EMLSAG00000000212, EMLSAG00000000212-682978 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000000212
Unique Name	EMLSAG00000000212-682978
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000000212 vs. GO
Match: - (symbol:GPX7 "AT4G31870" species:3702 "Arabidopsis thaliana" [GO:0004602 "glutathione peroxidase activity" evidence=ISS] [GO:0009507 "chloroplast" evidence=ISM;ISS] [GO:0080167 "response to karrikin" evidence=IEP] [GO:0009407 "toxin catabolic process" evidence=RCA] InterPro:IPR000889 Pfam:PF00255 PIRSF:PIRSF000303 PRINTS:PR01011 PROSITE:PS00460 PROSITE:PS00763 PROSITE:PS51355 GO:GO:0009507 EMBL:CP002687 GO:GO:0006979 Gene3D:3.40.30.10 InterPro:IPR012336 SUPFAM:SSF52833 GO:GO:0080167 eggNOG:COG0386 KO:K00432 GO:GO:0004602 PANTHER:PTHR11592 EMBL:AL161579 HOGENOM:HOG000277054 EMBL:AL049607 PIR:T06309 RefSeq:NP_194915.2 UniGene:At.54571 ProteinModelPortal:Q9SZ54 SMR:Q9SZ54 STRING:3702.AT4G31870.1-P PeroxiBase:2250 PaxDb:Q9SZ54 PRIDE:Q9SZ54 EnsemblPlants:AT4G31870.1 GeneID:829316 KEGG:ath:AT4G31870 GeneFarm:2057 TAIR:AT4G31870 InParanoid:Q9SZ54 OMA:VERYQPT BioCyc:ARA:AT4G31870-MONOMER Genevestigator:Q9SZ54 Uniprot:Q9SZ54)

HSP 1 Score: 42.743 bits (99), Expect = 3.487e-4
Identity = 21/43 (48.84%), Postives = 31/43 (72.09%), Query Frame = 0

Query:   67 GGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            GG LG+ IKWNF KF+V+K+   V R+ PT  S  ++E++I+K
Sbjct:  188 GGFLGDIIKWNFEKFLVDKKGKVVERYPPTT-SPFQIEKDIQK 229

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BLAST of EMLSAG00000000212 vs. GO
Match: - (symbol:GPX4 "Glutathione peroxidase" species:9606 "Homo sapiens" [GO:0004602 "glutathione peroxidase activity" evidence=IEA] [GO:0006979 "response to oxidative stress" evidence=IEA] InterPro:IPR000889 Pfam:PF00255 PIRSF:PIRSF000303 PRINTS:PR01011 PROSITE:PS00460 PROSITE:PS00763 PROSITE:PS51355 GO:GO:0006979 Gene3D:3.40.30.10 InterPro:IPR012336 SUPFAM:SSF52833 GO:GO:0004602 PANTHER:PTHR11592 EMBL:AC004151 HGNC:HGNC:4556 Ensembl:ENST00000587648 Uniprot:K7ERP4)

HSP 1 Score: 41.2022 bits (95), Expect = 7.196e-4
Identity = 19/40 (47.50%), Postives = 29/40 (72.50%), Query Frame = 0

Query:   68 GILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEI 107
            GILGN IKWNFTKF+++K    V R+ P ++  L +E+++
Sbjct:  115 GILGNAIKWNFTKFLIDKNGCVVKRYGP-MEEPLVIEKDL 153

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BLAST of EMLSAG00000000212 vs. GO
Match: - (symbol:GPX1 "AT2G25080" species:3702 "Arabidopsis thaliana" [GO:0004602 "glutathione peroxidase activity" evidence=ISS] [GO:0009507 "chloroplast" evidence=ISM;ISS;IDA] [GO:0009941 "chloroplast envelope" evidence=IDA] [GO:0009535 "chloroplast thylakoid membrane" evidence=IDA] [GO:0009570 "chloroplast stroma" evidence=IDA] [GO:0009407 "toxin catabolic process" evidence=RCA] InterPro:IPR000889 Pfam:PF00255 PIRSF:PIRSF000303 PRINTS:PR01011 PROSITE:PS00460 PROSITE:PS00763 PROSITE:PS51355 GO:GO:0009570 EMBL:CP002685 GO:GO:0006979 GO:GO:0009941 Gene3D:3.40.30.10 InterPro:IPR012336 SUPFAM:SSF52833 GO:GO:0009535 eggNOG:COG0386 KO:K00432 GO:GO:0004602 PANTHER:PTHR11592 EMBL:X89866 EMBL:AJ000469 EMBL:AY035153 EMBL:AY063024 PIR:A84644 PIR:S71250 RefSeq:NP_180080.1 UniGene:At.24670 ProteinModelPortal:P52032 SMR:P52032 PeroxiBase:2499 PaxDb:P52032 PRIDE:P52032 EnsemblPlants:AT2G25080.1 GeneID:817046 KEGG:ath:AT2G25080 GeneFarm:2047 TAIR:AT2G25080 HOGENOM:HOG000277054 InParanoid:P52032 OMA:EINEFCQ PhylomeDB:P52032 ProtClustDB:PLN02399 BioCyc:ARA:AT2G25080-MONOMER Genevestigator:P52032 GO:GO:0047066 Uniprot:P52032)

HSP 1 Score: 41.2022 bits (95), Expect = 9.988e-4
Identity = 20/43 (46.51%), Postives = 30/43 (69.77%), Query Frame = 0

Query:   67 GGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            GG LG  IKWNF KF+++K+   V R+ PT  S  ++E++I+K
Sbjct:  191 GGFLGGLIKWNFEKFLIDKKGKVVERYPPTT-SPFQIEKDIQK 232

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BLAST of EMLSAG00000000212 vs. C. finmarchicus
Match: gi|592788208|gb|GAXK01166360.1| (TSA: Calanus finmarchicus comp1874_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 60.077 bits (144), Expect = 7.486e-11
Identity = 30/46 (65.22%), Postives = 33/46 (71.74%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            +GG L N IKWNFTKFVV+K   PV RF PT D I KVE+E KK F
Sbjct:  406 QGGFLMNAIKWNFTKFVVDKNGQPVARFGPTDDPIPKVEDECKKYF 543

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BLAST of EMLSAG00000000212 vs. C. finmarchicus
Match: gi|592767108|gb|GAXK01187460.1| (TSA: Calanus finmarchicus comp10997_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 60.077 bits (144), Expect = 1.082e-10
Identity = 29/42 (69.05%), Postives = 33/42 (78.57%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEI 107
            EGG+LG+ IKWNFTKFVV+KE  PV RF P  D I KVE+EI
Sbjct:  502 EGGLLGSAIKWNFTKFVVDKEGKPVARFGPMDDPIPKVEKEI 627

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BLAST of EMLSAG00000000212 vs. C. finmarchicus
Match: gi|592776079|gb|GAXK01178489.1| (TSA: Calanus finmarchicus comp14152_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 53.5286 bits (127), Expect = 6.800e-9
Identity = 29/48 (60.42%), Postives = 31/48 (64.58%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAFEE 113
            + G L N IKWNFTKFVV+K   PV RF P  D I  VE EIKK F E
Sbjct:  148 QSGFLINAIKWNFTKFVVDKTGRPVARFGPMDDPIPAVENEIKKHF*E 291

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BLAST of EMLSAG00000000212 vs. C. finmarchicus
Match: gi|592840363|gb|GAXK01117181.1| (TSA: Calanus finmarchicus comp303918_c3_seq1 transcribed RNA sequence)

HSP 1 Score: 35.039 bits (79), Expect = 5.470e-2
Identity = 21/51 (41.18%), Postives = 29/51 (56.86%), Query Frame = 0

Query:   68 GILGN-FIKWNFTKFVVNKEEVPVFRFAP------TLDSILKVEEEIKKAF 111
            GI G  +IKW+FTKF+V+++     R AP       L     VE+E+KK F
Sbjct:  415 GIFGTKYIKWSFTKFIVDRKGKVQVRLAPFVYPQQPLSGFPSVEDELKKYF 567

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BLAST of EMLSAG00000000212 vs. C. finmarchicus
Match: gi|592922064|gb|GAXK01036325.1| (TSA: Calanus finmarchicus comp3639924_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 1.665e+0
Identity = 26/87 (29.89%), Postives = 43/87 (49.43%), Query Frame = 0

Query:    1 MTYIAIKNKQEICYHVSGFSKCCDISKYWKLNEIGLTLKIPLSIEDQCTQRI-FEFSLRRPENGA-------IEGGILG-NFIKWNF 78
            M+ I++ +   + + +  FS   DIS +  +    LTL++ LS+E  C   I F F + +  NG        I+  +L   FIK+NF
Sbjct:  288 MSTISVFSSNSLFFTLLRFSNWLDISSFCLVTSSILTLRLSLSLEMDCMSFISFLFLIVQILNGVFKYLICLIQTFMLTFYFIKFNF 548

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BLAST of EMLSAG00000000212 vs. L. salmonis peptides
Match: EMLSAP00000000212 (pep:novel supercontig:LSalAtl2s:LSalAtl2s102:916783:945859:-1 gene:EMLSAG00000000212 transcript:EMLSAT00000000212 description:"snap_masked-LSalAtl2s102-processed-gene-9.2")

HSP 1 Score: 301.597 bits (771), Expect = 7.414e-106
Identity = 147/147 (100.00%), Postives = 147/147 (100.00%), Query Frame = 0

Query:    1 MTYIAIKNKQEICYHVSGFSKCCDISKYWKLNEIGLTLKIPLSIEDQCTQRIFEFSLRRPENGAIEGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAFEEKLPKFLMTSSTTSFVFKVVANGTTQWYIKRWTLL 147
            MTYIAIKNKQEICYHVSGFSKCCDISKYWKLNEIGLTLKIPLSIEDQCTQRIFEFSLRRPENGAIEGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAFEEKLPKFLMTSSTTSFVFKVVANGTTQWYIKRWTLL
Sbjct:    1 MTYIAIKNKQEICYHVSGFSKCCDISKYWKLNEIGLTLKIPLSIEDQCTQRIFEFSLRRPENGAIEGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAFEEKLPKFLMTSSTTSFVFKVVANGTTQWYIKRWTLL 147

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BLAST of EMLSAG00000000212 vs. L. salmonis peptides
Match: EMLSAP00000012945 (pep:novel supercontig:LSalAtl2s:LSalAtl2s988:134097:136027:1 gene:EMLSAG00000012945 transcript:EMLSAT00000012945 description:"snap-LSalAtl2s988-processed-gene-1.74")

HSP 1 Score: 69.3218 bits (168), Expect = 3.513e-16
Identity = 32/43 (74.42%), Postives = 37/43 (86.05%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIK 108
            +GG LGNFIKWNFTKFVV+K+ VPV RFAPT D + KVEEEI+
Sbjct:   23 QGGTLGNFIKWNFTKFVVDKKGVPVARFAPTQDPLPKVEEEIR 65

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BLAST of EMLSAG00000000212 vs. SwissProt
Match: gi|544437|sp|Q06652.1|GPX4_CITSI (RecName: Full=Probable phospholipid hydroperoxide glutathione peroxidase; Short=PHGPx; AltName: Full=Salt-associated protein)

HSP 1 Score: 50.447 bits (119), Expect = 2.496e-7
Identity = 25/47 (53.19%), Postives = 35/47 (74.47%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAFE 112
            +GG+ G+ IKWNF+KF+V+KE   V R+APT  S L +E++IKK  E
Sbjct:  120 KGGLFGDSIKWNFSKFLVDKEGNVVERYAPTT-SPLSIEKDIKKLLE 165

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BLAST of EMLSAG00000000212 vs. SwissProt
Match: gi|3913793|sp|O23968.1|GPX4_HELAN (RecName: Full=Probable phospholipid hydroperoxide glutathione peroxidase; Short=PHGPx; AltName: Full=Glutathione peroxidase 2)

HSP 1 Score: 49.6766 bits (117), Expect = 5.930e-7
Identity = 25/44 (56.82%), Postives = 34/44 (77.27%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            +GG LG+ IKWNFTKF+V++E   V R+APT  S L +E++IKK
Sbjct:  133 KGGFLGDSIKWNFTKFLVDREGKVVDRYAPTT-SPLSIEKDIKK 175

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: AAN11562.1 (PHGPx, isoform D [Drosophila melanogaster])

HSP 1 Score: 54.6842 bits (130), Expect = 7.608e-9
Identity = 25/46 (54.35%), Postives = 35/46 (76.09%), Query Frame = 0

Query:   64 AIEGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            A + G LG+ IKWNFTKF+VNKE VP+ R+APT D  + + ++I+K
Sbjct:  192 AKQTGTLGSGIKWNFTKFLVNKEGVPINRYAPTTDP-MDIAKDIEK 236

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: AAF47761.1 (PHGPx, isoform A [Drosophila melanogaster])

HSP 1 Score: 53.5286 bits (127), Expect = 9.924e-9
Identity = 25/46 (54.35%), Postives = 35/46 (76.09%), Query Frame = 0

Query:   64 AIEGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            A + G LG+ IKWNFTKF+VNKE VP+ R+APT D  + + ++I+K
Sbjct:  123 AKQTGTLGSGIKWNFTKFLVNKEGVPINRYAPTTDP-MDIAKDIEK 167

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: AAN11561.1 (PHGPx, isoform C [Drosophila melanogaster])

HSP 1 Score: 53.5286 bits (127), Expect = 1.349e-8
Identity = 25/46 (54.35%), Postives = 35/46 (76.09%), Query Frame = 0

Query:   64 AIEGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            A + G LG+ IKWNFTKF+VNKE VP+ R+APT D  + + ++I+K
Sbjct:  152 AKQTGTLGSGIKWNFTKFLVNKEGVPINRYAPTTDP-MDIAKDIEK 196

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: EAA08535.3 (AGAP004247-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 52.373 bits (124), Expect = 2.472e-8
Identity = 21/31 (67.74%), Postives = 27/31 (87.10%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPT 96
            +GGILG+ IKWNF+KF+VNK+  PV R+APT
Sbjct:  122 QGGILGDSIKWNFSKFLVNKDGQPVDRYAPT 152

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: gb|EFA01370.1| (Phospholipid hydroperoxide glutathione peroxidase, mitochondrial-like Protein [Tribolium castaneum])

HSP 1 Score: 50.447 bits (119), Expect = 1.073e-7
Identity = 21/33 (63.64%), Postives = 26/33 (78.79%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLD 98
            +GG LGNFIKWNFTKF+V+KE  PV R  P+ +
Sbjct:  124 QGGTLGNFIKWNFTKFIVDKEGQPVERHGPSTN 156

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: EAA44749.3 (AGAP004247-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 50.0618 bits (118), Expect = 1.998e-7
Identity = 20/31 (64.52%), Postives = 25/31 (80.65%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPT 96
            +GG LG+ IKWNF KF+VNK+  PV R+APT
Sbjct:  122 QGGTLGDSIKWNFAKFLVNKDGQPVDRYAPT 152

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: EGK97029.1 (AGAP004247-PC [Anopheles gambiae str. PEST])

HSP 1 Score: 49.6766 bits (117), Expect = 3.216e-7
Identity = 20/31 (64.52%), Postives = 25/31 (80.65%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPT 96
            +GG LG+ IKWNF KF+VNK+  PV R+APT
Sbjct:  157 QGGTLGDSIKWNFAKFLVNKDGQPVDRYAPT 187

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: NP_001171493.1 (glutathione peroxidase-like 1 [Apis mellifera])

HSP 1 Score: 48.1358 bits (113), Expect = 8.272e-7
Identity = 21/32 (65.62%), Postives = 25/32 (78.12%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTL 97
            +GGILG+FIKWNFTKF+VNKE   V R  P +
Sbjct:  124 QGGILGDFIKWNFTKFIVNKEGKVVERHGPNV 155

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BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Match: NP_001171492.1 (glutathione peroxidase-like 1 [Apis mellifera])

HSP 1 Score: 48.1358 bits (113), Expect = 8.272e-7
Identity = 21/32 (65.62%), Postives = 25/32 (78.12%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTL 97
            +GGILG+FIKWNFTKF+VNKE   V R  P +
Sbjct:  124 QGGILGDFIKWNFTKFIVNKEGKVVERHGPNV 155

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BLAST of EMLSAG00000000212 vs. nr
Match: gi|669193605|gb|AII16508.1| (phospholipid-hydroperoxide glutathione peroxidase, partial [Paracyclopina nana])

HSP 1 Score: 70.4774 bits (171), Expect = 6.098e-13
Identity = 35/46 (76.09%), Postives = 37/46 (80.43%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            +GG LGNFIKWNFTKFVV+KE  PV RFAPT D I KVEE IKK F
Sbjct:   81 QGGTLGNFIKWNFTKFVVDKEGKPVGRFAPTDDPIPKVEEAIKKLF 126

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|319738717|gb|ADV59549.1| (phospholipid-hydroperoxide glutathione peroxidase [Paracyclopina nana])

HSP 1 Score: 72.0182 bits (175), Expect = 8.355e-13
Identity = 35/46 (76.09%), Postives = 37/46 (80.43%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            +GG LGNFIKWNFTKFVV+KE  PV RFAPT D I KVEE IKK F
Sbjct:  155 QGGTLGNFIKWNFTKFVVDKEGKPVGRFAPTDDPIPKVEEAIKKLF 200

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|961375902|gb|ALS04695.1| (phospholipid-hydroperoxide glutathione peroxidase [Pseudodiaptomus poplesia])

HSP 1 Score: 62.3882 bits (150), Expect = 1.961e-9
Identity = 32/46 (69.57%), Postives = 34/46 (73.91%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            + G L N IKWNFTKFV+NKE   V RFAPT D I KVEEEIKK F
Sbjct:  116 QAGFLVNAIKWNFTKFVINKEGQAVARFAPTDDPIPKVEEEIKKHF 161

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|1067068062|ref|XP_018024412.1| (PREDICTED: phospholipid hydroperoxide glutathione peroxidase, mitochondrial-like isoform X2 [Hyalella azteca] >gi|1067068064|ref|XP_018024420.1| PREDICTED: phospholipid hydroperoxide glutathione peroxidase, mitochondrial-like isoform X2 [Hyalella azteca] >gi|1067068066|ref|XP_018024428.1| PREDICTED: phospholipid hydroperoxide glutathione peroxidase, mitochondrial-like isoform X2 [Hyalella azteca])

HSP 1 Score: 60.4622 bits (145), Expect = 1.025e-8
Identity = 27/44 (61.36%), Postives = 35/44 (79.55%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            +GG+LG+FIKWNFTKFVV+K  VPV R +P  + I  VE++IKK
Sbjct:  117 QGGLLGDFIKWNFTKFVVDKNGVPVSRHSPKTNPIPDVEKDIKK 160

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|1067068060|ref|XP_018024407.1| (PREDICTED: probable phospholipid hydroperoxide glutathione peroxidase isoform X1 [Hyalella azteca])

HSP 1 Score: 60.4622 bits (145), Expect = 1.388e-8
Identity = 27/44 (61.36%), Postives = 35/44 (79.55%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            +GG+LG+FIKWNFTKFVV+K  VPV R +P  + I  VE++IKK
Sbjct:  146 QGGLLGDFIKWNFTKFVVDKNGVPVSRHSPKTNPIPDVEKDIKK 189

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|155966312|gb|ABU41109.1| (phospholipid-hydroperoxide glutathione peroxidase [Lepeophtheirus salmonis])

HSP 1 Score: 60.077 bits (144), Expect = 1.963e-8
Identity = 28/46 (60.87%), Postives = 35/46 (76.09%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            +GG  G+FIKW+FTKFV++K+ VPV RF+   D I  VEEEIKK F
Sbjct:  139 QGGTFGDFIKWSFTKFVIDKDGVPVARFSTAQDPIPIVEEEIKKYF 184

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|155966240|gb|ABU41074.1| (phospholipid-hydroperoxide glutathione peroxidase, partial [Lepeophtheirus salmonis])

HSP 1 Score: 58.5362 bits (140), Expect = 8.825e-8
Identity = 27/46 (58.70%), Postives = 35/46 (76.09%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            +GG  G+FIKW+FTKFV++K+ VPV RF+   D I  VE+EIKK F
Sbjct:  150 QGGTFGDFIKWSFTKFVIDKDGVPVARFSTAQDPIPIVEKEIKKYF 195

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|1121791156|gb|APP91324.1| (phospholipid-hydroperoxide glutathione peroxidase [Penaeus monodon])

HSP 1 Score: 57.7658 bits (138), Expect = 9.252e-8
Identity = 24/44 (54.55%), Postives = 35/44 (79.55%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKK 109
            +GG LGNFIKWNFTKF+V+KE  PV R++P  + I  +E++++K
Sbjct:  117 QGGTLGNFIKWNFTKFLVDKEGNPVARYSPQTNPIPAIEKDLQK 160

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|1005952894|ref|XP_015784829.1| (PREDICTED: glutathione peroxidase 1-like [Tetranychus urticae])

HSP 1 Score: 56.6102 bits (135), Expect = 3.395e-7
Identity = 27/49 (55.10%), Postives = 38/49 (77.55%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAFEEK 114
            +GG+LG+FIKWNFTKF+ NKE VPV R++PT +   ++E++I    EEK
Sbjct:  127 QGGMLGDFIKWNFTKFLCNKEGVPVKRYSPTTEPN-QIEKDIVGLLEEK 174

[Close]

BLAST of EMLSAG00000000212 vs. nr
Match: gi|239938981|gb|ACS36133.1| (PH glutathione peroxidase, partial [Tigriopus japonicus])

HSP 1 Score: 53.9138 bits (128), Expect = 4.356e-7
Identity = 26/46 (56.52%), Postives = 34/46 (73.91%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            + G + N IKWNF+KFV+NKE   V RF+PT D I KVEE++K+ F
Sbjct:   24 QSGFMINAIKWNFSKFVINKEGKAVARFSPTDDPIPKVEEKVKELF 69

[Close]

BLAST of EMLSAG00000000212 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold375_size191602-snap-gene-0.36 (protein:Tk05044 transcript:maker-scaffold375_size191602-snap-gene-0.36-mRNA-1 annotation:"glutathione peroxidase")

HSP 1 Score: 53.9138 bits (128), Expect = 1.655e-10
Identity = 26/46 (56.52%), Postives = 33/46 (71.74%), Query Frame = 0

Query:   66 EGGILGNFIKWNFTKFVVNKEEVPVFRFAPTLDSILKVEEEIKKAF 111
            + G + N IKWNFTKFV+NKE   V RF PT D I KVE+++K+ F
Sbjct:   69 QSGFMINAIKWNFTKFVINKEGKAVVRFGPTDDPIPKVEDKVKELF 114

The following BLAST results are available for this feature:

BLAST of EMLSAG00000000212 vs. GO
BLAST of EMLSAG00000000212 vs. C. finmarchicus
BLAST of EMLSAG00000000212 vs. L. salmonis peptides
BLAST of EMLSAG00000000212 vs. SwissProt
BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
BLAST of EMLSAG00000000212 vs. nr
BLAST of EMLSAG00000000212 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000000212 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 13


Match Name	E-value	Identity	Description
-	3.487e-4	48.84	symbol:GPX7 "AT4G31870" species:3702 "Arabidopsis ...	[more]
-	7.196e-4	47.50	symbol:GPX4 "Glutathione peroxidase" species:9606 ...	[more]
-	9.988e-4	46.51	symbol:GPX1 "AT2G25080" species:3702 "Arabidopsis ...	[more]

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BLAST of EMLSAG00000000212 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|592788208\|gb\|GAXK01166360.1\|	7.486e-11	65.22	TSA: Calanus finmarchicus comp1874_c0_seq1 transcr...	[more]
gi\|592767108\|gb\|GAXK01187460.1\|	1.082e-10	69.05	TSA: Calanus finmarchicus comp10997_c0_seq1 transc...	[more]
gi\|592776079\|gb\|GAXK01178489.1\|	6.800e-9	60.42	TSA: Calanus finmarchicus comp14152_c1_seq1 transc...	[more]
gi\|592840363\|gb\|GAXK01117181.1\|	5.470e-2	41.18	TSA: Calanus finmarchicus comp303918_c3_seq1 trans...	[more]
gi\|592922064\|gb\|GAXK01036325.1\|	1.665e+0	29.89	TSA: Calanus finmarchicus comp3639924_c0_seq1 tran...	[more]

BLAST of EMLSAG00000000212 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2


Match Name	E-value	Identity	Description
EMLSAP00000000212	7.414e-106	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s102:91678...	[more]
EMLSAP00000012945	3.513e-16	74.42	pep:novel supercontig:LSalAtl2s:LSalAtl2s988:13409...	[more]

BLAST of EMLSAG00000000212 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 2


Match Name	E-value	Identity	Description
gi\|544437\|sp\|Q06652.1\|GPX4_CITSI	2.496e-7	53.19	RecName: Full=Probable phospholipid hydroperoxide ...	[more]
gi\|3913793\|sp\|O23968.1\|GPX4_HELAN	5.930e-7	56.82	RecName: Full=Probable phospholipid hydroperoxide ...	[more]

BLAST of EMLSAG00000000212 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 9


Match Name	E-value	Identity	Description
AAN11562.1	7.608e-9	54.35	PHGPx, isoform D [Drosophila melanogaster]	[more]
AAF47761.1	9.924e-9	54.35	PHGPx, isoform A [Drosophila melanogaster]	[more]
AAN11561.1	1.349e-8	54.35	PHGPx, isoform C [Drosophila melanogaster]	[more]
EAA08535.3	2.472e-8	67.74	AGAP004247-PB [Anopheles gambiae str. PEST]	[more]
gb\|EFA01370.1\|	1.073e-7	63.64	Phospholipid hydroperoxide glutathione peroxidase,...	[more]
EAA44749.3	1.998e-7	64.52	AGAP004247-PA [Anopheles gambiae str. PEST]	[more]
EGK97029.1	3.216e-7	64.52	AGAP004247-PC [Anopheles gambiae str. PEST]	[more]
NP_001171493.1	8.272e-7	65.63	glutathione peroxidase-like 1 [Apis mellifera]	[more]
NP_001171492.1	8.272e-7	65.63	glutathione peroxidase-like 1 [Apis mellifera]	[more]

BLAST of EMLSAG00000000212 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 14


Match Name	E-value	Identity	Description
gi\|669193605\|gb\|AII16508.1\|	6.098e-13	76.09	phospholipid-hydroperoxide glutathione peroxidase,...	[more]
gi\|319738717\|gb\|ADV59549.1\|	8.355e-13	76.09	phospholipid-hydroperoxide glutathione peroxidase ...	[more]
gi\|961375902\|gb\|ALS04695.1\|	1.961e-9	69.57	phospholipid-hydroperoxide glutathione peroxidase ...	[more]
gi\|1067068062\|ref\|XP_018024412.1\|	1.025e-8	61.36	PREDICTED: phospholipid hydroperoxide glutathione ...	[more]
gi\|1067068060\|ref\|XP_018024407.1\|	1.388e-8	61.36	PREDICTED: probable phospholipid hydroperoxide glu...	[more]
gi\|155966312\|gb\|ABU41109.1\|	1.963e-8	60.87	phospholipid-hydroperoxide glutathione peroxidase ...	[more]
gi\|155966240\|gb\|ABU41074.1\|	8.825e-8	58.70	phospholipid-hydroperoxide glutathione peroxidase,...	[more]
gi\|1121791156\|gb\|APP91324.1\|	9.252e-8	54.55	phospholipid-hydroperoxide glutathione peroxidase ...	[more]
gi\|1005952894\|ref\|XP_015784829.1\|	3.395e-7	55.10	PREDICTED: glutathione peroxidase 1-like [Tetranyc...	[more]
gi\|239938981\|gb\|ACS36133.1\|	4.356e-7	56.52	PH glutathione peroxidase, partial [Tigriopus japo...	[more]

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BLAST of EMLSAG00000000212 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1


Match Name	E-value	Identity	Description
maker-scaffold375_size191602-snap-gene-0.36	1.655e-10	56.52	protein:Tk05044 transcript:maker-scaffold375_size1...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s102	supercontig	LSalAtl2s102:916783..945859 -

Analyses

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


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

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	snap_masked-LSalAtl2s102-processed-gene-9.2
Biotype	protein_coding
Evidence	IEA
Note	Probable phospholipid hydroperoxide glutathione peroxidase

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000000212 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000000212	EMLSAT00000000212-696059	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s102:916783..945859-

gene from alignment at LSalAtl2s102:916783..945859-

Legend: mRNA

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

>EMLSAG00000000212-682978 ID=EMLSAG00000000212-682978|Name=EMLSAG00000000212|organism=Lepeophtheirus salmonis|type=gene|length=29077bp|location=Sequence derived from alignment at LSalAtl2s102:916783..945859- (Lepeophtheirus salmonis)
ATGACATACATTGCGATCAAAAACAAGCAAGAAATTTGTTACCATGTTTC
AGGATTTAGTAAATGCTGTGATATTTCAAAATACTGGAAGTTAAATGAAA
TAGGTCTTACTTTGAAAATTCCACTGTCGATTGAAGATCAGTGTACTCAA
AGGATATTTGAGTTTAGTCTTAGAAGACCTGAAAATGGTGCAATAGAGGT
TCCTCCTCCATTAAAGGAGAGTAGAAGTATAAGAAATGTTGCATTAAAAC
AGTTTCTTATTTTGGAATTGAAATTGAGTAATATCCTAGCTATAAAGATA
TGCATGTAATGGAGAATACGTTACGGGATAGATATGCGGAATTTATGCAT
GTTGAATAACTTAAATTGGCATATAAGTCCAAAGATAATAACATGCCTTA
CCATGGAGTATTGAAAGAAAGCTCAATGTCTATGAGGTTTTTGAAATGTA
TTTGATGGGTCAATACTCTCATAGACGAAGAATTCGCATAACTTTTCCTT
GATGGTATGTCCTAAACTTCAATAAGATCTTTTAAATCTTTCATACCGTT
TGGATTTTTTAAGATAGCTCTTGTTGCCCACATTTCGAAAATGTAATTAA
AATTTGTGTTTCTGTGGATCAGAGGAATATTTTGTAATTTTTTTTAAAAG
AGAAGAAGGAAATTGTGATCTGAAAGAATACAGACCCAAAGACTTTGTAC
CATTTAGTGCTCCACATTCTTCTATTGAAGTAGTTCTGTGGAATGCCAAA
AATTTGTCTTTACAATTTCTTCGTGACTCCACAGTTACTGTTGAGGACAT
GTATGTCGACGACATTTTTACATAGGCAAATAATGAAAGGGAGGTTGATC
AACTTGTTGATGATTTAATTAGACCATTTGGTTAAGTAGGGCCCTTCTCG
ATGGAAGATCTACATTGACAATAGGGTTCAAAATATTGGAAAAAGCTATG
ATGAAAACTGTGGGGAACATGTTTCTATACATGGAAATACAGCTGATATT
GCTTGTCGAGGTGTACTGCTCGAAGAGTTTGTCAAATCAAATATGGGGAT
GAAGCGKCCCCCGTTGTTATATCTGCCGTCATATAAACGGGAGATTTCTG
GGGGAGTGGTAAACCAGGATGACAAGATTGAATTAGATAGAGAGAAAAAG
ATGGTGGTGTTAAATAATGTTAAAAGAATTAACTGTTTTGTCTCAAAAAC
TAATTAGTTGGGTTTGTAATTGGAATAAAATGGTAAGATACACTGTTTAG
ATTATACATTTTATTTTTTGGTTAAAAGGAAGAAATAACATTTTTAATGA
AGTATTTTCTTTAGATTGAAAATTAATTTCTTATAGATGTTCGATACGTC
TTGAACAGATACGTTATATGGAAGATATTATTAAGAAGATCCAATCAGAT
GAAGAGTTGGATATTAAATGTAAACTTGTTTCTCTGAGCCCTTATTGGGA
TATGTACGACTTAATCATCAATTTTGTGGAAGATTGGGGAAAGTTGGGTT
TTTCTCAAATGATAAAAAACTTCTAATAGTTATCCAAAAGAATCATTGCT
TACTTCTAGGATTATAGCTTTTGAGCATATTTAATTATTAATTGCCGTAC
TGTAGTGTGTTTGAATGGATGCTAGTTGTCACAATATCCATTTCGGAAAT
GTATAACTTGCCAGATAACTTTTGTTGAAAACGAGAGCTCAGAAAATGAG
AGAAATTCCAAATGTTTGAGCTTAGATTGGCCCTCCTTTCCATATTACAT
CAGTAGATTATGCTGGTCCCATAATGATCCGAGCTAACAAGAAGAAGCAT
ATATCTGCCTTTTTGGAGATATAGTTACCCATGCTGTTCATTTGGAGCTG
GTTAACAGTCTTTCCACTAAGAACTTCTTCTTTACATAAAGGCGATTTAC
TTTTAAACGTGGGATTTCATATACGATATGGTCCGACCATGGAAAACACA
TCTTTGATCATCCAGAAAAGTTAGATGAGATGTCGTATGGACCCTATACT
AGATGGATAAAGTTGGGTGGTGTTCTTCAGAGAGTTAAGGATCGATGGAA
GAGAGAATATTGAAAGTTCAGCAAGGGATATCTAAATGGAAAATTAAATA
AATAAATCTGTCTCCTTATTTAAAAAGATAAGGCATTTCATGATTGGCCT
ATCGTTTCTATTCAGAAGACAATATTGGGATCGGATGGMTCGATGAGAAG
MGAGAACTTCAGATAGATTAACACTACATCGTCCATCTAATAAACTAACA
ATACTTATATTTTTTTGTGATGAAAACAAGTAGTTTGTCATTGGGGGGGG
GGGGGGAAGGAGTATGTTAGAGATAGTGTTRTTAGAACCTTCAAGGGGGT
TTGTGCTTGCTTATATATTAATTGTTCGATGTTCTGCATTCCTTGTTTTG
TTTATAGTCATGCAATACTTTTGTAATTTGTAGTTTTTTGTTTTTTTCTC
ATTTATTAGTAATGTTAATAAAAACTTCATGGTGAAAGCCCAGCCACAAA
TTTGGAAGAGGGCATTCGGTTCTTTTCTTACCCATAAATAAAATTAAGAG
TATAACGAAAGTGTTCTATAAATTTTTTTCTATTAAAATCTATTTGTTGA
CAGATCTCTGATAAATATTCCAATTATCTTCATCAAAATCACTGCATTTC
CCGGTTATACCTTAGTTTTTTACTCTTCTTCTAACCTTACAGCTACTTAC
TTGATGCTCATCTTCAGGCTTTCAAGAGTAATTTGATCAAATATAATTAT
TATTGCTTTTGACGATTTATTCTATTTTTCTTAAAACTTCCGAAAATAAT
TCAGTAGAACTTTCATTCTTGGAATGAACCAAGACTCAGAATTACCATTT
AAAGTAACATAACAGTCAAAAAAGTCAAATATATGTTGAGATCCCGGGAA
AAGTTCAAAAAATTGAAGGTAGCTAAGGAGATAAATCAATGTTAGGGGCG
TCTTTATCGACAACACTTGATTGGATTGGATCAAAAATAACTATTGGATT
GCTCTTTAGTCCATCCCATAAGTTGAATGGCTGCTAATGTACACACAGTT
TTAGAAAATGTATCTTTATAAATTATTTGACATCTCTTAGAATTTGTCTA
TGGGAAATATAAACAAAACCTTTTTCGAGGTATATAGCTACTATCGCTGC
AAACCTATTTCTTCATTCAAATGTATCAATCGAAGCTTAAATATTGTTTA
GGAAAACTTCAAAGGTAATTCCGTATCAATTAAAAACTCTATTTGATTAA
TAGAAAACGGTAATTGGTCTCTAATGGTTTTAATTAATCCCATATCCATT
CATTAAAATTTGTTCTCCCATTTGTCAGTAATTCATATAGTAGTCCAAAA
AATTATTTAAGCGTGTAAATTTGATAATACAGAATACCTTTAACAATAAA
GTTCAAATATACTATCCCAAGCTATGGCTACAAGCTTTACAGGGTTATAA
ATACCTTTTCATACAGTTCAAAATACTTTTTTGAAAATTTATAATTATTT
TGATAAATAAAATTAACCAACTTTTTGGAAAGTGAAGACACAAAAACATT
TTTAAGATTGGCACTTAAGACTAGGGAATTGGAGCTTAATCAGAATGCTG
TGAATTTGCCAGATATATGGAATATAGCAAGTATCTACCATTATTTTACG
ACATCGTCATAATCCTTCCATCAAAGGAAAATTAATACATAGAAATTCGA
ATTTAAAATCAGAGTTTAGGTGCATTAACTCTGCATCACTAAAAATGCAA
TTCTTTTTTTTAAGAATGTTAAGCTATAATTTTTTAAAACGCTTTCATCA
AAGGTTTATCAAGTGACTCATCAAAAGACTACAAAAGATAAAAACTGGAT
ACAGAAATGAGAAAGCAGCCCTGAAATTATATGAATTTAGTATTTATCCC
TCATCGTTATTGTTTGTGTCCCATAACAAATAAAATATGATCAACAAATT
TATAATCTTTTTTATAACATCAAAGTCGACAATAAACCATCCATGAAACT
GTCCAAATTCTGAAAGAATTCCAACCTTGGCTATCGAACATAAGACATAT
CAAATCCACAAAGAAAATATATAAATACAATTAAATTTTCATGGTGAAGA
AAATAAAAAGTCTGAACAATCAGCACATTACTCAAAAACTGAAAAACAAA
TTATTACTAAATTTTCACAGTTGCCTTTTCAAGGTTGCTTCAAACTAAAA
AGGAGGTGAATTAAATAAAGGCCATTTATACACTATTAAGCCTATTTGTA
ATGAATATATAAATATAAAATGTAATTGAAATATGTATTATTTCTTCAAA
TAAGGAAATATGAAATGGGCGTTGCTGTTTTTTTAGTAGTTCGCTTTTAT
AACCACGGATAGCTTCTTTGTTTTCATGTAATATTGTTTTTTTTTTTTTA
TAATACTCTTTAGAATCACAATTTTATACAATCAACAAAATTAATATAAT
TAGGAAATGATACATAGAATGCGTTGTAACAATTAGGTACTGTGGAGGTG
AAAATCCCTCCAAAAATGAATAAAGAAAAATACTCTCCACGCTTAACTAA
AGTAGTCTATGAGCAACATGAAACGCCTAGAGGCGTAAAACTGAAAGAGG
GTCACTCCAAAGAGACTCCTCTTTCGAAGAGACCTCAAAACACTCGAGAA
CCTGAAAAAGGGATACAGGACAATCAAAAAACAAAAATTTTATATGCAAA
TATTGCAAAAGTCTCGAGTGAAGTCATTATCGTTCGAAGGTACTGAGACC
ACATGTTCCTCATAGAATGCATAAGGTAATAAAAGTTCTTGACACGGGCT
ACGTTCGCCGTTTATCTATTCCAGGAGAGGAAATTGTCCCTAACTACGAA
GGTCGTAGATATACTAACACTAGAGGATTTATCTATGTTAAAGATGATTT
TTCAGGTACGTTCAAAAAAGCATTTCATCCTGCACATCTCTCTTGCCAAC
CTCATGGGCAGAGGCAGGGAGGATAAGATAAGAAAAGCAAAAAGAAGACA
AGAGGCTCAAAGGATTTATCTGCGGAGTCACAGGTGACATCAGGAGAAGG
AAATACTTGATAAAATAAAAACACATCAATGCAGCCCCCTTGGTATAGGG
GGGAAAGTTGAGACAGTAAGATCCGAGCTAACCAAATTAGGCAAAAAACG
AGACATCTGTGTTGATCCTTTGACCTTAAAAAATATGCAACCGTCAATTT
CACTTATCGAATTGTCTCAGCTGGCAAGGTACAGTTCCAAGATCCTCGAA
GAGCACCTATTATTGAGCAAGAGGAAGAAGAAGCGGAAGAAGACATGCAG
CAAGAGACAAAAAGTAAAGAACAACTACAGCTAATTCGAAACAACAATGA
TTGTGCCCCTGGGGAGGATGATGTCATCAATAATGAAAATACTACTAATG
AAAATTCTGATGAGGTCGACAGGTTTACTTGTGGAATCAGTAGAGACAAA
GAGGACAAACTAGATCCTAATAGAACTTAAATAACCAAAGAATACAATCC
AAAATATACGGAAAGAGAAACAAAAATAAAACATCAAATCTTACAACTGG
GACATCAAGCCTGGCTGAAATAACGCTTAACAGAAGAAAACTTCCAGAAA
TCAGACAAGAATAGATACGTTCTTTGAAACGGCGGMTGAAGMTATGATTG
GCTCACCACAAAAWCCTAAAAAATCAACWGCACCRACATCAATATACAGC
ACTTCAGAGCATCCAACTCTAAACTTAATTTGAGAACATCTCAAATAGCC
ATGATAACAGAACCTTATCTCATCAAAGGCACTACAAATCCTACACTTAA
GGGGAGGTACAATTCACAGTAAATTGGGGTCAAACCCAAGAGCTTGCATA
CAAACGGCCGACCACTTAAATGTGTGGTTTGTTCCTTAATTCTCCGATAG
GGATGTTTGCATAGTTTGCTTAAAGGTTGATGAGKCCATCCTCTATCTTT
GTGTAGCATATCTTGATCAACTCCTATCAGTTGACAACAAGATGTTGTTG
AGCAATATTAAATACTGTAATTGCCATCATAAACCAATTCTCRTAGCCAT
GAACTCCAACTCTCACAATCCTATCTGAGGGTATAAAAACGTTGACTCAT
GGGGTCTTGAGAACATCATTGAAGAAAATATCCTTATTAATTAAAAAAAA
ATTGCAATGAACCGACTTATGTAACTCAGCGAGCCTGCTCTATAAAGAAC
ATTACTATCATGAATCAGCATGCCTATGATATATAAGATATTAATTGTTG
GCATGTAGATCTTTGCCATCAATGTCGGKCCACCGATTTATCGTTTTCAA
TTTTGGCAAATACAAGCTACTAACCGATCAACCAAGGAACCTTAGGAAAA
CCGACTGAACAGCTGTAAGGGTTTATACAGATCCTGCATCCCTACCTTCA
ATACGTCCCTGCGCCAGCAGTATTGACCATTGTACTGAATCAATCTACAT
GATTATAAAGAATGCGATAGATATTGCCTGGTTAATTACAATAACTTTAA
AAGCTAAAGCAGTGGGAATAATGGTGGAATAAACGTCTTGCTAGATTGAG
CCATAAGTTTAGAAAACTTTAGCAAAGCAAAATCGATCTTCTCACTGAGA
AGAGTATCTGATCGCCAAAAATGAATATTGCACAGTAATCAGAAAAGAGC
AAAAATACTCCTTAAGGTAATTATTGTAGTAGCACAGGAGGCCCAAAAGA
CATTGCAAGTCTTATTAGAATTCAAAAACCAATCTCTGAATCAATTGGCT
TGTCAATAGAGCAGGATACACTCAATCGCCAACCGAATATCTTGAAATAC
ACTTGGAGACCCATTTCCCATTATGCAAAATCAGTTCAAAATGTAAACCC
ATTGCAATTCACCGCCTTTGATATTGTTTTCATGGACAACGACAAAGTAC
GAGAATCATTGAGGTTCTTCGGGCTTACAAAAGCTGACGATCAGATGAAC
TAATGACAACTATCCTACATCAGGTAGGAGATAACACTATTCAGTAAATT
TGGAAACATTATACAGCGATTCTTAGTACAAGCTACATACCCCACAACTG
GAAATAAATTAAGTCTTCTTTGTCCGGTTGCTAAATCCGCGTAAAGATGA
CTACAGCTTGGCAAAATCATTCAGACCATTACTTTGTTTAGCTTCTTTCT
TAAAGGTCTTGAGATAATCGTTCAATGGAGAGTTGAAGAACTAATTCCAA
TATTCTCCTCACAACATCCCTATACAAAGGGATTATCAACATAAACGGCT
TTTTCACAGGTTACAGATATAATTGAGAAATCAAGGTAGTAAAATCAACG
TACACTCACGGTCCGCTTTGATTGTACTGGGACATTTAACTGTATTCAAT
TCAACTCAGCGAAATGAGCAATGGGAAAAATGGGAATACCAGATAGTATC
AGATCTTGGTACAAAGAACTCCTTAAAAGGTAAACAGTGACACCTGAACT
TAAGGTAGAAAAAGTTAGCATAAACCCAACACGGGGTAGTCCTGAAAGAG
GTGTGCTTTCACCTATGATATGGAACATGATCATAGACACACATTGGAAT
ATTTTATAATAACGCAGTCAAAACTGTTGGCTATGCTGATGACATCCTTC
GACTAATGAGTAGAAAGCATCCGCATACCTTCGTTAGCAAAATGCAAGAA
GCGATCAATACTGTTTGAAAATGGGAAAGAATGAATGGTTTTATTTTTAA
CCCAGACAAAACTAAATCAGTTATTTACTCAAAGACATATAAACTGTGAT
CTAAATACTTCCCATGACTAGAAATGGGCGGGGAACTCATAAATTTTTCA
TCACAAACGAAATAACTTGGTGTTTTATTTGATCAAGGACTAACTTGGAC
GGAACACCTCAAAGAAAAAACTGCTAAATGCAGTCGTCTGTGGAACATGG
CCAAAGTAGCGATTTGTCAAAAGTGGGGTTAGACCTCAGACAAAGTTTTA
TGGCTCAATGAAGCGATGATTAAACCCATAATTTCCTACAAAAGCCTTAA
ATCGGGCCATGCTATTATAGCAAACAAAAAGAGAAAGAAATATTCATTGA
ATGGTGCAGAGGTCACAATGACATCACAAGTAATGAATTGGCGGGTTACC
TTGCAAAGGAGGAATCTCTTTTACTGTAGTGACACCCGTTGTGTGGTGGT
GTTCTTCACTTTTATGTTTATTATTATTTTTTTTATGGCAATTGCAGACA
GTAAATAAAATTTTTCCTTAAAAATATTGCCCCGATGAATACAGCTTCTA
TCTGACCACTTTTTAAATAAACTATTCCTCATATGTCTCATTTTTAATTA
AGTTTCGAGAAATACTTAACACCTGCAGATATTATTAATACGATATTATT
TTATATTTAGAACGCCTTATATGTACGTATTTATAGATGATTGTCGTAAT
ATAGTTATAATGAAAAGTTATGACCGATTTATTGTTTTTTGATAGAATAC
TTAATGAGTTTATATGAATAAAGGAAATGTCATGCTATGCTATTTCTAAT
AATATATGCAATTTTCATTACAATAATGAAAGAATAATTAAATACTTGTG
TCTATCAAAAGCAAACATTTATTGCTTTCAAACAAATGTTAAAGCTGGAA
AATTATTCAATATTTTTTATCGTAATTTTGTGGCCAGTTGGTAGTTGGTT
GAACTCGCAAACAAGGCTAATAATATTCTGTAATTGTATTTATCTACTGT
ACATACCTATAAAGAGCTACCCAGGCTACCCAGAATTGCTCAGACAATGG
AGGGAGCTGGAATTCGTTTGTCTATCCTCATTATTATTTCTAAAAACTTA
AACCCTCTCAGTCTGGGCAAGCATTATAATATAGCGCTTGTGTATTATTT
ACAATGTATTATTATAACTTTAAAAAAAAGTTTTCTGAACTTCAAGTAAC
ATACCAACATATATGTAATAAAAAATTTGTCGAAATGATAAGGATGTTTT
CAATATTTTTGTCAAAAAATTGCCAAATCAAAATTTGCGAAGAAGATTAA
GAAAAAAATATTTTGCACTAATTTTTTTAATAAAAATAGATATAAGAATT
TATGGAATTAGAAAGAGAAACACAAACCTTTCAAGTTTTCTTTGATACGC
ACAAAAAACAAAAGAATTATGATGAATAATGTGACCCAAAAAATAATCCT
TGATAACTGGTTTATTTTTGAAAATATTACGAAAAATAAAGTTCTGAAAA
TTAAAAAAGAAGTATTATCCTATTAAAAAAGGTAGCTTGCTTTGTATTTC
TTCTTAAAAAGAGAAAAGTGACAATTGATAAAAAAAGATAAAAAAATAAA
GATTTATTTAGAAAATGACAGATATTTAACTAAAAATCAATATTTATGTG
TCAAATTTATATTGAAATGAATCTATAGACCAATTTCTACAATCTTTATT
TATTCTACAAATTGAATATTTCACTAAAATCTATTTTTTTGCACATGAAA
AAAAAAACTTAAACGAACTGCTAAATTTACCGATTCTTTATTTTGCGAAT
AACTTTTTAATTTAGATTAAATTTAAAAAACTGGTTTTTTTTGTGTATTT
GTATTTGAAATGCACGTCATTTTTGATTTCTAATTCAACCACTTACCTAG
TCTCCTAGAAACGCTAAAAACAATTTTGTTTTTTTAAATACAGAATAAGT
CCCCTTATTCCCATTGAAAATAGAGAATCCAATCTTATCCAGACTAAGTT
AATTAGAAAAACCCATGCAAAGTTTTTGTCTTCTTAGCCCAACCGTGTGG
GAACCTATAAAGAACAAACATAACCCCTAAATATAACACATATTTAGATA
TTCAAATTACATATCAACAGTTATCAAGTATTTTTTGTACATATATTAAT
ATTTTAATATATGATTGTATGCTCGGTGGAATACTTTTTTTAATATGTGG
TACTCGGGCCTTTACAAGACTTAGTATATGAAATTAAAGTACCCAAGTAT
ACATCTCTTCGATTGAGAACGTAAGACAATTTTTTGAGAAAMCAGACTAC
TCACCCTTCGATAATTGTGTTTCAAAATCATCTTGNNNNNNATAAGTTTG
TTAGGTAACAGTGAAGACAAACAATATAGATCAATATTTCAAGACAATTT
GGGATCCAGTCTTCAATCAAAGGGAAAATTACCTGAAATATTGCATATCA
CTGGAAGTTTTCTTTACTGGGAGACATTTTAATGACTCTCAGGCGCATTG
GGTGGATTGCAAAAAGTGAAGACAATCTGTCATATATTCCAGGACTGTGT
GACTCTGTTAAGCATCATAGGGAACGTTGGGAAAGGTGTAGGAGAGAAAA
TAGGAAGAAACCCTGTTCTACATTAGCTTTTGTTCAGCTTGGAAGGAACC
AACGAGGGACTCACTTTGGCATCGAAGGTGATATGCAAGCTCCGATCTCT
TATCTCTATGGTACGATTAGTGGTATCTGCCCTTCACTAAGAAGAATAAA
GGTGGCTTAAGACGAGTTTAAATTAACCAAAATAAAAACAGACTTTTAAT
TTCTTTAATATGATGAGAATGAGATCGGGGAAGCAAGTAGAGGTTTGAAA
TTTTATTTACAAGTTAAATAATACAGATGAGAAAATCTTACATCTGAGCA
AATAATTTGCTCAAAACAAGCCTAAAAGTATTTGTAGCCTTTACCACGTC
TAAGTGGGATACTTTGTTTCAATAATTTATGATGGAGGTCTTTACCAAGT
CGATGCAGTAGTGTAAATTGGCAGAGTCCTTCCTTCTTAACTCCTCCTTA
AAGAAATAATCCGTCGGATTCATATTGGCAGAGTAAGAGGGTTAGGTTTT
AGTGTCCCAAAAAGGCACCTTCCCTTCTTTCAACAAGTGGGGGGTGTCTT
GCAGGGCANNNNNNNNNCAAGTCTTAATGAAACAGGAACTCGAAAACATT
GGCCTGAGCTTTCAAGGTATCATTTGAATGGACTGGAGTTCAATGTACCT
GTCGGCACCAATCCTCACTTTTGGTTCAAAGAAGATGGGGGAATTACACT
GCTATTGCTTTAAAAGAAACCAAAGGTTATGATGCTGGCGGAAAACTTGG
ATTTTTAAATAAGTTGGAGACATTAACTCGCGGTGCCCCCCCCCCCCCGG
CAYCTGTCCTTGCGGATGTTGTAAGACTGTCAACAATTCATTATTTCTTA
TCCGATTAAAAGATAATTCGGTTACTGTGGGACTTCAAATCATTCCGTAA
TTTTCTTCCGCGGGTAGCACGGTAGGCCTTTACTTTGTAAGTAAGGATAT
TTATTTTGTAAAGGGCGTATGAATTTATAGTTAGGCCATTGTTTATGGTC
ACGCAGACTCCGAGGAGATGCCCTCACAGAACGTTATAGGCCTATGAATA
ATCAGAGATTTTGTTTTTTATCAATCTGGGACTTCTTTCTTTTTCTGATA
TTCCCTACACCTTCCAGCTGTTTTAAACGTCGTAGACTGAGCTTTTTGAA
TACCCAAGGATATTTTTAATGTACTGGCTCTTTCCCTTGYTAGCCAATAA
GATTATGGTGTACCTCCGGGTGTCCTCTATCCCGAATACTTGTTTTGAAT
TAAAAGTTGCACAAGTAACTTAAAGACAATACTCAACCTCTTACTTTAAA
ACTAAAGCAACCTAGTTAAATGCTTTCCATATTGTCTAGATTAAACATGT
TTTGGATTTACCTAAACGACCTTATAAAACTTCACAAATAATCCTCATTG
TTATTCTTTCATACACCATTTTATTACTTAATACTTATTAAATTTTCATA
ATAACTAATATTATTTGCCAACAGGGGCATTGCCCAATTGTTCCCTTCAG
AATGAGGATTATAATGCTACTGGTGTTCTTATTTAGAACATACTTTTAAA
CTATGTAACTTTGGCCACTTTTTAGAACTATCTAAATTGGTAGAGAATTG
AAAGATACATTTGTATGTAGGTCTATAAATACTTGTAATATTTTTTTGTT
AACCTCTTGAGAAAAATTGCTCATATATAAAAACTTACGGGAACTCTAGA
AATGGGAGCCAACTTTTATAGAGACTAACGAAGAAAATACCTTGTATAGG
AAATATTTGGAGATGACATACCATTTTTGAGGGGATTATTTAAAGATAAT
GTGGCTTATATAGAAGGTAAAACTTTATTGGAGAGTACCTTCTGATGTAA
ACTCGATAAGGATGATTTGTTATTTTTTTTAATAGCACTAGTAATGAGAA
GATCAATGCTATGTTAGCAAAAACTCAGTATGTCTAATATTTGATGAAAA
AAACAGGGGAAAATGGCAAGTTATTGATTCGTAAATATTGTAGAACATTA
AATAAGTTTTTTTTTTGTATATAAATGTATTTCATTTTAGGATATTTTAT
TAACTTTTTGTATAAATAATGTTTTTATGTTGTAACATTGGAGCTTATAT
ATTTTTTTATATGCTTGTCAAAAAATGACATTTTGATGTAGTTATAGTTT
GATAGATTCATTATGTATTTTTACTTTAAATGAATGCAAGAAATAAAAAA
AAACTAAAACATGGTTTATTCAAATTTTGATTAACCAGATTAACAAAGAC
TCAGTTAAATATCCAATTTCAGGTTCATCGGTTTCACTGTTTGCTAGTAT
TCCTTAAATATCAAAATTGTTATACATGTGTACATACACGTTTTCTACAG
ATATAAAGATATAGAAACTAAAGTAATTATTAAAAGTGTAAACCTACAAC
ATGCATACTTTTGATCACATTATACTAAACCAAGAATATTTTTAAAATCT
AAATAAAAAAACAATTAATAACAATATATGTAATTTATGATTTCGAGGAA
TAAAATTAATTAATATTTTAAACCATATATGTTAGGGTGAAGTTAGTTCC
CAAAAAATTCTTAAATTTTGACAGATAATTTTTAACTTATTTGGCATTGC
ATAAGGACCTAAGATCCATGCAATTTTATTGACTTGTATTAATATTTGCC
TTGACAGAAGGATAATAAAATTTTTGAAAAAGTTTAAAAAAAAACTATGC
AACAAAAATGTCAAACAGCATGATTAAATTAGGGAGAACGTGATTTGTAG
AATAAAGAAATTACAGTTCAAAACCAACTTGTGATATGCTTCAATACTAT
AACTAGCTCTATTTTTATTCAGTATGTCCTCCTTTAGAAGTATTAACAGT
CTTGGCACGTCGGCGAACAGATTGGGAGCCCTAGACTACAGAACCAATGG
CGTATCACGCTGGCATGATGTAACTTGGAGAAATCGATTTTTAGATAGAT
GTACGGCAGACATTTTTCTTCAAAAGAACCCAACTGCAAAGTCTACGTGG
TTAAATTCAAGTCTGGAGGAGGGGCACATAAAGGCAGACCAAGAGCCAGC
CACATATTTGTTGCAATAGTTTTTGGGGTTTCTTGGTTGTATGGGGTTTG
ATGAACTTACTGATGTTGTAAGCAGTCCAGATGGAGATGCCAACAGTCTA
TACAGCTTTCGTGGCACTCACATGAGGGCGGAGAAGATTGAAGAAGCGTT
TACTTTGATGTTGGTCTTTCATTTTTTTTACATTAACAGACAAGGGATAA
TAATATAGCCAGTTATGTATTTACCCCTGTTTATCTCTTAGTCAAACGGA
TTATGGCAAAAGTTAAGGATCGATTTTGATGAAACTTGGTACAAAGTTTA
TATATGTTCACAGTAAATTTTGTGATGTCAAAATTATACAAAATGTTAAC
ATTGCATAATTAGACATAATTTTGGAACAAATTGATTTATGTCACTCAAT
TTGATCTTAGACGCAGATTTTGTAGTGTACCAAGTGTCCATTCTAGTTTG
TTTTCGTTTCAGCTGTCGTTTGATATAGTAACTAAGCAATACGTTGTAAA
ATTGTAATTTAATGCTAATGGATATTTTAAGGTTTTTTTAAAAACTCTAA
TAGTTTAGTTCATGAACCATACATTTTAGAATAATATGTAATAATAATAA
ATTATTCATACTAATTATACAAAGAATTTTCCTTTTTTTCAAAATCTCAA
AGGGAGTTTCAAAACAAGTTAATATTTCCTTCCTTAGCAATGAACAATAG
GCTATTATAATTTATATAATCAAAACACTATTTAGAGGGTGGATTAACAA
TGTTAAAATCAATTCTTTTAAATATTTCTCCATCTACTTTAAAATTTAAT
GTTGCACAACATGGATGTAAAAAAAATACATTATTGGCTTTAAAATGACA
AAATGTATGATTTGAAATATTGGTATGTTTCAATAAAAAAGCACAAATGT
GTTCATTTGACCTAGATACAAAGCCAATAAAGGTCATTTTTCCTTATACA
AACTTGAGAAATTATACTCACCCTAATATGTATATGTACGTACATCCATT
AAAATGGAAATTAAAGTTAAGTCAATAGTTATAATTACTAAGTAGGACAA
AAATGTAATAATAATTCTTTCTTTATATATATCTTATTTTTCCATATTTT
ACATATTCAGTTTCTTATAAAAAAAAATTCCGTCTATTTCTATTATAAGA
AATCAATTTTGATTTCATTGGAGTAAAAGTGGAAAACATTATATGTGATA
TAACAAAAAAAATATCATTTTCGTTTTTTTTCTTTATCGAAATACTATGT
AAAATATAAATTTATAACCTATGTTAAAATTATAATGTATACATTTTATA
AAAAACTAATTAGATTGCATCTTTGTTTATTAAGTTTTTTATAAGTTCCT
ATTGAATCACAGTTTAATAATCTTTGTGTAATAAAAATTGTAACTGGTCA
TGATAAATCCATTTACTGATTCAAGAAAGAGATGGCTAGTATATCGTCTC
GCTATATCAGTAGTCTTTTCCAACAAGTCGAAAAAAGGTAAAAGAGGGAA
GTAAACATTTTAAGCGTTCGATCCTTTCTAATTTTCAATGTTGAATTTAT
TTATAAGGGAAAATTGGTTGAGGGGATATTTGAAATTGAGGGAGTTACAT
CATAGTCAGTCAAACACAGGCGTCAAAGATGAAATCTACACCCTCTGAAG
TCCACATGGAACAAAATTGGGTCGTTCTATCATTTTTTTTAATTCTACGT
AATATACAGACAAAACACATTCATTAATTTTAATTTCGTTACAGCTATAA
TCAAAACTGGTTGACATTCAAGTCACAGACGAGGAACAGTTTTGCACCGT
AATTATGTAACTAATTAATAATTAAGGACAAAACAGAAAAACATTGGCAT
TCCACTGGTGACCGAGGACCACCCCTGGGTATCTTATCTGGATTGACAGA
ACTACTAAGGCCTCATAACCAAGGAGAATTGCCTCCCTCCTCCCATCCTT
CAATAGCCCTAATCTTAATCCAGAGGATTATTTTGTCTAGAACCCTTGAG
GAAAATACTAATTGACGTCCTCGCCAGACTAAGGCAAGTCCAGTATGCAC
CATCAAGGAGCACTACACATCCATGCCCAGGGACCTCGTCATCAAAGCTT
TCTTCTGCTTCAAAGGCTATATCGAGGGCGTTTTTGAGGCTGAGGGAAAT
TATATCCTCTAAGCCTCAAAACAGATTCTTTTTTATTAATAATAAAACTA
TCTAAATTATGGATTCTATGTCATTTTTCTAAATAAGAGATAGGGTGCTG
ATTTCATTCCCTTTGTCTTTATNCTTTATAGTCATAGGCCATTTGTGGCA
CCACAGGGACACAACACAACAACCAACAAAATTAGAGTCTTTTGTTTCTG
TCTTTCATAGGAGAAAATGTCACGAGATATAAAATAAAATATCTTTTTGT
CATACTTTAAAACTATTTTTCATTACTTATTCAGTTTGTTTTGATGGTTT
TTACTTTAAATACAACAATAAAAAGTTTACACAGTATATAAAATATATAT
ATACAGTCTTGTTAAACTGAATTTTTTGTTGAACACGTTCCCAAAACTTT
CGAAAGCTACTAATTGATATTTATATTTTTTGATTTTACAAGTTTAAAAA
AAGTTATCTGGTCGTTTTTGTGAAATCGATTTTCTATTTGGAATTTTCTA
TCTTTTAAATAGCTCAGGAAAAATAAGTTTGAGCTGCAATAAACTCTCCA
TAGTACAATGTTGGAGAAATGCCTATAAAATTTAAGACTGGGACTAAATT
TGTATAAACTGATTCTTAAATTTTAAGGAAAAAATATTTAGTGAGCATTT
TTGTAAGTATTTTCTAGTTAAAATTTTATTTTTACTTTTTTAAAAGTAAC
TTTATCTATGATTTAAAACAAAGTAAAACAAACTTTAAAGAAAAGAGTTT
TATAGAAATAACCATATTCCTTAAACGTGTCTCCTTCCTATTTAAAAAAG
GATATTATATGTGTAGACTCTGTACACGTACTAGCATGCACTATTCTGAA
GACTTCCATTGAAAACCATTTAATTATCGAGTTTGTGAACAATAAATAAA
AGTTATTGTTCTTTATTTATATTATATTTTTTATTATTCACCCTCATATA
TGGTAATACATACATTTACTGTCTTTAAAAATAAAAAATTGACATTGCAG
TTAATTTAAATGGTAAATTACATTAATATAATTTTATTATAATAAAATAT
AATCAGATTATATTTTCAACTAAATATGTGAAAAATATAAACTATTAAAA
ATTTAACTTGGATAAGCCATTTTGTCTTAATAGCTTTGTTTTCATAAGGG
AAGAAAACCAAGAAGGAGAGATCTGGTGATGAATTTTTTAAACGGACCTG
AAAATAAATATATCTAAGTCTCAATTGATTACAAATATGTTCACAATATC
TCATACCTTAAAATCTTTCAACCTAGCAGAGACAGCCATCGTGGTGGGAA
ATCCAAACTCATTTAGAGATACAGTACTGAATATATTCAATGAAGATATA
GATTGCTCAATTCAAGAAATATATAAACAAAACATAGACTCACCATTTTA
GAGCAAATTAAATGTTTGAACACGGTAGAAATTCCAAGAGTGAACCATAT
CCTAAGATGAATGACCTATAATGAAACACAGAGTCAAATATGGAGGTAGA
AATCCAAAGGAAATGTATCAGAAATATAAAATATGGTTGGGGGTCTTCTT
TACTTGGAGACAGCTTAATGACACTGTGGCACTCTGTGTGGATTGGAGTA
ATTCAAGACAACCTCTCACTTTTTCTAGGACTGTGGGAATCTGAGTGGCA
TCATAAAGAACGTTAGGAAGGGTGTAAGTGAGAAAATAAGGAGAAACCCT
GATCCAGATGAGCTTTTGTACGGCTTCGAAGGAACCCATAAGGGACTCTG
TTTGGCGTCGAAAGTGATATGTAGGCTCCAGACTCTTATCTCTACAGCAC
ATTTCTGCGGTGTCCCCCTTCGCCAAGAATAGCGGAGTTGGCTCTCAACG
AGTTTAGATTAACGGGACTGTAGCCACACATTGAATTCATTTAATGCGAT
GGGAATGTGGTGATCGAGATTGCTAAACTAATAATGTTTTTATTGTGGGT
TTTTTCCTTTTAAACATTATGTATTTGTTTTTATTATTGGATTCATATAT
GATGTGAATTATGTTGTGTTTAGTTGAAATTGTTTTCGCTACAAGTAATT
GCTTAGCGCAGCGGCGTTCTTTCTTTTGTATTTTTAAATTTTTGTGTTCT
CTTCCGTTTTCTACTTTTGAGGTGTGGTGGGGAAAAATTAAATAACAACA
GGGAAACTCTATCGTACGCACATAAAAAGTCAGGAAAATAGCTAACATTT
TTTGTAAGTTTGTATAACGTTTAAGCAAGAGTTTAACTTCCTTTTCATTA
CAGACTTTGCTTAATGAAATATTAGAATGTTGATGGTTCATCTTGATTAT
TAGTCAGAGGTACGTATTATTTACTCAGTTTATTCAATATGTAATTCTTA
ATTTATCTTTACATTNNNNNNNNGTTAAATTAATATAAATTGTACACGTT
TTAATCAAAACTTATTGAATTTAATTGACTATTTTGCTTAAAAGTTGTTT
CCATGTTTTTCCTTTTAATAGCTTGTATTCTTCTTTTTTTCTTTATATGG
ACTATTGTGTAAAAAGGTGGCTACAAAAATATAATATTTTTACGATAATT
CTATAATACACATATGGGTACTAATTTGATACCCAACATTTGCATATTTA
ATAAAATTTCTTAAAATTTTTTATTGTTGATAAAAATGTAATGTTTTTAC
GATTAGAATAAGAAATTATAGCTTGTTAAAACCTTAAACTTATGTTTTTA
AGAATATTTGAAAATAAGATATTATTTTTCTTCATGTCTTATATCCATGC
AAATACTTTTAGCACTTTAATTGATATTTTCTATATCGCATAATAACATA
TATTATTCATTCAACAGTTTCACATGTAATTAAATACGGTTTTTGTTCTT
GTATCTTCTTTACGTTGTTAACTAACCGTGTCATTAAGGAATATTGAAAA
ATATTATTAATCACTATAATCGTTGTTATGAGTATATAGCTTTTTTTTCA
ATTCATAATTATTTGATGTAACTTGGTTGAAGACTGAATTTGGATTTATT
TCTTTTGATTCTGACCTTTTAAATGTTATTTTAATGTGTACTTACATTGA
TGAAGAATGATCCTTTTATTTGGTAGGATTATAAAGTCATTTTATATTTC
CTATATTACCAGTCTCCCTAATAAATTTTAATTTATTACAATTTAAAGAA
AATGTATGAGTGTAGATAAAAATATGGTGCAATATCATAGAAAGCATGGA
ATTAACAATATATTAGAGGGAAACCTGTTAGATTTGGCTTCAAACTTTGG
TCTGCATGTACTTCTAACGGCACTTTGCTGCATGTTGAGCCTTATTATGG
ATCATGTATAAACATACCTGATCATGGATTTGGCCACAGTACAAATGTTG
AATTAGATATGGTGAATAAGAATGAAGCTAGATGAAGAAGAGCATGCCAT
CTGTGACAATTATTTTGGAACTGTTCTTATGTTGAAAGAACTCCCACGGA
TGAAAATTACTTCCACTACAACTCTTCGTGAAGATTGGTTGAGTGGAGTT
CCAATCCTGTCAAGGTAACATATGAACTAAAAAGCTCAGGGATCAATGGA
AGAGGCATTTCCAGATTATGTGTCATTACTGAAATGGAAGGATAACAAAT
TTGTAAGTGCAGCTTCAAGAATGTAGAGGCCGCACACTTCATATATGTAA
AAAGTGCAAAGTTAATTTGCCCTCAAAATGCACAGAACGTTACCACACTA
AGGAGTAAATGCTCCGGTATCATCTTATATTCATTTATTATATTGATAGG
ATTTATAAGATTCGATGGTCCTCCTTGGCCAAAAATTGATACGAAGGTAG
GAATTATCTTCAAAAAATCATTGAAATGACGTATGAGTTCCTAAAGTATA
CCATGGTCCATTCAAAGGAAATAAATTTTGCCTATTTATCACTCCAAATA
TGGTAGGNAAACAAAAAGACTAATTTGGAAATATTTTAAGATATGACGGG
AATTAAACAACACTTGATAAGTCTAACCTTCAAGCTTACATTGGGTTGTG
GTCATTGGCAAGTGTACATCTATCTTATAGCTAGGGTACTTTTAGTCTTT
TGGATGCCGAGATAAGTATACCAAATTTTAGGGCTACAATTCCAGAGTTA
CACAATGATATCAATTTTTCATCTCCAAATAAGACAGTAAAACAAGTTCT
TCATACATAAAGTGTTAAAAAACATCTACAACGCCAAAAATAAGATTGAT
ATTTATTAAATTATATATGAAAGTACTTTATATTTTTTTTGTTTTTTTGT
ATTCGTTTTTTTAATTTTATAAATTAAACTTTTTTTTATGTGAGTTAAAA
TTATATTTACTTTTATAGTAATTATTAATATAGAACTAATTTATATTTAA
ATTAAAAATTATTAATTATATTGTTAATTTATCTTGAACTTAAAACAAAT
ACGGCGTTTTATAGTAAATATTTAAGAATGGGTCATTTTGACTTATATAG
CAAACGGGTTGTAAAAAAGAAAAGACTACACGATGGTTAAATGAGTTTTA
ACTGGAAATAAGAAATTATATCTTAACTTTAAAAAAAATTAAAAATATAT
TAAAACAGTCTATCCCGTCGTTCAATGTAGGCATCTGCATTGAGCTACTT
CTTCCTTTCCATAAAAATAGGGAAGGGGGGGGGGGGGGGCTTTTCTGTGC
TGGTGTCTGAATTTTTTTGTTCTGTCAACATGTTTTATTGAAGTTGAAAC
ATTGTCTGGATGTTCAGCTGTGATGTAGCGGATGMTCTACTTATTCAAAT
TGGCATCCKCTGTGAAACTTTTTTCATCAGAAAATACCAACACTTTTCCG
AAATTTTTGTTGGCCTTCAGAAAAGGTAAAATCTTATTTGTACATTCCAA
CAGTCTCAGCTTGCTCGGTTTAGAGAAAAAATTGTCTTGCTATCCTCCTC
CACGATTTTGCACCAATGTCATTCCGGATTGAAAATAATAAAATGTGTAC
CACTAGATAATACCATAATTGTAATTGATTAAAACTAATACTGAACGACA
ACGTCATTTCTATTGATGAAAATTTTAAATAATAGTTTAATATATTTCAT
AAAGGTTACTGTAAAATAAAACAAAATATCAGTATAGAAATACATTATGC
ATATTTAATTGCTTTGATCTAATTATTTATAGTTTTATAGCCATTATTCT
CTAAACAAAATTGTACTATTATTATTATAATTGTTATTCTCAACATAATT
TTCAAAACAATAAAAGTTGATAAAATTTTTCTAATAGGTTTAAAACATTT
GAGAAGAAAAGATAACATAAATAATCATTCAAATCTAATATATGAAACAG
ATTGAAGGTTGAGTTTGCGTATTATTTTAACTTTCTTGCCCTTATTTTTT
TTAAATATTCAGAATGAATATTAATTTAACAAGAACTTATCCTACATTTT
TTCAAAGTTATAATGATGAAATAAATTGATAACGACATCGGAGAAACGAA
ACGTCAAATCAGGAATAAGAAAAAAAACCCGGTATATCTGATGGTTAGGC
TACCACACGACTGAACACAGCTGAGAAGAAAGGATCTCCGTTAGATCTGA
TAGGCAGGCTACCACACGACTGAACACAGCCCAGAAGAAAGGATCTCCAG
TAGATCTGATAGGCAGGCTACCATACGACTGAACACAGCCAAAAAGAGAG
GATCTCGACCCAGATCTCTAAATAATTATTTATAAGTACTATAATTTAAA
TTAGTTGAAGAACCTTCCATTTTCCGTCGAGACTTCTTTATTAATGAGCC
ATAATTTGGTTGAAGTATAAAATAAAGATAATTTTTTTGATGACTACGTC
AGATTTTAGGTGAAAGAGTGTCATTGGTGGCATAGCCACCAGCCKGTCTT
CTTCTTTTATATAATTTCTAATGCATCCCTGGTTTTATGTTCTACAATTT
CCCTAAAGGTATCATTCTACTACATTTATAAAAAAGTTGGAAGGAGGACT
ATTTGTAATCCTTTCAGAAAGAGAKCAGCCTCTTTCTTTTATCTTTCTTC
ATCTTGTTGGTGAATACTTTTGATGTAGCGAGACGAATTGTCCTTTGTTT
GTCACAAAACACAAAATTGAATGGGGAAAAATGATTCTGCGTTTTATGTA
TACCTTGTTATAATAAATAAAAAATCTTACAGAGCTAGTGTATACTAAAT
AAGCTTATTATCGTTCCATGGCAATTACTAATATATCAAGGTAATTAGAA
GGGAAAGTAAACATAACACGTAAATTTTTTTGCATATTGAAATCAAACAG
TCATAATTCTAAAAAATGTTAATCAAGATATTAGAAATTTAATTTAATAA
ATTATAATATTAATTATAACTTACATCCTATCCTTCAATTACACTTCCTT
CAAATGCCAACATGATTACTTTTGTTGTGTTTTTAAACGCCCACACACAA
ACAATCATATTATAAAAAATGAAGCATAAAATTTCCTACAAATTTATTAA
TGAACCATTTGTGGCCTCCTCAACTTTGTAGGTTATCTTTTTTTATATAT
AATATTTTTTTAATTTCGAAAAATTATGAACATATTATTTAAAATGGTTT
TGAATTTAATATTGTTGTAACTTTTTGATCTTGAAAATGTATTATTAAAG
TTAGAGTGTCATACTTTAACTTTTATAAAGAAAAGAAAACAAAAATTGAT
GATTCTATAAACGATTTATGAAATAGAAAAACATACATTTTACATACGTT
AAGAAGTTGTGTGACTTCATTTGTCTATATTTGTCTTTTTTGTTCTTTTT
TTTTTAAAGTTTTACCATTTAATGTTATAACACAATACTAAAATCTATGT
TTGACAAAACATCGATCAGAAATAACCAAGTTAATAGTTTTTCTATTCAC
CCCGGGAAAGTAAGTTTCATAGTTTTTTGACAATAAGAACTATAAATTGG
ATTCTTTCTTTCTATTGTGATAATTTATTTTTATATAAATGCATTCACAA
CTTGAAACAAAGCCACAATGTAAAAATGGAAATTATCTTTATATCCAAAA
AGTTTCCCCATCTATTTTTTATTATTTTTGTTTAAATACGGAATGGTCCA
AAAAATATAAACACTTTGAATTTTAAACTTTAACAAGATATAATTTATTA
ATTTACAATAGAATTATAACAAAATTCATAGCATTAATAGATTTGAGTAT
GAGCTCACTTAATTAATGTAGCTCCCTTAGTGTGAATGATGACTTCCAGG
CTGTAGTGGAAGACCTGGCACGCACTGCAGATGTAGTCCTACATCATGGT
GTACCAATACTGCCTGAGAATGGCATGGATGCCCTCGGTATTTGGATGAC
GAACACTGCAGGMATTCCGCTCGACATGCAAACAAAATATGTAATCGAAG
TAGTTTGCATCAGGGTCTATGTGCCAAAAATGAGTTCATGAACTCAAAAT
ACTTTTATAAAAGAGTCTTGCTGCGGAGTAGATGGGTTTCTTTAATGGGT
GTTGTCAAAAATTGGCCTTCACCAGGCTCTTTCCAACCACTTTTTTATAG
TTATCTGGACAGTCTGGCGTGAAACGCTGAGATCTCTTGCATGGGCCTCA
TGGACTTAAGAGAATTGGCCTGGGCTGTTTTCTTTCACTATTCCGGGTGC
AGGTTTGCCTTTCTGACAGAGCCTTCTTCCTCTTCAACATTTCAGACGGC
GTTAAAGGTAGTTCTGGTGACGCCAAACTACTTGGAGTGTGTAACTGGAA
ATTCGTCGATCACGTTTTAATGTAATTTTCGAAAATAATTATGTTAGAGA
GCTCAAATTTGTTTTGTTTGGTAATTACTTGATCATTAGAGTGTTGACTA
TTTTTTAAAGTTGACCAAATTCAAAATTATCATGGATGATGAGATTAGTT
TTAATGTTGGTAATGACCTCCTGATTTTTTTTTCTGTCCCATCAAAAACC
GTTKCCCTCCATCCAATCAAATTTCCCGCGTCTCAGTAGTACTTCAAAAT
GAGATCCAAATTGAAAAAAGAAACAAATCTTATTATAATAATGATATAAG
AACTTTAAACTTATTTTATAATTTTTTTGAGCTTGTTGGTAACTTTTCTG
ACTTTATTATGTAGTTTGTTTTGTAAGTAAAAATTCATGAAGTAAACTAT
AGACGGCATACAAATATTTATAAATAATTATGGATTTTTATTTATTCAGC
TATTTATATAATTAATTTTTTTTTACGAACAAGATAGAAATACCAATGAA
TATTCATAGTTTTTAAATCTTTGAATAATTAGTAAATTAATTCATGAAAC
CAGACTTTTGAAAGTTTTTCTTCAATTTTTATCTTGATTAATTTGTAACA
ATTAAATTTTTGCGTCTTTTTTCTTGATCATATGTTTTTTGTGAGTCTTA
CACTGTTGATGATATATGCAAAAACGAATGCAGAAATCAAGGAATTTGCC
GCTATATAGGTTGTTAAGTTTAATATGTTTGCCAAAATTGATGTTAATGA
AGGGAACCCACATCCTTTGTATAATTAGTTGAAGGAAAATAGGGTGGAAT
TCTTGGAAATTTTATCAAATGGAATTTCACAAAGTTTGTTGTGAATAAAG
AAGAAGTTCCCGTATTCCGATTCGCTCCTACACTAGACTCCATACTGAAA
GTGGAAGAAGAAATTAAGAAGTATTTTTAAATTAAATATTATCTTACTAG
GGCTTTTGAAGAAAAATTACCGAAGTTTCTTATGACAAGTTCCACCACCA
GCTTTGTTTTCAAAGTGGTGGTAATGTGATGATTAAGTACATGTGATTTT
TATTTATGTATCGCGCCTCAATGTTATTTCAAGGAGTTTATTGTCAGCCC
AAAGTGTTTCCTATTTTCTTTTATTCCTTCAGTTTTTTTTAGTTTTTTTT
CTATATCAATTATTTTTTCATCAATCAAAAATTAATCTAGAAATCATTTG
ATTTAGTTCATTCATATGTATATATATTCATAATTCTTATTTTTTTTAAA
TATGAGGACTGAGGTTTACAACGGCAGSTACAAAATTTTAACATTGTAGG
MATTATTTTWTGTGTATACATAATTAAATAAGAAAATGGTATTCCCTTGT
TTCCTGAAATTCAGAATAGTTAATAAATATTTTTTAGACATTTTATTGAA
AAAAAAATGAAAGTATTTTTCATATAAATAGGTCATTATATCATTTTAAA
ACATCCCGTCATGTTTCTAAAATTATTTGATAATAATTTTTTTTTATCAA
AGTTTTTATCCTAATAAGTATTTTTACATGTAATTAACTACGTTTTAATT
TATGGGGATTTTTTTTGTCTGTGTTTCTTTATAAAGGGTTAAACATTATT
GTCAAAGTAATATTTAGATTTTAGTAAATACTAACAAGTATGAAAAATAT
AAATAAAATTATTTTATATAAAACCTTATGGGTTTGACTAATAATATGGC
ATGAAATGTTTAAGATAAGAAAGTACTAATCAGTGCCAGTCATAATTAAA
TCCTTTTTAACTATTATTCTATGTAGTTCTTGTTTGTTCCTTTATCTTAG
TTTATACCAAAAAAGTATAAACATGTTGGTAAATAATTGTGGCAAGAGTC
GGTCCTGGACCTATTTTTATTTATTTTTTTCGATACGGCCTTAAGTTATT
TTTATAAACTTATCTTATCCTTATTTTGCCAAAACGTAGCTTGCAACTGT
TGACCAAAAATGCCCTTTTTATTAAAAAAGAGACATAACTTTGATCTTAC
CTTTTTAAGCCCATCTATTTTTTTTTCTCGAATAAAAATACTTGAAACTA
CGTTTTTGTGTCAGCGGTCTAGACCACAGTTAGATTTGTTTAAAATTTTA
AAAGTGACATACAGGTCTTAAATTTTAAGACCAAAACCCTACACTTGTAA
AAAAAGTCAAATGTTGATAAGATTTAAATTTTTTTGTATAGAAAAATAAT
TTATTTTCAAATATGAAATACATTCATTTTGTATCGAATATATTAATTCC
AAAATGAAATACTACAGTATATCTATGGTCGATTGCTTCTTGATTCTGGC
ATTGAGCTCTTGCACATTTCTGTGTGATGTCTTCCCAAGCTTACTAATAA
GACTCTCCACGCTTAAAAGTTGAGGGGATTAGGATCAGGACTGGAAGAGG
GGCCGAAGGTCTTGTTCCAGAACTAGGCAAAGTGCTCCTTGTAGAATTTA
TGTGACATCAAGGCTGTATAGCTGAGGGCACCGTCTTTGGTTTACACATA
GTTATTCTCAGAATAGTTAGCCTTCAGCCTGGGCAATATTTTTCACTGGT
ACCTGTTAGTAGGCCTCATCCCCAATTTCCTCATTGGGCTTAAAGAAGAA
GGGATCCACTTTCTTCCCATCAGTACCCAAAACTACCAACACATAGTTTG
GGGCAGATGTTTTGTCCTAAATGTGCCCTGGACTTCTAGGTGATGCTGCT
ACAAATTTGTCGTTTCTAGGTTCAAAACCTCTTTTTGAATCAACATCGAG
AAGATCCAAAACCTTTTGCCTTTTTGATTCCTGTTCACACATTTTTGTCT
GATTTTGATCAAATCAAATCAATAGGCAAGAAAAACAACAGATGTATCAG
AACATACCATGAAACCTTAACTAGCGAAAAAAGATTAATTTTAAAGATGC
AAAAAATTTCTCTGTCATACTTTGCATATGTAGTTTCAAATAATTTACAA
GTATTCAAATACCTATATCGACCCCAGTCAAAAGTTTTGCTACTCATATT
TTAAAAGGCTATTCCTATCTTATTCGTACTTGACTATATATTGACGGTTC
GGCAGAAAAACGAGGAAAAGAGATGTGGCTTTAGAAATATTTCCAAAAAA
AAAAAAAAAGAATTGTCAATGATAACAATTTAAGAAAATCTTAAACTTGT
AAACAAGGTGACACAATATGGTTATCTTCAGCATAAATCATAGCAATTAC
ACGTCGCCAGAAGGTATTGAAGGAGTTGAAGAACAACTCAGAAGACAAGT
TGTCCCACACAATCACTATAGTAGCCATCAGGGAGTCTACATTTGAGTGT
AGTATTTTGTTATTGTCCCTTTGCAATATCTTTTGTTTCTTATGATTTTT
TTGCACCTCTCGATACTGCTGGTCTTATAATCTCTGCCAATAGGTGGTGT
AGGTTCCTCGTGTATGAGGAAAGGTTCAAGTGAKCCTTCACTRCCCTCCT
AWTTTTTCTASCAGCCACAGAAAAGTCACAAGTGAAATAATTCATTGATT
TCGTTTTGTCCTCCTTGATCTTGTTCTCCAAGCTGGAGAGGAACTCAAGG
TCTCTCTTTAAATTGTGATCTCTACTTCTTGATTATGGAGGGGTCATCCA
TATCATTCATTACCTTCAATTAAAAAAAGTGTATAATATTTTTGATATAC
TTCAAAATTACATATTGTAATTTTTTTTTTGTATACTACAGAAATAATTG
TAAGTATAACATATCTGAGATGGATGTATGTATGTTGGTAATTTTCATCA
ATGATTTTAATTTATAGGCAATTTTTTTCATATCCTTCATTATTTAATGG
ATTATAAATAATTTTGATTTAAAACTTATAATCCTTTTTGTTTAATACTG
ATAATAAAAATAAGAGTTCAATATTTTCACAAAATACATTATTTAAAAGT
TTTGTTCCTTGTATGAATATTAAATACTCTTTTTTAAATTTATTTTTAAA
AGAAAAAGGCACATTTCATATACTTATACATGTCAAAAATTGTTAATAAT
AAAATATTGACTATAATATTTTCAGAAATATTCTCCTGTAATGTTGATAT
GTATCTTTGTACACTTGTAAAAAAAAATCATTATAAGGTTTTGAGAAGAA
AAAAAGATGTAAAGAGAATAAGACAATGGAATTTTTACAGTAATATGAAA
ATTGAGGGAACGACCGTTCAACAGTCAGCGTTTGAATATTTAATCTCCTC
TAAACTTTGTGGCATTTATTTTTTGTTTATATAGAGCAGAAGAGTTCAGA
AATAATTTTAAGGTGTTTGTGCATTGTTTGCTCAAAATTTATGTACAATT
AAGTAAAAATTTCTGTTGTATTAGGAAATTAATTATTTAGAATAAAAATA
TGCTTATTGTCTTTAAAAAAAAAAGAATATATGAATATATATTTAAAATG
CATATAAATTACTTAATTTTTAACAAATTTTGAAATTAGAATTTATTAAC
CCTTCTTAATACGTTAATATTTATATGCAATTGAATAAAAAATTTCATTT
GATGTAGGAAATGTATTACTTAGAATAAAGGTATGTTTTTGTCTTTTAAG
CAAATGTGCCAGTGTTTATATGCATTTCATAATTTTTATCTAATTTTGAA
CTAAGGAATTAATAACTGTTTTGAAAAAATAATGGTCAATATTTATAAAA
TATTTAATTGAGTATCAGTAACGCCTAATTATTTAACTCATTCAAGCCCA
TAAACAATTTGAAATTATTTTTGTTAAATTTTTATTTTTATAGGTCCTTA
GGATCATAATAACTTTATTCAAATGTATAAAAAAAGTTATAAATTATTCT
GTCTTCTGAAAAAAAATTATGTGACATTGATACAGTTTCCTCCTTTGTAT
CAAGGCAATTTTTGTATCTTTAACAAATTTAAATTTAATAATTCTTAATT
TTTTATTATTACTATATATTTTAGTACTGTTATTTTTTATATGAGAAAAA
AAATTATAAATGATACTATTTTATAGAATATAATTGTAGTTTTGCATAAC
CAACCAAATATTTTAACTTTTTTCTCATATACATTATTAAAAAATTATAC
ACGTGATATTTTCAAAAACTTTTTTGATCATTTAATAAATATTAAGGTAC
ATTAGAAGCTAAAATACAACGTAACATATTTTTTATTGATGTTGTCTTGC
ACAAGGTTCACAAGGTTTATTGTAAAATTATTGTAAGGTCATCATTTATA
TACGAATTTATTTCATTGGTTTTGTTTTCTATAATCTTTATTTAATTCTA
TTGAAAGTATTTATATATCATTAGCTCAACAAAATATTATGCTAAAAAAA
TAATGAGTTTTTTTATGACAAAAATAATTTCCTTCCCACTCAGAGGGATA
TAATTGTCCCAAATAGTTTAGTTTTTAATTGATTTGATTATCTCCTTGGC
AATCAAAATGGTACTTAGAGGAAAATCAGACTCGACAATTTTCATTATTC
TATCCATATTATCGACAATTAGTCTTCCAGAGCATTTACATTTTCAGTTA
TTTCGCTTGCATTTTGAAGAAAAAGTGTAATAGATGACGTATTTTCTCCT
CAAATATATCCCATACTCTGAAAAACTTTTGATAAAATATCTATGAGTAG
ATATAACTTTGTCTGGAGGGCATGGACAAGCATATGTAAGTTACAAAGGA
ACCAACGCCTTTATCCAAGACTGGGTTTTAGTGTCATTAAATGTAAAAAA
GATGTACTTTACTCGTAATTATGCTTCTTTAAAAAAAAATCTTATAAGCA
GAGTTTTAGCGGCTGAAAGGATCAAATCGATTTGTTTATAAAATCGTGAT
TTATATTCAATAAAAGAATATTTATTTAGGCCAACGGAACTACTCAATGG
TATATAAAGAGATGGACCTTATTGTAG

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