EMLSAG00000007145, EMLSAG00000007145-689911 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000007145
Unique NameEMLSAG00000007145-689911
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:CG4038 species:7227 "Drosophila melanogaster" [GO:0030532 "small nuclear ribonucleoprotein complex" evidence=ISS] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0005732 "small nucleolar ribonucleoprotein complex" evidence=ISS] [GO:0006364 "rRNA processing" evidence=ISS] [GO:0031118 "rRNA pseudouridine synthesis" evidence=ISS] [GO:0030515 "snoRNA binding" evidence=ISS] [GO:0030559 "rRNA pseudouridylation guide activity" evidence=ISS] [GO:0022008 "neurogenesis" evidence=IMP] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 EMBL:AE013599 GO:GO:0022008 GO:GO:0030515 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0031429 GO:GO:0031118 GO:GO:0005732 eggNOG:COG3277 GeneTree:ENSGT00730000111223 KO:K11128 PANTHER:PTHR23237 EMBL:X71975 EMBL:AY075501 PIR:S49193 RefSeq:NP_477043.1 UniGene:Dm.22864 ProteinModelPortal:Q7KVQ0 SMR:Q7KVQ0 BioGrid:63034 IntAct:Q7KVQ0 MINT:MINT-931791 PaxDb:Q7KVQ0 PRIDE:Q7KVQ0 EnsemblMetazoa:FBtr0071639 GeneID:37397 KEGG:dme:Dmel_CG4038 FlyBase:FBgn0011824 InParanoid:Q7KVQ0 OMA:REGRTMP OrthoDB:EOG78H3WG PhylomeDB:Q7KVQ0 GenomeRNAi:37397 NextBio:803432 PRO:PR:Q7KVQ0 Bgee:Q7KVQ0 Uniprot:Q7KVQ0)

HSP 1 Score: 89.3521 bits (220), Expect = 2.017e-18
Identity = 45/88 (51.14%), Postives = 58/88 (65.91%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FDTGPP+RVI LGN  +    D+V K  ++  PYFN  ++LEN+E VGKID IFG    + VS+KLSD +   SF  +Q  FIDP K+
Sbjct:   61 FDTGPPERVIPLGNYVYSCQNDLVCKVDIQDVPYFNAPIFLENKEQVGKIDEIFGTVRDYSVSIKLSDNVYANSFKPNQKLFIDPGKL 148
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BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:GAR1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0042254 "ribosome biogenesis" evidence=IEA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0042254 GO:GO:0001522 GO:GO:0031429 GeneTree:ENSGT00730000111223 PANTHER:PTHR23237 OrthoDB:EOG78H3WG TreeFam:TF350747 EMBL:AADN03004075 Ensembl:ENSGALT00000032134 PRO:PR:E1C818 Uniprot:E1C818)

HSP 1 Score: 85.1149 bits (209), Expect = 2.685e-17
Identity = 42/90 (46.67%), Postives = 57/90 (63.33%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +D GPP+RV+ LG   HP   D+V K   + +  PYFN  VYL+N+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDPAK+
Sbjct:   57 YDQGPPERVVLLGEFMHPCEDDLVCKCKTEENKVPYFNAPVYLDNKEQIGKVDEIFGQLRDFYFSVKLSENMRASSFKKMQKFYIDPAKL 146
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BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:Gar1 "GAR1 ribonucleoprotein homolog (yeast)" species:10090 "Mus musculus" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0001651 "dense fibrillar component" evidence=ISO] [GO:0003723 "RNA binding" evidence=IEA] [GO:0005634 "nucleus" evidence=ISO] [GO:0005730 "nucleolus" evidence=ISO] [GO:0006364 "rRNA processing" evidence=IEA] [GO:0030515 "snoRNA binding" evidence=ISO] [GO:0030529 "ribonucleoprotein complex" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0042254 "ribosome biogenesis" evidence=IEA] [GO:0044822 "poly(A) RNA binding" evidence=ISO] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 MGI:MGI:1930948 GO:GO:0030515 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0015030 GO:GO:0006364 GO:GO:0001522 GO:GO:0031429 GO:GO:0001651 eggNOG:COG3277 GeneTree:ENSGT00730000111223 KO:K11128 PANTHER:PTHR23237 CTD:54433 OrthoDB:EOG78H3WG OMA:THENKVP TreeFam:TF350747 EMBL:AK021256 EMBL:AK075923 EMBL:BC021873 EMBL:BC048685 RefSeq:NP_080854.1 UniGene:Mm.24873 ProteinModelPortal:Q9CY66 SMR:Q9CY66 BioGrid:212682 IntAct:Q9CY66 MINT:MINT-4103956 PhosphoSite:Q9CY66 PaxDb:Q9CY66 PRIDE:Q9CY66 Ensembl:ENSMUST00000029643 GeneID:68147 KEGG:mmu:68147 UCSC:uc008rim.2 InParanoid:Q9CY66 ChiTaRS:GAR1 NextBio:326530 PRO:PR:Q9CY66 ArrayExpress:Q9CY66 Bgee:Q9CY66 Genevestigator:Q9CY66 Uniprot:Q9CY66)

HSP 1 Score: 85.5001 bits (210), Expect = 3.846e-17
Identity = 45/92 (48.91%), Postives = 58/92 (63.04%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +F D GPP+RV+ LG   HP   DIV K + + +  PYFN  VYLEN+E VGK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   71 KFQDQGPPERVVLLGEFMHPCEDDIVCKCTTEENKVPYFNAPVYLENKEQVGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 162
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:Gar1 "H/ACA ribonucleoprotein complex subunit 1" species:10116 "Rattus norvegicus" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0003723 "RNA binding" evidence=IEA] [GO:0006364 "rRNA processing" evidence=IEA] [GO:0015030 "Cajal body" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 RGD:1563995 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0003723 GO:GO:0015030 GO:GO:0006364 GO:GO:0001522 GO:GO:0031429 eggNOG:COG3277 GeneTree:ENSGT00730000111223 KO:K11128 PANTHER:PTHR23237 CTD:54433 OrthoDB:EOG78H3WG OMA:THENKVP TreeFam:TF350747 EMBL:BC079131 RefSeq:NP_001019477.1 UniGene:Rn.15522 ProteinModelPortal:Q6AYA1 STRING:10116.ENSRNOP00000013149 PaxDb:Q6AYA1 PRIDE:Q6AYA1 Ensembl:ENSRNOT00000013149 GeneID:499709 KEGG:rno:499709 UCSC:RGD:1563995 InParanoid:Q6AYA1 NextBio:703745 PRO:PR:Q6AYA1 ArrayExpress:Q6AYA1 Genevestigator:Q6AYA1 Uniprot:Q6AYA1)

HSP 1 Score: 84.7297 bits (208), Expect = 5.307e-17
Identity = 44/92 (47.83%), Postives = 58/92 (63.04%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +F D GPP+RV+ LG   HP   DIV K + + +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   62 KFQDQGPPERVVLLGEFMHPCEDDIVCKCTTEENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 153
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:Gar1 "GAR1 ribonucleoprotein" species:10116 "Rattus norvegicus" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0003723 "RNA binding" evidence=IEA] [GO:0005634 "nucleus" evidence=ISO] [GO:0005730 "nucleolus" evidence=ISO] [GO:0006364 "rRNA processing" evidence=IEA] [GO:0015030 "Cajal body" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0044822 "poly(A) RNA binding" evidence=ISO] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 RGD:1563995 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0003723 GO:GO:0015030 GO:GO:0006364 GO:GO:0001522 GO:GO:0031429 eggNOG:COG3277 GeneTree:ENSGT00730000111223 KO:K11128 PANTHER:PTHR23237 CTD:54433 OrthoDB:EOG78H3WG OMA:THENKVP TreeFam:TF350747 EMBL:BC079131 RefSeq:NP_001019477.1 UniGene:Rn.15522 ProteinModelPortal:Q6AYA1 STRING:10116.ENSRNOP00000013149 PaxDb:Q6AYA1 PRIDE:Q6AYA1 Ensembl:ENSRNOT00000013149 GeneID:499709 KEGG:rno:499709 UCSC:RGD:1563995 InParanoid:Q6AYA1 NextBio:703745 PRO:PR:Q6AYA1 ArrayExpress:Q6AYA1 Genevestigator:Q6AYA1 Uniprot:Q6AYA1)

HSP 1 Score: 84.7297 bits (208), Expect = 5.307e-17
Identity = 44/92 (47.83%), Postives = 58/92 (63.04%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +F D GPP+RV+ LG   HP   DIV K + + +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   62 KFQDQGPPERVVLLGEFMHPCEDDIVCKCTTEENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 153
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:GAR1 "H/ACA ribonucleoprotein complex subunit 1" species:9606 "Homo sapiens" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0005261 "cation channel activity" evidence=TAS] [GO:0005634 "nucleus" evidence=IDA] [GO:0005730 "nucleolus" evidence=IDA] [GO:0006364 "rRNA processing" evidence=IEA] [GO:0006812 "cation transport" evidence=TAS] [GO:0015030 "Cajal body" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0044822 "poly(A) RNA binding" evidence=IDA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 EMBL:AJ276003 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0003723 GO:GO:0005261 GO:GO:0015030 GO:GO:0006364 GO:GO:0001522 GO:GO:0031429 eggNOG:COG3277 KO:K11128 PANTHER:PTHR23237 CTD:54433 OrthoDB:EOG78H3WG EMBL:AY780787 EMBL:BC003413 RefSeq:NP_061856.1 RefSeq:NP_127460.1 RefSeq:XP_005263126.1 UniGene:Hs.69851 ProteinModelPortal:Q9NY12 SMR:Q9NY12 BioGrid:119949 IntAct:Q9NY12 MINT:MINT-207666 STRING:9606.ENSP00000226796 PhosphoSite:Q9NY12 DMDM:51828015 PaxDb:Q9NY12 PRIDE:Q9NY12 DNASU:54433 Ensembl:ENST00000226796 Ensembl:ENST00000394631 GeneID:54433 KEGG:hsa:54433 UCSC:uc003hzt.3 UCSC:uc010imi.3 GeneCards:GC04P110736 HGNC:HGNC:14264 HPA:HPA059098 MIM:606468 neXtProt:NX_Q9NY12 PharmGKB:PA164720194 HOGENOM:HOG000112695 InParanoid:Q9NY12 OMA:THENKVP TreeFam:TF350747 GeneWiki:Nucleolar_protein,_member_A1 GenomeRNAi:54433 NextBio:56637 PRO:PR:Q9NY12 Bgee:Q9NY12 CleanEx:HS_GAR1 Genevestigator:Q9NY12 Uniprot:Q9NY12)

HSP 1 Score: 82.0333 bits (201), Expect = 4.161e-16
Identity = 43/89 (48.31%), Postives = 55/89 (61.80%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+RV+ LG   HP   DIV K +   +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   63 DQGPPERVVLLGEFLHPCEDDIVCKCTTDENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 151
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:gar1 "GAR1 ribonucleoprotein homolog (yeast)" species:7955 "Danio rerio" [GO:0042254 "ribosome biogenesis" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0060216 "definitive hemopoiesis" evidence=IGI;IMP] [GO:0006364 "rRNA processing" evidence=IEA;IMP] [GO:0003723 "RNA binding" evidence=IEA] [GO:0030529 "ribonucleoprotein complex" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 ZFIN:ZDB-GENE-040426-893 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0003723 GO:GO:0006364 GO:GO:0001522 GO:GO:0031429 GO:GO:0060216 eggNOG:COG3277 KO:K11128 PANTHER:PTHR23237 EMBL:BC045900 RefSeq:NP_957269.1 UniGene:Dr.84813 ProteinModelPortal:Q7ZVE0 STRING:7955.ENSDARP00000101401 PRIDE:Q7ZVE0 GeneID:393950 KEGG:dre:393950 CTD:54433 InParanoid:Q7ZVE0 NextBio:20814922 PRO:PR:Q7ZVE0 ArrayExpress:Q7ZVE0 Bgee:Q7ZVE0 Uniprot:Q7ZVE0)

HSP 1 Score: 82.0333 bits (201), Expect = 5.508e-16
Identity = 43/89 (48.31%), Postives = 55/89 (61.80%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+ V+ALG   HP   +IV K   + +  PYFN  VYLEN+E +GK+D IFG     + SVKLSD +   SF K Q  +IDP K+
Sbjct:   57 DYGPPEYVVALGEFMHPCEDEIVCKCVTEENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSDNMKASSFKKLQKFYIDPMKL 145
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:LOC100516629 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0042254 "ribosome biogenesis" evidence=IEA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0042254 GO:GO:0001522 GO:GO:0031429 GeneTree:ENSGT00730000111223 KO:K11128 PANTHER:PTHR23237 CTD:54433 OrthoDB:EOG78H3WG OMA:THENKVP TreeFam:TF350747 EMBL:CU463265 RefSeq:XP_003129300.1 RefSeq:XP_003129301.1 RefSeq:XP_005656602.1 Ensembl:ENSSSCT00000022770 GeneID:100516629 KEGG:ssc:100516629 Uniprot:I3LVQ6)

HSP 1 Score: 80.4925 bits (197), Expect = 1.387e-15
Identity = 42/89 (47.19%), Postives = 55/89 (61.80%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP++V+ LG   HP   DIV K +   +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   58 DQGPPEQVVLLGEFLHPCEDDIVCKCTTDENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 146
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:GAR1 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0042254 "ribosome biogenesis" evidence=IEA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0042254 GO:GO:0001522 GO:GO:0031429 GeneTree:ENSGT00730000111223 KO:K11128 PANTHER:PTHR23237 CTD:54433 OrthoDB:EOG78H3WG OMA:THENKVP TreeFam:TF350747 EMBL:DAAA02016540 RefSeq:XP_005207660.1 RefSeq:XP_005207661.1 RefSeq:XP_005207662.1 RefSeq:XP_005207663.1 UniGene:Bt.3771 Ensembl:ENSBTAT00000000992 GeneID:515057 KEGG:bta:515057 Uniprot:F1MRF7)

HSP 1 Score: 80.1073 bits (196), Expect = 1.747e-15
Identity = 42/89 (47.19%), Postives = 55/89 (61.80%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP++V+ LG   HP   DIV K +   +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   58 DQGPPEQVVLLGEFLHPCEDDIVCKCTTDENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 146
[Close]
BLAST of EMLSAG00000007145 vs. GO
Match: - (symbol:F1S134 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0001522 "pseudouridine synthesis" evidence=IEA] [GO:0031429 "box H/ACA snoRNP complex" evidence=IEA] [GO:0042254 "ribosome biogenesis" evidence=IEA] InterPro:IPR007504 InterPro:IPR021154 Pfam:PF04410 ProDom:PD020235 InterPro:IPR009000 SUPFAM:SSF50447 GO:GO:0042254 GO:GO:0001522 GO:GO:0031429 GeneTree:ENSGT00730000111223 OMA:VLEMGKF PANTHER:PTHR23237 OrthoDB:EOG78H3WG TreeFam:TF350747 Ensembl:ENSSSCT00000010005 Uniprot:F1S134)

HSP 1 Score: 76.6406 bits (187), Expect = 1.400e-14
Identity = 42/90 (46.67%), Postives = 55/90 (61.11%), Query Frame = 0 
Query:   19 DTGPPKR-VIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+R ++ LG   HP   DIV K +   +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   14 DQGPPEREILILGEFLHPCEDDIVCKCTTDENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 103
[Close]
BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809891|gb|GAXK01144677.1| (TSA: Calanus finmarchicus comp59836_c12_seq1 transcribed RNA sequence)

HSP 1 Score: 282.722 bits (722), Expect = 1.010e-87
Identity = 138/275 (50.18%), Postives = 200/275 (72.73%), Query Frame = 0 
Query:  222 PDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFAXXXXXXXXXXXXXXVVAVAWLRNQC 496
             D+G+++GD+ N  FT++DTPGFG+ L+EEEKTIE+LV  L+DEIK++H F++ FKQ DNRMT SLRSM+SL +KMFG+ FWDNAILEATHWN    +E IRQ ++PP+T+K+W D FN IL+ E+ + + L+++FIDT+Y  +   ++  F +N+Q L +F+ S   F+CKDI+IALTEIRQLQ ++++L +E+  K + I  L   N  L   + +  L T  P +    L + YC  ++CYTPTEFALFG+G  ++GIM+GVV ++W ++QC
Sbjct:    1 ADQGYWVGDMDNQMFTVVDTPGFGDQLVEEEKTIENLVATLRDEIKYVHVFILAFKQSDNRMTNSLRSMISLFEKMFGNKFWDNAILEATHWNHGIDSERIRQASHPPLTEKFWTDEFNRILKTEYNVKKDLKSIFIDTYYHHESDHESEVFSNNSQELLDFALSRKAFQCKDIEIALTEIRQLQNDLDNLKREEESKKEVIENLSAENYLLSETLKQYGLTTAAP-LPEKQLGSEYCSKNRCYTPTEFALFGVGTIVMGIMVGVVGISWFKHQC 822
[Close]
BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809885|gb|GAXK01144683.1| (TSA: Calanus finmarchicus comp59836_c12_seq7 transcribed RNA sequence)

HSP 1 Score: 273.478 bits (698), Expect = 6.186e-86
Identity = 125/218 (57.34%), Postives = 164/218 (75.23%), Query Frame = 0 
Query:  161 TNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQ 378
            TNED YPSPRIV+LGATGVGKSSLANV++GR+  Y G+    GCF+V    G  S+TKKTC D+G+++GD    +FT+IDTPGFG+ L+ EEKTIE+LV  L+D++K++H F+I FKQ DNRMT SLRSM+SL +KMFG  FWDNAILEATHWN     E IR  ++P IT+K+W D FN IL+ E+ + + L++VFIDTFY  +   +   F++N+Q
Sbjct:   98 TNEDRYPSPRIVILGATGVGKSSLANVLVGRDKNYGGANFRNGCFKVSA--GLDSITKKTCADQGYWLGDTSKERFTVIDTPGFGDQLLAEEKTIENLVTTLRDQVKYVHVFIIAFKQNDNRMTNSLRSMISLFEKMFGKKFWDNAILEATHWNHGEDAERIRMDSDPSITQKFWTDEFNRILKREYHLKKDLKSVFIDTFYHDESAHEIEVFQNNSQ 745
[Close]
BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809887|gb|GAXK01144681.1| (TSA: Calanus finmarchicus comp59836_c12_seq5 transcribed RNA sequence)

HSP 1 Score: 272.707 bits (696), Expect = 2.672e-85
Identity = 125/218 (57.34%), Postives = 164/218 (75.23%), Query Frame = 0 
Query:  161 TNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQ 378
            TNED YPSPRIV+LGATGVGKSSLANV++GR+  Y G+    GCF+V    G  S+TKKTC D+G+++GD    +FT+IDTPGFG+ L+ EEKTIE+LV  L+D++K++H F+I FKQ DNRMT SLRSM+SL +KMFG  FWDNAILEATHWN     E IR  ++P IT+K+W D FN IL+ E+ + + L++VFIDTFY  +   +   F++N+Q
Sbjct:  180 TNEDRYPSPRIVILGATGVGKSSLANVLVGRDKNYGGANFRNGCFKVSA--GLDSITKKTCADQGYWLGDTSKERFTVIDTPGFGDQLLAEEKTIENLVTTLRDQVKYVHVFIIAFKQNDNRMTNSLRSMISLFEKMFGKKFWDNAILEATHWNHGEDAERIRMDSDPSITQKFWTDEFNRILKREYHLKKDLKSVFIDTFYHDESAHEIEVFQNNSQ 827
[Close]
BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809883|gb|GAXK01144685.1| (TSA: Calanus finmarchicus comp59836_c12_seq9 transcribed RNA sequence)

HSP 1 Score: 256.914 bits (655), Expect = 4.766e-80
Identity = 118/215 (54.88%), Postives = 160/215 (74.42%), Query Frame = 0 
Query:  215 SVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKER 429
            S+TKKTC D+G+++GD+   +FT+IDTPGFG+ L+ EEKTIE+LV  L+D++K++H F+I FKQ DNRMT SLRSM+SL +KMFG  FWDNAILEATHWN     E IR  ++P IT+K+W D FN IL+ E+ + + L++VFIDTFY  +   +   F +N+Q+L +++ S  PFECKDI+IALTEIRQLQ  I+SL +E+  K   I  L E+
Sbjct:    4 SITKKTCADQGYWLGDISKERFTVIDTPGFGDQLLAEEKTIENLVTTLRDQVKYVHVFIIAFKQNDNRMTNSLRSMISLFEKMFGKKFWDNAILEATHWNHGEDAERIRMDSDPSITQKFWTDEFNRILKREYHLKKDLKSVFIDTFYHHESAHETEVFHNNSQNLLDYALSREPFECKDIEIALTEIRQLQNHIDSLVREEQDKKNIIQDLIEQ 648
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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809882|gb|GAXK01144686.1| (TSA: Calanus finmarchicus comp59836_c12_seq10 transcribed RNA sequence)

HSP 1 Score: 254.603 bits (649), Expect = 2.688e-79
Identity = 117/209 (55.98%), Postives = 156/209 (74.64%), Query Frame = 0 
Query:  170 RIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQ 378
            RIV+LGATGVGKSSLANV++GR+  Y G+    GCF+V    G  S+TKKTC D+G+++GD    +FT+IDTPGFG+ L+ EEKTIE+LV  L+D++K++H F+I FKQ DNRMT SLRSM+SL +KMFG  FWDNAILEATHWN     E IR  ++P IT+K+W D FN IL+ E+ + + L++VFIDTFY  +   +   F++N+Q
Sbjct:    2 RIVILGATGVGKSSLANVLVGRDKNYGGANFRNGCFKVSA--GLDSITKKTCADQGYWLGDTSKERFTVIDTPGFGDQLLAEEKTIENLVTTLRDQVKYVHVFIIAFKQNDNRMTNSLRSMISLFEKMFGKKFWDNAILEATHWNHGEDAERIRMDSDPSITQKFWTDEFNRILKREYHLKKDLKSVFIDTFYHDESAHEIEVFQNNSQ 622
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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809890|gb|GAXK01144678.1| (TSA: Calanus finmarchicus comp59836_c12_seq2 transcribed RNA sequence)

HSP 1 Score: 259.996 bits (663), Expect = 2.771e-79
Identity = 130/256 (50.78%), Postives = 185/256 (72.27%), Query Frame = 0 
Query:  241 TPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFAXXXXXXXXXXXXXXVVAVAWLRNQC 496
            TPGFG+ L+EEEKTIE+LV  L+DEIK++H F++ FKQ DNRMT SLRSM+SL +KMFG+ FWDNAILEATHWN    +E IRQ ++PP+T+K+W D FN IL+ E+ + + L+++FIDT+Y  +   ++  F +N+Q L +F+ S   F+CKDI+IALTEIRQLQ ++++L +E+  K + I  L   N  L   + +  L T  P +    L + YC  ++CYTPTEFALFG+G  ++GIM+GVV ++W ++QC
Sbjct:    1 TPGFGDQLVEEEKTIENLVATLRDEIKYVHVFILAFKQSDNRMTNSLRSMISLFEKMFGNKFWDNAILEATHWNHGIDSERIRQASHPPLTEKFWTDEFNRILKTEYNVKKDLKSIFIDTYYHHESDHESEVFSNNSQELLDFALSRKAFQCKDIEIALTEIRQLQNDLDNLKREEESKKEVIENLSAENYLLSETLKQYGLTTAAP-LPEKQLGSEYCSKNRCYTPTEFALFGVGTIVMGIMVGVVGISWFKHQC 765
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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592947846|gb|GAXK01010707.1| (TSA: Calanus finmarchicus comp669711_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 251.521 bits (641), Expect = 9.641e-75
Identity = 126/288 (43.75%), Postives = 192/288 (66.67%), Query Frame = 0 
Query:  166 YPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFS--RSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKER----NRKLEVEVSKKQLATPPP 447
            YP PR VVLG+TGVGKSSLANV++GR + YDG     GCF+V   +G  +VTK TC DK H+MG+   P+FT++DTPGFG  + EE   +E++V+  K+++++IH F+I FKQ DNRMT++L +ML++ Q MFG  FW NAILEATHW++      IR+     +T+  W   FN+ LR +FK +  L  VFIDTF++ ++  +  +F+ N ++L++F+  R ++PF CKDIQIAL++I  L  +++ L +E  +K + I +L +     N+ ++  + +  +A P P
Sbjct:  451 YPDPRFVVLGSTGVGKSSLANVLVGRPHNYDGGIFRKGCFKVQ--SGSEAVTKTTCADKAHWMGNSSAPRFTVVDTPGFGEAIREENVHVENMVSRFKNDLQYIHVFIILFKQTDNRMTSALWNMLNMFQTMFGPDFWRNAILEATHWSYSPRLTRIREDGG--MTEDVWSKQFNERLRKDFKFDFDLPVVFIDTFHNRQNTREVQKFQQNVETLWQFAQKRLDSPFRCKDIQIALSDISLLTDKVKDLKEENERKTREIESLSKTVVVYNQTVQENIRQGNIAPPMP 1302
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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809878|gb|GAXK01144690.1| (TSA: Calanus finmarchicus comp59836_c12_seq14 transcribed RNA sequence)

HSP 1 Score: 207.608 bits (527), Expect = 4.074e-62
Identity = 91/164 (55.49%), Postives = 125/164 (76.22%), Query Frame = 0 
Query:  215 SVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQ 378
            S+TKKTC D+G+++GD+   +FT+IDTPGFG+ L+ EEKTIE+LV  L+D++K++H F+I FKQ DNRMT SLRSM+SL +KMFG  FWDNAILEATHWN     E IR  ++P IT+K+W D FN IL+ E+ + + L++VFIDTFY  +   +   F++N+Q
Sbjct:    4 SITKKTCADQGYWLGDISKERFTVIDTPGFGDQLLAEEKTIENLVTTLRDQVKYVHVFIIAFKQNDNRMTNSLRSMISLFEKMFGKKFWDNAILEATHWNHGEDAERIRMDSDPSITQKFWTDEFNRILKREYHLKKDLKSVFIDTFYHDESAHEIEVFQNNSQ 495
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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592880525|gb|GAXK01077376.1| (TSA: Calanus finmarchicus comp847597_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 212.231 bits (539), Expect = 3.060e-59
Identity = 112/258 (43.41%), Postives = 162/258 (62.79%), Query Frame = 0 
Query:  159 VVTNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQV--LGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALE-FRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLT 413
            +V+N+D +P PR V++G TG GKSSLANV++GR+  +        CF V     N    VT+ TC + G ++G  +  + T++DTPGFG  L EEE+TI  LVN LK+E+KF+HAFV+ FK+QD R+TA  R M+ +L  +FGD FWDNAI+EATHW++H   +A R  +N       W D  N +  G    +R +++VFIDT++D  + ++  E F  NT++LFEF+    PF CKDI+    E R    E+ ++T
Sbjct:  229 IVSNKDKFPCPRFVIIGPTGAGKSSLANVLIGRDKEFQNQKENQKCFTVGAFAKNSKDGVTQDTCHETGSWLGRGRQ-QVTVVDTPGFGVELEEEEETISGLVNFLKNELKFVHAFVLSFKEQDKRITAEFRLMVRILSGIFGDQFWDNAIIEATHWSYHEVAQAKRTLHNEST----WTDHINSMFEG--ITSRKMKSVFIDTYFDVGNTTREREAFEKNTEALFEFAMEKDPFPCKDIKQVKHEWRTAMEELANMT 981
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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Match: gi|592809889|gb|GAXK01144679.1| (TSA: Calanus finmarchicus comp59836_c12_seq3 transcribed RNA sequence)

HSP 1 Score: 197.978 bits (502), Expect = 1.674e-56
Identity = 103/215 (47.91%), Postives = 150/215 (69.77%), Query Frame = 0 
Query:  282 RMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFAXXXXXXXXXXXXXXVVAVAWLRNQC 496
            RMT SLRSM+SL +KMFG+ FWDNAILEATHWN    +E IRQ ++PP+T+K+W D FN IL+ E+ + + L+++FIDT+Y  +   ++  F +N+Q L +F+ S   F+CKDI+IALTEIRQLQ ++++L +E+  K + I  L   N  L   + +  L T  P +    L + YC  ++CYTPTEFALFG+G  ++GIM+GVV ++W ++QC
Sbjct:    1 RMTNSLRSMISLFEKMFGNKFWDNAILEATHWNHGIDSERIRQASHPPLTEKFWTDEFNRILKTEYNVKKDLKSIFIDTYYHHESDHESEVFSNNSQELLDFALSRKAFQCKDIEIALTEIRQLQNDLDNLKREEESKKEVIENLSAENYLLSETLKQYGLTTAAP-LPEKQLGSEYCSKNRCYTPTEFALFGVGTIVMGIMVGVVGISWFKHQC 642
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BLAST of EMLSAG00000007145 vs. L. salmonis peptides
Match: EMLSAP00000007145 (pep:novel supercontig:LSalAtl2s:LSalAtl2s402:634995:694694:-1 gene:EMLSAG00000007145 transcript:EMLSAT00000007145 description:"maker-LSalAtl2s402-augustus-gene-7.16")

HSP 1 Score: 1238.79 bits (3204), Expect = 0.000e+0
Identity = 596/596 (100.00%), Postives = 596/596 (100.00%), Query Frame = 0 
Query:    1 MGFSGWGNFHGDGRVRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKVAHTHEKAIVIKFELTERITDTLHCALPSEMASYSLIATLLLTFISLSSSRRPIVVTNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFALFGLGICILGIMIGVVAVAWLRNQCSSEEKLYEFGVDDPSTPLPPLPPPKSGGSFNGGAGMEGHCGTHLLSRQDSGGFNSRGFNSGVNQTNAAHNGFIDKRQTVLHSHGENVISELVSEPLETTM 596
            MGFSGWGNFHGDGRVRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKVAHTHEKAIVIKFELTERITDTLHCALPSEMASYSLIATLLLTFISLSSSRRPIVVTNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFALFGLGICILGIMIGVVAVAWLRNQCSSEEKLYEFGVDDPSTPLPPLPPPKSGGSFNGGAGMEGHCGTHLLSRQDSGGFNSRGFNSGVNQTNAAHNGFIDKRQTVLHSHGENVISELVSEPLETTM
Sbjct:    1 MGFSGWGNFHGDGRVRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKVAHTHEKAIVIKFELTERITDTLHCALPSEMASYSLIATLLLTFISLSSSRRPIVVTNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFALFGLGICILGIMIGVVAVAWLRNQCSSEEKLYEFGVDDPSTPLPPLPPPKSGGSFNGGAGMEGHCGTHLLSRQDSGGFNSRGFNSGVNQTNAAHNGFIDKRQTVLHSHGENVISELVSEPLETTM 596
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BLAST of EMLSAG00000007145 vs. L. salmonis peptides
Match: EMLSAP00000005463 (pep:novel supercontig:LSalAtl2s:LSalAtl2s294:127204:130024:-1 gene:EMLSAG00000005463 transcript:EMLSAT00000005463 description:"maker-LSalAtl2s294-snap-gene-1.11")

HSP 1 Score: 117.857 bits (294), Expect = 7.613e-28
Identity = 95/289 (32.87%), Postives = 150/289 (51.90%), Query Frame = 0 
Query:  167 PSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDK-GH----------FMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLAT 444
            P PR V+LG  GVGKSSLAN ILG +N            Q L +N      +KT P K GH          ++G    P  T++DTPGF +   E+ + I+ ++NVL DE+K + +F+I +K +D R T   +  L+++ KMFG +FW N +L    W+F   +  + ++    +TK+ +     ++ + +F ++  L  VFIDT Y+  +  +   F +    L+  S +  PFEC      LT  +Q+Q   ++L KEK K + T+    +  RK  V++ K  LAT
Sbjct:  101 PRPRFVMLGQQGVGKSSLANTILGYDN-----------LQSL-IN---RKVRKTLPFKIGHGLRSKTKMTTWLG--SGPNVTVVDTPGFKDT--EDAEFIDEIMNVLGDEVKEVDSFLIVYKYKD-RFTRPFKRTLTMITKMFG-NFWTNVVLVVNFWSFKKIH--VEEREARGVTKRSYGKQLREVFQNKFDLDFELPVVFIDTHYNKTNSEEIQAFENELTKLWTVSLNQRPFEC------LTR-QQVQ---QNLKKEK-KDLATMRRKCKATRKENVDM-KASLAT 354
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BLAST of EMLSAG00000007145 vs. L. salmonis peptides
Match: EMLSAP00000010633 (pep:novel supercontig:LSalAtl2s:LSalAtl2s705:445469:446077:-1 gene:EMLSAG00000010633 transcript:EMLSAT00000010633 description:"maker-LSalAtl2s705-snap-gene-4.80")

HSP 1 Score: 98.5969 bits (244), Expect = 1.317e-23
Identity = 50/87 (57.47%), Postives = 57/87 (65.52%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+RVIALGN SHP                       EN++AVGKID IFGNPM +FVSVKLSDT+  KSFDKDQV +IDPAK+
Sbjct:   32 DAGPPERVIALGNFSHPCQ---------------------ENKQAVGKIDEIFGNPMEYFVSVKLSDTVKAKSFDKDQVLYIDPAKL 97
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BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|68565897|sp|Q7KVQ0.1|GAR1_DROME (RecName: Full=Probable H/ACA ribonucleoprotein complex subunit 1; AltName: Full=GCR 101 snRNP; AltName: Full=Nucleolar protein family A member 1)

HSP 1 Score: 89.3521 bits (220), Expect = 7.288e-19
Identity = 45/88 (51.14%), Postives = 58/88 (65.91%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FDTGPP+RVI LGN  +    D+V K  ++  PYFN  ++LEN+E VGKID IFG    + VS+KLSD +   SF  +Q  FIDP K+
Sbjct:   61 FDTGPPERVIPLGNYVYSCQNDLVCKVDIQDVPYFNAPIFLENKEQVGKIDEIFGTVRDYSVSIKLSDNVYANSFKPNQKLFIDPGKL 148
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BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|51827980|sp|Q9CY66.1|GAR1_MOUSE (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=Nucleolar protein family A member 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 85.5001 bits (210), Expect = 1.441e-17
Identity = 45/92 (48.91%), Postives = 58/92 (63.04%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +F D GPP+RV+ LG   HP   DIV K + + +  PYFN  VYLEN+E VGK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   71 KFQDQGPPERVVLLGEFMHPCEDDIVCKCTTEENKVPYFNAPVYLENKEQVGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 162
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BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|68565639|sp|Q6AYA1.1|GAR1_RAT (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=Nucleolar protein family A member 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 84.7297 bits (208), Expect = 1.926e-17
Identity = 44/92 (47.83%), Postives = 58/92 (63.04%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +F D GPP+RV+ LG   HP   DIV K + + +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   62 KFQDQGPPERVVLLGEFMHPCEDDIVCKCTTEENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 153
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BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|51828015|sp|Q9NY12.1|GAR1_HUMAN (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=Nucleolar protein family A member 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 82.0333 bits (201), Expect = 1.492e-16
Identity = 43/89 (48.31%), Postives = 55/89 (61.80%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+RV+ LG   HP   DIV K +   +  PYFN  VYLEN+E +GK+D IFG     + SVKLS+ +   SF K Q  +IDP K+
Sbjct:   63 DQGPPERVVLLGEFLHPCEDDIVCKCTTDENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSENMKASSFKKLQKFYIDPYKL 151
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BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|51701666|sp|Q7ZVE0.1|GAR1_DANRE (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=Nucleolar protein family A member 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 82.0333 bits (201), Expect = 2.161e-16
Identity = 43/89 (48.31%), Postives = 55/89 (61.80%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+ V+ALG   HP   +IV K   + +  PYFN  VYLEN+E +GK+D IFG     + SVKLSD +   SF K Q  +IDP K+
Sbjct:   57 DYGPPEYVVALGEFMHPCEDEIVCKCVTEENKVPYFNAPVYLENKEQIGKVDEIFGQLRDFYFSVKLSDNMKASSFKKLQKFYIDPMKL 145
[Close]
BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|68565880|sp|Q5RJV1.1|GAR1_XENTR (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=Nucleolar protein family A member 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 80.4925 bits (197), Expect = 4.779e-16
Identity = 39/90 (43.33%), Postives = 56/90 (62.22%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVS--PYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +D GPP+ V+ +G   HP   D+V K   + +  PYFN  +YLEN+E +GK+D IFG     + S+KLS+ +   SF K Q  +IDPAK+
Sbjct:   55 YDQGPPESVVEVGEFMHPCEDDVVCKCITQENRVPYFNAPIYLENKEQIGKVDEIFGQLRDFYFSIKLSENMKASSFKKLQKFYIDPAKL 144
[Close]
BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|51701700|sp|Q9TYK1.2|GAR1_CAEEL (RecName: Full=Probable H/ACA ribonucleoprotein complex subunit 1-like protein)

HSP 1 Score: 76.6406 bits (187), Expect = 1.921e-14
Identity = 37/88 (42.05%), Postives = 52/88 (59.09%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +D GPP+ V+ +G  SH    DIV   +    PYFN  +Y +N+E VGKID IFG+P  +  SV LS  +   SF+ +   +IDP K+
Sbjct:   52 YDQGPPEEVVLVGVFSHQCQDDIVCNNTSGKIPYFNAPIYFKNKEQVGKIDEIFGSPGENGFSVTLSQGVKASSFEPESQLYIDPGKL 139
[Close]
BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|68565884|sp|Q61B10.1|GAR1_CAEBR (RecName: Full=Probable H/ACA ribonucleoprotein complex subunit 1-like protein)

HSP 1 Score: 76.6406 bits (187), Expect = 2.044e-14
Identity = 38/88 (43.18%), Postives = 50/88 (56.82%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +D GPP+ V+ +G  SH    DIV   +    PYFN  +Y EN+E VGKID IFG+P  +  SV LS  +   SF      +IDP K+
Sbjct:   60 YDQGPPEEVVLVGVFSHKCQDDIVCNNTSGKIPYFNAPIYFENKEQVGKIDEIFGSPGENGFSVTLSQGVKASSFKSGSELYIDPGKL 147
[Close]
BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|74604940|sp|Q6CJ45.1|GAR1_KLULA (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 67.0106 bits (162), Expect = 2.024e-11
Identity = 39/99 (39.39%), Postives = 51/99 (51.52%), Query Frame = 0 
Query:    7 GNFHGDGRVRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            G F G    R    GPP  V+ +G   HP  GDIV +      PYFN  +YLEN+  VGK+D I G     F +VK SD +  +SF +    +I P K+
Sbjct:   20 GGFGG----RAAPQGPPDSVLEMGAFLHPCEGDIVCRSINTKIPYFNAPIYLENKTQVGKVDEILGPLNEVFFTVKCSDGVKAESFSEGDKFYIAPDKL 114
[Close]
BLAST of EMLSAG00000007145 vs. SwissProt
Match: gi|120941|sp|P28007.1|GAR1_YEAST (RecName: Full=H/ACA ribonucleoprotein complex subunit 1; AltName: Full=snoRNP protein GAR1)

HSP 1 Score: 65.4698 bits (158), Expect = 5.604e-11
Identity = 34/91 (37.36%), Postives = 46/91 (50.55%), Query Frame = 0 
Query:   15 VRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
             R F  GPP  V+ +G   HP  GDIV +      PYFN  +YLEN+  VGK+D I G     F ++K  D +   SF +    +I   K+
Sbjct:   26 ARSFQQGPPDTVLEMGAFLHPCEGDIVCRSINTKIPYFNAPIYLENKTQVGKVDEILGPLNEVFFTIKCGDGVQATSFKEGDKFYIAADKL 116
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: gb|EFA00124.1| (putative H/ACA ribonucleoprotein complex subunit 1-like Protein [Tribolium castaneum])

HSP 1 Score: 91.6633 bits (226), Expect = 4.001e-20
Identity = 42/88 (47.73%), Postives = 59/88 (67.05%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +D GPP+RVI LG   +    D+V K  ++  P+FN  +YLEN+E +GKID IFGN   ++VS++L D +   SF K+Q  FIDPAK+
Sbjct:   45 YDQGPPERVIPLGYFDYTVQDDLVAKVEIEDVPFFNAPIYLENKEQIGKIDEIFGNLRDYYVSIRLGDDIKASSFKKNQKLFIDPAKL 132
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: EEB16508.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 87.8113 bits (216), Expect = 2.469e-19
Identity = 43/88 (48.86%), Postives = 57/88 (64.77%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
             DTGPP RVI LG L+H    D+V K  ++  P+FN  +YL NRE +GKID IFG    ++VSV+LSD +   SF  +   +IDPAK+
Sbjct:    1 MDTGPPDRVIPLGFLTHTSQDDLVIKSEIEDVPFFNAPIYLSNREQIGKIDEIFGTIRNYYVSVRLSDEVKVNSFQVNDKVYIDPAKI 88
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: AAF46672.1 (CG4038 [Drosophila melanogaster])

HSP 1 Score: 89.3521 bits (220), Expect = 3.532e-19
Identity = 45/88 (51.14%), Postives = 58/88 (65.91%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FDTGPP+RVI LGN  +    D+V K  ++  PYFN  ++LEN+E VGKID IFG    + VS+KLSD +   SF  +Q  FIDP K+
Sbjct:   61 FDTGPPERVIPLGNYVYSCQNDLVCKVDIQDVPYFNAPIFLENKEQVGKIDEIFGTVRDYSVSIKLSDNVYANSFKPNQKLFIDPGKL 148
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: XP_397127.4 (PREDICTED: H/ACA ribonucleoprotein complex subunit 1 [Apis mellifera])

HSP 1 Score: 87.4261 bits (215), Expect = 8.070e-19
Identity = 42/94 (44.68%), Postives = 59/94 (62.77%), Query Frame = 0 
Query:   12 DGRVRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D   R FD GPP+ V  LG+ +     D+V K  ++  P+FN  +Y EN++ +GKID IFGN   ++VS+KLS+ +   SF KD   FIDPAK+
Sbjct:   31 DKNGRGFDQGPPEHVTPLGHFTWTVQDDLVAKVDIEQVPFFNAPIYTENKQQIGKIDEIFGNIRDYYVSIKLSENIKASSFQKDTQLFIDPAKL 124
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: gb|KFM57230.1| (H/ACA ribonucleoprotein complex subunit 1, partial [Stegodyphus mimosarum])

HSP 1 Score: 84.3445 bits (207), Expect = 2.192e-17
Identity = 43/89 (48.31%), Postives = 61/89 (68.54%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHF-VSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +D+GPP +V  LG  +HP   D+V K  +   P+FN  VYLEN++ +GKID IFG P+R + VSVKL++ +   SF K+Q  +IDPAK+
Sbjct:   40 YDSGPPDQVKELGYYTHPCEDDLVCKAVIDDVPFFNAPVYLENKQQIGKIDEIFG-PVRDYSVSVKLAEDVKANSFAKNQKIYIDPAKL 127
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: EFX68142.1 (hypothetical protein DAPPUDRAFT_203390 [Daphnia pulex])

HSP 1 Score: 83.5741 bits (205), Expect = 2.366e-17
Identity = 40/87 (45.98%), Postives = 58/87 (66.67%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+ V  LG  +HP   D++ + +L   PYFN  +YLEN++ +GK+D IFG+   + VSVKLS+ +  KSF  +Q  +IDPAK+
Sbjct:   43 DFGPPEFVKELGYFTHPCQDDLICRCTLDDIPYFNAPIYLENKQQIGKVDEIFGSIKEYSVSVKLSEDVKAKSFTPNQKIYIDPAKL 129
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: gb|EEC04963.1| (nucleolar protein, putative, partial [Ixodes scapularis])

HSP 1 Score: 75.8702 bits (185), Expect = 1.458e-14
Identity = 38/90 (42.22%), Postives = 55/90 (61.11%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVR--FIDPAKV 105
            +D GPP+ V+    LSHP   D+V K + +  P+FN  +YLEN++ +GK+D IFG     +VSVKL + +   SF+  Q    FIDP K+
Sbjct:   67 YDQGPPEEVVEFAFLSHPCQDDLVCKVTEERVPFFNAPLYLENKQQIGKVDEIFGPIKDFYVSVKLQEDVKASSFNSKQKASFFIDPNKL 156
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: EAA01707.5 (AGAP001529-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 74.3294 bits (181), Expect = 3.159e-14
Identity = 34/83 (40.96%), Postives = 51/83 (61.45%), Query Frame = 0 
Query:   23 PKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            PK +I LG   +P   D+V K  ++  P+FN  +Y+E  + +GK+D IFGN    +VS+KL+D + P  F + Q  FID AK+
Sbjct:   49 PKNIIPLGYYDYPCQEDLVAKVEVENVPFFNAPIYMEGEKQIGKVDEIFGNLKDFYVSIKLNDNMKPDGFQQKQKLFIDSAKL 131
[Close]
BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Match: gb|KPM10137.1| (hypothetical protein QR98_0086870 [Sarcoptes scabiei])

HSP 1 Score: 74.3294 bits (181), Expect = 3.922e-14
Identity = 31/90 (34.44%), Postives = 57/90 (63.33%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            +F D GPP++VI  G  +HP    ++ K +++  P+FN  +YLE+++ +GK+D IFG+   +++SV+  + +   SF      ++DPAK+
Sbjct:   47 KFHDDGPPEQVIEFGQFTHPCQNQLIVKSNIEQVPFFNAPIYLEDKQKIGKVDEIFGSIRDYYISVEPIENIFANSFKPSTKLYVDPAKL 136
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|1058020522|gb|JAS13923.1| (hypothetical protein g.1734, partial [Clastoptera arizonana])

HSP 1 Score: 93.5893 bits (231), Expect = 9.528e-19
Identity = 42/87 (48.28%), Postives = 59/87 (67.82%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+RVI  G ++H    D+V K  ++  PYFN  +YLEN+E +GK+D IFGN   +++SVKL +++  KSF   Q  FIDPAK+
Sbjct:   31 DQGPPERVIPFGFMTHTCQDDLVCKAEMEDVPYFNAPIYLENKEQIGKVDEIFGNVRDYYISVKLGESMKAKSFKMKQKFFIDPAKL 117
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|1060281162|ref|XP_017872965.1| (PREDICTED: probable H/ACA ribonucleoprotein complex subunit 1 [Drosophila arizonae])

HSP 1 Score: 94.7449 bits (234), Expect = 1.013e-18
Identity = 47/88 (53.41%), Postives = 59/88 (67.05%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FD GPP+RVIALGNLS+    DIV K  +   PYFN  ++LEN+E +GKID IFG    + VS+KLSD +   SF  +Q  FIDP K+
Sbjct:   48 FDQGPPERVIALGNLSYICQNDIVCKVDIDDVPYFNAPIFLENKEQIGKIDEIFGTVRDYSVSIKLSDNIYANSFKPNQTLFIDPGKL 135
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|968036820|ref|XP_015016304.1| (uncharacterized protein Dmoj_GI25600 [Drosophila mojavensis] >gi|946597952|gb|KRG07363.1| uncharacterized protein Dmoj_GI25600 [Drosophila mojavensis])

HSP 1 Score: 94.7449 bits (234), Expect = 1.061e-18
Identity = 47/88 (53.41%), Postives = 59/88 (67.05%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FD GPP+RVIALGNLS+    DIV K  +   PYFN  ++LEN+E +GKID IFG    + VS+KLSD +   SF  +Q  FIDP K+
Sbjct:   50 FDQGPPERVIALGNLSYICQNDIVCKVDIDDVPYFNAPIFLENKEQIGKIDEIFGTVRDYSVSIKLSDNIYANSFKPNQTLFIDPGKL 137
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|1069787866|ref|XP_018319208.1| (PREDICTED: probable H/ACA ribonucleoprotein complex subunit 1 [Agrilus planipennis])

HSP 1 Score: 93.9745 bits (232), Expect = 1.603e-18
Identity = 46/99 (46.46%), Postives = 66/99 (66.67%), Query Frame = 0 
Query:    7 GNFHGDGRVRFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            GNF+     R ++ GPP+RVI LG  ++P   D+V K  L+  P+FN  +YLEN+E +GKID IFGN   ++VS++L + +   SF K+Q  FIDPAK+
Sbjct:   27 GNFN-----RNYEQGPPERVIPLGFFAYPCQDDLVCKVELEDVPFFNAPIYLENKEQIGKIDEIFGNLRDYWVSIRLGENMKASSFKKNQKLFIDPAKL 120
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|828215254|ref|XP_012559938.1| (PREDICTED: H/ACA ribonucleoprotein complex subunit 1-like [Hydra vulgaris])

HSP 1 Score: 92.8189 bits (229), Expect = 3.652e-18
Identity = 44/90 (48.89%), Postives = 59/90 (65.56%), Query Frame = 0 
Query:   16 RFFDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            R FDTGPP++V  +G   HP   D+V K + ++ PYFN  +YLEN++ +GK+D IFG     F SVKLS+ +N  SF K Q  FIDP K+
Sbjct:   30 RQFDTGPPEKVTEIGEFLHPCESDLVLKCTNELVPYFNAPIYLENKQQIGKVDEIFGPITEFFFSVKLSEGMNASSFKKLQKLFIDPNKL 119
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|156379736|ref|XP_001631612.1| (predicted protein [Nematostella vectensis] >gi|156218655|gb|EDO39549.1| predicted protein [Nematostella vectensis])

HSP 1 Score: 92.0485 bits (227), Expect = 5.344e-18
Identity = 46/88 (52.27%), Postives = 58/88 (65.91%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            F  GPP+ VI LG+ +HP  GD+V K + +  PYFN  VYLEN+E +GK+D IFG     F SVK+SD +N  SF K Q  FIDP K+
Sbjct:   33 FQQGPPETVIELGSFNHPCEGDLVCKCTNEKIPYFNAPVYLENKEQIGKVDDIFGPMQDFFFSVKVSDNMNASSFKKGQKFFIDPYKL 120
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|1062681113|ref|XP_017962561.1| (PREDICTED: probable H/ACA ribonucleoprotein complex subunit 1 [Drosophila navojoa])

HSP 1 Score: 92.0485 bits (227), Expect = 8.848e-18
Identity = 44/88 (50.00%), Postives = 58/88 (65.91%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FD GPP+RVIALGN S+    D++ K  +   PYFN  ++LEN+E +GKID IFG    + VS+KLSD +   SF  +Q  FIDP K+
Sbjct:   45 FDQGPPERVIALGNFSYICQNDLICKVDIDDVPYFNAPIFLENKEQIGKIDEIFGTVRDYSVSIKLSDNIYANSFKPNQTLFIDPGKL 132
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|1058232984|gb|JAT20008.1| (hypothetical protein g.15188, partial [Graphocephala atropunctata])

HSP 1 Score: 89.7373 bits (221), Expect = 9.477e-18
Identity = 43/87 (49.43%), Postives = 58/87 (66.67%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+ VI LG  S+P   D+V K  ++  PYFN  +YLEN+E +GKID IFGN   ++VSVK ++ +   SF K+   FIDPAK+
Sbjct:    3 DQGPPESVIPLGYFSYPCQQDLVCKVEIEDVPYFNAPIYLENKECIGKIDEIFGNLQDYYVSVKPNENIKASSFQKNTKLFIDPAKL 89
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|751774815|ref|XP_011214043.1| (PREDICTED: probable H/ACA ribonucleoprotein complex subunit 1 [Bactrocera dorsalis])

HSP 1 Score: 92.4337 bits (228), Expect = 9.694e-18
Identity = 46/87 (52.87%), Postives = 58/87 (66.67%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP RVI LG+ S+    D+V K  ++  PYFN  +YLEN+E +GKID IFG    + V+VKLS+ LN KSF   Q  FIDPAK+
Sbjct:   53 DQGPPDRVIPLGSYSYSCEDDLVCKVEIEDVPYFNAPIYLENKEQIGKIDEIFGTIRDYSVTVKLSENLNAKSFKNQQKLFIDPAKL 139
[Close]
BLAST of EMLSAG00000007145 vs. nr
Match: gi|1131310198|gb|JAV05459.1| (putative h/aca small nucleolar rnp component gar1 [Nyssomyia neivai])

HSP 1 Score: 91.2781 bits (225), Expect = 1.607e-17
Identity = 42/88 (47.73%), Postives = 56/88 (63.64%), Query Frame = 0 
Query:   18 FDTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            FD GPP  VI  G   +P   D+V K S++  PYFN  +YLEN+E VGK+D IFGN   +F++VKL D++    F K Q  +IDP K+
Sbjct:   38 FDQGPPDHVIPFGEFHYPCENDLVCKASIENVPYFNAPIYLENKEQVGKVDEIFGNIRDYFITVKLGDSMKADKFKKKQTLYIDPNKL 125
[Close]
BLAST of EMLSAG00000007145 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold616_size123561-snap-gene-0.19 (protein:Tk05722 transcript:maker-scaffold616_size123561-snap-gene-0.19-mRNA-1 annotation:"aig1 family")

HSP 1 Score: 498.049 bits (1281), Expect = 1.357e-169
Identity = 235/377 (62.33%), Postives = 286/377 (75.86%), Query Frame = 0 
Query:  140 LIATLLLTFISLSSSRRPIVVTNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNG-GGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHKCYTPTEFALFGLGICILGIMIGVVAVAWLRNQCSSEEKLYEFGVDDPSTPLP 515
            L ++ + T     S R P+ VTNE MY SPRIV+LGATGVGKSSLANV+LGR+  YDG GH  GCF+V+GLN  G SVTKKTCPD GH++G+   P FT+IDTPGFGNNL+EEEKTIE LVNVLKDEIKFIHAFVI FKQQDNRMTASLRSM+ L QKMFGD FW+NAILEATHWN+H  N  IR  + P +T++ W   FN + + E+ + +PL AVFIDTF DP +PS+   F  NT  LF+F+++  PFECKDI+IALTEIRQLQ EI  L   K ++I+TI  L E N  L   + +  L TP P +YP+SL N+YC S+KCYTPTEFALFG+GIC+LGI+IG++AVAW RNQCS E+K Y + +D+  TPLP
Sbjct:  244 LSSSYVDTTFDYDSPRHPVDVTNEHMYQSPRIVILGATGVGKSSLANVLLGRDKNYDGRGHRDGCFKVMGLNNHGSSVTKKTCPDTGHWLGNFSAPLFTVIDTPGFGNNLVEEEKTIEGLVNVLKDEIKFIHAFVIAFKQQDNRMTASLRSMIGLFQKMFGDGFWENAILEATHWNYHEKNVQIRDASEPRLTEEHWAREFNKLFKTEYGLKKPLNAVFIDTFNDPHNPSEVDAFLRNTNGLFKFAKTRNPFECKDIKIALTEIRQLQNEIYQLQSNKQEQIKTIQDLLESNYVLNRTLQRAGLTTPAPTLYPASLQNQYCWSNKCYTPTEFALFGIGICVLGILIGIIAVAWFRNQCSPEDKYYNYSIDE--TPLP 618
[Close]
BLAST of EMLSAG00000007145 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold685_size112133-snap-gene-0.18 (protein:Tk02076 transcript:maker-scaffold685_size112133-snap-gene-0.18-mRNA-1 annotation:"aig1 family")

HSP 1 Score: 201.445 bits (511), Expect = 3.481e-59
Identity = 138/386 (35.75%), Postives = 197/386 (51.04%), Query Frame = 0 
Query:  139 SLIATLLLTFISLSSS-RRPIVVTNEDMYPSPRIVVLGATGVGKSSLANVILGRNNTYDGSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKI--NRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFECKDIQIALTEIRQLQIEIESLTKEKHKKIQTIFTLKERNRKLEVEVSKKQLATPPPNIYPSSLHNRYCISHK-CYTPTEFALFGLGICILGIMIGVVAVAWLRNQCSSE----EKL-YEFGVDDPSTPLP 515
            S +A +L  F+ L S  R  I V NE  YPSPRIV+LG TGVGKSSLANV+LGR+  Y        CF V   +G   VT +TC + G+F  + ++P  TI+DTPGFG+++  EEK I+ LV VLK++IK +H F+I F     R+T SL+SM+ L +KMFG+ FW N + E THW+      +I  +     ++  W   +N+     F I  N  L A FIDTF+   +  +  EF  +   +++F+    PFECKDI+ ALTE+ +   +I +L KE                        K +     N+         CI    C+ P +F  FG  + ++G + G   V   +  C +      KL  EF  DD    +P
Sbjct:   11 SRLALVLFYFVPLCSEIRAAIQVPNESDYPSPRIVILGETGVGKSSLANVLLGRDKNYKNPNGR-NCFTVG--SGIDPVTSETCAEIGNFTTN-QSP-VTIVDTPGFGDDIAREEKVIDELVTVLKNDIKHVHTFLITFNGGSPRLTQSLKSMIRLFEKMFGNAFWKNVLFEVTHWSH--DERSIDDRGAQGKSEATWIQEWNNKFHSLFNIPSNINLNATFIDTFHHTNNSKEHQEFLKSVDQMWKFANLAKPFECKDIKKALTELMEANKQIGNLEKE-----------------------LKAVKNDSGNM---------CIFWTMCFNPAQFGGFGGIMMLVGALFGGGGVVVFQKCCCNSIYQGAKLEIEFNDDDEEISIP 357
[Close]
BLAST of EMLSAG00000007145 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold334_size202906-processed-gene-1.3 (protein:Tk08968 transcript:snap_masked-scaffold334_size202906-processed-gene-1.3-mRNA-1 annotation:"aig1 family")

HSP 1 Score: 127.872 bits (320), Expect = 3.152e-31
Identity = 84/242 (34.71%), Postives = 131/242 (54.13%), Query Frame = 0 
Query:  167 PSPRIVVLGATGVGKSSLANVILGRNNTYD-GSGHMFGCFQVLGLNGGGSVTKKTCPDKGHFMGDLKNPKFTIIDTPGFGNNLIEEEKTIESLVNVLKDEIKFIHAFVICFKQQDNRMTASLRSMLSLLQKMFGDHFWDNAILEATHWNFHASNEAIRQQNNPPITKKWWKDTFNDILRGEFKINRPLRAVFIDTFYDPKDPSQALEFRSNTQSLFEFSRSNTPFEC---KDIQIALTEIRQ 404
            P PR V+LG  GVGKSSLAN +LG +N        M         +G  S TK T    G FMG    P  T++DTPGF +   ++ + I+ ++NVL DE++ + +F+I +K +D R T   +  LS++ KMFG+ FW N +L    W+F   +E  R+     +T K + +   DI   +F ++  L  VFIDT ++  +P +  +F   +  L++ S +  PFEC   KD+Q  L + ++
Sbjct:   10 PRPRFVMLGQQGVGKSSLANTLLGFDNLASFNDKQMRKKLPFKIGHGLRSKTKVTTFSTGSFMG--TGPNITVVDTPGFKDT--DDAEFIDEIMNVLGDEVREVDSFLIVYKYKD-RFTRPFKRTLSMITKMFGN-FWTNVVLVVNFWSFKPIHEDERRSRG--VTMKNYAEQLKDIFESKFDLDFDLPVVFIDTHHNTSNPDEMDDFVRESGKLWKISLNRRPFECLTRKDVQKNLKKEKE 243
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BLAST of EMLSAG00000007145 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold282_size228295-snap-gene-1.22 (protein:Tk05522 transcript:maker-scaffold282_size228295-snap-gene-1.22-mRNA-1 annotation:"h aca ribonucleoprotein complex subunit 1")

HSP 1 Score: 98.2117 bits (243), Expect = 1.360e-23
Identity = 48/87 (55.17%), Postives = 61/87 (70.11%), Query Frame = 0 
Query:   19 DTGPPKRVIALGNLSHPYHGDIVPKGSLKVSPYFNTLVYLENREAVGKIDHIFGNPMRHFVSVKLSDTLNPKSFDKDQVRFIDPAKV 105
            D GPP+ VIALG ++H    D+V K S K  PYFN  +YLEN++ VGKID IFG    ++VS+KL D +  KSF+KDQ  FIDPAK+
Sbjct:   49 DYGPPEHVIALGQMTHTCQDDLVLKVSQKDVPYFNAPIYLENKQQVGKIDEIFGTLRDYYVSIKLGDDVKAKSFNKDQTLFIDPAKL 135
The following BLAST results are available for this feature:
BLAST of EMLSAG00000007145 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-2.017e-1851.14symbol:CG4038 species:7227 "Drosophila melanogaste... [more]
-2.685e-1746.67symbol:GAR1 "Uncharacterized protein" species:9031... [more]
-3.846e-1748.91symbol:Gar1 "GAR1 ribonucleoprotein homolog (yeast... [more]
-5.307e-1747.83symbol:Gar1 "H/ACA ribonucleoprotein complex subun... [more]
-5.307e-1747.83symbol:Gar1 "GAR1 ribonucleoprotein" species:10116... [more]
-4.161e-1648.31symbol:GAR1 "H/ACA ribonucleoprotein complex subun... [more]
-5.508e-1648.31symbol:gar1 "GAR1 ribonucleoprotein homolog (yeast... [more]
-1.387e-1547.19symbol:LOC100516629 "Uncharacterized protein" spec... [more]
-1.747e-1547.19symbol:GAR1 "Uncharacterized protein" species:9913... [more]
-1.400e-1446.67symbol:F1S134 "Uncharacterized protein" species:98... [more]

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BLAST of EMLSAG00000007145 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592809891|gb|GAXK01144677.1|1.010e-8750.18TSA: Calanus finmarchicus comp59836_c12_seq1 trans... [more]
gi|592809885|gb|GAXK01144683.1|6.186e-8657.34TSA: Calanus finmarchicus comp59836_c12_seq7 trans... [more]
gi|592809887|gb|GAXK01144681.1|2.672e-8557.34TSA: Calanus finmarchicus comp59836_c12_seq5 trans... [more]
gi|592809883|gb|GAXK01144685.1|4.766e-8054.88TSA: Calanus finmarchicus comp59836_c12_seq9 trans... [more]
gi|592809882|gb|GAXK01144686.1|2.688e-7955.98TSA: Calanus finmarchicus comp59836_c12_seq10 tran... [more]
gi|592809890|gb|GAXK01144678.1|2.771e-7950.78TSA: Calanus finmarchicus comp59836_c12_seq2 trans... [more]
gi|592947846|gb|GAXK01010707.1|9.641e-7543.75TSA: Calanus finmarchicus comp669711_c0_seq1 trans... [more]
gi|592809878|gb|GAXK01144690.1|4.074e-6255.49TSA: Calanus finmarchicus comp59836_c12_seq14 tran... [more]
gi|592880525|gb|GAXK01077376.1|3.060e-5943.41TSA: Calanus finmarchicus comp847597_c0_seq1 trans... [more]
gi|592809889|gb|GAXK01144679.1|1.674e-5647.91TSA: Calanus finmarchicus comp59836_c12_seq3 trans... [more]

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BLAST of EMLSAG00000007145 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 3
Match NameE-valueIdentityDescription
EMLSAP000000071450.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s402:63499... [more]
EMLSAP000000054637.613e-2832.87pep:novel supercontig:LSalAtl2s:LSalAtl2s294:12720... [more]
EMLSAP000000106331.317e-2357.47pep:novel supercontig:LSalAtl2s:LSalAtl2s705:44546... [more]
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BLAST of EMLSAG00000007145 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 21
Match NameE-valueIdentityDescription
gi|68565897|sp|Q7KVQ0.1|GAR1_DROME7.288e-1951.14RecName: Full=Probable H/ACA ribonucleoprotein com... [more]
gi|51827980|sp|Q9CY66.1|GAR1_MOUSE1.441e-1748.91RecName: Full=H/ACA ribonucleoprotein complex subu... [more]
gi|68565639|sp|Q6AYA1.1|GAR1_RAT1.926e-1747.83RecName: Full=H/ACA ribonucleoprotein complex subu... [more]
gi|51828015|sp|Q9NY12.1|GAR1_HUMAN1.492e-1648.31RecName: Full=H/ACA ribonucleoprotein complex subu... [more]
gi|51701666|sp|Q7ZVE0.1|GAR1_DANRE2.161e-1648.31RecName: Full=H/ACA ribonucleoprotein complex subu... [more]
gi|68565880|sp|Q5RJV1.1|GAR1_XENTR4.779e-1643.33RecName: Full=H/ACA ribonucleoprotein complex subu... [more]
gi|51701700|sp|Q9TYK1.2|GAR1_CAEEL1.921e-1442.05RecName: Full=Probable H/ACA ribonucleoprotein com... [more]
gi|68565884|sp|Q61B10.1|GAR1_CAEBR2.044e-1443.18RecName: Full=Probable H/ACA ribonucleoprotein com... [more]
gi|74604940|sp|Q6CJ45.1|GAR1_KLULA2.024e-1139.39RecName: Full=H/ACA ribonucleoprotein complex subu... [more]
gi|120941|sp|P28007.1|GAR1_YEAST5.604e-1137.36RecName: Full=H/ACA ribonucleoprotein complex subu... [more]

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BLAST of EMLSAG00000007145 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 9
Match NameE-valueIdentityDescription
gb|EFA00124.1|4.001e-2047.73putative H/ACA ribonucleoprotein complex subunit 1... [more]
EEB16508.12.469e-1948.86conserved hypothetical protein [Pediculus humanus ... [more]
AAF46672.13.532e-1951.14CG4038 [Drosophila melanogaster][more]
XP_397127.48.070e-1944.68PREDICTED: H/ACA ribonucleoprotein complex subunit... [more]
gb|KFM57230.1|2.192e-1748.31H/ACA ribonucleoprotein complex subunit 1, partial... [more]
EFX68142.12.366e-1745.98hypothetical protein DAPPUDRAFT_203390 [Daphnia pu... [more]
gb|EEC04963.1|1.458e-1442.22nucleolar protein, putative, partial [Ixodes scapu... [more]
EAA01707.53.159e-1440.96AGAP001529-PA [Anopheles gambiae str. PEST][more]
gb|KPM10137.1|3.922e-1434.44hypothetical protein QR98_0086870 [Sarcoptes scabi... [more]
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BLAST of EMLSAG00000007145 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1058020522|gb|JAS13923.1|9.528e-1948.28hypothetical protein g.1734, partial [Clastoptera ... [more]
gi|1060281162|ref|XP_017872965.1|1.013e-1853.41PREDICTED: probable H/ACA ribonucleoprotein comple... [more]
gi|968036820|ref|XP_015016304.1|1.061e-1853.41uncharacterized protein Dmoj_GI25600 [Drosophila m... [more]
gi|1069787866|ref|XP_018319208.1|1.603e-1846.46PREDICTED: probable H/ACA ribonucleoprotein comple... [more]
gi|828215254|ref|XP_012559938.1|3.652e-1848.89PREDICTED: H/ACA ribonucleoprotein complex subunit... [more]
gi|156379736|ref|XP_001631612.1|5.344e-1852.27predicted protein [Nematostella vectensis] >gi|156... [more]
gi|1062681113|ref|XP_017962561.1|8.848e-1850.00PREDICTED: probable H/ACA ribonucleoprotein comple... [more]
gi|1058232984|gb|JAT20008.1|9.477e-1849.43hypothetical protein g.15188, partial [Graphocepha... [more]
gi|751774815|ref|XP_011214043.1|9.694e-1852.87PREDICTED: probable H/ACA ribonucleoprotein comple... [more]
gi|1131310198|gb|JAV05459.1|1.607e-1747.73putative h/aca small nucleolar rnp component gar1 ... [more]

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BLAST of EMLSAG00000007145 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4
Match NameE-valueIdentityDescription
maker-scaffold616_size123561-snap-gene-0.191.357e-16962.33protein:Tk05722 transcript:maker-scaffold616_size1... [more]
maker-scaffold685_size112133-snap-gene-0.183.481e-5935.75protein:Tk02076 transcript:maker-scaffold685_size1... [more]
snap_masked-scaffold334_size202906-processed-gene-1.33.152e-3134.71protein:Tk08968 transcript:snap_masked-scaffold334... [more]
maker-scaffold282_size228295-snap-gene-1.221.360e-2355.17protein:Tk05522 transcript:maker-scaffold282_size2... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s402supercontigLSalAtl2s402:634995..694694 -
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-LSalAtl2s402-augustus-gene-7.16
Biotypeprotein_coding
EvidenceIEA
NoteProbable H/ACA ribonucleoprotein complex subunit 1
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000007145 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000007145EMLSAT00000007145-702992Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s402:634995..694694-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000007145-689911 ID=EMLSAG00000007145-689911|Name=EMLSAG00000007145|organism=Lepeophtheirus salmonis|type=gene|length=59700bp|location=Sequence derived from alignment at LSalAtl2s402:634995..694694- (Lepeophtheirus salmonis)
ATAGTACTAAAGATGGGATTTAGTGGATGGGGKAATTTCCATGGAGATGG
TCGAGTACGCTTTTTTGATACTGGACCTCCAAAACGTGTCATTGCTCTGG
GAAATTTATCACATCCTTACCATGGAGATATCGTTCCCAAAGGTAGCCTA
AAGGTTTCTCCTTACTTTAACACTTTAGTGTATCTGGAAAACAGGGAGGC
AGTTGGAAAGATTGACCACATTTTCGGAAATCCTATGAGACACTTCGTGT
CTGTTAAACTCTCGGACACATTAAACCCCAAGTCTTTCGATAAGGACCAA
GTGCGCTTTATTGATCCTGCCAAAGTTGCTCACACTCATGAGGTTCCTTC
CTGAAGGAGGCCAGAGGGATGGAGGTTGTTGGGGCTTTTGAAGAGGAGAA
GGCAGGGGTTTTTGTGTTTGTGGTGGAGCTGGRTTCGGTGGCCGTAGGGG
CTTGGGKAGKGGAGAACGAGGCGTTTTCGGTACAGGAGATGGAGGCAGTT
TTGGGCTAGGTTGTTCATGTGCTCTAATGATTATCTCTCTCCCATTCACT
CAGTTTATTTTATCGCTTCGTATTTACCTTCACTACATTTTCTATATAAC
TCCTGCCTCCAATTCTCCTTGACGCACTTTTCAATCAACTCGATTCTATG
TTATACTGTTTATTTATTCAATAAATTCATTTTCTTCGTTTAAAAAAAAA
CAACTACTAATAATGATTGAGGAGTTAAACCCATTAAATATGCTCAAATA
GGTAACTAACATCGCTAGAGGAGGGKTTCATTAAGGTGTATAATCAATTA
AACTTCTTACGGAGCTCTCAATTTTTGAAATATTTATGGTGGGATATTTT
TAATCTTGATGGGGAACCCCCTGCTCCATTCATCATCATTGTGTAATAAC
ATCATTCAATCAGGCTCTCATTGCGTGTGAGGCTAAAGTATTTATATACT
TGATATTAAACGACAATTATGGCTTGTTTTGAGTCTTTATGGCTTCGATC
TCAAAAATTGTGGTTCTAAATCAGATATTTGGAACTTTTTGATTGCATAT
GCGTCACTAAGAAATGCATTATGTGTCGTGAGAGCGGAGATTTGATTGTA
AATTTCCCGCTATTTATGTGAAATTTGAGAGATTGGAACTTTCTAGGTCC
AGACTGAGTAATTACCTTATTAGTTATTTTGAACTAGAAATTTAGTAATT
GATTTTTTTTTCAAAAAATTTAAATTTTAAATTTCATTTTTCAAATTTTT
TGTCCAAAAAATTTTATTTTCTGAGAATAGCGTTAGATTTCTGATTTCTT
AAAATAAAATAACTTTGGATTTTTGAAAAAAAAAWTTYCAAAAATTTTTA
TATTTTAATTTATTTATTTTCAATTTAAAAAATTTTTTTGAAAAAARATA
TTAATTTTTTGTGAACAGCTGCTTATTTNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTAAATTTT
TTTACAAAAAAATTTAATTACTCAAATTTAATTAATTATTTTTTCAAAAT
AGAATTATTCTTGTTATTTCATGTTACCGTGGTTCCATAGGAAGTTCAAA
TTCTATAAATATTTATAGAATAAGAATATATCAATAATTTTCTTTGATGA
TATCCCTTCTTTCAAGGCTTCTACATAATATAGTCAAGCAATATTATTAA
CGTAAATTCACTCCGTAAGACGTAGTTTGCCTTTATCTATGTGTATATAT
GTACATACATATTTACTTTCAAAACAACGCAACAATAACATTTTCATCGT
CTCAACTTTCCAAGTGACTAATTGGATATCCACACATAACATCATATATG
TATGTTTTGAAATAATAATATCATGTGGATCAATATAATATAATCTACCT
ATATGTAGTCCCTTAAGAAGTCTCTCCAAATTTGATCAACAAGGGAAGAT
GTTTATGAAAACAAAGTGGATCAAACATATTATATACAGGGTGAAAACTA
CAAATTTATATAGTTTGTATTTATATATTTCCCATAGAGTGGTGGACCCC
CCAAAACTACAAATTTCGAAAAACGTTGATTTGGGTGGAAATAGAAAAGA
GAACATGTTTAAATGATATATTTCTTATTCTATATACCCTTCATCACAAC
CTATAACATGGGTGTGGCAGACATTCTTCTCCAAGACAAAGGAAACTGCG
AAGTTCAGAGGGTTGAGATCAGGTCTGTAGGTGGGGCAGTGGCTCTGATA
TTCTTACACTTATAGACATGGGATAAAAACAAAACTTATTCATTTTTGTT
TCAGCTAGCGCTTAGTTGTGTAATAAATCTTTTTAATTAAAAATATCTGG
AATAAATCCTAATTAAATGGAAGTTTTGCGTCCCCATTCTGTAATATATA
TGTTAGAAAAATATTTTTTGTATACAAAACTATTTCTATTACGGTCAGCT
AGTGTTGTTGTATCGGTCCTTATTTATTTGGTCCAGTCCATTGTTAGGAC
ATGTCCCATCAGTCTTTGAGACCAATCTATAAGAAAAACCATCATTACTA
GAACTGATTAAAAAAAGAAAAGAAATATAGTTAAGTGACGTCAGCAATTA
CCGAACTTAATAAGGGTTTTAGGAGGGAAGTGCAGGACTTAACTAGGTCA
GACGGACAATGAGCTCGACGGGACTGTAGTCTTCAGTCCTAAATAAGGAC
CGACACTCTTAGCTACTTCTCTATTCAATTATGTTACCATCGGCGCATAC
TATTGCAGTAATCCTCCTACGAAAAGAGATACGATTGACAGATGTAGTCC
GTATCCATTTTAATCTAGGCATAATCGACAGTTGTCTTCATAGACCTTAC
ACTTCCATGGCGTTCTCTACATGCAACAAGAAGAACTATTCAAGAGGATT
AGCATCTGGGCTATTTGTTGGCCACTTTGACTTCTCCTCCTAATGATGTG
CTTGAGGTTATCTGGAGTTTCATGCCACCTATATCCTTCCTTCAAAGTTC
ATATTCTCACCCGCCTTCTTTTTTAAATTACTCCTTGCCACTCCCATTAG
CTTGAACATCTCAGTTGGAGTATAATCCAGTTGGAACGAAAGCTGTGCCC
TTGAATTTTGTCTCCCACTCCGATAGGATTTATAGCTCAATGTAAACAAT
AAGAAGTAGCAGCTGATATTTCATGGATACGACGTAGTTCTGGAGKCTTT
AAAGTCAAGTACCTTATAGCCTCCGAATTTTGAAGTGCATGAGTGTATTT
TTTTAGTTTCCACCCTGTATTATACTGAAGTATTACTTTTACTAAATACT
TTCGCGTGTATGTGTCTGTATTATACAAATATAATAAACTTTTGTAATCT
TCTGATGGATCTGAAAAAGTTTACATACATTGAATCGACAACAAAAACAA
AATCTAGAGTTATGATATTCATATTATTAGACTGGTTCTTAAATGTGTTT
TATTCGAAATGTTATTGGATCATAGTCCAACAATCTATACAAAAACTCGA
GGGAATAGGTAAAGTTTGAGCCTTATTCATAAATGTTCAGCGGTTGCAGG
GACCTTTACAGTTGTAAATTTCACAATTTTATGAACATAAAAAAAAATCT
TATTTGAATAATAGGCAAAATAAAGCAAATGATAAATATTATAGATGAAT
AACTAATCTTTCAAGAGTATTATTATAGTTCTCCTCTAAAATGATTATTT
CTTATAAAAGGAATAATAAAATATTGTTGTACCGCGTACTTTTTTCCTTC
GTTGACAATTAAGGAACTGCTCATAGCTCGAGGGACGATAGAAATGTTTT
ACAAAAGTGAGGTTATGTTATATTTTAAAATTATTTCCAATGTTTTCATT
TATAAATATTGGTTGTATCTTGAAAGACGATTAAATGAAAGGCAATTAGT
TATTTTGTTGGAAATGCAGGAGACCCCAACCAAGATTGCCAATTACCTCA
GGATCGTCTATGGCATTAAAAACGATTTGACATCCAAAGAACAGTTGCAA
GAAAGTCTTGTCAAGGTTGGAAACGAACAATAAAAAAAAACCCTGATTAT
GCGTGTCAAAAACCGACTTGCTTGAAATCCAGTGAGGACGATCTGCAGTA
TGACCAAGAAGATGAAAGGGAGCGAGGTTACGCACCACTGGACCATTAAG
GATGGCTTGGGAGCAAAATAAAGAGCAAAAATGAATCATAAATATCTTTA
TGATGGCCACAGAGGAAAAGATGTTGTCTAGAGCCAAGGTTCTTTTGAAT
GTATTCAAGAACATGTGGCCTCCCAACTGGATTATTCCATCCAGACAAAG
GTTGAATGAGCTGCCTGTAACAAGCCACAGGTATCAAATAGTGTGTGCGG
GGCTTAAGAAGAGGGTAGAGGCTGTCTTTGAGGCTGAGGGAGGTCATATT
GCCATTCTCAGGGTTCAACTCTATTTTTTCAAATAAATTGTAAAGTTGAC
AACTTCAAGGGCTCTGACCCACCTTTAAACATGAATCAATATGCCTTAAA
ATAAAGCCTATTTCTATATTTTGTATCAAAAGAAATATTTTAAAAACCAC
ATACTCTCTGCATTATTTTGATTAAAAAACAAAACTAATTTTAAGAGCCA
GTCTGAAGTGTATACTTAAGAATCTAATTATACAATATAAATTAATCAAT
ACTTTGATTCAATTATCTCATTTATAAATTTAATAATAACATGAGATAGA
TTTATTTGTTGGTATATGAATCGAGAAGGAAAGGAAATATGATGTATGGA
ATCAATTAATATTTGATCATATGAAAGATGTGCTTCAAGTCTTTTCCATA
TACATATTATCATGTAGTTTCTAAATAAGTTTCCCGTTCTTGTTTTTCAA
ACTACAAAAGTATATTGTTTTTCCTACTCTTTGATCTATGATGACCCTTA
TTTAAGAGTACTTATATACTTTTTGATTCACCCTTTTTAAAGTATGTTTC
TCCCCTGGATATTAAAATAATATACTATCACCGATCTAGGGTGGCATGGG
GAGGAATGACCCCTTCTTCCCTATTCATTAGTGTTGGGCTTCGGTCTGAG
ACCATTATACTTTTTGTTCGATTGAATTAGTTCGGTCCTACAAAAATGCT
CAATCTGTACCAGTCTCATAAAAATTAATCTAGGTCGGTTCAAAGAAAAA
ATTCGGTCTAGTTCGGTTCAAAGGAAAAATTCAGTCAAGTTCAGTCCCAA
AAAAATCTGTCTAGACTGATTTTACAGGTAAATTGTTTATGAACAGACAT
AATATGTTTGCTCAAGTACAATGACGTTATACGAAGTTGAAACAGAGATA
GGGTGGATTAATTTTGATCCCGTTGTAAAACTTATCGTGTACTCTTGAGA
TTTTTTTGAAAAAATGAATGATAGTTGATCTAGGAAATAAATAGTCTCTC
ATAATATATGAGACCGAATCAAAATTGGTCCATAAATTTAGATCGAATCA
AAATCGGTCCATAAATTTAGACCGAAAAAAAATCGGTCCATAAATTCAGA
CCGAAAAAAAATTGGTCCACGTTCTGAGACCACAGTCTGCATCGAAAAGT
CGGTCTACAGAAATCACTCAAGATCGAACCGGAAAAAAATTGGTGCTCCA
ACGAGTCTCAACACTACTATTCATATAAAATGTAGCTAAATATTATTTTA
GATTGTATTTATTTTAAAGCAGGTTTGTTTATGTGCATTGTCGTCAAGTG
AATAAATTGAGAGGAAAACCCATAATCTTTTTACTAGTAACTCCAAATCC
AAAGTAAATGTTGAAAATCTTGTTTTCGTGTTTACTATAATAGTGAGTTA
ATACAAAAACAATATTGAAGAAAAAAAACCACGAAAAGATCATCTTATAC
AGGGTAGTCCAAATAAATTGGTGAAAAACTTTAAAGGCAAATAACAAACT
AACTAGAAAGTGTAGAATCATATCTTTTTTATTATTTGGAAGCTACATTT
AATGACATTCAAACATTTATATTGAGATCCGCCTTTCTTAATAACCTCTG
CCTCACGGCGCCGGAAGCTTTGGTAGGTCCGGACTTCTCTGTGGGGATCC
AGCTTTGTTATTGTACTGATTCTTTTTTTTTGTACTTTTAATTTACATTC
CCTGGATGGATGCAGTAGCCCAAGGAAGAAAATACACCTTCCAACAAGAC
GGATGGGTCAAAAAGTGCAAGATGTCTTGCCCACAAAATGTCTTCTCTTT
TGGAGTGCATGTTTTGACTTGAAACAGCCCGGACCCATGCGATTTTTATC
TCATGGGTAGAGTTGAAAATTAGGCATGTTCCAAGTATCATTTGTCTGTG
GAGACCCTAAGGAAGTATATTACCCGTACAATGGTAAAGATGGATCCGCA
TGAGATTGCCCGATATATKTTTACTACAGACCAATATTTCATGATATATY
CCAGCCAATGATAGGCTTTTGAAATTTTATTGCAAAAATAATATTTTTTG
AAATTGTTTTCCAGAAAATGTAATTTTTCGTAAATAGCTACGGATTTTTC
ATTTTTTTCCTCAAAATATTTAACTTGTTTTGAATTTATTTTCTAAAAAG
TTCAATATTTTGAAATTTTATACCAAAAAGATTAATTTTTGAAAATTTTT
CCGGAAAAAAAGTAATTTTTTGTGAATAGCTGTGGATTTTTGAATTTTTT
TGCCCAAAAAAAATTTAATTTTTCTAATTTTATTACAAAAAAATTATTTT
TTAAAATTGTTTTCCAAAAAAAGTAATTTTTTGTAAATAGCTATGGATTT
TTGGACCAAGTTCCTTCCAGAATATAATCCTGTGGTCCCCTCCCCCCCTG
TTATACTCCCCTAACCCCAAAGGGGTTAGCGGCGCGACTGCTCCCCATAA
CACCAATTTGGTACATATATAAATGAGGAGAATTATATAACTTTTTTATT
CATGTGGGGGTAATATTTTATATTAAGTAATTATGTTTGTGTCCTTCAGC
TGAAAAAGAGGAGAGAGAAAATGAAAGAATCTTCATTACATTTGTATTTA
TATGTATTGTAGTCCCATATTTTTGCTTTATGACAACTCCAGTATAATCA
TGAAATTAGACTCATTATTATTTAATGAAGAAAATGGGTTTAAGAATGTA
TGTGTGTACAATTATGTACATAGATTGATGAGTGGAAGTCTCTCATGGGA
GGAGAGTAAGGAATTTGAACCATCGCTCTCTTTCTCTGTGTTTGTGTTTA
TAATACAGAGGCGTCTACAGGGTTATATATATATACATCTTCGTTTTTGG
ATTTTTTGGAAAAAAAATATTCCAAAAAGTACAATTTCAAAAATGAGCTA
TAAATATAAAGTTTTATAAATTTTTGAGAAAAGATTTCTAAAATTAAATT
TTAAATATAAAGTTTTTTTGGCGAAAATCCAGAAAAAAAAATTCTAAAAT
TCATAACTATTCACAGATAATTGAAAAAAAAATGAAGAAATTAAATTTTT
TTATAAAAAAAATTTCAAATATTAAATTTTTTCGAGAAAAATTTCAAAAA
TCTATAGCTGTTCACTAAAAAAGAATTTCTTTGGAAAATTTATTTAAAAA
AAAAAAAATTTTGAATTTTTTTCTCTCAAAAATTTAGAAAAAAATATAAT
TTTCAAAACTAAATTTCTTAAATCCAGGGCTGTTCTAGGGCAATTAAACT
TTTTGAAGAAAAAAAAATTTAAAATTAAATTCAAATATTAGATTGTTTAG
TTATAAACAAAAATGCCTTTATGTTGGGGCTATAGCCCCTCCAGCCTCCT
TTGTGGACGCCTCGGTAAACTAAGGGCATATGTATCTGCAATTTTTCCGG
AAATCCTTGTAACATCCCAACACACTCACTGCATCATTACCTGATTAACA
CAAAAATATAGAGTGTATTTTGTTGTTAGGTGTCAATCTTTTTTCTTATT
CTCACCTAATCATTGTTCAGATTGTGTTTTTGTTGAATTAACATTATTTC
TTGTTAAGATGTAAACATTCCCGACATTTACTTTTGAATAGTAATTCTAT
AGCTAACAACAAAAACTGATTTTGGGGCTTTTTTTCTGTTTGTTGTCGTT
TGAAAGGTTATGTGATACAATAAATTTAATGACCCTAAATACTGTAAAAT
GATCAATTACCTATCACTTTTTATATATGTTATTAGACACCTAAAATTTG
TATGAACACTACTGGATATCATATCAATGGATCACACAAAAAATGATCCA
TTATTGTGTGCATTTGCAGAAATTACAACCTGGAGTCTATTATGTCAGGC
ATAACTGTAAATACGGACCACCTTCATGGGAATGTTGTCAAATGCCTAAT
TAGGTAGGCTTTCTGTAGATCCAAATTTGAATTGGGGCTTTTGCTGATCC
ATTCCTCCAAAATGGAGTATACTCCAAAATCCCTCTGATTCAAATCCAGA
CTGAATAAAGAGTAAACGTTCTTGTTCCAAAAGCTAGAGAATGAGTACAA
CACCATTTCCCCTTGATATTAAACATGTTAGAGGGACTAACATCTTCTTG
TTGAAAGGTGTAAGAATCTTCTTTAAGTGGGAATTGACCCATAGCTAGCG
ACATATCTAAAGAATGGTGCTCAGGTCATCAATGTTGTTAATTTTGAACA
CCGAGAGCACAAAGATAATGTCCGTCTTACAGGACCGGCTAATGACTCCC
TTTACCGTCACTGATTCAGTTTTCTCTTTTCAATAGATCCTATAGGACAA
ATCAGATCCACTTTGTATCAAAAGCTGATCATTTTGTGATTTGTATATGA
AATCCACAGAAAAACTTAATTATAAGTTTTAATTTAAGTTTCATTTATAG
TTTTTATTTTTACAATATTCAAGGTCCACCCTAAAACTTTGAAACTCAAT
ATCAGCTCCTTAACCAGACCGATATCTAAGGAGAGGCCAATATATGGACT
TGGATTTTTCTTTGGGCGTTGATAAGCTTAAGACGATGCCTTTTTTTTTT
GTCATTTTATTATTTAGGAAACACGATTTATTTCATACAGTTATGTAATT
AGTTCGAGCCTCAGTAGTCGCATGCCTTGAACATTTAAAAGTACAGGAAT
ATTAAGGAAAAGAATTAAAGATGTGGTCTCAATACTACAGTTTTAGTTTA
ATATAATTTTATTTAGTGGGTATTGGTAAAATAATCGATTTTGGGGAGGC
GTGATTTTTATTTTGAAAAAAATGAGTATAGGCTTTTTGATATATCCCAA
ACAGTATTAAAGAATTTTCTCAATACATTTTTGTTGATTATTTCACGTTT
TCTTTAAAGAAATGAATGTTTTATTTTACTTTTTAATGACCTCCTTTAAA
AAAAAATGTAAAAACTTTTTTCATAGACTATGCAAAATTAAATGAATTTT
TTTCAGAAAGTAATATTTATTTATAAAAAAAGAAGATATGAATTAAATTT
TCAAAAGGCCCTCCAATTTTATTAAAATTTAATTAATAAATAAACCTAAA
ATTCCAACTAATATCCTATTTGTACGACAAATGTACGCAGGAACCATAGG
AAATATGTGGATATTATGGATAGAATATAGTTTTCACATTTTGGAGACGT
GTTGTTGAATGCAATGATGGCGGTGCTAAGGKCTTCAGACGGTCTAAAAA
TTCAACTCCGTTGTCTGATAAATGGCCTGAAAAGTCCTGTGCTTCACTCA
TAGATTGTGCTATTTTTTTTTTAAATGTTTCCAAATTTCATTTAGTACCA
ACCTTAAAAAAACAGCTGTCAAAATGTCATGACAAGCTGCTCTTTAGTTT
GCGAGTTATTGTACAGAGTGTGACGTCACTTTTGTTATTCCTACAACAAT
GGATAATAAAAAAATGTAGTTTAATTTTACACTGCTGCTTCATGGGGAAA
AAATACTATCCAAGCAAAGAAACGTCTTGAAAAGTGTTATGGGGAAACCG
TTCCATTAAGTGGGAAAAAAATGAAATGTGTTGTCTTCAGCTACCCTTAT
TAGTCAAGGTACAACTATTTCTGAAATTAAAATCGTTATTTGAACCTATG
CGCCAGAAAACACAACGTTGATTTTAAAAATCAATTAATTTTTATATAAT
CCTGTCAGGTCTGATTCTACTCTATTAAATACTCTGTTTATTGTATACAT
AAAAAAACCGCCTTTAAGTAGTACAAAGCATTGGCGGGRTGAATCAAAGC
TGTGGCTTTTATTTCCGGTGTGCTTTTTTATAAAATATTGTTTACTATGT
TCCATTCTCCATGCCAAATTAGTAGTCTAAGATATATTGTGTGTTTGTTC
TTTGCGTAAAAAGAGCCTTTTTAATTGTGTTGATCGCAATTTATTTGCAA
TGGTGTGTTTTGTTTTGATTTAAAGTTTTTCTGTTCTGATTTTATTATTT
AAAAAAAAAAAAAGCAAATATTTTTTAACTATATTTACAATCACAAAATA
GAGTAGATTTTTTTTTGTATTTTATTGAACTGTCAATAATAGCGATCAAA
TTTTTTTGTATTATTGTACATATATCGTAATTGTATATTTGTTTATTACA
ATTTAAAAAAAAAGAAAAACATATACATACAAAGGAAATGAAGTTAAAAG
TTGTATTTCTTTTATGTGTAAATTTTTTGTTTTTGCTTCAAAGGAATTTT
GTGTTTTATTACTTGAGTGTCATTTGAAGAGCAAAACCTTAAGGGATCAT
ACATAAATCACGTTTATTCTCCCCTACTTACATTTTCTGTTTTTGCAAAT
ATTTTTCCCCTCTTTCATATGACGTCATTTATCCCATCTTGGCATATTAT
TAGGTTAACGTGGTTTTAAGTTGGCATCCACTCTCTTAGAAGGATACGGT
GTTTTTTTTTAGATCCCTTCCCCTTTAGTAGACGTGTGGTTTGTGAACGT
TCTCTATGCCGGATTATTTTCTTAAGCCGGATGACAACTACCCATTCGTA
CAGTTTCTGCATCTAACAAAGTAGTAAATACGTGAGATTGGATCAAGAAG
GATTTTTTTGCCCTCTGAAATTTACAATGAGACCAGTCTAGACAGAAATT
GGGCCGTATAAGTTTAAAATTATAGCGATTCTAGGTCAGTTTTAGATGCC
TCCGCAAGATTATATATATATATTTTTGGGGGAAGAATTTTTGCGAAAAA
AAAAAATAAAAAAATTAAATTTTTTTGAAAAAATATTTCAAAAATCCATA
GCTATTCACAAAAAATTGATTTTTTAAAGAAATTTTTCTATAAGAAACCT
ACAGCTATTCAAAAAAGATTATTTTTATTTTTTGAAAAAAATTCAAGAAC
AAAAGTTCAAATTTTATCGAAATGCACCTAAAAGTTGTAGTCAAGGGGGG
TCGTTATCAGTGCTGTTGGGGACAAAAGTGTGGAAAAAGAGTTCAAAAGA
ACTTAAAAGCCTAATTTTAAAGAGTTTTGCGTCGGAGGAGATGGGGTTCT
TTCATTGCGGGTATCAAAAGGTTCCTCTCTACACTCAMAAGCCTCTTTCC
ACCCACTTTTTTAATAGCTCTTTGGAATGTTTGGCCTTTTTGACATATCT
CTTATTCCTTAGCATATGACGGCGGAAACAGTGATCTTGCAGACGCCCAA
GTGCATGGAGTGTGCGAATTGAAATTCGTCGATCTCGTTCAAGTGTCAAC
TTCTCGACTTGTACGTAATCTAAAGAGCTCAAGTGTGTTTTGTTGTATAA
CTAATTGTTTATGCTTTAATATATCGAAATATGTTAGATTACAATGGACC
ACCCAGTACACTAGTACAAATCTAATATGAAGTAAGTGTGACTATAAAAA
TATCCTCAAGGCCTGTTATAATATGTCTTTGGAGCCTGTAATATATTAAC
ATTTAATGAGGGTCCTTTTTTTGTACTTGACGAAGAGACATCCTTGCTTC
AAGTTATTCTACATAAACATATTTTTTGTCAATGATTTCCCCTATATTTC
TATTTGACATACATAAATTATTTGCGATATTTTTGTTTCAATGCAGGGAT
TTGATTCGTAAATATCCATTGACACATCATTTGTTATTATAATCCCTTGA
GACTAGGAGCAGGGTCGTAGATTATCTCTTTTAAAAAATAGCTGTCTTCC
ATATGATCATGGATGGACAAAATATTTCACTGCTTAATATAGGAGACCCT
TCAATATTTTAAATAAAATTAGTAACGGGATTGTAGGATCATTATATGTA
AATATATTGTGTATTTTTTTAAATATTAGGCATTTTTAAGAAATTAAATA
CCAAAGATTAATAACTCATAATATTAACTGGGATATCAAGACAAGTGGGG
GTAACTATTTAGATGCCTTATTTCACCCATTAAAAAAAAAGCATATATCC
AATGATTTTTTTGAAAAATATTTTTCTAAAGGATAGAGCTCCACAAGAAT
AAATTATATATGCCAGAACTATTTTGCAGATACATTGTTTTGCAATATAT
GGGTAGAATAGTATGCCAACTGCTTTTCCTTTTTCTAATCTTAAAACGGT
GATTTTTCTTTATGTTTTGCTCATCCATACTTTGTTGAAAATAAAACAAA
AAAAACATGACTTTCCGGTATGCTAAAAAAGAAACCATCAAGTGACGCGG
TAGTTCTGACTATTTTAAGAATGTTATGAAGGATAAGCAGGTTAGCTGTC
GTGATGTTTTATAATGAGCTTTGAGAAGAAGAAATACACACAATCCCAAC
TCAATATGTACGAAGAACGTAGGCAGGATTGACTCTTGAAGTCAATCCTC
AATTTTACTCCAACAAGGATTAGCACGTATAACTCCCCAATAAATCATTC
GTCTTACCCATATAAGTCATTCATGACTATTTGCGCAAGTGATACTTTAT
ACCGTGTACGGCGAAAAGTTCTTTACACTTTCAATCTAGAGCTTTATGAA
GATGTATTTCAGCAACCAAACCAGCTATAATAGGCTATGTCAATAAAATA
AGCATAACTAATATGATGTCTTTGCTACTTAATTCCCGATGTAGCCCCCC
CCTCCCACCCCGTGGCAGTAATGATGGCTTCCAGGCGGCCACGGTAGGCC
TTGCGTTTATGGTTTATGGATGTAGTCCTCAGCCATGGCATCCCAGTGCT
GGTTCCCCTTGAGGTTGTTGTTGRCATTTGGGTGACGAACAGTGCAGGTC
TTGGACCTTATTTTCTTTGGCCAGAAAGGCAAGTTCTCTTCCAAKCACTA
CTGGGCCTTTTTGGACGTGTTAGCAGGTTCACCATCCTGCTGGAACATCA
CTTCATGTCCGAGTAGTTGGTCTGGACCCATCGTTAAATCCATTGGTTTC
TGGTGCAAAAGTGTGTGGACCCAAGTTCGTTGGTAACGTTCAGATGATAT
TTTCTTGGTTTCTAAGACACTTTGTTTTTTGTTGGAAGATTTTGTTTTTG
TTTATTTCATTTTTCTTTATTTTAGTTTTTGACTAGAATAATTTTACTGC
ATTCACAAAAACCTTGATTAATGTAGAAAAAAGGAGATCTAAAGACTTTT
TTGCCGCACCCGGTACTTATATAGACGCTATCTCCGCAAGAATGAAAGAA
TAATGATAAGAGCTGTGGAAAATATATTGATTCTACGACTCTACACTATT
TCTTTTTTTTTAGAATACCGGCAGGKTATATTTTYTACAACTATACATAT
ATGTCATTTATGCATTGGGTTAATAATAGATTTGTATTATTTTTTCACAA
CAGCGGATATTTTCATTTTAATTCAATGTCGCTAAACTTCTAGGGCATAA
AATAATGAAATCCTGTTTGATGCATGATATAAAACTGCATTTCCTTATAG
TCAACTCATTTCCTCTTCCTAAGTATCGAAGTCATAGGAACTAAGGGGGG
CGGGCGGTAGAGAGGATTGAGTCTTGATTAATCATATTTTGAGCATACTT
GTTGAAATATTATTTACAACGTCCGGTTAGGTCTATTCATGTATCTCAAT
AATTAAATTTTATTTGACTTGGGAAGTCAATATTGGCTTATATTTATGGA
AGTTCTTTTTTTCTCTCACATGCATGCAATTATAGGCCTGTTATTTTTTT
TTCTAGCGTGGCACAATTGATATATGTATAAAACGAACCTTAAATGAAAA
AAATAAATAAAAAAATATTCCCCTGAGAAAAAAACAATCACTTTCTCATA
TGTAACTAAATATGTTTAAAAAAAATTGGGGAAGAAAGCATGTTTGTAAG
TCGTAATCAAGACTAATTCTTAAAAAAAAATCCCTGAGGGGGAAAATAAA
TGAAACTACGTTTATTGGGACTTCTTTTCCCTTTATCAAAAGTATTACTT
CCTTTTTCGAAGAAAAAAAATAAAGTTTTGTTAAATTACATAAATAGGTA
CATATTTAGAAAAAAAAATTTAACATTTTTTTTTTTTTTAATTTATCAAA
CTATATGGTGTTGAGTTTCAGTCTGGACATCCTAAACTTGTTTGAGACCC
TTAGGTTCTAACTAATTTGTTCTAGAAAAGTCTTATAGTTATAGATGGAA
TTTGACTACATACAATGCACCACCCTGTATAGAGGCTCSAAACTACGTTC
TAAATGGCTGCAGGRACTTCAATGACTACATTGTTATGTCATAGATCAGA
AATCCCTTAACTTGGTTCAAAGGTGCTTACATATATATAGAGATACACTT
TGATACAAGACTTACTCTCATTCTAATTGAATATTTTTGCCAAGGTTTTA
TTTTATTTTTTGATTCACATTGAATCTTTAAAGAAAGCAAAGCTTTTTTT
CCCCCTTAACATTCAAGGATCATACGACAAAAAAATGGTCCATGTTAAGA
CATAAAAATGTTATGTCCTTTATTATTATTAAAATAAATAAAAAATAAAT
AAATACAAGATATGAGTTTGATCGATGAAACATGGGTCTAAATATTTTTT
CCCTGGGTGTCGTGTAAATGAAATGTGATTTTGAAGTCCAGTACAGCAAT
CAATCAGCTTGACATATGTAAATTATGTATTTTGATCAACTTAGCTTTCA
TTTTTTTTTTTTTAAATTTAAAATAATATTAAATTTTAAAATGAAATGTT
TAAAAAATTCCTCATATCAAATAAAGAAGAAGTTATAATAGACTTTCTTG
AGTTTGTTGTTGAAAAGGGGGTTTGAGTAGTGTTGGATTCATGTCTCTTT
CGAGTTTGGTTGAGCTCAAGTTTTTGAGAATTTGAACTTATTAGGTAGAT
TTTTGGTGGAGGAATGGGCAAAGTMGTAATATGCCTTATTGTCTTTTGGG
CACTTCCCTATTGTCTATATCGTTGTTTGTGGATTCTTTTGAGTATGATT
TCATTGTTCTACTTTGCTCAACCCCTAATATGAACGCAATGTGATGTTAA
TGTGGAATGACACTTGGAAAATGGTTTACGTACAGACTAGGCGTCCTGTA
TTTTTACAAATAAGCCCTGGGTGGATACGAAAAAGAGAAATTGTTATTTT
TGCTTTCAAGAATTAGAAACCTCGTTTCATATATTCAAGGAATGTGTAAT
AAATTACCCCGATCCTTGAGATGGTGGAGGACAAAGTGTGGATAAACTTA
GGATTGAGACTGAGTCCCTAAAATTAGCTTATTGTAACATCATGACGTTA
TGATGATAGGGAAAAGATTCCGTGGCTGTTCTTCAAAGTACAAATATGCA
GTGAAGAACCAAGAGCTCCTTTCGTGCCTCCATGATTACGTCTCTCAAGC
AATTATAATCCTAAACTCTCTCTCCATCGATGGTAAATTCACAATATAGA
ATGTTTACGAACAATTATTTGTTAAAACTATCTGGAAATCCTCTCTTTAT
GATATGATTAATTTAGTTATCAGGTCTCTGGTTTTGACGGGGTTTCCTTT
TTTGTGCCGTTAAAGTAAGTAGTAAAGTCGTGTTTTTTTTACAAGTTCAA
GTAATATTAGATCCTACCCTAGTTTTAACTTTATATCATTATATTTGAGA
AGATTTAAAGGAGTCCTTGTAGTATATTTTGAACATAGTACTACATTGAA
TCTATTTTCCACATATTTTTTAAATGATTTCTAAAACAACTATCGAGTTG
TTTTATTTAAACATATAAGTTTATAGTGAAATATAAGGCATTGTGAAACA
TCTAACAAGTTTGTTTCTGAACAAATCAAACCAAAATTTGTTAATTACTT
AACTCTTGAAAATAATTACGTGCTTTTTTGACCTTTATTTTCTCTTCATT
GACTGTTTTTTTTTAATATACCAGCCCATTTCTTGCTGCATGCTGGTAAA
AAAATGAATTTCCCAATGTAATCAATTTTTTTTCATAAATATTTCAAAAA
ATAAATTTTAAATATTAAATTTGTGTAAAAAAATTTCAAAAAATCTACAG
TTATAAACAAAMAATAACTTTTTTTTTTTAATTTTCCAAAATTAAATTTC
AAAAAYCCATAGCTATTYACAAAAAAGTAATTTTTTTAAGGAAATANNNN
NNNNNNGTTAGTATTAACGAAAAAAAAAAATAGGAAACAAATTTCAAAAA
CACAGCTATTCACAAAAAATTGAATTTTTTGGGAAAAAAATCCAATATTA
ATATTTTTGGAAAAAAATTAAAATTAAATTTTTACGAATTTTTTTCCCAA
AAATCCATAGTTAGTATTAACAAAAATGAAGTTATTTGGAAACCAATTTC
AATCGTTAAATTTTTTGGAAACCAATTTCAAACATTAAATTTTTTTTATT
ATCGACAAAAAATAAAGATTTTTGAAAAAACAATCAAAAATCTACAGCTA
TTCAAAAACAATTAAATCGTGATATCAGTCCAAACATTCTTCAAAATGTT
CCACAAATTATTATTACTTGTGTGGCACTTTTCCAAAACTTTCGCATCAA
AGTGTTCCCACAATAGCTCTATTGGGTTCAAATCATGAGATTGAGCTAGC
CATTGCATAATAGATAAGATGTGAGAGGCTTCTTTCTTTTCCAATAAAGT
TTTTACAGAGCTTTGATGTATGTTTTGGGTTGTTGCCTTGATGAAAAACA
CGTTGTGGAACATTTTATATAACACTTAGAATGAATCACACATGCTTATT
TTGAAAAAGCTAACAGCAAGAAATACAAAAGTATGTAAAGCAGTTATAGC
GGCAATGGGAGGATTTTTTGATGAAGCTAAAATTTAAACAAAAATAAATG
TTATACCCATATTGAACCTTAATTTGTCTTCATTTTAATAGCCTAATTAC
TGTTTTACCTGATGATTCTAGTCATAGGAAGTTGGATAAGTAAGTGAAAT
TCCATTTTTTCACAAACTTTCCCTTGCTAGTGTGTAGTATTCTGTTTGTA
AAAGTATCAAAATATGCAGGTACTTAATTCGCTTTGGAAACTCAATTCCT
CTTCATCTCTTTAATCCACTATAAATATACATATATGTTCAAAAATATAC
CTATTCAGTTATTTATATTATAGTGTCTCTTAAATTGTGTGTGTTTTTCC
CTTAAATATATGGAGGACATTGTCCAAATATGGGTTTCTTGATGAAAAAA
ATGAAAAAATATAAAGTTTTAGCCATATTAATCAATGTGTTAAGAGGTTG
TACATCACCCTGAAATTGTGATGTAAAATTCTTACATTTTTACCTAAAAA
ATAGTCTATATAAGTTGAAATGAATAATTTAGATTAATTAACTATGTGTC
ATAAGGTTTAATATCATTTTTCCCACAAATGATTATTTCTTATAAAACTA
GAAACTACGGTAAATTTTTTCCTAAATTTGATTTTTTGCTGTATAAAACA
TCTTTATTAGACTTCGATAAGGACACCTATTCTAGCTCTGTACTTAGTGT
TGTATCTGTCCTCATTCAGAACCGCGGTCAAGTCCAGTCTTACTTATTGT
TCTTAAAGAAGGATAAAATCGATCCATCGTGACGTCAATGTGTGTGTTTT
TCCTCCTTTTAATTATTTTCTCATATAGTATTAAATTATATAACCAAGTA
ACAATATAATATTTTCGTATTATATTGTATTATATGTAATGAAATATATT
ATATTTTTTGCAAGATATGTGCAATAATTTTAATACATATTCTAGATATC
TTATTTGCCTTAATAAACCATCGATATTTTTATAAAAAATTCCAAGGACC
GGTCCCAAGGACTGACAGCCCTAAGGATGGGTCCCAAGGACCGACGGTAT
TAAGGACTGTTCCTAAGACTGGACCAGATAAATAAGGACTGGCACAACAT
TGCCTGTACCTCAGTATGTCCCAAAGTTATGGTCGATTATGTATTAGTAA
CGTTTTGTGCTACCTTCAATTCTCAAAATTGAATGGCCTCTTACTGTGAG
CATATATGGTTTTCCAACCAAGTCAAATTAAAATCGAACTGTAACTTTTG
CCATAATCCAGGTGAATAACAGACAAATAAACATAGGTAAAAATGACAGA
TAAATTATTGTTGTACTGCATATAGCGCGCATTTTTTTTTGTCTGCTGTG
GATTATTTTTGCAGTGTCTTTTTCAAAGTCAAAAAGTGTCAGTCTCCCAA
TATTCATCATATGAATCAAATTTTTACCTTACATTATGACATTTATAATT
TAAGGACCACTCTAATGTAGTATAAATATCAATTTGAAAAAATAGAAAAA
TGAAATTGGATTTTTTTATTTTTCTGGAGAAATGCGTAAGATATTCAATA
ATTGTGTGCTACAACTATTGTGTTATGTTGTTTAATGATGAATTCATTTT
TGAAGGAATTGTATTATATGGTAATAGGTTGGGGGGAAAGTAATTTCGTA
TTTTTCGCTTTATTTCAATGTTTTTTGAAAAGTGTTACAATCATCCGATT
CAACCCAAGTATTATACCCCGTTCTCTTCGATAACTTGTTGCCAACAAGA
ATCCCACTTTATAACGCTCTTTTCGTAGAATCCCTTGCCCCTATTTGCAA
AAAACTGTGACAACTAATTTTCACAGGCCTCTCTTGATGGCAAATTTGTA
TCTCTAAGTGCATTGGCCATAGACTGGAAAAGGCGKTAGCCACTTGTTTC
TAGGTCCGGACGTTAGGGAAGATGTGTGCGGTCTGGAGTTGTCTTGTTGT
CTCCTATTCATCRGTGKTAGCCACTTCTGTTCGATTGCCAGCTTCAAACA
GTCGATTTGTTCACAGTAGAGGGCAGAAATGAGGAGGAGATCGCTCGAAC
TACTGTGAACAAATCGAACAAATTTTTTGGGTCCCTTTCGACGCGTTTTT
TCCTTTCGGGTAGTAAAAATGTAATATAGGGTGAATTTCTTCCTTTGAGA
CCTTCATACTCGACGCACGCTAATTCACAAATGACCCCTCCAAGCGCAAT
ACTGTCCAAAAGCGTAATACTGTCCAAAAGCGTTTGTAGTATGCACTTAC
ATCTATAAAAAGACACAAGTTATTTATTTAAAAATAAAGAGGCGGGAAAT
ACGAAATTACTTTTTCTCCACCCTAATTTATCAATTTTTATTTTCATTTT
TTCAGTTTATAATCGAACCCCCCCCCCCCCCCCCCTCCCCCTTTAATTTG
TCCATTATGCTATAATTATTATTATGCTATTTCTATTCTTTGGATGATGA
AAAGAAAGAAGTCTCTTTCGGATGGATGTAATTAAAATAATGAATATTAC
CTTTTTCTATGGAGATAAATCTCTCATTAATAATGTATTCTTCGTATGAA
AAGAAGAGCTCTTACTAACAAACTACTACCAAGGAATGAATGAAGGGGAG
GCAAGAAAATAAAGAGAATTTATACTGTCCATTACGTTTATAACCCTGAT
AAAACAAAGCAAAAAATGTACATTGTACTACATATTCATATATTGTCCGG
TACATTCATATTATTTAATCATTCCTTTCATCAATATTAATAATACGAGT
AAAACTACTCATCAGCGATTCCATTAACACATAATGACGTAATGAGTTAC
ACCACCATGTGTTCGTTCATCTCCCCTTTACGATAAGTCTCTCCCTTGTT
TTCATCAATATAAATTATATCCTATTAGTTTTGCTTTTATTTGTTAAGGC
TGTAAACTAACTTATTATTTGATTTTTATAATTTAATTGCTTGTGTATCT
TTATTGAGTTTACGAAGCTGCCCAAATCAACTGTATACGCATGTATATGC
ATGGCTTTCAAGTAGTTTGTTCTTAAACTCAGAGGCTCTGAGATCTTGTC
ATATAGCTTTATAGATTATATGGCGTGGACATCAATCAGTCTTGCTACAA
TCCCCAAAACACAAAAGGGCTTCCATTTTGTTTTTTGATTTAATATATGA
TTTTCTTTTGAGGCATTGAGTCGCACATAATTGAATGAATGCCCGTACTT
ACAGTATGTTCCTCTCTTTCAAAGTAAGGCATGCTGCTTCTAACGTTTTG
TCCATGGTTTTTGCAAAGTTGCGGATTTTGTTGATGACATTAAAAGAATG
AAATAAGATCATGAAACTTTTCATGAGGAGTCTCGTGTTTGATTCACATT
AGGGAAAGAATAAATGATAAAAGGACTTTTAAATAATGAATGATTTTCAA
GGTAGTCACATTAGTATCCCTTGAAAGTCTTTAAAAAAAAAAGTGAAATT
AGGACTGTATTTTTGTAGGGAGTAATTTATTGGGATCTATCAATTAGTTA
TGTTGTTTTTCCTTCTCTTTTTGTCTTCATCAAGATGGACCCTGGTTGAT
TACATTACAGCCTTATTAAAACGTCATAGTTTTATGTTATTAAAGGGTCT
ATGAACACGGCAAACTCATTCTTTAATGTGAAGGAGAAAGGAGTCTCTGT
TCTGAGTCATGACTCAAAATGATTCACCATCTTGGAATTACAATTATTTT
AATTAATCTTCTTCACTCTTCTCAATTTGTATTTCAAAATTATCTGAGCC
AGTCCATAAATAGTATATTTCTTTATTAGTGTTCYCCCGGCTTCTTTTTA
TAGGGGGGGGGGGGGTGGATCTACCTTGTGCCAAATTGGAAATTTWTAGC
TTCTTAGTTTCTATTGTATATTGTTTATAGTCTCGTTTTGTCTTTTCTTT
TTTATTATTTGTCCCGATAGGAAGTTACATCCTCATTCTAAGGTTTGTGT
TTTAGGCTTGCCTTCCTTTGCAACAAGAACCCGGTATAGGTCCTAAGTAC
GTCATAACGGGGAAAGGGAAACTTACAACATTTGTATAGCCAAATTATTT
GACGTTGGCTTCGACGTAGGCATGCAATAATGTTGAAACTTTTTTCGATT
GAGTCTTAAGTGATAACGGATCTGGACCGATATTGAATCAAATTATTTAT
AAATCAAAAGGTCCTAACAAAAAAATAAATAAATAAAGGGGATTTTATTT
TATTTTTAATCTGAGTAAGACCTCCTTCTTTTGGGACCACTCTAGACAGA
ATTTTACTATAACACGGGTCATGATTGATACGTTACGCTATATAATTTCC
AGTGGATGAAATCCAACACTATTAAGCAGTGCCATAAGAACCATGGGGCC
TCCATCTTATATTAAAATTACTTGAGCCGTACTATCTCAAAACGCTTCTG
TACCTAATTAACCATGATGAAAATAGTACTATAATGGAAGAGTGCCAAGT
TTTTTGTAGTTGTTCATTGAACATATGTTTTTTTCTTAACTTTCTAAAGC
TGTTAATCATTATTCTTCCATTCTTGAGGAGAGAACATATTAATCGTATA
AACTATAAAGTGTAAACACCAATTTGTTTGCTCATGAATGACGGAGTGTA
AGGTTGAGGAGTTTTAAGTGGATAAGAATTGAGGATTCATATCCGGGTAA
TTCCTTATTGGTAAATACGTAGTGTTTTTTTTGTTTGTTTGTTAATTTCA
TTCATCTTAGAGCTGGTCGTCATGAGTGCTAAGCAGCTTCCCTCCCAAAA
ATTCTTCAAATTGTCAGGGTGACCAAGTTAATTTTCATCCATTTATATAA
CGGAGCTGGAGGCTAACTTTTATAAAGATGCAGAAAGTCACAGTGCTTTT
TGGAGATTAGAAGGATCAGTCTGGGACTAATTTATTTCACATATTTGAAC
ATGTATAGGTATATTTTAAATATATTATTAAATATACAACATGCGTTCCC
TAGGTCTGTGTCATTCTCTGGTGTTGGCAAGGTTCCTAGAGGAGAATATA
TACAAAGACACATATTCTTTGTGGCTGKATGAACTAGCCCAAAATAAATT
CTCTTTTATGCAGTCAAATCTTAATAAAGGAAACTACTATTTCTCAAATA
AAAAATTGACTATATCTGGATTCTTTATATACGAAGTATATATATATATA
ACCATAATTTTGGATTTTTTTCTAGGGGGTCACTCTTTGAAATGTATCCG
TATTGATTGGAAATCAATGATATATACAATTTGAAGTAAACATACAAAAC
AAAAAATGTTTGCGTCAGCTTACGATTACTATCGAACAAAAGGATTAATC
CTCATGAGAATTGTTCATTCTCATGAATTTCTATGAAGTTGATAACAAAA
AAAAACCAAAAAAAAAACAGGAAGAAAAAGTTGCCTTAACGTGGATTTCT
TTACTTTGTAAAAATTGGTTTCTGTACGAACGTTAACAATAAGCGTATTT
GTATTATATCTGGATTTATCTGTATGTCAAAAAAATAAAAATGTTTCTTT
GTTCTGTCAAAAATAAAATCCTACAAATTTATGACAATGGTGTGACACCA
TTAACTAAAATCTTACGTATGGGCTCTGATTGGTTGAGGCTGACTCAGTG
TATAATAATGTCTGTGACTTTTATCTATAAATAAAAGAAATATCTATTAT
TTTTTTAATCCATGATTATATAAACTTTTTATTAGAAAGCTCTTAGCTCA
TTTGATAATTTTTATTCATTATTTTTGCAGGTAAGACAAGGAGAGAATCC
CCAGGTGACTTAATTCATGAAGAAAAAAAAAGTATTTTCTTGCAATAATG
ATAATAACTACTTTTTCCCTTGAATATTTTGTCAATATTGCGAGTCGTCG
TTAATTAAATTATAGAAATAAATTATTTATTTTCTGACAAGTTTTAGTTT
TAATTATAACTGTCTTTGTACAATTTTTATCCCTATTATTTTATACATTT
TTTAATATGTAAAATAGGCTTGAAGATTTGGAGAGATAAATTGTAACTAG
AATTGATACATATTTTTTCCCCTTCAAAAAATCCTTTTTTTTAAGTGATG
GATATATCATTTCAAATTAGATAAATGGAATCCAGGAAAAATCTATACAT
GGAACTTTTGAAATGAAAGAAGGAATTGAATAAAAAAAATGGTGTAATGA
GTGTTTTAAGAAATTAAAATGTTTTTTTTTAATCAGATTTATTTAGTTCA
TGTCATACTAATAGTAATAAATAGGAAAAGTTATTTTAATTCCTTAAGAT
ATTCATCAAAAGGTTGTTTTCATTCAATTTTTTTAAAAAGACACTTTTTT
TTAACACTTTCAGGAGAAGGGCCAATATATTCCTTTTGACCATTTCAAAG
ACAAAAAAAAAAAGTAGTCGTCTGTTACTTTTTAGTATTGTTTATTTATA
TTTCAATACTTGCCTTCAATTTGTAGGCACAATTTCTTTAATCGATATAT
TTTAACTAAATAACGGGTAAGTTGAAAAGAAAAACCCGAAAGGAATTATT
CTAAAGTCTGAACAATAAAACAATGCATTGTAGCTTGTGATGTAACAATA
AGAGTAATACAATAAAAGGTAACTTTTTGCAGTGAAAGTGAAAAATGCTG
AAATCCCGGGGAGCGTAAAATAAAGAAGTAGAGTGTATCAAGGGTGTAAC
TTGGAAAATGTGTGTACTTTTATTAATTACTTGTGGTAAATTCCGGCATT
GCTTGGAGTTCATAGGCATCGATGAACGTACAAATTTTGATTTGTACGTT
AATACGTCCCAGTAATGTCATCTATCGAACTTTGCACGGACTTTTCAAAC
GCCCCTTGTACTTAACCCTTCGAGATTTTAATGATTTTTACATAACAGCA
TTTTATATTTTATAGAACTCGTTAATATGAATAGGATTATACATCAGAAA
GTAATGTGATACAGTGCTACTTGTATATTTTACTCATTTTTTTCTTTATA
CTGTACATATAGGTATATGCTATACATCAGGGAGCACAACCCCTCCTTTG
CACATGCCCGATGATATATTAAAAACGCATACAACACTTTATTAATATGA
CTACATTGTTGTTTCTGAGATCAAAAGTCCATTTCTTTTTTTAACATCCA
TACAAACATAATCAAAGGAAGTATCTACACTTTATAAGATTAACACGCCC
TTAGCAAATATATAGTTGTATATGTCAGCCGATATGCCTCTCACATCTCT
TTAAGTTACCCTTTTTCGACAACATCTCAGGCAGAATTCCAGAAATGTTT
ACATATGTGGTCCTTCAAACCAAAAGACCAGTTAAAATGATTTTTCTCAA
AATTGAGCCCAACAACATTGCTAGTCTTTGTCGAAGAATAGTTATCCTTC
AATTCTATCAATAAACTACTCCGATTAATCCTTTTGACATGCCCCAAATG
ACACTAACAGATTCAAAAATGCATATTCACAGTTAAGATATTAGAAATGG
GCGGATTTTATTTGTAAGACCTTATCGGGAGTAAATTTAGTCTCATAAGC
CAAATGAAGCGGTTAAACTCTAGCTAACATTAATAAGTATCTCAAATGAT
CCCATCAAATTGAATACAAAGCCTATATTTAATGAAAATATGTTCGTGAG
ATATAGGGCTCTAAGATAAAAAAATGTAGTTCTTTTCTTTTTCTATTTTT
TGTGGAAGATTGTTTTTGTGTTAACGATCGACATATTCTGTTACTATTTG
TGAGAAGACTCTTTGGTTCAAGGGATCGATACTCGAGCTTTTCTATTTGT
CTATCCGGATTTATACAGTATCGCAGAAAAACATATTTAGATGTATAAAA
GGATTGATTGCCCCATTATGAATATTTATTATTAGAAATATGACTGTCGA
TTGAATTACTTTAGCTTTTGTAAAGTCATTATAATATGTATTTTGAAATC
TGTTACACTCATCGGAATTTTTAACCCCTCCCTAAGGAAAATTTAATTGT
CATTTGTGTTAATGTCTTTAAAATAATCTACATTTGGCTCAAGCTACCTA
CTTTGTTTATGCAATGACTATATATAGCGCATAAAACAAATCGCTTTCGA
AAACAAACTGAAACAATTGAATTTTTTAAATAATACTTACAACATATGTT
CGGAGAGTTTATTACCCTTTGAAATTGCTTTGTCTAGAGGATTTACTATT
AATATTGTGCCTCATAAATATTGCTCTATCTACCTAGGTGTGAATTGAAT
ACCCAAAAAATGGAGTAAGGCAATGCTTCGAAACCTAAATAGGTAATAAG
ACTACAGGTCATTATTATAGCATCCGTAGGTAGAACGTTGTTTTGGTGAC
TAGGCAGAAGTGTCATTTAAAAAAAAGACATCGATCAACAAAGTATTTAT
TCTGAGATATGCAAACTTTGTAAACCGGGACAGGTTCTTTGTCTGGAGAG
TCTGGAAGGACATGCAAGAGTCTGGAGGTGATTACACCTCTACTCAATGC
TACACTGTAAAGAAAACGTTGACTTGGTGTCTAAGTTTTCAAATAAATTT
GTTGGACACAGTGTTTGGCCTCGTAGTTCATCGGATAMCAAAAGKCATGG
ATTTCTTTCTGTGGAGTGTAGTTTGAGCGATCAACCAACAGATCCTCCTG
CAACACAAAATAGGAGCTGATGTCCAGGATCCTGGAGGAATTCCGGAATC
TACCAAAGGAGACTGTTGTCAAGACTTGCTACCGTTTCCGAGGTGGAGTC
GAGGCCGTGATTGACGTCAAAGGCGATTATATTTAATAATATATTTTTTT
TAAACTGAACTTTCATTCAACATTGGTTTTCATTAAAATTGGATGATTAG
TTTTGAAGAAAATGTTTGTTTTTTAAAAATCGTGTTGGTTGTTTAACAGA
GGTTGTACTCTGTATATGACATACCACAGAAGGATAAATAATACTACGAA
AATTGCAACTTTTTTTTTTACTTTTGTGCGTAGGGGAAGTTATTCTCTTG
AACTCCCTGTAAGTAGGCTTGATACTCGGTTGCTCCTGGACAAGAGAATA
TATATTATGTTTACTCATGGAAATCATGTGTATTTTGGTTATGTAAGAAA
AAAAGAAACCGAAAATCAATATGGATAATTTGAAGAATGTTTTGCTATAG
AGCAGCATTCATTAGTTTGATTAGATCAACTACAATCAGCTGTGACAAGG
TAGGAGGGGAAAAGGAAATAAAGAGGGTCAATGACAAGAATGACTCCGAT
TGGGATCAGGAATTCTACGCTGAGTCCAAAAGAGAGTTTTCAATTATAAC
TTTGCAACAAATTCTTCCCTCTTTTATGAGCACACATCAATATTCAATCA
AGTTTCGAATATTTACTACGGAGTTAGATAAGAATGAAAACAGATTGCAG
TCTGGGCCGAAATATTGGAGCCTTAGACGAGCGTAGAGTAGGGTTAAAAG
GCATAGAGATTATCTACACTTATCAGCAGATATTATTCAAACTGAAGAAG
AATAGGAAATATAACTAATTGAAGGGTGAGTATTGATATTCTCTAAGCAA
TTATTATTTTCTTGGGATTTTTAGGAAGAAATATAGGAATATTATAAAAT
TATTATTTTCACGAGGATTTCGACAATTTTCACATGTATATAAGTACCTA
CTGAGAACTCTTTCCCTCGTTCATCCATTCAACATAACTACCTTCTTCCA
CACTCATTTTTTTTTTATTGATGGAAGCACATTTATTTTTCATTAAAACC
ATCAATCAAAGAATATATTATTTGAAGTGCTGAGATTCATAATATATACA
TATACTATACGATTAGCTACATGAATTGATGTGTGCCACAAATATACATA
CATTGTTACATGTACATTAGTTTTGAGTAGGTAAAAATAACAGGAAAAGG
TATTGTAAATAAGAGCATCTATTTATTTATATATAGTTGTAAGAAATATG
AACTTTGATGCTGCGAAACTTTTTGCAGTTTCGACCTGAAACGCGTTTTT
TTTTCTTTTTCCCAAAGAAAAAATCATTATTTTTTCTTTTTTGTGGAGGG
AACATTTATATATAAAGTCCGGGAGCTCATGAATAAGAGAGAGAAACACT
GATAATTTGTTGGGGAGTTATTAGTAGGGATGACAATCTCGGGTATTTTG
GGCATGTTAAAAAAAAACCCCAAAATCAATATGGTAACTTTGATAATTTG
ATCAACAATCAGCTGTGACAATGTGGAGGGGAGAAAGAAATGGTCAAGAT
CATTGGCAAGAATTACTCTCATGTTGATTCCCAATTCTACTCTGAGTCCA
ACAAGGACTTACTCCGACAACTTTGTACTAATCCTCAAGGTAAGCACAGA
CGAATGTTCAATCAGGTTTASAATATATCTAAATGTAGTAGAACTGAAGT
TCACTCCTGAGGAATTAAATAATAATGACAACTGCGAAGGACAAAAAAAA
TCATTCAAAAAAACCTGGGTCAATTCAAAATATTCATACGATTTTCATCA
CTTGTAATAAGGAACACGAGTAGAATTAAGGATCGACATTGGAGTAAATC
CTAGCTATATCCTAGCTAGATACAGAGTAGGAATTGTGTTTATCTCCTTT
CTCTCATAGCTGTTCACAGCTGATCGAATAGAACGTCATGAGGGAGGAGC
TGCATGTCTCCCAAACATTCTTCAAATGTTCTGGCAGAGCACGATAATTT
TCGCTTTCCTATTTTTATAACTATACATATCTACTAGTTTTAGGTCTCAG
TTTGGAAATCCTAGAACGCTCTTACCCCCTTATAATTTTAATGAATGATC
TCTTTCTGTACGAGTTTCATAAACAAACAAGAAGAAGAAAAAATAGGGGC
AAAAATGATGTTTTAATAAAACCAATTTAATTCTTACTTTTATTTTAAAT
TGTTGGTACAAACTGGTCTTGAACAAATCATTTAATAAAAATAAAAAGAT
GAAAACTACGCCCAATTTTGGGACGTAGTAGGTATTCATGCTACACATAT
AAGATGTTTGCTAGAGATGTTTGTTTGTGTAAGAGTGCGAGGAGAAGGCG
GGAGCGAGACATAATGCTACATCTGAATTAAGACCGTTGTTAATATCACC
TGCCTGTTTTATGATTTTGGTTGGATAAAATGAAGAGAAGAACCTTTTAC
ATTTAGAATTGCATTATTGCAGAGAAAATAATATAATTATTCTTTTAGAT
GAAGACGTTATTGTATTATGACTTTTTAAATAATGAAAAAAAAAGATCAC
ACGCTCAACCGTTTTCTTTTCTAATCTCTATTCTTAGTTTCTCCTTTACA
CGCATCCCTTTTTAGTCATTGCATACCTAGTCACATAGTATCTTCAATCA
AGAAATGTACTCTAAAAAAATAATCGTAATTGAACATCTTCAACAAATTA
TCAAATAAATAAAAACATTTTGTTTATATTTTGAACAAAATAAAACCTTG
TCAATATCCTGATACGAATCAAAATGCCTATTTGAAACAAAGAAAACTTG
TCAAGATTTTGAAAACAAGAAAATCCTTAACACAAATGGTAGATTCCTTT
AACCAGATAATATCAAGAGATATGTACTTAAATCAGACAGGCAAGAGAGA
ATAACGAAAATCCTTAGAATACCCATCTTAAATTCTAACATAAAAATTAA
TCATTTCAATTTAATTGTACACAAATTAATAAAATTTTACTTTTTTAGAA
GATACAGTTGACCCCACTTAAGCCAGATATCAACGGACAGACAAAATTTG
CCCACAATAACAAAAGTCGCTTATTGAGTTAGTTATATACTATATTGTAT
CTAATTTGGGACTTTCATAAAGCCCGTGATTTTAACTGGTTCCATTGTAT
ACATTTTACATTCCGTTTCTAATTATTGTCTTTAGTATTTTGATCAAAAC
TGGCTTACTCTAAACCAGCGTTTCCCAAAGTGGAGGATACTGTCCCCCTG
GGGGCGGTGCTTTGATATTGGAGGCCGKAATGCGAAAAGAGAGAATTGGG
GCGGTATAGCAGATAAGCAATGATTACATATCATTGTATAAAACAAAAAA
ATGGGACTACAATGTAGCAGGATTGAATATTATCCGGTTGATACGATAAA
AGTACGTTATATTGATATTTTATTAATGTACGTCATTACAGGTGCTTATA
TATTTTATCATATACTCAGTATACTGTTACTCTCAAATACAAAACGAATA
CTTAAAATAAATACTCATACTTTTGTTTAAAACGTGGAATTACAGAAAAG
TAAGATCCAACAACTAAAGATCAGGTTATATACCCTAAAATCTCAAGCTA
GAAATTAAAATGCATCCAGTAGTTATAAAACTGTATTAAGAGTATATTTT
CTTTCTGTAACTATTTAAACCAAAAGTCCTTGAGAGTCATGAAACCTATT
TCTCTGCTGCTTCGAGGAATGTTAAAGGCACAAAAAACCATTGAAAATAT
GGGTTTGATCACTTCACAACAATCCATTAACGGTTTGCATGCTTCTTACA
ACGTATATTTGTTGATTACTGTAAGGCTTACACGATTGGGCAGTATGTAA
GATTATGCACAAAGTTGTACATAAGTTACCTGACCAAATTATGAAGTCTA
TACTTATCAGTAATAACTCAGCTTAAGGAAGAATATATGAAATTCCTGAA
AACATAGGAAATAAATTGTGCAACATTCTTCAAGGTTACTTTAGCTTGCA
GTTAGATGCGTCCATTATACTAGGAAACGAATATGTWCTTCTTGCTTTTT
TTTTTTTTTTGGTTCAAAATGAAAAGTTGGTTCCAGAAATGATATTTGTA
AGAAATCTAATAATAAATACTAAATGAGAGTTGATATTTTATAGGATTGA
TAAATTTTTCCAAGAGAAAAATATTCCACTTACAAACATTCATCGTTGCT
TCATCAGTTTCTTGAAAAGCTGTATCTGGTGAACTTTGCAGTGCTTTGTG
TAAACCACAGGCAGCGTCTGGTATCCTAAAAATCTTTGTGGTCGGCTTCA
CAAATCAATTAATGCTGTTATCACAGCGGTAAATAAGATTCCCTCAATTC
CAGGCTATTTCGTCAGCTTGGCATTGATGTAGAGTTTTAACGTTTATTGC
TACACACAGAAGTTACTGTCAAAGGGAAACTTCATCAAACTTTTTTATTA
TTTGTTCGACTCTAAAACAGGCCATTGTGATGATCTAAAAAACATCAAAG
ATGACATTGTTTATTGTCAGATATATTCACAAAGTTCAATGAAATTAATT
TGTAGTTGCATAGAAATTATACCAGTCATATCTAAGTTAGATCTGTTATG
ACCACCTTCCTATCTAAGTGTAAGTTATTCAAACCAAATTTAGCCCACCA
TGAACTTTTTCTTGTAAATACCATAAACCATTACAGTAAATTGGAGGATG
ACTGTAATTTATATCAAGGAGACAAACGCCATGCTCCTTTAATTGGTTAG
ATGGAGTTGCACTGATTAAGTAATAGTAAACATTACAATAACTCCATCTA
ACCGAGGAACCTTTTGGTTAAATCAATATACATATGTTGTATATTTCTTT
CTCTAGGAATCACCGGGGCGCGAACATACACACAAAGAACTAATGTTACT
ATCCCCCATTTTTTTCATTTTGGAAGAAGAACTATGTTTTTATGGAGGGG
GGGGGGGGGCTAGAAGTTAATATTAAAGGAAAGGGGSGCCAGCCTGTAAA
AGTTTGGGAAACCCTGCTATAAATAAAAAAAAAATCCGGTTTTTATCGAG
ACTGATAACTTCCTTTGTCCATCTACTTGCTTTGACCTTGGTTTTGACTC
AATGATCAAGACCAATCCTTAGAACTACGTCACTAATAGTTGTGTTACTT
GATCCCTGGATCACGAATCTGTGATTTTTTATTTTTTTATAAACATTTTT
TTGGTTACAAAAATATATTTTTCATGTTTTGTTCATATATTTATAATGAT
TTAACCTTTGTGTGAGCTCTGAGATTTTGCGTTCAATTAATGATATTCTC
CACATACGTTTATCAGCAAAATAAATTGAGTTTTGACGTAAATTTAATGT
TGTTTTTCGAGAGGGCTTTGTAAATAGTCAAAAAGCGTTGACAAAGGGGA
ATAAAAGATAGATTAATTGACTTATTAATGGGCTTTTGCAACTGTTTATG
ACGGAACAAAAAAAAAATGGGAGGGGGAAACCGTCACTTTTCAAGAATAC
ATATTTGTTATATTATTGTAATACATTATTGTTCATTTGTATACCGGTAC
TTTAGTGTAACCAGAGTATTGGAGCATTTAAAAGGATACTATACTAAACT
GATATTAGAACAGACACGTGCAGTTCCGTTACATAATTAAAAATTGGCTC
AGCAAGGACAGAATCCCTCAAATTTGTCCTCTATAAAAAATCTTATTAAT
AAGGCATTAAAATAGAAAAAAAAGGAAGTACTTTCTATTCATTTAAAAAA
AAATTAATGTGACTTGAAATGAAGTTTAGCAAAGAGCTCCTTCGCTCATC
AATACATATTTTTCTCTCAAGCTGTTGAGTATTGAGTGAGTAGCTACGTG
TGAGTGTGCTTATGAAAAACAGAGAGTAATACCAAGGTTATTTTGGGGAG
TTATCATTTATATTAATAAAGGAAAATTAGTATGTTTGTTGACCCCTAAT
AACTTGTGGCAATTTGAGGTAATAACGCAGGTTATCTTATAAAATAAAGT
CATCAAATTTCTAAGCTAGCTCCCACCCAAAACAAAAATTCTTAGGACAC
CCTTGTATGCGAATGTAAATTGTCCTTTAACAACATTTAAAAATAATATC
ATTAGTCGAAAATGTATCAAAAATTAGAGAAATACCGATATTTATATTAT
TACTGGAGCTGGTACGAACAAATGGTATCGTGACAAACACTGTTTCTATA
TATATTTTTTTGTAATGAATGGAGTTCATGTATTGTATTTCAACAGTGTA
TTTATTTGTATTTATAATAATGCTCAGTGATGCATAATATTAATCTTATT
AAATCTTAATCTATTATAANNNNNNNNNNNNAAAAAGACTAGTTATTTAT
TCTTTAAAAATAGTATTTAGTCTAATTTTCCTAATTTAGAGCTCCAACTC
GATATTGTTTCACTGTTTATGGGTAGATGAACAGTTGTAACCTTTGAATG
ACCGCATTCAAATGCAATTTCTGGAAAAACTAGGGATTTATATGATCATT
AAATGAATGCAAACAATAAGAGACATTGGAAAACGATCTTTGTATCAAGA
ATGAAGAAAAGGAGAAACCCCCCAATTAATTTTTTACTTCATATATACAT
ACTGGTCCTTGCAAATGAATTACGACTCAAATTTAATACATTGGAACTAA
ATTTTTTGTTCAAGATTATTTTTATGCTGACGCACCACAGATAGTATGTT
TTTGATTAAATAATTTATTAAATATTACTAAGACGTACCCATATAATATA
TTTTATTTTGAATTATTTTATTAAGACCTTATATAACTTGACCCAGAAGT
GGTTGGACCACAACATGTAATTCTGGGACAAGAGCTTATGACCACCACAG
AGACCAGATCTCAATCATCTTGAATACTCTATATGGCGGCACATCGAAAG
TCAGGCCTGTCAAGKGCGCCATCCAAATATTGATGACCTTAAAGCCTCTA
TCGACCAGGCATGGGCCGCAATGTCCAAGGACTACCTCATCAGGGTATGC
CAGGGCTTCCGGCGACGTCTGGAAGACGTATTGGAAGCTGAGGGTGGCCA
TATTTGATAATTATATAGAAAATCAATTATTAAGACACTTCGGTTTCAAT
AGAATACAGAAAAAATGCCTTTAAAATGAATTATATGTCTTTAATTATTT
GTCCACAAAGAGTCTCAATTCTTTTGCACAGACTGGTACAGCTTAATATT
TCATAGGGATATTTGAGTCAATTGTTGTATGGCCTATATTTATTTAATTA
AAAGAAATGTTTATGATATTTGAAACTGAAGAGTTAGGAGCCGAGAAATA
ACATCATACTACCTATACAACAAACATCCCAAAAATTCATAGACATATTT
TATCAACTATTATATTTGTTTACAACATACATTTGATTTATGCTTAGGCT
AATTTTGGCTTGATATGAACCCTTTTAAATAAAGTAAATCAATTTATAAT
CCTTTCATTGTGACAAATAGTTTTTGTTACTCCTTTAAAACGAGAAATTG
TTGCGTCTTCAAAGGATTCATCCAAATAATTCGTTGATACGAATTCAATC
ACAACATTTCGTAGAATAATACAAAAAATATAAACCCAGACTGAATTGTA
AGAAAATTCCATTGAATTTTCTGTAAAAATTTCCCCTGTATGAGTCAATC
TAGATCCGAGTAAATGAGACAAAAAGAAAAGAATTAACAAGTTCTACTGT
TTCAGTAGATGCCATTTTGACGATTGTTGTGTCATTTGGATATATTTGGT
CCTATCTGTCTTTGGGATCGGTCCTTAAGACTCTCAGGTCTAGAGCTGAT
TAAAAAAAGGAAGAAATTTAGTTGAATGAGAACGGAACTTTATATGTTTT
TTGGGACAAATATGCAGAAGTGAACGTGATTGGAGCCTTATGACCTAAAC
AAGGACTGTCACAACACTAATTTTGACGGAAATGAAGAACATTTACATAG
TATATTGTCAAATTATTTGAGGTCATAATAATCTGTATATTTTATACTAC
TAATTCACTCAAAAAGTATTGAAGAGAAAAGAAACAACGACGAGCCTTGC
TTAATACATAAAAATACTGGGAGAAGAAGGAGAAGAAGWGAAAAAAAGTG
AGAGCGCACTCACCGTGGTTTTCCACTTTCATAGCAGCAAACTCCTTTTC
CCCTTGCTGTCTACGGCTTTTCCCATCCTTCCTTCTATGTATGTTATTAC
TGTTTCTCCCGACACATAGATTTTGATATTCAAAGTATCGTACTTAGTAG
TAAACGTCTCCTGTTCAATCAAACAGTATTACACAGCTTTACTCCCGTGA
ATATTAATATCATTCTTGTTCTTTGAATCAATTGTGAGCTTCATGCCACG
GAACAACATATTATTATTTCGAGGGACATTTCTCATTTAAAGTAAGATGT
GTGTTTTATGTTACTTAATTTATGTCGTGTTTATTGCTGTTTGCGAGGGA
AAAAGGGTTGTAAAAGTCAACAAAGAGAGATAGAGGGAGTTAAATGACGT
AGTATTGTTTACTTTTTGAATTAGGCATGACAAGATGTCATCATAGTTTG
TGTAGGTTCTGTTGTTGAATTATAATTAATTTACTCACTCAAGCTACTTT
TTCGCTACAATCCATTTTTTCTGCTATTAGGCGAAATGTACATTATATTT
GGATACTATACATAGAACAACGATATTTTACCACGTGAACTAATTGTAGT
AAACGTACTTGATGCTCAGATCACATATTACATAGGTTGTCCATAATGTT
TAATTTTAATTTAGTTGAGTGTTTTTTTTTATTATTAATTTTTGTACTGA
AGTACAATTTTATTTTTAAGTCCAGTATTTCAAAGAAAGACATTTAACCT
ACTATTTACAAGTTTGACAAAATATTTTATAAGCAATAAGTAACTCAATT
AAAGAGAGGCAAATGTTAGAGAGAAAAAAAAAACTGGCACAAAAAAAAAA
AATCCTTTATCAAATGGAGTTTAGCAAGTTATTTATAATTAAACTAAAAT
TTTTGGTAATTATGTTTTCGTAGTTTTAAATTTATACTAAAACTTTTCTT
ATACAAAAATTGATTTAATCTTGGTGAGGACCAATGTATATAAAGGATTA
GTGATTTAAAATTAATTTTTTGTGAATTWCTATTGATTTTTGAATTTAAA
AAAAAAAAAAAAAATTGTGAATAACTAGATTTTTGATATTTTATCCAAAA
AGTTTAATGTTAGGGAATAAATATGGATTTTTGAATTTTCTKTAAAAATT
TTTTTTTAGTAGTTTTTGGGATTAGCAGTAGATATTTGAAATTTTTATTC
AAAACAATTCCAAAAACAAAGCCCCGCTCAAAATATAATCCTGCAGACGT
ACCTGAAGTTCARCCAAACTAGTTAAAATTAGAACGTTCTCAGACCGGTC
TGTGATTTACAGAGAGTGTAAAACTCAACATTTCTAGTCATGTATACTTA
AGCAATTATANTTCAAAATAGGTTTTTAATGATGTAGCATTGTGTGATCC
CTAGATTTTTTTGCACAATTCAGTATGTCCTTCCTATTGTCCATTTATCA
GCTAAGAAAATTAAATTTTGACGAAAATTTAGTCGTATTTTTGAGGATGA
GTTAATATTTTATTATTATTTTGAGATACAAAAACTACAGTCAAACCAGT
TATAAAAGGCTGCCTATCTTGAGTGTGTCTCTACACTAAACAACCTTACC
CAGTTTCCAAATGTAGAATTGTTACAAAATAATAATTTTTTTTAAGTAGT
CACCTGTACTATGCGATAACTTTTTCAGTTAATACAGGTTTGACTTGATT
TACAAAATTGTAGGAGAACTTATAGCCTCGCCTATAAAAAAGTAGTTTTG
CTTCATACATTTTGCACTATGCAAAATAGTTTTACAATGAAAAAAGTTTT
TTTGATTTTTTTCTCTTTATTTCCCTTTACTCATCATTTTTTTTTTGTCT
ATTTGCAAATTTGTTCATTGCAAGAAGATTGCATTTTTTTTCATTTTTCA
AAAGGCAAAATTGTTATCAAAATGTATTTTTGTTAGTGAAATTCTGTTTG
TGCATCTTTTTCAGCCTCCTCGTGTAGTAAAATATGTAAGATAATTGCGA
AGAAATATGCACTCTAAAAAGTTAATTTCGCAAATTTGCAAATGAAGGAT
TTTGCTATTGTTTTTTTGAGCTTCCGAATGATTCATTATTATATTCAATT
TGCTTTATTCATAAATATATTTGTTAAAAAAAACATACAATGTAACTTGA
TATCTTAGTCTGTTTTCTTAATGCATTCGACTTTAAAATATAAAAAAAAT
CAATTAAAGATAAAGGTATTTCAATTACTTCACAGAAGTATTTTATGAAC
GTGAGCAACGTAGGATAATTCTTCATGTTTTTCTTCCTTATGATGTCTTT
TTCTTCTATTCAAATCATTTTGATCAAAATTGATTGAAGATTACAATTCC
AGTTAATTTCTTTTGATTCTGAGCCTTCAATTTTTGTTTTATTGAGTGCA
TTGATGAAAAATGATCCTTTTATTTAGTGGAATGATTAGAATTGTATTAA
AATGTGCGATATTATCGGCCTAACATTTTCTTATAGCTTGAAGTATGTTC
TATTAAATTATGTAAATTAAGTAGAAAGAAACATTTGCTAATTTTATATT
TTCAAAGTGATGTCACGTATTTTTTAAAGATGCATACGCTGAGAATAATG
ATGAAAAAATTAAACAATAATTTAATTACATGATATTTTTGTGTCATTAA
TTAAATCCTTAATTCGTAATAATTTTCAAATATTCAAAGTTTGAAGATTC
TATGTTGTTAAATAAGGATTTTATAGGGATTTGAAATGAGTGTTTTTTTC
AGCAGGGGATTTTTACACTGATCCGTACTTGAATTTTCCAATCTTTAAAC
AACCATATCTCTGTTTTTAATGGAGATATGGTTTTGAAATTTTGCATAGA
GTCCAGTTTTATTGGTTTAAACACAAAATTTGTGAGATAAGAAAAATCCG
TACGATGAATTGTCATGGAATAACCCATAAGTAATGATGTAAATCGGTGT
TTTTTAGGTGGCCCGTTAATTTATAATTGGTAATCTGAAGAATCAATTTT
CTTTTCCTTAGCAGTTGTTATTATTATTTAATTCACGAGTAGAGAACATC
CTTTCTTAAATAGATTCATTTATATTCAAAACCTGATTGAAGATTCGTGT
TTGCTCATAAAAGACGGAGCATAACCTGAGGATTTGTTGTGGAGTTGTGA
TTGTATGTCCTTGTTGGACTCAGAGTAGAATTGGGGATCCTTTTTTCCTT
CCTTCCATGTAATAGCTGATTGTAGCTGATCAAATAGGATCAAACATCAT
GAGTATTATTCTTTTTCTCCTCCAAAATATTCTTTAAATTGCCAGGGTAA
CCATTTTGATTTTCGGTTTCTTTTCTTTTGACATGCCCATTACCGGATGA
TGAAAAAGTAATGAGACCTTCTAAAAATACAGTTTTGAATAGGTGTTGTT
GATTAAAGTTCCGATTATTTTGGAATAACTTAGATTCTAAGCCTTTAATT
GATGTACATGTTGTAAACAAAAAATCTGTATATCTCGCGATGGAGGCAAG
ATGAGCCGTCATAGGTAATTTAATCCTTGTAAGGAGGACCCCCTCGGAGA
TCATGAAGGCTTTAAACCTCATTAATGCCACAGTTTGTCGAAGTTCAGAA
TTCGTTTGTGTGATTGGGATAATCTTAAGGACAACCCCAAGAGTAAAACA
CCCACCAAAGTGAAGCCGGAAGACATCATGGAGGACTTTAAGGTCAAATC
AAAGTTGAAAACGTCGGAAATCGCCAAAAAGAAGAAAATGCATTGGTCTA
CTGTAGGCAAGGCCGTCCGAAAGGCTGGGGGAAGGTTGCTTAGAAGAATT
GAGAGGCCGCTCCTGTCTCAACGTCAAAAATAACTCTTTTTTTCGGTGAT
GTCAACAACTTTTGAATGATCTATAGCACAACAGGAACAAGGCAATTTCT
GTCTCTTATGAAATGACATTTACCGTTGACCCCGTCTACAACAAGCAAAG
TGATCTGGTAGTATGATTTGGTAAGGCTGACAACAGCATCAGGATAGTCA
CCAAGACCAAACAGCCTCCCTCTGTGATGATGTTTGGGGATGTGGCATCA
ACTGGAAAACAAATACCTCGAATTTGGTTTCCTGTTGGATACTGGATMCC
CCAGCCGATTTCTTGATGGKGTTGAAGGCAAATGTGGTCCCGTAGATCAT
CAAGACCATGAAGAAGTCCAACAAGGCCATGTACGTGTTTCAGCAGGACG
GGGCTACTGCTAAAATTGTACAAGATTGGATGGGTAGCAACATGAACTTC
TGGTCCAACAACCTTTGCCCCCACAGAGCCCAGATCTGAATCCTTTGGAT
TACTCATTTGGTGGCAAATTGAGGAGAAGACCTGCAAAGTCTGACACCTG
AATATTGCTGCTCTTAAGACCTCTGTTAACCAGCAGTGGAGGAGCATGGA
AAAAGACTACATTGCCAATGTGTGTATGGGATCCTGTAGGCGGTTAGAGA
CTGTCATTGAGGCTGATAGTGGCCAGATTCATAATCATGTAATTAAAAAT
TATAGTAAAAAATAACATAAAATAAAATTTTCTACGTATAGCATCATCTT
GATCGATTATGAGTATTTTAATGACTACTTAGAGGKAGGTCTAAGTACTT
CTTCTMCAGCCGGTATACACAGAATTTTCATAATTAGCTATAAGTATTTT
TATCGTTACATTTTTTTTGATTTTTGTTTTAAATATAATTTAAATGGTCA
TCACTTAATCAGATGTTAAGTACAAGTGGATTTCTACATAGTTACATGTG
TACCTGTTTAGATTTTAAACTTTAAACAATTTTTCTAACAAAATATGGAG
ATTAATTGATCAAAAAATTTACTTATTTTCTAAGGGAAATTAAATACAGA
ATAAACAAATATTTTTGGTAAAGGTTAAGATCACGACGGGAATAAACATG
TCAGTCACTAAATGTGACAATTTTCTTTTATAAACAAGGAATGATATCAT
GCAACCTTCATATTTTGAAATTGTTATAATAAGGTTTTTATATTTTTTGC
AGTATTATTTGTAAATTTAATAGAATAAATTATATTGTGCACAACACCCT
ATGCAAGAACTCACCTTTAATCCTATAACTCCCACTAGATTCATTCAGAA
TTTTTAGATTTTTAAAAAGAAAAATCCCTTTTCAGATCTAAGAAATAATT
TTTTTTTTGCTTATTTTTGAAGAAAAGTAACATCAATATTGTTTAATTTT
CTCTTAGAAAATGATTTTTTTTAAATATTCTCAGTAACAGACTAACTGCT
TCTTCTGATATTTATATTTTTTTTTTTAATGAATGAATTTCTCCATGTAA
AACCTTTAAAATTAGGCAAATAATTTTTCGAAGAACACGCGGTCGTAGTA
ATTTTTGGTTGTTGACAATACGCTTGTAACACTCGAAGGGATTTGTTACT
AGCACTTGCATCTTCTGTGCTCTAGTATAAAGATAGTACTGATTTACATT
TTCTTGGATCCGGGTCGGTTTGGATCTTTAGACCTAAATACTTCAGTAAT
TCCTGGTACCAAATTAGAGCTATACTTTTTTTTTCGAATTTTATAGACAT
TTTACCGTAAGGACAGACCTAAATAAAATATAATATGGGCATTTTTACAG
ATCACTGAAGCTGAAACAGTAAATAATTCGATGTGGTTAGTATTAGAACA
TAATGGTTTTTTAAATGGCATTGGGTACTTCGTTATCTCTATTGTATATC
ACAACTTCCCATCCGAAAAGAAACAGGAAAAGGCCCAAAATCTCTTAGTA
GTTAGCCAATTCTTCCAACTATGGAATTATTATTCAATAATTGCTGGTAA
CTGTTCACAGCTTAATTAGAGCTAATTCGGATCCAACAATTCAATCTTAG
GAAAACTGATTAGAAGAAAAGAAAATAAAGTTGGACAGCTGACTACCAAA
TACATTGTACATTGTGAGCACGGAGTTATCTCAACAAAATAGAAGGATAC
AGTGTATTTTGTAGTCAGCTGTCAGTGTTTAAGCTTCTTTTCTCGTAATC
AGTGTTCTGAACGTTGATTCGTTGAATTGTAATTACCTCCTTTTAAACTC
TGAACAATTCTCAATAATCATTCAACATAAGTTTCATAGCTGAAAATAAT
TTACTAACTATCAAAGAACATTGAAACTCTTTTTTTCGTTTCTTTCTGAG
TTACAAATCAGTTGATAGTTAGCAAATTCTTTTCAACTATGGAACTTATG
TTGAATGATTATTGAGAATTGTTCAGAGTAGCATTATACAGTAAAGGGAA
ATACGTGCGAGATAACGCCGTGTAGAAATACGTGATGGAGCAATGGATGT
AATTGTCGCTCTAATCCATAATCAAGATATGTATATAAAGTGTATATCCG
ATAACGGTAACGTCTTTTTTTATATATATAACTAGGATTAAGTATTAAGC
AATATTATAAGCTTTTTAAGATCTCAAAAATCTCTCGGATCTTTTATATG
AATCGTAAAAGTTCGGGTACCCGAAGCAAGTTCGCATCTCTGATCTGGAC
GGATAATAAACATTTACTTATMCCGTAGMCGGCTMCTTTGGATATGGGTC
CAAAGTAGCCGTCTTATCTCTTCTCTGGCAACATATCCAGGCCTGTAACT
GGTTCGGCCCACTATTTTTTCTTTATTTTTTCAATTTTTTGTCAAAAAAA
GAAAGTTTATTGGGAAAATGTTGATATTTTTTGTCAACTTTCTAAAATAT
CTGTTCCTTTATTTTTTTCTAAATAAAGAAAAAATATTTCCTATTATGTA
AAAAGTATGAAAAATGGTCAGAGTTTCCTCTGTCAAAAAAAAAATCCTAG
TTACTGAGCATATCCGTGTACTTAAGAGCGAATCGGAATAAGAATCGATT
CTCAAACTTAATACGTATGGCGTTAGAGTGTTTTATTCTATTCTTGGCAA
TGTTCCTTTATAAGATCTGTCACATGAGGTAAAAGCGTGACTCAATGTCT
TTCAACCTTGACCTAGTGTCGTCCAAGATGTAGTATACCCATTTGAGCGT
ATGTACGTATCATGAACTTAGTCTATATATTATTCTTCCTTTGAAAGTTT
GTTGTGCTCATTTTTTTCTATGCATATTGAGTAAAAAGTCGTTAGAGTTC
CCCCTCCCCCTCTAATAATACCTTTTCACTACTTTGATTTCTCTATATTT
ATAAGTAAAAAAAGTGTAAGCTTATTTTGTCAAAGACTTAAAAATATAAT
TTTCAAATAAATAATTTATAGACTTTTTCAAGGAAATTATGTATTATTAT
TATTTTCAACTTCTATAATTCAACTTTTCATAATTTATTGCCTTGTTGTC
TGTAACATATACCAAAGGTATGATTTGATTCATAAGGGACTATTAGTTAT
GTTCCATTCATTATCTTTTGTATGTATTATGAAATGAATATTTGTTCCAT
CAAGATTCGAAGGGAGTTTATTTATAGGAGTATACTTAACTTTGTACATT
AAATTAGTTCATTACTCTTTTTGGGTCTTAAATGTTGGGTGGACAGGGTC
AAAAAATGCTATTTTTGATTTTTTTTTTAAATGTAAAATCCATTTACTGA
GGTTGCAAAAGGCCCTTGAAATTGTAAATTTAAGACAGTTTTATTTTTTT
TTAAATATATGGAATTCTTAACTGAAATAGTCCACATAAGGAAAAATGGA
TCAATTTCTATAAAATAAATATTTTAGATGTGTAAACAATCTTTCAAAAG
TTTTAATATAGTTTTCCTTTAAAATGATTATTTCTTATATAAAAATGATA
AACAAAGTATTGTACTTTCGTTTTATTTTATTTATTAGGTAAGATCTCAT
CTTTTTTTTAAAAGCATGAAAAAAATGGCGAATTTTTCTTTCAGAAAAAT
GGATTCTAATACTAGAATGAATATTTAAGTAATATATATATAGTTTAGTG
ATACGTTTCATTGTACGAGTAGGAAGTATCTAATAGACATTACAAGTATG
CGGTGATTATAGTGTTTTTTAGTACTATCTCTTATGTTCTTGGCCTCTAC
TTCATAACAAATAATCCCTGCGAATCGTGAACGAATTTCCATGCTTAAAA
TTATCAAGATTATCAAAAAATTTAAGGGATTCATTCTACATGTTTCCCCT
CACTTATTGCATTCTCTTTCTATTTCGAAATTGGAGATAGGGACAGAGGA
TAGTTGACATTCAATTAGTCCAACCTTTTAATAATAAGCAAATAATTTCT
TTAAGTGCAACGAAATGACGCTTTGCAAAACGAAGAATATATAGAAGGAT
CTCGACTCAATCGATTGCTCAAATAAGTTTCCATGTAGGAAATGAATATA
TTTCTATTCATATAGTAATTTTCTGTTTCAGGTCTTGAGGGATTTGATGG
CATAGAAGCTCATCTTCATGATACTTGCATGATAGATACAAAAAAAAGTC
GTAGTGCTTTACTGAATGAGGTGTGATTTCCCCCCGCCCTACTCTCAATT
CATCCCTCTTTCCACGGATACACTCTGAGCCCCCCTGCCCTTCAGAATAC
TCCATAACAGACAAATTCCTACTCTTTCATGGTCCTCCAAAGTGCTAATT
GTCCAAATATCTCGAAAAAGTCGAGCCCGCCTCCTATTAATCCAATAACA
TATATTCTTCACTATCAGAGCTTATTTCCTTATTAATAAAAGGTAGAGAT
AACAACTAAATTTTAACTATCCTCTCTCACTCGCCAATTTCGAGATAGAG
TGTGGCCACTCTTGGTCTCCACCATGGCATCGATCTCAGTCATTAAGGCT
TTGTAGGTCTTTCTCACGTATACCTCTTACATGTAAGCTCACTCCTTTAA
AACCAATGAAATTTCAAAACACTAATACTGGTAGAAATATCGACAGTTGA
CAGTAAAAAATATGAGTTGTCAATGATTTGAGGGATACCATTGTGAATAG
TAAATGATTTTCTTCTCAAAATATTGAATATTTTTATATCACATTAGAAA
ATTTATTTTCCTGAATCTGCCCCTTTAAAAATTACAATTTCTTCAATGTA
GGCTTTTTATTGAAAAGTGGGCACTCCTCTGGTTTGAGTTACGTAGATGG
AAGCATTACGTGTGAAAGTGTGCACCACTTTTCAGTCGAAACAAAAAACT
TTCCGTTTCATTTTACTGGATAGACAAATTCCCGGTTACACCAAGTAGTT
GTAACCAATTATGTACATTTATGAAAGTATCATTTTATGTCACTGAAATA
CATTACAAGATGAAATTTAAGACAAATTCAACAGTTTTTATCTGTGGGAC
TTTTTTGTCACATCTGCGGTACCAACTGACTTTTTTGGTTACGTAATGCT
GTACCTTAAATATCGCATATACCCAGGCAATTTTGCGTTCAAATCATTAG
TGTTACATTGCGTCAACGTCTCATACGTCAAAAAGACATTGAACATATTA
TATTTTATATAAATATTACGAGGATTTTTAAATAAAAAATATTTTTAAAA
GACAAATTTTGCAATATTTCACTTCCTGTGTAGCTGGGGAATGGCTTTTA
ACAACACTGCCATTTCTAAGTGTGGAACACATTTTCAATTGCAGAAACAA
CCCATATATTTAACATATTCCGTAAAGCTCTTTATGTCCTTGTCTCTGAT
TGGACAAAAGGGTAAAGATTAGGATTTCCCTTCGAATCTAAGCCATTCAA
ATATCTCTGTTTGAATACCAAGTACATACGTAGTTTATATTTTGTGGTAT
TCTCGGCTACTGAATTTTCACAGGCCTAGTAAAAAGAAACAAAGAAATGA
ATAGCCCCGTTGACTTGTGGTTAATTGTAAGGACCATTGAGGTCGGGTTA
TAAGTAACTGCGTATGTTCAAAGCTAACTAAAAATTAGGCTATTTCCTCA
CAATATTCAGTTAATTTTCCTTCGATCAATTTCTTAGTACCTGCTGAGAT
ATTTTAAACAATGTTTTACTAAATTGCTATCGGAACCAGTACTTACAACA
CCATTACCTCATGAAAATATATGACGTAACCTCACAAATGTATGAGGTAG
TCAAAAAAAGAAACATTTCTTATACAAAAACTAATAAAAAATTCAATGAA
ATTCCTTAGCCACCTATAATATTGTGAGTTAACTATTTTTCCTACTAATT
ACTACACTCAAAATAATCTTTTTCTATTTTCTAGCTGTTTAAAAATAATA
AAAATACTACAAAGTTTCATGAAACTTTGTAGGGGAAGATAATTTAGTTT
GTAAATGTAATATCCTCTACACAGCGGTGGTAACTCGTAGGACAATATGT
TTGTCTTGTTAGGTATATTGTAATGAGAGTTGAAGATATTACTCTACACC
ACCCCTCCTTTCTAACCCTCTTCTGGGAAGGGATTTTTAAAAATTTCCTA
CAGGAAATTCATATTAATTACTGTCCTATTTTTTGAAGAAAAAAATGGAT
TAAAAAAAAATAAGTGAAAAACAAACTGTTACCATTTTTGAAAGAGAGTT
GGTTACATAGACGGGGGAGTGAGGAGCTGAAATATTATTACTTAACCACC
ATGTCGGGAAGTTCTTCATAAAAATCAAGAAAACTTTTAAAGATTATCTT
CCTTTAATATTTATACCTATATATATATTTGACAGATTTTCTCAATCTGT
AGAAGAAAAAAGTTGTTTTTTTTTACATAGAATAATTAACAATTGCACCC
TGTTCTACATATTAGTTTTAGGTAGGTACAACCCCCTCCTAACAAACGTA
CACACACACACACATAGATTGTAGCATATTGGAATATAAAATGAGCTACA
TAATTAAACATTTCAATATATCCTTCATAAGTTTTTATTATTAATACCTA
AACCATTTTTGGTATGTCCATTGTTAATATGTTTTGAGTCCTAAACAATG
TGTTTTTAATGAAGTAAAAACCTTATTTTCATTTAAAGAAGGAAAATGGC
GAAATCCGGCCGTATTTTTTATTTCTATTATTCAATTCAAATATACTATT
TTTCGTTGTCATCAAGTTGTATTCAATAMAAACGTGAAGTTTWGCCATTT
GATAAAGTTTKCTCAATTTTTTTTTTTTTTTTTTTTTTTTTTTTTGAGGA
ATAAATATAATATCAACTCAAGCCAAATTAAGAAACACATTTGGTAACCT
TTTTGTCCGTTTTGGGGGCTTTGAGTATACTTGAATATTACTCTCTAACT
AACTACGCAAAGTCCATGTATTCACTCTTTTTACTTAATGGGGCATGGTA
GTGGTTTACTTGTATTAGTTACTAAACAAAATAAAGCAGCGAAATCTTGC
GGGGGGGGGGGGAGTAGTTCTCATACAGCCTAAGATGTAACAAGCTAATA
CGCGTGTTTCACTACTTGGTTTATAGCTTTGCAAGCAATTAACACTAAAA
AGGATGTACACACGTCTTTTTACTCTGCTCCTAAGCATTTAACTTGCACT
TTTTCAACAATACATATAATATCTTAGCGAAGAAAAACCAATTCCTACTT
TAAAAAAATCCACTTTTTCTATCGTAGATATCTATAAACTCTTCTAACGG
GAGGTTAATTATGCAGAGTAAGCAAGTATGTACGTAACTGCAGTGAGGGA
AAAAAAAAGAAAAGGCAAGGAATGAGAGGCCTAAAAATCATTATGTAGAT
AAATGAATATTCGTGTAAGGATTACTTTTTCGATAAATAGATATAGCAAT
AAAAATTCTTATCTAGATAAGTCAAGGATAGTGAAGCAATCAGGGTTATC
AAAAAAGGAATAAAAGATTGGCTCAATCACACGACATACCTAAAAAATAT
AATAATCAAAATGGTTCATAGTTATGTGGATAGTCCGACTATACAATTTC
TAACCAAAAAAGAAATCCAATAAATTATGTTGTTATTAAATTTGATAAAC
CAAGGTGTTTTGAAATGTTTCTGCCCTTAAATTGAAGATGGGAGAAATCA
TAAATAAAAGCTAGTCAGATCTATCTAGCATATGTTGTCAGTTACTTACC
AAAGTTTCAATCATTTTAGATGCACGGTTGTCATTTAACAGTCGTTTGAG
TTAGTTGATGTGCGTGTTTTTCTGCAAAACATTTCTAAATTTATTTTTCA
ACATAGTCTCCTTGTAAATCTAACTCTTCTCCCAGCTATGCCCCCATCCC
TGTAACTCGTCTGGTCTGTAACTTTGCTGGGATAAGTGTTTAGACTTAGA
AAAACTATTTTGAAAAATATAAGTCTCTGCAAAATAATTGTTCACGAAGG
TGATTATCTATTAATTTGACTAAAATCTTTACTAGTGCACGTTTGAATAA
TATTTTTGTTGTATCCAAGTTTCATCTAGAGTAATTATTCGGTGACAAAA
CTTGGATTTATTGCCCCTAAACTCTGCCAACAGAGCAATACTCGATTTTA
TCCATTTTCACAAAAACACGCACATCAACCCACTCACTCAAACGACTCTT
ACATAACAACTCCGCGTACAAAATGGATCAAACTTAGGTGAGTCAACAGA
TACTGGATAAATGTGACTAGCTTTTATTTACGAGTGGTGCCATCTTCATC
CAGAGTTTGGAAACCTTAGAAACTATCATCATATACCTTTACCGCAGTAT
TATGTACTTCACTAACACAAATATATTTACACTATATTTATTATTCAGCT
GTCGTTTTTTCTGCTTCTTTTCCCACTATGAGTATTCTGAACGTCCATGG
GTTGAGTAACTCGAATAGGAGCTCATATTAAGAGTTGTGAACAATTCCTA
ATAATGATTGACTAGTTTGAGTAATCGGTTAACTACCAACTCATTTTGAG
CCTTTTTTGGTTTCTATTAGGGGTAAAGGTTTTGTGATACTATACAGATA
GCAAAGTTGACTAAGTAATGTGGTTCTCAAGATTGAGTTTGGTAGGAAGA
TCRATATATCTYCSCCCACCACTTTAGACATGCTATATTTTTTTTTAAAT
CACATTGTTGACAAATATCAGGACAGAAGAGTTGTTTGTTTGGTCTTTAT
CTATGAGAATATTTAATGAGAGATTTACTTTTTTGTGATCCTCTTTGAAA
GAGGGAGAGGATTTAAAAAAATATATTAATACTTTTTATTAGTGATGTGC
CGTGAGCATAATTTTACAACATGAGTATTTACAAGTTTCTAAAAAAAATT
ACGAGCTTTACTCGATACTTGCTTGAATACTCGTTACTTGCCTCAATGCT
CGATACTCAACCAAAGACGTTGCTCCCTAAAAACTGGTCAATCTAGAAAA
TCATATTTTTTAATGAATTATTGAAACTTGTCATTGACAAATTTGAGTAG
TTCTCTAGAGGATTCTGTATTTGTTTTTGAATATTTTCTATATATACATA
TAAACGGATCTTATAATAAAAATAATACTGGTATACCAGAAGGGCATTTA
ATAAATGGTACTGATGACCATACAAATTGTTTTGTAATTTAATTTCCACA
GATTAATCGAAAAATTAGTTGAAATTTATTTGAATAATGGTCATAAGCTT
AATTTAACAGTTTATATTGTCAATAATTTAATTTATTGRCACTGATGCTT
ATTAATATGAATGCATATTAATCATAATATATAGAAAAAGTTTTTTTCCT
AGTAATGACAAATMCTCCCGCTAGTCTTTAAAAAATCAAGCCAAGATTAT
TTTTAAAAAGAACGGGGATTATGACTCCACATTGCAGAAAAATCAACACA
TTTCTGCCTATGGGAAAATATAAATTCTAAATTTTTGCAAAGAAAGGATG
TAAGTCTCTTGGAAGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNAGTTTTGTTCGAGGCACCATCAC
TGCTTTTTATTATGGATTTATATTGGGAAACACTTATTCAATGATTATAA
ATAATGTGTGCTGTTGTTTTTTATTATTTTTATCTTGTTTATTTCTTTAA
AAGTTATTGAAGTATGTTGCAGTTATTCAGTTAAAAAGGAATCTTGTTCA
TAGTATTTATGGTTAATTCACAATAAAGATATTTTCTTTTTAAAAAAAAA
ATCGGAAGATCAATATTTGATGTTCTTCGTCTTGATTCTTGACTCTCTAT
TGGTATTGGGGTTGAACCCTTGAAAGTCATGACATCCTTGTTAAAATCTT
TTTTTTATCTCCCTTATTTCAACCCCTTAACTTGGTATTTTCTTAGTCTC
TGATGGAATGTTTTTGACCACAACACTAGTAGAACCTTTTTTGAACAAAA
GGATCCCAGATTTACTCAGATTTTCTAAGGTATCATCTCGTTAATTAGAA
TTAAACAATTCTACTATTTTCTGTTCCTTTGTTTAATTTAAAAAGCAATG
ATGTTCACTCAAAGATAAATTTAGAGAACATCCATTCAKCTGCCGTAGAA
TGATGTATTATTACATAGTTAAAAACTTATTCATATTTCGAAGAAGAGAT
GTAGATGTAAGCTATCTACATACTCAGACATATTTCTTATAATTATTTCA
AATAATAACCCTACCCTTAATTAATTTTAATGAATATTTAAAATTCAAAA
TTATTTCTTCCATGTACATAGTTGACGTTCTCTTCCCAGCTGTTGTATTT
ATCTATGACAACGAGAGAACAATTGTGTTCTACTCTCAATATGTGTATAA
CTATTTTTCTTTTATTTTTAGAAAGCTATTGTTATTAAATTTGAGTTGAC
GTAAGGTGAATATTTCTTCATTTTTAAGAATTACTTAAGAGTTCAATGGA
CATCAATCGAGACTCTTTACCAAATAAAATATATAGTAGAAGGAAGAAGC
CTTTGCTTGTGTAATGAAAGTCAATAAAAAATGTAGGATTAATTTTATAT
TATTTGGAGCATACTAAAATCTTGAGCTGTTTTTTTTTTAAATCAATAGC
TATAAACCGGAACAACCCATTTATAAATGGTTTTTTTTTAAATGATATCA
TCGATTATTTAACTTTTTATTTCCTATTGTCCTTTAAAAAGAGTTATTTG
GACACCTATGATTATTACGTAGTTGAATGTACAAATTATATTGCTCTTTG
CTGACTCATTTCTGTAGCTCTTAGTTTCCTTAACTTTATTGGTTAATAAA
CTTTCTTGGGCAACCCAGGATTTGAATAATTTTATACCTTTATAAAACAC
TAGCGCAAGTACCCAACATTGTATATCAGGCGTCAACAAACGGACACACT
TTGCTTTATTAATTTATGGCATTACTCCCCAACAAATCCTCGGTTTCATT
CTCCGTTTTTCATGAGTACACACACTCGTGTCTACACTTTATACTTGGAT
GTTCCCTCCTCAAGAATGAAAGAATATTGATAGCAGATTGAAAAAATAAA
ATAAAAAACATTGTTCAGGTTGTCAACATCAACAAAACTCGCATGCTGAA
AAATGCAAGGGATCTACTACAAAATATATTTGTATTTATACAAAATAATA
ATATGGGTTATTATTTTTCTCTCACGACTGCTGACAGCTGATCTAATGAA
ACGTCATGTCAGCTAAGCTGTTCTCCTCTAAAACAATTCTAAAATTGTCA
GGGTGACAACCTTATTTTTTTGTTTCTTTTATTTTTACATACAGGTGCAG
GGGCATTCACAGGGGGTGGCTGAAGGGGGATGTAGATGGAAGGATTTTTG
CATTGGACTATAAATTTTTTTTCTCTATTCGGGCAAATTATGCAGCAGAA
TAAAAAATATAATTTTTAAATTTTTTTCCAAAAAATTTAATTATTTGTGA
ATAGCTATGAATTTTAGATTTATTTTTTTTCAAAATATTTAATATTTTAA
ATTTCATTTTTGACATTGTTTTCCAAAAAAAAATCATTTCTCTGAGTTGC
ATTGGATTTTTGAAAAAAAAAAAAAAAAATCTAGAAAATGTAATATTTGA
TTGATTTGATTTTTTTTTTCAAAAGATTTAATATCTCCGAATAGTTATGG
ATTTTTGAATTTTTTTTCCAGAAAATAAAATTTTTAAATATTTTTTGGAA
AAATTTAATTTTCTGTAAATAGCTATGATTTTTTTTTCATAAAAATTCCT
AAAAACCAAGGAATTTCCAAAATATAACCTGTCAAACGGCCCTGTAGTGG
CACATATATTATGCATTACTGATATATTGTTAAATGAAGAATAGTCCAAC
AGTTGGGAAGTATTAGGATTGGGAGTTTTGTTGAGGTAAATGAGCATGCC
CACAATTGCTATCTGGTTCCTCTGTTTCATTCGATCAGTTATTTGTTATT
GGCAATAAATAATAAACAATAATAATAGAACGGATTAAAGTACTCGTACG
AACTCTTCTTTTTCTTTCTGCCTTAAACTCGCAGCCCAAATAATATCATC
TGATACTTTTGTACTAAAACTTTTAAGTTGATGAATTTGTGATTTATTTC
AATACTCTAAATTCGGCTCAAACCCTTTAAAAAAGGGTAAAAATTCTCAA
AAAATGATACTATTTGTACCAATTGTTCTTGTGAGGGAAAAATTGTGGAA
GACATCGATCAAAGTATTAATCAATCAATTATCTAAAAATCAATAATTAA
TTTAAGTCATTTTTCTTTTTCTAAAATTTTATGTTGATTTCAAAAATTTG
CTTATATTTGATGTGTGATTATAAATTTATAAGAAAATGCAATTTAAAGG
TTATAAAATCACAATTTCTTTATCTTTTTGTTTGAAATGGAATAACGCCT
GGGTTTTTAATTGTTTTTACGCCAAGGGAACTTGTTTGTACTATAAATAA
TTAATATTTTATATTACAAAAGAGTAAATGGTTATTAAAGGTCTAGTTAA
TCTGCTATATTGATTTGAATGTATCCTTTTTAATTCAAAATTTATCGATG
CTCAGTAATAAATTTTTTAAAGAACGAAATAAATATATCCAAACTTTAAT
TGTTAAACAATGGAATTTTATATCTGAAAATTTTTAAGTGGATTCATTAT
TGATTTTTGTTTGGTTTTTTATATACTCAAAAGTTGGTTCAAACTTAAAA
ATGCTCAAAAATTTCAAATTGTATATTCTTGAAAATCAGATATGATACAA
AAAAAAAAAAATTTACATATTCTTTATCAGTTTGTCAAATACTACTAGAT
TTGAATATAGATTTTAAAATAATTATTTACAGTTGACTTGTGTAGTAAAT
TTTATTTTAAATATATATTACTACTGCCAGTCATTCTAATATATTTTGAT
TACTGTCTATATATATCTTAGCAAAAATATTCTCTTTAAATACGTATATG
TAATTCCTTATAAATGACTCAATCGGAAATCTAATAATTTTGAGTATTGC
TCTATGATGCTAAATAAATATGATTAAACTATCAAAGCATCAATAAAATA
ATCATATCACAAGGATTCATATCAATTATACCATCATACTTAATTGGCAT
TCATGTAGCATGGAATTTTGAACAGTCATTTTGCATAATATGTTTGGTAT
GTTTAAAATACAATGCAGTAACAGACTAATAAATATGGGTTCTTTGTAAG
AGCGCCAGGTGAAGGCGGGTGTGAGACATATTGTGCTCCTAAATTAAGAC
CCTTGTTAATATCCGCTGCCTGTTTCATGATTTTGGAGGGAAAAAATGAA
CTACTGCTATAATTAAGAGAACCTTCAACATTTAAAATAGCATTAGTACA
GAGGAAATATTGTAATTATATTTAAATTCATATACATTAATTTTATTTTG
CATTGCTATATATATTTACACCAGAGATAGGCGAAAATTATCATTATGTT
AGAGGGAAATGTTAACACACAGACGAATGATTAAATAATGAACTTAAAAA
AAAAAAAGAACACATGTGATACTGTTTTCCTTTTCTAATTCCTATACTTA
GTTTTTCTTTACACACATCCCATCTTAAATGATATAATACTGCTCTATAG
AGGAGAATCTTCAATATTTATAGTAGTATTATTGGCTGGAAAATATTGTC
AAATTAAAKATTGATATTATCATACATTTTACAAAAAATATCAAAAGTAG
AGGGTAATTCATCATTCAGAGAAGGACAATCTATTTAAGAAAAAAAGACG
ATAGGAGCAATCTTAAAATTGTTAGTTTTCTCTACGTTTTTCTCATCCAA
TCCCAACCTTACTGCCTTTTATTGTGGACCCAATATAGTTTGAATAAAAA
TTCCGTATTGTTCTACCATTATAGCCAGATTTGCGAGATCTTGCACGTCA
GTCAGTTTATGGTAGTAGATGGGGATTTGATAACGGCCATTTTTATGGCC
GTTATAAAAGACGCCAATATTGAGAGGCTGGAATGCATTTTTTTTTTTTG
GTTAGTTATGAAGAGMGGATCCTTAGTCAGTCCTTGTTAGAAATCATTGA
ACAAACAGGTCAACAAAAATAGTTTATTCAGGAATTCAAAATTGCCAAAT
TGATTAAGTTTTAAATAATGTTGATACTTGGTGATCTTGATATTTTGAAA
TTGAATGTAAAAAGTTTAAGAAGCACTGGTCTAAGAAGTGGGGGTGATTC
TTTATGACACTTTGTTGGTGCATTCCGTCTACATATGTACAAATAGCAAA
GGAGGTCAAATTTTTTAAGTCTCAGTCTTTGAATTTTATTGTTTTATGAC
ACTTAGTTCTAAGTAATCTACATACATATTGTCACKCCAACCATAACAAG
AGTTTCTACTCGAAAACATCAACCCTATGTACTCKCCCCCCCTTCAGCCT
CTCTCCTGGATTTTGCTTTGTTTATTTGTTTGTTTTATAGTTATTTAGGT
CTTCATTGATTCCCTCCTCGTTCTGTGAGGGATGTAACATATTTTTATAC
ATACATATAAAGTTATTCGTGTTAGAGAAAAATCAAGGTCTTTAATTGCC
TTTGTTCAAACTTGTTGTTTGTATGTATATCATTTGTTTTTTTTCTCCAT
AAAAAAATAGTTAGTGATTGTTTACTTTTGATCTCATCTATACATGGTCT
ATACATACTAGAGTTCCCTGCAAAATTTATAGATGGGTTTCAGATACTTC
TACAGTTAAGTCGGATCTCAAAGGATAACGGAGAAAAATTGTTTGGAATA
AAAGAAAACTGTCTTATCGAATTAATTAGCTATATCGACTTTCATAAATG
TTCTATAAAAAAATCCATGTAAATCGGTCCCACAAAAAAAATGGAAAAAA
GACAAAGTTGCTTTAGAAAGGAATTTCAATTTTCAACATGCTCAATTTTG
CAGTACAATCTCAAGCAAAATCCTTATTTTAGAAAAGTGCGCAAATATGC
GTAGGTTTTTATTATTCAATACTCTTCATTAACAAGCTATCCTTAATTAG
TATTTATTGTGCACACTTATTCTTCTATACTAAAACATTAGGTATATAAA
TAATTTTATGTATGGAAATAGTAAAATTTTACTAAAAAAAAAAATTTTTT
TTAATATAATATGTAAATATAAAATTTAGGAAATAATACTGTAAAATAGT
TACTTCTAACTAATGCATTGACATGGTTGTATTTAAAATTGTGTACAAGG
TTCTGAATAGCCTTCAAACTTTAACTAGATTATATTATACATATAATAGA
TATATCCTCATACGACTAATATACTCACTAATTAAGTTATAAAAAAACAA
TTTGACTGCTAATTAAATTGGTTTTTAATGCCTGAACAACAAAATATAGG
CACATTTTTATTAGATGTATACAAAAGAAAAAACAAACAAATGGAAAGTA
TTAATATTTAGGTGTTTGTCCATTTTTTCCTGTCGAATCAAGCACTCTAC
GGCATGTGGAGGCTATTATTGCTTGTGAAGGGGGACATGTTGAATACAGC
TAAATATAGTATGTCAACATAACACGAATGTGTTTTGAGTTCTTACAAAT
TCCATACAAATCATGTTTTTTATCATTGCTACATCAAGCTTTAGGTTCTC
ATTCTGTATAATTATTTTATCATACATTTTAGAAAAAATACACCAAGTGT
AAGAGGGAATTCATCATTTAGGTAGAGAGATATTAACACCACGACGATCA
ATTAAAGAATGAACTAAAAAGAAAATAGAGCGCATGTATCTACCTTCCTT
TTTTTTCTTTCCTTTTTTAACTGCAAAATTGTATTTTTCTCTACGATTTG
ACCAGACTTACTACTACTACCTCTTCATCATAAATTTTTGGGAGAATGGA
ATCATTTAATGTCCTTTTATTTACTTTTATTAAGATTTTATTTAGTAGAG
AATAAGAGGAGAGGGGAGGATAAGAGTCATAATAATAGATCCATTCCAAC
TTTAATCGAAGAGGATGAAGAGTCTTACCTTCTGCTAGTCCGCATATCCT
TGCCCACTTTTATACCTATTACGTATAAATAGTATTGTATTAATATGATA
TATTTTAGTAGATCCCTTCTTCCTTCCCCCCTTCTCATTCTTGTTTGTTT
GTTTCATGTACAGTTTCTTTATCTACTTAATAAATTTATATTTTATTATT
TCTACAAATATAGTGTACATAACCCCATGCTATCTGTCTTCCAAATGACC
AGATTGAACAGATTATACTCCACAAAAAATGATTGGTAATCCATGATTTA
TGTTGTAGAGATCCAGAAAATGCTATCATATGAGGAATCTTTAATATATG
TCAATGTATATATAGTAATGGAACATATACCGTCCTTATTTGTAATTGAG
TACAGCCTTGTCAACTTTCTTCATAACAGGGACATATCCATATCAAAATT
TTGACGTCCATTTCTGACTTAAATCAGTCTTGGGTCCATCCCAATCGGAC
TCTAAAGTCTTCCACAGAAACGAGTCTAAACACCATTCACATGGGGAGCT
TTACTCTCCATGAGTCATAAACAACCTTGTACACAAGGATCTTACACACG
TCTTCGGCCTTATCAATGTTCTTGACTTTGTGGCCTTTGGCCAATAGAGC
TTTAACACGTTTAAGTGTATTTCCATTTTTGCTCATAACGTAGCCAAGGA
AACTCAGATTTCGACGTGTAATAAGAGCCGTTTGAAAGCCTTATTGTGAT
TATTTTTGATCAAGCAGGACTTTAACATTTATATTCAATGGATCCTTTCG
TTAATTGTGTTTTAAACAAATTAGGAGATACACCTAGTGTCCTCTGGGAT
AGACCTCAGTGCCCAAGAATGGTGTAATTAATAGCATCTGACAACTTTAC
CTCTCGTCTAAAGATTTAGCAGGATAGATCTTAGTATATGATCACAGGAT
GCCATTGCATTTTGTATCCGTTAATAATACGAAATCAACTTCATCTTGAT
TTCAAGAGCCAACCATGAATTTGATGCCAACGAATGTGAAATTATTTGAA
AGATTTATTTAAGGAATTTTAAATGAAGTATATATTGACTTTGTAGGTCT
TAAAAACTTTCTGCGTTAACAAACTTTATTTTTGTTTTTTATAAAAAAAA
AAAAAAACAAATATTGTTCAAGAAGAATAAAAATGAAAGAAAACATACTT
TTAAGATACATAAATCTCTACTACATACATTGGTGGCGTGTCATGTATCC
GATTTCAGTTACTTGTTTCTGACACTTGTGCATATGTATGCACCGTTCAT
ACACAATATGTATATTATATGTTCCTATGCCTTGTTTGTTAGCTCTATGT
ATCTCAAAAAACAGCTGAAGAGTTTTAATAAGAAAGAGTTCATCTTTAAA
AAAGAATAAATGTAATTCACTCATACATTGTCAAAAACATTCTCATTTAA
TTAATGAAGATAATTGAGAAATCGAGACAAGGAGCTAAAACTATAGAGTG
TATTTTTTGTCAACTGTCAATATTTCTACTACTATTTCTCTGATAATTCT
TCTGATTGGTGGAAAGGCTTGTTAAGGTGCAGTGGACGGTTTTACCCCCA
CTTGCAAGTGATGTTAAATAAGCTGTTATTAGAGCACATGTGATCACAAT
CCCTATTATGAAATGAAAAATAGTATCAAAGTTGTTTGATTACTAACTTT
TTTACAACTTTTCCCGCTTCTTTTTGAAGTAAAAGTTATTAAGAGATGCA
ATAGGGGTTACATTGTGTAAATGATATACCGACAAAGGAATGAATTTCGA
TTGACGGTTTGCCATAGTAAGGCTGTAATAGATTAAAATCTTTACTCTTC
AGCAATGAATATATTTAACAAAACCTATTGCAAATGGTAAAAACTAAAAT
ACAGGGATTCCATGAAGTACGAGTACCACAGTGTACAAATTATTATCAAG
ACGGGAGCTGACCCAGAGTTGCTGTCGGAATACGAGTCACTGCAAGTTTA
ATTTTTTAAATTCATTTCTTTTGGGATAAATTGCTCTGACTTATGAACAC
CAGGCCAGAAACGTATCAGACTCGAATGTCAAGGAAATAATGTATATTAA
CCCGGGGGAATAAATGTGTATTATAAGTTTAACGTCGTCAGATAGGAGAT
AGAAATAGTGTGAATTGTGTAACTTTTTACTACACCATCAGAGTAGTATA
TCATTTCTCTAGTTGGGATTTCCGATTGTGTATAGAAGAAAAACAAACAA
ATTTGCCACCCTATTATACCTCTTTGTCAGCTGATATATGCATATTTTGT
CGCCTCTATAGGTGTACCGATGTACTCATCACTTAATGCCTCTAAAATAA
AGCCCAATTAGAATTCGCTAAAAATGTTATTTTCTATTAATTAATTTACT
TAACATAATTATGGATTGAAGTAAAGGCTCCTGAATTGATATAATTTCTT
CAGTAAAATAACTTTAAGTAATTGTATTTTCTGACTCATATTTTGTAGTA
TTTACTATTTAATCTTATCTCTCTAACTTATTATATGTATAATATTTGTC
TTCCTAGGTTGAGTGACTCTTAAAAAAGAAGATTTCATGAATGAAGAGGC
TAGTAGTAGGACCCAGGAAGAATCTACGTAACAAATGAAATGACTGGTGG
AGGATAAAGTCTGACTACATCATTGCTCAATTATCAACCACAACGATTCA
CGCACGCTTATTTATCCTTTTTGTGTTCCTCTGCTCTTAGTGAACGGATA
ACAGATACACTACATTGCGCATTACCTTCAGAAATGGCATCTTACTCCCT
GATTGCAACCCTTCTTTTGACTTTTATATCCCTTTCTTCATCTCGACGAC
CCATTGTTGTGACAAATGAGGACATGTATCCAAGTCCGAGAATCGTCGTT
CTAGGTGCCACAGGAGTTGGGAAATCCTCATTAGCGAATGTTATTTTAGG
AAGAAATAATACCTATGATGGCTCCGGTCACATGTTTGGTTGTTTTCAGG
TAAGATACTATTATCTTAATTCATCATAATTATTCATTTACACACACACA
CAATAAAAGAGATTAATTCAAGCATAGTGATGAAGATTTCTTTTTTAACA
ACTTATTGGTACTTATTCACTAGTGTTGGATTCAAGATTTACTCAAACTC
GAGATGTACGAGTATAGATTAGTCTCATTCTAATTCTCTTGACATTTTTA
TTAAATAATTTATTTGAGTTATAAATGTCATATTTGTAATGGAGATTTCT
TCTTAAAGAGTCTAATAGTTTTTCAACTCTCATATTGACTTAGTCAAACT
GACTCAATTGTTGAAGTTTTATTTTATATATTCAATTAAAAAAAAAATAT
TTATCTCTCCTTCATCTGAATGTCTTAGCCTCCTAGCTGCTGCTCTTGAC
TCAATGCTCGAAAACTCGAATCTAACACTACATTTAATTAAATAAAACAA
ACGACTAGCTTTGCTTTCAATGTTCCTTGGTTTTTATGTCTTTAATATGT
ATTAATAGAGTCCATGGTAAAAAAAACATGACTTGTCTTATGGCTTTGCA
AGACCTTAAAAAGTAAAGAAATTTTTTTTTAGCTCTAAATACTAAAGCTA
AGCTAAGTTGTTTTTGCTTGTAAATTTGAGTTACGTTGTTTTCAAGTCAC
GAAATCCATCACTCTGTTTTATTAGGCGTGTAGTCCCCATTAAGCTTTTA
GTTAATGACAAGTAATGACATATCTTTTTTAGAGCCGCCTTAAAATGTCA
CAAAATAAATAAAAAAACCACCAACTTCAGTCTGAGCTCTGCTACTAAAT
TTTTCTTTGAACTAATAACGAAAAAAATATATAAATAAAGAATTGTAAAG
TGAAAAAATGAGTTATTTCTCTTTTCTCTTCTGGTATAGTAAGTATGTCA
GTTTCATTTGTCTTTTCCATCATTAAATTTATGAGATCAAAAAAATATAT
ATATAGTTACAAAAGTACAAAAAGAATCTCTCAAAAGAGAGTCTTCCTTT
TATGATGTTAAATATTSAATTTTACATATACATCATATGTAAAATATAGG
TCTGTTTGTATGCATAACGGACTAACATCAGCCCACCCTTTTTGTTATTA
TATCTACAACCCTTCTCCTCCCCTCTTGTAAATAATTCAAATATAGTCAT
CATTTTAAATCGAATCTTTTATTTCTTTTTCTAAAAAAATACAAATAGGT
ACTGGGTCTGAACGGTGGAGGCTCTGTTACAAAAAAGACTTGTCCAGATA
AAGGCCATTTTATGGGAGATCTCAAAAATCCAAAGTTTACCATCATAGAT
ACTCCAGGATTTGGAAATAACCTTATTGAGGAAGAAAAGACGATTGAATC
CTTGGTTAATGTTTTAAAGGATGAAATCAAGTTCATCCATGCATTTGTAA
TTTGTTTCAAACAACAAGACAATCGTATGACTGCCTCTCTTCGAAGCATG
TTGAGTCTTCTTCAAAAAATGTTTGGTGATCACTTTTGGGACAATGCAAT
CCTTGAGGCGACGCATTGGAACTTTCATGCCTCGAATGAGGCTATTAGGT
GAGGTTCTTAAGTTTTTGTATATAATTAAAGACATAATAATAACTATTTC
CCTTCCTCTCTCCTTTCCTACACCTAGACAACAAAATAACCCTCCTATTA
CAAAGAAATGGTGGAAAGATACCTTCAACGACATTCTTCGCGGTGAATTC
AAAATCAATCGTCCTCTTCGTGCTGTTTTCATCGATACCTTCTATGATCC
CAAGGATCCTTCTCAAGCCTTAGAGTTTCGTTCCAATACTCAATCTCTCT
TTGAGTTCTCTCGCTCCAACACTCCTTTTGAGTGCAAAGACATTCAAATC
GCTCTCACAGAGATCCGCCAGCTTCAAATAGAGATAGAGAGTCTCACCAA
AGAGAAACATAAAAAAATTCAAACTATTTTCACGCTCAAGGAACGCAATC
GCAAACTGGAAGTTGAAGTGAGTAAAAAACAGTTGGCGACTCCACCACCC
AATATCTACCCTTCAAGTCTTCATAATCGCTACTGCATATCCCACAAATG
CTACACTCCCACAGAGTTTGCTCTATTTGGACTCGGTATATGCATTTTAG
GAATTATGATTGGAGTTGTGGCCGTAGCCTGGCTTCGAAATCAGTGCAGT
TCCGAAGAAAAACTCTATGAGTTTGGAGTTGACGATCCAAGTACTCCTCT
TCCACCCCTTCCGCCACCTAAGAGTGGAGGCTCTTTTAATGGCGGTGCAG
GGATGGAGGGACATTGTGGAACGCATCTCCTCTCTCGACAAGACTCTGGT
GGTTTTAATTCCCGGGGATTTAACTCGGGAGTGAATCAAACGAATGCAGC
CCATAATGGCTTCATTGATAAGAGACAAACCGTGTTGCACTCCCATGGGG
AGAACGTTATTTCTGAGCTTGTGAGTGAGCCTTTAGAGACGACTATGTGA
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