EMLSAG00000002351, EMLSAG00000002351-685117 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000002351
Unique Name	EMLSAG00000002351-685117
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000002351 vs. GO
Match: - (symbol:CG4133 species:7227 "Drosophila melanogaster" [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR007087 PROSITE:PS00028 PROSITE:PS50157 InterPro:IPR015880 EMBL:AE014134 GO:GO:0046872 SMART:SM00355 UniGene:Dm.5468 GeneID:33221 KEGG:dme:Dmel_CG4133 FlyBase:FBgn0031257 EMBL:AY075499 RefSeq:NP_608526.1 EnsemblMetazoa:FBtr0078061 UCSC:CG4133-RA eggNOG:NOG87912 InParanoid:Q9VPQ3 OMA:HYNTHPR OrthoDB:EOG7MSMRH GenomeRNAi:33221 NextBio:782508 Uniprot:Q9VPQ3)

HSP 1 Score: 111.309 bits (277), Expect = 2.673e-25
Identity = 77/227 (33.92%), Postives = 105/227 (46.26%), Query Frame = 0

Query:    7 FKIFFVYLLICIS-TPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELD-------GDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYI---GLSGDLDSLLKKRNSELNNEGKETSS--KPRDREFT 220
            F+I  VY L+ I   P N I I+    CSR  S +VR+I+     PI  ++ +KL  ECPLH  RD++  ++ AK   R   WTC  CGKSF++E +LD H    H       ++AVCLAD+CDI RC+ FE +       GD  I  +      +   N AL       L+ +        +  A +    L  D  S   K+N     E     S   PRDR  T
Sbjct:    8 FEIALVYFLLLIPWPPTNVIRIL----CSRDNSRLVRKIVRSKWTPILDKHQVKLPLECPLHPFRDVFAPRQDAKQRDRPTQWTCRKCGKSFYQEKHLDLHFDTRHKSIINEAEDAVCLADFCDIMRCEVFETEDASSLKFGDQHIVTDIEVWGDSLGQNSALAKANAAYLSLIPRTSTLGASRAAKVQNRQLLQDKPSQASKQNQSPAGERTHPQSHHHPRDRAST 230

HSP 2 Score: 49.6766 bits (117), Expect = 2.723e-5
Identity = 24/90 (26.67%), Postives = 46/90 (51.11%), Query Frame = 0

Query:  256 KEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSS-SLALFLILGLTLALFLAISYYV 344
            +  C    +  +  +C+ L+  C   LL  +S + +K +   +++ +CWYLTC+RY +  G  +P +    L +IL   L+  +   YY+
Sbjct:  320 RANCKPEELSKLKNRCEILLRSCIGGLLLSMSDQAFKEMEDEMNKAVCWYLTCDRYWED-GPLEPRAFPWGLIVILIFVLSTGICFCYYI 408

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BLAST of EMLSAG00000002351 vs. GO
Match: - (symbol:AT5G40710 "AT5G40710" species:3702 "Arabidopsis thaliana" [GO:0003676 "nucleic acid binding" evidence=ISS] [GO:0005739 "mitochondrion" evidence=ISM] [GO:0008150 "biological_process" evidence=ND] [GO:0008270 "zinc ion binding" evidence=ISS] InterPro:IPR007087 PROSITE:PS00028 InterPro:IPR015880 EMBL:CP002688 GO:GO:0046872 SMART:SM00355 EMBL:AB009052 ProtClustDB:CLSN2686191 EMBL:BT025033 RefSeq:NP_198887.1 UniGene:At.43337 EnsemblPlants:AT5G40710.1 GeneID:834071 KEGG:ath:AT5G40710 TAIR:At5g40710 InParanoid:Q9FM27 OMA:YVEKERY Genevestigator:Q9FM27 Uniprot:Q9FM27)

HSP 1 Score: 68.1662 bits (165), Expect = 1.106e-11
Identity = 35/101 (34.65%), Postives = 51/101 (50.50%), Query Frame = 0

Query:   33 CSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRC 133
            CSR +S +  +I+ +   P   +   +L   C +H   DIY+ QE  KL   +N W CGFC K+F++E  LD H    H ++ L      CL+D C    C
Sbjct:   52 CSRERSRVAWKIIQEYLMPYVEKERYQLPSTCRVHRDNDIYREQEEHKLRSDINEWRCGFCKKAFYEEKYLDKHFDSRH-YNLLNASHGKCLSDLCGALHC 151

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BLAST of EMLSAG00000002351 vs. GO
Match: - (symbol:AT5G63280 "AT5G63280" species:3702 "Arabidopsis thaliana" [GO:0003676 "nucleic acid binding" evidence=ISS] [GO:0008150 "biological_process" evidence=ND] [GO:0008270 "zinc ion binding" evidence=ISS] InterPro:IPR007087 PROSITE:PS00028 PROSITE:PS50157 InterPro:IPR015880 EMBL:CP002688 GO:GO:0046872 SMART:SM00355 eggNOG:NOG87912 EMBL:AY063959 EMBL:AY084683 EMBL:AY133853 RefSeq:NP_568969.1 UniGene:At.70283 UniGene:At.8846 EnsemblPlants:AT5G63280.1 GeneID:836448 KEGG:ath:AT5G63280 TAIR:At5g63280 InParanoid:Q8VZP2 OMA:FLHQREM ProtClustDB:CLSN2686191 Genevestigator:Q8VZP2 Uniprot:Q8VZP2)

HSP 1 Score: 67.0106 bits (162), Expect = 2.280e-11
Identity = 37/101 (36.63%), Postives = 49/101 (48.51%), Query Frame = 0

Query:   33 CSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRC 133
            CSR +S    QI+     P       ++ K C LH   D+Y+ QE  K+H  V  W CG+C KSF  E  LD H +  H ++ L   +  CLAD C    C
Sbjct:   50 CSRERSRAAWQIIQDYLTPFVERERYEIPKNCRLHPDNDLYRDQEHHKVHVDVFEWKCGYCKKSFNDEKFLDKHFSTRH-YNLLNTTDTKCLADLCGALHC 149

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592943157|gb|GAXK01015396.1| (TSA: Calanus finmarchicus comp1915850_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 156.762 bits (395), Expect = 7.202e-42
Identity = 101/322 (31.37%), Postives = 159/322 (49.38%), Query Frame = 0

Query:    1 MTSSYLFKIFFVYLLICIS-TPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEY--GMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKK 319
            +T   +  +  V LL+ +   P     +   + C+R  SSI R+++H+   P+  ++  G++L  +CPLH  RD+    ELAKLHYRVNLWTC  CGKSF  E  L+ HI   H   +  GD +VCLAD+CDI RC    +            ++ +    KA    P +EL  L+       N++A  GLS D   +    +S  ++        PR R    ++ + I ++         +D  E  +        + +CD+  M D+  KCQ L++ C +PL   LS +E + + + L+ ++CWYLTC+RY    G K+
Sbjct:  410 LTMWKVLAVAGVMLLVLVPHMPPPPTSLQPTRHCNREMSSIARRLIHQAWMPVVTQFQPGLRLPHQCPLHPWRDVQGKAELAKLHYRVNLWTCAECGKSFNGEAELENHIHARHPSLSTPGDFSVCLADFCDIMRCSLQRVASRRPWPTRQPYQAESVQLAKA----PSRELVALLE------NTDA--GLSLDPVDI---SHSCTSSYCVGVPGSPRLR----RQMARIAQN-------ESEDCPECSAR-------RSQCDSDKMADLQVKCQMLVNTCVAPLALHLSDKELEDLKEKLEAQVCWYLTCDRYWSVQGGKR 1276

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592896243|gb|GAXK01062132.1| (TSA: Calanus finmarchicus comp3490477_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 41.2022 bits (95), Expect = 3.874e-3
Identity = 22/73 (30.14%), Postives = 31/73 (42.47%), Query Frame = 0

Query:   64 CPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGF 136
            C   F R  Y  Q +  +H    +WTC  C KS+ +E N   H    HS         +C+  +C IF  +G 
Sbjct:  897 CDKGFRRPKYLKQHVEDVHGCQEVWTCSICKKSYKQERNFKMHYRLRHSDLVQCFKCPICIKSFCLIFL*RGI 1115

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592924665|gb|GAXK01033750.1| (TSA: Calanus finmarchicus comp83999_c6_seq55 transcribed RNA sequence)

HSP 1 Score: 37.7354 bits (86), Expect = 9.158e-3
Identity = 14/26 (53.85%), Postives = 17/26 (65.38%), Query Frame = 0

Query:   86 NLWTCGFCGKSFFKENNLDFHIARSH 111
            N W C FCGK+F +ENNL  H+   H
Sbjct:   10 NPWNCTFCGKAFARENNLKVHVELVH 87

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592757888|gb|GAXK01196525.1| (TSA: Calanus finmarchicus comp818954_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 39.2762 bits (90), Expect = 1.853e-2
Identity = 20/65 (30.77%), Postives = 31/65 (47.69%), Query Frame = 0

Query:   63 ECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADY 127
            +C   F R  Y  Q L  +H  ++ W C  C KS+ +E NL  H+A  H+         +C+ D+
Sbjct: 1452 KCNKGFRRLKYLMQHLLDVHGELDRWKCELCTKSYKEERNLRMHVALRHNAQVKNFKCRICVKDF 1646

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592924715|gb|GAXK01033700.1| (TSA: Calanus finmarchicus comp83999_c6_seq5 transcribed RNA sequence)

HSP 1 Score: 38.1206 bits (87), Expect = 2.888e-2
Identity = 15/30 (50.00%), Postives = 18/30 (60.00%), Query Frame = 0

Query:   82 HYRVNLWTCGFCGKSFFKENNLDFHIARSH 111
            H   N W C FCGK+F +ENNL  H+   H
Sbjct:  487 HLIFNPWNCTFCGKAFARENNLKAHVELVH 576

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592924716|gb|GAXK01033699.1| (TSA: Calanus finmarchicus comp83999_c6_seq4 transcribed RNA sequence)

HSP 1 Score: 38.1206 bits (87), Expect = 2.991e-2
Identity = 15/30 (50.00%), Postives = 18/30 (60.00%), Query Frame = 0

Query:   82 HYRVNLWTCGFCGKSFFKENNLDFHIARSH 111
            H   N W C FCGK+F +ENNL  H+   H
Sbjct:  527 HLIFNPWNCTFCGKAFARENNLKAHVELVH 616

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592924709|gb|GAXK01033706.1| (TSA: Calanus finmarchicus comp83999_c6_seq11 transcribed RNA sequence)

HSP 1 Score: 37.7354 bits (86), Expect = 3.309e-2
Identity = 15/30 (50.00%), Postives = 18/30 (60.00%), Query Frame = 0

Query:   82 HYRVNLWTCGFCGKSFFKENNLDFHIARSH 111
            H   N W C FCGK+F +ENNL  H+   H
Sbjct:  487 HLIFNPWNCTFCGKAFARENNLKAHVELVH 576

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592924713|gb|GAXK01033702.1| (TSA: Calanus finmarchicus comp83999_c6_seq7 transcribed RNA sequence)

HSP 1 Score: 37.7354 bits (86), Expect = 3.373e-2
Identity = 15/30 (50.00%), Postives = 18/30 (60.00%), Query Frame = 0

Query:   82 HYRVNLWTCGFCGKSFFKENNLDFHIARSH 111
            H   N W C FCGK+F +ENNL  H+   H
Sbjct:  527 HLIFNPWNCTFCGKAFARENNLKAHVELVH 616

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592924621|gb|GAXK01033794.1| (TSA: Calanus finmarchicus comp83999_c24_seq5 transcribed RNA sequence)

HSP 1 Score: 37.7354 bits (86), Expect = 3.840e-2
Identity = 15/30 (50.00%), Postives = 18/30 (60.00%), Query Frame = 0

Query:   82 HYRVNLWTCGFCGKSFFKENNLDFHIARSH 111
            H   N W C FCGK+F +ENNL  H+   H
Sbjct:   13 HLIFNPWNCTFCGKAFARENNLKAHVELVH 102

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BLAST of EMLSAG00000002351 vs. C. finmarchicus
Match: gi|592781803|gb|GAXK01172765.1| (TSA: Calanus finmarchicus comp1016521_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 35.4242 bits (80), Expect = 7.871e-2
Identity = 13/25 (52.00%), Postives = 20/25 (80.00%), Query Frame = 0

Query:   87 LWTCGFCGKSFFKENNLDFHIARSH 111
            ++ C FCGKSF  +NN+ FHI+++H
Sbjct:  126 VYYCKFCGKSFNAKNNMYFHISKTH 200

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BLAST of EMLSAG00000002351 vs. L. salmonis peptides
Match: EMLSAP00000002351 (pep:novel supercontig:LSalAtl2s:LSalAtl2s144:1091091:1139300:1 gene:EMLSAG00000002351 transcript:EMLSAT00000002351 description:"maker-LSalAtl2s144-snap-gene-11.11")

HSP 1 Score: 719.539 bits (1856), Expect = 0.000e+0
Identity = 349/349 (100.00%), Postives = 349/349 (100.00%), Query Frame = 0

Query:    1 MTSSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYVKKYGN 349
            MTSSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYVKKYGN
Sbjct:    1 MTSSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYVKKYGN 349

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BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: gb|EFA03538.2| (hypothetical protein TcasGA2_TC013541 [Tribolium castaneum])

HSP 1 Score: 162.925 bits (411), Expect = 1.317e-45
Identity = 103/350 (29.43%), Postives = 162/350 (46.29%), Query Frame = 0

Query:    1 MTSSYL-FKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKS-----SNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            M S+Y   +I  +++L  I  P   +  +   SC R  + IVR+I+     PI  +Y + L  ECP H  RDI+  Q+ AK  +R + WTCG CGKSFF+E  LD H    H       ++AVCLADYCDI RC         +++ +T           S   KAL    P+E+A          + +     +       K    E  N  +E  S   D +      +    DL + A P  D+  +  +      ++K  C    ++ I  KC+ L+ DC + LL +LS +++K +   L++ +CWYLTC+RY +       S    L  ++ + L+L + + YY+
Sbjct:    1 MKSNYFNVQIIALFMLSLIPWPGPTVFKI---SCPRDNARIVRKIIQNKWIPILEKYKVSLPIECPFHPIRDIFGPQQAAKQQHRPSQWTCGLCGKSFFEEKYLDMHFDNRHKGFINMAEDAVCLADYCDIMRCDVLITQDPKTVYPDTVNTDIEIWREASSYTKALATSGPREVAKYTFKDGIYPHLQKSGKATKPTKHCQKNEAPEAPNSNEERQSAGDDDKLQNSSNNVCQNDLVDSALPAPDNRQQRIAELQ---KLKANCKPEELQKIKTKCEILVRDCIAGLLIQLSVKDFKEVEDELNRAVCWYLTCDRYWEDTQGDIRSFPWGLLCMIIMVLSLGICMCYYI 344

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BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: EEB18319.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 151.754 bits (382), Expect = 2.611e-41
Identity = 101/366 (27.60%), Postives = 168/366 (45.90%), Query Frame = 0

Query:    8 KIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRC--------KGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGE----REINSEAYIGLS----------------GDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHH-ESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            K+  + +L  I  P   +  +   SC R  +S+VR+++ +   PI  +Y +K+  ECP H  RDI+  Q+ AK  +R + W+CGFCGKSF++E  L+ H    H +     ++AVCLADYCDI RC        K   L+G   +  +       +    AL +  P+EL  +    +    ++  S  +                      +     K +S+ NN   +T     D   TK    +    +D+  PP+D     + F       ++K  C    +  + ++C+ L+ DC + LL  LS EEYK + + L++ +CWYLTCERY +    +       L  +  + L+L + + YY+
Sbjct:    4 KVIVLVILSIIPWPGQTVFKI---SCPRDSASVVRKLIQRKWIPILEKYQVKIPVECPFHPIRDIFGPQQAAKHQFRSSQWSCGFCGKSFYEERYLELHFDNIHKNQINVAEDAVCLADYCDIMRCEVLVTQEIKNKHLNGKGQMNTDIEIWREATVYKTALTLSSPRELVRVTPKDDKTQGKKFKSTTFSSPPPPSSSSSSSSSADTRCSKVTEKKGKSDSDKNNNSPDTGDG--DMNNTKDTCDNNNNLVDSALPPSDKKGKIQEFQ------KLKTNCQPEELLKLKQRCEVLVQDCIAGLLTNLSMEEYKDVEEELNKAVCWYLTCERYWEDSFEEIRPFPWGLVFVFIMVLSLGICLVYYI 358

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BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: XP_006560455.1 (PREDICTED: uncharacterized protein LOC410449 isoform X1 [Apis mellifera])

HSP 1 Score: 141.739 bits (356), Expect = 2.225e-37
Identity = 106/370 (28.65%), Postives = 175/370 (47.30%), Query Frame = 0

Query:    2 TSSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGF-ELDGDNSIFNETNGKSS--------NSDGNKALVVG-----------PPQELAFLINAGEREINSEAYIGL--SGDLDSLLKKRNS---ELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAI--SYYV 344
            T  +  ++  V LL  I  P   +  +   SC R ++S+VR+I+ K   PI  ++ ++L  ECP H SRDI++ Q+ AK  +R + WTCG CGKSF+ E +LD H    H  +    ++AVCLADYCDI RC      D ++S+ +E  G  S        N++     V+             P E    I+ G    N + Y     SG L++      +   E+     ++++   + +  ++      E+L   A P  D         L   ++K  C    ++ +  +C+ LI DC + LL  LS  +++ I   L++ ICWYL+C+RY  +  +K+       +L+    + LF +I   YY+
Sbjct:    3 TQPFHIEVLIVLLLSVIPWPGPSVFKI---SCPRDRASVVRRIVQKRWMPILKKHQVELPLECPFHESRDIFRPQQKAKHQHRPSQWTCGLCGKSFYAEKHLDAHFDNRHKSNVNTAEDAVCLADYCDIMRCDVLGNRDFESSLVDEEGGHHSTDIQVWKENTEQRTTSVMSCESRPGLSRTYSPVEKGCTISGGGAVTNIQQYCQREDSGALENHRLPGTAYHVEIAGPDNKSNACENEEDEDEEDDEDDEENLVEAALPAVDKKQRRKG--LHLRKLKANCKPEELQKLKLQCEVLIRDCIAGLLTNLSVRDFQEIEGELNRAICWYLSCDRY--WEDTKRQQRHTPWYLLTIFMVVLFSSIYACYYI 365

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BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: XP_393929.2 (PREDICTED: uncharacterized protein LOC410449 isoform X2 [Apis mellifera])

HSP 1 Score: 140.969 bits (354), Expect = 3.924e-37
Identity = 105/365 (28.77%), Postives = 173/365 (47.40%), Query Frame = 0

Query:    7 FKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGF-ELDGDNSIFNETNGKSS--------NSDGNKALVVG-----------PPQELAFLINAGEREINSEAYIGL--SGDLDSLLKKRNS---ELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAI--SYYV 344
             ++  V LL  I  P   +  +   SC R ++S+VR+I+ K   PI  ++ ++L  ECP H SRDI++ Q+ AK  +R + WTCG CGKSF+ E +LD H    H  +    ++AVCLADYCDI RC      D ++S+ +E  G  S        N++     V+             P E    I+ G    N + Y     SG L++      +   E+     ++++   + +  ++      E+L   A P  D         L   ++K  C    ++ +  +C+ LI DC + LL  LS  +++ I   L++ ICWYL+C+RY  +  +K+       +L+    + LF +I   YY+
Sbjct:    5 IRVLIVLLLSVIPWPGPSVFKI---SCPRDRASVVRRIVQKRWMPILKKHQVELPLECPFHESRDIFRPQQKAKHQHRPSQWTCGLCGKSFYAEKHLDAHFDNRHKSNVNTAEDAVCLADYCDIMRCDVLGNRDFESSLVDEEGGHHSTDIQVWKENTEQRTTSVMSCESRPGLSRTYSPVEKGCTISGGGAVTNIQQYCQREDSGALENHRLPGTAYHVEIAGPDNKSNACENEEDEDEEDDEDDEENLVEAALPAVDKKQRRKG--LHLRKLKANCKPEELQKLKLQCEVLIRDCIAGLLTNLSVRDFQEIEGELNRAICWYLSCDRY--WEDTKRQQRHTPWYLLTIFMVVLFSSIYACYYI 362

[Close]

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: AGB92363.1 (CG4133, isoform B [Drosophila melanogaster])

HSP 1 Score: 137.502 bits (345), Expect = 4.596e-35
Identity = 104/381 (27.30%), Postives = 161/381 (42.26%), Query Frame = 0

Query:    7 FKIFFVYLLICIS-TPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELD-------GDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYI---GLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKK--------RRSSIIEDLDNRAPPNDDDHHESFSNWLFHPE-----------------------IKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSS-SLALFLILGLTLALFLAISYYV 344
            F+I  VY L+ I   P N I I+    CSR  S +VR+I+     PI  ++ +KL  ECPLH  RD++  ++ AK   R   WTC  CGKSF++E +LD H    H       ++AVCLAD+CDI RC+ FE +       GD  I  +      +   N AL       L+ +        +  A +    L  D  S   K+N    +   E  S  R R   +K         ++ +    D  A   ++   E        PE                        +  C    +  +  +C+ L+  C   LL  +S + +K +   +++ +CWYLTC+RY +  G  +P +    L +IL   L+  +   YY+
Sbjct:    8 FEIALVYFLLLIPWPPTNVIRIL----CSRDNSRLVRKIVRSKWTPILDKHQVKLPLECPLHPFRDVFAPRQDAKQRDRPTQWTCRKCGKSFYQEKHLDLHFDTRHKSIINEAEDAVCLADFCDIMRCEVFETEDASSLKFGDQHIVTDIEVWGDSLGQNSALAKANAAYLSLIPRTSTLGASRAAKVQNRQLLQDKPSQASKQNQSPADPSPEDGSAARPRSAGEKLLNKLKELGKAHLKPAADPEASRQNETGEEEDEKGSGQPEGSGQSADEVKTEEGSGANGNGNKARANCKPEELSKLKNRCEILLRSCIGGLLLSMSDQAFKEMEDEMNKAVCWYLTCDRYWED-GPLEPRAFPWGLIVILIFVLSTGICFCYYI 383

[Close]

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: XP_016771259.1 (PREDICTED: uncharacterized protein LOC410449 isoform X3 [Apis mellifera])

HSP 1 Score: 121.709 bits (304), Expect = 2.341e-30
Identity = 92/322 (28.57%), Postives = 150/322 (46.58%), Query Frame = 0

Query:   51 PIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGF-ELDGDNSIFNETNGKSS--------NSDGNKALVVG-----------PPQELAFLINAGEREINSEAYIGLSGDLDSLLKKR------NSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAI--SYYV 344
            PI  ++ ++L  ECP H SRDI++ Q+ AK  +R + WTCG CGKSF+ E +LD H    H  +    ++AVCLADYCDI RC      D ++S+ +E  G  S        N++     V+             P E    I+ G    N + Y     D  +L   R      + E+     ++++   + +  ++      E+L   A P  D         L   ++K  C    ++ +  +C+ LI DC + LL  LS  +++ I   L++ ICWYL+C+RY  +  +K+       +L+    + LF +I   YY+
Sbjct:    2 PILKKHQVELPLECPFHESRDIFRPQQKAKHQHRPSQWTCGLCGKSFYAEKHLDAHFDNRHKSNVNTAEDAVCLADYCDIMRCDVLGNRDFESSLVDEEGGHHSTDIQVWKENTEQRTTSVMSCESRPGLSRTYSPVEKGCTISGGGAVTNIQQYCQRE-DSGALENHRLPGTAYHVEIAGPDNKSNACENEEDEDEEDDEDDEENLVEAALPAVDKKQRRKG--LHLRKLKANCKPEELQKLKLQCEVLIRDCIAGLLTNLSVRDFQEIEGELNRAICWYLSCDRY--WEDTKRQQRHTPWYLLTIFMVVLFSSIYACYYI 318

[Close]

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: EAA12581.4 (AGAP008328-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 119.783 bits (299), Expect = 1.310e-29
Identity = 58/132 (43.94%), Postives = 80/132 (60.61%), Query Frame = 0

Query:    3 SSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCK 134
            S +L ++  + LL  I  P   +  +   SCSR  S +VR+I+H    PI  +Y +KL  ECP H  RDI+  Q+ AK  +R + WTCGFCGKSFF+E +LD H    H  +    ++AVCLADYCD+ RC+
Sbjct:    2 SPHLPQVIVICLLSIIPWPGPSVFKI---SCSRESSRVVRKIVHSRWLPILEKYQVKLPLECPFHPLRDIFGPQQSAKKQHRPSQWTCGFCGKSFFEEKHLDMHFENRHRTNINTAEDAVCLADYCDMMRCE 130

HSP 2 Score: 60.8474 bits (146), Expect = 1.903e-9
Identity = 26/90 (28.89%), Postives = 53/90 (58.89%), Query Frame = 0

Query:  255 IKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            +K  C+   +  +  +C+ L+ DC   LL +LS E+++++ + +++ ICWYLTCERY +    ++      L  +L + L++ + + YY+
Sbjct:  315 MKANCNAEEIGQLKTRCEVLVRDCIVGLLVQLSLEDFRSMEEEMNRAICWYLTCERYWEDGPLEQRPFPWGLVFVLVMVLSMGVCLCYYI 404

[Close]

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: AGB92364.1 (CG4133, isoform C [Drosophila melanogaster])

HSP 1 Score: 111.309 bits (277), Expect = 4.968e-26
Identity = 58/139 (41.73%), Postives = 81/139 (58.27%), Query Frame = 0

Query:    7 FKIFFVYLLICIS-TPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSI 144
            F+I  VY L+ I   P N I I+    CSR  S +VR+I+     PI  ++ +KL  ECPLH  RD++  ++ AK   R   WTC  CGKSF++E +LD H    H       ++AVCLAD+CDI RC+ FE +  +S+
Sbjct:    8 FEIALVYFLLLIPWPPTNVIRIL----CSRDNSRLVRKIVRSKWTPILDKHQVKLPLECPLHPFRDVFAPRQDAKQRDRPTQWTCRKCGKSFYQEKHLDLHFDTRHKSIINEAEDAVCLADFCDIMRCEVFETEDASSL 142

[Close]

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: AAF51492.1 (CG4133, isoform A [Drosophila melanogaster])

HSP 1 Score: 111.309 bits (277), Expect = 6.155e-26
Identity = 77/227 (33.92%), Postives = 105/227 (46.26%), Query Frame = 0

Query:    7 FKIFFVYLLICIS-TPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELD-------GDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYI---GLSGDLDSLLKKRNSELNNEGKETSS--KPRDREFT 220
            F+I  VY L+ I   P N I I+    CSR  S +VR+I+     PI  ++ +KL  ECPLH  RD++  ++ AK   R   WTC  CGKSF++E +LD H    H       ++AVCLAD+CDI RC+ FE +       GD  I  +      +   N AL       L+ +        +  A +    L  D  S   K+N     E     S   PRDR  T
Sbjct:    8 FEIALVYFLLLIPWPPTNVIRIL----CSRDNSRLVRKIVRSKWTPILDKHQVKLPLECPLHPFRDVFAPRQDAKQRDRPTQWTCRKCGKSFYQEKHLDLHFDTRHKSIINEAEDAVCLADFCDIMRCEVFETEDASSLKFGDQHIVTDIEVWGDSLGQNSALAKANAAYLSLIPRTSTLGASRAAKVQNRQLLQDKPSQASKQNQSPAGERTHPQSHHHPRDRAST 230

[Close]

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Match: gb|KFM60518.1| (hypothetical protein X975_02528, partial [Stegodyphus mimosarum])

HSP 1 Score: 78.5666 bits (192), Expect = 2.067e-15
Identity = 42/109 (38.53%), Postives = 54/109 (49.54%), Query Frame = 0

Query:   28 VTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQEL---AKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRC 133
            VT  SC+   S +VR ++ K   P+   Y + L  ECPLH  RD++ + +    A        W C  CGK F  EN    H   SHS      +E VCL DYCD+FRC
Sbjct:   26 VTLLSCTSESSKLVRDVVQKRFLPVVERYRVSLPLECPLHPKRDMFWWLQTELEATKTAGEETWHCPVCGKKFRCENTFVTHWDASHSRTMGMTEETVCLDDYCDVFRC 134

HSP 2 Score: 52.7582 bits (125), Expect = 8.092e-7
Identity = 32/93 (34.41%), Postives = 47/93 (50.54%), Query Frame = 0

Query:  254 EIKEK---CDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYY 343
            EIK+K   C+   M  +  KC+ LI  CT  +L  LSS++++ I   LDQ IC +LTC++Y     S+       +  I GL +       YY
Sbjct:  180 EIKQKKQMCNPKAMNMLQLKCRSLIRQCTIGMLANLSSKDFQDIEDDLDQSICSFLTCDKYWDDFDSQIHQVPALVLAIFGLIIISLFCFCYY 272

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1059410457|ref|XP_017778147.1| (PREDICTED: uncharacterized protein LOC108563863 isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 167.548 bits (423), Expect = 1.234e-44
Identity = 104/348 (29.89%), Postives = 168/348 (48.28%), Query Frame = 0

Query:    2 TSSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGK-----SSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            +SS+  ++  ++LL  I  P   +  +   SC R  + IVR+I+     P+  +Y + L  ECP H  R+I+  Q+ AK  +R + WTCG CGKSFF+E  LD H    H  H    ++AVCLADYCDI RC         +++ ET           S   KALV   P+++A      +  + S A   L      + KK   +      +  S   +    K   +   EDL + A P  D+  +  +      ++K  C    +  +  KC+ L+ DC + LL +LS +++K + + L++ +CWYLTC+RY +   S   S    L  ++ + L+L + + YY+
Sbjct:    3 SSSFNLQVIGLFLLSLIPWPGPTVYKI---SCPRDNARIVRKIIQNKWLPVLQKYKVSLPLECPFHHQREIFGPQQAAKFKHRPSQWTCGLCGKSFFEEKFLDMHFDNRHREHINMAEDAVCLADYCDIMRCDVLLTQDPKTVYPETVNTDIEIWKEASGYTKALVAAGPRDVA------KYTVKSVAQT-LKNSKQEVEKKERCQQTEAPSDDGSTIEENSQNKSFNNLCGEDLVDSALPAADNRQQRIAE---LQKLKSNCKPEELIKLKTKCEILVRDCIAGLLIQLSLKDFKEVEEELNRAVCWYLTCDRYWEDSQSDIRSFPWGLLCMIIMVLSLGICLCYYI 337

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1059410459|ref|XP_017778148.1| (PREDICTED: uncharacterized protein LOC108563863 isoform X2 [Nicrophorus vespilloides])

HSP 1 Score: 167.162 bits (422), Expect = 1.587e-44
Identity = 104/348 (29.89%), Postives = 168/348 (48.28%), Query Frame = 0

Query:    2 TSSYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGK-----SSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            +SS+  ++  ++LL  I  P   +  +   SC R  + IVR+I+     P+  +Y + L  ECP H  R+I+  Q+ AK  +R + WTCG CGKSFF+E  LD H    H  H    ++AVCLADYCDI RC         +++ ET           S   KALV   P+++A      +  + S A   L      + KK   +      +  S   +    K   +   EDL + A P  D+  +  +      ++K  C    +  +  KC+ L+ DC + LL +LS +++K + + L++ +CWYLTC+RY +   S   S    L  ++ + L+L + + YY+
Sbjct:    3 SSSFNLQVIGLFLLSLIPWPGPTVYKI---SCPRDNARIVRKIIQNKWLPVLQKYKVSLPLECPFHHQREIFGPQQAAKFKHRPSQWTCGLCGKSFFEEKFLDMHFDNRHREHINMAEDAVCLADYCDIMRCDVLLTQDPKTVYPETVNTDIEIWKEASGYTKALVAAGPRDVA------KYTVKSVAQT-LKNSKQEVEKKERCQQTEAPSDDGSTIEENSQNKSFNNLCGEDLVDSALPAADNRQQRIAE---LQKLKSNCKPEELIKLKTKCEILVRDCIAGLLIQLSLKDFKEVEEELNRAVCWYLTCDRYWEDSQSDIRSFPWGLLCMIIMVLSLGICLCYYI 337

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|939272643|ref|XP_014256622.1| (PREDICTED: uncharacterized protein LOC106670626 [Cimex lectularius])

HSP 1 Score: 166.007 bits (419), Expect = 2.755e-44
Identity = 107/357 (29.97%), Postives = 170/357 (47.62%), Query Frame = 0

Query:    4 SYLFKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRC--------------KGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLI--NAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            +Y FK+  + L +    P     I    SC R  +++VR+I+ K   P+   Y +K+  ECP H SRDI+  Q++AK  +R + WTCG CGKSF+ E  LD H    H +     ++AVCLADYCDI RC              +G  ++ D  I+ E     +      AL    P++LA +   NA  R+ +            S ++  N + +++    SS P D         S++   D+  PPN     E          +K  C   ++  +  +C+ L+ DC + LL  LS++++K I   L+Q +CWYLTC+RY +    +       L  +L + L+LF+ + YY+
Sbjct:    3 TYHFKLEVLALFVLSLIPWPGPTIFK-ISCPRDSATVVRRIIQKKWTPVLERYQVKIPVECPFHPSRDIFWPQQMAKQQHRPSQWTCGLCGKSFYSEAYLDIHFDNRHKNIVNMAEDAVCLADYCDIMRCDIIRKHIMSEPIPGEGMHVNTDIEIWREATSYHT------ALSPAGPRDLARVTPYNAAFRQSSPNGNPTNGASERSCMRSENPQGDSDFN-NSSDPCD---------SLV---DSAVPPNKHRVSEL-------QRLKANCKPEILHKLKTRCEILVRDCIAGLLVNLSTQDFKDIENELNQAVCWYLTCDRYWEDSPVEMRPFPWGLLFVLVMALSLFICLCYYI 332

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1058197280|gb|JAT02289.1| (hypothetical protein g.3548, partial [Homalodisca liturata])

HSP 1 Score: 164.851 bits (416), Expect = 3.320e-44
Identity = 100/322 (31.06%), Postives = 166/322 (51.55%), Query Frame = 0

Query:   32 SCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAF---LINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEG-----KETSSKPRDREFTKKRRSSIIED-LDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            SC R  ++IVR+I+ K   P+  +YG+ L  +CP H  RDI++ Q+ AKL +R + WTCGFCGKSF+ E  LD H    H ++    ++AVCLADYCDI RC+         +    +  S  S GN  + +   +  A+   L  AG R++   A + L G    +L++ ++             +++ P D   T+   + + ++ LD+  PP     H+  S      ++K  C    ++ +  +C+ L+ DC + LL  LS +++K + + L+Q +CWYLTC+RY Q   S        L  +  + L+L + + YY+
Sbjct:   29 SCPRDSATIVRKIVQKKWMPVLEKYGVGLPLDCPFHPLRDIFRPQQAAKLQHRNSQWTCGFCGKSFYDERFLDLHFDNRHKNNINMAEDAVCLADYCDIMRCE---------VLRTQDLGSEVSPGNTDIEIW-REATAYHTALTPAGPRDL---ARVSLRG---GVLQRADTPPTPPASTHHCPRSAAPPSD---TENNTADVCDNLLDSSVPPK----HQRISELQ---KLKANCKPEELQKLKIRCEVLVRDCIAGLLVNLSIQDFKDVEEELNQAVCWYLTCDRYWQDSPSDPRHFPWGLVFVFVMVLSLGICLCYYI 324

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|642923203|ref|XP_969705.2| (PREDICTED: uncharacterized protein LOC658204 isoform X1 [Tribolium castaneum] >gi|1004399290|gb|EFA03538.2| hypothetical protein TcasGA2_TC013541 [Tribolium castaneum])

HSP 1 Score: 162.925 bits (411), Expect = 6.445e-43
Identity = 103/350 (29.43%), Postives = 162/350 (46.29%), Query Frame = 0

Query:    1 MTSSYL-FKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKS-----SNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            M S+Y   +I  +++L  I  P   +  +   SC R  + IVR+I+     PI  +Y + L  ECP H  RDI+  Q+ AK  +R + WTCG CGKSFF+E  LD H    H       ++AVCLADYCDI RC         +++ +T           S   KAL    P+E+A          + +     +       K    E  N  +E  S   D +      +    DL + A P  D+  +  +      ++K  C    ++ I  KC+ L+ DC + LL +LS +++K +   L++ +CWYLTC+RY +       S    L  ++ + L+L + + YY+
Sbjct:    1 MKSNYFNVQIIALFMLSLIPWPGPTVFKI---SCPRDNARIVRKIIQNKWIPILEKYKVSLPIECPFHPIRDIFGPQQAAKQQHRPSQWTCGLCGKSFFEEKYLDMHFDNRHKGFINMAEDAVCLADYCDIMRCDVLITQDPKTVYPDTVNTDIEIWREASSYTKALATSGPREVAKYTFKDGIYPHLQKSGKATKPTKHCQKNEAPEAPNSNEERQSAGDDDKLQNSSNNVCQNDLVDSALPAPDNRQQRIAELQ---KLKANCKPEELQKIKTKCEILVRDCIAGLLIQLSVKDFKEVEDELNRAVCWYLTCDRYWEDTQGDIRSFPWGLLCMIIMVLSLGICMCYYI 344

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1133430254|ref|XP_019871095.1| (PREDICTED: uncharacterized protein LOC109599532 [Aethina tumida])

HSP 1 Score: 162.925 bits (411), Expect = 8.850e-43
Identity = 104/352 (29.55%), Postives = 169/352 (48.01%), Query Frame = 0

Query:    1 MTSSYL-FKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKS-----SNSDGNKALVVGPPQELA-FLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIE-DLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            M S+Y   ++  ++LL  I  P   +  +   SC R  + IVR+I+     PI  +Y +KL  ECP H  RDI+  Q+ AK  +R + WTCG CGKSFF+E  LD H    H  +    ++AVCLADYCDI RC         ++F +            S  +KAL    P+++A +    G           +     S  K    +  +   E SS   D+       +++ + DL + A P  D+  +  +      ++K  C    ++ I  KC+ L+ DC + LL +LS +++K +   L++ +CWYLTC+RY +   +   S    L  ++ + ++L + + YYV
Sbjct:    1 MKSNYFNIQVLTLFLLSLIPWPGPSVFKI---SCPRDNARIVRRIVQNKWTPILDKYRVKLPLECPFHPQRDIFGPQQKAKHQHRPSQWTCGLCGKSFFEEKYLDMHFDNRHKGYINMAEDAVCLADYCDIMRCDVLITQDPKTVFPDLENTDIEIWREGSSYSKALATSGPRDVAKYTFKNGNYPHLHNTLKIVPKSKKSCQKSDAPDAASNNDERSSGEDDKIQQNASSNNVCQNDLVDSALPAPDNRQQRIAELQ---KLKANCKPEELQKIKTKCEILVRDCIASLLLQLSVKDFKEVEDELNRAVCWYLTCDRYWEDSQTDIRSFPWGLLCMIIMVMSLGICLCYYV 346

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1008440272|ref|XP_015835769.1| (PREDICTED: uncharacterized protein LOC658204 isoform X2 [Tribolium castaneum])

HSP 1 Score: 162.155 bits (409), Expect = 1.103e-42
Identity = 102/350 (29.14%), Postives = 164/350 (46.86%), Query Frame = 0

Query:    1 MTSSYL-FKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKS-----SNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            M S+Y   +I  +++L  I  P   +  +   SC R  + IVR+I+     PI  +Y + L  ECP H  RDI+  Q+ AK  +R + WTCG CGKSFF+E  LD H    H       ++AVCLADYCDI RC         +++ +T           S   KAL    P+E+A      +       Y  L     +    ++ + N   +  +S   D +      +    DL + A P  D+  +  +      ++K  C    ++ I  KC+ L+ DC + LL +LS +++K +   L++ +CWYLTC+RY +       S    L  ++ + L+L + + YY+
Sbjct:    1 MKSNYFNVQIIALFMLSLIPWPGPTVFKI---SCPRDNARIVRKIIQNKWIPILEKYKVSLPIECPFHPIRDIFGPQQAAKQQHRPSQWTCGLCGKSFFEEKYLDMHFDNRHKGFINMAEDAVCLADYCDIMRCDVLITQDPKTVYPDTVNTDIEIWREASSYTKALATSGPREVA------KYTFKDGIYPHLQKSGKATKPTKHCQKNEAPEAPNSNGDDDKLQNSSNNVCQNDLVDSALPAPDNRQQRIAELQ---KLKANCKPEELQKIKTKCEILVRDCIAGLLIQLSVKDFKEVEDELNRAVCWYLTCDRYWEDTQGDIRSFPWGLLCMIIMVLSLGICMCYYI 338

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1058043079|gb|JAS25201.1| (hypothetical protein g.22177, partial [Clastoptera arizonana])

HSP 1 Score: 160.614 bits (405), Expect = 1.698e-42
Identity = 96/329 (29.18%), Postives = 157/329 (47.72%), Query Frame = 0

Query:   32 SCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFE--------------LDGDNSIFNETNGKSSNSDGNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEGKETSSKPRDREFTKKRRSSIIED--LDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            SC R +++IVR+I+ K   P+  +Y +K+  ECP H  RDI+  Q+ AKL +R + WTCGFCGKSF+ E  LD H    H ++    ++AVCLADYCDI RC+  +              L+ D  I+ E     +      AL    P++LA +    E    + A                + +N+    T + P          S + ++  +D+  PP    +           ++K  C   +++ +  +C+ L+ DC + LL  LS +++K + + L+Q +CWYLTCERY Q   +        L  +  + L+L + + YY+
Sbjct:    1 SCPRERATIVRKIIQKKWIPVLEKYQVKIPLECPFHPMRDIFIPQQNAKLQHRASQWTCGFCGKSFYDEKFLDMHFDNRHKNNINMAEDAVCLADYCDIMRCEVLQTLDISSSSSLEASHLNTDIEIWREATAYHT------ALTTAGPRDLARVSTKSEIFPRNHAL--------------PTSINHHCPRTEAPPFLSTENDNNSSDVCDNNLVDSSMPPKQRLNELQ--------KLKANCKPEVLQKVKTRCEILVRDCIAGLLVNLSVQDFKDVEEELNQAVCWYLTCERYWQDSPADPRPFPWGLVFVFIMILSLGICLCYYI 301

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BLAST of EMLSAG00000002351 vs. nr
Match: gi|1058213324|gb|JAT10178.1| (hypothetical protein g.52133, partial [Graphocephala atropunctata])

HSP 1 Score: 158.688 bits (400), Expect = 2.435e-42
Identity = 98/318 (30.82%), Postives = 162/318 (50.94%), Query Frame = 0

Query:   32 SCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSIFNETNGKSSNSDGNKALVVGPPQELAF---LINAGEREINSEAYIGLSGDLDSLLKKRNSELNNEG-----KETSSKPRDREFTKKRRSSIIED-LDNRAPPNDDDHHESFSNWLFHPEIKEKCDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAI 340
            SC R  ++IVR+I+ K   P+  +YG+ L  +CP H  RDI++ Q+ AKL +R + WTCGFCGKSF+ E  LDFH    H ++    ++AVCLADYCDI RC+         +    +     S GN  + +   +  A+   L  AG R++   A + L G    +L++  +             +++ P D   T+   + + ++ LD+  PP     H+  S      ++K  C    ++ +  +C+ L+ DC + LL  LS +++K + + L+Q +CWYLTC+RY Q   S        L  +  + L+L + +
Sbjct:   24 SCPRDSATIVRKIVQKKWMPVLEKYGVGLPLDCPFHPLRDIFRPQQAAKLQHRNSQWTCGFCGKSFYDERFLDFHFDNRHKNNINMAEDAVCLADYCDIMRCE---------VLRTQDLGPEVSPGNTDIEIW-REATAYHTALTPAGPRDL---ARVSLRG---GVLQRAETPPPPPASSHHCPRSAAPPSD---TENNTADVCDNLLDSSVPPK----HQRISELQ---KLKANCKPEELQKLKIRCEVLVRDCIAGLLVNLSIQDFKDVEEELNQAVCWYLTCDRYWQDSPSDPRHFPWGLVFVFVMVLSLGICL 315

[Close]

BLAST of EMLSAG00000002351 vs. nr
Match: gi|1108474958|emb|CRK96462.1| (CLUMA_CG009994, isoform A [Clunio marinus])

HSP 1 Score: 162.54 bits (410), Expect = 2.647e-42
Identity = 113/368 (30.71%), Postives = 181/368 (49.18%), Query Frame = 0

Query:    7 FKIFFVYLLICISTPLNKIDIVTHKSCSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSHHTLAGDEAVCLADYCDIFRCKGFELDGDNSI--FNETNGKSSNSDGNKALVVGPPQELAFLINAGERE-INSEAYIGLSGDLDSLLKKRNSELNNEG-KETSSKPRDREFTKKR-------RSSIIEDLDNRAPPNDDDHH--------------ESFSNWLFH--PEIKEKCDTIMMEDIHR---KCQKLIDDCTSPLLFRLSSEEYKAIYQYLDQRICWYLTCERYRQFLGSKKPSSSLALFLILGLTLALFLAISYYV 344
            F++ F+  L  +  P+    +     CSR  S IVR+I+     PIF ++ ++L  ECP H +RD++  QE AK+  R   WTCGFCGK+F++E  LD H    H       ++A+CLADYCDI RC    +  D+S+  F++T   +     N+A  +           A  RE INS+          SL  K N  L   G K  +  P+++   +KR       + S  +   N +  + DD+               ES ++   H   E++ +      EDI +   +C++LI  C +  L +LS EE+K +   +++ ICWYLTC+RY +   +++P    AL  IL + L+L +++ YY+
Sbjct:    8 FEVIFICFLSFMPWPIPPGSVTIQ--CSRQNSRIVRKIVQSKLTPIFQKFKVELPVECPFHPNRDLFAPQENAKIQNRPTQWTCGFCGKNFYEEKFLDLHFDNRHRGRVNQAEDAICLADYCDIMRCDVL-VSKDSSLGSFSKTPVSTDIELYNEATALA----------AARREVINSQMKTSTFNLPPSLRDKLNEILAATGHKIEAPVPKEKIHKRKRILCKEKSKKSDTQQKQNDSKKSQDDNGNEDENKENINETQCESLADRRHHRSSEMQRRKANCKTEDIQKLKGRCERLIRSCIAGALLKLSIEEFKNMEDEMNKAICWYLTCDRYWEDSSAQRP-FPWALVFILVVVLSLGISLCYYI 361

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BLAST of EMLSAG00000002351 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1058_size66152-snap-gene-0.11 (protein:Tk06482 transcript:maker-scaffold1058_size66152-snap-gene-0.11-mRNA-1 annotation:"hypothetical protein KGM_12603")

HSP 1 Score: 97.4413 bits (241), Expect = 3.523e-23
Identity = 38/81 (46.91%), Postives = 55/81 (67.90%), Query Frame = 0

Query:   33 CSRAQSSIVRQILHKIXKPIFHEYGMKLSKECPLHFSRDIYKYQELAKLHYRVNLWTCGFCGKSFFKENNLDFHIARSHSH 113
            CSR QS+IVRQ++ K+ +P+F  +  K+  +CPLHF RD +  QELAK  +R +LW C  CGK F   ++LD H+A++H  
Sbjct:   36 CSRPQSAIVRQLVQKLWRPVFKRFNQKMPSQCPLHFGRDFFGPQELAKDEFRSDLWMCKICGKPFHSHSHLDLHLAQNHQQ 116

[Close]

BLAST of EMLSAG00000002351 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1058_size66152-snap-gene-0.14 (protein:Tk06484 transcript:maker-scaffold1058_size66152-snap-gene-0.14-mRNA-1 annotation:"AGAP004309-PA")

HSP 1 Score: 65.855 bits (159), Expect = 5.664e-12
Identity = 62/233 (26.61%), Postives = 97/233 (41.63%), Query Frame = 0

Query:  116 LAGDEAVCLADYCDIFRCKGF--------ELDGDNSIFNETNGKSSNSD--------GNKALVVGPPQELAFLINAGEREINSEAYIGLSGDLD---------SLLKKRNSELNN----------EGKETSSKPRDREFTKKRRSSIIEDLDNRAPPNDDDHHESFSNWLFHPEIKEK--------------------CDTIMMEDIHRKCQKLIDDCTSPLLFRLSSEEYKA 293
            +  DE+VCLAD+CDIFRC G+        E DG + I +  + ++   D        G+  L++GPP+ L  L+   E+E  S+    + GD D           L K  + L +          +G  ++ +   R  T  R S     LD+    + +  HE   N   HP++ E+                    CD   M  + +KC+ LI  C SPL   +  E++KA
Sbjct:   23 MPADESVCLADFCDIFRCHGYLPRNFTTQEKDGLDKINSMGDYEAIYPDLKVPKPEVGSTELILGPPETLLKLMKLQEKETRSD----IEGDRDYFESLQEFLPYLSKVQTRLRSSLHTAITSDFQGSSSNHEKIRRRDTIPRSSKAKNALDSMFVSHQERSHE--GNPAPHPDLMEENEEERILEIWQLPEDPADAYCDEAEMNGLQKKCESLIFQCISPLSLSMDDEKFKA 249

The following BLAST results are available for this feature:

BLAST of EMLSAG00000002351 vs. GO
BLAST of EMLSAG00000002351 vs. C. finmarchicus
BLAST of EMLSAG00000002351 vs. L. salmonis peptides
BLAST of EMLSAG00000002351 vs. SwissProt
BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
BLAST of EMLSAG00000002351 vs. nr
BLAST of EMLSAG00000002351 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000002351 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 3


Match Name	E-value	Identity	Description
-	2.673e-25	33.92	symbol:CG4133 species:7227 "Drosophila melanogaste...	[more]
-	1.106e-11	34.65	symbol:AT5G40710 "AT5G40710" species:3702 "Arabido...	[more]
-	2.280e-11	36.63	symbol:AT5G63280 "AT5G63280" species:3702 "Arabido...	[more]

BLAST of EMLSAG00000002351 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592943157\|gb\|GAXK01015396.1\|	7.202e-42	31.37	TSA: Calanus finmarchicus comp1915850_c0_seq1 tran...	[more]
gi\|592896243\|gb\|GAXK01062132.1\|	3.874e-3	30.14	TSA: Calanus finmarchicus comp3490477_c0_seq1 tran...	[more]
gi\|592924665\|gb\|GAXK01033750.1\|	9.158e-3	53.85	TSA: Calanus finmarchicus comp83999_c6_seq55 trans...	[more]
gi\|592757888\|gb\|GAXK01196525.1\|	1.853e-2	30.77	TSA: Calanus finmarchicus comp818954_c0_seq1 trans...	[more]
gi\|592924715\|gb\|GAXK01033700.1\|	2.888e-2	50.00	TSA: Calanus finmarchicus comp83999_c6_seq5 transc...	[more]
gi\|592924716\|gb\|GAXK01033699.1\|	2.991e-2	50.00	TSA: Calanus finmarchicus comp83999_c6_seq4 transc...	[more]
gi\|592924709\|gb\|GAXK01033706.1\|	3.309e-2	50.00	TSA: Calanus finmarchicus comp83999_c6_seq11 trans...	[more]
gi\|592924713\|gb\|GAXK01033702.1\|	3.373e-2	50.00	TSA: Calanus finmarchicus comp83999_c6_seq7 transc...	[more]
gi\|592924621\|gb\|GAXK01033794.1\|	3.840e-2	50.00	TSA: Calanus finmarchicus comp83999_c24_seq5 trans...	[more]
gi\|592781803\|gb\|GAXK01172765.1\|	7.871e-2	52.00	TSA: Calanus finmarchicus comp1016521_c0_seq1 tran...	[more]

Pages

BLAST of EMLSAG00000002351 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAP00000002351	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s144:10910...	[more]

BLAST of EMLSAG00000002351 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000002351 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 11


Match Name	E-value	Identity	Description
gb\|EFA03538.2\|	1.317e-45	29.43	hypothetical protein TcasGA2_TC013541 [Tribolium c...	[more]
EEB18319.1	2.611e-41	27.60	conserved hypothetical protein [Pediculus humanus ...	[more]
XP_006560455.1	2.225e-37	28.65	PREDICTED: uncharacterized protein LOC410449 isofo...	[more]
XP_393929.2	3.924e-37	28.77	PREDICTED: uncharacterized protein LOC410449 isofo...	[more]
AGB92363.1	4.596e-35	27.30	CG4133, isoform B [Drosophila melanogaster]	[more]
XP_016771259.1	2.341e-30	28.57	PREDICTED: uncharacterized protein LOC410449 isofo...	[more]
EAA12581.4	1.310e-29	43.94	AGAP008328-PA, partial [Anopheles gambiae str. PES...	[more]
AGB92364.1	4.968e-26	41.73	CG4133, isoform C [Drosophila melanogaster]	[more]
AAF51492.1	6.155e-26	33.92	CG4133, isoform A [Drosophila melanogaster]	[more]
gb\|KFM60518.1\|	2.067e-15	38.53	hypothetical protein X975_02528, partial [Stegodyp...	[more]

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BLAST of EMLSAG00000002351 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1059410457\|ref\|XP_017778147.1\|	1.234e-44	29.89	PREDICTED: uncharacterized protein LOC108563863 is...	[more]
gi\|1059410459\|ref\|XP_017778148.1\|	1.587e-44	29.89	PREDICTED: uncharacterized protein LOC108563863 is...	[more]
gi\|939272643\|ref\|XP_014256622.1\|	2.755e-44	29.97	PREDICTED: uncharacterized protein LOC106670626 [C...	[more]
gi\|1058197280\|gb\|JAT02289.1\|	3.320e-44	31.06	hypothetical protein g.3548, partial [Homalodisca ...	[more]
gi\|642923203\|ref\|XP_969705.2\|	6.445e-43	29.43	PREDICTED: uncharacterized protein LOC658204 isofo...	[more]
gi\|1133430254\|ref\|XP_019871095.1\|	8.850e-43	29.55	PREDICTED: uncharacterized protein LOC109599532 [A...	[more]
gi\|1008440272\|ref\|XP_015835769.1\|	1.103e-42	29.14	PREDICTED: uncharacterized protein LOC658204 isofo...	[more]
gi\|1058043079\|gb\|JAS25201.1\|	1.698e-42	29.18	hypothetical protein g.22177, partial [Clastoptera...	[more]
gi\|1058213324\|gb\|JAT10178.1\|	2.435e-42	30.82	hypothetical protein g.52133, partial [Graphocepha...	[more]
gi\|1108474958\|emb\|CRK96462.1\|	2.647e-42	30.71	CLUMA_CG009994, isoform A [Clunio marinus]	[more]

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BLAST of EMLSAG00000002351 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2


Match Name	E-value	Identity	Description
maker-scaffold1058_size66152-snap-gene-0.11	3.523e-23	46.91	protein:Tk06482 transcript:maker-scaffold1058_size...	[more]
maker-scaffold1058_size66152-snap-gene-0.14	5.664e-12	26.61	protein:Tk06484 transcript:maker-scaffold1058_size...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s144	supercontig	LSalAtl2s144:1091091..1139300 +

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	maker-LSalAtl2s144-snap-gene-11.11
Biotype	protein_coding
Evidence	IEA
Note	PREDICTED: uncharacterized protein LOC108563863 isoform X1 [Nicrophorus vespilloides]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000002351 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000002351	EMLSAT00000002351-698198	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s144:1091091..1139300+

gene from alignment at LSalAtl2s144:1091091..1139300+

Legend: mRNA

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

>EMLSAG00000002351-685117 ID=EMLSAG00000002351-685117|Name=EMLSAG00000002351|organism=Lepeophtheirus salmonis|type=gene|length=48210bp|location=Sequence derived from alignment at LSalAtl2s144:1091091..1139300+ (Lepeophtheirus salmonis)
GAAATATCAACACGCCATGGCACATTCAGTCATGGTTTTCTCCATAAAAT
GACTTCTTCTTACTTATTCAAGATTTTTTTTGTTTATTTATTGATATGTA
TATCCACACCTCTAAATAAGATAGATATAGTTACTCATAAAAGCTGTTCT
AGAGCTCAATCTTCCATTGTCCGACAGATTTTGCATAAAATATGRAAGCC
GATATTTCATGAGTATGGAATGAAATTATCCAAGGAGTGTCCACTTCACT
TCTCCCGTGATATCTATAAATACCAAGAGTTAGCTAAGTTGCATTATAGA
GTCAATCTATGGACTTGTGGATTCTGCGGAAAATCATTCTTCAAGGAAAA
TAATCTTGACTTTCATATTGCACGAAGTCATTCTCATCATACACTTGCAG
TGATTATAAACTAATTTATCTAAGTTATTTTATATTAATTATTTTAAACC
ATTGGTAGGGCGATGAAGCAGTTTGCTTGGCTGATTACTGCGATATTTTT
CGATGTAAAGGCTTTGAACTAGATGGAGATAATTCCATATTTAATGAAAC
CAATGGTAAGTCATCCAATAGCGATGGTAATAAAGCCTTAGTAGTAGGTC
CACCACAAGAACTAGCATTTTTGATCAATGCTGGTGAACGAGAGATAAAT
AGTGAGGCGTATATTGGCCTAAGTGGAGATTTGGATTCCTTACTCAAAAA
GAGAAACTCAGAATTAAATAATGAAGGCAAGGAAACCTCATCTAAACCCC
GAGACAGGGAATTTACTAAAAAGAGGCGTTCAAGTATAATTGAGGATTTA
GATAATAGAGCACCACCAAATGATGATGATCATCATGAAAGCTTCTCTAA
TTGGCTTTTTCATCCAGAGATAAAAGAAAAATGTGATACAATAATGATGG
AAGATATTCATAGAAAGTGTCAAGTAAGTCATAAAATAAAAACGATATGA
AAATAAATTAATATTCCTTACAATTGAAATCAACCAATTCTCATAGTCAT
AATACAAAACACAGTATGCAATAGGATTTCCAAATAGCCTCGGGAGATGG
AATTTAACAATATCCAAAACATTAGATATAGTGCTTTAAATTCTATATAT
GGGTATTTTTTTCTTTTTTCATCTAATCTGAATAAAATTTGGATTTCAAA
TAACCTATTACTGAGGAATTCTAAAATGAAAGTTCTGATATGTAAGTCAA
TCCAACTCTGTTGTTATGAGCTCCTTTTTATCATGAATTGGATTAAAAAT
CGTTTTGAATACCCTTGCGATTTTAATTGTAGTTCCTAAATCAGTAAAAT
CGTAAATGGATGTATATTAAAGTTGAGCTTATTTTTTCAATTTGAGAAAT
GTTAAGTTGCAAGGGTCACAAATTTTTCCTTTTAGGTGAAGGACATCCAT
ATAAATTTTAAACGGTTTTGAAAAATATTAAGAGGTTGTTGCTCAACAGA
TCCAAAGTTTTGAAATTTTACGATTAAAAAAAAAAAGTGGTTTGATCTTT
ATATCAACTAAGCCTTTGGTGTTTCAACAAACTTTACAACACAAGAAACT
TAGTTAAATAAACTTAGAATCAAAAATATTTTCTAATTTTTTTCTTATGT
TTGATTCTAATTAGTCAAAAAGAGCAAAGATTCCCATTACTTACATTTTT
TGCTATATGTCTATCTATCTGCTCGTAAAAAAAATATTATCCATATTTAC
AATTTATGATTCCAAAATCATTAGTATTGGTTAATTTATTACTTGAAGTA
GTCAAAGCAGGTTAAATTACCATAAATTTGATCTTTTACTGACCTTTTTT
GATTAAAGAGCCTTTATAACCTAAATTCATCTTATATATACAAAATCTTC
GTAAGAATCGTATTTAAAAACGATTATGGGATAGTTTGAGTTGAAAATTA
TCATTTTAAAGTAAAATTATTATGGGGTAAGCCTACCCCATATTATTATT
GTTTTTTGTTTTTTTTTCAATGATAAAACTTTCCTATTTATTTCCTAATT
TATTATTCATCTAAATTTTGAATATAAAGTAATAAAGTTCTAGTAATTTC
TGTTTCACTATGTTTTTAAATTTAAATTTTAAAGGAGTATTTTTGCTTGA
ATCAAGGACATATAAGATGTGATGATCTTCGACCACTTGGAGGAGCAATT
AGAGCTGCAATTCATCAGAGGTTAGGAAACCACGATATTCTTTTATGAGA
CCCACTCAACGTTCAGCAGGATCATTAACAACTTTTAAATTAATGATAGC
TTCAAGAACTTATCGGTAGTCATCTCGTTCAACCATAACTAGGGATCGTC
TCAAATAAATTTATCTTGGAGGTGCAGACTTTGAAACAATTTCTTTGATT
TTTCTGTAGCGAAATCTTCCAAGTTTTTGTAAATGAATTCATTTGAGAGT
AAAGAACGACCTTTCTTGATTTTTATTATTCAAATTTTGTATGGCCTTTA
TTATCCGTCTTTATGATTCTGAACTTAATGCACTGTCATATAGAGCTAAT
CCAACAAGTTCCTCGGACAAGTACAATAAGTGTTTGAATATTTTTTTTGG
ATGTTGAGATTCGATAAGTTTGAATTAACGGAGGAATATTTAAGGAAGAG
TTTTGTTAAATTCAGGTCATTATTAGGTGCACTTAATAAGGAGGAGAAGA
CATCCAGGCTCGGAGAGACACTCTCACTATAAACACAAAAATATCAAACA
ATCCTCGTTCCTCAATTTGAATTGTGATCGAAACATCTAAATTTTGATAG
CCATCGGGCATGGTATATAGCAACGAGGTTACATAAATTTTACACGTCGA
GGATGCACATCATCAATAAATATAATTACCAGTTTAAGGAATTCTTTACT
GTCTTGTCAATGACGATTTGTTTCCATACATTCATTTGCATTATCAAGGG
TCTCTTGTCGCACATCTTCTACAAGACTAACAATTTCAAGATCTTCAATT
CCAGTATCATACTTATATATATAAATGGATGGCCATTTTTCTTGAAATCT
TATGAACAATTGACCATCAGGAGAAGACGTAGGTCTAAACAAAGACTGGA
AGGCTGTGCTCATGAATAAGTAATTAATTCCATAATAATAATATGGTATC
TATATGTGAGAGGTAAAATATTCTTTCCTAGATTTTTTAAAAAGAAGAAC
ACAAGCTTTAGCAGTCCTACCCTTATTTGAATTTTTTGTGTCAATGCACA
TGCCTTGGATTTGATATCTTATTTTCCGTCATAAAAAATTTGAAATAAAT
AGCAGTGCTCAGAAATTTTATCTCAGTATAAAATAAAATAAGGTTTAATT
ACTTTACTTATTTATTATAATTTGGCTATAAGACTTTTTGGATTAAGTAA
AGGTAAGAAAAAGGTAAACATCTATGCAATAAATATTTCTTAATACTCAA
TTACGAATTATTAAATAAATTTAGCTTATAAAGTCTTTTTATTCGAAAAA
AGGTCAGTGAAAGATCGGAAAAAGGTCAAATTTATCATTAATTTAACTCA
TTTTTCTATTTTGAGTAAAAAATTAAGAATTGCTAGTAATTTGGGACACA
TAAATTGTAAATATGGATATCATTTCTTTTAACGAGCATCAGATGAACAT
ACAGCTAAAAAATACAAGTTATGGTAGTCTTTGCTCTTTTTGACCGATTA
GCACAAAAGGTTAGTGAAAAAACTATAAAATGTTTTCGATAGCAAATTTA
TTTAGCTAAATTTCTTCTCAAATAAGATTTGTTGTAACACGAAGTACTTA
GATGATATTTTGGTAAAAAGACTTATTTTTCCAAAAAAAAAAATATCGTA
AAATTTCACAATTTGTATACGATATCTTTAGTGTAAAAGGGAAAATTTGC
AACACTCACAACTCAACATTTCTCAAATTTAAAAATTTAGCTCTACTCTA
ATGTATATAATACATCATTTGGTAGCTATATTTGAGTTATACAACAAAAT
AATTGAAACACATTTTGTTTATGATGTCATAAAAAGTACATTGACTATAA
TTTTTTTACCTTAAATATCTCGAGTATGATATCACTTGATTTTGATAAAA
CTTTTATCAGAACAAGATTACATAAATATCTCACTTAAAAAAAATGATTA
GAGTGTTACATCCATGGGATTGGGAGATATGATAAGTATAATTAGCTCAT
AAAAATAATGCATTTTCTCATTTAATGGTTTTTATTGGTGTATTGCTTAT
AAAGTTAAGTCGATTTTGTGAGTTTAAATAAATTCAACTGTAATTCGCTC
CATTAATATTTTTTTTATATTGCTTTCATAAGATGATATCAAGTGAAAAA
GATTGATAAAGTAGAATAAATGTTGTTTGAAAGAAATATATAATGTGGAT
AATGTAAAATTTTACATACTCATTTTTTACATTAAAAAAAAGAACCATAA
AATTTACTTATGTAACAAGAATACCTTAGGCCAATAATACTTAAACAACA
GTTGTGAAGATATTATTGCTAAGGCTTAAGTATTTTATTCCTTCGCCTCA
CTTGATAAATAGTTTGTTCTTTTTGATAAAATTAGAAGTAATAAATTAGA
TCCCTGTTCGATTTATAGACACAATATTCTGTGTAGAAGTTGTAACTTGT
ATAAGCAAACTGTATTAGTTGCAAGCCAAAATTGAGATGAACCATTTCAA
ATGAAGGATTTACATCACTTGGGATGAGGATAATACAATAATTGAATATC
CCATGGATGATTGATTTATTAATTATGCAAATTTTTGGATATTTTATTAC
AAATTACTAAGATATAAGAGTATTCTGTGGCACATTAGCAAGTTCAAATG
CCCCACAGTTATACGACTCATAAACACATAATAACCATTTAATTTTAACG
GATCAAAATGTAATGGTAATATCAATTAATAGTTGGTAATTAGAATGACC
AAATGATGTTTTTAAATAATGCATTTTAGGACAAAGAAATTGCAAAATTG
TTCGATTGTATCTTACAAGTTGAAACTCGTACAGACATTGCAACATGTAC
ACAACATACATATATATTGCCCGTGTTATTATTTCTATGAAGAAATTTTG
GCTATCATTTATATAGAAATACATATGTACATGTACGCTTTTAATAAAGA
TTACTAAGTAATATTATAATTCAACATGGAATGTAATATTATGCAGGATT
TTAATATCATGAAATATTTATATATATATATTGCAGATAAAGTAAGAAGT
CTGTTAATATACAAGATAACTCGTTAATGGGCATACTAACTGAGCAAAAC
CGTTAATCTGTATAATAACTGAAAGAGATAACTAATGTGCAAAATGATTA
AAATCATAAATTTCACATTATCTTCTGAGACCCTTTCCAGAGACACAAAT
TGATACTCGGCTCATGGGATATGTAGCATGTCCACAAGACTTGATTATGA
TTAAGTACCCTTCGTCAATTCTTTTATTTCAATCCGGGACGCCATCCCCT
GTAGCCCCGGTTGTTATCCCGACCCACTGTTTGTGTTGCGTGCCGACGCG
ACTAACAAACGTATATTCAAGATTCGATATAATATCTTGAATCCCTGTTC
TACATATTTAACCCTTATCTGCCCAGCAGTGACGTCGCTGCCCCAAATTT
TTATTGTATATATTATACAATCAAATCTTATAGATGAATACCCATACTCT
TGATATGAGATGAGGATAATGAGTTGCGTGTAATTCTAGACAGGGGACTA
AATACACATTTATATCGACAAATATGACAATCCATCTGTGTCTCATCCNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNGGCACATTTATAGKSAACAAATATAACAATCCATCTGTGT
CTCATCCGGTAAGTATTTTCCAAATTCCTGGGCCTCCATTTTCAGAAATC
CAGACAGAAGGCGACGTTATTTTAGGCATTTTATTCAGTTCTCTATCGAC
TATCAGCGACTAATATTATATAAATATTGAATAATAAAGGCGGGRATGAT
AACGTTCTTGATGGAAGAAGATGTATATTATTTAATCAATGATACCATAA
GTATTTCTTCCCTTCTCCTCGGACGCTTTAGTATTCTTACCAAAATTATC
ACCCTTACTTATACAGTAACTCTCCATTCTAAGAGGGGATTTTTCGTTAT
GTCAATAAAAATCTTTTAGTATATCTTATGGGATAATAGAAGATAGTAGA
GTTAGCCAAGCTACTATACATTTTTCGGCCTTTTGAGAGAAGGGAGGTAC
TTTGAATAAAAAAGGGGCTTCAGCCACGAATTTTCTTCATTAATTGCCTT
CTTAGCTAAAAGAAGCAGAGAATGTGCTTTATAAAAAAACCAGGGGAGCT
ATTTCAGCACCATACAATCAACTCATGTCAGGAGATTGTATTTCCTTAAT
TCTCTTAATTTTTTATATACCAAATTACACAGTCTTGTCCAATTTGTGTA
AGTTTCACCGTGTCTTTGCCATTCTATGCTTAAAATTTCAACCCTATTTT
TGACATTACAATCTAAAAGTGTAGTCGAAGAGTGTGGCTTCCAAATCCCT
GCTGGGAGAACAGCAGTTTTACCTTTATTAATTATAAAGCCAGACCAGTG
GGAATATTTTTCAAAAGACTTTAGAATGACTTCAATTCTTCTAACTAACT
GACTTTCAGTGTTTGCTTCGACAAATAATGTGACATCATCTAAATAGGTG
TCAAGTAAACGTTTAGAATTGCCTGAGGAAATTCCAAAGCCTCTATATCT
CTTTAGCAGAGATATACAAAATTCTTCAATTGTGGCAATAAATAACAAGA
AGAATAGGCTCACTTACACAACCATCAATCCCGATTATAGATGATCCATT
ACACAGCAAGACACTTATAGGATTGAAAAAACGCTTAGGCAAAAGCTTTT
TAACAGCCCGAAGTATATGACTGTGTTTAATATAATCAAATGCCTTGTGG
AAATCCACCACAATGATTTCCCCATATTTTTTATTCTCCTTCAAAGAATC
AACACATGCTTTAATTTTTCTAGATATGACAGTTATTTCCTTATTTCTTA
GAAATCTTTTTTGATGGTTACCTATCTTTTGGTTGAGGATAGGCTCAATT
TGTTTTGCAATTACTCCTGCTAGGATTCTATATGTTTCGTTCAAAACTGT
TATTGGCCTCCAATCACCAATCTGAGTACCGTCTCCTTTCTTAGGGATGA
GTACAAATCTACCACGGGTTATAGAAGGAGGTAATTTTTCATACTTCTCC
ATCGAAGTTCCAAACTTTAAGAGAAACGGAACAAAAACATCGGGGAGGAT
GGTAAAAATTTTACCACCTAAACCATCAGGTCCCGCTGCTCTATTAGTTT
TAAAACTATTTTTCACATAACACAAAATATTTTTTGATTTGAAAACAGGA
ATCATGTTTTATGATTTCCGTTTTCTAGGAAAATTGCTGCATTGGCCTCC
AAGAATATTCTGAAATTGAGAGTAGAAATAGTCCAAAATATCCTTAGTTT
TGTCTAAGACCTTATCTTCCAAAACGATCTTCTTAACGTTAGCTTTCGCA
TTTACGTTTTTGAAATGGAGGATTCTTCTTCGAATATTGAACTTGCATTT
TTTGTCACGCTTTCTCTCCATCTCTTCCTCTGCAATATCAGATAATATTC
TATACACATTATGAGTATCAGCAGCAAAAAAAATATGAAATAATTTTTTT
CCTTTTTGCCCTACTAAACATATCAGCAGTAATTTTAACATTTTTTATAA
GACGACAATCCAACCGGTTCGATTGGTTGAAGGGGGTCAAAAAGCACGTC
CAGTCTGTGTTCTATGGGGTTTATAAAGTCTTCTTGTTCTATAACTCACC
TAGATAGACTATACTGCCGAATTGAAGGACTTGATCGAAATTCCACTTGA
ATGATCTTGTGATCAGAAAAGGGTTCTAGACAATAAAAAGATTTTTTAAT
GTTTATGAAAATGCTTGGATAAAGGTCTATTCTTGATGTTCGATTTACAT
TTCTGCATGAAAATATGTCATCAGGACTTCAAATTTTAATAGTATCAATG
AGATTGAGTTCCCCTACAAGCTTAAGTAAGTTATAAGTTATAAGAAGAAG
TATAAGTTAACTTGTCCGAATCTTTTATCTATTTCTACATTCATGTCCCC
TATAAGGATACATGGACGCGAATCACACTTAAGATTGTACAACATTGATT
GGTAGAAAGCATGAGATCTTATATTTGGTCCATAAGCATTAAAAAGTTAT
TAATTTCAATTATGTACCATTGACTCTTGGATGAGTACTCCTTGGACAAA
GAAGAGCACTCTAGTTTCGTAGAAACCAGTGATAGAATGCCTCTAGAAGA
ATCAGACCCAGTAAAATAAGAATCGAAATCATGAGGAAGACAGAACCCAC
AATAACTTTTACAGGTTGCAGAAACCTTTGTTCTTACGTCTTGTAAACAA
ATTATAGTAGGATTAAATTTTATAAGTCTTTTAATTAAAGCATGTCTTAT
CTTTCTGTCTCTTCCGCATCTTGTGTTTAGTGAAAGTATTTTGAATGTTT
CCATGATTGCAATTATTAATTTCTCTGTATTTTCTTGGGATTTTCACTTT
TCTGTGGAGACAAACTAGTATCTGGAGCAGACCTTTTTGTAACAGATCCT
GACCTTGTACGTGAGGTTCTACATTAATAAGAGGTTTATTTTTTTTAGTT
GGTTTCATATTTTCATTCGAGTCTAATGAAATATCTTCCAATGGTTCGTA
TTGTCGTCTTCATTCCCTGTTATAGGTGTAGTTATACGTCTACCTGTTTT
ATCATCGACTGAGAATGAAGACACCTGGCCTTGACTTATTTCTGCATTAA
ATACCTCATTCAATGAATCAACATTTTCCGAAATCACTACTTTCCTCCTA
TTTTACTTAGATCCATCATTATTTGTTTGTTTATCTTCTGATTCTTCTTC
TACGACTTTGTAATCCTTCCCTGATGAGTGACTTCCTTCTTGATTATCCT
GAACAGATCTTTCCATATTTGTAAAACTCTTTAGAATTTTCTCGTGACTT
CTTTTTGGTTCATTAGTTTATGACATTCAGCAATTTCTTGAAGAACTTCC
TCTTCTAGAATTTTTAGGTAATCCGACCACTTTTGATACTTATTGGGATA
GCTTTTAGCTAAATGACCAGTTTAACAACATTTTGCACTTTTCTTAGGTT
GACCTAAATAACTAATTCTGGTTTTGAAACCTTTGAGTGGAAGAAATCCT
GGTAAATCACACATAGGGACCAGTATTTATATTCTATTCAAATCTTAAAA
TATTCTGTAACTGCACATGAATTATGATATACATTATAGACCAATAAAAA
AAAACCAAAAAAAAACAACCAGTATTCTTGTTAAACATGCACACCCCCTG
CAATTTTTCATAAATACGACTATAGAATGCTCCCTGATGTATATCATATA
CATATTCTTATATCTAAAATATATTTATCAGGGAACAAATATACAGTTCC
ATGCTATATGCACACCCCTGTAATATCTCATTAATAAGACTACATCAAAC
ATAGATCAAAATATGTTTATTAACACCATAATATACTACATTGCACCCGG
TGACTCTTTTTCAAATATTCATACATATAAAAAAACTTTGCTTCATTAAT
GTATTTATGAAATTGTAAAACGGTGTTGATAATTTTTGGAGCTAATTCTC
CCCAATCCCCCAATAATGAAAGCTACCATCACCCCTACTTCTTTTGTCTT
TGAGGGATCAAATTTTGTGTTTTTTCTCATTTGATTACCTTTGATTTGAT
AATTGAGAAATATGTATCATTTATGGACCGTCACATGGATGTCACGCTTG
GAAGAAACATCTACATTTATTTTTTATACATAATAAGAATGAAAATAAGA
TATAATTATACGTAACCTTAAGGACTCCAGAGGAAGACAGAACACTCAGT
AGCAAATAAGCAAGTTTTTTTCCTTCTCGTCGCTGATTTGCTAAAATTTG
TCAGCTACTGGTCTTGGAGGAGTTTTATATACTATTTTGTGGGCTTAATT
AAATCATTTGTTAAAATTAGCCAATAATTGTAATATAGTTTTCATAATAG
TAATGTCAAATATTAGTACAGTGTATTATAAAAATAGATCAGCTACGAAT
AACAAGTCTCTAGACTTCTTGTCCATGATAATATTTAACTATCCAAAAGA
CATAAATAGCAAGAAGTTGTAGAGCAATGCCACCAAACGTGCTAATTGAA
ATTTTAAAAAAGGCTCATGAATTTTTCACTTTTTTTTTAATATGTGAGGG
ATGTAAAAATTAAATAAATTGGTGGGTTTAAAAATATGTCAGTGGGCTTT
ATATTCTATTTTCTATTTGCTTAATATCATTTTGAGCGTAATATTTCTGA
TCCATTGGTGCAAAAGAAATAAGAAATCACGCTTAAAACGGGCAGTCTAT
CATCCCTATATTTTAAAACTACTGATTTAGAAAAGCAAATTGAAATTATA
ATTAATTCATTTATATAAGAAACATTATTTTTTACTCTATATATGTATTC
AACCAAAAATCATTGATAGTAGAATCAGTTTTTATTTAACAGAATGGATA
GTTGATAAAATTGATTAATTTTACACTTAAAAACACAGTAACAATAATTT
CAAATATAACTATTAAATAAGTATTTCTCCGTTTTTTTCATAGAAATTAT
AATAACTTAACCCAATGACCTAGTTACAATATACTATGCAATGATAATAG
CTATAGTCTAAAGAAATCCATTATTTTAAATTTTCTCTCTCCATAATTAT
TTATCTCCTTGGTAATCAAAACAGTGATTACTCGACGATTTCCATTATTT
TATCCACATTTTCGACAATTGTCCTTTCAGAGCGTGGTGTTTCTTTGACA
TCAAAACTACCGGTATGTAATCGACAACACCAAAATTGCGCGTGATTGGC
TGKTAAAGTATTAGAGCCATACACATTATTCACATTTTCAGCCGCATTGC
TTGTGTTTTCGCCTTGAATAATAGAAGAAAAACGTAAAATATGGCGTATT
TTCTCTCTACTAGTGTATATCTTTGACCTTTGCTCAAACAATAATGAGAC
AAACAATCGAAAAACTGTTTAAAAACTTATTTATTACCGAATCTTATCTT
TCTAATACTATCTAGTGTAAACCGATAGCAATTATACAATCCAAGATACT
CATTACTAAACCCATCTATTGGGAACAATTTCAATTTCTTTTTACTATTA
TTTAGAGCCTGCATGGGAAACTGGCGGCCTGATGGGCGCATAAAGCCATC
GTTCTCATCAGTGTGGCCCGCAAATAGATCAGTCATAATTATTAAAAAAA
TGGTCATGTGGCCGTCAAATAATAGTTTAAAAAAAATTTGGCCCTCTTTA
ACATGGAAGTTGCATATCCCTGATTTAGAGTATGGTGCTTTTATGACAAC
ATAAAATATACATTTTTTCGGTAAAAAAGACATTTAAGAAATAGACTTAA
ATATTAGTTTTCTAAAAAAAAGTAATTAAATAGTAACTTTCGACAAATTC
TATGAATAGGGACCTGAAAAAAAAAAAAAAAGGAGKGGGGATTGGTTTTT
GGAATAAAAAAAAAATCAAAATTAAAAGTACAAATATAAAATTTCTTGGG
AAATTTTTTTCAAAAATCCATAGTTATTTACAGAAAATTAAATTTTTGTA
AAAAAATTTCAAAAATCCTAGGTATTCTCAATAAATTAAAGTTTTGAAAT
TTTTTTTCAAAGATCCTGAGCTGTTAACAAAAAAAAAGAAAAGATAAAAT
AATGCACAATCGACTGAAACTTTGCAACAAATTGAAATACTTATTTAAAT
TTGATTTGAAGCGGAGGTTTTACGCTCTACTGAGTGCCCATTCTAGTTTA
ATTTCATTTGGTTGTTTATAAAGGATTTTCACTAAATACATTGGGCTCGT
ACGTCATACTTTCTCTTTTTATCTCAAAATTGGAGACAGCGGCAGAGGAT
AGTTGAAACTCAACTCTCGCAACCTTTTAATAATAAGGAAATAACTTCAT
GCGCATTGAAGCAAAGAATATATTGACTGAGAAAGAGAAGACGGATCTCG
ACTTTTTGGAGTTATTCGGATAATTAGCACTTCGAAGTGTCAGGAAACTA
GATGGAAGTGTACAGAATACTCATATATTGAGCTAGAAATCACTGGTCTT
TAATCAATTTTTTATTTGACAAGGGCTCAAAAATGACTATAGTTGATAAA
ATATATTAATTTTAAAATATTTAGTTTTAAAAACACCAAATGAAGGTTTT
ATATTAATTAATAACAAAATAGACATGTTTATATTAAAGCTATCTTCTTT
CATTGCGTTTTCAGAAGCTAATAGATGATTGCACTTCTCCATTACTTTTT
CGACTATCAAGTGAAGAGTATAAGGCAATATATCGTGAGTATATGTACAT
ACATTTAATTATTAACATAAGTATTTCATTGAAGAAATTAATTATTTGAA
GGAGGGGTAATATAAATTACTATTTTAATGAACTACGGCAACGTGTAATT
GCATGGAGTGATGAATGGAATTATGTGTGTTACAAAATATATCCATAAAG
AACCTCTACAATTATATATCAATAAAACTGATTTTGTATATATTTTTATT
GATCTTAAAAATTATATGGGTTTTTATAGAGATAATTTAAAACAGAGACT
CTTATTAAGAAATTTAAAAAAAAACCTACCTGAGTTATATTTATTTAGAA
CTATTAAATCCTAAAGTTTTGCTTATTGACAATACAAGGCGTTAAGATTA
AATTGGTGCTTACGTGTGCCGATGATTTTGTTATGATGGAGCTGTCTGAC
GGCGTCTCTCTCTCTCTTTTTTTTTGGTATCAACAAACTTAAGTGAAGTT
TTGGTAATGATGGCGATAGCTGCTTCACATATAAACAAGATTGAATTTAC
AGAGGTGGAACGGTGTTGCATCATGACGATGATTTTTGTCCACAACAGCA
TTGAGATTTCAAATTAAGAGGCCTCAGATGTAACTAACACCTCTATCCGG
ATCGTGAAAAAGACTCAGCACCTTGTCATGCCTCAGACAGGTTGTTGAAG
TAACTGAGTGAGCACTGCTATAGCTTCATTGGTAAGAAAATATGGTCCTC
ATCACTCCAAACCTTACCCATAGATTAATTTGTCTGGGGCAACGTGAAAT
ACAAAAGAAATCCAACTTTATGTTCAATTCAACCTAATTTTGAAGTAAAT
CTGTCAAAAAATGTGGCTTCAGTGACAATTTTTATTTTTTAAATGCGCCG
ATTTGATCTTAACATCCTGTACCTGTAATCAAACCTAATTAATTAAATAG
ACTTAATGAAACTAATAATGTTTGATCAATAACTTTACCTCAATGATGAA
TGGTTAATAGTCAAACTATTGTTGTCTTTCTAATAGTTTTCTTTTCATCT
CCATGCAAATAAATAAATGAAAGAAAAGTCCCAAAAAAATAATTTGAATA
TATTCGAATATATATATATANNNNNNNNNGAATATATTCGAATATATATA
TATAATATATTGTGAAGTTACTTTCTCGATTGAAATAAGCTTTATCGAGG
AGAAGCATTAGGGGGATATAGTTACTCCATCATTATCAGAATCAGCAGAA
CATAATTTTGGTACTGCATCTAGGTAAGTAGAACACAAATACAAATTTTT
AGCAAATTTGGATGACGTTTACCTCTGGCACAATTACGATTTGTATACGT
GTATGAAACAAAACTTTTTTTATTATGGGGTCTATAAAAAACAGATTAAA
GAGTAACATATTTTTATAATAAAATAAAGCCTATCTTGAATTATATTTTT
TTGTCAATTCACTTTACTTGATTGTATCAAGCAATAAGTGATCGCACCCA
GACCGTTTATTAAATAAAGAAGTTATTATTACACTTGAGYACATAAAAGA
AGAAAAGAAAAATAGTAACAGTCTTTCTTTTTCAGTTATTTCTCTTTTTT
TACTAATTATCCTCTTTATATAATAATATAAATTTATAATTATAATTGAA
TTAGTAACTACTTTACACATATTAATACATAGATAACTCATCAATTTTTA
AATAGTTTTTTTTTTTTGCTTTTACCTATGTTTCTTTGTATTTGGAAGGG
ACTATCTTGGGCTATGCCTCTTGGTGCAGATTCTTTGTCCTAAAGTCAGT
CATTTCGATGGATACCCTGTATGGTTTGATGCCATTTTTAACTTGATCAA
AAAATTAACCAAAATTTGCTTAAATTTTGTACTTGTATTCTACTTATCTA
GCAGCTGTACCAAAATAAGGATTCCCCGATTCTGACAAGGATTTCTAATT
TAGGGGGTACCTGCATCACCTTAATAAACATGGATGCATTTTTCGAGGAT
TTATAATATTTTTTAATGAAAATCTTTATTTTTATATTTATAGTTGGATT
ATTATTTATTTTTTGTTAAATAGGTAAAATTTAATCGGTACTTAAATAAA
CATTTCAAATTTATTAAAAAATGTAATCAAGGCTCAGACTACACTAGTTA
ATAAAACTTCATCTTTTATTTGCACTTAGATCGACATGGGGGTAATTATA
TGAGTTTGTCTGCATATCATAATTTATTTTTCTATCTTGAAATGTGAGAC
AGCTACAGTGGATARTTAAAAWTCAATTATYGCAACCTTTTAATAATAAG
AAAGTAACTTTGCTAAGTGAAACGAAGCGACGCCTTGTAAAACAAAGAAT
TTATTATTGGAGTATTACGAGAGGGATCTCCACTCAATCGATTACAATTG
CTCGAATAATTTTCCTAGTATGATTAGAAAAAAACATTGGAGTTTGTACT
ATATATTTCTATTTAGGTTTTCTGTTTTAGGAGTTAATGGATCGGATGAC
ATAGAAGTTCCTCTCCATGATACCTACTACCTTCATCCTGTAATTGTACT
TTAATGGTTTACGGTAGATACAAAAAAGAGTCGTTGTGCTTTACTTAATG
GGATGTTAGTTTCATCCCTCAGTCCATGGATTGACTCCTAGTCCCCCCCC
CCCCCCCCGGATTAAAGTTTTTTTCTACTTATTAAAAGGTTGCCATAATT
GAATTTCAACTATCCGCTGTCGCTATCCACAATTTTGAGATAGATAGAGA
AAGTATGACGTGGGGGGAAAGTTATACAATGTACTTTGAGATGATTCATC
CTTGAGAATTACGAAAATGAACTTAATAATCCGAAACTTCTGCTTTTGTT
GCCACCAGAGTGCTTTTTAGAAAAGTACTTTATTAGAACATCTACATCAA
TACATATATTTTTTAAAAGGATAATGATAATTGAGAATAATGCAATAGTT
TAATATTTTTATGGATGGKCGRTATATTTATGGTGTAATTTTTGGACAAA
TTATTAAAATATATGTATTATGCGGCACATTATAAAGTTCAAATGCTCAA
AGTTATATTCCTTATAAATACATAATTATTTGAAATTGTTTTGGGAATAG
TTTAGATTTTTGCCAATAAATGCGGATTTTTCAAAAACTTTATAAAAATA
TTTAATATTCTGTTAATATTTGAAATTTAATTTTTGAATTTTTTTTACAA
AGGATTTTTTTTTTCTTATATTTTTTCAAAAAATTTAATTTTTCAATTTT
TCTAAAAAATTTCATAAACCAAGTCTCCCCAGAAATATTATCTTGCGGAC
GCCCCTGGTATGACATGATTAAGTATGATATATAAATCCAAAATTTAATT
TCTGAGCTGGTCTACTATCAACAATTCTACAAACCAAATTTTAGTGAAAT
CCTTTTCCGCAGAAAACTTTTTCATGTATATGAAAGAGTACCTTAGAAAA
ATTTAATATTGTAAAAGTTATTTATGATTTGATGCTTGAAAAATATTAAG
TGTATGTATTTATTAGGGTATCAAGGTGTATTGTAGTATACTCTTTAGGA
CCACAAAAGTAGATTTTTGAGTTATAAGAGTCATTTTCATGTTTTTAGAG
TGAGAAATAACCAAGAGCACGCCATTTTGATCAAAGGGCAAACATCTGTT
AACTAGCATTATTTATAGATACTTAGTCAGTAATCCATTTTTTTATAGAA
TACTTAGATCAAAGGATTTGTTGGTACTTGACCTGCGAGCGATATCGGCA
ATTTCTAGGATCCAAGAAACCCAGCTCCTCACTTGCCTTATTCCTTATTC
TTGGTTTGACACTCGCTCTATTCCTAGCAATTAGTTATTACGTGGTATGG
TTTTGCTTTTAACAAATAAGAAATAATAAACATCACAGACTTTCAGTTAC
CGATTTCAATCATTCAAAAATGTGCACCGTCGAATTACAACTACATTTAG
ATTAGAAATTATGATAAAAGTTATTTATTTGTGTGTTCAGTTTATAAACC
ATATAAATATATATTCTATAGTACTAAATATACTTAAATAAGGATAGTTA
TGTTTTGAAAATGTTGTAATAACCTTTGATACATAAGAAAATTACTATAC
ACATACATTTCCTTACTTCCTTACATTCATTTCCTTTAGTGATATTTTGT
AGTGTGGGGTATTTTTTCTAAATAATAACGTGTACACCAGATTTTTTTAT
CTGCTTTTAATTCGTTAGATGTAGTTGGACTAATAAGGTATAAGTAAACA
TTGTAGCATTACATTTACTCCATCTGACCGAGGAATCTTCTTTGAAGTAC
ATATTCATTAAGTATATTTCCTTCTCTATGTATAAGCTAGGCGCGAACCT
ACGCACATTCAATTCAAGAGTATAAAAAATAAGGACTTTATGCTTTTTAC
TAGAAAATTTAATATTTCAATTTTTTTTCAAAAAATTGAATACTTGAAAT
TTAATTTATTTTTTCAAATTGTTTTCCGAAAAATTTAATTCTCTAAGAAA
AACTATAGATTTATCAAATTTTCCTGCAAAAAATTTAATATAGGAAATTT
TTTTCGAAAAAACATTATACTTGAAATATAATTTTTCAAACTTTTTTCCA
AAAAACATTTTACACTGAAATATAATTTTTCAAACTTTTTTCCAAAAAAT
ACTATACTTGAAATATAATTTTTCAAATTTTTTTCCAAAAAATTAATTTT
CTCTAAATATGTTGTATATAGATTTTTGAAATTTTTCTTTTGAACAGTTG
TAGATTTTTGACCTTTTTTTCAAAAAATTTAATTTGATATTTGAATTTTT
TTTTCAAAAAGTTCCAAAAACCAAGCCCCCCCTCTAAAAAAAATAATATA
TATATATATAATCCTGCGGGCACCCCTGAACGGACACCTGTTTTAAGGGT
ATCATCGTACTAAGCGGTCATATGCAGTTTTCAAATTTGGATTTTTACAA
AACAGGTAMCCTGATTTAAGAGATAACCAATMCTAAGCGGTCGTTTTTTA
AACGTTATCTTGCAGCCGTTTGCAAACTTCCAAACAGTTTTATACAAGTT
TGGNTTGTATATTAAATAAGTTAATGTATTATCAATATATACAATGTACA
TAATATTTAATATTGATAGGACACTCTATAGAAATAACTCATAAATCAGC
CCCCTCCTATTTTTTTCATGACGTATTCTTTATTATAATTAAATTTTTAC
CATATCTACGTGTATCATAGCAAAAGTGTTTGCTTGCTATATTGTACATT
CTTACACAATAAACATAGGTAACATAGATGCATGTTAGTTATTGATAAGG
TAATTTATCATTCAATATAACTCATAATTAATTAATCTAAAATCCAATTT
ACATAGTATACTCCATTGCCTGTCAGGAGTTACTTTATAAAATTTTCAGT
TATTTTGTCTGTATAAACCAGTCGCTATCCTTAGATAACTCAATGCAACA
AAATAAAGGTCTTAAAATACCCACAGGCTGAAACACAGAATTATTATTGT
TATTTAAACCGTAGAACTCGAAAATGACCATTAAAACTTTCAACAACTAC
AGATTTGGCCTTTAATAAAATAAGCTATAAGGTTGAATGACTAAATATTA
GGGAGAAAATAAATTAAATGGTTTAAATCTACCAATTTCTCAATTATTTT
GGTTAGGAAGTATTTATAAGCCGGATAGGATGGGTGGAAAAGACAGAAAA
TGGGCTGCTCGGGAAACTAACAAAGAAAAAGGTTGGAGGAACAATAATAG
TGCAGCAACAGATGGCTGGAAGAACATCGTCCTYCAACAYCASCAGCCAC
TGCCTCAGTGCACTCTCCCTCGTATGAAGAAAATTAAAAATTCTTTCTTT
TCTCTTTTCAACAAGTTAAAAGAAGTACGTCTCAACCAAAGGTTGGTATT
AGTCAAATTGTAGCTTCAGTTTTAGACAGAACTCCGATCAGTGACCAAAA
CGCAGTGTATATTTTACTTCCTTTTGCAGCTCATTTTGTTGATAACATCG
ATGATTTTGCCATTAGTATAAGTTCCATAAAGAGGAATTGAAGTAAAGTT
TTCCTTCAAACATTCCTTTAACATTACATTGGGATGGTATACTAATCCCT
GACTTGGTTCGGCGAGCGAAGATCGAACATATAACAATATTAGTTTCAGG
TGTAGAGAAAATTCTTTCATTGCCCAAGATTAATAGTCAGGATGCATACT
CAATTGCTTCGGAGATCGTATCAGTTTTAGCAAAATGGAATATAAAATAC
AGAATTAAATCCCTTTCTTTGACTCCCCAGCGACAAATACAGGATCTAAA
TCTGGCATTTGTCTGAGGCTTGAAATGTTATTTAAACGTGAGCCCTTGTA
CCTTGCCTGTCGATATCACATTTTGGGGATTACTCTTAGCTCTGTATTCT
CTAATCTTGTGACATAGCTATCAAAAAGTGTAGATATTACTTTAGAGATT
GCTGTTCTAAAATTAACAAAACAAATTACAGAACAACCATTGAAGAAATG
CCATTCCAAATACAGTCTTGGAAATATTACATTATTCAATTTTCTCAAAA
TCTCCTTCACTCTCACCAACCATGGGATGATTATAAAGAGATATTGTAAT
TATGATTAGATATTAAACTTCGAAGGAGTCTACTGAGCTCCCTTATGAGG
ACTGATAGTTTCCCTTGGATGAATTCTCCTCCCGTCGTCCCTCGTGGAAT
TCAGAATCCAGATTATAACGTCCCTTGAGATGGATGATCCAGTTAGAATC
ATTTTTCTTCAATTGCCTCGATCCTCCTTCTACATGACATTGGCATCGGG
AAAAATATGCTGTTAATGTTGACTATTTGCCTGTACCCCTCATAAAATAT
GGGATCAATTCAAAAATACAAAATAGAACAAAAATCCTTGGAGATGCATA
AATAGGTTTATTTTTAAATTATACATTGAATATCTTTCTATAATATAAGC
TATGATATTCCTCATCGCTATGTATTATGAATAAGTTATAAGGGTCTAAA
GAAGAGTGTAGTTTTTCATCATTTTTCAACGTAAAAATGGAAATATATCG
AGTTCAGAACGAGATTCTGAGTCAATAAAAACACTATATAATCATAAAAA
ATACTTTTACATAGGATATATTACTCCTATTTTTAATTTGGTGATTTTTT
AAAGGGTATAAATGACTCAAAACGATAATAGTCCCAAATTACTATAATCG
CAGATATTTAGAATTCAGATAACTGAAAGGAAAACTAAGATCAAGTTTGG
ATTCTGGGCTCAAAAATAAATTCCTTTTTTGGCTTGAATTTATGTGTACA
AAATTAGAGTTCTCCTGTGTTGTCTATATAAAAATTGCAACAGAAAATAA
TATTTTGTTTTAGTACTATTAAAACAAAATTTAATTTAACAAATATTTCA
AGTAAACATGTAGAAAATAAGAAAAAAAATATTAGAAACTAGCAATAGTA
GCGGCCATTGCCAGGAGTCATTAGGCATCGGCTAAAATATTAAATTTTTC
CTTAATAATATGGAAGATAACTCTCCAAGAAATCCTCAGTATTACGCTCT
ATTTTTTAAGAGCACACTCACATGTAACTCATGGTGAAATAAATATAAAG
GTGAGGCAATAAGGAAATTCTACGCTTGCTTTTTTTATTTATCAAGAAAA
GAGGGATAATTTAATGACGTCACTGTTGATACACACAGCATTCTGTCCCA
TATAATTGTTAAAGATAAAAATCCAGTGTTGAAAAGGCTTGTTAAAAAAT
AGAAACTGAAAATGAATAAGGTAACCCTAACAAATTGAAAAATGTTTTGG
AGGAGAGAAAGAAGAATGCTCATGACGTTCCATGAGATAATCTGTGACAA
GAGAGGAAGGAAACAGGATATACACAATGACATTTGCAAGTATCAATTCG
ATTTTGATCCCCAATTCTACTCTGAATCCAACAAGGACTTACAATTATAT
CTCCGCAACAAATCCTGAGAGATACGTTCAAACAGGTTTTGAATATAATT
GAATCTATTTATGAAAGGATACTCAGGAATTAAATGATAATGACAACTGC
TAAGCAAAATGAAATTCGTTCTTTATACTACCAATTACAAATTAACGGGC
CAGCTGAAAACACACACCAGATTTACATGTATGATAATTGTAAAGTAATA
ATTTTAAAACCCAGACTTAATTCATTGTAAGGCAACACAAATTAAGTGAA
TAAATTAAATTAATATAATTAAAATTCATTTGTTGTACACAATGGTAAGC
TTACAAGCATGTCAAAAAGTATAAAAAGTAAAAATATTCAAATGTATAAC
TATAATTATAGATATTTTCATTTAGGAAAGGTTATGAATAAAGCTAACAA
TACTTTATTCTGCTATAGGAACGAACTATGGAATATTTTAGTTAAAGTCT
TGATCAATATATTTTTCTGATTGTAATTAAACGTACTACATATAATTATT
AGACATACATTGCTTATGATAATATGTTTTGTGTATATTATATTGTGTAT
AAGAGAGGTGAATAAAAGAATATGTATAAGTAAAAATTATAGCATATATT
TTTTTAATACATATATCCATAAATACATGAATAATAAATATTAATTTGTA
AATTGACTAATCTGTCTAAATTTTCTCAGATTAGCACTTGCACGTTTCAG
TTTGAGCTTTTTATTAAGGTTATTTACTCTAATTCTTGTCCACAAAGGAT
ATGAGGACTTATTCTGGCCAGTTAGGATATAATTCAAATATATGATTAAG
CAGCCTTTCAAATACGTTTGGGTTTTTGTCAATTACGTCTTCTTGGTAAC
AATGAAAAGCTTTCAAATGTTTTTCCAGACAATGACAAAATTTCAAAGAC
TCACATGAGTCTTGGACCGTATCCTTAGTCAAACTTGCAGAATTACCATC
TAAATCATTAAAAATGTATCGATGATCTAATAAATGATTTCGAAATAATT
GGAGCAAAAGGGGACAGTAAAGGAAGGCATGCATTTGGCGTTTTGTATCC
ACAAGATTTTGAAATGAAAAGTTGCCTGATGAGAGTTCTGATTTGTTACC
CAACACAAAAGCAATGTCTTTGATTAAAATTGCAGCTTGTTCAAGCCTCT
CAATGATGGAGCACAACAATTTCTTTTTCATATGTGAGTCGAATTTCAAT
TATATTGGTTGCTTCTACCCATGAAAAGCTTTCTCACCATTGCAACCTGA
ATTTTTTTCTAAGGTCCAAATATTTGCTCAAGTTTCCAGGAAATTTCTAA
CTTCCTTCTAATTTCCATCTCATCYAAACAAAGAKCCGCCATACGCTCTT
AATATTCTTCTGAAATACTAATTTTTTCAGAGATAACTTTGATGCTATCT
TCGAGGAAGGCAGGTTCACACTTAAAATCTTGTAGAAAGATTTTTTTGAG
TCTGGCGACTGGGCAATTGAAGCCATTTTCTGGAACGTAAGTATTCAAAA
GCTCGAGAACTAATGTTCCGTAAGATGAGGGCAGTGGTTACATCTTCTTA
TGAGTATCCTCGATCCTCGATCTTACTTGGATTTTGAAGTCGCTCTTTTC
TATGGTGATCCTTACTAAATTTTGTTTAAACTTCTTTGAGTTTAGTAACT
TAAACTGTGTTTTGTACTGACACAATTTTCTTTTCGTCAAGGAATGTTGT
TTATGCAATTTTTTGCATTTGTGCTCCCAAAACAAAGGGCTATTTGCTTC
CTCACACTGGACTCATTTTTTGAATTTGTAAACGTGAATCTGAGTGCTTT
GTGTCTTGGTCAAAGGCTCTTGTTGGGACTCAGTGATCCTTCTACAAATA
TCCATGAACCCTTCGTTATCAGTATCGGTTTCTGAGTCCATACTGGTTTC
CTGGACCTTACTTACTTCCAATATTTGTTTCACAAGCTCTTTCCTATCCC
GAGTTTCCTTACGAATATCTTTGCAGGATTTGGGTTCATCTGAAATGGGA
GAAGCGAGAAAATATGGAGTAAAGGAACTTTTTAATGTCTTCCTGGCCTT
TCAGTCAAGAAGCTCAGCCTGGAGATTCCACTCAAAATCATTGGATTTAA
AATGCCTATCACAAATATCGGACTTCTTAATATTAATTGTGTTTTTTCTC
CTCCAGAATTAGATCCAAGAACGCATGAGCATCAAATTTTTCTGAGGAAG
TGCAAAATACTTGGTATCCCGTGGTTGGGATAGCAGGCAATCGTACAAAT
ACGCTTTGAACCTCGAAAGGATGCCATTTGTAATAAAGAGATCCAAATTA
GACCACTTCACTCCAATATAATTACCTAAATTGCCGCAACAGTGATGTTA
CTACGTCAGTTGTATCAGCTAACGCCAACCAGACTGCATTAGAAGATCCT
TGTTACCTAGCCTTACTATATAGCCCCCTTGCACGTAGTTACTCAATTCA
ATAATACTTATATCAATTCAAATGACGTTTTCTCTCCTCAAGAATGAAAG
CATTATAATAAGAGAGTTAGAAAAAAAAAATATTGGGATGACTGAAGAGT
ACTTTTGTCTTAAGAAGGCCCAATAATAATAAAAACATTATTTAACATAC
CAACGTTTATATTTAACTCAAATCTTTATATACACTGAAAATGTACATGA
ATTATGATGAACTCGTATGTTCATAAGATACTAATAATTAACAGAAACAC
TGATCTACTTATACAGGCACACGCTTGTAATATTTCATTAATAGGACTAC
AGTATTATTTTTTATTTAAAGATATTAATGGCATTTACATCAGGGACTAC
TATTATATGCAGTGCACACTCCTGGAATATTTCATTGATACAACTATATT
TTTATTTCTTAAATAAAAATATGTATATGATAGATCACAGAGCACTATAT
ATACATACCACTTGGTGTCATATATTCATGCAAAAAAACTTACTTTATAA
ATAGGATTAACATAATAAAAGTGAAATTACAAATTAGTATTTAGGATTAA
GGTAATTTCAAATATTTCATTAGAGTATATTTGGCTTTGTAATTTTTTGT
TTTTGCTCTTTTCTTCTCCTTTTTGTTGTCCCAACTACCGTGAACAAACT
TCCTCACATGCTAATTAACGACTATTAATTATATTTTCATTAACAAAATA
TTTGAGTTTTAGTAGACAATTAATGAGCATGGTACGAAGTTGTAAATTTA
GGCTTTATATGTACATATTCAATTTGATAAATAATACTTGAGGAAAAAAA
AACCCGTACTAATAAATTAAAATATTAAATTGAAAATAACTATAATATTT
TGATGAATAATCGATTTTTAAAGATAATTTTAAATGTTTTTCTCAATTAA
TTATTGACTTCACTCAAATGTACAAGTATTTTTGTTCGTTAAGTTAATTC
TTGATTCTTATTTGTATCTTTATCACAAACTCGAGGTAGTACCCGGAATA
GCCTGGAGATTAATAGGTGTCGTTGAACAAACAAAGCTTGCCTATAAAGA
TAGAATATAACTACACAAGAAATCCTCAGTCGTTTTTTATAAGCACAATC
TCACGTAGTTACTCAATACATAGAGGATCCCTGTTCTTTCCTCAAGAATG
AAAGAATAATAATACCAGTTTGAGGAAAAAAAAATCATATGAGGACAGAT
GAGCCTGGATGTATTTTATTCTTTAGAATGCTACTTGACTAAACTTTAGA
TACACATTGCACACCCTTGATACTAAATGAGAAACGCCTGCAACATTTCA
TTAATATAACTACTTGTTATTTTTTGGATCAAAAATATGTTTATGAATAT
GATAGATATGGTTCCAACTTATAGCCGTTTTTGGAAAGAAAAAAAATCTG
TGTTATATGAAATCTGAGTTTTACGGGGACTTATTTTTGTGATAACCCGT
GTTAAATGGGATAAATTATTTTTCGAAGTCCACATTTTACTATTCTTTTT
ATTTTTAGTATGGTTTGAACAATTAAAGCATTTTTTAAATCATAAATTAT
ATACAATAATATATGCAGGACAAGATAATAGTAAATAATTGTAAAATGTA
ATATTAAACGGGTATTTACTTGATTATTAATCCGGTCATTTCAATTTTGT
AAAATWAAAATAATCGGACACTAACCATTATTTATTGAGCAACCTTATTA
TTTGCATGTTTGTATAATAAGTTAAACAAAGTTTTAAGTCTATCTATCAA
ATCAAATACTTACAGGCATTACCCATTATGAAAAAGTATATAATTATANN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATGACGAGGCCAAACGTC
ATATGGTTGCCACTCTCCTCCGCGCCGGTAGGTCTGTCAAGGAGATAATC
AAGGACACTGGACTATCCAAGACCACTGTGTTTATGGTCTAGAAGCTTGT
CAAGGAGGGYCAAGATCTGAAAGACCATCCCATACCTCTGGAATGACTCA
GGATTGGCTCSCRGCCKACATGCCKTTTTGGAACAAAAACATTTGGCCAC
CTCAATCACCTGATTTGAATCTCCTTGACTATAGTGTGTGGTGGCAAATT
GAGAATAAGACCTGTGCTACCCGCCACCCGAATTTGGACTCATTGAAGGC
TAGCGTCAATGAGCAATGGGCAGKCATGGAAGGCTATTACATCATCAATG
TGTGCAAGGCCTTCCGCAGGCGCTTAAAGGGTGTCATAGCAGCTGATGAC
GGMTATATTCAGTAATTATAGTAAATTTTATACCTGAACAAATTCTTTAT
TATATCATTCTCAAAAAAAAAATACGTCATACGAATTTTAATGCACATTT
AATTATTTGCCACAAATAGTCAGCGTATTTATGCAACTACAAGTATATAT
TATTTCGAATTAGTTTGTTAATGCTATAAATAACGCTAAAGTTTAGTAAA
ACTTGTCGATAGACAATTTAGTAATTAGAAATATGTTCCTCCTTCAACCA
TAATGAAGATTCATACTAAAACAAACTCACTAATCCTCTTCCTAATTTCC
CTTTTTAATTCGTATTCAATATACGTTTTCCCTTTTTCCGTAAGTACAAT
AATTCCTTTTTTAGATTTCTAATTTTTATGGTGCATTTTTGAATCGACAA
CAAAACCCTTAAAAAAAATTGAGGAACGGGGGATCGATCTTGTTTAATAA
AAACCCCAACTTATTAGTGAAAAAATAAACTTGCCCTCTAGAGCCCAGGA
GCCTGTTCTGATCAGAATGAAACATGGCTTTATTTACATAACTCAATATT
CTGAACAACTTTTATTTTATAACTAAAGTATGTATCCATCTCCCTTTGTG
AAATAAATACCCTATGCGTTTTTATCAGTGGACATCTACAACAAAATTTA
ACCCAAACACAAATAAAATAAAATATATATATATGTATATATATTATTAA
GTGACGAAGATTATATTGATAGAACTCGAGTTTTACAGATATTTTTTCAA
ATAGTAAAAAATAAATAAAAAAGAAACAACAGCTGGAACTTTGATTTAAC
CATATAATACTAGAACCCTTTAAGCGAAGGCTGAATTGCGCCCACTGCAA
ATGGTGTAGAAGAAGTGAGAAATTACTACAATGACATAACATTAGTTTAT
AAGTCCATTTGTTATATTGGCGAGAAAAAACACGCATTTATGAGATTCAT
ATAGTCCAATACCTAAACAAGAGACCCGTGATAGGCTTGAGATTGAAATT
AAATAATTTCATAAAAATTGTGATTTATGTATTTCACAGACCTGACTTTT
TTATATAGGTAAATCTTTGACTATTTAAATCTAATAAGTACTTTTTTCCT
CCTAAAAATGTGAAAAATGATGAACAAATAGCCTTTTGAACTTATTTTAT
GTCGTTTCCCAGTTCTACCTTCCCATTTGTAGGGGGTGCGATTGACACTT
CTCTTATAGGTTTCATGTATGATATGGATTGAACAAAGCTAGTGCGTGTG
TGTAAATTGAATAACATAAAGTTAATCAGACAATAAAAGAAGATTCGCAA
AATACACCAAAGAATAGTCATTTTTAATGTTGGCTTTCGGTCTGGAAATC
CTACATCGGTCTAAGACCGTTATATTTTTTGTTGGGCCGAATTAGTTTGG
TCAACAAAAAAGCTCGGTCTGGACCGGTCTCATTTAAAAATTCCGTCTTG
ATCATCCCAAAGGAAAAATTCGGAGTAGTTTGGTCTAAAGGAAAAATTCG
GTCTAGTTCGGTCGCAAAAAAATGATTCTAGACCGATTTTACAAATAAAT
TGTTCATAACATGACATCCTACGTTTTTTCGAGTACAATGACGTTATACG
GAGTTTAAACAGAGATAGCTCGGATTAATTTTGATCCCACCTTCTCTTAT
CTTTATATAATATTTGATTACAGAACTTATCATGTACTTTTGAGATTTAA
AAAAAAAAGAATGATAGTTGACCTAGAAAAAAACAACTGGTCTCTCATAA
TATAGGAGATCGAAAAAAAAAATCTGTCCATAAAGTGAGACCAAATCAAA
ATCGGTCAACAAAGTTGGACCGACAAAAATCGATCCACTGTCTGGACCGA
AAAATCGGTCCAAATCAGTCTAGTTAAATTACTTAAGACTGAACCGAAAA
AACAAATTCGGTGCTGGACTGAGTCTCAACACTAGTCATTATGTTAATAC
AATTTTCCAATATTTTACTATGGAAGGTATCATGGAACATCTACTGCTCT
ATTTATATGTCCCCGAAATTATCACAACAAAAGTGCAGAACACTAAACCC
TCTTCGGCCTTACGAAGGGAGACCACCTTAGTGCAACAAGAGAATAGATG
GCCAGAAGATTCAACTTGAATTTTACAAATGGTACAATATTTTTCCAGTG
GATTCGAAGTCTTATTATTTATAAATATGGACCCTCTATCTAATTTATTC
CAAAACCACTTTTGTTTCGAGGTTCGAAAGCAAGAGCAAGCAACCTTTTG
TAGAGTACGGGCCGGACAGCTATGTAGTGTTATGGCAGAGGCCCAAACAG
CTATCGCTGCAGAGMCACGTTGAAAAACCATGCTATTGAATTTTTAATTA
ATTTTATGTGTTTCTAGAGAAAACAAGGAAAACAATACCTTTATTTGTTA
GTACAGGAATAAAAAAAGGGAAGTAGGAAAAATACAAATTTTTTAATGAA
ACACTTTCTGCTTATTTGTGATAATTTTTTTTATATGAGGTTAAATGTTT
GTTGATGACAGGAATAAAACTTTTATAATGGTTATGTCGAATTTCATAGT
GCTGTTAAATGTTAAAAACTTTTATTTTTGATTAGTATGCCTATATTTAG
ATGATTGCCCATGATATGATAGCGGGTCGGTCAAAATTTCTCTCGCAGTC
AGGGGGTTGCCAACCTCTGTTCTAAAGGGATTTTGCAGAATGCATCTCGC
ATTATTTAAAAAATAAGGTGGTTAGGGATGATACCAAACTAATCCAGACG
TCTTTTTATTAAATACATCAGNTTTATTCTCAAGGACTCTACCAGAAACG
GCTCTTCTAACTCTGCTGATGCTCAAAGTGGATARAGCAAWAAWAARWTG
TATACTATAATTAAATGAACCCTTTGAAATTATAAAAATAAATAAACTAT
GGGATTATAACAGACTGTCTTTATGAAGTAAAAGAAAGATTGTGTATTTT
TTAGAGTAGTTTCCTAGTATAATAGAAATATAACTACTATCAGAGAAACT
GTATAGAAGTATTCGAGTTTTACAAAGGAAAATATAATTAATAATACAAC
GCCTGATTGCTCTAACCATTATATTATACAAATAAAAATAATCTGAATAT
GCAAACTATCAATTTTCACATAGGAAAACATTAATTTCTACTATTAAATG
CATGTATACATCTTATATAAGTAAGTGTATTAGCATTATCATATAAGCAA
CACAAAATGGTCAACACGGAAAAAATTTCTAACTTAACAAATTTGGTATC
AAAAGAAGTCCAATTCTATGTAAATTAAAATTTCTGTCAATTTTTTTAAA
CTCAACCAATATCCCGGTTAAAATCTGAACCAGAAATGCAATGAACATGA
AATTTTGCACACAAGTACCTTGTATTATATAGTTTACAACACCCCCCAAA
AAATCAAAAATTTGAAACAGTTTTTGCTGACGTCCTCAAAATTTCGAAAA
TGTTTGTTATTTTTGCAATATTTTGCTATATTTTCAAATTTCATTCCAGA
GCAGAGCTACAACAAAGATTTTCAGTTCTGTTTTCAGAATTTGAAAGATA
AAACATAGGAAAATCACTTCTTTTGTCATAATTAGTACATTGATCCAAGT
TGAAAGTTCGGATCATTAGCGTTACTATTTATCAACGGTGTTGTGTCTTG
ACGAGATGTGTTAAGACACAAACTATTTAAACAGGAATCCAGAATGACCG
AAGAGAAACACCGTGGAGGAATTAGGCAAGGATGGAATTATAAGAAATAC
GTATAAATTATTCGACGATACATATTACTACTACTCTGAGATATATACAA
CAATGTCAGGGTATTTATACTATAAGCCACACACAGTACTTACACATAGA
CAAAGGATACATTAAATAATAATAGCAGGAACAATAGGACGATAAGAAGA
TATATTTTATATATAATATTTCTACTATCTATAATATTTCTAATACTGTA
AAAGATGTTTAACTGATTTTTACTCTAATATCACTTTAATCTAATAACGT
TATTCTTATTTACGCGATAGGAGAGGAGAAGTGTATCATTTGTTTGATTG
GATTGACCACTGCTGAATTTTAGTGAACTTCGACAAAACCAAAATTTAAA
AGAGAGCCTGGAAAGAGATGTCCAATAAAGTCCATAAATCCTGTCGAAGA
GATTGTACAGATAAAACACGAAGAACAGATGAAGCAACTGCTAATGATAA
GCCTCGAACAAAACTGCAACGATCAGGCAGTGGATARTTTGATTTCAAGC
AACAGKGTTTGTTATGCGGAAGAAGCTCCATAATAGATAAAAGTATCAAG
ACCGAAACACAATCCCTCTAGTAACCTTTTTGAATTTCCTGAGGAGTTTG
CTGGAAAAGTGTAAACGAAGAAATGATACTTGGAGTGAGGAGGTGTACAA
TAGGCTGAACTATTGTAATGCTCTTGTTGCAGATGAAGGCAGATACTAAA
AATCTTGTCTTCAAAGATTCATGACAGACAATAAATCACCAGATCTAGAC
GGAGGAGAAACAGGCCTCCCAAGAGACAAAGGCATGTTTTACCGGTTTGA
AATACTCCGTATATAGCCAGAAGTTGATTCAGACACTTTACACTTTCAAA
GAATTACATGACAAAATGAGCAGCTTTGCAGGTGATCAAAGTGTGTGTAG
TGGCAAGAGACTGAAGCAGAAACTTCAGGAGAGATAAGGAAATAAATTGT
ATTTTAGAAAGGTAGATGCAAATTCGACGATGTGCAAATCAAGCGAAGCA
AAACTGGGACATGCCTTCAAGAAAGATGTCACAGCGTCCACCTAGAAATC
GGATTAATCCTACAGGTTCTGGATGGAAGTGCTCTGCTAGATATAGTAAA
GTGGCTAAAAAATTGTTCATATCGGTCAATTTTGGATCTGTACACAAAGT
ATGTGAGCAAGAAGGATGGTCGATCGTGTATAGTCTTTGATTGATACGAT
AATAGTTCCTACGTTAAAGATCACAAACACAAACAAAAAACTGGGAAAGT
GAGCGCCTTTATAAGTTTGGATAAATTGGAAATGATACCAACATTCAACA
AGGAAGTAATTTTGAAAAACGAGCAGAACAAATTGCAGATCATATTTTTC
TTTTAAAATGAGTTCCGAAGAGAAGGTCACGATTTTCAAAAAAGTTTGGG
AGACACAGACACTCAAATCGTTTCAGCCGTATGCAAAAGACATCAACAAA
GATGTTGTTGTTATAGCAGCCGGCACCAATATTCTAGTACTGTTGAAGTT
TCATTGGAAAAGTGGTATACATCTCTACATGCTTTCAGATTCACCCAGCA
ACAAAGAGGACAAAGAAACGTGGCAATTGAAGATTTGGTAATTTCAACTG
TGAATGTCATCACAAGTCATACCTTGTTCATTTCTGCCTGATGGGGTTGT
GATACTATGTCTGCATTATTTACACAGGGTCAACTTCATTTTGTGTTTTA
TTGATACATCTAGGAATTGATCGATAATTTGACGATGATATGTCTGGTCG
TATTATTTTTCATTTGATATATGTTTTTCAATAGCATTGCTTTCGAGCTT
TGGAAATCAAAAACACACACACAAAGTGTTTCTCGTAAAAACTGAACCCT
TTGAGTAACCATTAATATATTACTTACGCCTAGCATACAAAATATACTCC
CATCTGCTCAAAATGTTCAGGGTTTAGTATATTTTTTATTTTTATATCAG
AAAAAACAAGCTCCCTGAAGAAGTTTGAGAMAAGCCGTGTCTTTCAAGAA
TCTGCTGAAGTATTTTAGGACGAAACATCCACCCCAGAGGAAGTACAGCA
TAAAGGACTTGGATCGTTAATGTTTCGGCTAATGAAAATATTACTACATA
AGTATATACGTTTATGAAAATTTCCTACCTTAGAGAATCCTCAATAATAT
TTAAAAATTTGTGTTTCGATTTTATACAAATTATATCTTTTATAGCTACG
ATGGAAGAGGATAMTGGATGATGGAAGATTTGCGTTATCATCAGTTCATG
AAGGCACCAATGACGTCTAAAACGACAATCAACCCACAGTAACTTGCTCC
AACCAAAAATGGTGCAAAGTTTAAATAGAGGTTATCATCCATATAACGTA
CGTAATACAATCAATATAAGAAACCAAATAATTAAATATAATATTATACT
CGTATCTACCTATATTTGTAATTTTCATTTATTTTCTTGCATGTTCATTA
TATTGCATAAATAATTAATAGTTCTAAATACAGTCAAAAAACGTATCAGT
CGTGTAGTAAATACTAAATATAAATGAAAAAAGTCAGTAAGAATTCATTA
AATCCAATACTCGGAGCTGTATTTAAGTTCAATTTTTCAATATTCAGGCA
AAGTTTGAGTCCTCATGCTCCGGTTATATGGGAAAATAAGTAATGTCCTG
ATCTACCTGTAGTCTCGTCTAAGGCGGGAAAAATATTAAGCTTAAATGTG
TACTGATGAATGAGGCCGCTACAATTTTTTTCCGAGGTTATCATGAATAA
AACCTATATAGTACAATCAATATAAGAAACTAAATATTAAGATTTGTAGT
TTTCATTAATTATGATAATAATCAGAGTTGCATAAAATGTTATTTAAAAC
GATGGTCCAGGTTTTTTCAGTTGTTACCTGATTCTAGGAGAGTGCTCCCT
CCTTAATATATGTTTTTATTTACCAAAGCATATCATCATTCTTTTTTATA
TTCAATACGCCATCAATAAGTCAATGGAGTCCAAAAGTAAATCCGTGTTG
TCAAAGATTAAAGAAGAACTTGTGGGAAAGGATATCTTGAATTGTTTGCA
GACCTTGCTCAGGCCCAGTTCTTCTACAAATTAGATTTTGCATGATGTTA
CTAGCAGTATGAGTTGGAAGAAAAATCAATGAATTTTTTGTTATAAATAC
TCAGTTAGGACTTTATAGATATATCGTCTCACCTTATGGTCTTGCTCGGC
TCCTGCTCTTGTGAGGCAGCTCAAGAGAAGCTATTGAGAGGKATTGGGGC
TGTGAAGATTTACATAGATGATGTCCTCATATTCTCCAAAAGTAAGGAGG
AACAGGAACACTTTCGAACTTTAAACGAAGTGTTCAGCCAATTATTTAAT
ACTGGAGGCACTCTGAAGCCCAGTAAGCGTATCCTTATGGGCGAGGAATA
AACCTATTTAGGGTTTCGCATATCTCAAAGTGGCCGATCCTTGGATCCAG
AATTAATTCCACCAATTCTGGACTTCCCTGTTCCTGGATTGTGGGTTTAG
GTGAAATCGTTCTTGTGTCTCGTACAATACTATTGTCATAATTTGAATAA
TATCACATTATAAAATCGCTTACTATTTATGACAAATATCATAAAATATT
TGTTTATTCTATTCTCCAAGGGAGTACCTTGAAGTTTGAGTAATATTATT
GCATACAATTTCCTTGAATTTTTTAAATTCAAWCCAAKCCAAWGGAAACA
AGAGGATTGGTCAGGNGATTGGCCCGACAATAGTGTGGGATTGCTAAAAT
CCACTGCAAATTCAATTCATCCAATAAAAGAACCCCTCTAATACCAACCA
AAAAGTAGTTCCAAGCCCTTAAAACAAGCGGTAAGTCATCCAGKATTCCG
CCATATTTTAGGAGCCTCTAAGCTATTTATTACCTCACCCCCCCCCCNTC
CTATATTGCAATAATATTACTCACCCCTTGAGGGATGGAACTATATATGT
TTAGATATTTATCATAATKTATRMTAWACGAAKTTATATTGTGTTATTTT
TCATCATGAAGTTTGAACAAAATACGGGCTATTTTCCTCCATGGCAGTTT
TCAGGGCATGATTTAATACATATATAATGATATCCAGATGTTCTTTTATT
TTGTATATTGAAATCCATTTCAATTTATTTATATACCCTATAATTTTTTG
TTTTTCCATTAAGTTGTTATTTTTAGAATCCATGGATTGTGATTAATTTT
AAATAAGTTGATTTAAGTTTATTCGATCACATGTTTGAATATTATAATAT
TTTAAAAGATTAGGAAGAAGGATATTGACGTTATCATTGATTTATACAGT
ATACAGAACGTTTTCATAAATTAGAAAAATAAAGTGAATCAATAAAAGTG
ATGATTCAAATAATTCTTGAAAAATAAATAAAAAATGTATACAAAAAGTC
AAAAATCTTGCTCATTGAACTCTTTGAAGTATTTATTAAAAAAATGTCAA
TATTTGTAAAAAGTATTATTATTCTCATCCATTAATATAATTTATTATGA
TATTTTTCATATTGTAAATATATATTTTTTTAAATATCAATACCTTATTA
TTATCTCTGTATAATATTAAGAAAGTTATTCAATCTTGTGCAATTGCTAT
TTGTTAAGAGTAAAACAGCTTTAGGGAGGGATGTACTAGGAATAAAAAAG
GGTGCCTTAGAGCTATTTACGATTCATTGACAGGCTTACTTATTTAATAT
GTGAATTTTAATAAGAAGAGAAGTCAACATCTTTCTAGAGTTATTCATAA
AAGGATAATGATTTTTAAATTATTGCCTGAAGCCTCTTCATAGTGAACGT
GAGATTAATCAAAGCTATATCGAAATCTTACGAGTCTGAGTACAAATATT
CCAACTTAATATGGTTCAGTATTTCATTACAAATTATCATTAGAGTTCAG
TTCATTAAAAGTTCTAGACATCTTCAAATCTGAATGAACCATTCTTTCTT
CTTATCACTGGAATGAAATACATATATGAGTAGTTTTCATCTTTATACAT
CCCTCGATTGACGACTATAAGGCTACATCTATTACCTATATTTGCTGAAA
AAATAAATGGTGCTGAGTTCGGAAGCTTCCTTGTATTCTTAGGAACACTT
TGTGGGTCCTCAAATATAGGTAAACATCACAATTTGGAAACTACCGCACA
TATATATTGGATATTATGATACTTTTCTTACACATATTGGCTATTAATAT
TATTCATAATTAATCATTTTATCATTACTGAACTTGTAAGGAAAAACAGC
TGACTATATTATATTATAATTTATTCATATTTTATATAGGGAGCGCTTTT
TATTTATCACCTTTATGTCCTATCTGTCTGGCTTGGTTAAAAAAATGATG
ACTGACCTATCTTGTCTCTAAGTATCTTGGAAATATATAAGATTTTAAAA
TTTACCTTTCAACGGTTTCATTAATTTTTCATGAGTTGTCTCTAGTATGA
TTTAAAGCAGCTGACTCAACCTACTATTAACTAAAAAAAAGATATTATAT
AGGAATTTGATTGTTATATTAATTTATATCAATCGAGAGCCTTCGTTAAG
AATTTGTGTCATTTCATACTCTATCATTGATACATATTATGATACAACTC
ATTGTGTATAATAATGTGTAACAATTCTGTAAATAATAATTAACAGTTGG
CAACAAGAAAAATACAGAACATTGATAATTATAAAAGTAAAAAGACTAAT
GAAAGAGGTGAGACGACAGTTGCAATAATAATGACACAAGTAAAACTTTT
TACTTAAATTATGTTATGATAAATTAAGTCTGACGTGTGATAGTGGGTAA
GATACTAAACGATCAAATTGAATAAAAGAGTAACTGGAGATAAATTCTTA
TTAAAAGGACTTAACATAAAAATAATTAAGATTTAGTTACATTTTTAATA
CATTTTTTCCCCTACTCTAATTCATATTTATTATTTACTTGCCCTTATAA
TAATACAGCTGTCGTTTTTCATTTATTTCATGGCTGAATCTCGTCCGCAT
ATACTATTTTTGCACTGTTTATTAAAATTGATAAATCTAAGTTTATCGGT
ATAAATAAATTTATGAATGTATTTTTTGGTGTTTGAAAAAGGGTATTTTT
GAACATAGGAAAAATCAGAGTAAGAATTTTAATATTTGGGTACACTTTGA
CCGATTTCTACCTGCTCCCGTTGTAGTCCCATTCTAGTTTTTTTTTCCAT
CTAAAGTTCAAATATAAAACAATAAACTTCAAATGTTTAGCACATTAACT
GTTGTCCTTCAAAATCCAAGGAAAATATAACTAATAAAGCCAACAAAATA
TAGTTTTTCATCATAATATAAGTACAAGTAGCCACTTCAATTTAATGATC
AAAACATTTTTTTTAATTACTGTATTTACTGCTAAATTAATCATCCAATT
TAAAAAAAATTCCTGGCCAAATGAAAGATCAATATAGTAATAAAAAATAT
TATTAGTTAAAATAAGTGCCTTAGGTGTCAATAACGGACTCGACTCTACC
TTGGAAACGGGGCAGTCTTGTTGACAGGCTCCTTTGGAAGATTCCGGAAT
TTCTCTCAGATCCTSGACATCCCCTCGGTTTTTGTGTTGCAGGAGGATCT
GTTCGTATGTTGCTCAACTGCACCCCGTACAAAAAAGTTTGCCGGTTGAG
GTACCATGAGGTTGTGGGCCCAAAACTGGGTCTAACAATTTAAACAAAAA
ATTATGAAAACCTGTCAATTTTTTCTTTGCAGAATCATAATCACCCCCAG
AAAATTTCAGTTCCTTCTTGACTTTCTAAACAAAGCATAGATCCAGATTT
AAGAAGTTTGCAACCTCGACAGTGTCTCGTCCGGCGCMGATCGCAACAAG
GACACTATTTCTTTTCTATGATTATGGAGTAAGTACTTTGTTGATCCATG
CCATTTTTTAAAAACAGACGGCAAAAACAYCCAGCTAGCCGCCAAAACAA
CAAACAACGTCCTACATTTGCATGCACTCAAATTTTGTTGTCAAACACCG
GTCGCTCTCTATAAATGCAATTCGAAGCAGTTATCTTTTTAAAACAAATT
GATGGCCATGTTTTTGATAACTGAATGAGAGGTGGTAGAGAAATAGAAAT
AAAATATGTCCCAATGATTCCATAGACCTGAATATTTACTTTTCTTATTA
TCAAAATAAGCTTAACATACAGACTAAAATATATCAAATTCTGAGACATG
TGTGGCAGATTCATAGAACACGTCGTGTCCCTAAACGTCAATTATGACCA
AGTTCTTGAAAACCTAGAAATTTATGTTTTATGAAAGGTTAAAAGATAAT
GAAGAAATATTTAATGAATGTACATACGTCAGAGAACGATTAATTTATTT
CATATCTATGAAGCAGCATAAAGATTAATATTTACACTCAGTAATATTGA
TTAGAGAACATCAGAGATCGGGTTTTTAAATCGACAAAGATGTATGCATT
TATCTTTCAGTTGTTTTGATTAATTTTCATAAGTTGACTTTTATATGATT
AAAAGCAGATAACTCAACGTTTTTGAACTCAAAAAAGATATAACATAGGA
TAATCATTTTTATATTAATTTGTAATTTGCCTTTGTTTAGAATTTGTGTC
ATTTCATACTCAGTCATTGGTAGGATTATCAATTCAATGTATAGAATACT
TAATAAATATTTCCTAAATAATGATTAAAAGTAGGCAACAAGAAAGATAA
GGAAGAGTAGCTACACGACGTTCATCAGCTAACATAAAAATTACATATTA
TATATGTATTTTTTTTTGTTTACTGTCGATTACCCCGTCCTACTTGATTC
ATCAAGGTTATTTAATAGTGTCTTGTTTGTGATAAATAAACGAAATATGA
AGTTATACAGATATTTAGATTTGAGTAGTTTGTAACGAAAAAAAGAGCGT
GAGGAGAAGGCGAGAGCGATACATATAGTACAGCTGAATTACGATACTTA
TTAATATCAGCTGCTTATTATATGATTTTGAGGGAAAAAATGAATTACTG
CTATAAAGAGGAGAGAGAACCTTCAACAATTAGTATAGCATTAGTGCCAG
GAAATATTGTAATTATATTAAAATTCATACATATTTATTTTATAATACAT
TTTTAAAACAATTTACAACAAAAGTAGTTCTTAATGCATACTTCAGTGGG
ATAAATCAACACCACGAGGAACAAAAGGTGATTCTTTCATTACAAACTAT
TTAACTCTACAGTTGTCGATTCCCTCATCTCACATGCTACGTCATGGCTA
TTTCATATTTCATTTAATTACTGCTGATTCTTTGTCGTATAAATATATAT
ATATTTGGGGCATCTTATTATTTCTAAGAAGATATTTAAAAAATGTAATA
TAGAAAAGAAATGTGTAGCTGCGCTTTTAATAAAACATTACTAAGAAATA
TTATAATACAGAATCGAATAAAATACTATGTAGGATTTTAATATTATTAA
ATTTATAGAATATACAAATACGTTAAGTTACGCATTGTCGGACACATTGA
AGAGGTGTTGCTGTTTATATACTGTATATAGTCATCGTGCGCTGTATTTG
AGATTTTTTTAAGTAAACACACTGATAAATATGTTGGTAAGAAGTTTTTT
ATTAAAATATTTTCATTAAGAGATCAAATAAAGATTTAAAAACACTGTCG
AAAAATGCCCAAAATTCATAAATTTGGACAAGTTCGGTATCTAGCTTTAA
GTGATTTTTTTGTTATTTTATTCAATTTACAACACTGTCCGATAATATTA
ATATTTCAATTTTTTGGTTCATATTATCAGACAGCAATTATTTCGCAAAT
AGTATGTCAAAAACCTAGTAAATAAATAAAATAAAAATGTCCAAACTCAT
ATTGAACTCGAACATGGGAATTTTGTTCTAATATAAGCAAATGGAGAGGA
AATATGGTCATACAATCACAAACCATAAATATAGAAGTGTTGAATTTTAA
CTACAAATTATTAAAACCTCGAACTTTAAACTTTTGTTTCTCAAAAATTA
TAATATCAATCGATTCGATTTTTTACAGGATTATTTAAAAATGTGTTATG
ATTAGATAACAATTTCTTTTGATAACCTTGCTTGAAGTACTAAAGAATTG
TTGCGACTTAACCGTTATGTGTCTGACAATTTGAAACGTCCGACGATGCG
TAACTTACCCTATGTTAATTCATTTAAAATTTGTAAATTGGAGTTGGTAT
GATTTACTTATTTGCCTAATTCCCAGATGATTTTGACCTTTTTTATGTTT
ATTTTTGGATTAAAGGTTGTGTGATACAATAAATATAACAACATGGCAAC
TGTATGTCATTTTTCAAATTATTCTCTTCCTTTTGACGGTCGAGGTTGAG
AGTAAATAAAAAAGCTAGTCCTGTGCAATGAATGTTCTTTTTCTGAGTTA
AAAGTACAACAATTAGAGTAGTAAATAAAGTTTCCATATTTATAAAGAGT
GAAAGTGAACCAATTCTAACTTTTTTACAAATCTGCTACAAAAAGCTAAT
TTCAATGCTGCTACTTCAAGAAGGAATTAGCTACTAATAGGAAACAAAGG
AATATTCTATTAAAACACAATGTTTTTTTCCTTTGGAATATGAATCGGAT
AGTCCATATATACAAGGKGCAGGCTTGAACATTGAACAGAAAAAWAAAGG
GCGTTCCTACTTTCCATTCATTTTTTGAACGAGTTAACGACAAAGGCTGG
AAAAAATGAAGGATGAACGGGGAAAAAATACGCACGGCGTTCATTTTGAC
GTTCATTTTTGTTATTGTTTATAGGCGTCGCTTTTTGACTATTTTTTCGT
AAGATTATTACACCTTTTTCTCTCTCGATTATGGGCATAGTTATCATTAT
TATATTTGATGGTAAAAACAATATAGTTTTAACACTTCTAATATTCCGAA
ATACACCCCTGGCATTGAAGTGTGTAAGTGAAGTACTGGGCCACAAGGTA
GTTTAAACTCCACCCCTCCGATTTTCTAAGCACCAAATCTAATATGCTAC
AATATACTCTGGCCACCGAGTTGTGCAGGTGAACTGCTGTACCCAAGGGA
AGTTTAATTTCTCCTCTGCAACTTCCCCGAGCATTCAGGAACCCTTCTCA
TATCCCCAAATACACCCCTGCCCTCAGGTTGTCCAGGTGAAATGCAGCTC
CCGAGAAAGTATAAACTCCACCGCCACCCCGTTTCTGAACACCAAGGACC
CCTTCTAATATGCTATAATATACCCTGGCCCACAGGTTGTGTAGGTGAAC
TGCTGGACCTAAGGCAGTTAAATTTATCCACTGTACCGTCTCTGAGCATC
AAGGATATATTACTATTATATATACTTTTGTTGTTTATTTATGCCAAAAA
AGACACTCTATTTTACCAATTTATAATATCGGCCTCCAAAACTGTCAATT
AAACTATTAAAAATACAACCTTTTATTTATTATTCCTTAATTGCTAAGAT
TGATTTGATTTTATTAACGCAATTTTTTATTTTTTATTCTATAAGTTTGA
TATTTTTCATTCATAATAAATTTTTGTTTTCTCGCTAAAACTAATCAGTT
GACTTTGAGAAATGTCTACCGTAATAAAAGGCTTAGTGGCGTTGTTACAA
TTCTTATATTAATAATTGAAGTATCATCGCAATTGAGGTTGGGTGAACAG
TATGGCCGTACACTGAAATCTCTTAAATCACTTCCATCTCTTATTTTTTA
TATCCCGAATTATCTATCTTCTTGCCTAAAGCTTGGAAATAAATATAGTA
TAACATGCTCGGAGTTCAACTAATAAAGACACTTTTGGTCAATAGACTTG
TTCGAAAAGTGTGTGAAGTTTATACCAATAAATTTCCACTAGGTGACATA
ATAACTAAGCTCAGTGGTCCCAAAAATTAAGCTAAATTTTTTTCAGGTGT
CATGGAATAATATATATCAACTTTATTATGTGTCTATTTATTATAAATAG
GGAAACTTGGGGAAATTATATGTGATAACGGTCAGAACTTTGAATTTAAT
TATAAATTCGGAAAAATAAGCATAAGTTTCCGCCTACTTTGAGATGTCTG
AAAGTGTTGTTGACAATATGTCTAATAATAAATATTATGCTTATCGTATT
ACAAACATGATCATCTTGAGACTTCCTTATGAATAACTTCTTAAGATGAA
AATCGTCATTGTTTCATCTTGAATATGGCTCATATTAGCATGTCGTTTTG
CACGACTCTACATCTCAATGCATAGGTTGGTTGGAGATAAAACAAATAAA
AGTCGAGAGTGAATTTTTACTTCCATATGTGGGTCAAAATTAAAGTAGAT
TTAAATATTTTAACCAGTCCAATTCATACGTTACACAAAATACAATTTAT
TCAGAAAATGAAAAAAAAAATACCAAAAAATTGAAAAGAAAAAAAACACT
TACAAAAAAAGTATAAAGTATCGCTATGAAATTTGTTGAGAAACGTGTGC
GGCATGATCACTCTGACATCCTCAAGAAAAAGGTAGTCATGTGGCTTTGG
AAATTGTCCAGTGATGGTTCCGTCGTATTCCATCAGGATATAACCCGCGC
ACACAACCTAAACCGTGGTAAATTGGTGGACAATGCCTGGGCCTCAATGT
CGGCCATTTACCTTTGGAAAATATGCGCTGTCTTCCGACCTCGTTTTTAA
CGCTGCATTTCCGCTGAGGGCGGCTATAATGATTGAAAATAGTAATCATA
AGAATAAAAATCTATTGCATATAATATATATAAAAATAAGTAAATAAATA
TATAATGCGCGGAATGTGATTTCTTTTTTCGACGACTCGATAGACAAACT
AAGACAATAGTGGGTATATAAGAGATAAGCTCACAGGACGAATTAACAGG
GTTTCGAAAAAATCAGCAAATTCATTAAAAACCAACGAGAGGCTTCTCCA
AAAAAATTCTGCCAGAAAGTAAAAAAACGAAACCCAACTGGGCCTGACAA
TTAAAAATTAAAGCCCGACCAGTGAATGGGCCTAGCATGCCTTGGATAAT
TTATTATTATAGTATATAATACAAATCATTAGTCTGAAACAATAATTCAT
ATTTGTGAGTCTTTGAACATATAATTCCAGTCGATTTATAACTTGAGTTA
AATTTAGTTACTCAATTGTGGGCCTCAGGCAAAACCAGTTTAAAAAAAGA
AAAGAAAAAAAAGGGAGGGAATTATGTTTGACGCTTCTACCTACTCTTGC
TGCTTGTATTTAAAATTCCCTTTGCGTGGTATTGTGATTAGCTATGCTAT
CGATAAGGGTCATTCCKAATCCATTTGGCACCCTATGGAAGATATTACCC
AATATTATAATATGTATATTCAATATTATACTCTTACACAAAGATCAATA
TTATTTGCCTTAGACATTTATTATATTCTGAGAAATAATTAAAAAAAAAA
AATGTAACATCAATCGCCGATGCAAAATATAAAGTTAAACTACGTACAAA
ACGTAAAACTATCCAAAAGGGTTACAAAATAAATTATAATAATTTCAACT
CTACGAATATATTTATAATGTTTATATGTACTTAGTTTTTTTCACACCAA
GAAATGCAGTTCTTAACTGGTCAAGATAGTGTATTCAGGTGGGGTTGTAG
CCAAATATATAAACAAGTGATTCGGGACTAATTTTGTTTTCTCACGCGAT
AAGCACCCCCTCACACCATAGTCCTGCATTAATGTTTCTAACAATAATAA
TAAAAAGAACCAACCAGTCTGGAGAGGTAAACATTATACCTTGTCGTACA
AAAAAAAAAAAAAATCCCACAACTTTGTGGCCTTATATTTCGGGTTTTAG
ATTAAGTGAAGAGGTTTTTTTGAATTTCTACAGAAAGTTATAAGGATTCT
GAATATTTTGTTTTGTGTCCATGACGTTAGTACGAGTCGTTTTCACGATG
GAGTCCCGACGAAAAAAAATATCCGCTCTCCCCGATGCACACGTAAAATA
GGTGGCAAATCCCTCAGAAGAGTTGAAAGGCCCTTGTTGTTGCAAAAACA
GCGTAGACATGAGAATTGAGAGGAAAAAAACAAAAAACCAAAAACAACAC
TTGAAAATCTAGTCAGCATCGTTGTATGAAATTCTTCACGGTGTATCCGG
TGTTTAACCTGCAAAATGACGGGGAATTGACATTCTCCGATGTMCCCCTG
TATGACTCTACCAGGTACATAACCACCATAAAGCATGCCGAATCCGTGAT
TATGATGGGCCTCGTCGCATCCAAAGGGGAAAATAACGAAACCAATCTGG
TTCCCCCCGGATATCACCTTAAAGCTGACGATTACCTCGACATTCTCAAG
AAAAAGGTAGTCATGTGGCTTTGGAAATTGTCCAGTGAGGGTTCCGTCAT
ATTCCATCAGGATATAACCCGCGCACACAACCTAAGCCGTCCAAAACTTC
ATCAGTGAGAATCTCCCCAAGAACGTTGCTTACCAAGCTAAGGATTTTGG
GCCTCCAAGAGTCCTGACCTCAACCCACTGGACTACAGCATCTAGACACA
TAGACGACCTGTAAAGGTCGCCATCCCAATGTGAACTCCCTTATGGCCGT
GGTGGACAATGCCTGGGCCTCAATGTCGGCCATGTACCTTCGGAAAATAT
GTGCCGTCTTCCGACCTCGTTTTTAACGCTGCATTTCCGCTGAGGGCGGC
TATAATGATTGAAAATAGTAATCATAAGAATAAAAATCTATTGCATATAA
TATATATATATATAATTAAATAAATATATAATGCGCGGAATGTGATTTCT
TTTTTCGACGACTCGATAGACAAATTAAGACAATAGTGGGTATATAAGAG
ATAAGCTCACAGGACGAATTACCAGGGTTTCGAAAAAATCAGCAAATTCA
TTAAAAACCAACGAGAGGCTTCTCCAAAAAAATTCTGCCAGAAAGTAAAA
AAACGAAACCCAACTGGGCCTGACAATTAAAAATTAAAGACCGACCAGGT
CGGAGCGTTATGAGGCCAACTTGAACCAGCTATCATGTTAGAAAAACTGG
AAAGTTGGTTGAGGTTTGAGCTTACCTTTGTCTGCCACGGATCGCCCTTG
TGAGTAAATAAGGTTACTCTGAAGAAATGTGCATGTTAAGCTGTTTTTTA
GAGGACGGAGGTTGTTGAAAATAAATCGGAGATTGCCTTGAATAAAAGTA
ATACCTGTAGACACTTTTCGAGGCTGCCCTGAAAAACTGCCGGGAGTCTA
TTTTGAGGATGTTAAAAGAAACACTGTGAATAGATTGGACACCATTTTAT
AGAAATGGAAAACATAATTTTTACGAGTATAATACACGCCTTTACATTGT
GTAACACTGAGATTGTCTGTTTTGCTTTTAGTAAGCTATGCCCTTGAGGC
TTATTTTTATGAATTGAGAAACAAAAAGGGTTTATATATCTATGAGAATT
TTGTGGGTCGGACTTTTTATATTGAATAAATATGAAATGAATAAATAAAT
ATTTCCAAAATGAATGAAAAAAAACAAAAAAACAATGAACAAATGAACGG
CGAATATAAATTGTAACTGAGGCCATATTTTTCTACAAATTTACTTGAAA
ATTTGCTTGAATTGCACATATGAATGTTGGATATGAGTTTATTTGATTTA
TCCGCGTTCAGCTTAAATCATGAGATTGATCTGGGACCGGTAGGGGGATG
AGGCGTATCATGAACTATAATGAAGATTGAAGATACATACGAAGATGAAC
TCGTTCTTCCTAATCCTAATTCCCTTTTTAAATCGTATTTAATATACGTT
TTCCCTTTTTCTGTAAGAATAATAATTCGCTTTTTTGGATTTTTTTTTTT
TTTTTTTTGGATTTTCGAATCAGCAACCCATACCTTAAAAAAAGAAAGCT
TTGAGATACGGGGAATCAATCTTGGTTAATAACAAAAAGGATTAGCGAAA
AAACAAAGTTGCCCTCCAGAGCTCAGGAAGTTGGTCGGATCAGAATGAAA
CATAGCTCCCTGATCCAGATGCGCTTCTATACGGCTTCAAAGGAATCAAC
GAGGGACAACGTTTGGACTACGCTTGTATTCTTAGTTGTATTTAGAAAGT
AGGAACAAGGATCTTGATTTTATTGGTTAATTATTGACTATTGTTATGTT
TTCCTTTTAATGTTACTGATTGCCTTGGGGGCGGAGGAGAGGAAATGAGA
GATAAATAGGGATGTTACATAATTATGAGTCACTCATTAGTCATAATCAA
CTATGAATTATACTCATTCTTTTAAGTTATTTATATTTGAGTTGTATATC
ATCCCAAAAATTTGTGAGGATTGATTGTTATGGAAAAAAAGAAGTAGAAT
GTTAACCTATTTTTGTATACGTACGGATATATAATTGTGCTTTTTATAAA
TACAGTTGTGTTGAAAAAAACAAACAAAGATAGCTCTACTTACGCAACTT
AAAATTTTGAACAACTTTATTGTGCGTCTTAAGTTTCTATTTGTCTCCAT
TTTATCATTGTTTTTCTAAGCGGGCTTACATCACACACAAACATAAATCA
TTTTAATACTGTAATAATAAAATATTAAGAAAAAAAAGTTAATATGATTT
GATGATCCAGGGAAAACTTCAGCTCGTTTTTAAGCCTCATTAAAGTAATA
TTCAAAAAAAATTTAAATAAAGTACTTTCTGCTGTTTTTTTTTCTTTTTT
ATGTGTTGAACTAAACACATAATGAGATTTCATTTGTGTTATACATTGAT
CCTTGAAAGAAATACAAGTGTCTTTATTATAAATGGTTTTCCAATAAGAG
CTATTATTTTTAATAGCCCGCTATTTCGGTAGATGCCACTTTTGAAGCTC
TAATTTGTTTACATTTGACAGGTACAAACTACACCATTAATAAAAATGGA
AACTTACAACAACAAATTAAAATGATTAAAATTCACTATAAAATGGGGAA
AACCTGGAAGATACATTTTATAAAACTAAAACATTTTTGGATCGTCGTGA
AGCACCTTGTCAGACTGTAATAGAGAAATTGGTATAAAAATTTGAGGTGT
TGGGACATGTTCGTGATGTGAAGAATAATACCTGTGCACGTCGCTCAATA
AAAACAGAAAATATTGCTGGTGTAGCCCATAGTGTTGAAGAAAACCCAGG
TTTGTACATCCTCGTCGTTCTTTGGAATTGGGAATTCCACTAACGTCATT
ACACCGTATTTTGCATGAAGACTTATAAAGGCTTAAGGCTTATAAATTTC
ACTTAAAATAAGAACTCAAGCCGTCCGATCATCAACAACGTCGTATCTTT
GTTGATTGTGTCATTTAAATGTATGAAAATGATCTAGAATTTCATCTAAA
ATTAATTTTGACTGATGAGGCCCATTTTCATATCAATGTTTACGTCAAAA
AGTAAACCTGCACATCTAGAGCTCGAAAAACTCAAGATATATGGTTGAAA
AGCTTCTTTATCCTCAATGTGTAACTGTTTGGTTCGGTTTATGGTCCAGT
GGGGCCTTTTTTGATGGAAAAATGATGGAAAATTTCATAAAAAGAATACG
GTCCTGTAAGCGTAGATGTGGCTTCTWTTTGGCTGATATTGTTTTCCATA
ATTAATGGCATACCTTTTTCTTTAAATTGAAATAAACATCCGATAATTTA
TCTCAAAAAATGCAATTTTTCTTTGAGTATCAAAATACGTGCACGGATAA
CTGCCCAGGATAAAATTTATTCTATTTTGTTCAAATTTAAAGATGAATAA
TAACACACTATAAATTCGCTCAATATCATTTATTTAGTATTTATGGATTT
TTAAAAGATTTATAATATAATTAGCATTTATTTTAGGTCTTTAAAAAATA
TTATAGGAAATGTATTGTATTATTTCCTATAGGGATTTATAAAATAAAGA
TATTTGTTTACAGAATTCATTACAGAATTTCAGAAAAACAATTATTGATA
TGACTATTAAAATACAAATAATGTTATAACGTAGGATCCATAAGAAAATT
TAGTTAAATGGCATAAAAACACAAAAAAAAGGTGTATTTCAATTTGTAAA
CTGAGGGCTAAAAACTATTTTTTTTATATTGTAGGGGTTCCATGGATGTA
TTGGTGGTGGTTTTTAGCAATCCCAAAATTCCCCCTGGCCAATCCGAGTC
GGAGAGTATTCTACCATTATTTAAAAGGTCCTAAACTATTTATTAAGCTC
CTCCTAAACAATCTCCTCGATCCATTTCTTAGAAGATTGGACTAATTTTA
AAGAATTGCAATAATGTTACTCACACTTGAAGGTACTCTCTTGGAGAATG
GACCAAAGAAATATGTTTATATTTTTTTCATAAAAAATATTAAGTTAATA
TATTTTATKTTATTATTCCTCATGAAGTTTGAACAAAATACGAGCCATTT
TTTCCCGGGCAATTTTCCTCCAGGGCAATATCCCACAGGCAATTTTCCCC
ACCGCAGTTTTCCTAGTAACATCAAAGTAACACCTTATATTAGAAAACCC
TGTATCATAAATAGCGACGTCCATCGATCTTCGAACTCCGGCTCTTTTAC
ATAGGCGAGAGTAAATGAGAGGAATAACTTTGGTTAGAATGTAATTAGTT
GGAATCAAGTCTGTGTAGCTTGGTGATACGATCAAAAGTCAATGCTTCAT
TGAGGTTTAAACCTCAAACGACAGTTGAATCTTCACTTCAACTGATTTCC
TCGTCTTAGCTGCATTCATACAGAAGGTAGAATCATGATAATTATAGTTT
TTTTTAAAGAACKCGAGGAGAAGGGGGAACGATACATATGGAACACCTTA
ATTAAGACTCTTGCTAATATTTGCTGCTTGTTATATGATTTTGGAGTAGG
AAAAGGAATTACTAGTATAAAGAGGAGAATCTTCTACATTTAAACTAGCG
TTAGTGCAAGGAAAGTATTATAATTATATTTAAATTCATATATATTTATT
TTATCAATAATATTTTTCCCCACACTAATAGAAAAATGGTATTGTTAAAC
CATTTTAGCAGATTAACTAGAAAGTTGGCTTGCATTCTATTTATGAATCT
TAAATTCAATCTTTTTATATCTATAGCAGCTGTCGCCAAAATGCTCAAAA
GTTCACATAAGTTTGTTGATATAATATCGTTTCTAATGGCATAAAAAAGG
ACATCAGACAGTTGCATCATTACAAAGTGATTATAATGCCCTATATACAT
CTCTCCTTCTCTTCTCCCTCTGTTTCTTTCTACCTACCTCTTTCTGTCTC
CGTTCTTCAACCTTCATTCCTTGTTTATATTTCCCTCTATTGAACCTGCA
AGACGTGCACGCTCTGCTAGTAAATAATATTTATGAGAGATTATGTGTAA
TTCTACAATACTTTTCTTTTTGCTAAAGTTCATTAGACTACAATGTATTT
TATTAAATTAATACTTTTTAACAAAATTAACTAATTTAACATAGGAAATA
CATGCACAATTCTTAAAAGGTACCTTTTAAATAACTTTTCTTCTAATTTG
AAGGTAAGTCAGTTATAACGAAGTACTTAACTTTTCATTTCATATACATT
TCTCAAAAATTCAATTGACATGGAGTTATTGCTGCTCAAAATTATATATT
TTTTGGTTTTCAGAAAAAATATGGCAACTGAAAAAGTGTTAAGGGAAAAA
GAAAAGCCAA

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