EMLSAG00000010128, EMLSAG00000010128-692894 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000010128
Unique NameEMLSAG00000010128-692894
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:PPIF "Peptidyl-prolyl cis-trans isomerase" species:9031 "Gallus gallus" [GO:0002931 "response to ischemia" evidence=IEA] [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA] [GO:0006457 "protein folding" evidence=IEA] [GO:0008637 "apoptotic mitochondrial changes" evidence=IEA] [GO:0010849 "regulation of proton-transporting ATPase activity, rotational mechanism" evidence=IEA] [GO:0010940 "positive regulation of necrotic cell death" evidence=IEA] [GO:0032780 "negative regulation of ATPase activity" evidence=IEA] [GO:0043066 "negative regulation of apoptotic process" evidence=IEA] [GO:0046902 "regulation of mitochondrial membrane permeability" evidence=IEA] [GO:0070301 "cellular response to hydrogen peroxide" evidence=IEA] [GO:0071243 "cellular response to arsenic-containing substance" evidence=IEA] [GO:0071277 "cellular response to calcium ion" evidence=IEA] [GO:0090200 "positive regulation of release of cytochrome c from mitochondria" evidence=IEA] [GO:0090201 "negative regulation of release of cytochrome c from mitochondria" evidence=IEA] [GO:0090324 "negative regulation of oxidative phosphorylation" evidence=IEA] [GO:2000276 "negative regulation of oxidative phosphorylation uncoupler activity" evidence=IEA] [GO:2001243 "negative regulation of intrinsic apoptotic signaling pathway" evidence=IEA] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 GO:GO:0005739 GO:GO:0043066 GO:GO:0006457 GO:GO:0070301 GO:GO:0002931 GO:GO:0071277 GO:GO:0008637 GO:GO:0090200 GO:GO:0090201 GO:GO:0010940 GO:GO:0046902 GO:GO:0032780 GO:GO:2001243 eggNOG:COG0652 HOGENOM:HOG000065981 GO:GO:0003755 GO:GO:0000413 GO:GO:0071243 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W GO:GO:0090324 HOVERGEN:HBG001065 KO:K09565 OMA:AFMCQAG CTD:10105 GO:GO:2000276 GO:GO:0010849 TreeFam:TF312801 EMBL:AADN03005135 EMBL:AJ719394 RefSeq:NP_001026397.1 UniGene:Gga.1727 ProteinModelPortal:Q5ZMJ0 SMR:Q5ZMJ0 STRING:9031.ENSGALP00000007666 Ensembl:ENSGALT00000007678 GeneID:423723 KEGG:gga:423723 InParanoid:Q5ZMJ0 NextBio:20826150 PRO:PR:Q5ZMJ0 Uniprot:Q5ZMJ0)

HSP 1 Score: 155.992 bits (393), Expect = 1.310e-44
Identity = 90/173 (52.02%), Postives = 103/173 (59.54%), Query Frame = 0
Query:  117 AKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            A+  SS G   + P   LD+ AD++ +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH+    LSMANAG ++NGSQFFI TA+T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   30 ARGCSSDGAGPRNPLVYLDVGADNQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQGGDFTNHNGTGGKSIYGSRFPDENFLLKHEGPGVLSMANAGPNTNGSQFFICTAKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKNGKTSKKIVITDC 200          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:Ppif "Peptidyl-prolyl cis-trans isomerase F, mitochondrial" species:10116 "Rattus norvegicus" [GO:0000413 "protein peptidyl-prolyl isomerization" evidence=IDA] [GO:0002931 "response to ischemia" evidence=ISS] [GO:0006457 "protein folding" evidence=IEA] [GO:0008637 "apoptotic mitochondrial changes" evidence=IEA] [GO:0010849 "regulation of proton-transporting ATPase activity, rotational mechanism" evidence=ISS] [GO:0032780 "negative regulation of ATPase activity" evidence=ISS] [GO:0043066 "negative regulation of apoptotic process" evidence=ISS] [GO:0070301 "cellular response to hydrogen peroxide" evidence=ISS] [GO:0071243 "cellular response to arsenic-containing substance" evidence=ISS] [GO:0071277 "cellular response to calcium ion" evidence=ISS] [GO:0090200 "positive regulation of release of cytochrome c from mitochondria" evidence=ISS] [GO:0090201 "negative regulation of release of cytochrome c from mitochondria" evidence=ISS] [GO:0090324 "negative regulation of oxidative phosphorylation" evidence=ISS] [GO:2000276 "negative regulation of oxidative phosphorylation uncoupler activity" evidence=ISS] [GO:2001243 "negative regulation of intrinsic apoptotic signaling pathway" evidence=ISS] [GO:0005753 "mitochondrial proton-transporting ATP synthase complex" evidence=ISS] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 RGD:628670 GO:GO:0043066 GO:GO:0006457 GO:GO:0005743 GO:GO:0070301 GO:GO:0005759 GO:GO:0002931 GO:GO:0071277 GO:GO:0008637 GO:GO:0090200 GO:GO:0090201 GO:GO:0010940 GO:GO:0046902 GO:GO:0032780 GO:GO:2001243 eggNOG:COG0652 HOGENOM:HOG000065981 GO:GO:0003755 GO:GO:0016018 GO:GO:0071243 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W GO:GO:0090324 HOVERGEN:HBG001065 KO:K09565 OMA:AFMCQAG CTD:10105 GO:GO:2000276 GO:GO:0010849 TreeFam:TF312801 EMBL:U68544 EMBL:BC086977 PIR:S23122 RefSeq:NP_758443.1 UniGene:Rn.2923 ProteinModelPortal:P29117 SMR:P29117 IntAct:P29117 MINT:MINT-1542363 STRING:10116.ENSRNOP00000014382 PaxDb:P29117 PRIDE:P29117 Ensembl:ENSRNOT00000014382 GeneID:282819 KEGG:rno:282819 UCSC:RGD:628670 InParanoid:P29117 NextBio:624853 PRO:PR:P29117 Genevestigator:P29117 Uniprot:P29117)

HSP 1 Score: 154.066 bits (388), Expect = 9.259e-44
Identity = 92/190 (48.42%), Postives = 110/190 (57.89%), Query Frame = 0
Query:  100 ACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            + P + + T+TC  D  A+  +S   +++ P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   19 SAPLLLSTTRTCS-DGGARGANS---SSQNPLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPAFMCQAGDFTNHNGTGGKSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 202          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:Ppif "peptidylprolyl isomerase F" species:10116 "Rattus norvegicus" [GO:0000413 "protein peptidyl-prolyl isomerization" evidence=IDA] [GO:0002931 "response to ischemia" evidence=ISO;ISS] [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005739 "mitochondrion" evidence=ISO;IDA] [GO:0005743 "mitochondrial inner membrane" evidence=IDA] [GO:0005753 "mitochondrial proton-transporting ATP synthase complex" evidence=ISS] [GO:0005759 "mitochondrial matrix" evidence=IDA] [GO:0006457 "protein folding" evidence=IEA] [GO:0006979 "response to oxidative stress" evidence=ISO] [GO:0008637 "apoptotic mitochondrial changes" evidence=IEA;ISO] [GO:0010849 "regulation of proton-transporting ATPase activity, rotational mechanism" evidence=ISO;ISS] [GO:0010939 "regulation of necrotic cell death" evidence=ISO] [GO:0010940 "positive regulation of necrotic cell death" evidence=IEA;ISO] [GO:0016018 "cyclosporin A binding" evidence=IDA] [GO:0032780 "negative regulation of ATPase activity" evidence=ISO;ISS] [GO:0042277 "peptide binding" evidence=IDA] [GO:0042981 "regulation of apoptotic process" evidence=IDA] [GO:0043066 "negative regulation of apoptotic process" evidence=ISO;ISS] [GO:0046902 "regulation of mitochondrial membrane permeability" evidence=ISO;IDA] [GO:0070266 "necroptotic process" evidence=ISO] [GO:0070301 "cellular response to hydrogen peroxide" evidence=ISO;ISS] [GO:0071243 "cellular response to arsenic-containing substance" evidence=ISO;ISS] [GO:0071277 "cellular response to calcium ion" evidence=ISO;ISS] [GO:0090200 "positive regulation of release of cytochrome c from mitochondria" evidence=ISO;ISS] [GO:0090201 "negative regulation of release of cytochrome c from mitochondria" evidence=ISO;ISS] [GO:0090324 "negative regulation of oxidative phosphorylation" evidence=ISO;ISS] [GO:1902445 "regulation of mitochondrial membrane permeability involved in programmed necrotic cell death" evidence=ISS] [GO:2000276 "negative regulation of oxidative phosphorylation uncoupler activity" evidence=ISO;ISS] [GO:2001243 "negative regulation of intrinsic apoptotic signaling pathway" evidence=ISO;ISS] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 RGD:628670 GO:GO:0043066 GO:GO:0006457 GO:GO:0005743 GO:GO:0070301 GO:GO:0005759 GO:GO:0002931 GO:GO:0071277 GO:GO:0008637 GO:GO:0090200 GO:GO:0090201 GO:GO:0010940 GO:GO:0046902 GO:GO:0032780 GO:GO:2001243 eggNOG:COG0652 HOGENOM:HOG000065981 GO:GO:0003755 GO:GO:0016018 GO:GO:0071243 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W GO:GO:0090324 HOVERGEN:HBG001065 KO:K09565 OMA:AFMCQAG CTD:10105 GO:GO:2000276 GO:GO:0010849 TreeFam:TF312801 EMBL:U68544 EMBL:BC086977 PIR:S23122 RefSeq:NP_758443.1 UniGene:Rn.2923 ProteinModelPortal:P29117 SMR:P29117 IntAct:P29117 MINT:MINT-1542363 STRING:10116.ENSRNOP00000014382 PaxDb:P29117 PRIDE:P29117 Ensembl:ENSRNOT00000014382 GeneID:282819 KEGG:rno:282819 UCSC:RGD:628670 InParanoid:P29117 NextBio:624853 PRO:PR:P29117 Genevestigator:P29117 Uniprot:P29117)

HSP 1 Score: 154.066 bits (388), Expect = 9.259e-44
Identity = 92/190 (48.42%), Postives = 110/190 (57.89%), Query Frame = 0
Query:  100 ACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            + P + + T+TC  D  A+  +S   +++ P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   19 SAPLLLSTTRTCS-DGGARGANS---SSQNPLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPAFMCQAGDFTNHNGTGGKSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 202          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:LOC100152612 "Peptidyl-prolyl cis-trans isomerase" species:9823 "Sus scrofa" [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IEA] [GO:0006457 "protein folding" evidence=IEA] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 GO:GO:0006457 GO:GO:0003755 GO:GO:0000413 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W KO:K09565 OMA:AFMCQAG CTD:10105 TreeFam:TF312801 EMBL:CT827949 RefSeq:XP_001929518.1 UniGene:Ssc.52307 Ensembl:ENSSSCT00000011308 GeneID:100152612 KEGG:ssc:100152612 Uniprot:F1S2E3)

HSP 1 Score: 153.68 bits (387), Expect = 1.215e-43
Identity = 93/205 (45.37%), Postives = 113/205 (55.12%), Query Frame = 0
Query:   85 MRKILQLIKTKGKNMACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            +R   +L++      + P   + T+ C     +   SS   +A+ P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF+LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:    4 LRSSPRLLRLLSGPRSAPLRLSATRACSSGGDSGDPSS---SARNPLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQAGDFTNHNGTGGKSIYGSRFPDENFKLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 203          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:Ppif "peptidylprolyl isomerase F (cyclophilin F)" species:10090 "Mus musculus" [GO:0000413 "protein peptidyl-prolyl isomerization" evidence=ISO;TAS] [GO:0002931 "response to ischemia" evidence=IMP] [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=ISO;TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0005739 "mitochondrion" evidence=IGI;ISO;IDA] [GO:0005743 "mitochondrial inner membrane" evidence=ISO] [GO:0005757 "mitochondrial permeability transition pore complex" evidence=TAS] [GO:0005759 "mitochondrial matrix" evidence=ISO] [GO:0006457 "protein folding" evidence=IEA] [GO:0006915 "apoptotic process" evidence=IEA] [GO:0006979 "response to oxidative stress" evidence=IGI] [GO:0008637 "apoptotic mitochondrial changes" evidence=IGI] [GO:0010849 "regulation of proton-transporting ATPase activity, rotational mechanism" evidence=IMP] [GO:0010939 "regulation of necrotic cell death" evidence=IDA] [GO:0012501 "programmed cell death" evidence=IEA] [GO:0016018 "cyclosporin A binding" evidence=ISO] [GO:0016853 "isomerase activity" evidence=IEA] [GO:0032780 "negative regulation of ATPase activity" evidence=IMP] [GO:0042277 "peptide binding" evidence=ISO] [GO:0042981 "regulation of apoptotic process" evidence=ISO] [GO:0043066 "negative regulation of apoptotic process" evidence=ISO] [GO:0046902 "regulation of mitochondrial membrane permeability" evidence=IGI;ISO;IMP] [GO:0070266 "necroptotic process" evidence=IGI] [GO:0070301 "cellular response to hydrogen peroxide" evidence=ISO;IMP] [GO:0071243 "cellular response to arsenic-containing substance" evidence=IMP] [GO:0071277 "cellular response to calcium ion" evidence=IMP] [GO:0090200 "positive regulation of release of cytochrome c from mitochondria" evidence=IMP] [GO:0090201 "negative regulation of release of cytochrome c from mitochondria" evidence=ISO] [GO:0090324 "negative regulation of oxidative phosphorylation" evidence=IMP] [GO:1902445 "regulation of mitochondrial membrane permeability involved in programmed necrotic cell death" evidence=ISO;IMP] [GO:2000276 "negative regulation of oxidative phosphorylation uncoupler activity" evidence=IMP] [GO:2001243 "negative regulation of intrinsic apoptotic signaling pathway" evidence=ISO] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 MGI:MGI:2145814 GO:GO:0043066 GO:GO:0006457 GO:GO:0005743 GO:GO:0070301 GO:GO:0005759 GO:GO:0002931 GO:GO:0071277 GO:GO:0008637 GO:GO:0090200 GO:GO:0090201 GO:GO:0010940 GO:GO:0046902 GO:GO:0032780 GO:GO:2001243 GO:GO:0005757 GO:GO:0070266 eggNOG:COG0652 HOGENOM:HOG000065981 GO:GO:0003755 GO:GO:0016018 GO:GO:0071243 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W GO:GO:0090324 HOVERGEN:HBG001065 KO:K09565 OMA:AFMCQAG CTD:10105 GO:GO:2000276 GO:GO:0010849 TreeFam:TF312801 EMBL:BC004041 RefSeq:NP_598845.1 RefSeq:XP_006518453.1 UniGene:Mm.41656 ProteinModelPortal:Q99KR7 SMR:Q99KR7 IntAct:Q99KR7 MINT:MINT-1856076 STRING:10090.ENSMUSP00000022419 PhosphoSite:Q99KR7 PaxDb:Q99KR7 PRIDE:Q99KR7 Ensembl:ENSMUST00000022419 GeneID:105675 KEGG:mmu:105675 UCSC:uc007srr.1 InParanoid:Q99KR7 NextBio:357826 PRO:PR:Q99KR7 Bgee:Q99KR7 CleanEx:MM_PPIF Genevestigator:Q99KR7 Uniprot:Q99KR7)

HSP 1 Score: 153.68 bits (387), Expect = 1.220e-43
Identity = 93/188 (49.47%), Postives = 107/188 (56.91%), Query Frame = 0
Query:  102 PPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P + + T+TC  D  A+  +S  G    P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   21 PLLLSATRTCS-DGGARGANSSSGN---PLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPAFMCQAGDFTNHNGTGGRSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 202          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:PPIF "Peptidyl-prolyl cis-trans isomerase F, mitochondrial" species:9913 "Bos taurus" [GO:0002931 "response to ischemia" evidence=ISS] [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IEA] [GO:0005759 "mitochondrial matrix" evidence=IEA] [GO:0006457 "protein folding" evidence=IEA] [GO:0008637 "apoptotic mitochondrial changes" evidence=IEA] [GO:0010849 "regulation of proton-transporting ATPase activity, rotational mechanism" evidence=ISS] [GO:0010940 "positive regulation of necrotic cell death" evidence=IEA] [GO:0032780 "negative regulation of ATPase activity" evidence=ISS] [GO:0042277 "peptide binding" evidence=IEA] [GO:0043066 "negative regulation of apoptotic process" evidence=ISS] [GO:0046902 "regulation of mitochondrial membrane permeability" evidence=ISS] [GO:0070301 "cellular response to hydrogen peroxide" evidence=ISS] [GO:0071243 "cellular response to arsenic-containing substance" evidence=ISS] [GO:0071277 "cellular response to calcium ion" evidence=ISS] [GO:0090200 "positive regulation of release of cytochrome c from mitochondria" evidence=ISS] [GO:0090201 "negative regulation of release of cytochrome c from mitochondria" evidence=ISS] [GO:0090324 "negative regulation of oxidative phosphorylation" evidence=ISS] [GO:1902445 "regulation of mitochondrial membrane permeability involved in programmed necrotic cell death" evidence=ISS] [GO:2000276 "negative regulation of oxidative phosphorylation uncoupler activity" evidence=ISS] [GO:2001243 "negative regulation of intrinsic apoptotic signaling pathway" evidence=ISS] [GO:0005753 "mitochondrial proton-transporting ATP synthase complex" evidence=IDA] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 GO:GO:0043066 GO:GO:0006457 GO:GO:0070301 GO:GO:0005759 GO:GO:0002931 GO:GO:0071277 GO:GO:0042277 GO:GO:0008637 GO:GO:0090200 GO:GO:0090201 GO:GO:0010940 GO:GO:0046902 GO:GO:0032780 GO:GO:2001243 eggNOG:COG0652 HOGENOM:HOG000065981 GO:GO:0003755 GO:GO:0000413 GO:GO:0071243 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W GO:GO:0090324 HOVERGEN:HBG001065 KO:K09565 OMA:AFMCQAG EMBL:AY594335 EMBL:EH176460 EMBL:AAFC03123307 PIR:PC1237 RefSeq:NP_001001597.1 UniGene:Bt.9791 STRING:9913.ENSBTAP00000022213 PRIDE:P30404 Ensembl:ENSBTAT00000022213 GeneID:414346 KEGG:bta:414346 CTD:10105 InParanoid:P30404 NextBio:20818701 GO:GO:2000276 GO:GO:0010849 Uniprot:P30404)

HSP 1 Score: 149.058 bits (375), Expect = 6.707e-42
Identity = 85/160 (53.12%), Postives = 96/160 (60.00%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF+LKH+    LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   47 PLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQAGDFTNHNGTGGKSIYGSRFPDENFKLKHEGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 204          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:ppi1 "cyclophilin family peptidyl-prolyl cis-trans isomerase Cyp2" species:4896 "Schizosaccharomyces pombe" [GO:0005634 "nucleus" evidence=IDA] [GO:0005829 "cytosol" evidence=IDA] [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IEA] [GO:0006457 "protein folding" evidence=IEA] [GO:0042277 "peptide binding" evidence=IEA] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 PomBase:SPBC28F2.03 GO:GO:0005829 GO:GO:0005634 GO:GO:0006457 EMBL:CU329671 GO:GO:0042277 EMBL:D83992 eggNOG:COG0652 HOGENOM:HOG000065981 KO:K01802 GO:GO:0003755 GO:GO:0000413 OrthoDB:EOG757D7G EMBL:X53223 PIR:S11212 RefSeq:NP_595664.1 PDB:1WVS PDBsum:1WVS ProteinModelPortal:P18253 SMR:P18253 BioGrid:276800 MINT:MINT-4687510 STRING:4896.SPBC28F2.03-1 PaxDb:P18253 PRIDE:P18253 EnsemblFungi:SPBC28F2.03.1 GeneID:2540269 KEGG:spo:SPBC28F2.03 OMA:KMLKVQV NextBio:20801399 Uniprot:P18253)

HSP 1 Score: 146.362 bits (368), Expect = 1.912e-41
Identity = 82/159 (51.57%), Postives = 96/159 (60.38%), Query Frame = 0
Query:  131 HCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            +C  D+ A+ + +G I  +L  DVVP TA NFRALCTGEKG+GYAGSTFHR                             DENF LKH K  L SMANAG ++NGSQFFITT  TPWLDG HVVFG+V       VVKK+E  GS  G  +A+IVI+KC
Sbjct:    3 NCFFDVIANGQPLGRIVFKLFDDVVPKTAANFRALCTGEKGYGYAGSTFHRVIPQFMLQGGDFTRGNGTGGKSIYGEKFPDENFALKHNKPGLLSMANAGPNTNGSQFFITTVVTPWLDGKHVVFGEV--TEGMDVVKKVESLGSNSGATRARIVIDKC 159          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:PPIF "Peptidyl-prolyl cis-trans isomerase F, mitochondrial" species:9606 "Homo sapiens" [GO:0002931 "response to ischemia" evidence=ISS] [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005759 "mitochondrial matrix" evidence=IEA] [GO:0006457 "protein folding" evidence=IEA] [GO:0008637 "apoptotic mitochondrial changes" evidence=IEA] [GO:0010849 "regulation of proton-transporting ATPase activity, rotational mechanism" evidence=ISS] [GO:0010940 "positive regulation of necrotic cell death" evidence=IEA] [GO:0016018 "cyclosporin A binding" evidence=IEA] [GO:0016020 "membrane" evidence=TAS] [GO:0032780 "negative regulation of ATPase activity" evidence=ISS] [GO:0043066 "negative regulation of apoptotic process" evidence=IDA] [GO:0046902 "regulation of mitochondrial membrane permeability" evidence=ISS] [GO:0070301 "cellular response to hydrogen peroxide" evidence=IMP] [GO:0071243 "cellular response to arsenic-containing substance" evidence=ISS] [GO:0071277 "cellular response to calcium ion" evidence=ISS] [GO:0090200 "positive regulation of release of cytochrome c from mitochondria" evidence=ISS] [GO:0090201 "negative regulation of release of cytochrome c from mitochondria" evidence=IDA] [GO:0090324 "negative regulation of oxidative phosphorylation" evidence=ISS] [GO:1902445 "regulation of mitochondrial membrane permeability involved in programmed necrotic cell death" evidence=IMP] [GO:2000276 "negative regulation of oxidative phosphorylation uncoupler activity" evidence=ISS] [GO:2001243 "negative regulation of intrinsic apoptotic signaling pathway" evidence=IMP] [GO:0005753 "mitochondrial proton-transporting ATP synthase complex" evidence=ISS] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 GO:GO:0043066 GO:GO:0006457 GO:GO:0016020 GO:GO:0005743 GO:GO:0070301 GO:GO:0005759 GO:GO:0002931 GO:GO:0071277 GO:GO:0008637 GO:GO:0090200 DrugBank:DB01093 GO:GO:0090201 GO:GO:0010940 GO:GO:0046902 GO:GO:0032780 GO:GO:2001243 eggNOG:COG0652 HOGENOM:HOG000065981 GO:GO:0003755 GO:GO:0016018 GO:GO:0071243 OrthoDB:EOG79GT7W GO:GO:0090324 DrugBank:DB00172 HOVERGEN:HBG001065 KO:K09565 OMA:AFMCQAG CTD:10105 GO:GO:2000276 GO:GO:0010849 EMBL:M80254 EMBL:AL133481 EMBL:AL391665 EMBL:BC005020 PIR:A41581 RefSeq:NP_005720.1 UniGene:Hs.381072 PDB:2BIT PDB:2BIU PDB:2Z6W PDB:3QYU PDB:3R49 PDB:3R4G PDB:3R54 PDB:3R56 PDB:3R57 PDB:3R59 PDB:3RCF PDB:3RCG PDB:3RCI PDB:3RCK PDB:3RCL PDB:3RD9 PDB:3RDA PDB:3RDB PDB:3RDC PDBsum:2BIT PDBsum:2BIU PDBsum:2Z6W PDBsum:3QYU PDBsum:3R49 PDBsum:3R4G PDBsum:3R54 PDBsum:3R56 PDBsum:3R57 PDBsum:3R59 PDBsum:3RCF PDBsum:3RCG PDBsum:3RCI PDBsum:3RCK PDBsum:3RCL PDBsum:3RD9 PDBsum:3RDA PDBsum:3RDB PDBsum:3RDC ProteinModelPortal:P30405 SMR:P30405 BioGrid:115411 IntAct:P30405 MINT:MINT-3011711 STRING:9606.ENSP00000225174 PhosphoSite:P30405 DMDM:231968 OGP:P30405 UCD-2DPAGE:P30405 PaxDb:P30405 PeptideAtlas:P30405 PRIDE:P30405 DNASU:10105 Ensembl:ENST00000225174 GeneID:10105 KEGG:hsa:10105 UCSC:uc001kai.3 GeneCards:GC10P081107 HGNC:HGNC:9259 MIM:604486 neXtProt:NX_P30405 PharmGKB:PA33584 InParanoid:P30405 PhylomeDB:P30405 TreeFam:TF312801 ChiTaRS:PPIF EvolutionaryTrace:P30405 GeneWiki:PPIF GenomeRNAi:10105 NextBio:38221 PRO:PR:P30405 ArrayExpress:P30405 Bgee:P30405 CleanEx:HS_PPIF Genevestigator:P30405 Uniprot:P30405)

HSP 1 Score: 146.747 bits (369), Expect = 4.976e-41
Identity = 85/160 (53.12%), Postives = 94/160 (58.75%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P   LD+ A+ K +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   46 PLVYLDVDANGKPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQAGDFTNHNGTGGKSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGRTSKKIVITDC 203          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:CG7768 species:7227 "Drosophila melanogaster" [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=ISS] [GO:0006457 "protein folding" evidence=IEA] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 GO:GO:0006457 EMBL:AE014296 KO:K01802 GO:GO:0003755 GO:GO:0000413 GeneTree:ENSGT00740000115032 OrthoDB:EOG79GT7W EMBL:AY060923 RefSeq:NP_729966.1 UniGene:Dm.956 SMR:Q7K2I4 IntAct:Q7K2I4 EnsemblMetazoa:FBtr0075737 GeneID:39573 KEGG:dme:Dmel_CG7768 UCSC:CG7768-RA FlyBase:FBgn0036415 InParanoid:Q7K2I4 OMA:MELFADS GenomeRNAi:39573 NextBio:814344 Uniprot:Q7K2I4)

HSP 1 Score: 144.436 bits (363), Expect = 1.456e-40
Identity = 78/160 (48.75%), Postives = 95/160 (59.38%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    DI+A  + +G I +ELR DVVP TAENFRALCTGEKG+GY GS FHR                             DENFELKH     LSMANAG ++NGSQFFI T +T WLD  HVVFGKV+      +V+K+E +GS++G    K++IE C
Sbjct:    4 PRVYFDIAAGGEKLGRIVMELRSDVVPKTAENFRALCTGEKGYGYKGSPFHRVIPNFMCQGGDFTNQNGTGGRSIYGNKFPDENFELKHTGAGVLSMANAGANTNGSQFFICTGKTTWLDNKHVVFGKVVE--GMDIVQKVESYGSQDGKTSKKVIIEDC 161          
BLAST of EMLSAG00000010128 vs. GO
Match: - (symbol:ppiab "peptidylprolyl isomerase Ab (cyclophilin A)" species:7955 "Danio rerio" [GO:0003755 "peptidyl-prolyl cis-trans isomerase activity" evidence=IEA] [GO:0006457 "protein folding" evidence=IEA] [GO:0005575 "cellular_component" evidence=ND] [GO:0001666 "response to hypoxia" evidence=IDA] [GO:0016853 "isomerase activity" evidence=IEA] InterPro:IPR002130 InterPro:IPR020892 InterPro:IPR024936 Pfam:PF00160 PIRSF:PIRSF001467 PRINTS:PR00153 PROSITE:PS00170 PROSITE:PS50072 ZFIN:ZDB-GENE-030131-7459 GO:GO:0006457 GO:GO:0001666 GO:GO:0003755 GO:GO:0000413 HOVERGEN:HBG001065 EMBL:AY391451 UniGene:Dr.78109 ProteinModelPortal:Q6TNR6 SMR:Q6TNR6 Uniprot:Q6TNR6)

HSP 1 Score: 143.665 bits (361), Expect = 2.721e-40
Identity = 84/161 (52.17%), Postives = 95/161 (59.01%), Query Frame = 0
Query:  129 RPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHK-KFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
             P    DI+ D K+ G I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENF LKH  K +LSMANAG ++NGSQFFI TA+T WLDG HVVFGKV++  +  VV  IE  GS  G   AK+VI  C
Sbjct:    3 NPKVFFDITIDGKEAGRIVMELRADVVPKTAENFRALCTGEKGFGYKGSGFHRVIPQFMCQGGDFTNHNGTGGKSIYGNKFEDENFTLKHGGKGTLSMANAGPNTNGSQFFICTADTNWLDGKHVVFGKVVDGLN--VVDAIEKKGSSSGKCSAKVVIANC 161          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592786337|gb|GAXK01168231.1| (TSA: Calanus finmarchicus comp366_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 139.043 bits (349), Expect = 8.124e-38
Identity = 78/156 (50.00%), Postives = 93/156 (59.62%), Query Frame = 0
Query:  134 LDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
             D++AD   +G I +ELR DVVP T+ENFRALCTGEKGFG+ GS FHR                             DENF LKH     LSMANAG ++NGSQFF+ TA+T WLDG HVVFG+V+      VVKK+E FGS+ G    KIV+  C
Sbjct:   86 FDVAADGAPVGKIIMELRSDVVPKTSENFRALCTGEKGFGFKGSAFHRVIPNFMCQGGDFTAGNGTGGKSIYGNKFEDENFTLKHTGPGILSMANAGPNTNGSQFFLCTAKTQWLDGKHVVFGQVVE--GMDVVKKVESFGSQSGKTSKKIVVVDC 547          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592938533|gb|GAXK01020020.1| (TSA: Calanus finmarchicus comp13069_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 137.502 bits (345), Expect = 1.589e-36
Identity = 77/163 (47.24%), Postives = 95/163 (58.28%), Query Frame = 0
Query:  127 AKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHK-KFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            ++ P    D+    K +G I + LR DVVP TAENFRALCT EKG+GY GSTFHR                             DENF+L H  + +LSMAN+G  +NGSQFFITTA+T WLD  HVVFG V++  S  VV+KIE FG+K G P  K+ +  C
Sbjct:  173 SRNPQVYFDMKIGDKMMGRIIILLRADVVPKTAENFRALCTNEKGYGYQGSTFHRVIPGFMIQGGDFTNHNGTGGRSIYGSKFADENFQLTHTGQGTLSMANSGPGTNGSQFFITTAKTDWLDRKHVVFGNVISGYS--VVEKIEKFGTKSGKPTEKVSVAGC 655          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592892385|gb|GAXK01065990.1| (TSA: Calanus finmarchicus comp4260_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 134.806 bits (338), Expect = 8.360e-36
Identity = 78/180 (43.33%), Postives = 97/180 (53.89%), Query Frame = 0
Query:  127 AKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVI-----------EKCTCTPVE 265
            A  P    +++A    +G +  ELR DVVP TAENFR LCTGE GFG+ GS+FHR                             DENF+LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V+      V+KKIE FGS+ G    KI+I           + C+C P++
Sbjct:  164 APLPRVYFEMTAGGDKLGRVTFELRNDVVPKTAENFRQLCTGEAGFGFKGSSFHRVIPQFMCQAGDFTNHNGTGGKSIYGAKFKDENFQLKHTGPGILSMANAGPNTNGSQFFICTVKTEWLDGKHVVFGNVVE--GMDVIKKIEGFGSRNGKTSKKILIEECGEVV*EVMKSCSCWPLD 697          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592779060|gb|GAXK01175508.1| (TSA: Calanus finmarchicus comp3873_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 133.265 bits (334), Expect = 1.696e-34
Identity = 75/165 (45.45%), Postives = 92/165 (55.76%), Query Frame = 0
Query:  125 GTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            G  KR     ++SAD+  +G I +EL  D VP TAENFR + TGE GF Y GS FHR                             DENF+LKH    L SMANAG D+NGSQFFITT +T WLDG HVVFG++ ++ S  +VKKIE  GS+ G    ++ I K 
Sbjct:   73 GQVKRSKVYFEVSADNVPLGRINMELFNDKVPRTAENFRQIATGEAGFSYTGSKFHRVIPNFMLQGGDFERGDGTGGYSIYGDKFEDENFDLKHTSPGLLSMANAGPDTNGSQFFITTVKTAWLDGKHVVFGRLADQQSFDIVKKIEAMGSRSGAVSKEVKITKS 567          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592843975|gb|GAXK01113569.1| (TSA: Calanus finmarchicus comp895756_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 127.487 bits (319), Expect = 1.130e-33
Identity = 78/166 (46.99%), Postives = 90/166 (54.22%), Query Frame = 0
Query:  125 GTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKA-SKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            G  KR     DISAD + +G IE+EL  D VP TAENF+ LCTG+ GFGY GS FHR                             DENF L H    L SMAN G ++NGSQFFITT  TP LDG HVVFGK+ +   S  +VKKIE  G K G+    +VI  C
Sbjct:   99 GKKKRTKVFFDISADGEPLGRIEMELFDDEVPRTAENFKQLCTGDPGFGYKGSKFHRVIPNFMLQGGDFERGDGFGGYSIYGNKFEDENFNLNHTAPGLLSMANTGPNTNGSQFFITTVPTPHLDGKHVVFGKLADMGMSFAIVKKIEKMGCKAGSVNKNVVITDC 596          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592846881|gb|GAXK01110663.1| (TSA: Calanus finmarchicus comp3810942_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 125.176 bits (313), Expect = 1.271e-33
Identity = 72/156 (46.15%), Postives = 87/156 (55.77%), Query Frame = 0
Query:  134 LDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
             DI+   +  G I + LR DVVP TAENFRALCTGEKGFG+ GS+FHR                             DENF+LKH     LSMANAG ++NGSQFF+ T++T WLDG HVVFG V     + VV  +E  GS+ G     +VI  C
Sbjct:   43 FDITIGGQAAGKIVMTLRGDVVPKTAENFRALCTGEKGFGFKGSSFHRVIPGFMCQGGDFTKHNGTGGKSIYGEKFADENFQLKHTGPGILSMANAGANTNGSQFFLCTSKTDWLDGKHVVFGSVTQ--GQDVVAAVEKVGSQSGKTSKPVVIADC 504          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592781346|gb|GAXK01173222.1| (TSA: Calanus finmarchicus comp133569_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 107.071 bits (266), Expect = 1.082e-26
Identity = 60/130 (46.15%), Postives = 70/130 (53.85%), Query Frame = 0
Query:  128 KRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-------------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVF 225
            K P     I   +  +G I +ELR D+VP TAENFR LCTG+ G+G+  S FHR                               DENF+LKH +   LSMAN G  +NGSQFFITTA TPWLDG HVVF
Sbjct:  185 KLPLVYFIIRQHNTFLGTIVMELRSDLVPKTAENFRVLCTGDVGYGFKYSYFHRIIPGFMIQGGDTDRSKGTSNKSIYRGGRYFQDENFDLKHDQPGVLSMANKGPHTNGSQFFITTAPTPWLDGKHVVF 574          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592807163|gb|GAXK01147405.1| (TSA: Calanus finmarchicus comp42352_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 111.309 bits (277), Expect = 2.275e-26
Identity = 66/153 (43.14%), Postives = 81/153 (52.94%), Query Frame = 0
Query:  127 AKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFG--------YAGSTFHR-----------------------------DENFELKHK-KFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIE 241
             KRP C  DI+     +G + ++L  DV P T ENFRALCTGEKG G        Y G+TFHR                             DENF+LKH   F LSMAN G ++NGSQFF+ T   P LDG H VFG V+  + K+V+K+IE
Sbjct:   46 VKRPRCFFDITIGGIPVGRVVMQLFSDVCPKTVENFRALCTGEKGIGKTTGKPLHYQGTTFHRVVKDFMVQSGDFSEGNGKGGESIYSGQFADENFDLKHDVPFLLSMANKGPNTNGSQFFVLTQAAPHLDGIHTVFGHVI--SGKEVIKEIE 498          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592776303|gb|GAXK01178265.1| (TSA: Calanus finmarchicus comp14359_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 106.686 bits (265), Expect = 2.791e-26
Identity = 70/167 (41.92%), Postives = 86/167 (51.50%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEK-----GFGYAGSTFHR------------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGN-PKAKIVIEKC 259
            P    D+S  S +IG I +EL  DV P TAENFR  CTGE        G+ GS FHR                              DENF L+H +  L SMAN+GKD+NG QFFIT A+  +LDG HVVFG+V++     VV+KIE       N PK +I I +C
Sbjct:   87 PVVFFDVSVGSTEIGRILIELFSDVTPKTAENFRQFCTGEYRKDTVPLGFKGSMFHRVIKDFMVQGGDFVNGDGTGCMSIYAGSTFADENFTLRHTEPGLLSMANSGKDTNGCQFFITAAKCDFLDGKHVVFGRVID--GMLVVRKIENAPVGPNNKPKVEITISQC 581          
BLAST of EMLSAG00000010128 vs. C. finmarchicus
Match: gi|592776769|gb|GAXK01177799.1| (TSA: Calanus finmarchicus comp15372_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 108.612 bits (270), Expect = 3.667e-26
Identity = 65/174 (37.36%), Postives = 89/174 (51.15%), Query Frame = 0
Query:  128 KRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEK--GFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEK-------CTCT 262
            +R      +   ++D G I +EL  +VVP TA NF ++ +G+   GF Y  S FHR                             DENF +KH    L SMAN+G ++NG+QFFITT +T WLDG HVVFG++ ++ S  VVK+IE  GS  G P  ++ I +       C CT
Sbjct:  105 QRSKVFFRVQVGNEDYGQINMELFDEVVPRTARNFYSIASGQNQNGFTYTNSIFHRIIPQFMLQGGDFENFDGTGGQSIYGRKFDDENFLVKHGSPGLLSMANSGPNTNGAQFFITTVKTDWLDGKHVVFGRIDDQESFNVVKRIEALGSAGGEPSRRVTITQSGVLETGCCCT 626          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000010128 (pep:novel supercontig:LSalAtl2s:LSalAtl2s669:142158:221237:-1 gene:EMLSAG00000010128 transcript:EMLSAT00000010128 description:"maker-LSalAtl2s669-snap-gene-2.7")

HSP 1 Score: 570.852 bits (1470), Expect = 0.000e+0
Identity = 279/279 (100.00%), Postives = 279/279 (100.00%), Query Frame = 0
Query:    1 MNRNSEMKLIFVILFTLYTTIVLAKASKDVSPGKEHKGVEDSLSSSSLSASSSSNKVSAVPGKCIYEKAKNVAWTSCLESHDNVMRKILQLIKTKGKNMACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHRDENFELKHKKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKCTCTPVEIAKVEKGSSPSPTH 279
            MNRNSEMKLIFVILFTLYTTIVLAKASKDVSPGKEHKGVEDSLSSSSLSASSSSNKVSAVPGKCIYEKAKNVAWTSCLESHDNVMRKILQLIKTKGKNMACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHRDENFELKHKKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKCTCTPVEIAKVEKGSSPSPTH
Sbjct:    1 MNRNSEMKLIFVILFTLYTTIVLAKASKDVSPGKEHKGVEDSLSSSSLSASSSSNKVSAVPGKCIYEKAKNVAWTSCLESHDNVMRKILQLIKTKGKNMACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHRDENFELKHKKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKCTCTPVEIAKVEKGSSPSPTH 279          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000000931 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1162:154855:166892:1 gene:EMLSAG00000000931 transcript:EMLSAT00000000931 description:"maker-LSalAtl2s1162-augustus-gene-1.17")

HSP 1 Score: 139.043 bits (349), Expect = 4.628e-40
Identity = 77/160 (48.12%), Postives = 95/160 (59.38%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D+ AD K +G I +ELR DVVP TAENFRALCTGEKGFG+  STFHR                             DENF L+H     LSMANAG ++NGSQFFI TA+T WL+  HVVFG+V+     +VVK +E +GS+ G   A+IV++ C
Sbjct:    4 PRVFFDMGADGKPLGRIIMELRSDVVPKTAENFRALCTGEKGFGFKNSTFHRVIPNFMCQGGDFTAHNGTGGKSIYGSKFEDENFTLRHTGPGILSMANAGPNTNGSQFFICTAKTTWLNNKHVVFGQVVQ--GMEVVKAVESYGSQSGKCSARIVVQNC 161          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000006468 (pep:novel supercontig:LSalAtl2s:LSalAtl2s353:352639:353330:-1 gene:EMLSAG00000006468 transcript:EMLSAT00000006468 description:"maker-LSalAtl2s353-augustus-gene-2.50")

HSP 1 Score: 131.339 bits (329), Expect = 7.817e-37
Identity = 74/164 (45.12%), Postives = 93/164 (56.71%), Query Frame = 0
Query:  126 TAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            ++K P    DI    K+ G I  ELR DVVP TA+NFRALCTGEKG+G+  S+FHR                             DENF+LKH     LSMANAG ++NGSQFFI TA+T WL+G HVVFG V+      +VKK+E  GS+ G    ++ I+ C
Sbjct:   34 SSKLPQVFFDIDIGGKNEGRIVFELRSDVVPKTADNFRALCTGEKGYGFKNSSFHRIIPGFMCQGGDFTNHNGTGGKSIYGEKFPDENFDLKHTGPGILSMANAGPNTNGSQFFICTAKTDWLNGAHVVFGSVVEGLD--IVKKMESVGSRNGRASKQVTIQDC 195          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000006016 (pep:novel supercontig:LSalAtl2s:LSalAtl2s326:613325:614754:1 gene:EMLSAG00000006016 transcript:EMLSAT00000006016 description:"augustus_masked-LSalAtl2s326-processed-gene-5.2")

HSP 1 Score: 129.413 bits (324), Expect = 6.730e-35
Identity = 73/160 (45.62%), Postives = 87/160 (54.37%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKF-SLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D+     ++G I + LR DVVP T ENFR LCT EKGFGY GS+FHR                             DENF+LKH    +LSMAN+G  +NGSQFFIT  +T WLD  HVVFG+V+  +   VVKKIE FG+K G P     I  C
Sbjct:  174 PQVYFDVRIGKTNVGRIIILLRADVVPKTVENFRCLCTQEKGFGYKGSSFHRVIPGFMIQGGDFTNNNGTGGKSIYGKKFADENFKLKHTDIGTLSMANSGPGTNGSQFFITCDKTDWLDNKHVVFGRVI--SGMPVVKKIEKFGTKTGKPSELATITDC 331          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000007139 (pep:novel supercontig:LSalAtl2s:LSalAtl2s402:368487:370233:-1 gene:EMLSAG00000007139 transcript:EMLSAT00000007139 description:"maker-LSalAtl2s402-augustus-gene-3.28")

HSP 1 Score: 127.487 bits (319), Expect = 8.807e-35
Identity = 73/159 (45.91%), Postives = 88/159 (55.35%), Query Frame = 0
Query:  128 KRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHK-KFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVI 256
            KRP    DI+AD + +G + +EL  + VP TAENFR L TGE GFG+  S FHR                             DENF + H+ K  LSMANAG D+NGSQFFIT  +TPWLD  H VFG+V +  S +VV+KIE  GS  G     IVI
Sbjct:   87 KRPIVFFDITADGEYLGRVHLELFSETVPRTAENFRQLATGEAGFGFKNSKFHRVIPGFMIQGGDFTNGDGTGGYSIYGETFADENFVVPHESKGLLSMANAGPDTNGSQFFITVDKTPWLDKKHTVFGRVADLKSYEVVRKIEALGSDSGETAKLIVI 245          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000004393 (pep:novel supercontig:LSalAtl2s:LSalAtl2s230:296181:299736:1 gene:EMLSAG00000004393 transcript:EMLSAT00000004393 description:"maker-LSalAtl2s230-augustus-gene-3.11")

HSP 1 Score: 112.849 bits (281), Expect = 3.835e-28
Identity = 67/156 (42.95%), Postives = 82/156 (52.56%), Query Frame = 0
Query:  124 GGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFG--------YAGSTFHR-----------------------------DENFELKHKK-FSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIE 241
            G + +RP    DI      +G +  EL  D+VP TAENFR+LC G+ G G        Y GS FHR                             DENF LKH K F LSMAN GK++NGSQFF+TT   P LD  HVVFG+VL  + K++VK+IE
Sbjct:    5 GDSKERPRTYFDIDIGGIRVGRVVFELFTDIVPQTAENFRSLCAGDSGIGKGSGKPLHYRGSLFHRVIKGFMIQGGDFVNGNGTGGESIYGGMFPDENFTLKHDKPFLLSMANRGKNTNGSQFFVTTGPAPHLDSLHVVFGQVL--SGKEIVKEIE 158          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000011196 (pep:novel supercontig:LSalAtl2s:LSalAtl2s761:366436:368626:1 gene:EMLSAG00000011196 transcript:EMLSAT00000011196 description:"maker-LSalAtl2s761-augustus-gene-2.9")

HSP 1 Score: 101.679 bits (252), Expect = 7.350e-26
Identity = 66/166 (39.76%), Postives = 85/166 (51.20%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKG-----FGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGN-PKAKIVIEKC 259
            P    DI+  +  IG I +EL  DV P TAENFR  CTGE        GY G++FHR                             DENF LKH    L SMAN+GKD+NG QFFIT A+  +LD  HVVFG++++     +++KIE   +   N PK  +VI +C
Sbjct:   26 PVVFFDINVGNAQIGRIVMELFADVCPKTAENFRKFCTGEYQKDGVPLGYKGASFHRVIKDFMIQGGDFVNGDGTGCMSVFGPTFADENFMLKHDSPGLLSMANSGKDTNGCQFFITCAKCDFLDAKHVVFGRIID--GLLIMRKIENVPTGPNNKPKIDVVISQC 189          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000011863 (pep:novel supercontig:LSalAtl2s:LSalAtl2s834:129007:129573:-1 gene:EMLSAG00000011863 transcript:EMLSAT00000011863 description:"augustus_masked-LSalAtl2s834-processed-gene-1.3")

HSP 1 Score: 92.0485 bits (227), Expect = 1.925e-22
Identity = 68/163 (41.72%), Postives = 81/163 (49.69%), Query Frame = 0
Query:  136 ISADSKDIGAIEVELRMDVVPLTAENFRALCTGE-KGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEG--NPKAKIVIEKCTCTPVE 265
            IS   K  G I++ L    VP T +NF  L   E KG GY GS FHR                             DENF+LKH     LSMANAGKD+NGSQFFITT +T WL G HVVFGK++       V+KIE   S +G   P   +VIE  T   ++
Sbjct:   17 ISIGGKPAGDIKIGLFGKTVPKTVKNFVELAAKEDKGEGYKGSKFHRVIKDFMLQGGDFTRGDGTGGRSIYGERFADENFKLKHYGAGWLSMANAGKDTNGSQFFITTKKTSWLXGKHVVFGKII--GGMDXVRKIE-RSSTDGRDRPVEDVVIEAATVEKLD 176          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000000075 (pep:novel supercontig:LSalAtl2s:LSalAtl2s100:69178:72859:1 gene:EMLSAG00000000075 transcript:EMLSAT00000000075 description:"maker-LSalAtl2s100-snap-gene-0.21")

HSP 1 Score: 68.1662 bits (165), Expect = 2.764e-14
Identity = 44/113 (38.94%), Postives = 52/113 (46.02%), Query Frame = 0
Query:  143 IGAIEVELRMDVVPLTAENFRALC--------------------------TGEKGFGYAGSTFHRDENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKV 228
            +G  EVEL     P T  NF  L                           TG  G    G TF  + + +LKH     LSMAN+G D+NGSQFFIT A T WLDG H +FG+V
Sbjct:   19 MGEFEVELYWKHAPNTCRNFAELVRRGYYNGNKFHRIIRDFMIQGGDPTGTGRGGASIYGKTFEDEIHDDLKHTGAGVLSMANSGPDTNGSQFFITLAPTQWLDGKHTIFGRV 131          
BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Match: EMLSAP00000006397 (pep:novel supercontig:LSalAtl2s:LSalAtl2s350:499081:506493:1 gene:EMLSAG00000006397 transcript:EMLSAT00000006397 description:"augustus_masked-LSalAtl2s350-processed-gene-5.2")

HSP 1 Score: 66.2402 bits (160), Expect = 1.372e-12
Identity = 42/117 (35.90%), Postives = 56/117 (47.86%), Query Frame = 0
Query:  143 IGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR----------------------------DE-NFELKHKK-FSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVL 229
            +G I ++L     P + ENF    T  K   Y G  FHR                            DE N +LKH + +++SMA AG ++NGSQFF+T   TPWLD  H VFG+V+
Sbjct:  485 VGDIHIQLFAQECPKSVENF---ATHSKNGYYNGHIFHRVIKQFMIQTGDPTGIGTGGESIWGGEFEDEFNSKLKHDRPYTVSMAXAGPNTNGSQFFMTVVPTPWLDNKHTVFGRVV 598          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|2507228|sp|P29117.2|PPIF_RAT (RecName: Full=Peptidyl-prolyl cis-trans isomerase F, mitochondrial; Short=PPIase F; AltName: Full=Cyclophilin D; Short=CyP-D; Short=CypD; AltName: Full=Cyclophilin F; AltName: Full=Rotamase F; Flags: Precursor)

HSP 1 Score: 154.066 bits (388), Expect = 4.987e-45
Identity = 92/190 (48.42%), Postives = 110/190 (57.89%), Query Frame = 0
Query:  100 ACPPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            + P + + T+TC  D  A+  +S   +++ P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   19 SAPLLLSTTRTCS-DGGARGANS---SSQNPLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPAFMCQAGDFTNHNGTGGKSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 202          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|20137912|sp|Q99KR7.1|PPIF_MOUSE (RecName: Full=Peptidyl-prolyl cis-trans isomerase F, mitochondrial; Short=PPIase F; AltName: Full=Cyclophilin D; Short=CyP-D; Short=CypD; AltName: Full=Cyclophilin F; AltName: Full=Rotamase F; Flags: Precursor)

HSP 1 Score: 153.68 bits (387), Expect = 6.599e-45
Identity = 93/188 (49.47%), Postives = 107/188 (56.91%), Query Frame = 0
Query:  102 PPVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P + + T+TC  D  A+  +S  G    P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   21 PLLLSATRTCS-DGGARGANSSSGN---PLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPAFMCQAGDFTNHNGTGGRSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 202          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|109892827|sp|P0C1H7.1|PPIA1_RHIO9 (RecName: Full=Peptidyl-prolyl cis-trans isomerase A1; Short=PPIase A1; AltName: Full=Cyclophilin A1; AltName: Full=Cyclosporin A-binding protein; AltName: Full=Rotamase A1)

HSP 1 Score: 148.288 bits (373), Expect = 2.334e-43
Identity = 82/160 (51.25%), Postives = 95/160 (59.38%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHK-KFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D+SA+SK +G I +ELR DVVP TAENFRALCTGEKGFGY G +FHR                             DENF LKH     LSMANAG ++NGSQFFITT +  WLDG HVVFG+V       VV+ IE  GS  G P+AKI+I+ C
Sbjct:    4 PKVFFDVSANSKPLGRIVMELRADVVPQTAENFRALCTGEKGFGYKGCSFHRVIPEFMLQGGDFTNHNGTGGKSIYGNKFRDENFTLKHTGPGDLSMANAGPNTNGSQFFITTIKCSWLDGKHVVFGRV--TEGMDVVQNIESLGSPNGTPRAKIIIDNC 161          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|460018302|sp|P30404.3|PPIF_BOVIN (RecName: Full=Peptidyl-prolyl cis-trans isomerase F, mitochondrial; Short=PPIase F; AltName: Full=Cyclophilin D; Short=CyP-D; Short=CypD; AltName: Full=Cyclophilin F; AltName: Full=Rotamase F; Flags: Precursor)

HSP 1 Score: 149.058 bits (375), Expect = 3.876e-43
Identity = 85/160 (53.12%), Postives = 96/160 (60.00%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P   LD+ AD + +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF+LKH+    LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   47 PLVYLDVGADGQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQAGDFTNHNGTGGKSIYGSRFPDENFKLKHEGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGKTSKKIVITDC 204          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|118109|sp|P18253.1|CYPH_SCHPO (RecName: Full=Peptidyl-prolyl cis-trans isomerase; Short=PPIase; AltName: Full=Cyclophilin; Short=CPH; AltName: Full=Cyclosporin A-binding protein; AltName: Full=Rotamase)

HSP 1 Score: 146.362 bits (368), Expect = 1.050e-42
Identity = 82/159 (51.57%), Postives = 96/159 (60.38%), Query Frame = 0
Query:  131 HCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            +C  D+ A+ + +G I  +L  DVVP TA NFRALCTGEKG+GYAGSTFHR                             DENF LKH K  L SMANAG ++NGSQFFITT  TPWLDG HVVFG+V       VVKK+E  GS  G  +A+IVI+KC
Sbjct:    3 NCFFDVIANGQPLGRIVFKLFDDVVPKTAANFRALCTGEKGYGYAGSTFHRVIPQFMLQGGDFTRGNGTGGKSIYGEKFPDENFALKHNKPGLLSMANAGPNTNGSQFFITTVVTPWLDGKHVVFGEV--TEGMDVVKKVESLGSNSGATRARIVIDKC 159          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|231968|sp|P30405.1|PPIF_HUMAN (RecName: Full=Peptidyl-prolyl cis-trans isomerase F, mitochondrial; Short=PPIase F; AltName: Full=Cyclophilin D; Short=CyP-D; Short=CypD; AltName: Full=Cyclophilin F; AltName: Full=Mitochondrial cyclophilin; Short=CyP-M; AltName: Full=Rotamase F; Flags: Precursor)

HSP 1 Score: 146.747 bits (369), Expect = 2.967e-42
Identity = 85/160 (53.12%), Postives = 94/160 (58.75%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P   LD+ A+ K +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI T +T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   46 PLVYLDVDANGKPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQAGDFTNHNGTGGKSIYGSRFPDENFTLKHVGPGVLSMANAGPNTNGSQFFICTIKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKSGRTSKKIVITDC 203          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|729278|sp|Q06118.1|PPIA_STRAQ (RecName: Full=Peptidyl-prolyl cis-trans isomerase A; Short=PPIase A; AltName: Full=Cyclophilin ScCypA; AltName: Full=Cyclophilin homolog; AltName: Full=Rotamase A)

HSP 1 Score: 144.05 bits (362), Expect = 9.102e-42
Identity = 79/158 (50.00%), Postives = 91/158 (57.59%), Query Frame = 0
Query:  132 CRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
               DI+ D    G I   L  DVVP TAENFRAL TGEKGFGYAGS+FHR                             DENF+LKH +  L SMANAGK++NGSQFFITT  TPWLDG HVVFG+V +  S  +V+KIE  GS  G   AK+ I + 
Sbjct:    5 VYFDITIDDAPAGRITFNLFDDVVPKTAENFRALATGEKGFGYAGSSFHRVITDFMLQGGDFTRGDGTGGKSIYGEKFADENFQLKHDRVGLLSMANAGKNTNGSQFFITTVLTPWLDGKHVVFGEVADDDSMALVRKIEALGSSSGRTSAKVTIAES 162          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|20137769|sp|P91791.1|PPIA_HEMPU (RecName: Full=Peptidyl-prolyl cis-trans isomerase; Short=PPIase; AltName: Full=Cyclophilin; AltName: Full=Cyclosporin A-binding protein; AltName: Full=Rotamase)

HSP 1 Score: 142.895 bits (359), Expect = 3.396e-41
Identity = 79/161 (49.07%), Postives = 93/161 (57.76%), Query Frame = 0
Query:  129 RPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            +P    D+ A+ +++G I +ELR DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH +   LSMANAG ++NGSQFFI TA T WLDG HVVFG V       ++KK+E +GS  G    KI I  C
Sbjct:    3 KPQVFFDLQANGENLGRIVMELRADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPGFMCQGGDFTRHNGTGGKSIYGEKFADENFTLKHTQPGILSMANAGVNTNGSQFFICTAVTSWLDGKHVVFGAVTQGLD--IIKKVESYGSDSGKTSKKITIADC 161          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|47117835|sp|P25007.2|PPIA_DROME (RecName: Full=Peptidyl-prolyl cis-trans isomerase; Short=PPIase; AltName: Full=Cyclophilin; AltName: Full=Cyclosporin A-binding protein; AltName: Full=Rotamase)

HSP 1 Score: 142.895 bits (359), Expect = 1.651e-40
Identity = 79/157 (50.32%), Postives = 94/157 (59.87%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVI 256
            P    D++AD++ +G I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENFELKH     LSMANAG ++NGSQFFI T +T WLD  HVVFG+V+      VVKKIE +GS+ G    KI++
Sbjct:   67 PRVFFDMTADNEPLGRIVMELRSDVVPKTAENFRALCTGEKGFGYKGSIFHRVIPNFMCQGGDFTNHNGTGGKSIYGNKFPDENFELKHTGSGILSMANAGANTNGSQFFICTVKTAWLDNKHVVFGEVVE--GLDVVKKIESYGSQSGKTSKKIIV 221          
BLAST of EMLSAG00000010128 vs. SwissProt
Match: gi|1706258|sp|P54985.1|PPIA_BLAGE (RecName: Full=Peptidyl-prolyl cis-trans isomerase; Short=PPIase; AltName: Full=Cyclophilin; AltName: Full=Cyclosporin A-binding protein; AltName: Full=Rotamase)

HSP 1 Score: 140.584 bits (353), Expect = 2.571e-40
Identity = 80/161 (49.69%), Postives = 92/161 (57.14%), Query Frame = 0
Query:  129 RPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
             P    D+SAD + +G I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENF+LKH     L MANAG ++NGSQFFITTA+T WLD  HVVFG V+      VVKK+E  GS+ G    KI +  C
Sbjct:    3 HPRVFFDMSADGQPVGRIVMELRSDVVPKTAENFRALCTGEKGFGYKGSRFHRVIPNFMCQGGDFTNHNGTGGKSIYGTKFEDENFQLKHTGPGILWMANAGPNTNGSQFFITTAKTSWLDNRHVVFGSVVE--GMDVVKKLESLGSQSGKTNKKIAVVDC 161          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: gb|EEZ98965.2| (Peptidyl-prolyl cis-trans isomerase-like Protein [Tribolium castaneum])

HSP 1 Score: 153.68 bits (387), Expect = 2.939e-45
Identity = 85/160 (53.12%), Postives = 96/160 (60.00%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P   +D+SAD++ +G I +ELR DVVP TAENFRALCTGE GFGY GSTFHR                             DENF LKH  F  LSMANAG D+NGSQFFITT +T WLD  HVVFG V+      VVKKIE FGS+ G    KIV+  C
Sbjct:   49 PRVFMDMSADNQPLGRIVIELRSDVVPKTAENFRALCTGEHGFGYKGSTFHRVIPNFMCQGGDFTNHNGTGGKSIYGNKFADENFTLKHTGFGVLSMANAGPDTNGSQFFITTVKTSWLDNRHVVFGTVVE--GMDVVKKIESFGSQSGKTSKKIVVADC 206          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: EEB13079.1 (peptidyl-prolyl cis-trans isomerase, putative [Pediculus humanus corporis])

HSP 1 Score: 150.984 bits (380), Expect = 4.642e-44
Identity = 83/160 (51.88%), Postives = 97/160 (60.62%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P   +D++AD + +G I +ELR DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG D+NGSQFFITT +T WLD  HVVFGKV+      VVKKIE +GS+ G    +IV++ C
Sbjct:   47 PRVFMDMAADGQSLGRIVIELRSDVVPKTAENFRALCTGEKGFGYKGSTFHRVIPNFMCQGGDFTHHNGTGGKSIYGEKFADENFNLKHVSPGILSMANAGPDTNGSQFFITTVKTTWLDRRHVVFGKVVE--GMDVVKKIETYGSQSGKTVKEIVVQNC 204          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: XP_393381.2 (PREDICTED: peptidyl-prolyl cis-trans isomerase-like [Apis mellifera])

HSP 1 Score: 149.828 bits (377), Expect = 9.713e-44
Identity = 83/160 (51.88%), Postives = 98/160 (61.25%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D++AD+K +G I +ELR DVVP TAENFRALCTGEKGFGY GS+FHR                             DENF LKH +   LSMANAG ++NGSQFFIT+A+T WLDG HVVFGKV+      VV+K+E  GS+ G    KIVI  C
Sbjct:   49 PRVFFDMTADTKPVGRIVMELRSDVVPKTAENFRALCTGEKGFGYKGSSFHRVIPNFMCQGGDFTNHNGTGGKSIYGVRFDDENFTLKHTEPGILSMANAGPNTNGSQFFITSAKTSWLDGKHVVFGKVVE--GMDVVRKLEAMGSQSGKTSKKIVITDC 206          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: XP_001119897.1 (PREDICTED: peptidyl-prolyl cis-trans isomerase [Apis mellifera])

HSP 1 Score: 148.288 bits (373), Expect = 1.233e-43
Identity = 84/160 (52.50%), Postives = 95/160 (59.38%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    DISAD K +G I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENFELKH     LSMAN+G ++NGSQFF+TT +T WLD  HVVFG V++     VVKKIE +GS+ G    KIVI  C
Sbjct:    4 PRVYFDISADDKSLGRIIMELRTDVVPKTAENFRALCTGEKGFGYKGSIFHRVIPKFMCQGGDFTNHNGTGGKSIYGEKFEDENFELKHIGPGILSMANSGPNTNGSQFFLTTIKTTWLDNKHVVFGSVVDGMG--VVKKIESYGSQTGKTHQKIVITNC 161          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: gb|KFM59197.1| (Peptidyl-prolyl cis-trans isomerase, partial [Stegodyphus mimosarum])

HSP 1 Score: 146.362 bits (368), Expect = 6.704e-43
Identity = 81/160 (50.62%), Postives = 93/160 (58.13%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P C  D++AD + +G I  ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENF LKH     LSMANAG ++NGSQFFITT +T WLDG HVVFG+V+      VVKKIE +GS+ G     I +  C
Sbjct:    4 PRCYFDMTADGEPLGRIVFELRSDVVPKTAENFRALCTGEKGFGYKGSIFHRVIPNFMCQAGDFTHHNGTGGRSIYGDRFEDENFNLKHTGPGVLSMANAGPNTNGSQFFITTVKTSWLDGKHVVFGQVVE--GMDVVKKIESYGSQSGKTSKTITVADC 161          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: gb|EEC13619.1| (peptidyl-prolyl cis-trans isomerase, putative [Ixodes scapularis])

HSP 1 Score: 145.591 bits (366), Expect = 1.473e-42
Identity = 81/157 (51.59%), Postives = 94/157 (59.87%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKK-FSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVI 256
            P    DI AD + +G I +ELR DVVP TAENFRALCTGEKGFG+  STFHR                             DENF LKH    +LSMAN+G+++NGSQFF+TTA+T WLDG HVVFG V+       VKKIE FGS+ G    KIVI
Sbjct:    4 PKVFFDIEADGQPLGRITMELRADVVPRTAENFRALCTGEKGFGFKNSTFHRVIPNFMCQGGDFTNHNGTGGKSIYGSKFDDENFTLKHTAPGTLSMANSGRNTNGSQFFLTTAKTSWLDGKHVVFGSVI--GGMDTVKKIESFGSQSGKTSKKIVI 158          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: AAF49751.1 (CG7768, isoform A [Drosophila melanogaster])

HSP 1 Score: 144.436 bits (363), Expect = 4.013e-42
Identity = 78/160 (48.75%), Postives = 95/160 (59.38%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    DI+A  + +G I +ELR DVVP TAENFRALCTGEKG+GY GS FHR                             DENFELKH     LSMANAG ++NGSQFFI T +T WLD  HVVFGKV+      +V+K+E +GS++G    K++IE C
Sbjct:    4 PRVYFDIAAGGEKLGRIVMELRSDVVPKTAENFRALCTGEKGYGYKGSPFHRVIPNFMCQGGDFTNQNGTGGRSIYGNKFPDENFELKHTGAGVLSMANAGANTNGSQFFICTGKTTWLDNKHVVFGKVVE--GMDIVQKVESYGSQDGKTSKKVIIEDC 161          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: AAF49750.1 (CG7768, isoform B [Drosophila melanogaster])

HSP 1 Score: 144.436 bits (363), Expect = 4.013e-42
Identity = 78/160 (48.75%), Postives = 95/160 (59.38%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    DI+A  + +G I +ELR DVVP TAENFRALCTGEKG+GY GS FHR                             DENFELKH     LSMANAG ++NGSQFFI T +T WLD  HVVFGKV+      +V+K+E +GS++G    K++IE C
Sbjct:    4 PRVYFDIAAGGEKLGRIVMELRSDVVPKTAENFRALCTGEKGYGYKGSPFHRVIPNFMCQGGDFTNQNGTGGRSIYGNKFPDENFELKHTGAGVLSMANAGANTNGSQFFICTGKTTWLDNKHVVFGKVVE--GMDIVQKVESYGSQDGKTSKKVIIEDC 161          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: gb|EEC12371.1| (cyclophilin A, putative [Ixodes scapularis])

HSP 1 Score: 143.665 bits (361), Expect = 2.179e-41
Identity = 85/186 (45.70%), Postives = 101/186 (54.30%), Query Frame = 0
Query:  104 VKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            V  +  +C F   A K S+       P    D++AD   +G I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENF LKH     LSMANAG ++NGSQFFITT +T WLDG HVVFG V+    + V K++E FGS+ G    K+ I  C
Sbjct:   21 VPILPLSCSFATAADKMSN-------PRVFFDVTADGAPLGRIVMELRPDVVPKTAENFRALCTGEKGFGYKGSIFHRVIPNFMCQGGDFTRHNGTGGKSIYGEKFEDENFILKHTGPGILSMANAGPNTNGSQFFITTVKTAWLDGKHVVFGAVVE--GQDVYKQMESFGSQNGKTSKKLAIADC 197          
BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Match: EGK96444.1 (AGAP000462-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 142.124 bits (357), Expect = 3.074e-41
Identity = 78/160 (48.75%), Postives = 93/160 (58.13%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P C  D++ D++ +G I +ELR DVVP T+ENFRALCTGEKGFGY GS FHR                             DENF LKH     LSMANAG ++NGSQFFITT +T WL+  HVVFG V+      VV+KIE FGS  G P  +I +  C
Sbjct:    4 PRCFFDMTVDNQPLGRIVIELRPDVVPKTSENFRALCTGEKGFGYKGSIFHRVIPNFMCQGGDFQNHNGTGGKSIYGNKFEDENFILKHTGPGILSMANAGPNTNGSQFFITTVKTSWLNDRHVVFGSVV--EGMDVVRKIESFGSHSGKPSKQITVANC 161          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|71895031|ref|NP_001026397.1| (peptidyl-prolyl cis-trans isomerase F, mitochondrial [Gallus gallus] >gi|53127340|emb|CAG31053.1| hypothetical protein RCJMB04_1o7 [Gallus gallus])

HSP 1 Score: 155.992 bits (393), Expect = 1.620e-43
Identity = 90/173 (52.02%), Postives = 103/173 (59.54%), Query Frame = 0
Query:  117 AKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            A+  SS G   + P   LD+ AD++ +G + +EL+ DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH+    LSMANAG ++NGSQFFI TA+T WLDG HVVFG V  K    VVKKIE FGSK G    KIVI  C
Sbjct:   30 ARGCSSDGAGPRNPLVYLDVGADNQPLGRVVLELKADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPSFMCQGGDFTNHNGTGGKSIYGSRFPDENFLLKHEGPGVLSMANAGPNTNGSQFFICTAKTDWLDGKHVVFGHV--KEGMDVVKKIESFGSKNGKTSKKIVITDC 200          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|1005940266|ref|XP_015787241.1| (PREDICTED: peptidyl-prolyl cis-trans isomerase A1-like isoform X2 [Tetranychus urticae])

HSP 1 Score: 154.066 bits (388), Expect = 3.426e-43
Identity = 86/160 (53.75%), Postives = 94/160 (58.75%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D+SA+ KDIG I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENF LKH     LSMANAG  +NGSQFFITT +T WLDG HVVFG V       VVKKIE FG++ G PK K+ I  C
Sbjct:    4 PRVFFDVSAEGKDIGRIVIELRPDVVPKTAENFRALCTGEKGFGYKGSIFHRVIPNFMLQGGDFTNHNGTGGKSIYGEKFPDENFTLKHTGPGILSMANAGPGTNGSQFFITTVKTAWLDGKHVVFGSV--TEGMDVVKKIEGFGTQSGKPKTKVTISNC 161          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|1027016062|ref|XP_016605119.1| (peptidyl-prolyl cis-trans isomerase, variant [Spizellomyces punctatus DAOM BR117] >gi|907090765|gb|KNC97079.1| peptidyl-prolyl cis-trans isomerase, variant [Spizellomyces punctatus DAOM BR117])

HSP 1 Score: 154.066 bits (388), Expect = 3.577e-43
Identity = 85/158 (53.80%), Postives = 99/158 (62.66%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIE 257
            P    D++AD K +G I +ELR DVVP TAENFRALCTGEKGFGYAGSTFHR                             DENF+LKH  +  LSMANAG ++NGSQFFI T +T WLDG HVVFGKV       +VKK+E FGS+ G  KAKIV++
Sbjct:    4 PKVFFDMTADGKPLGRIVMELRADVVPKTAENFRALCTGEKGFGYAGSTFHRVIPNFMCQGGDFTRGDGTGGKSIYGNKFEDENFQLKHIGEGILSMANAGPNTNGSQFFICTTQTTWLDGKHVVFGKVTE--GMDIVKKVESFGSQSGKTKAKIVVQ 159          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|1005940264|ref|XP_015787233.1| (PREDICTED: peptidyl-prolyl cis-trans isomerase A1-like isoform X1 [Tetranychus urticae])

HSP 1 Score: 155.606 bits (392), Expect = 3.959e-43
Identity = 86/160 (53.75%), Postives = 94/160 (58.75%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D+SA+ KDIG I +ELR DVVP TAENFRALCTGEKGFGY GS FHR                             DENF LKH     LSMANAG  +NGSQFFITT +T WLDG HVVFG V       VVKKIE FG++ G PK K+ I  C
Sbjct:   55 PRVFFDVSAEGKDIGRIVIELRPDVVPKTAENFRALCTGEKGFGYKGSIFHRVIPNFMLQGGDFTNHNGTGGKSIYGEKFPDENFTLKHTGPGILSMANAGPGTNGSQFFITTVKTAWLDGKHVVFGSV--TEGMDVVKKIEGFGTQSGKPKTKVTISNC 212          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|1027016074|ref|XP_016605120.1| (peptidyl-prolyl cis-trans isomerase [Spizellomyces punctatus DAOM BR117] >gi|907090766|gb|KNC97080.1| peptidyl-prolyl cis-trans isomerase [Spizellomyces punctatus DAOM BR117])

HSP 1 Score: 154.451 bits (389), Expect = 4.093e-43
Identity = 85/158 (53.80%), Postives = 99/158 (62.66%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKH-KKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIE 257
            P    D++AD K +G I +ELR DVVP TAENFRALCTGEKGFGYAGSTFHR                             DENF+LKH  +  LSMANAG ++NGSQFFI T +T WLDG HVVFGKV       +VKK+E FGS+ G  KAKIV++
Sbjct:   23 PKVFFDMTADGKPLGRIVMELRADVVPKTAENFRALCTGEKGFGYAGSTFHRVIPNFMCQGGDFTRGDGTGGKSIYGNKFEDENFQLKHIGEGILSMANAGPNTNGSQFFICTTQTTWLDGKHVVFGKVTE--GMDIVKKVESFGSQSGKTKAKIVVQ 178          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|831489739|ref|XP_012706653.1| (PREDICTED: peptidyl-prolyl cis-trans isomerase-like [Fundulus heteroclitus])

HSP 1 Score: 153.295 bits (386), Expect = 7.219e-43
Identity = 82/161 (50.93%), Postives = 99/161 (61.49%), Query Frame = 0
Query:  129 RPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            RP    D++AD  ++G + +ELR DVVP TAENFRALCTGEKGFGY GS+FHR                             DENF+L H     LSMANAG ++NGSQFFI TA+T WLDG HVVFG+V+      VVKK+E +G+  G PKAK+VI  C
Sbjct:    3 RPRVFFDVTADGSNVGRVVMELRPDVVPKTAENFRALCTGEKGFGYKGSSFHRVIPEFMCQGGDFTNHNGTGGKSIYGTKFADENFQLTHTGPGILSMANAGPNTNGSQFFICTAKTTWLDGKHVVFGQVVE--GMDVVKKMESYGTSSGKPKAKLVIADC 161          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|443419064|gb|AGC84404.1| (peptidyl-prolyl isomerase-1 [Locusta migratoria])

HSP 1 Score: 152.525 bits (384), Expect = 1.042e-42
Identity = 86/161 (53.42%), Postives = 97/161 (60.25%), Query Frame = 0
Query:  129 RPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            RP    D++AD++ IG I +ELR DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF LKH     LSMANAG ++NGSQFFITTA+T WLD  HVVFG V+      VVKKIE FGS+ G    KIV+  C
Sbjct:    3 RPKVFFDMAADNQPIGRIVIELRADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPNFMCQGGDFTNHNGTGGKSIYGNKFEDENFTLKHTGPGILSMANAGPNTNGSQFFITTAKTSWLDNRHVVFGSVV--EGMDVVKKIESFGSQSGKTSKKIVVNDC 161          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|657793004|ref|XP_008323387.1| (PREDICTED: peptidyl-prolyl cis-trans isomerase A [Cynoglossus semilaevis])

HSP 1 Score: 152.525 bits (384), Expect = 1.172e-42
Identity = 83/160 (51.88%), Postives = 99/160 (61.88%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D++ D +++G I +ELR DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF+LKH     LSMANAG ++NGSQFFI TA T WL+G HVVFG V++    +VVK IE +G+K G PKAK+VI  C
Sbjct:    4 PRVFFDMAVDGENVGRIVMELRADVVPRTAENFRALCTGEKGFGYKGSTFHRVIPKFMCQGGDFTNHNGTGGKSIYGEKFPDENFQLKHTGAGILSMANAGPNTNGSQFFICTANTDWLNGKHVVFGTVVD--GLEVVKAIEKYGTKSGTPKAKVVIADC 161          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|972198842|ref|XP_015181406.1| (PREDICTED: peptidyl-prolyl cis-trans isomerase [Polistes dominula])

HSP 1 Score: 152.525 bits (384), Expect = 1.410e-42
Identity = 84/160 (52.50%), Postives = 96/160 (60.00%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D++AD K IG + +ELR DVVP TAENFRALCTGEKGFGY GSTFHR                             DENF+LKH     LSMAN+G +SNGSQFFITTA T WLD  HVVFG V+      V+KK+E FGS+ G  + KIVI  C
Sbjct:    4 PKVYFDLTADKKPIGRVVMELRTDVVPKTAENFRALCTGEKGFGYKGSTFHRVIPNFMCQGGDFTNHDGTGGRSIYGEKFEDENFQLKHLDSGLLSMANSGPNSNGSQFFITTARTTWLDNKHVVFGSVIE--GMDVIKKVESFGSQTGQTRQKIVIADC 161          
BLAST of EMLSAG00000010128 vs. nr
Match: gi|1059222180|ref|XP_017764861.1| (PREDICTED: peptidyl-prolyl cis-trans isomerase [Eufriesea mexicana] >gi|1026544514|gb|OAD52172.1| Peptidyl-prolyl cis-trans isomerase [Eufriesea mexicana])

HSP 1 Score: 152.14 bits (383), Expect = 1.473e-42
Identity = 82/160 (51.25%), Postives = 98/160 (61.25%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    D++AD K +G I +ELR DVVP TAENFRALCTGEKGFGY GSTFHR                             DENFELKH     LSMAN+G ++NGSQFF+TTA+T WLD  HVVFG V+N  S  +VK++E +GS+ G    KI+I  C
Sbjct:    4 PRVYFDVAADDKPLGRIVMELRADVVPKTAENFRALCTGEKGFGYKGSTFHRVIPKFMCQGGDFTNHDGTGGKSIYGEKFEDENFELKHTGPGILSMANSGPNTNGSQFFLTTAKTAWLDNKHVVFGSVVNGTS--IVKRVESYGSQTGKTHQKIIITNC 161          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold854_size172502-snap-gene-0.28 (protein:Tk08571 transcript:maker-scaffold854_size172502-snap-gene-0.28-mRNA-1 annotation:"peptidylprolyl isomerase")

HSP 1 Score: 218.779 bits (556), Expect = 1.542e-70
Identity = 115/248 (46.37%), Postives = 152/248 (61.29%), Query Frame = 0
Query:   62 GKCIYEKAKNVAWTSCLESHDNVMRKILQLIKTKGKNMACPPVKTMTKTCKFDRKAKKTSSKGGTAKRP-------------------HCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKCTC 261
            G+C YEK  ++ +T+C +      +K L+L+K KG+++ CP  KT++K CK D+  K   SK    K+P                    C +DI  + + +G ++++L+ D VP TAENFRALCTGEKG+GYAG+TFHR                             DENF+LKHK + LSMAN+GKDSNGSQFFIT+ +TPWLDG HVVFGKV+NKASK VV +IE FG+K GNP  K+ I+KCTC
Sbjct:   58 GRCKYEKPSHMEFTTC-DPMSRTRKKTLKLVKAKGEDVECPDTKTISKPCKEDKNRKNGGSK--KDKQPVESGQNPRRRGGKGRKRKGSCSMDIKVNGEPLGRVDIKLKFDTVPKTAENFRALCTGEKGYGYAGTTFHRIIPSFMIQGGDFTAHDGTGGHSIYGSSFNDENFKLKHKPYVLSMANSGKDSNGSQFFITSLKTPWLDGVHVVFGKVMNKASKDVVNRIEGFGTKSGNPNGKLTIDKCTC 302          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold82_size396747-snap-gene-1.18 (protein:Tk06817 transcript:maker-scaffold82_size396747-snap-gene-1.18-mRNA-1 annotation:"peptidyl-prolyl cis-trans isomerase a1")

HSP 1 Score: 147.517 bits (371), Expect = 6.964e-44
Identity = 80/160 (50.00%), Postives = 97/160 (60.62%), Query Frame = 0
Query:  130 PHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P    +ISA+ +++G I +ELR DVVP TAENFRALCTGEKGFG+ GS+FHR                             DENF LKH     LSMANAG ++NGSQFFI TA+T WLDG H VFGKV+      VVK++E FGS+ G    K+VI+ C
Sbjct:   46 PKVYFEISANGQNLGKIVMELRTDVVPKTAENFRALCTGEKGFGFKGSSFHRVIPQFMIQGGDFTNHNGTGGKSIYGRTFKDENFTLKHTGAGILSMANAGPNTNGSQFFICTAKTQWLDGKHTVFGKVVE--GMDVVKEVESFGSRNGETSKKLVIDNC 203          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold221_size251850-snap-gene-0.16 (protein:Tk12499 transcript:maker-scaffold221_size251850-snap-gene-0.16-mRNA-1 annotation:"peptidyl-prolyl cis-trans isomerase")

HSP 1 Score: 141.354 bits (355), Expect = 3.048e-41
Identity = 80/164 (48.78%), Postives = 95/164 (57.93%), Query Frame = 0
Query:  125 GTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEK 258
            G    P    D++A    +G I +ELR DVVP TAEN+RALCTGEKG+G+ GSTFHR                             DENF LKH     LSMANAG ++NGSQFFI TA+T WLDG HVVFG+V+      VVKKIE +GS+ G   AKI + K
Sbjct:   74 GKMALPRVYFDMAAGGNPVGRIVMELRTDVVPKTAENYRALCTGEKGYGFGGSTFHRVIPNFMCQGGDFTNHNGTGGKSIYGNKFEDENFTLKHTGPGILSMANAGPNTNGSQFFICTAKTSWLDGKHVVFGQVVE--GMDVVKKIESYGSQSGKCSAKITVAK 235          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold872_size86337-snap-gene-0.14 (protein:Tk06108 transcript:maker-scaffold872_size86337-snap-gene-0.14-mRNA-1 annotation:"peptidyl-prolyl cis-trans isomerase e")

HSP 1 Score: 134.806 bits (338), Expect = 7.994e-38
Identity = 82/187 (43.85%), Postives = 98/187 (52.41%), Query Frame = 0
Query:  103 PVKTMTKTCKFDRKAKKTSSKGGTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKK-FSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            P +  T T   + K KK        K P    D+   +  +G I + LR DV P TAENFR LCT EKGFGY GSTFHR                             DENF L+H    +LSMAN+G  +NGSQFF+T  +T WLDG HVVFG V+  +   VVKKIE FG+K G P  K+VI  C
Sbjct:  143 PAEDSTATTDEEPKDKKAR------KNPQVFFDVKIGTAMVGRIIIMLRADVCPKTAENFRCLCTQEKGFGYQGSTFHRVIPGFMLQGGDFTNNNGTGGKSIYGKKFADENFILRHTAPGTLSMANSGPGTNGSQFFLTVDKTDWLDGKHVVFGSVI--SGLNVVKKIEKFGTKSGKPTEKVVIANC 321          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold637_size121548-snap-gene-0.17 (protein:Tk06772 transcript:maker-scaffold637_size121548-snap-gene-0.17-mRNA-1 annotation:"peptidyl-prolyl cis-trans isomerase")

HSP 1 Score: 120.168 bits (300), Expect = 2.772e-33
Identity = 72/159 (45.28%), Postives = 88/159 (55.35%), Query Frame = 0
Query:  129 RPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSK-EGNPKAKIVI 256
            R     D+  + +  G I +EL  +VVP TAENFR L TGE G+GY GS FHR                             DENF +KH    L SMANAG+D+NGSQFFITT +T WLD  HVVFG+V +  S K+V+ IE  GS  EG  + +IVI
Sbjct:   53 RTKIFFDVEINGEYAGRINMELFDEVVPKTAENFRQLATGENGYGYKGSKFHRVIPGFMIQGGDFTAGDGTGGYSIYGQRFADENFLIKHGSPGLLSMANAGEDTNGSQFFITTVKTDWLDDKHVVFGRVADNESWKLVEHIETLGSHPEGKTEGEIVI 211          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold299_size217019-snap-gene-1.29 (protein:Tk09199 transcript:maker-scaffold299_size217019-snap-gene-1.29-mRNA-1 annotation:"hypothetical protein LOTGIDRAFT_112989")

HSP 1 Score: 103.605 bits (257), Expect = 2.427e-25
Identity = 66/173 (38.15%), Postives = 82/173 (47.40%), Query Frame = 0
Query:  125 GTAKRPHCRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKG--------FGYAGSTFHR-----------------------------DENFELKHKKFSL-SMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGNPKAKIVIEKC 259
            G    P    DI+     +G I +EL  +VVP T +NFRALCTGEKG          Y  S+FHR                             DENF LKH+K  L SMANAG  +NGSQFF+TT   P LDG HVVFG+ +      +V +IE   +    P  ++ I  C
Sbjct:  116 GPDPNPIVFFDITIGGDPVGRIVMELYANVVPKTVDNFRALCTGEKGQVGGSGIPLHYKNSSFHRVINRFMLQGGDFTAGDGTGGASIYGEKFADENFLLKHEKPGLLSMANAGPGTNGSQFFLTTVNCPHLDGKHVVFGRAIKGMG--IVNEIEVMETTSDKPNVEVKIADC 286          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold311_size212931-processed-gene-1.3 (protein:Tk00658 transcript:snap_masked-scaffold311_size212931-processed-gene-1.3-mRNA-1 annotation:"peptidyl prolyl cis-trans isomerase b")

HSP 1 Score: 95.5153 bits (236), Expect = 3.709e-23
Identity = 67/170 (39.41%), Postives = 81/170 (47.65%), Query Frame = 0
Query:  134 LDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-------------------------------------------DENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFGSKEGN---PKAKIVI 256
             D++   + +G IEV L  + VP TAENF+ L  G +   Y GS FHR                                           DENF+LKH     LSMAN+GKD+NGSQFFIT   T WLDG HVVFGKV+      VV+KIE   +K G    P A +VI
Sbjct:  119 FDMTIGGEAVGRIEVGLFGNTVPKTAENFKQLAIGHEKGHYKGSKFHRIIPDFMLQGGDFTRGDGKGFQAERTDSTYVGTGGRSIYGEKFPDENFKLKHYGAGWLSMANSGKDTNGSQFFITVKATSWLDGRHVVFGKVIK--GMDVVRKIE--NTKTGQQDRPVADVVI 284          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold898_size83862-processed-gene-0.11 (protein:Tk12466 transcript:snap_masked-scaffold898_size83862-processed-gene-0.11-mRNA-1 annotation:"hypothetical protein SINV_06109")

HSP 1 Score: 88.5817 bits (218), Expect = 5.638e-20
Identity = 64/167 (38.32%), Postives = 82/167 (49.10%), Query Frame = 0
Query:  132 CRLDISADSKDIGAIEVELRMDVVPLTAENFRALCTGEKGFG--------YAGSTFHR-----------------------------DENFELKHKK-FSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIEFFG-SKEGNPKAKIVIEKC 259
            C  D+S     +G +  +L  + VP TA NF+ LCTGE G          Y GS  HR                             DE+ ELKH + F LSMAN G+++NGSQFFITTA  P LDG HVVFG+V+  A +KVV+ +E     +   P   + IE C
Sbjct:   44 CFFDLSQGGVKLGRVVFQLFHERVPKTARNFQHLCTGEAGLSSTTSRVLHYRGSNLHRVIGNFMLQGGDFVHGNGTGGESIYGRAFEDEDLELKHDEPFLLSMANRGRNTNGSQFFITTAAAPHLDGLHVVFGRVV--AGQKVVRAVEATPVDRNDRPLEDVKIENC 208          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold1_size3401120-processed-gene-10.36 (protein:Tk04875 transcript:snap_masked-scaffold1_size3401120-processed-gene-10.36-mRNA-1 annotation:"peptidyl-prolyl cis-trans isomerase cyclophilin family")

HSP 1 Score: 70.8626 bits (172), Expect = 2.580e-15
Identity = 52/127 (40.94%), Postives = 62/127 (48.82%), Query Frame = 0
Query:  144 GAIEVELRMDVVPLTAENFRALCTGEKGFGYAGSTFHR-------------------------DENF-ELKHK---KFSLSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIE 241
            G I ++L  D  PLT  NF  L   ++G+ Y G  FHR                         DE   EL+H    KFS  MANAG  +NGSQFFIT   TP LDG H VFG V + A ++VV  IE
Sbjct:   12 GTIRLDLFADKTPLTVANFVNLA--QRGY-YDGLNFHRVIADFMIQGGCPLGTGTGGPGYKFADEFVPELRHDAPGKFS--MANAGPGTNGSQFFITHLPTPHLDGKHTVFGAVQSDADQEVVNAIE 133          
BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1555_size35851-snap-gene-0.1 (protein:Tk01579 transcript:maker-scaffold1555_size35851-snap-gene-0.1-mRNA-1 annotation:"peptidylprolyl isomerase")

HSP 1 Score: 69.3218 bits (168), Expect = 9.269e-14
Identity = 49/134 (36.57%), Postives = 60/134 (44.78%), Query Frame = 0
Query:  143 IGAIEVELRMDVVPLTAENFRALCTGE----------------------------------KGFGYAGSTFHRDENFELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLNKASKKVVKKIE 241
            IG I ++L M+  PLT  NF  L  G+                                  +G G  G +F  + + +LKH     LSMANAG  +NGSQFFIT  ET WLDG H VFG V+      VV  IE
Sbjct:  177 IGEITLKLEMEKTPLTVANFVGLAEGKIANKEKEADTPYYDGLVFHRVIPDFMIQGGCPQGRGMGGPGYSFKDEFHPDLKHTGPGILSMANAGPGTNGSQFFITHVETAWLDGKHSVFGHVVE--GMDVVNTIE 308          

HSP 2 Score: 62.3882 bits (150), Expect = 1.959e-11
Identity = 47/122 (38.52%), Postives = 57/122 (46.72%), Query Frame = 0
Query:  144 GAIEVELRMDVVPLTAENFRALCTGE-----KGFG---YAGSTFHR-DENF-------------------------ELKHKKFS-LSMANAGKDSNGSQFFITTAETPWLDGGHVVFGKVLN 230
            G+I + L  +  PLT  NF  L  G+     K  G   Y G TFHR   NF                         +LKH     LSMAN G  +NGSQFF+T A TP LDG H VFG+V++
Sbjct:   48 GSILINLEFEKTPLTVANFVGLAEGKIENTAKSMGTPYYNGLTFHRVIPNFMIQGGDPQGVGSGGPGYSFKDEFHPDLKHNVPGILSMANRGPATNGSQFFLTVAPTPNLDGKHTVFGQVVD 169          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000010128 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.310e-4452.02symbol:PPIF "Peptidyl-prolyl cis-trans isomerase" ... [more]
-9.259e-4448.42symbol:Ppif "Peptidyl-prolyl cis-trans isomerase F... [more]
-9.259e-4448.42symbol:Ppif "peptidylprolyl isomerase F" species:1... [more]
-1.215e-4345.37symbol:LOC100152612 "Peptidyl-prolyl cis-trans iso... [more]
-1.220e-4349.47symbol:Ppif "peptidylprolyl isomerase F (cyclophil... [more]
-6.707e-4253.13symbol:PPIF "Peptidyl-prolyl cis-trans isomerase F... [more]
-1.912e-4151.57symbol:ppi1 "cyclophilin family peptidyl-prolyl ci... [more]
-4.976e-4153.13symbol:PPIF "Peptidyl-prolyl cis-trans isomerase F... [more]
-1.456e-4048.75symbol:CG7768 species:7227 "Drosophila melanogaste... [more]
-2.721e-4052.17symbol:ppiab "peptidylprolyl isomerase Ab (cycloph... [more]

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BLAST of EMLSAG00000010128 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592786337|gb|GAXK01168231.1|8.124e-3850.00TSA: Calanus finmarchicus comp366_c0_seq1 transcri... [more]
gi|592938533|gb|GAXK01020020.1|1.589e-3647.24TSA: Calanus finmarchicus comp13069_c0_seq1 transc... [more]
gi|592892385|gb|GAXK01065990.1|8.360e-3643.33TSA: Calanus finmarchicus comp4260_c0_seq1 transcr... [more]
gi|592779060|gb|GAXK01175508.1|1.696e-3445.45TSA: Calanus finmarchicus comp3873_c0_seq1 transcr... [more]
gi|592843975|gb|GAXK01113569.1|1.130e-3346.99TSA: Calanus finmarchicus comp895756_c0_seq1 trans... [more]
gi|592846881|gb|GAXK01110663.1|1.271e-3346.15TSA: Calanus finmarchicus comp3810942_c0_seq1 tran... [more]
gi|592781346|gb|GAXK01173222.1|1.082e-2646.15TSA: Calanus finmarchicus comp133569_c0_seq1 trans... [more]
gi|592807163|gb|GAXK01147405.1|2.275e-2643.14TSA: Calanus finmarchicus comp42352_c0_seq1 transc... [more]
gi|592776303|gb|GAXK01178265.1|2.791e-2641.92TSA: Calanus finmarchicus comp14359_c0_seq1 transc... [more]
gi|592776769|gb|GAXK01177799.1|3.667e-2637.36TSA: Calanus finmarchicus comp15372_c0_seq1 transc... [more]

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BLAST of EMLSAG00000010128 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 11
Match NameE-valueIdentityDescription
EMLSAP000000101280.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s669:14215... [more]
EMLSAP000000009314.628e-4048.13pep:novel supercontig:LSalAtl2s:LSalAtl2s1162:1548... [more]
EMLSAP000000064687.817e-3745.12pep:novel supercontig:LSalAtl2s:LSalAtl2s353:35263... [more]
EMLSAP000000060166.730e-3545.63pep:novel supercontig:LSalAtl2s:LSalAtl2s326:61332... [more]
EMLSAP000000071398.807e-3545.91pep:novel supercontig:LSalAtl2s:LSalAtl2s402:36848... [more]
EMLSAP000000043933.835e-2842.95pep:novel supercontig:LSalAtl2s:LSalAtl2s230:29618... [more]
EMLSAP000000111967.350e-2639.76pep:novel supercontig:LSalAtl2s:LSalAtl2s761:36643... [more]
EMLSAP000000118631.925e-2241.72pep:novel supercontig:LSalAtl2s:LSalAtl2s834:12900... [more]
EMLSAP000000000752.764e-1438.94pep:novel supercontig:LSalAtl2s:LSalAtl2s100:69178... [more]
EMLSAP000000063971.372e-1235.90pep:novel supercontig:LSalAtl2s:LSalAtl2s350:49908... [more]

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BLAST of EMLSAG00000010128 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|2507228|sp|P29117.2|PPIF_RAT4.987e-4548.42RecName: Full=Peptidyl-prolyl cis-trans isomerase ... [more]
gi|20137912|sp|Q99KR7.1|PPIF_MOUSE6.599e-4549.47RecName: Full=Peptidyl-prolyl cis-trans isomerase ... [more]
gi|109892827|sp|P0C1H7.1|PPIA1_RHIO92.334e-4351.25RecName: Full=Peptidyl-prolyl cis-trans isomerase ... [more]
gi|460018302|sp|P30404.3|PPIF_BOVIN3.876e-4353.13RecName: Full=Peptidyl-prolyl cis-trans isomerase ... [more]
gi|118109|sp|P18253.1|CYPH_SCHPO1.050e-4251.57RecName: Full=Peptidyl-prolyl cis-trans isomerase;... [more]
gi|231968|sp|P30405.1|PPIF_HUMAN2.967e-4253.13RecName: Full=Peptidyl-prolyl cis-trans isomerase ... [more]
gi|729278|sp|Q06118.1|PPIA_STRAQ9.102e-4250.00RecName: Full=Peptidyl-prolyl cis-trans isomerase ... [more]
gi|20137769|sp|P91791.1|PPIA_HEMPU3.396e-4149.07RecName: Full=Peptidyl-prolyl cis-trans isomerase;... [more]
gi|47117835|sp|P25007.2|PPIA_DROME1.651e-4050.32RecName: Full=Peptidyl-prolyl cis-trans isomerase;... [more]
gi|1706258|sp|P54985.1|PPIA_BLAGE2.571e-4049.69RecName: Full=Peptidyl-prolyl cis-trans isomerase;... [more]

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BLAST of EMLSAG00000010128 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EEZ98965.2|2.939e-4553.13Peptidyl-prolyl cis-trans isomerase-like Protein [... [more]
EEB13079.14.642e-4451.88peptidyl-prolyl cis-trans isomerase, putative [Ped... [more]
XP_393381.29.713e-4451.88PREDICTED: peptidyl-prolyl cis-trans isomerase-lik... [more]
XP_001119897.11.233e-4352.50PREDICTED: peptidyl-prolyl cis-trans isomerase [Ap... [more]
gb|KFM59197.1|6.704e-4350.63Peptidyl-prolyl cis-trans isomerase, partial [Steg... [more]
gb|EEC13619.1|1.473e-4251.59peptidyl-prolyl cis-trans isomerase, putative [Ixo... [more]
AAF49751.14.013e-4248.75CG7768, isoform A [Drosophila melanogaster][more]
AAF49750.14.013e-4248.75CG7768, isoform B [Drosophila melanogaster][more]
gb|EEC12371.1|2.179e-4145.70cyclophilin A, putative [Ixodes scapularis][more]
EGK96444.13.074e-4148.75AGAP000462-PB [Anopheles gambiae str. PEST][more]

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BLAST of EMLSAG00000010128 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|71895031|ref|NP_001026397.1|1.620e-4352.02peptidyl-prolyl cis-trans isomerase F, mitochondri... [more]
gi|1005940266|ref|XP_015787241.1|3.426e-4353.75PREDICTED: peptidyl-prolyl cis-trans isomerase A1-... [more]
gi|1027016062|ref|XP_016605119.1|3.577e-4353.80peptidyl-prolyl cis-trans isomerase, variant [Spiz... [more]
gi|1005940264|ref|XP_015787233.1|3.959e-4353.75PREDICTED: peptidyl-prolyl cis-trans isomerase A1-... [more]
gi|1027016074|ref|XP_016605120.1|4.093e-4353.80peptidyl-prolyl cis-trans isomerase [Spizellomyces... [more]
gi|831489739|ref|XP_012706653.1|7.219e-4350.93PREDICTED: peptidyl-prolyl cis-trans isomerase-lik... [more]
gi|443419064|gb|AGC84404.1|1.042e-4253.42peptidyl-prolyl isomerase-1 [Locusta migratoria][more]
gi|657793004|ref|XP_008323387.1|1.172e-4251.88PREDICTED: peptidyl-prolyl cis-trans isomerase A [... [more]
gi|972198842|ref|XP_015181406.1|1.410e-4252.50PREDICTED: peptidyl-prolyl cis-trans isomerase [Po... [more]
gi|1059222180|ref|XP_017764861.1|1.473e-4251.25PREDICTED: peptidyl-prolyl cis-trans isomerase [Eu... [more]

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BLAST of EMLSAG00000010128 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 20
Match NameE-valueIdentityDescription
maker-scaffold854_size172502-snap-gene-0.281.542e-7046.37protein:Tk08571 transcript:maker-scaffold854_size1... [more]
maker-scaffold82_size396747-snap-gene-1.186.964e-4450.00protein:Tk06817 transcript:maker-scaffold82_size39... [more]
maker-scaffold221_size251850-snap-gene-0.163.048e-4148.78protein:Tk12499 transcript:maker-scaffold221_size2... [more]
maker-scaffold872_size86337-snap-gene-0.147.994e-3843.85protein:Tk06108 transcript:maker-scaffold872_size8... [more]
maker-scaffold637_size121548-snap-gene-0.172.772e-3345.28protein:Tk06772 transcript:maker-scaffold637_size1... [more]
maker-scaffold299_size217019-snap-gene-1.292.427e-2538.15protein:Tk09199 transcript:maker-scaffold299_size2... [more]
snap_masked-scaffold311_size212931-processed-gene-1.33.709e-2339.41protein:Tk00658 transcript:snap_masked-scaffold311... [more]
snap_masked-scaffold898_size83862-processed-gene-0.115.638e-2038.32protein:Tk12466 transcript:snap_masked-scaffold898... [more]
snap_masked-scaffold1_size3401120-processed-gene-10.362.580e-1540.94protein:Tk04875 transcript:snap_masked-scaffold1_s... [more]
maker-scaffold1555_size35851-snap-gene-0.19.269e-1436.57protein:Tk01579 transcript:maker-scaffold1555_size... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s669supercontigLSalAtl2s669:142158..221237 -
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-LSalAtl2s669-snap-gene-2.7
Biotypeprotein_coding
EvidenceIEA
NotePeptidyl-prolyl cis-trans isomerase F, mitochondrial
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000010128 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000010128EMLSAT00000010128-705975Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s669:142158..221237-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000010128-692894 ID=EMLSAG00000010128-692894|Name=EMLSAG00000010128|organism=Lepeophtheirus salmonis|type=gene|length=79080bp|location=Sequence derived from alignment at LSalAtl2s669:142158..221237- (Lepeophtheirus salmonis)
ATGAATCGAAACAGTGAAATGAAGCTAATATTTGTCATACTCTTTACATT ATATACAACGATTGTCTTGGCCAAGGCGTCAAAAGATGTGTCTCCTGGGA AGGAACACAAAGGAGTCGAGGACTCCTTGTCATCTTCCTCTCTCTCAGCC TCTTCCTCTTCAAATAAAGTATCAGCTGTTCCAGGTAAAGAAATAAAAAG TATACCAATATAATAGATTAATGCCCTATTTGTAAATATACTTTGATGGA GTCAAAAAAGTGAGGAAGAAAAGCATATATTTAAAGCTTTTTAATTCCGC TAAAAGGATTCCCCCCTCCCCCTTTTCTCCATTGATGTCGTCTTTTACAA TTTTATTAAAAAATAAATTATTTTTTGTCAAATATTATTATTTTTTCAAT TAACTACAAAATAAATAATAGATAAATGTTTTTCACTATGCTATAAATAT GTTAATAAACAAAAAAAAAAGTTTTTTTAGTGAAAAAAATATTTTGTTTG AATACCTTGCATGAAAACGAGAAATCACATGATGTCCCATTGTTTTTAAG CATTATTTTTTTACTAAATAATTATTGTCCTTATTAAAAACTTTTAATAA CATCATAGATGCATTTATGAGTATAAAGGAACTATATATTAGAAGCACTT ATTCATTGATAGAGTTGGCCATTTTCTGTTGTTGGCCACAATTACTTTTT AATTTTTGAGGCGAGAACATCCAAGTTTCAAGGATAATAATAGTACAAGG TTAGACCATCATTTAATCAGGTTTGCTAGAATTTTCAATCTGATGTATTG TACCGACTGCTGGCAAGATAGGCAGATTTTGACAAAACACGCAACAACTC ATAGTCTATGACGTCACTAGAATTTTCAAATTAATGTCTCGTACCGATTA CTGGGCAAGAAAAACAGATTTTGACAAAACAGGCAACTACTCATCTACGA TGACGTCAATATTAAAAGCATTGTGGAGGTCAAACATTAGTCGTACATGC GTTATGGTAACATCTTTTATTTCTATTAGCGTTACATAAGTGTAAGCAGG CCTTCGCCACTTTCTCCCTTCACAGACCCTGGAATTCCTCCTTGATCTGA CGGATAAGTTCGTCTTTGGCGTTGTAGTCGGTTCGTTTGATTTGTTGTTC GATTGCACCCTAAAAAAATCCATCAATTTGAGATCTGGCAAGTTTGGAGA CCTTAAGTCCGTCGAGATGAAGTCGTCAAAATTGTCTTGGAGCCATTTGA TACTTTTTTTCTAGCTGCGGCACGGAGCCGAGTCCTGCTTCCCCATTTAA ATCCCTCCTAACCTTCTGAACAAGCGTCTCACTTGTTATCAAGGAAGGAT CCGCACCCTGACCAAATTGTATTGATTCCATTTTTTCTAACTGGTGCCTG ACTGCCTTTGTTTGTGCAAGAGAGCGCGCAAAAGTGGCGGAAAAGATACC TCCAGTCACAAGTTTTTTTTTTGAGCTAGAAAGATCATTTCTAGCTCATA TAATTAATGCTATTTTCTCATTTCACATTTAAAGCTGTCTAAAAGGGAGT AGAATGACGCGTGTGACATTGATGGACAAGAAGGATGTTTTTTAGACAAG TTATCTTCCTTCCTTTCATAAATCAAAGTCACATCCTTTGGACATACTAC TTATTTTTATAAACAAATTAAAATAACTTAAGTTTTAATCCAAGTCTTTT TTGGAGATTCACTTTTTAATTGACAATTGTGCAATAAATTGTTTAGCCAT ATATATACATAGATACATGATGGTACATCTTCCTATGTTGCTATTAAAGC TAAAAAGTTTAACAATAAAGGAATAAGACCATATAAATTAATGAAGCTGT GAGCGAAGGTAATTCAATATATTTATTCTCTGTTAGAATAAGACATTTAC AAAAGTTTATATATTAAATTATATTTGTACATATCAAAGTGTCCTGTTTT GAGAGTAATTATTTTATTTAACTGACATTATTTTCTGCTAGGGGGAAAAA ATATAGCAAATATGAGATCTCTAAAATGACTTGGTTATTGCACACCAGGT GTTTTCATCATTGGATGGGGCTAAGCCCCATCCAATGATGAAAAGCGGAA TATAAAAAAGTTTATTATATATACAAGATGGGCATTCAATTCGGAATAGC TTTAACGGCTTAATATGAGACTTGTATAAGAGATAAAAAGATAATTTTTT ATTCATTTGAAAGCCACATTAAATGTAAAACTATGAATTATAATGAAAGC CTTCGTTTTTGATCCATAATTGTACATGGCCCCTGAATAGCTGGCATGCC CTTGCTACCTCATGCGGATCCAGGTACTTTATTGCCTTGACGATGGAGGC CTTCGGGGCCTCTAATGAGGGATTATCATTCTTGCAGGTGATCTTCTTCA CCCAGCCGAACAGGTAAAAATAACAGGGATTTAGGTTTGAGCTGTTGGCT GTCCACTAATTTCACAACAAATTTACGAACGTATGAGCAGGTAGAATGTT GTTTTTTGTTTTGACAGCTATTCAGAAGGGTTTTGCGTCGGGTTTAAAAA AATGGCATATAACAACGAAGTTTTTATTCCACAATCGCCGAAAAGGTAGA TTGTCCTTATTGCAATCTGCGCCATACAAGACAATCTTTAGATGGCAAAC TTCTTAAAGTCAAGACATGCTCCCGTTTCTGAGCTTGAGTCAAGTCCGTT AGTGACACCAAAAATAATTATATTTAAATTAAGCTTTGGTTTGTATTTTA ATCAAATGACTTATTTAGAACAAAATCCATTTTTTCGTTAAACTTGTGTT AGTTGTAACATAGAGGTTTCACTTTATATAACGTGCGGTACATTAAAATA TAAACAATTTTAATTTCCAACATCAATAAGATATAATTTATTAAACTAAG GTGTAATGATGGCTTCCAGATGGCGGTGGAAGGTCTGTCACCGACTACAA ATGTAGTCCTGTTGCATGGCGTCTCGGAGCTGGCTGACAGTTGTTTTGAG GGTCTGGGTGTTTGTATTAGGGACATACCTTCCCTTCGACATTTACCCAA AATGTGCTGTCCAAGAGGTTTGTATCAGTGGTACAGGTGGCGGCCAAAAG TGTCAAAAAAGAGTTCAAAAGAGTCTTGCAAAAAAAAGAGATGGGGTTCT TTCATTGTTGGTGTCAAAAGTGGTCTNNNNNNNNAGATGGGGMTCTTTCA TTGTTGGMGTCAAAAGTGGTCTCTCCKCCCTCACAAGGCTCTTTCCCCCC CGTTTTCAGATAGTTCTCTAGATAGATCTCTTAAATTGGTCCTAATGGGA TTGAGGAAAATGGCCTGGCCTGCTTTTTTTAGCTCCTCCTGATCCAGTTT GGCAAGTGGACACTGTTCCTTAAGACACTCAACTGCTTGGAGTGTGCGAA TGGAAATTCGTCGATTACGTTCAAGTGTCATTTACTGGACTTGTACATAA ACTAGAGAACTCAGATTTGTTTTGTTTTGTAACTAATTGTTTATGTTTTA ATATATCACAATATGAATTTTATTTTAAACACTCATTAGTAAGTTTTCCG ATTTCAATGGGCCACCCATTATCGGTTTTGTTTTGTTTTCTTGGGTAGGG TGGGACTTCAAGAGCTTTATTTTGGGTGTGGACTTGAGCCTGGTCCCCCC CTTGCAATTGCTAGCGGCGCCACTGTTGCGCATTATTACTTTAAATGGGA AAGAAATGAGCCTTTTTTGGGTCAATGTTGATCATTTTCAAACTTTTATG AGCGTAGCAAATTAAAAACAATTGTATATAATTGTTTTATTGTCTTTTAT TATCCTGAGGAAAGTTATACGGTTGGGGGGGGGGGGGGTATGGGGGAGCA TATGTTTTAAAAAAGTCTAACATTTGCTCCATAAAAACAGTTTCTTTATT TTATTAGCTCAAGTAAGCAGTGATAATCTACTGAAAATGTTATCTAGGAA AAAAAAGTCCTTAAAATATGTTTTTTGACATACAATTGAATCAACTTTTC AACTATATAGAACGTCATCAAATGTGGTAATTTTTACTCAAAAAAAGATT GTAATATGGTAAAAAATTGGATTTATAGACTTGAACCTTTACCAAAGACG TTTTTTTAACTGTCCCTGAAAAAAAAAAGATATATACTTGTCCAGTACGG TAAAAAGTACTCTAATGTAGTATTTTTAAGGTGATATTTTTACACAATGC ACTAGCACACTTTATACCAAATTTTTTGTGAGGCTTTAAATACAAACTTC ATCTTATACTATCAATTTCATTCAAAACCTGTTAGAAGGTGCATTAATGG GTCGTAGGAAATGGAGGTCCACTTCATACTATTTTACATTTGAAATCGTA CATMTTATTATTAAAAAAAAGTAACAGCCACTTCTGAAAAAAAACGTTTT TCTGTTCGTTAATGATATCATCAGAGGCATTGTTAGGATGACGGGATTAA ATATTGATAGGTTCATAACGTGAATACTATTTTGAGATGCAGCCCCAAAC AAACTTTTTAAGGGTTCTGTCTAAATGGCATTTTTCTAAAACGATGTTTC CCTCCAGAACGCGCTCTGAAACAATGGACTGAAAATTAACCGTGGACCAA AAATTCCTTTTATTAAATAAGTTGTTTTTTTTTCCTAAAAAAAGGTCATT GATTTTTTGGGAACGATTAAAACCGACTTTATGTATTGAGAACGTATTTT GTATTTTAATACAATACCAATTTAGGATTTTCGGACTAAATCCCAATACT TGCCAATACTGTCTATTTTGGTATTACAATATATATTTTATAATCTCCTC CATAGACTGAAGCTGTTAATCAAAGTAGTCAAATGATATATGCTCGTAAG GATGTATTTCCCCATGAAAGATGTTGTTTTTATGATACATGTACAGATGA CGTCAGATTATTATTTTTTAGTCATTTTCTATTATGTCGTATGGAATTTT TTTTCCCCTTCGTAGAAAAATAATTGCTTCCATTTCTTAAATAGAAAAAT CAATAATTTGAATTTTTTTCCTAATTTGAAATTTGTCAATTTTTTTAACG CTTTGCAGTTGCATTGAATAATGTATTACACAAGCTTTTTTGGCCGTTTG CTCCGCCTTTTATCCTTGGCCGTAGAGATACTGTAGAATGTATAGAATTT TCTCTTTTTTTTTACTTCAATTTTTGGAACGCTGTAACACACAACTGGCT TCACCAAACACAATACTTTTTTTTAAAGTCTATTCTTAACCTTTTGAGCA TACTTTAAGGTTTTTTTATATATTGTATTAATCGTGAATTATGGCTTATT TAAGACATCTATCGAAAAACGCTCAGAACTCTTTACTTTACCTAATAAAA TATATGTGTACCTCTAAAACTACTCAATGAGAAGTAATTTAAAGAGAAAA AAAAATATACAAAACCCCCCGGTTAATAGAATATTGATGTTAATTGTTTG AAAAATGGGGACGTACCCAGGGGCGTCCGCAGAAATATATTTTGAGGGGG GGGGGATTGCTTTTTGGAATTTTTTTCAAAATAATATATTCCAAAATCTA CAGTTATTTACGAAAAATTAAATTTTTTTCGAAAATCTACAGATATTTTC AAAAAATTTATAAAAATTTTTTGGAAAATATTTCAAAACTTAAATTTTTT CGAAAAAAATCCCTAAATCTACAGTTATTTTTGAAAAGTTCCTTGCTTTA AATATTCAATTTTGGGGAGAAAAATTTCAAAAATCCATATCTATTTACAG AAAATTAAACTTTTTGACTAAAAAATTTCAAATATTATATTTTTTCGAAA AAAGGAAAAACTCCTTATTTTAGTTGGGGGTACAGACCTCCAGCCTACCC TTTGTGTACGCCCTTGGTAGTATACTGGATATAAATTTTTTTAAACTGAG CAAGAAAAAACAAAAAACAATTTAAAATGTTTATCCTTTTAGAAAGAAAC CAAATTATTTCTGATTGTTTCATAGCTTTTTGGAAAAGGGAAGTTTTGAT ATAAATGATTTTTAAATTAAATAAAAAAAAGGTGAATTGCTACTAAATGA ATATAATTTTATTACAATTTATTATTGTGTATGAAAACTAACTTTTTTAA ACATTCTGTAATTCTATTATTTTTATTCATAAAAAATAAAAACAAAGTAA AAATATACAGATGTCAGAATTAATTATAATTTTTGTTTGTACAATTTTAC CTCCTTCATTTTATGCTCTTAAAGAGTATACAAATACAAATAAAAGGTAT TTTATTGAGTATGTAATTGAATTATGTATAATTAGAGGACAATGAATTCC TACATTGTATAAGAAAATTAAATTAAATTTTTTTGAAAAAAATTTCAAAA TCATATTGTTTTTCAAATATTGTATTTTTTCATAAGAAGCAAAAACATTC TTAATATTAGGTGGGACTACAGGCCTACAGCATACCCCCTGTGGATGCCC CTAATCACCTACCTGATATAATGTTTTTAAACGGTGTAAAAAAATATTTT TTTAACTCTAAATGTGAACGAACTTTTATAAACATTATATAATTTCATTA GTTTTTTATTCCTACAAAACGGAATTAAAATTGACAAATGTCAAAATTAA TTAATTTTTTATTCTGCCAAGTTTTACCTCCTTCATTCAATACTCTTAAA AAATATATAAATACCAATTAATTGGTATCTTATTGCGTATGTAATTGAAT TATGTCTTATAAGAGGTCAATGAATTCCTGTATAATCAAATTTATTAACC ATACTGAATAAATATTGCCGGATTTTGGTATATTTATAGATATKCCACCG TATGCATACCTTTAGGAACGTCCGATGGGAGTAGGCTGGAGGGGCTTTAG TCTACCAAAATTAAGGAATTTTTGCCTTTTATTATAATTTTTGTCTTCAT TTGGGTAGAACATACAACAGAGGAAAAAATTGTGTTTTTTTTGTGAAAAG CTATGAAATTATATTTTTATTAGAAATTTAATTCCTACAAATTTTTCTAA AAAATTTTATATTTGAAATTTCAAAATTTTTATATTTTTTGAATACTAAT GAATTTTTGATTTTTTTCCAAAAAATGTAATATTTGGAATTTTTTCCCAA ATATATTTTTTTTGGAAACTTTATTTTTATAATTTTTTTCTAAAAAATAT ATAAGATTTTCTACAAAATTGAATATTTGAAATTTAAAAAAAAATAATTT AATGTGAATAGCCGTGGATTTTTGAAATATCCCCCTAATTAAAAAATATA TAATTTTCCAGACACCCGTAACCTTTAAATCCAAAAGGGGGGGGGGGGGA YGGACTAAAATTRTTTGGTTTTTATTTTTTACGGCACACGACGCTTTTGT GTATGAAACAATAATTTTTGTGAGGTGAACATGGCCGGTATCTCACCAGT TGAAAATTCTTGGTTTAACCCCTTGTTGGACTCGGAGTAGAATTCAATAT CGTCATCGTAGTAATTCCTGCCTATATTATTACTTGATACTGATTGGGAT AATTTAAGAAAACCTCATAACAGTTGCTCTCCTTCCAATCGTCAGATTGA CCACGTAAATTTTCAGTTTTTCTTTAGTTTTTTTTTTTTAACATACAGAT GGATCTATGAGTATAACTTTTCATGATATTATGAAAAAGTTTTTGAATAC CTCATTGATTGCCTTTCATTTGCCAGAGTCAATGCACTTTCATACAATAT TATGTGCCTATAAGATACACTCCCATATCAATGTATATTAATTTTAACTC ATAATTTATTTTACTTGATGTTTTTGTTTACCGACTTTTTTTTTTACTTT TTAAGAGTTGTCGTAAATTTTATGATTGTAGACATGGAAAATGTACTAGT ACAGCGTGTCCAAGCGAATTGTGAATGAAACTTTGGAAAGGTTTCGTTGA CTTACTAGATAATTATTTCTGCACTATATCAAGTGATAGAACAATTAATG CAAACAACTCCTGTGAAGCAAATTACTTAATTAGACCAAGGGCGACTTAG ATGGAAGCAAACAAAATCGTGTGTCAGTGCTTTTTGACGTGGGACTAAGC TTTGACCTAATGTCTCGCATCCGGGTCTTATTACAGAAATTAAAAAGCTG AAAGACGACAACAAAAGAGTTGAGAGGAGGCCAGGAAGTGGTGAGCAAAA TTTGGGAAAAGGCCAGCAAACTGTATGGTATTTTTGGTGTCCATAAGGGC CTCAAGATCGGTGCAAATGTGTACCCAAAGTTGGTGCAGACAGTGGTCTT TCCCTGGTTGAAAACTAGCTACACCAAGAGCAATTAAGTTTTCTATTAAG ACTCTGCCCCCTAGCGACGAGGCAATAAAAACCCAAAAGTGCTGTGAAAT ACGTGAAGAAGACCGGCAAGGTCTTCAGGTCTGTGATCGAGGCCATATTG AACTGTCTTATGGGTTAATGTCAACTCTCCCATCCCCCCTTTCCCAATGT ACAAAAGTTTTTTTTCTGTGGAGGAGAATCAAATTACTGATTTTGTCAAT TAATTGAAACTTCATTAGATATTTTTTGCGGTTTATTAACCATTTTTATT TAATGTTTTTGAGAGATAACACTAAATATTTACGCACTCATATACATCCA AATTATTAGGGTTTTAGCAACTAATTTTAAAACTTCAGTGCTACATATTG TTTATAAAATAGAAGCTATCAACAAACATTTATTGTTTTTTAATTGAGTT TAGAATGACGTCAGAGTAGGACACGAGACTCAAGATAACAGTTTTAATTC GTGTGAGTCATTCTCCAAAGTAGATTTAAATCTAATTGGAGTGGCCAGGG TAACTTTTAATGANAAAAAAGAAGTTGGAAGAGAATGGAAATTTTGAAAG GGAGGATATGATGTGGCAGGAAAMGCTTTWTYAAWACAAAWAAMCTCAAG AACAWCATTTGGAGAAGKCAGATTATTGACCTCTTTATCTTGGGTGACGA TCTTTTCACTCAAGGTAGAGGACTTGCGTTGTGAATATGTCTCCCAGCAC GACAATGACCCAAAACATACTGTCAATCTAACAAAATAATTTATCCAGAA GAAGTGTCTGGGTGATTAAATTTCCAAGACTACTCACGCTAATAGGCGAG TGCCCAAATTGATAATTCTCCTAATTGTTCCTAAATTTCAGTCCAAGACT AAGGAGTAGAGATGAGTTTGCTAAGGAGGTCGACCTCACTTGAGCTAGTC AATTCGTCTGCCAGGGGGAAGTAGGCTTAAATGACTTCCTTTGAGCGTGT AGGGACCTAAGAGTTTCACACAACCTAGGAGGAGGTCAACCAGGTCTCTG ATTCCAATTTTCTTCGCTTTMAAGCCATTCTGAAGAGAAGAATGAAGATG GTCTAGACTGAAACGCTTCGGGTGTGAGTCCGTGCGTTGTTTTCCAAAAA CCCTTTGGCTATAGCCAGTATATCGCATCTAGGAAAGAAGAAGGGATTAT CTCTGCTTTTATCTATGTACCGTGATAAACTTTATTATTTAATCATCTCT ATTATGCAAATTTTGAGAAATAATCGGTTATTTTTTATAATTTTCATATA TAATATATAATAATACTGTTTATCATGTAAAAAATAAGTTGAAAAATATG GAGACATTGAAAGAGGAGAAAGTCCATTATCAATGCAGATTAACTCTAGA ACATCATTAGGAGAAGTCAAAGTGACCACACCATAGCCCAAATGCTAATC ATCTGGATTATTCKTTCTAGCCACTTCTTAAAATAAAATGAGCTGTTGAC TATACCTACGCCCGTAAGTCCAGCATCTCTTTCCCTAAGATAATTACTGT CATAGTAACAGCTGATGGTGACAAAGTTGAATAGAGACATATCTGACGGT ATTGTAGATATTTTTATATAAAAGAATATATTTGCAACATATATTATAAG AAATATATATTAAGAATTCAAGACAAAAACTGTGCAAATTTTAGTCTTCA CTCTGTATGTATATTTTATGGTTTGCATTTATGTATATAGAAGTAGGTGG ACACTGGTTTGGTATCCCTTGTGGCTCTCATCACGAAATGTTTATATTTA AGTAACATAATATTTTTGTTGCTTTTAATTATTAGCAACATAACCATTCC CCCCCCCCCCCTTTACTCAWAAAGGGAGTTGCAAAAAAGCTTAAGATGAT ATTTTTAGCATGATAATAAATTATCAAAATTATTAATATTAATAATATCA ATTATTTAGACTTTGTAGTTTTTCATTATTTTTCGTGAAAAAAAAAAATA TATATAATTAACAGACTTTATGCACTCTTATATGATGATATTAATAAAAT ATATATACAGGCTTATTAAATGAAACTGAAAATCAAGAAGGTAATCCTGA CTTGTACTCAATATGAAGCTGACACACCTGGACCCATTAATAATTATAAG GAACCCGTTCACTAACTCACACCAAAAATGGTTGCAGTATGAATTGCCAC ATACTCTTTTTATGCAAATAAATCTAATTTTAGTGTCGATGAGTGCTTGT ATCATTGGTGTAAATCGGAGCTGGAGACGTGTTTTCATCTTCTCTTAAAT TGCCCAAAAATACTTCCCTCATTGGAATGGTGGAGTCAAGGTTAATAGAA ATATAAGGTTAGACCATCATGTGATCGGCCTTGTTAGAATTTCAATCATC GGATTTATTGTACCGAATACTGGGCAAGAGAGGCAGATTTTTGACAAAAA GCGAACCCCCCCATAGTCTATGACGTCACTATTACTAGAATTTTCAATTT AATGTATGGTACCGATTACTGGGCCAGAAAGTCAGATTTTGACACAACAC GTAACCCCTCATCTACTATGACGTCAATATTAAAAGCGTGGTTGAAGAAG TCTAACATCAGTTGTAGACGCGTTATGGTATAACCTTGTATTTCTATTAC CCTTGGGTGGAGTGTATGATTGTCGGAGCTTATAAAGTGGTTGTCCTGAG CTCCTATGATTGCCTTATTACAACATCCCCCACCCATCACGAGGATTTTA AAATTCAGTTCCTAATCGTCAAAGTCCAGGGAATTCTGTAAGCGGTGAAG TTTGGGGAGGAAAAATTCCATTATGTTTAGATGTTCTCGTGTCCCAGCAG AATTTTGAGGATTCAAGATTCCCCTCGAGAACAAGATGTTACCAGGACCA GTAAACTAATAATCGGGTTATCTCAAGTGTTGATAACCAGGTCGCTTCCT CCCCCTTTTTTTCGTTTCACTTTACATTAGTCATTGGTATTATCAATGTA TATATTTATGAGCTAGGTAATGTGAGACTATTGAGAATAAATAGTCTGTA CCGAAAGAGATGAACAAAGAGGAATACATTGAAATAGCTTTAGGTGAAAT ATTTGGTATCAAGGCCTCGGGTGCCCCTTCTTCCACTCTTTTTTCACGAC TGACTGGCCTCCACTCCTTTTATTTTTATCTTGTCTTCTTTTCTTTTCTT TATATTTCGTAAAAGTGTATGTAAATGAGTAAAAATATATTTTAATGACC GTAATTAATAATTGTATTTTTATAAGATATTAGATTTAGATCTGTTTCAT ATATGAAGCGAATATAATTAAAAAAAGTAATCTACACAATTGTATTATGA AAATTACTTAGAAGTCGCTATGAACAAGGAGAAATCAACATAAGCCCAAC TGGGTATTAAACATGGGAAGAAGAATTACTCCGTTTTTAATCCTCAATTC TACTCTGAGCCATACAAGAACGTATGTTTATTACCAATTATGCTAATGGG TGGCATTTTGTACATGTAAAAGGGACTGTGATGAGGAGGAGATGGCAAGG AAATAAACAAAGACGAAGTCAAGAAATACTCTGATATTCATCCTCAATCT TCCTCTGAGTCCAACTAGGACTTACAATTATAACACCACAACAAATTCTC GGACTGACTCTCACTCTTTAATGAACAAACACGAATGTTAAATCAGGTAT AGGAAAGGAAAATTTACTCTTAAGATTAACAACTCAAAAAAAATGTTATT GATTAGCATAATTGATAATAACTCCCCGCTAAATCCTGTTCGTCACTGAA GAGAAGACTCACTCGTAGTTACACTTTACACTAAGATTTTCTTTCCTTAC GAATGAAATAGCATTAATAACTGCTTTAAAAAAAAAGTAAATTAAAACAC TGTTCAGGCTGACAACGACAATACAACTAACACTTAGGATTTACAATCTT AATTAAAGCTAGGGATGTGAAAATAAATTCATAAACCGAGTTCTGTATAA TATGACCCATACGCATGCAATATTGCAGGCATTAAAAGGTTACCCACTCT AACCTTGCACTAGATGCTGTACTCCAGCAGATTGAGGTTCGGGCATTGTG GTTGCCGGAAGTTAATTAAGGATTAATAAAGGAGACTTCTATGTACAACT TTCTATACGGAACTGTTGATTGTTAGTCGTCAAAACTGGCACATTTCCCT CCAGAAACTTTGACCAACTTTTGACTCAGTAGACTTATCTTTGGACTTCT TTTCACAAATTTGGCCTCGAACATGATTGGGGTTGCCTCATTAGAGCGTT TTGTACGAGTAAGTTTGACTGGTTTAGGGCTTCGAGGAAGATTCTTCTAG GCACTATCAAATACATTAGATGACATAGCGTTAATCTTCAACTTTTTGTT TCTTCTTTGTCCATAAGTGACAAATATTTTTTTGCAATACGTTTTTTGAA AGATGACAAGAGCAGCTTGTGCAAGACTTATTCTCTACCTATTATCAATT AAAATCAAGCAMCCTCTGCCATTAATGAATAAAAATGTGGAGTCGATATT TAACAGTTTTTACAAAAGATTTTTGGAAACAAAAATAAAATCCTATGGCT GACAAAGAAAAAACTATTTATACCCTAAGACTCCAACCTACTGCTAAGGG AATTAACTACACCCTTGATCGTGTCCACACATATATAAGTTCGTAATAAA CAACGTATCTAAATAGCAAACCTACCAAAGTGTATTTTAATGAATAAATA AATAAAATCTTTGATGTTTTTAACTTTTAAGGACGTTTAATTAATGTAAT TAAAAAATTACTTAATAAAAGGCAGAAAATATATAAGTATGTATCAGGAA TGGAAATAGTGGGGGGGGGGGGTAGTCTTTTATTTATTTAAGTAATGTTG TTAAGTAAACAACTCAAGGTTTTGATTAAATTATATATCTCATCGTCTAA TTTTTATATTTTGTGATCGACAATTGCTTCTTAGATAAACATTCTGATGT ATGAACCTAAACGTCTTCAGGGACAGAGTCAAATTTTTACTACATCTTAA AATATTTTTTTACATACATACTGGGTGTTCCATTGAAATCTAAACACTTA CGACTTCAATAACACATTAAGGTTGAGTGATTGAAATTAATTTATGTTTC GATATTAAAAACATAGTTACAAAATAAACAACCCCAAGTTCTTTAGTTTA TGTACAAGTCGATAAAATTACAATTGAACCTAATACACGAATTTCAAATT GTGCACTTCAAGCAATTGGGTGTCTCCAGGACCACTATCTACGCCGTCAA CTAGTTTGAAACGTTGGAATGGAAGAAGTGATCTGTCATAAATGCCAAAC TAGATCTGGGCGATTGAAAGAAAACAGTCTAGGCCAAAGCCCTCAATTTT ATGAAGGTCAATCAAGAGATTTCGGGGGTTCACCCAGACCGTCCAGAGAG CTATCAAAAAAGTTAGTATAAAGGAGGAAATCATTAATCTTGGTTTGTGC ATGGACACTTTGCTGAAACCTTTATTGCAGGAAGCTACAATTCCGAATGA CCACCCTGCCTAAAAGGAAACTTTGCCGAAAATAATAATAAATATATACT TAGTGATTATTTATGCTGCAATCCTATTTAATCATGATTCCCTTTTATTT TTGACCAATTTTAAAGGATAACAAGTTGGATTATATGCCACGAATTGCAT TGATTAAGTGATGATTTATTAATACCGAGTGGTTTTTTAAAATCTGAACC CTTTGAATCTTAACTTTCAACAATATATAATTTATTAATTAATACTAGAA TTTTAATAAAATTAATACTATAAATAGATGTTTATCTGAGCTCTCTTAAT CATTAATGTACCATCCTTAGCGGCAACGATGGCTTCCAGACGGGGGKGAA GGCCTGGCACTTGCTGCGCATCTACTTCTCTATCATGGCGTCCCAGTGTT GCCTTAGTGTAGCTTTGAGGGCCTCTGTATTTGGATGACGGACAAAGTAG GCCTTTACCTCGACACGCACACAAAAGGTGCACTCGAAGGGGTTGGCATC AGGGTTGTAGAGGAGGCCAAAAGTGGCAAAAAAGAGCTCAAAAGCACAAA GAGTTTTGAAACGGAAGATATGGGTTTCTTTCATTTCTGATGCCAAAAAT GGCCTCCCCCCTCTCAAAATGCTCATTCCACCCTTTTTTTAACCCTCTCA AGTCATTCTGTTGTAAACCCCGATATCTCTTGCATGGGCCCTCATAGCCT TGAAAGGATTGGTATAGACTGTTTTCTTTAACTCCTTCGGATCCAATGTT CCCCTTTTTGAGAGAGCCTTTCTTCGTCTCCAACGTTTTGGACTTTCTGG CAGCGTATACGGTGGKCCTGGAGACGTCCAAATGGTTGGAGTACATAATG AAAATTTGTCGATCATTTGTATAATTTTCTTTACTTGTATTTAAGCTAAT CTAAGGTTTGTTTTGTTTTGTAACTAAGTGTTCGTTTGGCAAAATGTGCT CAAAGCTCTATATTAATACTATGATTGTTTGCTAATCAATGAGCCTTTCA TATGGTGAATAATCCATCATGTCGAATGATGAGTACTTCTTCCTTTCCGA TTTTGTCGTGTTTGTTTATTAATTTAATTTATTGAGAGTACAACAACGGT TAGGGTTCAAACTACATTCCACCCACATGCTACTCTGCTCTCTCTGTTTA TATAATGTTCATTAATGAATATAATTAATAAAAAAATATTATTCTACAAA ATAACACTCATTCATTTAATTGCATCACATATATATCATATGAACAAAAC CTATTTATCATACTTTCAATTTAAATTGAATTAGAGTATGAAATCGCAAT TATCCATGTATTGAATATATTGTTTTGGCCAAATGCCCCAAATTGTAAAT TAAGTCAAAGTTAATAAGAATACAAGATTAGACCACTATGTAATCAGGCT TGCTAGAATTTTCTATTTGATATACCTTACCAACTGCTAGGTTAGATATT CAGATTTTAACGTCTTATACGTAGTATAATAATAGCTGTACTCTAAAGGT AAGAGTAAAGGAATGCAATATATATTTGCTCTTGGTGAAGATACTTAGAT ACCTATACAAAGTATAATCTTCATATAATAGGGCTTGCTAGAATTTTTAA TCTGMCCTATTTACCCACTGCTGGGCAAGACAGGCTGATTTTGAGAAAAC ACGTAACCACTCATAGTCTATGACGTCAATATTGCTAGAATTTTCAATTT GATGTATTGTACCGACTCCTGGACAGGAAAAAGTGATTTTGACCAAACAC ACAACCCCTCATTTACTACGACGTCAATATTAAAAGCGTGGTGGAAGTCA AACATCAGTCGTACATACGTTATGGCATAACCTCGTATTTCTATTAACCT TGGTTCATAGTAAAATTTATTCTCCATGACTTCACAATGAAATATATCAG TGAGAAAAGCGTTTCGGTATAAGCTTATATTTCTATTCATCTTGAATTCA GTAAACTCTTCTTTGGGGAAAATCTTTACGTCCATTAGTCTGTTCACATA TAAAAATATATATAAAGGTCGTTTAAGAACATAAAATCTTTTCTTAAAAA GGTCATTTGAAAAAAAAGGAATGGAAAAATATTGTTTAAAAAAATTAAAA AAAAAAAAAAGAAGTCCARAATAGTTATCCATGCCATAGGTCTACTCACA CTAAAGCTGTCCCTGGTCAGTCTCTGTCAGAAAACATGCAGAAGGGGGTC CCAAATAGAAAAAAAAATAATTTTTTTAAGTCAATTACAAGATCCGAATA TCCCATAACAAATAGCTAAAAAATTTTTAAATCATAAGGTTTTACTATCT GTATCTTAAGGGGCTTTAACACGGACTCCTCTGTGAAAATCTTGCATCAT TGCACTTAACTATAAATAACAATTTGATAAGAATTTCATCCGAATATTGT TTCTTTTTTACTCCTCTTTGACTTTTTGAAAGTTGTACGCTGTTACGGAG CATGNGACAATAGTTTCATAGTTGGGGAAAAATTGGCATACTACCAAAAT CCGGAGTGGAGCTGGTGTCATAAGTTGCCCTTCTCATTGCATGTCTCTTC ATGGACTTGAGGGGATAGGCCTGGGCAGTTTTCTCTATCTCCTCCGGTTC CAGTTTGACCTTTTTGATAGAGCCCTTCTTTCTTTCTAGCGTTTCGGACT TGCTGACGGTGTAGACAGTGGTCCTGGGGGCGCTCAGCTGCTTGGAGTGC AGGAATGAAAATTCATCAATCACGTTCAAGTGTCCCTTTTCTCGACTTGT ACGTAAGCTAGACAACTTAGGTTTGTTTTGTTTTATAACTAATTGTTTTT CTTTAATATACAGAAATATCGATTAATTTCAATTTCATTAATTATTGAAT TATTTAGTGTTCAGATTTCAATGGACTTTCTGGTATTTTAATATACTATT AAAATAAATCAGCTACAAAAATTATAGATCGTTCTTTTCTTTGTAAGTGG ACAAACTTATAAGATCGTTAGAGAATCGGGTACTTACTTTCTCCAATGTA CCTTGTCCCTAAGTATCTTTGTCTATGTAACATCGTGATGCATGAAAGAT TCTATTATTGTAGMCCTCTTTTATTGTCACKWAATRATRAMAAATAGAGG KTCTMCCACCACAAAAATTAGGCATTATTAATGCTAACACTTTAACTCAT CCATCAAATAACTAAATACCAAATATTGTAAGTAATGCATTTTGAGAATT ACATCGATGATTAATTCAAGAACACGAAGGAGAAAATTNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGA ATTAATAATACAAATGATTATTTTTCTACATCAATTAACAAGTTTTCTAT AAAAAATAAATACAAGAATTCTATTATTAACTCGTTATTTGCAATATTTC TCGTTTTCTTATTAAAACAGTGTTACAATCTCGACCGCAAAGACAAGGCA AAATGTATTCGTTAACGAATGATATTTGCATTTTTTTTAAAATTTTGAAC TGACAAACTCTAGACAAAATTGAATAAAATTGTTAACTAAATTAATACTA AAAATTAAGCTAGTAGCCTTTTATATGATAATAAAAATATGAACTATAAA AAAAAAAKSMTTATAAAATGTATATCTTCTGGATGAAATACTAGAATAGC CAACACGAAATATGACAACGACTGTAGAAAATGTGACGAAACTAAGACAA CATGAAATAAAATAAAACGTAACAAAATGAACATGAAATGCATGCCAAAC AAAATTTGAAAAAACAAGGAGCAGAAAAAATAACTGTCACGAAAAATGAC AGAGTCAAATTAAAATGTGACGAAACAAAGACAAGATGAAATAAACAAAG GGTTAGAAATGAAAATGAGGCGCAGGTAAGATGAAATACGAAGGAAACCA GGAGCAAACAAAATGAGAAACAACTTTGCAAAGACGAAGCGAAATGTAAC GAACCGAAGACAAAACAAAATGTACCAAAACGTGGGTTCAAAGATAACAT GACGAGGAATAGACCAAATGTGACGAAAGAAAGATAAGAATTAAACGTAT AGAAGACAAAATGGGACAAAACGTTGCCATTAAGACGAATTTTGATGAAA TTATACAAATGTTCAGAGACGAGATGAATTTTGACGTAACAAATAAATCA AACAAAAATTTGATGAGACAAAATTGAGTCGCATTTATACTCTACAAAGA CAAGGGAGGCGACAAACGAATGGTCTAAATTGACGAAATGAGGTAAAACG TTACAAAGACGAAACCAAAACGAAGAAATGACTAAATGTATGACAAAAAC AGTGAAGTGAACAAAATGAGACAAAACGTTACAAAGTCAAGACGAATTTT GACGAATCGAGAACAAACATTTCGAAAACAAGACGGAGTTTGACGAAATG AGACAAAGTGTTACATAGAAGAGACGCCTTTTGACGAAATAAGAATAAAA AACATGGCCTAATAAAAACGAGAAACAATAAAGACACGGCGAAATGCGAC GAAACTTGATAAAATAATGATAAAAGTAAGGCAAATAAATCCTTGACGAA GACGAATTGATGTATGACCAAACGTAATGTAGCAGAACAACGATGCGAAG ATTTGTGACAAAAAAAAAAATACATAAATAAAAACTGACCTGAGAAGACT ACACTTTTTTTTATTATCAAAATGAAAAATAACCATTTTAATTAAAAAAT AACTAAACTTTTTATTGCTTTTTTCGAGAGAAGTTGCAGTAAAAAGAAAT GAATGGATAAATTCCTGCCTTTCAAAAATAATAATAAAATTATTTTTTTT TAAGAGGATACATGAAAGCCCTGGAATTTTAATCGATGACGTTGTAAAAA AAAAAAAGTCTACATTATACAWAAATTATACCTTTTTATAAAAAATGAAA GCTAATGTGTTTTTCTTTTTCATCGTACAGACTGTCATTATCAACGAGGA TCCTGGTCGGGCTGCGATTCCGTGTTGCAATTAAAGAATCGTACAGATAC GTTGAAAATCACTCGCTCTCATTCTTCAGATTGCCAACCCACCCGCACTG TTACAAAGCGATGCAATCGTCCTTCCAAGAAAGGTAAGTCTATCTTAATT TGGACAAAAATGTAACTACTTTTAAGTAGTGATGGGACAATTCAAAAAAA AAAAAATGCTGATTCTTTAAAATTTTAAATAATAGTTAAAAAATACTATC AGGGCATCCACAAGATTATGGTTTTTTGGCTGAGAGGCCTTGGTGTATGT AAATTATTTTATTTTTTAATTTGGAAAATTAAATTTTTACGACAAAAAAT TCAATAAACAATTCGATATTTAATTTTATTTCAAAAATCCCCAACTATTC ACAAAAAGTTAAATTTTGAAAAACAATTTCAAAAATCCATGGCTATTCAC AAAAATTCAAAAATACATAGTTATTCAGAGAAAATTAAATTCTTGGTAAA AAAAATTGAAAAATCTGAAATTAAATTTTTTTTTATATTTTCTAGTAAAA AGCAAAAATTTCTTTATGTGAGGGTAGCTATTTTTTTTTATAACTTCGAA AATTATATATAGNNNNNNNNNNNTTAAAAACCAGTAATAAATCAGAATCG CAAATTAAATATTATTCCCCCGATGTCGATTCTCCGAATTCGATTAACCT CTACTTTCAGGGCTAGAGATTCAAATAGTCATGTAATACTATGTATAGGG TCCTCCACTGGAATTGCTATAAACTTTGCCTTCATCCAGATCCTATGGCC GAATTTCCCCCCTGCTCATACAAGAAGTTAAAACTGATTACTAAAGATGA CATAAAGTTGAATGACGTCATCCCAGACCTAACTTTATATGTTGTAGGCC TGATATGCAGGACAAAACTGAACTGGAAGGAAACTGAACTGTCTGAGACT ATATTCTGTGATCCTGAATTAGGATCGATACAACATTAGTTAGCTGACTC ATAAAATAAATTTTTTGTCGTTTTCATTTTGTGTCAGTTGTCAAAATGAT ACAGTTTATAATAAACAAGCCGGTCGAATTATACCTCGTGAACCACGAAT CAAAAGCCATAGCCAAACTCGCTGACTACCCCAGAAACACAATATGGAGG GKTGTTAAGAAGATGGGCACCTCTGATAACACCACCAAGAAAGTCAGGAC ATATATCAGCCGACTTTTACCTGTGATACTTATAAATAAATTCCAGGCTC CTGTATATTTTTCATATGTTAATTTATATATGGCTTTTAGTAGGTTGCCC CAATTATTAAAAATACCGTACTATATAAATAACTGATTTTTTGTGTTAGG TGCTTAGTTAATGCACTTTCGAATTTTTGAACCCATGGGTTTGGTGTNGC GTATTGAACTACATATTCAAAGGGGGTATAAATATTTAGTGAGGGACCTA CTACTTTTTTTAACATACTTGGTGGCCCTGTCGTTGCACAAAACAAGTTT TGGGGACGAGGTATTTTAATTTTGTTAGCAAATGATGGAAATATTCTGTG AGCAATTTTTTACTTGGAAAATTTTCGTGCACGCCAAAAACTATGAATAT AGGCTAYWCATACAAATTTGATATAGCTTTATGCGTGATGTTTTTTMTTA AAWTTACTACAAAAATAACAAAGCATTCAAAAAATAAGTATGAATTCTTC AAAAATAAACCAGCAATATCAAATTAAAAAATTCATTACCATAATGTACA TATATAAAAGTTTTTATATAATACACTGGTCACAAGATTAAATATTCAAT ATACGCAAGGGAAGATGTACAATAATCTGCATAGATATTATATTCTCGTA TCTCCAATATGTGGCTAAGGAAGAAATATTCTTTTAATACATAATAATAA AAGAAAATAATTGAGTTGGAAGACTTTTTGAGATTGTGAATAAAGACCCT GCCAAGTTTCAATTGCATAAGATAGAATAATATATTTAATGGTTTTATGG TTTCTTCAGTCCTTCCTAGTGCGTACTGCGTTGTTGGAAAAGAAAGGAAT ATTCAATAATAAAATAAGGAAAGATTATACGAGAATGAAGATAAAGGTTT GATCTTTGATGTAGAGATATATCGTGTACGGAAAGTTTACCATAGCAATA CAAATATTTGGAATATATCTTAATGAAAAAAATCAATTAAGATGTAGTAT TTCATTCTACTTTCTAATACAAAATTTAAATCATTCAAAAATAACACACA GATAAATCCTGACCATTTCTAACCACACCCTGTATTATAAGGAAAGCATT ACCCTTGGTTATTTAAATTTTAAGCTGAGAGGTTTAGTCTCAGCCTTAAG TTAGTCGGCCAACTTTTAATTTAAAACAACTCTTTACGATGGATTAGACC TGGAGGAACACTGCCACCGAATTAGCTTGTGTAGGACACAGCCCAGCGTG CATCAAGAAGATGATCGGGTATCGAAAGAGCACAGTCTACAATGTTTCAA CCATTTGAAGGAGGAGGGCCATATTAAAGGAAATCCCACAAGTCCCGGAG TGATAAAAAAATAAAAAATGAACTCCACTACTCTTCGTTGGCCTAACACG GCTCTTGAAAGCATCTTTTAGACTTCGATTAACGATCCTTTCAAGAAGCC CAAGTATGCAGTGCAACAGTCTCCAGAACCATAAACACTAACCTGAGCAA GAAGAAGAAGCTACAAAATATATATCCTTACAGACAAAATGAAGGACATA TGAAATCATATTTTATCTGGATGAGGTACAATGGACTGTCCACAGATCCC ACAACATCCAGAACGACAGATGGTTGGCCGTAGTGAGAGAGATAATGTTC CCCACGTCTTTAAAACCAAGTTTTTGGCCAGTGCCATGCCCCTTGGGATC ATTGGGAGCAACAGCAGTGTCATGGCCCATCTTCTTTGAGCCAAAAGATA GGATGGGTGCCGACAGGTACTGTGAACTCCTGTCTGTCCAAGTGATACCA TCGGTGAAAGCTGAGGCCAATGGTGTCGAGCTCTTGTTTCAACAAGACTT GGCCCCCTCTACGATGGCATGCAAGACCCAACACTTCTGGAAAGAAGATA AGGTGCCATTTATGGACACACAGATATAGCTCTCTAACTCTTTCGATATT CATCCCATGGATTACTTCGTTCATGAAGATTTATAAATTCACACAACAGC ATCAACTCCTTGAAGACCTCAAACATGCGGGATAGGGACAAGGTCTCCCC TGCAGATAGGGTCAAGACCTGCAAATTCTTTAGACTTGTATCGAGCGAAT GATTGGCGAAGATGGTGGAGACATTGAATGATTTCCTTCTTTTTTTTTTG TATTATTAGAACATGAAAATAAAATTTCAATTCTCTACTTTCTTCCTTTG TTGATCAGGATGCAGCTAAAGTTGTTGCAGATTTACTTGTAGGACTCTGC TTACTCATTATCCTAATAAACGCATTCCTAATCTAAATACGAGCTTATTC TAACGAAATACTATTTAATCCATTTGTCTTCGATTGAAGTAAATTGGTTG TATAGGTTTAAGGTATTTTTCCCCCAATTTGAATATTTCAAATATAGATA TGTTATTAATTTAATTATCATTTTAATTTATGGAGATTGAGAGCTTAGCA ACTCCTAAAAAAGCGTGTGAGCTAAAAAAAATGCAACCGATTTTATACAT AAGACAAAAATTGATATTTCTTTTCAACAAAGAAATAATACTGATTAGTT ATAATTCTCGTATATTTATTAATAAACTATACAGGCAGGCATATGTGAGG MCTATGCTAGTATATTCCTAGGTATCATTTTAACTTTTTAATATTAAAAT TAAATCCCTCGTACATCTGTGCCTTTTAACTTACTTTTTTTTTGATACAC AATGAAACTAAATTTAAATTAAATTTCTGAAAAGGATAATTATTTTTCTA CATCAAGAGTTTATAATTAATTTGATAGAAGAAGCTAAAAAACAAATTAA GACAAATATACGCATTTAAATAAGAATTTATGTAAATGACATTGTGTCAA CATTGCATTTTTTGACTTCATCCTGAATGAAATTCATTTTTGGAAAATTG ATTTAATTGCAAACAAACTTTTTTTAAAAGTAAAAACCTTTTGTCTAAAT AAAAAAGAAATAACGCCCCGATTGATCATTTGCAGTTAATCAAAATGAGT TTATTTGAAGTACAAATAATGGGTTTTTATTTACCATTAACTATATCTGG TTCTAATAGGTTTAATACAGCAGAAATATTGATTTATTTGCAGCTTTATT GAGGCAAACATCACTCTATATTGATATAATCTGTATATATATTAGAGTTT GTGGTTCTTTTATGGGTGTTGGGTCTAAGAGACTGAAACTTCACATGGAA GTTTCTTTCGATGACATTATTATCCATGATTTTTTTAATTATGTAAATAC TAACTTTTTTGGGGTACATTCCTGCTCTTCTTTACAATGCCAATAAATGC TATATACCCCTTATTTTGCAAATTAGTGTAAAAAATTGGGGAGGGGAAAA AAGGAAGGACATTGGCAAGAATTAATCCAATGTCGATTCTCAATTCCACT CTGAGTCCAACACGACTTACAATTATAATTGCACAACAAATGCTCTAGAT TGCTCTACGTCTTTATAGGCACATACGAATGTTAAATCCGATTTTGAATA TAGTCAGAAAATAAGGTCACTACTCACAAGTTAAATAATAATATTGACAA AAGCTGAATAAAAAAAATCATTCTTTATTTTACCGATTCCAAATAAAGCG AGCCACCCAAAAAATAAAGACGATTTTCATCACTCTTGACTCATATCCCA TTTTTGAATGACGTTTTATATAAAAAAAATTACATTCTTCTTAATGGAGA AGGAGATTGTGGTACCGAATATGCCATTAATTTCTTATTTTGTGACCTTA AATGTATTTGAAATGTGTATATTTGTTGTTGTTTTTGTACGTTTCCAATT GCCCATACTTTGGCATGAAATTGACAAGATCTCCAAATAAATACAAATAA AATATATTGTACTTAAAACAATCAGATGCCCCTAAATAGATTAAAGAGTT GATTCTTTTATACATGACGTTAGTGTTAGGTGGTTTTGGTCTAGAAAACC TATACCGATCTTTAACCGGTATTATCTTAACTATATCATTTGGTCCGTCA TCGATCTAGAATTGTCTCTAAGTAAAATTTGGTCTTTACAAAAATCGATC TTAATCCCGTCCCACGTCATTTTTAGAATTTAAATTTAAGATACTATTTT GTAGGTAAAACTTTATATTTATCCAAAAAGGAAAACTGAATGTCTACGAT ATAAATTTCGATCCACAGATTGAATATTTAAGTGCATATCAATCTTGAAA AAAGTACATCAAGAAAGAACCGAAAAAAAAAAAATCGTTCTCAGACCGTG TATCGCCACTAATAAGTCAGGATTGCATTAAGCGATGGGGCATGTTTAAA AAAGGTAAGACCAGGATTGGCTAAAAATATGTTACCCCTCAACACAACTT ACAATTATTATGATGGTCACCCAAAATATTGTAAGATAAAAATAAAATTA AGTTTAAGAAATTACAGTCTACCTAAATCTATAGTTTCAGTATANNNGGT GTCCAGATTGTTCCTAGAAATATCACTTGAGACCGAATTGAAAAAAAATT CCCTCTCAGACCGAATTTTAATGTTTTTTTTAAATTTTTTTACTACAAAC AATACTATATGGTATAATGACTAACGACAAATGATTAGTTCTTGATAATA CATAAAAATTAGTTAAAACCTCCAACTCTGAGTAGGAGCGAGGACTATGT AACACTCTAACAGATTGATCATTGAGTATATTCCTAGACAAAACAGGGTT TCTCTTTTCCTCAAACTTCTTCAAAAGATTAAGTTATTTTTCAATCAACT TAGGGAGGCATGTAGGAAAACTGATCTTATTTGAATGTGCAGAGTACAGA ATCAGGAATTGTGCATTTTACTAGTTTTTAGTTTCTCGCCAGGATAAAAT TTCACTAAAGGGGATTTCTTTTCTAAGAAAAAAAAGGTCATTTGAATTAC CCCACACAGCAAAAAAAATTTGATTTATGAAAATTAAAAAAATAAAATTA CAAAACCAAGGCCACCCCAAAAATTTTATCCTGCAGGCGCCCCTGAGAAT AAAATCGCTTAGGTCGATTTTGTTGAGGTTTTTATAGAAAGGGGATGACA TCACCAATCAATCTGTCTTGGGGATCGCTGTTTGAAACGAAGACTCCAAG AGCCCCAGAGTCCTGCATACCATGTGGCTTACTTTCGAACATTCGTAGAA ATGAAAAGAAGTTTCCTCCTCCAGACACAAAAGAAACCATTCTTCACCTC TTTCTCTTTCATAGATTTATCGATGAATAATGAAGAGGTCACCATCCTGT TTCTCCTTTTGACTTGTGAAGGGGTTTCCAAAGAGTTTGCTGGAGCCCCA ATAACTTTGTTGTAGCCTCCCCTTGCATTAGTTTGCTGGAGTTTCCTTTC TAAGGCTTCCATTGATAGGATTACAAACTAGCTTTAACAACACATCTCTA AAGCAGTTTTAATGCTATTAAATATTTACAAATTGTGGCTTGTCAACTGA GCATACGCCTTTGAAGTTATGCATTCAAGATTTTTTTTTTAAATATCGCA AAAAATATAACTTTCATGTAAGATTACATGACAAAGAATAAGTTTGGGAG ACAATATTCAGTCTTTTATTASAGGACTTATAAATTATATGTCCTTGTTG AACTAGGAGTCGAATTAAAGATCGACATCTGAGTAATTACNCTAAAGCAG TTTTAATGCTATTAAATATTTACAAATTGTGGCTTKTYAACTKAGCATAC GCCTTTGAAGTTATKCATTCAAGATTTTTTTTTTAAATATCRCAAAAATA TAACTTTCATGTAAGATTACATGACAAAGAATAAGTTTGGGAGACAATAT TCAGTCTTTTATTAGAGGACTTATAAATTATATGTCCTTGTTGAACTAGG AGTCGAATTAAAGATCGACATCTGAGTAATTACTGTTTTTGTCCGTACAC AATACAAAGTGGGATTGGTGTTTATTACCATACTATCATAGCTGGTCGCT GCTAATCCAATAAAACGTCATGATAGCTAAGCTGCTTTTCGCCAAAATAT ACTTGAAGTTGTTAGGATTACCTTTTTTTATATACACCCAAACTGCTTAC GATTTACATACTTAATTATAAATAGACCTGCGACTTTTGTAAAAGTGAAT TTGTAAATTCACCCCCTGTTGGCGAAAGATGAAGAGTTACACTAAGGATT TCTTGAGGAGTTGTGGGTGTAAGTCTTCATTGGACTCAGAGTATAATTAG TGATGAACAATGGTCAAAGTGATTTCTTCCTAATTTTTAGTCCCTTTCAA TGCCGATAGGCATTCTAATAATATTTATATTGGGCCTGTATTTAATATAT ATATATATGTATTATTAGGAATTTAAAAAAAAGGATTATAATGTTCAAAT GGAATAGCACCATATTAACATGAAAAAATTTGTCAAGATGAGAAGTCCAT CTTTTATTTTGTGTCAAAAAATATCCCTCGATAACTGGTTTATTTTTCCA AATATTGCAGAAATTATGAGATAAACTATTCCAAAAATTGAAAATATTCT TCGTTAATACTTGAGTATATCATTTCAAGTCCAACGTAAATTGTTTTGTT GCATTTCTTCTTAAAAGTTGACGTTTAATGAAGAAAAAAAAAGAGAAAAA ATTGAACAATTAGATTTTTTTAGTTAAACATCCATTTTTATGTGTCAAAT CTTTATTGTATTTATGAATCTAATATTTTGATGAAAGCTGTTTGTTTTGG ACGTGAATTTTTTTTTGGATTTTGAGTAAATTTAGAAAAATTAATTATTC ATAGAGTTATTTTTTGAGACGCTAGTCACTTTTTAAATTCAAATTCATCA CCCTATCTAGTCTCCTCGAGGTAAAAAAAATATTTTGTGGCTTAGAATAA GGCACCTAATAAGAGAGAAAAGAGAAAGGTATGACATTATTAATGGAAAA TAAATCAGCCAAATGMCTGCCACAGCTACACTTATAGAACTGTATCCTTT TTATGAAATTTTCCATCACCAAATTGTAAAGTGGCTGKTAAATGCCCTAA AWAGCTTAAGCAATTCCATTTTGAGGTATTGGATCGGACATAGGGCTCTT GGCGTAGACCTTATCTTTCACGTGGCCCCAAAGGAAGAAGTTGCAAGATT TCGGTGGCTAAATGCGATCACCTCTTCGAGGGATAACACGGTGCGGAAAC TTTTCCTGTGAAAGAACGATGGGTGCATTGCTTGTGTTGCACATCGCCCA TGGAAAGTTTCCAACTCCTAGATCCAACGATCCTGGCTCCCAAAAAAGAC ACACACAAAAACTGTATTTTAAATATATATACAGATGATCGACTCAAATG ACTAAGAATGAATATTTTTACACTTTATTTAAAGGAAAATCATTTATTAT CATGAATAAATATCTACTACATCTGCATATAAAATATCTCATTCGAATGC AATTCTGTTGTTGTTGTTGTGATAGTTTATCCACATCAAGAACGAACAAA ATATCCATTTATTTTCAAGATTGTTTGAATGTGTTGTGTCCTATGCTTTT ATACCAAGGTAGTCCCTTATAAAGAACTAAAAAAATATATTTTTAAGGAA AAAAAGGAGGGATCATTAAGAAAATATTATTCTACTTTAATTGTCATATA AAGCAAAGCATTTAAATGTCTGTGAATCAAGTTTGGGAAGAAAAAAAAAT ATATATAAGGGAAACTAGAAAGAGTACTACTAGCTACAGGCATAGATCAA AAACATTATAGTGGGATGACTCCTGTCACCAAAGGAATCTTGATGATGTT TAGCTACATAGCTGATGTATTTAAAAAAGAAATCTGTCCTTATTTATATA TAAATTTACAAAGGGTTCGTACAYCCGATGGTCMCCATTGMCCTCCACAA ACATTYCCAMCCTACTATTGAAGTCAAAACACATCCTCTGTACGAAGTCC TTGTACATGGACTCAAACTCCAGGTACAAGGGCAGTCTTTAGGGTATTTT CAAAAAGGGGGTCAACTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNCTCCAACCTTCCGCTCAATGGTAC CCCAGACACTATAGTAAAGAAGGTTGAGATTGGGAGAGGATGGCGACCAC ATTTTGCTCTTTCAGAAGGTGTCTCGGTTTTATTAGAGTACAAAATCTCA AGCTATGATCCTTGCCAGACGTTTTATCAAAAGGATTGGAGGCGCTCATC AATAAGAAAGGGCTAAAAGTGTCCATTCCTGCAGTATCTGGCCTGATACA CAGCCCATATTTTCATGTCGGAGAATAACCGTATCGTGGGCCCCTGGTGC TTGAGCCCGGTGATGGGATTCAAGCTTTGATCTAACTTCTTGCTTTTACT GGTATTCCAGCCCCTCTGCCAGTGATCTCATTGATCGTATCAGGTTCGTC CTCATCTCCCTCAAATCTGTCATCCTGTTCTTGTTCGTTGGAGGACCCAA AGAATGTCGTTGAACACATTATCTGGCTTCATGCCGTGCCCCAGTCCGGG ATACAGTACTTTGGTAGACTCCTACAATCTTAGCAAGGGTTGAGAGTTGC ATGTGGGCAAGGGTAAGTTCGATTATATCAAAAGATTGAAGCTTATTGCA TCTGCATCCTTAATCAATAGAAATAGAGTATATCTTCTGCACAAAGTCCT GGTGCATGGTTTCCTACTCCAGGTCTACTTCAGCATTCAGGGTATATATT TATGGTTAAGGTCCCACCCTMCCTCCTTTTCAATGGGACTTCGGATGCCA TAATCAAGAGGGTTAAGATTGGGAGAGGATGGGGACCACATTTTGGTCTC ACAGAAGTCGGACATGTTTTTCGTAGAGAACAAGAGGGGCAGCTTCCTCT GCCCTTGCAGGATGTTCTTTCGTAAGGATTGGAGGCACTTCATCAACATC AAAGTTGTCTATGAAGTACTGGGCTGTATGTGGAGGCTCGTTCAGGTAAA TCTAGACCATCTTCAACTACATTATGAACAATAAGGGGACTAAAGTGTGA CGTTGAGCCTTAGCTATAAGTTGGTTGCACAAATTTTAATTCAAAACAAT TATTTATGATGGAGGAGACCCAGACGAACACCACCATCAAAAGTATTATA TATATAAACAATATCAAAAAGTTTTCATTATCTTGTGTTATACTTTGATT AAGTAGCAATCAAACCAGCTCTGATTAATTCATAAAAGACTCACAACTAT TATGGTCTCCACTACACGAGTTGAGATTTGAATTTCTCTACGAAACTTAC TCCTTACTTTTGTAAATAGAAAATAAAATGGGATTTATGTTAAAAAAATT TAAACAGGCATTTTTATGTATAGGTAGATGAAGTGGAAGAAAATGGGGGC AAGGGGGGGGGGGAGAGGGGTTGTCTGAAATCTTACAAGGATGAGATAAA ATAATAATAATGGTAATTTAAATCCTATTTAGAAAGAAATATATGATTAA TATTTTTTATTTATAAATAAAAATATATGAATATTTCTTATTTATTTTTG TATATATTTACTATAAAAGTTTGAGTAGTCAATTTGGGATGTGCTACTTG TTTGAGATCGTTTTTATATATGTAATATGAACTAGTAAAAGATTATCCGG CGTTGCTGGGGCAAAGGAGAGAGTGGGAAGTCACATTGACAATGCCCAAT ATTATTTATTATTTACCCTGAATTAGACTCCTTCGACGCGGGGCGAGCAC TATAATAAATACTATGTGTATAATAATAATAATTATTATTTTTTTTTTAA AGTACTATAAACTTCAAAAAACGATAAGTCAATTTTTTAATTTTGTTAAA AAAATTGCCAAATCGAAATTAACGAAGAAAATTGAAAAAAAAGGAAGACA ATCGTATTTATTGTTATTGTAAAGAGAAGCACTAACTTACCCATATTTAT TTCGTATTTGCAAAAACAAAAAAGTTATGGAGAATAATGTCGTTGAAAAA ATAGCCCTCGATAAATAGTTAATTATTCCTTATATAGAAGTAAGGACTGC GGTCCCGTATAGTTTAGTCTCGATCCCGTCCATTTCAATCCTAGAGCATA TAAAAATGAGGACTTTATTTTTCTCTTTTAATCTGATCTAGTAATGAGAT GATCCAAGGACTGGCCTTAAGACAGGACTGGACTATAAATAATCAATAAG GACTGACTGTGAATAAAGTATTAATGGTGGAATTTATTATTTGAGAGCTT AGCTCCAAAAATTGTCAACGCCAATTTAAAATTAATATGTAAATAATTTT TTACATGTATACTACCAAAGGGTGTCTCCGTTGCAGGGCTGAATAGAGAG TAATAGAAACAAAGAATGAAGGTAGAAGAAAAAGATAAAGAGAAGGAGAT AGAAATATGCAAAGGAAGAAGAGAATAGGGAAGATAGAGAGAAGGAGAGA GATATCGAAAGAGAGAAGGATATTATTGACCTCGGAGCCTGATAAAAATA TCATAAGAACATGCTTGGTGATTATATACTATATTGGCTAAATTTCATAG TGATCTATTCGACTGTTTAGATTCAAAATGTGATACCACCAAAAACAAAC TGACATATTTATATATCGGAATTATAAACATTTTTGGGGTGGCTTCAAAA ACTTTTAGGGTGCTCAAGCCCCACCAAAAAGTGTCTTACGACGCCACTGC TAACATCTATTGATAATTTGATATTTCATCGCTATACAATCTTATTCCCG TTATGTAGACAATAAACTAAATTTTATTTTTGCAAAGAGCAGATATTATA TCCAATTATCCCTCTTTTATCCAGCCAGAATATAATTAATTATAAAAACC AGCCCTTTCATAGGGATTTTCATTAAGATTTATGGGAAACATGTCCATTT GCTTTAACAAAAATATCAACTATTGGCCCTCCAAAGCGTCATGACGTACG CACGATAGAATTCCAATCTATGGACCAATCCCCCCCCCCCCTTATCGGAT TTATGAGCTGTACAAATATGATTTATGGGGGGTAAGCTGAATTAAATGAA TACGTTCGTTCATTTTATGTCAGACATTTAACTTCCGATGACGTTATTGT AGATTGATATTCTCAATTTTATAACAGAAGTAAGGTAACCAATAGTTTAT TTATAGAATCGGTCTACACAAAATTTAAATTAATACCGATTCAAACAGAA AATTTCTTTGGTCTGCCGATCTAGACCGATATTTTGTTAGAACGGTCCTT TCCAGGACCTATTTAGTTTGGTTCATTAAAAATCATAGCGGTCCTAGGAT AATCCTAAAAAAGGGGTTCACAAAGTGGGGTCCTGGCCCCGTTGGGAGTT GATAGAGACAACAGAGGAATCGCAAGATGATTTCCAAAAAAGAAGTATAT TATTTATATTGACATTGCTTTGAGTGTCATTAATTGTCATTCCTTTTTAT ATTATCGGTTCGAACTTAACGGAAAAGAGCTTAACTAAAGGAAAATAATG ATGAAATAAATAAATCAATAATAGAATAAAATGAATAGCCAATGAGTAAT AATAAAATTTGGAAGCAACCTGTTGTAGTGAAATTATCATTTCTGATGTG TTGGTCAACTCATTTGAACTTTTATAATAATAAAGCAATAACATTTGTCG TAGTTGTAATTTTATGGCAAAATCACGTGGTACTAAAGCAACTCTTCCAT TTGGCGGKAGTATTTGAAATCTCCCAAAAAGATGGATCAATTGAATGTAT AGAATTTAAAATCAAAGAGGAATAGAGCTGAGCATAAATCACATTAATCT ATGTTTCAGTCAATCCTATTGATTTTTTCTCCTTGTTTCCTATTTACCAA CCTATATAATTAATGTGATCAAGGTTAAAATTCCAACAGATAATTAATAT AAAATCATTAAAATATGCATACGGAAATATCTCCTTCGGGCAAAATTACC AGTGGCAAAAATCTAAGTGGGAAAATTACCAAGGGTAAAAGACTTTGTGG GAAAATTACTTAGCGTTGTAGGAGTCTTCTTGATCGCCTCTGGTATCATG GTGAGAGTGTGATAGTTTCTTCACGAAGAAATAATCTATTATTCAAAATC ATAATATATGGCAGATTGTTGTACAACAAGAAAATGAATATATCTATAAG ATATTTTAATAAATAGGACGTTCTCGATTGTTTGTTCTAAAATGAGTCAC TATATTTGAAAGGTTGAGAACCACTGGTCTAAAATTTCCCCTGGACAAAA GCATGCAATAATAAATATCCATTTGTTTTATACCCTCTGAATAGAAATGA TTTGACAAAGAATTGAAGCACACAATATTTATCAAAGTAAACATTATCTA ATCTGAGTGGGTTTTTGCCTTTGTAGTATAAAAAAACCAACTCAATTATA TGGAGGGTCCATTAAAATATAATCTCACTCAATATATTTCATTTCGTTTA TACAATAGTGCTCTTCATTTTCTATGAGCACGTACTATATTATATATGAT TATTAATTTTCCTCCAAGATTATTATTCCAATTTGAAATAGTAGTCTCTA TAAATAATACCTACCTACAAGTTAGATCTCGAGACCGAGACTTTCCTATA GTGTTATTTTGACTTGAGTCGAACTCAACCGAGTTAATAAATTAGAAAAG AAAGCAAACCTGGACTCATGGATCCCTACTGCTGCACGACAGAGGCCTTG AGATCCTCCAAATATCGGTGAGAGTTTGCACCGTCTCTCTTCTCGACTTC ACCTAAAATTGAATAGCCTATGGCAAGGTTCTGCCCTTTATCGGTTCTAG TAATTCAAGTGGTTCTAGTTCTTGAACCGGTAGAACCGGAACCGACAAAG CCGAACGGAGAACATAATATATTGCTTATCGGTCTTGGTTCGTGTGCTTT TGTTCCTATATAGAATATAAAAAGAAAATACAAAATATATTATAAAAATA AATTAGCTTAAATCAATAAGTGATTTTTTGGGCTGTTTTTTTGTGCAATT TATCAATGATTTTTTTTACGTCGCCAGGGTGATACAGTAGTATCTGAGTT TCAAATAGTAAAGGGCTTCTTGTGGATCTTTAAAAGTGACACCAGACGGT ATAAATAAAAGAGCGAAGGTGTGGGGCACATTAGGGATCCAGGTCTGATA CTAAGCTTGACGGGTCCTTATAATAGTATAAATATAATATTTCTTAATTC GGGGTTTCTCAAACTTTCTTATGCCAAGACCCCATACACTAATACATTTT TAGCTGAGGCCTCCTTTTATACGCAACATGTTTACTATGTATGTGTAGAC GGAAAACAATCCTCAATTCTCCATTTMCCTGCACCCCCACCTCTGGCCTC CCCTCATGGCCTCCACTTTTAAAACCATTGTCTTAAGCAACCTTAGTTTT TGGGGCACAACTCTCTCTGCATATAAGGTAGCTACGGCTTKTTTKTWTCT WATATYATATCTTGGGCCTGAATTTTCTAGCTACGCCTCTTGTTTTAAGT GCCTGTTACCAAACTGAGCCTGTAAAGAAAAAAAAAAAAAAGAATCGAGA CGGATAAAGCTGGATCGATACCGAAACCGTCTCTGAAAAGATGGAAACCT CTGATCCATTTGCTTTAACCAAGTCAACAATTTCTGGCCTCTCTTGAAAG GTCGTCCTTGGCTTATGTTGAATCCAGTTGCCTATGTCGTCGTACATAAG AGGCCTTCTCTAAATCCATCAGATATCTTATCACAGTTCTATCACTCACA TTGAGAGCCTTCGTATACTGTGTCATCTTGCGATCCCTGTTTACAAATCC TCCATGATTCCAATTTCCAGCCTCTACTACTGCCAGGGGACCTCTCAAGG CTCAAAACCATGTTTTAATCTTAAAGACAAGACTTCAGGAGTACCCTATG ATCTTCATGATCTCCTCGACACCCACTTGAGCGTGGACCAAATCAGAACC CCTTTGCCTTTTCGCTTGCATCCTGACAACTTTTGATTTTTGAAACTTTA TTTATAAAATAAATATTAATTATGCCTAGTATTTCAAGTTATGCATCATA AAGCAAACTAGATTGATTTAAAGTCAAGTTCACGATATTACTTCGCACTC TGTACATTCAAAATCAGATTGAATCCTCGTGTGTGATCATAAAAGACAGC AAGTAACCCTGAGGATTTGCTGTAGAGATACAATTATATGTCCTTTTTGA ACTAAGAGTAAAATTGAGGATAGCCATAGGAGTAATTCTTGACCATCTCC TTGTTCATTTTCTTGTCTCCCTCCTGCCTCGTCACAGCTGATGGTAGCTG ATCTAAAGAAACGTAATGATAGCTAAAACATTCATCAATTTGTCAGAATA AAGAAATCGATCTTCAGTTTTTTTTTAACATGCCCCAAATATCAAATATT TTCATCGCTATCAATTTAAAAAGTACCCACATATTATTTGTAAGAGTGAG ACCACTTGTGTTGCGTTAGAGGTTCATAAAACATGTCTTAGAAAGAGGGA TGGGCTTTTAATAGTTTTAATCTGTACAGTGGTGTGGCAAATGCCTCCTT GGCTCCTTTGTTTCCGACACCACTGACTCCGAGTACAAAAAGGACTTACG CATATCACTCCCGGGTAAACCATCACTTTTACCATTTGTCTTTGATGACC GCACACATTAGTTATTACTTAATAGAGTTGGAACCCAAATCTTGCAGGTG CATGATTGAATTACGAAAAATATACTTTTGTATGCTGCAATGAAGAAAAG ACAACTCGAAGCCAATTCCTGATATGTTTCAATACTATATTCATCTATAC TTTTTTTATTCAATATGCTCTCCTTCACAAGCAATTTCAGCCTTGAAACA CCGTCAAAAACCTTACATATTTCACTTTTGTAATATGATAATCTGTATAA AGGAGGGAGGATACATTTTTGGGTTTGATTTTCTTAGGAATGAAAGTGAA AAGGGAAATAGTCGAAAGATGCTACTTCTACCATGATATAAAACTTATTT ACAAGATGCCCATGGCTTTCTTGTAAATAAAAATAAAAGAAACAAAATTA AAAGAGAATTTATTATAAACTGTTCATTTGGTACAAAAGTTGAACTGCAA ACAAAGAAACTTTTCGTTAACAATTTTATATTTTACTTTTTTCTTTTCAA ATAAATGTAAAAAACTGTTAGGCATATAGTTTTTATAATATACATACATT GTGCTCAAAATACAGTACCCCCAACTTCCTTGCAAATCATGTCTTTTTTT TTATAATTTCTATGTGTTGAGAAAAACAAACAACTAAATGGTGAAACTCA CTTTTATCTTGAGTAGATGAAAATATTACTCAACTTTTTCTTTCCTTCGC ATACAGCTTAACTTAAATTTTGTGTAATTTTGTAACCTGCCTAAATGTGA GTGATGGTATGATTCCAGGGAAAAAATTCCAATGCCGATTCTGAAGCGAT TCCAGTAAAAATTCCTGATTAATATTTTAAATAATAGTTAAAAAATACCA TTTTTGCCATTAAAAGAAGACTGCTAGATCAGAATCCAGGTGAACTCTAC TTTTATATGAGGGCTGCAATGGAAAAAGAGGAGACAAGAGAATATGTAAG AACAATTTGAAATCCTATACTAACAGCGAAACAAAGGTATACTAAGTACG GAATAGGGTGTGGCCTCTACTTCACGCCGAGAGTATTTCACGATGAGCAG AGCCTCCGTAGTTACTGTAATGAGATTACTTCAAGGAGTGCAAAAGAATA GAAAAAGTGGTGGGAGTCCTGGCAGAAGGTATTCTCCAGAATATTGGGTA GCACGAACTACTAAGGCTACTTGCTGGACATCCAAATGTGGCTTTGAAGA TAGCATCCAAAGCAGTGGCAATGTGCATGTCTTTATATAACTTGTGATAT TGTTTATTTATATAATTAGTTTAATAATTAATTTATCGGAACCTTATTTA GAAATCAACGAAACCTTAATTCTTCAAATTGTATTTCCAAATATTTTATA ACTCCTGGTGTGGCTTTTAATTGTTTTAACGGACTTTCAGTAATTTATGT GTGTACATTATTGATTGTACATTTTCTATTTCTCTCCAATAATCCTTTAC CAGTAATGTTGGTGTGGAATAAAAAAATGTACTTAAAATCTAATAGATCT GTTGTGCAAAGTGACTGATAGCACAATCAAAATGCCCAAATACTTTTTCA ACGCCCGGTTTATAGTTCTACTTGATATATTCCCCGGACTCTGTCCGTCA TAAGCATTAAAGAGAATTTCATATTTTACGTAATACATAGAATATGGAAT GTGAATATATTTATTTATTCAGATACTATAAAGAAACATTGGCCTTCACT TTGTACTCGGAGTTATGAACAGAGCCAAACTAAACAAAAAAAGATCTTTT AAATTCCTTTTGTTTATTCATTCTATATTGTATCTGAAAGAAAGGAAACT TGAATAGATATGTGGCCTGTCAAAATAAAAGCAAGCTATAAGGATTTTTT TTTTCTAAATTGAGTTTGTATTACATTTGTATTCTTCTTTATTCTCAGTT TCTATCAACAAGGATTATTCTTATTAAAATAGATATATTTTATTTGAAAT CGGCCATATCAGGGCCAATATCGGTCCCTTAAGTCCGATATAGGTTCTAA ACTATAGCTAAGATTCTTAAGTAACTTAACAAATCCCATAATTTTAAATA AAAAGCCTATATGTGATCAAAATATATTTATGTTCGAACGAAAGTTGTAT TATATTCACTGTCGCAATAAAAAAATTGGAAATTGATTAGTTCTCTATTT GGGGCTAATTAAGTTTCGTATATAAAATAAAGATTTTAAACTCTAGATAA TTTTATTGCGTATATTTACTTATATTTACCATAAATTTGAATACAGACCC TATTATCTTCTCAAATAGGTTTAAGAAATTAACCATTTTTCCAAGCACAA CTTCATCATGATTCTCAATAAAGAAAAGTAGTAAGACAGTGAAACTGTAA ATAAGTAATTTTGTTCACTGTGGCCACCCTTGGCCTCCACGGTTATGTCA ATCCTAGGCCTGAAGGCCTTCAATGTCTTCTTGACGTATTACTCTGACAT GATAGCTCAATCTTTCTCCATGACAGCCTTTAGGAAATCCACGTGGGAGG TGGCACATACTATCATTTCGAGAGCACCCTAACTCCCATAGTTCAAAGGG TTGCAGTCTGTTGAAGATGGATGTCACATTGACGAGGAAAAAGTCTGTAA GTGTATACTATTTCCCAATTGTATTTGTCCTCAAGAAGAAACATTCCTAG AGCAGAAAAGACCTTCATAACAGATCAAAGAGCAGAAAGGGAAATAGCTA TAAGTGGATTAGACACAAAATCAATTAAGATTATATTAGTCACAATTGAA AGATGTGAAATAAAACATAAATCTGGGAGTTCTGTATGGTCTTGCTCCTA TACCTGAATGACTTGCAGTTCTTCTTCATGTATTCCTCCGACAATTTCAG TCCACTCCTTTTCCACAGCAGCCTTCAGGGGATGCACATTTACATGGGAG GTGTTATAGGCCAACCTCTTGATGGTAACCCAGATCCCATTTTTCAGTTT TTTTGAACTATTTTGACCTCTCAAGGCTCTTTTTGTTATCCTTCAGCTTT TTAACTTCAGTTATAAAACCTTTGGAGCAGGAAACAATATGTAGGTTCTC GTCATATCTCATTCCTACATCAAGTACCAATGGCACAGGATTTATTTTGG CCTCCATCTCAGCTTTCCTTAGTCTGAGAATCAAATTTGTTTCGGAAGAA TTTTTGTCTTTATTGTTAATTCTAGAGGACAATACCGTTACATTATTTTG TTAGTCAATGAAGTTTTTCAACGTTTCAAAAACGATTCCCTGGTACACAC TGTCCGTTAGGGCGGTTTCCACTTTGTTCGAATTACGATTACAATTAGTT TGGGATAGTTGGGATTTGATAGGGAAATAACCTATGCAAAATCTCATTTT CCAACTTTTCCATCTTTAAGTAGCACATCATCTAGTTCATAGTTTGAAAG TGGACAAAAGTTCTTTACTTCGTCAATAAAGATTAAAATATAGCATTAAT CCTTATTTTACATTCATTAATAATGATTGACATTATTCTAACATATAAAA TAGATTTATAAAGGTTTTTTCTAAAGCTAAAAGCTTCTAAAGCAAAAAGA GAGAATAAAATTTTAAAAAATTGAATTTTTCCTTTCTTAAAATGTAAAAA AAGATGCGCCCTATACACGGCCACGTGCTGAGATACCAAAAGTAGGGAAA AGTTGTTTCTCTAGGTCTTAGTGGCAAGATGAAATGGAGCTCCTTATTGA GTGAAAACAGAGTTTTTCTCGAGCTCTTCTGTCCCTCAAGGAATTACTTT CTTAGCCAAAAGTTCGATGTAAGTATATCTGCATTCAGCTGCTCCTTCCT CTCTAAAAAAATGGGAGGACTGACTCTACAACGAACAAGACCGGAGTTGC TTTTTGTTCTGGAAACACGTCTCACGGAAGCTGACATGAGGTCCTTGGAT ATGGCCATAGGGCATATCCCGCGTGAGAGAAGCTTCAAAATTTCCTACCT TTCTGGCTCCATTTGACTCTTTCTCGTTTGTTTTAAAATTGTTCTGCATT AAAATTTAAATTAAGTGTACCAAGTGTAGATAAGATCAACTCTGTGCCTT CATGAACTACAAAATGTAAATGTAAGTTTCTTATTTTCTGGATTTTTGTA CATGGTTTTTTGTATGTTAACACACCCCATATATAAATGATATAAACTTT TTAAGGAGAAGGATTCCAACTTACTCTTCACATTAAATGTTCCCTCCATT AAAGGCAAATGCCTTAATAATAAAATAGCATTTTTTTTATTTGCTCTAGG AGTACTTAATTTTTTTAGTAAGCAGAAATAGAAAGGGAAAGAGGTAAGGC TGAAGGGTTTGTAAATAATTTACTTTATACCATAGTGAAAGTGGATCAGC ATCTTATTAAATATCCCCTGATATTAACTCCTTTCTAAATACATGGTTTT TTCATTAAAGGATATGTTTCTTTGTGTAGGTTTTAGTAAGGTTGTGCCTT TATTGGTCAAGCGGTTCCGGTTCTTGAACTACTAGAACCGGGACCGAATA TTTTGCACCAAGAACGGTCTCGGTTCTTGTTCTTTTGTTTCTATATAGAA AAAAAATACAATATAAATTATGAAAATATATTAGCCTTAATCAATATGTC AATTTTCGGACGGTGTAGACAAAAGAGTGAGGGGTAGATTAGATCCAGGT ACGCTACTAAGCTTGTTGGGCCCTATAATATGATAACTATAATATTTGTT AAGGCAGGGTTTCCCTAGCCTTACAATAGCCAGGCTCTCTAAACTGATAC CTTTTTGGTTGATGCCCCTTTTATACGAAAAAATGTGTACAATGTATGTG TAGATTGGTTTTTGGAGCCCTACTGGAACTTGGGGTGCTATGCACACTTT GTCTAAGGTAGCAGCTACCCTTTTTGTATGTAATATCTTTTCATGGGAAA ATAATTTTCTAGGTCCGTCCCTTGTTGTTTTAAGTGTTTGTTACAAAACT GAGATTGTATAAGAAAGAATCGAGAGTGAAGACTGGAACCGAGACCGATA AAGCTGAACCAGGATAGATAACTTTGAATTGAAAGCACCGAGACTGGTAC GGATTTAACTGCTGAACCAAAACTTGGCACAACCTGGGTTATTAGTGTTG ATACTCGGTCCTAGATCGATTTTGCCCTCTGGTTCGATCATAATTAGTGT TTGATCAGTAAAAAAAAAAAACTATAACGAATACATTCCTAACAGTCTGC ACAAATAAAATTTGTAAGTCTGCGGGCCAGTCCTTATCGTTCTTTTATTG AAAATATAACAGCTACAATAACATAGTACTAACTACGTTCTTTCACCACC TATTGATGTTTTATAATAACCAGTTTCAATGAGACAATAGACCTGAAGTT TAATTAGAAGCTGATTGGCTATAACATAGTCGCAAAAGGTTAGCCAGCCT TACTTTGGCCAAGGGGGAGGGATAAGTCACATTGACAATGGTCAACCATT AATCTTTTTCTCAGACTTAGTTAATGCCAAATTGATTTATTCTATTTTAT CATCATTGGCCTTACAGATGGTGACAAGCCTATTGCAAAGAGAGTTAGTT GCAAGTAATGTTTGGGTCCATGGCAGCCCACTCTTTGTCAAAGGTGGCTT TCATTGCTTTAACGTTTGGATGAGAAATMCTACAGGCCCTATTCTTGATG TATGGCCAGACAACTAAGTCTAGGGAATGGATATCCTGMCTCTWTGKTAG SCATATTTTAGTGTTACTATTTTTTTAGTGGACATATCTTTCCATTACTT AATTTTATAGGAATTGAATTGAAAATTTTGGAATTGTTTTAATTAATTTA TGGATAACCTTTGAGCATAATTTTAAAAAAAAACAACTGAGTGAATTATT GAGTTGTTGAAGTGAAGTGTAGTAACATTTTAATGGTGTTTTATGGATTG TATCTTTTTTTAACACGTCAGTAACCCAAACTTTCTTTTTATGATGCGTG ACAATCTAGTTGTAGAAGTAGTAGCAGGGGGGGGGGGGCMCGAAGTTTTA TCATAGCTGACTGGACAACGTTCTCGGGAGAAATTATTATCTTGAACTCA AAGTAAGTAAGTTCAATACTCGGTCGTTCCTAGAGAAGGAAATATGCTTA ATGTATTTGGACTTCAAAGATAATTCCTTGGTTATATGGAGTAAATGTAA TACTGTAGTGTTGAATGAGTGCAACTCCGTCCGATCAATGAAACGAACAT TAAAAAAATTTCAATTAGTTACTTCAATTTTTAATCTATAAAAGACGACT TTTTCAATGTAATTTTCATACTATGAAATTTAAAAAATTATTTAATGCAA AATACTTTTTTGATAACAAAATAGACAACTAACAACAGTATTATCAGATT TGGTTGTATAAGTATTTTAAAATAATCAGGTTTGTCCAAATCAAGTAATT TGAACTGGATTTATTTAGGAAACACCAAGATTTTGAAAACCTTTGCAGAA TTGCAAATGAACTAATCATCCGCCATCATAAAATATGATATGTGGGCAAT TAAATTTTGTATCTTTTTGTATAAACTAATTATCCTTCTAAAACCTCCGA ATGAAAAGTAATTTAAAGTTGGGAAAAAAAGAAAAATCTGCAGGAGTTAA TGTAGCTAAATTCGGTCTGTTCTGTGTATGAACAATAAGGATCATACCAT AAGATGAAAATCAAGTATAGAAAGGACCTATTTAAAAAAAGAAATTGAAA ATCAACATGGTAMCCCTGCCAATCTGAAGAAGGAGGAGAAAAAGAAGTGT GCTCAGCTGTGATCTGAGAGGAAGGAGAAAAGGATATAAACAAGGAATTT TGCTAGGATTACTCCAATGTCCATCCCCAAATTATGATCTGAGTTCAACA AGGACTTACAATTATAACTCCGCAACGAATCCTCAGGGTTACGCTCTGTC TTTATGAGCACTCACAAATGTTCAATCAGGTTTTGAATATAATTCAGTTT ATGTAGAAGATGATGTTCACTACACAGGAATTAAATAATAACTACAACTG GTAAGGATAAGAAAATCCCTTCTTTATATATTTCAAATTATAAATTAACG GGCCAGCAAAAAAATTAAGTTTATTTTTTTCAATGGTATCACCTATCTGA TATGATTTTCAAAACTGTATTGAACGAAACATTTAGTATTTAATATCACT ATGAAACCAAAAAAAAAAGTTTTATAAAAAAAAAAAACTTTTTAAATTAT AAAACTTATTTTATAGTCTATTGGAGAAAAAAAGTTTTACTCCCGTACAC TGTAAAAAAGTAGTACCTGAAAAATTCTTCAAATAAAAATTAGATTACTC TGAGATATGGGTATCGTTGTAATTTTTGATATTTTGTACATTTTAGTATT TTTACAAAATAAATTATTTATTTCACAAAAGGATGTATATAACTGACTAG GTAATTTTTTACAAAATATAACATAGATTAATATACAGCTCCATCACCAA CATATATTTACTTACACGCGTATATTGAGTAGAAAAATCCAGAAACAATT CAATTCTTGAAAAAAGTTTTTTTTTTAGAACTTACATATTTATTTAATTT TTTTTTTTTCTTCCTTTGATCTATATACTTAAGTTTTTCTTGTGTTCTAG AAAACTCATTGTAGGTACCTGATACATGGATATGTAAATAGTTTGAATCA ACTTTATCATTTAATCTCTTTTGAATAGGTGGTTTTTTTTGGTTAAAAAC ATTTTGTTTTTAACAGTTAATGCTATTAGTTGTTAAAATAAAGTAATGTC TCAGATTACGATGAATTAAGTTACAGTAGAAATGAGAGAAAAAACTTTAT ATTGCAAGTACAATTGTAGTCTCAAGTCTTTGTTCTCATTTTGAGTCCTG GAATCTTTTCATCGGATCCAATTAAAATACTCAAAAAATAAAATATTAAT TAAAACAGCAGTTCTCAACCTTTCTGATACCGTGACCCCTTGGTAACATT TGCCAAGTTGGAGTGACCCCAAGGAAACAGAACTACCGGATGGGAACTTC CTATACATCTAGGAGAAAAAAAAGAAAATGGTATTCTTATACACTTAAAA AATCTTTATCGTATAAATAGTCAATGTCACATTGATTATTTATATTTCTC CGCCATTGGCCTCACAAATGGCGACAAGCCTCTTGTGAAAAGAGTTGCAA ATATTGCGAATGAAATTATGGYCCCTGACAGTCCACTATCCGTCGACAGA GGCCTTAATGTCTTCAACGTTCGGGTGACGGATGCTACAGACCCTCCTCT TGACTCTATGGTGGCCACATTCTCTTGTCCCAGGAAGCGATGCTGTAAGC TAAGAAGGTAAGAGGTATAATTGCAGTGTGAGCGGGGCCCCATCTTGCTG AAAGACGGCGTTGCTCTGAAAACGTTGATGTACATGACTGCCGTGAGCCT GTAACCCTCTTGGAACCAGATCATGGATATCCTTGAGGGAATCCGCATTT TGATGATTTTTTTTGTGGAAACCTCTTTACTTTCTATAATTTCGTTGTGG TCTAGCCTCTTCTTAACATTTAGCCATTCCTATCAGCCTGACCCCCTCTG TTGGAGTGTGACCTGCACGAAGAGGATTTGATGCCCTAAGCCTTGAATAT ATCTGCGATGACATTTCTCGCCCGTTTAAAAAAATATCAAAAAGAAGGGG ATGCTTGAGGTTCATAGTTGCCTATAAAATGACATACCGTTCTATTTTCC ACACCCAAAACCTCTCAAATCCATATAATAAAAGTAAGTAAGTTTCGAGT TCCCCCGATAGTTGATTTAATCCTGGTTCGTTTCATTTTTTTTCGATTAA TAGTGACGGTGGTTTTAGACAAGGATAATGTATTCAATTCGTTAGCATAT TCAGCTCCTAACATAATTCGACAGTAACAGCAGAAATGGTATGCATTTTC TTGGCTTTGGCGATTATGAGAGCCACCAAATTTGAAGATTCAATTTGCTG CCATWTTTTGCTKTTGGTWTTTKTAGCCAAAATCAAGCCTGCTTTTTTTT TTTTTTACATCATTAGCTTTATTCTTAAAATACTGGACATTAGTGCCTGC CCGCAACGTTAGGATGTTTGCGTCAAAATGGCGTTTCATGGCTGACATTA TGGTTTTTCAATTCCTGCTTCAAAAATAAAAGTAAATTTTTTTTTGAAAG ATTTAGACAAGAATACAACAAAAGAACTTTCGGTATCAGTCAACAGCTTT TCGAATGTCTTAGGCGTCCCCTTTTGGGGTTACAGCATAAAAAAGTATAC ACAACCCTTCACTTTGTATTTAGAAATGATATAGGTAGAAATTACAGTGA ATTCGATCCTCAATTCTACTTCGAGTCCAACAATGACTTACACCTATAAC TTCAATAAATCAATTCTTCATTCCTATTAATCGTCCAATCAATAATATTA ATACAATAATAGTTAGAGTGGTAGAAAATATGACTTGCTGGTAGGCTAAA AGACTTAAAACTAAAAATGGAATCCTAACCATTTCATTATTAGATTACCT ACAAGCTGCTTTGAACAAAGAAAAATGAATGCAAATCCACTTCCTTATCA ATTATAGAACAAAGGCTCTGTTTCCGACATCAATTCTACTTCGAGTCCAA GAGAGACTTACACTCATAAATCCCCAACAAATCCTGAGCGTTACTCATCG TCTTTCATGACATTAGTTAATATTTTACCATGAGATATTCCCTCCCATAG AGTGAAAGCATAGGGATAAGAGCTTTAGAAAACAAAAAATAAAAACATAA CTTTTATTCGACATCATTTCATACATATTGGCCGTTCAAAAAGTCTTTGA CCACCAATAGGGCGACTATTTAAGAGGATTTGCAAATTTCCATCTAAATT ATTTTATTTATGTTAACTACATTGTGGAAATACTTCCGGCCTCCCCAGTC GCCTGATCTGAATACTTGGGACTTTTCTATATTATGGCAAAATAAGTAAA AGGCCTTTAGAATCCGCCGCACCACATCACTAATCTGAAAGCCTCTGTGG AGCCCCATTGGAAGAGAATATTCAGGATTTATATTACTAAAGTATTTGCT GCCCTCCGATCTCGTTTAGAGTCCGTAATTGATGATGGTAGAAATCAATT TCGTAAATAGTCATCTTCAGAATGTTTGAATACAAAAGTACAGGGTTGAT CTTATCTAGAGTTACACATTATATAATTTTCCATTTTTTTAGAGTAAAAT TTAAAGGGGAGGTTTTGAGAGGGCATTCATCATCTGAAAATAGTGCTTCA CACAACTTTTTATAGAATCTGTGAGCCCTCAGACGAGGCCTAAATCCCTT GCAGGTCTTGACTTTGTAGTCAAACTTGAGCTGATTGGTCCACTTGTTTT TGATGGCACCCTCTAGAGACTTGAAACTCCTATGAAGAGTAGCGCACACC CTTTTCGCTAGAGTATTCCTAGTGGTCCGTGTCTGGAGAAGAAGTCCGCC GCATGTGGTGATTCCAAAAGTGCGGAAAGTTGTGATGCCACTGAGCTTGA GTGAAAACAAAGATGTTCTACAACTTTTTTGAGGCCCAGTTTAGCATTCT CTTATCCAGAAGTTCGATCTAAGCATCTGCATTGGTTATTTGTATCTTAA TCAATGTGTTTAATGGCTTTTAAACACCCTGTATATACTCCCATGTAAGG ATATGAAATATACATATGTGTACTTGTGTTAAAAGATATTAAATTATGAT CAATATAATTATTATTATATTACAACTTTCTCTTTTAAAATCCTTTTCTC TTGTAGCTATGGTTTTCTATATAGTTATATCCCTCAAAGAACATAGAGGA TTATTATAATATATAATATTTGGTTCCTCTTTCTACGTATCTTAATTAGG ATGGTTTGTTTTTCAACTTCTCTCGATTTTTGATTACGGCTARTACGGAA TAATGTGGTTATAGGTGCTAGGTGATTTCATTCTCAGTAAATTCTTTCCC GAGTAAAATTTATCTCTCGACATTTCATTCCCGCTTTGAAAAGGGATAGT TAGTGAAGTCATACGGTTTATGTTTCTAACCTACAAGTAGTTTTTGTGTA GGGCTGTAGAAGGAGAGCTGAGAACTCGGGAATCGGCACTGGAGATGAGT GATGAGTTGACAGATGGGGGACGGATGTAAATGATTTATGGTTTTTATAC CTTGGGAAATAGAAGAAGAAGAAAAAGACTAATACTGGGATTTACTTCTA TTTCCCAAGGTATAAGAAGTATTATCCACGGATGGGAATTCCATTGTTAC TTACTAATAAGATTCATTATGACGTCATTTCTAATCCATAAACACATTTA ATCATTATTACGCGTCCCCCATCCATCACTAGTCATCMCTCATCTCACGT GGCGATTACCACTGCCCAGGCATCCACTAAAAAAATCCCTCTATGAAATG TCCAAGAATGAATTTTACAGGAAAGGAATTCACTGGGAATGAAATTACGG ATCTCGTATAAAATAAAAGTTGAAAGTTTTTATTTTTTGTGGACTTCTTC CTCACCAGACCGGAATACTCTTGACAATGGGATCTGGGCAATGTCGAAGG AAAGCCTGTGCCATCTCTCATTGGAATATAGATGCCCCAAAGGGTGCCGT AGAAAAGGAGTGGGTTGACATTTTGAAAGAATACGTAAAGAAGACCTGCA AGACCTTCAGGTATAGAATTGAGGCTAAGGGTGGTCAGTTTGGAGTGTAC GCTATTTTATAAAGTAAACCAAATTCAAAATTATCAAGGATCACGAGATG TGTTTAGTATTTTTGGAAATCACCTCCCAATTTTTGTAGGCTTTTTCTAC CATCCAAAACCGTTACCCTCCATCCTATCAAAGTTCCAGTCTACCAAAAG TACTTCAAAATGAAATCAAATTAAAAAAAGAATTAATGTATAAGAAAAGA AAAAATTGTTTTATGAATTTTTTTAAATTTCTTTGTAATCTTTTCCACTT TATTATGTTGTCCGTTTTGTAATTTAAAACTCATGAAGCAACTATAGGGC ACACAAATATAAATAACCAATTATAGATTTTCTATTGAATCCGCAATTTA TATTATTAAAATTTTTATAAAGCAAGATACAACTGGGCATAAACATGCAT AGTTTTTAAATATTTGAAATCTCAGTAAATTAATTCATGAAATCATTCCT TTTGAAAGTTTTTATTAAATTTTGATCTTGATTGATTTGTAACAATTACA TTTTGTGTTTTTTCTCTTGATCATATGGTTTATGGGATTTTTTTGTTGAT TATTTGTTTACTTTACATTAATGAACTAACTTTAAAAAAACATATTTGAA TACTATGAAACTAAACCAAAAGTGTCAAAATCTTATAAAGCTCTCAAATT TCAAATTTTGCATGGAAAACTGACATTTGTGGCTATCAAAGGAAGTGTAC CAGACAAAGACGAATATTTATATAATTGTTTTAGAAGAGATCAACAATAC TTTGTTCAGATTTGTCAGATTGTACAAAAGGGGCCACATTATGTACCTGA AAGTTTTCAAGAATAGTAGAAGATACAAGATGGAGGAGCACTTCCTCTAC CCTTTTAAGATCTTGCGTTCAAAAATCCATTAATGAAGCTTAAAAGAGTT GTTAAAATGATTTTAAATGTCTATGGTCCTACATTCCATCATATAAAAGA TTCCTTGACATCAAACACGGATCGAAACCATTTTTATTTTCAATAAATCA AGCAAACCAGCATCTCAACTCTGAAGAAATAAATTAAAAAATCGGTCTCA TTTAAGACAAACTCCTACTTTGCACATCCAGAAAATGTCCTTAAACGTCC CTTGTTCGATTCAAAAACCATAGGACTAGAAAAAAAATCAAAAAAAAACT ATATACACCTTCTTAGAAGATCATAAAAGAAGATATAAATTTATCGGTTT AAAAAATGCCTGTCAAAGTTTTCTACTGAAAAAAAGGAAAAATAAATATA ATTTGATTTTTGAAAAAAGTTCAAAAACCAACCGCCCTAATATCTTCTAT ATACATAACTTCTAAGAAAGAATTGTAATAAAAAGATTGTAATTTTTAAA CCATTCTTTCATCGTTATCAACAAAGTATGAAGCAGCATTCAAGGTTAAA AGAATACACAAAATAAGTAGGCAGCACACAATGAAGACGTCCCAATATGT CTAAGAAAATATAAAAATAAATTTTCACATGACATGGGAAATAATTAATC ATTATGATGAATTATTTCCTCATGAAGGAGATAATTATGATTGTTGTTTG AGTTTTCTAGTCAAGGAGTGCTCTATGGATGGAACATATATTTTTATTTT CCTGTTTTTGCCATTAGTTTGAACAATTAAATGTGGGCTACTACATTCAC TGGATATGAAAATTGCGTGCATTTTGGGCATGCTAAAATAAAAAAATCAA CATAGCATCTAGGACGATTCAAAATATGTTTTATGAGGAGAACAGCTAAG ACATATAATGGAATCGACGTAGCTCAATGGACAAAGAGCTCTGGAGAATG TATTCTATTGAGCTCAATGAACTTAAGTTCGCACCCCGGTCATTCCTTGA GATATCAAAACACATTGTATATATATGGATTTCAAAGAAAATTCCTAGGC CAGATGAAGTAAATTACTTATATTTAATCAGTGCAACTCCATCTGACCAA TGAAAGAAAATTAAAAAAAGTAAAATACAAGACAAGTACAAAAGATTATT AGGTTGACAGGAGAGGTATTTGCGAGCTGGTGTGTACCTCCGATCCGTGA CATCACTAATGGAAACAGCAATGTAATATGTAAGAAAACCAATGAACCAA TAAGATGTTGTTGCTATATGAATAAAGATTGTACTATAAAGTAGTAATTA TTTTTTCTAGTAAAAATTATATGTTGATTCTGTTTTAGCCTATCTACGTT TTTGCCTAAGGGTTATCAAATATCGAAAAAAATATACACATACATACTTA AATAATATTAAATATTCGGATGAATATATGTAGTGGAACTATCAATGATA TTAAAAAGTTGGAAGACAATATGACTACCACCTTTCTGTTTGATAAAAAT ACATACAGAGCATATAAGGTGGAATTCACTTTGGTGCACTCTCTAAGGCA AGCGTAGGTACTTAGGAGCTGTTTATTTCATTTTTTGTTAGACCGCTTGT TCAAACTTGCACCAGTTGAAAAAAAAAATGGAATCAATGTACGAATTTGT TGCCTCAAACATTAAAAAAAAGGTATGGAGCCCTCCTTGAAATCTGCGTC AGGAGTGAAAACATAACAGTTGCTTGAACTCTGGATCTCTGTGAGACGTT CATTCGTCAGGTRCGGAGAGAATTGGAGCCCTCTAAAGGACTTTTCTYCC AGCCATACCTCGAAATTTAATAAGTATCAAATGGTTGCTAGACAATTTTG ATAACTTCATCTTGTCAGACTTTTGGCTTCCAAACTCACTGGATCTGATT TTTTTTATGTGAGCGTGATCAAAGTATAATCCAACCGAACCCTCCGCAAC ATCAAAGACAAACTTATGAGTCGGATCAAGAAGGAATTTTAGGATTTGCT AAGAGATCGAATGGCATAGGCTTKCTTGCGCCTATGGTCTTGTATTGGGA CTTTAATTGATGCTGGAAGTTTAATATTGTATAAAATGCATCGGAATCTC GTTTTATTTTTTCATTTTGTTGGAGAGAAAACTATGTTATGAAAAAAACA AAAACATTATCACGGCACAGATAGATTGAGCACCCTATATATCTATGAAG TAGGTCAAACTTTAGGAAGGTAAAGTAATGCTACACAAAATGGAGCCTGG AAAAAACTTTTATAATCTTTCATAAATTTAATTTCATTCATTTCTATCAA AAAAAGTAGAGTGGACATTCAGCAGAACGTAAACCCCCTGAAACAATTTT TTCTCAAAGTTATCTACAAATAACGGTTCTTAGTACTTTTACCTGAAATA TTTCGCCTTAAAGTCATTTTCCTTCAAGGATATTTCACCTTTAAATATAA ATAAATGAGGTACATACACCGTATTGTTTATTTTTGGCCGACATTGATGT TCTCCTTGACCGATATATATTTGATCTAAAATCTAATTATCAAGATGAAG TGTTGAAGACGTCAAAATTGTTTAAAAATTGTGAAGATGGACATATAATA CCAAGGTTTCCATCGGTATTCTGAACGCCTACAAATTCAACAATTAAGCA AGGTTGAGTGATTGAAATATATTCATATTTTGATATATTAAAGCATAAAC AATTAGTTGCGAAACAAAACAAACCGGAGCTCTATGGCTTACGTACGAGT CGAGAAAATGAAACTTGAATGTGATCGATAAATTTCTATACACGCACAGC TAGCAGTTGGGCATCTCCCGGMCCATCGTCTAGGCCGTCAGCAAGTCTGA AGCGTAGGGGAGGAAGAAAGGCTTTGTCAAAAAGGCCTAATTAGGTACAG AAGAGTTAAAATAGTATCCAAGGCCAATCCCCTCATGTGCATGAGGGTTT ATGCAGGAGATGTAGGGGTTTCACAACAGACTGTCCAGAGACCTATCAAA AAAATGGGTGGAAATAACTTTGTGAGGCTGTCCAGAGAGCTATAAATAAA CCGGGTGGAAAGTGCCTTATGAGGGTGAAGAGGCTTCTGTTGAAAGAAAC ACATCTCCCTCCGTTGCAAGACTCTTTTGAATGAGTCTTTAAGTTTTTTT GAACTCTTTTTTCAGACTTTTGTCCCCCCAACAGCCATTATGTCAAACCC CTTGACTACATCTATTAAGGTGCATGTTGGATGAAGGACTGTAGTGTCCG TCATGCAAACTCCGAGGCCCTCAAAGTATTTGAAATTATGTGTGACCTTG AATTTTGACCTTAACCTCTCAAAATTTAATGTGCGCGAATATCTCAATCA AATCATTTTAAAAATTAATGACCTCTTACTGATAACATTTTTAACCTTCC TTCATTGTGTCACTAAAATCGATTTTTTAACTTTATCTGGAATCCTGTGT TCAAATTATAATCTAAACATTTTATGGGATCTTGACCTTTGACCTCTCAA AATTGAATGTTGCCTTACGGTTAACATATATAACCTTCCCACTAAGTTTT CAGGGAAATAGATCATAACTTTCACTAATCCTGATTACAAACAAGCGAAC TGAGGCGGAATCATCAACTATAACTTCGTTGGCGGAGGTAATTATTTARG TTAAAATAATTAAAAATTTATTGCTTATTTATGAAAAGGGACACCTAATA TTTTTATGGAGAGGCGTCTGCTGGATTATATCTTCAGGGAGGYTAATTTT TGTATTTTTTTTTTTGATAAAAGAATAAAAAAATTAATTTTTTTTTGAAA GAAAGAAAAATAAACTTATATATCAAAAATCCACAGCTGTTCACAGAAAA TTAACATTTTTGGGGGAAAAAAAACTTTWAAAAAAATTTCAAAAATAGAA TCATAAAAATTAGATTTATTGAGAGAAAATTTCTAAAATCCACAGCTATT CAAACACAAATGTAAAAATTTTGGACAAAAATCAACAGCTATTTACAACA AATTTAAAAAAATTATAAAAAAATTCAAAATCAATAGCTTTTTACAAAAA ATTAAATTAAAAAATATATTTTCTAGTAAAAAAACATCCTTAATTTTTTT TCGGAGGCCCCCCTTCCGAAAAATAACTTATATAGTATANTATATTTTCT AGTAAAAAAACATCCTAATTTTTTTTTCGGAGGGCCCCCCCCTTCCGAAA AAAATAATTATATAGTATACAGGCTCTCCKGCTTACCTCCTGCGGACACC CCRGCTKAGTATCTCKACTCCTCACATAAAATTGATTTTAAACCCTATAA TTGATCAAAATAAATCTATAATTCAGGCTATACCTGTTATAATATAAAAG ACCATATTACACACTTCTCTCTTTTTTCAATTTTTAATCAATATTGCTTT TATGTTAACTCACTATTTTTTTCTTTTTTTAAATATCCAATAATGTTAAC TTTAATTTAATGCATTAATTTAAAATAAGGTTTTTTGGCACCCATATGAT GGCCTTTGAAAAAGAAAATTGTTTTATTATACTTTAATATTAAAATATAT GTACAGTGTGCCGTAACATACCTTTCTTTTCTTTAATGTTCCTTTTATTG GCTAYTAAGTGTTGAACTGATTAAAATTGATAGTATTACATTACATCCAT CTGACCTTGGAATCTTCCTTGAAGTCGATATACACATAGTATATTTCTTT CTCTAGGAATGACCGAGGTGCAAACCTACGCACATTGAGTTAAGGAGAAT AATTTCTCCCGATTCGATGTTTATGAGCTATGTCAATTACACCCTTTTTA AACATTTATGTGCAATCCTGTGATGAAAGTATTAGAAGGATTCTAAAGTT TTCTTGCAAATATAGTAAGTTACCATTATGCGTAGGAGTAGCGAATTAAG TTTGTTTACCGTCGAAAATATATATTGCCAATACATGGTGATATAAAACT AAACTCATTGCAAGTTGGCTAAAGATATTTTATTGGTGCATCTATGAAAA TCAGTGAACTGCTTCAATATATAAAAAATATTGGAATACACATAACACAA AGGATAAGGATTTAGGAGAGCTAAAATATCTGCTATAAACTTTTGTGTTA TACATGAACATTNGGTGATATAAACTAAACTCATTGCAAGTTGGCTAAAG ATATTTTATTGGTGCATCTATGAAAATCAGTGAACTGCTTCAATATATAA AAAATATTGGAATACACATAACACAAAGGATAAGGATTTAGGAGAGCTAA AATATCTGCTATAAACTTTTGTGTTATACATGAACATTGAACTGATGCAG TTTGTCCAAATTGATTAATTGGAACCGAATTTAATCCAGAAAAATAAACC CTTTTAAAACCTTTACAAATTCGTCAATAAATAATTAGTTAATCAATTAA TCATTCACAACTATTAAATAAGATTCTTTTTAAATCTAATTTTGCATTTT TTTATAAAATAACTATCCTTCTAAAACCTGGTAACCTAAAGTTATATAAA GAAAAACGAAAAAATTTAGGGATTAAAGTTTGGTTTATTCAGTGTATAAA CAATTAAGTAACTCACATATCTGATATGTTTTTTTGTTTTTTTATATATT GTAAAAAAAATAAATTAGTTCTAGGAAAAGAAAATTGTTTTAGTTTTCAT CAGTATATATATAATGTAGAAAATATATAATAAATGTTGTAAAAAAAAGT CCAATATTTTTGATTAAAATATAACGCGTTAACAAAGCTAGTAATAATTA TGTAATTTAGGCCAAATATGAATAGTTTTTTTCAGTAATTTGATGCAATG CATTGGAATCGGTTATCGACATCAACTCAATAATGCCGATTCAATACTAT TTGATATCATGTGGGCCGAACCAGTAAAATAATATAAACTAGCCTTTTGT GGGTGTCGCATGTTGTTTTTTTTAGGAGGGAGGAAGTTAAAATTAGATAA GAGACATAGGACGAGTATGTTGATTTTAAATATCTAATAAAAAAGGGGTT TCAAACTTTCTAACATGAGCCAACCACAAATTAATTGAGTCCTGACCACG TAGAGTAATTAGCTTTTTAAAGTTAAAATTTATTAACAACTCATTATTTT GTTAAATTTATGTCCTTTTTTTCCTATCCGTAATTATTCTGGCATGCTCT TCCCATCTAAAGCGACAGTTCCAAGCATCATGGTGCCTACAGGATGTTTA GTCGTTAGGATTGGAGGCATGAAATACTCGGCTGTATGTTGAGGGTCGCC TAGGTAAATCTGGACCATCTTTAACTAAATCCTAAACAATATGGAAAGTA TTTAAATCGATTATTTTAGTCAAAACAAGTATTTACGATGGAGGAGACCA CAAAGGAACATCATCATCAAACTGTCTTTGGCGGTACGCAGTCCAGCGTA CATAAGAAAGAGATTCGGTTATCCAAGGAACACAGTCTACGACGMCTTCA ACCCCTTGAAGGAGGAGGGAGCGTATAGAAGAAAATCCTACAAGTCCCGG AGTGATAAAAAAACCGCTCCTAGATTCATTGTAGGTTTGAAAAGGTCCGC GAAGGCATCTCTGATACTCCAATTAACATTTTGCCCAAAAAGTGCCAACT AAGCTGTGCAACAGTCTCCAAGGACATATACACTGACCTGAGGATGTAGT ATATACCGTTTCTACAAGATATATATCCTTAGAGAAAAAATGAAAGCCAC ATGGGCTACGCATGGACGAAAAATTGCGGATAATTTGAAGTCCCATAGTA ACCAAATCATATTTTTTTTAATGAAGAACTATGGACCGTCGACCGATCCC ACATCATCCAGAACGGTTGGCCAAAGAGAACTGCCCCTCTAACTCACCCA ATATGAATCCCATGGATTACTTCTTTTAGAGGGAGTTAGAGAGGAAGGTC TCTGCAATTCAAACAAGAGCATTGACTTCCTAAAAGCATCCCATCAAGGT CGAGGCCTGAAAATCCTTTCGTTCTCGTATTGAATGAATGATTGGTGAAG ATGGCAGACATATTGACTAATTTTTTTTTTGTATCTGTATTATTAGAACT TGTAAATAAAATTTCAAACCTCTACTCGTTTCCCTTATTCATTAGGATGC AGTTGAAGGGGTTCCAGATTTACTTGGCCAAACCTGTATACAAGGGTATA ATTTTTTATGTTAAAAATGTACTATGTTTCTAATTTTTTCGTACATTATT ACTAGAAAAAGTTAAATAATTGCATTCGGAGTTTGAAGATTGACTTTTCT TCTTTAGTTGTACAAGTTATAATATCTCTTATGCAAATTATATCCTGTGT ATGCAAATTTTCACTTGTTTTAATGAAGCCAGAGACCCCAACGCTCATTT AAAATTATTGCATAAAATATTTTTTGATTAAGTGGGCTCTAAGGTACCTA ACGTTAGCCTCCAGGACGACTACATTTTCAGCAATAATATTTATATACGT AAATCTTACTTTCTAAGAATTCCCAAATAATTAACAGAATATTTTATCTT TTTAGGCAAATGTATCTATGAAAAGGCCAAAAATGTGGCATGGACTTCTT GTTTAGAATCCCATGATAACGTAATGAGAAAAATCCTTCAGCTGATCAAA ACAAAGGGTAAAAACATGGCTTGTCCACCAGTCAAAACCATGACCAAAAC CTGCAAATTTGATCGTAAGGCTAAGAAGACATCATCTAAAGGAGGTAAGT TTTTTTTGTTGTTGTTGTTTAAGTATATTATTCTTTACTTTTTACTTCCA AAATTATTTGGTAAAAAAAATATTCTCCAGATTTTCTTTTATGTCAATTT ATATTTAGTTAAAATAATTTGCCGTCTAACATCATGGCCTCATCTAATAA TGATCTTTTCTTCATGTACATCTAAAAAAACATATACCCATATAAGTCTA GAATATTAGGGCATGGTGTAGACCCCCTCCATGACTAAAAGTCTATCTAC GCCCTTGTCCCTCATAACATTCAACATAAAATAATAGATGTAACAAAAAG GAATCTATTATTTTTTCCAATAGATGGCTTTAGTAATATGTATCTTGCGT TATATAAGTGTAATCGGTTTATACTATATGTAAACCGGTATAAGAGGGAC AATTTTGGTTATTTAATATGTGTCCTTGCTAAATTTCAGACGGATCTGTT TGATCATTTTGATTCCATGTGGGATAGCATCGAAAACAGACTTATAAACA TATGTTAGATATGAGAAAAAAAATGTGGAGATTCAGAAACTTTTAGGGGG GGGGGGGGACTCAAGGCCCACACCCCTGCTCGCCCAAAAAGAAAGGGCTA GCAAGCAAAATAATGGAAATGTTTGATTCCAACCGTCATGCTATCATTCT TTTGATTGCAAAGAAGATCAAGATTAAGGGTATCAAAATTAAAATGTAAA TCCATTTAAAAAATGTATTCATTTTTACAAGACCTTATACTAGAAAATTA TAATAAATATTACAAACATAGTAGATTCAATTACTAAACAGATTGAATTG ATTTGAGTGGATATGATTAATCAAATATTATATTTAAAAAAAGTTAAAAT GATCTATTGAAAAGTAAAAATTAAGTTTTTTATCTTTTTCCTTTAAAGCT AAAGGATATGTCAAAGTCCATAATGATGAATAAAGAAAAAAAACACACAT TTTTTTAAGATTATCGATATACCCCTATCGTTGTCATTTTCAAAGTTAAA ACCTTAAATCTTTATTGCAAATGACAGAATAGGGAGAAAAATTATTCACA ATTAGTGTTGGATTGGTCCTATAACTGATTGCTCCATCAGTCTTTTTTAT TACCGGTTCGATTTTTTATTATTATTCAACGGGGATACGGAGCAATACGT CGGTCCTTCAGTCCTAGAGCTATTCTTCACTGATAGCTAGTATTGAATAA TATAAAAATGAAGAAAATAAGGAAGGATATCTAGAATCTATTATTATAAG TTTTAACTCTACCCTTCCTACTTTTAACTACAAGTATCTTGTGTCTTTGA TCTTTTTTTTATTTATCTTTATTACCATTTAATGGTCCTAAGGACCGATA CCTCGGTCTTTCAGTACTACAGTTCTTTCTATATTTTCTATTTTCTTCAA CCCTAGCTAAGTTTGAAGAATAGAAGAACTTAGAAAATATTGATTGGTAG CTAGAACGTATAATAATACGATCTAGTACTAGACTTTCTACATTTATTTT CAGATATCTTGTCTCTTTGAAAGAATTTATGAATTATGATGAAACTTCAA CTACTAAATGACCTAGTTACTAGTACCTACATAATTAAAGCTTTTGTAAT TAATATAAAAGACCGATAATGACCGGTCCTAGAACTTACAAATTTTATGA GGACCGGACTGAATGGGTGGCAATCTTTTTAGACCGATTCAACACTATTC ATGATACAATTATGAATAGAATATTCTGATTGATCCAATATTTTAAAAAG GWTTCGATGCTTTTGTATCCGTTATAATATTTGTTTTGTTTGACAGCAGA TTCATATCCTACGGTTACAATATTATAAAAAATTACAAATAAATTTTTAT CAGTAGATTTTTAATGACAATATATCGCTAGCTGAAGAAACAGTGTATAC AAGCTATCTATGTTACCACGTTGCTCTATTTTTGTTCGATAGTTTGTTCA AACTTGTACCAGTTGAAAAAATGGATTCAATTGACGAATTCATTGTCCAA ATATTTGGAAAAAGCACTGAGCCCTCCTTTGGAGCTCGCACCACCGGAAG TGACAATGTAACAATTGCTCGAACACTGGGATTCAGAGAGACGTTTGTTG GCAAGATACGAGGGAATTTTTAGGCCTCTAAATGTGATTTTGAGGCCACA GAAATGTGAACTAAGGTTGAAGTGACTGTGCCTGGACGCCGGAATTCGAA ATGAGGATCCGGGAAGTTCATCAAGATAATTTTTTGAGAAGTTGGCCCGT TAGAGTCGCTGATCCGACTCTATATTAATCGAAAACCATATTTACTACTC ATAAAATATGAGGATGGGGTAGGTTTTGATAAAAAAGGCAAAAGAAAGTA CAATTATAACTTCGCAAAAAATCCTCCGGATTACTCTCCGCCTTTTAAAA TGCCCAAACCGATGTTTTAGGTCGTTAATTTGGTTTGTCTATTTTCATTT TTAATTCCGCATTAATGAAAAATCATTCATCCGAATCGGATAATCGGGTG TTTTATATTTGTTTGTTTTGTATTCGGGATCAGGAAAATAATATTTAATA TGCAATTCTCATTCTTATATGTTACTGGTATTTAACTATTTGTTACTTTT ATAAGCTATTAATAATAAATAAATGGATTTTTGCTTTTTAGTTGAAAATA TAATATTTGAGATTTAATTTAATTTTTCGATTTTTTTTTTCAAGAAAATT AGTTTTCTGTTAATAGTTATATATTTTTAAAGTTTTTNCCAGAATATATA ATATTTGATTTTTTTTTTTAAATTAATATTAAAAATTTAATTTTTGAAAT TTTTTTTTTTTTTTGTAGAACACTTGTAGATTTTAGAAATTTTACCCTAA AATATTTAATTTTTGGTAAATAGCTGTGGATTTTGGAATTCTTTTTAAAT ATCAAATTGTAAATTTAAATTTTTTTTTTTTTAAATTTAATATTTGAAAT TGTTTCAAATAAAGATAATTTTTGGATTTTTTTTTTTTTTAATTACTCCC TCCCCCAAAAAAAGWATAAMAATTTGGACACTCCTGATACCTAAATAGTA ATTTTTAAACTATTATTTCAAATATTAAAGAATGGAAATCTTCATCGGGA ATTTTTACTAGAATCGCATAGGATTTGGTATCGATATTTGTTTTTGAAAT CGTCCTATCGTCCTTCAACAGTTGAATATTAATGATAACAATTTTGGAGA ATATAAAAAACCTATCAGATTGTAAACTAGATAAAGATCCTCCCACTTAC TAGGACAAATTTCCGTACACCTCCACTCATGACTAACAAGGACATTCACC GCCTAACCAATCATTATTGTTACTCTCTGTCTTTCATAAAAACACATGCT AGTGATTACTAAATACTAAAATGTTTCTTCCTCAAAAATAAGAAAATAAT GAAAAACATATTTGCAAAATATCAAAACTCTTCTTTTTGAAAACTTATAC AAAATCTCACATTCTCAATTAATATTTTATACAACTCTAATGATTATATC ATTGTAAAATCCCTTTTAAACATAACGCATATGGATATTTACTAAAAGGA CTATATTTTTACACTCTAATCCTACGGTAAAGACATAGATCAAATAAAAG AAATAACAAAAAATAATTATATTAAATCTCTTTCAATGTACACATGAAGA TTGATAAAAGCACCACATCTTTGCCATTATCTAAGCAAATAATATGAATT ATAATAAACCATTCAAGAATAAGGAAACGCTTTAGTATGTTTCATTTGAT TAATTGGCTGCCGTGGATATTAGATGGAATATATTTCATGATCAAGGAAT GACACTTATATTCATACAACATAATATTCTTACGTTTACACTCTCAATTA TTTAACCATGCGTTACTTCATGGGGTGTTTATCTACCCCACCCAGATACT GCTCAATTTTCTAAGTAATTTCTGGATTGATCAAATACTAGCGGTAGTAC ACATAATTGCCGCAGTAATTAGACGTAGACTAAAAGATAAATTTATCTTT AATAATATCAAAGATAACTCTCCTGGAAATCTTCAACTTGTCACACTCAC ACGTAGCTATTCACAACAATAATACTTATAGCTTATAAAAGGAAATATTT TGATATTCAAGGAAAAATGACCTTTTCGAGATAAATGATCGGATGTTTGG CCACCACCGCTACGCTTAGAGAACCATATCCTTTTTATGCCATCAACAAA TCGCATAGTGGCTGATGTATGACCTCATACGCTACACGAATTCCATCTTT GAGGTCTGTAATCGACGCTGGGCTGTTGCTGTAGACCTTATCTTTCACGT GATCCCAAAGGGAGAAGTCGTAAGGTGTTAAATTACAAGATCTTGGTGGC CAATTGCAATCACATCTTCGAAAGATAGCAGGATCCCGAAACTTTTCCTG TAAAAGAACGATGGTTTCGTTGCTTTTGTGGCTCSGMTTGCCGTCTTKTT NATAAAAAAAGTTTTCCAGATTAATAMCATCCAATTCCAGCCATAAAAAT CATCTCTCTCTAATGCAATCTATTCACTTTCACTGTTGATCCAATTTATT TTCGAAAAAGAAAGGTACAATAMCCCCGCCGGGCCAGAAACCGCACTAAA CAGTTACACGTTGAGAATGGACAGGCTTTTCAATACTACATCTTGGATTT TCCAAGATGTAGATGGGACAGTTTTGCTTGTTGACGTAGCCATCCAGGTT AAAATGGCACTCAACAGTGAAAATGATTTTTTTTATAGTGAATTTTAATA ATTTCAAAGCATTGTTGAAGTGTGTATCGTTCCAATTTTATTTATGGTGT AGTTTGTACCTGTCAAGTGTTAACAAATTAGAGCTTCAAAAGTGACAAGA TCTACCAAAATAGTGGGGTATTCAAAATAAGACCTCTTACTGGAAACCCA ATGTTATGGCGTGTTCCCTACTCAATAATGAAAGAATAGTTATAAGAATT TGAGGAAAAAAAAATTTAATATGCTGGGATAATTTATGAGTACTTTAGTC TTTAGAACACTCTTTAATAAACCAAACAAGATTTATTGGAACATGCCAGC GTTTATATTTAATTCAAAACGTAACATATCCACAAATGAATTATAATATA ATATTTCTTATCTCAAAAATATTTATATGATATATGGACAGAATTGAGTG GGGGGGGGGACCGCTTGAACCACTTCTGTGCAACATGAACCAAAATAATA TTAGCATTTTTAAATTGCTAATTTTCTTGGTCGCTTTAGATGGGTTTTTT CCCTTTCAGGCAGTAAAAATGCAAATTCAGCAAATTTCTTCCTTTGAGAC CTTCATACTCGATGCACAATAATTCACGACTGAAACAGCCAAGTGCACTA CTGTTCATTAAGAGTTTAGAGTTTAAAATCAGAACCTTACAGCACGTTAT CGTATGATCTGATGGGACTAATAAGGGACAAGATATCATTAATTTAAAAA AGAGCCGGGAAATACACGAAATTATTTTTTCACCCACCAAATATTAATGT GTATACTTCGTGCTCACATATATTTATTATCTTTTAATATTTATTTAAAT TTGTTGTATAGGGACTGCCAAGCGGCCTCATTGTCGTTTGGACATTTCAG CGGACTCCAAAGATATCGGTGCAATAGAAGTTGAACTTCGAATGGACGTT GTCCCCCTAACAGCAGAGAACTTTCGCGCCCTTTGCACCGGAGAAAAGGG ATTTGGCTATGCTGGATCTACATTTCATCGTGTTATACCTCAATTTATGA TCCAAGGAGGAGATTTCTCAAATCATGACGGAACTGGAGGTAGAAGGTAA GGAAATTCAATATAAATAGTTAATTAGGTTACTTACATATATTAAAAATA TACTAATCTAATTTATTGAATATAAAAAGTATTCAAAGTGGGAGTACTCT TCCTGCTTCTAAAATATTAAGCTAAGCTATTAATTTTTATTTTATATAAA TCATATGTATTAATTAATATTTGTACAAGATATAAATTGATCTGTAAAAA TATATATATATATCGATAATTTTTTTTTTTTTTTCTTAATATAAAATCAG CATTTTATTATCAGAACTTGATTAGTCATACATAGATAATAAATAAAAAC TGCCTTAGGCGAGGACTATGTAGTATGTTAATTATTGAGTCTATCCGTAA ACAATAAAAGGGTTTCTCTAAAAGATAAAATTATTTTCCAACTCACTTAT AGAGGCCAGTAAGAATCATCGATAAGTAGGGCTTTTGAAATGATTATACA TTATGAATACGGACTTGAATCCCTAGGTCATATGGGCAAATGCAATACTA AAATGATAACTTTGATTGAGTCAGTACAACTACATTTGATCAATGAAAGG AACATAAAGAGAAAACAAAAGGGATTCTTGGATCACTGCGAGATATCATA TGTACTATGACAGTTAGTCACCAAAGTTTCAGCCATTTTGGACGAGCAGT TGTTATGTTAGGGTCATTTGAGTGTGTTGATGTGAGTGTTTTTTTCAAAA ATGGACAAAATTCAGGAATTACAGTTGAACTGCTTTAAGATATGCCTTAC TTACCAGATCTAGCACCAAGCGACTTCTTCAAAAGATGTAGTCGATTGGC ATCAGGGCAGTAAGGGAGCCAAAAGTGTGAAAAAGAGTTCGAAAGAATTG AAGAGACTAATTTAAAATGGAGTAGATGTGGTTCTTTTACTGCTGGTGTC AAAAGTGGTATCTCCACCCTACAAGGGCTATTTCCAACTACTTGAAGTGC ACGAATGGAAATTCGTCAATCATGCTCAAGTGGCATTTTCTCGACTTGTA TTGTAAGCTAGAGAGCTCAGGACTGTTTTGTTTTGCAACGCATTGTTTAT GCTTTAATGTATCGAAATTTGAATTAATTTCCATCACTCAACTTTCATAA GTTATTGAATTAGTAAGTGTTCAGATTTCAATGGACCCCCTGGTTTGCAG TTCATGGAGTTATAGTCTTTCTAGAAATCGATGAGGACAATAGCCAACAT TCTTCAAATTTTCTTTAAGTTTTTTTTTTCTTCTTAACATAGCAGCAAGT CATATTTTACACATCTCTAGGGATGACAAGCGTAATCCTTTAATCCACTT AGTCTGGGGTTCATGTATATGTATGTATATTATAAAAACACTACGCTAAA CCAGAGACATATAATATACATTAATATAAATGATTACTTTTCCATCTGAC ACAAAAGAAGGGGAGTTTAACAAAAATTAAATAAGATCTAAAGGAAGGGA AACTCTTATATATGAGTCACATTAATAAAATCTAGTATTTTTTGCTTAAG ACACAACCTTTTATATTTGTTTTGTTTATTCCTCCACAAAAACAAAAAAA ACCCATATCAACATAGATTTATATCACAAAAGTTAAAAAAGATAATATTA TTGTTTCTATCTTTGCTGAATCAACCATTGTCAAAGATAAACAATTTCCA CTCAAACTCATTAAAAAGTCTTGGAAGTTGGATTAAATTATATTAGAATG TTTTTGTTCTTTTTCGTATGAAGCTATAAGTATAATATTTACATAAAAAT ACAAATATATAAGAACCAGGACCCGGACTTAGACTCCGGGGTTTGCTATG TTTTTTTAGGACTCAGACTTACAATGTGCGAGGTACAATCGTATTATTAA WATATTAAAAAAATACTCCGGTTAATAAACAAACATNNNACTCAGACTTA CAATGTGCGAGGTACAATCGTATTATTAAAATATTAAAAAAATACTCCGG TTAATAAACAAACATTCAAAAGTTTTCAAAAGTATGTTGGTAATGGGTTG AATAGTAGAGAAAGGATGTCTTTTTTTGCTCCACAGCCAAGTGAGTGGCA AGGAGATCATGAAGGGCGTATAGTATTTCCAGAGTTCTGTTTACAAGACT AAAAGGATGGTGGCTTTAGGGCCTTGAGAGGTACCCTGGTAGCAATAGAT ACCGGAAATTCGGGATATTTAGCTAATATAAAATCATATTCAGATTGCAA CTGTAAAAAAAAGTAACGAACGTGTTCTAAGTCATATTTTTCCACAACTA TATTTATTTCCTTTCCCAACTTTCTAAAAAATAATAATTGAAGAACCACT CTAATATATATTATGTATGATAAATAAACATATGTTTAAAAAAAACACAT ACAAGTTAATGATTGGACTAAAGATCCTTTGTGAAAGGGGAAGTTGTGAA GTCTTTGTAATACTCAAAGAATAAGATAAGAAATAATTGTGTCAGAAATA TGTGTCTCAACATTTTTAAAGGTCTGCAATCTGACTTTTGAAAGCAAAAG TTTTTAACTTATTGCTAGATAATTGAATATACGAGGGTAATAAAATAAAA CCTTTATTTTCTATGACCGATTTCAATTCTCATTCGATTCTCAAATTTAT ATTTATATTATGGTGGACCACATCTCCACAACGTATGTTGACAATATCAG CTATTTTGTATCGTTAGTTTGTTTTTGACAGAATAAAAGATAAGACGTCT TTTGGTGTACTTTGCGATTTTCTATTATTGAAAAAAATGAAAAGGAAAAA CAATTTAGGTGTGTTTGCTCATGAGAGTAATAGGTTGAGAGGTTTGTTGA TGAATTATGAGGAAAATCCCCTGTAGAATAGAAACCGAAAATCAGCAATG ATACCCCGACAATTTGAGTAATATTTTGGAGGATTGAAAGAATAATCATG ACGTTTCATTAGATCGTCTACAATCAGATGTGGCAAGAGACGAAGGAGAA AAGTAAATAAATAAAGATACTTTCTAGAATTACTCCAACGTCGATCCCCA ATTATACTCTGAGTCCAACAAGGACTTGCAATTATATCTCCATAACCAAT CCTCAGTGTTACGCTCCCTCCTTATTAAAAATTAATGGGCCAGCTAAAAA CCACAGTGGATTTACATCATTATTGATGATACATCTTCAATGTACCTCTC CGTCTCTCCTGAATAAACACGAATTACGAATGTTAAAATGGTCAGTCTTC GTAATCCTACATTCTATTAAATATATATGTTGGTGAACTTGAGGATGTTA GTTTGAGGTTATTTATTAGGAGTGCTAGTAGTAGCCAACATGGCCAGGAG TTATTAGGAGTCGACGAACATACAAATGTTGCTTTAATAATATAGAAGAT AACCAGAGTTGTAAATCCTGTAAATTTTTTAAAAGAAATGGGGTTCAATT TTGTTCAAAACCTGATTGGACATTCGTACATGCTCATAAAAGACGGAGCG TAACCCTGAGGATTTCTTGAGGAGTTATAATTGTACGTCCTAGTTTATTT CCTTCTCTCCTTCCTCTCTTATCACAGCTGATCTAATGAAACGTCATGAG CATTATTAATATTATTCTTTCTCTCCTCTAAAATATTCTTCAAATTGTCA TGGTTACAATGTTGATTTTCAGTTTGTTTGTTTTTTAACATGCCCATTAT ACTTAGGATTTTCATCACTAAAGAAAACTCCTTAATAAATTCTTGCCGTT ACTCTCCTTTTTTCATGAGCACACCCATGTGACGTCAACACAAAGACATT CTCTCCCACGAATTAAAATAAAATATTAACAGGCTCAGATTTGTTTTATA TAATTTGATGAGCCAGTGTGTACTTTAGCTCATTTACTTTAGCTAAAGCA TTACATATACATATATATTTTTTAATTTTATATAAAGTACTTCCCTTTTT TTCTTGTACAATATGAGTTGAACCAAACGCTTGTGCCATTCATAATAATT AACAATTGGCAAACCGAAAAATACAGAAGGCTAGCTACTATATACAAGTA TTATTTCTTTTTCTTTTTTTGCTTTGACAGTCTAGATTGAGAGTGGATAA AAAGCTCTATTTCCTCTGACCAAACAGGATTCAAATTGGGAGGGTTGTCA TGTTGTTTCTTTTTTTAGCATACTAGTAACAATATGTTTTATAAACTTCA ATGATAACAGCTTTTAAAAAAAAAATACTGCTGAGGTTGCCAACTACAAA AAATCTAGCACGCCTTGTAGATCATATTTTATACAACTCTAAACAAATTA TTCGAAATAAAATATCTTTGAGGATCTAAAAAGTATAATAGAACACAAAT GGTTATATGAGGCTGACATATTTTTCGACAATAAAAAATTAAGAGGGAAA AAGCAAAGAAAAANNATGCTATAGAAGATGGAAWTTTATTTTTTAGCTAG CCTWTTGTGGGTTTGATAAAATTGGATTAAGTAGATTGGAGCCATCAAAA TAGGATTTTATAAAGAATTTTTTTTTTTMYWGAACCAAAAAAACATACTG ATTAATTTAATGTTATATGTTGAATGAGAGATATTTTTTGCTTTGGGTAA CTCTTCGAATTGATCAACTACGAATTTTGTACCAAAGAGTAGACCTATTT TCTCATTAACCCCTTAACGCATATCGAGATTAGTGCTGTTTCGCTAATTA TTTATTTGGTCCAGTCCAGTCTTAATACCGTTCCTATCAGCCCTTGGGGC CAGTCCTTCCGAATATCAACTTTACAGGGTTGTCTTATCTTGTAGTACAC ATCAATAAGATCAATAAAGGAACAGTAATTGTACAAACTAGAATTTCTAT GCACAACATTTTCTCTATTTGTCCAAAGGTACAAAAAGAGAAAATGTTTT TTTTTATCCGAATAATAAAACTATTGTTTGTAAGGGAATCAAGCTTTGTC GGTCTATTTTTTTTATATTTTAGGATTACTTACGTACGTACATACATAAA AAACAATAAAAACCATGTATTTCCCCTCTGAAAATTGATGAGGTCTTTCC TTTTGAGAGATTACTTTTACATACTCCTCAAAATACCTAAATTCTGGACC AAATGGGATTTTGAATAATTAAAAATTTAAATGAAGCATTAATTAAAATA TTTTATAGTCCTTGGATTTTTTTTTATTTGTATTATTATCTCAATAATAA TGTAAAAACGGAATTTATTGGGATATGGCGCATTCCATGAAAAAATTGGG GATCCCAATATTCGCCCCAGGAATTTTCGCCCTGACAACTTTTCCTTTCA TATATATATATATATATATATTGGCGCTAGTTAATTTTGCCTTAAACCAT TTCGACTAAGGAAATTTTGCCTTAAATCGCAAGGATATTACCCCTTAATA ATAGCTGAACTAAAAAGTTCTGAGCCTTTTTTCGCTTTATTTTGACAATA AAATGAATAAATTTAGGATTATCCGGTTTGAATAGTTCCAAACGGTTTTC TGGCAAATCTTTAGTTCCTGGGCAATGGAATAAGTTCTCACATGCGATAC AACTCGACGATTTCCATTATTTTATCGACATTTTGGACGTCCATATCACC AGAACAGAATTGTTGGAACTACTGCTTTGCTGTTATATTTGATACGGTAT TGGGTCCATTAACAACACAAATTTTTATAGACGCCTGCTCTGCCTTTTTC ACCAAGGCCGTAGTGATACTGAAGAATGTATCAAATTTTCTCTTTATATA CTTCATTTTGGAAGGCTCTAGCACACAACTGGCTTCACAAAACACAAAAC TGTCAAAAAACATTTTTAAATGTTCGCTTAACCTTTAAGTATACTTGAGG CTTTTTTTGATGAAATGTATACATTGTGAGATATAAGCCACTAAAGACAA CTAGCCAAAAACGCTCAGAACTTTTTACTTAACCAATATATGAATAAATG ACATTTTTATATTATTTTTGTTGTTTCGAGTTAAAATTCATGTTCCTTGG AAATTTTTTAATCAAAATATATAGTGTGTATTATCATAAATGATTGTTTT CTGCTGCAAGTGGATTGAGTAATCCCTCCACAATTTAAATGAATACACCA ACAAAATCTCACTATGGAATGAGCTCGATCCAGAGACAAAGGAAATTATA AAATTAGTCTAATATAAAAAACAAAAATAAATAAACACGGCAACGATTCG AATAGAATAATTGCTAATTACTTCTCCATTAGTAATTATCATTAGACATG ATGGATTATTTATACTAGAAAGTACTAATGGATTAACGAACAAGTATATT ATGAGACAAGAGCTTAATTCTATAATTATTCAATCAATCAGAAAACAAAT ATTTAATGTATTTTATCAATATAAGAACTACATATTTTGATTTAAAAAAT TCCAAGGGAATATCAATTTCAACCAACGTCTGAACCTCATTTTTTGTAAT GTTCCTTTAATTAGTATTACATTAACTCCATCTAATCTAGGAATCTTTTG GTGAAATACATATACATAAAGTATATTTCTTTCTCTAGGAATCATTTGGG TGCAAAGGTACACACATTGAATTCTAGAGAATGACTTCTCCTGAGCGCGT TGTCTACCTTATTTATTTATCTATTAAGGCAAAATATAAGCAACATGGCT TTAAGGCAAAATTATTGAGAAGCATATATTATAGTATAAATATATCTTCG TACTTATTTTTCGCCATTAAAATGTGTTTACCTTCCCTTGAAGTCCTTTA TAATTCTTTTTTTTTTAATATAGAATAACTTGAAATGAGTGCATTTTAAT CAAAATTTAATATATCTCAAATAAAAAATATCAAATATGAATGTTGTACA TTTTTATTATGAGTTCGAACCAACTTTTTTGTACCTAATTAAGCACTAAT ATATTTTTAGTTATATTGTAATTTGATCAAAGTAAAAGGTCTGAATTGAG AATTATGAAATACTTTCTAATTCAAGATTAATTCATAATATTTTAAATAT ATTAAAATTGAATTAAATGCGTTTATTTTATACTAATGAATGCAAAAATG CATTATAATTGACTTTAAGTGGAGAGAGACTCATTTTAAACCTTAAATTA TATCTGAGAGGATATATTTTTCCCATAATATATTTATATGAGAGCAAAAT TGACAGTAGTCCTACTCAGTTTAATAAATCCCTCTTTTTTATTTAATTTA TAAAAAATCATAGTTTGTCATAGATATATATATATATCAAGTATATTTGT AATTCCATCCAAACCCGGTGGTCTATTGAAATCAGAACACTTAAATTCAA TAATTAATGAAGACTGAGAGATTGAAATTAATTTATATTTCGATATGTAA AAGCATAAACAGTATGTTACAAAACAAAACAAATCTGAGCGTTGTAGCTC ACGCAGAAGTCAAGAAAATGATACATTCTATTCACGCATTCCAAGCTGTT GACCGTCTCCAGGACCACCGTCTATGCCATACGCAAATCCAAAAGGTTGC AAATTACAGTTGGAGTATACAAAATAGATCCTATTTATTTGAAAGGGGTC ACATATATGTAGTATTTTACTTATGTAGGCCTTAATACTGCAGTCATCTC CAGTATCGGTCCAGTCCAGTTAAGTACTGTTTATCTGTCTTTAAATTTAT AAAGTGTGGCCCTTTTTATCGTCCCTCAACTATACATACGTCTTCTTTGT TTAATCAGTTCTAGTACTGAGAGTCTAAAGGACCGACAGTCTTAGGGCCA TGTCCAAAGACTGGACAGGGTATAATTGACTAAGAACTGACACACCACTA AAATATAAGTATCATGAATCAAATAAAGGTTCTAAACTATTGGTAAAAAT TTTTTCTCAAAAAAAATAAAATGAAAATTTAAGATGTTTTATATGAAAGT TCATATCGGGAGCAATTAAAGTATCTTAAATAAATAGAATAGATTTATAA ACATAGTTAAAACTCTTGGCATTCTTTTTTCTTCTTTAAAAAACAATGCC ATATAAATAGAACTTGATTTTTCAAAGTTATAGATGATACATAACACATA GCTAAACCTCCAACACCAAGTAGGAGTGAGGACTAAGCAGCAAATTGATG TTTGCCTTTTTCCCCAACTTAAATTCCCTACGAGTGGCAACACTAATATA TTTACCTCCTAAGTAAGTCCTACATTAAAGAAAAAAAAAGGAAATAACCT TTCGATTATATAATATTTAACATCTCAATCCCATATGTCACTGGGTTTTT TTTCTTATTTACTATATATTGAAACCTTTCTCAAATAACCAAATCTTATT CAGATTTAAAAGTATTAATAAGATTTTTTAATAATAAAGAAAGGAATGAT AGGCGTTTCTCCTACATGTCAAATGAGTGGCATTTCACGTTCTGATAAAA TAAATTAATCATAGAAATAACATACTAACTAAAAGAGAAAATATAATTAT AAAACGTAGAAGAAGGGAAAAGTATAGTTTGCTGATTTTATTCATCTAAG TACTTAGTACATATACCAGAGCGTTACCTCTTAAGTAGATAAGTTAAGTT GTTTTTTCTTACCCGCTCTCAATTTTATAATGGAACAACGTAGCTCAATG AACAATTCTCTTGAGCTGCATGTGCGTAGGTTCGTTTTCCGGTTGTTATT CTATGAAGAAAAACGTCATAGCATAAAAAGTGCAATCCTTGTCAAGCTAA ACTTGGGGGGGGGGGGGGGGGGGTTGGGTGAAGGGTCMGGATAATTAATG CAACTTATCCATCCATTTAACATCAAAAATGGTGTTAAATTTTTTTTAAC AGATTTATTTTCTTAAAAAATTATGCAACAGAAAAAATAATTTAATTTAT GTTAAATAGCTGTGATTTTTGAAATTTTATGCAAAAAAATATAATAATAT AAATTAAATTTTTAAATTTATTTCCGAAAATTGAATTTTATTGAAAGAGC TTTAAATTTTTGAAATTTGTTTCCAAAAAATTTAATAGTGAACATTTTTT TTTCCAAAATATTATTTTCTTTTATGAAAAAGCTGAAATTAAAAAAAAAA TTAAATATTTGAAATTTTCTGTTAATAGCTTTGAATATTAGAAGTTTATT TGCAAGAGGGAAAGACAAGTAAGGAGTAAGTAGATTTGAATTTTTACACA CTCCTTTTGTTAGATTCATAATATTCTCTAGTACTCTAACAAAATTAAAA AGCCTCGACTTCTTTGAACGTGCAGATTTGAGGACAAGTAGGACTTTTGG CATGATTAGTTCGGTTTTGTCGAGAATTTGATATGAAGAAGATGAAATCA CCATGGCATGACATGGAGATCGATGTTTGATACGAAGTCTCTTAGAGCCC AACGGGCATGTTTACCACGTGGCTTACTTTCGGGCATTCGTAAAATAAAT GAAAAGAGATTTCCTCTTCCAAGGCACAGAATGAACAATTTTTCATCTGA TTCTCTTTCAAAGATTTCTTAGTGAATAATGATGAGATCGCATGTAGTGG GGTGCCTGAAGAGATTGGTGGAGTCCTCAACAACATTTTCATTAGTAAAG CATCAAATACGATGGAACCTCCTATTGACTAAGTTGGCTTGAGTTTCCTT GATAAGACTTCCATTGGTATCATCAGAAACTCACTTGAACGGTACGATCT CTAAAGGAAAATAAAAATTAGTTTGCGGACAAAGGAAGTAATGATTAAAT CTTTTTTTAATTTTTTAATTCTAGAAACGTCTTGGAGAACCCCTTCAAAG ACACTTTATCCAGTTCCAAAGAATTAATCTAAAGGTTGGCTTCAAATTAT ACAAAGGACTTCCTTTGTAAAAAAACAACAACATGGGATTATAGTTTAAT GCTGCATCTGAAGCAAAGAGAGGGAGTACTAATCCAATAAAAGAATTCTT AGATATCTTTACTCATCTAAAAATCTAAATTTAAAGCCTTTAATTTACTC AAATATCTTTATGAAATNACTGCATAGTGTTCGTATATATAAAGAATATA ATAAATTGGGGGTTTCTTCTTTTGATGATTTTTGTTAGAGATTGGTTTAA TGTTGACGCACCACATACTGGATGCATAAACTGTCTATGTCKCCACATTA GCTCGCTCTCTTGGACACTTAGACATATGATTATATATATATATACATAC ATATTTATGTATCATTCAAATCTACATTAAGTGGAAACAGTAGATAAATT CGTAATCCCAAATATTTGGAAAAAGCACAGAGCCCTCCTTGAAACCCGCG CCTGGAGCAATAACATAACATCACTTTAACTCTGGGATGAATAAGCCGTT CGTTTGCAAGGTAAGGAGGGAATTAGAGGCCTCAAAAAGTGATTTTGAGC CAACAACAATGTGGGCTGAGTTCGAAATGACTGTATCTGGAAGCCAGAAT TCGTGGCCAGAATCCAACAGAGCGTCAAMGAGGACGTAGTGAAATCCAGC TGGGCAAATGCTTGAGAAGTTAACCGGTCAGAATCGCTGATCCGGCTCTG CCTTCACAAAAACCTTAATTACTACTCCTAAATGATCAGATATTGATAAA ATAGGCATATGAAAAGCGCTTTGACCACTCCCAAAAACACTTCAACCACC TCAAACACTCACTTCACCAAGACATACCTTTTTCCTCAGACCAAAAAGAC CCCCAGGATGTGCCCTTCTTCATGCATACGAAATTCACACACCAAATCAT GCTATTTGGTGATTTTAGCTCCGAAGAACACGTCATGCCTCCTCATGTGT TTCACCAGGACCTCAAGGTCAACACTGATGCCTACCTGAACGTGCTTGAG ATCAAAGTGAAGCCCTGGATAGACAGGGTTGGCAATGGGAGCCCTTTCCT GTGGCAGSAGGACTGGGSTCCCTCTACAACTCGAAAAAAACTATCAATTG TTTCCAAGACAATTTTGACGACTTCAGGATGCTAGACTTTTGCCCTCCAA ACTATCCAGTATTTTGTGTGTGAGTGGGCTATCAAATGACAAACCAACCA AACCTCCTGCAACAAAATAGACAAATTTATTAGTCGGTGAAAGGAGATAC TCCCGGATTTACAAAGGGACCATGTGGTGAAGGTCTGCTCGCACTTTCGG CCTCGTATAGAGGTGATTTTATTAAATTAAATAAATCAGAGCTCATTAAG TTTTCAGATTTTGCTTTATTTGTTTATCCTACAACTGTTAGGATGGAAAA TAGCAGCTTTTGAAAAGAAAAAAAAATTTGTAGCACCCTGTATATAGGTA AATAGTGGGTCTATTGTAAATTCGTTTTACAATCTAATCTATAGTATGCA CATGGTTCATAGATCCAAGTGTGATACTCTTTACCTTTCTTCTTTTTCTC CCCTACCAATATATATATGTATATAAATATATGGGTTTGTTATGGGTAAT AAATTCTTTCAGTGCATAGAAAACTTCTTTTTGTCGTCTTTTTCTATTTC ATATAAGAGTGATAATCGGGGTATTATTTAGATAGTTGTATAAAATATGC TCTGTCGATATATGCAACAAAAAGAAAACGAAAAATGGCATGATAACCCA TAGGATTTGAAAATTCTTTTAAGGAGAGCAGCTTAGCAACAAAGACATTT AATTAAATTAGCTATAAACATCCTTAAATTTCTTATATTTGCTAGAGTCT GGMCATGTTTTGTTTAAAATTAAATTTTTTGACGTGAACAACACAGATAT TAGGTGTAGTTAAAAGATATTCACTATTTTTAATTGGTTTTTTGATTAAT TATTCTATCAATGTTTATCTCCTTGGCAATCAAAAAAGTACCTATGGTCG GAACCCATTTTATTATTTGATCTACATTTTCCACAATTGGTCCTCCGGAA CTTGGCGTATTTTGACATCAAAATTACCAGAGCGGAATCAAGGAAATCAA AATACTTGCGCTATCTCCTTGTTGAAGAAAACTCTAAAATAATCGTGGTA TTTTATACATATTTATATAAAATATGCCTGTCGATATGTGCAATTTATAA AAAACGAAAATTGACGTGATACCCCATTGATGATTGTTTTAAGAAGAGCA GCTTTCTCTTTGTTGGTGTCCATCTTTGACACACGCTCAAACAAATCTGA ATCAACCATCACCAAACTATACCAAAAGTATTTTAAGTATGAAATGTTAT ATATCTAACACCATCTAGTCTAAACTGATTACACATATACAAAGTGAGAT ATACATAACTAAAGCCATGGATTAAAAAATTATTTATTTCTTTATACAAC ACCGATTATATACATTCTAGCGGAAGTATTCGCTATTTCTTGGAGTTATT AGGTGTTGACGAATGGATAAAAAGAAAGAAAAACTTGGTTATAGCAATCT AGATAGAGTTGTATAAAATATAACTTGTATGTATGTAAAAAAACAAATTA AGAAAAAATAACATTAAAACCCTGACTATTGGTGAAGAACGGTATTTATT ATATTAGTTTGTAAACAAAGAATCAAAGAGTGATACTGTCTTTTGGAAAA ATAATAGAATTCCCTGAATGTTTATTTTCCTTTCCAAACTACAGAATGTC TCAACACCCTAATAATTTTTCATTTTTTTAGTTTAGTATATCTCCTATGG GAAGAATGTTTGAGGGAAGATCAGCTAGGCTATGATGACGTTAGATTATA CTACCTGGGAGCAGTAATGAGAAGAATGCTTTAAACATAATCCCCACTCA TTATCTAGCAAGGAGAGATGGAGGAGTTGATATGAGATTTATCCTTAATT ATATTGAAACATGTCATAGAAAGTGGGAGATACTTTTCTGGTTGATAATT TGAACAGGATTTAATTTTTCCAAAGATGTTGTTAATAGTATTTAATTCTT GAAGACAGGACTTCTAAGTACAAAGAAATTAATACCTAATGCGTGTGCTC ATCCTGAAAGAGAAACAGATTATTTAGTGAAAATGTATAGGGTTTATTTT TAATAGTCAAAACTATGTACATTTTATTTCATCATCCTGTACTTTAAGAT CGTGGAATTAACTTTAAATCAATCTGGATTACTTTAGGTTGAATATTTTA AAAGAATAGATTATATTATTAAAAGTAAAAACTATTCTGATTAATAACCA ATAAGGAATAAAAAATTTCTAAAGTCAACAGTTGTCACCATGTAGGCATA ATGCTAAGGGTGTCTGATTTGCTCCTCGCCCAAGTGAGTGCCAAAAAGAT CATGAAGGTCGAAAGTTACTCCTGGAGTCTTGTTTATAAGATTAAAAGGA CGGTGACTGTAACTCAGAGCCTTGAGAGGTCCCCTGGCAGCGGTAGACAC TGGAAAATCGGATCATGGAGGACGTGGATCCCAAAGGTCCGGCCAAGTCG ATACGGCAGGATATCAAGTCTCTCAACTTCAGTGATTGGACAGTGAGGAG GTATGTGAAAGATTTGGAGAGAAGGCTTCCTACAAACTAAGACACTGACA ACTGTTTTAAAAAGCAACCAAGCCCAACCGGGTTAATAGGGGAAAGAATA TGTTACCTTGGTTAAAGCATAAACGTCTATCCTTCTCCCCAGACTGTTCC CACGTCGACAACAGGGTTTGGAAGCTAAAGGTGGACTGAATGACTGATTT TAGAAAAATTACAATAATTTTGAATTTTTTTTAACAAAACATTGAGACCC GACCTTTGTGAATATATTCACTCAATACGGCTGCTCTCAGAAGCAGTCAC AGCCTCAACACGGTGGCGAAAAGACTTACAAGAGTTGATTATGAATTTAN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCGGACA ATTTGATCAACTCCTTCAAACTTGCAGACTTTAGGGAGTCCACGTTCGGG TGAGATGTCCTGCACAGCAAAGTCCAATGGGTTTAAATCTGGCGAAAATG ATGGCTACATGTCCTTGGGCCAAAAATCAGCCCGGTTGTGGGTAGAACTT CTGGMATTGGGCTGATGTTTGACACCTTTGTGTCAAGGAAAGAGAGGGAA AACTTCTTCTTCTAATCATGATAAAGAACACATGCATTTTGTTCTTCATT TTTTTTAAACACATCACCACGTATACATGCGAGTTAAGAACATCAAGACT TGTGAACATAATTTATTTTCTGTCGATGTAACCGTTTCCTGGTATATTAT AATCTCGTTCATTATCTTCATCTGTTATTATTTTAAAAATATTTAAGGAG GTTTAAATTGTTTGACTTAATTGTATAGTTCAAAAAATTTCTCTCATTCT TGCACCGTGCATTTTATACTCCATTATACTCCTTCCTTTATGAATAGGTC GGNNNNNNNATTCACTTTCCGTCTAGAGTTTTTCCTTTTCATTCTATTTT TCCCAATGTTTTCCTGAAGAAAATAATGGTCAGACAGTCCATTGGACGAT ATTTTTGCAAGATTTAATCTATGCTGTAGCATTTGCCCTGTTTAAATATC CCACGTTCACCACTGAAAATCAACCGTTCACCCTTGTAAAGCGGACCGAA AAATATTCCCGGCATACGGCACTGACTGATGGCATGGGGTCTTTGTGTAA GAGAACAACCGCAAGTCATCCTTCAACGCCCTTCTGATTGTCCCCTCGTC CACGTCAAACTCGTTAGGGAGGCGATTCATGAATTTTGTGGGGTCCTCCA TAATCTTCTTCTTCAGGTACCCCAGAAACTCAGAATCCCTTTTCAAGTTG TTTCCCCACTTCCTCCTTTCCTTGAGAGGTCTTTCCCATCCTTTTTCATC TTGGCCACCTTGAAAATGAGGCTCCTGGAGCATTTCGAAATGTCAATCAT CTCTGCCATCTCAATTTTGGCATCCAGATGGTCTGAGATCCTCTGCCTTT TTGCTTCTTGTTCACTCATGATCAAAGATTTGGTAAATGTTTACTATTGT TTATTTATACAAATGGACAGGAGATTTGGAATATACAGGAAAAAATTATA AAACCTCTCTATTTTAATCACATAATTAGCATTTATTTACAGTTCACGTT CTGTTTCTGAACCCTGTCATTTGTGAGGCAATCGAAAAGAGAGTATGTAC TATCCCTTGTCAAAATTTGGATGACTTGAAGCCTCTGTCAAGTAGCTGTG GCGTCTTAGGCCAAGGTTGGAGGCCATGGTATCCGTGAAAGGAAATCATT TTGAAAAATATTTGAAAAAAATATATCAATAAAGCAGTCTGTGATAAAAC CTTAATATTATAATACTTCTATTAATTCTTACAAAAGTTTACCCTTTTGT ANCATTATCAAAAATCCCACCATATTATCACATACGCTGTAGAACAGCCG GTATCTTTATTGTAGTTTTTTTTTTTATATACATATCGATTATGATTAAC AAATCTCTTGAGTGAGTGAGTATTTTTTTATTAACGTATTGATATTGATA CAACTCATAGAATATTTATCGATGAAGGACAACTTATAGATCTTCTTCTT TTTAAGACTTTCTTCATTTTAAAAAGTATAAAGATTATTATCCAATCTAT AAAATATCGATTTTGTTAAATTATATACTCTGTTGCATAGCCACATAGAG AGAAAAAAAAGAATACCGGAAATTGATAGGAGCTTTATGAGGGAATCCTT TTGTGAAGTTTAATTTATTGGAGGGATTTTCTTTTATTTATATGTTAATT AAGAGATTCAATCTCAGATTACATATCGACTTCTTCTTTCTTTCTTAATT ATCTTATATATATATAAGAAAAAAAAGACATAACGACATATTTTTTACTG AATTCTGCGCCACCTTTGGGTCACAATAGAACCAAATTTTGTTATCATAT CAATGTTTTTTTGAAATCCCACGTAAAATACCAACAAACACATTTATTAA GTATAATTTCGTCACAATGGAAGAACTATACTCAGAGCTGCTAGAGATTC AGTTCACAGGGGGAAAAGTGAGATACGGATTTCATCATCGAGCCTTGTAT TTAAAGTTATGTGAAGGATTCACATTAAAACTATTTTCAAGCTAAATATA TCATTTCTAATTATATATCTAATGTTTTTACATTGAAAATGTACTCTTAG GTTTAAAACTGTTTGCCATATCTAAATTTATATAGTTTGTATGTCTGTTT GTCGACCCCTCATTTCTGAGCGTGCACTTAATATCATAGAATCTGTGCAA TTATTTGGTAAAGATGTATAAAAATATATCCAAGAAAATGGGAACGTGGT TTACTATAGGTTACCATTATTATCTATTTCATTCTTCAAAAGGTAAAACT TAAGTATAAAGTAATACCAATTGCGTGTGCTCATGGATGACAGGGAGTAA TGCCAAGGATATAAGGGCTAAATTTTAAATGCATTTGTAAAAGTGCAAGA TTGGAGTGTGTCATAAATTGTACTTAAAGTATTCGAAATTAATCAACCCA ATAAATGAATAAGAAATTGAAATTTGAAAGATCAAATCGGTGCAAATATA AGGCTCTTCAATCAAACAAAGGTTCTTAACTATAGCCTAAGTACAGGAAT GTCTTATCTTATACCACAAATTTGATTATGAGGCCTATAACTGACTCAAA CATAATATGTTAAATAAATATTGGGAAGTATATATAAAGAAACAAAAAAG TTATCTTCTTCTTTTCTTGATTTTTGCTTAAGATTGTTTGTATATTGACG CACCACATATATAGATTAACGAAGGAAGATCAACCACTAACTTATTAAAT CAGAAAGGGATCATATTAATTAATTGAATTTAAGTATAAAGTAAAATTAA TCTAAGATAGAAACCAACAAATGATAAACCACAAGGATATAATTACATTA GGATGCCCATCAACACTAAAGCAGGCAAGAATGTTTGATCTCAAAATTGA ATCTGGATTGTATAAATTGTATTCTTAGAGATGGAATTATCACCAATTAT TCTTATTAATAGTTCATAAGCGTTTTAATTTGCAATTAAAATAATACAAA TTTATTGTCGCAACGAAATAATTATATATTTGTGGATTTGGCTTAAAGGA TCATATCAGGGTGAAATACTGTTTTAAATGTTTAATAAAGATTCAAAACA ATGGTTAATATACATTTATATTTCACCTTATCCATAGAATTTGACTACAA AACCTATAATTGACCAAAATATGTCTTAAAAATATTGGACGTTATATTTA TGATGTAGAAAAATAAATTGACCATTAGAGCAGTTAGATTTTTAACTTTT TTCGAATTTCGGTTACGGCTARAGCGGAAAAGTCGACGKATAGTATAAAG ATTACATATGCAAAATTCTATTGATCTATGAGGTTATTTTCTTAAGACAC GACAATTTTTCTGAATTAGCCGTAAAGGAATTTCAAAAAAAAAGTAGAAA AACAGATCACTCTATTGAGCATCTCTCTTTTTTTTTATTTTGTACAAGAT GGTTTTAATGTGCAAAAAATTTTACATTCCTAATGTATCTTGTATTTAAT GTATTTTTCAGCATTTATGGTAAACAATTCAAGGATGAAAACTTTGAGCT AAAGCATAAAAAGTTTAGCCTCTCCATGGCCAATGCAGGAAAGGACTCAA ATGGGTCTCAATTTTTCATTACAACGGCTGAAACCCCTTGGTTAGACGGT GGACACGTCGTTTTCGGAAAAGTACTCAACAAGGCCTCAAAGAAAGTTGT CAAAAAGATCGAGTTTTTTGGCTCGAAGGAAGGGAATCCAAAGGCCAAGA TCGTCATTGAAAAATGTACGTGTACTCCTGTTGAAATTGCCAAAGTAGAG AAAGGCTCTTCACCATCTCCAACACATTAA
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