EMLSAG00000000375, EMLSAG00000000375-683141 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000000375
Unique Name	EMLSAG00000000375-683141
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000000375 vs. GO
Match: - (symbol:Zbed5 "zinc finger, BED-type containing 5" species:10116 "Rattus norvegicus" [GO:0003676 "nucleic acid binding" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA;ISO] [GO:0046983 "protein dimerization activity" evidence=IEA] InterPro:IPR008906 InterPro:IPR012337 Pfam:PF05699 RGD:1559988 GO:GO:0005739 GO:GO:0003676 EMBL:CH473973 SUPFAM:SSF53098 TreeFam:TF328297 GeneTree:ENSGT00680000099888 OrthoDB:EOG75J0M6 InterPro:IPR025398 Pfam:PF14291 CTD:58486 EMBL:AABR06071484 RefSeq:NP_001099394.1 UniGene:Rn.129837 Ensembl:ENSRNOT00000001220 GeneID:288622 KEGG:rno:288622 OMA:VDIFTIL NextBio:628445 Uniprot:D3ZTR5)

HSP 1 Score: 55.4546 bits (132), Expect = 1.303e-8
Identity = 28/77 (36.36%), Postives = 48/77 (62.34%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKI-GYTIEFN 77
            I +  KPH   E+++   AK  +R +I  E   K +A+ L N+ V+RRI ++S DIL QVI E+K+ ++  ++I+ +
Sbjct:  264 IARDMKPHTFAEHLLFPVAKDSVRVMIGDEFVTKLSAVSLSNDTVRRRIHDMSADILDQVIQEIKSAQLPAFSIQLD 340

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BLAST of EMLSAG00000000375 vs. GO
Match: - (symbol:ZBED8 "Protein ZBED8" species:9606 "Homo sapiens" [GO:0003676 "nucleic acid binding" evidence=IEA] InterPro:IPR012337 GO:GO:0005739 EMBL:CH471062 GO:GO:0003676 SUPFAM:SSF53098 TreeFam:TF328297 OrthoDB:EOG75J0M6 HOGENOM:HOG000253000 eggNOG:NOG45135 EMBL:AF205598 EMBL:AK026754 EMBL:BC032603 EMBL:BC112128 EMBL:BC112130 RefSeq:NP_071373.2 RefSeq:XP_005266015.1 UniGene:Hs.529464 ProteinModelPortal:Q8IZ13 BioGrid:121989 IntAct:Q8IZ13 MINT:MINT-8247520 STRING:9606.ENSP00000386184 PhosphoSite:Q8IZ13 DMDM:74728411 PaxDb:Q8IZ13 PRIDE:Q8IZ13 Ensembl:ENST00000408953 Ensembl:ENST00000523213 GeneID:63920 KEGG:hsa:63920 UCSC:uc003lye.1 CTD:63920 GeneCards:GC05M159752 HGNC:HGNC:30804 HPA:HPA045445 HPA:HPA055817 MIM:615253 neXtProt:NX_Q8IZ13 PharmGKB:PA164717348 InParanoid:Q8IZ13 OMA:PCALEIA PhylomeDB:Q8IZ13 ChiTaRS:C5orf54 GenomeRNAi:63920 NextBio:65646 Bgee:Q8IZ13 Genevestigator:Q8IZ13 Uniprot:Q8IZ13)

HSP 1 Score: 46.595 bits (109), Expect = 9.646e-6
Identity = 23/66 (34.85%), Postives = 37/66 (56.06%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +  K K PH + E +V   A    + V+  +A  K   +PL ++ +  RI E+S DILQQV+ ++K
Sbjct:  101 LCAKEKNPHTVAEKLVKPCALEIAQIVLGPDAQKKLQQVPLSDDVIHSRIDEMSQDILQQVLEDIK 166

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BLAST of EMLSAG00000000375 vs. GO
Match: - (symbol:SCAND3 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0003676 "nucleic acid binding" evidence=IEA] [GO:0003700 "sequence-specific DNA binding transcription factor activity" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0015074 "DNA integration" evidence=IEA] [GO:0046983 "protein dimerization activity" evidence=IEA] InterPro:IPR001584 InterPro:IPR003309 InterPro:IPR008906 InterPro:IPR012337 Pfam:PF02023 Pfam:PF05699 PROSITE:PS50804 PROSITE:PS50994 SMART:SM00431 GO:GO:0005634 GO:GO:0003700 GO:GO:0003676 SUPFAM:SSF53098 GO:GO:0015074 GeneTree:ENSGT00680000099888 InterPro:IPR025398 Pfam:PF14291 InterPro:IPR008916 SUPFAM:SSF47353 TreeFam:TF323092 OMA:HRNSLNI EMBL:AAEX03017618 RefSeq:XP_005640196.1 Ensembl:ENSCAFT00000018944 GeneID:488329 Uniprot:F6UZ16)

HSP 1 Score: 41.5874 bits (96), Expect = 4.996e-4
Identity = 22/76 (28.95%), Postives = 45/76 (59.21%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIEFN 77
            + K+K P+ + E +V    K     ++ + A+ K   +PL N+ + RRI EL++D+  Q+I ++K  K  ++++F+
Sbjct:  830 VAKSKTPYTIAETLVKDCIKEVCLEMLGESAAKKVAQVPLSNDTIARRIQELASDMEDQLIEQIKEAKY-FSLQFD 904

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BLAST of EMLSAG00000000375 vs. GO
Match: - (symbol:SCAND3 "SCAN domain-containing protein 3" species:9606 "Homo sapiens" [GO:0003676 "nucleic acid binding" evidence=IEA] [GO:0003700 "sequence-specific DNA binding transcription factor activity" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0015074 "DNA integration" evidence=IEA] [GO:0046983 "protein dimerization activity" evidence=IEA] InterPro:IPR001584 InterPro:IPR003309 InterPro:IPR008906 InterPro:IPR012337 Pfam:PF02023 Pfam:PF05699 PROSITE:PS50804 PROSITE:PS50994 SMART:SM00431 GO:GO:0005634 GO:GO:0003700 GO:GO:0003676 SUPFAM:SSF53098 GO:GO:0015074 OrthoDB:EOG75J0M6 InterPro:IPR025398 Pfam:PF14291 InterPro:IPR008916 SUPFAM:SSF47353 TreeFam:TF323092 EMBL:AY517631 EMBL:AL671879 EMBL:BX647791 EMBL:BC110834 EMBL:BC111741 EMBL:BC111742 EMBL:AK056369 EMBL:AB067512 EMBL:AL713690 RefSeq:NP_443155.1 UniGene:Hs.176980 ProteinModelPortal:Q6R2W3 SMR:Q6R2W3 PhosphoSite:Q6R2W3 DMDM:74710067 PaxDb:Q6R2W3 PRIDE:Q6R2W3 DNASU:114821 Ensembl:ENST00000452236 Ensembl:ENST00000600483 GeneID:114821 KEGG:hsa:114821 UCSC:uc003nlo.3 CTD:114821 GeneCards:GC06M028539 GeneCards:GC06Mj28541 H-InvDB:HIX0164677 H-InvDB:HIX0166060 HGNC:HGNC:13851 HPA:HPA007246 MIM:615254 neXtProt:NX_Q6R2W3 PharmGKB:PA162402460 eggNOG:NOG45135 HOGENOM:HOG000154270 InParanoid:Q6R2W3 OMA:HRNSLNI PhylomeDB:Q6R2W3 GeneWiki:ZNF452 GenomeRNAi:114821 NextBio:79298 PRO:PR:Q6R2W3 ArrayExpress:Q6R2W3 Bgee:Q6R2W3 Genevestigator:Q6R2W3 Uniprot:Q6R2W3)

HSP 1 Score: 41.2022 bits (95), Expect = 6.803e-4
Identity = 21/65 (32.31%), Postives = 38/65 (58.46%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            + K+K P+ + E +V    K     ++ + A+ K   +PL N+ + RRI EL+ND+  Q+I ++K
Sbjct:  830 VAKSKTPYTIAETLVKDCIKEVCLEMLGESAAKKVAQVPLSNDTIARRIQELANDMEDQLIEQIK 894

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BLAST of EMLSAG00000000375 vs. C. finmarchicus
Match: gi|592755556|gb|GAXK01198857.1| (TSA: Calanus finmarchicus comp121087_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 27.7202 bits (60), Expect = 6.717e+0
Identity = 10/35 (28.57%), Postives = 19/35 (54.29%), Query Frame = 0

Query:    8 PHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLL 42
            PH+     ++ S+ +K  C  D+  S  W++ PL+
Sbjct: 2516 PHLEDSKTIITSSLLKQTCPSDQSCSLTWSSSPLM 2620

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BLAST of EMLSAG00000000375 vs. C. finmarchicus
Match: gi|592755557|gb|GAXK01198856.1| (TSA: Calanus finmarchicus comp121087_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 27.7202 bits (60), Expect = 6.719e+0
Identity = 10/35 (28.57%), Postives = 19/35 (54.29%), Query Frame = 0

Query:    8 PHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLL 42
            PH+     ++ S+ +K  C  D+  S  W++ PL+
Sbjct: 2529 PHLEDSKTIITSSLLKQTCPSDQSCSLTWSSSPLM 2633

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BLAST of EMLSAG00000000375 vs. C. finmarchicus
Match: gi|592755558|gb|GAXK01198855.1| (TSA: Calanus finmarchicus comp121087_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 27.7202 bits (60), Expect = 6.728e+0
Identity = 10/35 (28.57%), Postives = 19/35 (54.29%), Query Frame = 0

Query:    8 PHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLL 42
            PH+     ++ S+ +K  C  D+  S  W++ PL+
Sbjct: 2618 PHLEDSKTIITSSLLKQTCPSDQSCSLTWSSSPLM 2722

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BLAST of EMLSAG00000000375 vs. L. salmonis peptides
Match: EMLSAP00000000375 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1057:55474:82015:-1 gene:EMLSAG00000000375 transcript:EMLSAT00000000375 description:"snap_masked-LSalAtl2s1057-processed-gene-0.2")

HSP 1 Score: 192.586 bits (488), Expect = 1.261e-64
Identity = 95/95 (100.00%), Postives = 95/95 (100.00%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIEFNNKGIYILPYCTNQTEYNG 95
            MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIEFNNKGIYILPYCTNQTEYNG
Sbjct:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIEFNNKGIYILPYCTNQTEYNG 95

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM72594.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.9878 bits (123), Expect = 1.228e-8
Identity = 26/75 (34.67%), Postives = 45/75 (60.00%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIE 75
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++  +    ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQTSQFSIQLD 179

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM72335.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.6026 bits (122), Expect = 2.932e-8
Identity = 26/66 (39.39%), Postives = 42/66 (63.64%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++
Sbjct:   62 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQ 127

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM69683.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.6026 bits (122), Expect = 2.943e-8
Identity = 26/66 (39.39%), Postives = 42/66 (63.64%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++
Sbjct:   62 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQ 127

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM71615.1| (Transposon-derived Buster3 transposase-like protein, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.6026 bits (122), Expect = 2.956e-8
Identity = 26/75 (34.67%), Postives = 45/75 (60.00%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIE 75
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++  +    ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQTCQFSIQLD 179

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM63542.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.6026 bits (122), Expect = 3.144e-8
Identity = 26/66 (39.39%), Postives = 42/66 (63.64%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQ 170

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM58860.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.6026 bits (122), Expect = 3.176e-8
Identity = 26/66 (39.39%), Postives = 42/66 (63.64%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQ 170

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM62868.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.6026 bits (122), Expect = 3.291e-8
Identity = 26/75 (34.67%), Postives = 45/75 (60.00%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIE 75
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++  +    ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQTCQFSIQLD 179

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM58962.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.2174 bits (121), Expect = 3.471e-8
Identity = 26/66 (39.39%), Postives = 42/66 (63.64%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQ 170

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BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM62415.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.2174 bits (121), Expect = 3.494e-8
Identity = 26/63 (41.27%), Postives = 40/63 (63.49%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVIN 63
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N
Sbjct:   62 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCN 124

[Close]

BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Match: gb|KFM70065.1| (SCAN domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 51.2174 bits (121), Expect = 4.087e-8
Identity = 26/66 (39.39%), Postives = 42/66 (63.64%), Query Frame = 0

Query:    1 MIVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVK 66
            +I K  KPH +GE+++L + K  I  V+ K A++    IPL NN VQRRI E++ +I + + N ++
Sbjct:  105 LIAKTGKPHTIGEDLILPAVKEVITTVLHKPATDIIRKIPLSNNSVQRRIDEMAENIEESLCNYLQ 170

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BLAST of EMLSAG00000000375 vs. nr
Match: gi|749727853|gb|KII73288.1| (SCAN domain-containing protein 3 [Thelohanellus kitauei])

HSP 1 Score: 63.1586 bits (152), Expect = 5.478e-10
Identity = 30/88 (34.09%), Postives = 50/88 (56.82%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIEFNNKGIYILPYCTN 89
            I ++KKPH + E ++L SA      V+ +E S K  AIPL +N V RRI+++S D+L Q+I  +++ K    ++        +  CT+
Sbjct:   60 IARSKKPHTIAEELILPSAIDMCEVVLGREYSQKLKAIPLSDNTVSRRIVDMSEDVLSQLIARLQHSKFAIQLDERLASTQCVAVCTD 147

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BLAST of EMLSAG00000000375 vs. nr
Match: gi|699252585|ref|XP_009862029.1| (PREDICTED: LOW QUALITY PROTEIN: zinc finger BED domain-containing protein 5-like [Ciona intestinalis])

HSP 1 Score: 63.929 bits (154), Expect = 6.739e-10
Identity = 32/77 (41.56%), Postives = 51/77 (66.23%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIG-YTIEFN 77
            I KAKKPH + E ++L + K  +R ++  E  NK N I L NN V RR+ ++S DI++QVI E+K+  +G ++I+ +
Sbjct:  108 IAKAKKPHTIAEELLLPATKDIVRVMLGAEYVNKLNTISLFNNTVSRRLDDMSADIMEQVIQEMKSAPLGIFSIQLD 184

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|641647024|ref|XP_008181263.1| (PREDICTED: protein FAM200B-like [Acyrthosiphon pisum])

HSP 1 Score: 60.4622 bits (145), Expect = 1.326e-9
Identity = 29/64 (45.31%), Postives = 44/64 (68.75%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEV 65
            I K+ KPH +GEN++L +A      ++ KEA+NK   IP  NN VQRRI+++S +I QQ++N +
Sbjct:   77 IAKSNKPHTIGENLILPAAIDNSTEILGKEAANKLKTIPASNNTVQRRIVDISENIKQQLLNRL 140

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|641732895|ref|XP_008156834.1| (PREDICTED: LOW QUALITY PROTEIN: protein ZBED8-like [Eptesicus fuscus])

HSP 1 Score: 62.3882 bits (150), Expect = 2.428e-9
Identity = 31/66 (46.97%), Postives = 46/66 (69.70%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKN 67
            I +A KPH + E+++L +AK  +R +I  E   K +AIPL N+ V+RRI ++S DIL QVI E+K+
Sbjct:  150 IARAMKPHTIAEDLLLPTAKDIVRVMIGDEFVTKLSAIPLPNDTVRRRIDDMSADILDQVIQEIKS 215

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|1121921252|ref|XP_019480146.1| (PREDICTED: zinc finger BED domain-containing protein 5-like [Hipposideros armiger])

HSP 1 Score: 58.5362 bits (140), Expect = 7.692e-9
Identity = 29/66 (43.94%), Postives = 44/66 (66.67%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKN 67
            I +A KPH + E+++L +AK  +R +I  +   K +AI L N+ V RRI ++S DIL QVI E+K+
Sbjct:   61 IARAMKPHTIAEDLLLPAAKDIVRVMIGDKFVTKLSAISLSNDTVHRRIDDMSADILDQVIQEIKS 126

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|641652185|ref|XP_008178283.1| (PREDICTED: zinc finger BED domain-containing protein 5-like [Acyrthosiphon pisum])

HSP 1 Score: 60.4622 bits (145), Expect = 1.072e-8
Identity = 28/69 (40.58%), Postives = 45/69 (65.22%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKI 70
            I K+ K H +GEN++L S K  + C+ +K+  NK N IPLLN+ V RRI  +SNDI + ++  + + ++
Sbjct:  166 IAKSGKNHTIGENLILPSIKDAVSCMFEKDHVNKLNGIPLLNDTVSRRIKGISNDIEETLLKYINDSQL 234

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|459185298|ref|XP_004227303.1| (PREDICTED: zinc finger BED domain-containing protein 5-like [Ciona intestinalis])

HSP 1 Score: 60.4622 bits (145), Expect = 1.141e-8
Identity = 29/76 (38.16%), Postives = 53/76 (69.74%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKNYKIGYTIEFN 77
            I K KKPH +GE++++   K  ++ +I K+ S K +AI L NN V+RRI+++++D+L+Q++ +VK     Y+I+ +
Sbjct:   58 IAKQKKPHTIGEDLLMPVMKEVVKIMIGKKESEKLSAISLSNNTVKRRIVDMADDVLEQILIQVKESPF-YSIQLD 132

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|641735386|ref|XP_008158249.1| (PREDICTED: LOW QUALITY PROTEIN: protein ZBED8-like [Eptesicus fuscus])

HSP 1 Score: 60.077 bits (144), Expect = 1.325e-8
Identity = 31/66 (46.97%), Postives = 45/66 (68.18%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKN 67
            I +A KPH + E+++L +AK  +R +I  E   K +AI L NN V+RRI ++S DIL QVI E+K+
Sbjct:  162 IARAMKPHTIAEDLLLPAAKDIVRVMIGDEFVMKLSAISLSNNTVRRRIDDMSADILDQVIQEIKS 227

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|637274609|ref|XP_008103991.1| (PREDICTED: SCAN domain-containing protein 3 isoform X1 [Anolis carolinensis] >gi|637274613|ref|XP_008103992.1| PREDICTED: SCAN domain-containing protein 3 isoform X1 [Anolis carolinensis] >gi|637274617|ref|XP_008103993.1| PREDICTED: SCAN domain-containing protein 3 isoform X1 [Anolis carolinensis] >gi|637274621|ref|XP_008103994.1| PREDICTED: SCAN domain-containing protein 3 isoform X1 [Anolis carolinensis] >gi|637274626|ref|XP_008103995.1| PREDICTED: SCAN domain-containing protein 3 isoform X1 [Anolis carolinensis] >gi|637274631|ref|XP_008103997.1| PREDICTED: SCAN domain-containing protein 3 isoform X1 [Anolis carolinensis])

HSP 1 Score: 59.6918 bits (143), Expect = 1.800e-8
Identity = 30/66 (45.45%), Postives = 45/66 (68.18%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKN 67
            I +A KPH   E+++L +AK  ++ +I  E   K +A+PL N+ V+RRI +LS DIL QVI E+K+
Sbjct:  514 IARAMKPHTTAEDLLLPAAKDIVQVMIGDEFVTKLSALPLSNDTVRRRINDLSADILGQVIQEIKS 579

[Close]

BLAST of EMLSAG00000000375 vs. nr
Match: gi|946768869|ref|XP_014397273.1| (PREDICTED: LOW QUALITY PROTEIN: protein ZBED8-like [Myotis brandtii])

HSP 1 Score: 58.9214 bits (141), Expect = 3.275e-8
Identity = 29/66 (43.94%), Postives = 44/66 (66.67%), Query Frame = 0

Query:    2 IVKAKKPHMMGENIVLLSAKIKIRCVIDKEASNKWNAIPLLNNRVQRRIIELSNDILQQVINEVKN 67
            I +A KPH + E+++L +AK  +R +I  E   K +AI L N+ V RR+ ++S DIL QVI E+K+
Sbjct:  137 IARAMKPHTIAEDLLLPAAKDTVRVMIGDEFVTKLSAISLSNDTVHRRMDDMSADILDQVIQEIKS 202

The following BLAST results are available for this feature:

BLAST of EMLSAG00000000375 vs. GO
BLAST of EMLSAG00000000375 vs. C. finmarchicus
BLAST of EMLSAG00000000375 vs. L. salmonis peptides
BLAST of EMLSAG00000000375 vs. SwissProt
BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
BLAST of EMLSAG00000000375 vs. nr
BLAST of EMLSAG00000000375 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000000375 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 4


Match Name	E-value	Identity	Description
-	1.303e-8	36.36	symbol:Zbed5 "zinc finger, BED-type containing 5" ...	[more]
-	9.646e-6	34.85	symbol:ZBED8 "Protein ZBED8" species:9606 "Homo sa...	[more]
-	4.996e-4	28.95	symbol:SCAND3 "Uncharacterized protein" species:96...	[more]
-	6.803e-4	32.31	symbol:SCAND3 "SCAN domain-containing protein 3" s...	[more]

BLAST of EMLSAG00000000375 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 3


Match Name	E-value	Identity	Description
gi\|592755556\|gb\|GAXK01198857.1\|	6.717e+0	28.57	TSA: Calanus finmarchicus comp121087_c1_seq3 trans...	[more]
gi\|592755557\|gb\|GAXK01198856.1\|	6.719e+0	28.57	TSA: Calanus finmarchicus comp121087_c1_seq2 trans...	[more]
gi\|592755558\|gb\|GAXK01198855.1\|	6.728e+0	28.57	TSA: Calanus finmarchicus comp121087_c1_seq1 trans...	[more]

BLAST of EMLSAG00000000375 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAP00000000375	1.261e-64	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s1057:5547...	[more]

BLAST of EMLSAG00000000375 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000000375 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 15


Match Name	E-value	Identity	Description
gb\|KFM72594.1\|	1.228e-8	34.67	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM72335.1\|	2.932e-8	39.39	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM69683.1\|	2.943e-8	39.39	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM71615.1\|	2.956e-8	34.67	Transposon-derived Buster3 transposase-like protei...	[more]
gb\|KFM63542.1\|	3.144e-8	39.39	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM58860.1\|	3.176e-8	39.39	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM62868.1\|	3.291e-8	34.67	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM58962.1\|	3.471e-8	39.39	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM62415.1\|	3.494e-8	41.27	SCAN domain-containing protein 3, partial [Stegody...	[more]
gb\|KFM70065.1\|	4.087e-8	39.39	SCAN domain-containing protein 3, partial [Stegody...	[more]

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BLAST of EMLSAG00000000375 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 24


Match Name	E-value	Identity	Description
gi\|749727853\|gb\|KII73288.1\|	5.478e-10	34.09	SCAN domain-containing protein 3 [Thelohanellus ki...	[more]
gi\|699252585\|ref\|XP_009862029.1\|	6.739e-10	41.56	PREDICTED: LOW QUALITY PROTEIN: zinc finger BED do...	[more]
gi\|641647024\|ref\|XP_008181263.1\|	1.326e-9	45.31	PREDICTED: protein FAM200B-like [Acyrthosiphon pis...	[more]
gi\|641732895\|ref\|XP_008156834.1\|	2.428e-9	46.97	PREDICTED: LOW QUALITY PROTEIN: protein ZBED8-like...	[more]
gi\|1121921252\|ref\|XP_019480146.1\|	7.692e-9	43.94	PREDICTED: zinc finger BED domain-containing prote...	[more]
gi\|641652185\|ref\|XP_008178283.1\|	1.072e-8	40.58	PREDICTED: zinc finger BED domain-containing prote...	[more]
gi\|459185298\|ref\|XP_004227303.1\|	1.141e-8	38.16	PREDICTED: zinc finger BED domain-containing prote...	[more]
gi\|641735386\|ref\|XP_008158249.1\|	1.325e-8	46.97	PREDICTED: LOW QUALITY PROTEIN: protein ZBED8-like...	[more]
gi\|637274609\|ref\|XP_008103991.1\|	1.800e-8	45.45	PREDICTED: SCAN domain-containing protein 3 isofor...	[more]
gi\|946768869\|ref\|XP_014397273.1\|	3.275e-8	43.94	PREDICTED: LOW QUALITY PROTEIN: protein ZBED8-like...	[more]

Pages

BLAST of EMLSAG00000000375 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 0


Match Name	E-value	Identity	Description

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s1057	supercontig	LSalAtl2s1057:55474..82015 -

Analyses

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


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

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	snap_masked-LSalAtl2s1057-processed-gene-0.2
Biotype	protein_coding
Evidence	IEA
Note	Hypothetical protein

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000000375 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000000375	EMLSAT00000000375-696222	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s1057:55474..82015-

gene from alignment at LSalAtl2s1057:55474..82015-

Legend: mRNA

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

>EMLSAG00000000375-683141 ID=EMLSAG00000000375-683141|Name=EMLSAG00000000375|organism=Lepeophtheirus salmonis|type=gene|length=26542bp|location=Sequence derived from alignment at LSalAtl2s1057:55474..82015- (Lepeophtheirus salmonis)
ATGATTGTTAAAGCAAAGAAACCTCATATGATGGGTGAAAATATTGTACT
TCTATCAGCAAAAATAAAGATACGATGCGTTATTGATAAAGAAGCTTCAA
ATAAATGGAATGCAATACCTTTATTGAACAATAGAGTGCAAAGGCGTATT
ATTGAATTATCGAATGATATTTTGCAACAAGTTATTAATGAGGTTAAAAA
TTACAAAATTGGATATACAATTGGTTGGTACGACTGACGTAACAAACTAT
TGCAAATTGCTTGTATTTGTTTGACATGTTAGAGGTAGTTGAATTAAGGA
AGAGTGATTGATAAATACAKTTCTWRAAGCCACAACATAAACTGAAGATT
GTTTTGGAGTAGTAAATTCATTTTTTAAACAGAATGGATTGACATGGCAA
GATTTGAAAAGATGTTATATCAAATATTGCAGAAGCAATGTATAGAAAAG
ATATGTTTTCAATGGCATTCTCTTGGATGTTGCCCTCCATGTGATCCATC
GGTATGCTTTGGCTTGCAAACTGTTGCCCAAAAAGCTATACAATGTATTG
TCACAGATAATCCAAATTGGCAATCATATCAAAGGAAGTGCCTTCAACTA
GAGGCTTTTTAAACAACTATGCGAGAATAGTTGTATTTCTTTATCATGTT
AATGTACGTTGATTCTCTTGGGAGAATTCTGTGAAAGGAGTGTATGAACT
ACGAAATTAATTACTTCACCTCTTTCAATACTCCAACATTTCATTACTCA
TTGAAAGATAATTTATTCCTTTTAAAACTTGCTTGTGTTCTTGACATATT
TGAAGCTATAAATTTGTTGAAAATAATATCCAAGAAGTAGATGCAACAAT
TTTCAAAATTTGAGTCAAAGCTCAAAGCTTTTCTTAGCCAAAATTCTTGA
ATGTAAAAAAAAAAGCCAAGAATGACACATTGACTATGTTCTACATAGTG
ACATATTTGTTGAATTTTAGGAAAAAAATCTTGAGATGGAGAAGACTTTC
ACATTGAAARCATTAATAMTTTWCAATCTTCCATAATTGGAAACCCAATT
CTAGGTTATTTTTCTACACTTGATGACGAATTTGTATAGCTCACAAAATA
ATTCCGGAGCCNNACTGTTTGAGTAAAGATTCGCTCTTTGCCGACTTGTT
TTTGTCCATGTAAGTTTTCAAGGGAATTAAAAGCAAATAGAGGTAAAATC
TCAAAACAACTAAACACAATATTCGATGTTCAGTCTCAAAAATAAATACT
CTGATATTTTAAACTTGAAAACTAAAAGAAAGTCATGAATTTTATTAAAA
GGATTATAATATCTGTTAACTAAGTTGATTTTAAAGCCTTTTTCGTATAG
ATAACTAATTAATTTCGAGCCCTAAAAACGGAATGTATCGTTAAAATTCA
CAAAGGGAAAAAATGAATGGAATTTTTTTATTTCTTGATTTTTTTTAGTT
TTGAAATTGAAATAAAGGAAATACATGTTCTGACAATTAAATATATATAT
TTTTTTAAAAGAAAATTATGATATCGTAGTCATTGTAGTTTCCTCACGAT
TTCCTATTTAATACTGCTCTCTTGATATTGAATTTCAGAATCCACTCTCC
CTCTATGGTCAATCTCATCTCTTCCATATTTTGGGTCACTTTCTCAATTA
TTTGTACTTCCCTATATTGCATCTTGTGGGCACCGGTGAAATGTAATCCA
GTAGATTCTTCTCCTTTATTGATGTAATCCATATGTTCTCTTACTCTGTA
TTTTGCTCTTCTTCCTGTTTGGCCTATATATATTGGGCTCCACATTTGGG
TTTTGGGCAAGTAATGAAATACATGGTGTCCAGGATAAATTGTAACTATC
TTAAAAATCAACCTGCTTGATAAAAATGGAATTTGGAGTGTATTTGTTAA
TATGAAAAAATTAGACATGATATTAAACAATAAATATATTCAACATGTCT
TCCCACAGCAGCCACCATCTTCTCCATCCTGCCCCTAAAGGATTTGCATG
CCCTGATGACTTCCGTGGAATCAACAGCATTCCACTCCCTCGTAATGGAC
CCCTTCAGGGCCGCGATKCTCTTGCGACTGACTTTACACKCCTCCCTCTC
CAACTTCCCCTACCAGTAGTAATCACACGGATTGAGGTCGGGGGAGTTGG
AGGGCCAGGTGTTGCGATCCCAGAAAGTGATGTCGTGGGAGTTGAAGAGG
TTAGTGGTCCTCATGGCGATGTGTGCGGGCGCAAAGTCTTGTTGGAATAT
GAACTCCCTCCCAGCGGCCGTATCCTTCATCCAGGGGATGACGAACTCCT
CCNAAGACTTTGCAGTACCTTATCGCGTTAACCCTTTCCTTGGGATTGAA
GAAGAAAGGAGGCATCACCTCACCGGTGCTGCAGATGACACCCAGGGTCC
TCACGGAGGCCGGGAACTTTGTGGTGAAGACCGCAGGGACCTCTTCTCTC
TCCTTGGCAAGCCACCTGTCATTCTGGACGTTATAGCTCCTGTCGACAGT
CCAGTTCTTCTCGTCGGNGAAGGAGATGATTCTTCCTCCATGGCTCTTCA
AGTCATTGAGTAGACACTTATCGTTGGTGAGCCTGGTGGCCTTCATGGAT
GCTATGAGGATGTGTTGTTTGGCCATTCGGTATGACCTGTACCCGAGGTC
CTCATTCACACCCTTGGAGGCCAGCTGCTTGCTCACTCCACGGTTCTTGG
CCAACCTGGCCAAGGAAGTCCCTGGCGAAGCCTTGATGGACTTCCAGAGG
CCTTCAAGGAAGCGGGGAGTGCGGATTCGGTCACTTCTCATGTTGTGGGC
CTGGCGGCAGACCTTCTTTTTAACCATTAAGACAACTGAAGTACATAAAA
AGTAAGGAACATACAAAGGTTCAGTCCTGGAATTAKAACTTCRTATAMTK
TWTTTGCATACGRAKTTATTTTTTACAGCTTTATGTATAAAATATGAGTT
TGAATGTTTTTAGTTGTTTGCAACCTGAACAAAAAAAAGTTATTTTTCCA
AAACTGCTGTCGTAGTTATTTAATTCTTGAAAAGGGCAAATCACTAATGT
GTGAGGAAATTAAAAGTGGGAGTTACCCCCGATGATTTGNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNAGAAGAATTGAGTATCGACATGGGAGTGATTCCAGCATAAG
TCCTTACTAAAATGGTAATTGTGTTTATTTATTTTCTTCTCACGGCTGCT
TGCAGCTGATCTAATAAAACATCATGGCAAGCTAAGCAGCTTTCCTCTTA
AACATTCGTCGAATTGTCAGGGTTACCATGACATTTTTCTCCTTCTTTTT
TTAGTATATTCACATGTTGTATTTTATACAACTCTAATCATTGATGTCTA
AAGACTATAATATGCAAAAAATAAAATAATATGAAATATATTTGTGTGTT
CCAAAATTAGAAACGTTCATAGTTGTACATGGTTCGGAAGCAAATCGTGG
ATTGTTAATAAATACTTATGATATAATTAAAATGGTGCGTTTTGTAATAT
TTTCTTGCATATTCCGAATCTCCTGTCCTTTTTGCATAAGTAAACAATAA
TAAACAATTCTCAAATCATCATCAGTGAGCAAGAAGCCAAAAGACAGGGG
ATCTCAGACCTTCTCGATGGCAAAATTAAGGTGTCAGAGATTATGGACAT
TGTTAAGTGTTCCAGGAGCCTCATTTTCAAGATGGCCAAAATGAAGAAGG
ATGGAAAAGACCTCTCAAGGAAAGAAGGCAGGGGGGGACGCAACTTGAAA
AGGGATTCTGAATTTTTGGGGGACCTGAAGAAGAAGATCAAGGAGAACCC
CCAAAAATCTATGAATCGCCTCTCTAACAAGTTTGACGTGAACGAGGGGA
CAATCAGGAGGGCAGTGAAGGAGGACTTGGGGTTGTCCTCTTACATAAGG
ACCCCACACCACCTGATGACAGACACTCTGAAGGAAAGGAGACTGCGGAG
GTGCAAGAAAGTCCGTGCGTGGTTCAAGACAAAACATATCCACAGTAAAA
AATTTCTCTGACGAGAAGATTTTCACCGTGGACCAGGTTTACAACCACAG
TAAAGATCGTTGGCTGGGGGGGAACCCCAGATGATGTCAAGTGGGTGATC
TGTACAAAACATCCACCCAAAAAAAATTCCAGGGGGGCGTGGCATCCGAC
AGCAAGAAGATACCTCCCTTCTTTTTTAGGGCTGTGGAGAAATTCGGTCA
CAAGACCTACTACAAGGTGCTGAGGTTCACTATACTGTCATGGGTCAAGG
TCACCTACCTAAAGAACAACTATGTGTGGACCCAAGATGGTGTACCCTAA
CACACATCGGTCAAATGCCAGAAGTTCTGCGCCGACAACATGTCTGATTT
TTGGCCCAAGGACATGTGGCCATCATCTTACCCGGCTTTGAACATATTGG
ACTTTACTGTGTGGGGCACTTTGGAGAAGGAGACTAACTAGACATCTCAC
CCGAACGTGGACTCCCTGAAGTCTGCCATTATGAAGGAATGGAACAATTT
GTACGAGAAGTTCATCATCAACTCCTACAAGGCTTTCCGCCGCCGTGTGG
AGGCTGTGGTTGCTGCTGAGGGCAATCATATTGAGTGAACATGTTCACAA
ATGTCGCGTCTCAAAGTTTTGTTAAAAAAAATTTCAAAATTTATTGACAT
TTTTCTAAAAATCAGTGATTCAGTCCACGTTTTGCTTCCGAACCCTGTAT
ATACGGTCACCAGATGTAGAAAATCCTCTTTAGTAGGATAACATTATGTA
ACTAATTAAAATTCCCAGGTTGTTTGAAACCTATTATTTCTATAAAAATA
CTTTTTCATGGCTCATTTAATGTAAAAATATAAATCTCATTTTTAGTTAT
CAAAAGCAGATAAATTTTTCATATTTTTTTTTTTACTATAGAATTCAACA
ATAAAGGAATATATATACTCCCATATTGTACGAACCAGACAGTAAGTGTA
GACTTATAAAATATTTATAACCAAATTCAATAATAAAGTTAAGTATATGA
CCACATATGGTTCGATCATTATATTTTATGTTTCATAACCATATGGAATT
GCTCTGTATACGGGTACCTTTGNNNNNNNNGGGGGGGGGGGGGSMGYCRC
CTATACAACWAAATTGATATTGAAAACTCTACATTACATCATTATATGAT
AACTAGAGATGTGAATTATATTTCGGATACACGTAAAATGCTAATAAACA
TTTCAAGTAAGCTTTATAAGTTTGCCTGCGTATCATATTTGATCTTTCTA
TCTCGGAATTGGAGACAGCCAAAGCGGAAAGTTGAAGCTATATATTTGCA
AACTATTCATCATAAGGAACGATCTTCGGTATGGGAAGGAAATTATATAG
TACTAGCCGTATTACCTAGCTTTAACCGGAGTAAAAAGACAAATTATGCT
CTAATAATATGGAAGAGTACTCCCCAAAAATCTTCAGTGGTACTTTCCAG
TATTCATGTGATAAAAAATGACTAAAAATAATACTACCACTGGCAAGAAA
AAGTTTGAAGAAAATGGAATTTCACTTATTTTCCTTGCTATCTATGACTT
AATTATCAGGTAACAAAGTAATTAGACTATAAAAATAAAGAAAAATTAAG
GTTCAATATGGATATAACCATTTATTTATTTGTCAAAAAATTAAAGTATT
TTTGTTTAACTTTTAGCTTCATCAAAAAATCCTCCCTTTGCCACTTAACA
TACTTTTGGGATTCTTGCTGTTAGTTTTTAAAAAGGGGCAGGTGGGATAT
TATTCTAAGGATTCTTAAAAGTGTTCCACAGCTCATTCATAGTTGTGGGG
CACTTTTCCCTAACTTTTCTGTCCAAGTGCTCTATTGGGTTCAAATCAGG
AGATTGAGCTGGCCATTCCATTATAGATAAGATAGCTTCTTTTCTTTCTT
TTTCATGAATTTTTTGCAGAGCTTGGATGTATGTTTTGCAATGTTGCCTT
GTTGAAAAACAAACTTCCTTCAAATGTATCTCTGTTCAGAAGGAATGGCT
TGCGTCTTCAGAATAGAAWGATAACTATTCTGCATCAGTATTCATTGGAG
CTGAAATAAGTTTCCAACTTTGCATTTCCCAAAACAACCCCAAATCATCA
CATTTTTACCTCCATGTTTGATAAAAGGTGTGACACATATACTTAGTATC
TTTTGATTGCTTCTTCGTCTGAAATATATTCTTCTTTTGGACGCAAACAC
GTCGAATTTTGATTCGTCAGTCCATAGCACTTGCTTATAATCATTTAGAA
TCAAATCTATATGTTTGATAATCCATTTTAGTCGCTTCTTACGATTTGTA
GATCTCAACTAAGGTTGTTTTTTTTTGCTTTTTTGCAATTCTCCCCATAA
GACCGATACTCCTGAGCCTTCTTCTAACTGTATAAACGCGAGTGACGAGT
ACTATTCAAATAAGAAGTTAATTCAGAGGGAGTCAACTGTCTGTTTCTTA
AAAATGACCCTCGAATGAATTGGTCTTCTTGAATTGTAGAGCATTTGGTC
TTCAAGTCTCTTGTTTATCGCTAATAGAGCCCTTATCTTCAAGTCGTTTA
ATTGTATAATCAGCACCCTTGACTGAGAAACCCAGTCTATTTACAAATTC
TTCAAGTGTGTAGCCTTCATTCCTCAAAACTAAAATCGATGGTACTGTTT
TCAATGAGAGTTGCTTCTTTTTAGCCATTTGAAAAAACTATTTTGTAATA
ACAAAGTCATTCTATGACACTGATATCAAACTCAAATCTCTACATCAAAC
CAGATTGAATTAATCAATGAATGATTAATCTACTAGTGGTCGTACACTAC
ATGATTATATGACCAGAAAAGCTTTTGAAGTATGATATCGTTGAAAGAAA
TAGGATGCCAATCTCTCATACTTGCCAAAGAAAAAAAATTACATATGAAA
TTAAGCCTGTTCAAAATAGCTGGATTTTTACAGACAAATAATTAAAAATA
TTTAATGGATCTATTTTTTTSAATTAATCTCTGTCCAGAAGAAATGACTT
GCGTCTTCAGGATAGAATAATAATCGTTCTGAAGGAATGAACTACCAATA
TCTCATACATGCCAGAGAGAAACATTACATATGAAATTAAGCCTGACCAA
AACAGCTGAATTTTTACAGATTAATAATGAAAAAAATATTTTCATTCTCT
ATTTTTTTCATAATAATTTTCATCGGATTAAAGTAAAAAATATTGATAAA
TTCATAAACATTGATGAAAAGGACGGAAAAGTATTTTGTCCAAACTTTTC
CTTGCCAGTGTATATCAATTCATATAATGTGTTCTTTCCTCAAGACAGTA
ATAATAATAAGAGTTGGAGAGGGGGAAAAAAAGTATTTTTCGATGACTGA
TGAGTATTTCAGTCTTAAAAGCCGTTCACTATTAAAAACCAACAAAATTA
ATTTAAAATACCACCATTTATATTTTATTCAAATATTAGCATATACTAAA
AATGCTCATGAATAATTTATGATATACATAAAATACCAATAACAAAAACA
AACAGAAATAGAGCCATGTTATACATCCGCATGCATCCAATATTTCATAA
ATATGACTACATTGTTATTTCTTATATAAAAAATATTTATATGATATACA
TCAGGGAACACTACGTGGTGGTTTCAAAAAGTAAGTTGACTTTGCATTTT
TAGGATAAAATATGTATTTATTCATCTATACTTAATGGTGTCCCCCTCAA
AGTAATCCCCCTCAGATATAATACACTTCTGCCAACGCTTTTTCCAATAC
TCGAAGCACTTTTCGGTATAGCCTTGATCTCTTCCAGTAATGCAGTCTTT
ATCTCCTCAATCATTGCAAATCTGCGTTCTTTCATAGGTCTCTTAAATTT
TGAGAACAAGAAAAAGTCACAAGTGGCCAAATTKGGTGAATATGGAGGTT
GAGGAATGATTGTGGTATATGAAAATCTTTCATAAGCAAAGATGAGTGAA
CAGGGGCGTTATCGTGATGCAAAACCGATGAACTGCTTTCAACAATTTCG
GACATTTTCTTTGTTCTCTTCTCGCAAGAGGCGCATAACTTCAAGACAAT
AATCTTTATTCACCGTAAGACCATTTCGTAAGAACTCCTGATCCACTATA
CCACGGCAGTGAAAAAAAAAGTGATCAAAGCTTTGACATTTGATCGTACT
TTATCGATCGTCATTGGGATATTCCAGCCATCTTGGAAGAGTTTGTCTAT
TTTGGAAACATTTTTTTTCAGTTAGACCAGTTTCACCAACATAAATAGCC
ATTGTCAACCTTTCAAGTGTTTTGGAGCACTTTATTTCATTTTTACACAA
ATTTTGATACTAATTATTTCATTCATATTTTTCAATAGCAAAAAATCGTA
GAACACGCAAAATACTTCTATCCGGTATGTCTCTCACAAACAAACTAAAC
ATGTTACATAGCTGAAACAGTAAATATATATATTTGTGGCGAGTGTACTA
ATATAAAAGAATAAAAAGTCGAGCATACCAAATCTACTTTACTCGCCAAA
TAAAAGTAAGTCATCTTACTTTTTGAACGCAACTTGAATATACATTGCAA
CCAGTGATTTGTTGTCATATATTCAGGCAGTCAAATTTTGCTTTATTAAT
GTAGATAGGATTACCACTTTTTAGGATCTTGGTTTTAAATAGAAAAAGGT
ATCATTATGAGAAGGAAGTTGTAATTTTGGTGTCCTATGGTGTATCGATG
GGAGAGAGTTTAGGCTAGCTTAAAATTGAGGAAAGAGAAGGCTCTTCCAA
AACGATGGATATTCATATAATGTAGTTTCAATATTTCTAACGATCTTGAA
TCAGGGCCGCAGAGGTGGAGTCATTTTTGGTGAAGTTGGAGTCATTCAAT
TTTCCCGAGAAAAGATGTCAGAAGTCGAACTATGGACTAAGGGATGAAGC
CGGAGGAGATCATATCACATTACTTAAGACACTACGATTTTTATTGTATC
TACCATATATCTTGATAACATAATTATTTTCAGCCTCTTTGTAATCACCT
ACAGCATCATCCCTTTATCCACTGTTCGAGTCCTAGCATAACCCCCTCTC
CCACCTGTACTCCATAAGAGACGAACTCACAACTCCTCCACATGAGACCT
TCCATCTACTATCAAGATCCTACAAAATCCTACTTGTCCGAATAACCCGA
AAGGATCGAAATCTCTCTCCTTCTACTTCAATGGAAAGGATTAATATATA
ATTAATTCACTTCCCGTGACAAAGTTCTAACTTTATTATGAAAAAGTTGC
AATAATTAAATTTCAACTTTCCGCTTACGTGGTTCCGATTTAGAAGCATT
ACGAGTGGGTAAACTGGTAAAAATGACCCAAAATATATCTTGCCAACTCC
ATAACTCCCCCACTCAAAAGTTTTAATTCATTAATGCTTCTGGTAAGTAG
CAAAAAAAAACGTTCTATCTATATATGTATTGGTATTTATGACGGCATTT
CCCTTCCTTTTTTGTCGTAGAAACTGGCAGCACCTATTTTTAACTAGTCT
CAAGCATAAGAGGGATTTCTTTAGAGTACTCCCTGCTTTGTCTATAAACA
TATTTTGTTATGGGTAAGTTGAGCCATCGAATTTTAGACACAAGTGTCCG
CAAGATTATATTTGGAAAACTTTGTCATGTGGAGGGGGCCTAAGATCTCC
AATTTACGTACTGATAAAGTTCTGACAATTAAATAAAGTTGTGCGATGTA
GATTTAATCTTACAAAAGATATTACAACAACTATCCTTCTGAATGAAAAA
TATCATCATGAAACAGACATAACAAATTATGGGGAAGTTTTTGGCTCGCA
TGGCTTCACTATGAGACGTCAGAGAAGAATAATTATTTTCTAAACCATGA
ACTGTCATAAGGGTAACGGTGGGCTCAACATCTGTTCTAGAGCATAGTTT
TTGTCATTATGCAACGTATTCATAGACATAGGGACTTGAATTCCAGACTT
GCAACTCGACTTGGACTTGATTTCACAATAAAAATTCAAGAACTGACTTT
AACTCTGTAGCATAAACGCGAGACCTATTTTATACTGAACTCAAGGAAAG
CCTTAACACTATCATGAACCTGTGGCACCGTAACCATAGGGGCAAGGGCC
ATTGCCCCCTCCGATTTCTAGGAATTTCAATAGTCTTGCCCAAAACATAA
TTTCATGTCAAAATCATCAAAAAAATTACAATTTGTCGCTTGAAAAAAAT
GATTTCGTTCAAATTATATCCTAGCCTAAAATTTCGAATCTAATTTTTAA
AAAAAGGCTCTGAGTAAAATTTGTGATATATATATATATATATAAACCAT
TCTGTCAAAAAGCCCAACACCTKCCCATCCTCTCCCAAACGCCCCTGATG
ACGTCATCATTCTTTAATTTGGCCTCTTCCACTTAAAAATATTCTATATA
ATAATTATAGGATCGAAATGAGCTCAAAAGAAATCTGAGGACTCATACTG
GACTCGATAAAAATGGGCATTAATTTGTGAGCAAAAACTTGGACCTGTAG
TAAAAAAACTTTTTCTCCACCTCTGCTTATTCATGTACAAAATCGAAATA
TGTTATAACTAGAGTTGAGTAGCTTGTAATAAAAACTAGAGAGGAGAAGT
TCACCTGTATAAATAATCTTATCGATATCATCTGCCTGTTATGTGATCGT
GGGGGTAGAAAAGGAANNNACTGGTATAAAGAGAATAATCTTCTWCATTT
AAAATAGAATGGAAAATGTTGTAATTACATTTCAATGCATACAAATTTAT
TTTATTATGCATTTTTTAACCAACGATAGGCAATAATGCATACTTCCGAG
GGAGAAGATAACACCGCGACGAGCGATTAAATAATGAAAAAAAAGGAAGA
AATCCCACCACACGTATGAACTATTTTCCCTTTTCTATTTTTTAGAGGTA
GTTCTTCTCATTACAAACCCCTCAGCCAAAACTTTGCCTACTACTTATTC
AATAACTTTAAAAAATATAAATTTTTTAATCTCTCACTACAAAAAATTAC
TGATGCTGCTTCCAATTCTGTACTATTTTAAATAATAGTTAGAAAATACC
GTTATGCTATCAAGAACGTCTACAGAATTATATTTGGGGATTGGGGGGGT
TGAATTTATTTTTCCGAAAAAAATTTCAAAAATTAAATTTTTGAAAAAAA
AATTTTAATATACAGTTTGACATATTATATTTTTTCAAAAATCTACACCT
ATTAACAAAAAATTAAATTGTTTGCACCAAATTTTCAAAAACTCATGGCT
ATTCTTAAAAAAATTAAAATTTTGTTTTAAAAATTCCAAAATCCACAGCT
GTTTACAAAAATTAAATTTTTGGAAAAAAAACCCAAAATCCATAGTTGTT
AAAAAAATTCAAAAATCCAATGCTGCTTTCAAAAAAAAAAAAATTAAAAT
ATTAAATTTTCTTGTAAATAGAAGAAATCCCTGAATTGGGGGAGGGGCTA
TTTTTCATAACTTATACAAGTAATAAATAGTAAATAAAATTAAGAATCAT
CATCGCAAATTAAAGATGATTTCCCCTATGCCAATCTAGATTCCGATTTC
AGAATAAATACCAAATTCCGAATAATCGTCCCATCACCAATATGTATACG
AGATAGTTAATAGAGCCTTTTAATACTTGAGTTAATCACTAGTTATAAAT
AAGCAATTTATGTACTTTGTTTTCTATTTTTAAAGTTTAAGTTAAATTCA
AGACAACTTATATATATATATATTTATAAAATTGCACAGTGAAGCAGAAA
ATTTAGGATTATTTATATAAATATTATTTTACAATTCAGAGCACAAATTT
CCGCTGTCAAAATTGGTTCCTAACTTCATCGTATTTATTCATAGTGGGAG
TGAGTTACTATAGCTCGGAGTTCTTTGTTGAACTTTTACTTTAAGTTTTT
GAACGTCATTTTAACCTTTATTTAAGTCCACAATACAATTTTATCATCAC
ATCTGGGGTATTTCTATCGAATGATGAAAATAATATAATCCATGGGTGCG
CCAAAAGAAAAGAAAAACGAAAATTAACGTCGTCATTCTGATAGTTTGAA
GAATGTTTGGGAGTAGAGCAGCTAGGCTGTCATGACGTTTCATTAGATCA
GCTGATACTAACTAAGAGATTAAGGAAATAAACACAAACCTCACTCGGTA
TACGGCAAAGATATAAATGTTCGAATGACTCACATGTCCATCCTCAATTT
TACTCCCAGTCCAAGAAGACTTACATTTTTAACTCCACAACCAACCCTCC
GAGTTACTTTTCTTCTTTCACGCACTTGTGATTATTTAATACTTATTGTT
CTCTCTTCAAGAATAACGATGACAACTTAAGAAAGAAACAAACATCTATT
CATGCAGTAACTACGAAAAACCCGGTTTCTCTTCCATTATCATATTATTT
TCATCTATGTAGTTTAGAGTGATTAATATTTTATTTTTATAAGATTTAAC
AATTATAACCCCTTAATTTCGAGAGAAACAATTGTATTGAGGTGTCATAA
AGAATATCATCTTTTTAATCAATCAAAAACTTACCCCTTTCTGAAGATTT
TAAAATTCTTTTTTCATAACATAAGTAATTTAGTTACTTTGACGGCGTTT
ATTTGATCTAAACTATTTTACTAAGACGTATAAAACTAAATCAACTTTTA
TGGAATTGTTGACCTCACTTTGTAAGATTAAAAATGATATAGCAATAAAG
AGCTTCAAACCCTATTGGAAATGTGATAAATCTATGAATGGCATTCGCAG
ATCGAATGCAAATGCAAAAAAAACACTTTGAAACTCAAAGTGGAGATACA
TCAAAGTTCAAAAATAAAAGAATATTTAATTTTTGTAGTTCAAATAAGAA
ATAAAGTTGAATATTATACTTTTTGTTACGAAATATCATTTAGTTCTAGT
ATTTAGTTTAAAATACAACTATATGCATGTATACAGATGAGGACTCAAAA
ATTAGAAAATTTTATAAGCCGTTATCACTTCAATATATTTTTATTTTATA
CCATTTTTATGGGAAAATTTGAAATAAACGTTGATAACTCACCAATTTTC
TATACTTTTTATACAATATATCCTCCTCCATTCTGAATGATGGCCACAAT
ACGGGGACGAAAAGAAGCACAACTGGCCTTGACAAAGTCTGAGAACAAGT
TGTTCCACTATTCCGTGATCACGGCCTTCAGGGCATCGACATTCGAATAA
GAAGACTTGATKCTCTTKCCCTCCAAGACGCACCACACAGCGAAGTCCAG
GGAGTTCACGTCGGGGGGTGACGAAGGGCAGAATCTCCCTACAGAAATAT
TGCACCTTTTTGAACATGTGGGCCAGGGCACCGTCTTGGGTAAACACATA
GTCGCCCCTGGTGAAGGTGCTCTTCAACTATGGCAAGACAGGGTACCTAA
GGACCTGGTAGMAGACGTCCGCGTTGACTTGTTTGTTTGTTGCTAAGACA
TATTTGATTGTAAAAAACAAACAAACATTAAATTGTAAGTTTTTGTCTGC
TTTTTCGAACGGTGCCAAGTACAAAATTGTCAGACTTTTAGAACTGAGGC
TAGACACTGTAGACTGGGTTGTACTTTTCATTTTTTTGAAAGTGTTTGGT
AGGGTTTTTGTATTGTATTTTTCACGTAGATTTCAAAAATGTAACTTTCA
AAAAGATAAAATAATCCTAAACTACATCAATTTCACTTTGAAAATTAGAA
GAAATGCGGATATTTTTTATATTTTTCAGTACTTGCCTTCTTTATGTAAT
TTACAGATATTCATGTTAAGAAAATGTATATTTATTGTCCTAGATGTAAA
CAGTTCAAATACGAAGATTTTTTCATTATAACTCAACATTAAGTTTAATA
AGTTTACGATTTGATTAAATTTGGTGTTAATATAAAAGTCACAATTGAGC
CCATTTGGTGGTTTAAGTTAACTTTTAAATGTTTTATAAATTCATGGCTA
AACCTTATTTCAAAATAATTAACATAGTCTTTATATTACTTAAAACACAT
AATAATAGAGTAATTAATTAATACGTTAACTTAAATAATTGACAAAATAA
GATAAAGAAGAGCGCAGTAGAATTGGATGAAAGAGAGGAGAGGCGAGTTT
GAGAAGAGTTGAAGATACGAGGAGCCAATCTTTTTGATGGAAAAATCGAT
TTGACTAATACTATGATGGAAGCAATGTGCAGTGAACAGTCATTTATGGA
TAGGACCAAGAAAGATCCCTATAGTGGAGTAATTACTTGTTCCACTTTTT
ACCAGAGAAAGCAAACAAGGTAGAATTACACCCCGCACAAATTGCAAAGT
TTTTATTGAAATGGTTAAAAGAGATGGATTTTGATAAAACAGTCACGGCC
ATTGGAGGGGACTCAAGAAATATGAACATTGGTGTAAATGTTAGAGTTAT
ACAAAAACTTGAAATGCTGTTTGGGGAAAAAATGGTCGGGTAAGTGTATA
GTCTACATACTGATGAACTTTCCTTGCACGCCAGCTCTCTCTGATAATAG
ATAATCTTGACCAATTGGAAAGCTGATACTGGCTTGGATATCAAWCCAAA
CTTTCCCTGAATCTCTTTTGACTCCTGAGGTTATTCAAGATTTGTCTACA
GATCAACACTACGGCTATATGATGGGAAGGAGTGTTTCCTGAAACGAAGG
ATTTCTTGGAGATCAGATCTGTTTKCCACAGCCCCTGGCTCACCACGACT
AACATACTTTTTGGACTCATGGCTTCAAAGCTGGGATCAGAAAACCCCCT
TCTATAAACAATGCAGCTTTTAGCTCTTTCCTACTTCTTATCAACTTTTG
AGTTGTAAATCTTCATTCAAACACAAATTAAAATTATTGAATTGACCATG
CCACGCAAAAAAAAAAAACATGTGATAGGGTTGCTAAAAGGGTCACAGTA
TTTCTCACAAAAAAGAGATTGGGCAATAATGACTCACTAAGCCAATAGGA
AAAAGATTTCAAAGAAGACCTTCTAAAATTACATGAATTATAAAAAAATA
TATACTGAAAGACAAAGTTGAAACTCTTTAATTGATTCAAATGTAATTTA
AATATTTTCATCATTTCATCAAACAAAATTTTTGTTATTAAATTATTCTG
GATGGTGATACTTATTTTCTCTTATTAGATATTTAGAAACAAAATAAACA
AATAGATGCAAATATAGCATCAACAGACTTGCTTCATAAGGTTAACAAAT
GAAAGTACATGTTTTTAAGCATTCTCCAAACAAAAAAATATTAAAATTAC
GGTTTATTTGTCTTTTTTAAAGTACACAAATAATTATCTTATCTAATTTA
ATGATTAAAATTTCTTCATATTTGAATTCTTCACACCAAGGACAATAATA
TGCATTTCATTAATATGAATATCTATAAATCACACATAGAAAGCCGTCAC
TGGGAAAATAAAGAAAATACGCCTCTTCACTAATTTTCAAAGTGAAATTG
ATTAAGCTTAGGGTTATCCTATCTTTTTGAAAGGTACATCTTAGAAATCT
ACGTAAAAAAAACCACAGTAATGTAAATCCAGAGTAGAATAGGCATGTCA
AAATAAAAGAAACTGAAAATCAACATGGTAACCCTGAAAATTTGAATAAT
GTTTTGGAAGGGAGAAAGAATAATACTCATTACGTTTCATTAGATCAGCT
ACAATCAGAGAGGACGGAGAAAAGGAGATAAACATTTGCTATAATTACTC
CGATATCGATCCCCAATTCTACTCTGATTCCAACAAGGACTTGCAATTAT
AACTTTGCAATTAATCCGCAGGGTTATGCTCCGTCTTTTATGAGCAAACA
CAAATGTTCAGTCAGGTTTTGAATATAATTGAATCTATTTTGAAAAGGAT
GATCACTACTAAGAAATTGAATAATAATGACAACTGCTAAGCAAAGGAAA
ATTCCTTCTTTATATTACGAATTACAAATTAAGGGGCACACACAGGATTA
ACATCATTGCTAATGTACATACATGTAAATCCCTTGTGTTTTTTTATCAG
GTCAGTTAGTTTGTAATTGGTAGTATAAAGGAGCGAATTTTATTTTCCTT
AGAAGTTGTCATTATCATTTAATTCCTGTGTAGTGAACATCCTTTCTTAA
ATAAATTCAATTATATTCAAAACCTATTTGAACGTTTGTGTGTGATCATA
CAAGACCCTGAGGATTTGTTGTGTAGATATAAATGTAAGTCCTTTTTAGA
CTCAGAGTAGAATTGGAGATCGACTTTGGAGTAATTCTAGCAAATGTCCT
TGTTTATATACTTTTTCCCTTCCTCTCTTGTCACAGCTGATTYTAACTGA
TCTAATGAAACGTTATGAGCATTATTCTTCATCTCCTCCAAAACATTCTT
CAAATTGTTAGGGTTAGCATGTTGATTTTTTTTAACAGGCCCATTCCATA
CTGGATTTTCACCTTTGCTAATGTGCATCTTTATCATTCTTTTCTTTTTT
AAATGACACGCTAAGCTTTAGCTACACAAGCTCTTTGCTATACTAAAGTT
AGTAATCATGCAGTTCCAAGATATTAAGCGAGCCCACTCACAAATGAGTT
GTTTAAGGACAGAAGAACTTTACTTGATTAATAAAAAAGATATTATTATT
TGTATAACATTGAATGAAGAAAAGATATATATGATAGAAAATCCTAATTA
CATATTTAACAAACTACTCACTACAGTATTTTATAAGGTATAATTTATAT
TTTTATTTGTATCAAGGCTGTTATTTATTTATATGCGGCAAATTGTCAAC
AAGATGATGATAATTATGTCTTTATTCGATTATGAAAATTGTATTATGTT
GTTATGATTATATTTATGTACATATAATAGGGGTATATATGATAACGCTG
ATAGAAATTGATTATATGAATACAGCTCTTTATGCGAACTTTCCAACATA
TACCTATTTATTTTGAGTTTATCAACCAAGATTTTCGGGGTTTTTTACAC
CTATGGGAAATTTCCAACAAATGCCAAATTAAATTATCTTATAATTAGTG
TTGTCTTTATTTTTCGGTCTATTCCAGTCTTAGGAGTGGTCCTATAAATT
CTTATGACCATCAGACCTTGGAATCGTTTGTTAAGACCGGTGGTCCTTGG
GATCGGTCCTTCGAATTTATCATAAAAATATCGATGGTTTATTAGGCTAA
ATAAAATATATATTAAGATTATTGCACATATCTTGCAAAAAATATTATAT
TTTCCATTATAATGCGAACATATTCGTATTGATACTTAGTTATATTAATA
AAAAAGGAATAATACCCTCATTGACGTCAGGAAGGATTGATTTTACTTTT
TTTAAGGACCAAAAAGTGGGACTGGACTGGATGGGATCCTAAATCAGGGC
CGATACAACACTACTTATAATCAAAGAAGGGACCTGTGTAAAGAAAAAAC
TAAATGCGGATTTGTGTTCTATTGTAATTGGTTATTATTTTTSATATTAT
CTCAAGAAGTGTCTTAAAATTATAGACTACCTTTTTTGTTTGAAAAATAA
TTTTTTTGCAGACATTATTATAAATTTTTATATTTTATTAAATACACATA
TATGTAGTTTAATTTATGTTCAGAAAATCATGAGACAATAGTCTTCTTCA
TGTTATGCCACAAATAATAAATTATTTAATTCATGAATAGTACAAAATTT
CTTACTTGTAGAGATAAGCTTGAGTGTTACGGCCGCATGTTTGCCGAAAA
TTTCATCAAAATCAAACTTAATTGTGATTAGTAATTTTTTGGTGGATAGT
TGATAAAGAAAAGGAATAATGAATTACTGTCTATGGGTTATAGAATCTTC
CAAGATCTTCATAAGTAGGAACAGGGGGTCATGCAGGTCTATAGTATGGC
CCAGGATCCCTGCTCCTTGCTTCCTTACACTTTTTTAATTCTTGGAGAAG
TTTACATCTTATGTTTTCCCCTTTGCCTGACAATCACCAAGTGGTACCCT
AACCTATTGGATAAATTGTTAAAAAAATGATGTATTGCCTCTCTGTATAT
GCAGGTTATGTGTATAAATAATAAGGATGCAATCATATTTTTTAAACTGG
AGGGAGATGGGACAATTCAAGGGTGCCACTACATAAATTTGATCAATTTT
GGATTGGGGATTTTGTTTTTAAAAAATATCTGGAGGGAAAATGTTCTCCT
CTCCAAACTGCGCCCGTTTATATATATATTTATTTACCGTTTTCGAAACT
TAGTTCCAAGTGTTTGCACTTCTCTAACAATCTTTTTATCCGGGGTTGCT
TAAATTCCATAAACATTCAAAGCCCTGGATATAGTCAATTAACTTTTCAG
AGTCCATGAATGAATTAGTAACTGAGAAATAAAAATTGACGTTAATCTGG
ATTAATATTTGAGGTTGCGTGAAAGAAATTTAAAAAAATAGTTGCGTTTT
CYCTTTGTCATTCAATTATTTTTTTATATATATATATATATATTAATAAA
AAAATAAGACAGACACGAAATATCTAAAACCCAGTAACAAATCATGGTGA
CTTTTTTATTTTTTCCTTGATCTTTTTGTTTTGTCTCTAGTTGATTTGGC
GCTTGTATTTTGTGAGGCAGACATCAAAATATCCATTGCCTTACTTTGGC
TGCTAGTCCCTAAAGGATCTTGAACATTATGTACCGCATTGTTTACATTA
TTGGAAGGMATATGGYCTCTACTTGGTTCAATTCTAAATTTTCTACGCTG
TCCTTCTACACTGACAGAGCTCTTGAACGCTTGAACATTTTGGATTTCTA
ATACTCGGGTTATTTCTCTCTTTCAGAGTGCCCTGCGTGACCTTTGAAAC
ACATATATTATCCTCATTACTGAGATAAGCTAGAATACTTCTTTGCTTTT
CTATCTCACTTGTAAAACTCTGCGTTTAGTCGTCTGCGGGTTTGAGATTT
GCCTTCTTGCAAATTTGGAGTGTCTTTTTGCCAATCCCATCGCTGCTAGC
AGATTTTTCGGGCTCTGTGTTTGTATTTGGTTCCTTAATTTTAGTTAATG
TTGAAATAGGTGAGCCTATCGGTTTATCTAGTCATTTGGGATTACAAGAA
CTTGTCATTGTGCTTTCGGGTGTTGCATCAACAAGAAGAGTTCTATTGGA
TCTATTCCAATGTTTGTTGAATTTTTCTCCGATGTTCGGAGAATTTGATC
TTAACTTATTGTTCTATATAAGTTCTTTATAATCCTTTAATGATTACTTT
CCTTGGTTACACTTGGACAGGGTATGGTCGAATTTGAAGTATCAGGAACA
CTTTTTCCTTGCTCTTTCAAATTCTAATTTAATTACACTATTTCTAAAAG
GTAAGAAAATAGCAAAAAAAAAATTTTTTTAGGGGGGGGGGATCACCATA
GGCTTCGAACAGCAATTTACTGTCTCCAATATCTTTATTTTTGAAAGCTA
TATGTTCATTAAGGCTTTTTTTGTTTATTTTTATCTTAATGATCCAAGAT
ATTTGCCTTCTTTGACAAAGCATTCAAGAGCAGTAAGGACCTCCTTGGTG
GAGGCCTTACTAAGGCATCTCAGAGCTAATATACGAAATGGCTTCAGTTG
AAAGCGTTCAAGAATYCTCTTCATTCCGATTATATCAATCACGAATTCTT
CTGTGGTTGTAGTTTGTGTGTAGGTCAGTGGAAAGGTTAGGTTCTTGAAT
TTAGAGATAGGGTCTACAGGGTTAATAACGTCTACAATAGCCTTCCTTGG
TCCCATCTCAGCACTTAATTCCAAGATAGTGTACGAAGTTAAGCCAAGTT
TGTTGATGGCAATTTCTGCCACGTCGTAGTCAAGAATGCAATCCGGCTCT
GGGATAGGGCCGTCTAATTTGCGTATTTTAAGGCGAATGAAGGACCAGTT
ACCCTTGCCAGAAGTCACTAGTACAGACCTTGATGGGAAGGACCATCTAT
ACAATGAACGATCTTTCCATTAAAGAAGATGATATCCACCGAGTGAGGCA
CACAGAGACGAGATCCCTTCAACAGAAAATGAAGAGAGAATCAGAAGGCG
TGTTTGTGGCTAYGATATCCAAATGGAAAAATATAAACTCCTAAGGAAAA
TGGATAAATGTAAATTGTAGATCCAATTAATTGCAATCCAGGTGGAGGAG
GAACTTTTTTAAGGCATTTGACTACTAAAATTAATTATATTCAATATTGC
ATTTTATTAGAGGGGGATGTTGTACAATAATTATTAATGAATAAGAAAGA
AGAAAGAGAACACGCAGTAACCGTTTTCCTTTTTTAATCTGAAAAAAGTA
ATTTATTTGACCAAACGTGCCCATCCTTAGTCACAGGGTCCATGACCGTC
ACAGCGATAAATATTTTATAGGTCTCCAAAGGTGAAAAGGGTGTACAATT
CGGAGGAAAATTAAGGAATTAAAATTAGAAATCAATTTTGTTTTAAAATA
GTTCTTCCATGGTAAACAAGGATACGTATTATCCATTTTTTAAAGATAGA
CCTTTTATAAAAAAAGGTATTTAAAAAAATATATATATTTACAAAAAAAA
AATGTGTCATTCAATAAAATGTGAACCCATCTGTTAAAAAAGTCCGTTTG
AGAAATAAAATGTATATCTTCCCTTAAAAAAAGGTCAAATAAAAGCCAAA
TCAAAGAAAGATCCAAACTTTTTTTTAATAAATACTTTTGTACATTTGTA
GTATAGGAGTGCTTAAATATTCAAATGGCCTCCCCAGGGAAAATTGTGGC
ACTCTGCAACTGATATGGCCTTTAAGTTACAAAGTAAATAATGTATGCAA
AATATTTTGTCGTTTTTTCTTCCACACTTGTATTATATTGATTTGAGAGG
CTCTGTATGATAAAATTAGAACTGTTTGTAGCAGTATATGTAGCCATGTA
TCTCAAACACCTGTTGCTTTTTGATTTCTTTAAATCGCAGCGAGATTCAA
GGCTTATGGTATAAACTCTTCTTCGTGCGATTCAAACTCTAACAGAGGTG
GACAGGATGACAGGAATGGTTCTTAAAACCCTCTACAATGTTAAAAAGAG
GCTTGACCACAACAAGACCACAGAGAGGAAGAAGGGCTCCGGGAAAGGTC
CGGATGTTAARCCCCTCGACTCTTATTTCCGGCCACACATCGAGAAGAGG
GTCTGTAGCATCCACCAACCGAACTTTGAAGGCCTCCGTCGAGGATGAGT
GGGCTGTTATAGATCTGAACTTTATTTGCAATACTTATAACTCTTTTCAC
CCCCCCGGTACCATATATTTCAATATTTCATTTTTTCAATTAATAGTTCT
TTATAGAACTAAATATATTTTTATTAATCATATATGTACTTAATTTTTGA
CAGGCTCGTATTTAAAACTGTATGACCTTAAAAACAGTTCTAGGTTTCTG
CTGCTTATGTTTGAGATATCCCAAGGTGTAACTTGATATCCATTTTATCT
TTGAGATAATATTAATTATACTATTTTCAAACTATAATGTTTATTTATAT
TTGTGTATTAAATGCAATTACCCAATTTATTATGATGTATTCTTATATAA
TGTGAAGTAAGACATTAAAATAATATTAAAAAAATTGCAGGTACATATTT
TGAAATACCACATCTTAGGAAATCAATTAACTATTTTTATGCCTCTTTTT
AGGCATCAGGAATTTAATACGAATGTCGTATAAATTATAAAATGAAGATT
TTGGATTGAATTTTTTATTTATTTAAATTATAATTTCTTTTATTTTAAAA
AATAATAATATTTTTTAAAGGAATATGTAAATTTTGAAAAAAAATACATA
GAATGTTTGTAATAATTTGATGATGATTACAAAAACCCACGTAGGAACCA
AATTTAGTAAATAATAATCGAATAATTACTAGGTATACAATTTGTAATCC
AAATAAAGTTTTTATTAAAAAATGAGAATAATAGTAAGGAATAGAAGTAA
GAAAATACACTTCTACACTTTTTATAACTTTTTAAAAAACTTTTTTCTAC
TTCTTTTCATTTTTTTAAATCTACATATATGACAACTATGCTAGAAATAA
ACAGATTTAAATAACTTGAAAATGCAGGAAAAAGAGGAGGTGGATCTTTT
GGGAATTATAGTGAACAAATCTAGTATATACTAAAGGGATACCAAATATA
TGGAAAATGCTCTTCAAAAACGTATAATATCCGGTAAAAAGCACAATCTG
AACCTAATAGACAGAATAAAAGTGTTAAATCAAATATAAATTCATTCGCA
GAACCATTGGTTCAAAGTAACAAACTACAACCATACGATAAGTCAAAAAT
CTGCGAAAATATGTGAAAAAAAATACGTAAGGCGACCTAAAAACATAAAA
AACGACAGAATATATAAAGGTGGACTTGGAGCAATAAATTTAGATGCTCA
CTGGATATTGATGGCATGTTCCATGACAAGAAAAAAACCTCCAAAAATGA
TGGGCTCTTGTGGATGGAATTAATATACGATAAACATTATGACCATTCTC
TTGGGCAGAAGCAATGAAGAACATAATAAAAAATAAACAGGTGCCGCTAT
CTCCGTTCAAGACTATAGATATATGTAATTTACTTCCCTATCAGTAAGAT
GAATATTAAAACATTAAGAAGAAAAGGAATAAGGACTGTTACCATGTAAT
AGTTAATATTTATTTGATGTGACAAATTATAACTTATAGATACGATTTCA
TATTTTAAATAAAGATATGACAAAAAAAAATGGAGATTAGGAAAGGAAAA
GTGGKTGMTGAGCGTGCTCTTTCTTCTGTTTTGTGCATTATTTAAAAGCA
GTGTTTACATATCCCTTTAAAAAAGAATTATCGCCTATCTTTGGTGTAAA
TTGATTTAAAAATGCAATATAAAATAAATATATATGGTGAATGAATAGCT
ATGCATTTTTGAATTTTTTTTCCATAAAATTTAGATTTATGTGGATAGTT
GTAGATTTTTGATATTTTTTTCCTTAATATTTGAAATGTTTGTGAACAAC
TGTGGATTTTTATCAGGACTTGAATTATTGGCACTTTGTTATCTTTATTA
TATCACGCAACCTTTCATCCTAAAAGAAATAGAGAGAAAAGGCCCGAAAT
CATCTGATAGTTCGCCAAATAAGTTAATCATAGCAAACTATCACTGTTAT
ATTATTTCTTCCACATTTTTAAAATAAATTACATATTATAAAAATTTACA
TAATATTTTATTCGATATTGTATTATAACATTTCCCTTTCCGGGCCATTT
ATACCCCCTGACCCCTTTGTTACCATCCTTTTTTATCGTTATTATTGAGA
AGTACAGCTAATAAGCCATAGAAGGCAAAAGTCATAAATGAATGTTGTCA
TTTTAGGAACGTTTGTTGTGCAATKCTCCTTTTGAGTTCGAATAAGAAAG
TAGCCTCTACAGAGACGAGCTTCTCCATGCTCCATTAGATCAAAACAGGA
ATTGTAGTATAATGAATTTTTCCTTACTCTGATTAATGCTGTGTCGTAAG
CTGCAAGAGTGGAAACGACACTCCAAAATCTTTGGAAGCTATGGGTTAAA
GATATATGTAGAAATGATAAGACAACTACTAGAATTCATGTGTGGCCTCA
TTACATTTATGAATAAGGATTTTGAAGACGACCTATTGGATAACAAATCT
TGCCGGTTTACATGTCATGGACTAATGAAAAGAAGCAAACTACAAAAGGT
ATATATAGTTCCATCAATATTTATACCCGAAACACACTCCTTAATCTTTC
TAAAGGTGAAATACCAATTAGGTCTCTTCTAAAGCAGGACACAGTAAATC
ATTGGAATTATTAAATGAACAAATAGACACGTTTCACTCCTCCAATCAAC
TCAATAATTTATCAAATATCCAATTAAGTTTTTTTAGAGCAAGAGCTTAC
TTTTTATCCTTATTTAAATCATAAAAAGCTTCCAGTGGCGATGCTTGTGT
ATATTGTGAGGTCAAATAAAGTTAATTCATCAAATCATCGCTTATTTACT
GTAATATGGAACCAAAATAATTGATTACGAAAATTGAGAAATTTATTTTT
TCTAATGTCTCGTATACCAAAAAGTTAAAATTTGCAAATTTTGCTCCTCA
CCATCAATAAGGGTAGATGAAAACTAATATATACAATGGACCTTGTGTTT
AAATGATACGTAATTATTAAAATTATAATATGATTTTAAATTGATTTAAT
TAATAGCTTAGAAAACGTCCAATTTCATAATTAAAAGTTCCTCGGTTATT
GTGCAAGAAAATAGCAAACGCAAGATACATAGTGATTTTGGAGTAAATAC
AAGAGTGAAAAAACTGTTTAATGTATTTTTAAATTCATTGTATGTATTTA
AATAAAAAATTATTGTATTTAATATTATAATTGTATCTATCATATTGTAG
CAAGTTTTTTTTTTTATTCTTGTATTCATGGTATTATATTATTTTTACTG
AACTAAACTATTGAATCAATTATTTAAACTGATGAATTTGCCCTTCAAAA
ATAAAGTAACAACTTCAGTTTGTGTTTGTACAAGATAATAATGGAGTATG
TTTCATTCAAATAACTAATTAATATGAAATATTACTCTTCGATTGATCTT
TCAATACTAATGTGATTAATTCATAAAGTCGATATATTTTTACAATTAGT
CAAATGAATTTGGAGTCACATAATTCAAATGTTTGGATTCAGAGCCATGT
TCACAAAATATTATTTTAGACTATAAATTAAGAATAATTGATTATTAGAT
GTTTGTAATAAAATTGTTTATGTTAATTTAATATTTTAGGGACTGAAAAT
TTAATTTCTAGAGTGTGATTCGAATAGTTTATTGAGGTTGAATTTATAAT
ATTTAGAGACCCCAGCTCCAAATATGCAGTTATTTTAAAATTTGTGACTC
CAAATAATAGATAAATACAAAATGTGCATATTTTCTGTCTTCCAAACCGA
CTCCGTGAGTAAATAACTCATCAGGCCTAATTATTACTTCAAGGAAATTA
ATGTTTATAAAAATGGAATAGTTGCTTAAAATATCACATGATGTTGAGAA
AAAATTACAACTACGACAAATATTATAACATTGAGTCCAGTATAAGAACT
CAATTATTACAATCTTATAATTGTTCAAAATGCATATGAGTTTACCAAAT
AGAATGTATTATCAAAAATGATATGTATCTAAGTATTTTGAAACTTTCCA
TTACAAATATGCCGTTGAGATTACTTGAGAAGATTTGGGACTTATATTTC
ACTTTGGTAATGTTTAAACACATATATTAAAAATTAAATATAATTAACTT
ATTTATTTTAGATATACATGACTCTATATCACAGTATTTAAGAAGTTATC
CGAAAATCCCATCGCAGACATTTATTATAACATCATGTACACACTCGTTG
AATATAATCGATCCCTAAATTGATCGTATAAATAACCTACTAACACACAA
TGTTTTATCATTTTTTTATTATGCGTTTAAAGATATTAGAATAGAAAATA
ATATAAATATTTATTGCACCTTATATGTCAGGCCTATGGCGGAACAATCC
GGATAAGTAACTATTATAATTGAAAATGTTTATATTTTAGTATTAAAATT
TCAATTATTTATGGAACTCATAATTACTTTTCTATTCGAACTTTGAAGTT
TCATTGTTCAACAACCGCTCCAAAGTACCATAACATTCATTTATGACTTT
GGCCCTCTATAATTTACTAACTGTACTTCTAAATAATGATGATAGAAAAG
AATGGGAGATATAGGGGTCCAAGGGGTAGTTCGTCAGGGAGTTAGGAGCT
CTGTTCCCGAATTATCGACTTGTTTGACTATTTGAGAGTATTTCCTGAAT
TTGTGCGGGCACATGTAAAATCAATATACTCACGCAATCTTATTCTAAAA
TTACCCAATAAACTTTAAATGATGGGTTCTTGAAAGACTTAGAGTGAAGC
CAAAATATTTTTTGTATACTTTAATTCATACTTTAAATGGGGACATTCAT
ACTATTTCATTTCAAAAATAGGGATCCCTCTTGTGTACAATTAAATAGTC
CATAAAATGTACTTTCATGAAATTGAATTATGGTAAATGTATTACATTAT
AAAATCAGATTATTAAATTTCTCAAACTTTTTATAGAGTTTCATTTTTAA
TGTAAAAAATAATATGATAATATTCAAATTGGTAGAACCGTAACGGTTTA
TAATTTGATTGCTAAAAATATTTATTAAGTTATGTTGGTGTAAAAAAAAT
ATAATAAGATTTCAAAATATTATTCAAAAAAATAAGGTAATTAGATTATT
CAATCTACACAATATTAAGAAGAATGGAAGGATATTAAAGTATTAGGACT
CATAATACAATAATTATTAAGTCAAAATTATATTTATAATTTATAAATTA
TTATTTTTAAATATACGCCAAAACATGTCATTATTAAAGTGGATTGTTAT
AAATAAAATATATATTATACTTTATATATATAGAATGGCTAA

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