EMLSAG00000000900, EMLSAG00000000900-683666 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000000900
Unique Name	EMLSAG00000000900-683666
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000000900 vs. GO
Match: - (symbol:CG8910 species:7227 "Drosophila melanogaster" [GO:0008270 "zinc ion binding" evidence=IEA] InterPro:IPR001841 PROSITE:PS50089 SMART:SM00184 EMBL:AE013599 GO:GO:0008270 Gene3D:3.30.40.10 InterPro:IPR013083 EMBL:BT053672 RefSeq:NP_611167.2 UniGene:Dm.12110 EnsemblMetazoa:FBtr0087071 GeneID:36896 KEGG:dme:Dmel_CG8910 UCSC:CG8910-RA FlyBase:FBgn0025833 eggNOG:NOG140266 InParanoid:A1ZAL4 OMA:VICINAR OrthoDB:EOG78PV9G GenomeRNAi:36896 NextBio:800928 Uniprot:A1ZAL4)

HSP 1 Score: 61.6178 bits (148), Expect = 3.421e-10
Identity = 41/138 (29.71%), Postives = 72/138 (52.17%), Query Frame = 0

Query:    5 AFGILGPLLRRKKKYEKLETEDPEKKKIKKQVMTKLKDLIIKL-------DDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLS--ILKGISNISTSSKDSKKSMKSTSSWFSLGSLS 133
            A  + G +L  K    +    +   +++ ++ ++ L   I KL        + +P  + ++EC++C  ++A M+ +PCGH+  CR CF+  IQ AV  R LPL   I +   N  TSS  + +  +S SS +S+G+ S
Sbjct:   11 ALALPGVMLAYKYSQFRQRRREAASRRVTERELSALHHKIDKLLSKLEEESEPDPPTSQEDECVICINARATMQTSPCGHRVVCRRCFVKTIQSAVAQRLLPLRCVICRARVNRLTSSSGTWRIQESASS-YSMGAKS 147

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592916872|gb|GAXK01041503.1| (TSA: Calanus finmarchicus comp324015_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 53.5286 bits (127), Expect = 5.951e-8
Identity = 22/44 (50.00%), Postives = 29/44 (65.91%), Query Frame = 0

Query:   57 DEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            +EEC+VC  ++A M+  PC HQ  CR CF+  IQ AV  + LPL
Sbjct: 1126 EEECVVCGTNRASMQTLPCAHQVVCRQCFVRTIQMAVAQKRLPL 1257

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592851608|gb|GAXK01105936.1| (TSA: Calanus finmarchicus comp4838790_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 34.6538 bits (78), Expect = 1.029e-1
Identity = 16/35 (45.71%), Postives = 19/35 (54.29%), Query Frame = 0

Query:   52 PALNPDE--ECIVCNKSKAVMEVAPCGHQCQCRIC 84
            P LNP E  +C VC K+   M +  CGH C C  C
Sbjct:  143 PRLNPAESLKCAVCKKAAIQMVILRCGHSCTCEAC 247

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592871935|gb|GAXK01085627.1| (TSA: Calanus finmarchicus comp78649_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 33.8834 bits (76), Expect = 2.303e-1
Identity = 13/26 (50.00%), Postives = 16/26 (61.54%), Query Frame = 0

Query:   59 ECIVCNKSKAVMEVAPCGHQCQCRIC 84
            EC+VC + K  +   PCGH C C IC
Sbjct: 2436 ECVVCMERKCDIIFLPCGHLCSCSIC 2513

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592780897|gb|GAXK01173671.1| (TSA: Calanus finmarchicus comp648389_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 2.713e+0
Identity = 14/32 (43.75%), Postives = 19/32 (59.38%), Query Frame = 0

Query:   56 PDE-ECIVCNKSKAVMEVAPCGHQCQCRICFI 86
            PD  ECI+C +    + + PCGH C CR C +
Sbjct:  380 PDTLECIICMEGMKEVMMEPCGHVCCCRNCAL 475

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592825745|gb|GAXK01129774.1| (TSA: Calanus finmarchicus comp70478_c15_seq11 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 2.849e+0
Identity = 13/29 (44.83%), Postives = 16/29 (55.17%), Query Frame = 0

Query:   74 PCGHQCQCRICFIFKIQEAVESRDLPLSI 102
            PC   CQCR C +  + EA E   L LS+
Sbjct:  210 PCSTLCQCRYCQVLHLLEAWEEEHLSLSL 296

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592825748|gb|GAXK01129771.1| (TSA: Calanus finmarchicus comp70478_c15_seq8 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 2.864e+0
Identity = 13/29 (44.83%), Postives = 16/29 (55.17%), Query Frame = 0

Query:   74 PCGHQCQCRICFIFKIQEAVESRDLPLSI 102
            PC   CQCR C +  + EA E   L LS+
Sbjct:  261 PCSTLCQCRYCQVLHLLEAWEEEHLSLSL 347

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592825976|gb|GAXK01129765.1| (TSA: Calanus finmarchicus comp70478_c15_seq2 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 3.042e+0
Identity = 13/29 (44.83%), Postives = 16/29 (55.17%), Query Frame = 0

Query:   74 PCGHQCQCRICFIFKIQEAVESRDLPLSI 102
            PC   CQCR C +  + EA E   L LS+
Sbjct:  210 PCSTLCQCRYCQVLHLLEAWEEEHLSLSL 296

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592825978|gb|GAXK01129764.1| (TSA: Calanus finmarchicus comp70478_c15_seq1 transcribed RNA sequence)

HSP 1 Score: 30.4166 bits (67), Expect = 3.047e+0
Identity = 13/29 (44.83%), Postives = 16/29 (55.17%), Query Frame = 0

Query:   74 PCGHQCQCRICFIFKIQEAVESRDLPLSI 102
            PC   CQCR C +  + EA E   L LS+
Sbjct:  261 PCSTLCQCRYCQVLHLLEAWEEEHLSLSL 347

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592826001|gb|GAXK01129752.1| (TSA: Calanus finmarchicus comp70478_c12_seq21 transcribed RNA sequence)

HSP 1 Score: 29.6462 bits (65), Expect = 3.805e+0
Identity = 13/29 (44.83%), Postives = 16/29 (55.17%), Query Frame = 0

Query:   74 PCGHQCQCRICFIFKIQEAVESRDLPLSI 102
            PC   CQCR C +  + EA E   L LS+
Sbjct:  116 PCSTLCQCRSCQVLHLLEAWEEEHLSLSL 202

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BLAST of EMLSAG00000000900 vs. C. finmarchicus
Match: gi|592826236|gb|GAXK01129736.1| (TSA: Calanus finmarchicus comp70478_c12_seq5 transcribed RNA sequence)

HSP 1 Score: 29.6462 bits (65), Expect = 5.569e+0
Identity = 13/29 (44.83%), Postives = 16/29 (55.17%), Query Frame = 0

Query:   74 PCGHQCQCRICFIFKIQEAVESRDLPLSI 102
            PC   CQCR C +  + EA E   L LS+
Sbjct:  960 PCSTLCQCRSCQVLHLLEAWEEEHLSLSL 1046

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BLAST of EMLSAG00000000900 vs. L. salmonis peptides
Match: EMLSAP00000000900 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1157:204108:231383:1 gene:EMLSAG00000000900 transcript:EMLSAT00000000900 description:"snap_masked-LSalAtl2s1157-processed-gene-1.5")

HSP 1 Score: 331.643 bits (849), Expect = 3.777e-117
Identity = 164/164 (100.00%), Postives = 164/164 (100.00%), Query Frame = 0

Query:    1 MAPGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVMTKLKDLIIKLDDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKKSMKSTSSWFSLGSLSSFQANGGCLLINKNVLSKSPRSQRQNMESNE 164
            MAPGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVMTKLKDLIIKLDDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKKSMKSTSSWFSLGSLSSFQANGGCLLINKNVLSKSPRSQRQNMESNE
Sbjct:    1 MAPGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVMTKLKDLIIKLDDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKKSMKSTSSWFSLGSLSSFQANGGCLLINKNVLSKSPRSQRQNMESNE 164

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: EDO64472.1 (AGAP011120-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 67.0106 bits (162), Expect = 9.355e-13
Identity = 37/95 (38.95%), Postives = 59/95 (62.11%), Query Frame = 0

Query:   43 LIIKLDD--LEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLS--ILKGISNISTSSKDSKKSMKSTSSWFSLGSLS 133
            L+ KL++  LEP  + ++EC++C  ++A M+ +PCGH+  CR CF+  IQ AV  R LPL   I +   N  TS   S + ++ ++S +S+GS S
Sbjct:    3 LLSKLEESELEPPTSQEDECVICINARATMQTSPCGHRVVCRRCFVKTIQSAVAQRLLPLRCVICRARINRLTSGSTSWR-LQGSASTYSMGSKS 96

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: gb|EFA08914.2| (hypothetical protein TcasGA2_TC006619 [Tribolium castaneum])

HSP 1 Score: 63.5438 bits (153), Expect = 1.061e-11
Identity = 37/94 (39.36%), Postives = 54/94 (57.45%), Query Frame = 0

Query:   43 LIIKLDDLEPALNP--DEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKKSMKSTSSWFSLGSLSS 134
            L+ KL++ EP +    +EEC++C  +KA M+ APCGHQ  CR CF+  IQ AV  R LPL  +  I         +   + S++S +S+ S SS
Sbjct:   12 LLSKLEESEPEMASCQEEECVICINAKATMQTAPCGHQVVCRKCFVKTIQIAVSQRLLPLRCV--ICRAKILRLKTGPILPSSASGYSVNSRSS 103

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: XP_016771731.1 (PREDICTED: serine/threonine-protein kinase 11-interacting protein isoform X2 [Apis mellifera])

HSP 1 Score: 63.929 bits (154), Expect = 1.082e-11
Identity = 29/69 (42.03%), Postives = 44/69 (63.77%), Query Frame = 0

Query:   34 KQVMTKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            + +  K+  L+ KL+  EP L  + ++EC++C  ++A M+ APCGH+  CR CF+  IQ AV  R LPL
Sbjct:   71 QHLHHKIDKLLTKLEKNEPELASSQEDECVICVNARATMQTAPCGHRVVCRRCFVKTIQMAVSQRLLPL 139

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: XP_016771730.1 (PREDICTED: chromatin assembly factor 1 subunit A-B isoform X1 [Apis mellifera])

HSP 1 Score: 63.929 bits (154), Expect = 1.261e-11
Identity = 29/69 (42.03%), Postives = 44/69 (63.77%), Query Frame = 0

Query:   34 KQVMTKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            + +  K+  L+ KL+  EP L  + ++EC++C  ++A M+ APCGH+  CR CF+  IQ AV  R LPL
Sbjct:   71 QHLHHKIDKLLTKLEKNEPELASSQEDECVICVNARATMQTAPCGHRVVCRRCFVKTIQMAVSQRLLPL 139

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: XP_006564962.1 (PREDICTED: chromatin assembly factor 1 subunit A-B isoform X1 [Apis mellifera])

HSP 1 Score: 63.929 bits (154), Expect = 1.261e-11
Identity = 29/69 (42.03%), Postives = 44/69 (63.77%), Query Frame = 0

Query:   34 KQVMTKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            + +  K+  L+ KL+  EP L  + ++EC++C  ++A M+ APCGH+  CR CF+  IQ AV  R LPL
Sbjct:   71 QHLHHKIDKLLTKLEKNEPELASSQEDECVICVNARATMQTAPCGHRVVCRRCFVKTIQMAVSQRLLPL 139

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: XP_006564961.1 (PREDICTED: chromatin assembly factor 1 subunit A-B isoform X1 [Apis mellifera])

HSP 1 Score: 63.929 bits (154), Expect = 1.261e-11
Identity = 29/69 (42.03%), Postives = 44/69 (63.77%), Query Frame = 0

Query:   34 KQVMTKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            + +  K+  L+ KL+  EP L  + ++EC++C  ++A M+ APCGH+  CR CF+  IQ AV  R LPL
Sbjct:   71 QHLHHKIDKLLTKLEKNEPELASSQEDECVICVNARATMQTAPCGHRVVCRRCFVKTIQMAVSQRLLPL 139

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: XP_003250539.1 (PREDICTED: chromatin assembly factor 1 subunit A-B isoform X1 [Apis mellifera])

HSP 1 Score: 63.929 bits (154), Expect = 1.261e-11
Identity = 29/69 (42.03%), Postives = 44/69 (63.77%), Query Frame = 0

Query:   34 KQVMTKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            + +  K+  L+ KL+  EP L  + ++EC++C  ++A M+ APCGH+  CR CF+  IQ AV  R LPL
Sbjct:   71 QHLHHKIDKLLTKLEKNEPELASSQEDECVICVNARATMQTAPCGHRVVCRRCFVKTIQMAVSQRLLPL 139

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: EEB11628.1 (hypothetical protein Phum_PHUM127910 [Pediculus humanus corporis])

HSP 1 Score: 63.1586 bits (152), Expect = 1.397e-11
Identity = 28/60 (46.67%), Postives = 41/60 (68.33%), Query Frame = 0

Query:   43 LIIKLDDLEP--ALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            L+ KL++ EP  A + ++EC++C  +KA M+ +PCGH+  CR CF+  IQ AV  R LPL
Sbjct:   37 LLTKLEENEPEMATSQEDECVICVNAKATMQTSPCGHRVVCRKCFVKTIQMAVSQRLLPL 96

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BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Match: AAF57936.2 (CG8910 [Drosophila melanogaster])

HSP 1 Score: 61.6178 bits (148), Expect = 6.717e-11
Identity = 41/138 (29.71%), Postives = 72/138 (52.17%), Query Frame = 0

Query:    5 AFGILGPLLRRKKKYEKLETEDPEKKKIKKQVMTKLKDLIIKL-------DDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLS--ILKGISNISTSSKDSKKSMKSTSSWFSLGSLS 133
            A  + G +L  K    +    +   +++ ++ ++ L   I KL        + +P  + ++EC++C  ++A M+ +PCGH+  CR CF+  IQ AV  R LPL   I +   N  TSS  + +  +S SS +S+G+ S
Sbjct:   11 ALALPGVMLAYKYSQFRQRRREAASRRVTERELSALHHKIDKLLSKLEEESEPDPPTSQEDECVICINARATMQTSPCGHRVVCRRCFVKTIQSAVAQRLLPLRCVICRARVNRLTSSSGTWRIQESASS-YSMGAKS 147

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BLAST of EMLSAG00000000900 vs. nr
Match: gi|913317417|ref|XP_013189694.1| (PREDICTED: ensconsin [Amyelois transitella])

HSP 1 Score: 79.7221 bits (195), Expect = 1.837e-14
Identity = 49/146 (33.56%), Postives = 80/146 (54.79%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEP--ALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNI--------STSSKDSKKSMKSTSSWFSLGSLSSF 135
            PG +     LL +  +Y + + E   ++  ++++M   TK+  L+ KL++ EP  A +P+EEC++C  +KA M+ +PCGH+  CR CF+  IQ AV  R LPL  +   + I          +SK  + S  S  +W   GS+SS+
Sbjct:   20 PGMY-----LLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELATSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQAPRLVTSKSWQVSGSSGKAWGVPGSVSSY 160

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BLAST of EMLSAG00000000900 vs. nr
Match: gi|156389472|ref|XP_001635015.1| (predicted protein [Nematostella vectensis] >gi|156222104|gb|EDO42952.1| predicted protein [Nematostella vectensis])

HSP 1 Score: 73.559 bits (179), Expect = 1.236e-13
Identity = 38/89 (42.70%), Postives = 55/89 (61.80%), Query Frame = 0

Query:   39 KLKDLIIKLDDL--EPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKKSMKSTSS 125
            KL+ L++ LD +  E A N DEECIVCN  KAV++  PC H+  CR+CF+  +Q AV   +LPL  +   + I+T  KD  K++ S  +
Sbjct:   56 KLERLLLSLDQIQHEVAENEDEECIVCNSCKAVVQTYPCQHKVLCRMCFVKTLQVAVSDFNLPLKCVLCRTRITTLDKDRHKNITSAKA 144

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BLAST of EMLSAG00000000900 vs. nr
Match: gi|999975791|gb|KXJ14965.1| (hypothetical protein AC249_AIPGENE14475 [Exaiptasia pallida])

HSP 1 Score: 73.1738 bits (178), Expect = 1.894e-13
Identity = 46/129 (35.66%), Postives = 72/129 (55.81%), Query Frame = 0

Query:    2 APGAFGILGPLLRRKKKYEKLETEDPEKKKIK-KQVMTKLKDLIIKLDDLEP--ALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKK--SMKSTSS 125
             P A+ I   L   K   ++   E  E++  K  ++  KL+ L++ L+ + P  A N DEECIVCN SKAV++  PC H+  CR CF+  +Q AV   +LPL  +   + I+T  ++  +  +M+S SS
Sbjct:   26 VPAAYAIYRYL---KNTNQQANAEASERRGEKLNELRGKLERLLVSLEQIVPEVAENEDEECIVCNSSKAVIQTFPCKHKVLCRTCFVRTLQVAVTDFNLPLKCVLCRTRIATLDRERHEENAMQSGSS 151

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BLAST of EMLSAG00000000900 vs. nr
Match: gi|909553702|ref|XP_013148293.1| (PREDICTED: uncharacterized protein LOC106110890 [Papilio polytes])

HSP 1 Score: 75.8702 bits (185), Expect = 4.475e-13
Identity = 39/103 (37.86%), Postives = 63/103 (61.17%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            PG +     LL +  +Y + + E   ++  ++++M   TK+  L+ KL++ EP L  +P+EEC++C  +KA M+ +PCGH+  CR CF+  IQ AV  R LPL
Sbjct:   21 PGMY-----LLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPL 118

[Close]

BLAST of EMLSAG00000000900 vs. nr
Match: gi|827559301|ref|XP_012550680.1| (PREDICTED: protein split ends [Bombyx mori])

HSP 1 Score: 75.8702 bits (185), Expect = 4.481e-13
Identity = 49/147 (33.33%), Postives = 77/147 (52.38%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSI---------LKGISNISTSSKDSKKSMKSTSSWFSLGSLSSF 135
            PG +     LL +  +Y + + E   ++  ++++M   TK+  L+ KL++ EP L  +P+EEC++C  +KA M+ +PCGH+  CR CF+  IQ AV  R LPL           L+    + TS      S     SW   GS+SS+
Sbjct:   22 PGMY-----LLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQTPRLVTSKSWQVSSSSG-KSWGVPGSVSSY 162

[Close]

BLAST of EMLSAG00000000900 vs. nr
Match: gi|943939659|ref|XP_014371416.1| (PREDICTED: epidermal growth factor receptor substrate 15 homolog isoform X1 [Papilio machaon] >gi|943939662|ref|XP_014371417.1| PREDICTED: epidermal growth factor receptor substrate 15 homolog isoform X1 [Papilio machaon])

HSP 1 Score: 75.485 bits (184), Expect = 5.630e-13
Identity = 39/103 (37.86%), Postives = 63/103 (61.17%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            PG +     LL +  +Y + + E   ++  ++++M   TK+  L+ KL++ EP L  +P+EEC++C  +KA M+ +PCGH+  CR CF+  IQ AV  R LPL
Sbjct:   21 PGMY-----LLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPL 118

[Close]

BLAST of EMLSAG00000000900 vs. nr
Match: gi|910352355|ref|XP_013180133.1| (PREDICTED: epidermal growth factor receptor substrate 15 homolog isoform X1 [Papilio xuthus])

HSP 1 Score: 75.0998 bits (183), Expect = 6.639e-13
Identity = 49/147 (33.33%), Postives = 77/147 (52.38%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEPAL--NPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSI---------LKGISNISTSSKDSKKSMKSTSSWFSLGSLSSF 135
            PG +     LL +  +Y + + E   ++  ++++M   TK+  L+ KL++ EP L  +P+EEC++C  +KA M+ +PCGH+  CR CF+  IQ AV  R LPL           L+    + TS      S     SW   GS+SS+
Sbjct:   21 PGMY-----LLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQAPRLVTSKSWQVSSSSG-KSWGVPGSVSSY 161

[Close]

BLAST of EMLSAG00000000900 vs. nr
Match: gi|1069818690|ref|XP_018332494.1| (PREDICTED: uncharacterized protein LOC108741993 isoform X1 [Agrilus planipennis] >gi|1069818692|ref|XP_018332496.1| PREDICTED: uncharacterized protein LOC108741993 isoform X1 [Agrilus planipennis])

HSP 1 Score: 73.9442 bits (180), Expect = 1.263e-12
Identity = 39/103 (37.86%), Postives = 62/103 (60.19%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEP--ALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            PG +     L+ +  +Y + + E+  +K  ++++     K+  L+ KL++ EP  A +P+EEC++C  +KA M+ APCGHQ  CR CF+  IQ AV  R LPL
Sbjct:   20 PGMY-----LVYKYNQYRRRKKENARRKLTERELQHLNNKIDKLLTKLEESEPELATSPEEECVICIHAKATMQTAPCGHQVVCRKCFVKTIQIAVSQRLLPL 117

[Close]

BLAST of EMLSAG00000000900 vs. nr
Match: gi|1069818695|ref|XP_018332497.1| (PREDICTED: uncharacterized protein LOC108741993 isoform X2 [Agrilus planipennis])

HSP 1 Score: 73.9442 bits (180), Expect = 1.563e-12
Identity = 39/103 (37.86%), Postives = 62/103 (60.19%), Query Frame = 0

Query:    3 PGAFGILGPLLRRKKKYEKLETEDPEKKKIKKQVM---TKLKDLIIKLDDLEP--ALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPL 100
            PG +     L+ +  +Y + + E+  +K  ++++     K+  L+ KL++ EP  A +P+EEC++C  +KA M+ APCGHQ  CR CF+  IQ AV  R LPL
Sbjct:   20 PGMY-----LVYKYNQYRRRKKENARRKLTERELQHLNNKIDKLLTKLEESEPELATSPEEECVICIHAKATMQTAPCGHQVVCRKCFVKTIQIAVSQRLLPL 117

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BLAST of EMLSAG00000000900 vs. nr
Match: gi|1121135273|ref|XP_019555163.1| (PREDICTED: uncharacterized serine-rich protein C215.13-like [Aedes albopictus])

HSP 1 Score: 72.0182 bits (175), Expect = 9.325e-12
Identity = 45/151 (29.80%), Postives = 73/151 (48.34%), Query Frame = 0

Query:    5 AFGILGPLLRRKKKYEKLETEDPEKKKIKKQVMTKLKDLIIKL------DDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLS--ILKGISNISTSSKDSKKSMKSTS-------SWFSLGSLSSFQANGG 140
            A  + G ++  K    +    +   +++ ++ +T L + I KL       +LEP  + ++EC++C  ++A M+ +PCGH+  CR CF+  IQ AV  R LPL   I +   N  TS   S +   S S       SW   GS SS+  +  
Sbjct:   11 ALAMPGAIIAYKYSQYRQRRREAANRRVTERELTALHNKIEKLLSKLEESELEPPTSQEDECVICINARATMQTSPCGHRVVCRRCFVKTIQSAVAQRLLPLRCVICRARINRLTSGSTSWRLQGSASSYSMGSKSWSVPGSASSYSVDAA 161

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BLAST of EMLSAG00000000900 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold320_size207635-snap-gene-0.11 (protein:Tk09310 transcript:maker-scaffold320_size207635-snap-gene-0.11-mRNA-1 annotation:"PREDICTED: hypothetical protein LOC100642385 isoform 1")

HSP 1 Score: 129.028 bits (323), Expect = 5.077e-36
Identity = 72/154 (46.75%), Postives = 97/154 (62.99%), Query Frame = 0

Query:    1 MAPGAFGILGPLLRRK-KKYEKLETEDPEKKKIK------KQVMTKLKDLIIKL--DDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSILKGISNISTSSKDSKKSMKSTSSWFSLGSLS------SFQANG 139
            MAPGAF IL P L RK KKYEKLET+DPEK++ +      K++ +K+  L+  +  DD+E A +P EEC+VC +++AVM+VAPCGHQCQCR+CF+  IQ+AV +R+LPL  L   + I     +SK          +LG L       S Q NG
Sbjct:    1 MAPGAFSILAPFLGRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVHNLGKLPKSVSGYSLQQNG 154

The following BLAST results are available for this feature:

BLAST of EMLSAG00000000900 vs. GO
BLAST of EMLSAG00000000900 vs. C. finmarchicus
BLAST of EMLSAG00000000900 vs. L. salmonis peptides
BLAST of EMLSAG00000000900 vs. SwissProt
BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
BLAST of EMLSAG00000000900 vs. nr
BLAST of EMLSAG00000000900 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000000900 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 1


Match Name	E-value	Identity	Description
-	3.421e-10	29.71	symbol:CG8910 species:7227 "Drosophila melanogaste...	[more]

BLAST of EMLSAG00000000900 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 12


Match Name	E-value	Identity	Description
gi\|592916872\|gb\|GAXK01041503.1\|	5.951e-8	50.00	TSA: Calanus finmarchicus comp324015_c0_seq1 trans...	[more]
gi\|592851608\|gb\|GAXK01105936.1\|	1.029e-1	45.71	TSA: Calanus finmarchicus comp4838790_c0_seq1 tran...	[more]
gi\|592871935\|gb\|GAXK01085627.1\|	2.303e-1	50.00	TSA: Calanus finmarchicus comp78649_c2_seq1 transc...	[more]
gi\|592780897\|gb\|GAXK01173671.1\|	2.713e+0	43.75	TSA: Calanus finmarchicus comp648389_c0_seq1 trans...	[more]
gi\|592825745\|gb\|GAXK01129774.1\|	2.849e+0	44.83	TSA: Calanus finmarchicus comp70478_c15_seq11 tran...	[more]
gi\|592825748\|gb\|GAXK01129771.1\|	2.864e+0	44.83	TSA: Calanus finmarchicus comp70478_c15_seq8 trans...	[more]
gi\|592825976\|gb\|GAXK01129765.1\|	3.042e+0	44.83	TSA: Calanus finmarchicus comp70478_c15_seq2 trans...	[more]
gi\|592825978\|gb\|GAXK01129764.1\|	3.047e+0	44.83	TSA: Calanus finmarchicus comp70478_c15_seq1 trans...	[more]
gi\|592826001\|gb\|GAXK01129752.1\|	3.805e+0	44.83	TSA: Calanus finmarchicus comp70478_c12_seq21 tran...	[more]
gi\|592826236\|gb\|GAXK01129736.1\|	5.569e+0	44.83	TSA: Calanus finmarchicus comp70478_c12_seq5 trans...	[more]

Pages

BLAST of EMLSAG00000000900 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAP00000000900	3.777e-117	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s1157:2041...	[more]

BLAST of EMLSAG00000000900 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000000900 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 9


Match Name	E-value	Identity	Description
EDO64472.1	9.355e-13	38.95	AGAP011120-PA, partial [Anopheles gambiae str. PES...	[more]
gb\|EFA08914.2\|	1.061e-11	39.36	hypothetical protein TcasGA2_TC006619 [Tribolium c...	[more]
XP_016771731.1	1.082e-11	42.03	PREDICTED: serine/threonine-protein kinase 11-inte...	[more]
XP_016771730.1	1.261e-11	42.03	PREDICTED: chromatin assembly factor 1 subunit A-B...	[more]
XP_006564962.1	1.261e-11	42.03	PREDICTED: chromatin assembly factor 1 subunit A-B...	[more]
XP_006564961.1	1.261e-11	42.03	PREDICTED: chromatin assembly factor 1 subunit A-B...	[more]
XP_003250539.1	1.261e-11	42.03	PREDICTED: chromatin assembly factor 1 subunit A-B...	[more]
EEB11628.1	1.397e-11	46.67	hypothetical protein Phum_PHUM127910 [Pediculus hu...	[more]
AAF57936.2	6.717e-11	29.71	CG8910 [Drosophila melanogaster]	[more]

BLAST of EMLSAG00000000900 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|913317417\|ref\|XP_013189694.1\|	1.837e-14	33.56	PREDICTED: ensconsin [Amyelois transitella]	[more]
gi\|156389472\|ref\|XP_001635015.1\|	1.236e-13	42.70	predicted protein [Nematostella vectensis] >gi\|156...	[more]
gi\|999975791\|gb\|KXJ14965.1\|	1.894e-13	35.66	hypothetical protein AC249_AIPGENE14475 [Exaiptasi...	[more]
gi\|909553702\|ref\|XP_013148293.1\|	4.475e-13	37.86	PREDICTED: uncharacterized protein LOC106110890 [P...	[more]
gi\|827559301\|ref\|XP_012550680.1\|	4.481e-13	33.33	PREDICTED: protein split ends [Bombyx mori]	[more]
gi\|943939659\|ref\|XP_014371416.1\|	5.630e-13	37.86	PREDICTED: epidermal growth factor receptor substr...	[more]
gi\|910352355\|ref\|XP_013180133.1\|	6.639e-13	33.33	PREDICTED: epidermal growth factor receptor substr...	[more]
gi\|1069818690\|ref\|XP_018332494.1\|	1.263e-12	37.86	PREDICTED: uncharacterized protein LOC108741993 is...	[more]
gi\|1069818695\|ref\|XP_018332497.1\|	1.563e-12	37.86	PREDICTED: uncharacterized protein LOC108741993 is...	[more]
gi\|1121135273\|ref\|XP_019555163.1\|	9.325e-12	29.80	PREDICTED: uncharacterized serine-rich protein C21...	[more]

Pages

BLAST of EMLSAG00000000900 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1


Match Name	E-value	Identity	Description
maker-scaffold320_size207635-snap-gene-0.11	5.077e-36	46.75	protein:Tk09310 transcript:maker-scaffold320_size2...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s1157	supercontig	LSalAtl2s1157:204108..231383 +

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-LSalAtl2s1157-processed-gene-1.5
Biotype	protein_coding
Evidence	IEA
Note	PREDICTED: ensconsin [Amyelois transitella]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000000900 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000000900	EMLSAT00000000900-696747	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s1157:204108..231383+

gene from alignment at LSalAtl2s1157:204108..231383+

Legend: mRNA

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

>EMLSAG00000000900-683666 ID=EMLSAG00000000900-683666|Name=EMLSAG00000000900|organism=Lepeophtheirus salmonis|type=gene|length=27276bp|location=Sequence derived from alignment at LSalAtl2s1157:204108..231383+ (Lepeophtheirus salmonis)
ATGGCACCTGGAGCATTTGGAATTTTAGGTCCTTTATTGCGTCGTAAAAA
AAAATATGAAAAATTAGAAACGGAGGATCCAGAAAAAAAAAAAATCAAGA
AGCAAGTCATGACGAAATTGAAAGACTTAATAATAAAATTGTAAGACCTT
CTTATCTTTGTATAAAAAACCAAAAATAATAAGTTTTATGTATTCTATAT
ATTTATTTTTATTATTAATATAAAACATAGAAATTCTAAGAATAATACAA
TAAAAAATATCGATCTCTCTAATAATATTTTTTTAATTAATGGAAGTCTT
AAATAAAATTTCATGTTATTGATTTAAAATTTCCTTTATTCAATATTTTG
CTTTTTAATATACACATAGTAAGATTCATCATTAAAATTTTATTACTCGG
ATAACCTACAGCATAGGTTTCCTTTAAAAATAAGACATATAATTTTGCAA
ATCCTTGGGTAAAGCCAAATTTTCATCAATCATATTTTTTTTTCCAAAAA
CGAGATATGACCACCTAGCTATTAAGCAGTAAATCTAATATTGGATATTT
TTCTATATTTCAAGTAGAAGTGAGTTTTTGAATTCGTAATTTTGCTAAAT
CTATAGAAAGTTTTGAAAAGTTAGGGTTAAATTGTTCCATATACCAATTT
TATTATTGAAACAAATCATTTGTAAAATGATTTTAATAGGGTACTAGCAA
TGGGTTACCCGGCACTTTTCAGGCCTATCAGGGAACGGGAAATCACATTC
ACAATGGTCAATCATTGACTCAATGTTATCATTTTTTTTAATGCTTAGAC
CTCTTCAATTCGGGCGAGCATTGTCATAGAGCACTTGTATATTATACATA
TAATTATATTAAATTTATTGTTTTGAATTTTAAAAAAAACGTGATAAAAT
TCAAATAACATACGAACGAATTTGAATGAAAATTTTTGTCTCGATGAGAA
GTCCATCTTTTATTTTTCTCCAAAAAATGCTTGGTCCTTCTTCAAAAGTT
TTAGTTTTGTCATCTAAGTTTATTAGCTATTGAAAAGACCATAGCGCTAA
TTTTAGACCATTTCATTCTCATTCTATAACAGTATTGATTGCCCTTTGTA
TTGCATTNGATCAGGGTGTGGGGATTTTTTCCACTAATTAAAAGGAGGAT
GCCATCTGTGCAGCCAACGATCTTGATTGCTCATTTTTTAAATTTATTAA
ATAACGTATACATAATCATATTCTATACGAAGAACTCCTACTTGTGGGCT
CCCAAGGATTGAATTGACCCGGTTATCTCGAATTTATTGAAGGCATGTTT
ATTCAGGATTCTAATATTGATGGTTAAATAGGTTCGTTGGGTGATGAAAG
TAGGCTTGTTCCCTTAATTTTTGCTATCAGATAGTTTTCTTCAATGGTGT
TTTCCAGAGACTCTCCTTTTGTGACAGTTTCTCTATTACTCCAAAGTTGA
TTGTGGACATTTGAGTCCATAGCTAACATATTTTTTCTTGTTCACAATGC
TTAATGAGACGTAAAAATGCTATATTCGCAATAGGTAAGAATTGGTCAAG
GTAAGCAACAGAGATATACATTACTAGCCCATTTATTTTCATGTATTGTA
TAGATGTTTCGGTCTGAAAAATATAGAACTGATCATGCTTGCAAATGGAT
TTGACCCGGGTGAGACATAGATTGTAAATTCTCTAAGGGTGAGACTGTTC
GTTGTGTCATTATTGAGATATGGCTAATATATTAGGGATATTTGTGATGT
TTTCAATTTGAGCTCCAAGTTTGCTACTTTATAGTGTCGAGTATTAATAT
ACGAGTAGCTAATCATAACTATTGTTTGGGTAGTTTTTGTAGCTTGATCC
ATTCTTCTGCAGCACTAAAAAAGAACTTATCAATTTTGGATTGCTTTCCG
GTATATTAATGAGAGGAGGGAGGAAATCATAGTAATCTTATACCATTGTA
GTACTTAGAAATTATAAAATATGGAATGAACAAATACAAGTGGAACAAAT
TACCTCTATAGTAGCTCTATTGAGAATACCTTTCCTTTCCAAATAGCTGC
TCTTGGTTTTGGCTGCTATCTTTAATTAATAACAGATTTACTAACAACAA
CGTTCAATTTGAACAAAGTCCCATACAGATATACACTAACTATATATTAA
TTTTTTCACTCTTATCGATCGTCGATCCTCAAGATATCATGGTCTTGATT
AACTTTGGCTGAATTTCTCAAAATTTTCTCCAACACTACGATGTTAAAAA
CCCCCATTATAATAATTTTTGATGGTTCAAGTATGTAGTTAGCTGTTTTT
TCGTTACGAATAAGGGTCAACACGTTATGGGGTTTCCTTACTACCTGGCT
TTTAGTTTCATTACATTATCAAACCACAATAATGTCATTCGTTCTCTGCA
AGAATATATAGATATAATTGAGATTTCAAGAAAGGAATATAACTCAGATG
TCATTCCCTATTTTATTTTTGTTTTTATTTACACGTTATTACACTCATAT
TAAAAGACTTTGTTTATGTGCCAAACACATAAATGTTAGAATAATTTTTG
TGTTGAATACCTGTTGTTATGATATAAAATCATATATTTCCGGACTTGTG
AAGAGGAAGATTCATCGGTCTTTTGAATCTTGGCTCGATCCGCTTCATGA
TTTCTTTGCCTCAAGTCGTCAACCAGTACTGTGCCATGGGCTATTGAGCT
GGAATCACKCCATKCTTCAAGCARCCTACCACTCTCAATATTCAATATCC
GATCGACTGGGTCTACAATTCTGAATCTTTCCAGTAAATCTTGCAAAATT
CCAAGGTTGATCTCACCCACTTAACTGCACTCACATCTATCCTCATACGC
GGCAACAGGGAAATGATCTACCAGTTTGCAACCGCAAGATAATACATACT
TGACTTCTGAGCATTCTCCCACTCACATTGACGTCCATCTTTCCGGGTAT
TCTCTACTTCAATTTGTTATACTTGGTACTATATAGCTCAAGCCCGATCA
CATTGTTCTCATGGGGCTTTGTCTCTGGTACGTACTTCTTCAGTAACTCT
AACACTATATTCAAGTATATGATCTGTAGAGTATGACACAACCTTATCTA
TCGAGAGACGTATGATAACACTGATTTTATTATCTGGTTGGGTAGTCCCA
ATTCTAAACAGTTAGTTCCTTTTGATTTTACTCTTCAATCTAATAAAGAA
CCATTAGATAGAAATTCTCTCCATTAACTAATTTTTCCGCTGCAGACGTC
TGGGCCAGTTTCAATGCATTATAAGAACTCGTTTAGTTCTATGAATTCCA
CTACTGGTCTCACTTTTCCTTTTACTACTTATTATATGACCGTAATGGGT
ATAACTCCAGCATTATGTACTGTTCTTGATTCCAACCATCCATTTTCAAT
GCATATTTCCATCTCTCTCTCTCGAACTTCTTGTTTGATTCTGACTTAAT
TGAATACTGKCCTACCATATTATATAAGGTGTGCTTTTTCTTCCAAATCC
ATTCCATTACGCATTGTTTACTATTAAAAGTTACATTATAATGGTCTCTG
CAAACTTCCTTTGACTCTTTATTTACATATTGATCCGTACACGCCGCCAA
GGTCACAGACCGATTGTCTATGATCACATTGTGGTTTGTTAGAGTGTCAT
TAAAAACACATCATCGACATTAACTGCTATATTTCCGTACTCTTCCTCTT
ACAGTTGATTTTCTTCTTGATCTGCACACTCTGCCAGAGACACAACTCCT
TTGTCCATGATCACACTATAGTTTTTTTTAGAACGTAGTTACCTAACACA
AAATCGACACCATCTACAAGATTTCCGTACACTCAACAATTCACTGAAAA
TGACTTTCCATCTTCACGGTAGACTCTCCCACGTTATCTGTTATGGCACC
ATAAACTTTCATTATCTGTTTCTTTGAAAGGCAATGCTTTTTTTGTTTTT
TTAAATTGTTTTCACAATTTTTTTAAAGCACCCGGCATCAACTACATCCC
ACCTCCGTTTTTTAATATTAATTAATTGATGAGATGGAGTTTAACTTAAT
AAGTATAAGTAAACATTATAGTATTACTATTATTCCATCTGACCTACGGT
TCGTCTTTGACTTCAATATACATTAAGTATATTTCCTTCTCTAGGAGCGA
TTAAGCATCAAAACTACGCACATTAAGTTCAATGTTAATGCGTTATACTT
ACTAATTATTAATAAATATGGCCAAACAAAAAATACAACTCTATAATAAA
ACATTCATTAATTAACTATTATGGCAAAAATATATATATATATATATATT
GTCATAAATAAATTAGTAAAGCTAAGAGAGTAAGAACAAATTATTGAAGC
ACCTATTTATATATCAATATATATAATCTTTTTTATCTTTTTTTGTAGGA
TAAATTGGTAACTTCTTTATCAAGAGATGACTTAGAACCAGCTTTGAACC
CTGATGAGGAGGTAATTTATTTTTTGATAATTTTTAGTATAATCTCTAAT
AAGATACATTTTTATTTACTTTCAAATAGTTCAAAATATTGAATCAATAT
GAAAATATTTTGATTGATTTACTAGAATTTAAAATGAATTTTTTTTATAA
ACCTTTGTTTTTTGTGACAATTTTTCCATTTTTAAGGAAGTAATAGTAAT
TTTTCAAAAGAAGAACTAGAAATTAAATTTGAACTATAATAATTTACAAT
CTTTGAGCATATTGAAATACATATAACACTTTTAATTTTATTAACTGATG
GACATTGAATAAAGAAGATTAAATAAATATATAAAAAATATAAATGAATT
TGGAAAAGTATTTTGTGAATTTAATGCTTATAGTGTATCGTATGTAATAA
GTCGAAAGCAGTGATGGAAGTAGCACCATGTGGTCATCAGTGCCAATGCC
GAATATGCTTCATTTTTAAAATTCAAGAAGCTGTTGAATCAAGAGATCTC
CCACTCAGGTATTTTAATACATTAATAAATAATGTTTAAAAATGGACTAT
AAATGCCTTATCGTCATAATAGAGTGACCCATAATTTCATTCCTGTTAAA
TTCATTCCTGGACATTTTAGTCCCACTTTCAAGAGGTATATTTAGTGACA
TCATACGGGGAAAATTTTTTCTACATATGACTGAACAGAAAGGCCTGGGC
AGTGGATGCCAGAGATGAATGATGACTAGTGATGTATGGGAGACGGATAT
CAACGATTTATGTTGTTTAGTAAGTAGAAATATCATCATCATAAATCTTT
GATAGTGAGTAGGAATGGAATCCTTGCCGTGGATATTGCTCATAGCATGT
GAAGTAAAAGTAAATCCGTCATTACTCTTTCACTGCTATCGTTTATTATT
ACTTTTTCTCCTTCTCAATAATTACATTATTCCTTTTTCTCTTTTTTTAC
CTATTCCAACAATTCAGATCTACGTAAAATAGAAAAAAAGAAGTACTCTT
CTTAAGAAGAAGTGAAAGCGCGACTCTAACGTCTTCTAAGAGTTGTGCCC
CAATTCTTCTTTTTTGCATTTCTTGGTATTGTTCCGGTAAATAGTGAAGA
GTAATTCGAACCTATTATTATAAAAAGCTTGTTATTATATGGTTACATAG
AAATAAGTAATAACAACACGGAATGACAAATTCAAATAATATAAACATTG
AGTCATTTTATACCACTTGGAGGAATGGAAAATCATAACATTTTCCTCTT
ATTAAGTATGTTAGCTCAGAGGAATCTTCCCTCCCTGGAATAGTAAGGAT
TTGTCCTTAACATGTGTATTTCCGTAATATCCAGGATCTATGTGGGCTTA
AAAATTCCTTTTCTATTTTTATCTCTCCTATTTTTAGATTCTTTTAGCCC
GTAGGAAATGAATAAAAGCGACATGAGTTCCTTGCATCACAGTCTAATGA
TTGAGGGCAGCTCAAAGCTGTAAGGAGAGTGACCAACAGAGGTCCATGGA
AAGTTGAGATCCAATATTATTTTTATTAAAGAACTATGGAATCTAACGAA
CACTTTCTTTATTCTACATGATATATTACATGGGCAAGGTACTGAACATA
ATTTACTGGGCTCAGAAGATAAGGTAATATGGCCTGAATACAAGCAGTAT
GATTCTTATGAATGTAGCAAACTCCTTTAATTTTCTCTATCTTCCTTTGG
TCCAACCTCTTTAAGAGAACATAAAAGTCCACTTTTTCTGGTCTTAATGA
ATGAAAAAGGATCTTAGGTCTTGTTAATTGTGAAATAAACTGTTCATCAA
ACTTTGAAAATGTTAAACATTTTAGTATAAGGTTATAACTTATTACCTTA
TTAGTATAGTTGATATGATTGTAATGAACAAACTACCTTCAAAAATAAGA
AAAGCAAAAACGGTTCGTTCTTCCTTTTCTTTTTATGATGTTCCTCTAAT
TAGTCAAATGGAGTTGCACTGATTAAGTATAAGTAAACATTATAGTATTA
CATTTACTCCATTTGACCTAGAAATCTTCTTTAAAGTCCATATACATAAT
GGATATTTCCTCCTCTAGGAATGTTCGTGTCGTGAACATATGCACATTGA
CTTTTTGTTAATTATTTAATAGGTATTAACTCCTCCTTGAAGGTAAGTAT
TATCGTCTTATATCTTTGGTATAATTTAAAAAAAAATGTATATTAAATAT
ACACATATGAATTTAAATATAATTACAATATTGTTTTGAAGTAATACTAT
TTTAAATGTATACCCCTTTATAGCATTAATTCATTTTTTTCCCCCAAGAA
TATATAATAGGAAGTTGATATTAACAAGGATTTGAATTCAGTAGTAACAT
ATATGTCACTCCTGCCTTCTCCTGGTACTCTTTTTTTTCCTTACAAAAAT
GTCAACTCTACTAATTTGTAATATACATATATTTATTTGATATTGCAAAT
CCAAATTTTTTTATATGAATGTGAATGGATCCCGTTGTAGCTTAAACCCT
TGAAAATATTAATTTTAAAAAATCATATTTGGATGGATAGATTCTCACCT
AAGGAAGGAGTAGACTCTACTCTCGTATGAAGCTATCTTTGATTTTATTC
TTCGGATAAATTTTCATCCCATTATCATCCCTGCATATATCAAAAACAGA
GTATCTCTGGTTATAAAGATAAAGTATCTTAGATCTCCTCCTTTGTCTGA
ATTATAAGATAACATGGAAGTTTTTTTCCTCTTTAATTAACGAAAATCGA
CCTAAGCAACTGAAAAGCAAATTATTGATCTATAAGCTTTGATAAAGAGT
GGACAAGTTGTTTATTTCTCCGTGAAGGAATAATAGTTTAATCTGGAAAT
AAGTTGCATTCTGAGAGTTTTGTGATATCATAAGATTCAACGTTCTTCAA
AAATTCTAGTAAGATCCTTTAGTTTTTGTTTTTAAGGGCAGAAATAAGGA
TATGCCAGAATAAGATTTTTTTTTTACTTCTTTTGCCTCTACGCCTGAAA
CAATACACGTTATTTGTTGTTGTTGTTGTATATTCACTCATAGTGTACAC
ATATTAAAAAGGATAATTAAGGACTATTATTTGAATAACAATATCTTGGT
ATGTCAGTGTACGTTGAGATATTAAGAAATAAGAAGAGAGCGTCTACTAA
TATACAAGAAGCAATTTTATTTGTTTTTCTAGAATTACGAGAAAAAGAGT
TTTTAATCAGTGATTCCTTATAAGTTTGCCTACTAATTTCTTTTGAAATT
ATAATTGAAAATAAATGAATCTTCAAGTTGGCTCCCCCCTCAATAAAATT
ATATAAATGCATAAAAAAAAGATCTAGTTGTAAATGCTATTAAAAGCAAG
ATTATAATAGACCTTAAGACGATTGATCGTTATTGTCCTACTTACATAGA
AGTAGAAAACCTAATCTTTGGGACTCTTAAACTGGATCAATTTATACTTA
AAGGAATTCATGCTTGCCCGGGCGCTAGAGATATTATTGTTATTGTTAAC
AAAGATTTGAAGATTAGCGTTGCCCTTGCTCACTTCGAAGATGAGTTTTT
CATCAGGAAAGTAGCAGAAAAAGAGTTTAAAAATTCAGCGTAAAGACTCT
TGGGGAAATCTTATTATTTTTGAGAAGAAAGTTATAATTCAGTTATTATT
TGAAGAAATTGATTTTTTAGTTGAGAAATATTGAACTATTATCAATTGTT
CAAAACTATTTATTTTTTCAAGAAGGGGATTAAAGGGTTTAAATAATAGT
AACTTTGTTTTATGCATAATACCTAGGTATAACTTATCAGGATTTCTTCC
ACACAAAGGTTTCAAAACCAGAATTAGTTATTTAGGTCAACCTAAGATTT
GTGCTAAATTTTATAAAACTGGTCATTTCGCTAAAAGGTGTCTTAATAAG
TGTCAGAAGTGGTCGGATTACCTAAAAATTCTAGAACATGAAGTTCTTAA
TAAAATGCTTAAGGTCATAATACTAATGAACCAAAAAGCAATGATGATAA
ATTTCAAAAAATTCCTACAATTATGGAAAGATCTGTTCAACATAGAGTAA
TAGATCAATAGTGTAAAGGTGAATTTTCAAAAACTAAAGGAGTCGAAACA
GAATATACCTCAAGTGATGTGGAAAATCAAGAAGGAAGTCCCTCGCTAGG
GAAGGATGACAAAATCGTAGAAGAGGAATTGTTTGCAACGGATAAACAGA
CAAATAATGATGGATCTCTGGAAAATAGGGATTTAAAAAAATGTGGATGC
ATTGAATGAGGTGTCTAATGCAGAAATAAGTCAAGGAGAGTTGCCTTCAC
TCTCAGACGATGATAAAATAGGTAGGCGTATAACAAGGAATGAAAACAAC
AATTGGGAACTATGGGAAGATATTTCATTACATTCGAATGGAAATATGAA
ACCAACTAAGAAAAAGAAACCTCTAATTAATGTAGAACAGACTGAGATCT
CATGTACAAGGTCACGGTCAGTTACAAAAAGATCTGCTCCAGATACTAGT
CTTGTCCAAAGAATAGAAAAAATCTCACGAAAGTACAGAGGAATTACTAT
TTACAATCACGGAAACGTTCAAAATGATTTAACTAAACACAAGAGGCAGA
AGATACAGAGAGACCAGACATACTTTAATTAAAAGACTCATAAAAGCTTA
ATCCTACTATAATTTATTACAAGACGTAAGAACCAAAGTCTCTTCAACTT
CTAAAATTCTTGTGGGTACTGTTTTCCTCATGATTTTGATTCTTTTACTG
GGTCTTATTCTTCCTCTTCTGTCATTGGTTTTTAAGAAACTAGAGTACTC
TTCTTTGTTCAAAGAGTACTCATGCAAGAGTCAATGGCTTAAGGTTTTTC
TTAATTCATTCTTAAAAACCCAATATAAGATCTCATCCTTTCTAACCATC
AATGTTGTACACTGTTAAGTGTGATTCCCTTCCATGTATCTTTATAGGTG
ACATGAATGTAGATATTGATATAAGATTTGGACATGCTAACTTACACTTC
TTACTTCAGATTTTAGGGGAACTCAATCTCATTGATACTGTTAAAATTAT
AAGTCCTGATGACATATTTTCTTGAAGTAATGGAAATAGAACTTCAAGAA
TAGACCGTGCTCTAGTTTCTCAAAGCAATTAAAAAAAAAAAAATTGTTTT
ATTGTCCAGAACCTTTTTCTGTGATAATTCAAGTAGAATTTTGATCAGGT
CCTTCAATTCTGAAGTATAGACTATCCAGGTGGGTTATAGAACAAGTAGA
CTTTATAAAAGCCATTGAACACAGAATGGATGTGTTTTTTTACCCCTTTC
ACCCAAACACCCTCTTGGCTGGTCGTCTTATACAAAATATTAAGTTTACT
GCAAATATGTTTAGTAAGGCAAAAAGGAGAGAATCGAGACTGTTCGACAA
AAGTATTGAAGAAATAATAGAGAAGGGCTCTGTTTTTCATATACTTCTTT
TAGTTGATACTCTTAATACGTATAGAATATCTGATTTAGGAGAGGAAGAG
ATGGAGAGAATGCGAAAGAAAGAAAGTAAGTTCAATATTCGAAGAAGATT
ATCGTATTTCAAAAACGTAAATTCGAAAGCTATTGTTAAGAAGATCGTTT
TAAAAGATAAGTTCTTAGACAAAACCAAGGATATTTTGGATTATTTCTAC
TATTAATTTCAGAATATTCTTGGAGGCTAACGCAGCAATTTTCCCAGAAA
ATGGAAGTTGTATGACATGATTCCTGTTTTCATATCCAAAAATATTTGGT
GTTATGTTAAAATAGTTTTAATAGTAATAAAGCACTGGGACCTGATGATT
TAGGGGGTTAAATTTTTACCATCCTCCCCTATTTTTTTGTTCCGTTTCTC
TTAAAGTTTGGAATTTTGATGGAGAAGTATGAAAATTATCTCTTTCTATA
ACCCCCGGTAGAGTGGATCATCTACACTCAAATCGATGTTTGTGTAAGGG
ACCCTATTCTTCTCAAATGGAGCTGTAGTCATGGATGTCCAGCAGCACCT
TTGTTACTTATTGCCACTATTGAAGAATTTTGTATATCTCTGCTAAGGAG
ATATAGGGACTATGGAATTTCCTTAGGCATTTCTAAACATTTATTTGATA
CTTATGCAGATGATGTTATATTATTTCTCGAAGCTGACACTGAACTTCAG
TTAGTTAGAAGAATTGAAGTCATTCTAAATCCTCTTGAAAAATATTCCTA
CAGGTCTGGCTTAATAACACAATGCAACATAATTTTTGCCTGCAGGCTGA
ACCACACATTTATTATTGTTTTTTAAACCATAAAACACGAATATGACCTT
TAAAACTTTCAATTCATGAAGGTTTGGCCTTCAAATACTTTTTTTAAATA
TCAAGTTTTTAGAGTATAACTAAGATTCAGTGCATATTTCGACATGAAAA
AACGATATCTATGAAAATCAAAGTAAATAATAAATTGCCAAAAACATATC
AGTATTTAAAAAATGTATTATTTATTACGTTATCTTGATTATATTGAATA
AAAAATGTATATAACCACCAACAAATCGAGTTAAATGAAGAACCTAACTT
TAATGCTAATATCTTTCTTATTTTGTCTTTAAATGCTTTATATCATAGCT
GAACTTATATAATAGACCTTATATTTCAATTTAAAAAATTGCCCTTAAAA
AAAGTCAATTTTGATTGATTTATGGTCAATTAAGTTTATATTTATTAAAA
AATGTAAATATAATACACTGGTTAGGTTGTGTGAATATATACTACAGTAA
TATTCCGATGAAAAAAATTAATTACATTAGAATCTATATAATTACATCAT
TTATATGTAAGAGGATTAAAACAAGTAGCATATATATATATATATTAGGC
ATATATTAACTTGTTTAATTCCCTTACACGTAAATCTCGTGGAGCACTTA
TAGATTGCTCTCTGACTAATAACTCATATTTTGCTTATTGACAAAGCCAT
TGAGACAACAATGGTCTTCATCACTGAAGATGGTTTTGCCGTTGAATGAT
TCTACGGTTATTTTGATAATAAATTTTGGTTATTTTCAATCACAGATCAA
GTATATATTGCTCCACGATTAAATGTATACTAACACTTTTTGTAAATGTC
AAAGGAAGAAAATAAAGATGGCGTAATTTATTCCCTAATGGTAAAAAATT
TGAATCGCCTCTAATGAAAACCGCTTTAGAAGGGTTTCAAAACTGACAGA
AAAAATATATACCGAATTAGTGTTAAAAGTAGCCACCTATTTGTGTATTA
AGTTATAAACGTTAAACCTTGCAATATTTTAGAATAATGTGCAATTTTGG
AGTAAGGTATCATAAAAATTTAATAACACGCGGAAATATTAATGTATATC
TGGGATAAGAAAGTCTTAGCTAAATGAATCCTATCTAATAGGTTATAGAA
AAGTTGTTTACTTGCAAATTATGTACTAGCTCACTGGAAGTTTCACCTTG
TTTGGGTAATAACACACTCTGCCATTATGTGACACTGTAAAAGAAATGAA
TTGCCATATTATTGTTGGAATTTAATCTTGATCAAGTTGATCACTTCTTT
TTTTTCATATAATTATTATTATTACTTATATGGAATATACTTAGTAGATA
TTTCAACCTCAAATACTTTACATTGGTGACAAACGTGATTCGAAAAAAAC
CCTAAAGGTAAACTTTACCACCTGTGTCTCCCTCAAAACAAGCACTAAGT
TCTGTTCTTTGGATGTTGAGAACTGGTTCCAGAGAACTGAACTAGATTTG
TGTTGAGGGGGACTTCTCATACCAAAGCTAAATACAGTCTTATGGCGTCA
GCATTGCCGNNNNNNNNNNNNNNNCACTAAGTTCTGTTCTTTGGATGTTG
AGAACTGGTTCCAGAGAACTGAACTAGATTTGTGTTGAGGGGGACTTCTC
ATACCAAAGCTAAATWCAGTCTTATGGCGTCAGCATTGCCGAGTGATGTT
TTTAGTATGATTTATATAAGTGAGGATAATCTCACTTATGAGGGAGAGAA
GAAATCCATATTATTCCGATTTTATGTATTATTTTCCTAAAGGAGAAAAA
GAATCGCCGACATTATGGTAGATAATGGACAAGGTGGCACCTTGTCCACC
ATCACCCTGTCCATGTTCAAGAGGATGAGGGAGGAGAGCCTCTCCTGGTT
CATGGTGGTCCTCATGTGGTTCTTGAGCCTTCTGAGACAGGAGAATGACC
GCTCCRCCTCACAGCTGCTGATGAGCATGGAGGCCAGGATAACGATCACC
TTGTATAGCTCCGGCATCAGGCAGAACACTCTCGAGCTTATTAACTCCGC
AGCAATTTGTGACTAAACCATGTCTTCTGTGTCAATATCTGCCTAGAGAA
ACATAAATTTTAAACATATAATGCAAAATGAAACATTATAATATTAACCT
TGAATTGGTGGAAGATTGCATGGTCTGACTGGASCTGCTCGAGTTCAAGT
CTGTAGTGCTTGGCGATACGCTCAATGACACAGGTCTCCACTTCACTGTC
ATTGACAATTGCAATGAGATCCATTGTGATGTTTGTATCGTCGGTGGCAA
ATCTGTTCTCAAGCTCTAATACAATCTTATTGATTGCAACATCGATATGT
GTTTCACGGAAGTAGGATTCAGTTGTTCCTTTCCACTTTATTCTCCTTGG
AATCTTCRCCTCCTTGAATTTCAAATCAATTGAGTTCTCCTGGTCATACA
TATACTGATTTCATCTCAGACGACTTCAACTCAGCAAGTTTCCAGATTGA
TGCAAAGATTTTCTCATTCTTAAGNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNAACCATCCCTAGAGATACAGCGTGTACAGCATC
GTAGCAGAGACTCCAGCGGGTAGCAGACTGGTTCTTCAGGGTCATCACCT
TGGCATGCTCCTCATCTTTACTTGTTATCTTCACCGACTTGTAGATTGCT
GACCTCTTTGGTGACCCTTCAATGAAGTTGTATAAAATTTATACTGTCCC
CATTGTATTTCTCAACAGGGTTATATCTGAGAGAAGATCCTTGACTACAA
GATTGAGGATATGGGCGTAGCAGTGCATGTAGACACACAGTGGGGCTGCT
TCCTTCCKCCTGGCGGCAAGACCCTTCTTGATGCCGGATATGTTGGAGGC
ACCGTCCGCGGCCGGAGAGACAGTGCGGGCAGGGTTAAGGCCTAGATCTT
TGACAGCCTCGTGAAGCTTCTCAAACAAATATTTGCTGTCAGTCTGGGTA
ACTTTTACAAACTTGAGGAAGCTCTCTTTCTTGATGCCTTCACTCGTCAG
ATATCCCAGTGACATACTGAACTGCTCCGTGTTTGACATATCTGATGTCT
CATCAACAATCACAGAGAACCAGTAGCCATCATTGCCAGCCCAAGTATTG
ACATCTTCAATTATATTTTCTGTCACTTTGGATGCTATAATCTCTATCAG
CTCATTTTGGATGTCAGGTGAAGTCCATTTGGCAAAACCTGCCCCAGCTG
AACCAAACTTTTGACTTCGGCCTCCAGTTTATCTTTGAGAATATGATTGT
CGTGTGAACACAAGGACAAAAGCTCCAAGAAGTTTCCTCCATTGTTTTCA
TTAGATTCTGTCAACTTTTCTCTTGTTTCGGAATCGCCCCTAAAAGCCAA
TCCTTGCTTTGCGAGGAGCCCAACAGTTTGGAAAAGATACCTCAAATAAG
CTCGCCACTTCACGACTTCCTCAGCATGTTGAGACTGAACATGGCCGAGA
ACCGAGGTATTCTCTTTGATGTGAGGAAATTGATCCACTTTTCCATCGAC
AGTTTGTGTTTTTTATTGTTAGAATGAACTTTCAACGAGGAACTANTTAT
GACTTAATTCATCTATATTTACATACCTATATGATTGGTGGACGGTTGAG
TAAGGTTGCTTTTTTTTGGTCCGCTGAAGCGGACAAAGCGCAATACGGAC
GTACGGCCCTGGTTATGTATACTGCAGCAAAGGAAGTCACACACACTTCC
ATTTCTACTGTCTAGGATCCCTCATCTTCTCCCKCRGTCTCAATCTTCGA
AGCCGTCAACATCTGCAATGTATAAAAAAGTCTCTATCACTTATTTCCAA
GGAAAGGGATTGACATTTTGAACTAATTAATAGTATTAGGGGAAGTTGTG
ATCGCTTTTCGCTTTATTTTGAAAATTACATAGTTAGTATTATCTGATTT
AGATCAAATATGTACGGTTTTATTAGATAACTTTTGTCATTTTGAATGGA
ATAAGTAATCACATGTTGATCCAATACAACGATTCCATTATTTTACCAAC
ATTTTCGATGATTGGCCTACCAATTCGTCTCATCTTCGKCGTCCATATTK
CCTGAACTGAATCGTTGGGACCACCACTTTGCTGTTGCATTCAATACTGT
ATTGGGTTCATAAACAGCAAAAAATTATTTGGTCACTTGCTCTGCCTTTT
CACCTTGGTCGTAGTGGTACTGAAGAATGTATCGAATTTCTCTATTATAA
CTTCCATTTTGGAACACTGTAACACATAACTGGCTTCACCATCAAAGACA
TAACTATAAAATAACTTTTTTTTAAGTGTACGCTTAACCTTTAAGCATAC
TTTATGTTGTTTTTATCAAATGTATTTATCGTGAGATTTAGTTCACTAAA
GACATTAAATTAAATTTTTTTTTTTCTAACATTTAATGTTTTAATTATTT
TTTGTAAACGTTAATTTTTCAAATTAGCTATGGATTTTTGAAGTTTTGAG
ATTTTTTTTTCAAAAAAATTCCAAAATCCAAGCTCCCTTCAAAAATCACC
CTGCGTACCCCCCTGTTATAGTCATGTAAACTGTAGTGTTCTTTATTCGT
TGATACGTAATTGTTTTCAAAATAGGCAGGAAAAATTTATATGTATAAGC
ATTCATATTCACTCTAACCAACATATACTTTATTTAAAAGCCACAACAAT
TTAGGCAATATTAATATCCCTAGTGAAAGGATTTTATCTTTGACACTATC
TTTTCAGTTAAATGGAAAATTTATATTTAATATGAAACTTGTGGAAATAT
TTTTTTATGTTTATGTTTAGAACGAACAAAAGTTATGAAGTACAAAAATT
ATATCCATAGATGAAAATAATATTATCTCCCGCTATGTTAAAAAAAGAAA
ACAATAGTAAACGTGGTCACCCTACAATTTGAAGAATGTTTGGGAGGAGA
ACCAGGGGTGTCTGCAAGATTATATTTTAAGGGAGCTTGGTTTTTGGATT
TAAAAAAAAAATTCTAAAATCCAAAGCTATTCACAAAAAAATTGAGAAAT
TATGTTTCTGCAGCATAAATTGACCAGTTTTTTGGTAGGAAATAAATCTT
TCAAAAAAATAAAAAAAACCTCTACCTGTGGACGCCCCTGAGAGTAGTTT
AGTCGCCATAACGTTTCTTTAAATTAACTCCTAGTAGCTATGAGATGAAG
GAAACAAACACAAAATCCAGTCTGTAATTGGCAATGATATAGACAGGAAT
TGCTTCGATATCTATTCTCAATTCTATAAACTTACACTTACAGCTCTGTA
ATAAAATCCTAAGTGTTACTTTTTATTTTTCACACACCAGAGATTACTTT
ATTAATTTTTTTTTACTATGTTCTCTCTTCAATAATATAAGAATAATGAT
ACCAGCTTCGAAAAATAAATATATATGAAGGTTTCAAATATACAAAACCT
CTTACATTAGAAAATATTTTTCATCTTTGTTTCGATTTCTATTTACTTAG
ATTTTAATGAAAGAAGAAAATCGTTAATTTCTTAACTTTAGAGGTATGGA
GTTACCTTCATTGTATCATCTGGTAATTAGCCAAATAAGTCAATCTTACC
CAGTACTATTGTTCTCTTAAATTCTCCATCATATTCATATTATTTAACCA
CAATCTTCAAAATAAATAACATATATATCTTACAGGAAATGTAAAAATTG
GGCATTTTGCAAAATGTCCGGGTAATCTATTAAATTCACAATATAGTGGT
CAATGGTCAGTTTAAGTTCATTTACATGGTCAGGTAAAATGATTGTGGGA
AATATGATTATATAGTTTCATTCTAACAAATTTGATAATCTAGTGCAGGG
ATGRCCGKCCTGTGGKCCCCYGGTCGTATTASGAGCCATATAATGTTTAG
GTGTGGCACACTTCAAGTAGTATTTTCTTGCAATATTGTGGCAATATGAT
TTGTGCGCGTAGAACGTTTATAATAAGTACAAATATTGAAAAATATTTAA
CAATATCACGTACTTTCTGAGACTCTAACAGGGTTGCCAGATTATTTTTT
AAGCAGTTTGCCCTAGAAAAATTAGATTTGGTTTTTTTTAAATATTTGAT
TTAATATTGAAATAAATTTGTATTTAATATTTTTGTTTTATATAGCCATT
CTTCAAGAAATTTAATTTAATATGGCCAACGGGCCATTAAAATATTTCAA
GTGGAAATGTGGCTTATTGTATTAAATAGTTAGACATCCATGATCTAGTA
AATTTTCATTGCAATTTATAATGTATTCAGACAATCAAACTATAATATGA
TAAGAAATAGTTACAAAATACTCCATTTTATTTTGCAAAATATACCTCGG
CAAACAGGCTGTGCAGGTGGTCAGGTGGMCTGTAATGTGGATCAATACCT
ATTCTCACCACTATCTTAAGTATCAAAGACCCATTTTAATAGATTAAACT
ACACCCCAGCCCACGGGTTACCCTATTGAACTGCTTGTCCACAAGGGAGA
TCAAAATCTATCGCCACTGCTATCCTGAGTATCAAGAACCCTTTTATAGT
ATACAATGATACAACCCATTCCACTATTGTCCAAGGGAACCACTGGTCCA
AAAAGTAGATTATTACCCATCACCACCGCTTTATTCAGCATTAATGACCT
CTTCTAATAGTCTTTAATAAACTATAAGCCCATGGGTTGTGAAAGTAAAC
CTGGGCAGTGAAATCACTGTCACTTACAATCTTAGGAAATGAGAGTGCAA
ATTGAGACATTGAAGACATTCTTATGATGTGGCAACAAGTATACAAGACA
AGTAAGTTGGCTGATGGAAAAAGTGGTTTGTTTAGTATGCCAAGAATCAT
TGCTTTCAATCAGGTATTGTGTGAACTTCATACGAAGCAATGTATGGTCA
TCCGATAAAGGTCGGACTTGAGGGCTTACATTTATCCAAAGAGTAAAATA
TAACCACAGAGTAGCATCTATTAGAGATTTGTGTAAATATAGACAAAGAA
AGGCTCGAAGTGGAGGGCATAAAGAGAACGCTGGTTAATGACAAGAAATG
GGTATTCTGTAAATAATAGGCATCTGGAGTACAAACTTGTTCTATCTGTG
GCCTTAAATGCCATGCTTCAGAACTTTCCAGAGTGCCCATGGGGAAAATG
AAGATGATTTAATATATCTATAGTACTCACATTGACAATCAGAGAGGAGA
TAATCACAAGCAAACAAGATGAGGAAACTCTCCCTAAGGCAGTTGAAGGA
GCCTGAGGTAGGACAGTGCGTCAAAGTCAAAGTTCAAGTATCGACCCTGT
AGAATAGATCCCCACTATGTCTTTTTTGTTCTGATGCAAATAGTAGAGAA
CGGATATTATAAATTAGGATAAAAAAAATGATGTCTTAAAATAGTTCAAT
ATAAGAAAGCAGTATGCCCCTTGCAAGGATTAATTCCTCAGTGTTGATGA
TTTCCCAGAGAGAAAGAAGTTACATTGCGACTGACTGCATCAATTCAGTT
GGATGAAAATGAATAAAGCTTGAAGTAGTGTACAGATTTTAAACAAATAA
GTCAATTTACAAAAAAAAAGAGCACCTCTTTAATAGCAAATAACACAATA
GCACAACATCCTGCAAAAGTAGTTTATTTGTTGAATATTTTTATGTATAG
AATAAATTAAGTAAAAATATTTAGGTAAAAAAAGAGGAAATAGGTATGTG
CAACAAAATATATTTTTTAAATTATTACATTTGTTGTTGAAAAGTATATT
TAAATATGTTTTTTGTTTAAGTCTATTTTGAAGAACCCAATAAAATTTAT
ATAAAATGTAGCTCGAATTTTATTAAATAGGATCATCAACTCTAATGTAA
ATTTTTATTAGATCCTTATTTGTTATTGTAGTTGATATACCCACATTATT
ACATTCATTCAAATTGCTCACCTTTTTTGCTTACATTTTAGTATTAAAAA
AACACCTAAACCCCCCATTTGTAGAGGAATCCCTTGAGTAGTGAGCATAA
CGAAGATTTTTGTTACTCAATGGAGTGGTGGCGGMGGSTAATGGCCCKCC
TTTTCCACCAACGGTTCCTTTGCACACCCCAGGGGTGAGGTGTATTATAG
GATATCAAAAGGGGTCCAAAATGCTCATGGAAGCGGTGGTAGTAGGTAAA
AAGCCCCATTTTGGAACCAGTACTTCACTTGTACAACTCATTTGTATAAT
TTGGCTTGAATTCTTGATTATTCACTCCATATCACGGAATATTCTAAATA
TGGGGAAGTGAGGAACAGAGAGAGTTATAATCTACCATCCACTGCTCTTT
TATTGAAGTTCTTGATTCTTTTTTTCTCCTTAAGTCACATTTGCTTCGTC
TCCTAAGAAAACAATTTCATTAACAAGTGTTCTTTATGTATATAACGCAG
AAATAACTCCTCTCAATCACATGGATATCAATTCAATTTATAAGGTGGAA
TTTTGAGATGTATGGTCTATGTGAATAATTATATAACCTTGACACTTTAA
GCCTCATCCCTGATTAGGGATTTATTTAATAGTTGTGAGTCTCATTTGTG
ATTGGAAAAAAGTGAATTGTTATTCTAAACTCACCTCTCTTTTCTTGATA
AGTATACTATTCTCCTATTGCATAAAAATAGTTGTATCAAATCATCCTTT
ACTTATATGATATAATTGAAGAGTTAAATAAATATCAATTCCATTTATAA
GTTTGAATTCGGGCTTTACTGTAAAAATAGACAATTGTACATCTTCAACA
CTTCAAACCTCACTTCTAATTTCTTTAGTACTCTTAAGACTATTTTGCCT
TTGGAAAACTAATGGAAGATTATTTTAAACTCTCTAAGATAATATGTTCA
TCATTTATTCATATTTTGGTCTGAAATGCATTATTCTATTACGATATTAT
ATATTTATAGTTATTTGGAACTTTTAAGTAACTACGTGATTTAAAAAATA
CAAATGATTTCTTAAATTTAATAGATTTCTACTTAAACATTTGAATATCG
TTGCAATTCCCAAACTTATTGACTCGGGAATCTTCTTCTAAATAGCTAAA
TTGCTTGTAACACATTCGAATATTCCTCTCTCGAAGATAAGAAAAGAAAA
GGCGTGTTTTAACATTAGTATCAAAAAGTTTCAATGAATATTCTATCCTA
AAGAAAGTTTCTCATTCTAGCGATTGGCACAACATTTTTGTTTCTAATGC
GGATTACTGTTTCGCAGTAATAAATGCTTACATCCCTAACGAGAAATCGT
TTATTTTTTTTTCAGTCAATAAATAATGGTCAAATAAACATTACTTTACT
ACTTGTTGGCGACTTGAATGTGGATCTTGACAAGGAGGATTGATACTACC
CAAATAAGCCATTCTAAATAAAATTATTTAAGTAGATAATATGAAGATCA
GATCTTCAGAAAAACAGTTTCCTGGAGGAGGGGGCTATATTCTTCGAGAA
TTGATTGTGCTCTCGTCTCTAAATCATTTCTGTCAAGAATTAAGACTACT
AAGTATCGTCTGAACCTACTTCAGATCATAAAATAGTTGAAATTTAGTTA
TACAGCCTTGTGGGAACTCCAAGTTTCAAAATACCGAAATCGATACTTAA
AGAAGAAGGTTTTTGAAGGGCATGAAAACTAAACTAGTCGACTCTTTTGA
TTCAAATGTTTCTGCCAAGCAAGCTACTAAAAAGTTTAACAGCATCATTA
AATTATCACCATGCAAATATATTAGAGATACAAGGACTGCAGTAATGCAG
TTTCAAAAAGATGTAGATGATATTTTAGATAATAAGTCCCTTTTTTAAGG
AGCTAGACGTCAGACTTAATTAATACATATCAAATACCAGAAGTTTCGGA
AGATAATATGAAGAAAAAGGTGTTAAAAGAAAATAGCCACGCTCAACAAG
CTGATTCTCAACAAAAGGATCGAATCCCATCAGGAAGGTTTTTTGAAAAA
CAGGAAGATTGCAGATATATCATGCAATATTCAATGTTCGATAGAATCAT
TGGGTTTAAATAATATGTTCGGTGCTATTATTGCAATTGACTTCAGCAAA
GTATTTGATTCTATTTATCATCGACAAATCCTTTATTTTGTCAAATAGTT
ACTGGCGACTGTTATTAAATGGGACCTCCCTCTACAATCACCTTGGATGG
TCTAGAAAGTGCTTCAATACTTCTTATAAGGACCTGCACATAAAGATGCC
CTAATTTTTATTGCTGCAACATAGGAATTTACTTAGGATGTTAGGTGCAA
GTACTCTGTGTTAGGAGTTAATTTTGGAAAGAAAAAAGCATCTTTTTAGA
CATATATGCTCATGATATAACTATTCATGTGGAAGGAAATTCGGAATCGT
AGTTGAAGAACAGGATTGAAATTTTACTTTCGTTTGAAAAAAAAATGGAA
TTGAATAAAAGGAAAACAGCAACCCTCCCATTGTGGGAGTGGACTCCACA
CGAGGACTCTGAAATTCAGGGATGCTAAGTTAAGGATAAAATTAAGGTTC
TTGGAATTGAATGTGAAAGACATGGAGAGTCTGTTTCAAATCAAAACTAT
TTAGAAAGGTTTATCATCCTTAGGATAGCTGAATGGAGGGGATTGAACTT
GCAGACGCGTGTCGACATGTACAGCTTAAATTTGATTCCTTCAGTGCTTT
ATTTAGCTACCACGTTGCCAAGATTGTTCAATTGGGCGATCGAAGCTGAA
AAAGATTGGCTATAGACGTTATTTCAGCAAAATCATATTCACGCTCTAAA
AAGAGCAAGGAGACAACTTAGCAAGGTTTAGTTCAGTTAGGTAATGTTCT
AACTAAAATATACAGGAAGATTATAAATAATTTATCCTGTTATCTGGAAA
AAGAATGGCGTTCAGTCATTCTAATAGTAAAATCTTTGAATTCATTACGA
TCATTAAGGGAACTTTTTACTACTCGAAGAGTTGATTTTTTCTTGAGCAA
AATTGACAGGACAGGAAAGATGTCAAATAACAAAAACTCTGCTTATGTTC
ATGTAAAAAAACTAGAAAAAATTATTAAACTATCCTCTAATCAATAAAAT
TTATACTAATCCCTGTTAGTTTATTAATATTGTTTTATTCTACAGACGCA
ACGAAACAAATAATCTTCATATTATATTACATAGAAGGTTGATTGTTCGC
ATAAATAAATTATTGTTAACTTCAGAAAAAAAAGGAAAGCAAATATCCTA
CAAAGTGAAAAAGTGTTAGTCTTGCATGAATGTTAAATTCTTGGTAATAT
TTATCTAAATTTTGCGCGAAAATAGGTTTGAATTTTTATTTTTTTTAACG
ATTTATTTTCTTATAAAAAAGGTTATTCGGGCAATGAGAGCAAAAATTTT
AGTTCTTAAATTTTTTTTTCAAAAATTTAGTTCTTAAATTTTTTTTTCCA
AAAATTTAATTATTTGTGATTGAATAAACTTGTAGACTATACTAGGTACG
TGAGATATTCAATAAAAATACGCAATTTTTCACTTTGAAAATCTTTTTTT
TTTAATATTTGATTTTATGTTATACATTAGGATAAAAGAATGTTTATTCG
TCTAAAAATGTTATTTATTTTAGATAAAAGACGTTTATTTTGAATTATAT
TGACTATTTTTATGTAAATATTTATATATATTTTTTCAAAGTTATGAAAT
TTAGAAAACTTCAAGGGCGGTGTGCAATCTCTAATCATTGATCACTTAAA
CTAAATATTTCAAAAATTTTTTTTGATTTTTTATCAATAACAACATATTC
GAACTATACTTACCTAACATTTTGATTGAAAAAAAGAACCACTAAATGTA
TTTTTATGTAATAGTAAAATAGTAGTTATAATATAATTATTATTTCAGAT
GTTTGATTTGTAATGTAAAGATATTTAGAGTAAAGAACAACTCAAGGAAG
AGAAATATGGAAAACAACAGTAAAGAAATTTGCAAAAGCACTTCTAAAAA
CAGCATAGCAAAGTCGATATCTGGATATTCCATAGTATTAGGTGTAAATG
ACCAGCTTACTCATTCTGAATCAAGTTATTCAATCTCATCAGGTAAAGGT
TGTCGATTATTATATAATAATGTAATATATTTTAAGTATTTTAAAAGGAA
TATCAAATATCAGTACATCAAGTAAAGATTCAAAAAAGTCTATGAAATCT
ACCTCTTCATGGTTTTCACTTGGATCATTGTCTTCTTTTCAAGCTAACGG
TGGATGTCTACTTATAAACAAAAATGTTTTGTCGAAATCTCCGAGGGTAA
CTAAATTCATTATAATATAGTTAAATCTGTAGCTGAATAATATTTTGAAT
ACTAAAACAAGGGAGATCCACTCTCGGGTGGTTTGTATTTTTTTGTTTTT
TTTGTTAGTAGTTTCAAGTAGGAATTTTCAAAAAAGAATATTTGTTTAGA
AATACCGTTTTTGAAAGTATAACACGGAAGAGGTGCGTCACTGAGTTATT
CGGGACTTAGTAATTGGTGGATTAATATTTATATGTATATTCTACAGTTT
ACTGATATGATATGGTGACTATATATAACAATACAAGTACATCTCTATGA
ATGGACAGCGGACTAAAAAAAACGTACCTTCCAAAGACCAAAGATGATAA
AGCTTATTTCTATTCATCAATTCAATTTCTTCTTTCTCTCCATAATGTAA
AAGAATTTATATTACTCATTATTTTTTATCAATAAGGATAACTTTTATTG
ACTCAATGTGAAACATTACTACAATGGCAGTTTCTAAGCTCTCCTGCATT
TTGTCAGAGAACGTAGCACAAAAGAAGCTCATGGATTTAGTATGTTGAGG
ATGCAGTACTTATCTTCCTGTTAGCTGGTGAGGAAGCTGAACAGAGATTG
AGGTGTGAACAGGCCTCCTCAGATCATGATGCCAATGAACTTGCCCAGGT
CGAGTTGCTCCATAACTCTACCCTAATACCAGTGTCTAGTGAACAGTCGC
CATTAGGCAAAAATGATGTACATTTCAGTTTCTTTTAGAGGAAAAGGGCA
TATACTTCGCAACAAAGAACAATGCATTGTTTTCATTGCAGTCATTGTCT
ACTCGAAGAATCACAATCTATGAGGATGATTTCTGATTTTACAATGTCAA
CTTCAGCGAACACCTGTTTGATCTCGGGAGATGGCCCTGCAGTAAAATTT
CACTAGATACTTTATCCTTATCTTTTTTTCTGCCTCCAGAATTCGTCTGA
CACTAATATAGATGTTTCCTCCCCTGAGTTATCAGTCCCAGCCAAATTTT
TCCTTGGTGTTTTCAGACTGGAACATACCAAGCAAGGAATAGATGAAATC
CTTGTCCACTACGTCCAGCAACTAGTTTGTAAGATCAACTGCAGCCAAAC
ATGTGTGTTTTGATAGTATAAAAATTAATATTAAGGTTCTTGGGGGTACC
GTCATTGCCTGTCGGTATCTGGGGGTACAGCACTTCCATATCGCCATCTT
CAAAATAATAAAAGTCACACAGAATTAATTTTACCATAATAGAACATAAT
CCAGTCCTTTAACTTCTAATTAATAAATAGAGAGTTCAATTATATTCCTA
ATTGAAAATCTTATTGTAAAAAATGTCTCCTTGCTCAAGTCACACTTTCC
TGAATTCTCCCTATCGTAAATCCATTTCTAAATTTTTTCTAAGAAAGGTA
GAGTGTCACATTTTTTAAAGATTACTGCAGCCCTTCGGTGATCACTTAGG
CGATCAGCTTCAAAACCATTTTTTTATATTTATCCTACACCAAAATTATT
TCACTAGGGATAAAAAGTTAGAAGTTACTTCCCACATTGGGTTAGTCCCC
GCAAATGTTCTTAGTCCGGATGTTGTTGAGTCATGGAAACAACTATCAGC
TAGTTTAATACAAGTTCGCTCAATAGTCCTTGGATGAATGACTTTATCTT
TTATCTTTTTGTCACCTTCCTCATTACATATTTTTTTGACAAGTAACTTG
GACCAGGAAATTGTGAAGGTACGGCATCCCTATTCAAAAGTCGACGGTCT
AATGGCTGGCCACATGTTAAGTCTATTTTACGGAAATCATTTTCCATAAA
GTGAAAGGAGCATACAACCCTAATCTTATTATATATAGATGTTCCATCTG
AATTTTTTTTGTATGATAGAGTATATATTTATTTGAAAGAAACCTTTTCA
ATTGTGTTGAAATCAACATACAAAGATTAAAATACATACATGGAGCATAA
TCTCTGGGTATTGCTCACTTCTATTTAACAAAAATTTCCTCATCTTTTGG
AAAACTGTACAAAGATGGCTTCGATGATCCAACATTATCACTTGATGATA
GTTTCACCATTTTTCAAAGTGGAAGAATGCATTTTGAATTTTTCCCCATG
TTACTAGTCTAATAATACAAATATGATAACTTGCTTAAGCTCATCAATAA
TTCACATTCTGTAAAGAAAACTATTTCAATGAACTCATTTGATAATTATT
GAATGAACTTCATTCATAGAAAAATAATTTTAACTAGGACTTCTTTTTTA
TTTTTATCGTACACAAGCAGAAGCATTCTAGTCCTGTAATAAAAGACGTC
CTTGTTTAAAACCAATCAGTCTGGTTTTTTTCGTTATTTTTAAATCCAGA
TACAGCTTAATTTACAACTGCAAAAATCAGGGCCAGTGCTTTTGATGAGT
AAAAAATACGGAAACTCTTCAGATATGCTCTCCTAAAATAACCATGACCA
GATAGAGGAAATCGTTGAAAGATACTTCTAAATTAATAATCCATCTCAAG
AGAGCAGAGTTGGCTCCTTCCTTGCGAAGGAGATTCCAAGATTTCGACAT
TGAAGAGATCCATTCACAATGAGTAGGGAACTACGATAGTTGAAATATAA
TTAGTATTTACTTTATTTAAGTTTCTACGAAGCACGGTATTATATTATGA
TTTTAATTATTATTTATTATGAAGTGTGACGTCTTTATCGTTACATTGAA
ATAGTAAANATTACTGAGATAATTTATTAAAGTAGGATAAAGTTTGTTTA
TTCATATAGATTATACATCAACAAACTCCACCTTATAAATTGAATTGTGA
TTGAAAAAAGTTATTTCTGCATTGTATACATCAAGGAAACTGAAGGATTC
TTATCAATGAAATATTTTTCTTAGTGTAAAAGACGAAACAGAGTTGACTT
AAGAACAAAATTACCTCAGATTTTGAATGAGGAAGCAGTGGATGGAGGAT
GAGAACTCTTTCTTCTCCTTGAGGGGCATGTTACCATATTTATTTGTATA
TAACTAGTGTATATATATATATATATATTAATATATATATTTCTTTCCTA
TGTACGTTCTTATATTATTATAAAGTCAGTCACTCTTACACCATTCAACA
TATATTTAAAAATTCTGCTTCGGTTTTTGATTGAAGTAAAAAACTTATAC
TGAGTTTCTCACTGTTTCATCTAAAAAAATATAACCTTCTTTTATATTAT
CGCCTCATATGTTATAAATAAAGGCGTGGTTAAATACATGTATAGAAAAT
AAATGAAACGAAAAAAACACAAGAAATATCCAAAATTATAATTTTGATTA
ATTTAAAATTATTTTTGCTCGTGTCTATATTATTAAATTTTTTGGTAGTT
GTATTGGTCATTTGGATCTTCCTCAACAATGTTGAATAAATATTTCATTA
TTGCAATCTAAGAAAATAATGAAAGATGTTCCTTAGTTATATTTGTGCAA
AAAGGAGTTTATTGCATTTTTTTAAGTTAATGGTGTGTACTCTATAATTT
CCAAACATATATAATAGAGGGTGAAGTTTACATTCCACCATATTCACKCC
TAGCACCTCCATTATGTTCAGCCATGCATAACTAGAAGCTCCTATGTGTC
ATAGACAGCCAATCAGTCACTGCATAGCACCCAAATGCTCCAATGCCATT
CCTGAAACATCAAGAATACTCTTTTCCTAAGGAAGCAGAAAGGGCCCATC
TTGACTACCTCCCCATTAAGGATGCAAAGCTCTGAGATGTTAAAACCATT
CTGAACCATGTTTACCTTACGACTCCGTAACTTTTTATGACGAGTTTAGA
TGAATAAGGAAAGGCAGCGAAGAAATGGACAAGTATCAGTATACTTGTGA
ACACTCATAACAAAAATTAATAAAATGAACCCTTAACCCCTTATTTTTTT
CTGCATTCCTTTGTTTCAACGTCTGTTTCTTTGTTTGCCAAATTGTTGGT
TTTTGCTTGAAATGAGAAAAATTATGTGGTTATTTTTATTGATATTTTAC
TAATAATTTTACTTAATTCTAACTAAAATATCATAATTTTTAGTCACAAC
GCCAAAATATGGAAAGTAATGAATAA

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