSTINLTCIVLHSPEPPAYIFWNHNDAIISYDSSRGGVSVVTEKGDSTTSF---LLVQQAKPTDSGRYTCNPSNAQPKSITVHVLNEYPAAMQHG 261

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|936676437|ref|XP_014224608.1| (PREDICTED: protein turtle homolog B-like [Trichogramma pretiosum])

HSP 1 Score: 158.688 bits (400), Expect = 4.479e-43
Identity = 87/215 (40.47%), Postives = 129/215 (60.00%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETS-KIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANG 244
            YFD+  +S+N+T L+G+   L+C ++N+GNK+VSW+RHR     LL +   T + D R  AIH   S+++VL+IK  + RDSG YECQV               EPVT I+GG D+Y+DRGST+N+TC+V      P YIFW+HN  I+ +D S     +     DS   F   L++++ + S +G Y C P+++  K++ VHVLN    A+ +G
Sbjct:   63 YFDK-SASKNVTALLGKTTYLNCRVKNLGNKTVSWVRHRD--IHLLTIGRYTYTNDQRFRAIHHVHSDDWVLQIKYPQHRDSGIYECQVSTTPHTSHFIHLNVVEPVTEILGGPDLYIDRGSTINLTCIVQQSPEPPAYIFWNHNDAIISYDSSRGGVSVVTEKGDSTTSF---LLVQQAKPSDSGKYTCNPSNAQTKSITVHVLNEYPAAMQHG 271

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|1058255828|gb|JAT31399.1| (hypothetical protein g.23364 [Graphocephala atropunctata])

HSP 1 Score: 157.918 bits (398), Expect = 5.513e-43
Identity = 95/244 (38.93%), Postives = 140/244 (57.38%), Query Frame = 0

Query:   30 RGGASYSGRKSSFDT------YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRS 253
            +GG       +S +T      YFD+  +S+NIT L+G+ A L+C ++N+GNKSVSW+RHR     LL +   T + D R  AIH   SE++ L++K  + RDSG YECQ+               EP T IIGG D+++DRGST+N+TCVV      P YIFW+HN  I+ +D S    +  +    +    S L+I++ + +  G Y+C P+++  K+++VHVLNG   A A   G Q+  RS
Sbjct:   26 KGGKGVPQTANSLETGARPGPYFDK-AASKNITALLGKTAYLNCKVKNLGNKSVSWVRHRD--IHLLTVGRYTYTSDQRFRAIHHQSSEDWSLQVKYPQHRDSGIYECQISTTPHMSHYIHLNVVEPTTDIIGGPDLFIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYD-SPRGGVSVITEKGETTV-SFLLIQQAKPTDNGRYQCNPSNAQSKSINVHVLNGEFPA-AMQHGGQAHHRS 263

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|1058071782|gb|JAS39552.1| (hypothetical protein g.21284 [Cuerna arida] >gi|1058126811|gb|JAS67054.1| hypothetical protein g.21281 [Cuerna arida])

HSP 1 Score: 157.532 bits (397), Expect = 9.813e-43
Identity = 90/223 (40.36%), Postives = 133/223 (59.64%), Query Frame = 0

Query:   45 YFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRS 253
            YFD+  +S+N+T L+G+ A L+C ++N+GNKSVSW+RHR     LL +   T + D R  AIH   SE++ L++K  + RDSG YECQ+               EP T IIGG D+++DRGST+N+TCVV      P YIFW+HN  I+ +D S    +  +    +    S L+I++ + +  G Y+C P+++  K+++VHVLNG   A A   G Q+  RS
Sbjct:   47 YFDK-AASKNVTALLGKTAYLNCKVKNLGNKSVSWVRHRD--IHLLTVGRYTYTSDQRFRAIHHQSSEDWSLQVKYPQHRDSGIYECQISTTPHMSHYIHLNVVEPTTDIIGGPDLFIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYD-SPRGGVSVITEKGETTV-SFLLIQQAKPTDNGRYQCNPSNAQSKSINVHVLNGEFPA-AMQHGGQAHHRS 263

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|1032729032|ref|XP_016842611.1| (PREDICTED: T-lymphocyte activation antigen CD86-like isoform X6 [Nasonia vitripennis])

HSP 1 Score: 155.606 bits (392), Expect = 5.085e-42
Identity = 91/236 (38.56%), Postives = 137/236 (58.05%), Query Frame = 0

Query:   24 FHSSDLRGGASYSG---RKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKS-----VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETS-KIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
             H+S  +GG +YS      S    YFD+  +S+N+T L+G+   L+C ++N+GNK+     VSW+RHR     LL +   T + D R  AIH+  S+++VL+IK  + RD+G YECQV               EPVT I+GG D+Y+DRGST+N+TC+V      P YIFW+HN  I+ +D S     +     DS   F   L++++ + + +G Y C P+++  K++ VHVLNG
Sbjct:   29 LHNSSGKGGDTYSNALDETSRTGPYFDK-SASKNVTALLGKTTYLNCRVKNLGNKTMSHLQVSWVRHRD--IHLLTIGRYTYTNDQRFRAIHNAQSDDWVLQIKYPQHRDTGIYECQVSTTPHMSHFVHLNVVEPVTEILGGPDLYIDRGSTINLTCIVLHSPEPPAYIFWNHNDAIISYDSSRGGVSVVTEKGDSTTSF---LLVQQAKPTDSGRYTCNPSNAQPKSITVHVLNG 258

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|1032729029|ref|XP_016842610.1| (PREDICTED: uncharacterized protein LOC100122319 isoform X5 [Nasonia vitripennis])

HSP 1 Score: 154.836 bits (390), Expect = 1.207e-41
Identity = 91/254 (35.83%), Postives = 139/254 (54.72%), Query Frame = 0

Query:   24 FHSSDLRGGASYSG---RKSSFDTYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPY--------LPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSR 252
             H+S  +GG +YS      S    YFD+  +S+N+T L+G+   L+C ++N+GNK+VSW+RHR     LL +   T + D R  AIH+  S+++VL+IK  + RD+G YECQV               EPVT I+GG D+Y+DRGST+N+TC+V      P YIFW+HN   + +   +   I Y        +  +      S L++++ + + +G Y C P+++  K++ VHVLNG   A     G     R
Sbjct:   29 LHNSSGKGGDTYSNALDETSRTGPYFDK-SASKNVTALLGKTTYLNCRVKNLGNKTVSWVRHRD--IHLLTIGRYTYTNDQRFRAIHNAQSDDWVLQIKYPQHRDTGIYECQVSTTPHMSHFVHLNVVEPVTEILGGPDLYIDRGSTINLTCIVLHSPEPPAYIFWNHNDAKIGYHNLQFQIISYDSSRGGVSVVTEKGDSTTSFLLVQQAKPTDSGRYTCNPSNAQPKSITVHVLNGEYPAAMQHGGQAHQPR 279

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|910317627|ref|XP_013161598.1| (PREDICTED: lachesin-like isoform X3 [Papilio xuthus])

HSP 1 Score: 154.451 bits (389), Expect = 2.980e-41
Identity = 96/246 (39.02%), Postives = 137/246 (55.69%), Query Frame = 0

Query:   29 LRGGASYSGRKSSFDT--YFDQQESSQNITLLIGEMALLHCTLRNIGNKS----VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSP 254
            +R G +  G + +  T  YFD    S+N+T L+G+ A L+C ++N+GNK+    VSW+RHR     LL +   T + D R  AIH   SE++ L+IK  + RDSG YECQ+               EP T IIGG D+Y+DRGST+N+TCVV      P YIFW+HN  I+ +D S    +  +    +    S L+I++   S +GTY+C P+++  K+V VHVLNG   A     G   +  SP
Sbjct:   53 IRAGPAGDGPRPTPRTGPYFDL-AMSKNVTALLGKTAYLNCRVKNLGNKTLNMQVSWVRHRDI--HLLTVGRYTYTSDQRFRAIHLPHSEDWTLQIKYPQHRDSGIYECQISTTPHMSHFIHLNVVEPTTEIIGGPDLYIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYD-SPRGGVSVVTEKGETT-TSFLLIQQARPSDSGTYQCNPSNAQSKSVMVHVLNGEYPAAMQRGGQAFAPTSP 293

[Close]

BLAST of EMLSAG00000000388 vs. nr
Match: gi|943964579|ref|XP_014364500.1| (PREDICTED: lachesin-like isoform X3 [Papilio machaon])

HSP 1 Score: 154.066 bits (388), Expect = 3.570e-41
Identity = 96/246 (39.02%), Postives = 137/246 (55.69%), Query Frame = 0

Query:   29 LRGGASYSGRKSSFDT--YFDQQESSQNITLLIGEMALLHCTLRNIGNKS----VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSP 254
            +R G +  G + +  T  YFD    S+N+T L+G+ A L+C ++N+GNK+    VSW+RHR     LL +   T + D R  AIH   SE++ L+IK  + RDSG YECQ+               EP T IIGG D+Y+DRGST+N+TCVV      P YIFW+HN  I+ +D S    +  +    +    S L+I++   S +GTY+C P+++  K+V VHVLNG   A     G   +  SP
Sbjct:   53 IRAGPAGDGPRPTPRTGPYFDL-AMSKNVTALLGKTAYLNCRVKNLGNKTLNMQVSWVRHRDI--HLLTVGRYTYTSDQRFRAIHLPHSEDWTLQIKYPQHRDSGIYECQISTTPHMSHFIHLNVVEPTTEIIGGPDLYIDRGSTINLTCVVLYSPEPPAYIFWNHNDAIISYD-SPRGGVSVVTEKGETT-TSFLLIQQARPSDSGTYQCNPSNAQSKSVMVHVLNGEYPAAMQRGGQAFAPTSP 293

[Close]

BLAST of EMLSAG00000000388 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: 141.739 bits (356), Expect = 2.977e-40
Identity = 84/213 (39.44%), Postives = 118/213 (55.40%), Query Frame = 0

Query:   51 SSQNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPR------DSKGRF-YSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAV 241
            +S N+T ++ + ALL+C ++NIGNK+VSW+R+  TH   LL +  LT + D R  AIH   SE+Y+L+IK V  RD+G Y+CQ              V EP T I+GG DI++  GST+N+TCV++     P YIFW HN  I+ +D          PR        KG    S L+++  + S +GTY C P+      V+VHVL G    V
Sbjct:   95 NSLNVTAVLDKTALLNCRVKNIGNKTVSWVRNSDTH---LLTIGRLTYTSDLRFKAIHKMFSEDYLLQIKPVNHRDAGVYQCQISTTPPTSHTVTLSVAEPKTSILGGPDIHLKEGSTMNLTCVIADSPEPPSYIFWRHNDAIISYDS---------PRGGVSVITEKGDVTASFLVVQHTKPSDSGTYSCSPSLGQTVAVNVHVLRGMFYCV 295

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold137_size321222-processed-gene-1.0 (protein:Tk01555 transcript:snap_masked-scaffold137_size321222-processed-gene-1.0-mRNA-1 annotation:"limbic system-associated membrane protein")

HSP 1 Score: 120.553 bits (301), Expect = 1.632e-32
Identity = 70/199 (35.18%), Postives = 106/199 (53.27%), Query Frame = 0

Query:   53 QNITLLIGEMALLHCTLRNIGNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            +N+T+ +G  A L CT++N+GNKSVSW+R+R THI   L  +     +D R +++H+  S  + L+IK V+ RD+G YECQV                P  RIIG  DI+V  GS + + CVVS     P +I W HN K+++   S   + P     ++        I  +  + AG Y C+PA+     + +HV+NG
Sbjct:   50 RNLTVQLGGTAYLPCTVQNLGNKSVSWIRNRDTHI---LTSDRDVFIVDERFSSLHNPDSSTWTLQIKYVQPRDAGSYECQVSTVPKKMHYFNLAVVVPKVRIIGNKDIHVQAGSEVQLKCVVSQAVEHPSFIVWYHNDKMVV---SSKRRYPRYETPTRDTSIGTFTISHVVKADAGNYTCQPANLHAAKISLHVVNG 242

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold273_size229271-processed-gene-1.9 (protein:Tk00747 transcript:snap_masked-scaffold273_size229271-processed-gene-1.9-mRNA-1 annotation:"neuronal growth regulator 1-like")

HSP 1 Score: 119.783 bits (299), Expect = 1.714e-32
Identity = 55/159 (34.59%), Postives = 98/159 (61.64%), Query Frame = 0

Query:   92 LNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG 236
            +N LTN+LD RI  IH  GS+ + LRI++  ++D G+YECQ+               +P T I+G D++++ +GSTLN+TC ++ G  +  +I W+H +K+L +   E ++   L  +++G   +++++ +    H+G Y+CEP+++P   V VHVL+G
Sbjct:    1 MNQLTNTLDPRIKGIHVPGSDLWALRIQDTTLKDDGQYECQITTAQKTIEIVTLNVLDPTTNILGPDEVFLSKGSTLNLTCRITRGPNTQPFIIWTHQSKMLKYISYE-NEPNALSTNAQGEILTQIVVAETAVGHSGRYRCEPSNAPHAEVLVHVLDG 158

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold159_size295958-snap-gene-1.33 (protein:Tk05088 transcript:maker-scaffold159_size295958-snap-gene-1.33-mRNA-1 annotation:"hypothetical protein KGM_18218")

HSP 1 Score: 117.857 bits (294), Expect = 9.891e-31
Identity = 63/197 (31.98%), Postives = 108/197 (54.82%), Query Frame = 0

Query:   54 NITLLIGEMALLHCTLRNIGNKSVSWLRHRT-HIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ---------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGR-FYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHV 233
            N T+ +G  A LHC + N+G + ++W+R R  HI   L   ++T + D R   +    S+++VL+IK+V  RD+G YECQ               V  P   I+  ++ ++DRGS+L++ C++   +  P+Y+FW HN +++ +D      +   P    GR  +S+L I++ + S +G Y CEP+SS   ++ V V
Sbjct:  188 NTTVQVGGTAYLHCPVINLGERQLTWIRRRDWHI---LTHESVTFTTDDRFQLVKEENSDDWVLQIKHVVARDTGAYECQATTDSGIKSRRVDLQVVTPEAFILADEEYHIDRGSSLSLVCIIEKATTPPQYVFWYHNERMINYDSERGISVTTTP----GRKTHSQLFIQRADVSDSGNYTCEPSSSIPASIQVFV 377

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold64_size435223-snap-gene-1.5 (protein:Tk02486 transcript:maker-scaffold64_size435223-snap-gene-1.5-mRNA-1 annotation:"hypothetical protein KGM_18218")

HSP 1 Score: 114.39 bits (285), Expect = 6.458e-30
Identity = 63/203 (31.03%), Postives = 109/203 (53.69%), Query Frame = 0

Query:   50 ESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNN--LTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG---------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKI--PYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHV 233
            +S  N+T  +     LHC + N G++++SW+R R    D   L N   T + D R + +H  GS ++VL+IK V+ RD+G YECQV                 PV  I+GGD+ ++DRGS +++ CV+     +P+++FW HN +++ +D +    +   + P  ++ RF     I+    S +G Y C+P+++   ++ V V
Sbjct:   60 DSETNVTAQLEGTVFLHCPVVNSGDRAISWIRLR----DWHILTNGVQTYTSDDRFSILHKEGSFDWVLQIKYVQERDAGVYECQVSTNSGTIARKVFLDVVSPVAFILGGDEYHIDRGSQISLVCVIENAPTAPQFVFWFHNDRMVNYDQARGISVHTSHSPEKTQSRFQ----IQHASPSDSGNYTCKPSNAMPASIQVFV 254

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold528_size145933-snap-gene-0.30 (protein:Tk12227 transcript:maker-scaffold528_size145933-snap-gene-0.30-mRNA-1 annotation:"limbic system-associated membrane protein precursor")

HSP 1 Score: 109.383 bits (272), Expect = 8.037e-29
Identity = 73/215 (33.95%), Postives = 104/215 (48.37%), Query Frame = 0

Query:   59 IGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVGE--------------PVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRD--SKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNG---TVLAVANGEGNQSSSRSP 254
            +G  ALL C ++N+GN+SVSW+R R     +L +       D RI+ IH   S  + L+IK V+  D+ KYECQV                P  RI G  DI+V   ST+++ CV+S     P YI W HN + L       ++I   P +  ++G   S L I + + S +G Y C PA      V +HVL+      +  + GE    SS SP
Sbjct:    1 MGATALLPCVIKNLGNESVSWIRVRDAY--ILTVEEEVFISDPRISTIHLDNSLSWTLQIKAVQPEDASKYECQVSTEPKLSHFVGLNVRVPKVRIFGDQDIFVKSLSTVHMKCVISQSLDPPNYIEWRHNEQRLSPGRGGNTRIQATPPEHIAEGTTMSTLTILEAKKSDSGAYTCHPAQMDQARVMLHVLDTDYPAAMQTSLGERAMMSSTSP 213

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1021_size70145-snap-gene-0.15 (protein:Tk02179 transcript:maker-scaffold1021_size70145-snap-gene-0.15-mRNA-1 annotation:"hypothetical protein TcasGA2_TC008933")

HSP 1 Score: 103.605 bits (257), Expect = 9.908e-27
Identity = 65/211 (30.81%), Postives = 111/211 (52.61%), Query Frame = 0

Query:   44 TYFDQQESSQNITLLIGEMALLHCTLRNIGNKSVSWLRHRTHIPDLLALNN--LTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG--------------EPVTRI--IGGDDIYVDRGSTLNVTCVVSAGS-RSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLN 235
            TY   +    N ++++G+ A LHCT+RNIG + VSW+R      DL  L +  LT + D R +A HS  ++ + L+IK  ++RD+G+Y+CQV               E + RI  +G  +++V   S + ++CVV  G       IFW  N  ++  D  E++++    +  + +  S + I + E  HAG + C P+ +   TV +HV++
Sbjct:   11 TYSTYEMEYSNQSVVLGKTAHLHCTIRNIGERRVSWIRK----SDLHVLTSGILTFTRDQRFSAHHSQKTDMWALQIKFTQMRDTGEYQCQVNTDPKISHAIHLEVKEAIARIGNVGNKEVHVRHKSKVELSCVVDLGEGHHATAIFWYLNGHVI--DQRESNQV---TKQHRNQLESTITINQAEMRHAGQFTCAPSYARPDTVTLHVID 212

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold30_size591359-processed-gene-3.1 (protein:Tk12759 transcript:snap_masked-scaffold30_size591359-processed-gene-3.1-mRNA-1 annotation:"protein sidekick-1-like")

HSP 1 Score: 100.908 bits (250), Expect = 1.725e-25
Identity = 68/210 (32.38%), Postives = 103/210 (49.05%), Query Frame = 0

Query:   77 VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQVG---------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKI---------LLFDGSETSKIPYL---PRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSSRSPPGELS 259
            VSW+R+R     LLA+     + D R   +H   S+E+ L IK+V   D G YECQ+                EP T I+G  +++VD  S++N+TC+V +    P Y+FW  + K+         L   G +  +I +    PR   G   S L+I+K   SH+G + C P++S  K++ VHVL    L    G G++S + S P   S
Sbjct:    8 VSWVRYRD--VSLLAVGKFVYTSDDRFKVLHEADSDEWFLVIKSVRYDDEGVYECQINAQPTYVSYKYMLSVVEPRTEIVGERELFVDYASSINLTCLVISPD-PPAYVFWRQDQKLVEVSEASRPLKHRGEDNLRIVFAQNHPR--PGITQSSLLIQKANASHSGLFSCLPSNSESKSIRVHVLKVRALGRDTGLGSRSEAPSSPSARS 212

[Close]

BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold244_size240795-processed-gene-0.14 (protein:Tk02091 transcript:snap_masked-scaffold244_size240795-processed-gene-0.14-mRNA-1 annotation:"Neurotrimin")

HSP 1 Score: 99.3673 bits (246), Expect = 7.338e-25
Identity = 61/183 (33.33%), Postives = 99/183 (54.10%), Query Frame = 0

Query:   77 VSWLRHRTHIPDLLALNNLTNSLDTRITAIHSHGS--EEYVLRIKNVEIRDSGKYECQVG--------------EPVTRIIGGDDIYVDRGSTLNVTCVVSAG--SRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAV 241
            VSW+RH      +L+++ L  +   R+   H+ GS  +E++L I  VEI D G YECQV               EP T I+G  +++++ GST+N+TCV+  G  + +  +I+W++N +I+  D      I    RD      + LII   + + +G+Y C+PASS  ++V VHV  G+  A+
Sbjct:   28 VSWIRHSD--SAILSVDRLLFTKSHRMKVFHTPGSASDEWILSINPVEISDGGMYECQVASTPHTSHFMAVVVIEPRTSILGTQELFIEAGSTINLTCVIHTGGQAMTSSHIYWNYNGQIITHDRQRGGTIVIDKRDQD--ILTSLIISHADPADSGSYTCDPASSYAQSVVVHVTKGSDAAM 206

[Close]

BLAST of EMLSAG00000000388 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: 97.0561 bits (240), Expect = 3.909e-23
Identity = 62/194 (31.96%), Postives = 97/194 (50.00%), Query Frame = 0

Query:   73 GNKSVSWLRHR-THIPDLLALNNLTNSLDTRITAIHSHGSEEYVLRIKNVEIRDSGKYECQ--------------VGEPVTRIIGGDDIYVDRGSTLNVTCVVSAGSRSPKYIFWSHNAKILLFDGSETSKIPYLPRDSKGRFYSRLIIRKIEHSHAGTYKCEPASSPIKTVHVHVLNGTVLAVANGEGNQSSS 251
            G + +SW+RHR TH   LL++   T + D R +A H   +  + LRI NV   D G YECQ              V EP T I+GG D++VDRGST+N+TC+       P  + W HN +++ +D +       +  +      S L+I++     +G YKC P ++    + +H++ G      N +  Q+SS
Sbjct:  161 GIELISWIRHRDTH---LLSVGRYTYTTDFRFSAQHLPMTHYWQLRIMNVSYEDEGYYECQLSTTPIKAHVVDLRVVEPHTEILGGPDMHVDRGSTINLTCIAKFSPAPPPDVEWLHNGQVISYDSARGGV--SVVTEKGESTSSHLLIQRATPKDSGVYKCVPENTVEAAITLHIIKG-----KNPDAWQTSS 344

The following BLAST results are available for this feature:

BLAST of EMLSAG00000000388 vs. GO
BLAST of EMLSAG00000000388 vs. C. finmarchicus
BLAST of EMLSAG00000000388 vs. L. salmonis peptides
BLAST of EMLSAG00000000388 vs. SwissProt
BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
BLAST of EMLSAG00000000388 vs. nr
BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000000388 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25


Match Name	E-value	Identity	Description
-	1.119e-36	36.94	symbol:dpr6 "dpr6" species:7227 "Drosophila melano...	[more]
-	1.773e-36	36.48	symbol:dpr9 "dpr9" species:7227 "Drosophila melano...	[more]
-	4.252e-35	35.96	symbol:dpr8 "dpr8" species:7227 "Drosophila melano...	[more]
-	5.619e-26	36.71	symbol:dpr4 "dpr4" species:7227 "Drosophila melano...	[more]
-	1.126e-25	34.35	symbol:dpr11 "dpr11" species:7227 "Drosophila mela...	[more]
-	3.351e-23	31.94	symbol:dpr13 "dpr13" species:7227 "Drosophila mela...	[more]
-	3.976e-22	31.46	symbol:dpr "defective proboscis extension response...	[more]
-	5.651e-22	29.67	symbol:dpr5 "dpr5" species:7227 "Drosophila melano...	[more]
-	4.263e-21	27.07	symbol:dpr12 "dpr12" species:7227 "Drosophila mela...	[more]
-	8.433e-21	31.11	symbol:dpr7 "dpr7" species:7227 "Drosophila melano...	[more]

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BLAST of EMLSAG00000000388 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592815873\|gb\|GAXK01138695.1\|	6.621e-61	45.87	TSA: Calanus finmarchicus comp510396_c0_seq1 trans...	[more]
gi\|592878035\|gb\|GAXK01079828.1\|	3.194e-45	38.52	TSA: Calanus finmarchicus comp1231072_c0_seq1 tran...	[more]
gi\|592898363\|gb\|GAXK01060012.1\|	1.898e-35	34.40	TSA: Calanus finmarchicus comp757876_c0_seq1 trans...	[more]
gi\|592801350\|gb\|GAXK01153218.1\|	6.612e-35	38.61	TSA: Calanus finmarchicus comp1070592_c0_seq1 tran...	[more]
gi\|592753382\|gb\|GAXK01201031.1\|	1.055e-34	38.50	TSA: Calanus finmarchicus comp886130_c1_seq1 trans...	[more]
gi\|592928943\|gb\|GAXK01029602.1\|	1.335e-31	37.84	TSA: Calanus finmarchicus comp1518125_c0_seq1 tran...	[more]
gi\|592848097\|gb\|GAXK01109447.1\|	1.993e-30	35.32	TSA: Calanus finmarchicus comp951049_c0_seq1 trans...	[more]
gi\|592929985\|gb\|GAXK01028560.1\|	5.650e-30	35.50	TSA: Calanus finmarchicus comp469265_c0_seq1 trans...	[more]
gi\|592923930\|gb\|GAXK01034485.1\|	2.314e-28	35.92	TSA: Calanus finmarchicus comp359772_c0_seq1 trans...	[more]
gi\|592928042\|gb\|GAXK01030445.1\|	4.947e-27	32.52	TSA: Calanus finmarchicus comp1888910_c0_seq1 tran...	[more]

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BLAST of EMLSAG00000000388 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25


Match Name	E-value	Identity	Description
EMLSAP00000000388	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s1061:3456...	[more]
EMLSAP00000007749	1.431e-40	38.10	pep:novel supercontig:LSalAtl2s:LSalAtl2s451:14937...	[more]
EMLSAP00000006565	1.304e-31	32.89	pep:novel supercontig:LSalAtl2s:LSalAtl2s35:656245...	[more]
EMLSAP00000008993	3.037e-31	38.50	pep:novel supercontig:LSalAtl2s:LSalAtl2s563:19357...	[more]
EMLSAP00000008198	2.004e-28	31.53	pep:novel supercontig:LSalAtl2s:LSalAtl2s494:25530...	[more]
EMLSAP00000007756	5.673e-28	31.12	pep:novel supercontig:LSalAtl2s:LSalAtl2s453:13384...	[more]
EMLSAP00000002892	4.896e-25	30.39	pep:novel supercontig:LSalAtl2s:LSalAtl2s166:55165...	[more]
EMLSAP00000007255	1.578e-22	30.48	pep:novel supercontig:LSalAtl2s:LSalAtl2s408:38129...	[more]
EMLSAP00000009928	4.230e-22	29.95	pep:novel supercontig:LSalAtl2s:LSalAtl2s647:20565...	[more]
EMLSAP00000009175	7.095e-22	32.16	pep:novel supercontig:LSalAtl2s:LSalAtl2s57:53313:...	[more]

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BLAST of EMLSAG00000000388 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000000388 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
gb\|KYB29210.1\|	6.311e-42	40.10	Neurotrimin-like Protein [Tribolium castaneum]	[more]
gb\|KYB25397.1\|	8.573e-41	37.87	hypothetical protein TcasGA2_TC034457 [Tribolium c...	[more]
EGK96223.1	2.201e-40	38.53	AGAP002135-PB [Anopheles gambiae str. PEST]	[more]
EAA15040.4	1.242e-39	35.61	AGAP009247-PA [Anopheles gambiae str. PEST]	[more]
EAA00989.5	1.848e-39	39.61	AGAP001126-PA [Anopheles gambiae str. PEST]	[more]
gb\|KYB26842.1\|	3.009e-39	37.56	hypothetical protein TcasGA2_TC033556 [Tribolium c...	[more]
EEB14531.1	3.474e-39	35.11	Neurotrimin precursor, putative [Pediculus humanus...	[more]
AAF50177.2	3.815e-39	36.94	defective proboscis extension response 6, isoform ...	[more]
AGB94369.1	4.332e-39	36.94	defective proboscis extension response 6, isoform ...	[more]
gb\|EFA11032.2\|	4.472e-39	37.04	Protein sidekick-like Protein [Tribolium castaneum...	[more]

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BLAST of EMLSAG00000000388 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|345486039\|ref\|XP_001605921.2\|	1.863e-44	39.39	PREDICTED: protein turtle homolog B-like isoform X...	[more]
gi\|1058028411\|gb\|JAS17867.1\|	4.405e-44	39.02	hypothetical protein g.6696 [Clastoptera arizonana...	[more]
gi\|645026049\|ref\|XP_008202299.1\|	5.694e-44	38.49	PREDICTED: protein turtle homolog B-like isoform X...	[more]
gi\|936676437\|ref\|XP_014224608.1\|	4.479e-43	40.47	PREDICTED: protein turtle homolog B-like [Trichogr...	[more]
gi\|1058255828\|gb\|JAT31399.1\|	5.513e-43	38.93	hypothetical protein g.23364 [Graphocephala atropu...	[more]
gi\|1058071782\|gb\|JAS39552.1\|	9.813e-43	40.36	hypothetical protein g.21284 [Cuerna arida] >gi\|10...	[more]
gi\|1032729032\|ref\|XP_016842611.1\|	5.085e-42	38.56	PREDICTED: T-lymphocyte activation antigen CD86-li...	[more]
gi\|1032729029\|ref\|XP_016842610.1\|	1.207e-41	35.83	PREDICTED: uncharacterized protein LOC100122319 is...	[more]
gi\|910317627\|ref\|XP_013161598.1\|	2.980e-41	39.02	PREDICTED: lachesin-like isoform X3 [Papilio xuthu...	[more]
gi\|943964579\|ref\|XP_014364500.1\|	3.570e-41	39.02	PREDICTED: lachesin-like isoform X3 [Papilio macha...	[more]

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BLAST of EMLSAG00000000388 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25


Match Name	E-value	Identity	Description
maker-scaffold62_size438377-snap-gene-3.7	2.977e-40	39.44	protein:Tk07855 transcript:maker-scaffold62_size43...	[more]
snap_masked-scaffold137_size321222-processed-gene-1.0	1.632e-32	35.18	protein:Tk01555 transcript:snap_masked-scaffold137...	[more]
snap_masked-scaffold273_size229271-processed-gene-1.9	1.714e-32	34.59	protein:Tk00747 transcript:snap_masked-scaffold273...	[more]
maker-scaffold159_size295958-snap-gene-1.33	9.891e-31	31.98	protein:Tk05088 transcript:maker-scaffold159_size2...	[more]
maker-scaffold64_size435223-snap-gene-1.5	6.458e-30	31.03	protein:Tk02486 transcript:maker-scaffold64_size43...	[more]
maker-scaffold528_size145933-snap-gene-0.30	8.037e-29	33.95	protein:Tk12227 transcript:maker-scaffold528_size1...	[more]
maker-scaffold1021_size70145-snap-gene-0.15	9.908e-27	30.81	protein:Tk02179 transcript:maker-scaffold1021_size...	[more]
snap_masked-scaffold30_size591359-processed-gene-3.1	1.725e-25	32.38	protein:Tk12759 transcript:snap_masked-scaffold30_...	[more]
snap_masked-scaffold244_size240795-processed-gene-0.14	7.338e-25	33.33	protein:Tk02091 transcript:snap_masked-scaffold244...	[more]
maker-scaffold30_size591359-snap-gene-1.20	3.909e-23	31.96	protein:Tk12754 transcript:maker-scaffold30_size59...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s1061	supercontig	LSalAtl2s1061:345656..414935 -

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-LSalAtl2s1061-augustus-gene-3.6
Biotype	protein_coding
Evidence	IEA
Note	PREDICTED: protein turtle homolog B-like isoform X7 [Nasonia vitripennis]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000000388 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000000388	EMLSAT00000000388-696235	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s1061:345656..414935-

gene from alignment at LSalAtl2s1061:345656..414935-

Legend: mRNA

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

>EMLSAG00000000388-683154 ID=EMLSAG00000000388-683154|Name=EMLSAG00000000388|organism=Lepeophtheirus salmonis|type=gene|length=69280bp|location=Sequence derived from alignment at LSalAtl2s1061:345656..414935- (Lepeophtheirus salmonis)
AAGGAAGGCCAGGGAGAGCATGACTTATCACATCATCGACGCCACAGTCA
TGGACAATTTCCTCGAAACTTTCACTCCTCGGATCTACGAGGAGGAGCTT
CCTACTCTGGACGAAAGAGCTCCTTCGACACCTATTTTGATCAGCAAGAA
AGTAGTCAGAACATTACGCTACTTATAGGAGAAATGGCTCTTCTCCACTG
CACGCTGCGAAACATTGGAAATAAATCTGTAAGTTGGAAAAACATGTTTT
GTTTTTTTTAAAACGTGAAGAATTTTGTATTGTTTTCCTGAACTATTTTT
TTATTCAAATAATTAAAATATTGGCAGKTCTACTCATATAATACTACAAA
TTTCTAAAARATGTGGTCTTCTTYTTTGATGATTTTCCAACCAGATGCTG
ACGATCCAGTGTGGCCTCATAAAAGAAACATTTACAAAAAKAGTAGGAAA
TCCCTTCCTGCAGCTTGATTGGACTTTAAAAGAGCGTGTTTATACCATCT
TGTAAAATAATTTTAGGAATCTTTTAATGAACTCCAAAGAAGGATGGTTC
TNATTCTGTGGCATAGATTTGGAGAACTCACATCATTATTTTAAAACTGC
TGCATAGTGCAAATATATATTCTCCCGTGTCCATGGATGAGTGGCTTKTT
WTGACGKCTCCTCTTTKATAGAACTATTTTWAGATATATTTTWTTKACGG
CAAAGKGTAGATAGCGATATATACTGCCCGTTCAAATAAGTCCATGATCC
CCTTGGTTTCCATAAACAAGTGGATCGAACGTTGGATCTCATAGGGGKCT
TGAGCGATAAGACAATGACAATAGAAATTAATGCATATAAATAGATTTTG
GGGGAATAACCCTCAGACAATCCTTCCTCCTCATTTGTGCTAAAAGATTT
CTGAATTTAAGTAAAAGTTTATTGTTATGCGTCAGTTAAAACAATCATTT
TTTTGTTAACAAATATGTGTATTATCACGTAATGAATGTCTTTTTTTTTA
TTTAAAAATTTTTCTATGGATTTTCCAAGGATGCAAGAAGCAAAAAAAGG
CTTGCATGTGCACCCTCTGATAAAGAAAGTAGGGCTTCTATCATTTGATA
GTAAAAAAGACGAAGAATCAAAACATTTTTTTCTTTTTTGCAAATAAAAA
CCTTTTTGTCACTTAAATAATGGGAAATACGTTATATTCATTATTCTGTT
ATATCTTCTGCGGCATCAATTATCTTTCTTCTCTTTATTTGACCTATGAA
AAATAGACAGAACCTTAATTTATTAATTTTAGTTTTGGACGATACCCACT
TATGATCTTCCAAAGTACTTGTTAATATTTCAATTAATATTATTCATCTC
ATTTTTTAGTTGCAACTTGTACCAAATGGTAACTAGTATAATACATATAT
TTTTATTCAATTTGATTACACTTTAAAAAACGACACATAACATTAAGATC
TTATTACCTCTGCATACGAAGATGAACGGAGGTTATGTATTTTACAGGGT
GTGTTTGTCTATTTGTATAGCGGATTTCATAACAATGTTACAGGCCGATT
TTGATAAAGCTATGGTAAAAATCGGTTCCTAATTATTTTTAGGGGTAAAT
ATTATTTGGGGGTCTGTATGTAAACAGGATTATAAAAAAAGTTATAAAGC
TTGTTTTGGTAAAACTTTGAAGAAAAGTAATACAGAGTGCACAACTATCA
ATTCTTCTTTCCATAAAAACAAAAAAACAAATTTTAAAAATATTAAAAAA
ATTATTACATTATAATAATGCACATTTAAAGTTAGTTTTACTCAGTTTTG
AAAGACAGAGGCCCCGTTGTCTATTGATTAAACAAATCAAACTTGGTTGT
TTTAATACTTTTTTCATTCCATTGTTTCTCGTTTCATAACTTTTTATGAG
AGGATTTTAGAAAGATAATTTTTAATGCAATGAGATGAAAGATAAAATGA
TTAACATAATTTATTTCACAGTTCATTTGATCATCAGTAAATGGCAATTA
TGCAAAGGTCACATAAATGTTGGTATTTCTGGAAAATATCAATTTCAACC
ACCTGATTTGAACAAATGCATTCATTGAGAGTTTCTTGTTTTTGATAATA
CCAGGCTTAATAATACTAATTGCAGCCTTCTAACATTTTAATATGTGGAG
TTATTTGCGTACAAAGAGAATTTTGCTAATTTCAAATTATGAGTATATAT
ATATATTATTTTTTTTTTTATTTGAAAATTTAAGAAATTAATTGATTTTC
ATAAGGTGCAATTTGTTATATGTTATTTCATATTATGTCAAACTATTTTT
GGCAATATTTTTTTTTTCACGGAAAACGCACGTTCCACACTACTTTAACG
CATGWTAGCCACTAACTATACTTTCAAGGAAACTTTAAAATCTTGTCTCT
AAAATAAAAAAAACTTTTTCATCTCTCTACTTTTACATCCTGATTGGGAC
GCATTACAAAAAAAGAAATATTTTGCCGCACATGCACTGTGGAATATATT
GGAAAATAAATCTGTCTGTTGGCGAAAATACATATTTATTCTAAAATTTG
ATCAACTTTAACCTTCCTTTTCTTTAATTTTATAGATAATCTAATCTTTT
CTAATTCAAAAAGGTATTTGATGAAATGTCGTTATGATTGATGTAGTCAA
TATATTTTTACTTTGAGCCCCTAAATAATGGCGTCCCCTTCAATTATAAT
GTAACTCAGGATTTCAATGAAAAGGCTTTATTGCTATATACATATATCGT
AACACAATTTGAGACATTATTATTAATGTATATACGTGTAGCTTACAACA
TACAGAAAATATACTAATAAAAAAAAGTGTTCCTGACTACTTTCTCATGT
TTCTAAGACAAATTTATGAGTATTGGCAGTGGCATGAGTACCAAATTTAT
AGTCAATAAATACTCATAACGTAGTATACATCACACGAGTGATTTTTAAA
TTTATAGAAGCTGCCAATCTTGTATACTTTATTATTTTAATGTCCCTACC
AAAATGTTGTTTGGTTAGATTTTACAACTCAAACACACTTCTTCATAAGG
GAAAGAAAGTGAKCACTCAAAATATAAGATATCAATGGGAATACAACAGA
TTTCTTAGATATGAATTTGTTTTATAATTAAATCATAACAGAATTTGTTG
AACTAAACTTTTTATTTTTTGTTATACAACTTCCTTTCTGCATGGTTCTT
TTTAGTACAAACTAAGTTTTCCTTATTTCTGTTAATTTCCCTACTTAAAT
GTTTACAATAAAACGATTTTAATAACCTAAAGTATAAATGTATACAAATA
AAAAATTATAGTTGAAGATTTAGACTATGATTCAAGGGATCAACACTTAG
ACCTATCATACAAAACAAAAACTGTCTTCCTATGTGACCGTGATTTTTAT
AGAGACAACACCAAAGTAGCGGCATATTTAGCTTGTTTACCCTGTATGTT
TGTTAAGGACCCGAGTCTGTTTTCTCTCAGATGAATGTTATGAAAAATGA
ATATCGTACTAATCTCACTCATGAGCACTTAGATTAGATAGTGATAACAA
ACACAGCCTTGAATCCTTGCCTGGGGGTTTTCAAGGCCCGTACATGAAAA
GTCTCATTATGATCATTTTTACGTGTATTTTTACTTTAAAGATATTTCAG
AACAATGTATGTAGGTATGTTTAATGATTAAGTCTATAAGCATTGTTTAC
ATTGTATAACATTTATTTTTCAATGAAATAATTTTTTTTTAAAGATTGTA
TGAAATGCTAAGTAAATATGAAAACCATATTTTACAAAGACCTTGAATTT
AATATTCTTGTGTATTTTTGATGAAAGAATACTCTTTATAAAAAAATCTG
TACTTTCATATTTCCAAACCTTTTTTATTTATTTACTTTCTATTTTACTN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNAATATGGTCATATATTGAAAATGATCAAAAAAGAATGA
ACTTAAGAATCAGCAAGGTAACCCTTTGAAAAATCTTTTGGTGGAGAACA
ACTAACCTATTGCCGATCCTTACTTCTAAAGGGTTGGTTTTATCTAGTGG
AACACATTTGATTATTTTCAAATTTTCAAAACTAAAATATTAACGATAGT
TTTTGTGAAGACATTTACAAAACAAAATCATCCGGAAATAGTGATCATCC
TAAAGATAAGGAGTAGCATCACCACAAGATTAATAGACACCTGCCAGTTT
AAATTGTCCACTTAGTAAGCTTCAGGTCAGTCTTATCAAGAGGTTTTCAA
TTCTTCCAAATTATTCGTTTTCACTCTGATTTGTTCAATATTTGTCCTGA
TGAATAGGAGAACTGCTCAAAGAATGTCACTCAAATGTCTAGTGGTTATC
TTGTTGCACAAGGAGTAATCCGGATGTTGCTATGAGTATAATTCATAATC
TCGTTCCACTTTTTTTAAATTAAATTTTATTCTTTTTTGACAGAAAAATA
TCAAATTTAAGAAAAATAAATAACTTCTTCATATAAATATGAGTTAAATA
TTCATCTTCAAACTCCAGATCTTGTAATTCTTCCTTATCAAGGACCTTGG
AAGTTACTGTTTGGTAGATACATATCACGTTTTATATATATATATATTTG
TCCCTCAAAAGCAAACTGATTCTACAATAAGAGTAGTTCTACGCTTTGTC
CAAAATCATTATATTTGGTCTGTACATGAAAATAAAATCGATATTTCTTT
CAGGTCTTCTACATATGGTAATGATTTTCTAACTGATCATTCATAATAAC
CCGCTCAAAGTTACTCTTTAGACAATCCTTGTACATACATCATTTTCAGC
AAATATAAAATATAAAAAATGATTTTTTTTTTCTTATGTTGAGGTCTATT
TTACCTTTCTTTACTGAACATTCTATTTTTTTAACACACTTAGTGAAAGG
GGTTGAAGGAAAACAAAACAAAAATAAAACGTATATAATTCAAAGATAGA
AAGTTATATGATTATGTAAATATGTCATTTAAATTTGTAATTATTATTGT
AACAATATTAGATTTTTATTCTTGACAAAAGTTTTTATGAATTATGGATT
ACTTTTTTCCAACTTTGGGAATCAAATTATTGTCCATATGTTTGGATGAA
AATTGTCATCTGAAAACAAAAAATTATCCAATAAATCAAAAGGAACAACT
TTTAAACAAAACAGATAATTAAACTAACTAAACCTCGATTAAACAATAAA
TAAATATACAAATAAATTCAAAACAAGACTTTTTTTAAATAAATATATCA
TTACATATCGATTAAATATCTTAGAAGAATAAAATGCAATAAAAAGTACA
TTAAAAGAATTTAGAACCGTTTTTATAAATCATGGTGCGTACAATATCCT
AGTTCATTAACGGAGATATAAGATAATCAAGAAATTTCAAGTGTGAATAA
AATCACTCTAAGAATATTTTTCTTATGCTAAAGTTCTAAACAGGTCATTT
TGACCCGTGTGACAAAACAAGGGTTAAGGGAGCGGCCTAGTCAGTTCCCA
TAACTTAATTCTATAGAAATTAACAAAATCAACTAAGGATCAAATACTTG
TATCTTTTACTTTATTTACCTATGATTAAAATCCCAAATTGAGTTAACTT
ATATTTAAACAAATGTATATATTTAAAAATATACAAATTTTATAATCCAA
ACTTTTTTTTTATCAAACCACAACTATTAATTTGAATTTGGCATGTTCTT
AGTTTGATAAAAAAAATGGGAACAAAACGCTTTTCAATTTGTAAAACAGT
ATGTTACTTTATAATATATTTTTTGAAGTTTTTTTTATTTTCTGGGAACA
TCAACAGACGCAAAGACACTTTCAAAAATAACAGACTTTACATACACTTA
TATATACAAATTCACTACTAAAATAAAAATAAAATCTACTTCAAAAAAAG
ATATATAAAGTTTTCTGAATCGTGCACAACATCAAAAAGAGAGATAAACC
CCCCAAAAAAACCTACCAAAATGAGCTTTTAGAAAATATTATTTGTGTAT
ACTTTATAAAGTAAACTTTTCTTGGAAGAAAATTGCTGTTTTTGTCCAAT
AAAAACCAAACAAAATTGATTAAAAAGTGTTTTTACTTTATTTTATGAGA
AACCTAATATATTTATCGAGTAGAAAATAATTTGGAGTTGGTTGGAGTGT
GAACTCTTTCAAATGTTATCAGGATTCATCCTCTTTTATTGATGCCGAAG
AATCAACTCCAGCACTATTCATTCGATACAAAAAGAAATAAGTACGGGGA
TCCCTTCAAAGTTGTCAAATCAAACATCAGGGACAACATCTCTTGTCAAG
ACCACACAGACAAATTTTAGGAGACTGTGAGGTAAACAGAAAGATTAAAG
GAGTCTATCCCGCAGTTTTGAGATTCTAATTTCACACCAAAGCAGATATA
CTTGAAATATTGCATCTCGTCTCGGGTCTTTTTCACTGAGGGGCTCTTCA
AGGACAAGTTGGCAATCTCTAAAGAATGTTATGAAAAATTTTTTTTAGGG
AGTGAAGCCCTGTGAAGTATATACCGCAAGAAATTAGCCGCGTTGCGGAG
TCCAAATTGTGTAAGAAGCCATCGAAGCACGAACTTTTGTATGGTTTTGG
GGGATATAGCGATCTCGAGGGATTGGCATACAAATTATTAGTTAATTACA
ATGTTTATCCCACGAGGAGTCTTATTCTTGGTCCTCTACACAAGTTTGTG
TGGAGAAAGTTGGTCGAGGGGAAAGGAAAAGATAAGTGAGAGGAATGAAA
TAAAATAAACTATTTTTACTGGTGGAGTTTTAGGATGACAAATATATTTA
CCAAACTTGGGTTAAAAAACCGGGATTATCTCAGTTCTACCTTCTTGCTT
TCTTTTCTTATGGGACCAAAGTTATTGCAACGAAATGTTGCATTCAAACT
AAATTATCTAATAGTCTTAATTGTTCATGCCTATACTTCAATGCCTATCT
ATTATTTTATTTTATTTTTTTAAATTTACTGAGATTCTGGATTTTTTTAA
ATGAAAACAGTAAATGCATCTATTGGCGTATTTTGATAGTGAATAGTGAT
ATAAAAAAATATATATATTTATCGAGTTATTCATTACTGGATTAAAAGTT
GTTCTAACCTTAACCAACGTAGTTAAACTATGGTTATATTTTCACTTGGC
ATTGTCTATTTACAAACAAGATTAGTGACAAAGTTAGAAATCGATTTTTG
TGGAACTTTGATTTTGTATATATAATAGTAAGATACCATTAGATTTTAGG
ATATGAAGGTCACATATTTTAGTTCTTTTAAAGTAGGGCTCTGTAAAAAG
TTACAAATCAATTTTTGTGAAACATTCTAGGAAGGTTATTTTTGTCAACA
TAAAATGTCAAAGGTCGCAGTTAAAAAAGTAATGTGGACTGTTACTTTTG
AACAAATTGTGTTCCATAAACTAAAAATCAGTTTTGAGAGGTCTAAGAAA
GAGATGTTACATAAACTGGGTGTAGAAAAAGTAATGCAACCTTCTAAAAA
TACAGTTTTGAATAGGTTTTGTTGATTGTTTCTTAATGTTCCGATTATTA
GTGAATAGCTCAGATTCAATGCCTTTAATTGATGTACATTTAGTAAAACA
ATTATGTATAAGACTCGAGTGAGGCAAGTAGAACCATCATAAGGAATCTA
ATCCAGGCCGTGAGGACCACCTCAGACATCGTGCATGGCTTAAACATCAG
CAAAGTTACAGTCTGTTGGGTCAGAAATCGTTTGGATAATGAGGAGAACT
TTAAAGACAAATCCAAGAACTGCTAAAGTGAAGGCTGAAGACATCATGGA
AGTCTTTAAGGTCCCCCAACGATGAAGATGTCAGACTTCGCCAAGAATAA
GAAGTTGCATCGATCGTTTGTGGACAAGGGCATCCGAAAGTCTGTATAAA
GGTCGCTTAGAATAATTGAAAGACCCCTCCTGTCCCAACGTCAAAGAAAA
CTCCGTAATCAGTGAAGTCAACAAGTCTTGAATTATCTGAAGCACCACAG
CAACAGGGCAATTTTTTTCTCTGATGAAAATACCATTACTATTGACCCCT
CTACACCAAGCAAAATGACCAGGTAGAAATGATTTGCAAGGCTGACAACA
CCATCGCGACGATTACCGTTGGGGGTTGTGGTATCAACTGGAGAAAAAAT
GCCTCTAATTTGGTTTCCTGTTAGACAACGGGTACCAGCGACTGACTACT
TGATGGTGTTGAAGGAAAATGTGGCCCAATAGATCACCAAGACTATGATG
AAGTCCAACAAGGCCACATATATATTTCAGCAGGTCGGGGCTCCTGCCCA
AACTGCTAATATAGTACAAGATTAGAGTGATAACAGGTCCAAGAAATTTT
ATTCCCTTCAGAGCTCAGATCTGAGTCCACTGGATGACTCAATTGGTTGC
CAAATTGAAAAGAAGGCCTGCAAAGTCTGCAACCCAAATATGGATAACCT
AAATACCTTTGATAACCAGCAGTGAAGGATCGTGAAAAGGGACTACGTTG
CCGATGTGTACAAGGGGTTACGGAGATGCTTGGAGGCTATCATTGAAGCT
GATGGTGGCCAGATTCATAATTAATGTGTATTTTTATAGTTTAAAATAAA
ATGTTATATTTACAACATTATCCTGATCAATTATGAGTATTTTAATGATT
ACTTAGAGGCAAGTCTCAGAACTTTTTTTACACAAAGTATGTACATATTG
GGGCCCATAAACACAAAAGCAAGCTATAATTGATCGTCTAAATAAATCAA
ATTCTTAAATTGATAGTGTTGATTGTTGAAATGGGCCATATATAGGCCCT
GAAATAAAATAAAATTTATAAACTATATCTAAATTATTACCAGTGATAAA
GGAATACATTGCTCCTATAATTGACTACAATCCATGCCCATGAAATATTA
GACTGTATGTTAACAGGGTGCACAAGCTATGTATSCAGCCACTTTGGCGC
ACTCTCTTGAGCAAACAAAGGAACTTAGACAGCTGATTTTTTAAAGATAG
ATTTTCCAACTTTGTACCCGTTGGACAAAAAATGGAATCAATGGACGAAT
TTGTTGTATCAAATATTTGGAAAACGCACGGAGCCTTCCTTTGAACTTGT
ACCAGGAACAACAACGTAACAATTACTCATACTCTGGGACTCAGTGAGAC
GTTTGTTCAATATGTTATGAGGGACTTTGATGCATTCAAGTGTGATTTTC
AAGTAACAGGAATCCCATACTTCGAAAAAAAAAGTATCAAACTCTTCTAA
AACAATTTTGACACTTCATTTTGCGGGACTTTTGGCCAAACTCGACAGAT
CTGAATCTGACAAATTTCTTTTTTGTGTGTGCAATCAAACAACAAATCAA
CCGAACCCCCTTCTACACCAAAGACGAACTTATTAGTATTATTAAGAAGG
TAATTCAGTGTTTCCCAAGGAACCATCTGGCAAAGGACTGCTCGTATTTT
TGGCCTCGTATTGAGACTGTAATTGAGGTTGGATGTGATTTTATTGAATA
AATGAAATAAGAATCCATTAAACTTTGAGAAACTGTTTTTACTTTGTTCA
TCTCATAGCTTTATTTAAAACAAATTCCGTATGGAAAAAAAAATATAACT
TCGGATTTTTCATAAATGTTATTTTTCTGTTGACGAAAGACATTTTCCAT
CATTTTGATTATATGAGGATTTCAATGGTTTTACTTTCTGCTATGTTATC
TAAATATTGGATGTCACATGACATCAATTTTCCTTGATTTATGCTACGTC
AAAATATAGTATACATTTATTGATGTTGACACAATCTAAGGTTTTTTTTT
CTCATAATCTTTCAGATATTCCAAAATGCGTATTTTAAGATTTGTATACA
TGATATGAGAAATGGATTATCTATTTACTCTGTACATAAATAAATCATGT
GACATTTGATTTTATATTAATTATAATTTATGGGATTTTTTCTTTTTGTA
TATAGAATTAAAATATATTAAAAAATCTAAAAGGTTTTGCAATGCCGGAG
CTTAGAGCTTGATGAATATAAAAAAAAATTAATGATTTTTTTATAGTTTT
AGGAATGATTGTCACATACTATGCCTTTAGGAACGATAAAATTCATTATA
CTTACGCAAAGCAATATAAACTTTCCTAATTTATTTTTTCGTAGCCACCA
ATACATGAAAAAATCATAAAATTGATTTTAATCAGTTTAAAATATATATT
TTAATGCTGAAAACAGCCTGAATTTATTCAGGAAATATTTTTCAGAATAA
ATGCAACTTTTTGTTATAACAAAAATGTTTTTTCTTGGATGTAATCAAAA
GTTTGGTAAATTTAATTAATGTTTCACCTTTTAATTGTTCCTTTGCATTG
TCTATACCCTTGTTGTTAATCAAAATATTGAAACATACGTAATATCAGCT
GTTATTCCAAATACCACACTCAATGTCACCCAAATTAATTAGTCTATTTT
TTAGTAGCAAAGGTTCCTTAAAAGTAATATTTATATATCGTTAAAGTTTT
TATCGAAAATGAAATTACAATATTTCAACTATAATAATCACAAATTATAT
CTTGTTAATGCACAAAAACGTATGTTGTTATTACTAATTACCATAATTTT
GAGTTGATGTCAACTGTGTATCAAGAAATAAAATTTGCTCGGCTATTAAA
TAACCCAAGTTCATATGCTACGACAAAAAATATATATATTCACTATACAA
AGGGCTTAACAATATAGACGTAGCTNACTCAATACTCTTATCAATTCATA
TATAATCTCTCCTCCAGAGTGAAAGAATTATAATAATACTTCGAGAAAAA
AAAAATATGATGTTATGAGCGAGGAAGTATTTTAGTCTATAGAGCGCTCA
CTGCCACTTCTTTACCTACACGCGCTCGTTGTTCGACTTCATTATATTTC
ACATTAAGTATTTTTTATACCAAAAACAGTATTCCATATATGTATACATC
ATACAAAAAGCCTCTGGTATTTTTTTCATACGACAACATTGTTATTTCTT
AGATTAAATATATGGCAAAGATAGAAATATGACATCATTACATAAAGGGC
ACCCTGTACACACGCTCCAGGTGACAACATAAACTTTTACAATTCATGAA
TATGACGGCATTATTATTTATATGATACAAATACGGTTATGATATACATC
AGAGAGCACTACATAAAGTGGATCATGTCGATGCTACAAGCGATACAACT
CTTATATTTAATAAAAATTAGTAATACATTGTTCAAATCAAAAATGCCTT
ATTTTCTGAAAAACATTCATACAGATAATTTTTTTTTATTAAGATGGATA
TTATAAATATTTTGTAGGGCTCCCCTTCCAAAAATTAAGGGCTAGCGATG
CCAGTGGGCGTATATCAATCAATCCCCCGATTGAATGCGAAGTGTGATTG
AATAAAATAATTAGGTTAAGTTAATTTTACATTAATTTGACCGCACGAAA
AATCCAAAAGCTGATTTGATAAGGATGTACGTCAAAGTACTCGGTTTATC
TGGTACAATTTATTTTCTCTTTCTTATAATGGCATGCACGCACATATCGC
CGAACGGCCACATTGCTCAACGGACACATTGACGAAAATAAAAAAAATTA
ATATTTTTCTTGACGATACACACTGTAATACTTCAGATGTACCTATGATT
CCCATTCATTGCTCTCTTGTTTGAAAATATAAAATGTTTAATTATTGCAC
CAAATTGCAATAATTAAGTGTTCATTAATAAATAATTTATTCATTATTAT
TTAATGATCACTTAATTATTCAATATGTGGCAAATACAAATATGTGTAAT
TAAATATTTTAGACGATTATTTGTATAGAATTGATGCATATATCATCATA
AAATATATTTATTACTTTTTTTGAGAAAAGTAATTAACCGTCGATTTCTT
TTTATATATATTTGCCCTCTTCAGTATTCTGAAGGGTGATTATTTAAGTT
CAACATTACTCTTATTATACTGTGACCATAATTATAAAACTAATTTTTTT
TGTTTGTTTCATATCTGTTACTTTTTAGAGGAAAGCTTGAAAAACAAAGT
AATAATAACGGCATGTGCTTTGTTAATTACCAAAAAGAAGAAACTTGACA
GAGCAGGCAGTTTGAAAAAAAAATATTCCGTTTTTTTTTTGTTAATAACA
GATATCCTACGATGGCTCAATTTTCTGTAGATGGAAATTTTATTCAGGGC
GTTATTCCTAAAAGGCAATATTCCCAGAACTATTAATTATATATAATCCC
TATTTCATATTGTTTCCTTTATTGTATACCGTAACCTGTCTTCAAAAACA
GAGAGTAAAAGGTGTCATAAGACGCCATTCTTGACTCCAAAGCATCAACA
CATTTATATGAAGCGTTGTAGTAGTCTTATTTATTACCTCAAACATCATG
GTGAACGGGGAATTTGGTTCTCCGATAAAGAATTTAAAAGTAAGGTATAT
TTACTTCACGAATAAATTATATATATAATTCATAATCATTATAGGAGACT
GTTTGCTGTACAAAAAATGAATGTACGCGTATATTATAAGTTATTTTAGG
AATGAGGATTATTCCTTGATTGTTTATTCTGAAATGGATAGCTATACAGA
GTGCGACTGTGAATTTTTCCGTGTTGTTACAATTGTATTTTTTTGAGATA
ATTGAGGTTTCAGGTGACATCTCAAGCAATGTTTCGACACATTTGTTGGT
TATCTTGAGCACTGTTTTGATTTGATCAAAATTGGACGAAAAATGAGTAA
ATAGGAATATAAAAGAAAAYGGTTCTGAATCTTCTCGACGCAGATGTTGA
TCCAAAAGATTATGAGAGTGAGAACAGTAGTCTGGGATATCAAGATGGCC
AAGGAGCATGGGAAATGAATCAAAAGAAAGAGAAGGAAGTGTAAAAATGG
TCTTAAGCGAGATGAAACATTTCTCAAGTCCCTAGAGGTCAACATGAAGG
AAGATCCAACAGCATCAATGCACCGCTTGGCTGGCAAGTTTAAAATGGAA
GGGATTACCATCTTGATGACCTCAGGCTTAATAGCTACTTCAAGACTCTA
AGACATCTCCTCACCAACAGGATAAAGACATTAAGGCTTGAGAAATGCAA
AAATTTCTTAAATACTTGACGAGTCATCTGTCAACTATGAAAATCCTCTT
ATTTGAGAAGATCTTCACAATCGACCAGATTGTGAACCGCAGAAGTAACA
GATTTATAGCAGCATCCCCTAAGGAAGTCCTGGCCACCTTCAGGAAAAAA
CATCAGGCCCAAACAATGTGCTGGGAGTAGTGGCCTTTGATGGGAACAAA
ATGGATCCCTTCTTCTTGTATCCCAATGAGAAAATCGGACCCCCCAGCTG
TAAAGTCTTGAAGACTTCAGGAAGTCAACTGTCAACTACTGCTAGGAGCA
CATTGCTGACTTCTGTGACAATCCTTTCTAGACCTTTTCCAAGCCTTATC
TCGACTTCAGTGTGTGGAGCGTGTTAGAGAGAAAGGTTGAGAAGGCATCA
CACAGAAATGTGCTAGAACTCAAGACCAGTATGAAGAAGCAATGGACCAA
TATCTTTGCTGATTATATTGTGGCCAAGTTCCGACCTCTTGTGGAGGCTA
TGTTAGAGGCTGGCGMCTGCCATATTGAATAAGTCTTGCCAAGATTAATT
ATTAGAGTTTTTTCAATAATATTATTTAATACTAGTCAAATAAAAAGTTA
TTAAGGTATTGGTTTTGCTTCTTGATCGCGAAAAACACTCTGTATTTGAA
AAGTTGGGAACCATTGCTCCTGGGTCTGTCTCATAAATCAAATTTTAATT
GGAAGAAGATGGTGAGGGGGGGGGGGGTGATAGACAGGTGTAAAGGAAAT
ATATCAACAGGAAAAAAAATGCCTCGCCTTTCTGCTTGTTAGACCCAAAT
CCGCATTCCTAGCTAGAACAAGAACAAGACAGTGTAAAAACATGATATTA
GGACAGTTTGTTTTTAACTTGTCCGCATTTCCATTACGGATAGTTCAGAA
GGKTGTAATATAGTAGAAAAAAATAACCTATCCAAGAATTCATTGTCCTA
CAAGGTCATCTTTTAGTAGCACATCTAATTCAGAGTTTGAAAGGAGATAA
AAACTCTTACCTTTGTCAATAAAGATTAAAATACAGTATTAATTCCTATT
TTATATTTATTAAAGATAAGAGACATTCTAACCTATAAAAAAAATTCATA
ACGTTATTTTCTAATGATGCACGCTATACGCGGATCACTAAATGCACATG
ATTTTTCAATTTTTTTTTTCACTTATGATTAGATTAAAAATGACCTACCT
CATAGGAYAATTTAATTTTGTATGGATTATTTTTTACCATAYCACAACTT
TTCTGCACTAGCCGTAACCATAATTTGGAAAAATATGGAAAACAAACCGG
CCTATAAAATATGACCTTATTCTCATTTAATAATATTATGACAATTTCTA
TCACGAAATGGAAGAGAATAAATGTATAATAGAACTTAAGTAAAAGATCG
TATCACTTACATTCCTGTATAATACATTTTATACAAAAAAAAATCCTTTG
TCAAGTACAATAAATCATATCAATATGAATATATTGTTTGGATATCCATA
TAGAATCATAATACTTGTATATGTATAGATTTATATCTGATTCTGAATGT
TATTGGTCTGATCCGAAATGTAAAAAGTGGACAGAGCGTTACGATCAAAT
CGGTGCTTGCGTGGATCTGCAATTTTGTTATTATTCAGCTGTATAATAGT
GTCCACAACAACATGGAGACATCCAATTGGGATGTCTCAAATGTGACTCA
TGTCCAAATCCAGACCGCGCAAAAGACCCATAGGGCTCTTTTGGAGATAA
ATGATCAAAAAATAAATCGTCTAGGAAAGTGTCAGGAAAATCAGGACTAA
TGAATACATCCAAAAAGTTCATACGATAATCGATGATGACTCATCCAGAT
GCTTCAACTCCATTTCTTAGGAATGGGAGACCAAAAAAGTCGCTTTAAAT
TGGCCTTGGCTGTGACAACAAAACTCAGCATCTTGTAATGTCTAATACAG
GTTACTGAGGTGTCTAAGTGAGGACTGCTTGATTGTAAGGGATACATCGA
AGGAGTTCTATTTCATCATTCATAAGAACAATTCAATAATGGAATCGCCG
TAGCTTATGGACAGCGTGCTCCGTAAAAATTATTCTCTTGATCTCAATGT
GCTTAAATGTCGGGATAACCATCATGATTTCCAGTTGTCGTTTTTCTTAA
ATGCCCAAGAAAAAACTGTATTTTCATCATTTTTTTGCCGACAGAAAGAT
CAGAGATGACAGGGGGGCAAAACTGTATACCATATCCAATTATTTATTTC
TTATATTTTCTCTAAAACTTCATAAATTCACTTTTATTCGTAGTTTTTTA
TTTTACATTCCCATTGTACACAAGATTTGCATCACTATATTTAATATTTT
WWAAATGSTATTTTCCAAACACCATAATAGTAACACATCATATTCTTTAN
NNNNNNNNNNTAATATCAAATGAGTTTTAATAACATATACACATCCTTTG
TATTGCTTCATATTGTTTTGTATGTAGATGTTTGGAGTGTAGAAAAAGCT
TGTCAATCAAAGGAAATCAAAATATTTGAGCCTACTCTTCAACTGCATTG
TGCTTTTCATATTTTTTTTGTTTTGTTTTTATATACACGTTCAAGTTACA
CACTGTTTCTGGCTGTACGGTTGTAGTAGGAAGTCTCCAATGACTTTATG
CATTGACTCAAGAAAAGGGAATAATATCTTATTGTATATTTTTTTATGAG
CATGTATTTTGAATTGTAACGTAAACACTCGTGAAATAAGAAAATACCCA
TATATGCAAGACCATGAAACAAACAAAGCTTAAGTTATAATATTAATAAT
TAATTATATTGTCCTTTGTATATGTATTCAATGCCTTCATCTTTTGTGCT
TCCTACCTTCCACATAAATAATATATAGTCCTCAAAAACTTATATGTATA
TTTTAGGTATGTATTAGTGTTGGGTTTGAGTTTGAAAATCCTAGAGCTTT
ACTAAAAATCAACTATCAATTTGGGCTACTTTAAGTGTGATTTGCAGACC
CTCCAAGGGGCTAATAAAAATGATTTGTTGATTAAAATGGGCGATAGTTA
TTCGTGAAAGAATACAAATTTATTTCTAGCTTGATTTAGATCTAATATGA
CTTCATAACATACCACGTGAAAACTTGAACCTTACACACTAAGCCTTCTA
TTCTTTAATTATACATTCAACTAAAAATTTTATTTATCCTTTTCTGATGC
ATAGCCAATGTCTGATTGATTTATTCCATTCAGCAGCAATTGGACTTACA
GATAGTAACAAACCTCTTGCGAAAAAAYTTGCAAGTATTGCAAATGAAGT
TTGTGTATATACAGACCACGCTTCGTCAACATATGACTTCATATGGCTTR
AACATTCGTGTGACAGATGCTAAAGGTCTTTTTCTGGATGTGAGGCTGGG
GAAAAAAAATACGAGGGGATTGACATCCAGACAGTATGGCGGCCACATTA
TCTTGCCCTAGAAAGATATGTTGTTATCTAAGAAGTTATTAGTAATTTCA
GTAATGTCAGGAGAAAGTATTGCAGAAAGACCATGCCGTCTGGAAAACTT
GCCTTGACCCAGGAGAGCAGTTCGCTCTTGTAATCGTCGATGTACATCGC
TACCATGACCTTGTAACCCTATGGACACCAGATAAGGGGCACAGCAATGC
CTATTACCCCGGCTGATGTGGAGGTGATCACTGTTCTAGGTATGGTCCTC
ATTAATTTCCCTGTAGCTAATATAAAGGTCATTGTTGCAATTGTAGGACC
ATTGTTAGAGCGTTACCCCCACGAAGAAGAGTTGATGCTCTGAGTCTTGA
ATCTGGTTGCAATGAAAAAAGTTCAACAAGGAGCAAATGATGTACAATTT
TAGTTATACCTCCTGTTAGGAAGAAGTTACGTCTCTTTAAAAATGTACCC
TAGACTAGTATTGTGTCAGTTCCTTTTAAGAACCGACAAACATGGTCAAG
TCCATTTTGGGCATATCCAATCCAGAACATGAAAGTTCCAAAAGTTAACT
GGAATTTATGCCCTCTGAGATTTATATAATGTTTCTTATTCCTTTGAATC
TATATTATATCAACATTATTGTTCTGTACGCTTCTGAAATTTTAAATTAG
AATAAAAACAATTCTATATCCCTTTTAATAATGTAATTTCCATCCAATCC
ATTTTTGTACCAAATAACTTTGCCCTACTTGTCAATCCTTAATGAAGGTA
AAATCGATCCCTCGCTACGTTATCACGTAATACATCTTAAAACATATTTC
ACAAAAACAAAATTGGGCTGAATAAACCCAATGTAAGGTTAAAATACAAG
GACCCATATGGCCAATCTTAGGACTGGATTGAACCAAAACAATAAGTACC
GAAAAAAGACTAGTCTAGAACTATTCTATAGACAAAATTTCCATGACGTT
TTACAAATTTGTATTCATTGACTGATAATTACGGCATCTTAAGTTATTTT
TGTTTCGTGATTCATAATTGCATAATTCATTGAAGGAGCAGATAGATAAT
TAAGTTCCACTATAGATTGAGATAAAATATTTATATATATAGATGGTTAA
TTATAAAGTTCTAAGTATATTTCCCAGGATGCCTTGTAGTAAGCTATATC
GCACAATTTATTTACATTTTTGTATTTGGTTCAGCACTTTTGTGTGTTAC
AGCGTTACAAAATGGAAGTAACAGAAGAGAAAATTAGATATATTCTTTAG
GATCACAACAACCAAGATGAAAAGGTGAAGGAGGTAGTTAAAAAAATTGT
ACTGTTTTTGTACCCAATACAGTATCGAATGCAAAAGAAAAGCAGTGGTT
CCAACGATTCTGTTCAGGTAATATGGACGTCAAAAATGTCGATAACATAA
TGAAAATCGTCGAGTTGAACCGGCATGAGAGCACTTATTTCATTTTCATC
AGGAACTGAAGATAATAGGGGAAACCCGTATTGGAACCGTCTTAATTGGA
TAATCCTAACTATGTTAATGTTACTGTCAAAATAAAGCTCCAAAATTAGC
CTTTTAAATCTTTCGACAAAAAAAAATCAGTCTATGGTTTCAAAATAATT
AACTTTRGMTCTACGGTCTGTGATTGCAATCTGCACTAAAATATTGGCCC
GAATCGCTTCATAAAAATCATTTAAGACCGAACTAAAAAAAATCTATGAC
CGAGTCTCAACACTAGTAAGTATAAAATAATGACACAATATTACTTAGTC
ATACCTCCTCTCTCTCTGTTTACACAAAATAATTGATTGATTATAGTTAC
ACGGCTAGGTAGTATGTGAGGGAAACGTGATGGAAACTAAATGAAGCGCA
TTGCATAATAACTCATAAGTACAAAATAATAATAAAATTTGTCAAACTAA
GCTGCCGACTATAATATCCAAGGTAGAAACTTAAAAAAAACTTACACATT
TGTATTATGTTGATTTGAGAGGTTCTGTGGGAGGAAATTATAAATTTTTA
TAATTGTATATGTACAAATAATATCTCCAGCACATGGTGATTTTTGAATT
TGTTTAATTGGACTAAAAATATCATAGAAGTGAGATTCAAGACTTAGGGT
ATCCACTCTTCTTTGTACGGGTCACACTCCAACAGAGGAGGCCAGCCTGA
GAGAATGGCTCGTAAGACAATCTACAATGTTAAGAAGAGGCTAGAAAACA
ACGACATCATATAAACGAAGGAGGGATTCGGAAAAAGCCCCAATAATTRG
GACGCCCCTGATCTGGTTCTTAGAGGGTTACAGGCTCACCGACGCCACGT
ACATCGACCTTTTCAAGACCAATCTGCTCCTCTGGGTCCAGCCAAATTTC
CATGACGGCAACATCGTCTTTGAGCAACACTCGACCCCTGCTCACGCTAC
AAAATTACTCATACCTTCTTACCTAACAACATCACTTGGTGGGACTAGAG
TATGTGTACACTATACAGTCCGGATGTAAATCCCCTAGGTTTGTCTTTAA
GGGCGCACATCGAGAGGAAGGCCTGTTACATTCGKCATCCGATAKGAACA
AAAATGCACTAACTTAACTTCAAACTTAATTCACAATACTTGTGACGCTT
TTCGTAATAGGCTTGTAGCCATCTTTAAGGCCAATGGTTGCAAAATAGAA
TAAATCTATTTTACATTTGCTATTTATTAGATAAAGATTAATTAAGATTT
TGTTTAATGTATAATTAAATAAACTTTTTTCTGTGTGGGAAAGTTTCAAG
TTTCCATTTGGTATATAAAAACCATATTTTACCTTGGTGGGGGTGTCAGC
ATAAAAGCAATGTTGAGCAAAAATCTAGAAAAAGATAAAATTTCAATTTA
ATAAACCAAGTAAAGTATACATTTCCATCAAGATGCTCGCTCAACCCAAC
TCAGGAGGCCCTCCGCTCGCTGTAGAGTCAGTGGACTTATCAATACCAAG
TCTCATGTCATTTTGGCAATTCAAAAATCAATTTGAACATCATCTGTAGT
TTTACCAAGAGAAACTTTAAAATCTTGAACGTGGATAGAGAAAATTTCAA
AATCCTAAAAATGTGTATCAAAATTAACAAAAGAATATCAAGATAGAGGC
ATTATCGATCATTTAACTATCTCAATGTACTTGTCTGAGGAGATAGTGGA
GCCTGAGAAACTACTTGTTGACGTTGTTACGGGATACTATATTGATAAGG
ATAGTGATTTCTTCCAGGAATATTTTGATAAAAGTTTTAAATATATGAGA
GTACACTTGGACAATGTTCAAGTGATCAGGAAGGAAAAGGATATGTTGAA
AGAAGCTGTTATACAATGCAAGGTTCACGCTAAATTAGCAGAGCATCAAG
CTCCTAACCCTGATGCAAAATAAAATGTCTTTTTCGATCACATCCAATTG
ACTTTTTTTTATTGACCAATTATGGTTAACCCTTTCACATCGACGGGCAC
TGGTCATTCGTCATTGCATTATTTTTTATTATCTTTAAGATATTTTTTTA
AATATCATAAAAAGAGTAATAGTAGATCATTAAAATTTATTAAAAAACAT
TTTTTCAAGGAACTTTATGTTCGTGTTATAAAAGTCTTGAAACTATGTCA
TTTATTGTAATTCGATAAAATATCATACTACCTATCATATACTTTTTATG
TATNATAAAGTTCAATTTTTTTAGTGATTATTTATTATTTTTATAGTATA
AGGAACTATTGTTGAAAATTTGGCTTTGCTTTGATCAAAAATGAAATAGC
AATGACTGTTTAAAATCGCTGAGCATTAAAGTGCCTTTGTGTTTGAAAAG
TATATTTTTTCTTTGGTTTATCAAGAGTAAAAATTTGTAATGGATTAGAC
ACGTATCTTTACTCTATGTTCTTATTAGAGCAAATATATTAAATTATAAT
TTATTAATGGACAGATTTGCATTTAGAACATGTAGAAAAATAAAAGAAAC
TCCAACAATTAAACATGTATTTCTTTGTAAATACTGTTTTATTGGAAATA
GAGTTGTTTAAAAACTAAATAAAGCAAAGAATTAGGTATTTTAATATTTT
TAGCAACAATATTAGTGACCAAATTTATAGCATATGAGATGAAATAGACA
GTGCTGATGAAGAAAACGATGACAATTTATTAAATATCCATGATAAAGTT
TATTTTAAGTGATGAAGAGGTTACTACAGAAACAAATGCAAAAGATATTT
TATTAACTCCTTAGTCAAGATTCACGTCGTTATAAATGATACTTTGAAAT
TCAAACTATGATTAAGCATATAATTGTCAGACGACTGATAGTTTATCAGA
ATGAGTGTTCACAAAATTATTGTCCTACAATTGTGAATATTTACAATTAA
GACATAGGTAAGTGAAGTCGATATCATGGATCAATGAACCTATATATTCT
AGATATAGCATGTGTAAATAGTTAAATCGTTTATAATATGAAATATCCAA
ATAAATTAAGGCTTCTTGACTACAAAGTTGTAATAGACCAGAGTATGATT
AAATATTATGAAGGGCGTTAAAGGGCAATCCAATCGTATAGATCAACGCA
AATTTAAAAAAATTATCTCCTATATAATGGACCATCCTGGTGAATATTGA
CCAGAGTTTAAGCAAAAAAGAAATGCATATTGCACAAGCCAAAATATAGA
AAATCGAACTTTGGTCATTATGGTGGGTTAAGGGATATGAATTGCTTCGT
TATGTTTCATATGTAAATCGTTTCTTTTATTAATATGAATCAATTGTCAA
AGATAGAATTATTACTTGCTTGAATTAGAAATAAAAAGTATATCAAAAGA
ATGAATAAATATAAACAATTCGACTCGATTGCTTAACTTTATTATGTTGA
TTATAGTTAATAATAAGTGGTTGTTCACACCCAAAGGGACACGAGTGGCC
CATCAAATTCTTGTGAACCTATTAAATTTATTTTGGAAAATATTAATAAT
TTGATAAAAAAGATTAATTATAATTTTATTTGATTTTCTGTTTAATTCCT
TGTGGGTCCAAACTGGTTAATATAATAATATTTGTAATACATCTTGATTG
GATAATAATATCTACTCATTCAAAATAAATATTAACAGCAATTGAAAAAA
AAATTAATTATTATTTTACTTAATAAATACACATACCCCAATATTTCACA
AGCATAGTAGAGTCAATTATTATTATAGTAATGTGTTTGCTATAGATTTA
ATGTTGTATTTGGTTGATAAATCTGTCGATTTATCATTACTTTATTGTGA
CCATCATTTTTGGCGATTTGAAATGCAATTTGCAGGCCCCCCCACATTGA
TTAATATCAATAATTTAGCGATATAAATTAAAGATATTTTGTCAAGGAAA
TATTGACAAAATCTATTTAATAGACCCAACAATGTCAATAAATAAAAATA
CAAGATTATTTCTTAAAAAAAGTATTTTTATCAAAAAATAATCCAGTTTT
TAATCAATAAATYTTTTTTTTTTTTTTTTTTTTTTTNNNNNNNNNAAATT
TWAATWTTTTCAAAAAAAGTAAGCTTATGCAAGATTTTTTTATTTTCATC
CCAATGTAGCTGGATATTTGATCAAAAAAGAAACAAAAATTGGTAAAATA
AAAACATTCATAGAATATTTTGCACTTCCTGGTTAGGATGATGTCTTTTC
TATAGATTTAAATGGATAAATTAAATAACTTTGTAATAATGTTGTATCCA
ATTAAAAGGTAAAGTTCTTTGTTAAAATAGTTAATTGACAACAGGTAAAA
CATAGCACGGCTGTGTAGTTTATCATAGGACTTTACTTTCCATCCATTTT
AAAGACCATCATATATTTTTTTTAATTTGGCACAAAAGATGTCTTCCGAT
AAGTTCCCTTCTCTCTTGCTCTTATGTGGGTCTGAAAAAAAAGTCCACGT
TTTTGCATGCAAATTTAAAATCTTAGTCCCAAGGCTTCTAGAATATATTG
TTTACACAAATTGGTCAAAATATATAACTATATGTACAGTTTTCCACATT
GAAAAAAAGCATAACTTTTCTTCCAACAAAATAATTGCACAGTAGAGACT
GGGTGCAAATTTGAATTTATACATTTCTACATACATACTCTATCCCAATC
ACTTTCGAAGATGTAAAAATGTTTATAATCTTTTCATCTTCCTCCTTCAC
TCAAATTTTCTAGCAAAATGCAGTTTTTAAAAAGGAAACAACTCAGTTCT
CAATTTGACCTGACACCAGAGTTGGAAAAATAAATCCGCAGTTGGAAAAT
TAAAACAAAAAATACGCCTTAACAAAACCCTAGAACGTTCACGGAGACGT
TCGAAAGGACTTTGACCAGTTTGATTGTTCTACAAATAGCTCTATACAAC
AGATCACATTAAGGTTTAACAGGATAATCTTAATTATAATATTTATTTAC
ACATGTTGAAAATTATGTGTTTTATGAAGATGATTTGCAACAGTTTCAAA
TACAGACTCCAAGCGATTTTGGAAGGCATTGCATATTTTAGCAATAAAAT
TCCTGAACATCATCAGGTTGTTGATATCACAGACTCTACAAAAACTGAAC
TCAATATCTCACCGTTTTGAAAAGTCCAAAGTATTTTGATCAGGAAACAA
AGAAGACTTTTGGCCAGAAATTCATGTTTTCTTGGTTTACCACTTCTAGG
ACAATCTCTGAAGCTTTCTCTATCCTGCAATACTTTTATCACCTTGTACA
CTGTAGGATAGTTAGCCTCCAGCCTCTTCTTAATGTCAGAGTTGCTAGGC
CAGTGCAAACCAATGTGGTAAACTCTTACCTTTTTACTGATATTCTTATT
AATAAATAAAATATAACAATGTTATGTGTATTTTACAATAAAAGTTCCAG
TTTCAGATGATATCAATTAAAAAAATTAAAAAATATTGGAACTTTACATA
ACAATCGTAAAACTTGAGTATCTTTTCTTTGAAGTTTCTCCAATGTATTG
TGATATCCAAAATATCAAAAACAAATTATTGGCTTATTTTTGTTGAATAA
ATACTGGTTATTATGTTTACTATCAAATTGAAAGTCTCAATGATTTAGCT
GACAGAATAACCAGGGGGACAAACCAAATTTATAAGCTAACCCAAATGGA
GCAGAACGTTTTCCAAAAGTAAGAGGAAAGTTGTGAAAGTTAAAAGTGCC
ACGTTTCAGTAGAAAAATTGTAATTAGTCTTTGCTATGAACTAGATATTA
AATCAATATACATATTTTGCCAACATATAGCCATTTGTTAGTGAATGTAG
CTGATTTTTTGCCGTTTTTAAAGGTATTTATAGCACATTTTCTATAAGAT
AACCTCGCAACACGGAATATACACTCCCGTATTCATATGAATAGTTCTCA
TATACAAATAATTTAAAACTTAAAAGAACCATCATCATTTATATAAACTA
TAAGATAACAAATATATTTTCTCCTTAAATATTTTTATATTTATACCGGG
TGTAGTAAAAAAATTAGGCCACTTAAGTAAAGTAGTTGTGTGAAATATGT
ATGAACCAACTTCCATGCTGGAAATTAAATCAGAAACTGTGGTGTTTATA
TTTGTTTTCCTGCATCACGCCTCACTTTCACGGCAAAGATGAGCTCAGAA
AGAGACATTCAAATCAAGGTAAATGCACTTCCCTTAGTGACAATAACTCC
TACTTAGATTTTTGACCTGCTTAAGGTAGCCAAGTACATATGTAGGATAT
TTTCTAAAGGAGTTAGACCCCATGAAAAAGAATAAAAAGTAAGCTCTCAG
ACGCAAAACTGACAATAAAACACACCCAAGTCGATGTGGCACACATACAT
CCCTGACGTGAACTTGTTCGACTTTACGTTCTGGCTGCACGTAGAGTCAA
GTGCTTCACTATCTACCTCTCGTAAATCATCACCCTGGGTTCATCCACCA
ATCAGCACTAGGAGGGTATGAGTTAGGAAAATATCCAAGACGGTTGTGTA
GTCTTTAGATGTTGCCTTAAGGTCATCATTGCTTCCCAGGTAGGGTTGGT
CGTAGACCCGTATCCGAAGTACCTTTGGTAAACACTTATAACTTGCAAAA
ATCCTACTTCAAAGACCCTACTTGTACTCAAACTTTTTAAGGATCTTTAA
AAACATTTGAGGGATTTTTCAGATGTTAAAAATGCTTATAGGATTGCATA
ATCCTAATTTTAAAAGTGATATTATTGATATTAACGTTGCATCTTTACTT
ATTTTGATTAGTGTTTGCAGACACATCTATTTAAAAAGTTGCATCGAAAA
CGTCGTTCCCATTATTGTATTACTCAAACTTTCCAACGAATGGAAACAGA
ATAAATACCCAAAATCTATCGGTAAATTATAATTCAACCAATCAACATTC
AGAACACTGCTTAGGAAAAAAAAGCAAATACACCAGAGCTGAGAAAAAAG
TACATTGTATATTTTTTACATAACAAAGATTATTTTAAGCAGCATTACCT
CACTAACACAATCATTTACAATATATTTGGTTTTCAGCTGATGATATTTC
TTCTTCTTCACCACTAATTAGTGGTATTTAATAATGATTGGTTGGATTCA
AATGAGTCCTTAGCAAGATGGGAACCATTAAGAACTGTTTTTGAATAATA
ATTKTAAAAATYCTAAAATTGACGAACCATCAATAGATTTTGGGTATTTT
CTTTGTTTCTTTTCGTAAGAGATGATACAGAATAGGTAAACGTACCCAAA
ATTATTATAGTAATTATGTTAAAATAGCAATACCGGGGRGCCTAGAAGGG
GTGGGCTGGAGGGGCTGTAGACCCTTAAATTAAAGTTTTTTTGCTTTTTA
TTACAAATTTTTTCCAAAAAAATTTAATGTTTCAAATTTTTTTGTAACTT
TTTTGTAAAAAGTATAATTTTTGAGGTATTTTTCCAAAAAAGTTTACTTT
TTTGGAAAAAAACTATGAATTTTTGAAATTTTTTACCAAAACAATTAAAT
ATTTGAATTTTTTTTCCAAAAATTTGAACTTTTTCTTAATAAGTATGAAT
TTTTGAAATTTAATCCAATTTTTTTTTAAAAGGAAGGGAGCACTGAAGTA
TAATCCTGCAGACGCCCCTTTCATACCGTTAGTTATTCATTGTTTCAGAA
TCAGTTATCGGTATTAATCAGCAATCTGGATCCTATATTATTAATCTCCG
AACTAAGAACATATCAAAAGTTTATAATCCATCTAATTTTGATTACTGAT
TTAGATCCAAAAAGTTCAGGTACAAGTAATTTACTTGAATATTTATGTCT
AAAGATCCAAATCGGCCTGAATCTGAGAAGATGAGGATCTTTACGCCAAA
GGAGACTGCCTTAAAATATAATTGATCTCAAGAAGTATGTGATGAAAAGC
TTAGAAAATAAGCTGCAGTATTACATATTGGTCTTAGAAAAATATGTTAT
TAAATTTTCCAAATTAATAAGGGTTTCTATTTCCATGCAACACACGGTAG
ACATCTTATATATGTACAATATACATTGATATATACATCAAAATGAAGAA
ATAAATTGAAATGCACTTTAGTGCATTCAAANAACTTTTCGGCACAAAAA
TATTCACGATTTTTTGTACATAAAATTTTTTTAGACATTCTTGTTACCTT
TCACAAAATTATGATTCTACTACCAAAATCTACAACCCCCCTACTAATTT
ATCTTTTTTTTTTWAACTTTTGTGGTGGATTTGTTATCTTGTTATATCCA
ATAAAAATTTACAACATTATATTCTAGCGTTAGTTTCTTGTATTATTATG
AATTGAAAAAAAAACTAACAAACATAGCTTTAATAAAATAAATTTGCTTT
GCAAAATTGGGCAGGGTATTTTTAATTTTTGTAATTAACAATTATCACCC
TTTTATAAAAGTAGCCTTCTGTTACATTATTTTGAGTAGAGATTTATCAA
ATACACGAAGGTTGTTTGAAAAGTCCGTGCAAACTCCAAAAGGTGGCAGA
TCTTTTTAGCAAGATCAGTCTATATATTTCTGTTTGACATTCGTTTGAAT
AGAAGAATCGGTCCTAAAAAATATGGCGACCGTCTTTTGGATTCGTAAGG
AAAAATGATCATCGATTATCTGGAAAAGGGTAAAACTATTCAAGGTGCAT
TTTATTCATTGTTATTGGATCGTTTGAATACCAAGTTGCTATAAAGACAC
CCACGATTGGCCCCAAAAAAATTCATTTTCCATCATGGCAATGCAAAGAT
TGCACCTCTGTAGTTGTGGTCGTAAAGTTAATAGAAATAGGGGTTCAACT
GGAGATGCCCACAGCACTAACAATCTCATACACCTTCACTCATCTGTAAT
ATATCATCATGTCAAGGATTACATAAATGATTTCTGGAGTTGTAACTTCA
ACAGAGCGATGTACTATGTATAAGGTATTTTATAGAAATCAGAACACTTT
TCAATAATAATTTAAATAACATATAATTCCGCGAGAAAATGATTTTTTTT
TTTTTCAAATTTCTTCACACACTCCTTCAAACAATAASTTCTCAATGCAG
TCACCCATGGCAACTATGATGGCGTTCAGGCGGGATCTAAACACTGTACA
CCCCTTGTAGATAGTCTCTTTACTCATGCATTCAATGTGCTCATTGGTGG
AGATCAGGGCGTTGATAGTCGAGTGGCTCATGAGAAGGCCCTTGACTCTA
CGTTTGAACATAAAGTGAAGCATGCATAAGTCAGGGAAGTAAAGCCGACT
TCAAAACTGTTCAAAAAGTTAAGTTGGATCAATAAAAGTGATCTGGAAGT
CCCCCCGTAGATATCGAGAGGTCCATGTCTCTTGCACGCCCTGCCATTGA
TTTCAATGCTGGGATGGCATCATTCATAGCTCTCTTCAAACTTTTACCTC
ACCTAAGAATGGGTTTCAAGGTTCCAATCACATAATCTGAAAAACAGATT
GTTGCATAATCGAAAACTAGACATTTTGAGTCTGGAATTTGAACAAATTT
AATTTTGGAAACCAGCCGAGCTACATTCATTTTATTTTATACAGTTGATA
CTACATGTGTTTCCTTTTTTTAATCTTCAATGTAGCATGGACTTTGATTT
TGGTCACATGCGCAGCTTCAAGCTCTGACAGGTGATAATATTGTAATTGG
GGATCATGCTGTTCAAATATTCATCATCGGAAGCCTTGAGCTCTTCAAGK
CTCGTTGTCTTTGTCCCGCCGGTCCTGGCTTCGCAATTCCTATAGAAAAT
ATCGAGTGGGTAATATTGTTGATCTGAAAAAAAGGACTGTTCAACTTTTT
TTTTGGTTATGCCGGTGTAAAATTTTGTTAAAGATCGTCTTGATGTCAAT
ACCGTAATAAATGGACTTTTTGACGTTGTAAATACGATGCCTGTTTATCA
AAACAATAACTTTTTGTTAACCTAAGTCCATTTTCGAAAATCTGTTTGTG
TGTGTTCCGCTCAAAGTAGAGGAGGAATTTCGATTCTTTTTTTTTTTTGT
GAGGGTATTTTTCTAATGATTGATAAATTTTTCTAGGGGGTTGTCAATAT
TTTATTTTTTTACTGATCAACTATTTGATAGAAAGATGTCAAACTAAATC
ATATATGATTCTCTTGTAAGGAAACCATTGACATTTAAATGCATAAATAG
ATTATAAATTCGTTCAATAACATGGTTTAAATATCTTATTAATGTCATTT
CATAGTCATTTTTATTATAACACACACCGGATATTGTGATTTTTAAAGAC
TCGGTTGTTTTTTTTTGCAACTGCAATATAATATCATTATGACAATATAT
AATGTATCAACTTTAAATTGAGTTATAAGCGTTGCAGTAATTGCAAATAA
AATCTTTTTAAACCTCCCTTCACTTTTGACTCTACCATTTGTATTAATTT
GCTTTAACCTCAATTACTCAGAGTTGATTCGACACCGACATGGAAAAACT
TAACACAATATACCAACAAATGCTATTGCACTTAGTGACAGAATGAAGAG
CTTCATTGAGGAAGTAGAGGATTTATTAAATGTTAAAGGTACTTTCTGTA
TGACATCTTTAGGGTATCCAAAAAAATATTACTAGTAATCCTACAAGATA
AAAGTTAAACAAACCTTAATTTAACATTTCTCTGACAGCTCATTTTTGAC
TACCCTCTTTGTATACAACTTGAGATACTTAAAGCCATCTATTAGAACAA
TAATGCTTCCTTTTTACAACACAAATTATTATAATCAAATATTCGATAAT
AATTACAGTACTGGTTAGAACTCCCTCCTTTGTAATGAGCATTTTAAAAT
TATCTTCAATGAGTGAATTATGAATTTGATAAATGTATATTAATAGATAA
CAAAGTAATAATTAGTAATTAAAATCCTACAATTTTCGGCGAAAACACAA
AAACATTGACAGCATTATTACAAAAAAAAAATCGTTCCTCCAACATAAAA
CTTTTATTGAAGAAAATTTGTGAAAGAAAATTGATTTTTTCTGTGAAACT
ATTTACCAAAAATTATATATTTAGCTCACATTCACCCGTTATTGGAATTC
TCTTTATTGGGCAAATACTGTCAGAAAATAGATCTCATTATATTATGTAA
AATCTCTGTTGCAAAAAAACTACTGAATTACTAATATCTTATTTTTAGAA
CAATTTAATCGTCAATATCTCAAACTAGCAATATTATTACCTCCACCAAC
GAAGTTATGTTTAGGCCTCAGTTTGTTTCTTTGTATGCAAGGTTACCGAA
AAAGTAACTAACAACGTACGGCCATTGATTCACAACAAACTTTGAGGGCC
TGCAACAGCTTGGCATGCGTAGGTTGGAAGTTGTTTCTGTTTTTGGCGGC
TAGACAAAAGTGTATGGAGTCATTTATAATTCAATGGTGTCGATCAAGAA
AGTATTTATTCAAAAATTGTAGAGTTGGCAGAGTCCTTTATGCAATTTAC
GCCGTACGAGACCATGTTGAGATTGTAAACTTCTTAAATTCTAATTTTCC
TGGAGATTCAAGATGAAAATAGAAGAACCTATAGGTGATTATGTATCAAC
AGAAAAGCGATCTGACCATAAAATAAGGTCAAACTGCAAGAGGGATCATG
ATTTTTTTGAAAATTTGCACAAAAAATCATTGATAATGAGCAAACCTAAA
AGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGAGGCCATT
GGTAGAGATATCAACTGACGTGAATGGCTAACCCAGAGGAATTTCCTAAA
TGATTRGCGATACAGGTCAACCAAAATGAAAAGAGCTCACCTTCTGACGG
AAAWGAKACTCGTTGTCATAARTTATTTTAGACTTTCTCAAACCCATTTT
TGTACCTCCATCCACAACGGATCTCAGCCCCTTCTACTTCGAAGTATGGG
TCACAGTTAAGTAACACACCAACAAGTCCTCCTGCGACTCAGAATCTGAA
CGAATGTGCAAATCCGTGGTGAATTCTGGAATTTGCTAAAGGAGACTTTC
ATCAAGACATTGTTTCGTTTCTGAGGTCGAGTTGAGGCCATTCTTGACCA
CAAAGGCGATTATATGGATAAGGACCAAAGATAAATCAGTGCTCTACACT
GCAACCGTTTGAATAATAATACGGCAGAAATGTCTGTTTGTAGAAGCAAT
TATTTTAGGTGAAAGCTTGGGTTCTACGAAGTTCCTATTTAATTGTGCCG
GATAGAAACTTGATACCTTTGGAAGGAAAAAATTAAATAGGCTCCCATTC
TTAAAATCATACATTTAACAAAAATCTTGATTAATATTTTTTTCTGAAGC
CAATGTCAAATTGATTTATTCTACTTGCCTGCCTTTGGCCTCACATATGG
TAACAAGAATCTTTGGAAAATAATTTGTAAGTACTGTATGTGAAGTTCGG
GATTTGGCAACCAACTCCTCGTCGGAGGAGACCATCATGGCTTCAACAAT
CGCATGACAGATGCTACAGGTCCTCCTCTCGATGTGCAGTCAGAAATAAT
AGTAGACAGGATTGACATCTGGACTTTATGGTAGSACATTCCCTTGTCAC
AGAAAGCGATGTTTTTAGCTGAGTAATTTTCGTTGTATAAGCGAGGGACC
CATCTTCCTGAACTACGACGTTGGAGTTGCAGAAATTTGCCTTGACTCAA
GGGGCCTTGAAAACAATGACTTAGATGTCTGCAATGAGCCTGTAATACCC
TGTCAACTAGATCAAGGGCACCACAATGCTGTTTGAGGCAACAATTCCAA
GCATCAAGACTGATGTTGGGTATTTTGTGGTAGTCAATATTCGAAGGTAC
ATATTGATTTCCCCAAACCTGAAAAAACAGTCTTTACTGAAATTGTAGAC
ATCTATTTGAGTCTACTCGCACCACAAAGAGTTGATGCACTTAGTCTTGA
ATCACGCTGCAACGACATTTATCGTTTAATTTAAAAATATTCAAAAACAG
GTGCTTGAGGCTACCTAACATATACAATTAAAGACAGTTCTAATTTATTA
ACATAGAACCTCTCAAATCAATGTTATAGAAGTATATAAGTTTCAAGTTT
CCACCTGGTACACATATAATAACAAAGGCATCTGCAGGGTGCGGGCTGGA
GGGCCAAATATAGGATTTTTTTATTTTTGCTAGAAAATTAAAAAGAAAAA
AAATTCCAAAAATTATAGTTTTTGAATTTTTGCCGGTTGATCTTTAAAAA
AAATTTAATTTTATGTAATTATAAGGGATTTAAAAAAAAAATCAATAAGT
TTAATATTTTGAGTTTTATTTCTGAAATTATTTTTGAAAATATTTATAAA
ATTTTGAAAATAATCAATGTTTGAAGGTTTATTTCAAAAAATTAATATTT
GAAGGTTTATTTCAAAAAATTAATATTTGAAGGTTTATTTCAAAAAATTA
ATATTTGAAGGTTTATTTGAAAAAATTAATAATTGAAGGTTTATTTCAAA
AAAATAAAAATTTGTGCGTAGTTGGGGACTTTAAAAAAAAATGCAAAAAA
TTAAATATTTAAAAATTTTTGTTCAAAAAAAATATTTTTTTATTAATAGC
TGTGAAATTTTGAAAAAAAATTCAAAAAAAATAAATATATTTACACCCCC
CTGTAAAATTTTGTTTTAAACTTAGTGCATAATTTCAAGCCTATTTTCTT
TATATCTATATATATATATAGAAAAGATGAAGATAAGAAATGAAAATTTC
ATTTTGATACAATTTCCAATTTTAAATTATTAAATGGCTCCCTGTTTTTT
AACATAATAATTCACTTAACAAAAAAGAACAAATGTTTTATATATCTACT
AAGTAAACAATGTGTAGAAATGTCGACCCTAANAAATTACATCTAATGGA
AAACTCATTTGTTACAATCTAATACATCTTGAAAATTAACAAACGGACTT
CATTTATCCATTTGTATAAAAGCCACATTTGACAGCTTTTTAATTGAATT
TCTAAAAAGCATTTTACGATATACAATTCTAGTACTGATGTACTTATATA
AAGAGATCTGGGTATGTATATTGCAGATTAGGGTGGTTTTTGTTTCTCAA
CTTATTTCGAATTTTGATTTAGGCTAGTACGGAAGAGTTTTTGTTATTTA
GTAAAAAATTATTTAATGTATTATTTTAATTTCTTTGTTAGGGAACTGAA
ATATTATATGTACACCATAGGATTTTTTTTAATGAATTAACAATATATTG
TGGATATTTCATAAATGAAATGAAACATTAAATCAGATTATATACAAATG
TTTATTTATCTTAATAATGCTTTCTTGCATTCAAATTTAAAAATAGTTAT
AATTTATTCGTACATGTAGCACTTTTTACGAAATATTTTGTGAATTTAAT
TAATAGTGTTGCTTAAAAGTCGGTTCTCTGTTTTTCCTTTTGAATTCTTG
CATTCTTTTTTTCGTTTTTTAATATGGTGTCTCAGGCGTAAAATAGTAGC
TTCCTTGTGGGAAGATCCTTGTGAGGGTGAAAAAGTCATTTTTGACACCA
CCAAGGAAAGAAACCCTATTGCTTCAGTTGCAAGACTCTTGTGAATTAGT
CTAGTGAGTTCTTCTGAACCCATTAGACAACTCCTTAAGGATGAATGCCA
AGAGAATGTCTGCAGTGCCCGTCARCCATACACTGASCCCCTKAAGCCAT
TGTCAGCCAGCAGMGGGAGGCAAATATATAAGKCTACATCTGCAGCGGGT
GCCAGGCTTTCAGCCGCTTGAAAGCCATCATTGCCCCTAAGGGCAGCCAC
AACATTTACACATCTATTTCAAGTATTAATTTTGTTTAAATTCCATTGTT
AAAAAGACAAATTCAAAATGTTCAGATTTAAAAAGACCACTCGGTAATTT
GCTCTTTTCCTAAACAATCTTATAATTATGACGGTGACCGCATTATTTTT
CCGTTTATATACTTTTAAAAGTATTACAGCTGATGACATTTATATTTATG
ACAATTCGCGTACTTTACATATATAGAATAATGCTTAAATTCAATGATAC
GATGCAGGAAAGAATGCCCCAGAAACCCCTTGTCATAAAAATCTAACAAT
AAAGTTACTATTTATTAATATATAATTTCTATTCTAGAACCAGTACAATA
ACCACACATACACTTTTTTTAATGCATTTTTTTTTTGGGTGGATATTGTA
TGCAAGATCTTCTTTTAGAAATAAAATAAAAGGTTTTTGACAAATAATGA
TGACTTTTTACGGATTCACTGTAACACATACATAAAATTTTTCAAATATT
TACATTACATACTTTGAATAGGTATATCTTTTCTCAAACAAAAAAAATTT
CAACAAAACTTAATAATATATGTCATTCGCCATTAGGTATCTTGGTTACG
TCATCGAACACATATCCCGGATCTCCTTGCATTGAATAATCTAACAAATT
CACTGGACACAAGGATCACAGCAATTCATTCGCATGGATCGGAGGAATAT
GTACTACGTATTAAGAATGTGGAGATTCGTGATTCAGGAAAATATGAATG
TCAAGTTGGAGGTTCGAGTCCTAGTGATACCATTTATAAATTCATCTTTT
TGGAAGTGTTGGGTGAGTAAAGGTTTCTTTATTTTTTTATATTTGTGGCC
TTTTTTATTAATAAAGTGTTAAGAGTCCTGCACTACAATTGGAACTGACT
TTGATTTCATCCCAATAACATATAAATTTTGCCGAATTTTTCCTGCTCAT
GCAACAGTTCAGGTAACTTATAAAATAAATTACAGGTTGTTTTCATATTT
TTTGAGTTGTTAAGAAAGGGAAGCACGATTTCTTATCAAGTTTTACTAAT
TTGAAACTTTCAAAATTCTTTGAACAAAAATGGTTCCTGGATTAATAAGG
ATAGAGTGCTTTTACTTACACCATCTGATCTTTTGTTATTCAAAATTGAA
GCAGTTGTTTTTAATCTAGTAGTTAGAATTAACTCTAAGACCATTTATGG
AAAATTAAATTTTTTATCTATAAAGTATAAGGGTTACAAGCGTTTATTCT
TCATAAATATATATATCCTATGTTAAAAAAAGGGTAACAATTATATAAAT
GGCTTGGAATAAAAAAAACTGATTAATTGAAAACAGTGTTAACAAAGTGT
TGAATAATTTATAACACAGAACCAGTCATATTTGTTTGCATTTCACTTTA
AAAAAATTATTCTAGACAACATTGACGTGAAACGTCAAATTGTGGTCGAC
GTGACATAACAAGGAATGACTGTAACTGTGATCTCTAAAGTTGTCGGGAT
GAGCTGAAAGGTAACCTATGCAATCAAAAAATGATTTGAGGAGCATGGGA
TAGTCCAAAGGAAGAAAGGATCTGGGAGGAGAAGGTCAGTTCGGACAAAG
CCTATGGTTTTAGCTGTTAGAGATTATATAAATAGAAATTCAATCAAGAC
CGTTCGTAATATGGCAAAGGCCATGTCCTTGAACTCTACGACATCCCATT
GGATCATTTATGATGAACTGGGGATGAAGTCAAGGGCCATAAAAAAGAAG
CACCTTATAAATGACTCAACAAAAGCAAAAAGGCCCGCAAGATCAAGACT
ACTCCTCAACAAGCTCAAGGCTGGAACGCCAACAATTTTGTTTTCTGAGG
AAATACTTTTTTAGGATAGATCAGGTTTCAAACTCCGTTACAAATTGATA
TATCCGTTAGAATAATTTTGCTGACATCCTAGACCCTGTTAAGTTTACTT
TCCAGACCAAACATTCTGCTTCTCTAATGGTCCTGGGTGTCGTAGCTTCC
ATTTGCCAAAAATGTCCTCCGATTTTTATCTGTAACAATGAAAAAATAGA
AGCAACCCGTTACATCAATCTCTTATTGACCATTTCAAGCCTTAGATTGA
TGAGGTATTTGGAGATTAGCCATTTTTCTTCCAACGGGATGATGTTCATT
CCACAAAGCCATAAAAATGCAAGATTGTCTCTTTTTGTTCCAAGAACATG
TGGCCTCTCTGCTCTACCGACCTGAACCCATTGGACTACAAAATTTAGGC
TCCAGTTGAGGGAGTTGCTTGCAAKAAATCACACAGCTCAACAGTATCCC
TGGAGGTATCGATCATTGTAGCCTGTAATGCAATACCGGAAGACTATATA
ATCAAAGTGTGCCAAGGCTTCAGGAAAAGGATGAAGGAATCGTTAATGGT
GAGGGTGGCCATATTGAATAATCTAATTATTTTACAGTCATGGAAAATTT
TTGGGGAAAAAAAAAAGTTACTTCATTAAATAGTAGTTTTGGTGAAAAGT
ATGTTATTATTAATTAGTGTTWCCTTTTTTTTTTTTTTTTGTAAACATGA
AAATGCAAATWTTGACATGTAAGAGTTGAAGTAAGATACAATTTTGATAG
TATGAACGTATTCAAATGGTACCACACGGCCAAATACAGTAATGAAATTC
TGCAATTTATTCATTCAGCGTCTATTCCTTGAAAAAGGGTAAAAGAGAGA
AACATAGAAAGCAAGGACAAATAATGAAAACTTTATTTGTTCAAAAGATC
TACTAATCTTAATACCATAATTTGACTGTAAAATCCAAAGTACCTTGTAA
GATATATATATATATATATTTTTTAAGTAAAATGGTTACTCCTTTAGATA
ATAGAGACCCATGTCGCTAATATTGAATATTAATATGCTTTTATCACAAA
TGCTACTAAATAAACCCAAACAGTTTTTTATAATGCATTTATTCAGGATC
TGAACTAGGTCAAAGTTTGGTCCAATTGTCGTGTACTACTCTGTATTATT
ATTACTTATTTTTTTTCGATTTGGCAGTCTAAAGAGTGTTTATATTTTTC
AAGTGTGTGATAATCAATCTTCGATCTTTGAAGAAAGAATATCAATCAAA
AACTGTTTCAGTGTTTTGATATATGCGTCGATGAACACACAAAAAGATAG
ACAAACTTTGTTTTCACAACATAGATATTAACTTTTTCTTTTTCTTTTTT
AATATGGGGCGTTGAGCCTTAGTTATAGACACTCATTGTGAAGTTTGATA
CTTCTACATACGAACTGTCAGACAGACAAACAAACTTTGCTTAAAAAATA
TAGATTATTTATAAAGTAAAGAGTTGGTAGACCCAATTTTTAACAATAAT
CTATATTAATAAACCAAGGGTAATCCGTATGTATGAATGTCTGAATATAT
GAAAACCAGTCAGAGCACTGATATATATACTAAACATACTTCGATCGAAG
AAATAACACGGTAGTTTAATTAATGAAATATACAATGCKCCGTGTATACA
CGGTGCATTGTATATAGTGCTCCCTGATGTATAATATAGCCATATTTTTG
ATATAAGAAATAACAATGTAGTTTAAATGGTGAAATATTACTAGTGTGTG
CATGTATGCAAGGATAACTGTTTCTGTCTGTATGTTTTCGGTATTGCTAT
CTGATCTATAGTCTAATTAAAGAAAGGATCCGCAAAAAGAAAAGAAAACT
AAATTTAGGGATTAGAAAAGGAAACACTTTTGTAGGGTGTGTATTATTTT
TTGGGGCATCGTTGTTTTAAATCCTCCCTTTGAAGTAAGCATAATTCCCT
ATCATTGGTATAAATTGTTATAAAAACACAAAATAAAATAAATACCTATG
AATCTTTACACAATTACAAGGTTTTTTACTGAACTAATGCTATTTAAATG
TAGAAAGCTCTCCTTTTTATGGGAATATTACTTTTTCTCTCCTCAAAATC
ATATTACAGGCAGCTGATATTAACAAAGATGTTATTCAGTAGCACCATGG
GTCATTCACCTGCTTTTTCCTCGCGCTCTTACAGAAATCCCATCACTAAT
CATAGTTTATTTGCATTTACAGCATATGTGAAGATTTGAATCAAATATAC
AGGCTGGMATGTAAAAATGAATAAACTCTTGCAGGCATAATATATGTAGC
ATAATGGAATCACGGTTTTTTTGTTGTTACCAAACATACTAGAGACTAAA
GTACTCATAAATAATGCAATACTTTTAATATTTTTTGCTTAAACTCTTAT
TAATATATTTTCATTCTTGAGGAGAGAACACATATGAATTGATCTAAGTA
TTGAGTAGTTACGTGTGAGCGTGTTCATGAAAAAAGGAAAGTAAGACTAA
AGATATCTTTGGTAGATATATCCTATATTATGAAAGCAAAAATTTGTCTT
TTACCCAGAGCATGATTACTGAAATTGGGATACGTTTCCATAATGAAATA
GCGATACTTTTTTTTAAAAACATTCATTATTATTTCTTTCTGTTTGATGA
TTAATTAATGTATTTAAATACTTTTTCATAATAAGAAATAGTCAAATCCT
TTTTATCCTCTAATTAGTTTTTAGTCTACAAAATCTTTTCCAATTAAAGT
TTCATGTTCATTCTTCATTTGAGTTATTAATTGGCAATTTTCTTTTCTAG
GAATTAATTTAATATTTTTCGCAATGTTTAATTAATTTGTTTGAATTTAA
GTCGTTCTCTTAATTTTTATTTCCCCCTTCGTTTATGTGGCTTAAAGTTG
TATATGGGTGGAGACTGTCTAATTACCTTTTTTCCAAAGGCAATTAAACA
AGTTTTTTAAATCAGAAAAGTTTTTTCATTTTTTTTTCATAGTAATAGTT
AATATAAATAACTTTGTTTTACAAAGTTTTTAGAATCATATCAGATATGT
AACGTCTCACATTGTTAAAGAAGTTAAATGGTTTAGTTGTATTATTTGCA
TGTACGTGTTGCTAATTAAGGGGACGGTTAAAATCAATTTTAGCCCAACT
TTTCCAATGCAATAGCATCTTTTGAGGACTCAAGGAAAAATATTTTTTAA
TTTCCGGAGAAATATATGTACATTGTACATCTTCACTCGTAATTAATCTG
GTTACAATCTAGAAAAGGAATTTATAAATAGCTACATTAATCCAAAAATA
TACAATACAAATATAAAAATACTCGTTGAGGAATTTACATGGAAGTTTAA
TATCTTTCAGCCCAATTGATTTTTTTTTTTTTTGACATTTTTTTTTTTCT
TCTTTTACTTCATAAACAGTTTCCATTATAATCCGTTGTCCATTGTGCTT
TTGGCACTTAACATAACAGTAATTGATCTTACCTTATTCACTTACAATAA
AAGTAAGTATTTCGTTGGGCAATAAATTTCTTTTTCTACAAAATGAAAAA
TAAGAATGTTATTCTTATTTTTCCCTTGAGAAATGGAACTCAAATGAAAA
TTTTGAAATTCAGCAACAAAACTTCTAAGTATCTTTATAAATAGAGACTG
CCGTTAAAAAAAGTCATTTTCAAATGGTTATATAGGTAAAAAAAAAACAC
TGTTTGAAAATTGAAACTTTACGAACATAATTTTTTCATTAAAATACAAC
AAAAAATTTCCAATTAACAGGTCATCCCTAAAATTGGACACCCTAGTACA
CACGCTAATTTAAAAATTTATCAGAATAGACCTTTAATATGACCTTAAAA
CTGTACATTATATAGACTTAAATGTTATAAAACTATTTCTTTATGCATAA
AAAGGCTTTAATAATCACAACATTTGCATATTTCTTGTTGTTACTTTGAA
AGTAGATTAAAAAAATACGGATTCATGAGTGAAAAAGTAATTTTGGGGTT
AGGGGGATTGGCAAGTTTTTTTATGTTTTTTTCACGGTACTTAAAAGATG
CTTTTGCATGTAAAAATTTAGCCTAAAATTTAATTTGCAAGTTTTCCTGA
ATTGACCCATAAAACAAAAGTCCAGATAATTTGAGACAAACGCTACAAGA
CCTGATAGTAAAATTAGAAATATATTAAATTTCAATTTCGGTTAGTAAAT
ATATTTTAGAGCTATGTAGCATTTTTTTTTTTTTGCATTCGGTTGTTTAG
GGTTACATTTATTTTTTGGAAAGAGAAATGGCTTATGTTAAAAAATAGTT
CATAATTGTACAAAAAACATTTATGAAAAGTTTCAACACTTTTGAAAAAT
GTTTGGAAGTAGTTCAACAGCCTTAAAGCTATGAAAATTTATATTTTTAA
CGAAAAAATGAGTATTTTATTAAATTGAGGTTATTAAATTTACAATAAAA
TATATTTATTTTTATATTCATTTTTGGAAATATTGTAAAAAAAATTTAAT
AAAATGTTTTTTTTTTAATTAAACATTCTATATCTCAGATTTAAGTTCTA
TAATTTGGTGTTAAAGTTGCTATCGTTTGTGGCATTGCTTNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNAGAGATTTTTACAAACTTCATTT
AATCTGCAAATCCAATATTACATTGAAAATCCGTTTTCGTTAACTGAGGT
AAAATGAAAATACCCGGTGCTGTGACGTACATTAAAAGTTATGTTATAAA
GGGTACATCAACATAACTTTCCCTTTTTATAATGTGTGGCAATCGGGTTG
TAGAAGCAGTAATAGGTGGGATAAGGGGCGTGGTTTCTTTCTAAATGAAA
TAATTAAAAAAAAAAAAAAATGGAAATACGGTTGGTTGCTATCATGTGTA
TCATATTTTAATATTTTTAAGCATAAATAATTGGTTAAATAACAAAACAA
ACTTGATCTCTCTAGCTTAAATACAAGTCTCCAAGACCCCTGTCAATGCT
GTAAGAAAGTCTGAAAGGTTGGAGAAGAAGAAGGGGTCTAACAATAAAGC
CAAACTAGATCCAAAGGAGTTAAATAAAACAGCAAGGCCAATCCCCTCAA
GTCCATAAGGCCCCATGTAAGTGATCTCGGAGTTTCACACCATACTGTTC
AGAGATCTATCTAAATAGTGAGTGGAAATAGCATTGTGAAGATAGAGATG
CCACTTTTGACACCAGCATTGAAAGAAACTCTTTTGAATATGTCTTTAGA
GTTCTTTTCAAATCTTTTTCGACATTTTTGGCCCCACTAATGTCCTGATG
TCAATCCCACATGCTACATCTATTGGTTGCATGTCAAGGGGAATGCCTGC
ATTGTATGTTATCCAAACTCCAAGGCCCTTATATCCACACAGATCCCATA
CTGGTACACCTTGAAAGGGGACTACATCCGCAGCGAGTGTCAGGCCTTTT
GCCACCACCAGGAAGCCATCATTGTCACTAAGGGTGGCTACATTAATGAT
TAAGAGAACTCAGACACCTATTTATTGAAAGTATTAATTCTGTTAAAATT
ATATTCCTAATTAATAAATTATATCCTTTTGCACTTTAAAATTCAAAGAT
GTAATTTTACTTTTAAGAAATAGGTTGTTATATTCTCTCACTCTCTGTAT
TTAGTAAAGGGGATCCAATTGAATACTGACTTATTAAATTAGAGGTTTGA
AGATACTTCATTTAGAACGTTCATGCAGCTGCGGCAAAGCAGTCCCTCCC
CCGTTAATTTGTACCTGCATAGAGTGTGTATAGTACTCTCATGTTTGCCA
ATCAATAACTTATTGCGTCTAAATGTGCAAAAGTACTCTTTATATTTGCT
TCATATATATATATTTACTTAAAAAATATTACTGAAATATTCTAATTGTA
ACATAATGTTAACAAAGTAGGTAGATATATAGTTAGAGTGGTATAAAATA
TGACCAAGAACGCGTTCCGAACTTTTTGTTCTGGCAAGCTAAACAGGGGT
GTTTTTTTGTCCAAAATTGTTAATATTCTTCTGAAGTTTTTAAGAGAGAA
TATATTTCTATAAATGAATAAGTGCTAATTGTTAATATTATAAAATGTGT
CCTTTTTTTATAATGTAGCAGATTGAATTGTGTATTTTTTTTCCCTCAAC
TTTTATCATTATTATTTAATTCCTAAAGATTAAACTTCCTTTTCTCCTAC
ATACAATAATTTATCTAAAGGATTTGCGTTTGCTCAGAAAAGACGGAGAG
TTACCTTTGAGTATTTGTTTCAGAGTTATAACTGAAAGTTCTTGTTGGAC
TCAGAGTAGAATTAAGGATCGACATAAAAGTAATTCTTGCCAATGTCCTT
GTATATTTCCATATTTTCCTTTCACTCATCACAGCTGTTTGTAACTAATC
TTATCAAAGTTTATGGCAGTTTACCTGTTCTCCTCCAAAATATTTCTAGA
ATTGTCARGGTTACCATGTTCTTTTTTGATTTATTTTTGTAATATTTMCA
AAATGGTATCAAATTCATCACTATTTAAAAGTTTAAGTTCATGTTAGAAT
TAAGGATATAATTGTCCTGGCTAGATACGGAGTAGAACTTNNNNNNGTAG
AACTTGTATCTGTTTTCTTTCCTTATCTTACCACTGCTTGCAAATTTTCT
AATAAAGCGTCGTACGAGCTAAACTGCTCTCTTTTAAGCATTCTTGTAGT
TTTCAGGATTATTGTTTGTATTTTTGGGTTATTTTTTAGCAACAAACATG
GGGGTATGCCAAAAAAAAGATACCAAAAATCAACTTGGTCATCCAGACAA
TTTGAAGAATATTTGGATGGACTGCAGCTTAACTGCCTTGACATTTCATT
ATATTTACTGCAACCAAATCCCACATGGCATTAACGCGGACATACACATT
AATTAACCTTCTATGAACCAAATTATCTTGGAAAAAAATTTAAAATTTTT
TTTCGCATCTATGAATTATATTCAGCATAACTAACCTATAACAAGATAAA
ATATTTTAATTTTAATGTTTATTAATCGATATGTTCTAAGTTTGGTGCAT
AATCCAATGCTCAACCCAGAATTATTGAAATATTCTATATATATTATTTT
CAAAATGAACTCAGTAAAAAAGCCTTTGTAAAGAAATGTGAATATGCATT
GAAATCCTAAAATGGTTATAATAATTATTTCATTAAGAAATATTTCAGAA
GNTATTAAAATGCTCCATTTCAGATAAAAAAGTGATAATACATAACATTA
GTTAACTAATTTTGCCCTTAAATGGTAAGTATAATATTGTATCAATACAA
CAAAAACAGTGCCTACCCTTTTTAACTTTTCCAATTATATAACTGTAATT
TTTCTCTACGAAATTCCCACTAATACTTAAAGTCAACAAATTTATGGAAA
ATTACAAGAGAGAACAGTCAATGGCTATCCATGCAAAATAATACAAATAA
TTCAAAGTTTGCTAAAAAATAAGATTTTAACCGTTTGGCGCTTACCGGGA
ATCCCTCTTTTTCGACGTCTCCATATAGATTCTCAAAGTCACTTTTATGT
TGTTAATCAATATCTAAATATGTTTATTAAAGAAAGAGAGATCTCAGGGT
TGTCTTTTTTGTCACTTTCCAATTTTCCTTCCGCAAATAAAGGCAGAAAC
ATTTGGTAATAACCAGACATTCCCTATTTCAAGGGTATTCTTCAATAATT
GCAAAAAGTGTGCACAAATTAATGATGGAGTTTGTTTGCATTCAACCAAT
TAAAATTCATAACACGAAAGGGAAGTATAAACAGTACAAAAACGACAGTT
TAAAAAATAAAATATAGTAACCAAGGATTTTTGTCCATTGGATCGAATTG
TTCTGTTCCGGATGTATTTACTTCAATCAAATGAAAATTACATTAATTAC
CTAGCATTTTCTATTTTGTGGCTTTCAAACAGGATCATTGGATACTATAT
CAATAAACCTTGATAGCATAATAAATATTGAAATATATTTTTTCCCACAC
AAAATCCTTTATAACTTTCAAAAAATTTGTCTTTTAAGGTTTTTATTTTT
ATTTTAGTAAAATTGATTTTTATGTTATTGTGATTAAAATGAGATACTTT
ATTCAGCTTTCAATAAAAATGTCAATTTTTAGTTATTTAATTTTTTGTCC
TATTCAGAAGAAGATATATAATTAATTGTTATATTTCTAGAATTTCGAAA
CATGTAGTTTATAACTATAGTCCTCAAATTTCCAATTATATTTACGCTAG
GATTTAGAGGGTGAGTTCCTTGTTACTTTTATCCTCAAGGAACATAGGAA
TGCACCTTAATTAATCAATTTTTGTTTTGTTTGGTGGCCTACAGTGGTGA
ACCTTCCATTTACTGGGTGGTCCATTGATATCTGAACACTTACTAATTCA
ATAATTAATGAAAGTGGAGTGATTGAAATTAATTCATATTTCGATATATT
CATGCATATTCAGAACAAAAGAAACTTAAGCTCTGTAGCTKAAGCCATAA
TTAGCAGGATTAAAATACTTTTTTTCTCGACTGCAAATGATCTTTGAAAC
TTAATTGTTTTCATTATTTTTTGTTAAAAACATATATTGAATACAGCTTA
TTTACAACCAAAACCAATTCATTTAATTTACTTGACTTAAATTTGAATAA
ATAACTTATGACCCGACTTTATTTAAGCTTGAAAATTGCCTTTTACACAT
TATCAAAGATGAAGACTTGCAACCACTTAATAAAATTATCAAAGACTTGA
TTGGGAATAAAGAGTACTTTTTGCAAAGGACTTAGATTTGCAAGCTAAGG
CTTGAGATTCAGCTTGGACTTGTCGTGCAAGGGATTTTGTCCACCTCTGT
AAATTCTTATCTTGAAATGCAAATAAGGGTGTTTGTTTTTGTTTTTTGTT
TTTTTTGTGAAAAATAATATTGTATTTGACATAAGAAATTCATTTTTAAT
CTTTGTTAATATTAGTACTATCTTTTTATTCTTATTTGAACTACATCTAT
TGAACATGAATAAATATTAGTGTAACATTGAAGATTTTTTTTTTAAATAA
AACATACTTACATTATTAAATATATGTCTCAAAATATAATATATATATAT
TTTTTTTTTTTCAAACTTAATACAAATATTTGACTTTTAAAACATAAGTC
AATTGGATATAATATATTTGGTTAAGTTTGGAAGTTACTTTGAAGTTACT
TGCTTGCTTGATGATGAAGCATTGGTAGTATTAAAAAAATTAAATATATA
TACATCTACCGGGTGAAAGCTGAGAATTTACAGTGCACAAATAATTTAAA
ATTCCGGGGATGTGAAGTGACTGATTTCAAAAGCTCCCAATATTTATTGT
TTCTATGAAATATTAGCTTTAAAAAAAATGTCAAGAGAGCAGGAAAAAGA
ACGTTTAATATCTCAATATTAATTCCTGGATGTCAGATGAAAGCGCAAAG
CTTAGTAGAGTCTCCGAGAAGACTAACATAAACGAGTATTGTTGTGTCGG
GTCTTATTTATTCGGTCCAGTCGAGTCTTATTTTTTTTGGGAGGGGGGGG
GGGAAGGMGGGAACTCTACAGMGTTGACTAGGAATATGTGTACTACTGAA
GCTCTTAGCTCGATATAATTAAATAGTTTCATACTGTTTACCATATATGT
ACATTAAGATACAATAGAGTCCCTTTTTGTGAAAAAGTAAAAAATTGACG
CTTTGCATACGTTTCTTTTGATAAAAATATACAATCCACAAAAATGAGTC
AATTTCTATGAATATTCAGAATTAACTTAAATAAATACATATATGTGTAT
TGTTAACACGACCCGAGTAAAAGGGATAAATGTGTTTTTACAACTGTTAC
TTAAACTTATTTGATGTTAAAGTGATTTTCAATAATCTTTTTCATCATTG
TATATTTCATCAATTTTAAAATACAGAGTTATTTATCATATTTTTTCATT
GTATGATGTTTCTCAAATGAAGGAGTGGGGAATCTATTAATGAAGTGGTC
TGTACTTTGTCACTCTGCGTTACACAAACTGTACGTTGCATTTATTTACT
TTCATTTGCTGAGTTGGGACAAAAAAGGACTGTGACCATTGTAAGCTTGA
ACCATTATTTTCATACTGCCACGTACAAGATTGATAGCTTTCGATTTTGG
TTCTTTCAGAATGACATGTTGATACCTTGATCTTTTTTATGTATATTGCA
CAAAACTTTATTGAAAAAGTCATGTATATTCTTCTTCGGGTGGCTTTGGT
GCACATACTTAAGATTTTTACTCTCAGTACTAGTTCTAAGCTCAATTGTA
AAAAGATGTTAATTATTATCCAACAACTGAAGGATTCAAATTACAATCTT
GTAATTTTGAATTGTAAAGTGTGATTATTTTTAGTTTCCACTCGGTAAAT
TTTGATCTTTGGGAGAAAGGGGGGGGGGGAACGACACAGATGTTTGTATA
AGTAAAAAATAAATAAAATGCATGCCTTGATGGTTGTTTTTATTTTCTTG
ACAAAAAACATGTACATAAAATAAGCCTTAATAATAAATTGTCAAAACTT
TAAATTTATCAAAAAATTATGAGAGTATATAACAAGAAACTAAAATGACA
GATTTGTATTCTATATTGCGTATGATTTATAATATCATAAATATATAATT
AGACAAATTTAAAAAAAAATTTGAAATGGGTTTGATTCTTTATTTACATA
CAAAAAACAAAAAATATTTATTTGTTTGTGTATATTTTTTTTTTTTTAAA
TAAATAATGATACTAGGAATGAGAATGTCAAATTTGTAAGGGAAAAGTGA
TTTTAATAGTTCTGTATTGCAAAAAATATGATCTTTGGTTATGTAAAAAA
TAAAAACCTACAGATTGAAATACATTTGGAAAAAGAAACTGCGCTGTCAC
GACGTTTTATTACATCAGCTGCACAGAGTCGTAAGAGAAAATAAATATAC
GTAAATTACACACCGTATCTAACAAGAGTATATGAAAAAAATTGTATTTG
GGGATAATTAAAAACTACACACTTTGAATCTGGAATTTTAATGTGTTTTA
TTTCAGAAACTGGAAGATCTACGTTAACTTAACCTTTTCAAGATGTAGGC
AAATGTGTTAAACACATTTCTAATGCTCAATGTAGCCTCTAGACTGTTTG
ATATTGATTTTGATGCGCATCCAATATCTATGACGAGTTCTACTAATGTT
ATTGGAGTTCAACAAAAATCTTGAGAGTATTGGTACCCTTGTCTGTCAGC
TCCTCACTCCAACTTACTCCGAAATTTAGAGTGGTATGTTATCTGGCAAA
TGTGGAGGCAAAGTTATATTGGGCTAAACCGAAATTTTGGTGTCTAAAAC
GCTATGTGTAATCTTTGGAGTACACCATCTTGTTGAAGTATCCAGGTCCT
GATCCAGGGAATCACCTTATTACTCAACATGTCGACGTGGTCAGTAGAGT
TGAGCCTCTACCCTGTTTTAACCGGATGAGTGGCATAACCAGTCCAATAG
TTGCAACCAATCCCAAGCTCATTACCAATAGTCTGGTTGCTTGCTTTATT
CAAGTATCGGATCTCTGTCAGTGTGTATTCTACATAAATTAAACATGCAC
CTTCGATTCTTTTGTCCAATTGTGAAACCATTCATCGACCGATCATGTTA
ACTTTTTTGGAGGGTGGTCCAAAAAACACAGCTTCTCAGCTGATGGGGTT
CATTATTAATTCCTTCCTGTTTTTTTTGTATTCCGCTCTTCTATAAGTGT
ACATATTGATACTACGCACCCGTTAGTTTGTTTGTAAGTAAAATGTGAGA
CTAATTACGACGTATGTGATAACTATGATTTGCAAGTAATTTAAAAAAAT
ACGCCTGAAAATTATCGTGGTCACCCTGGCATTTTGAAGAATGTCTGAAA
AGAGAGTATTTTATCTTTCATTAGGCTCTATTAAATCAGCTGGAAGCAGT
CGTTAGATAAAAGTAAATAAACCCAAATCCTACTTTGTATCTATCAAGGA
CATGAGTCTTAATTCTACGATATGTTCAACAAGAGCTTAAACTTTGAACT
CCTAAACAATACCTCATTGTTACTTGAACACACAATCAAGTGGACTAACA
ACAATTGGACAATTGCAAAATGACCCCCCAAAGATCTCACCCCAGAATTT
CCTTCAACTTAGGAAGATCAAAACCAAAGTTAAGAATTCTTCTGCAAGGT
TTTTGGTCCACCTATCCCGTTTTACTTTGCTCTTGAAGGTTTATCAACTT
CAAACACTCAGAAAAGGATCCCGAATAGCTTCTTAGCTTCATCTGTCTCC
CCTGTCCGTCTAGGTCAGAAACCGCTTTCGTCACTTGGGTAGTGAACCTG
CAAAGGAGGTTCTGATGAACTCCAGGTTACTTTTTAACAATCCCTTCGCG
TCTTCTAGAAAAAAATGTTTCCCCTATCGAATGGCAACCTCATCTATTTT
CACTTATAAATCTGAAGAGGATGAAGAGAAGATAATGTGCTCCTTTAGCA
GTTCAGCAATCGAAACCTCGACACATCTATTTTATCATTGTCCAAGAGTC
TCCTACATTGAACCTTTGGCCTATGGGGTGCTGTAAAAAGTGTATGAGGA
TCCAATCTCCTTAGATGAGTGGCTGGMAATGTCTTCTCCCKGTTTTAAAA
ACCGCTTTAAAGGAGAAGCAGTTATAATCAAGGGTTTGCATGTCTTTAAG
CGGCCAGTTCTTGCAATTCCTACATACATATGGGGCTGGATAAATTCTTT
TATGCAGGATGGTTCTCCCTGAGTCGTATGAAGGTTAATGACGGACCAGG
GAGTTCTTAGAGATTCGAGATGGCTCTTCTTCGTTACTATTGTATTAATT
TATGTAAACAAGATTCCCGCTTCATGACGTCACGTTGATCGATACTACGT
CATTTATGTTGTGTATGCATAGTTCATACATAATGATACATTGGAGYAAA
GGAAAATAATGAGTGAAGATCTATAGAGAAAAGAGCAAACACAGCATCAA
AAAAAGATGCTTACCTGATTTTATGTTGACGCATGTACAATATTGTTTTT
TATTCATTTTTAAAATACTGCTCTGTTACTTCTAATATATTCTTTGTACT
CCCATTTTGGGTGAAATTTTCAATGATGTAATAATTACGATCTTGGACTG
AATAAATCAATATTCACTCTGAAAAAAATAAAAAAAAGTGCTTGAACTTT
GAACTCCTAAACAAAACCTTTTTGTTATTTTCCGTCCTTCATTATCACAG
ATACACTTAAGTGATTATTTTATCCTTAAGTGGTCCCTCTTTAAAAAAAT
TATATTAATGAAAAATTTATTGCAACATAATACAATAATTTTGGGCTGCA
ACTATAAAAGATACCCTACTTCTTTTGGTCATTTTTTTAACAAACCAAAA
TGATGAACTTATACATTACAAATGTGTAACATCGACAGGAAAACAGCGTA
TAGAGAGTCATGATCAATCAGGATTTAGGGAGTCTTGGCCAATCATTAAC
TGTCGAGTACTTGTATTTATTTTAGCCATTCTTATCCACATAGCATATAA
ACCTACTAAATTGTATCTCCATCTAATTACAGAGCCCGTGACTCGGATCA
TTGGAGGAGACGATATATACGTGGATCGTGGCTCAACACTCAACGTAACA
TGTGTTGTATCTGCAGGATCCCGCTCTCCAAAGTATATTTTTTGGAGTCA
CAATGCAAAGGTAACGCTCAATATTCAACATATTTATATTCTTTTAATGA
AGGTTAAGAAAAAACGAATCAACAACATGTTGTTCTTTGATGCCTCATAG
AAAATGTTGCTTCCATTTATTAATCTGTATTGTTATTTGGAATAATGCAA
AAATCAACATATGTTATAAAGATTTTATTATTTAGTATAGCGTTTTTGTA
TGCTGCCTTAATGATTAATTACTCACTAATTTAACATGGGAGGAGAAGGA
AGGGATACCCTACGTTAGTTACTATTGGATTGCCCATTAATTTAGCCTTA
CTGATAAATAATACAAAGTAATAAGGATGTATAATAGTGTGAAGACTATA
TCTTCGTCAGTCTTTATTTATTTGGTCTTCTCCTGTCTTTGAACCAGGGC
TATCAGTCCTCAGGACCGGCCCTTAAGACTTTCAGTCCTTCGGACTGTCA
GTACAAGAACTAATTTATGAAATATATTGAAGCAAAGTCATCGAAGACCT
AACTTTTTAAGTTTAGGTGTACCGAATATACACTGAAAAAACGGTACTGC
AGTCTTCAGCCGTAAATAAAACCCTCACATTACTAGATGATATTAGAGAT
AGGACGGGTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAATATTTATTG
AGTCATGCAACCTGTACCTCTAAAAAGAAACATAATTTTTTTTCAAAAAT
CAAATGAACAGTTATTAATGATGGCTAAGAATTGCTCACAGTATAAAAAG
AAGTTATTATAATTCAACCAATCGACGTTCAGAACACTGATTAGGGAAGA
AAGCAAATAGCTGTCAATAAAATACACTGTACACTTTTGTGTTGGTAAGG
TAAGATACCTTGCTCATAAACACATAAATGTACACTATTTGGTTGTCATC
TTTCAAAGTTTCGTCTTTATCGTAAGTATTTATAAAATTGATTGGTTGGA
TACGAATGAGTTTTTATTAATCTGTGAATAATTATCAACTATTTTCAATC
ATTCTTTTAAAATTGGAAGAATTGTTCAAATACCAAGGGATTTTGAACGT
GTTTCTGATTTTTCTCGGAGGAAAGATTTGCTGGATATAAAATATTAGTA
TAATAAAAATTATGTTTTAATAGTAGGAACATTAGCTCATTGTTTTTTTC
TGCATCATTAATCATTGAAAATGTAACTTTAATCCTGATCCTATTTTATT
TAGATCTAAATTTCAGCTTAATATGCTCATAAAATTAGCGTCAAGTATCC
GTATAATTTTGATTGTGGATCGGGATCTGAAAGCAAAGTTATACTAAATT
TACCTGAGTATTTAGGTCAAAAGATCTGAGCCAATCAGGGATCCAAGAAA
ATATGGATCTTTAGTTGAGGTTTGGTCCTTCTTTTTTTAAAAGTTATGTA
TTAAGCGATTTTTTTAAACCGTTTTGAACCAATATTATGGTCCAGTCTGC
GATATCAACCCTTAAATCGAAATTGGATTGCTTACAAATTGTGAGCGGAT
TTTTGGTCAGAATGTGGTTGACCCATTTGTGTCGTTTGCAATAATTAGGC
CGATTTTCTTTCCCATCATCCTGATCTTTGAGTTGTAAAAATATGATTTT
AACAGCAAATTTATCTTCATGTGACGTTAATGTAGGTCATTGTTCATAAT
TTTGAAACACGAATGACGTTATCAATAATAATTGTATAAGATCGGTCTAG
ACGAAATTTTAAATGAGACTGATCAAAACGGAACTTCTTTAAAAGTCTGA
ATTGATTTAGTCTACTAAAAATGATAAAAAGGTCTTATAGAGTTCATGAA
ATTCAGACTGAAACTCAACACTAATAGTTTGGATAAATATGTATATATGG
GTTTACATTGTACTGTTTGCAAATGCATTTGTTAAGCTTATATTCAGAGC
TGAAATTTATAGATTTTTGTGGTGTATAACTTTAAAGTGGGGACTCAAAA
CTTGCATGAATAAATGATGAAAAGCGAGGTTTTGTATGTAATTAAAAAAT
GACAACTCAAAATTAATTAGTGAACTATTTGAATACTTTATTATTCAATA
TGTTCATGGCGTATTTAAATAGTCCCTTAGAGCAAATCCAAATTTTGATG
AGAAAAGCAGTAGGCATTGTTTAGCTCAGGGCTCTTACTGTGTCTATATA
TAATATTTGTATCATGTTTGACCAAATAGATTTGTAACTTTGTCTATAAT
CTTGTTAATTAACAAACAAACAAAAAACTAGAATATGTACTCAATTTGTT
CTACAGATAGGGTCCATTAATCATTTTTTGCTACGTTAATCTCTCAAAAC
TGTATGACTTCTTACTGTGACTATATATAACCTTTGTACTAAGTTTGATC
AAAATCGGTCCATAACTTTTGCCTTATTCTTAATTACTAACAAAACAAAA
ATTAACTAAAATGTGCACTCTGTAGAGGGCTAAAATCCACCTAAAATTAA
ATTGAGTTATCTATCTCAATTTGTTCTAAAGGAATGGTCCATTATCAATT
TCCTAAGTTATATGTTACATTGACCTCTTTAAATTTAATGGTCCTTTACT
CTGACCAAATATAATCTTATTGGCATGTTTGATCAAAATCAATAAGTAAG
GTTTGTTATAATCCTATATAGCAACAACTTTCTTCGCGGATTCAATTTTT
TCCTCATTAAAGAGCATAAAGAATATTGCGTGTATAAATTTGCAAATTAG
CAGAACACTAGCTTGCAACAGTTTACAGGGAAATCCCTATTAGACCAGCT
ATGTACCTTTGAATGTGGAGAAATTGATACCCAATTACATAAGGTTACTT
CATGCCACAAGACCAAAATATTTTGGAAGTTGGTGTCTAAAATTTTATTC
AAATTTGGTCTGGAGGAGAAAGCGTGAACTTTCCTGTTTGGGCCAATGGA
AAAGGGTAACAGATCAGCTTGGGGAAGGAACCTCTTTTTTTTTGATAAAA
AAGTTTTTGTTGATTTGCAAGAAGGAAAAAATTTATGAGAAGTATAGATA
GCTTAAAATATCATTTCACTATACATTTAATGGTATTAGGGAATCAGGAC
GTGGGACTGTGGAAACTTTTGAGAAATCAACTTTTAGATTACACCTATAG
ACAGCATTAAGGTTGATGATGGGGAACCAATTGTATTTGTTAATCACCTT
AAGCAATAAAGTGCTTACACCTGAATTTATGTCAGTGATACTTGTCTTGT
TGTTGTTTTGATAATTGTTTTGTTTTATTTGTTTGTTAAATTATACATTG
TAGTTGGACATTGGATAAAATTACAGAAAAAAAATAAAAAGAACTTAGTT
GGCGGAGGTACATACGAATTATTCAATAACGCAATAATGTGGTTTTCATT
ATTTCACAATTCTCAATTTCTAAGCTAAATATCGATAACATGGTGTCCTC
CGATTTAAATTTTATTAAGACTTCATATTGAAACAGTCTAGTATTCCTAA
AACTTTCTTCATTAATTGTAAAAACATTTATATCATTAGTCAAAGGAAAT
TATTAGGAATTGCTGAGAAGAGGGATTTTGATGATTTAGTAATGAAAATA
TATATATTCGTCAAAATAAAGTTTCAAATTCTTAATCTATATAGAACAAT
GGCTAAAAAAAAGTGAGAGGTAAAGGTACGATTAGTAGGAAGGATCAACA
AATATGCCCATTAAAAAATCACTCAAATTTTGCATAAAACTTTGTCAAAT
ATTTGCACTTAAATATAAGAGTTTTAAATAATAAAGGAACTTGAAGAGTT
TGACATTTAGTTCAAAGCATAAAAAACTTGAACATCACAAATCACTCTCT
ACTGGATCGTACAAAAACGAGTTTAAATTATGTATAATTTTGTATTTATT
TAAAGACCAAAACAATTTTACTTATCATAATGATATTAAGAATAGTTAAT
CTTGAATATGGCCAMTGTAGACARAATAACGATTTTTAGGTGATGAAAGA
TTTTGCTACCGGTGCTTTTGATGTTGACATATGACATGGTAGCTCACTGT
TCATTGACATAATCATTTAGGGCCTTGCCATTTGGGTGTTGATTTTGAAA
GGCTAGAACTCTACTTGCCACAAGGTACACTAATCCAGGGGATTTAGATT
TGGTGATTGGAGAGACCAATAGTTATTTTTCCAGAATTTACAGCTGCATC
CCAAACAATTTATGGACAATATCGGCGGKATGGGGGSTCCGTCCTGTTGA
AAGACAAANACAGACTCCCCAGAGATCTCCTTGGTTTGGATATCAATATT
TGCCCGCAATAACTGCTTTGGGGACAATCTGGCGGCAATTAACGTTGCAA
TCTTCTTGTTAAGTAGTCTTTGAGATATGATATTAAGCTCAAAGGTTAGA
TTGAGCTATGGTACTTCAAATATAGAGTAAGAACCTTATGTGACAGTTAC
ATTTACGAGGAAATTTTCCTTCATTTGCAATATATAAGTCAAATTTATAA
TTGTCTGTTGGCCACAAAAACCAAAATTTTATATTAAGAAATTGCTTCTT
ATAACTTTCGTTGTAAAATTAACAAAGAAGACTGAATTAATCGAAGGTCT
ATAATTTGTTGACTATTTATATTAACTCTTCAGATGACAATAAGCCGACA
ATACAAATGAAAAGTTAATGTTGTATTCCTTTTCTAACAAAACTCCTATA
AAACATAGTTTGTACCTTATAGTGTATTGAACCTATCAAAAACAAAGACG
TATATTTGAAGTTGACTCATAATTTTTTGTGAGTTGATATATTTTAATTT
AGACTCCTATATTTAGAAACTCAAGTATGTACCACACCTTTATTTACTTT
AAAAAAAAACTACGTTTCAAATTCTGAGTAGTTAAATGGGCTATTGCAGA
AAAAATATTTTTAACCAAGTTTATGTTCTCGCCTGGGTTTGTTTGTGTTT
GTGTTTATTTGTTAACAATATACCTGAAAAAGTTAGGCATCAATTTCGGT
ACCACATTGTAGAAAAGTTATTTGAGTCCATGAGAACTGTCCTCAGGACT
CCCATTAATTGAACTAATTTTTTTTAAAAGAAATAGAGGCGAGTGAATTT
AGATAGGACCAAAATTTATAAGTTGTACAACTAAATTGGACGGGACTGAA
GTCCTCAGTCCTAAATATTGACCAATACAACACTCACATCAATTGGTCCT
TGTTTTAAGAAAAATTATTTTAGAATAAGGTTTCTACACTACCGAGTGGT
CCATTAAAATCTGAACACTTTGAATTCTAAATTTCAATAAAATATAACTT
ATTAATTAACAATAGAATTTCAACAAAATTAAAATATAAATACATATTTG
TCGGAGCTTTCTTATTCATTAATGTAGCCGCCCTTAGCGGTAATGATGGC
TTCCAGGCGTCGGCAGAAGCCCTGACACCCGCAGCGGATGCCATGGCGTC
CCAGTACTTGCTTCGTATTCCAAGATAGAGTCATACTTATATCTTTGAGA
CAAAAAAAGTCTAGCCTCCTGTTTTGAAAAGGTTAATTTAAAAAAAAATT
AATAATCTCATATTGCTGATAGTCGCTTTGAGGGCATCAGTGTTTGGATG
AATACATTATGGATCTTCCCCTCGACATACACCCAAAACGTGTAGTAGAG
GGGGCTGCCATCATGGCTGAAGAGGGGCCAAAAGTGCCAAATGACTCATT
TAAAAGAACTAACTCAAACGACTCATTTAAAAGTGTCCTGCAACGGTGAA
GATGGGTTTCTTTCATTGATGGTGTGAAAAGTGGCCTCTCCAACCTCACA
TGTCTCTTTCCACCCCCTTTTTGGATAGCTCTATAGACAGTCTGGTTTGA
AGACCTGAGATATCTTACATGGACCCTCATGGACTTGACAGGATTAGCCA
GGTTTTGTTTCTTTAACTCCTCCAGTTTAAGTTTGGCATTTTTTACACAA
CCCTTCTTCCTGTCCAACGTTTTGGACTTTCTTACGGTGTAGACGGTGGT
CCTTGAGATGCCCAATTGCTTGGAGTGTGCAAATGGAAATTCGTCAATCA
CGTTCAAGTGTCATTTTCTTAACTAGTACCTAAGCTAGAGAGCTTGTAGT
TTGTTTTGTTTCTAACTGAATGTGTATCCTTTAATTTATCAAAATATTAA
TTATTCCATTCTCTCATTCTTCATTAATTATTGAATAAATAAGTGTTCAA
ATTTCAATGGACTACCCTTCATTGCAAAATTTGTATTTGTGGACTTTAAA
TTTATTATTAGAAAATTTATATTGTAATGAACTTAAACATAGCTTCTACG
TCGTTTCATATCAACATTGAAACCCAATTTTGCTGGGGCTGATAATAGGC
AAATAACCGTACTAATGGAAAAGGGGAATGATTTTCTATTAATTATGTTT
ATTCATGAGAAAAGTTTTTACATAACCATATACTCAGTTAAAAGTAACTA
TAAGTAGTGGTAATTCATGAGAATATTTGTGAGTACAATATTTTCCCTTG
TAATACAAATATGCTAAATTTTGTATTTGTTTTTATTTATAAATTTTTCC
CATTTGTATCAAACATCTAAGTAATACCTAGAAAAAAAGCAACAAAAAAC
ATAAAGGTGTTTTTTTATACTTACAAATGAAAAAAGTTCTTTATTATTCA
TACATTTTAGAGTATATACTATGTTTTAAATGATGTTGGGCCATGTTTTG
AAGTGTTTCATATTTTTTTTTTGTGTACTCACATTAAAAAAGAAAATAAT
TTTAATGCGTAAACAAAATTTTTAAAATGGAAAAAAAAGTTTGTATGTTG
TTTACTTTTATGAATCTAAACGAAAAAAAGTAGCTCTTGTTTTGAGGTGT
TCTTTTATATTTTTATAATTAGAAAGATTCAACGTAAGACTCATAGTTAG
TAAGCCAATTACTGGAGCCTTTTTCAAATGAATTAACTTATTTTTGGGAA
GACAAAATTAATTATAGCTGAGATATGATTTTGCAAGGTGTTTATATGTC
CCTTTAAGTTCCATACAGCAAAGTGAAAGCAAAAATGGACATTCAGCTAA
AGCATGGATAAATAACTTGAACACCTAATGACAATATTTGCTATTAATTA
TAGATCTTATCTAGCGGTATACCTTTTATTATTTTCAATCCGGAATGATA
TTGGTAATAAAACACGGAGGACAATAGAAGATATCTTAACTTTGAATAGA
TGAAAAATTTGGAATATGTTTTGCTCTTTCCAMCCGTCTCGGTTGGAAAG
AGMAAAACATATTCCAAATTTTTTTCAAGSCCAGCCATAAATTCAGGAAA
AGTATGACCCTTTTCCGATGATAAAATATTTCCTCTTGATGCCACTGTRA
ATCAGCAGAMCAGCCACTTCATCACAACCAAACATCCAAACAATGTCTCA
ACAATATCTCAGCTTCGGGGAGAAATATCTTCAGAACAATAAATCTATCC
GTAACAATGTTCTTGAGCGTTGTGGAGTCTGCCTCCCATTTTTGTAAAAG
GGAAGGAGCAGCTTAAAGCAGATACTTACATTTAACTTCTTGTTTAGAAA
GTGTTACGTGGGCCAGATAAAACCTTGGTGGTAACTTTGTTTCCACTCCA
TACTGAACTTTGTGTCACTACATCGTTAAGACCAATGCTTTCCTGAGAGA
TAACTTTTCAGACTTTTAGGACCTCAGCATATGGTATTTTTCCTCTCCAG
ACACAACTCCTTGGGATACTCTATCTTGATCCCCAGGTGGAGAGGATGTG
TGCTACTCCACAATGAAGTGTTCCGTCTGTAGAGGCTTCCATCAAGAAGG
AATGGACCAAGTTCGAGTCTGACTACACAGTCAAGGTCTACTATGGTCCT
CGTATTGAATTAATCAACAGAGAGAAGGACTCACACATTGATTGAAAGTT
GTCCCCAATAAATAAACGTTCTTACAAAACTCTAGTTTAAATTTTACTCT
TGTAAAATTGAAAAAATAATAAGTGAGCAACTCGATAAGATCAACTCTGT
ACTGTAAAAGGAAATGTTGAATGTATACTTTTATGAATGTGTACAAATAA
TGGTCGCTTGGTCGTTTGTTTCAAAGGCTCTATCATTATAAAGATTTAAA
GTAATACTTGAAGTTAATAATGCCGAATGTTTTAGCCTTCTTTATAAGTA
ATTAACTTATTTCTGGGAAGTTCCATACAACAAACTTCTTAAGTAAAAGC
AAAAACTAGCCATATAGCAAAAGCATGGCAACTAAATTGAACACCGTGGC
GCAGTCACTGTAACAATAATTGAATACTAGAGTTGATTTGTCCGTTTTTG
CCGGGTCATTAAGAAATTAAAATTAATTAAGAACTCCTCTGCTTAATGTA
GAACAAACATTGGGACCGTAAAATATGAGGAATTATTCTCGTTGCATATA
TTTTTGCAGTTTCCACACTTTATTCTATGTCTAGAGAACAAAAAATATTC
ACGTTGTAATGTCGTTCACTCATCTTTCATATTATTGTCAAAATCCATTG
TCTTAATCTCTCAAAATATTAAAATCTTCTTATTTTAAATCCGTACAAAG
ATAATTCTAACATTTATGTGTTCTTTATGTTCGGATTTTTATTAAATTGT
ATTGGTTTTTCATAAAATTCGTATTTAGAAAAAGCTATTTCAAGGCCACC
ATGGCCTTGAAGGAAAACAAAAATGTTACCGGCACCGTTTCTTGAGGCTT
AAGAACTTACATGAAAATTTCAGCAAAATCCATTCTGTGGTTTGGCCTTG
ATTCCCCGAGACACACATAACAGAAACAAACAAAGACATTCTCGTTTAAT
ATATAGATTATGGTACATGTAGCCACTTGAAATTGGGCAGTGAATTTCCT
CCCATCGGCAAAACTTTTAGTGAAATTCATTATATACCATATCCATTTGT
CCATTAAACTTAAAATACAGGAATATTTTCAACAAACAGTGATGGCTTCC
GTGATTTTGTGATTTTTGTTCGATATATGTTTGATATTGACGCACTCCAT
ATTTTGTTGGCTAACTTATCCAATAATTTGTTTGTCTGGGAAATTTTTCG
TAAAACCCCGACAGGATCCCCAGAATTTGGAAATTTCAACCCACTGTTCC
TATTTAAATAGTTTTTGTCCATCAACACCCAAAATATATAGAATGATTGT
TCTTATAATACAGACTTGATTACATTTGTATTCTTTTATTAATTATTGTC
CATTTCTATAAACAAGATATTGTTTTCTAGAATTTAAATTCTATATTTAA
GGTAATACAGTAAGGTATTAATATGGGTTTTTCCTGAATTAATTATCCAT
ACATATGAAAGATTTTAATTTAAAAATCTTTTGTGAAACCATACATTATC
ACCAAGAGAGAATGGGCTAAGTGGTATGAGTTTGTTGTAAATACAAATTA
ACCTTCCGTTATGGAGCATTCTTATAAACATAGCTATTAAACTGGGGTTA
AACTTTTAGCCAAATATTAAACTAATTTTATTTTGAGATACACAGACTCA
AAATAACACTAATTAATTTTATCAATATTAGATTGGGGCATTGACAAAAT
ATAATCTGTCATTATTTTATAATAATTAATTATAATTTAATTCTAAATAA
GAACTTCGATAAAAAAATTTATTTTTAACAAGTTCTTGGCACATAAAATG
CACTTGTTAATTTTAATTAGATTAAGTTTGAAAAAAGGAAAATAGACAAA
GCAAAAGAACAAATAAAAAGTGAATAAATTAAGTAAATTTACCAAACCTT
GATTAGAAATAGCCAAAGCCATTTAAGTTGGATTTATTTTGAAGGATGTT
TCAGGAGTATAATAAAAAGCTACAGCTATAGAGTCTATTTTAAACAGATT
TGAAGCATTTTCATACAATTTGGGGTACAGGAAATCCCAGTTCAAAACGA
AGGGTTAAGAAGAAACAACTGAAGGTCAGAATCAAAGAGTGAAAAATTAA
TGTATTTAGGGTTTAAAAGGACATATTGGGTCCAATATACAGCCTGCAGC
AGTTATTTCACAATGAACATAGAACATTTGCACAGGTAGGACTTTGTTCG
TTGTCCTTTATAATGAAAATACGGATACATTGTCGACAAACAGTGATGGG
TTAAGTAGATACTCTTATAAATAAGTGCATTGTCATTCACTCTTAGGGGT
TTGTTACAAAAAAGTTGAATTTGAAGGAACCACAGGAAATTAAGTGTATA
CTTATTGCGGCAGCTTCAAGATATATGGCAGKAGATTTGAAAATCCTTTG
GGACAATACATTGACGTTCAATATAGGGATTGATGTTCATCAGTATTTTC
CAGAGGACTCTATATAGTTAATTGCAATTTTAAAACTCATTTTCAGGTCT
TCATAGCCGTAAAAATAAGCTAATCCTAAGTGCCCATTTTTCAATTTTCG
TCTTTTTGTTATGTTGTTATTTGTACATTTTATTTTTTTATTGTTTGTAA
AGATTTTAGTGTACTTTTATAACTAAAGAGGTATTTGGGAATTAATTTGT
TTTTCTAAAATGTTTATTTTTATTTTGTAATAAATGTAATTAACCCATTT
TCTTGAGATTTGGTTTTTATATAACATATTGGACAATTCAAATAACTTAA
AAATAAATATTCTGGATGATTGATCAGAAGTATTATAAATAACACAACCT
TAGTTTTGTCTTGAGCACTACAAATATTTTTTTTATTGTTTTTTTTAAAA
AGTTTTTGGTCATTATTTACACTTTTGTTCGTAACTTAGTGAAGGTAAAT
TACCTCATTTTAAGCCCTTTTTTTTATTAATGCGGATTTCATCATTTGTA
TTAAAAGCAACCTTCCATAAATTCCATTTTAACAGTATGAGAGGGAATAT
CCTTTTTAATCCCTAGTGTCATCAGGTCAGCCTCCATTGGCCAAGAATAG
TACAAGTTGTGATTTTTTCACCCAAAAAAAGTTCATTGCCAAGAAAATTT
ATGGGCATTTCCAATGCAAGTCAATCCTATATATATATACTTTTTTTTTA
ATAATATTTAATTATTAAAGAAGAGAATTGAGCACATTGTACAAATTAAT
TTTTACACGCCGAACACAACCATTTTTCCTTTTCAAATGAGTATATTATT
TCTGACATTCCTCAACATTTGAAAATATTATCTAGCACTAATAACCACAA
AGCTAGTACACTTGTAATGCACTGGCTCSCGGAAGCAAAAGAAAATGTCC
AAGGGGTTAACCACACTATAATATTAGCTCAAACAATTGTCCTTGGCGTT
GTGGCCTCTGATGGAAAAAAGATACCTCAGAAAATCGGACAGAAGGCCTA
ATATTAGGTGCTTATTACCCCATCTTGTCATCACTGTAGATCAACTACCC
GGAGGGTAGCTACGTGTTGACTAAAGACGGTGCCCCGTCTCACAGGTATG
CAATGTGTCAAAAGTTATGTGCAGATAACATTGCCTTATTCTGGTCCAAC
GAGATATGACCCCAGATTTGAGCCCACTTGACTATTCCATATGGGGAACT
TTGGATAAGGAAACAAATAGGAACTTGCCCCCAAATGTGGACTCACTGAA
GTCCTCCATAATGGCTGCATGGGGCAATTTGTCAGAGGAGTTTGTCATCA
ACTCCTTTATGGTCTTAAGGYAACGTGTAAAGGCTGTGATTNATAATGAA
GKTAGCCATATTGAATGAAAAAAAGTTTTTCCGAAGACCCTGTCTACAAG
TTCTGCTAACATAATTTTTTGCCTATTATTGAAAATATAAAATTATTAAT
GTTTTTTAAATCTATCTCTCAATTCCTCGTTTTACTGCTCTACCCTGTAT
GTACTCATTTTCTTTTTTTTAAATTATGTACTGACCATGAGTTAAACAAC
CCATCTTTGTTAGCAATGAGTCCCTCAGAAAAAAAGAGACGTAAACTTTG
TTCTATTAATATAGTTATTTTATACTGAGAAATNNAATTGAGACCCTCTT
WATTAAAAAACATATATTAATAGTATTTCATAATATTTTTATCCCTCTAA
TATTATTTCCCTCATATTTATATATTCTACAATTAAATGCAAATAATAAG
TCATACATCAATCACCCAAATGCTGTTGAATTTTATGGTTATGCATTTTT
ATATGAACATAGATCACTGGTTTCTTTCTGGGTTGCCAGTTACTTTCAAA
TTTGTGAAATGTGATATAATACGAATGTCGTTATCATTGATTAAAATAAC
GTCTTTAATACTCAGTATACGAGGTAAAACGTGGACTTGATTTTAAATCT
ATCTGGATTACTTTAGGTGGAATATATATTAAAATAATGGGTAGCGGATT
TGAATGTAGGGACTATTTCAGTTATTAAACACAAAAAACCTTACAAATTG
TAAAATGATGGTGAAAAGGTAAATGATGTCTGATTTGCTCCATGCCCAAG
TGAGTGTTGATGAGATTATGAAGATCGTAGGGGATCCAAGGGTCTTGTTT
ACTAGATTTTGAGAATGGTAGCTTCAGGMGAGAGCGTTGAAAGGTGTCTG
TGCAGCGGAACACTCTGGAAAACGAGGATCATGGAGGACATGGACACTGT
GATCACAAGAAGTCTGACGAAGCCAATCAGGTAGCATACCAAGGCTCTCA
TTGTCAGTGGTTATACTGTGAGGAGGMGAGTAAAGGATTTGGGGTAGATT
TATTATGAACGAGGACATGGGTAACTGTTTTCAACAGCAACCAAGGTCAA
TTGGGTGAAGGGAAGCCATAAACTATTGACTTGGTAAAACCATAATGGGG
CAACAGTTTGCATCTTTTCAGACATGATAAATACAATTTGGGGCATAGTC
GAAAAAAAAASCCTGTTCTACCCTAACCGAAATTTGGATAKCCTCAAGGC
CTCCGTCAAGACGAAGTGGGCTGCCATGTCCGAAGCATTCATCAATGAAT
GCTGCGGCGCCTTTATATGTATTTTGGAGGCCATGGTAGTAGCCCCAATA
AATCATTTTGAAAAATAGGAATATACCAGGCCAACTGTTAATATTTACTC
AACTCTTTTATGCAAATTTTGAGAGATGAAGAGTCATTTATAAAAAAATG
TAGAACACAAAATTAGCGAGGACAACAATTTACAATGTCATCCATGCAAG
AAGCCCGAGTCTACACCTCGTTGGCCTTCTGGGACAATCCTGTTCGTAGG
AGCGTTACTATCTCGATCTGCTTATGATGGCGATTAGGACAATGATTTTC
CTGAGTCCATTTTTATTAAAATAACTCTGTGATGGCACAATGATGTGTTT
AATACTTGCGAATAAACATAATCTGTAAATTTATTTTTAAATAAAAATCC
AATGTAAGAATATATTTTAAAATAAGTCTTTAATTACTGTTATAATTCTA
AAAGTTAAAAATACAAGTGTTGTATATTTTTCAATCGAACATAAAGTCTT
TTAATGACGTTTTATTTCATAGATTAATAACAATTTTTACAGCATGACAA
AAACTAACGACTGTAATCTGGGACGTCAGAGAAACTCCACAATTTGTAGT
AGGGACTTACAAGTCCCAAAATTTTAACGTGTCGTCTTAAATTTTAAGGA
AGTGTCCAAAACTGACGTAAAAACCTTTCATAGAAGAATCTTTGCTAAAT
TATGTCATCATAAATTCTTCTTAAACAATTTTTACATGATGAATAAATAT
TTGAATTAGGCAACAATAATAGATAATTGGCAAACTATTCTAGTGAATAA
AAATACTTATAATTTAATAAACTAATTAGTATGTTAAGCAATGTTTTTTT
ACAAGAGCATTGCTGACTAACAGACAGACAAATTTCTCCCAAATAGAAAA
AAAATATTATTTTTGTCTATATTTTAAACAAAATTGCCCTGAGTTATTAG
TCATCGAAGAACAGACTCACTTTGCTAAATTAATAAAGACGATAGCTCCT
TAACAATCCACAAAGTGTTCATATTTGTTTTCCATGAGAACACTAACTCT
TAGTTACGCAATACTAAAACATTCTCATCAGAGGAATAATATAAAAATGA
TAACAGCTAGAGAAAATGAAATAACATTTTGTAAGTTGCCAACAACAAAA
RAGGCTCGCTAAAAAGTACAACCCCAAATATATGCACTGTCTTAAGTTTC
TTTGTTATAATGACGTACTGAGCCTTAACTACATTTGCCATTCTTTTAAA
AATGAGCCCTCCCAGACAATCAAACAACCAAACTTTGGTTCATTAATGTA
TCAGATGGTCCATTGAAATATGATCACTGACATATTCAATAGTTAATTTA
GGTTGAGTGATTGAAACTAATTTATATTTCTATATATTAAAACATACAGA
ATTGGTTACAGAACAAAAAAAAAATTCTTTCTTTTTAGGGTGATTTATTC
AGTTCAAGATCGTAAATATTACATTATTGAAAATTCATAGGAAAATATGG
GAACATAGTTAAAATAAATTGGAAATATGATGATGTTATTTTAAAAATGA
TAAAAAAACAATATTGCCCATACAGTGRGTCAAAATGAAAACAGACTAGT
AGGTAAACATCTTTTTTGAAGGTGTGTTTTTTTTTTCCTCTCTATTAGAA
TCCTTGCTCCCTTTTTTTCCTTCCTCCAATATATCATTCAGAAGAAGGTA
TGACATATTATTGAGTAACTCTTTATTTAAGTCACGACGCGGGAATTCTT
TTCATCTATTCAATTCAATAGTAACAAAGATGAATCTTCTCAAATCACTT
TGGTCTAGATAATTTCCTGTTCAGGTAGTTGGAAAGCTTTTCTCGGTAAG
CAAAACAAACTTGAATTTTATAGATTACGTACAAGTCAAGAAAATGACAC
TTGAACGTGAACTACAAATTTCCATTCGCGGCGCACTTTAAGCAGCTGTG
TGTCCCTAGGTCTACCTTCTACGCCGTCAACAAGTCCAAAAAGTTGAAGA
GGAAGAAAGTGTTTGACAAAACGGGGAAACTAGATCCGGAGGAGTAAAAC
AAAACCTCCCAGTTTAATCCTCTCAAGTCCATAAGATCACCGATGGCCCA
AAGTACCTGTCAGCCAGCATTGGAACTCCATGATGGAGGACTAATTCTGC
ATCGTGTGCTAGGCCTTTCACCACTGCCTGGAAGCCATCACTACCACTAA
AGTCGGCTACATTAATAATTAAGAGAACTGAGACACACATCTATTTATGA
TAATTATTTTGTTGAAATTTTAATGTTCTTTCATAAATTATCTCTTTTTG
AAGTTTGAAATTGAAAGTGTTCAGGTTTAAATGTACCGCTGGGTAGATTG
CGGGAAATTATGAAGGGTAAAGGATACTTTAACAGACCTTTTTAACCTTC
CGATAATTAATTAGGATATTATACAACAAGAGACTAATAAAAATGCTTCA
TATTTGTTTCAATGTACATCATCCATACTTTTCAGTATTACCCTAAAACC
AGTTGATGAGGATTTATTTGTATAGTTCTCAATTTTTAATCAAGATTTTG
TGAATTTAGTTAACTGTTCAAKAAAATTAKAATWTTGTAGCCATTAAGTT
ATATGTAAAATACACGCAACACCATAAACAACTAATAAGTTTAAATTATA
ATTCTCCAAATATGCATTAAAAACGAAAGCTTTATCATACTATTTTTTTT
CTTTTAGATTTATGAAACAAATGAAAAAATTTTATCACGTCGTGAAAAAT
AAAATAAAAAATAACCTTGCACGCCGTTACGTTTATTGTATCATGCAACC
CCCCTCCAAAAAAAAACAACAGAAAAAAAGGCCCAAATTATCTGGTAGTT
TTCCAAATAAGTTAATCGCACTCACTACTATTGATCTCTTACGTAATCCT
AGACTGTCACTGTCGTATTATGTCTTCATCATTTTTAAAATGAATGATTC
AAATCTATATAGTATTTTATTCGATACTATGTCAGAATATTGCTTAGTAA
TATTTTATTAAAATTGAATTTATACGTTAGTAATTTTGTATGATAGCCAT
ACTTTGTTCATTGAAATAATACAATGGCCAATCCAAGATCTATTAGAAAT
TGTAATCCTGTCCTTTTGGAAACAGAGCATAAGTGTATAATATAACTTAT
TTCTTCGTTTACTTATCAAAAATAATACATTATGAAATAGCCATGACGTA
TCAAGGGAGAAGAAGGAATCGACGGCTGACAGGGTATTTTTGTGTTAGCG
AGATAACGCCGTGCTTTCATGCTTAATTAAAATAGGTCAACGATAAAAAC
AAAAAGCAAAAACTGCCCAATCCATAGATCTGATTACTAAATCATATCAT
GAAGAAAGAATCATGAGGTAGTTTTTATAAATAATTATTAATAAACACTC
TACATTTACACAAATATTTATCATGGATGAAGAGAGAGTTGGGGATAATA
ATTCCCTAAGAGACGTAATCATGGATCCACGAAAGTAGCTCTTGGTTATT
TTGCTTTACTGCGTATATCATGATTTGTACTTTGGTGATGAGCCACTCAA
TCTTACATCGATCTTTATACCATAAAGATGTTAGAATGAGCCAATCTGAG
GACTCAGTATCGTCTCAATGTTCATACAGATTTATTCCTCCACCATCTTA
AGGATTGGATATTTATTGACCTTTTTAAGAAGCATTAGAATTCAATGTTT
TTACTATAGAAATAACTAATTATATCTTTTTAAAACATCAAATTAATGTT
TTTAGAATCATTTTATACTAAGGACTTATGTTTTCTCGCTATTTTATATA
TTTACAAGTATTTTTAGCATTTTAAATGATATGTACGATAACAAAATAGA
TGTAATATTTATAAAAAAGTTAATAAACAACATTTTATTTTGGGGGTTTA
TTTTTTACTCAGTTCAATAACTTCGCTATCCTTTCAAACAATCCAAAATT
TGCTCAATTATTATATAGGGTGAGGGTTTTATATGTAATAATTTAATTAA
GTATTTCACACTTATATGTAGTGGTTTATAGTGAAGTCCATCACTCAAGC
CAACTACCTTCAGATTCAATCACATCTTTCAACATGTCACAGGGGTTGAA
GAGGAACTCCTTGTAGATATTGGACACTTCCTCTTGAATAGAAGCTCTCA
AAAAGTCAAAGGTGTCATTGGCGCCCTTAGGTGGACAACCGGCACGAAAT
CATATAATAGTGCCCGGACGGTGACCGACTATGGAGGACATCTCAAAGAT
TTTGTAGAATTCTTATACAGTTTTTTAAACTCATTCTGATGAGCAGAGTT
TTATAGAACATAAATTTACGGATTGGCAAGATATTGAGGTGTAAACTTGT
TCTGGACTTAAAATCCCAACTCAGTTAATTATGAGGAATGATAATGGTTT
AAAGCTACTTTTAATTATTATTATTTTTTTTTTTTTACTTATTCAGTTAA
CCAAAAAAGTCCTTATTTGTGAAATTATTTATAAAATAATTTGACATTTA
TATTTTAAGAGGAGGAAATGTCAATATATTATTTTGAAGATTATTGCCCA
AATTATTACTCTTGATTTCTTGCCAAATATTCATTTTTGCAAATTTCCTT
GCTGAATTAATTTCTTACAAAGAAAGTTTCTCTATTATAGATTGACAGCA
AAATTGTATATTTATTGAAAATAGAACGTTTAAAAATTATGAAAAAGACG
AATGAATATATGTTTTTTTAGTATGTCTCAATAAACTTTTTATCATTAGA
AAGCTTTTTTTTTTTAGAAAGGGATAGATTTTTTTGTAGATAGATGAAAG
TCAACTTTTGCAACTTCATCATTTTATAATTAATAAAAAATAAACTTAGG
GAGAAATAATACGTTGTATTTTGTAATTTTGGTAAAGTTTTATTGCAACT
TCAAAAATATGTTGTGTTTTTAACAAATACTAGAGGAGTTTTTTCTTTTT
CGTATGACACAAAGTTTTTTTAACACCTTGGTTACCCACATTCATTATAT
AGTTAATGTGAAAAACTTCAAGTGTATGGAAAAATTTATAAACAAATTTT
CCAAAGTTTAAACTTATATATTTATTGAAAGAAAATTAAAAATATATTTA
GTTTCACATTTAAAAAAAAAATTATTCAANNNNNNNNNNNNNNNNNAACA
TTATTTGAAGTATTTCCGTCTTGCATTAAGATGTATAATCCTTTATTACT
TACAACTAAGTACTCCACGTATTGTATTTAACCGATTTGAACAAAAAACA
CAAATTTCGATATATAACATGACAACAAATAAAGATTCCATTGATAATTT
GACAAAGTCAGAAGTGTTGAAGAACCTTGCATACATGGTCTCATCTGCCT
CCTTGTTGAAGTATTTCTTCGCGTCCTTCTCGGCTCTCTATCGATTCTCT
TTGCGTGACAACATCTCATTGAGGGAATGATGACCTTCGCTAGATTGTTT
CTCTTTTCTGTGAGTTTATTTTGACATTTCAAAACGGCCTCAGAAAAAAC
CTGAAGCTTCTTGTCTGGCATCATTGCTTCTTTGTCTACGTTTATATAAA
AATAAAAGAAAATATCCTTTTCTTGGCCGTAATGCAAGCAAGGAAAAGGA
TCGAACAAACTTTTTATAAAAGATCTATTGCTTGGTGCAATAAGTCTGAA
CAACACCAGATACTTCCACGAATAAATAGATTGATACATATTTTCCTTAT
TTTTGAAACTGTATCGAGATTTAGTGAAAAATAGTAGTGTAATGGAAAAA
TTATTGTACAACTGAGTGACAAAGCGATTAATAGATTTTATTAATTAAAT
AGTTCTATATTTTATATATGTTCATTTGAAGTTTAATTTGATAACAATTA
CTCACTCAAGTTACATATAACCATGCAAAACTAAGTATGCCTAAAATAGT
GCTTGTCAATCAATGGACGTGCAAATATAAAATGAGACAAATATGCTTGT
TTGTATGCAAACAAGCATATTTGTAAAGGGGAAAAATAGTCAAATAAGTA
TTTATTAAACACAATTAAAGTATTTAATATCAAAAAAAGGTTGAACCTTT
TTACTTTGTTATTTGTTAATGAACTGGGATATTCTACATCCAAAAATTTA
TAAAAATGCTTCTAAGTCCTTTGAATCTAATTTTTATTGCCAATACTTTT
CATTATGCTCTTAAAACTTTAATTTGAATTATGTTCAATATATTTTTTAT
CTCGATAATGCCTTTTATAGGATGAATTTGTAAAATGAATCACTTTTATT
CGAGGTTTTGTGAAGTTAATTTACTGTAGCCAGTGCTGTCTGAAAGTTGA
TTTGAGGGCCTCAGTCTTTGGGTGACGAMCCCTGCCTCCTGCCTGTATTC
CACTCGACATGCACTCAAAAGGTGTAATCTGGGGAGATAGCATCAGGGCT
ATAAGAGGCCAAAAGTGTCAAAAAAAGTTCAAAAGCACTCAAAACCTCTT
TAAAAAGAGTCTTGCGACAGAGGAATTGGGTTTCTTTCATTCCTCGTGTC
AAAAATACCCTCTCCAACCACACAAGGCTCTTTCCACCTACTTTTTTGAT
AGATTTCTGGATAGTCGGTTGAGAAATCCCGAGACATCTTGCATTGGCCC
CATGCTCTCGAGGAGAACGGTCTTGGTTATTTTATTTCACTTTTCCAGAT
TCAGTTTGTCCTATTTTAGAGATCACTTCTTCCTCTCCAACATTTTGGAC
TTTCTTACGGTGTAAACAGTGGTCTTGGAGACGACAAGCTGCTTCGAGTG
AGCGAATTGAAAATTGTCTATCACGTTCAAGCATCCTTTTCTCGACTTGT
ACGTAAGCGAGAGAGCTCTATTTTTTTTTTTGTGTTTTGTAATTAATTGT
ATATGCTTTAATATTTCGAAATATGATATAATTTCAATGACTTGAACCTT
AATTAATTATTGAATTCGTGAGTGTGAAGATATCAATGACCTCCCAGTAG
AACAAATCCCTAATTCATAAAATAAATAAAAATTGTGTATATATCCACGT
TGCATTGTTGAGTACCATTTTTTGGTCTATTATGGGATAAACTATTGGGT
TATATGTATACCATTAAAAAAAAATCATTATTTGTCATACTTTAAAAACT
TTCCTGAAATAAAATGTTATCAACTTTTCCCCTTCTTTTGAATAAGCCTG
CATTAAAATWTATTCTACCATTTGGTAGCCATTTGAATGATGTCTGTTCT
CAATATGATAAGTACATATATTTTTCTATTGTTGTGCCTAGAAATGTATT
TCATTCTATTGTAGGCTTGTTTGTTCATTAATCAATGTACTTTGACTTAA
AGAGTATTTTATATTTGTAGATCCTTTTATTCGACGGCTCAGAGACATCC
AAAATACCCTATCTACCCCGTGATTCCAAAGGGCGTTTCTACTCACGACT
CATCATACGTAAAATCGAACATTCCCATGCAGGAACCTATAAATGTGAGC
CTGCCTCATCTCCTATCAAAACTGTCCACGTTCATGTTCTGAACGGAACA
GTTCTTGCAGTTGCAAATGGTAAGTCTCTTATGATTGTATTCTGTATACA
GGATTAGCTAATTATCAATTGATCTTTCAACAACAGGGGAAGGGAATCAG
TCCTCTTCACGCTCCCCACCCGGTGAGTTGTCCAACAAACCCTCAAATAA
AATTGCGGCTCCAGTTCAGCAACAGAAGCCTGATGGTGGTGGKACATCTG
GCTCCTTCCCTCATCAACCAAGATATCCTTTACTTATTCTGATAATTATG
GTATCCTTAATCCTCCAGATGGAGTCCTGA

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