EMLSAG00000006027, EMLSAG00000006027-688793 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006027
Unique NameEMLSAG00000006027-688793
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:Flo1 "Flotillin 1" species:7227 "Drosophila melanogaster" [GO:0005198 "structural molecule activity" evidence=NAS] [GO:0016600 "flotillin complex" evidence=NAS] [GO:0008150 "biological_process" evidence=ND] [GO:0005886 "plasma membrane" evidence=IDA] Pfam:PF01145 EMBL:AE013599 GO:GO:0007275 GO:GO:0005198 InterPro:IPR001107 SMART:SM00244 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 eggNOG:COG2268 GeneTree:ENSGT00560000077232 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V EMBL:AF044734 EMBL:AY058794 RefSeq:NP_477358.1 RefSeq:NP_725476.1 UniGene:Dm.2957 ProteinModelPortal:O61491 SMR:O61491 BioGrid:62460 DIP:DIP-48829N IntAct:O61491 MINT:MINT-916283 STRING:7227.FBpp0086485 PaxDb:O61491 PRIDE:O61491 EnsemblMetazoa:FBtr0087351 GeneID:36726 KEGG:dme:Dmel_CG8200 UCSC:CG8200-RA CTD:36726 FlyBase:FBgn0024754 InParanoid:O61491 ChiTaRS:Flo GenomeRNAi:36726 NextBio:800074 PRO:PR:O61491 Bgee:O61491 Uniprot:O61491)

HSP 1 Score: 479.945 bits (1234), Expect = 1.495e-166
Identity = 260/425 (61.18%), Postives = 315/425 (74.12%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQ-----------IKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP  Q VQ            S  VY++QGV ISVTGIAQVK+QGQNE+MLL ACEQFLGK++ +I  +AL TLEGHQRAIMGSMTVE                                                    E KRDA+           IKEAIAEE+RMAAR LND +IAK++RDFELKKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEI RREREL++T+RRPAEAEK+R+EK+AEANK +++ME+EA+AE+  ++GEAEAFAI A+AKAEAEQMA KA+A++EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G+G+IGA++LTGEVL+I++ V   VK +TGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPVGQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKVQGQNEDMLLTACEQFLGKSEAEINHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGITVVSYTIKDLRDEEGYLRSLGMARTAEVKRDARIGEAEARAEAHIKEAIAEEQRMAARFLNDTDIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQEQEIMRRERELEATIRRPAEAEKFRMEKLAEANKQRVVMEAEAEAESIRIRGEAEAFAIAAKAKAEAEQMAMKAEAYREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGTGDIGAAKLTGEVLSIVNKVPELVKNITGVDIARSVHA 425
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BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:FLOT1 "Flotillin-1" species:9913 "Bos taurus" [GO:0005765 "lysosomal membrane" evidence=IEA] [GO:0005768 "endosome" evidence=ISS] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0008180 "COP9 signalosome" evidence=IEA] [GO:0016600 "flotillin complex" evidence=IEA] [GO:0034451 "centriolar satellite" evidence=IEA] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0042383 "sarcolemma" evidence=IEA] [GO:0042470 "melanosome" evidence=IEA] [GO:0072659 "protein localization to plasma membrane" evidence=IEA] Pfam:PF01145 GO:GO:0042470 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 EMBL:BC123642 RefSeq:NP_001070355.1 RefSeq:XP_005223719.1 RefSeq:XP_005223720.1 RefSeq:XP_005223721.1 UniGene:Bt.26845 ProteinModelPortal:Q08DN8 STRING:9913.ENSBTAP00000013135 PRIDE:Q08DN8 Ensembl:ENSBTAT00000013135 GeneID:532573 KEGG:bta:532573 CTD:10211 eggNOG:COG2268 GeneTree:ENSGT00560000077232 HOGENOM:HOG000240804 HOVERGEN:HBG051628 InParanoid:Q08DN8 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 NextBio:20875737 ArrayExpress:Q08DN8 Uniprot:Q08DN8)

HSP 1 Score: 396.356 bits (1017), Expect = 9.160e-134
Identity = 208/420 (49.52%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AEA  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAEAVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGAMGAAKVTGEVLDILSRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:Flot1 "flotillin 1" species:10090 "Mus musculus" [GO:0005515 "protein binding" evidence=IPI] [GO:0005765 "lysosomal membrane" evidence=ISO] [GO:0005768 "endosome" evidence=ISO] [GO:0005815 "microtubule organizing center" evidence=ISO] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0005901 "caveola" evidence=ISO;IDA] [GO:0006897 "endocytosis" evidence=ISO] [GO:0007409 "axonogenesis" evidence=IMP] [GO:0007411 "axon guidance" evidence=ISO] [GO:0008180 "COP9 signalosome" evidence=ISO] [GO:0016020 "membrane" evidence=IDA] [GO:0016600 "flotillin complex" evidence=ISO;IDA] [GO:0034451 "centriolar satellite" evidence=ISO] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IMP] [GO:0035255 "ionotropic glutamate receptor binding" evidence=ISO] [GO:0042383 "sarcolemma" evidence=IDA] [GO:0045121 "membrane raft" evidence=ISO;IDA] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] [GO:0072659 "protein localization to plasma membrane" evidence=IMP] Pfam:PF01145 MGI:MGI:1100500 GO:GO:0042470 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 eggNOG:COG2268 HOGENOM:HOG000240804 HOVERGEN:HBG051628 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 EMBL:U90435 EMBL:AF145044 EMBL:BC004647 RefSeq:NP_032053.1 RefSeq:XP_006523719.1 RefSeq:XP_006536579.1 RefSeq:XP_006537312.1 UniGene:Mm.2931 ProteinModelPortal:O08917 SMR:O08917 BioGrid:199704 IntAct:O08917 MINT:MINT-4095176 PhosphoSite:O08917 PaxDb:O08917 PRIDE:O08917 Ensembl:ENSMUST00000001569 GeneID:14251 KEGG:mmu:14251 UCSC:uc008cip.1 InParanoid:O08917 NextBio:285569 PRO:PR:O08917 ArrayExpress:O08917 Bgee:O08917 CleanEx:MM_FLOT1 Genevestigator:O08917 Uniprot:O08917)

HSP 1 Score: 395.201 bits (1014), Expect = 2.304e-133
Identity = 207/424 (48.82%), Postives = 292/424 (68.87%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSM 354
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKA YD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+YRLE++AEA K ++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H++ +
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQCLSEIEMAKAQRDYELKKATYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYRLERLAEAEKAQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQMYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNHNKPL 425
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:Flot1 "Flotillin-1" species:10116 "Rattus norvegicus" [GO:0005768 "endosome" evidence=ISS] [GO:0005901 "caveola" evidence=IDA] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0008180 "COP9 signalosome" evidence=IEA] [GO:0034451 "centriolar satellite" evidence=IEA] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0042383 "sarcolemma" evidence=IEA] [GO:0042470 "melanosome" evidence=IEA] [GO:0072659 "protein localization to plasma membrane" evidence=IEA] Pfam:PF01145 RGD:70991 GO:GO:0042470 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 eggNOG:COG2268 GeneTree:ENSGT00560000077232 HOGENOM:HOG000240804 HOVERGEN:HBG051628 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 EMBL:U60976 EMBL:U60977 RefSeq:NP_073192.2 RefSeq:XP_006256086.1 UniGene:Rn.9567 ProteinModelPortal:Q9Z1E1 IntAct:Q9Z1E1 MINT:MINT-2982161 STRING:10116.ENSRNOP00000001098 PhosphoSite:Q9Z1E1 PaxDb:Q9Z1E1 PRIDE:Q9Z1E1 Ensembl:ENSRNOT00000001098 GeneID:64665 KEGG:rno:64665 UCSC:RGD:70991 InParanoid:Q9Z1E1 NextBio:613645 PRO:PR:Q9Z1E1 Genevestigator:Q9Z1E1 Uniprot:Q9Z1E1)

HSP 1 Score: 394.815 bits (1013), Expect = 3.295e-133
Identity = 206/424 (48.58%), Postives = 292/424 (68.87%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSM 354
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKA YD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+YRLE++AEA K ++IM++EA+AE+  ++GEAEAFA+ ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H++ +
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQCLSEIEMAKAQRDYELKKATYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYRLERLAEAEKAQLIMQAEAEAESVRMRGEAEAFAVGARARAEAEQMAKKAEAFQMYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNHNKPL 425
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:Flot1 "flotillin 1" species:10116 "Rattus norvegicus" [GO:0005515 "protein binding" evidence=IPI] [GO:0005765 "lysosomal membrane" evidence=IEA;ISO] [GO:0005768 "endosome" evidence=ISO;ISS] [GO:0005815 "microtubule organizing center" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISO] [GO:0005901 "caveola" evidence=ISO;IDA] [GO:0007409 "axonogenesis" evidence=IEA;ISO] [GO:0008180 "COP9 signalosome" evidence=IEA;ISO] [GO:0016020 "membrane" evidence=ISO] [GO:0016600 "flotillin complex" evidence=ISO;IDA] [GO:0034451 "centriolar satellite" evidence=IEA;ISO] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA;ISO] [GO:0035255 "ionotropic glutamate receptor binding" evidence=IPI] [GO:0042383 "sarcolemma" evidence=IEA;ISO] [GO:0042470 "melanosome" evidence=IEA] [GO:0045121 "membrane raft" evidence=ISO] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] [GO:0072659 "protein localization to plasma membrane" evidence=IEA;ISO] Pfam:PF01145 RGD:70991 GO:GO:0042470 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 eggNOG:COG2268 GeneTree:ENSGT00560000077232 HOGENOM:HOG000240804 HOVERGEN:HBG051628 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 EMBL:U60976 EMBL:U60977 RefSeq:NP_073192.2 RefSeq:XP_006256086.1 UniGene:Rn.9567 ProteinModelPortal:Q9Z1E1 IntAct:Q9Z1E1 MINT:MINT-2982161 STRING:10116.ENSRNOP00000001098 PhosphoSite:Q9Z1E1 PaxDb:Q9Z1E1 PRIDE:Q9Z1E1 Ensembl:ENSRNOT00000001098 GeneID:64665 KEGG:rno:64665 UCSC:RGD:70991 InParanoid:Q9Z1E1 NextBio:613645 PRO:PR:Q9Z1E1 Genevestigator:Q9Z1E1 Uniprot:Q9Z1E1)

HSP 1 Score: 394.815 bits (1013), Expect = 3.295e-133
Identity = 206/424 (48.58%), Postives = 292/424 (68.87%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSM 354
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKA YD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+YRLE++AEA K ++IM++EA+AE+  ++GEAEAFA+ ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H++ +
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQCLSEIEMAKAQRDYELKKATYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYRLERLAEAEKAQLIMQAEAEAESVRMRGEAEAFAVGARARAEAEQMAKKAEAFQMYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNHNKPL 425
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:FLOT1 "Flotillin-1" species:9823 "Sus scrofa" [GO:0005765 "lysosomal membrane" evidence=IEA] [GO:0005768 "endosome" evidence=ISS] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0008180 "COP9 signalosome" evidence=IEA] [GO:0016600 "flotillin complex" evidence=IEA] [GO:0034451 "centriolar satellite" evidence=IEA] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0042383 "sarcolemma" evidence=IEA] [GO:0042470 "melanosome" evidence=IEA] [GO:0072659 "protein localization to plasma membrane" evidence=IEA] Pfam:PF01145 GO:GO:0042470 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 EMBL:AB113356 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 eggNOG:COG2268 GeneTree:ENSGT00560000077232 HOGENOM:HOG000240804 HOVERGEN:HBG051628 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 RefSeq:NP_001121955.1 RefSeq:XP_005665805.1 UniGene:Ssc.2205 ProteinModelPortal:Q767L6 STRING:9823.ENSSSCP00000001460 PRIDE:Q767L6 Ensembl:ENSSSCT00000031243 GeneID:100151746 KEGG:ssc:100151746 ArrayExpress:Q767L6 Uniprot:Q767L6)

HSP 1 Score: 394.815 bits (1013), Expect = 3.296e-133
Identity = 207/420 (49.29%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++A A K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ AKKIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAAAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSAKKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:FLOT1 "Flotillin-1" species:9598 "Pan troglodytes" [GO:0005768 "endosome" evidence=ISS] Pfam:PF01145 GO:GO:0042470 GO:GO:0005768 GO:GO:0042383 EMBL:BA000041 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 eggNOG:COG2268 GeneTree:ENSGT00560000077232 HOGENOM:HOG000240804 HOVERGEN:HBG051628 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 EMBL:AB210163 EMBL:AB210164 RefSeq:NP_001035840.1 UniGene:Ptr.6563 ProteinModelPortal:Q7YR41 Ensembl:ENSPTRT00000033127 GeneID:471961 KEGG:ptr:471961 InParanoid:Q7YR41 NextBio:20848817 Uniprot:Q7YR41)

HSP 1 Score: 394.045 bits (1011), Expect = 6.599e-133
Identity = 206/420 (49.05%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I++ +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILTRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:FLOT1 "Flotillin-1" species:9544 "Macaca mulatta" [GO:0005768 "endosome" evidence=ISS] Pfam:PF01145 GO:GO:0042470 GO:GO:0005901 GO:GO:0005768 EMBL:AB128049 InterPro:IPR001107 SMART:SM00244 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 HOVERGEN:HBG051628 KO:K07192 RefSeq:NP_001098638.1 UniGene:Mmu.9667 ProteinModelPortal:Q5TM70 GeneID:714175 KEGG:mcc:714175 NextBio:19985756 Uniprot:Q5TM70)

HSP 1 Score: 394.045 bits (1011), Expect = 6.599e-133
Identity = 206/420 (49.05%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I++ +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILTRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:FLOT1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005765 "lysosomal membrane" evidence=IEA] [GO:0005768 "endosome" evidence=IEA] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0008180 "COP9 signalosome" evidence=IEA] [GO:0016600 "flotillin complex" evidence=IEA] [GO:0034451 "centriolar satellite" evidence=IEA] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0042383 "sarcolemma" evidence=IEA] [GO:0072659 "protein localization to plasma membrane" evidence=IEA] Pfam:PF01145 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 GO:GO:0008180 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 GeneTree:ENSGT00560000077232 KO:K07192 OMA:KDVRDKN OrthoDB:EOG7N0C4V TreeFam:TF324879 RefSeq:XP_005627169.1 RefSeq:XP_848778.1 ProteinModelPortal:E2QSE3 Ensembl:ENSCAFT00000000706 GeneID:474831 KEGG:cfa:474831 NextBio:20850776 Uniprot:E2QSE3)

HSP 1 Score: 393.275 bits (1009), Expect = 1.380e-132
Identity = 206/420 (49.05%), Postives = 290/420 (69.05%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS G G +GA+++TGEVL I+S +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGGGAMGAAKVTGEVLDILSRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. GO
Match: - (symbol:FLOT1 "Flotillin-1" species:9606 "Homo sapiens" [GO:0005515 "protein binding" evidence=IPI] [GO:0005765 "lysosomal membrane" evidence=IDA] [GO:0005768 "endosome" evidence=IDA] [GO:0005815 "microtubule organizing center" evidence=IDA] [GO:0005901 "caveola" evidence=TAS] [GO:0007409 "axonogenesis" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=TAS] [GO:0016600 "flotillin complex" evidence=IEA] [GO:0034451 "centriolar satellite" evidence=IDA] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0035255 "ionotropic glutamate receptor binding" evidence=IEA] [GO:0042383 "sarcolemma" evidence=IEA] [GO:0042470 "melanosome" evidence=IEA] [GO:0045121 "membrane raft" evidence=IDA] [GO:0070062 "extracellular vesicular exosome" evidence=IDA] [GO:0072659 "protein localization to plasma membrane" evidence=IEA] [GO:0008180 "COP9 signalosome" evidence=IDA] Pfam:PF01145 GO:GO:0016021 GO:GO:0070062 GO:GO:0042470 EMBL:BA000025 GO:GO:0005765 GO:GO:0005901 GO:GO:0005768 GO:GO:0042383 GO:GO:0007409 GO:GO:0034451 GO:GO:0072659 InterPro:IPR001107 SMART:SM00244 GO:GO:0035023 GO:GO:0016600 InterPro:IPR027705 PANTHER:PTHR13806 CTD:10211 eggNOG:COG2268 HOGENOM:HOG000240804 HOVERGEN:HBG051628 KO:K07192 OMA:KDVRDKN TreeFam:TF324879 EMBL:AF089750 EMBL:AF085357 EMBL:BC001146 EMBL:AF117234 RefSeq:NP_005794.1 RefSeq:XP_005248837.1 RefSeq:XP_005272816.1 RefSeq:XP_005274966.1 RefSeq:XP_005275392.1 RefSeq:XP_005275559.1 UniGene:Hs.179986 ProteinModelPortal:O75955 SMR:O75955 BioGrid:115506 IntAct:O75955 MINT:MINT-3002104 STRING:9606.ENSP00000372873 PhosphoSite:O75955 PaxDb:O75955 PRIDE:O75955 DNASU:10211 Ensembl:ENST00000376389 Ensembl:ENST00000383382 Ensembl:ENST00000383562 Ensembl:ENST00000436822 Ensembl:ENST00000444632 GeneID:10211 KEGG:hsa:10211 UCSC:uc003nrm.3 GeneCards:GC06M030695 GeneCards:GC06Mj30685 GeneCards:GC06Mk30685 GeneCards:GC06Mn30685 GeneCards:GC06Mo30686 H-InvDB:HIX0166980 HGNC:HGNC:3757 HPA:CAB007766 HPA:HPA001393 MIM:606998 neXtProt:NX_O75955 PharmGKB:PA28175 InParanoid:O75955 PhylomeDB:O75955 ChiTaRS:FLOT1 GeneWiki:FLOT1 GenomeRNAi:10211 NextBio:38660 PRO:PR:O75955 ArrayExpress:O75955 Bgee:O75955 CleanEx:HS_FLOT1 Genevestigator:O75955 Uniprot:O75955)

HSP 1 Score: 391.734 bits (1005), Expect = 5.018e-132
Identity = 205/420 (48.81%), Postives = 290/420 (69.05%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+A +  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I++ +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAASVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILTRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592869259|gb|GAXK01088303.1| (TSA: Calanus finmarchicus comp158907_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 362.459 bits (929), Expect = 2.458e-117
Identity = 257/421 (61.05%), Postives = 301/421 (71.50%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQN----------------EEMLLAACEQFLGKNQEQIQQVALETL-------------------------------------EGHQRAIMGSMTVE---------XEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITT 347
            MTWGF TCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQY+Q            S  V S QGV+ISVTGIAQVKIQGQN                +E++  A E   G  +  +  + +E +                                     EG+ +A+  + T E          EA+RDA IKEAIAEEERMA+RLLND EIAKSKRDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+E MQI+V+ER QEI +Q+QEIQRRERELDS+VRRPAEA+KY+LEK+AEA++NK+IME+EA+AEA  LKG+AEAFAIE +AKAEAEQMAKKADAWKEYK+AA+++MML ++PKIAAEIAAPLSQ KKIT+VS G GE+GA+R+TGEVL IM  V   V ++TGVDIT 
Sbjct:  352 MTWGFQTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYIQRLALNTMTLQVSSVNVNSGQGVSISVTGIAQVKIQGQNEEMLLAACEQFLGKPEDEIMQVALETLEGHQRAIMGSMTVEEIYRDRKKFSKGVFEVASSDLVNMGITVVSYTLKDIRDDEGYLKALGLARTAEVKRDARIGEAEARRDATIKEAIAEEERMASRLLNDTEIAKSKRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEENMQIKVIERTQEICIQSQEIQRRERELDSSVRRPAEADKYKLEKLAEAHRNKLIMEAEAEAEAIALKGDAEAFAIECKAKAEAEQMAKKADAWKEYKEAAMVDMMLQTLPKIAAEIAAPLSQTKKITLVSSGDGEVGAARITGEVLDIMVKVPDMVHRMTGVDITN 1614
[Close]
BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592869260|gb|GAXK01088302.1| (TSA: Calanus finmarchicus comp158907_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 362.459 bits (929), Expect = 5.377e-117
Identity = 257/421 (61.05%), Postives = 301/421 (71.50%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQN----------------EEMLLAACEQFLGKNQEQIQQVALETL-------------------------------------EGHQRAIMGSMTVE---------XEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITT 347
            MTWGF TCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQY+Q            S  V S QGV+ISVTGIAQVKIQGQN                +E++  A E   G  +  +  + +E +                                     EG+ +A+  + T E          EA+RDA IKEAIAEEERMA+RLLND EIAKSKRDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+E MQI+V+ER QEI +Q+QEIQRRERELDS+VRRPAEA+KY+LEK+AEA++NK+IME+EA+AEA  LKG+AEAFAIE +AKAEAEQMAKKADAWKEYK+AA+++MML ++PKIAAEIAAPLSQ KKIT+VS G GE+GA+R+TGEVL IM  V   V ++TGVDIT 
Sbjct:  352 MTWGFQTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYIQRLALNTMTLQVSSVNVNSGQGVSISVTGIAQVKIQGQNEEMLLAACEQFLGKPEDEIMQVALETLEGHQRAIMGSMTVEEIYRDRKKFSKGVFEVASSDLVNMGITVVSYTLKDIRDDEGYLKALGLARTAEVKRDARIGEAEARRDATIKEAIAEEERMASRLLNDTEIAKSKRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEENMQIKVIERTQEICIQSQEIQRRERELDSSVRRPAEADKYKLEKLAEAHRNKLIMEAEAEAEAIALKGDAEAFAIECKAKAEAEQMAKKADAWKEYKEAAMVDMMLQTLPKIAAEIAAPLSQTKKITLVSSGDGEVGAARITGEVLDIMVKVPDMVHRMTGVDITN 1614
[Close]
BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592819416|gb|GAXK01135152.1| (TSA: Calanus finmarchicus comp241433_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 325.865 bits (834), Expect = 1.578e-107
Identity = 207/323 (64.09%), Postives = 230/323 (71.21%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKG 249
            MTWGFVTCGPNEALV+SGCCHKKP LVPGG AFVWPG+QY+Q            S  V S QGV+ISVTGIAQVKIQGQNEEMLLAACEQFL K+ ++IQQVALETLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEE+RMA+RL+ND EIAK+KRDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+E MQI+V+ER QEI +Q QEIQRRERELDS VRRPAEAEKY++EK+AEAN+N++IME+EA+AEA  LKG
Sbjct:   96 MTWGFVTCGPNEALVISGCCHKKPRLVPGGTAFVWPGVQYIQRLALNTMTLQVTSVNVNSGQGVSISVTGIAQVKIQGQNEEMLLAACEQFLSKSDQEIQQVALETLEGHQRAIMGSMTVEEIYKDRKKFSRQVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKALGMARTAEVKRDARIGEAEAKKDAQIKEAIAEEQRMASRLMNDTEIAKAKRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEENMQIKVIERTQEIAIQEQEIQRRERELDSGVRRPAEAEKYKMEKLAEANRNRLIMEAEAEAEAVALKG 1064
[Close]
BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592819415|gb|GAXK01135153.1| (TSA: Calanus finmarchicus comp241433_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 324.709 bits (831), Expect = 3.037e-107
Identity = 207/323 (64.09%), Postives = 230/323 (71.21%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKG 249
            MTWGFVTCGPNEALV+SGCCHKKP LVPGG AFVWPG+QY+Q            S  V S QGV+ISVTGIAQVKIQGQNEEMLLAACEQFL K+ ++IQQVALETLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEE+RMA+RL+ND EIAK+KRDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+E MQI+V+ER QEI +Q QEIQRRERELDS VRRPAEAEKY++EK+AEAN+N++IME+EA+AEA  LKG
Sbjct:   72 MTWGFVTCGPNEALVISGCCHKKPRLVPGGTAFVWPGVQYIQRLALNTMTLQVTSVNVNSGQGVSISVTGIAQVKIQGQNEEMLLAACEQFLSKSDQEIQQVALETLEGHQRAIMGSMTVEEIYKDRKKFSRQVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKALGMARTAEVKRDARIGEAEAKKDAQIKEAIAEEQRMASRLMNDTEIAKAKRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEENMQIKVIERTQEIAIQEQEIQRRERELDSGVRRPAEAEKYKMEKLAEANRNRLIMEAEAEAEAVALKG 1040
[Close]
BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592798898|gb|GAXK01155670.1| (TSA: Calanus finmarchicus comp105327_c3_seq1 transcribed RNA sequence)

HSP 1 Score: 283.878 bits (725), Expect = 2.468e-89
Identity = 212/418 (50.72%), Postives = 269/418 (64.35%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCHKKP-LLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQN---------------EEMLLAAC-EQFLGKNQEQIQQVALE-----------------TLEGHQRAIMG-SMTV----------------------------EXEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            G VTCGPNEALV+SG    +    + GGRA V PGIQ +Q            +  VY++QGVAI V G AQVKI G N               E+ +L  C E   G  +  I Q+ +E                 +L+ H   IM  S T+                            E EAKRDA I  A AEE+RMA++L ND E+A++KRDFELKKA YDVEVNT KAEAE+AY LQA+K + RI +E+MQ++VVER QEI +Q QEI R+ERELDS +++PAEAEKYRLEKIAEA + +I++++EA AE   ++GEAEA+AIE +AKAEAEQMA+KADAWKEYK+AA+++MM+  MPK+AAEI  P+SQ KKITMVS G G +GASR+TGEV+ IM+S+  TVK +TGVDIT
Sbjct:  108 GIVTCGPNEALVISGMFQGETGTFLTGGRAIVCPGIQTLQRVPLTTMTLSITTPRVYTSQGVAIGVVGTAQVKINGSNEEMLRFAAEQFGSKTEDEVLKICMETMEGHQRAIIGQMTVEGMIKDRKRFSEKVFETASLDLHNMGIMVLSYTIKDISDDEGYLHSLGQAQTAEVKKNATMGEAEAKRDATIATAYAEEQRMASKLTNDTEMARAKRDFELKKATYDVEVNTAKAEAEMAYSLQASKVQARIMEEEMQVKVVERQQEIKIQEQEITRKERELDSKIKKPAEAEKYRLEKIAEAERIRIVLQAEAQAEVLAVRGEAEAYAIEVKAKAEAEQMARKADAWKEYKEAALVDMMMQIMPKVAAEIGGPISQTKKITMVSTGDGPVGASRITGEVMEIMASLPATVKAMTGVDIT 1361
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BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592833207|gb|GAXK01124337.1| (TSA: Calanus finmarchicus comp24866_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 285.419 bits (729), Expect = 5.419e-88
Identity = 217/423 (51.30%), Postives = 269/423 (63.59%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHK-KPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSK--RDFELKKAAYDVE---------VNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQ 348
            +  G   CGPNEALV+SG     KP  + GGRA V P IQ VQ            S  VY++QGV ISV G AQVKI G +EEML  A EQF GK  ++I Q+ LET+EGHQRAIMG+M+VE                                                    + KRDA I EA A  +   A  L + +  +SK   D E+ ++  D E         VNT KAEAE+AY LQAAK + +IK+E+MQ++VVERAQ I +Q QEIQRRE+ELDS VR+PAEAEKYRLEKIAEA + K+++E+EA+AEA  L+GEAEA+AIE +AKAEAEQMAKKADAWKEYK+AA+++MML  +PKIAAE+A P+S+  KITMVS G G IGASR+T EVL IM S+  TVK++TGVDITT+
Sbjct:  350 LDIGIAVCGPNEALVISGMFQGGKPTFINGGRAIVCPCIQTVQRIPLNTMTLEVHSPRVYTSQGVPISVVGTAQVKINGSSEEMLSYAAEQFGGKPVDEILQICLETMEGHQRAIMGNMSVEEIYRDRKTFSKKVFEVASVDLHNMGIAVISYTLKDVRDEVGYLASLGQARTAQVKRDALIGEAEARRDATIAEALAEEQRMESKLVNDTEIARSKRDFELKKASYDTEVNTAKAEAEMAYSLQAAKVQAKIKEEEMQVKVVERAQNIAIQEQEIQRREKELDSKVRKPAEAEKYRLEKIAEAERQKVVLEAEAEAEATALRGEAEAYAIEVKAKAEAEQMAKKADAWKEYKEAALVDMMLKVLPKIAAEVAGPMSETNKITMVSTGDGPIGASRVTNEVLDIMGSLPETVKKMTGVDITTR 1618
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BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592830783|gb|GAXK01126761.1| (TSA: Calanus finmarchicus comp46004_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 217.238 bits (552), Expect = 8.724e-63
Identity = 162/251 (64.54%), Postives = 208/251 (82.87%), Query Frame = 0 
Query:  101 AIMGSMTVEXEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            AI+G    E EA++D+ I EA A+E+RM A+L ND EIAKSKRD+EL KAAYD EVN  KAEAE+AY LQAAK + +IK+E+MQ++V+ER Q I +Q QEI RRE+ELDS V++PAEAEK+RLE IA+A K +I++E+EA+AEA  L+GEAEA+AIE +AKAEAEQMAKKADAWKEYK+AA+++MML  +P++AAEI+ P+S+ KKITMVS G G IGASR+TGEVL IM+S+  TVKQ+TGVDI+ +  S
Sbjct: 1166 AIIG----EAEARKDSTIAEAYADEQRMEAKLKNDTEIAKSKRDYELNKAAYDTEVNAAKAEAEMAYALQAAKVQAKIKEEEMQVKVIERQQNINIQEQEIMRREKELDSKVKKPAEAEKFRLETIADAEKQRIVLEAEAEAEAVQLRGEAEAYAIEVKAKAEAEQMAKKADAWKEYKEAALVDMMLKVLPQVAAEISGPISKVKKITMVSTGDGPIGASRITGEVLDIMASLPATVKQMTGVDISQKLKS 1906

HSP 2 Score: 127.872 bits (320), Expect = 3.398e-31
Identity = 69/125 (55.20%), Postives = 80/125 (64.00%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCH-KKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAKRD 115
            G V CGPNEALV+SG C+   P  + GGRA V P IQ +Q            +  VY+A+GV ISV G AQVKI G +EEML  A EQF GK   +I QV L T+EGHQRAIMG+MTVE E  RD
Sbjct:  638 GIVVCGPNEALVISGMCYGNSPAYIVGGRAIVLPCIQTIQRIPLNTMTLEVKTPRVYTAKGVPISVVGTAQVKINGASEEMLAYAAEQFGGKEVSEILQVCLSTMEGHQRAIMGNMTVE-EIYRD 1009
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BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592830782|gb|GAXK01126762.1| (TSA: Calanus finmarchicus comp46004_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 216.853 bits (551), Expect = 1.133e-62
Identity = 161/246 (65.45%), Postives = 206/246 (83.74%), Query Frame = 0 
Query:  101 AIMGSMTVEXEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            AI+G    E EA++D+ I EA A+E+RM A+L ND EIAKSKRD+EL KAAYD EVN  KAEAE+AY LQAAK + +IK+E+MQ++V+ER Q I +Q QEI RRE+ELDS V++PAEAEK+RLE IA+A K +I++E+EA+AEA  L+GEAEA+AIE +AKAEAEQMAKKADAWKEYK+AA+++MML  +P++AAEI+ P+S+ KKITMVS G G IGASR+TGEVL IM+S+  TVKQ+TGVDI+
Sbjct: 1166 AIIG----EAEARKDSTIAEAYADEQRMEAKLKNDTEIAKSKRDYELNKAAYDTEVNAAKAEAEMAYALQAAKVQAKIKEEEMQVKVIERQQNINIQEQEIMRREKELDSKVKKPAEAEKFRLETIADAEKQRIVLEAEAEAEAVQLRGEAEAYAIEVKAKAEAEQMAKKADAWKEYKEAALVDMMLKVLPQVAAEISGPISKVKKITMVSTGDGPIGASRITGEVLDIMASLPATVKQMTGVDIS 1891

HSP 2 Score: 128.257 bits (321), Expect = 2.441e-31
Identity = 69/125 (55.20%), Postives = 80/125 (64.00%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCH-KKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAKRD 115
            G V CGPNEALV+SG C+   P  + GGRA V P IQ +Q            +  VY+A+GV ISV G AQVKI G +EEML  A EQF GK   +I QV L T+EGHQRAIMG+MTVE E  RD
Sbjct:  638 GIVVCGPNEALVISGMCYGNSPAYIVGGRAIVLPCIQTIQRIPLNTMTLEVKTPRVYTAKGVPISVVGTAQVKINGASEEMLAYAAEQFGGKEVSEILQVCLSTMEGHQRAIMGNMTVE-EIYRD 1009
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BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592825259|gb|GAXK01129930.1| (TSA: Calanus finmarchicus comp71483_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 184.111 bits (466), Expect = 7.876e-51
Identity = 163/418 (39.00%), Postives = 242/418 (57.89%), Query Frame = 0 
Query:    7 TCGPNEALVVSG-CC---HKKPLLVPGGRAFVWPGIQYVQSSA------------VYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAK-RDA------------------------------QIKXXXXXXXXXXXXLLNDAEI--AKSKRD-----FELKKAAYDV------------------------EVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            T GPN+AL+VSG CC    KK ++  GG A+ W  +  VQ  +            V +AQGV ++VTG+AQVKI  +N E+L  A EQFLGK + +I+   L+TLEGH RAI+G++TVE   K RD                                +    +  +   A +  DAEI  A++ RD      E +KAA DV                        EVNT KAEA+LAYELQAAK +QRI++E++QI+VVER ++I ++ QEI+R+E+EL +TV+ PAEAE Y+++ +AE  + K +  + AD E   L G A+A A+EA  +AEAE+M  KA A+K+Y DAA+L ++L+++P+IAAE++APL++  +I ++       G+ R T E+  ++ ++   ++ LTGVD+T
Sbjct:   96 TVGPNQALIVSGGCCGSTSKKTVV--GGWAWAWWLVTDVQRLSLEVMTLNPVCENVETAQGVPLTVTGVAQVKIM-KNPELLHTASEQFLGKKEHEIKSTVLQTLEGHLRAILGTLTVEEVYKDRDQFASLVREVAAPDVGRMGIEILSFTIKDVYDNVTYLQSLGKAQTAAVKRDAEIGVAQANRDAGIREAECEKAAMDVKYSTDTKIEDNSRGFKLQKANFDSEVNTAKAEAQLAYELQAAKIQQRIRNEEIQIQVVERRKQIEIEEQEIKRKEKELIATVKLPAEAEAYKVQTVAEGMRTKTVEAARADGEKIRLIGAADARAVEAVGRAEAERMRMKASAYKQYGDAAILALVLEALPQIAAEVSAPLAKTDEIVLIG------GSDRTTQEINKLVGTLPPAIQALTGVDLT 1322
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BLAST of EMLSAG00000006027 vs. C. finmarchicus
Match: gi|592917818|gb|GAXK01040557.1| (TSA: Calanus finmarchicus comp418065_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 166.777 bits (421), Expect = 1.702e-47
Identity = 132/242 (54.55%), Postives = 187/242 (77.27%), Query Frame = 0 
Query:  109 EXEAKRDAQIKXXXXXXXXXXXXLLNDAEIAKSKRDFELKKAAYDVEVNTXXXXXXXXXXXXXXXTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGXXXXXXXXXXXXXXXXXXXXXXXXWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSD-----GSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            E E  RD+ I+ A+AEE R+A++++ND E+A  KR+FE+KKAAYD+EV T +A+AELA++LQAAK  QRIK+E+M I +V+R  +I +Q +EI+RR+REL S V+ PA+AEKY+ E +A+ANK + I+E+ A AEA  +KG+AEAFAIEA+AKAEAEQMA KADA+KEY  AA +EM + ++PK+AAE+AAP+SQ +K+TM+ D     G G  G S++T EV+ IM+++   V   TGV++
Sbjct:    1 EAECNRDSLIQTALAEETRIASKMVNDTEMALYKRNFEIKKAAYDMEVETARAQAELAFQLQAAKVHQRIKEEKMNIEIVDRMNQIEIQEKEIERRQRELHSRVKAPADAEKYKCEILADANKKRAILEAGALAEAVSMKGDAEAFAIEAKAKAEAEQMAMKADAFKEYNKAAKVEMWMQTLPKMAAEVAAPMSQCEKVTMIMDMNETPGKGS-GPSKMTQEVINIMTNIPDAVSASTGVNL 723
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BLAST of EMLSAG00000006027 vs. L. salmonis peptides
Match: EMLSAP00000006027 (pep:novel supercontig:LSalAtl2s:LSalAtl2s327:168936:281169:1 gene:EMLSAG00000006027 transcript:EMLSAT00000006027 description:"maker-LSalAtl2s327-augustus-gene-2.10")

HSP 1 Score: 744.577 bits (1921), Expect = 0.000e+0
Identity = 368/368 (100.00%), Postives = 368/368 (100.00%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQSSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAKRDAQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSMGATRSASITSMRSH 368
            MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQSSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAKRDAQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSMGATRSASITSMRSH
Sbjct:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQSSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAKRDAQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSMGATRSASITSMRSH 368
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BLAST of EMLSAG00000006027 vs. L. salmonis peptides
Match: EMLSAP00000008805 (pep:novel supercontig:LSalAtl2s:LSalAtl2s549:107578:109078:-1 gene:EMLSAG00000008805 transcript:EMLSAT00000008805 description:"maker-LSalAtl2s549-augustus-gene-1.23")

HSP 1 Score: 371.318 bits (952), Expect = 1.490e-125
Identity = 204/417 (48.92%), Postives = 276/417 (66.19%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCH-KKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            G VTCGPNEA+V+SG  +  +P +V GGRA V P +Q +Q            +  VY+  GV +SVTG+AQVKI G+ + + LAA EQF  K++++I  +A ETLEGHQRAIMG+MTVE                                                    E K+DA            I E++AE E+M A L ND  IA +KR+++LKKA +DVEVNT KAEAE+A+EL+++K +Q+IK+E +Q+++VER Q++ +Q QE+ R+E+ELDSTVR+PA+AEK+RL+K AEA K + I+++ AD+EA  LKG+AEAFAIE +AKAEAEQMAKKADA +EY +AAV+ M+L ++P IAAE+AAPLS+ KKITM+SDGSG+IGA R+ GEV+ IM+ +   VK LTGVDI
Sbjct:    6 GIVTCGPNEAIVISGVGYGNEPAIVVGGRAVVIPCLQSIQRIPLSVMXLIIETPRVYTVHGVPLSVTGVAQVKILGKEDTLRLAA-EQFGNKSEDEIHNIAQETLEGHQRAIMGTMTVEEIYQDRTTFSTKVFKVASTDCYNMGISVVSYTIKDIKDDVGYLQSLGLKRTSEVKKDATIGQAEAKMQSNIAESLAEAEQMEATLSNDTGIALAKRNYDLKKAEFDVEVNTAKAEAEMAHELESSKMQQKIKEEAIQVKIVERKQQVEIQEQEMIRKEKELDSTVRKPADAEKFRLDKXAEAXKYQXILQAXADSEAIALKGDAEAFAIETKAKAEAEQMAKKADALREYGEAAVVSMILTALPNIAAEVAAPLSRTKKITMISDGSGDIGAKRVAGEVIEIMNKIPEVVKNLTGVDI 421
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BLAST of EMLSAG00000006027 vs. L. salmonis peptides
Match: EMLSAP00000011551 (pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1294390:1295646:-1 gene:EMLSAG00000011551 transcript:EMLSAT00000011551 description:"augustus_masked-LSalAtl2s7-processed-gene-13.0")

HSP 1 Score: 296.59 bits (758), Expect = 1.344e-96
Identity = 181/418 (43.30%), Postives = 240/418 (57.42%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE-------------------------------------XEAKRDAQIKEAIAEEERMAARL-----LNDAEIAKS-----------KRDFELKKAAYDVEVNTKKAEAEL-----------AYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMV--SDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGV 343
            GF+TCGPNEA+VVSGC H +PL+V GG AFV P IQ VQ            S  VY+ QGV +SVTGIAQVKI   NEEML +A EQF+ K  ++IQ +A+ TLEGHQRAIMG+MTV+                                      E K    +  A   E +  AR+       D++I  S           + D E+++   D E+  KKA+ ++           A++LQ A  +Q+IK+E   + VVER + I V  QE  RR REL+S++++PAEAEKY+LE ++EANK K I+ESEA +EA +LKGEAEAFA+E ++KAE   MA +ADAWK+Y  AA   M LD+ P IAAE AAPLSQ K + M+   D    IG  R+T E+L IM+ +   V  +TG+
Sbjct:    2 GFITCGPNEAIVVSGCFHSQPLIVVGGWAFVLPCIQKVQRLPLNIMTLKVASPHVYTMQGVPLSVTGIAQVKITSHNEEMLRSAVEQFIDKTVKEIQDIAMSTLEGHQRAIMGAMTVDEIFKDRKKFSSKVFDIASTDLFNMGIQVISYTLKDVKDEEKYMVSLGMAXTXEXQXXARIGEAEANRDSQIETSYLEEQRLASKYENDTEIERFKRDFEL--KKADYDMEVELSRAEAELAFQLQEAIIQQKIKEETKNVDVVERTKMIEVAEQETARRVRELESSLKKPAEAEKYKLEVLSEANKTKSILESEASSEAIVLKGEAEAFALEQKSKAETVNMAMRADAWKDYHKAAKXSMWLDAXPVIAAEXAAPLSQVKGVKMIGFPDSKESIGPVRMTQEILDIMNDIPEAVYNITGM 417
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BLAST of EMLSAG00000006027 vs. L. salmonis peptides
Match: EMLSAP00000009551 (pep:novel supercontig:LSalAtl2s:LSalAtl2s615:194950:269897:-1 gene:EMLSAG00000009551 transcript:EMLSAT00000009551 description:"maker-LSalAtl2s615-augustus-gene-2.10")

HSP 1 Score: 239.965 bits (611), Expect = 1.477e-74
Identity = 160/398 (40.20%), Postives = 227/398 (57.04%), Query Frame = 0 
Query:    7 TCGPNEALVVSG-CCH---KKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAK---------------------------------------------------RDAQI-----------KEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEV 326
            T GPNEAL+VSG CC    KK  +  G  A+ W  +  VQ               V +AQGV ++VTG+AQVKI  +N E+L  A EQFLGK + +I+   L+ LEGH  AI+G++TVE   K                                                   RDA+I           +EA  E+  M  +   D +I  + R F+L+KA +D EVNT KAEA+LAYELQAAK +Q+I++E++QI+VVER ++I ++ QEI+R+E+EL STV+ PAEAE YR++ IAE  + + +  + A+AE   L G AEA AIEA  +AEAE+M  KA A+K+Y DAA++ ++LD++P+IAAE+AAPL++  +I ++       GA + T EV
Sbjct:    6 TVGPNEALIVSGGCCGSRLKKTRV--GSWAWAWWFVTDVQRLSLEVMTLNPVCECVETAQGVPLTVTGVAQVKIM-KNPELLQTASEQFLGKKEHEIKSTVLQXLEGHLXAILGTLTVEEVYKDRDQFATLVREVAAPDVGRMGIEILSFTIKDVYDNVTYLASLGKAQTAAVKRDAEIGVAQANRDAGIREAECEKAAMDVKYNTDTKIEDNSRAFKLQKANFDKEVNTAKAEAQLAYELQAAKIQQKIRNEEIQIQVVERRKQIEIEEQEIRRKEKELMSTVKLPAEAEAYRVQTIAEGKRTQTVESARAEAERMRLTGAAEARAIEAVGRAEAEKMRMKAAAYKQYGDAAIMALVLDALPQIAAEVAAPLAKIDEIVLLG------GADKTTMEV 394
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BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|13124177|sp|O61491.1|FLOT1_DROME (RecName: Full=Flotillin-1)

HSP 1 Score: 479.945 bits (1234), Expect = 1.659e-168
Identity = 260/425 (61.18%), Postives = 315/425 (74.12%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQ-----------IKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP  Q VQ            S  VY++QGV ISVTGIAQVK+QGQNE+MLL ACEQFLGK++ +I  +AL TLEGHQRAIMGSMTVE                                                    E KRDA+           IKEAIAEE+RMAAR LND +IAK++RDFELKKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEI RREREL++T+RRPAEAEK+R+EK+AEANK +++ME+EA+AE+  ++GEAEAFAI A+AKAEAEQMA KA+A++EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G+G+IGA++LTGEVL+I++ V   VK +TGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPVGQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKVQGQNEDMLLTACEQFLGKSEAEINHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGITVVSYTIKDLRDEEGYLRSLGMARTAEVKRDARIGEAEARAEAHIKEAIAEEQRMAARFLNDTDIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQEQEIMRRERELEATIRRPAEAEKFRMEKLAEANKQRVVMEAEAEAESIRIRGEAEAFAIAAKAKAEAEQMAMKAEAYREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGTGDIGAAKLTGEVLSIVNKVPELVKNITGVDIARSVHA 425
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|118572320|sp|Q08DN8.1|FLOT1_BOVIN (RecName: Full=Flotillin-1)

HSP 1 Score: 396.356 bits (1017), Expect = 1.347e-135
Identity = 208/420 (49.52%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AEA  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAEAVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGAMGAAKVTGEVLDILSRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|13124167|sp|O08917.1|FLOT1_MOUSE (RecName: Full=Flotillin-1)

HSP 1 Score: 395.201 bits (1014), Expect = 3.404e-135
Identity = 207/424 (48.82%), Postives = 292/424 (68.87%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSM 354
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKA YD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+YRLE++AEA K ++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H++ +
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQCLSEIEMAKAQRDYELKKATYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYRLERLAEAEKAQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQMYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNHNKPL 425
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|75053362|sp|Q767L6.1|FLOT1_PIG (RecName: Full=Flotillin-1)

HSP 1 Score: 394.815 bits (1013), Expect = 4.875e-135
Identity = 207/420 (49.29%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++A A K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ AKKIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAAAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSAKKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|13124118|sp|Q9Z1E1.2|FLOT1_RAT (RecName: Full=Flotillin-1; AltName: Full=Reggie-2; Short=REG-2)

HSP 1 Score: 394.815 bits (1013), Expect = 4.877e-135
Identity = 206/424 (48.58%), Postives = 292/424 (68.87%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSM 354
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKA YD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+YRLE++AEA K ++IM++EA+AE+  ++GEAEAFA+ ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I+S +  +V++LTGV I+   H++ +
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQCLSEIEMAKAQRDYELKKATYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYRLERLAEAEKAQLIMQAEAEAESVRMRGEAEAFAVGARARAEAEQMAKKAEAFQMYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILSRLPESVERLTGVSISQVNHNKPL 425
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|38502931|sp|Q7YR41.1|FLOT1_PANTR (RecName: Full=Flotillin-1 >gi|75055322|sp|Q5TM70.1|FLOT1_MACMU RecName: Full=Flotillin-1)

HSP 1 Score: 394.045 bits (1011), Expect = 9.790e-135
Identity = 206/420 (49.05%), Postives = 291/420 (69.29%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I++ +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILTRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|26006960|sp|O75955.3|FLOT1_HUMAN (RecName: Full=Flotillin-1)

HSP 1 Score: 391.734 bits (1005), Expect = 7.510e-134
Identity = 205/420 (48.81%), Postives = 290/420 (69.05%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCGPNEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+A +  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+VS GSG +GA+++TGEVL I++ +  +V++LTGV I+   H
Sbjct:    2 FFTCGPNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAASVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLVSSGSGTMGAAKVTGEVLDILTRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|75055075|sp|Q5RBL4.1|FLOT1_PONAB (RecName: Full=Flotillin-1)

HSP 1 Score: 389.037 bits (998), Expect = 1.120e-132
Identity = 204/420 (48.57%), Postives = 289/420 (68.81%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            F TCG NEA+VVSG C   P++V GGR FV P IQ +Q            S  VY+  GV ISVTGIAQVKIQGQN+EML AAC+ FLGK + +I  +ALETLEGHQRAIM  MTVE                                                    + ++DA+I E           A A++E+++A+ L++ E+AK++RD+ELKKAAYD+EVNT++A+A+LAY+LQ AKTKQ+I+++++Q++VVERAQ++ VQ QEI RRE+EL++ VR+PAEAE+Y+LE++AEA K+++IM++EA+AE+  ++GEAEAFAI ARA+AEAEQMAKKA+A++ Y++AA L+M+L+ +P++A EI+ PL+ A KIT+ S GSG +GA+++TGEVL I++ +  +V++LTGV I+   H
Sbjct:    2 FFTCGSNEAMVVSGFCRSPPVMVAGGRVFVLPCIQQIQRISLNTLTLNVKSEKVYTRHGVPISVTGIAQVKIQGQNKEMLAAACQMFLGKTEAEIAHIALETLEGHQRAIMAHMTVEEIYKDRQKFSEQVFKVASSDLVNMGISVVSYTLKDIHDDQDYLHSLGKARTAQVQKDARIGEAEAKRDAGIREAKAKQEKVSAQYLSEIEMAKAQRDYELKKAAYDIEVNTRRAQADLAYQLQVAKTKQQIEEQRVQVQVVERAQQVAVQEQEIARREKELEARVRKPAEAERYKLERLAEAEKSQLIMQAEAEAESVRMRGEAEAFAIGARARAEAEQMAKKAEAFQLYQEAAQLDMLLEKLPQVAEEISGPLTSANKITLASSGSGTMGAAKVTGEVLDILTRLPESVERLTGVSISQVNH 421
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|13124169|sp|O13127.1|FLOT1_CARAU (RecName: Full=Flotillin-1; AltName: Full=Reggie-2; Short=REG-2)

HSP 1 Score: 378.252 bits (970), Expect = 1.442e-128
Identity = 195/416 (46.88%), Postives = 281/416 (67.55%), Query Frame = 0 
Query:    5 FVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            F TCGPNEA+VVSG C   P+++ GG  FV+P +Q +Q            S  VY+  GV +SVTGIAQ+KIQGQN++ML A C+ FLGK++  I  +ALETLEGHQRAI+  +TVE                                                    + ++DA+I E           A A +E+++A+ +N+ E+AK++RD+ELKKA YD+EV TKKAE+E+AY+LQ AKTKQ+I++E+MQ+ VVER+Q+I++Q QEI R+E+EL++ V +PA+AE+YRLEK+AEA + ++IME+EA+AE+  ++GEAEA+A+EAR +AEAEQMAKKA+A++ YK+ A+++M+++ +P IA EI+ PLS   K+TMVS G  EIGA++LTGEVL IM+ +  T+++LTGV I+
Sbjct:    2 FYTCGPNEAMVVSGFCRSPPVMISGGSVFVFPCVQQIQRISLNTLTLNVKSDKVYTRHGVPVSVTGIAQMKIQGQNKQMLAAKCQMFLGKSESDIAHIALETLEGHQRAIIAHLTVEEIYKDRKKFSEQVFKVASSDLFNMGISVVSYTLKDVHDDQDYLHSLGKARTAQVQKDARIGEAKNKRDAVIREANAIQEKVSAQYMNEIEMAKAQRDYELKKAVYDIEVCTKKAESEMAYQLQVAKTKQQIEEEKMQVMVVERSQQIMLQEQEIARKEKELEAQVMKPADAERYRLEKLAEAERLQLIMEAEAEAESIKMRGEAEAYAVEARGRAEAEQMAKKAEAFQTYKEGAMVDMLMEKLPLIAEEISKPLSATNKVTMVSSGGSEIGAAKLTGEVLDIMTKLPETIEKLTGVSIS 417
[Close]
BLAST of EMLSAG00000006027 vs. SwissProt
Match: gi|27923970|sp|O61492.3|FLOT2_DROME (RecName: Full=Flotillin-2)

HSP 1 Score: 244.202 bits (622), Expect = 5.379e-76
Identity = 161/428 (37.62%), Postives = 244/428 (57.01%), Query Frame = 0 
Query:    7 TCGPNEALVVSG-CC-HKKPLLVPGGRAFVWPGIQYVQSSA------------VYSAQGVAISVTGIAQVKI------------QGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAK-RD---AQIKEAIAEE-ERMAARLLN----------------------------DAEIAKSKRD-----------------------------FELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            T GPNEAL+VSG CC   K   + GG A+ W  +  VQ  +            V ++QGV ++VTG+AQ KI              + +E+L  A EQFLGK+ ++I+Q  L+TLEGH RAI+G++TVE   K RD   A ++E  A +  RM   +L+                            DA +A++ RD                             ++L+KA +D E+NT KAE++LAYELQAAK +QRI++E++QI VVER ++I +++QE+QR++REL  TV+ PAEAE +RL+ +A+A + + I  + A+AE     G AEA AIE   KAEAE+M  KA  +K+Y DAA++ ++L+S+PKIAAE+AAPL++  +I ++       G   +T +V  +++ +  ++  LTGVD++
Sbjct:    6 TTGPNEALIVSGGCCGSTKKRTIVGGWAWAWWLVTDVQRLSLNVMTLNPMCENVETSQGVPLTVTGVAQCKIMKSSSYKQTDYHNDEADELLGTASEQFLGKSVKEIKQTILQTLEGHLRAILGTLTVEEVYKDRDQFAALVREVAAPDVGRMGIEILSFTIKDVYDDVQYLASLGKAQTAVVKRDADAGVAEANRDAGIREAECEKSAMDVKYSTDTKIEDNTRMYKLQKANFDQEINTAKAESQLAYELQAAKIRQRIRNEEIQIEVVERRKQIEIESQEVQRKDRELTGTVKLPAEAEAFRLQTLAQAKQCQTIEGARAEAERIRKIGSAEAHAIELVGKAEAERMRMKAHVYKQYGDAAIMNIVLESLPKIAAEVAAPLAKTDEIVLIG------GNDNITNDVTRLVAQLPPSINALTGVDLS 427
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: EEB17629.1 (Flotillin-1, putative [Pediculus humanus corporis])

HSP 1 Score: 524.242 bits (1349), Expect = 0.000e+0
Identity = 270/420 (64.29%), Postives = 314/420 (74.76%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWPGIQ VQ            S  VY++QGV ISVTGIAQVKIQGQNEEML AACEQFLGK++ +IQ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEEERMAAR LND EIAK++RDFELKKA YDVEV TK AEAE+A+ LQAAKTKQRIK+EQMQI+VVER+QEI VQ QEI RREREL++TVRRPAEAEKYRLEK+AEAN+N+II+E+EA++EA  ++GEAEAFAI+A+AKAEAEQMAKKA+AW EY++AA++EM+LD +PKIAAE+AAPLSQAKKITMVS G  E+GA++LTGE+++I+S V   VK +TGVDI+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYNKPLLVPGGRAFVWPGIQEVQRISLNTMTLQVESPTVYTSQGVPISVTGIAQVKIQGQNEEMLTAACEQFLGKSENEIQNIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKHVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKSLGKARTAEVKRDARIGEAEARRDAQIKEAIAEEERMAARFLNDTEIAKAQRDFELKKAVYDVEVQTKNAEAEMAFALQAAKTKQRIKEEQMQIKVVERSQEIAVQEQEILRRERELEATVRRPAEAEKYRLEKLAEANRNRIILEAEAESEAIRVRGEAEAFAIQAKAKAEAEQMAKKAEAWSEYREAAMIEMLLDVLPKIAAEVAAPLSQAKKITMVSSGGSEVGAAKLTGEIMSIVSRVPDVVKSMTGVDIS 420
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BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: gb|EFA08627.2| (Flotillin-1-like Protein [Tribolium castaneum])

HSP 1 Score: 500.36 bits (1287), Expect = 6.340e-177
Identity = 271/425 (63.76%), Postives = 312/425 (73.41%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALV+SGCC+ KPLLVPGGRAF+WP IQ +Q            S  VY++QGV ISVTGIAQVKIQGQNEEMLLAACEQFLGK +E+IQ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIK AIAEE+RMA+  LND EIAK+KRDFELKKAAYDVEV TK AEAELAYELQAAKTKQ+IK+EQMQI VVER Q+I VQ QE+QRRE+EL++TVRRPAEAEKY+LEK+AEA+ N+II+E++A AEA  LKGEAEAFAIEA+AKAEAEQMAKKADA+KEYK+AA+++M LD +PK+AAE+AAP+SQ KKITMVS GSGEIGA++LTGEVL I++ V   VK LTGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVISGCCYSKPLLVPGGRAFIWPTIQRIQRICLNTMTLIVDSPTVYTSQGVPISVTGIAQVKIQGQNEEMLLAACEQFLGKTEEEIQHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKSLGMARTAEVKRDARIGEAEARADAQIKAAIAEEQRMASVFLNDTEIAKAKRDFELKKAAYDVEVQTKNAEAELAYELQAAKTKQKIKEEQMQILVVERTQQIAVQDQEMQRREKELEATVRRPAEAEKYKLEKLAEADHNRIILEAQAQAEAVRLKGEAEAFAIEAKAKAEAEQMAKKADAFKEYKEAAMIDMFLDVLPKVAAEVAAPISQTKKITMVSTGSGEIGAAKLTGEVLDIVNKVPQLVKNLTGVDIAKNIHA 425
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: XP_006569523.1 (PREDICTED: flotillin-1 isoform X2 [Apis mellifera])

HSP 1 Score: 489.574 bits (1259), Expect = 1.042e-172
Identity = 263/425 (61.88%), Postives = 304/425 (71.53%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            M+ GFVTCGPNEALVVSGCC+ KPLLVPGGR FVWP +Q VQ            S  VY+ QGV ISVTGIAQVKIQGQNEEML  ACEQFLGK +E+I  +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQI+EAIAEE+RMAAR LND EIAK++RDFELKKAAYDVEV TKKAEAE+A+ELQAAKTKQRI +EQMQI+VVER QEI VQ QE+ RRERELD+TVRRPA+AEKYRLEK+AEANK +++ME+EA+AEA  ++GEAEA+AI+A+A AEAEQMAKKA AW EYK AA+++MMLD++PK+AAE+AAPLSQAKKITMVS G+G IGA +LT EV  I++ V   VK LTGVDI    H+
Sbjct:    1 MSCGFVTCGPNEALVVSGCCYSKPLLVPGGRVFVWPIVQQVQKISLNTMTLQVESPTVYTCQGVPISVTGIAQVKIQGQNEEMLSTACEQFLGKTEEEIHNIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKEVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKALGMARTAEVKRDARIGEAEARRDAQIREAIAEEQRMAARFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAEMAFELQAAKTKQRIMEEQMQIKVVERGQEIAVQEQEMMRRERELDATVRRPADAEKYRLEKMAEANKMRLVMEAEAEAEAIKIRGEAEAYAIKAKATAEAEQMAKKAAAWNEYKSAAMIDMMLDTLPKVAAEVAAPLSQAKKITMVSSGNGTIGAEKLTEEVFNIVTRVPELVKNLTGVDIAKSVHA 425
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: AAF58120.1 (flotillin 1, isoform A [Drosophila melanogaster])

HSP 1 Score: 479.945 bits (1234), Expect = 8.041e-169
Identity = 260/425 (61.18%), Postives = 315/425 (74.12%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQ-----------IKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP  Q VQ            S  VY++QGV ISVTGIAQVK+QGQNE+MLL ACEQFLGK++ +I  +AL TLEGHQRAIMGSMTVE                                                    E KRDA+           IKEAIAEE+RMAAR LND +IAK++RDFELKKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEI RREREL++T+RRPAEAEK+R+EK+AEANK +++ME+EA+AE+  ++GEAEAFAI A+AKAEAEQMA KA+A++EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G+G+IGA++LTGEVL+I++ V   VK +TGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPVGQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKVQGQNEDMLLTACEQFLGKSEAEINHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGITVVSYTIKDLRDEEGYLRSLGMARTAEVKRDARIGEAEARAEAHIKEAIAEEQRMAARFLNDTDIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQEQEIMRRERELEATIRRPAEAEKFRMEKLAEANKQRVVMEAEAEAESIRIRGEAEAFAIAAKAKAEAEQMAMKAEAYREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGTGDIGAAKLTGEVLSIVNKVPELVKNITGVDIARSVHA 425
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: XP_016768634.1 (PREDICTED: flotillin-1 isoform X5 [Apis mellifera])

HSP 1 Score: 485.337 bits (1248), Expect = 6.157e-168
Identity = 262/419 (62.53%), Postives = 302/419 (72.08%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            M+ GFVTCGPNEALVVSGCC+ KPLLVPGGR FVWP +Q VQ            S  VY+ QGV ISVTGIAQVKIQGQNEEML  ACEQFLGK +E+I  +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQI+EAIAEE+RMAAR LND EIAK++RDFELKKAAYDVEV TKKAEAE+A+ELQAAKTKQRI +EQMQI+VVER QEI VQ QE+ RRERELD+TVRRPA+AEKYRLEK+AEANK +++ME+EA+AEA  ++GEAEA+AI+A+A AEAEQMAKKA AW EYK AA+++MMLD++PK+AAE+AAPLSQAKKITMVS G+G IGA +LT EV  I++ V   VK LTGVDI
Sbjct:    1 MSCGFVTCGPNEALVVSGCCYSKPLLVPGGRVFVWPIVQQVQKISLNTMTLQVESPTVYTCQGVPISVTGIAQVKIQGQNEEMLSTACEQFLGKTEEEIHNIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKEVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKALGMARTAEVKRDARIGEAEARRDAQIREAIAEEQRMAARFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAEMAFELQAAKTKQRIMEEQMQIKVVERGQEIAVQEQEMMRRERELDATVRRPADAEKYRLEKMAEANKMRLVMEAEAEAEAIKIRGEAEAYAIKAKATAEAEQMAKKAAAWNEYKSAAMIDMMLDTLPKVAAEVAAPLSQAKKITMVSSGNGTIGAEKLTEEVFNIVTRVPELVKNLTGVDI 419
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: gb|KFM68773.1| (Flotillin-1, partial [Stegodyphus mimosarum])

HSP 1 Score: 457.988 bits (1177), Expect = 2.648e-160
Identity = 252/413 (61.02%), Postives = 301/413 (72.88%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTG 342
            GFVTCGPNEALVVSGCCH  PL+VPGGR FVWP +Q VQ            S  VY+ QGV ISVTGIAQVKIQGQN EML AACEQFLGK + ++  +A ETLEGHQRAIMG+M+VE                                                    E KRDA           QIKEAIAEEE+MAAR LND EIAK++RDFELKKAAYD+EVNTKKAE++LAY LQAAKT+QRIK+EQMQ++V+ER Q+I VQ QEI R+EREL++TVRRPAEAEKY+LEK+AEAN+N++IME+EA+AEA  L+GEAEAFAIEA+AKAEAEQMAKKADA+KEYKDAA+++M L+++PK+AAE++APLSQ +K+TMVS G  EIGAS+LTGE+L I++ V   V QLTG
Sbjct:    3 GFVTCGPNEALVVSGCCHSHPLMVPGGRVFVWPVMQRVQRITLNTMTLTIESPKVYTQQGVPISVTGIAQVKIQGQNAEMLRAACEQFLGKKESEVMHIARETLEGHQRAIMGTMSVEEIYKDRKKFSKQVFEVASSDLVNMGITVVSYTIKDISDEEGYLKALGMARTAEVKRDARIGEAEARRDSQIKEAIAEEEKMAARYLNDTEIAKAQRDFELKKAAYDMEVNTKKAESDLAYSLQAAKTRQRIKEEQMQVQVIERTQDIQVQEQEILRKERELEATVRRPAEAEKYKLEKLAEANRNRVIMEAEAEAEATRLRGEAEAFAIEAKAKAEAEQMAKKADAFKEYKDAAMVDMFLETLPKVAAEVSAPLSQCRKVTMVSSGKSEIGASKLTGEILDIIAKVPQVVSQLTG 415
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: EFX80835.1 (hypothetical protein DAPPUDRAFT_303889 [Daphnia pulex])

HSP 1 Score: 441.81 bits (1135), Expect = 8.458e-154
Identity = 233/418 (55.74%), Postives = 298/418 (71.29%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCHKK-PLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            GFVTCGPNEALVVSGCC+ + PLLV GGR FVWP +Q +Q            S +VY+ +GV ISVTGIAQVK+QGQN+EMLL ACEQFLGK++E+I+ +A ET+EGHQRAIMG+M+VE                                                    E KRDA           QIKEAIAEE+RMA+RL ND +IAK++RDFE+KKAAYD EVN KKAEAELAYELQAA+ KQ++++E+MQI+VVER Q+ILVQ QEI R+E+ELD+TVRRPAEAEKYRLEKIAEA++ + ++E++A AEA  L+GEA +FAIE +AKAEAEQM  KA A+++Y +AA+++M++ S+PK+A EIA P+S+ KKITMV+  +GE GA++LTGEVL IM+ +   VK LTGVD++
Sbjct:    2 GFVTCGPNEALVVSGCCYNRNPLLVAGGRVFVWPCLQQLQRITLNTMTLKVESPSVYTVEGVPISVTGIAQVKVQGQNKEMLLVACEQFLGKSEEEIRHIAHETMEGHQRAIMGTMSVEEIYRDRKKFSEQVFKVASSDLVNMGITVVSYTIKDISDANGYLMALGMGRTAEVKRDARIGEAQAKSDAQIKEAIAEEQRMASRLENDIQIAKAQRDFEVKKAAYDKEVNAKKAEAELAYELQAARIKQQLREEEMQIQVVERTQQILVQEQEIIRKEKELDATVRRPAEAEKYRLEKIAEAHRQRTVLEAQAQAEALRLEGEAVSFAIEVKAKAEAEQMKLKAAAYQQYNEAAMMDMLMQSLPKMAHEIATPMSKTKKITMVTS-NGETGAAKLTGEVLEIMTKMPELVKSLTGVDVS 418
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: EEB12504.1 (Flotillin-1, putative [Pediculus humanus corporis])

HSP 1 Score: 428.328 bits (1100), Expect = 1.310e-148
Identity = 224/420 (53.33%), Postives = 287/420 (68.33%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQ-----------IKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            M  GFVTCGPNEAL++SGCC KKPLL+PGGRAFVWP  Q +Q            S  VYS QGV ISVTGIAQ+KIQGQNEEMLL ACEQFLGKN+E+I  VAL TLEGHQRAIMG MTVE                                                    E KRDA+           I+EA AEEERMAA+  ND EIAKS+RD++LKKA +D+EV  KKAEA++A+EL+    KQ IK+E+ QI+V+ER+ EI ++ +EI R+ + L++TV+ PA+AEKYRLEK+AEANK K+I+E++A+ EA  LK EAEA AI A+ +A+A+QM+KKA+AW +YKDAAVL+M++  +PKIAAE+A PL+Q KKITMV++G G++G ++LT EV +I+S + + VK LTGVD +
Sbjct:    1 MRCGFVTCGPNEALIISGCCLKKPLLIPGGRAFVWPIFQEIQRISLNIMTLLVESPIVYSIQGVPISVTGIAQIKIQGQNEEMLLTACEQFLGKNEEEIAGVALLTLEGHQRAIMGRMTVEEIYQNRQKFSANVFEVASSDLVNMGITVVSYTLKDIRDDEGYLKSLGMARTAEVKRDARVGEAEAKRDSTIREATAEEERMAAKFANDTEIAKSRRDYQLKKANFDIEVLKKKAEADMAFELETITLKQNIKEEETQIKVIERSAEIKLEEKEILRKTQVLEATVKIPAQAEKYRLEKLAEANKKKVILEAQAEEEAIRLKAEAEAVAILAKGEADAKQMSKKAEAWSQYKDAAVLDMIIQVLPKIAAEVADPLAQTKKITMVANGDGDMGPAKLTDEVFSIVSKIPNVVKSLTGVDFS 420
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: AAF58121.1 (flotillin 1, isoform B [Drosophila melanogaster])

HSP 1 Score: 412.535 bits (1059), Expect = 3.098e-142
Identity = 235/429 (54.78%), Postives = 294/429 (68.53%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAKRDAQIKEAIAE--------------------------EERMAARLLNDAEIAKSKRD-------------------------------FELKKAAYDVEVN---------TKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP  Q VQ            S  VY++QGV ISVTGIAQVK+QGQNE+MLL ACEQFLGK++ +I  +AL TLEGHQRAIMGSMTVE   K   +  + + E                          + +   R L  A  A+ KRD                                ++ KA  D E+          TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEI RREREL++T+RRPAEAEK+R+EK+AEANK +++ME+EA+AE+  ++GEAEAFAI A+AKAEAEQMA KA+A++EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G+G+IGA++LTGEVL+I++ V   VK +TGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPVGQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKVQGQNEDMLLTACEQFLGKSEAEINHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGITVVSYTIKDLRDEEGDSKGYLRSLGMARTAEVKRDARIGEAEARAEAHIKEAIAEEQRMAARFLNDTDIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQEQEIMRRERELEATIRRPAEAEKFRMEKLAEANKQRVVMEAEAEAESIRIRGEAEAFAIAAKAKAEAEQMAMKAEAYREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGTGDIGAAKLTGEVLSIVNKVPELVKNITGVDIARSVHA 429
[Close]
BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Match: EFX65837.1 (hypothetical protein DAPPUDRAFT_65172 [Daphnia pulex])

HSP 1 Score: 395.201 bits (1014), Expect = 2.594e-136
Identity = 221/368 (60.05%), Postives = 271/368 (73.64%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIA 294
            M WGFVTCGPNEALVVSGCCH++PLLVPGGRAFVWP +Q VQ            S  VY++QGV ISVTGIAQVK+QGQNEEMLLAACEQFLGK +++I++VALETLEGHQRAIMGSMTVE                                                    E KRDA           QIKEAIAEEER+AARL+ND EIAK++RDFELKKAAYD EV  KKAEAELAYELQAAKTKQR+++E+MQI+VVER Q+ILVQ QEI R+E+ELD+ VRRPAEAEK++LEK+A+A++ ++++E+EA+AEA  L GEA+AFAIEA+AKAEAEQM+KKA A+KEY++AA+++M+L ++PK++
Sbjct:    1 MVWGFVTCGPNEALVVSGCCHRRPLLVPGGRAFVWPSVQQVQRISLNTMTLKVESPGVYTSQGVPISVTGIAQVKVQGQNEEMLLAACEQFLGKAEQEIRRVALETLEGHQRAIMGSMTVEEIYKDRKKFSRQVFEVASSDLVNMGITVVSYTLKDVRDDMGYLKALGMARTAEVKRDARIGEAEARADSQIKEAIAEEERLAARLVNDIEIAKAQRDFELKKAAYDQEVQAKKAEAELAYELQAAKTKQRLREEEMQIQVVERTQQILVQEQEILRKEKELDAKVRRPAEAEKFKLEKLADAHRQRVVLEAEAEAEAIRLNGEAQAFAIEAKAKAEAEQMSKKAAAFKEYREAAMVDMLLQTLPKVS 368
[Close]
BLAST of EMLSAG00000006027 vs. nr
Match: gi|646714771|gb|KDR18625.1| (Flotillin-1 [Zootermopsis nevadensis])

HSP 1 Score: 534.643 bits (1376), Expect = 0.000e+0
Identity = 276/419 (65.87%), Postives = 318/419 (75.89%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP IQ VQ            S  VY++QGV ISVTGIAQVKIQGQNEEMLLAACEQFLGK + +IQ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEEERMA+R LND EIAK++RDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+EQMQI VVER+QEI VQ QE+QR+EREL++TVRRPAEAEKY+LEK+AEAN+N++I+E+EA+AE+  ++GEAEAFAIEA+A+AEAEQMAKKADAWK+YK+AA+++M+LD++PK+AAE+AAPLSQAKKITMVS G GEIGA++LTGEVL+I+S V   VK LTGVDI
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYNKPLLVPGGRAFVWPTIQCVQRISLNTMTLQVESPTVYTSQGVPISVTGIAQVKIQGQNEEMLLAACEQFLGKQEHEIQHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKSLGMARTAEVKRDARIGEAEARRDAQIKEAIAEEERMASRFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEEQMQILVVERSQEIAVQDQEMQRKERELEATVRRPAEAEKYKLEKLAEANRNRVILEAEAEAESVRVRGEAEAFAIEAKARAEAEQMAKKADAWKDYKEAAMVDMLLDTLPKVAAEVAAPLSQAKKITMVSSGQGEIGAAKLTGEVLSIVSRVPEVVKNLTGVDI 419
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|1058110925|gb|JAS59111.1| (hypothetical protein g.32683 [Cuerna arida])

HSP 1 Score: 525.013 bits (1351), Expect = 0.000e+0
Identity = 271/424 (63.92%), Postives = 315/424 (74.29%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP IQ VQ            S  VY++QGV ISVTGIAQVKIQGQNEEMLLAACEQFLGK+ ++IQ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIKEA+AEEERMA+R LND EIAK++RDFELKKAAYDVEV TKKAEAE+AYELQAAKTKQRI +EQMQI+VVER QEI VQ QEIQR+EREL+S VRRPAEAEKYRLEK+AEAN+ ++++E+EA+AE+  L+GEAEAFA++A+AKAEAEQM KKA+A+KEY++AA++EM+LD++PKIAAE+AAPLSQAKKITMVS G GEIGA++LTGEVL I++ V   VK +TGVDI    H
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYTKPLLVPGGRAFVWPSIQCVQRISLNTMTLQVDSPTVYTSQGVPISVTGIAQVKIQGQNEEMLLAACEQFLGKSDDEIQHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKSLGMARTAEVKRDARIGEAEARRDAQIKEAMAEEERMASRFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIMEEQMQIKVVERTQEIAVQDQEIQRKERELESMVRRPAEAEKYRLEKLAEANRLRVVLEAEAEAESLRLRGEAEAFAVQAKAKAEAEQMTKKAEAFKEYREAAMVEMLLDTLPKIAAEVAAPLSQAKKITMVSSGQGEIGAAKLTGEVLQIVTKVPEMVKNMTGVDIMKSVH 424
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|242019841|ref|XP_002430367.1| (Flotillin-1, putative [Pediculus humanus corporis] >gi|212515491|gb|EEB17629.1| Flotillin-1, putative [Pediculus humanus corporis])

HSP 1 Score: 524.242 bits (1349), Expect = 0.000e+0
Identity = 270/420 (64.29%), Postives = 314/420 (74.76%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDIT 346
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWPGIQ VQ            S  VY++QGV ISVTGIAQVKIQGQNEEML AACEQFLGK++ +IQ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEEERMAAR LND EIAK++RDFELKKA YDVEV TK AEAE+A+ LQAAKTKQRIK+EQMQI+VVER+QEI VQ QEI RREREL++TVRRPAEAEKYRLEK+AEAN+N+II+E+EA++EA  ++GEAEAFAI+A+AKAEAEQMAKKA+AW EY++AA++EM+LD +PKIAAE+AAPLSQAKKITMVS G  E+GA++LTGE+++I+S V   VK +TGVDI+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYNKPLLVPGGRAFVWPGIQEVQRISLNTMTLQVESPTVYTSQGVPISVTGIAQVKIQGQNEEMLTAACEQFLGKSENEIQNIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKHVFEVASSDLVNMGITVVSYTLKDIRDEEGYLKSLGKARTAEVKRDARIGEAEARRDAQIKEAIAEEERMAARFLNDTEIAKAQRDFELKKAVYDVEVQTKNAEAEMAFALQAAKTKQRIKEEQMQIKVVERSQEIAVQEQEILRRERELEATVRRPAEAEKYRLEKLAEANRNRIILEAEAESEAIRVRGEAEAFAIQAKAKAEAEQMAKKAEAWSEYREAAMIEMLLDVLPKIAAEVAAPLSQAKKITMVSSGGSEVGAAKLTGEIMSIVSRVPDVVKSMTGVDIS 420
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|1037017996|ref|XP_017033316.1| (PREDICTED: flotillin-1 isoform X2 [Drosophila kikkawai])

HSP 1 Score: 520.39 bits (1339), Expect = 0.000e+0
Identity = 264/425 (62.12%), Postives = 315/425 (74.12%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQ-----------IKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP IQ VQ            S  VY++QGV ISVTGIAQVK+QGQNE+MLL ACEQFLGK + +I  +AL TLEGHQRAIMGSMTVE                                                    E KRDA+           IKEAIAEE+RMAAR LND +IAK++RDFELKKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEIQRREREL++T+RRPAEAEK+RLEK+AEANK +++ME+EA+AE+  ++GEAEAFAI A+AKAEAEQMA+KA+AW+EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G GEIGA++LTGE+L I++ V   VK +TGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPSIQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKVQGQNEDMLLTACEQFLGKTEAEINHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGITVVSYTIKDLRDEEGYLKSLGMARTAEVKRDARIGEAEARAEAHIKEAIAEEQRMAARFLNDTDIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQEQEIQRRERELEATIRRPAEAEKFRLEKLAEANKQRVVMEAEAEAESIKIRGEAEAFAISAKAKAEAEQMAQKAEAWREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGQGEIGAAKLTGEILQIVNKVPELVKNITGVDIARSVHA 425
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|907668311|ref|XP_013103931.1| (PREDICTED: flotillin-1 isoform X2 [Stomoxys calcitrans])

HSP 1 Score: 518.85 bits (1335), Expect = 0.000e+0
Identity = 267/425 (62.82%), Postives = 314/425 (73.88%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            M WGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP IQ VQ            S  VY++QGV ISVTGIAQVKIQGQNE+MLL ACEQFLGK + +I+ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEE+RMA+R LND EIAK++RDFE+KKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEIQRRE+EL++TVRRPAEAEKYRLEKIAEANK +I+ME+EA+AE+  ++GEAEAFAI  +AKAEAEQMA+KA+AW+EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G GEIGA++LTGEVL I++ V   VK +TGVDI    H+
Sbjct:    1 MAWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPTIQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKIQGQNEDMLLTACEQFLGKPESEIRHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGISVVSYTIKDIRDEEGYLKSLGMARTAEVKRDARIGEAEARCDAQIKEAIAEEQRMASRFLNDTEIAKAQRDFEIKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQQQEIQRREKELEATVRRPAEAEKYRLEKIAEANKMRIVMEAEAEAESIKIRGEAEAFAIATKAKAEAEQMAQKAEAWREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGQGEIGAAKLTGEVLQIVNKVPELVKNITGVDIARSVHA 425
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|1036789741|ref|XP_016974324.1| (PREDICTED: flotillin-1 isoform X2 [Drosophila rhopaloa])

HSP 1 Score: 516.924 bits (1330), Expect = 0.000e+0
Identity = 262/425 (61.65%), Postives = 317/425 (74.59%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQ-----------IKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            MTWGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP IQ VQ            S  VY++QGV ISVTGIAQVK+QGQNE+MLL ACEQFLGK++ +I  +AL TLEGHQRAIMGSMTVE                                                    E KRDA+           IKEAIAEE+RMAAR LND +IAK++RDFELKKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEI RREREL++T+RRPAEAEK+R+EK+AEANK +++ME+EA+AE+  ++GEAEAFAI A+AKAEAEQMA+KA+A++EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G+GEIGA++LTGEVL+I++ V   VK +TGVDI    H+
Sbjct:    1 MTWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPTIQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKVQGQNEDMLLTACEQFLGKSEAEINHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGITVVSYTIKDLRDEEGYLRSLGMARTAEVKRDARIGEAEARAEAHIKEAIAEEQRMAARFLNDTDIAKAQRDFELKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQEQEIMRRERELEATIRRPAEAEKFRMEKLAEANKQRVVMEAEAEAESIKIRGEAEAFAISAKAKAEAEQMAQKAEAYREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGNGEIGAAKLTGEVLSIVNKVPELVKNITGVDIARSVHA 425
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|1135077686|ref|XP_019892729.1| (PREDICTED: flotillin-1 isoform X2 [Musca domestica])

HSP 1 Score: 516.924 bits (1330), Expect = 0.000e+0
Identity = 265/425 (62.35%), Postives = 314/425 (73.88%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHS 351
            M WGFVTCGPNEALVVSGCC+ KPLLVPGGRAFVWP IQ VQ            S  VY++QGV ISVTGIAQVKIQGQNE+MLL ACEQFLGK + +I+ +AL TLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEE+RMA+R LND EIAK++RDFE+KKAAYDVEV TKKAEAE+AYELQAAKTKQRIK+EQMQ++V+ER QEI VQ QEIQRRE+EL++T+RRPAEAEKYRLEKIAEANK +I+ME+EA+AE+  ++GEAEAFAI  +AKAEAEQM++KA+AW+EY++AA++EM+LD++PK+AAE+AAPLSQAKKITMVS G GEIGA++LTGEVL I++ V   VK +TGVDI    H+
Sbjct:    1 MAWGFVTCGPNEALVVSGCCYMKPLLVPGGRAFVWPTIQQVQRISLNTMTLQVESPCVYTSQGVPISVTGIAQVKIQGQNEDMLLTACEQFLGKPESEIRHIALVTLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLANMGISVVSYTIKDIRDEEGYLKSLGMARTAEVKRDARIGEAEARCDAQIKEAIAEEQRMASRFLNDTEIAKAQRDFEIKKAAYDVEVQTKKAEAEMAYELQAAKTKQRIKEEQMQVKVIERTQEIAVQQQEIQRREKELEATIRRPAEAEKYRLEKIAEANKMRIVMEAEAEAESIKIRGEAEAFAIAVKAKAEAEQMSQKAEAWREYREAAMVEMLLDTLPKVAAEVAAPLSQAKKITMVSSGQGEIGAAKLTGEVLQIVNKVPELVKNITGVDIARSVHA 425
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|1101362506|ref|XP_018906925.1| (PREDICTED: flotillin-1 isoform X3 [Bemisia tabaci])

HSP 1 Score: 516.924 bits (1330), Expect = 1.010e-180
Identity = 264/424 (62.26%), Postives = 316/424 (74.53%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCH 350
            MTWGFVTCGPNEALV+SGCC+KKP LV GGRAFVWP +  VQ            S  VY++QGV ISVTG+AQVKIQGQNEE+LL ACEQFLGK +++IQ +AL TLEGHQRAIMG+MTVE                                                    E KRDA           QIKEAIAEEERMA+R LND EIAK++RDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+EQMQI VVER QEI VQ QEIQR+EREL++T+RRPAEAEKYRLEK+AEAN++++I+E+EA+AE+  ++GE+EA+AIEARAKAEAEQM KKA+AWKEY++AA+++M+L+++PK+AAE+AAPLSQAKK+TMVS G+GE+GA++LTGEVLTI++ V   VK LTGVDI   C 
Sbjct:    1 MTWGFVTCGPNEALVISGCCYKKPHLVAGGRAFVWPTVHCVQRISLNTMTLQVESPTVYTSQGVPISVTGVAQVKIQGQNEELLLTACEQFLGKTEKEIQHIALLTLEGHQRAIMGTMTVEELYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDEDGYLKSLGMARTAEVKRDARIGEAEARKDSQIKEAIAEEERMASRFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEEQMQISVVERTQEIAVQDQEIQRKERELEATIRRPAEAEKYRLEKLAEANRHRVILEAEAEAESIRIRGESEAYAIEARAKAEAEQMMKKAEAWKEYREAAMVDMILEALPKVAAEVAAPLSQAKKVTMVSSGNGEVGAAKLTGEVLTIVAKVPEMVKHLTGVDIMKVCQ 424
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BLAST of EMLSAG00000006027 vs. nr
Match: gi|1101362502|ref|XP_018906923.1| (PREDICTED: flotillin-1 isoform X1 [Bemisia tabaci])

HSP 1 Score: 515.768 bits (1327), Expect = 5.503e-180
Identity = 268/444 (60.36%), Postives = 326/444 (73.42%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI--TTQCHSRSMGATRSASITSMRSH 368
            MTWGFVTCGPNEALV+SGCC+KKP LV GGRAFVWP +  VQ            S  VY++QGV ISVTG+AQVKIQGQNEE+LL ACEQFLGK +++IQ +AL TLEGHQRAIMG+MTVE                                                    E KRDA           QIKEAIAEEERMA+R LND EIAK++RDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+EQMQI VVER QEI VQ QEIQR+EREL++T+RRPAEAEKYRLEK+AEAN++++I+E+EA+AE+  ++GE+EA+AIEARAKAEAEQM KKA+AWKEY++AA+++M+L+++PK+AAE+AAPLSQAKK+TMVS G+GE+GA++LTGEVLTI++ V   VK LTGVDI  T  C   +    R A+ T+++ +
Sbjct:    1 MTWGFVTCGPNEALVISGCCYKKPHLVAGGRAFVWPTVHCVQRISLNTMTLQVESPTVYTSQGVPISVTGVAQVKIQGQNEELLLTACEQFLGKTEKEIQHIALLTLEGHQRAIMGTMTVEELYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDEDGYLKSLGMARTAEVKRDARIGEAEARKDSQIKEAIAEEERMASRFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEEQMQISVVERTQEIAVQDQEIQRKERELEATIRRPAEAEKYRLEKLAEANRHRVILEAEAEAESIRIRGESEAYAIEARAKAEAEQMMKKAEAWKEYREAAMVDMILEALPKVAAEVAAPLSQAKKVTMVSSGNGEVGAAKLTGEVLTIVAKVPEMVKHLTGVDIMKTDACFETN---NRLANSTTVKDN 441
[Close]
BLAST of EMLSAG00000006027 vs. nr
Match: gi|1101362504|ref|XP_018906924.1| (PREDICTED: flotillin-1 isoform X2 [Bemisia tabaci])

HSP 1 Score: 515.383 bits (1326), Expect = 5.511e-180
Identity = 263/419 (62.77%), Postives = 315/419 (75.18%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDA-----------QIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            MTWGFVTCGPNEALV+SGCC+KKP LV GGRAFVWP +  VQ            S  VY++QGV ISVTG+AQVKIQGQNEE+LL ACEQFLGK +++IQ +AL TLEGHQRAIMG+MTVE                                                    E KRDA           QIKEAIAEEERMA+R LND EIAK++RDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIK+EQMQI VVER QEI VQ QEIQR+EREL++T+RRPAEAEKYRLEK+AEAN++++I+E+EA+AE+  ++GE+EA+AIEARAKAEAEQM KKA+AWKEY++AA+++M+L+++PK+AAE+AAPLSQAKK+TMVS G+GE+GA++LTGEVLTI++ V   VK LTGVDI
Sbjct:    1 MTWGFVTCGPNEALVISGCCYKKPHLVAGGRAFVWPTVHCVQRISLNTMTLQVESPTVYTSQGVPISVTGVAQVKIQGQNEELLLTACEQFLGKTEKEIQHIALLTLEGHQRAIMGTMTVEELYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDEDGYLKSLGMARTAEVKRDARIGEAEARKDSQIKEAIAEEERMASRFLNDTEIAKAQRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKEEQMQISVVERTQEIAVQDQEIQRKERELEATIRRPAEAEKYRLEKLAEANRHRVILEAEAEAESIRIRGESEAYAIEARAKAEAEQMMKKAEAWKEYREAAMVDMILEALPKVAAEVAAPLSQAKKVTMVSSGNGEVGAAKLTGEVLTIVAKVPEMVKHLTGVDI 419
[Close]
BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold452_size166894-snap-gene-0.31 (protein:Tk11701 transcript:maker-scaffold452_size166894-snap-gene-0.31-mRNA-1 annotation:"Flotillin-1")

HSP 1 Score: 535.028 bits (1377), Expect = 0.000e+0
Identity = 305/430 (70.93%), Postives = 330/430 (76.74%), Query Frame = 0 
Query:    1 MTWGFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRD-----------AQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPK--------IAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQ 348
            MTWGFV CGPNEALVVSGCCH KPLLVPGGRAFVWPGIQYVQ            S+ V S QGV ISVTGIAQVKIQGQNEEMLLAACEQFLGK++EQIQQVALETLEGHQRAIMGSMTVE                                                    E KRD           AQIKEAIAEEERMA+RLLNDAEIAKSKRDFELKKAAYDVEV TKKAEAELAYELQAAKTKQRIKDEQMQI+VVER QEI VQ QEIQRRERELDSTVRRPAEAEK+RLEK+AEANKNK+IMESEA+AEAEIL+GEAEAF+IEA+AKAEAE+MAKKADAWKEYKDAA+L+MML+S+PK        +AAEIAAPLSQAKKI+M+SDGSGE+GA++LT EVL IM SV + VK +TGVDITTQ
Sbjct:    4 MTWGFVVCGPNEALVVSGCCHTKPLLVPGGRAFVWPGIQYVQRISLNVMTLKVSSNQVNSVQGVPISVTGIAQVKIQGQNEEMLLAACEQFLGKSEEQIQQVALETLEGHQRAIMGSMTVEEIYKDRKKFSKQVFEVASSDLVNMGITVVSYTLKDIRDDEGYLKALGMARTAEVKRDARIGEAEAKRDAQIKEAIAEEERMASRLLNDAEIAKSKRDFELKKAAYDVEVQTKKAEAELAYELQAAKTKQRIKDEQMQIKVVERTQEIQVQEQEIQRRERELDSTVRRPAEAEKFRLEKMAEANKNKVIMESEAEAEAEILRGEAEAFSIEAKAKAEAEKMAKKADAWKEYKDAAMLDMMLESLPKARDAFMIPVAAEIAAPLSQAKKISMISDGSGELGAAKLTAEVLQIMQSVPNLVKNMTGVDITTQ 433
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BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold875_size86197-processed-gene-0.4 (protein:Tk03491 transcript:snap_masked-scaffold875_size86197-processed-gene-0.4-mRNA-1 annotation:"Flotillin-1")

HSP 1 Score: 306.99 bits (785), Expect = 1.515e-101
Identity = 188/400 (47.00%), Postives = 250/400 (62.50%), Query Frame = 0 
Query:    4 GFVTCGPNEALVVSGCCHKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKE-----------AIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGS--GEIGASRLTGEVL 327
            GF+T GPNEA+VVSGC H +PL+V GG AFV P +Q VQ            S  VY+ QGV +SVTGIAQVKI   N+EML AA EQF+ K   +I+++A+ TLEGHQRAIMG+MTV+                                                    E +RDA+I E           AIAEE+R+A++L+NDAEI + KRDFELKKA YD EV   +AEAELA+ LQ +K KQRI++E   + V+ER + I V  QE+ RR  EL+S V++PAEAEK R E +A AN  + ++E+   A+A  +KGEA+AFA+EA+AKA+AE+MA KADAWKEY+ AA + + L+++P IAAE+AAP SQ K+I MV D +  G +G +++T E+L
Sbjct:   11 GFITGGPNEAIVVSGCLHTQPLIVVGGWAFVIPCVQKVQRLSLNIMTLKVSSPKVYTMQGVPLSVTGIAQVKITSSNDEMLRAAIEQFIDKTAIEIEEIAMHTLEGHQRAIMGAMTVDEIFRDRKKFSTKVFDIASTDLFNMGIQVISYTLKDVKDEDQYMVSLGMARTSEIQRDARIGEAEANRDSQIETAIAEEQRLASKLINDAEIERFKRDFELKKAIYDTEVEMARAEAELAFTLQESKVKQRIQEEAKTVDVIERMKLIEVAEQEVSRRHCELESKVKKPAEAEKMRTEIMAYANHQRTLLEASGQADAIGMKGEADAFALEAKAKAKAEEMAMKADAWKEYQRAAKVSLWLEALPSIAAEVAAPFSQVKQIKMVGDPNSKGGLGPAKITNELL 410
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BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold91_size383040-processed-gene-1.17 (protein:Tk03186 transcript:snap_masked-scaffold91_size383040-processed-gene-1.17-mRNA-1 annotation:"Flotillin-1 ")

HSP 1 Score: 290.812 bits (743), Expect = 7.237e-90
Identity = 147/237 (62.03%), Postives = 196/237 (82.70%), Query Frame = 0 
Query:  109 EXEAKRDAQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            E EA+ ++ I EA A E RM A L N   I ++KRDFE+K+A YD EVN  KAEA+LAY+LQAA T+Q+I++++ QI VVER Q+I +  QEIQR+ERELD+ VR+PAEAEKYR+EK+AEANK + I+E++A+AEA+I+KGEAEAFAI+ARAKAEAEQMAKKADAW EY +AA +EM++  +P++AAE+AAPL++ KKITMVSDGSG++GAS++T E++ IM+S+   V  +TGVDI
Sbjct:  831 EAEAQMESTIAEAEASELRMKAELSNRTGIEQAKRDFEVKRAIYDTEVNAAKAEADLAYQLQAATTRQKIQEQESQIEVVERTQQIQIAEQEIQRKERELDAKVRKPAEAEKYRMEKLAEANKQRAILEAQAEAEAQIMKGEAEAFAIQARAKAEAEQMAKKADAWSEYGEAAKVEMLMKVLPRVAAEVAAPLAKTKKITMVSDGSGDMGASKITSEIMQIMTSLPAMVNSMTGVDI 1067
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BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold91_size383040-snap-gene-1.31 (protein:Tk03184 transcript:maker-scaffold91_size383040-snap-gene-1.31-mRNA-1 annotation:"hypothetical protein YQE_09951 partial")

HSP 1 Score: 263.462 bits (672), Expect = 4.658e-85
Identity = 141/237 (59.49%), Postives = 193/237 (81.43%), Query Frame = 0 
Query:  109 EXEAKRDAQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
            E EA++DA + EA AEE+R+ ARL+ND EIA++KRD++LKKAAYDVEVNT  AEA++AY L+AA  +Q+IK++ M++ VVE  Q I +  QEIQRRE+ LDS +++PAEAEK+RLEKIAEA + ++++++EA AE+EIL+GEAEAFAIEA+AKAEAEQMAKKADAW EY +AA + M+L+++P IA  +AAPL    KITMVSDG+G +GA +LT E++ IM+ +   + ++TGVDI
Sbjct:  186 EAEARKDANMAEAKAEEQRVQARLINDTEIARAKRDYDLKKAAYDVEVNTADAEAKMAYALRAASLQQQIKEQAMEVEVVEIKQRIEIAEQEIQRREKLLDSEIKKPAEAEKFRLEKIAEARRKEVVLQAEAAAESEILRGEAEAFAIEAKAKAEAEQMAKKADAWNEYGEAAKVHMILEALPSIANSVAAPLENVNKITMVSDGNGPVGAIQLTDEIIQIMNKMPELITRMTGVDI 422
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BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold2030_size22264-snap-gene-0.7 (protein:Tk07615 transcript:maker-scaffold2030_size22264-snap-gene-0.7-mRNA-1 annotation:"low quality protein: flotillin-2-like")

HSP 1 Score: 262.307 bits (669), Expect = 3.626e-84
Identity = 172/429 (40.09%), Postives = 249/429 (58.04%), Query Frame = 0 
Query:    7 TCGPNEALVVSG-CC---HKKPLLVPGGRAFVWPGIQYVQ------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVEXEAK---------------------------------------------------RDAQI-----------KEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEADAEAEILKGEAEAFAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDITTQCHSRSMGAT 357
            T GPNEAL+VSG CC    KK  +  GG A+ W  +  VQ              +V +AQGV ++VTG+AQVKI  +N ++L  A EQFLGK + +I+   L+TLEGH RAI+G++TVE   K                                                   RDA+I           +EA  E+  M  +   D +I  + R F+L+KA +D EVNT KAEA+LAYELQAAK +QRI++E++QI+VVER ++I ++ QEI+R+E+EL STV+ PAEAE Y+++ IAE  + + +  + A+AE   L G AEA AIEA  +AEAE+M  KA A+K+Y DAA++ ++L+++P+IAAE+AAPL++ ++I ++       GA R T E+  ++  +   V+ LTGVD+T    S+  GAT
Sbjct:   34 TVGPNEALIVSGGCCGSRSKKTRV--GGWAWAWWLVTDVQRLSLEVMTLNPVCESVETAQGVPLTVTGVAQVKIM-KNNDLLQTASEQFLGKKEHEIKSTVLQTLEGHLRAILGTLTVEEVYKDRDQFASLVREVAAPDVGRMGIEILSFTIKDVYDNVTYLASLGKAQTAAVKRDAEIGVAQANRDAGIREAECEKAAMDVKYNTDTKIEDNSRAFKLQKANFDKEVNTAKAEAQLAYELQAAKIQQRIRNEEIQIQVVERRKQIEIEEQEIRRKEKELMSTVKLPAEAEAYKVQTIAEGKRTQTVEAARAEAERTRLTGAAEARAIEAVGRAEAEKMRMKASAYKQYGDAAIMALVLEALPQIAAEVAAPLAKTEEIVLLG------GADRTTTELNKLLGQLPPAVQALTGVDLTGAL-SKIPGAT 452
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BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold7630_size3080-processed-gene-0.1 (protein:Tk08295 transcript:snap_masked-scaffold7630_size3080-processed-gene-0.1-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 110.538 bits (275), Expect = 6.388e-27
Identity = 127/468 (27.14%), Postives = 204/468 (43.59%), Query Frame = 0 
Query:    8 CGPNEALVVSGCCHK---KP------------LLVPGGRAFVWPGIQYVQ-------------SSAVYSAQGVAISVTGIAQVKIQGQNEEMLLAACEQFLGKNQEQIQQVALETLEGHQRAIMGSMTVE---------------------------------------------------XEAKRDAQIKEAIAEEERMAARLLNDAEIAKSKRDFELKKAAYDVEVNTKKAEAELAYELQAAKTKQRIKDEQMQIRVVERAQEILVQAQEIQRRERELDSTVRRPAEAEKYRLEKIAEANKNKIIMESEAD-----------------------------AEAEILKGEAEA----------------------FAIEARAKAEAEQMAKKADAWKEYKDAAVLEMMLDSMPKIAAEIAAPLSQAKKITMVSDGSGEIGASRLTGEVLTIMSSVSHTVKQLTGVDI 345
             GPNEA +++G   K    P             +V G   FV P +Q +               SAV SAQG+  ++ G+A VK+ G  E+ + AA ++FLG+ Q++I     E L G  RAI+G ++VE                                                     A+++A I EAIA  E   AR+  + ++A + R+ EL+KA+   E +   A+A  A  +  A   Q           V  AQE + +AQ  Q +ERELD+ +R+PA+A +Y +E+ AEANK++ I  +EA+                             A+A  ++G AE                        AI A+ +AEAE M+KKA A+++Y +AA+++++   +P +  E +AP++   K+T++S      GAS +T +V   ++        L GVD+
Sbjct:   29 AGPNEAFIITGRKGKAVTNPETGIVSTDLSGQKVVMGASVFVVPFVQKLGVLDLSSRQIAMSVGSAV-SAQGIKCALEGVAVVKVGG-TEDAIRAASQRFLGQ-QDEIDHFTQEVLAGSLRAIVGRLSVEEIIKDRAAFAREVAEEAESSLTNQGLVLDTFQLQDIQTEGNYLKDLGRPEAARAEKEASIAEAIATREAEQARIAAEEQVAIANRELELRKASIKAETDAANADALAAGPIAKAARDQD----------VIAAQEKVAEAQA-QLKERELDTEIRKPADAARYAVEQDAEANKSRSIRAAEANRISAIEAAQAKAEESRLVGAGERQRREELAKAAEIEGRAEGAAEQARREAIAAAVRAEGAAEASAILAKGEAEAESMSKKATAYEQYGEAAIIDLLARMLPDVIREASAPMAGIDKMTVISTE----GASGVTRQVAGNVTQGMQLASDLVGVDL 478
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006027 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.495e-16661.18symbol:Flo1 "Flotillin 1" species:7227 "Drosophila... [more]
-9.160e-13449.52symbol:FLOT1 "Flotillin-1" species:9913 "Bos tauru... [more]
-2.304e-13348.82symbol:Flot1 "flotillin 1" species:10090 "Mus musc... [more]
-3.295e-13348.58symbol:Flot1 "Flotillin-1" species:10116 "Rattus n... [more]
-3.295e-13348.58symbol:Flot1 "flotillin 1" species:10116 "Rattus n... [more]
-3.296e-13349.29symbol:FLOT1 "Flotillin-1" species:9823 "Sus scrof... [more]
-6.599e-13349.05symbol:FLOT1 "Flotillin-1" species:9598 "Pan trogl... [more]
-6.599e-13349.05symbol:FLOT1 "Flotillin-1" species:9544 "Macaca mu... [more]
-1.380e-13249.05symbol:FLOT1 "Uncharacterized protein" species:961... [more]
-5.018e-13248.81symbol:FLOT1 "Flotillin-1" species:9606 "Homo sapi... [more]

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BLAST of EMLSAG00000006027 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 21
Match NameE-valueIdentityDescription
gi|592869259|gb|GAXK01088303.1|2.458e-11761.05TSA: Calanus finmarchicus comp158907_c0_seq2 trans... [more]
gi|592869260|gb|GAXK01088302.1|5.377e-11761.05TSA: Calanus finmarchicus comp158907_c0_seq1 trans... [more]
gi|592819416|gb|GAXK01135152.1|1.578e-10764.09TSA: Calanus finmarchicus comp241433_c0_seq1 trans... [more]
gi|592819415|gb|GAXK01135153.1|3.037e-10764.09TSA: Calanus finmarchicus comp241433_c0_seq2 trans... [more]
gi|592798898|gb|GAXK01155670.1|2.468e-8950.72TSA: Calanus finmarchicus comp105327_c3_seq1 trans... [more]
gi|592833207|gb|GAXK01124337.1|5.419e-8851.30TSA: Calanus finmarchicus comp24866_c0_seq1 transc... [more]
gi|592830783|gb|GAXK01126761.1|8.724e-6364.54TSA: Calanus finmarchicus comp46004_c0_seq1 transc... [more]
gi|592830782|gb|GAXK01126762.1|1.133e-6265.45TSA: Calanus finmarchicus comp46004_c0_seq2 transc... [more]
gi|592825259|gb|GAXK01129930.1|7.876e-5139.00TSA: Calanus finmarchicus comp71483_c0_seq1 transc... [more]
gi|592917818|gb|GAXK01040557.1|1.702e-4754.55TSA: Calanus finmarchicus comp418065_c0_seq2 trans... [more]

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BLAST of EMLSAG00000006027 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 4
Match NameE-valueIdentityDescription
EMLSAP000000060270.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s327:16893... [more]
EMLSAP000000088051.490e-12548.92pep:novel supercontig:LSalAtl2s:LSalAtl2s549:10757... [more]
EMLSAP000000115511.344e-9643.30pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1294390... [more]
EMLSAP000000095511.477e-7440.20pep:novel supercontig:LSalAtl2s:LSalAtl2s615:19495... [more]
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BLAST of EMLSAG00000006027 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 16
Match NameE-valueIdentityDescription
gi|13124177|sp|O61491.1|FLOT1_DROME1.659e-16861.18RecName: Full=Flotillin-1[more]
gi|118572320|sp|Q08DN8.1|FLOT1_BOVIN1.347e-13549.52RecName: Full=Flotillin-1[more]
gi|13124167|sp|O08917.1|FLOT1_MOUSE3.404e-13548.82RecName: Full=Flotillin-1[more]
gi|75053362|sp|Q767L6.1|FLOT1_PIG4.875e-13549.29RecName: Full=Flotillin-1[more]
gi|13124118|sp|Q9Z1E1.2|FLOT1_RAT4.877e-13548.58RecName: Full=Flotillin-1; AltName: Full=Reggie-2;... [more]
gi|38502931|sp|Q7YR41.1|FLOT1_PANTR9.790e-13549.05RecName: Full=Flotillin-1 >gi|75055322|sp|Q5TM70.1... [more]
gi|26006960|sp|O75955.3|FLOT1_HUMAN7.510e-13448.81RecName: Full=Flotillin-1[more]
gi|75055075|sp|Q5RBL4.1|FLOT1_PONAB1.120e-13248.57RecName: Full=Flotillin-1[more]
gi|13124169|sp|O13127.1|FLOT1_CARAU1.442e-12846.88RecName: Full=Flotillin-1; AltName: Full=Reggie-2;... [more]
gi|27923970|sp|O61492.3|FLOT2_DROME5.379e-7637.62RecName: Full=Flotillin-2[more]

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BLAST of EMLSAG00000006027 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB17629.10.000e+064.29Flotillin-1, putative [Pediculus humanus corporis][more]
gb|EFA08627.2|6.340e-17763.76Flotillin-1-like Protein [Tribolium castaneum][more]
XP_006569523.11.042e-17261.88PREDICTED: flotillin-1 isoform X2 [Apis mellifera][more]
AAF58120.18.041e-16961.18flotillin 1, isoform A [Drosophila melanogaster][more]
XP_016768634.16.157e-16862.53PREDICTED: flotillin-1 isoform X5 [Apis mellifera][more]
gb|KFM68773.1|2.648e-16061.02Flotillin-1, partial [Stegodyphus mimosarum][more]
EFX80835.18.458e-15455.74hypothetical protein DAPPUDRAFT_303889 [Daphnia pu... [more]
EEB12504.11.310e-14853.33Flotillin-1, putative [Pediculus humanus corporis][more]
AAF58121.13.098e-14254.78flotillin 1, isoform B [Drosophila melanogaster][more]
EFX65837.12.594e-13660.05hypothetical protein DAPPUDRAFT_65172 [Daphnia pul... [more]

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BLAST of EMLSAG00000006027 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|646714771|gb|KDR18625.1|0.000e+065.87Flotillin-1 [Zootermopsis nevadensis][more]
gi|1058110925|gb|JAS59111.1|0.000e+063.92hypothetical protein g.32683 [Cuerna arida][more]
gi|242019841|ref|XP_002430367.1|0.000e+064.29Flotillin-1, putative [Pediculus humanus corporis]... [more]
gi|1037017996|ref|XP_017033316.1|0.000e+062.12PREDICTED: flotillin-1 isoform X2 [Drosophila kikk... [more]
gi|907668311|ref|XP_013103931.1|0.000e+062.82PREDICTED: flotillin-1 isoform X2 [Stomoxys calcit... [more]
gi|1036789741|ref|XP_016974324.1|0.000e+061.65PREDICTED: flotillin-1 isoform X2 [Drosophila rhop... [more]
gi|1135077686|ref|XP_019892729.1|0.000e+062.35PREDICTED: flotillin-1 isoform X2 [Musca domestica... [more]
gi|1101362506|ref|XP_018906925.1|1.010e-18062.26PREDICTED: flotillin-1 isoform X3 [Bemisia tabaci][more]
gi|1101362502|ref|XP_018906923.1|5.503e-18060.36PREDICTED: flotillin-1 isoform X1 [Bemisia tabaci][more]
gi|1101362504|ref|XP_018906924.1|5.511e-18062.77PREDICTED: flotillin-1 isoform X2 [Bemisia tabaci][more]

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BLAST of EMLSAG00000006027 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 6
Match NameE-valueIdentityDescription
maker-scaffold452_size166894-snap-gene-0.310.000e+070.93protein:Tk11701 transcript:maker-scaffold452_size1... [more]
snap_masked-scaffold875_size86197-processed-gene-0.41.515e-10147.00protein:Tk03491 transcript:snap_masked-scaffold875... [more]
snap_masked-scaffold91_size383040-processed-gene-1.177.237e-9062.03protein:Tk03186 transcript:snap_masked-scaffold91_... [more]
maker-scaffold91_size383040-snap-gene-1.314.658e-8559.49protein:Tk03184 transcript:maker-scaffold91_size38... [more]
maker-scaffold2030_size22264-snap-gene-0.73.626e-8440.09protein:Tk07615 transcript:maker-scaffold2030_size... [more]
snap_masked-scaffold7630_size3080-processed-gene-0.16.388e-2727.14protein:Tk08295 transcript:snap_masked-scaffold763... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s327supercontigLSalAtl2s327:168936..281169 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s327-augustus-gene-2.10
Biotypeprotein_coding
EvidenceIEA
NoteFlotillin-1
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006027 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000006027EMLSAT00000006027-701874Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s327:168936..281169+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006027-688793 ID=EMLSAG00000006027-688793|Name=EMLSAG00000006027|organism=Lepeophtheirus salmonis|type=gene|length=112234bp|location=Sequence derived from alignment at LSalAtl2s327:168936..281169+ (Lepeophtheirus salmonis)
CTCTTTCTAATTCTCTCTTCCCCATCCATCGATCCATTTTTTTTCTTCTT
CTTTTATCCGAGTCCCTTGTATTACAGATATATACTATGATTTTAGTAGT
AGTATTTGACTGTGACTCGAGTGGAAAGGATATTTGTGCTTCATTCGTGT
TACATACATTTATATATATAAATATTTAGTGACGACAATAAAAGTGTTCA
ATTTTTTTAATTTAAAAAAAAAATGAGTTAAAATTGTGTCAAAAGAGATT
TTCGTTCTATAATATAATATCATATACTTAAAGAATCTTCTTTTAGTGTG
TGTTTGATAAAATATATTTATATTATTGTTCACTGACTCATAATTGTATA
GTTAATTCTATACATCATGACATGGGGCTTCGTAACTTGTGGTCCAAATG
AGGCTCTTGTAGTTTCAGGTTCGTTCTTTCTTTGATACAAAAAATAAATA
TATGTAGAATCAAGTTGTTAAGACTTCTTCCTGCAATTACATATATATCC
AGTTCTACATTTTAAATCCTCCCTCAAAACTCGAATAAAAGAGCAATAAT
GAGAAAACTTTTTTTCTTTTTTAARTATCCATAAACTTTATTAAGTTTTT
CTTTTCTTTTCTGACCGATTCATTATTATCTTGAACAAATATATTATAAA
ATATTCTGCAGGGATAGTTTTTTATATTTTTAAAGAAATCAAATCATGAA
CTACTGAAGAGAATTTATAATATATTTATATACTATGAAATTGTTGATTC
TCTTTTATTCTCTGCTATTTTCATTAAAAGTCCTCCAATTAATTTGATAA
TTTCCCATGATATTTCAGGAGCGTTTGCAAAAATGAAGCACATTCACAAA
TCAAATTTGTAGCCTCCTATTTCTTTTATAAAAAATTTGATTACATTCGA
AAAAAGTTGTAAAATAAAAACGATACTTTATTTGGGGCTTTACGTGCTTG
AGAATATGCAATTATTTTTTATATTATTACATTGGAATGTTTCATATTCT
CTTATATTTTCATATGCTAGTTCAGCACCGTCTGCAAACGTAGAAATTTG
TATTGTTATTTAAAAGGGATCGTCTGGCCCTAAAAATGTATAATAGGAAA
ATCTTAAAAAGATATTTTTCAATCTCTTTAAAAATAAAGTTAATTCTAAA
AGCTTTCAAAAATTGTTTGTAGCTCCCAAATAAAATCCTGCGAACGCTCC
TGTAGTTATATAAATTGTGTATCAATAAAATATATTTGTAAAAAGGAAAG
CTGTACTCATAAAGTGCATTTATTACTTTGCAGGATGCTGTCATAAAAAA
CCCCTCTTAGTTCCAGGAGGAAGAGCCTTTGTATGGCCAGGAATACAATA
TGTTCAAAGGTAAGAAAAAGTGAGATTTGGTCTTTTCTTTTTAAATAGAG
ATTAATCAATTCAACAGAAAATATGTGCATGGATGATATTTACGCCATCA
TTATTTATTGTTTGTTTCTCATAGAGACTACGTGACTTGCTTGCATAAAA
TATTACAAAGTCCAAAACGTTTTAAGTCATTTACATACATACTATTGTAG
GATGTGGTCGTGGAAGAAAACTTGTATCGATGATGGCTTCTGTGGTTTTA
ATATTTATTCTTTAAAAGAGAGAAATAAAGGGATTGAGAAAGGGGGAAAT
TAGTTTGTACTTTAGTATATGCATTTATAACATGGAAAGGTTTTTATTCC
CCCTCCCCCTTCTCCCCCCCCCCCCCACCTTTTTAATGAAAGAAAATCTT
AAATGGAAAGAATAAATAAAAAGTGTCTCTTTTAATAGGGAAAAAGAAAT
TGTAGAACAAGTTGTACCTATGTACCTAATTAATAGGTTAAGCATTTTTT
CTATGTTAAAAGTAAAGAAACTGAGAATTAACATGATTTCTTTCATTTAA
TTCCTGCTCGAAGTTAATCAAATTGAACAACGATGAGTAAGGCTAAGGAG
TTATAAGCATTAGTCCTTGTTGGACTCTGAGTAGAATTACGGATCCAAAT
ATCATTACTAGATATAGAGTGGGTTTTGTGTTTAATTCCTTTCTCATGCA
GATGCTTCCAGCTGATTTAATACAATTTCATGACAGCTAATCTGCTCTTC
TCCCAAATACTCTTCAAATAATCAGAACAGAATCAGTTTTTTTTATAGGT
CATATTTTTATACAACACATCTGTGTCGGATATTTNNNATATGCTTATAT
AAATAGAATTATATAAAATATGACCCGCGGCTATGGTAAAAAAAGAAGCC
GAAAATCAGAATGTTAATCCAAACAATTTGAAAAGCAGTTTTGAGGAGAG
CAGCTTAGCTCCCATGACATTGAATTAAAACAGCTGCAATCAGCTGTGTG
AGGAAGGAAATAAATATAACCCCAACTCCGTATTAAGCAATGATATAGGG
GGGATTACTCCGTTTTGGATCCTCACTTCTACTCAGAGTCCAACAAGGAC
TTACATGAGAATTCTTAACTGCAGTATTCTCCATCGTTCAAAAGCAAATA
CATGCGTGGCTATACTTTATACTTAAATGTTCTTTCTTCAATAATGAAAA
AAATAATGATCACAGCTCTACAAAATAAAAGCATTGTTCAGGTTTCAAAC
AACCAAAAAACTGGGATGCTCAAAATGCTTAAGATTTACAATCATACTAA
TGTACTTTAATGGGGATATGTTCCATGTAAATACTTTTTAGTGTTAGGCT
TACGTTTGGTAGTCATCCTAGACCGGTCTGAGAACGTTATAATTTTTGTT
AGATTGAACTCCTTCCGTCCTTATTAAGTCTTGTAGTAAAATTCTCTTTA
CACAATATAAAATCTGTCCTTTTGGAAAATAAATTTGAATAAGAAAAAGC
TTTTCCGAGTCCTAACACTAATATATATATGTATATGTGAGTAAAATGCT
TATTTGATCAATATGTTGTCTACTAGTTTCTGAACATCAACCTACAATGA
CGTCATATGAAGTTGAATTTATCGCATAAATCATATTTGTACAACTCGTA
CATAAATCGTATGGTATGGGGAAAAATCGGGACATAGATTGATACCCAAA
AAAGTCCGTCCACTATTTGTAAAGGGTTAAATTTCGATCTACGGTCTAAG
TTAACAGTCTGATGCAAGATATTCTTCTTGAAAAAATCAATCTTCGACCG
ATTTTCAACACTTATAAATATATAACAGAGGTTTATACATATTTTTCAGT
AATACCCTGCTTACTTCTGGGTTCACAAGTGTGATCTAAATTTTGACGGT
TTTTGGGGGTTGACATCAAAATTTAAGAATAAATATTATATGAATAAATT
TTGATTCTTTTTAAATGTTGGTCCTTTTCATTTGACCTTTATTTTAAATA
GAATGGAAATCCACTTAACCGACAAAAAACTGAACTTATGAATTAATAAA
AAAGTCTCCAGACATTCCGAACAGGATGTTAAAAGATAACATATCTGGGG
AAAAGAGAACGATTGATTATCCTATTTTCACTGTATTACGGTTTCAAATC
CAATATTTTGTAGTCTGACTAGGGGCATTGCTAGCTTTCATTATTTGGAG
TCCCTCAAAATTATCAACACCGTAATACTTATATAAATAGGTTTGTTTTA
TAGATATGAGCTCCCCTAAAAAAGGACTAACGACGCCCTTGGCACTGACA
ATCTTGCACTGATCAAATTCAAATATCTCATTATACAATTTATGATAGAA
ATTAGCTGAACTGTTTGTGAGTATGATTGCAATGTATAAACTGTTCATTT
AAAGGAATCAATTTAACAAATTGTAAGGTTAAATAATCTTCTTTTACTTT
CCACTTGTTTTTGTTTTTACTTACATCTTTGCCTTGGATTTTTTGTTCTT
CTTCACCTCATTTATTTAACCATTTATATTGGACTCGATTTAAAGCATTC
TATGTGTGTAATCAGTAAGTGTAGAACTATATATATATATTATACATTAT
CCAATTTACTCCCATATCCCTTTTATTTGAGTCTTTGCCTTGAGAGAGGC
CATTTTGATATGATTACACATATATCTATATAAAAGGACATGTCCTAGTT
TTAAATTGTACATCCCTCCCTTGTGTTTTAATAAGTGCTACTAAAATGAT
ATCATCATGAGGGAAAAGGCATCAATTTTTGGGTACACATATAATAAATA
TACTTTAACCATAATGTTTTGTAGAGTGTTGTGTTGGTTCCGTGGGAGGG
CTGATTCCATAATCTCCCCCTCTTTCAGTCTTTTTTTTATGGGTCTGATA
CCACGGTCTAAGCTATCTGTTTATTTTCTTTACTCATAGCTAGGATTGAA
GAAATTTATAAAGAAGACAAGAATGAATTAGAGCTAGAACGTTTAGTAAT
AAGTTCTAGCCACACACCCCTCCTACTTTAAACTTGAGGTATATTGTCTC
TTTGAAAGAGATGATGATAAAACTTCAACAACTTAAAAGACATGGTTAGT
AACTACATTACTTCAATTGTTGTAGTTACCATAAAAGACCGGTGCTAGGG
CTGATAACTTTTATTAGTATCAAACTGAAGGGACTGCAATCTTTTCAGCT
GTTTTGGACCGAATCAACATTTCCTAGTTCAACAAATATATAAAAAACCT
CTAAGAAATGACAATTTACTCCTTCTGAACAGAGCTGATTGTGANNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATATATATATATATATATA
TAAACCTATAAAGTGTAAAATGAACCAATTTTCTTAGCATATAAATAAAT
AAGCTAAACTATCTTATCCATTACTTGCATGATTTGCTTTTGAAAGATAA
TTCAAGTAACTTTTAAAAAAAATTGTAAAGTTGCGCTATTTGCACTGTCT
TGGAAAGTGTTATTGGGACATAAAGCGAATAAAAATAAATAAACAATRAT
AMTTTATAGAMAGCCAATTTAGAACAAAAAAAAATACAAGTTTTCTTTTC
AGCCCATGTGTTATATCAAAATCCATAAAGTATCAATAATTCCTTAATAT
ATTTTATTCTCAGCTGTTGATTTGTCTTCTCTTTATTAGTGTACTCACCG
TTTATTTGTTGAACTCCAATTATTATTCTTTAAGCTGTGACTATCCCTAA
GATTATCTAGAGAGTTCAACAGTTGAAGATTAAGAAATAATAGACTAGAT
AATATTGCCAATCATAAAATTTCAGTTATTTTTTCCCCTTGAAAGAGAGG
TTGATAAATGCAATATACATAGATGATTGCTACGTGGGATTAAGGGATTT
GAGGAACACATTTATTTTTTATTTAGTTTGAACTCACTCTTTTCATGTCT
TATTTGACTGTAAAAATATTGGATTAAAATAATAGGAAAGCTACAATCTA
ATGCTTTTTTGTTAAAGCAAATAAATCCTATTCAATGATAAATTGTACAT
AAATACAAGAGTTGAAACTCTTTTCAAAAGCGATTTTTTCTGGTCTCAAT
ATATTGACCGATTTTTTCACCTATTGTGTCGTACAAATAGATTTTATCGG
TCTAGACCAGGGATGTACAACACGTGGCCCACTACTCATTCTTACTTCAA
GTAGTTTTTTTTAACCAAAATTATTACTATATTATGTAGAACGCACAATA
TATGTACAAACATTGGAAAAATTAGATTTTGTAATTTTGCCTAAATTTGA
AATAAATATGCTTTCAATAGTTTTGTTTTATGAAAGCATTTTTCATGAAT
TTAACAGGTTCTTTGGCCCATTAAAATATCTCAAGTGGCAACGCTGTCCA
TTATATTAAAAGGTTGGACATCCAAGGTGTAGACTGAGTTTTATAGGAGA
CCGATTTTGCTAGTTTGAGTTTCACGAATCANGCGTTAGGAACACTAATA
ATGGGAGTGAATGATAATAATAATGAATAATTGAATGATAATTCAGTCCT
AACAGCGATATCAAACTGAAATTTAATCGAGCTCAAATCCTGTTACAATT
ATACTCTTGTTCTTTGATGAGGGTATGCGGCTATTCAATCCGGTTTCGTA
TATGTCAGGGYTAGCTTATAATATGTAGTAGTAGAAAATGAATTTCACTT
CTCAGGAATGAAAATATAATCCTAAGAGCTTAGGAAAGGAAAATTTATTC
TTCAGTTTACCAACTTAAAAAAAATCAAAGTGCTAGCTAAAAAGTACAAA
TGATTTTCATCACTAATGATGTGGATTCTCAACCTTTAGTAAGTGAAGGC
ATACTTGTGATTGTTAAAACATTTCCGACGCACACCGTCCCAAATAAATG
AGTAAAAAATATAGCATTTTTATACTAGTGTTGTGTAGGTCCTTATTTAT
TCGATCCAGTACAGTATGAGGATCGGTCCTATCAGTCCTGAGCGACTGGT
ACTTAAGACCGTCGGCCCTTAGTCCTCTTAGTACAAAAACTGATTACAAA
CAAAGTTGAGTGACTTCATCAAGGACCGAACTTTATAGGCTTTTAGGACT
GATATTCAGGACTGAACTGAACTGGACCGCGACTGAATCGGACGGGACGT
CAGTTTTTAATCAGGACTGACATAAAACTAGTTTATACAACAAATAATAA
ACTAGGCTGTAGATATTTTTTGTCTCACATTTTTTTCATCTATGGTTATA
ATCAATATTAGAGCGCCCATGTTCCCTCGTATCTCAGCCTCCTTAGAAAG
ACTTTGGTTCAGCAGAAGTGGCATCTAACCTCCTTAGGGTTATACCCTTT
CATTTTGCTAATTAATAATACAAAATACTCTAGTAACACTGATTGAGAAC
CCCTTTGTAGAGGGCTCTATTCAAGCATTTATTATGAACCACTTAATTAA
AGTGGATGGGATGGTAATCTCACAATACAGGCTTTGTTATCATAGAAAAA
AACTCATTATTAGAACACTTACTACATATATATATTAAAAATATCTAGGG
ACAGTTTCATGTATAACATTAGCCACTGGGGCGTCCTCTATTTAATCAAA
ACCCTACAGGATATCCAATTTCAAAAACTTAAACGAAGTAAGAATATCTA
TCAAAATGTAATTCAAATGACTCTGTGGCATCATTTTCTTGTGATATAAA
CTTTAATTTGAACCTATGGATTTTTCATATTTGGTAATGTTTTTAGTTAT
AATTATCATTTTAATATCCTATTGAGTTTATCCTCGATAGATGCACCGTG
CATCTGCAGACAAGTCGTGCCGGACGTGAAACAGTACCTATAGGTATATT
ATTTATATAAATATTATAATTATAACATACATATATACAACGTGTAACCA
AATTAGGGAAAGAATAAAATAAACAATATGCAAAAATGCAAAAAAAAAAA
AAAAAGATATCATCTGTTGATATTTGAGTAACAAKATGTTCAATAAATAT
ATTATGTATCTATGTTATGTATAAACAGCTAACAAAGTTAATGAATACAA
CATGGATATACATAATTACACAAAGAGTCATCAGTTATTTCAAATATGTG
GTTGTTTATGTAGATATACAGTGTGCGTTAGCAAATCGTACCGTTTTCGA
CATTGAGCCTGATCTAAAAAGCAATTTCACCAAGAACAATATGAACCGAG
TATTTTTCTAACTATAATTATACCTTATAATATCAACAATTATTTATTAA
AATGTACTCCTTCTGCGGCCACCATGGCCAGTCCCAATGAAATCCTGAAG
GCCTTGCACACCTTCATGACGTAGTTATTGTACATATCAGCCCATTCCTT
CTCGACAGAGGTCTTCAGGAATCAGCATTGCAGTGAGGAGTTTGAAGGCC
TCGCACTCCACGAGACCCTATATTCCAGTGGCGAGCAGTCCGGTGATGAG
GGAGGGGGGGGGGGYGGCCAAGTTTGTAGGACAGAAATAGGMGAGGTCTT
TCTTGCATCTAGCTTTACTTGTTATAGCATTATTACTATGTGCTGGTCTT
GTTTCTAAAAGTAATCTCCTTCGGGGTTGTTGGCATCAAACCAGGGCTTT
GCAACCTCTTCATCACCTCATGGTACTCCTTGTCCCCCACCCTGAGCCCC
TTGTAGTCAATGAGTCTTTAGTGACAATCTTGTTATGCCCAGCAATACCT
GTCTTTCCGGTGAGTTTCTGACCTTAGGGACAAGTTCAACAACAGAGTAA
TTCACAATATCTTGGACAAGTTTGGAGGCCAGAAATTGTATAGGTTTGAC
TTATATCAACCTTTAATTGTTAAGGGTAGGTTCGGAGTTTTTAGCCAACA
GTAATCCCCTTAAGGGTAAGGTCTTGCACATATTGATGACTTAGTTCGTG
GACTTATGCACTCATTCCTTTTCAACTGATCCCTTCAGTACATCAACATT
GTGGTAGGGGACTTAAGAAGCCTTGCTCTCCACAAACCCCCATAATCCAT
TGGCGAGCAGTCCGGTAAATGAAGAGCGTCACAAGTTTGGAGGCATAAAA
ATCGTTGAAGTTTTTCTTGGACCAAGCTTCAGCTATTATGCCCAGGTGCT
GAGTCTTGTTGCCAACAGTAATACCCTTCAAGATAATTGGCATCCAGCCA
GGGCTTCGCAACCTCTTTCATCACCTCTTAGTACTCCTAGTTCTTCAATT
TTAAAGGGCACATCGGTTCAGAAGTCTTCAAGGAACAATCTTATTGTATT
CTCTACTTCCTATATTCTTGGAGAGGCTCTCTCCGCTGTTAATAAGCCTC
CTGACCTTACGGAAAAGCTCAGCAGAGCAGTTCATAATGTCCAAAACCAA
TCATACAGCGTATGAAAGCTGAAAATTTTGAAATAATTTCTTCTTAATAA
TTCAACACCAATTGCAATTGCAAGTAATAATGGATCTATGGAGCTCTAAT
TGGCGCTTTAAATTAACTTAGGCACACTGTGAACTCATATTATGTTAAGG
AGATGCAGACGTTATAATTTATTTAAAAAAAAAAACAAGCGGAAACGGAC
TTGGGTTTCATTATTAAAAAAAACTTTATCAAGTTCTTTCACTTTTCTCT
TCTTTTTGAGAGACCAGAGGGAATAATAATAGTATGTAAAAAGTTTTATT
TGTTTGTTTCCTTCAACTTATTTGAAGTCATTGGTTTTTATTATACATTG
TCGATCAAAAACCCTTTGATAAAAAAGAAGGGTATAATTATTTAGCAAGT
CTAAGTATATTTATTACAGACTTGGCATTTACATACAAAAACTATGTAAG
GACAATTTGTTTTAGCAAAATACTTCGTGAATGAATAATTAATATGCCAA
AATATGTTAAGAAACGTGCCAAAATATTTTATAGTTTTACATGTACAGCA
TTTGACGGCACTAGGTAATTTTGCCTTAAAGCCATTTTGCCTCAAGGATA
CTTCCCCTGAATCTATAAATAAATGATATTTATACGTTGTTATATTCATA
TTTTGTTAAAATTGATGATCTCTTTGATTTTTTTTTATGAAAATATGTTC
GAATATTAATATAAAAGGCATTAAATGGTTGTTTTCTGTTGGAAAAATGA
TGGAATCATGCCTCAAAATTTCAATGCATACACCAACAAAATCTAACTAT
GTAATGAATTAGGCAATACAGTTAGTTTAATAAAAAACATTTATATCCTT
GAGGTAAAATGATTTAAAGCAAAAGGTTCTTAGTCAAATTAGTCTAAGGC
AAAATTACTGGGAATTACTTTCACAACTTTTATTATTTAAATGATCCTTT
AATTGGTCAGACTGATTAAGTATGTGTCAACATTATAATTGATAGTGTTG
TATCTGTCTTTATTTACTTGGTTCAGTCCAGGCTTCTTGTTGTCCACTAT
TCACCAATGCTGGGAAAAAAATTAAACATTTAATTAGCATTGGCGAACAG
GAGACAACAAGACATCATCAAATCAACGCCATGGCGCACATATCTTTGAT
GGCGCACCAGAATCTCTATGAGCTCGGATGGGAAGTTCTTATGTATCCAC
ATTTAACACTAATTCTAAATATTTTATTCGTTTGTATTTGAGACTGAGAG
TTATYGGCGGCCTAGGATATYGGAGCCAATAAKGAAGTACATTCTAACGA
ACTTTCAATCTTAGTCACGGGATAATATTTACATGTATTCAATGTTGGAT
CCCCAGCTTCAAACGGTCGAGTTGTTCATTGTAGAGGGCATAATTGAGAT
AAAAACAAAATTGCTCGAACTTTTATTGTACAAAACGAACCGAAGAAGTA
TCCGCCCCTCCGTATATTGTATTGCAAATTTTCTTAGTCGCTTTTGACTC
GTTTTTTGCTTTCAGATAGTAAAAATGTAAAATATGACGAATTTCTTCCA
TACTCGACGCAGAATAATTCACGACTCATCAAGCGCAATACTGTACAGAA
AACTTTTGTAGTATACACGCACAACTTTAACACACATTATCGTATGATCC
GATGTGACCAATAATGAACAAGATATAGTCAGTTAAAAAAGGGGCGGGAA
ATACGAAATTACTTTTTCGTCAACGTAACATATGTGGCGATTACATAAAA
GCAAGCTGGAATACTTTTTTTTTTAATATTGCGACAGTATTAAAAACGTA
TCCGTTGATATAGGTACTATAATTCATATGAATTCAAAAAAATGATTAAG
TCCTTAAAAGCCACAGTTTTTGAGGATAGCTGAACTTGATAAAAATCGGT
TATTTGGTAAGACTGATTATAAAAGATACTAAGACGTCGTGACGTGAAAA
TTATTTTTAAAGAATAGTGTAAAAGTATCACGTTGCGGAAATAACGAAAA
GAAGAAAGGGATTAGCTGGTTAAGAACAAGCCTAACCAACTGAAATTGAT
TGTATCAAATTGACAGAACATGTATATAATATGTTCATGTAAAAATATAA
ACAAATATCAATCATGTTAATAACTTGTTGGACAGCTTTTCAGGGGTTTA
ATATTGGAGTTGACTCTTTAAAAAATCCTCTACGGTTTTTCATTAAAGTA
AAAAACTTATAATGCGTTTTCTTTGTTTCATGTAAAAAATCCCAGCTTGC
TTTTATATTATCGCCACACATATATAATCACATAGCCAATCCATTTCTGA
GCCCAATTATCGTAGTTCAAATATGGAGACATTATAAGTCTATAGTCACA
TACAATATTTGCAAAAAATATAAAATGAATCGTATTTGTTGGACATAAAT
TATGACGAAATGTTTTTTATTTTTTGTTATCTCCATCATAAATTAACTCC
GATGAGTAAATAAAAATAATAAAAGCAACAAATTCATTGTTGGAATTATA
ACTTGAAGCAAACCCCCCCTCTGCGTCCAATATGCCTCTAATGCAGTGCT
TAATATAACAGCTATATCTTTGCTTCAACTAAATATTTTCAAAAATTATC
TTTATGATAATTTAAAAAATAAATAATATTCCCTTTTATTTAACAACATG
AGGGGGTTACTTTTGACCAACAAGGCCCATTAAGCAGTATTTATGTGTTT
ATGTTATCAAATATAGCAAGGGTATCAAATTAAACGACTTTTATTAATTT
TGAGTGTTCCTTATTTGATACAAAAAATATATATATACATTTTAATCTTG
GAATTCGGAGTGAAAATCCTAGACCAGTCTGATACTGTTATGACTTTTAT
TGGACTAAACTAATTCCGTCCTTTAAAAAGGTTCTGCCTAGACTGATCTC
AATTAAAATTTGGTCAAGGCAGATTCTCTAGATAAATTGTTGATGAAGTT
CCATAAAATAGTTATATATCCTTGAAGAATAAACTTTATTAGTCTCGTAC
AATCCAAGACAAATAGCAGAGTTTAGCACTGAATTTAAGATATTTTGCCT
GTAAAAATGTACTATCTGGTAAATGCATTTTAGAAATATGTTATTTATAA
TAGGCATAAATATTTAAGGAAACTACAATCTCGTAGATTCAATTTTCATG
AAGATACAGTGTGCGATCTCTATTTAACAACCAACACGACTTGAAAAGAA
AACAAAAATGGATTTTCTCCTTTACTAATCATCCTATTTSAATAAAAACC
AATGCCAACTAAAACCTGAACCAAAAATATCATTCAATATAATAACATTT
TGGTGTCAATAACAGCATCCACTCGACCTCAGAAACGGGGGCAGGTCTTA
ATGACAGTCTTATTAGGCAGCTTAGATTTTGTGTTGCAGGAGGATCTATT
GGTGGGCCGCTCATTACGTCACACAAAGATATCAATGGGGTGGACGTGCG
GTGAGCTTGGAGGACAAACACTGGGTCCAACAAAATAATAATAATAAAAT
AAAAAATTCTTTTCTGTAAAAAGTTGAGCTCATTGGATCTGGTATGATTT
GTATGGCAAATCATCTGCCACACACTACTGCCTTTTAAAACAGTTTAGAT
CCGAGGCAATGGCCCTCATCGATTGATTAAATTATTTATTTTTTTACAAA
TTTGCAATGAAATTCTTATCCCCCCTGGCAGTCTGATCTCATCTTTTGAT
CAACAGGCTTTGCTGTTAATTCATCATCATCTCCAGAATCTTCCAGTTCC
TTCTTGACTCTTCAGACAATATCCTTGACCAGGGCTATAGAAGTTTTCAA
TATCAACATTGTCTCGTTCGGCGCGATTGCAGCAAACACTTTTCCACGGT
TAATTCATGTCATTTTTTTTTTAAACTGACGCCGTACAGTTTTGGCTATC
CGCCGAAATACCAAACAATGTCCAACCTGCGCATGCGCTAAAAGTGTGTT
GCTAAACAACGGCCACACGCTGTATATTCGACCAAATATTGACAGCTAAT
ATCTCACTTGAACCTTTTGTCCAGAGGATCAACGATGTTTGAAAGAGAAG
AGAGGGACTCATACAAAGTTTGAGAAGCGCTACATCTGAAGTGTTCTAAA
TAACAACGCCTTTTTATGTACTATACCAATAACCATTTGATCTTCATAGA
TGATTAGAAGCAGGTACTATGTACATATTGGCTGMAGGAATGTACCTAAT
ACATATAGTAATTATTAATGAACTCACGCCTAATTAGCGATACTAATTTA
TGGGTCATAATCAGATATTTATACGTAAGTATGTATGAAAGATACAACAA
AATTAATTCGACACCTTCAAGTACATACGCTAATTGCTGGGTAAATATAG
TATTGAATAAGAATGAAGAAACAAGGAGGATAAATGTATGTAGTATTAGG
AGGTGTTAAGATAAGTCATTTATAGGGTGACATAGGAAATAAATACCTCT
AGGTGTGATCGTAGAAACAGAAATCTGCAATTTACTTAGTTTGTAGTATC
TATATGATGTACTATGAATAAAAAATGAGGACATAAAGTTGAAGGAATGT
TGTTAAGAGGGTAGCATACCAATGATGATATAATATACATATACTATCTA
ATTTAGAACAACGTATGAGGAATGTATTAAATATGTGACCAGTCATCACA
AAAGCAAGCTAGTCACAAAAGTGAGTGCGGATTACATTTGTATTCTTATA
CGTATATTCGTGCATTTTCATCAACAAGGATGATTCTTATTCACCCTTTG
GGTGTGTGGCAAATTGTACTCTTTAAGTATCCAAAATGAATCTGTGCCAT
AAGGAAATTATGAGACAGATTCTATTTAAAAGGGCCAATATCGTGGACAA
TATAAGTCTTTTAAGTCAAATAAAGATTCTAAACTGTAGTTCAAGTTCTT
GGGTATCTTGAGTCATCCCAGTATTTTGAATAAAAACCATATAACTGACT
CAAATATGTCCACTCCCGGTATGGTTATATAAAGTAAAATAATATGTTGT
GATTTTATCCTATTCTTGATTAATGTTCAATATTGTTTTTATGTTGTCAT
TTGTTTAAAATACCAGATTGCCTGTGGTTATACTCCTTTTATAGTGGTTA
TTTTACCGATTTGACTCATCTAAGTAGACATTCTGAAATGAGCGACAATT
AAAATACATTTCTAATTTCGAAAAATACCCCCAAGTATTTGTGTATGATA
ACCGTGGGAGCTCGAAACAGATTAAAAACTACCKCCTCCACTTCTAAGAG
CCCCCTATGCTCTAGGTTAACGGCCTGTAAACTATAAACTCATCTGTAGA
TTGGACAGATTGGTAAATTGATAACTGTATATACAGGGTGTGCAGTCTAT
CTGAGCTACGAAAAAGATTTTTTTTCAAACTCAATTTTCTCTCTAACCAG
GTATCAGATTGAAAAAAAAAAAAAAATCAAAATCTTAAAGCTTGGTGGAT
TCTGATTTACTTTATTCAATATAATCKCCTCCAGCCGCAATTACAGTCTT
TATACGGGGTCGAAAGCGACCTTCATTACTTGGTCCCTTGGCAAACTCTG
GAATTCCTTCTTGATCCGACTGATAAGTTCGTCTTTGATGTGGCAGGAGA
TTCGGTTGGTTTGTCATTTGATCCCCCTCTATAAAAAAATCCATAGGATT
CAGATTCGCTGAGTTTGGAGACCGAAAGTCCGGCGAGATAAATTGTGTTG
GAGCCATTTGATACTTTTTTTTCAAGGTGTAACAGGGANCTGAGTCCTGC
TGCCACATATAAGGCCTCTCATACCTTGCAAATGAAGGTCTAGATGAGTC
CCAGAGATTTAGCAATTGTTACTTTGTCGCTCCTGGTGAGGATTCCACCG
AAGGCTCAGTGCTTTTTCCAAATATTTAATACAACGAATTCTTCAGTTGA
TTCCATTTTTCCCCAACTGGTGCCGGTTTGAACAAGCTATATACCAAAAA
TATAATCTACCTGTGTTTGGCCAAGAGAGATCGCCAAATATATTTTGTGT
ATTGTACCATTGGTNNNNNNNNNNNNNNNNNNNNNNNNNGGTAATAATAT
TCCGAAGGACGATAATTCTACAGGAAATCTCCCTAGATGTAGGTATTTAT
TTGTATGAATTACCTAATTTGGAATAAGGTATGAGGAATTTATGTATAAA
ATACCTAGGATTGATTACTAATTCATCACCCCTTAGCGATATTATTGTGA
GACTATTCCATTCAAGAAATACAATAACTCAAAACAATAAAACCACAGCA
TATTTATATGAGTACATACGTACATGATAACATACTCATTAGATACGTGA
CTTCAAACCGTAATTGAGATTACATAAGGATTAAAATTTACTCATAACTT
TTGTCTCTATTTCTATACACATGAACAATTCAAATCCCTCTCCCCACCCT
TCTTTTCATCTCTCAAATCCTATTCGTCAAATGTCAAGCATCACATACCT
ACATACAGAATAAAACCAACTCATTAAATACAATGCAAACCTACCAAAAA
GGTTACATATCCAAATATATTTGTTTTAAATTATATATATATCTTTTTAA
ATTTTAAAATGATGGATTTTGCAAATATAGTTATTGTTGGCTACAAATAC
ATTCATACAAATTAGTGTTGAACTCGGTCCAAGATCGAATTTTTCCTTTC
GGCTTGAACTTAGTGATTTTTCTAGMCCGTTTTAGMCCGGTCCAAATAGC
CATATCAGACCGTATACCGAAATTTAATCGTTTTCAAATCGAGGACCGAC
TTTTTTTCCCTTAATAGATTATCAGGGACGTCCACAGGGTGTGGGTTGGN
GGGCCTGTACCCCCCCCCCCCGACCCATTAAAGAATTATTGCTTTTTACT
TGTAATTTTTTGTCATTCGGACAAATTAAGCAGCTGAGCAAAAAANNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGATTTAAAAAAAAAC
AAAAAAAAAACGGTAAACACAGCCCCCCTCCCAAAAAAACAATTAAAACA
AAAAACACACATAATTCTGCAAATGCCCCTGAATATAGAGCAATTAATTT
CCACAATTTTGAAATGCGTCTTATGTCATCAACAATTCATCTGGGCATAA
TGTCTACTGAGAAAGATTTTTTTGTCAGACGGATCCAGGGCGATTTTTTC
TTTGAGACCTGTCCAAAGTAAACTTAAACTTATTGTAGGTCGATGTTCAC
CATTTTGAAAAACACAAAACGTCATTAACATTTCATCCATAGAATCAGCC
TTGACGGAATTTAATTGAGACTGATCAATTTTTCTGTGAGGCCGGGTTGT
GTATTAGTTAAGTACATTAAAAATCATAGTTGTCTCATACCGGTCTAAGA
TTTTCAGACCGAAGCCCAAAACTAATATGTACCTAGTGTGTAGCTAACAA
TCATTTTCTTTGCAAAATCCGTCATTTGACAATTAATTATAAAATATATA
ATTTTCAACTGATATATTTAAGTATATTAATAATTATTTTACAATTCAAA
TTGATATTTGCATTCGAACATTTAGATATTTATATTTGCTTCTCCGAATT
TGTAGATAACACTAGTCAACAAAATGTCAACTAACTTTGGATTGAGAGGG
TGTCTGTGTTCCTTATTGGTTTTATTCCGAGAAATATGACCTTTATTAGA
CCAAATTCCTGGTTTTGTGACCTGTAGATTGCTTTTTTGAAAAATATATT
TTTCAAACATCTACATGAAATTGCCCTAGAAAAAATATTGCATACAATTA
TACAACAAATCTAGTGATTCATCTTCCAAGATGTCCCTTAACAGATAGAA
ATGACCCATTTGAGGATCTGGAGAAAGGTTTTATATCTCCAGAACAACAG
TTAAACATAGATAGCGGCCTCGAAGCTTCCATTGTCAAAAAGTATTTAAA
AATTTGGAGGGGAGTTGCATCGGAGTGGTGGTTTTTAGCCTGTCTCAAGG
CCCAAGTTTATGCTGCACAATTTGTTGACCTGGAGCGATTCTATAGGGGC
TTCTTTAAAGTGKCAGCCATTGTTTTTAACCTGTCTTTAGGCCCCACGGT
TATCCGACACAAATCCCATGTGACTGGTGTGTAATTTGGGGAATTAGGTG
GGTTATTTTATGATCGTCTATCTGAAATGGAACTGACTCATTTCAGATAG
TTTTCTCATCTACAGAAAACCCGGTAAAATAAAGATAGAGGCTGTAAAAA
GGMATGAGGAAAATGGGGTGGTTTTTTCATGTCTCAAGATCACACATGTA
TTACATAAATTCCTTTGTCTGGGTGTGCAATTAGGAGGGTTATTTTATTG
CTGCCCCTTGCCTATTGTAGTTAATTTGGTATTTTATGCATATGATGTCC
TTAGCATAAAATAAATCTTGAACAAAAAACAAGAAAAATATTAAATCCCT
ATTTATTTATTTACTTCAATTATACATACAACCCAATATTTACGAGGCCT
ATTTGAGTCAATTATATGCCTCTTCTTCAAATTACTGGGATGAGTTAAAA
TACCCAAGAGTTGTAGCTGTAGTTTAGAACCTTTATTTGATTTATGATAC
GCAATTTGGCTCTTTCAAATATATGTGAAGGATTGGTAAATGGATCACTA
TAAATGTAGTATAATTGCGGGCAATTTCCTGATGACATTTCTCCTGAGAG
CAATTTTCCTGTGGGCAATCCACCACTCACGTTTACAATACAGAGAAAGG
GTAGCTGTATCAAAACGAAAGCTCTTATTTGTTTGGCTTCATCCTTCCTA
CATCATAGATAAATAAATTATGTACAATAAACAAAATTACCATAAATGGA
ATGATTACCATACAAAGTGAGAGAGAGAAAGGGCGGGACTAACTTCATAA
AATGTATGAACGTGTATTTATTATGACTACAACAATAAACTAAAATGGTT
GAAAATCCTTAGTGTAATTTAAAATACACGAACAAAAAATATTGCGGAGG
TTTCATTATTTATATCTTGTGCATCTTTAATTTGTCTTCTTCTATAAAGG
ATGTATGTTTACAACAATGCACAAAAATATAAATGATAGTCGTCATTTAA
TACTTTTATATAAATACAAATTTATAATGAAATATATCATAGCTCCTTAA
AAGTAATCGCCGAATAGCATGATATCTGATTGGAACAAAAGTCCCTCAAA
GAGTAGCTAAATACACAAATATTAAAACATCGTTTGTCTTAATAGATACT
GGCAGMACCCGGCATTCTCCGGAGTAATTAGGCGTTGACGAKCTCGTTCT
CAAACCAATACTACTTGTAGCCATTCATATGACGTGGTTTCTCCTCAAAA
ATGGAAGATATGAGGTTGAGGGGGAAAAAAATAATGTCTTGGGAACAAAT
GAGTACTTAAGTCTTAAGAGTGCTCACAAATAAAAACAAAGAAAATTCAT
TTGAACACTCCAGCGTTTTTATTTTATTCAAATGAGACCAATAACAGAAA
CAGTGCTCTTGTAAAACAGGGTATTAATATACCACTACACTCATAATATT
TCTTGTAGAAAAAATATTTATATGATATATATCAGGGTGCACTATATACA
GTGCACCCTGTATACCTGTTGGATATTGTGTACATACGACTGCATTATTT
CATTAATACGACAACATTGCTATTTCTTAGATTAAAATATATTTATGACA
TAAATTATGGAGTACAGTGCACCCGGTGACTTTTTGTCATATATTCATAC
AGACTGAAATACAAAATTTGCTTTAGTTACATAGATAAAGTCATTTGAAT
ATATGTACTCGGGAACATAAAAACAATTTTGAAAGAAAAAAGAAGCAAAG
AAAAACATTCAAATACATCTTTTTACTTCAAATACACAAGAAGATTGTTT
ATCTTTCAAAATTTAGCACATTTTGTAAAAAACAACAATTTTAGAAGAAT
ACACAATCCATCAAAATTTAATGTAACGAATTTAGATACCTAAAGGTTTT
AGTTGTAGTTTAGGACCTTTATTTGATTTAAGAGACAAATATTGGCTCTG
ATAGTGTTTTTTTATTTTTTGTTTTTTTTCAAATAAAAACATTGGATTTC
TCATTCTTTGATTGTGACGTTCAATTATGACTACTTTAAGAGTGCCATTT
GCGGCACACCCATTAGCTTAATGAGAATAATGATAATTGGTTAAGGAATA
CAATTTATTAATGCAATCCAGGCTGAATTCTTTGTTTGACAACAAAGAAT
TTTATCTTGTTTTTATGTTGACAGCCCACAAATGCCAACTGACCATCTCA
TGCTTTTACATGCCAGGGGTAGTGAAAAGGACCCACCGCTTACCATATAC
ATACTTGTCAGTAATATTTTTATTTATTATCTATCTACCTATGAATATAA
TAAAAATCCTGTATACATAAAGTTTTCTTTCAAAGTTTTTGAGTAAAAAA
AGAAGAATTTTCTCTTTAGTGGATATAAATAAATAAATAAAAACACTCCA
AGTTATCTTATGCTTTTCTTAAACGACCATCTGTAGACCACACATTTTTT
AAAAAGATATATTATACTTAATGTAGTTTTAGCAGTTTAGGTATATATGG
GTTGTTTTTTTAATATCGTATGTTATATCTACGTAATCATATCATAGCTG
TGGGTATATAAATATTTATTTAAAGAAATCTTGATTTATTGGCTCAGGAT
TTTATATATAATTATTATATAATACATAATAAAATATGTAATATACAAAG
GGGGTAGATGTATTAGTGTTGGTCCTCGGTCTGAAAATCATAGTCCGTCA
TCATTTTTGTTAGACCGAACTGATTCTATTTAATTTCGTTCGGTCTGTAC
CGACCTTGTAGGGATATTCAGTACTAATCCATCACGCAAGCGTACACCTT
TATATAAATTTGGCTTACCACTAGGGATGGGCATTTGGTAGAGTGTGAGA
GCAGGATCGATACTTATAGTATTACTGAATTAAGAACGTTTATTACGTCA
ACTGCCTGTTTTATCATTTTGAAGGGAGAAAATGTATTTTCTTTTACAGA
GAGTAGAGTCTTTCACATTTGTAATAGTATTAGTGCAAGTTTGTGGTGTC
TGAACCCTAAAGATCAAGCGGTCCCCCCAATAGTTATAACAATTAAAAAA
ATGTAAGACCGAACTGATTTGATACAACCAGTCTCGTAGTGACATTCGGT
ACTAATCAATTACACAAATGTAAAGCTTATATAAATGTTGCTTACTACTA
GGGATGGGGATTTTGTAGAGATGGAGTAAAAAGCGAGAGGAAAGCTTATG
GAATTATTATATAATTTTGATGGGAGAAAATGTATGATTGCTCTTTCTAG
TAGAGCTTTTATCATTTATAATAGAGGGAAAAAATTGATGAATAATATTT
CTTTATATATATGTTATTTTATTATGCATCCGAGACCAAAAAGTAAGTGG
ATAATTCATCATTTTGAATTAGAGATGTTAACAACACGAGTATCTACTAA
AGCCTGAAATTTTGAAGAATGTTTTACAGGAAAACAGATTAGCTTTCATG
ATATTTCTTTAGATTAGCTAATAGCAGTTGTGACTATCAATATCAAATAT
AAATTCCCTCCCCCCCCCCCCCAAAAAAAAACCAAACGATCTCGAACCCA
GTCTCAACACTAATCTTTATTAAGTTTGATTTTTTTGTTTCTTTGTTTTT
ATCACACTCAAAAAATCTTGGTAGGTATATGTACTTAATTAGTTTGTGAA
GTATTGAACGTCGTACAACATACATACATGTAATTTAATCTTAATTAAGC
TCTTTTTTAATTAATTAATTATGATATTTTTCTCATTCTTCATTTAACCG
AAATGAGTTGTTTTTTTCCCCCAAAAAAAGGAATATATATAGCACTTTAA
TTACCCAAGACAGGAATAGAATGGGGGTTTATGTAATGTAAATTGTAACA
TAATTACAATATATTATGTGGTAACTATTAGTGTTGAGACTTAGTTCAAT
ACCAAAAGTGTTTTTCGGTTCGATCTCAAATGATTTTTTATAGACCCATT
TCCAACGGTATTTCGGTCGTGACCGTAGACCAGGGGTGTCAAACTCATTT
CTGATTGGGGGCTGAATGCAGATTAATATGATCTCATGTCAGTAAATCCT
TTCAAAAGTACATAAGACTAAATATAAGTCTTCTTTTTTGTCTATGGTAT
AGTCAGTAATACTAATAATTATTATTGGTGAAAACAAGAATAAATCATNN
NNNGGTCCATATTCCAGAACCTGATAGCAGAACCGTTTCGGATCCTCATC
CGTCGTGGCAACACGAAACGACTAGGAGACGCCCCTTAGAGCTCTGGGAA
GAGTTGTCTTTTCTGCATGAGCCACCGAGGCCCTGGAATCCTCTCGCATT
ATTAAATGAATTTCCTTTTAATTAATTAATTATGAACAACCATAGAACTC
ATAAAAAGTGTGTATCACTATAAGGTTTTGATGTCAAAATATTTTTGAAT
TGCAAATTAGGTAACTGGCTTTCACTCTTGTGTCATCATTTAATTTACAT
TTTGCTTTCTCAGTTCTCTCTCTCCGAATAGAAACAAAAAAAAAAAAATG
CATATTTGGAATTGTGCCCAACTTAATAAGAGTTATTTCAAATTAATCAA
TCAATGTTCAGGACATTGAGTATTGGAAAATAATGAGAAACATTCTTCAA
ATGGCAACAAAATACGTTACCAGTAATTTTGCTTTTTGGTAAATTTGCCT
CTAGGAGATTTTGCCGACTGACATATTCACCGTCTTTTTATATTTTTATA
TCAGGTTAAGTAAAGAGTTCTTAGCGTTTTTACTAGATGTATTTAGTGAG
CTATATCTCACAATTAATACATTGAATCCAAAATAGTTTAAGTATTATTT
AAAGGTTAAGTGTGGACTTTAAAAAAAAGTCAATTTACAGTTTTGCATTC
AAAAATGGGAGTAAAAAACAGAAAATTCAATACATTCTTCAGAATAACTA
CAACCTAGGTCAAAAGGCGGAGCAGACAGACAAATTTTTGTCCTTTTTAA
TGACCCAATACAGTATCGAATGCAACTGCAAAGTGGTGGTTCCAGCCTTT
CGTTTCTGGTAATATGGACGTCGAAAATGTCAATTATATAATAGAAATCG
TTTAGTTGGACCAGCATGTGAACACTTATTACATTGCTCAGGAACTGAAG
ATTAGCTAGAAACCCGTTTGGAACCATCTAAATCGGATGATTTCAACTAT
GTCGATTTTATTGTTAAAATAAAGGGAAAAAACGCTCAGAAATTTTTACT
TTATCTATTATTATTCGTTCGAATTTTACTCGTGTATCTCGATCAGATTA
ATTATATAGCTGGGAAAAGAAGGGAAAAGGAAAATAGTGATGAAACTATT
AATACAACAGTCAAGTTTGAACCGATAGTATAATAAAAAAATAAAAAAGG
TGGCGAATATGTCATGCGGCAAAATTACCGACAGTGAATACATTCGAAGC
AAAATTATCTGGTGCCAACAAAATACACTGCTCATTTCTGTGTTAGTGAG
GTTACAACCTGATCTAGACCGAATCTGTATTTGAGACCGGTCCGAACTTA
TTTAAAGGACCAAATTAGTTTGTTCTTTCAAGGGGGGAACCCCAACACTA
GTAGCTATTATATTATCAAATAGTAGGGGGTAGTTTTACTTATAGTAGTA
CTTATTTATAAATATATAATGTACAATTTAAAGCAATTACGTTGTCAGAA
GGGGGGGGGGGAGGAGTCTCGTTTTACCCTTTTGATTTTCTATTTTGTGA
TTAAATATATATATATATTGTATAGTTATATATATAAGTAAGTACCAAAG
TTATTGAAGTTCCACACGCAAATCGTAAAGTACCTTTTAATTGGGAAAAT
GATAAATCATTTTCTAACTCTTTTTTTTTGTATATGATAGGGATATATTT
ATGTACATAGAAGAAGGGGGAAAAGACCCGAAGAAGTACATCTTATTATC
TATAGAATGCTTTCATTGAAGTCATAAATTGCTGAATAGTCATGTCTGTT
CAATTGAGATCTACGTTACAATATCAGCGAGTGTTTCCTTACTAACTTTC
ATTTGTAGCAGTTATATGTTTGGGGAAGTTTGATTTTTTCAGCAATATTT
TTATATAGTAAACAATACAAGATGAATGACGTCACTATTAAACATCATCA
CTCACCAGAGTGGTTTTTAAAATCAAATAGAATAAATCAAGCAGGATTAA
CTAAGGCATTTGGGGAAATTATGTTGCAGAGAAAAAATTTAAATTTTTTT
ATTTTTATAGCTTAATAAATATTTGTAATTTTTTTCCATAAAATTATATT
TTGTAATTTTTTTCCATAAAATTATATATTTGAAATTTTTTATGAATCAA
GCATTTTGATGGATAGGACCTTGTGCAGAAGAATCCTTTTAATTTTCTAT
TCTCCAATTATTTTTGTTATCAAATGTTATATTAATGAGCCATTTCTGAC
TTTGTTCAAAACTGTATGTGCGAGTAATTAGTTCTTTTTAGGAAAAGGCT
TCAAGAGAATTGTGACGGATATTTTTGCAGGTTCTACTTTATCACTCTGT
TAGCTTCATTGAATAAATAAATATTCAGAATTCTTTAAGAACAAAATAAG
CTATAGATAGTCCCTATGGTCTATAGCTACTCAAGGTTGACTATATGAAA
ATATCGCGCGGATACGACGCGGAAAAGAAGCTAGCCTTAATAATCAAACT
TGCTCAAATGAATGCATCCCATTTTTACAAAATAAAATCGACAAATGTGC
AATGAATATTGATGTAATTTCATCAAATGGCTTTAATAATCAAATAAATA
CTGGGCATTCGCATTAAATACTATCTGATGCCTATGATATACTGTGATTT
GTGGATATAATCAATGTAATATGTACTTAAAATCCTAGGAAATGTCAAAA
TTTATACAGTTCTTTTTTTTATTTTTTGATCGATTTGGGACGATAAAAGT
AGGATAATTAGAGACGTAGCTTAATGGACAACGCGCTTGGAGAATTTATT
CTCTAGAACTCAATCTGTGTAGGTTTGATACTCGGTCGTTACTAGAGAGG
AAATATATTGACTATATTCAAAGACAATTCCTAGATCAGATAAAGTAATG
TTAATACTATAATGTTTACTTATATTTAATTAGTCCAACTCCATCGCACC
AATTAAAGACACTTGTAAAAAAAAATCATATTCTAAACATTTTAAGGATT
AGTTTATTGACTACAAAATAAAAAATAGATTGTATAACGATGTAATAACA
TATTTTGAATACATTTTAAAGCTTAGTATATCATGCAACAAGGTAATAGA
GGGCAAATGTTCAAGTCCTTTTATTTGTTGGTTCTATTTTGACATCCAAA
TGCTCACTATTTTCATTAATATTAATATATAAAAAGGGTTTTCTTTCATA
TAAAACTTGGTTATTATTCCCTCTTTCAAAATGGCGAACATTCAAAATAC
TGACGTGACATGAAAACCCTTTATACGTGTACCATACATTAACTCCTAAC
GCTTTATTCTTATTTTTCAGACTTGGTTTAAACACCATGACCTTACAAGT
ATCAAGTTCAGCCGTATATTCTGCTCAAGGAGTTGCTATTTCCGTTACAG
GGATTGCTCAAGTAAGAAATCCATAACTTCTAATTATGTAATTATATATG
TTAAAGAGATGCGACTATCAGCCGGAGCCGCAATGGGATTTTTAAAGCAA
CAAAGACCCGTAATTAAAACAGACATGTGGGAAGTGTATTATATTGCCTA
CTGGCGCAAATGACAGTTGGATTCATTGTTGCCAATTTCCGTTCTATATA
TTTACATACTTAATTCTTTAGTTTTTTTTGTTTTTTATTTGGTTTTGCTA
GTATGTTGTATGTAGATAGAATGGTACATTTATTCTGTTGCTTTTCTAAC
CTATTTTGCCTCAAGGGTACGCAGTGGGAAAAGATGATTGCATGCATGAA
CCCTTTAAAAAACGAAAACTCTTATTTCATAATAAATAGCAAAGTTTTAA
TTATTGTTATTGCTATTAGAGCATAATATTCTATTGCACCGTAATATACG
ATCCACAGTCGTTTACCTTGATTCTCTCTCTCTCTCTCTCTGTTATTGTT
GCAAATAACCCACTGCTCAACCTCCGCAACACATGATCATCTTCGTTGTT
GTTGTAATACTTGTGTATTATTTTCATAGAATTTATCCATCCAAGAAGTT
TGCTACTACTATATATGTACATAAATTTATATTAAAATTAATATACAGGG
TGTCCCTGTATATTGTGTGCAAATTTTACAGAGCTATACATGATCAAGAT
TCTCAAAAAGTACAGGAATAATACAATGGAACATGATGTATCAAAACAAT
CAAAGTGAGCTGAATGGATTTAAAGGAAACATTGCTGATTGGATTCTTCA
TGCAAGGGTCACTTCCTTGACTCGTGCTTCTAAATTCTCATAGGAATGCG
TTCAGTAGGAAGGAGAAAAAAAAAATCTAATAAATACTAAACTTTTTGGT
GACGTGGCAAATATCTTAATAATTCAAGGGAAATCCCTTGACGGAAATTG
GTGGCTGATGTGGTTTTGCTACAGTTTGACAACATTCTACATATACAGCA
ACAAGTCGAATATAAAGAACTATACATGTTTGTTTTCCCCCCTTTAAATA
AGCTGTGGAATCTTCATTCTACATACTATTTTATTACTGTGATCGATTCA
TGGCGGAGAGTATCATAGTAAATAGATTAGGCATAAGTCTCAAGACGTAT
GATTCGCTCATTTATTTTACAATAATAGGAGAAATGACTTCAAAGTGGAG
GTGATAATATCAAAGACACTTACGATAATATATCCCTGTAGATCAAAAAA
GATTATCTGAATGGAAAGTAATTATATTTTTCAAAATGGTCATAATCATG
GCTTYTATCCTAGACATAAAGGKATCGCAGGKCTATTTCCCGTATTCATC
CGATATGTCAGCCCATTCCTTCTTCACAATAGGCTTTAGGACATCCACAT
TCATATGGGAGGTGGGAAAGGCCTTATCAATTGGTAAAATATTTAAACCT
TTCCAAAGTTTCATTCGCGACTCCCTGGGACACACGGTACAATATATATA
CAATGTAAATACCTTACTCATCTTTGCTTTTTTAGAGGGGGGCTAGAGAT
GATGAGGAGATGAAAATTTGGCTATGAAATAACCTTGACAAAAACTATTT
TGCAAAAAAAAAAACAATAATATATAAATAATATTTTTTAGTAGGGATGG
GACTCGATTCGTGAATAATCCATTTAGAGAAAATATATATATGTATAATT
ATATATGTTCATACAATACCAATAACCTGGGTAACTATAATATTTTAGTA
CAAATATGAACAGAGTGAATGTTCACAAAGACTTCTTATCAATTTATATG
ATGCTTTCTGGAACCATGTGTAGATTCGTATCATAATATTGTACGCATTC
ATGAGATGATGATATCTCATACTAAGTATAGTGAGTCATACTCACTGACT
GAAAGGGGAAGTTAAATGATAATAATTGATGTTATAATCCCTTACAAAAT
TATCAATAGCTTGTAAATCCTAAGCATTTTTTAACGTGCGATTTTAGTTT
TTGTTGGCAACCTTAATAGTGCTTTATTTGTTTTTTTAATGCTGTTTTTG
TTCATTCTTGAGTCGGGAATATACAAGTATCAAGTGTTATCCCGTGTGTG
TGTGTGCTGGATGTGTTAGTGTTGGATTGGTCTAAAAAAGATAAAAAGAC
TGTAATCCTGTCGGTCTGGTAATAATAAAATTTGTCTGTCCCAACACGGG
TCCTTATTGGTCTTTTACAGAAACTAAAACTAATATTTGAATTTTTTTTC
CAAAAATTTAATATTTCAAATTATTTTCCAAAAAATATAATTTTTGTAAT
TTTATATGTAAAGCTGTGGATTTTGGAATCTTTTTACATAAAATTTAATG
TTTGAATTTTTTTTTCGGAGAATTTAATTTTTTTGCGTAAAGATATATTT
TTTTAAATTTTTTTTACAAAATATTTAATGTTTGAAATTTTTTCCTACAA
AATTTAATATTTAAAATTATTTTCCAATAAAATTAATTTTGTAATTTAAT
GTGTATTTTGGAAAAAATTTCCAAAAAATTTAATATTTAAAATTATTTTC
CAATAAAATTAACTTTGTAATTTTATGTGTATTTTGGAAAAAAAATTCCA
AAAAATTTAATTTTTTTAAAAATATAATGTTTCAATTTTTTTCCTCACAA
ATTTAATGTTTCAAACTTTTTCCAAAAATTTTACTTCTTCAAATTTTTTT
CCCAAAAATTTTATTTTTTTTTGGAAATTTTATGTGTGGAGCTGTGGATT
TTGTAAATAAATATTCAAAAAATTATTTTTTTTGTGAATAGATGTGTATT
TTTGAATTTTTTTCCAAAAAATTTAATGTTTTAATTTTTTTCCTGAAAAA
TCAATTTTTGAGTAAAGATGTGGATTTCTTTTCCCAAAAAAAAAAAATCC
GAAAACTCAGCTGCCTCCAAATATAATTCTGTGGACGCCACTGTGTAAAG
AAATGGTAAAGAGAAAATAATTCGTTATTGAATCATCATTAATATAATCA
TGTATCTTTATTTCCAGGGTTAATCAATTTGCAATTCTCTCTTTCTTTTT
TTACCTTTCTTCATTTATTTTCTTTTAGCTGAAACGTCATTATAATCCCT
TATGTAATACTATTAACACTTCTCCCTTCTTCTTTTTTTACAACAGTATA
ATTTTTATGAAGAAATTGCATGTGTTGAATATATATAAGAACAAGTCGTT
AAGGCATATTAACTCTTTTTTTTCTTCACATTTGCACAAAGTAATTTTCG
TTACATGTTGACTCCCCTTATTGGCATGAGTCTTATCTCAATTCATCATC
TTTTTATTTTTTAGAAAATAACTTTATGATTTTTATTTATTAATCAGTTA
CTTAAAAGCATCAATACATTAACATGTACGATTTAGTGATGCGGAGGTTA
ACTTTTTTAGAGACTTCGAGTCTTTTGAATTATGTAGCAACAAATTGATC
TAATTTGACTATTCTTATCTGGTCCCTAGTGCGTTTGCCTTTATGCTATT
TTGTCTTAAAATATAAATAAATGAAGTATATACATCATTATTGTTCCTTT
TTGGTAGAAATGGATACCCATTTCAATTTTTAAAATCAAAATATGTAATA
TTTATTACTATAAAACACGTTGAACTTATCAATGAAATTATGCTCTTTCC
TCGTATTAGGCTTGTTTGTCGATCAATGAGTCTTTTCTAACATGAATAAT
CCGTCATGTCCTATGATAATTAATAAGTGAATAGGTAAAGCAATTCTTCC
ATTTGAATCGTTGTCCCGTTTTTTATTTTTATTTTAATTATGATACTAAT
TTTATTAACTATTTTGTCTCAAATTTGAACTCTTTACATAGTGAAATTTC
GATAGTGTGTATTTATTGAAATGATGGGTATAATCCTATCATCATTAATT
CATATTTTAAAGTGAAATATCCTTGAGGAAAAATGGATTTACGGCAAAAT
GTCCGACGGCAAAATGCCCCGATGCAAAATAGTTTATAAGGCAAAAGTAC
GTAATGCTATCTTAACCAATATTGAAGGTAGAAGATGCAAATTGTGCTGT
CATCATAAGTATCTTTTTGCATGCAAAATATATTAAATTCAGCGCTAAAC
TCTGTTATATGGTTTGGATAGTATAATAAAATTTACATTTCAAGGATATA
TAACTGTTGTATTGAACTAAGAGACAATTAGTGTTTTGTTGGGCCTTTTT
TAGGATTGCATGTTCTGTTCAGTTCCACTTGTCGTTCCTTAAATAAGGTA
AAATCGATTCCTCCTGACTTCATTAATTATTCTGTTATATTACTCAGAAA
AAATATAATATATTTTCGATTTATATTGTATTTTAATAATAGCATGAATA
GTTTTTACAAGATATGTGCAATACTATTCATACATATCTCATATAGAATA
AAATTGATTAGAAAAGAGGAGAGCCTTCTACATTTAAAATACCATCTAGG
ACCAGTCTTCTATTAAATGTAGGTCTACCAAAAAATCAATCTTGATCCGA
TCAATGTCATTTTTTTTAGAAAATAATCTTTTCTATCTTAGTAATCTGAA
TTAAGCTCTATGATTTGAATGTTGTGTTTGATTATTGGTCTGGAGAATAA
ATAACTAYCCCGAACCGGGGAAAAAAATCCGTCTCGAGCCGAGTCTCAAC
ACTAATATGTATAATGGCTTTATTATCATTTAATTACATACTTGGATGCA
GGTAAAGAGAGGAGTATTTATATATATCTATATGTAAAAATAAGCCGAAA
ATGCTGAAAAATACCCCCCAAAAATATGTATGTATATAATTTGATGATAA
TAAAAATAAATTATTATTCAGATGATAATGACGAGTCTTGATTTCTTCCT
TCCTTCTTTGCGGAGGTTCTACCTCAATATACATTATAATGTTCCTTCAT
ATATAATATATTAAAAATCCGTTGACAAGACATGCAAAATCTACAATGTA
CATTTGTAATAATAGAAGACATTTTGATTTATGTTCATTCCTTGTTCGTT
CGTAATATGGCGGSAAAAWGACAGGAGKTATTACTGCTATTTAATGAAAA
AGAAAAWAGGKATTGCAAAGAAAAWGGCTTACTCTGTTATAGTTTGTTTT
TTTCTCTTATTTTCTTTAATATGGAATACATGTGCCCCGTCAACACAAAA
GCGAGTAAGAATTATTTATTACAAAATTGAGTGTGGAGTACATTTGTATT
CTTTGATGAATGATTCTCAATTTCTATCAAAAAGGATTCTTTTGATTAAC
TCTTTGGGTGTGTTGCAAATTACGGTTAAAGTCATCAAAATTGATCCTCA
TAATAAGATAATGATAAATTGGTAGATTTTATGGTTTTGCACGAGCTCAT
ATGGGGGCCAATATAGTCAAATAGAGGTTATAAAGCAGGGATGGCCATCC
TTTTAATATAATAGGTCGCATTGCCTCTCAAATTTAGTCAAATCTAATTT
TTCATAACCAAACTACTTCTAAAAAGGGCAATCTTATTGTTTTTGTTTTT
TTTATTGGGGGGGGGGGGGGTTGAATTATATTTTATTTAAAGAATTCTTT
TTTTTTTTAAATTCTCCCTGTTTTCTCATTAATTTTTTTTTTCTAAAGTA
AGTGGGCCTCACTTAAACATGAATGTGTTGGACATCCCTGTTGTAAACTA
TCGCTCCATTTTTTTGAATATCCTGACTCATACCTATAATTTAAATAATA
AGGCTATAATTGASTCAAATATACATATGAAATATGTATATATGTGGCTT
KTGAACACAAAMGCAAGCTAGAAWGATTTTTCACAAAATTGAGCGGTAAT
TATATTTGCATTCTTCCAACAATTATCGTCAATTCCTATCTACAAATTAC
TCTTATTAAACCTTTGGGTGTGGCCCAAATTGCACTTAAAGTAGCCAAAG
TGTTTACTTTACTACAATAGTCATTTTTACTGTTACTTGTAATTATTATT
TTATGGCCGTCAACATAAAAGCAAATAGAATGATTTTTCGCAAAATGGAA
TTATGATTATTTTTATTTTCTTCCACAAATATTCTTCAATTCTTATTAAC
AGATTATACTACTTATTAACCCTTTGGGTGTGTTGCAAATTGCACTTAAA
GTAAAAGGCAAAATTCATCACCACAATCAAAGAATGAGAAATTAACATAT
TTTATGGTTGAAAGTAGCCATATTGGGGACAATAAAAGTCTCTTAAAGCA
AATAAAAGTTATAAACTATACCTAATATACTTTGGCATCTTAAATCATCC
CATTCATTGGACTATTATACTTTACATTACTCTAAAGTCTATGAAATATT
GAACTGTATAAAATTGGGATTTTATACCATTCTTGATTTTCTTTCTCATA
TTGTTTGAATGTTGAAGCACCACGCCAGTCAAATGCAGATAGTGGAGACT
CTTGTGTAGTTTATAGGGRAGATTATGTATTGCTTCATTGTCCCTAATTA
ATCATTATTTAGGAACAAGTACTAAATCTTTTAATTTTCGTTTTAAAATT
ATGGGATGTGGACCAATTTCAGCGTAGGTGTTTAGCTAGTGTATTTGATT
CAGCAAATTATAATTGTGGTCAATTTATGCTTGATAAAAATTTGAATCAT
ATTTATTAATGTTGAATGCATAAATTAAGCATCAACCGAGCTCAAATAGT
GTCTTGCCTGCCAAATCTACTCCATAAATCTTGATTTACAGAGATTATAT
TTTTTGAAGAAAAAAAATTTATCAAAGAATAAAAAATTTCTAAATGTTTA
TGAAAATACATTACCCCCTCCTTAAGCTGACAATTTACTCAAACCTTTCG
GAAATATATACAATTAGATAACCCTGTGTAATGTATTGTAGAGTGATCCT
ATTTTGATTTTCAAAATAAAAGACACGTGGCCTGATAAGTGACGGTTTAA
GGGGGTTTAGGGGCAAAGTGTTTATTTTGACAATGATTAAATTTATAATA
TTCATAAATTTTGTTTTGATTTTGGTATTTCCATATTTTTAATCTGACTT
TTAGTATAAGTCGAATGAAAATTCACTTAACCCACAAAAACAGACATATC
ATAATTTTAAAATAAAAATCCCCCTACGCTCTGGACAGGACAGTATCACT
ATTCATCTCTATAGTACCCAAGTCTAAGTATTTCCCTCTCCAACTGTGTC
TCCTATAAATGGAAATTGAACATTGTTGTAGAAAACAAAAAAAGTTTTTC
AAAATAATGTTTTTTTTTCTGAAGGGCATTGGAAAAAATATATTAATAAT
TACATACATATGATAGTTCAACAGTCCCATCAGGCTCATATTAAAAGTTA
TCGGTCCCTTTCAATAAAATATATCCAAATTAATGACTTGGGTTGTAAAT
TGTTAGCATTTCTTGGGGATGTGAAAAGAAAAAAACAACCGAAAATGAAC
ATTGTAACCCAGATAATTTGAAGAAAGTTTGAGAGGAGAACAGCTCAGCT
GTCATGACGTTACATTAAATTAGCAGCTAGCAGCTCTGAGATGAAGGAAG
TAAATGACATAAGCAGGAATTTATCTATTGTCGATCCTCAATTCTACTCC
GAATCCAATAAGAGCTTACACTTATAACTTCTTAACAGGTCTTAAGGCTT
ACTCTTCGTCTTCCATCCATTGGTAATTATTTTATACTTTTACTTCTCTC
TTCAAGAATATTGATAAAATCTGATGAAAATGGAAATAAAATTTTTTTGT
CTAGGCTGTCAACAACAGCAAAACTCACATGCTATAAAATGCTTAGGATT
TAGAACCGTATACTAAAGATGATACAAACAGTCGTGCCAACAAGAATCGT
CTTTATAGTACTTGGATCAAAAAGTCTTCCTCTCTCACCATGTCTCCTTT
AATTTGAAATATACAGCTTTTTTAGAGAAAAAAAAGGATTTTCAAAATGA
GGTGTTTCTGAAGAGCATTGAAAAAAATATATCATAAATGAATACTTGTG
CTGGAAATGAATTGCTATTAAGTATATTTTTCCCGGGTCCTCTTTTGTCT
CTGTTTAATTTTAATTATAAATTGGCAGTTTTTGTATATGAAAAAAAGAG
GAATAAATATGTTCCTAATGAAGTTTTTATAAAGGGCATTAGTAATAGAG
GGTTGACTGCATGGGGCCTTTTACTGGGGCACACGTGCACTCTACATTTA
TTTATGATACTTCCGGTGTAATTTATAATAATGAGAGGAATAATAATACT
CGTTTCTCAGTGGTATGCTGCTGCTCTTCTTCAAAATTAATTTACATCCT
TATTTTATTTTCTTCCTTCGCCTTCCTTCAATGGTAATCTTCAGTGCTAC
TATTATTATTAGAATTAGTTTATTATTGACTAATTTTGTCGGAATAAATG
GAATAACAACAAAAAACGTCCTTGTTAGCATAATAATAATAATTCAATTA
ACAGAATTTGTAATTTTTTTCCCCCCGTACAGAAATGAATATGTTTTTTC
CTATGTATGTAAATAATACTCGTTATGAGTCTCTACTTAATCACATAATA
TTTAAAATCAGGCAATATGAGTCATATACTTATTACAACATATTATACAA
AGGGAGTCTGAAAAGTTTCCAACCTTCACGTGAAGATTGTCTCACTCGTA
CACAAAAGCTAGTCACATCTATACATCATCTTCTGTTAACCTATACTTTT
ATGCAGCAGTTATTTGAGAAATGGACAAAATCGAGTATCAAGCTGTCATT
ATTAAATATTTGTTGTTGGAAGGGGTATCTTTAAATAGATTTCAACAATG
TTCTGTTAAAATTTGAGGTGTCTAAGTCAATCCAACTCGGAGTAACTGAG
CCAAGATCCAAAAGTGTCTTCTGAACAATTATTTAGCAGATAATTGTCAG
GCGAACCCAGTTGGGGTCGCGACTCACRGGGCTGAAGCCACTGCTTTAAT
TGATCCAACATGATAACACATGAAAAACATACTTATGTGAAATAACAATA
TTTGAATGATGAACTTAATTAATCCAGGTTCGGATGTCCACTCTCATTTT
GGGTTTCTTTTATTTTTCAATAGCAAAAAAGGCAATGTCAATAACAATTT
CGTATAGTTTTGTTGTAAATCCGTCATTATTATAGCACTAAGATTAAAGT
ACCGTATTACCAAACAACAAATTTATCACGTCGATATCTTTAATGTATCA
ACCAAACTTTCACCGCAAAATAAACAGAAAAAAGGCTCAAAATCATCTGG
TATCTAGCCAAATGAGTCAGTCATAATAACTTCTATTTAATTGTTAAGTA
CTCCAAGACTTTCATTCTGATATTATTTCTCCTCAATTTTCAAAATTTAT
ATTTAATCATATTCAAATCCTATAAAGTATTTTATTCCATACTGTATCGT
AATATTACCTAGTGATATTTTATGAAAAGCGTGGCAATACATTTGTATTT
CTATATGATGACTAAAGTTTCTTCATAAAAATAATAAATTGGCTAATATA
TATATATATATATGATGAGGGATCAACAAAAAAGTTGTATTCCTCTCCAT
TTTGGAAATGGAGCATAAAGATATTATATAGCTTATTACTTTGTTAATTT
ATCAAAAAGTATAAATTATGAAATAGCATTGATGTAGCAAGTGGGACAAG
GGGATCGATAGCACACAACAAAAAATTTTTGTGTTAGTGAGGCAACACCG
TTTTATATATATATATGATCTAAAATTAGGTTGACTTTTGGTGGAGCATC
CGACAAAGTAAAAACTATCCCTTATTGACTTATGGACTCTTCTGTCTATA
TTGTTTTTCGTAGAGTATGGTTTCATAGTTTTACTTTGCCTCTTAGCCCA
ATAATCCACCGAAAAATTCACCTAAATTTACTCAAAATCAAATGCTTCGG
GGAATTGGGAATTCTACTTTGCCCGATCCTACAACAAAAATTGACCTAAT
AAATATGAAGAAAAGACATTTGCCAAATTCAACAATATAAAAGTGTATAT
TTTTATACAATTTGTAAAACTGCCAAAAAGTCCAAGTAAGGATTGATTAT
TATTATTTATTTTTTCATTATTTATTACTTATTTATGTATATATATATTG
GTATAGTATAAATCATGAGAAGTAGAATTTGTTCTTCTTCYCGCACCCCC
CCCCCCCCTCTGCGTCCTCAAATTACAAGTCTTACCTTGAGATCCCATTT
TTTATTAATAAATATTTATATAATATGTGTTATGTTATGAATATACATAC
TTATCGAACGAGAGAGTTGATTAATAAATAATATGTATATTAGGGTGTCT
TGTTTTTCAACTTTTTTCGAATTTCGATTACGGCTGTTTAGGAGGAAAGT
TGTGRTATAGTAAGACCTATGCAAAATTTCATTTATCTACGATGTCATCC
TTTGGTTGTACATCTAATTCAAAGTTGGAAAGGAGATAAAAGTTATTTAT
TTCATCCATGAGGATTAAAATATAGCATTAATCATTATTTTGTCTTTATT
AGTTATGATAGACTTTATTCTAACCTATAAAAAACCTATGTAAAGTTTTT
TTCTAAAGCTAACCCATGGATCAAAAAGGGAGAATAATATAAGATAATTT
GGATACTTTGGACAATGCACATTTGCATAGGTTATTTCCTTAGAATATGA
CAACTTTTCCACACACCCCGTTATGGAAATTCGAAAAAAGTTGAAAAATA
AACCGCCCTAGTGTACATATAGATTTGAGTATATTTAGAAGGAATGACTC
GAGCAAAATGGAGAATCCTTCAGAAAAACATACCTACTTATATGAGTAGG
TATATCGGAGGTCGACTTTTGGTATGTGTAATTATTAATATTTTAATTAT
TCAAAGATAATCACTACTTACTACATAATATTATTAAATATGTAATATCT
ATAGCTTCCAGCTACATGAGCCATCCATGCTGTGAAGAAATCCTCGGGAT
TGATAAATATAAGTCCATATAATATATACCGTCAACACAAAAGCAAGTTA
GAATGATGTTTCTTTAAATTGAGTCAATTTCTATGAACAAATTATTTTTA
TTAACCCTATGGGTGTGCCGCAAATGGTACTTAAAGTAGTAGCTAAAATT
GATCCTTACACTAAAAGAATGAGAAATTGATCGATTTTAGGATTGAAAGA
GGTCATATAGGGGCCAATATAAGTCTCTTAAATCAAATAAAGGTTCCAAA
TTATAGTTAAAACTCTTGAGTAACTTAACTCATCCCAGTAATTTGAATAA
TAAGCCTAATATTGACTCAAATATGCTTATGAAATATTGGATTACAATTT
GATATGCTGCTAATTAAGTTGTTTTTTTTAAAGGTTCAATAAAAAGTAAT
TTAAAGGGAAATGAAAAAATCACCGGGTATTTAAATACCAAAGTTTGGTT
TATTGGAGGAGTTATATGAGTTTCAAAACTGTATAAAGCAAGGCTTTAAA
TGTGTACACCCATTATGAAATCAAAATGAAACTTGTCTGATGTATAAAAT
ATATTTTATTGCCTTTTGTCAAAAAAAGGAAGTTTTATTCTCGCACCCTG
TACATAGGTACATATTTAAAAAGGATTCAATTTGACACGGCATGTGTACG
TAGGTACAATGTACATAATTTATATTTTGATTGGTACTTATGATGTATTG
AGAGATTTTATATTCTATTATTATAAAAATAGGAACCTACATCCTAATTA
CGAGCAAAATATGGGCCAGGCCCACTAACTCATTCTCAAGGATCAACATG
ATAATGACTATGTTGTACATTGTATGTATCCAAGATGGAGTTTCCTCTTT
ATTCTGGCTCCCATATTTCCCTCCCACCTTTATCTTCAATTAAGGGTTTC
TTATTTTATGTATGTATGTAGATATGTATTCAGTGGTCCTAATATATATA
TATATAAAATGTGGGACATGTGTTACAAACAAAACAGAGAGGACTTATTT
TTTGGGTAGGCAACCATTATGTACATATGTGGGGTTGTGGGGGTATAATA
TGATAGCCTCATGAAGGGATGATTGTTCTAAGGGATGAGGGAAGGTCGTG
CATTGCTTTCCTTTTAAGTATATTCAAACTTATTTTCCCATGCTCTTGAG
AATAAGTGTTACATGTCAATCAAACTACTGCAGAAAAAATTTCTTGTTAA
TATATCCATTCGTGTTATTTTGATGGCCTTAAAATAATGGTATACATACT
TATATTTATTTGCGGCACTGTAGAACGGAATATGTGCATGGAGCCCTCTA
AGAAACTCTTCCATACAACTAATAATCTCAATTTCTGGTAAGGTAATGTA
GCACTCCATGTGTTGCAAAGCTCACAAATATCAAACCAATCGAGAACAAG
GTGTACAATCCAGTTATTGATCTTTTAGGACACTTTAAAGCTGTATAAAT
TATGACCCAAAACGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTATTGAAAAAAAAAAATG
TAAAATACCAAATATTTTAGAAAAAATTTCAAAAATCTATGGCTATTCAC
ATAATATTTTAAAATTTAAATTTTTTGGAAAAAAAAAWTYMAAATTTTAT
TTACAATATTAATTTTTTTGGAGAAAAAATTAAGAAGTTTATAGCATATC
ACAAAAAAATAATTTTTTTTGTACAAAAACCTATAGTTTTTCACAAGTAA
ATTAATTTTTTTGAATAAAAAATTCAAAAATCCACAAAATCTAACGAAAT
TTGGGTTATTTTGCATAAAAATTTTTTTTATCCAGAGCAAAAAGTTTCGA
GCTATAACTAAAAAKTCCTTAATTTTGGGGAGGGCCTMCAGCCCCTCCAG
CCCACCCTTACAGACGCCCCTGGTTACCCTGGGGATTTGTTGAGGAGTTA
TAAGTATAAGACCATCTTAGGCTTAGAGTAGAATTGAGGATCGATTAATC
CGATATGTTCATGCTATTTACTGATTGGGAGGTGTATTTTTTTTCCTCAT
ATATAAAAGAAGCTGCTCAAATAAAATGTAATGACAGTTAAGCTGCTCTC
CTCCCAAATATTTTCAAATTGTCAGGGTTACCCTGTTATTTTTCTGTTTC
TTGTATTTTTACATATAACTCTACAGATAAATTTGTACAGATCATATAGC
CAAGACCACAGGACATGAAACCAATCAAGAAAAGTCAACAGTTTTAAAAA
GTGTGAAAATAATGTATAACAAGAATGGGATGTAATTTCCCAAACAGATG
CTCCTTTTGGATAGCATTATGTGTTATCTTAGTTAGTACAAATACGAGGC
GAGGAAAAGTCCTTATACTGCAAGTCCGAATCAAGTCTGCCTTTGCTTCC
AAGTCCTTGAATATTTTCATCGAGAACAGTTAATGTCCACAGAGAATAAA
AGTAAATCTACTTTAATTGTGTGAGTTGCAAGTCTTCAAAATAGAGCTAC
ATATTCTTACCTCTACATAGTAAAAATATGCTCTAGTTATAAGTGGAAAT
ATATAGCCGTCAATCTATTTTGACCGACTTAGTATAAAAGAACCTTTATC
CAAAGAGAAAATGACCATCCCTATAAGTACACCCATATAAATCATTCCCC
CTTTAAATAAATATATATCTACCAACTGAAAAGTGAGAGCCCTCTGTAAT
TAAATTAACTTGTCCCTCAGGTAAAGCAATACACACACATATATACAAAA
AAAAAAAAATCTAACAAACAACGCATTCCTCTCATTCTTGAACACACAAA
AAATAATAATATAAAAAAAATATGTGACCATGAATACAGAGAATGAAAAT
ATTTTGTTTATTTCGTTCCTCCATCCTTTCATTTGGGGATGTAATATATG
TATTTATAGCCATTTATTGCAAATAGCCGAGGTAGGTATTTCCTATAATT
GGCTATTAAAGGATTTGATTTCTTCTATACATATAATGCTTGTGTAGTGT
TGTGTAGGTCCTTATTTATTCGGCCCTGTTCAGCCCTAGGATCTGTCCTT
TGGACCGTGAATACTACAAATGATTAATAAAGAAGAAATACATTTAAGTG
ACGTCATCAAGGATCGAACTTTATAAGTTTATAAGTCTGACACAATACCA
TGTATTTGCTTGTAGGTAGTTTAATGTATATCCTAATTAAAGACAGGAGT
TCCATCAAGCTCAGTCTCGATCCGGTAGAGTTGAGTTCTGCATATCAGTC
CTATAACGTATAAAGTTTGATCCTTGATGATGTCACTCAACTTTATTTCT
TCTTTTACTTATTCTAGTACTGAGAGTCTTAATGACAGGTCCTAAGCTGG
ACCTGACCGAGTAAATAAGGAATGCCTCAACACTATTTACTATTGTTGAA
ACCAAATATATTTTCGGTTCGGTCGTAAGTAACTTTTTCTATATGAATTT
GGACCGATTCGTTACCCCAAAAGAACTCGTAGTAAAATTAATTTACCCCA
AACTAGTGGCATGATGTTTATCTGTTTATATCATTTAACACTAGGAACAC
ACTCCCTTTAAAATAATTGTCAAAATTACCCCTTTTGGGGTAATTTACCC
CTATTCTCCGACCACTGGCGTAGACCATTTATATTTTTATTCTCTTTAAT
GTTGATGGAGCTGTAGGGATTAAGTATACGTAAATATTATAGTATTCCAT
ATCTCCATCTGACCTAGGAATCTTCTTTGAAGTCCATATATGTATTTCCT
TCTCTATGAACAATCAGATATTTAATCGTTTGTTTACTTTCTGTTCGTGG
ATCATTTTTCTATTCTACACCATCATGAATCATCAGTTGTATAAATATAA
TTTTTGCAACACCGTATACTATACTGACGTAATTGTAGGTCGAGATTCAC
AATTATGAAACACAACTGACGTCATTAACAATTCATTCATTGAATCGGTC
TCACGGCGTTACCTTACTTAAACAAAAATTTGCCGTGTATTGTATTGTCT
GCTCTGAATGGTTATTTTTCTTCTATTAGTGTTCTGAGAGGGCAAATTTG
ATTTTTTTTATATTTCAAAAATTAAAATTTTTGCCTTCTTTTTTATAGAA
AAGAAATTAGATCCTCCAAAGGAAAAAATATTATAGTAAAAAACAATTTT
TTTTGAGAGGGGTGACAAACTGAAAATGAAGTCATCGATTTGTTATAAAG
GAATTATTTCTCTTTATAAATAAATGCAGTAATGGCCTAGACCGAATTCA
TTTCTCATCTAAACTGAACTTTCATAAATAAAGAACTGAATAAGTTCCCT
CTACTAAAAATACAATGATCTTAGACCGAAACACAACACTAGTTGTAGCA
AATAGTTGCAATGTAGGTATTTGTTGATATGAGCTATTAAATGATTTATT
TTAATTTCTTCATTGAGTTGTACATATAATATTATAGGTATATAAATAAT
TATTACTTCAAAGGCATTTAAAAAGGGTTGTAAACATTTTGATTACTTTG
TATATTATATTGCTTTTTCATTTCTTTTTTCCTAAGGACGAATCGTTTTA
AGGTCTTTCGTCATCATTTTCATGTTCATAAAAAATATTTAATACATACA
AACGCCTAGACATATGTATGTATTTCTTATTTTTATAAATTGAACCTCAT
TCTATTAAGATTATGATTACTTTAACATATGTATGTATACACAACATAAC
AATAAAAAAAAATAAGGTATATAACATATATATATATATATATACATTGG
TAGACCTCCATGAAGTCACTAAATATTAGTATGTATGTATTTCAAATTTC
AAATACTTCTTGTAAAAAACATCATGTTATTTCATTTCACATGGCGTAAG
TCTTTCATATAGAGCGTTTCCACTCTCKTCTTAATTGCATMATAATGAAA
GGGAMCSCCGCCATATTGGGGACTCAAATTTTGATATGTTTACCTCATAA
AATTAACCAATTTCTTATCAATATTGATGATACTTTATCAACTTATTTTC
TCTAGTGATGTCCTATGGCAGGGRTGGSAAGACTTTTCAAATAAAATTGA
TTTTTTGTGTTTCGTCTTGATGCGTGTCACTTTTAAAGGATAAATAATTT
ATGGTAAAGTGACTTGTCTATCATTACACAACCTAATCGGGATATAATCA
ATTAATATGACATAATTATTAATCAAATCCGTTTTTATGTTTTGGAGAGA
GCTTTATCTCATTTAAGCATTCGACAACGACGGATTATTCACGAAATAAT
TTTTCTACTGAGCCGCAGTGGCGTTCAAGTGTACTTATTTTGAGGGAGGC
TTATTTTTGTAAGAGAGACAAAATAAAAAGTAAGGAGTATTTTTTTTTTT
TGGTTGAGCTTGAATTTTAACAAGTGGCCTTTAAAAAAAGAAAAAATGAA
CCTGTTTTGTTATTAAATCAATTTTGATGGTAACGACGATGATTTCTCGA
TCTGGAGAAGGAACCTGCGGACACCCACTGATACCAAAGTACATTATTTG
CAAATTAAGAATCCAAGAATTAAGAAAACTACTTGATGCCATTGATAAAT
ACTTAAATTCGTATTAATTCATAGTAATATAAAATATTAATTAGTACCTT
TTTGATTATTTTTTTGCTAATAAATTAAGGAACATGAAAAGTCCCTAAAA
TTATTGAATGATCCAAGAATTTTTTTTTATTCTTTCCATTGTAAAAGTGA
TTTTTTATCTACACTATGAAAATATGATTATATAACGATGTAGTTAAATA
TTATTATTACTTATTAGGGTCAGATATATGATAAAACTACGGAATAGAGG
GATATATGTATTTTAAAAAGTCCAGTTATTTATTGGTCCCATTTGGACAT
CCAATAGTTCACTAATTTCTTTAATAGTAATGAAAAACTGGGTTTCCAAT
TTCCAATAAATATTGACGTAACTTCACCAAATGGCTTTAAGTATAATAAA
AACATGTAATACTTGCATTAAATACTACTGGATGCCAATGATTAATTACG
GATATTTGAATTTAATCAAAGTAAAATGTACAAAAAATCCCTTTAATATG
ACTAGATTTGTACATTTTTGTTTTTGTGGGAGGGATCGATCAAGGACGAG
AAAAGTAGGGTATTTTTTCCATTATAATAGTTAATTTTCATCTATACTAT
GAAAAACAGATATCACAACGATGTAATAACATATTAGTAATACATTTTAG
GGTCAGATATGTAATAAAACTAGGCAATAGAGGGACATATTTTTGATTGA
AGTTAAGGTTCAAATCCTTTTATTTCTTGGTCACATTTTAACATCCAATA
GTTCACTATTTTCCATAATATTAATGAAAAAAGGGTTTTTATTGTTATAA
AGCTTATTTATGTAGTCCACTAAAATGGCCGAAATCATCAGGGATGTCCG
CAAGGGTAGGGTGGAGGTATGTAGCCCCCTCTCAAATAAAAGAATTTTTT
TTTTTACTAGAAAATTTAAAATTTGAATTTTTTTTTCAAAAAATATAATA
TTACAAATTTAATATTTCAAAAAATTTCCCAAATAAAACAATTTTTTTTT
GAATAACATTAAATTTTTTGGAGAGAAAAATTGCAAAAACAAATTATTTG
AAATTTTTTTTCAAAAATTTTTATATTTGAACAATAATTTTTCAAAAAAA
AAAAAAATTTATGAAGAGCGGTGGAATTTTGAAATTCTTTTCCAAAATGT
AATTTTATGGAAATAAATTTAAAAAAATTAATGTTTGAATAAAAAAAATT
TGTAATTTTTTTGGGAATAGCTATTGGTTTTTGAAATTTAAAAAAAAATA
TAATATTTGAAATTAAATTTTTTTGCAAAATATTTAACTTTTTGTAAAGA
GCCGTGAATTCTTGATTTTTTTTTCCCAAAAAATTAATTTTTTATTTTTT
TGGATATTTCCAAAAAATTCAAAACCAAAAAAAATATATATAATCCTGAC
GCTCCTGATCATCAATTTATATTTGGTGAGATAAACCCTTGAATGATTTT
ACTATTTTCTCATATTCATTTCCGTTCTAAGGAGATTTAAACGTTTTTTT
AAAGATAAATAATTAATTCTATGGATTGATTGATTGGTAATTATTAGGTA
TTTTTTTTTTTCAACATACAAATCATATTAAAAAAAGGTGTGGTTAAAGA
ACATCCTTTGAGTTGTGATTCAACTCTCCTTAAAAACTATATATTAATTA
CTTATCCATATAATAACCACTGAATTATGATTTAATTATGCATACATTAC
ATATATATATAATAATTTTTAATGTCTGTCTTATTTTGTTTGTAAATATT
TATAGGTTAAAATCCAAGGGCAAAATGAGGAAATGTTACTGGCTGCCTGT
GAGCAATTCCTGGGGAAGAATCAGGAACAAATCCAGCAAGTTGCTCTTGA
GACCCTTGAGGGACACCAGAGAGCCATTATGGGCTCAATGACTGTTGAGG
TAAGGATGACCCTGAAAAGGGATATTTATACACACATACTTGATGGGTAA
TAATTATGTATACAGTCCGTGCTATTGATTTAAATGAAATGTGTCCAGGA
GCAACAATATACATATGTATGTATTCATGTACAAACTTTGTTCAATTTGC
TCCAAAAAACTACTTCTCATCATTTGAAATAAGGTCTATATTTTCAACCC
TAATATTCACACCAGGTCACGTTCCAGTAAAAGTTATTTTATAGTTATTT
CTTACAATTTGATCAAAATGGAATTATGTGTTGCGTCAACATAAAAACAA
TCTTGAACATAATCAAGAAAAGAAAAAAAATACCTATTTACATATATACA
TACAGGCCAATAGTTCATGTATTTCATTGTTTAAATTTTTTGGAGGATTT
GAGGAACCAAAGGATTTCAGCTATAGTTTAAAACCTTTGTTTGATTAAAA
AGACTACTATGTATTGGCCCCGATATGGTTCCTTTTAATTAAAACCTGTC
AATTGTTGATTGAAAAGATCCATTTGGACTACTTTAAATTCAATTTACGA
CACACTCAAAGAGTTAATAAGAATATTTGTTGATATAAATTGACAATAAT
TCTTCAAGGATAGAAATGTAGTCCAATTTCCATTTTGAGAAAAATCATTC
AAGCATATTTTTGTGTTGAGGGGCCACATATATGCTTCTAAATATACTTA
AATATTATTTAACGTAGAGTGACGAATCATCATCCTCTTTTTGCTTCCTG
CCCAGAGATTTTTTTATGGATTAATAATGTGTCCGACTTTCTGGGTCAAA
AGATTTTCCTTCGACTTTAAATTAAAAAGAAATTATCTTAATAAACAAAA
ATTAAAATTTGTTAATATTCTATGTATTTTTAAATTTTATTAATGTAAAT
TAATATTAACATCAATCCTACTATAAAACCAGCGCAAATCCGGCCACGTG
TCTTATTTTTTGGAAATAAAAATATGGATAMCTTATYATCCTACATGTAC
CATAAATATATATTGCTGGGCATCCAATAGATGGGCTCTGTGGACACGGG
AGKATTTAAAAAAATTTAAAAAAAAACACAGTAAAATTTCATCTTTATAC
TTTTTGGACTGAGGACTAAATACATACACATATGAGGTCGGATAAAATAA
TAAGCCGTTATTGCCTAATTGCAAATTCTATTCTTAAATTTATTTTGATG
TAGTTGTTACCACAAGGTTTGCGTTGTTAGTTTTGTTCTTGACATAACTT
ATTACATACCTCAATCCACAATGCTTTTTTTTTTTGTACGAAGATCCTCC
ATTTTCAATTCTTTGAGTAAAAGGCTTGTGATTTTTGTCTACATCAAGTT
AAAATCAAAATTTGAATGCGAAAAGATTGGAAATAGATTCATGCAACTTT
TGTATTAATTTCAAGTCAGTATCTTTTTCCTCAAAACGAAGCTATGGGTC
TGTAAATTCAAATCTGCTGAATTTCCAAGCACCCTGTAGAATAAACCTGT
TTATTTAAGTAATTATATCACTGTGTTGATAATTTGGGGAGTATGAAAGG
TAACAACGTTCTTGAAAAAGACTATTTATATGTATAATTGGTATCCCTGA
TAAAAAGGCTATTCCAAGATCATTTCGTGGTGTTTTAAATATATATATAT
ATATATATTATTCCTGAGTTTTGTTCTGCCTTTGCGGTTTTATCCATTTT
GAAAAAAAAAAATCTTTAGTTTTATTGCCTCTTTGCAGTAATTGTGTTTT
TTTTTTGTATTAACTTGTTTGAACGAATACAATGGTCAATCAATGAATGA
AATAAAAAGTTAATTACTTTATGATAGGGCTACTCGTACTTCTTGAACCA
GAAGAAGAATATTTATTTTATATGTATATTGTATAGATGGAGTGTAATTG
GATTTATAAATGAGATCCAAACCATTTATGGTGTAGCTTCAATCAAAAAG
TATTATCCTACTTTTGATATTGGCTATACAATACTACGAATCATATCCCA
GAACTAAAATAATTGATTTTTTAAAAGAGTCAATCTCTTCCCTTCCCAAG
AAAGGAAGGAACTCAAAGTTCTATTCTGTATGCTGAGATTTGATTTTTTA
GAAGAGACACAAAAACTGCTTTTTAATGGTTTAGAATTAAAAATTTTGAA
TTGGATTTTAGTGAACCAACTTTTTTATAAACAACACAAACTTAAAAAAA
TKTTTTATCAACTGTCCTGGGSGGGGGGGGGGGGCGAAGGACCCCGCTTG
GAACTTTAAAGAAAAAAACAATCAAAGTATTTTTTGACATAATCTTTAAG
TGTTTCGAAACTCCCACATTTTAAATAGTACTGCACTAAATTAAATTTGG
AACTTGTACACATGCACACGCCTGGGATTACATGATTATTTCTTATATAA
AAAAAATGTATATAATGTACATCAGGGAGTATTATATACTTTGCACATTG
TATACATATCCGATGCTATAAACGCCCGCCCGCAATATTTCATTAATACG
ACTACATTAAATATTTCTCAAGGTTAGACCATCATGTACTCGGGCTGGCT
AGAATTTTCAATCTGATGTATTGCACCGACTACTGGGCAAGACGGGTAGA
TTTTGACAAAAAAAACGCAACCACTCATAGTCTTTAACGTCACTAGCGCT
AAAATTTGAAATTGAATGTATCGTACCTACTGCTGGGTAAGAAATATCAG
ATTTTGACAAAACACACAACTACTCATCTTCTATGACGTCAATATTAAAA
GCGTAGTGGAAATCAAACATCATTCGTACACGCGTTATGGTGGAACCTTG
TGTTTCTATTAACCTTGATATTTCTTAGATCTAAATGTGTTCCATGATAA
CCATCATGGAACACATTATACAGTGCACCCAGTGGCTTKTTGTCATATAT
ATAGACATTCAGAGAAACAAACGTTCCTTTATTAATACATAAATTGCATA
CATAAAAGACAAAACTGTCTCATATAGGAAAAGGACAAATCCCCTCTCTA
TTTCATATGATCTATCGAATGTTTTTTTGCGAGATGTTCTTCTTGCCCAA
GTACAGCATTCGGCACATGCTACATAGATAGATGGATAGATACACTTAAT
AGGATTTCAATGATGATTTTTCCGTGGGGTTCGTGTATTTTTTTTTTTGT
TTATTTTCTTTTGTTGCAGCCTGGATAATACCTATGTAGGTATATACTAG
GCACAAACATATCACCTTCAATAAGAGTAAGAAGAAGAATAATCATCTTA
GGCACGAATTATTGTTATTTTTTCCCCTGTTTATTATTTTTATTATTTTC
TTTCTACTTAAATTGATTTTTAGTTTATATGTTATTATCCTTATATGAAA
GTATGGTTCATAGCATCTTCCCCTAACTTTAAAAGCACTTCTCTACATTT
ATTTATCAGAAACAATCTATTTTATTAATTCTCTTTTTTTTTTCTTCTTC
TTTTTTTTATCACTGATAAGGATTCATAGTCATTTATTCATGTGTGTAAT
AATGTATATCTAGCTACGTGTCTAACCTTGCTACAGAGAGGTCTACACAG
TATGGTTATTTTTTTGTTGCCCCTCTGCTTCCCGAAAATAGTCGGACTTT
TTACCAAGAATAGTCATGTAATACTAACAAACATATACGAGTATGATGAA
ACGATTAATCGTAATCGGAAATGGGAGAATCCGGTTTTTTTGTTTTTAAT
CGACATCGGAAAAATAATGTGTAGTTTACGATTCCAATTCTTATATATTA
CTTTTCTATGTTATGAAGAAAAAAAAATACCCACCCAAATTAAGGAATTT
TTCTTTATACTAGAAAATTTTATATGTGAAATTTTTCTTTATACTAGAAA
ATTTTATATGTGAAATTTTTTCGATTTATTGAGTTGACCGGCCACATATG
GTGGAAGATTGTGTTTAATTTTGCAATGACAATCTATACTTGTAATGTTT
CAACATACAAACAAAATAAGGAGAAAATCCCGATTTATTTATATACTTCA
TATGCATATCAGTACAGGACAATTATTCCATAGACATATTTGAGGCTGTT
TATTCAAATTACTTGGATGAGTTAAGATACAAAAGAGTTTTAACTATAAT
TTGGAACCATTATTTGATTTAAGAGACGTAAATTGGCCACAATATGACCC
CTTTCAACCCTAAAATCCATCAATTTCTCATTCTTTTAGTGTAAGGATCA
ATTTTAGCTACTACTTTAAGTGCCATTTGCGGCACTTTTTTCTTGACGGG
CCACATATCCATGACGTTGAAACATTTTAAATGACGATTAGTCATTACGT
GTGCGTATGAGGAGTAATAATGATATAGTTGGATATATTTTGGGTGGTCA
ATATATTACTGGTTGATCTGTTTTTTAAATTAAAATAACTCCAATTAATA
ATCATTTTGTAGCATATTGTAAAGGTCAAATGTCCACCATTATATTACTA
CAAAAAGTACATAATAACCCAGTCATTTTAATTGATCAAAATGAAAGGAA
CGCATCAAATAATGTTGTATTGTTAAAATGGTTACTGTTATAATTAAATA
ATACATTTTAAGACAAATTCGATGCAACTTACAAAATCTTCTTACTGTAC
ATGTTTCAATTTCAATTTCGAATGCTGATTTTTGCTTCTTCATAGTGTTG
TAAATAAGACGGGTTTAATTCATGCCCAGTCTTTATTTTTTTAAGAACAA
GCTTTCATCTTAGTAGGGATTTTCGTACTGTAGCTTGTAAGACACAATCA
AATAATAAGGATATATAATTAGAATGGGCACTTGGAAGAGTACGAAACCT
CTGCCTCAAATCTAATGGACTCATGTATCTCAATTGGTTTCAAAGTTATG
GTCGATTATGCATTTTTTAACAAATGTTTTATGTTACTTTGACCTCTCAA
AAATTAATGGCCTCTTTCTAAGACCCAAATGCTTCCCAAAGTGATTTATT
CTTCGACGAATATTCATTAATTTCTATCAACTAATTATACTTATTAACTC
TTTGAGTGGTTTGCAATTATATCAGGGTCAATATGAGTGAAAATACCGTT
CCTTCCATTTTCTATTCAGATGAATGCAGTATCAGTATTGACAATTATTT
AAAAGCTGGCGTCAATGTTGAATATAAATGTTGTATCATAGGATTTCGTA
TTCTTAAGAATTTAAAAGGCAGTTTGTGCATTCTAAAAGGATAAATATCT
ATAAAGGTGACTCTGATTTAGCATAAATAAGCTACAGATGGAAATTTTAT
AATAGAATATTCGGTATTTGGTATCCATAAACGAGGTTTGAGTTTCAAAA
ATGAAGAAATCAAAAATAAATGGGCGCGTCATACGCGGTACCAAAAAAAA
CCAAAAAAACTTTAGAATAAAAATACTCATAGCATGAGGTAAATTAGCGC
AAATCTGTTCAAATATTGATGAAAGATATATTTCTAATCTATAATACCTA
ATTTAATAAAAAATCCTATATCCCGATTAAAGACGATAATTTTAGAAGAT
CAAAATGAAAAAATCATTTTTCTCTCTCGATATTTTACAATCAAAACGTG
TTTTCATGAAGGACCTTTCTTTCAGATTATCGAAGGTTATTTTCTTGTTA
AACGAGTAGCATAAGTAATATATACATAGATATGAAGTAAATAAATAAAT
TGGATTTTTTTATCTTTCCTTATTATTTGGTCAAGATTGTTCTTATGTTG
ATGCACCCGAAATATATAATCAGCATTATTAGCGTTTTAGAAAGGGGGTT
TACGAGTTATTGCTTTATGTAGTAAATTTAAGATTATGTAATCTTATAAA
TGTATCTGATATTCGTGCATTTGTCAAAAACGTCGTCTTTAATGGTCAAA
GGTGCTATTGTTCGTAAGGAGAAAGGATCTCCTGTGTGTAAATTGATAGA
TGTACGCAAGGTTGGCATTGGACAGTGAAGGAAGGTTTTTGTTTTTTTGC
AAAACAAAGCAATAAAAAAAGAAAATAATAATACAATAAAAACGTGGGTG
GAATGTTATATTTCCTCCTTTAAAACGCAAGCAAATTGAAGAAGATCTTC
CAATGTCAAAATGACGTAGATAGTTATTGTTCTACATGTTCCAATTTGCC
CTATTATATGTTTTTCAAATTTGTTATTTTAATAACTAACAATGCATTGA
TTGATTCATACACCGATCAAAAATTCAATTATTGTATTAACCTCCTCGCT
AGAAGTACTGTTCTTCATATAAAACTATTCATCTCATATTTTGAATTACA
ACTTGCACAGAACATCACAAAAGCAAGCTAGAATGATTTTTGTCAATATT
GATTGTGGATTACATTTGTACTCTTATACGAATTATCCTTAATTTCTATG
GAGAAATTGGCTATTATTTATCCTTGTGAGGGACTGCAAATTACACTTCA
AGACCCTAAAATTGATTCTTACAGTAAAATAATTGGAAATATATGTATTA
TTACCATATTGGAGGAAATATAAAAGTATCTTTAATTAAATAAACTATAG
CTAAAAGTCTTAATTACTAGATATTGTAGTCCCACAAGGGATCGGGGTTA
TCGCTTATGCCTATTTGAACGTGCTAGAGGACAATGTGAAGCCCTGGATC
GATATGGTTGTCAATATGAGTCCTTACATTTGGCAGCAGGACTCAGCTCY
GCGTGCTTCCCCTTTTGGCCTCGTATAGAGGCTGKAATTGAGACTGGAAG
TGATATTATTAAATTAAATTAATCAAAATTTATCAAGCTTTCCAAATTGG
GTTTTATTTTTTAATCTGAATACTGGTTAGAGAGGAAACTGCGTTTAAAA
AAATCCTTATTGCTTGCGCATAATCAAATATATAAAGTAAAGAGATAATT
GGGATGTTTTCATTCTAAGTTTAAGATTGTTTCTATGTTGACCTACCTCA
AATATATCTTGTAGATGAGCTCTAATAATTTAATTATTAGCGTTCGTTCG
TAGCAAGGGGTCGCACTGTGTGTTTGTATGTACATAAATATATAAATGCA
TATCTTACAAGGAAAAAAGAATTGTTGTTTTTGCTGATATGGGAAATGAT
CATTTCATCATCAAGATCACATTTTGTACAACATGTATTATATGGCCATG
TGACCCCTACAACTTTTATATCAAGGTCATGCTTCACATTTCTTGCTTTT
AATATTATACGAACATGAATAAATAAGAATTTCATTTGCAAAAGAGCTTC
TATATGTACATATGTAGTGATAAGACTCAGCTCAAAATCGAATTTTGGTC
CCAATTTTAGAGCGTTGATTTTCTTCGGTCTTAACCTATAGAACAACTTC
CTCCCATAATTTATTGATTTATGAGATGTACAAGTATAACTTTAACGATA
CATTAAACTTCATATGAGGTCATTGTAGGTCAATGGTAAAAAAATCAAAA
TACAGCTGACGTCATGAACAATTCATTTATAGAATCGGTCATACAATATA
TATTATAGTAGCCGTTCGTGTTGAAACTCGGTACAAGACCGATCATCTTT
CTCAGTTCTGTCGTAAATGATTTTTTTCTATACCGATCTGGACCAATATT
TTGGTTCAGACCCTGACCTCAGACGGTAAACCGAAGTTAAATAGTTTTCA
AATCGAGGGCCGATTTTCTTCAGTTCCTGATTTATGTTATGTACAAATTT
GATTTCAGCAATACATTTATCTGCATTTGACATCATTGTAACTTTTTGCG
TTCAAACTCGTTCAGTGGGCAATTTTTTTTCCTTCCGGGTCTTATGTAAT
TTAACCCGATCGATTTGGATCAATATTTCAGTCCAGACCGTGATCTAATA
TGGTAGACTGAAATCTAATCATTTTCAAATCATGGATCATTTTTTTTCGT
CTCAATCTATGCACCGATTTTCTCATATTCTCAATGTATGCCTTGTACAA
AGTTGAAGCAATACATTTAAATACACATGACGTCATTATAGAAACACTAT
TGACGTCATGCCCAATTCATCTATAGAATTCATTTAGACTCAATTTGTCC
TTGGAACCGATGACACTTTGTTACTTGACTGACACAAAAATGTATACTCG
AATTTATTTCAGTTCTTGATATTTGGGCTTCTATTCTCCAAATCAGTGTT
CTGGACTTGAATTGTTTGTATTATAACTAGTGTTTTTTAAGCTGTGATCA
ATTCCCAATAGTTATTTGGTAGATTTACGGCGGAACAACGCCCAATGCCC
AATGGACTTCACTCTATTGTCTTTATTATTTTTGTGGCTTTTCTGGAGTT
ACACTTCTTTAATGAAGGACCGAATTAATTCCGTCTTTTTAAAATTATAG
CAGTCCCAAAATGGCACAGTGTTCCTTCTCTATGTAAATACTCTATGAAT
TTCTGTGTCATCTATCGAGTCCTTCCTCTAACTTAATACGTCTTGGCTAT
TCCATAATTTATTATTTTTKATAAATAAAMGAAGTAATACGTAATGATAT
TCGTATGGTCCGTTTCCAAAATAACAGGAGTACAATTTAAAAACCATAGC
GGTCTGATATTGAACTTCTTTAATAAAAGACGGAATTAATTCCCTCCACT
AAAAATCATAGGACCCTCAGACCGGTCTAGTATTTATAAACCAAAGTCCA
ACACTAATATTTTTAGGAGTAAAGTATATTATTTATAAGTTCTTTATTAT
TTCATATAAATAACAAATTTGTCAACAGCCGTTTTCTTCCTGTCATTAAA
TAAATGGGAGAGTTTGATACTCGTACAAATACATTTGAAGAGAGAAATAT
AAAAGTACCATGTATCAGACAGACCCTATGTAACAACTAACGCAAATGGC
TTATAACTGTTGATGGATATTCCGTAACGCATTAGTTTGTTATTATTATT
ATTTGAAGAAGAGAAGAAAAAAACCAGCACATATCTACATACATAATATA
AATAGCCATTGTGTTTTGTAATTAAGAAAAGATTCCCAGAAAAAAAAAGT
AATTATATAATTATTTTCCCCTCTTTACCATTATGTAGTCACACAAACAG
TTATTAAAAAACCATCTGTGTTAGAAAGAACAAAAATTATATTTATTATT
ATTAAAATAATTCGGGAATGAAAAGTCCAGTTAAAAATTAATATGTTTTT
TTTGTTTTTTTTTACATATTGCCATTTTTATATTATAATATAATATACAT
TGTAGCTGCCTACGGGTAATAATATCACTTCACTGTCGTTGCTTCGTTTT
CTGTCCATGTGTACAAGTTGAAGGGGTTTAAATGAGCAGTTGCAAATTGG
AACAATTTCCAGATGAGTGTTTTTTGATATTATTATTATTGCATCAATAT
AATTAATTTAATCCACTTATATGTATAATGTACATAAATTCAGGGTCGTT
CCTAGTATTTTCTTTAGTGTGCTGAACTTTTTTTTAGAAGACACTGACAA
TTTTAAGAGAATGTTTTTGAAATGACCTTTATTTTATAAAAGACTAATTG
AATATCTTAATTAAAAATCTAATAAAAAGTAAAGGAGAAAATCCTAATTA
TTACTTTACTTTATATATATATAAAACCAATATTTCATAGACATATCTTA
GTCAATCATAGGCTTATTTTTCAAATTACCCGGATAAATTAAGGTTCCAC
AAAACTTTTAGCTATAAGACCTTTATTAGATTTAAGAGACTTAAATTGGC
TCCTTTTAAATATAATACATCAATTTCTCACTCTTTTGTTTGTGACTATT
AACTTTAAGTGCTATTTGACACACATCCAAAGGGTTAATATCAATAATTT
GTTGATAAAAGTTGACGAAATATTCGTCGAAAAATTCGAAAATAATCCAC
ATTCAATTTCGAGAAAACTCATTCTTTCTTGCTTTTGTATTGACGGCCAC
AAATGATCTATAATTTTAACTTAGACAAATTTAACAAATGATGGATAAGT
TAATTTAATAAGTGACTTTATTTTTTGTAACAATGAATTAATTTTAAATT
GTGTCAAAAAAAAAACACCAAATTTTGATAACTTATATCAATAGGGTATT
AGCGTTGTTTACATATATATATATAAGTTTGTTTACAAAACGATCGATCG
TCTTACAGCAAAAATAATACATCTTTTGAATGATAATATTATTTAATTTA
TTAAATTATTTGTAAATTCAAAATTGTATTTGGAAAAAAAAAATGAATAT
TCTGTTACACCATCTTGTGTATAAGATTTCTCCATTGACAAGTAATCAGA
CTCTGGTCCTTTATTCTTATATTGATAGAATGGCACATATTAATTTATGA
ACCATCATACTTATTATAACAAATATAGTCAATTATTCATGTGTTAAAGC
GGAGAGATGATCAATTGAGATCTTAATTGTCATTCAAGCCAAACAAATGT
ACATTTTTATATCATTTAGTCATGTACTTAATATTTACTTTTGGTCGACC
CTGACACCTGGAATTTTTAGGTCTATCGACATCANCGATAGCAATATTTA
TTTTGTAGGACTGTCTTCTATGGTGCGGTATGTTTTTTGTCTTTCTCATT
CATCAGGGTAAGGATAGTTCTTCATTATTGCATCTTCTGAGATTAAGATT
CAAATAACTTTTTAATCGGATATTTGGATCGTGATCCACCTGATTAGAAC
AAAACATGGCTTCTTTAGGGAGAGGAGGATTGACTGCCTTAAAAATATTT
TTTTTTTCTTAATCAAAGTGATATTTGTATTTTATTCTCTGATAACAAAT
TTGAATTATTTTTGTAATATAAAATTTGACAACTTTAGACAAAAAGTTTG
TTGTTTGATTGACGTTTAAAATGTATGTTTTTGTCCATTCAAACGTTGAC
AACTTAATTTCACTTTTTTGTTTTTAAATAACTGCTTTGTTAACATACTT
TCATTTTTTGACAAAATATGTATTATAATTGTATTTTGACAAAGAAATCT
TTCATTTTATATTAAAAAAAAAAAATTATATATAGAAAAGATATTATATG
GATGGTTAGGGCTGTAAATTGTAAGTATTTAGTAGTTAGACTTCAATACA
TAGATATTCTCTCTTCAAGAATGAAATACAAATGATAATAGGTTTTGAAA
TAATAAAAATGCAGTACAGGAAGTCAACGACAACACAACATACCGCTAAA
AATGCTTAGGATTTACAACGTAGTATATTAGTTTATTTGAGACGACATGA
AACTGTCATTGTTACTAAAACAATNACATTAAAATCACAAAAAGCTTTGC
AAAATCAAAAAATCAATCTTCAACTTATCAACATAAAAAAAAATTTATTT
GTAGGGTAGGAAATCGTAAGTATTTCATGGCATGTAGAAATAACAAAATT
GAAAATTAACATAGATCAGCAGAACAAAAAATTTAATTCTTTGTCAATAG
CTATGGATTGTTGAAATTTTTGTACAAAAATTTTATATTTGAAATTTAAT
TTCTGGTATTTTTGTACAAAAATTTTATATTTCAAATTTTTTTTCCAGAA
AAAAATAATTTTCTGTGAATAGAAAATAGAAAGAAAAAAAATATTTGAAT
TTAATTTTGAAATCTTAAATTTGAAATTTTTTGTGAATAGATATAGATTT
TTCAATTCTTTTTGTGAATAAATAAGGATTTTTGAAAAAAAATTGAAATT
TGTTTTATTTTCGTATTTTTTTTCAAAAAGATTCCAAAAATCCAAACTGC
ATTCTGCAGAAACCCCCGTTTGAAGTACACACTGTCTACCTACCATTTTA
ATTATAATTATTAAGATAACCACCATTGCTGTGAATTCAACAGCACCTAC
TTASTTATATTGTACTTATTACTTAGCAAGATTATGTGTTTTGACGGCCA
CCAAATACAACACCATCATCCACATCCCTTCCCACCACCTCGTGAAGGAA
TGCATTTAATAAGCCATCAATAAATTACTCTTTTWTCCTCCCTCCCCCCC
CCCCCTCCTCTATAACTAAGTACACGTTGTTATTGTATTCTTTCAAAAAG
AAAATAATAAATAAAAATCCATTTAAAGGCCATGATTTGACAGGTTTTTC
TTAATATTTATTTGTATTTTATTATAAATCGTCCCCTTTTTATTAATGAA
AATAAGTCATAGTTATGAAGACGACAACTTCAGGTTGATTTTTGTGAGTG
TGTGTGTGTGAACAGACTAATTGTGTTATTTTAATGATTATACTTTTTTT
TTTAAATTAATAATTTCAAGATCAACTTGCATCATCATCATCATCATTTG
TAACATCTCTATTATTGCGMAATCCATCCTCCAACTAACGGTTACTGATG
CAAGACACTATGTGTTCCAGGTTTTTTTAAATGTTTGAGTATATGGAGTT
TAGTTATAGAATATGAAAAAGTACACTATTACGTCAGTTGTAAAACTTTT
TATTTTACAAGTCTCTATCTATACGCCCCTTCGGTGCCCTCGCTTGGCAA
ATGCAGGGAGTTAGGCAAAACATATTTTTTTTGTTAGATAACTTGCTCTA
ACATGTATTAGATTGGGGGAAAAAAAAATAGAATCAAAGGTGCCCTCTTT
CGAATCCGCTCCCCGACCGACTACATAAGAGTTTTCTGGAACTCCGGGAC
TCAGTGAGACGTTCGTTTGCAAGGTTAGAAGGGGGAATTTGAGGGCTCTT
ATACGGGATTTTGAGGCAACATCAATACCAYMCCTAAAAAAAGAAGTGTC
AAATGGCTACAAGACAATTTTGACAACTTCCTCTCGCCGGATTTGTAGCC
GCCAAACTTGCCGCATCTCAATCCATTTGATTTTTTTTGTGGTGGCTGCA
TTGGAGAGACAAGCCAACAGAAWCATTTATAACCGCAAAGACGAACTTAT
CAGTCGGATAAAGAAGAAATTCTAGTATTTGCCAAGGGTCCAAGTGGCAA
AGGCCTGCTCGCCCTTGCAGCCTCATGTAGAGACTGTAATTGATGCTAGA
TGTTACTTTATTAAATAAAATAAATCAGAATCCATCAAGCTTTCAGAATT
ATTTTTTTTCTGATCACAGGTTGGAGAGGAAATTGCATTTAATTTTGTAT
TTTATTGTACGGTCCAATGCTTAATAAATCATCAATAGAATCAGTTTTTG
ATGAAACCGATCTAGACCTAATTTTTCTTTAGGACTGATCCAGACCGAAA
TTTAACTGTATGTTTCGAACCGACMCCCATCACTAGTATCCACCATGTAC
GTACATTTTAATATGAATGGGTTATCGTTTAAATATATGTACACACTATA
TACATCACATATTTATGTGAGTACGTAATGGATAATTAATTATTATTGAG
TTGAATGAAATGAAATAAAAAACATGAAAAGAAAATTAAAAAAAACAACA
TGGTTTTCCTTTTCAGTTCTTTTAATTACTTTCTATGATTAATTATAAAA
ACCTCAAATTTCACCTACTTTTTTTTTTTACAAAAATAAAATATTAATAT
ATTCCAAGTGTATTATATTAGTTTATTATAAATCTCTTTTTTAATTGATA
ATTTAAAACTTAACTTTAATGTGTACCCTCAAAGAAAACAATGAATGTAT
TTTTTAGTTTCTACTATTTGCGGAACTTGTCATTATAATTAATTAAGTCA
AATTAAGGGATACAAAGAAGGATTCAATTTAAGCTTATTTAGAACAATGA
GCATAGAAGATTGATCCGAGTTCATTTCGAGAAAATAAGTTCCAACTACA
AAAAAAAAACCCTTAAACACCCACTGGAATATTATTTTGATCCCCTTCAA
CCAACTGTAGTCTTATAGTGGCTATTTAAATTACTGCTAATATGTTTAGT
ATGGCACATAGGAAAGAATCGGTACTGTTCGACAAAAGGTTTAAAGAGTA
TGTAGAAGGGCTCTGTATTATATATATTTTTTGCAGATGATGCTCTTAAT
GATATCGCAGATGAAGAGTTCTTACTGAATTACCAGATACATACTGATTG
GGGCAATTAACCCCTTTGAGCTCCCCCTAAGGACACCCTGGTAAAGTCTC
ATATGCAGGCCGTCAACATACAAGCAAGCTAGAATCATTTTCTCCATATT
AAACGTACCTATGTTATTTTTTTTTTTTTTGATAAATTATTGTCCATTTC
TATTTATAAATCATTCTTATTAACCCTTTGGGTATGTTGCAAACGGCACT
GGAAGTAGAGGTCAAAATTCATCGTCACATTAAAAGAATGATAAATTGAT
GGMTTATATTTCAAAGGGCCCTTTTGGTTCCAATATAAGATTCATAAATC
AAATAAGGGCTCTAAAATACTCTTAAAAGTTTTGAGTATCTTAATTCATG
CCAATAATTCGAATAAAAGGCTGATAAAGGACTCAAATACGTCTATAAAA
TACTGGACTGTATGTTTCGAATATATGAAGTNATGTAAAGGAACTATAAT
AATTAATCAATAACGTCCCTAACAAGGGATGGTCGCACTGTGTATCAATA
TATCAATGCGGTTCCAACAAGGAGAAAAAATTGTTATTTGGGATTTTTTC
TTCTCCTTGATTTGAGTGCAATATTGTATTCACATTGACGCACCAGATAT
GTTTATAGATAAAAAGGGACATTTCGGATTGGGAAACGTTCATTTCTCTA
CTGTTGGAGAATTTAATTTGCAATTATATGTAATTGCGAGGAAAAAAGAA
TTTATGCGTTCACTCTTCCAAAAACTGATGCAATAACAACTCAGCATTTT
TTTTATGACATTGAAACCACAACAGTACCTCATTACATGGATCTATGCCA
GGGCCGTAGTCAACTACGCCCCATTCCACCTCCTTTTTTCAACGAAAAGA
TTTTTCTGATTGACGAGATATTTAATGGTTTTCTATACGTTTTGCCCACC
CATTTTTGGAAGGTCAATTTCAACGCTGTTGATATATGTATTCATTCGGA
AGGATGAACCTTTATCAGAGAACATAAATGTTGCCTGTAATCCAAAGAAT
GACTGTATATATGTATTTTAGACTGAAGTTGATCCCCCAAGTTTGTCCAA
AATAGCCTAACCTTGTTAGCTTCTTTTTCATTATTTCCCCTCTTCAACCC
CTTTCATAACACTAATGCGTACACAAGGGCACGAATGTCCGAGGAATACA
AAGAAGGATCTTTGTTTATGGTGTCAAAGTCTGGGGTGTTTTTTTTTCAG
AGTCAAGGTCCATTCTCGACATTGATGCTATTTCCTTTAAGATACAGTAA
ATTTTTTGACGAGTTCTCTTGCACCAGAGAGACAAGGACCTCAATAAACT
TTTATTAACAATACAAAAGATGAAGAAGGACTCTGGACTTGCACTAAATT
TAGACAAGTCACAAACCTAAGTAAATATTGCAAATCCGCGCGTTTCCGAG
TCCATAGACCAGATAAAATCTCTTTAACTGTCTAAATGGTAACATTGTTT
GTATACCTAGGCTCACCCTAACTTAGATATGTATATTTTGGAAGAGTTCC
AAGATCTATTCTGTCTATTCATCCCCGATGGTTTCGTGTAATTGTTGTAG
AGGGATCACAATAAAATTTGATCCTCGTTCCTCCCTTTTTTCTCTCCTTG
TGGTGTTATTTATTTATTTTAATATTTACAAGCTCATGATGCATGATAAA
GTTAAAAAATATGAATACTAGATGGGTTTATTTTTTAATAATGTGAAAAA
TTATTAATTATGTGTATGTTAAAAAAAAAAGTAAAAGTACATTATTTAAA
AATTTTTGAAAATAATGAGGACGAGGTAAGAGAAAACTTAATGTTACATG
TGCTTTATCAAGGACTGATTTGTAGCTTTGATAAGACATCCTTATTCCTC
TTATTAATATGTTCGTTCCTAGGTATTTTGATCCATTCATGTTAGTGCAT
GCATGCTTCATACTATTTATCAAGAAAGGGAGATGCTTTGGTAGATGAAA
GGTAGTTATATAAAGTTATTGGTTTTGTTCACACCTTATGTATAAATCGA
ATTCCCTCACTTTCCAAGAGTCTAGAGGCATAGCTCAGACTCCGAGGCAC
TTGGCTAGCGAGTGTTGTGTGTCACATACTAAAGTGTCCCTTTTCAAGAT
GGATGAGCGCAATTTATGACGAGGATGTCATTGATAGTTTTAAAAAGAGT
AACAAAAGAATTAGAAACTGATGAAAAATCCATGCAGTTTCTCATCAGCT
CATAGCAGAGTGTGGGAATTGGACTCGTAACTTGCGAATTTACTTGAGTC
CATATTTTGTAGACTTGGGGCACGAATTGATCTCATTGTTAAAGACTAGA
GACTATTTTTGGAATGGATARCCAAGACTTGACTTGGATTCGAGACAGGA
TTTGAAGTTTAAGGAGTTCTCTCCACATCTGCTTTATAAACATACCCACT
AACGGTAGTAACTGGCATTGTACGAAGTGATTCGGCGTCGACTAACAGAC
AAAATTTGTTTTAATAGTATAAAAGTTAAAGTTCTTCAACCTCATTGTCA
TAACTTTCCATTTTTTATGATCACATTCACACGGCGATACTCAATACTTA
GATGTTATCTCCTCTAATAATGAAATAATATTTATAACAGCTTAATAATT
TGTCTTTATTAAATATTATGTGATGCGCAAGGGAGTATTTTAGTGTCTAG
AGGGCTCATTAGGTGTGTTTTACCAACACAAATCTTGTTGCTGAACCCTC
ATCTTTAGTTGCATTAATTATTTTTTATAGGGGGAGTATAGGATTATATT
TGGGAGGGAGCTTGGCCTTTGGATTTTTTGGAAAAAAAAAAAAAAAATTA
TACAAAAAAATTAAATTTCTTGGGAAAAATTTCAAAAATTAAATTTTTCC
TAAAGAAATTGTCCTGGACTTATTTAATAGATAATTCTGTTATTTATCTT
AAAAAGTTAACAAAAAAAAAGAAAGAACTGCAACTTAGCTTAGATAGCTT
TAAAAAAATTTCAAAAATCTACAGCTATTCAAAAAAAAAAAAAATCCACA
GCAATTGACAAAAAATTTCAAAAATTAAATTTCTTGGAAAAAAAATTGAA
AAGTCCGCAGTTGTTCACAAAAATTTCAAAATTCATAAATATGTATTTAA
AAATCCACAGCTGTTCCCAAAAAAATTTGTAAAATTAAATTGTTTGGAAA
AAAAATTAGAAAAACTAAATTAAATTTCAAATATTACATTTGTTGGAGAA
AAAAATCAAATATAACATATTTTCGAGAAAAATTTGGAAAAATTCAATTA
AACTTCAAATTTTACATTTTCTAGTAAAAAGCCAAAATTCCTTTATTTTT
TTAGAAGGTGAAGGCTMCAGCCTCTCCAGCACGCCCTTTGCAGACGCCCC
TGTTTATAACTTCACAGAACCGTCCCTTCTCAGATTGTATACTGTATTAA
TTATTTTCCACCTATATGCATATGTATATTTAGACCGTCACCCTTCAAAA
ACACAAAAAAAGACTGAAGAGAAACTCATTTGCACAAATAATAATTAAAA
ACATAATTATTTATAATTAAGTTTGGAGTTGAAGAAAAAAAACCAACCAA
GATATAAAAATAGTCTGGAAATAATTAATCTATTTTTTTTTTTCATAATT
AAAAATGGTCATTTCACGTCCAGACTCAAAAAAGTACACACATTGAAATC
TACAGAAAAGGTTTTGTTTAATAACCCCAAAACAAAAAGCAAAAAAAAAA
TGTGCTGTTATTATTACAAGATGAAAAATATGTATAAAGGTTTTTCGTCA
CGATGTTTAAATTATATTCATGCTTAGTTGCTTAATGAGGATCATCAAAA
AACAAGAGGGGGGGGGGGGAAATAGGTAAAAAAAACAGCTATTGAATGCT
TTATAAATAATTATGTATTAGGAAGAGTGTCAGTTGGATCTAATGGCAAA
CAGAGAAGAAGCTAACGGACTTCTAACATTATTTCAACTCTTTCAATCAA
CAGACAAAATTTTTTCTCTCTTTTTTCTTCTTCTCTTTCTATCTCAAAGG
AAATCCAATAAAAATAATTACAGAGCATGATTATGTACGTATGTTGGAGC
ATTCAAAAAGAATTGCACTTTTTTGCGGACATTTAATACGTAATTGGATT
AAGGCCATGTCCTTTGTATGTTCACACAGCTCGGATTCTATTATAATTCA
TATATTATTTATATAATTATATAGATATTAGTGTTGAGACTCGGTCCAAG
ATTGACATTATTTTCTCTCCCTTCGATCTTAAGTGATTTTGTCCTCAGTA
CGACAGTACATAATCGTTCTGTGTTTGATAGTTTGATGTGTGTAAGTCAA
CTTAATCATTTATTTTTGTATTATAGTTATAACTTATAATATAACAATTA
CTTCTCAGAATGTACTACTTCTGTGGCAGSCATGCACTCCGGKCGGGGSC
TCAAGGKTAGKATGATGTGAGTAACTGTTACCCGGTCAAAGTAATAACTT
TTAATAATCTGAAGTTAACCACGTTTATTGGCCAAGAGACCTGCAACATG
TTTACTTTTTATTGACATTTTTAATCATATAAATTAGTTAATTTAACTCT
CCGATTTCCACATAAAGTCCCTTGTTATTATATCTATATGTTCAACCTAC
ATTTTTTTATCAATTGTTCATCACCCTAATCTGTAGGGTCAATCAGAACG
TTGCACCACTTGAAGGATATATTTAAGTTATTTTACATAAAGTATAAATT
GGCCTTGTATCATTATTTTTGATACATCAGATCTTTAACAATTATAGTCA
ACGCGGGTTTTTTTTTAAACGTACTCTAGAGTGGATGGRTTATTGACAGA
GATACAGACCTCGATTTGTTTATTTATGTGCAAATAATAAGGAGGTGGGA
GACGGATAATTGGGGCTCATTTAATGTTGTTTCCACTTCCTAAGAGAGAG
GGAGATAAAGACAAGTTCAATTCCTTTGTCATAATACGTAGCTATAAACG
CACTACCTTCCCACTGATTAGTGTGTATGTAGACTGTGGTTATTAATTTT
GATGATGCGTCCGTAAATACATACATTTATTAGGTACCCACATACATATA
AATCCGTAAAGATATACCTTGAGATATGAGTGCTATTATATACGAGGTTG
TTTTTTTCGTAGATATGACCTGGATTAAGAGCAAAAAATTGTATTGGCGT
GTTCATAGTCGTCTGAGAGGAGATTTATTTGAGACTTACATTTGTTTTTG
AAATATTTTTCTATGACTTTTTGTAGAAAATACATTTATTTGATAACCTA
TTTTTTGTTGTTGTTGCGTGTGCTCTTTTTTTTCTGATTATTTAATAGGT
TCACTTCTCTCTGAAGTAAGCATTCTCGCATATTTTTGCTATCAATTATT
TTAGGGATAATATATGTATATATTAAGGGTTGAACAGTATCCTAAGCCTA
CGCTTCGGTACGAACTCCGGTACACCCTTTGTGGTACGGTTTAATAGTAA
AATGTTTTGTTTTAAAAAAAATATAATTTCTATAGTTTTTGAATTTTGTT
CCATATTTTACTCTTGAATCATTTCTTTTCGATACAATTAAATTATTTCT
AAATATACTTAACTTCTCTAAGAAACTAAGATTGATATAAAATATACACG
GCTTATACAGACAATACTATGATTAATTCATTTCAATTTTTTTTTGCAAA
AAGATTAGCTTGTTTACATTTTCCGGTTATAAACAAGAGCGATTATCAAT
ATTCTCAGCTGTCGAAAARATCMTTTCGCTTCATACAAATCTACCTGTAG
TTTTGAGGTATCGTGAAGCTCACTCGGAAATATTGGGATATTTATATAAA
TTATCCCTCGACTATGTATACCACTGAGTTTTTATCAACTAGGATGAATT
ACTTTTATTAGAGGCTTKTCCTTTTTACAGTAGTAATGTATCCCCCCTCT
CCCCTCCCCAATTATATAACAGGTAGGTGATATTAACAAGAGTTTGATTC
AGTAATACCAGTTGTCTCTTTTCATCCTTTGCCTCGATTTTCTTACACAA
ATTCCATCTCTAATAATGTTTTATGCAGAGGCTTCTCCTCTTTATAAGTG
TACTTCCTTTCGTTCCTCCCCAAATCATATAACAAGCAGCTGATATTAAC
AAYGGCCTCGCTCTCGCCTTCTCCTTGAGCTCATTTTTTCTAAAGAAAAA
ATAACATATCTACTCGTACGTCAACAAATCTGCACCATATTAATTATTTA
TGTGTTCACTACTCCCTACCTATAAATATACATTTATATTATAATAATGA
TGATTATTCGAATAAAACACACAAGAGTTAGGGAGTGAGTGAGGCAATTA
TGTCTGAGGAAATGATGATGGCGGKAGTTCTACATGCTGTTACGACGTCT
ACTAATTTAATTACTTAGTACACCTCCATGATGATTCCCTTCTCATCAGC
ATCTTTATTTTAATCTGTTTGAAAGATCGTTTTTAAAATATAAGAGCTCT
TGTGGAACGTGGGAATATCCAACATACAAGATTGTAAAATAGTATGTGTA
CAGGAATGGGTGTACATTGGTTGAAATTCCTTCCGTGGTTATTATGTTGT
AGATAACCATAGTGTTTTTCAGCAGATGTAACTTTTATGCAAATATGTAC
CCTGATAGAGTTTTTGTTCGAAGAAATGGTGTTGTGAAAGCGTTTGGGAA
ATCCCCAAAGTGGTTCCTTAATAGATTGTTTTCATGGGAGTTCAGTATTG
TTGATGTAATAGTGAACTACTGGATGTCAAAATGAGAGCAACAAATAAGA
GGACTTGAACCTTAATTTCATCAAAAATGTATCTTTCTCTAGGGCATCAT
CATTGTTTATATCATCTATTTTGGGGCCCTAAATAACAAAGTTTTTCATC
AATAAAAACCTTTTTTTATTTTATTAATACTAAGCTATAATATATCAAAA
TGGGACCAACGAATAAAGGGACTTTAACATTGATCTCTATCAAAAATTGG
ATTTTAATCCATTGCCTAGTAGTTATACGACACAAAAATGTATTTAAAGT
ATGTTATTACATTGTTATAAAATTTATTTTCCATATTCTAGATAAAGGTT
AATCATTAGAAAAGAAATATCAAATATTTTTCTCTAATTGTCATGCTTTC
ATCGTCCCTAATCAATCAAAAAATAATATTAGTTGAACAAATCCATCCAT
TTTGAGCACATAGTACTTTTATTTAATTCCAAAATTGCAGTTGATCACTG
CCATCAAGTAGTATTCAATCCAGTTGTTATATCATTTTTTTATATTTATA
AAACCATTGGATAGAGTTTTATCATGGTGAATTAGAAATTTCTCTACTTT
ATCTTGTCAAAATATTACATTTGTGCCCTTTGAAGATGTGTGTCTTTTTA
AAAAAAAAGAAAAATGCTATTTTCTATTTCAAAAATAAACTATTGAATAT
TTAATAGAAATGTATAATCTTTATCCGGTAAATTGTCAACTTGCCAGTCA
TAATGTACGGTATATTTTTTGAAAAAAGATAAAAGTAATCGAAAAGTAGG
TTCTAGAAATACTATGTATGTTTATTTTGATGGCATATACAGGGTGTGTA
ATTGAAAACTAGACATTTTGAATATGGGATTTTAGTAAGTTTAATTTCAG
AAACTATGGAACCTATATTATATAAACTTTGTACATATTTTAGCACATGT
GTCGAACACATTTATAATCTTCAATGGAGCCCCCATCGACTTTGATAAAG
GGTTTGATGCCCCGTGGCAAGATCTGACAGGTGATAATAATGTAGTTATG
GGTCATAGAGTTAAAATGCTCATCAATATAATCCTTGAGAGCTTCGAGAT
TTGGTGCCTTTGTCCGGCAGACCCATGCTTGTACATATGGCAGGRAGGAA
AAGTCGAAAGGGKTGACATCTAGCGGGKATGGTGGGCACATTGTTTTTGG
ACAGAATACCTTCATTAATGGAATTTTTGACGTAGTAAATAGTCTGGTTG
CTTGCTTAAGTCAAGTTTCTGATCTCGTTTGGTGTGTGTTTCGCACGTAG
TAGAGACGCAATCTCGATTCTTTTGTCTCTTTATGAGGCTTTTTGTTTGT
GTTATGTCGGTCCATATTTATGCTGTCCAGTCTGAGGAGTGGTACCAGCT
TTCCTTGGGACCGTCGGKCTTTGAGACTGTCAGTACTCTAACACGTGTAT
ACCATTCTTATATCCCGCAAACTTATCTTTAAAAAGAAACATAAAAAATG
CGGAAATCATGAAGTAGTTAGCCAAATAAGTCAATCATACCAACTGTCAT
TTATATCTCGTGTACTCCCAGACTTATCATTGTCATGTTATTTTTCCATA
ATTTGTACAAAATTATATATAATTTCATAATATTTAAATCCTACATAGTA
GTTTATCGATACTGTATTATAATATTATAAGAAAAGCGTATTTGTATTTG
TACATATATGATAGTCAACATTTTTTCACAGAAATAATTATATGACCAAT
TTATATATATATAATATATACGAGGAGAGATCAATTAGAAATCCTATTCC
TGTCCTTTTGTAAACGGAGCATAACTATATCATTCTTATAATATTACTTA
TTACTTTGTCAATTTATCAAAAAGAATAAATTATAAAATAGCATTGAGAT
ATCAAGTGAGTGATATAAGTTAATTGACAGCTGAATACAAAATACATAGG
GGATTTGTCTATTAGGGAGGTAACAACCCCTTTATAAATGATTAAAAAAA
GAAGGAATACATTTGAGTGACGTAATTAAGGACGGAACTCTAATGAACTG
GATGGGACAGAAGTCTTAAGTCTGAAATAAGGACTCACAAAAAAACTAAT
TGTGTTCAATTTTTTAGAGGGGGGGGGGGGGTCAAWAMAATCAGTTTGTC
AGCTGRTGGGGGAAGGATCTCATGTGATTTTCTAATTCCTCCCTTTCATA
AGTGTTCAGATTTCAACTATGAGCCGGGTACGTACCATATAAGTGCCTAT
ATAGACATATATGTTGATAAAATGAAACTTGTGGCATATCCGATATATTT
TCCTCATTTAAGGTACCTACTACCCATATGCCCACATTTTTTGGCAGAGT
TTGACTCTATTATTAAGTTATAATAATAAGCTTCATCGGTGTTACATAGG
TGTAAGGTCTATAGACTCTATACGACGATGAATACTACATACATTATTGA
GTGAAATCCTAGCTTTGCTTTTTTAATGCTTTTCACTTTAAAAAAAATAC
ACACACAAAAAAAAACTTAAATAAATAAATATTATGTTGATTTATTTCAT
GGACGTCAAAAAAGACGTTGGTTGTTGAACTCCTGGCTCCCGGGCTTGAT
GTGTACATAATACATAGGGGATGATAATATTGAATGTATTTATGAATGTC
CAATATAATATATATACATATATCTTGGATTTCCCACGAGAAAAAATGAC
GTGAAAGTGTTTATTCCTTCCACAGAGTCGTCATCCTTGATCAAATTGAC
CACAAATTTGCTGTATATTTATTATACATTGACGATTTATATTAATAATA
AAATATGGGAATAAATATATATTTTATGTTTATATTTTATGTAATCCGTC
CAATGGTCCGCATGTAGGTACATGAAGGAGCTATGTTCGGATATGTACCA
CAGTATGATGGTTACGAGGAGCATCCGTCTTGTAGAAAGATAACTGCTCG
GTAGCCACATTACATATAAGTACAGGCAGTCCTTCATATAAAATTGTTCA
TCTCAAGTTGCAACTAGTACACGACATATGGGGTCCTTCAACACAAAAGC
AATCTAGAATGACTTTCCCCAAAATTCAATGTGTATTTTGGGCACTTTAA
TTGCCCAAAATAGATAGTAACAATTAAAGAAGGTTAAATTTGTACTTTTT
TATTATGTTATTGGTAAAAGTGGTCATATCTGGGCCAATATAACTCTCAT
AAATCAAATAAAGGTTCTAAGCTATAGCTAAAAATTCTTTGCTATCTCAA
GTGATGCCACAAATTTGAATACAAAGACAAATCAGGACAAATGTGGACCG
TCGAAACAAAAGCAAACAAAATGGAGTGCATTCTTCAAAGAATAATTATC
GTCAATTATTATCAACAAATCGTTCTTACTAACTCTTTGAGTCCACTGCA
ATTAGCACTTTGAACAGCCAAAATGGATTGTCACAAAAAAGAATGGGGGA
AAATTGATTGATATTATTTGTAAAGTTCCAAATTAGGGCTAATATCAATA
TCATAAATCAAATAAAGGTTCTAAGTCATAGATAAAATTATTTACTATCT
CGACTTATCTGACAAATTTGAACACAAAGTCAAATCACGACAAATGTGGC
CCCCCAACATAAAAACACACTAGAATGATCTTTCTCAAAATGAACTGGGG
ATTACATTTGTATTCTTMAATGAATAATTAAGTCTTTGAGTGTTTCGCAA
MCTGCCCTTAAAGTAKTAGCCACAATTGATTATCAAAATAGAATAATGGT
TAATGGATATATTTTTTGGTTGAAAGGAGCCATATCAAGACCAGAAAACG
TCTTTTAAACTAACCCATAGCTATAGTTTTTGAGCATCTTAACTCATACC
ACAACTTTGTATAATAAGCCTATAATTGACTCAAATATACCTTATACCTA
TTAGACATAAATGTGGATTTTATCATTTTTTTTATTGTTGTTCAAGATTG
TGTTTACATTGATGCACCACATTTCTAATAGTACTCCAAAGTTCAGAATG
CAATTATAAGATCTATGGAACTCATATACTATTTTGAGACAGTATAATTA
TTTTCAAAATAGTGGATGTACACATTCTACAAGAATACAATCGATACACA
AGTACCAATTTGATGTATTTCAGCCTTTTTTCTTATTTGACCACTACGGC
AAACATTATCTATAAATATACACTTAGAACTAAAAGTTCACTGAGCAATT
TTCCCTAATTATTTTATACATATACAAATTAGTGTGCACATGTTATCTGG
GGTCACGTTCGTAATTACTTATGGTGACCATATACAATGTACATGTATAA
ATATGTTTGAACGATTAGCTGAATTGGTAGACACTTTAATAGTATCTACT
TGTTTTAAGACTTTGTTCGAGATGGATTGTTTTATTTTAGGTTCGGTCTT
ATGTAATGTTTTCTAGGGCGATTTGGTCCAAACTGCAACCTTAGACCATG
ATCTTTTTCAAAAAAGGAAAACCGGTTTTTTCGGTCACAGTCTATGACAT
CTTCACCTTTATTGTTTCATGCAACCTTTCTATTGAGAATAAACAACGGG
GGAAGGCCCAAATTCTTCCCATCTATGAAAATATTATTCAATAATTGCTG
GAAACTGTTCACAGCTTTAGTAGAGGTAATTTAACGTTCAGAACAGTGAC
TAGGAGAAAAGAAGTGGAAATATCGACAGCTGACAACAAATACGATATAC
ATCGTTCTATTAGCGACGTAATGCCACGCCCTATGATCCTAATTTATGAG
TTGTACAAGTATAATTTATGCAACATGTTAAGCTCCATATAACGTCATTC
TAGGTGGTTGTTTATAATTTTATTACACAACTGACGTCATCAATAATCCA
TAATTAAAATATCTCGAGAACGAATTTGAACTAAGATCAATCCATACCAT
TTTTTTTTTTGTAAGACCGATCCAGACCGATTTTTTCCGTTCGTTACTTT
TATTGTATCACAGAACCTTTCCTGCAAATAGAAATCTGATAAAAGGCCCC
ACAATCAGTTGGTAGTTCTCCAATTATTTCCCTCTATAGAATTATTATTC
AATTATTTTTTTAGAATGGTTCACAGTTTAACAAGAGCTAATTATAATTC
AACCAATCAACGTTCAGAAACCTGACTAGGGCAAAAGAATCAAAATATCC
ACAGTGGACAACAAAATAGACTGTGTGTATATTTTCGTGTTAGCGAGGTA
ACGCCGTTTCAATAATTGTGGTGAATTATACACAGCTTAACAAGAGCTAA
TTTTAATTCAACCAATCGAAAGCTCAGAACATTAACAAGGGAACAGAAGC
AGCTGACAACAAAATAAAATGTAATTTTTTGTGTTATGAAGGTAACGCCG
TGATCTAAAATGAATTTTTGATTGAGACCGATCCAGACCGAAGTTCTTCA
AAGGACTTAAGATTATAACCGTTTCAGACCGATCTAGAATTTTCATCCCG
AACCCCAGCACTAGTATTTGTGTACATAGGAACATGTATTCTTTGCAAAA
TTAATTTACATGTACAGCTCTTCAAACTCCCTTGCTAAATAACATCTATC
GTCCATAATTAATATGTTTTGTATGAAGGTACTTCAAGGTAATTCCTAAA
ACAAAAGTGGATCGTCCTCAGTATACATACATGCGATCAATATTTACAAA
AGAACAACGAATATGTACGTATTTATAACAACAAGGCATGAAAAATCCCT
TGACTAACCCTTGAGGTCCTATTCGACCTTTCTTTTTTCTATATGTTATC
CTTTTTGTCATGTCGGTAGGTTGTATTTATCTATCTATATATGTATATAT
ACATAGGGTGGAAACTTAAATTTAAACTCTTTGTATTTTGTTATTGAACT
TTTTATATATTTTTTTTCTTATGATACAGTGTGCGTGAGCAAATTCTACC
GTTTTTGATAGTAACATTGTTGTAAATCAACTTCATTAGGAACAACATTT
AAATAGTATTAGGAATATATATATTTTTTTTAGTAATATTAAATATATAT
CAGCCCATTCCTCTCATACCTTCAGGGAATCAACATTGAGGTGTTGGTCA
TTGCCAGCCTTGCTCTCTGCGAGCCCCCATAATCCAGTAGAAAGCAGTCC
GGTAATGAGGGGGCCACAAGTTTAGAAACCAGAAATTGGCGAKGTTTTCC
TTGCACCAAACTTTAACACCTTATGGTCAGGTGATGAGTCTTGCTTTCAA
CTGTAATCTTCTTCAGGATAGTTGGCATCCAACCAGCGCTTTACAATCTC
TTTCATCACCTCTTCGTTAACCAGGATTCTATTTCAAAGGCCACAAAAAT
AAAGAAGTCTTCAGGGGCAATCTTGTTGTATTCTCCACTTCCTGTGTTCC
TGGAGAGGTTATCGCTGTTGTTAATGGGCCACTGACCTAACGGGCAAGAT
CTGCAATCCGCTGCCTTTTAGCCTGCATTGCTGTTGTTTTTTGTCGTATA
GCAACCAATAATACGAAATATGAATTTTTGAAAACATTTCTTTTTAATAA
CCTCCACATGGATTGGAATTAATAATGGCTCTATAGAGCTCTGATTGGTA
CGGTAGGRTTTGCTTATGTACACTATATATGGTAGAAAAATGTTCTTTCC
TAGAAAATTCTCATGATTACTGTCGGCTATTTYTCCATTCAACTCTCTTG
TCATCGGGTAATACTAATATGGAAGTCATTCTCTTATGGAAAGAAATACA
TCACTTACGGATGTAGYCCAGAYCCWTTACAAYCCACMCCTAGMCTMCGS
CTGCCTATATTGAGGCCACACTTCCTTGACGTTCTCTACATGGATTCATC
TCAACATGTAGCCAAAATGAATAGTTAAAAGGGTTAGCATCTGGGCTATA
AGGCGGTCACTTTGACTTTTCCCAATGATGCTCTCCCATCCTTCCTTTCA
AATTTGCTTTCTTGCTATAGAAACTTGGAGGAACAGATTTTGAATGGAAA
ATAAAGTTAATAGTTYGGGTAATAAACTTATAAAAAAGTATTTGAGTTGT
CAGACTATTTTTTCTCTAATTATGTGCTTCTCAAGGTTTCTTGTAACAAT
TTTGAAAAAAATTAAAGTTCTGTGAATAGCTGGATTAATTAATTTTTTTT
GTGAAAAAATTAATTTTTTGTTAGTAGCTATTGATTTTTAATTTTTTTTT
CAAAAAAAATTTAATTTTTTGAATCCAAAAAGCAAGCCCTCCCCTAAAAT
ATAATCCTGCGGACGCCTCTGATATGTAGCACCGGTATTAATCCGCTATT
TATAACCACAAAATTTTTAATTGTATGAGTGTGTACATTTTTTAGTGCCC
ACCCGGTATATTTATGCCTACTGGGCGATGTCTTCCTTCTTTGGTTTGTA
TAAATACATTCACCATGCCCATAGAGTTGTTAATTACATTCCTTTTGTAG
TATGTAGTAGTTAAGTCGTTTGATGAAAAGTACACGACTCCCTCTGGTCA
TTTGTAGTATTGTCCTAAAACACATCGTTTCCTTGGCACTGAGGGGAAAA
CGAATTTATCTATATACATAGTAGTAAATTAATTAAAGCACTTTGTCTGT
TTACTTGCTTCTTCTTCTTTCATCTATACATAGGACTTTTAATTAAATAG
ATAAATCCTCTTTGAGCCAAACCTCGTTTATTTGTACAAATATTTATCCA
TCTACTTTATACATAATGCGTTTGTACTTGTTATATCTTAATATCTACTT
AAATWTAATTATATAAAGTGTTTTCATGTGRCGTCATAGGATTWTATTGA
GGAGGGGGGGGGGGGCTTGTTTTTGATTAATTAAAAATTAATTTTTTTGA
AAAAGATTCAAAAATCCATAACTTTTACCAGAAAATTAAATTTCTCGAAA
AAGAAATTGTAAATTTTTTAACTTTTTTGAAATTATCTTCAAAAATCCAT
AGCTATTCAAAGAAATGAAATTTTTTGGTAAATAATTTCGAGTAAGAAGC
AAAAATTCCTTCTTNNCCCCTCCACGCCCCCCCCCCCCCCCCYYCCTTCA
GCATTTTTTATCTCGGTCATTTTGAGAGATACATAAAAAACAACTTTGAT
AAGAATAAAATCAACTTTTTTTATTAATTTAAAGGGAAAATAGTGAACTC
TTGGATCATCTCGAAGTGGGGCCAACAAATAAAAGGAGTTAAACTTTATA
CACTATCAAAAATGTATCTTATTTCCATATTGTAGATAAAAGTTAAAAGC
TATTACAATGGAAATATCAAATATTTTTCTCTAATTATTTTACTTTTCTC
GTCCCTAAGTAATCCAAAAATATTAGTTGTACAAATCTATCCCTTTTTAG
GGAGTTTAGGTACACATTACTTTGATTATATTCAATTTATCATTGGCATC
AAATATGTAGTATTTCATGCAACTCTTCAGTCGGTTTTATTATTCTTAAA
GTCATTTGATGGAATTTAATCAAGATTTTTTGCCAATTTATCAATGTAAT
GTAGTAAAAATATCAACTTTGAGCCTCCAGATGATCCAATTAGGATGGAA
GTCATGACGTCAATGAAAACGCTCTATAATATATCTTATCTACATAATTG
ATCTTTTCAAACGGGCCAGAAATTCCGTATTCCGGTTGTTACTGCACGGG
TAAAATATACATAAATGTTATGACATTTTCTATCATTTTGCTATTTTTTT
ATATCGAGTGAAAAGACTTATTTGCCTGTGAGAGAAATTTTTCTTATTTA
AAAATGATGGWGCATTAATTTACTGCCATTTGATGATTGTAATTAATTAG
TGTTAACGTGCATAGTAATAAAAAGCTAAATGGTTCTAGCATCCGGTTAT
TAGCGTGCCGGTAAAGTCTATGTACATGAATTTTATAACCTTGTGGGTCT
CATGAAGTAATTGTCTGATTGAAATTGCAGACATTGTTCTGATAAATATC
CACTCAGGTTGTCGGTTACTTCATTAAAACTGACGGTGAATTCGATTGTT
ATTATCAATTATTTTCAACGTGTCTTATTTGTAAAAAGTTGAATGATTTT
TGCATTGGTGTTTTTTTTTTGTTTGTTTATTTTTTTCAAGATGAGAGCGT
TTAAGGACTGCCTAATTTTAATCAAACCAATAGGTATATTAATCATTATT
AAAATCATAAATAGTCCCTTTTATACATACATAGGCATAGAGTCAAAAAT
ACTTCGCATTTGAAAATATATCAGTAAGGTTCACGTGACAAATTTGTCAT
TATGACATTGTTATTTTGGGTCTTATCTCATCTTTAAGTCACCATTGTCT
TCCCTTGTACAATTTATGTCTATATGTCAAGTAATTAAACCCCTAAAAAT
ATTAGTCACAGGCATTATATTTTACAGACATATTTGAGTCAATTATAAGT
GTATTATTCAAATGACTGGGATGAGATCAGATTTCCAAGAGTTTATCTAT
ATTTTAAAACCAGTATTTGATTAAAAAGACTTATATTTCCCCCAATATCA
ACCATACAAAGGGTTAATATGAATAATTTATTGATAGAAATTGACAGTTA
TTATTCACCGAAGAATACAAACATAATCCACACTCAATTTTGTGAAAAAT
AATTCTAGTTTGTTTTGGTATTGACAGGACGCATATTATGACAAATAAGT
ATACTATAAAATATATGCGGTGCGTCAACATAAAAACAATCTTGAACAAA
AATCAAGAATAGAAAAAATCCCATTACTTACTTCATATATACATAAAACC
CAATATTTGTTTTGAGTTAACTATAGGCTAACTATTTCTGGGATGTGTTA
GGATACCTATGAATTTTAGCTATAGTTTAGATCATTTATTTGATCTAAAA
GACAGATATTATTGCCCTTCCCCCCCCCCCCCCGATATAGTAGCCCCTTT
CAAAAGCATAAAATCCATCATTTTCTCTATATTTTATCCTGACGATCAAT
TTTAAATTTTCTTCTCAGGATTGATAGAAATTGATTATAATTTGTGTAAA
AAAACAAATCTAATGCACACTCCATTTTGAGAAAAATGATTCTAGTTTGT
TTTTATGTTAAGAGTACGTCAAATAAGTAAACATATACCTAGAATAAAGG
CTGTATTTTAGCATATCTTTCTTTTTTACCTACATATACCATGAGTCTAC
AAATACCTTCGTATATTGTCTCGTATGACGTCAGAGTAAATCCTTGAGAT
GTCAATAATAATAATCATGTTTTATGGGTGTGGAAGATTTTCTTTTTATT
CGTTATTTTTCTTCTCTTTTTTTTACTTCTTTGAGGAGAATAAGATATTG
TTATTATTCAAATAATAATGTAAAAGAAACAATAGGAAGGAAGAGACTCT
TTCTCTCTCTCTTTTAATTTGCTTTGGAATGAGGTGGTTGCTGCTGATTC
AGATAATAAGATAAAATAGAGTTGTAGTGTGCGTACCTTATCCATTTATA
TTTATAAAACCATGTACAATATACAGGGGATTCTGAAGGATTATATTTTA
GGGAGGGCTTGGTTTTTTGGATTTTTTTTTGTAAGATAATACAAAAATTA
AATTTTTTTGAAAAAAATTTCAAAAATCCATACCAATAAAAAATTTAATT
TTTTGAAAAAAAATTTGAAATATAACATTTAAAAGAAAGTAATGTCAAAA
ATACATAGCTATTTATAAAAAATTCAATTTTTTTGACCAAATTTCAAATA
TTAAATTTTTTATAAAATTTAAAAAAAAACTACAACTATTTTATAAAAAA
TCAATTTTTTGGAAAAAATATTCAAAAATACACAGATGTTTACGGACAAT
TATTTTTTTTTGAAAAAAAGTTGAAAAATCCATAGCTATTCACTAAAAAA
AAGTATCTTTCTGGGAAAAAATTAAATTTCGGGAATTTTTTTTTTAAATT
AAATTTTTTTGAAAAAAATCCATAACTTTTCACAAAAATAAGTTTTTGTA
AAAAAAAGTTCAAGTATTAAATTTCTTGCTCTGCTGCATGATTTGCCCAA
ATGACGGAAAATTTTTCCATGAAAGAGCAAAAATTTCTCCCCTGTGGGAC
GCTCCTGTAATATTATGTACCTTCTTCTTTGCTTAAGAGGGGTAGAGAGT
CGTCTTTGATAAGAAAATTTTCTCATACTTGAGAAATAAAAACATCATTT
TTATTATTATTATTTTATCCGTATTTTTATTTATTTATTCTGGTGGTCCA
AAGGTTGTGGTTTGTGTGATGAAAGATGGGATTCTACTTAGAGAGTACAT
TGTCCTATAACTTATTGCTACATACCTACTTGTGTACATTCATTGATGAT
AGTAAAGTTATTAATTGATGAGGGGAATACGTGTTTACGTAAGGATGAAG
AAAATCACGGCCAATTGACAGAGTCTTATTAGATTATTTCCAAATATGTA
GGTAGAATGATTTTTATCAAGTGTGAGGGATATTTTGTCGAATATTTGTC
GATTTTTATCAACAAATTTTTCATATTTATCCTTTGGTTGTGCCGTAAAC
CCCACTTAAAGTGGTCAAAATTGATTGTCACAATGAAAGAATGATTTATC
TACATATTTTATTTAAAAGAAACCATATTGGCGCCAATGTGAGTCCCTTA
TATCAAATATAGGTTGTTTTAAGCTATAGATAAAAATCCTGTGTATCTTA
AATCACCCCAATAATTTGAATAATAAGCCTATAATTAACTCAAATTGTCA
ATAAAATAATTGGATGTATGTATAATTCTAGTAAACTAATATTTACGGAT
TTTATCCTTTTCTGGATTTTTGTTCAAGATTGTTTTTATATTGATGTACC
CACCAAATAATCCAACAACTAGGTTTGGTCAGAGTTTGATGTTTTTTTAA
CGGTTCCCTCTTAAATATTTTTCAAAAAAGACATTTTTATTTTTTGGAAC
TGACTATTTCTACAAAGTTTAGTTCCTTCTTACAAAAGTTATAACGCTCA
CAGACCGGTCTAGGTTTTCCGGACCGMAAGCCAACACTACTAAAAGCTGC
TATTTTGTTAGTAAATTTGTTTATTTTATTCCGTTAGAATAAAATAAAAA
TAAATTACACGTTATCATTTCTTTAATAGGGTATTTTGCAGTTAATATGG
ATATCAATTCATCTATTGGCCCATGTTTTCATTTTTTTAAATAATCATGA
ACCATTAGCACTAATAATGGTTGTACTCTTTGTGATCAAAAAGTGATTTT
TTTAAACTCAAAACTTCATTATTCTTTATTTAGGAATGATATGAAGTACT
CTTCTTGTAGTTTAATATCTAATTATTATACAAAGAAGAAGTACTAACGA
CTAAATCCTACACAAAAGTACATCTTCCCAAAATATCAATGATTCCTAAT
GTTGATTTATTAAACCAGAATTGTTTTTTTTTATTTAGTTTCCTACTGAA
TATCTTTACATATTATTAAATAAAGTATAGTCCAGCGGTTGGCTAGTTAT
ATATTTAATTTCGAGTCTTTATCGAAGGAAGGTTTGCAAGAGACAATGAA
TATTTATCTACATCGTAAATATCCTTGGGACAAATGATCAACAATTTATT
TGTCATCAACATTCCACTCAACAAAATAAGGTTGTTTCAAATGTAGAAAT
GAGTGAAAGTGCTCACGTGACGTCAGTATTGTTAATGTCAGCCATTTTAT
TGGAATAATAACCATTCTTCATAATTAGTAAGGAAAATTGGTTGTCAAAA
TGGGACCAACCATTAAAAGGACTTAAACCTTCAAATTGATCAAAAATCTA
TGGATACTCAAATGACACCGTGCCATCATTTCCTTGTGATATTAAATTAG
AATTATCTTTTAAAATCCTATTGAGTTTGTCAGCGATACTAACGCCATGG
ATCTGACGACGAGTCGTGCCGGAAGTTAAACAGTTCCTGTATCTTTATTG
CTTAGTTTTATTTTATATCTGACCCTAAAGTGTATTAAAAATATGATATT
ACATCGTTATACAATCTTATTTGTATATTGTAGACAATATTTAACTGTTT
CAATGGAAAAAATAAGATTTTTTTTTCACTATTTATCCTACTTTGAAAAT
CCTAAATCACCCCCCAAAAATAATCCATTTTGAGGGTTTTTTAGTAATAA
TGACTTTGATTATAATGATGCAATTCAATACGTTGTGAAAATGTTTTATT
AGCCAGCAATTCTTGTTGGTGTTATATTTTGTTAGAGCTCAGAACTAAAA
AGATAGGGATCATCCCCAAAGTTTGAATGATGAAAGGTTTTTCATTTTTT
TTTTCATTTAAGGATTTATAGATGGGGGGGTTTCTCTCACTCAATCGAGT
CAAAGATTACATATATATATATATATATAATTAAGNTATAATTTAAGAGG
TTAGAAATGATGTAATTTGACTCTTTGACATTTTCAAAGCTTTTTTACTA
AGGGGTTAAGAAGTCTAAGACTTTTTTTAATACATTGTGAGTGACGTGAT
ATGATGAAGTGGGGAATCTGACTTTACATATGGTACATATTAGGTAAAAA
GATTGTTACAACTCATTAGTATGTATCAACCATATTTATAGGTGGTGGTA
GAAATATTCCTCCTCTTTTAGCTATACCGCCCTTATTTAGGCATTAAGTA
TTGTATGTATGTACAGGGTTGACTTAATTATTATATTTTCGTGACCCTTC
AGGATGGTTTGTTTGTTTATTTATTTATTTTTTCTGCAACTCATTGTATG
TATAAAAAACCCAAAAATGAACTTCCTTTTTTTCTATACTTATTCAAGGA
TTTCTTACTCCAAACACATAATTAATAATAAATTAATTGTAAAAGTACGA
CCATAATATACAGTCTGTTTTAAAAAAAACGCAGCAAATTTACCTACCCA
CGAAAATAAACATTTTCTCAAAGACCTACAAAGGCAACTCATGAGATATT
TTAAAGAGCATAAATAGATATTTCAAATGATAGAATCAGACTTCTGTATG
GGCCTCTAAATCAGGATGATGAACAGTGTACATACATATAGTAAGGCTGT
GTTGAATATGACTTTGTAAATCCTGGGCGAACAAAAATAAGCCTATATAA
ATTATTTCAACCGAGGGACATTACGTTGAAATATTTATATATAAGAGGNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTAATTTATGAGCAA
ACATGACAATATAACGTGACATGTTGTAGCTTTATTGGCCAATAGCCACA
AAGTCAAGGACATTTGTAAGACTGAAGACTTGGGAAAGACTCTGTGTTCA
AGGTGAGGAACTAGCGAAGTTAGGAGAAGGACTCAGCCGCAGGMCTGGAT
CAATCTTTCATAAATTGCGATTTTAATATATTAGGGAAAACGCCTTTTTG
GTTCTACTGCCAACAGGCTCAGACTTGCGGAGCAATAATGGTGCAATTAA
TAGCATCTGAGAAGTTTCGACTGGATAGATCATGGTATATTATGGTCACA
GCATTTAATTGCATATTGAATCCGTTAAAAGTACAAAAACAACTTCATCC
AGATTTCAAGGTCCCATTAGAAAACTGACCCCAATCAATGTGACATCATT
TGAAAGATCTATTTATGTTCTGTTAAATGCATTATGAATTGGCCTTGTAG
GTCTTAGGCTTCTCAAAAATCGCCAATTTTTGTGGAAAGGTAAAGGTAAA
TTAGCAAATTACAATTGTTTTGCCCTACAAACGCATTATTACAACGTGGA
TCGTTCTAATTACGGGCTGTTAATCGATGCTACCATTTCACTAAGATCTA
TTAACTCTACATGGTTATTTGATATTTAAGAGTTATATAACAGTAAATAT
TTGGACTTTATAGTCAAAAATTAGACCATTGATAAATCAATCGCCCATGG
AATATTCAAGTATTGCATTATCTTCTAATCACAGCGCCTAGTACGAAATA
AACTTCAAGAAGATTTGCATATCATGTGTAAAACGTAAATTAATTCAAAA
GCCGTATAATAACAGCTGTTACTTTTTACAAAAAATGATAATTAATTAAT
TAATATTGTTACGTGTGTGTATTAAAACGGTCAGACAAAGACAAAAGAAT
CAAGGGTTCTCTGAGTGAAATCAAACGTTAATTAATAATTAAAAAGAATG
TTGAATGGTTTTTGTTTTTTTTCCTACATGTAGAAAAATTTAAAGAAGAA
TATTTTTATTTCTTGCACACGCCTTTTTATGTCAGAAGAGTTCATGTTTT
ATTTTTTTATCTTTCAAAGAATGTGTGGGAAAAAGGGGGTAAGGGCATTA
AATGCCCNGACGGGGTTAAGATATATATATATTTTGTAAGGTACATTGTT
AATATCTTCATAGATAAATCACTATTCCCTTGAGCAAGGCACTTTGTAAA
GTAAGATATCCCTTAGTTTCTGCACGTGTCTTTATTATTATATCTAAACG
GCTTACCTTGTCGACGACATAATGAATAACGAAATCCCAACTTTGGGAGA
GGAAAATCCTCTTCCATTCCCGGCATAGCTTTTGTTCTCTTACAGAGATT
CAAACTCCCTCGAAGCCCCCTCATTCGAATATATATTTATATATATATAT
ATATAACAATAACCAAAAGTAGATTAATCAAGAACAGAGGGATGCGACTA
ATTTATGGACATTGTATATATTCGTAATGTCTAATGAATATGCCATTTTT
GCCCAAGGAATATAAGATGGAGATGATCGTAGTAGTTAATTTGTTGGCTT
GATCCCTTATGTAGTTGAATGAACAAATTAAAAAATAAACATGGATATAT
AGATTAGTTCACACACACGGCTCACAACCAACCGACTTCACTCCCCACGA
AAGATCCTTTCGGAAAACTGAAGGAAAGAAACATTGACTTCACGTTTAAA
AAAAAAGGAAGAAAAATCTGTTTAAACGGAGAATCAAATTCAAGAGCCTA
CCAAATAAAATGTAATAGTATATGTAAAGGTTTATGGCGGGSCTTTTGAG
TGTGCATGGAAACGCAGCAGCACTCTCGCACTCCCGTCTCAGAGATATAT
AGAGTCTTACAACATAAATACAATTCTTGCGGAGCACTAGGGTTGTATTG
TAAGAATTGTTTAATATATGTTTATATTGTGCTAGGGCAACATTTTTGGG
ATCATTGGTGGTAACTCACCAATTGTTTGTTTTCTTCTACGATCATATAT
TTTTATAGTGCGATAATATAAAAATCCGAATATATTTATACACTTAATAT
ACTGACATAGACCCATTATATTTCATAGACTTATTTGACTCAATTATAGG
CTTATTATTCAAATGACTGGGATGAGTTAGGATTCCCAAAGGTTTTATAC
TATAGTTGAAAACCTTTATTTGATTAAAGAAAAGTATATTGGCCCCGATA
TGGGTCTTTCAACCATGAAATCCATCAATTTATTATTCTTTTATAGAGAC
AATCAAATTTGACTATTTTTATTCTTCAAAATATAGCATTTAAAGAGAAA
ATGACTATTTTAGAAGAATAAAAAATATATCAAAAGTCTCCCAAGAATTG
ATGAATGTTTTAATTTATACCTAAAAGTCTTACGTATCTTAACGTATCCC
AGTAGATTAAATATAAATTCTATATTTGACTCAAATATGTTTATGAAATA
TTGGCCTGGATCTATTTATGAAGTGTTTTTTTTTTTTGTTCAAGTATGTT
TTTATTTTTACACATTACATATGAACTTATTACCATCCATGGCAATAAAT
AACGTCACAAGAATGTTATTATATCAATGTTCTAGTTAAAGGTGTGATCC
CTTTCTGAGTAGTTTAAGCCATGAAATTACTCACAAATCGCTTAATATAA
TTCGTTACTATTAGAGAGATGTGGTTTTTGTTTTTTTTCGTAATGATAAT
ATTTAATGATTCTTCCCCATTGCATTGAAAAAATTACTGATTTTCATTTC
AGCAATCTGTTGAACTTATTAAAAAGTAATAGCTTATTTTTTCTAAAAGG
CAATAAAACAAAATTTTATATATAAAAAAGTTTTACTTTATATAGAAAGG
ACACATTTAAAGTTTTTTTTCACAGTTTTGAAAATTATATAAAAATAATT
CATCGTCCATGCATTGAATTGACCAAACTAAAATATTTTAATACCATGGT
GTTTTTTTTAATTTTTTGTTTATCATGAAAATAATTTATTTATAGGTGTT
AGAAAAATCAATATTTGATTCAAAATTTAATTGATAACTTATCTTATTCT
AGAGTTGTAGATAATTAATTAATAAAATAATTAGTTATTGGTGTTTTCTT
AAAGATTTTAAAAATGTCATTTTTTCCACAATAAATTACTTATTTTAATT
ACTTGATTAGGTCAATCTGCATTAATTGCATGACATTCAATATCATGAAA
TCAATTTTAGCTCTCTAGCATCATCATCTGTAAAAATTGAAGCAATTAAG
TGATTTTTATAAATCTCACAAATAAAAACTCAGGAGATAAATTGCAATTA
ACTTAATGCTATAAAATAAACTATCCAACAAAATGAAGGTATTGGAATGC
CTCCAGACTGAAACCCACAATTATTATTGTTATTTAAGTCGTAGAATACG
AAAATGACCATTATATACTTTGATACGAATGATCAGTATTTGACAAATGA
ATGATTACAATTAATAAAAAATGTATATAATCACTAAAAAATCGAATAAA
ATGTATTACCTTACTGAGAATCTGTTTTATTTTTCTTCAAGTACTTTATA
TTTTAGCTGAAGTTATAGAATATACCTTAAATTTCGACTTAATAAAATTA
CATTTGAAAAACGTGGATTTATTAAGGAATTTTCATAAAATAGCCTGGTT
CTGTTGAATACAGATTGGAATAATTTTCAGCATTTTTCAAATGCTGAATA
TTTGTTATTTACTTTGATTTTCATCCATATATTTCTTTCATGTCGAAATA
TGGCACTGAATCGTAGCTATACACTTGAAACTGATTTTTTTTTCTAAAGC
TTTAAAGGCCAAACTTTTAGAGGTTGAAAGTTTTAATTGTCCTTTTTGAG
TTCTTCAGCTTTAACAACAATAATATACGTGGATTTCAGCCTCCGCCGAA
AATGATGTTGCATGCTGATATTACTCAAATAATTTTTTGTTAATAAATAG
ATATATATTTTGACAACAAAGAAACGTTTCTCACTACTCCAACTCATGAT
AGCTACTTATAGCGTTTCCAGGAAAGTCTTAGAATCTCGGTTCCAGAATG
AAAGCACACCAACCCCGCTAGGTGTTCTACAGCCTGATCTTCACCCATTA
TATAATTTCAAATATTCAATTTTCTAGTAAAAAGCAAAAATTTTAAATAT
TAAATTTTCTACTAAAAACCAAAAATTCCTTAATTTGTGAGGGCTTCAGT
CCCTCCAACAACCGACCCCCTGCAGACCCCCCTGAGTCTTTTACCACTTG
TAAAATATTCTTTCATAATCTCAAGTATCCCTTGGAGTACCTCCAAGTAC
CCCAAAGGGTACGCATACCTGTATTTGATAACCACTGGTCTAAACCATAG
AGAAAGAAATATAAAGATGCGATAAGATATATTTGATGGGAGTTTGGCAT
TGTGTAGCGGACATCTTTTTGAATGTACAGCTCGCTAGAAGAGAGTTCAG
CAGCTATAAAAATGGAATTTAATAACAAAATCTAGACTATTCAACATTAA
ACCTACTCATTGTTTTGTTTTTTACATCAACTGAGTTAATGAAATTGATT
ATATGATTTGCTAAAACAATATCCCGAAAGGAAGACTCCGTATGGGAAGG
ATTGACTCGTTTATACCATGACCGCCTTAGAACTCTTTTGCAACTTATAT
CTCTCTTTGGTTCCTACTAATTAAATGTAACGGGTAACCATTCCAAGAAT
TTATCGAATATATCATTCACAGTTAGTTCCTCTGTCCGGATTTTAACCAT
GACCGGAGGAACCGGTGGAGTTTCTCTGAGTCACTCCACCCGGACTCATC
ATGTTCATAAATTATGAACTATTGTTACTTATTTGCTACCATTATCAACT
AGGTCTCCCAGACTCGTATTTTTCTAATGTTGAGTCCTCATTTCATTTGG
CAATACAGTCACATCATTCAAAGTATATTTATATTGCAAATTATGTCGGC
ATTATAGTCAATGTGGAGAGCTTTTCATGGTCTAATTAGGTTTTTATTTA
AACTCAATTACTATAATCTGAATTGTATTGAACATTTATTAGTAATTCTT
AAATAATTGATGTTCATATTCTAGTTTTCGTGCATATATTTTTCTAAACA
AAAACTCAAGAGGTTTTTCACAAGTAAACAGTAAAAACTAAAATATTAAA
TATTGATATCAATAGCTATATAGTATAAGAATCAACAGCTGACCCCTGTT
TGTAAAAATATTTTCCGAGTGGTTGCCTCAATATATTTCTTTATTTATGT
TCTAAGCCAGGGACTCTTAACCTTTTTTTTTAGTGATGTACCATTTGTAA
AATATTTATTTGACCCAAATACACCCTTACCAAGCACAAAAGCATATTTA
TATTCAATGACAGGGGCATCTGCAGGGTTATATTTTGGAGGAGATCTTGG
TTTTTGGATTTTTTTTTTAAAAGAAATACAAAAAATAAAATTTAATGGAA
AATAATATTTTCATTAAATTTTTTGAAAAAATTACAAAAACTAATTTTTT
TGAAAAAATTACAAAAATTATTTTTTTTCGAAAAGCAATTCAAAAATTCA
TAGCTATTCACAGAAAATTAATTAAATTTCAGATATTATATTCTTTGAAA
AAAAAATTTCAACATTACTTATTCTAGTAAAAACAAAAAAAAATCTTAAT
TCGGGGGAGAGATACAGCCCCTCCAGCCCACAGATGTAGACTTGTAAACT
ATTGTTTCAAAATCTCATGTACCCCTTGGAGTACCTCCAAGTACCCCAAG
GGATACACTTACCCCATTTGAGAACCACTGGTCTAAACAGGCAAGTTTCT
TAAGAATAAAAACACATCAAGATGAAGGGAAATGATGTCTTTGAATGTCA
AAATGTGGCTCATAAAGTATTATCTATCAAAAATCTATTCACCTATTGCT
TAGTTTTATTGTTCACATATCTGACCCTAAGATGTATTAAAATTATGATA
TAATATTGTTATACATTCTAATTTATATAGTGTATCCGATAAATTAGTTA
TTACATTTGCAAGGATGATATATGTATATTTCTCTCTAGTTGTCCTACTT
TTTTCATCCTTAATCAATCCAAACAAATTTAATTTAAAAAAATCTAGTCA
TTTCATTGGGGGACTTTCAATGCCAATCATTTTGATTTAATTCAAATATT
ATTTAAAGTTTATTATTGGCATCAAGTGGATTGTGTCCCTTTGAATCGTG
AATAAATTTTCCCAAGCTTAACTTTATCAGTAAGTACGACAATTTTATAT
ATTTATTTCAATTTATATAAACAATGAAATCTCAATGTGGACACCCTGGG
CCTCCGCCCTTCTCTCGATTATACATTCTGCCAAAAAAGTACCGGGAATT
CTTAAATAGAATACAAATTTCAAATTTAATCATTAAAATTTATTTTGTCG
CCTTCATACGCATCGCAATACACATATGCCAATGTTTTCCGCTGTACTCG
AAAAAAAAATTATGGATTCAATAGACTCAAACCGGGTTCCACGGAGTGGC
AATTTGAGTTATGGGGAACAAAAAAAAGTCACACGTAGCTAAATCCGGTG
AATATGGGGATTGATCGATGGTATTTATTTCATGTTTGCCTTTGAATTCG
CTCACAATCGTGGCTCTGTGCGATGGTAAGTAATCGTTGTTTAAAATCCA
CGAGTTGTTCTTCCATAATTTTGGCCGTTTTTGACAGATTTTCCCATGCA
ATCGCCTTAGTATGCCTAAATAATACTCCTTATTGACCGTTTGCCCCTTT
GGAACAAATTCATGATGCAACATACAGCAAATATATTATTATTTTTGACG
ATCTCACGGCCCTCCTTGAACGCTTTGTACCAATCATATACACGGATTTT
TGAAAAAAAAAATGATTGACGAAAAGCTTTTTCTAACATTTTCAACGCGT
GAGCACATGAAATTTTGTTAGCAACACAAAAATTAAGGCAAACCCTTTGT
TCAATAATTTTGTTCATTGTCAAAATCGTGGAGCACTAGTGAGGTAGACT
GACTTATATATCTGTTGCACGCAAACTGATCGACAAATTGCACTCAAACT
TTGCATTATAATGAAAGACAGTACTGCCGACCTAGAAAGTAAAATGATTT
TTTAATCTCTTCAGCACAGGCAATTTAAATTAACAATTCCTGGTAGTTTT
GYACGAATATACACCTTACAGGTCTTCTTCACGTATTCCTCTGACATGTA
AGCCCNACTCCTTCTCCACCTCAGACTTCAGGTCATAGACATGGGCGGTA
ACACAGGCATTCTTCTCGATGATACTCCAGATTATATAGTAAAGGGAATT
GCATTCTGCTGATGAGGGAGGTTAAATTCGCCTAGTTGTCTTAATACTAC
TTATGAGTATTTTTGGACTTGTGGTCTCACAAGGCTCTTATTATAGTTCT
TCGTCCTTTTAATTTTGGTAATGAGAGCCTTGGAGCAGGAGACAATCTGC
AATATGACGGTATAACTAATTCCTGTGTCAATTAGCACTGACACACGATT
ATTTTTGGTCTCCCTTTCAATTGTTCTTGATCAAATGAAGAAATTTGTTT
TTATTTTGTAGCAGTTAATATTACGGAAATTATTGAGTAAATCGTTGAGT
TTTTTTCCAAGCTTTCGTTCACGATTCGCTGAGACACTCTGTATTATTCA
GTAGGAGCCTCTTCTTCTTTTTTTCTTTTAATAAATCATTTGATGAAGTT
TCATCAAGATTTCTTGGAATTTTGTACATCTAATTTAATAAATATATTTA
TTTTATTTAGATATTTATTTCTACCATGTGGTCAAGGTTTTACATTGGTT
GAAGGTCTTTCCTTTGACTTAATATGCAAATTGTGATGTTGGTTAATGAA
AACGTTCTATATATATATTCGGACGGATGTAAGAATACCAAAACCAAAAC
AACGGAATCAATCTTTTCCTTTGTATATAATTACTGCACTTAGATGGGTT
GCTCCGATTCTTCTTCAATTTAATTCAGTTTAAATGCAGTGACGTCATCA
ATTCATACTTGAAATTTATTCTAAATTTATGTCTGGAGTAATTTTTTTCC
TTTCGGAACGATAATGAATCTTCCTTGCAGGTGTTTCCGACCCATCAGAT
TCCTTGAAACCCTGGGTTTAATCATACGTAGTTGATTTGGGAAATTTTTA
AACTCAATAGTCTCCATGGGCATGCTGCCGGCACGAGGCATACAATAATA
GACGCATACCATTTGTATTTGATCTTGTACAACTTTATCAGCTGAATTGA
TGAGTAAACTTTCATAAAGAAGGATTTCAGGGTTTCCAAGATATTGGGGT
TAAACTTGTCCCAAATTATAAGTCTCCATTCTGTACATACAGGGTTTGTA
AGCTATCTATTCAATGAAAATGATTTTTCCGCTTAGCACAATTTTCTCTC
CATCTAGTTGTCCGATTAATAAAATGAAATTAGTTTCCGAAAGCTTGATG
GATTTTGATTTATTTTATTCAATAAAATCACCGCTAGTCTCAATTACAAA
ATCTAGACGAGACCGAAAGTGCGAGCAGGCCTTTGCCACTCAGTCCATTG
AGAAATCCCGGAATTCCATTTTATCCGACAATGAGTTTGTTTTTGTTGTT
GTAGAGAGTTCGGTTGGTTTGACGTGCGATCCCCCCCCCCCCCCTCCCCA
GTAAAAAAAATCTCTCAGGGMGTTTGTYGGGGAAAAGTCCGGGGAGATCA
AGTCATCAACATACTTTTGAAGCCATTTGATACTAATTTTTGAGGGTTGG
CAGGGAGCTGAGTCCTTTTGCCACGTGTCAGGCTTCTCATTATTAGTCAT
ATCGATCTAAGCCTTCACTTTGTCCTCTAGCACGTCCAGGTAGGTATCAG
TGTTGACTCTGAGGCCTTTTGTGAACACATGAAGAGGCATGACTTGGCCT
TCGGTGCTAACCCCACCATGCACAATTACGTAGGCTGGGAACTTCATCTG
CATGGCGAAGGGTATATCCTTGGGGCAGAAGGCCAACTTCCTGTTGTTCT
GATTGGTGACCTTCTGGTACTATCAAAAGTTTTACTTTTCTCGTTTTTTT
TTGTCAAGATATGTCCCTTCATCATCTTGAATAAGTAGCAACGAAGGTTT
TCATAAATACAGATCCGGATCAGCGATTCTGACTGGCCAACATCTCGATC
AATTACCCTCATGAACTTCCCTAGGTCCTCAAAATCACCTGTAAAGACCT
CAAATTCCCTCTTAACGTTGCAAACGAACGTCTCACTGAGTTCCCGATGT
CGAGCAATTGTTATGTTGTCGCTTCTGGCGCGGTCTCCAAGAAGGACCTT
TTGCAAATGGTTGGGTCAACGATTTCGTCTACTGATTCTTTTTTTTCTTT
TTCTTTTTTTCAACGGGTACAAGTTTGAACGAGTTATCCAACAACAAAAA
ATCAGCTTCCTAAGTATCCGTATTTGGCCAAGACAGCGCGGCAAATTGGC
AGCTTAGATAGCTTGCGCACTCTGTATATATCATTATACATATACCATGC
AAATAAATATTTTGATACCTTAATTATCATGGATTACGATGAATAATAGC
AGAATTCTATTTAGGAATGAAAAAAATTAAAAGGATTTCAAAAAAGTCTT
TGGAACAATATAAAAACAGAAGAGTTGTAAAGAAAAAATGTATTTATCAC
TATTATTATTTACGTGAAAAKCKAAAAAAAAAWATATATTTTTTTTGTGA
AGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAGAGTCTTAGAAGACGGAG
AAAAAAAGGATGGAGGGAAGAAATGATGTCAATACTTGGTGTGCTTAATA
ATATATGTATATTTCTTGTATCATATGTAGGTAGACATMACACAATAGGC
AACACAACAACTGATTAGCATATAAATTATAATTTATATTATTTACTAAT
AATACGAAATGACCTTCACAGAAGAAGGGGTCACGCGCTTTTCCTGTTAA
GAAATATTTTATTTATTTGCATCATTATTATATACGTGTATATATAGATA
TATAAATTAGTGTTGAGGTTGGGGTTGCAAATGCTAGACCAGTCTGAGAC
CGATTTTTGTGATTGTTTGATGACCTCAAGTGAACATCCACCTACAATAA
CCTTGCTTGACACGGCGTTACTTCATTAACTCAAAAATACCCTATTTATA
GTGTTAGGGGTCTTTATTTAGGACCGAGAACTGCAGTCCATGTCCATTTG
TCGGTCCTTACAGAAGGTTAAATCAATCCCATGTGACGTCAATGTGGGGG
TTTTTTTATAACTAAGTAACCAAAGAATATCTTTGTATTATATTGTATTG
TAATGAAAAAAAAATATATTTTTTGCAAGATATGTGCAATAATCTTAATA
CATATCTCATATATCTTACTTGGCTTACTACACCATCGATATTTGTATGA
AAAATTCAAAGGACTGACGGGTAAAGACCGGTCACAAGTATATTTGACAG
ATTAATAGCTGTTGGTATGATTGACATATTTGGCTAATTACCAGATGATT
TGAGGCATGTTTCTTTTTGTAGGGAAGGCTGTGTGACACAATAAAGGTAA
CAACGTGTTGAGCGTATAAACGTGTTTCATAAATCATATTTGTACAGCTC
ATAAATTAGGATATTTTGGGAGAAAATATCTCTATGGATTGTGATTGAGT
AAAATTGGTCGGTATATTGATGCCACAAAAATAATTGTTGACCATTTTGA
AAATGATTAAACTTTTGGTTGAATTAAAATTAGCTCTTGTTGAGCTCTGA
ACATTTTTCAACAGGCATCGAATAATAATTCCATGGTTTTGAAGAATTTG
TCCCAGAATTAAATAATTACCAATTGATTCGTTATTAGTTCTTTTAGGTT
GCATAATCTCGTAGAATAAAGGTATTGACGTGAGATTGGTCTCATTAAAA
GTTCAGTATTGACATAATCTATTGATAAAGTGTTGTTGACGTCAGTTGTG
TTTCAAAATTGTCAACATCTACCTGAATGATGTCATATGAAGTGTTGTAT
AAATCAGTATATTATGGGAGAAAATCGGTTTCTAGATTGAGACACGAAAA
ATTGAAAACGATCAAGTCTGGGTCTCACAAGGTTATCTCTCTAACACAAA
AATATACAGTGTATTTTGTTGTCAATTGTTGATTTCTTTTTTTTGGTTTT
TTTTCTTCTAATCAGTGTTATGAACGTTGATTGGTTCAANNTTGAWTCYT
TWTTTRKTTTTTTTWCTTCTAATCAGTGTTATGAACGTTGATTGGTTCAA
TTAAAATAAGMTCCTTTWAAACTCTGAACAGTTCCCAATAATTATTGAAT
AATAACTCCATAGTTTGATAAATTAGCCAACAACTACCAATTGAGTTTGG
GCATTCTCTTCACCTGTTTGTTTTCGAAGGAAAGGCTGTGCAGGAACGTT
CAGAGGCGGTGGGCTGAAAGAACTGTAGCACCCCCCCCCCCAAAAAAAAA
AATATAATAATAAGGAATTTCTGTTTTTTACTATAAAATTAAATATTTGA
AACTGTTTTTCAAAAAACCCCACTCAAAAAAAAAATGTTTTCTTCAAATA
GCTACGGATACTTTAAATGTTTCGGAGAAAGATTTAATACTTTAAATTAT
TTTTTCTCAAAAATTTACAATTTTTGTGAGCAGCTGTCAATTTTTTGAAA
AAAAAATCCCAAAAATTAATTTTTTGCTGAAGATTTTTTGAAATTTTGAT
TGGTTGAGTTCAAATAAGTTATTTTAAAGCTGTGAATTATCCCCAACAAT
AATAATTTCGTCGTTGGGAAGAATTGACCAACTACCAATTGATTTTGGGM
CTTTTCTCAGGTACGACCGCRGGGGGTCTGGAGGGGGCTGTAGCCTCTTT
CAAATGCAAGTAATATTTGCTTTGCACAAAAAAAATATCCAGGATCAAAA
AAATTTATAGGAAAATATAAGTGAAAATATTTTTTAAGTATGTTTTTTCT
AAAAAACAGGTTATTTGGCCAAATTCAGCAGCAGAGCAAAAATTTAAAAT
TACCGAAAACCAAGCCCATATTATATTTATATATATATATATACATAATC
CTCATTCTCCCTATTTATTTTCAGAGGAAGGATTATTGATAAACTACATA
ACAGTCTGAAATCCCAATTTGAACCAAAGTATCGGTTTAAATCATTTTAG
AAAATCCCTTAAGACCCAACCAAAATAAAAATATGTCTTGGACCGAGTCT
TAACACTAATAAATATATATTTATGTGACCGTGAACTCTTCTCAATCATT
TCATTTGATAGTGAAATGGAGTGATCCTATTTATCATTGCTGACAAATCA
AATTATATAAATGGCCACATAATACCCATAAATAAATAATTGGCATATTT
TTGTATGGTAAATGATTCAGAGTCCTTGAAATAAAAAGAGGAGGCTTTAG
ATCTTGGTTGAGTTATAAGGATCCTTTCTCCTCCTTAATGAGTAATTTAT
TCAAACAATGGTTGTATGTATTTAGGTATGTACATATTATAGGCATATAC
TGTTTGTTTACTGCCTATTTAATTATTATTGTGAAAGAAAGTCCTCCTTT
TATTATTATTATTACGTCTAATTACAGGGTCTTTAGAAACATTTAATATG
ATTTTTTTTTTCGTTAAAAGATATATATTTATTTTGTGTTTTTTTCGGAC
CTTGTAGAGTTTTTATACTTAATATGTTTATATATATTGTTATGTTATTA
TTTTATCACGGTAGGAGAACAAAGTACCTTGATGCGGTTTATATATTACA
TACAATCGTACATATGAATTGCAGAAAAAGAAAAAAAAAGTAATCGTAGT
GATATTGCAATGAGAAAGAAAACATTGCAATTATATTTGGAGTAGTTTAA
ATCATTATAATAGCATTTTATTCTATTCTAGTGCAAAAAAGACAAAAAAA
CATTAAAAATAAGCAAATGCATTAACTATATTAATAAATCGAAGTTTATT
TGTACGTATGTCTGTATGTACTCTGCACAGTCATTTTTGAGAGTATCTAG
GGACTTTGTAGATTCTTGATCTAAGACATTTATATAGGATCGAGCGTCTG
CGTCATACTAAACATAAAAAAGGGAGCAGTATAAAAAAACATGGCAGGCC
TGTAGGTCAATTCATATTTGCACAGCTCTATACCAGTAGCACCAAAACCA
TTGGGGCGAAGGGGCTATTTTTGATGAATTTTTATAGTTCTCGGGGAGGG
GGGTATATGGTCTAGACTAGGGGTCGGCAACTTATAGCACGCGTGCCACT
TCTGGCACGTGAAGAAATATTCACTGACACGTGCAAATTAGAAAATAGTC
TCCATGCCTCAAAGGTTGGCTACCCCTAGTCTAGACATAAAAGACGTTAC
TTTAATGGAAAGTGCTCCAGCAATAGCAATCGGGCTCAGCTCCTGAGGAT
GTAACACATCACTATTTGTTATTCTGTTTGTTATTAAGGCTGAAGCAAAA
TCTAAAGCCTTGGTTTYTGATATAAAAAAAAAAAAAAAAAAAAATTCATA
TATATATATTTTTTTTAATTGAAATATAAATTCTTTCTTTACGGAAACTT
TGTAATTCTTAAATTTTTTAAAAAAAGTATCAGTATTTGGTCAAAATTGG
CATTTATAAAAAGGGCAAAAAAAAATAAGTGGAACTTACTTAAGAAAAGG
AAAGAAACTTAATTTATTTGCTCCCTTTATAGGAGAATTTCGGTCTACGA
TATAAATTTTTGACCCAGTGTTTGAAATTTGATCTAGACCGAAATGTTGG
TCGAGATTGCTAAAGAAAAAATCACTTACATCGGTTGTACTGAGAATAAA
AATTAGATCTCGGACGGATTTTCAAATCCGTAGCAGTTATTCCTATCCAT
TTTTGAATATACTTCTTGGCTTTCGATCAGAGATTTCTTTTGATGTGTGG
TCATGAAATACAACATAAATACCAGTCATATATTTTTCTTCTTCATTCTC
TGAGAAAACTTTGTGGTAGTGGACTGTTCATACAATTTGTGTGTGTGTCA
TAAGACAAAAAGCTACTACAACAGTTAAAACATTAAAAAAAATATTTCAA
AGAGTGAACATATGGTCTACTCTTTCTCTCTCTCTTTCTCAATGGACATT
TCATTTCATTTTTTTTTATGAATATACAAAGTTATATTGTGTGTATGTTA
AAAACGTTAACTGTAAGTGATGATGACACATATTTATTAATAATAATATT
TTTATATTTCTCAGGAAATCTACAAGGATCGGAAAAAGTTCTCAAAGCAA
GTCTTTGAAGTGGCTTYCTCCGACTTGGTCAATATGGGCATCACGGKCGT
TTCCTMCACTCTTAAAGACATCCGTGATGAAGAGGTTTGTCATATTTATA
ATTTATATTATATGTGGGGCGTCAATATAAAAAGAATTTGAACACAAATC
GAGAATAGGATTACTTCATATATATTTACTGCCCAATATTTTATAGAATG
ATTTGAGTCAATTAGAGGCTTATTATTCAAATAGCTAGGATGAATTAAGA
TGCCCAAGAATTTTAAATTTAGTTAAAAACCTTTATTTGATTTATGATAA
TTATATTGGCTAAATATCTAATTATTTTCTTGTCACGAACGATAGTACAA
TTTGCGACACACCCAAAGGGTTAATAAGAATATTTGGTTCATGAAGATTC
ACGATAATTCGTCCGAGAATACAAATATAATCCACACTCAATTTTGTGTA
AAATCATTCTAGCTTGCTTTTTGTGATAACGGTCCATATATATACATACA
ANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNCGTCCCTGATAATATGTTTTAC
TAAGAGAGTGCAGAAATGTTATCTATACGGAATTTTTAGAAAAATCATTC
TAGCTTACTTTTGTGTTTACGGGCAATATATATACATATATATGATGTAT
ACAAGTGGCGATGCCTGTACAAGTTGTAACTTGTNTAAGAAAATTGTACA
AGTTGCAATTGTTTCCTTTTTAAAATGTCTTATTTACTGTCAGAACCTCG
GTCAGTCTAATTACCAACCATTCCTTTCATTTTGAAATATTAGAATTAAA
TGGTTATTTTGTATTTATGAATGATATAACTGTGGGCAATTGNNNNNNNN
NNNNNNNNTCTCTAATGTGCCAAAGAGTACATATATTTTAGTCATTTTCT
TTAAAAGAGTCAAAAATGACAGCAATTAATTATCAATCAACCATTGCATT
ATCCTCATACTAAGTACACTAAATCTTTCATTTAAAATTAATCATCCTAT
TTTTTGGTTGAAACAACATCATATTATTATATACAATATATGATATATTT
AAACGTCTATAACATGTTTATTATCTTTCTAGGGATATCTCAAAGCTCTA
GGAATGGCTCSAACGGCTGYAGMCAAGCGMGYTGCTCGTATCGGCGAGGS
CGAAGCAAAAAGAGACGCTCAGATCAAGGAGGCTATAGCTGAAGAGGAGA
GAATGGCAGCTCGTCTTTTGAACGATGCTGAGATCGCTAAGAGTAAAAGG
GACTTTGAGCTTAAAAAGGCAGCCTATGACGTGGAGGTGAATACTAAAAA
AGCAGAAGCAGAGTTAGCCTATGAGCTCCAGGCTGCTAAAACCAAACAAA
GGATCAAGGATGAACAAATGCAAATCCGTGTAGTCGAAAGAGCTCAAGAA
ATCTTAGTACAGGTAAGGTTTGAAAACATACAAACTTGTGGCCCTTAATT
CATTTATGAATGACTTGAATTTAGGCTCAAGAAATTCAAAGACGAGAAAG
GGAACTGGATTCTACGGTGCGACGKCCTGCAGAGGCTGAAAAGTATCGAC
TCGAAAAGATAGCGGAGGCCAATAAGAACAAAATCATTATGGAGTCTGAA
GCAGATGCTGAAGCAGAAATCCTCAAAGGAGAAGCGGAGGCATTCGCCAT
TGAGGCTCGTGCTAAAGCTGAGGCGGAACAAATGGCTAAAAAAGCAGATG
CATGGAAAGAATACAAGGATGCAGCAGTCCTGGAAATGATGCTCGATTCA
ATGCCTAAAGTAAGGTTATTTACAATGTATATAAGCTGAATAGATTCAAT
CATTGCTGTTTGATTTACAGATCGCCGCAGAGATTGCTGCACCCTTATCC
CAAGCGAAGAAAATTACAATGGTATCCGATGGTTCTGGTGAGATCGGTGC
TTCACGTCTCACGGGAGAAGTCCTCACTATCATGTCCTCAGTTTCACATA
CCGTAAAACAATTAACTGGAGTGGACATTACAACACAATGTCACAGTCGA
TCTATGGGTGCTACCAGGGTAAAAAATATTTAAAAGTACCTAATTACCAC
CTGCTTGTAGTAGAAACAAATAATTTCATATGATGAAACAATTAATTTAA
AAAAAATCATTTTTCATACATAATGTAGTAATGTATTAGTTACCTTTTTA
ATCGATAGAGGAAGATCAGAAGGCACAATAGTATTCATACTTATACTGTC
TCAATGCATACTATATCTATTTATGAATTATMTATAGCCTAAACATCTGT
ACTATCCTATCAGGGCTGTAATCACCGGGGTCAGCCCCTAAAAATTTTCA
ATAATAGTAATTATCGTTCTACCAATGATTCACTACCCCCCCCCCCCCAA
AAAAAAAAAAAAACTGTGGATATATGCTTGTAAATCCTAAGCATTTTTGA
GCGTCTGAGTCTTGCTGTTGTTGACAATCTGAACAGTGTTGTTTTTTTAT
AAAGAACATCTAACACGGTGTTACCTCACAAACACATGAATTTACATCTC
GTGTATTTCGTTATCAGCTGCTGATGTTTGGGCTTCTTTTCTCCTAACCA
ATGTTCTGAACGTTGATTGGTTGAATTAGAATTAGCTCTTGCTAGGCTGT
AAACGCTTCTCAATAATAACGCTATAGAATTTTTATCTGAAATAATTTTG
GATGTATCTTATAATATTTTTGACGCTGCCCCCAAATGACACATAAATAT
ACAGTGTATTTTGTTATCGGCTGTTTGATGCTTCTTTTTTATAATTAATG
TTCGGAACGTTGATGGGTCAAATTATAAAAAGCTCCTTTTAAAATTCGAA
CAAATAATTCCATGGTTGGAAGAAATTAGCTAACAGCTACCAACTGATTT
AGGGTATACTTTCCWCCTGTTTGTTTTTYGMGGAAAGYTTGTGGANNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCAGAGAGGAATTT
TTTGCACATTAAAATTTAATATTTGAAAATTTATTTTCAAATAAACTTAA
TTTTTTTTTTTTAATTTCCAAAAAAATTTATTTCCTGTGAATGGCTTTGG
ATTTTTTTAATTTCTCTCCAAAAAACTTAATATTCGAAATTATTTTTTTC
AAATTTTTTTCGTAAAAATTGAAAGTAACTGTGGATTTTTGAGCACGTTC
TAATTCTTTTTCTAGTACTCTAATTTGTTATTTTTGAGGCCTTAAATACT
TTTTTTCGAAAAAAAATTATATGGCAAATTTAATTTTTCAATTTGTTTTT
TAAAAAAAAAAAAAATTTGATAATTTTTTTCAAAAAAATTCAAAAACTAA
GCCCCCCCTCCCCCCCCCCCCAAGAAAAAGACCGAAAAACAGAAAATGCT
TACGATTTACAACCTTAATGATAGAAGTGTGGACATACTTATTTTGGTAA
CCCTTGTTTTATGTGTATTCTTTTGCTTTATTTGTTTGTTTGACATTACT
GTATGTATATAAAGGAAGTTGTTTCAAGACCGAGTTGTCTTAAAAAACAA
CCCATTAAAGCAAAACTACATATATACGAATAATGATGACAAAAACATCC
AAGATGGCTGCTAGTAAAAGGAACAATAATGATGATATAAAAACAACAAC
CATGACGGGTTATTATATCAGACAAATACCATTCCCCTATAATATATCTT
CATCCCTATAATTTGCTTATTTATTTCAATAATTATATTTGTACACTCGT
GTACACTGTTGTACATAGTATACCTATATATTGTAATAATGACAAGTAGT
GTTGGATTCAAGTATTACTAGAACCCGGGGTGGAAATGATGGTTTTTTCT
ATCTAGAAATTGGAGACAGCGCTATTTGAAAGTTGAAATTATAAATCATT
GCAACCTTTTAATAACTATAAGAGAAGGAATGAAGGACCATGTAAATACA
TGGGATATCTCATATTATGGAGGAAGTATTTTCGTCTCTTATGGAGTATC
AGGGAGAACAGGACTCGGAGTGCCAATCAGAAGCTTTTTACTCATCATCT
AATGTGTCACAAAGTTAGGCAGAGGTTATTTTTTGTATTTGTTAGTTACT
CTGCAGGAATACACTAAAAGTTACAAATCAATTTTGATCCAACTTGGTYC
GAAGATTATACATGGTCACAGTAAGAGGCCATTAAATTTTGAGAGGTCAA
GGGGTACAACACAAAGCCTACAAAATCCATAATCCACCATAACTTTGGAA
CACATTGAGATATATTTCAGTTATATTTTAGGGGGWGGTTTTGCACGTTG
TAGCCACTATACAAAAATAGAACAATGTTCCAATAAATCTTGATTGAATT
CCATCAAATGGCTTTATGAATATAAAAAGTCTTAACATCTACGTTAAATT
CTAATTGATGCATATGATAAACACTGATCGTTGAATTAAATCAAAGTAAT
ATGTACATACTAAAAATCCCTAAAAATACTCGACTTTCTACAATATTAAT
TATTATTTTGATATATGTATTAGGGACGAGAAAAGTAGGATAATTAGAGA
AAAATATCATAGTACTTCCATTCTAATAGTTGATTTTTATCTACACTATA
GAAACGAGATTGTATAATTAGTTAATAACATACTTTAAATATATTTTAGG
ATCGTATATATAATAAAACTAGGCAATAGAGGGACAACTTTTTGATAGAA
ATTAAGGTTCAAATCCTTTTATTTCTTGGTCTCATTTGACATTCAATAGT
GCACTATTTTTCTGAATATGAATGAAAAAAGGGTTTTTATTGCTTTAAAA
CTTGGTTGTGTTTATCCCTCTTTCAAAATGGCAAACATTAACAATGCTGA
CGTCACGTGAAAATACTCCCTTATTAAAAGGTTCCCATCATTTAACTTTA
ATTTTCCGCGACCGCTGTTCCAATTTCGTGATAAGATATAACGTGCTGAC
AAAATTGATAACCATAGTCCATTCATATTTTACTTGAACTCGAATAGTCG
AAACATTTGAGGACTGACGGTTAGTCAAATTTATACTAGTATTACTCAAA
AATACTGTAAAAGACTACAACGAACACTTCTTTCGGGGAGAAGAGAGCCG
CATTAGTATATTATGTGGAAATTCTCAAAAACTTTAACTTGTCCGAACTC
TAAAATTTTGAGTCGAACTCAAAACTAATAACAACCTACATAAAGATATA
TTTTTCCATCGTATGTAGGAGCTACATAGCTATTTTCAAATAATACATCC
ATATAAAATCATTCATGTAGAAAAATATAAATGAATATATTAATATTTAT
GCTCGACTTGCTTGATGGGAGAAAGGCAATAATAGTAATAAAATTTAAAG
CAGTGATTCTCAGACTTTGTACAGTGTGTTCTACACGTGAGACGAACCAG
AATATACAATAACAGAGACGTTACTTTATCTCTACGTACCACCAAAATGA
AAATACTGGAACTTATGTATCCAGATACGAAACCAAAATTAGGTGGATAC
TTGTCTTGAATTTAAAAAATATTTTACCCAAAGTTCGTACCGTAATAAAA
TAAGATTTGGATTAGGGTTTAAATTTTTACTGACTTCTGATGCGGAAACA
ATGAATAGCCCAATGTTACTACTATTAAAACATAATTATTTGTTATTATT
ATAATCATTGTTGTAATAATATTGGACACGTCATTACCTATACATAGAGT
TGACATTTTTGTAAGGAAAAAAAAACACAAGGAGAAGGCAGGAAGTGAGA
TATATGTTACTACTGAATTAAGACCGTTGTTAATATCAGCTGCATGTTAT
ATGATTTTGGGGGTTTGAAAAAGAATTACTGCTATAAAGAAAAATTATAT
ATATTCTGCAGGGAAGATATTTTAATTATATTGAAGTTCATATAATTTAT
TTTATTAAATCAATTTACATCAAAGATAAGCTATAATTCTTTCATGAGAG
GAAGAACTTTACACCACGACAACCTCTTAAATAATGAGGGATAATGAAAA
AAGAGGACACGCAACAACTGTGTTTCCTTTACTAATTTTTCAAGATTGTT
TTTTCTTTTACAAACCACTCAACTTTACCTATACTGTATCTCCCAACCTT
CCCTCCTAATAGGAAAAAAATCGCTCAAAATCAGTTGGTAGTTAGCCAAT
CCTTCCAACTATTGGATTATTATTCAATAATAATGTATAATGGTTCACAC
CTTAATAAGAACTTATTCAAAGTCAACCTATATATATTAAGAACACTGAT
TAGAAGAAAAGAAGAATAAACATCAACAGCTGACAACTAAATACAGTACT
AGGATGGTAATGCCGTGTGGAATAACCAAAGAATATATATTTTTAGAACT
AAAAGAGCAATGCGTCCAGTTCAGATGAATTTCCAGCCTTCTTTTGTAGG
ACGTTACATAACTGAAATGCGGCTCAAAATCTGATTATAAGGATATTAGA
AAATATTTACTTGTATGTATAGAATTTCATCTTCATTTCTGTTGCTCGCT
CATTCCATTCAGCTGGTGCTTTGCTTTACTAGCTCCATAAATATTCTCTT
TGCGGTCCCAATGCAACTGTTTATGTAGATGGAGCTTCAATCAGTAATCA
TGAAAAACAGTCAGGCTACGTTAAATTATTGTGGAGACATTTTGGAGCCA
TTGAATTCTAGATACCTGGAATAATCACACCGAATTTTTATTCCCACATG
AGGGGAATATAGAAAAAGTGATGAAAAAATAGGGGGAAAATGGTGAACGT
CAATTAAACTCCATTACCTCAAGAGGGGGATTAAAGAAAAAGAAGCATGC
TTGATTATTCTATGTGTATATAATTCCATGTTTACATTTAGATAATATCG
TAATTGTTTCTTTTCAATTAGTATTAAGCAATACTACAAGCTTTTTAAAA
TCTAAAAAATCTATTGGATCTTTTTTAAGATCCATAAAAGTTTGAGCCAA
AGACAGTTCTGGTCTAAGATCTTTTCGGATAATACAAGTTTACTTATCCC
ATACTTTGAATCAGGTTCCAACATCCGTCCTTTCTCTAATCACAGTTTAA
GAGTCACTGATTTAGATATTACATACATAAAAGGTGCGACCTCTATTTAA
CAACTAGTTTGATTTATTTATTTTAAATGGATTTCCTCCAAAACTCATCA
TCCGATTTTAATATAAACAATGCCCAATAAAAGCTGAATAAATAAAAGTT
ATTATTATCCAATATAATTGCCTTTGGAGTCAATAACAGACGAGTCAACT
CCACCACGGAAACGGGAGCAGATCTTGATGAAAGTATCATCATTTGTCCA
ATCCTGGTATTCCTCCGGATCCTGGGCATTAGCTCAGATTGTCTGTTACA
GGAGGATCTGTTGATGTGTTGCTCAACTGCGCTCTACAGAAATAAGTCAT
GGGGTTAAGGTTTGAGGACCTTGGAGGCTAAAAACTGAGTACAAAAAAGT
AAAAAAAAAAAWTWTGACAACCAGCTTAACGTTTTCATTGCAGTGTGGCA
TGGAACAGAGTCTTGATGTCACCTCCAGACATTTTGAGTACTTTCCTGAC
TTTCCAGACAAAGTTTGCAATCTCAATATTGTCTTGTCCGACGCGGATCC
CAAGAAGGACACTGCTTTTTCACGATTGAGGAGTAAATACGTCGTTGAAA
TATGCAAAAAATTTAAACTGACACCAAACACTRCTGGCTAGCCCACAAAA
CAACAAACCTACCTGCACATGNCGTGTAAAGTTCGTTGTGAAACAACAGC
TGCACGTTGTACATTCTAATGTTATTAGAACAAGGTTAGCTGGCACCAAG
AAAATCGTAGGGCATAATGAAATGTTCGGCGGCCTCCTCCTTGGGTCCCC
TCTTTATGGTGGSATCAATATCCCKGGMGTCCTCTAGCTTCTTACGGATA
CGCTGAACAGTCCGTAAATTAACTCCTGAGGTTGAAGCAATCGTTGAATT
GGAGATTTCACCTCCATTATACACCAATGCCATGACTACGGCGGYACTCG
AAAGCTCCTCGTTCCACTTATAGCTCTTTATCTCCTCATATGATGACGGC
ATGATGCTAACTGAACTACGTATCGTTAGCTGAAAAAAATAGCTTTCCTA
TTTGGTAACCGGTTTTTTATTTGATAATGTCGTCTTCAAGTTATCAAGGT
TTAAAGTAGGCGACAATTTGATCCCCACTCCCTGTATTTGCTAGTTTAAT
CATTCAATCTTCTTCTATCTCTTTCTCGTGACGTCATTTGGGTAAATGTA
ATACATAAAAAGAAGAAAAAATTATAATTTAAATTTCCTTTGCCAATTGA
TTGCTTATTTATTAAAGCTATATTTAAGTTTTTCAATTATTCTCACTTTG
TAAGAAAAACATTGGTACGTTCCTTCTTTCTTTTCTTGAGCTTGACTCCA
ACTCCCCCCCCCCCCCCCCAATTAAATGATTTAATTGATTCCATATATTA
TACAAAATATGCAAATAACAGAGCATTTTAACTCTTTGTCCTTCAGACCT
TGAAATATCTTAAAAAAAGAATGTCAAATCAAGGAATCCTCACTTAATGA
GTATTCTCCTTCAAAAGAATGATCGAATGTATTTATGTTTGTAGTCAGGC
CATAAAATGATTTAATAAGATATATCTTTATCACGTATAAAAATATATAT
TAGACTCATACTTACTTGAATACAAGCTGTAAAGCCTTGGATTGCGCCGT
GTCAGGGATTGTAAACACAATAACTCATTAACAAACACTTGACACTAAAG
ATAATTTCTTATGACGTATTAATTTTTTATCAGGTTACAGGGGGTGGGCT
GAAGAGGCTGTAGCCCCCCTCCCCATTGAAGGATTTTTTGGTTTTTACTA
AATAATTTAATATTTGAAATTTTCCTATAAAAAGGGTAATATTTAAAAAA
ATTTCTAAAAATATTTAATGCTGAAATTCTTTTTTTTATTTAATTTGTGA
ATTTTTTTGTAAAAAAAAGTAAATATTTGAGACTAGCTACTGATATTTCA
AAATTTTTGTCAACAACTTTGGATTTTTGCAATTTTTTTAACATTTAAAA
ATTAATCTTTTAAATTTTTTTCCAAAAAAAAAATGTTTTTTATAAATAGC
TGTGAATTTTTGGATTTTTTGTTCATATTTGAAATTAAATTTTTGAAATT
TTTTTTCCAAAAAATTTACTTTTTCAAATGTTTCCCGCCAAATCAAAAAA
ATAAATATATATATAATACTGTTGACACCCCTGGGTAATTACTTAGGAAA
GGAAACTTACAGATTCTGAAGAGAACGACTAAAAATTTGAGGGGGGGGGA
TGGGGAGGAGAGACATTTTTTAATATGCGGGGCCTGAGGCAGAGATAGAG
GGTAGACTTGATCTTTTTTAAATTAAATTTGCAATTCCTGTGATTCTAGT
TTATCTTATCAAGTAACATTTATTTGATTCATTAAAAAAAATAATGTAGG
GGTCCTTTCATCTTTAAGGAATGAAATATTATAAATATGGTGCGTCAACA
TAAAAACAATGTTCACTAAAAATCAGAAAAAAGAGGAAATCCCAAATAAT
TTTTTTACTTAATATATATTTTAAGACCTATTTGAGTTAATTATAGAGTG
TATATTGAAATTTGTGGGAATAGACAAGATACTAAAGAATTGTAGCTATA
TTTAAGAACATTTATTTATTTATAAGAAAACTTATATTGGCCCTCATTTG
GCCAATATAAGTTTTAAGTCCTCAGTATTAAGTTAATCAATTTATGCTAC
TTTACTTACAATTTTCGACACAATAAAGTGTTAATAAGAAATATTTGTTG
AAATAAATGGACAATAATTTATTGAAGAATAAATACGAGGTCTGATAAAA
AAAATTAACTTTTTTTTTTCGAGTTAAGAATTATATTCTTATTCAACTGT
CAATTTTTTACTATCATGTTGATACACATATTCAGAGCATTTGAATTGTT
ACTTGTTTTTTTTTGTTTTTTGATAGATGAAAAGGTTAAACATTTCCTAC
TCTTGAAAAAAAATGAAAAGAAAAAAATAATTTAGGGATTTGATTAAAGA
GACTTATATTGGCCCTATCGAATACCAGGGCATCCTCAAGAAGTGGCCTG
GAGGGGCTGTCACCTCCTCCAAATACAGGACTTTTTGCTGTTTACTAGAA
TTTTTTTTGGTGAGGAAGAAAAAAATTTATGCAAAACAGGGAAAATATTT
AATATTTTTGTAAATAAAAAAAAATCTTTTGGTATTAACTCTCTTGTTGT
GTTATTTAAAATATTGAAGATTCTCATTTCTAAAGCAGAAACACATCATA
TTCTATTCTTTAAAATCATAACATAATACGCAGCTGATTAAAAAATATAT
AATCAATAGTACCATATGTCTCGCTATCACCATCTCCTCACACTCACCCA
TATACACAGCCCTGGTGGTATTTTAAAGACACCGATATGTACTATAGTTA
GGGTGGACATTTCTAGGAGCGTGAGGAGACAGCAGAAGTGACATTTATGG
TACCCCTGAATTAAGACCTTTGTTAACAATAGCTCCCTGTTACATTGGAC
AATATTGATAAGTTATATTTGAATACATATATTTATATTTTTAAATAAAT
ACACCAAAAGTAGTCAAGAAAGATTTTAACACTTCAAAGAATATACAAAT
AATAAAAATAGTAATCGTACCAAGCGTTTTTCCTTTTCGAATTTGTAATC
TGTTATTTTCCTCTACATGTTGCCCGGCAATTATTATACTATAGCTGAGG
ATTCTCCCCTCAAAATTATATATCTGCCATATAATTTTGATAAGGTGATT
AATTTTCATGATTTGGTAGGGGGGGGGGGGGTTAGCCCTAAAAATTATAA
CAWAATCTCTTAGTTAATTGGTTTATTATATATTTATATATGATAAAAAA
TTTGATGGGGCTTCAGAAACATTTAGAGGGGCTTGAAGCGTCACTGTTTC
AAACTATTATTTTTAATTCAATAGTTATATGTCCAATCTTTCTTTTGCAT
TCTCCTTCCGCTCTACAGAATGCCCATCACTACTCATGATTTGATGAATT
ATTTATAAAGTGTCACATTTTTCTGCTTTAGTTATAGTCTGGCATTCTTT
ATAAGAGTACAAATTGGATCATCTGACTTTAATTTTAATCAATTGATAAA
ATATTTTTCATTGATGGTACTTACATTTAGGACATTAAAAAAAAATGTTA
CGAGAACCATCTCTTGAGCCTTAAGAACCTACTAGAAAATTTTCATAAAA
ARCCATTCATTGATTTGGCATTGATTTCCAAGCKCAGCCACATGCATTCA
CATTTGATCTATAGAGACTTTTCCTGCAGTAATGCTATTTTAAAGGGAGA
AGTTTCTTCTCTTTAGAGCAGAAATTCATTTTCTCTCCCATAAAAAATCA
TAGAACGAGTGTCTTAATTCAGTAATAACATACGTTTCTCTCCCGCCTTC
TCCTCGCGCTCATGTTTTCCTTTACAAAAATAACATCCTTAGTTATATAT
ATATATATTATTAACATTTGATGAATATTATAACTATTATTAGTAGTGAT
TAGAGCTGTATTGAGTAGTTGAAACACTTTTTGAAGAGTCTCAAATTTTT
CATATGTTCTGCAAATATTTTTACAGGAAGGACTAATTTATGATAATCTT
GCTCAACTATGTGCCAGTGCGTCTAGCAACAAAAAGCTTACAAAATAAAC
TCTTTCCAAAAAAAAAATTATGAATCTCTCCAAACCCGAAAGGAATGCAA
ATGAATGTAGGTTGAAACACTTTTTCATATACATTTTACTAGGCACCAAA
TTTGTTATTTTTTAATTTTGGCTTTTATATTTAATTTTTTAGTCGTTGTT
TTTCATTTTACAATTAGATAATTAAATCACATATAATATGTATAATTTAT
TTAATATTTTTTATCAGTTTTTAATGTATTTATTACTCATTTAAGTTGTT
TTAGTTTGAACTCACGTTTGTAGTCCCATATGTGCTCTGGGACACTCTTC
CCGATAAGATTAATAAATATCATGCTTACTTGTATAGGTACTTGCGCTTA
CTGTTTAATTAAAACGTAGTGTGTGCAATGAAGTAATTAGCACATTAGTT
TCCATAAGATTTTTTTTTAGTAAATACGTACGTACATATGTAAAGTTGTA
AAAAATGTAGCCTTACTCACGTGTGGATATTTTTAGTAGTTGACAATCTG
AAGAGTGTCTTATTTTCCAAAGCTGTTATTAATTTACTTGATTTCTTGAG
GAAAGAACAATTTTATTCTGAATGACGCAACATTTCCTCCTAAAAGAAAC
ATAAAAAAAGGCTCAAAATCATTTGGTAGTTAACCAATTCTCCCAACTAT
AAATCTATTGTTTAATGATTGTTGGGAATTGTTCACAACTTAAAAATAGC
AAATTCTAATTAAGCATGAGTTGGATCTGTCCTAAGACAGATGTCCTAAT
CAGTCCCCTTCCCCTTTTAGACTTTTTATTTTATCGGTCCGATCTTTATT
ACAATTAATCTGTCTAAGGACCAATTAGTCGTCCTACGGTCGATCTTTTT
ATTTTCTACACTCTTTAGCCAAACACCMCCTACTTTAAACTACTTTAGTA
ACAACGTAATTTCGGCTGTTGAAGTTACCATAAAACACTTATAAGGACAG
GTCTTACGACTGACAAATTGTAATAGGACTGGACTAATGGGACTGCAGTC
ATTTTGAGTTTTTTTAGACCAATCCAACATAGGGCATGAGCGTTGTTTAC
TTATATTAGTTTGTAAACAAAGCAACAGTCTGGTCCTAATTAAATTTTTC
AGCCGCAGGACCAGTCCTCATGGATCTTTTAAATAAAATATAACAGCTCA
AATAACGTAGTAACTAACTATGTCATTTCAGCTGTTCAGCACAATATCTT
TCAAGAGACCTTATTTTTCAAGTGTTTCAAGAACTTATTATGATAGGTCC
TAGCTATCGTTTATTATTTTTTTTCGTCTTTATATTATTTTAAAAGGACT
ATAAGATCAACGTATCGGTTCTTAGGACCTTTGAATTGTAAAAAAGATTG
GACCGTTAAAAAAAAAGACTGAACGTGGGAAAAAAGACTGATTAGACAAT
CAGTCCCAGTACCGATCCAACACAACTCAGCATGGAAATTTTTTTTTTAA
ACAAGCTACAGAATATCACACCACCACCACCTTGCAGATAATATATTTTT
TTAGTTTGTTCATGCCCTACTTAATCAATCAACGTTATGAACACTGAGTT
GGAGAGAAGAAGCAGAAACATTGAGAGCTGATATACACTGTATATTTTGA
TGTTTGTGAGATAACACCGTGATAAGTTTTGTGAAATATATAGCACAGAG
GATTTGTTAGGGAGTTATAAGCAGTGCCATTTTTAGGATGGGCATAGAAG
GCATTTTCCCTGGGCCATATGTAGAGTATATTTTTTTATTAATAAAAATG
GCAATTGAAAGAAAAAAAAATACAAAAAGCCCAGCATAATAATATCGAAC
AAAAATAAAAATCCAAATATCCAAAAAAGATTTATATATTCCCCAGTTTT
TTTGATAATAGCTGTAGATTTCTGAAATTTTTGGTGAATAACTATTGATT
TTTGAATTTTTTTTCAAAAAATATTAATTCTTAGAWAAATTCCAAAAACT
AAGAACCCCCCCCCCCCCACCAAAAAAAAAATCCRCCAGACACACGTGAC
TTTTGTTTATTTCCTTCGTCTCACAGCTGTTTGTAGCTAATTTAATGAAA
CTTCATTGACAAATAAGCTTAAACATTCCACAAATGATCAGGATTACCAC
TTTCATCTTCGGCGTAATTTTATTACAACTCTATATATGTATATGTGGCC
TTCATCAATGTTACAGGACCTCATTTGACGGGCCAAAGGTTCACGGATGG
GGCACCCATCTGAAGTATTTTATGTATAAATAATCTGCTTTTGTTGTTGC
TTCATAACTAATTAATACTTTAGGAAATTATATAGTTAAATACATTATGC
TGCAAGCCATTGCTTTGAATACTTATATGTATAATAATAATAACATGTAC
GTTTCTATTCAAAAATAAATAGATTTATGCGTGGTTACTAAGATTCCATA
AGGCGTTTCTTTTATTTTTGAAAAAAAGTATATAATATTTATGTACTTGT
AAATCAATATACCTATTTTGTTAGCTTTTGAAATAAATAAATATATAAAT
CCACCCAGTATGAGTCTACTACTAGTGACGGCTATAAATTATGGAAATAC
ATATATATTTGTGTTTTGTCTAACACTATTTGTAGTAGGGGGGCATTATG
CCTTCAGAGTCCCTTTTATAATATTTAATTAATTACAGCTTAGTACTTAG
AGAACCAGGACTAATGATGTGTTTGTAGTCTTCACGACATATATTTATAT
TGATTTAATTTGCATTTTCAACCTTAAATATAGAGAGGCTTCTGCAGGGA
ATTAAGGATTTTTTGCTTTTTACTAGAAAATTTAATATATAAACTTTTTT
TTTTAATTAATATTTGAAATTTAATTTAATTTTTCAAATTTTGTTCCAGA
AAATTAAATTTAATTTTTCAAATTTTGTTCCAGAAAATTTAATTTTCTGT
TAATAGCTATGGATTTTTCAAATTTTTCTCCAACAAATTTAATATTTAAA
TTTTTTTTCAAAAATTAATATTTGAAATTTGTTAAAAACTTTTGAACTAT
TGGGTTTTAATTTTTTTCCAAAAAAAATTAATATTTGAAAATTAATTTTT
GAAATTATTTTAGAATAACAGTATTTTTTGTATTTAAAAAAAAAATTTAA
TTTATGAAATTTTGTTCGAAGAAAATTTAATTTTTCAATATTTTTCCAAA
AAATGTTAATTTTTGGATATTTTTTTCTAACTTTTTTGTTTGACTAGAAT
TGAGGATCGACATTTGAGTAATTCTTGCATAAGTCCTTCTTTATTTTTTC
TCCCACTCCTTCCCTGTCACAGCGGATTGTAGCTGATCTAATAAAACTTA
ATGACAACTAAGAAATTTTCATGGTTACCATATTGATTTTCGGTTTCTTT
TTTTAATATGCCCAAAATACACACGATTTTTATCACTACTTATAAATGTA
AGTACCTGTTGGATTCAGAGTAGAATTGAGGATCGAATACGGAGMAATGT
CCTTGCTTGATCCAGAGTGGGACATTTGTTTATTCCTTGATAGATCAGCT
GCTTGCAGCTGATCTAATGAAATGGCATGATAGCCTAGCTGCTCTCCTTT
CAAATACTCATCAAATTGTCAGGGTTACCATGTTAATTTTTGGTTTCTTT
TCATTTTACATKCCCTGACAATACTTCTGATTAACAACTCTATACATTAC
AGGGACACCACAACGAATTTCAAAGTGGAGAGGAATTTGTTTTATTCACG
CAACCNCATATATTTATTTATTTTGGAAACTAGAAACTTGTGCTGGAACT
CATATTTTATAGCTACATTTGAGGGTTCCGCTCTAGAGTTTCAAAAAATA
ATTTTAGGAACATATTTTCTACAAAGAAAAATCTTTAAGACCCCTATAGA
CAAATAATTGAGACCGTTTTTAGGAAAGCTGCCAATATTAAGATTAATAT
GAAAAAGTGGCAATTTTACATTAAAATGTATCTTATATCATATACAAGGA
CGTGACTAGGATTTGTCTTGAGGGCTGCTCAGAATATTTTTTTTTTTCGA
GGTAACATCTCTATTATTTTTTTTTTTTTCTAAATAAGACACTTATAGAC
AAAAGTTTGACGACAACTACAGTTTCTGTTTGTCAAAATGTTATACAATT
TTTTTTGGATGACGTTTTTTTTTTCTTCAAGAATGCCATATTATTTTTGT
CAAATAAAAAAAAATGTACTTATTAATTTAACTTTTTTGACATGTATTAT
GCAAAATTTTTAATAATTTAAAAAAAAAAAAATAGTAATTGAGATCTGTT
GATAAATATGATCAAATTTAATATGCATGTTTGTGAACAATCACTTTCTT
TTGCACAAAATATTTCGAAATTTGACATCTCAACTTTTGTAGTAACGCGC
CTTTATATTGTGCATAGGGCAAATATTGTAATTAACAATGTTAATAGAAG
TACAAGGTTAGACCCTCATGTGATCGGGCCTGCTAAAATTTTCAATTTGA
TGTACTCTACCGACCGTTGGGCAAGACAGGCTGATTGTTACCTCATAGAG
TATAACAACAGTATATTAGCAGCATATAATACTATAAATTATATTATTAA
TAGTAAAACTATATACTCTTTGACATCACTATTAAAAAGCGTGGTCAAAC
ATCCGTCGGAAAAGCGTTATGGTATAACTTTGTATTTATATTAACCTTGA
TAGTTTCAAAGTTCGAAACTTAAATATTTGTGTAAAACAAAGTTTGTCTA
GATGATTGGTTGTTTGTATACTTTCTGCAAAGTCATTTTTGATCTAAGAA
ATGATAATGTAGCAACGAGTGCTTAATGRTTAGTGTCTCATTATTTTTTT
TTTTTTTTTAAAGGAAACAATGCTCAGCGCATCATATACAAAAAAAAAAA
AAAAGGGAGTTCATAAAGTGATGGAAATAAGTGGTTATGGAACAATTCCA
AAAAAAGTCCCTTTGCCAATTCTAATACAAATTACAAATCCTAAATATTT
TAAATAATTGTTAAAAATACAATTTTGCTATCAAAATCGTCCACAGGATT
ATATTTAAGGGGGAGGGGGGTGGTTTTTTGAAAAAAAAATTAAAAATTAT
ATTTAAAATATTAATTTCTTTAAAAAATACATAGTCATTCACAGAAAGCA
AAACTTTTTGGATAAAAATTCGGAAAGTTTAATTAAATTTCTAAAATCAC
ATTTTCTTGTAAAAAGCAAAAATTCCTAAATTTTTGAGGTGGCTACTTTT
TTTTCATAACATATCATAGTCATAAGTAAGAATCGGAATGGCAAATTAAA
CATTATTTTCCTGATGCCGATTCCGATTAATTGTCCCTTCACTAGAAATA
AGTATTTGATCCCTTGCCGATTTTGTAAGTTTGGCCACTGACAAAGAAAA
GAATGATATAGTTTTTTAATTGTTAGATTTATTGTAACAGTGATATACAT
TGTATTTGTTATAACAAAAAAGAAATTGTTTGGAGGAAGTGTATAGCCCC
AAGAACACCATCCCCACCATCATGTATAGGGGTGGAAACCTTATATTTTG
TAAGTGTTTCTCTGTTAAGTGAAACGGKCGACCTCGCCGCATCATAAAAT
CTTGGGGCACAACCTCATTCCGTTAGGGTAGGGCKCCTTATATCATATTT
TCAACTACTCTATCTATATAAATATTAACTCCAACGATTGATAACTATAA
TAACATAATAAATAAATTTTTTTATTTGTTAAAANNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTCCAACATTGTGA
ATTTTTTGTATCAAAGAAAAAGAAAAGAGTCTGCAATTACCCAAAAAAAA
ATAGGGATTTGGCAACAAAGGAGTTATATTAAGTTCATAGAGCGGAATAG
CCAGTGTCCGGACCTCAATCCCATTGTGGGTAAACTCAAAGTTAATCGAC
CCTTATCTCCCCTCTGTTTGTAAAATATATTATTATCCACAAATTTTTCA
TTTTTTTGCCTTGCCTCCACAGAATAAATGATGGTTTCCAATTTGCTATC
TTTGTTAAATTAGTCATGAACTCTACTGTTGAGCAAATAAAGTAACTTAA
TCTCCACTAATTAGCTACTTAGTTAATCTAAATAGTTTTTACAATAAAAA
GAAATTCTGATTGTTTACATGTGGATAATATGTTTTACAAACATAGGGCA
GTAATAACTCTGAGCAATGTTACGAATAAGAAAATATTTTGAGTATCACA
AATTTGGAGGTGCATTTCGTTATTTTCCAGCACTATAGCGTTGTGACTCA
TTTTAAAAATCACTGAAATAAAAGTTTGTAAAGGTGGGCTCGTAACTTGA
CGTGTTACACTTTTATTTCATGAATTTTTTCATAGTTTTTATAATGAAAA
GTAAGGGTAAATCTCTTAAAAAATGCAACGCGTCAAGGTATGAACCCATC
TTTAATTTGATGATGAATGTTTAATGTATCAGGAGAGGAAAACAACTAAA
AATAAGATCCTCAATTAATTACCTATTCAGATCCTATAAATCCTATCCTG
GTTGAAATCGTAATAATAAATTTTAAATATATTGATGGGGTATGATTCTA
TATACAGCGAATATGATTTTACTTTGAAAATTTTGACAGATTATTTTTGT
TCTTATAAATGACAAATTTGACAAAAAAAAATTATAAAATAGACAAAAAA
AAATTATGAAATAGACAAAAAAAAAATTGGCTCATTGAGGAGACAAAATT
TGAAAAAAAAAATATTTACAAAATGTTGTATATTAAAACTTTTTGAGACA
CAAAATTTGAAAAAAAAGATTTTGATAACATTTTGACAGTTAAAATTTTT
TAGAGACAAAATTTGGAAAAAAATATTTTTTATAAAATTTTGACGGCTAA
AATCTTTTTAAGGAGACAAAATTCGAAAAAAAATATTTTTATAATATTAT
GACAGTTAAAAATTTTTGGAGAAACAAAATTTGAAGAAACATTTCGTTAT
AAAATTTTATAGATAAAACCCAAAGTTTTTGACTCATTTTGACAAATAAG
TAATAAAAATTGTTAAATGTCAAAATATATTTGGTAAAAAAAAACATTTT
TATTCCACATATTGAACAAGTTTTAAGTTACAGACCTGCCCGCCCCTGGG
TCTTAAATTTAGCGATTATAGTTTTTGATGATTGTTTTCATATAGGAAAA
TTGGTTTTTGGAGCCTCATAATAAAAAAATACCTGCTCTAAAAATGAGAC
ACTACTCCATTAAACATATTAAACTAAAAAAAAACTAAAACATAAACTAT
GCTTAAGTAATAAATATCATTTAGGAAATAATATTATATAAATAGTATAA
TTAACATTCCTCATATTCTTCCTTTGCAGAGTGCATCAATAACATCCATG
CGATCCCACTAATTATACTAAAGGATTATGGGGAAGCTAAATTATATATA
TATACATATATATAATCTAAATTCAACAAACTTCGCTCCTCGACGCGAGA
GATGACGAATCTTAAAGTACTACACTTTTTTATACTATTATCATCCGTTT
TAACCATATACATTATTTAAAGACTACTACTATGGACTTCAACACCTCAA
GATGATGATGATGATGACAGGAGATCACTAGTCA
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