EMLSAG00000001717, EMLSAG00000001717-684483 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000001717
Unique NameEMLSAG00000001717-684483
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000001717 vs. GO
Match: - (symbol:GXYLT1 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0016266 "O-glycan processing" evidence=IEA] [GO:0035252 "UDP-xylosyltransferase activity" evidence=IEA] InterPro:IPR002495 Pfam:PF01501 GO:GO:0035252 GO:GO:0016266 CTD:283464 KO:K13676 GeneTree:ENSGT00510000046589 OrthoDB:EOG7W6WMC TreeFam:TF323210 OMA:YWMLPSD EMBL:DAAA02013086 EMBL:DAAA02013087 RefSeq:NP_001180096.1 UniGene:Bt.61415 Ensembl:ENSBTAT00000045528 GeneID:617596 KEGG:bta:617596 NextBio:20900749 Uniprot:E1BHD8)

HSP 1 Score: 57.7658 bits (138), Expect = 2.498e-8
Identity = 43/157 (27.39%), Postives = 86/157 (54.78%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            + +V+CG+ R  ETV ++KS ++FS +  +  ++FA+   ++++  F  + + W    Q  +  L  +  F      E+ K  F PCA+ RL++P +L K    ++Y+DTD+LFL     I++ +  K   + ++ A+  E++   I +Y +++  P
Sbjct:  118 LAVVACGE-RLEETVTMLKSALIFSIK-PLQFHIFAE---DQLHDSFKGILDSW-SFLQTFNYSLYPIT-FPSENAAEWKKL-FKPCASQRLFLPLIL-KEVDSLLYVDTDILFLRPVDDIWALL--KKFNSTQIAAMAPEHEEPRIGWYNRFARHP 263
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BLAST of EMLSAG00000001717 vs. GO
Match: - (symbol:Gxylt1 "glucoside xylosyltransferase 1" species:10090 "Mus musculus" [GO:0005575 "cellular_component" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016266 "O-glycan processing" evidence=ISO] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016757 "transferase activity, transferring glycosyl groups" evidence=IEA] [GO:0035252 "UDP-xylosyltransferase activity" evidence=ISO] InterPro:IPR002495 Pfam:PF01501 MGI:MGI:2684933 GO:GO:0016021 EMBL:CH466550 GO:GO:0035252 GO:GO:0016266 CAZy:GT8 eggNOG:COG1442 CTD:283464 HOGENOM:HOG000264229 HOVERGEN:HBG059879 KO:K13676 GeneTree:ENSGT00510000046589 OrthoDB:EOG7W6WMC TreeFam:TF323210 EMBL:AK147387 EMBL:AC127360 EMBL:BC141302 EMBL:BC171972 RefSeq:NP_001028447.1 RefSeq:XP_006520912.1 UniGene:Mm.22819 ProteinModelPortal:Q3UHH8 SMR:Q3UHH8 STRING:10090.ENSMUSP00000081947 PhosphoSite:Q3UHH8 PaxDb:Q3UHH8 PRIDE:Q3UHH8 Ensembl:ENSMUST00000049484 GeneID:223827 KEGG:mmu:223827 UCSC:uc007xiq.1 UCSC:uc011zyf.1 NextBio:376917 PRO:PR:Q3UHH8 ArrayExpress:Q3UHH8 Bgee:Q3UHH8 CleanEx:MM_GLT8D3 Genevestigator:Q3UHH8 Uniprot:Q3UHH8)

HSP 1 Score: 56.9954 bits (136), Expect = 4.533e-8
Identity = 45/163 (27.61%), Postives = 91/163 (55.83%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIW--IKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYY 236
            + +V+CG+ R  ETV ++KS ++FS +  + +++FA+   ++++  F      W  ++++   D  L  +  F  +   ++ K  F PCA+ RL++P +L K    ++Y+DTD+LFL     I+S +  K   + ++ A+  E++   I +Y +++  P  YY
Sbjct:   82 LAVVACGE-RLEETVTMLKSALIFSIK-PLHVHIFAE---DQLHDSFKDRLASWSFLRRF---DYSLYPIT-FPGDSAADWKKL-FKPCASQRLFLPLIL-KEVDSLLYVDTDILFLRPVDDIWSLL--KKFNSTQIAAMAPEHEEPRIGWYNRFARHP--YY 229
[Close]
BLAST of EMLSAG00000001717 vs. GO
Match: - (symbol:GXYLT1 "Glucoside xylosyltransferase 1" species:9606 "Homo sapiens" [GO:0000139 "Golgi membrane" evidence=TAS] [GO:0005975 "carbohydrate metabolic process" evidence=TAS] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016266 "O-glycan processing" evidence=IDA] [GO:0030203 "glycosaminoglycan metabolic process" evidence=TAS] [GO:0030204 "chondroitin sulfate metabolic process" evidence=TAS] [GO:0035252 "UDP-xylosyltransferase activity" evidence=IDA] [GO:0044281 "small molecule metabolic process" evidence=TAS] Reactome:REACT_111217 InterPro:IPR002495 Pfam:PF01501 GO:GO:0016021 Reactome:REACT_116125 GO:GO:0000139 EMBL:CH471111 GO:GO:0030204 GO:GO:0035252 GO:GO:0016266 CAZy:GT8 CTD:283464 eggNOG:NOG286181 HOGENOM:HOG000264229 HOVERGEN:HBG059879 KO:K13676 OrthoDB:EOG7W6WMC TreeFam:TF323210 EMBL:AK125141 EMBL:BC015597 EMBL:BC030023 EMBL:BC039145 RefSeq:NP_001093120.1 RefSeq:NP_775872.1 UniGene:Hs.259347 ProteinModelPortal:Q4G148 BioGrid:129573 STRING:9606.ENSP00000381666 PhosphoSite:Q4G148 DMDM:269849602 PaxDb:Q4G148 PRIDE:Q4G148 DNASU:283464 Ensembl:ENST00000280876 Ensembl:ENST00000398675 GeneID:283464 KEGG:hsa:283464 UCSC:uc001rms.4 UCSC:uc001rmt.4 GeneCards:GC12M042476 H-InvDB:HIX0010550 HGNC:HGNC:27482 MIM:613321 neXtProt:NX_Q4G148 PharmGKB:PA165512868 InParanoid:Q4G148 OMA:YWMLPSD GenomeRNAi:283464 NextBio:93948 PRO:PR:Q4G148 Bgee:Q4G148 CleanEx:HS_GLT8D3 Genevestigator:Q4G148 Uniprot:Q4G148)

HSP 1 Score: 56.6102 bits (135), Expect = 6.814e-8
Identity = 44/157 (28.03%), Postives = 85/157 (54.14%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            + +V+CG+ R  ET+ ++KS I+FS +  +  ++FA+   ++++  F    + W    Q  +  L  +  F      E+ K  F PCA+ RL++P +L K    ++Y+DTD+LFL     I+S +  K   + ++ A+  E++   I +Y +++  P
Sbjct:  118 LAVVACGE-RLEETMTMLKSAIIFSIK-PLQFHIFAE---DQLHHSFKGRLDNW-SFLQTFNYTLYPIT-FPSENAAEWKKL-FKPCASQRLFLPLIL-KEVDSLLYVDTDILFLRPVDDIWSLL--KKFNSTQIAAMAPEHEEPRIGWYNRFARHP 263
[Close]
BLAST of EMLSAG00000001717 vs. GO
Match: - (symbol:GXYLT1 "Glucoside xylosyltransferase 1" species:9031 "Gallus gallus" [GO:0016266 "O-glycan processing" evidence=IEA] [GO:0035252 "UDP-xylosyltransferase activity" evidence=IEA] InterPro:IPR002495 Pfam:PF01501 GO:GO:0035252 GO:GO:0016266 GeneTree:ENSGT00510000046589 OrthoDB:EOG7W6WMC TreeFam:TF323210 OMA:YWMLPSD EMBL:AADN03001556 Ensembl:ENSGALT00000015515 PRO:PR:F1P5A1 Uniprot:F1P5A1)

HSP 1 Score: 55.4546 bits (132), Expect = 1.444e-7
Identity = 47/165 (28.48%), Postives = 94/165 (56.97%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIK-KYQG-LDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYII 238
            + +V+CG+ R  ET+ +++S I+FS +  +  ++FA+   +++++ F   K+I     Y+G ++  L  +  F      E+ K  F PCA+ RL++P +L K+   ++Y+DTD+LFL     I+S  F +   + ++ A+  E++   I +Y +++  P  YY +
Sbjct:  111 LAVVACGE-RLEETITMLRSAIIFSIK-PLHFHIFAE---DQLHESF---KDILDDFPYEGKVNYTLYPIT-FPSESAKEWKKL-FKPCASQRLFLPLIL-KDVDSLLYVDTDILFLRPVDDIWS--FLRKFNSTQIAAMAPEHEEPRIGWYNRFARHP--YYGV 260
[Close]
BLAST of EMLSAG00000001717 vs. GO
Match: - (symbol:GXYLT1 "Glucoside xylosyltransferase 1" species:9031 "Gallus gallus" [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016266 "O-glycan processing" evidence=ISS] [GO:0035252 "UDP-xylosyltransferase activity" evidence=ISS] InterPro:IPR002495 Pfam:PF01501 GO:GO:0016021 GO:GO:0035252 GO:GO:0016266 CAZy:GT8 EMBL:AJ720098 RefSeq:NP_001025907.1 UniGene:Gga.13421 ProteinModelPortal:Q5ZKI6 STRING:9031.ENSGALP00000015499 PaxDb:Q5ZKI6 PRIDE:Q5ZKI6 GeneID:417789 KEGG:gga:417789 CTD:283464 eggNOG:NOG286181 HOGENOM:HOG000264229 HOVERGEN:HBG059879 InParanoid:Q5ZKI6 KO:K13676 NextBio:20821037 Uniprot:Q5ZKI6)

HSP 1 Score: 55.4546 bits (132), Expect = 1.513e-7
Identity = 47/165 (28.48%), Postives = 94/165 (56.97%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIK-KYQG-LDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYII 238
            + +V+CG+ R  ET+ +++S I+FS +  +  ++FA+   +++++ F   K+I     Y+G ++  L  +  F      E+ K  F PCA+ RL++P +L K+   ++Y+DTD+LFL     I+S  F +   + ++ A+  E++   I +Y +++  P  YY +
Sbjct:  111 LAVVACGE-RLEETITMLRSAIIFSIK-PLHFHIFAE---DQLHESF---KDILDDFPYEGKVNYTLYPIT-FPSEGAKEWKKL-FKPCASQRLFLPLIL-KDVDSLLYVDTDILFLRPVDDIWS--FLRKFDSTQIAAMAPEHEEPRIGWYNRFARHP--YYGV 260
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592833309|gb|GAXK01124235.1| (TSA: Calanus finmarchicus comp256975_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 38.891 bits (89), Expect = 1.391e-2
Identity = 25/100 (25.00%), Postives = 56/100 (56.00%), Query Frame = 0 
Query:   92 LIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRI-LNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFL 190
            ++KS ++F+++  +  ++ AD   +K+  R +     W    +G   ++R  ++     +E E  ++ F  CA  RL++P++ P +  + +YIDTD++F+
Sbjct:  277 MLKSAVLFTKK-RLHFHVIAD--SKKLFGRLVNRTTGWP---EGFKKKIRFTMHDVWYPEEREDMRSMFRVCATERLFVPDMFP-SMDKAIYIDTDLIFM 555
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592941926|gb|GAXK01016627.1| (TSA: Calanus finmarchicus comp283634_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 38.891 bits (89), Expect = 1.480e-2
Identity = 36/147 (24.49%), Postives = 70/147 (47.62%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEF--SKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKND 220
            + IV  G       V L+KSI +F  +  +  +  +D    KI     +L + W    +   ++ R  N  +   ++ +  +K        L+L +P++LPK   +V+ +DTDV F  + G ++S +F   E ++ +  +  EN++D
Sbjct:  374 VAIVCAGTEASRTVVTLLKSI-LFYRRNPLHFHFISDKQARKI---LTHLTSTW----KIPQVKFRFYNAEDVVDDVAWIPNKHYSGVYGLLKLTLPKILPKTLEQVIILDTDVTFATDIGKLWS-LFQNFEASQALGLV--ENQSD 781
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592902701|gb|GAXK01055674.1| (TSA: Calanus finmarchicus comp869970_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 34.2686 bits (77), Expect = 3.195e-1
Identity = 20/60 (33.33%), Postives = 30/60 (50.00%), Query Frame = 0 
Query:  197 FSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYIIIKDGNIAVTVKTTLETMP 256
             S +F  ++  KKMI +T EN  DDI+  F  SA  + + +++K   I       L T P
Sbjct:  177 ISDIFIPLKGGKKMIIVTDENLPDDIAVQFYVSATEAPWQVMVKPTYIHEDCALVLYTPP 356
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592843276|gb|GAXK01114268.1| (TSA: Calanus finmarchicus comp1114133_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 33.8834 bits (76), Expect = 4.221e-1
Identity = 23/70 (32.86%), Postives = 37/70 (52.86%), Query Frame = 0 
Query:  159 FAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTE---NKNDDISYY 225
            F  CA  RL+I E+LP   +  +Y+D+DVL L N  +++S  F K    + M     E    +N +I ++
Sbjct:  765 FRICATARLFIHEMLPTVDAG-IYLDSDVLLLDNIINLWS-FFSKFNSAQVMALSAVEFSYGRNYEIPHF 968
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592905781|gb|GAXK01052594.1| (TSA: Calanus finmarchicus comp5133308_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 32.3426 bits (72), Expect = 4.814e-1
Identity = 14/42 (33.33%), Postives = 23/42 (54.76%), Query Frame = 0 
Query:  163 ANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKM 204
            +NLRL   EL  KN+    Y++  + F  +T  ++S  + KM
Sbjct:  101 SNLRLSWAELCTKNRQPFSYVEQSLYFPSSTNKLYSNSYQKM 226
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592843277|gb|GAXK01114267.1| (TSA: Calanus finmarchicus comp1114133_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 33.8834 bits (76), Expect = 5.862e-1
Identity = 23/70 (32.86%), Postives = 37/70 (52.86%), Query Frame = 0 
Query:  159 FAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTE---NKNDDISYY 225
            F  CA  RL+I E+LP   +  +Y+D+DVL L N  +++S  F K    + M     E    +N +I ++
Sbjct:  765 FRICATARLFIHEMLPTVDAG-IYLDSDVLLLDNIINLWS-FFSKFNSAQVMALSAVEFSYGRNYEIPHF 968
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592843850|gb|GAXK01113694.1| (TSA: Calanus finmarchicus comp467286_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 32.3426 bits (72), Expect = 1.265e+0
Identity = 25/81 (30.86%), Postives = 41/81 (50.62%), Query Frame = 0 
Query:  131 KKYQGLDIQLRILNPFNQNQEIEFS---KTEFAPCANLRLYIPELLPKNK-SRVVYID--TDVLFLGNTGSIFSKVFHKME 205
            K   GLD    +L+P+  NQE +     +   APC  L + + +L    + SR + ID   +V+F  N  SIF+ +  K++
Sbjct:  116 KSQHGLDAVRHLLSPWYYNQESQIRLL*RQTAAPCGGLLMTLTDLHTYWRVSRTLSIDIAGNVIFTSN--SIFAVINRKIQ 352
[Close]
BLAST of EMLSAG00000001717 vs. C. finmarchicus
Match: gi|592842303|gb|GAXK01115241.1| (TSA: Calanus finmarchicus comp4401890_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 30.0314 bits (66), Expect = 6.344e+0
Identity = 14/45 (31.11%), Postives = 26/45 (57.78%), Query Frame = 0 
Query:  101 EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNP 145
            E   + +YL A+ IGE++N +   L++ WIK  +G      +++P
Sbjct:  464 ETDRMKMYLGAEYIGEELNDQAALLQDYWIKVVKGDSETSEVIDP 598
[Close]
BLAST of EMLSAG00000001717 vs. L. salmonis peptides
Match: EMLSAP00000001717 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1297:45500:78267:1 gene:EMLSAG00000001717 transcript:EMLSAT00000001717 description:"maker-LSalAtl2s1297-augustus-gene-0.5")

HSP 1 Score: 533.102 bits (1372), Expect = 0.000e+0
Identity = 262/262 (100.00%), Postives = 262/262 (100.00%), Query Frame = 0 
Query:    1 MKGNSSENMCHKKRWFILSLIPMIVWLNVDNSNNVRNVINTIKEMSINKYKQQSNAPENHATIVNKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYIIIKDGNIAVTVKTTLETMPDIIFQF 262
            MKGNSSENMCHKKRWFILSLIPMIVWLNVDNSNNVRNVINTIKEMSINKYKQQSNAPENHATIVNKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYIIIKDGNIAVTVKTTLETMPDIIFQF
Sbjct:    1 MKGNSSENMCHKKRWFILSLIPMIVWLNVDNSNNVRNVINTIKEMSINKYKQQSNAPENHATIVNKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYIIIKDGNIAVTVKTTLETMPDIIFQF 262
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|82079018|sp|Q5SP46.1|GXLT1_DANRE (RecName: Full=Glucoside xylosyltransferase 1; AltName: Full=Glycosyltransferase 8 domain-containing protein 3)

HSP 1 Score: 62.7734 bits (151), Expect = 4.016e-10
Identity = 56/212 (26.42%), Postives = 108/212 (50.94%), Query Frame = 0 
Query:   32 SNNVRNVINTIKEMSIN--KYKQQSNAPENHATIV---NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNP--FNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYY 236
            S   + V   +++ S N  K KQ+  A  +H  +V   N    ++    +  V+CG+ R  E VN++K+ +  S++ ++  ++FA+   +++        + W    QG      +L+P  F      E+S+  F PCA+ RL++P +L +    ++Y+DTDVLFL     I+  +   +  + ++IA+  E++   I++Y ++S  P  YY
Sbjct:   32 SAGFKQVRAPLQQKSFNGAKAKQRPTATTSHRDVVQNPNSPVQEEVLMHLAAVACGE-RHGEVVNMLKTAVTLSQR-ALRFHIFAE---QQLQTSIKADLDSWPAFIQGKFSY--VLHPISFPHEHHEEWSQL-FKPCASQRLFLPMIL-RELDSLLYVDTDVLFLQPVELIWDMLM--LFNSTQLIAMAPEHEEPRIAWYSRFSWHP--YY 230
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|152125899|sp|A0PJZ3.2|GXLT2_HUMAN (RecName: Full=Glucoside xylosyltransferase 2; AltName: Full=Glycosyltransferase 8 domain-containing protein 4)

HSP 1 Score: 62.3882 bits (150), Expect = 5.808e-10
Identity = 45/160 (28.12%), Postives = 87/160 (54.37%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFA-DIIGEKINKRFLYLKNIWIKKYQG--LDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            + +V+CG+ R  ET+ ++KS ++FS +  I  ++F  D +  + +K+     + + KK++     I   + NP    QE    K  F PCA  RL++P +L K+   ++Y+DTDVLFL     I+  +  ++  + ++ A+  E++   I +Y +++  P
Sbjct:  112 LAVVACGN-RLEETLVMLKSAVLFSHR-KIQFHIFTEDSLKPEFDKQLRQWPDSYTKKFEHRIYPITFSVGNP----QEW---KKLFKPCAAQRLFLPVIL-KDVDSLLYVDTDVLFLRPVDDIWKLL--RLFNSTQLAAMAPEHEIPKIGWYSRFARHP 259
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|81873556|sp|Q810K9.1|GXLT2_MOUSE (RecName: Full=Glucoside xylosyltransferase 2; AltName: Full=Glycosyltransferase 8 domain-containing protein 4)

HSP 1 Score: 61.6178 bits (148), Expect = 1.165e-9
Identity = 44/160 (27.50%), Postives = 86/160 (53.75%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFA-DIIGEKINKRFLYLKNIWIKKYQG--LDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            + +V+CG+ R  ET+ ++KS ++FS +  +  ++F  D +  + +K+     + + KK++     I   + NP    QE    K  F PCA  RL++P +L K+   ++Y+DTDVLFL     I+  +  +   + ++ A+  E++   I +Y +++  P
Sbjct:  113 LAVVACGN-RLEETLVMLKSAVLFSHR-KMRFHIFTEDALKPEFDKQLRQWPDSYTKKFEHRLYPITFSVGNP----QEW---KKLFKPCAAQRLFLPAIL-KDVDSLLYVDTDVLFLRPVDDIWKLL--RQFNSTQLAAMAPEHEIPKIGWYSRFARHP 260
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|152125898|sp|Q6GX83.2|GXLT1_RAT (RecName: Full=Glucoside xylosyltransferase 1; AltName: Full=Glycosyltransferase 8 domain-containing protein 3; AltName: Full=S33-D)

HSP 1 Score: 60.8474 bits (146), Expect = 2.138e-9
Identity = 44/157 (28.03%), Postives = 88/157 (56.05%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            + +V+CGD R  ETV ++KS ++FS +  + +++FA+   ++++  F    + W    Q  +  L  +  F  +  +E+ K  F PCA+ RL++P +L K    ++Y+DTDVLFL     I+S +  +   + ++ A+  E++   + +Y +++  P
Sbjct:  113 LAVVACGD-RLEETVTMLKSALIFSIK-PLHVHIFAE---DQLHDSFKDRLDSW-SFLQRFNYSLYPIT-FPSDSAMEWKKL-FKPCASQRLFLPLIL-KGVDSLLYVDTDVLFLRPVDDIWSLL--ERFNSTQIAAMAPEHEEPRVGWYNRFARHP 258
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|152125897|sp|Q3UHH8.2|GXLT1_MOUSE (RecName: Full=Glucoside xylosyltransferase 1; AltName: Full=Glycosyltransferase 8 domain-containing protein 3)

HSP 1 Score: 56.9954 bits (136), Expect = 3.342e-8
Identity = 45/163 (27.61%), Postives = 91/163 (55.83%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIW--IKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYY 236
            + +V+CG+ R  ETV ++KS ++FS +  + +++FA+   ++++  F      W  ++++   D  L  +  F  +   ++ K  F PCA+ RL++P +L K    ++Y+DTD+LFL     I+S +  K   + ++ A+  E++   I +Y +++  P  YY
Sbjct:   82 LAVVACGE-RLEETVTMLKSALIFSIK-PLHVHIFAE---DQLHDSFKDRLASWSFLRRF---DYSLYPIT-FPGDSAADWKKL-FKPCASQRLFLPLIL-KEVDSLLYVDTDILFLRPVDDIWSLL--KKFNSTQIAAMAPEHEEPRIGWYNRFARHP--YY 229
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|269849602|sp|Q4G148.2|GXLT1_HUMAN (RecName: Full=Glucoside xylosyltransferase 1; AltName: Full=Glycosyltransferase 8 domain-containing protein 3)

HSP 1 Score: 56.6102 bits (135), Expect = 5.043e-8
Identity = 44/157 (28.03%), Postives = 85/157 (54.14%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            + +V+CG+ R  ET+ ++KS I+FS +  +  ++FA+   ++++  F    + W    Q  +  L  +  F      E+ K  F PCA+ RL++P +L K    ++Y+DTD+LFL     I+S +  K   + ++ A+  E++   I +Y +++  P
Sbjct:  118 LAVVACGE-RLEETMTMLKSAIIFSIK-PLQFHIFAE---DQLHHSFKGRLDNW-SFLQTFNYTLYPIT-FPSENAAEWKKL-FKPCASQRLFLPLIL-KEVDSLLYVDTDILFLRPVDDIWSLL--KKFNSTQIAAMAPEHEEPRIGWYNRFARHP 263
[Close]
BLAST of EMLSAG00000001717 vs. SwissProt
Match: gi|82082155|sp|Q5ZKI6.1|GXLT1_CHICK (RecName: Full=Glucoside xylosyltransferase 1; AltName: Full=Glycosyltransferase 8 domain-containing protein 3)

HSP 1 Score: 55.4546 bits (132), Expect = 1.112e-7
Identity = 47/165 (28.48%), Postives = 94/165 (56.97%), Query Frame = 0 
Query:   76 IVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIK-KYQG-LDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYII 238
            + +V+CG+ R  ET+ +++S I+FS +  +  ++FA+   +++++ F   K+I     Y+G ++  L  +  F      E+ K  F PCA+ RL++P +L K+   ++Y+DTD+LFL     I+S  F +   + ++ A+  E++   I +Y +++  P  YY +
Sbjct:  111 LAVVACGE-RLEETITMLRSAIIFSIK-PLHFHIFAE---DQLHESF---KDILDDFPYEGKVNYTLYPIT-FPSEGAKEWKKL-FKPCASQRLFLPLIL-KDVDSLLYVDTDILFLRPVDDIWS--FLRKFDSTQIAAMAPEHEEPRIGWYNRFARHP--YYGV 260
[Close]
BLAST of EMLSAG00000001717 vs. Select Arthropod Genomes
Match: AAF56394.2 (shams [Drosophila melanogaster])

HSP 1 Score: 77.0258 bits (188), Expect = 2.119e-15
Identity = 60/187 (32.09%), Postives = 100/187 (53.48%), Query Frame = 0 
Query:   50 YKQQSNAPENHATIV--NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            +++ S   EN   ++  N+ Q  KP   IV+VSCG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    ++I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:   22 HQRPSWVTENKGKMLGYNELQTGKPPLYIVVVSCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGDEFREKLTDWRDI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 199
[Close]
BLAST of EMLSAG00000001717 vs. Select Arthropod Genomes
Match: gb|EFA10174.2| (Glucoside xylosyltransferase 2-like Protein [Tribolium castaneum])

HSP 1 Score: 70.0922 bits (170), Expect = 5.832e-13
Identity = 54/196 (27.55%), Postives = 107/196 (54.59%), Query Frame = 0 
Query:   38 VINTIKEMSINKYKQQSNAPENHATIVNKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFA-DIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            ++N   ++S+ +  + + + E      ++ + K+    + +V+CGD R  ET+N++KS ++FS++  ++  +FA D + E  N++    K +    +    + L    P    +E    K  F PCA  RL++P +L K+   ++Y+DTD LFL    +I+S  FHKM  + +M AL  E+++ ++ +Y +++  P
Sbjct:   27 ILNNKDDVSVEESHKVTKSLE---VTTDRIEFKRNDIVLAVVACGD-RLQETLNMLKSALIFSKE-KLNFIVFAEDNLIESFNQKLSEWKTLTNHAFTYKVMALTF--PVKDAEEW---KRLFKPCAAQRLFLPNIL-KDVDSLLYMDTDTLFLTPVENIWS-YFHKM-NSSQMAALAPEHEDPNVGWYNRFAKHP 209
[Close]
BLAST of EMLSAG00000001717 vs. Select Arthropod Genomes
Match: EEB11543.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 68.5514 bits (166), Expect = 1.677e-12
Identity = 54/183 (29.51%), Postives = 97/183 (53.01%), Query Frame = 0 
Query:   51 KQQSNAPENHATIVNKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFS-KTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            KQ + +  +H   +N    ++ +  IV+V CGD R+ ET+ L+KS ++F++   +  Y+F D+    + +R L   NIW K ++  +   +IL     + E E S +  F PC++ RL+    LP N   V+Y+DTD L LG    I++    K+  + +  AL  E+++    +Y +++  P
Sbjct:    5 KQSNKSYVDHKRTLN---FREETMSIVVVVCGD-RWKETLVLLKSALLFTKG-HLQFYIFTDLELVNVFQREL---NIWKKDFKK-NFDYKILEVKFPSGEFESSWRKLFKPCSSQRLF----LPVNVDSVLYLDTDTLILGPVEQIWAHF--KLMNSSQFAALAPEHEDPLTGWYNRFARHP 172
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|498957997|ref|XP_004524243.1| (PREDICTED: glucoside xylosyltransferase 1 [Ceratitis capitata])

HSP 1 Score: 78.1814 bits (191), Expect = 4.544e-13
Identity = 56/183 (30.60%), Postives = 103/183 (56.28%), Query Frame = 0 
Query:   54 SNAPENHATIVNKYQIK-KPSYDIVIVSCGDSRFMETVNLIKSIIMFSE--QISIDIYLFA-DIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
             N P ++    NKY  +  P  +I +V CG  R  E++ +IKS+I+++   + S+  ++FA D +  + ++R    +++   K+   DI+       NQ +     KT F PCA+ RL++P LLP+  S V+Y+DTDV+FL     I+ + F++     +  ALT E+++++I +Y +++  P
Sbjct:   29 GNYPSSNGKNFNKYMYRNHPVVNIALVVCG-HRLQESLAMIKSVILYNHYNEESLYFWIFAEDKLKPEFDERLSEWRSL---KHFDFDIKPLTFPTINQRE----WKTLFKPCASQRLFLPLLLPEVDS-VLYVDTDVIFLSPISDIW-QYFYRF-NTTQFAALTAEHEDENIGWYNRFARHP 200
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|161078603|ref|NP_001097911.1| (shams [Drosophila melanogaster] >gi|158030380|gb|AAF56394.2| shams [Drosophila melanogaster] >gi|162944842|gb|ABY20490.1| IP22168p [Drosophila melanogaster])

HSP 1 Score: 77.0258 bits (188), Expect = 1.037e-12
Identity = 60/187 (32.09%), Postives = 100/187 (53.48%), Query Frame = 0 
Query:   50 YKQQSNAPENHATIV--NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            +++ S   EN   ++  N+ Q  KP   IV+VSCG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    ++I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:   22 HQRPSWVTENKGKMLGYNELQTGKPPLYIVVVSCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGDEFREKLTDWRDI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 199
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|1013930857|ref|XP_016036208.1| (uncharacterized protein Dsimw501_GD29629 [Drosophila simulans] >gi|900916258|gb|KMZ05760.1| uncharacterized protein Dsimw501_GD29629 [Drosophila simulans])

HSP 1 Score: 75.8702 bits (185), Expect = 2.446e-12
Identity = 59/187 (31.55%), Postives = 99/187 (52.94%), Query Frame = 0 
Query:   50 YKQQSNAPENHATIV--NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            +++ S   EN   ++  N+ Q  KP   IV+V CG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    ++I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:   22 HQRPSWVTENKGKVLGYNELQTGKPPLYIVVVCCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGDEFREKLTDWRDI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 199
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|195354760|ref|XP_002043864.1| (GM17754 [Drosophila sechellia] >gi|194129102|gb|EDW51145.1| GM17754 [Drosophila sechellia])

HSP 1 Score: 75.485 bits (184), Expect = 3.098e-12
Identity = 58/179 (32.40%), Postives = 95/179 (53.07%), Query Frame = 0 
Query:   58 ENHATIV--NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            EN   ++  N+ Q  KP   IV+V CG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    ++I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:    8 ENKGKVLGYNELQTGKPPLYIVVVCCG-QRVQETLVMIKSAILFNYDEEYVKFVIFTEDGKGDEFREKLTDWRDI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 177
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|969475245|ref|XP_002099117.2| (uncharacterized protein Dyak_GE10743, isoform C [Drosophila yakuba] >gi|948560565|gb|EDW98829.2| uncharacterized protein Dyak_GE10743, isoform C [Drosophila yakuba])

HSP 1 Score: 75.485 bits (184), Expect = 3.959e-12
Identity = 60/187 (32.09%), Postives = 97/187 (51.87%), Query Frame = 0 
Query:   50 YKQQSNAPENHATIV--NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            +++ S A E    +V  N  Q  KP   IV+V CG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    + I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:   22 HQRPSLATETKGKVVGYNAVQTGKPPLYIVVVCCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGDEFREKLTDWREI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 199
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|969481592|ref|XP_015048918.1| (uncharacterized protein Dyak_GE10743, isoform B [Drosophila yakuba] >gi|948560564|gb|KRK04490.1| uncharacterized protein Dyak_GE10743, isoform B [Drosophila yakuba])

HSP 1 Score: 75.485 bits (184), Expect = 4.086e-12
Identity = 60/187 (32.09%), Postives = 97/187 (51.87%), Query Frame = 0 
Query:   50 YKQQSNAPENHATIV--NKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            +++ S A E    +V  N  Q  KP   IV+V CG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    + I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:   26 HQRPSLATETKGKVVGYNAVQTGKPPLYIVVVCCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGDEFREKLTDWREI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 203
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|964151021|ref|XP_001953687.2| (uncharacterized protein Dana_GF17104 [Drosophila ananassae] >gi|939224334|gb|EDV42248.2| uncharacterized protein Dana_GF17104 [Drosophila ananassae])

HSP 1 Score: 74.7146 bits (182), Expect = 7.414e-12
Identity = 59/165 (35.76%), Postives = 96/165 (58.18%), Query Frame = 0 
Query:   70 KKPSYDIVIVSCGDSRFMETVNLIKSIIMFS-EQISIDIYLFA-DIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            K P Y IV+V CG  R  ET+ +IKS I+F+ +Q  +   +F  D  GE+  ++    ++I   K    D ++  L  F  N E+E+ K  F PCA  RL++P LL K  S ++Y+DTD+LFL     I+ + F K  ++ ++ ALT E++N++I +Y +++  P
Sbjct:   53 KTPLY-IVVVCCG-QRVQETLVMIKSAILFNYDQEYLKFVIFTEDGKGEEFREKLTDWRDI---KPFTFDFEILPLK-FPTNNEVEW-KNLFKPCAAQRLFLPSLLTKVDS-LLYVDTDILFLSPISDIW-QYFKKFNES-QISALTPEHENENIGWYNRFARHP 207
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|1036977937|ref|XP_017052769.1| (PREDICTED: glucoside xylosyltransferase 2 [Drosophila ficusphila])

HSP 1 Score: 74.3294 bits (181), Expect = 1.047e-11
Identity = 58/174 (33.33%), Postives = 91/174 (52.30%), Query Frame = 0 
Query:   61 ATIVNKYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALP 232
            A   N+ Q  K    IV+V CG  R  ET+ +IKS I+F+  E+    +    D  GE+  ++    ++I   K    D ++  L  F    E+E+ K  F PCA  RL++P LL  N   ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P
Sbjct:   43 AVSYNEAQPSKTPLYIVVVCCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGEEFREKLTDWRDI---KPFTFDFEILPLK-FPSGNEVEW-KNLFKPCAAQRLFLPSLL-TNVDSLLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHP 207
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|1037040352|ref|XP_017102666.1| (PREDICTED: LOW QUALITY PROTEIN: glucoside xylosyltransferase 2 [Drosophila bipectinata])

HSP 1 Score: 73.9442 bits (180), Expect = 1.238e-11
Identity = 59/167 (35.33%), Postives = 96/167 (57.49%), Query Frame = 0 
Query:   70 KKPSYDIVIVSCGDSRFMETVNLIKSIIMFS-EQISIDIYLFA-DIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQ--NKKMIALTTENKNDDISYYFKYSALP 232
            K P Y IV+V CG  R  ET+ +IKS I+F+ +Q  +   +F  D  GE+  ++    ++I   K    D ++  L  F  N E+E+ K  F PCA  RL++P LL K  S ++Y+DTD+LFL    S  S ++H  ++    ++ ALT E++N++I +Y +++  P
Sbjct:   54 KTPLY-IVVVCCG-QRVQETLVMIKSAILFNYDQEYLKFVIFTEDGKGEEFREKLTDWRDI---KPFTFDFEILPLK-FPTNNEVEW-KNLFKPCAAQRLFLPSLLTKVDS-LLYVDTDILFL----SPISDIWHYFKKFNESQISALTPEHENENIGWYNRFARHP 208
[Close]
BLAST of EMLSAG00000001717 vs. nr
Match: gi|194200770|gb|EDX14346.1| (GD18236 [Drosophila simulans])

HSP 1 Score: 74.3294 bits (181), Expect = 1.529e-11
Identity = 57/179 (31.84%), Postives = 93/179 (51.96%), Query Frame = 0 
Query:   66 KYQIKKPSYDIVIVSCGDSRFMETVNLIKSIIMFS--EQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRILNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSLYYIIIKDG 242
            K Q  KP   IV+V CG  R  ET+ +IKS I+F+  E+    +    D  G++  ++    ++I   K    D ++  L  F    E+E+ +  F PCA  RL++P LL    S ++Y+DTD+LFL     I+   F K     +M ALT E++N++I +Y +++  P    + +  G
Sbjct:  189 KRQTGKPPLYIVVVCCG-QRVQETLVMIKSAILFNYDEEYLKFVIFTEDGKGDEFREKLTDWRDI---KPFTFDFEILPLK-FPSGNEVEW-RNLFKPCAAQRLFLPSLLTHVDS-LLYVDTDILFLSPISDIWR--FFKKFNETQMSALTPEHENENIGWYNRFARHPFYGRLGVNSG 358
[Close]
BLAST of EMLSAG00000001717 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold699_size109694-snap-gene-0.19 (protein:Tk03221 transcript:maker-scaffold699_size109694-snap-gene-0.19-mRNA-1 annotation:"glycosyltransferase 8 domain-containing protein 4")

HSP 1 Score: 63.5438 bits (153), Expect = 8.593e-12
Identity = 48/166 (28.92%), Postives = 93/166 (56.02%), Query Frame = 0 
Query:   76 IVIVSCGD-SRFMETVNLIKSIIMFSEQISIDIYLFADIIGEKINKRFLYLKNIWIKKYQGLDIQLRI------LNPFNQNQEIEFSKTEFAPCANLRLYIPELLPKNKSRVVYIDTDVLFLGNTGSIFSKVFHKMEQNKKMIALTTENKNDDISYYFKYSALPSL 234
            I +V+CG   RF E   ++KS+I+F+E +   + +F D + ++I +   +L  I   +  G D    I      + P +   E+E   T F  CA+LRL++P+LLP N ++++Y+DTD++ L +  SI+     ++  + ++ A+  EN+ + ++ Y  Y+  P++
Sbjct:   64 IAMVACGSKDRFEEVSIILKSLILFAE-VPFKVVIFTDSLQDEITQ---FLDPI---RASGGDFPEFIYEIREPIYPISAVNEVELRST-FQLCASLRLFLPDLLP-NVNKILYLDTDIVVLDSLKSIWDHF--QLMNSSQITAMAYENQVESLNVY-SYAKYPTI 217
The following BLAST results are available for this feature:
BLAST of EMLSAG00000001717 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 15
Match NameE-valueIdentityDescription
-2.498e-827.39symbol:GXYLT1 "Uncharacterized protein" species:99... [more]
-4.533e-827.61symbol:Gxylt1 "glucoside xylosyltransferase 1" spe... [more]
-6.814e-828.03symbol:GXYLT1 "Glucoside xylosyltransferase 1" spe... [more]
-1.444e-728.48symbol:GXYLT1 "Glucoside xylosyltransferase 1" spe... [more]
-1.513e-728.48symbol:GXYLT1 "Glucoside xylosyltransferase 1" spe... [more]

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BLAST of EMLSAG00000001717 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 8
Match NameE-valueIdentityDescription
gi|592833309|gb|GAXK01124235.1|1.391e-225.00TSA: Calanus finmarchicus comp256975_c0_seq1 trans... [more]
gi|592941926|gb|GAXK01016627.1|1.480e-224.49TSA: Calanus finmarchicus comp283634_c0_seq1 trans... [more]
gi|592902701|gb|GAXK01055674.1|3.195e-133.33TSA: Calanus finmarchicus comp869970_c1_seq1 trans... [more]
gi|592843276|gb|GAXK01114268.1|4.221e-132.86TSA: Calanus finmarchicus comp1114133_c0_seq2 tran... [more]
gi|592905781|gb|GAXK01052594.1|4.814e-133.33TSA: Calanus finmarchicus comp5133308_c0_seq2 tran... [more]
gi|592843277|gb|GAXK01114267.1|5.862e-132.86TSA: Calanus finmarchicus comp1114133_c0_seq1 tran... [more]
gi|592843850|gb|GAXK01113694.1|1.265e+030.86TSA: Calanus finmarchicus comp467286_c0_seq1 trans... [more]
gi|592842303|gb|GAXK01115241.1|6.344e+031.11TSA: Calanus finmarchicus comp4401890_c0_seq1 tran... [more]
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BLAST of EMLSAG00000001717 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000017170.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1297:4550... [more]
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BLAST of EMLSAG00000001717 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 7
Match NameE-valueIdentityDescription
gi|82079018|sp|Q5SP46.1|GXLT1_DANRE4.016e-1026.42RecName: Full=Glucoside xylosyltransferase 1; AltN... [more]
gi|152125899|sp|A0PJZ3.2|GXLT2_HUMAN5.808e-1028.13RecName: Full=Glucoside xylosyltransferase 2; AltN... [more]
gi|81873556|sp|Q810K9.1|GXLT2_MOUSE1.165e-927.50RecName: Full=Glucoside xylosyltransferase 2; AltN... [more]
gi|152125898|sp|Q6GX83.2|GXLT1_RAT2.138e-928.03RecName: Full=Glucoside xylosyltransferase 1; AltN... [more]
gi|152125897|sp|Q3UHH8.2|GXLT1_MOUSE3.342e-827.61RecName: Full=Glucoside xylosyltransferase 1; AltN... [more]
gi|269849602|sp|Q4G148.2|GXLT1_HUMAN5.043e-828.03RecName: Full=Glucoside xylosyltransferase 1; AltN... [more]
gi|82082155|sp|Q5ZKI6.1|GXLT1_CHICK1.112e-728.48RecName: Full=Glucoside xylosyltransferase 1; AltN... [more]
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BLAST of EMLSAG00000001717 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 3
Match NameE-valueIdentityDescription
AAF56394.22.119e-1532.09shams [Drosophila melanogaster][more]
gb|EFA10174.2|5.832e-1327.55Glucoside xylosyltransferase 2-like Protein [Tribo... [more]
EEB11543.11.677e-1229.51conserved hypothetical protein [Pediculus humanus ... [more]
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BLAST of EMLSAG00000001717 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|498957997|ref|XP_004524243.1|4.544e-1330.60PREDICTED: glucoside xylosyltransferase 1 [Ceratit... [more]
gi|161078603|ref|NP_001097911.1|1.037e-1232.09shams [Drosophila melanogaster] >gi|158030380|gb|A... [more]
gi|1013930857|ref|XP_016036208.1|2.446e-1231.55uncharacterized protein Dsimw501_GD29629 [Drosophi... [more]
gi|195354760|ref|XP_002043864.1|3.098e-1232.40GM17754 [Drosophila sechellia] >gi|194129102|gb|ED... [more]
gi|969475245|ref|XP_002099117.2|3.959e-1232.09uncharacterized protein Dyak_GE10743, isoform C [D... [more]
gi|969481592|ref|XP_015048918.1|4.086e-1232.09uncharacterized protein Dyak_GE10743, isoform B [D... [more]
gi|964151021|ref|XP_001953687.2|7.414e-1235.76uncharacterized protein Dana_GF17104 [Drosophila a... [more]
gi|1036977937|ref|XP_017052769.1|1.047e-1133.33PREDICTED: glucoside xylosyltransferase 2 [Drosoph... [more]
gi|1037040352|ref|XP_017102666.1|1.238e-1135.33PREDICTED: LOW QUALITY PROTEIN: glucoside xylosylt... [more]
gi|194200770|gb|EDX14346.1|1.529e-1131.84GD18236 [Drosophila simulans][more]

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BLAST of EMLSAG00000001717 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold699_size109694-snap-gene-0.198.593e-1228.92protein:Tk03221 transcript:maker-scaffold699_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1297supercontigLSalAtl2s1297:45500..78267 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s1297-augustus-gene-0.5
Biotypeprotein_coding
EvidenceIEA
NoteGlucoside xylosyltransferase 1
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000001717 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000001717EMLSAT00000001717-697564Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1297:45500..78267+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000001717-684483 ID=EMLSAG00000001717-684483|Name=EMLSAG00000001717|organism=Lepeophtheirus salmonis|type=gene|length=32768bp|location=Sequence derived from alignment at LSalAtl2s1297:45500..78267+ (Lepeophtheirus salmonis)
TGTTGTTATATTTTTCGTCAACACACAACGCGTTATATTTTTGCTTTTAT
GAAAGGTAACAGTTCAGAAAACATGTGCCACAAAAAAAGGTGGTTTATAT
TATCTCTTATCCCAATGATAGTTTGGTTAAATGTTGATAACTCAAATAAT
GTTAGAAATGTAATTAACACAATAAAAGAAATGAGCATAAATAAATATAA
ACAACAAAGTAATGGTAAGATTGTTACAATTTTTTTTACACATTAGAAAC
TAAAAATAAAAAAACTAATTGAAGACTCAATTATAAAATAACAAGAATAA
TACAAACTCATTCAGCTTAAAAACGTTTACATATTCATTATGATAATAAA
TGTACTTAGTCAAGAAATTTTTATAACATTTTTGCTAGCTTGGATGTATC
TTTATACCAATAATAAATATACTTGTTTCCTTTTACAAATATGAATTGTC
TAAATGGGAAAATACAATAAATATTGTTATGATCAAAGTAATACTTTTAG
TTTTACTTGAGAATATGTAACATTAAAATTCAAGTTCAACTAAAAAACAT
GGAATAATAATGATTTATATTAATGTATTGAATAACTATTAAAAAATTTA
TTATTGAGACTGAGATTTCTTTATTAGAAATTTAAATGATTTAAGATTAA
AATGAAATACTATTTATTATATGAAATACTTGGACATGTTTACTTTTTCC
CGTTTATCTGTCCTTTTCTGAAAAAATTTGATAACGCGTTTTTTCTCACA
TATTTTTCTACTTTTCGCCCAAAAAAATCATTAATGTATATTTTTACATC
TTATATTATATATTCATAAACTTCTGATTTTCTATCTACTATGTATATAT
TCCCAAAAAAACGGCATTAATTCAGATGATTTTAGGCATGTGACCTCCTC
TGGCAAATATTATTGCACATATATATTTTTTATCTGCCCTAAACGTTAAA
GCAACTATTGGGACTTCTGATCTTTCAGTTTTTTTTTCCAAGTACCAAGT
GTTGGCCTTTTTGTAAAAATTAGTTTGTAATAAAAGTAGTATACATTTCT
TGACTTAACTAGGTTCGTAACTACAGGGGTCTTTGACTCAAATACTGTTG
TCATATTTGTCATAAAGAACGAGTTTAATTTTTTTTTAAATCTGTCAAAA
ATTTGGATTTTTTTGTCACAATTTGCATAATATTTGCATTTCCTTCTAAA
TTTATCTTTTCCAAAAATAAGATCATTTTGAAATAAATATATTCTAAAAT
ATGTGCATAAAAAAAATATGGCTCTAAAAAAAACGTTATGCAAAAAATAT
TGAAGTTTGCGAAAAAGTATTAATCTTTATCTTTGCTTGCAAAAGATGAT
GGTATTAATGATAATTATTCATAAGTTAGCAATTAATTCCAAACTATGAG
ACCCAATTTTAATATGAGTGATCATATTTATTACATTGGCATGTCAGGAT
TAGATATACAAAATTATATTTTATAAACTATTTGAAAATATATGTATGAT
ATGAGTATCTTAATTTCCATAATTTTTTAGTATGACAATATAACTAAGGT
ATAACTACCTGTTAGGTATGAAACTTAATAAACATAGATTAAATAATCAA
TTAGCATTATTTGTTTACATCTCCATATAGGTATATTCTTGGATTATAAA
AAAATTACAAATAAATTTAAAAACTAAATAAAAATAAACAATAAAAATAA
ATTAATATTGGGTTTATTATTAAAAGCAACTAGATATAATATTTTATATC
ATAAATATGTACTAAAATTTTGTATTGTTGACATCACAACAAAAATAAAA
ATGGAAAAATTAATTCTAGAATTCATCGTACACAGTTTAATTCCTTCATC
TAAAATATTATACCAAAAACTGCGGCAATTTCCTTGAAATATTAGATCTG
TGGTTATTGGACATTTTTCCRTTCAGTGGGAGAGTTTCAGTGGGAGAGTT
GGAATAAAAGAATGTGTACCAAGAAGGGTTTCATTATAGAAGTATAGTAC
CAACAGTCCTGTTTCAAGTCCACCACAATACGCCACAAGGACAATTTTTA
TATTAAGGATGTGCTGAGATCTACCATGAAGGACTCGAGACTGAAAGAAC
TTGCCCTGATGGAGTAAAAGTATTAAAATACAAAAGGAAGGAGGTTTGTT
CGAAAGCCACCTAGGATACTTTTTTCTAGCCTTTATGGAAAACTTGAATA
AATTTATATTAAAAACATTATTTAAAACACCGGTTTTTTTTTCTGCTCTA
CTTTTCTCCCAAAGAGGAAATAGAGTCTTCGAGTTTATTGGTTTATAAGA
ACGGATAAAGCAGGAGCACACACTTCACAAAATTTCAAGTTTTCTGTTCC
CAAAATTCAGGCTCCGTGTAATTTTTTTTTTTTTGTCTCTGTTAAAAATT
AACCTCCCTAAATAAAAATAATAAGTTTTACTTATGATGGGTACCTATAC
AATGTTTTTTTTTTCTCTCAAGCTGATATTTAATTCATTCTTGAGGAGAG
AAAATCTATTCCTTGAGTATTTACTTGCAAATGTACTAATAAAAAACATC
GTCTAAGACTAATAATTTCTTGGAAGTTATATTCTATGTTGATTAAGCAA
ACTTATATTTTGAAGGAAGTCGTGTCTCGTTGACGAAACCTCGTGACTCT
GGACAATGCCAGATACTGCTGCTAATATATAAATACATAAACATCCCCCG
ACAGCAGCTGACGTCTACTTAAGTCCATAACAACATCCTCAAAAGAAACC
TTTGTATCTCTATATATTCTTTAGAGATGCACTAGAGCTTTAAACCAAGT
AGAGAAACGAATACTTTCATGATCAATAGATGTAAAACTATTTTCCACAG
AAACTTTGTTTTTCTGCTAGAAGCACTATATTGTAATTATTTCCAAAGAT
AATTATGAAACGTGAATGACTTTACAGCTTTTTAAAAGAAAATCAAAATG
TATTCTTGAGAATTGAGTCTAAGGCAATGGCAAAATTCCAGAAAATGGTT
GCTACGAAGGTACCCCTGGAAACCAATATCTGAAGAAAACAGCTCTTAAG
TTCAATACATGAATTTAATTTAAAGAGAAGTCCTTTGGCATAACCAAGTT
ACAGGAATGGTTTGGGTTTTATCCATTTGTTGTGGATATAGTATAATGTT
ATTTGATTCAGAGATTAGGTGTTGAAGGCTTGTGGGATAAGTTTATTATA
ATCTGTTTTATGAACAGTTAATTCCGGTTAATTAATATATACATAGGAAT
AAAATTCTTATATTTAGATTTAGATAAATAGATCAATAATAAAGAAAAAA
AAGTCATACATATATTCCCACATGTTATCTTCAGATTCCTTCACTGTATT
TGCTTATGAGCAGCTTTTTCATATTCGACATCTCTCCACCATTTTTTTTT
TAGAGAAGAAGCCAAGTGGGGCATCCTGCACGATTGTGGTCATGCAAGTA
TAGATAATTAAAAATGAGTTAATGGGTTCGTTCTGTCGGTTTGTAGGCCG
AAGTTCCATGGTTTGTCTTTTACGCAGTTTCTTAAATTGGCATCGTCATT
TTCTGGTGCAGTATATGAAAACTAGGATAACAGGATTCCCATTATTGACA
TAATGGTGCCTGTCATTTAATAAAAGAGGTAAATTAAAAATCTARATATC
AWGATAGAGAACCAGKGGTGAATATTATACCCCCCCCCCCCCTTACTTAA
ATTAATGAGGTAGCCCTCGCAATTTGAAGAATATTTGAGAGTAGAGCAGC
TTAGCTGTCATGACGTTTAATTAGATTATCTTTGAGCAGGCCTGACAGAG
TTGGAAAGAAAGAAAACACAAATCCTACTCCGTATATACATAGGAAGAAG
TAAGACTATACTCATATACAAAAATTACTCCGATGATTATCCTCAATTCA
AATCCGAGTCCAACGAGGACTAACACCTAAAATCCCATAACAAATCCTCA
GTGTTACTCTGCTTCTTTCATAAGCTCATGAAAATTTTCCACCCGACTTT
GTGCCTATCAATGGTGTATAGGTAGGAACGGTTTCTCTATTATATGTATT
AGTATTAAATATTAATTACTCTTTAACACAATATCTTACTTTGTGGTTAT
CAAGGATGAAAGCTTTGTCAAATAAGTTGAAAACGATACAGTGTGGATCA
TTGGTGTTTTGTCCTATAATGGTAATGCTCTGAACTAATGAATGGAAAGA
GGTGATCGTATGGATCCGAAAACTGCTGTTTATCTATCGAATCTGAAGTC
CTCGACACGTTTTTGTAACATAATTTGCGTTGATATCCTTAATAATGCAG
ATTATGTACTTATGCGGATGGTATCCTTCTATTAATAAGTGGTAAACATC
CAAGTGGGTTGCAAGATGCTATAGAGTTGGTTCTGGAATTGGGGAAAACA
AATGGTATCACCTTTAATCCATCCAAATCAAGTGCTATTGTCTTCTCAAA
AGCATATAAATTAAGATCTAAATACACACATAATTTCCACAATTATATAT
GGATGGAAAAATTATGAACTAGGCAACTCAAATGAAGTACCTAGGTGAGG
TGTTTGATCAAGGACTCACTTGGACCGAACACTGAAAAAAACTTGAAGTG
TTCTCGTATATGAAACATGACAAGGGCAGTCATAAGATATAAGTGGGGTT
TAATCTCAGATAAAGTTCTTTGGCTCTACGAAGTCATTAACAGACCCATT
GTCATCTATGGTGTCTTGTATGGGACACACTGTTATTGCAAATAATCAAA
TAGTCAATGGAGTCGCAAAGTAAAGTTGTGTTGATCAAGATTTAAAAAAA
ATTGAGGGGTAGGATATATTTCTTGTATTGGACGAAACTACAGACACTCG
ACAGCGGKCCATGACTGCAGTGTTTGTTGGTCCTTTGCATAGTTATTTTT
TGGGCCGTTCTTATATCATTAATTTAGAAAATGTTACTAAAGCCGACAAA
ATCTCAAAGGCCGACCAACAATGCAGTCATGGACTACTGTCGAGTGTCTT
TAGTTTCGTCTAATACAAAAAGTATAGTTTTCCTCTCAAGTTTTTTTTTC
AAATCTTGGTCAACCCAACTTTACTTTGGGATTCCATTGACTTGGTGATG
GAGAAGCCAGAGGGAATTACTTTTCCAGCGTAAACTTCCATCAACTTAGC
CATAATTGGTTGATTAACGATATGGGGGGAAATATCTCAAAAGATAAACA
TTTTGGTCATGTCTGTAGTAAAATTGGAATTAATTATATTATTTTTATAC
AGTTTCAAATTCCTTTTGTGAATGAGGATTTTACGGTGAAGTTCTACATT
GAACATCTAAGGTCCTGGTTTTTTAAGATTCTTGAAAGATTAACAATCTT
TTTTCAAGAATACTCCATCAATTTTCTTCAACCATAGTGATTGATTCTTC
ACTTTCCTCAAATTTTCTTTTATGCTATAATTTTCCCTTCTTTGACCCAT
GGAGAGTGGCGTTGTTGAAATGAGTAAAAATAATTTTTTTCAAGTTATAC
TTTACTGAAAAGTTTCCTTCGCTATTTTTTAAAACATCTAATGTATAATT
ATTTCTCCCTTTTTGTTGTTGAATTGCTAGTATTCTAATTCAGTTTATCT
CTTTCTCCAGTGATGACGTATTATTAGTTCTATGGCTCTTATTATCTCTC
CTTTAGAACTATAGTAAGCTTCACTATCAGTTGCACATTGTGTCTTTTTT
ACCTTTTTTTTCAGGTTTCTTGACCTTTCTCCTCAAGTTATACAGTTACT
TGGTCCACCATGCTTTACGTTGAATTTTCGCTTTCAAAGGGGCCATTGTT
TCAAATGGCATTCAAATTAAGTTCACTTTCCAGACCAATTAAGGCAGAAT
CTCTTAGAGGACATAGTTTCATTGCAAATCATGACCATTTAACAGGTTTT
AAATTTCTTAAGAGTATTGACCCATTTTGTAATTCCAATTTATATATAAG
GTATCTGTGTTAAGACATTGTAGGCTTGAGAGAAGCTCTCTATTGTGATA
CATGTGGGAGCATTATGTAACTTGAAAAGGTTACGTCGATTATGGATAAT
CCTACTCCGCCAATTAATCTTGACTAGAGTTTAAAGAAAAGGATCTTCAA
CTTTATTATGGAATAAAAGTATTTCTTCTTTTTCTGGCAAAGAGAAAATG
GGTGAGCAGGATAAAGTATCTTCTATGATCTTTTACACAACTCTAACTCG
AACTTGTCATTAAATATTGTTTCTTTCAATCCACATAAGCGTTAGGTATA
TCAGATGGATCCAAAATTTACAGAAGTGGTTTATGATGGGTCCAAACCAG
AATTTCATAATCATGTAAAAAAATTGGGTTTTTTCAGCAGCCCAAATGAT
TGCTAGAGCTTCTAATTCAATTGTTGCATATCTTTGTTCGGTTTCCACGA
AAGATCTAGAGCCATATTGAGTTTATACGTAGTTTCTGTTGTCTTCTATC
TAAAACAAAGTATATGCAATTCCATGTAGGCGTGAGGCATCTTGTAGCAA
GACTGCTTCTTTTGTTGTATCAAGATGTCGGACGATTGTATTTCAAATAA
GAATTTCTTTGGTCTTGTTGAATGAGTTTTCATGTTTCTCAGGTAATTAA
AAACTACTCCAGATTTTAATTATTGTTTTCACTTTCATAGTGGCATGAGT
AATATCAGGATACCCAACTTTGAATTAATAGGCTAATCCTTGTAATTCTA
AAATGTTGTGAGGGATGGAAAAAATCGATATTGAATTAACCTTAGCTTGG
ACTGGTTCCAACCCCCTCCCTATAGACAATGAATCCTACGAACTTCAATG
CAGATCTTGTCTTTGTTTAACGTAATGCCATGCTCACGACAATGCTCAAT
AAGTATCCAGGGTATTTCAATAAACCAGCACTTTTGTGCAGAATAATGCA
ATGCTGTTTCTTACACACGTTCTTTTGCTTGGAAGTTCATTGTCGTTAGT
GATTGATCATCAGGTTCATGTGTGAATATACCCACATGTTCTCCTGATCA
ATACTTGTTAAACTTAAATTTCCGAACTATATTATTATAGATAACGGATA
ATTCATAATTTATATGATCAGCTTCTTGAAAAGAATGTACTTTCACTTTT
GTTACATTGTCAATTCCTATTTGTTGTCGAAACTGATTTAATTAAACATA
ATGTCACTTTATTTTGTTGTACTATTATGATTATACGCAACGTTCATTCT
CAGAACGTAGAAACCCACGTTGACAGATCATAGACACCCACTTTTTTATC
AGTTTCTTGTTTTATAAGTCAAGCATTAAAAGCAATCAAGTTAACTTAAC
TTGACAAATTTTTGGTCGAACATGTTCAATAAATAACAGATATTATTGCA
TGAAAAATTTATGTTCATATTTAATAACATTAGTGTATTTTGAAGGAGTG
TATGGAAGAGTGCGTATAACTAGATATTCACCTATGACCAATTTAACCTA
TCTATTTTATCACAAATTGAAGAGACGAAGACAATCGTTAAGCTGCAATT
TCAGATTACTCCAACTGTACTGAGCTGTACAGTTTTCCTCGCACTCTCCG
ACGACTCAMCCTTTGACTMCCTCCCCTAATCTTCACAGTGGTATGTCTCG
CCATAGCCAACAGCCTCTTATTCATCAACATCCTGGATCATAACGAAATG
AAAATCCCTACTCTTGCCTTATATTATTCTAATGTTTGTTCGTCAATCCA
TGAGTAACGGAAAAATTAAGTGATTATCTATTCGTTCATTCGAAGTGCTG
TCGTGTTTATTTATTTTTCTTTTATCTAAATATATATTATATTGGTGATA
TTTTAAAATAATCTTGCCATTTTCTCCACTTAGACTCTTTTTTTTTCTCC
TGCCATTTCTTCCACTCCCATTTTTTCCTTGACATTTTTTCCTCTACTAT
TATTTCCTACAATCCTATTGATTTTGTGATGGGGTAAAAATAAGGCATGG
CTTTAACATTATAAAATTCCATGACTTTTACAAGATTTGGATGACCATCA
ATATGGAGTGGGAAATTGTAGGAGAAATGCATTTTCTTTATATCCAACAT
AAAATTCAAACCATCAGGACTTGATTCAACTATATTTTATGTTTTTTTTT
TTTGACGCCCTACATCATAATATCGAATGCGATTTCTGCCAATAATAATT
TTTTAATTGAGATACATTTTATGATTTCAATATTTAGAGGACATGGNNNN
NNNNTGTAATAAAAAAGATACATATCTTCAACTCTTCTTATGCCTTTATT
TAAAGCAATTCCATTTTAGGACACAAATGATCCAGGATTGTATCATTTTC
TTCAAATTTGAATATATGGTCAGTCATTCAACCTTGATAAAAACTGACTA
AGATATTGAATAAGTATTATAAAGATTCATCAATAAAAACATTGTTTGGG
AAGTTATGATTATTTTTGTGATAAAAAGTCTTTGTTCGACTAAGACTAGA
GTCTAAGATAGACTTCGAAGTAATTTATCCCAATGTTATCACCATACATG
GAGTAAGATTTGTGTTTACTTATTTTCCAATCCTCTGAGGGCCGCTCACA
GCTAATCTAATAAAAAGTCATCACTATTGAACTGTTCTTTTCAAAATGTC
AGGGTTATCAAGTTAATTTTTGGTTTCTTTTTTTAGCATACCGGTGGATA
GTATTTTGAAAAAAGTGATATTACATTGAAAAAGGCCTATGACTTCAGAG
CAGAGGAATGTTCAGGAAGATTGGCTCTGGACATTAAAAATGAGTCAAAG
GTTCAGGTGATTAGAACCCGAATACATAAGAAAGAAAATGGACATTAGGA
TAAAGTGAAAAACCAGACCTTCAAAACTATGGATCGATGAGAAAATTCTG
CCAGTATTATGGAAAAGAGAATCACACAAGAAAAAACTGTACAGCAAATG
ACAATAAATGAAGTGAACTGAACACTGGGACTGATGATACAGTCATACCC
AACAGTGTTTATCATCGTTATTTCAGTATATAAATTACAAGAAAGCACAT
GAAGTTACTGAGCCGACCGGATCATCTGAAGTTAACTGTAATCGGTGTAT
GTTGGGGAGATATTAAGAAAAGAGACAAAAGCATATAGGAAGAAATAATA
TGTGCTTTCTTCTTCTTCTCTTTTACTTGGAAGAGACGCCAGTAGTCCGA
TATGACTAATAATGTTTATTCAGTTTGTGATCACGGATCCAATTAGTTCT
CTTATTGGGAATTCAAATTTATGTTTGAAGGACTTTGGAATTTAGAAGGT
GAATATAAAATTAAACATGAATCGAATGTAACTCCAAGGACGACATAAAT
TCCACTTCTATCTCTAGTATTACAAAATCTCATGAAACTAGATACCGTTG
AAGGATGTATGGAGCCATCGGACTGGTGTTTTCCTATGGTAGTATCCAAA
AGTATTTAGTTAGGATTTGCATCGATCTAACCAAATTGAATCCAGCAGTG
AGAAGGGAAAATCTTATGCTTCTTACAGTGGGTTATACCATTGCCTTATG
GAGCCACGATTATATTGAAATGTGAACCCAATGTAGGATTCCATCACATG
CGTTAAGACGACGAATCAAGAAAACTTACGATTTTTATATCCCCATCTCG
AAGGTTTCTGAACAAAAAGAAACGGTTCGGTATCAAATGGGACCTGAAAG
TTTCAAAGTAAATTTATAGGAGTTGTTTATAAATTTTTGCATTCAGAAGA
ATAAAGAGGCTCACAATGAAAGAATGGTATAAGCCTTAGGGAACCTGAAA
CATCCTGGAGTTATTTATAATAAGGAGAAGTGCTGATTTGCTCTGGGAAC
AGATATATTTCCCGGCTCAAATGAAAAGGTTGAAGCAATTATGAAGATGA
GAGCTCCCGAAAACTTTAGTGAGGTGAGAAGGTTGAAAGGAACTATCAAT
CAGCTTTTGAAATTCTTGCTAGACTTATTGATCAGGACGGAACTTCTATG
TGAACTTTTAAAGTATACTAGTGGATAGTATTGGGGMTGAGAGCAGGAGA
TGGTGCTGAATGATATTAAGAAGAGTCTCACTAATATGCTATTGTTGAAA
AAAAAAATGCGAAGAATGTGGAAAAAATTAACCCATTGCCAAAGTTTGCC
AAAGCCCATATCAAAGGAAATCATAATGCAATACCGTCTGGMCTATATTC
ATTTCATAAAAACCAACATCCAGAGCAGAAATCATAGTTAATAAAAATTT
TAAATTTGATATTTTAGCCGATTCAAGAACCACTTCACTCCTGACATCAA
ATGTTCTAGTGAAAAAATATTGTCATCCCTTAAATACGTCAATAGTCCTG
GAGTTTATAATGCGTCTAACTAAAACTTCGAAAACATTGCAACTAAGGAG
TTGCACAATTATGACAGGATGGGAGTTATTGGAAAGTGCAAAGAAGTAAA
GAATTATATATCTGCCGCTTTTTTTTTTTGTTCCCAATAAAGGTCGAAAT
GAAATAAGACTAATTATGGAGTAAAAAAAGCGGAAAAGAGTTGAGGAACG
TATTGTGCATCAATTTTCCTCTGCTTCTGACATCATATCTTCAGTTCCTG
CAACATCGAAAGTATTTTTCAAGTTGGACGCATTGAAAGGTTATTTTCAG
ATACCAATTGATGAAGATAGTAAATCTTACTCCAGAGGGAAAGTACAGGT
ACCTCCAAGCCCAATGGGTTTCTGGTCATCAAATGATTAATATAACTCTC
GAACTGATAAAGTGGGTGTCTATGGTATGTCAACGTGGGTGTCAACGTTC
TGAGAATGAACGTTGCAGATGATCATAATGGTACAACAAAATAAATTGAT
AATTATGTTTCATTAAATCGGTTTCGACAACAAATAGGAATTGACAATGT
AACAAAAGTAAAAATACATTCTTCTCAAGAAACTGATCATGTAAATTATG
AATTATCTGTTATCTATAATAATATTGTTCGGAAATTTAAGTTTAACAAG
TATTGATCAGGAGAACATGTGGGTATTTCACACATGAACCCGATGTTCAA
TCACTAACGACAATGGACTTCTAAGCAATAGAACGTATGTAAGATACAGT
ATTGCATGATTCTGCACAAAAGTGCTGGTTTGTTGAAATACTCTGGAAAT
ATCTTAATGGTGAAAATCATCAAATGACAAATAATTACAACATACCATTT
TCTAATTAGAAAAGGTTCTGAAAAAAGTTAAGTAAGAAAATCTTTTATTA
CTTGAGGCTTCATCAAAAACAAATTTGCAAAAATAATCCAATGGAATTCC
AAGAAAAACTAATAACACAACCTACTTTTTGAAGAGTCGTCCTGTGTAAA
ACCTTAACAATAAATAAGAAAATGTATAATTGTAAAAGACGTATCAATGC
CTGATAAAAAAACAAAGGCATCACCTTAAACACATTTTTGTTACCTGTTC
CAAATTTAATACCACATACATATTATGCAATTAATTTTACACTCCAAAGC
TTATAAGTTTATTACATCAATTGATATAACACCATTGTTTCCATCCATAC
GACTAAAAAAGGAATATCCAAATGCAGTCGATATTTTCTTGACAAAAACT
AATTTGGGTGATATTTGTACAAGAGCTGATGTTGAACAAGAAACAATTAA
ATTATTTGAAGAAATCCTTTTCATTTAAGCAAGTGGTAGATTTCAAGGTC
ACAAAATTACAACCAATAGTCAAGTCATATTAAACTCCATTGATAAAAAT
AAAATAGACTCCTTCGATATAATTTCGCTTTTTGGTCCAACATTAGATCA
AAAATAAAATGTTTTGGGATTATCTTTTAGACTGGGAGTTTTTTAACCAG
AAGGACCTAGACAAACGGGGTCACATAAAGAATGGTTGGCAAATTTAAAA
GACAATTGAGAATTGCAGCAACACCAAATTGATTGACCAGTTGAGGAGAA
TGAAATTGAATCCCTAAGAAAACCTTTTTCACTTTTATTATTGGATCATT
GGGTGAATATGAAAAGTTATTGGAGTATGAATGACTTAAAGCAAAGTTTG
GTATATTTCTTGTAAGCGCCCCTTCTACTCTATTCTTATTTAATGAAGAT
TTTTGACTATTATTTTTCTCCTCATACTCAAAAAGAGTTAGAAGTAAATA
GTGTGCCAAAAGCCATTGTCCTTCTAAATATCTACGACGAAACATATTCT
CTTCAAAGTGAGTTTGACACGATATATTTAATAGGAATCTATAAGTTGCA
ATTACTTGAATGATCTGTAGGAGTACATTTGGGACATCTAACAGCGCTAA
ACAACAACTTTCTCCAAACTTTTTCCTTCGGAAAGGAAATCATTCGTGAA
TTTATTTTGTAGGTTTCATACTTATTTGGGTAATTAAAGGCAAACTACAT
AAACATTGTGATAATATAAATTAAATATATCTATTTTTTATAATAGATGT
TAAAAGAGATTTGATAACAATCAATTGTTCCAAAGATAAATATAGTTCAA
TTAATAGATTTGAGACAAATCAGAATTAGAGAAAATGAAAGATATTCCTT
ATTGATATATGTACTTGACGCCCCTTTCACTTTTAGTTTCTTTAGGTGGA
TCTAATTATTTGAACAATGTTATGCAACTAAGACATGTACTTTAATGTTT
CAAAAGAGAAAAGATGAACCAAAACATTGAACAAATTTTTTAGAGTTTCC
ATGTTAATTTTCCGTTTCTTATTTTTAATACGCCCAAGATATTTGGAATT
TGCACCATTCTACCCTACAGCTTTAGAATCTGTGGGTTCTGTAGAGACAT
CAGATTTTAGTTTTGACCCCTGTTTACTCAGAGCATTACCCATTTTATTT
AATCTAAACGTTTCCCCGTTATCACATACAATTTGTTCTGGGGATCCTAT
TTGACTAAACAGGATTTGTGTTTAACACACTTCTCAATCCTTATCACTTT
TCAGTGCTACTCATCTAAATAACCTATTTAGTCGTTTAAAGCTCTCTTAT
AACAATTGAGAGCCTTCAAAATATTTTGCTAATATGTTACCTGCATTTTT
TATCTCCCGACTGTAATATTCAATCCGAGGATCTGAACAAATATTGGTTT
AAGGATATCTCTATAAAAATATTAAACAAGGATATTATTTCAACCCAGTT
TCAAAACATGTCTTCCTATTTTTCAACCCAGCCAAAATAGTGAGGAGCAA
AACATCACTCATTGACAGGGATGTAAAATGAAAAAATAATCTTATAAATA
AAATTCATGCACAAGAATTACTGGATGAGGTAGATATCAAAAATGCTTGA
TAAACTTACACATCCATCAGATCTTGTATTTCTAACTTGTTATATTTCAA
ACTTTTTCAAATTTATAAGATAACCGGGCAATATTTAATAAAATAAGTTC
ATCTAAGAAATATCAACATATTTTTAAATATTTTGGAAATGAATGTTATG
TTTCAGGCATTGCCGAAAAAGATTGTGNNNNNNTATCATATTTTTAACAA
ATATGTTCCATGTATAGTATGTAAAATTTTCAAACTGTATGGCAAAAAAT
TACATCTCTGATGTAAATCATAAAATTCATGGAAACAAGAAAGTAATTGG
ATATAAATATGATAAATCAAGAGTTAAAAACTTAAAAGTGCGTTAGCAGG
AAGCCTTATATAATCAGAATATATTCAATGCTCCAAATAGTTTAGATTGT
TAATGTTTAAACTTAATGAAAATAATTTGTTCAAATAAAAAATGTATTTC
GATTCTGAAGCAAAAAGTGTATTTATTTATTTGATTCACTAAATATAATC
TACATTAAAGTAGGCAACTCTTCATCGGTCTGGACGAATAACTATGTTTG
AGTATAGGATGATTTATTGTAAAATCAAGTCTAAGCGGAGTCCTCGTGCC
ACTAAGTTATCGTGGAACATAATTTAAGGAGAATTATTGTAGTATAGAGT
CCAGTATAAGTTTCCATATCCTAAAGTCCAAGAAGAGTCCACAATGCGCC
AGGTTAATGATTTTTTGTAGCATACAATTGAGGAAGAGTTATCATAATAT
AACGACTTCATTCTAAGAGTCCACATGCGCCAGGTTAATGATTTTTCCCG
GCATACAATTGAGGAAGAGTTAGTATAATACAAGAACTTCATTCTGTCAG
ATCGGTCCAAGTACTAGACCTGATGTCTATCAAAGGTTCTATTGATATAG
ATCATTCTAGTTCTAATGATTTCTAATGCATAATTACAGTTTTCAAGGAT
CTTTCCACTCAGTTCACGAAACATGGAACTACATATTTCTCTTCATTTGT
TATTTATTTGTGTCCTAGATCATAGTTCAAAAGCTGAAACTTCCCTTCCT
TATCTAAGAATTCATTGATATAGATAATTACATTGGATTTAAAATACCAA
TTATAGTATACAATTAGTAGATTGACGTTTTGCAATTATTATAGGATGTG
ATGTGTATTTACCTATTTAAGAATGATGATAAACCACTAATAATTTATCT
TCCTCGTTGCTGAAAGGGTAGGCCCAAAAAGGCACTAGGCACGCTAGTGA
CACAAGAAGGACGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATGTACATACA
GGGAACAAGTAAAGAAGTAAAGATTAGAACGACTACTTAAGTAATAAAAT
ATATAGCAGGATGTAAGGGTTTATATATCCATCTGTAGATGTAATAATTA
TCATAATTTACGATAGTGGGTACAAAYGCTTATATACCTTGAACGAGMCA
GACTGTTGCTTWGCAGAATGAGTAATTTTTTCATATGAAAATAATTGAGA
GTTCTGAGGATCTCCAAGCCTAGATTATCAAAGTTTTTATAGGTAATTGG
CCAATCTKGGKGTTTTTATCTCCTTAATAAATTTATACTTAGCTGTTCGT
GGATATTAGTTATTTTATTTTTAGGAAATAAAATAAAAAGATAAAGTTAA
ATTAAATACTATTTCCTAACAAAGAAAGTAATATAGAATTTTAAGAATTA
AAGGATTTTAATTATAACAAAAAAAAGTAAATATTATGGTATAATTTATT
TATTTTTCTACAAATTTCATTTTCTTTTTTAAATTTATACTAATATTCAG
GGTTTTTATTCTTATAAATGTTCTTAGACAAGAGTACTTTCTAATAATAT
TTTGGGGAAAATCTCAGGCTAAATTTTGAAGAATTTATATTAAAGTCTCA
ATAACATTAGGTTGGCTCGATATTTCCTGTCCATGATATACTTCAAAGAT
TGCATCATTTTTTTTATCTGAGTGAGGAAGGAATTTTTAAGTTATGTCAG
TCCTCCTTCAGATAATGCTGATATCCACGGTGTCATATCTGAATCACAAA
AAGGATCATCTTTAGTCTTGAACCCCATTTCAGGATATTTCAAAGAAAAC
TTATTGGCCAACTATCCAATGATATAACCCAATCCTTGAAGTCCACAGTC
ATAGGATGAGGAGGAAGAATTTGACGGTGCTTCGAATTCCGAAACCGGAT
TTATAGCCAACTCGGTAGCTAAAAGGGAAGCATCTTCATATTCTTCCTAA
TCTATTTCCGTTTCTTTATTTTCCGGTTCTATTTCATTAATTAAACAACC
AAGAAAGTTATCCTTTGATGAGGTTTCTACCTCTTCTATTCGAACTGATA
TGGACCCAATATGAAGTCAGTTGGCTTTGCCAAGAACAACTAGTCTTAGT
TTATTGATACAATCAACACTAGTTGGGTGGCCGTTGGATACTCCCCAAGG
CCCTCAAGCGGCAGAAAAAGTTTTCGAGACAATCTTGATTTAACCTAGAA
GTATGTATATTTGATTCTAGATGCTCTCTTCAGGTCTTAAAATAAGTTTA
CCAAGGAGGCAATGGAAATCAAAATTCCACGTTGGAAAAGAATTATTTTA
TTTCCTTTAACAATTCCCAGATACATTTAAGATATTCCCAGATACTCTTT
CATCTATTTAAAAGCCTCTTCCTGTTCCTTATTATGATTACCAAATCCAC
ACAAGTTTATTTTGGAGTCAAAAGGCTTCCTACTATTGAAGACGTCGAAC
CATGAATCTACTGTTTTGATCAAATCCACTTGAGGCTTACTTTCAGGAAA
TAGATATTGCAGCGACGAGGCAGTTGTATGGCTCAATAGTTGTGTTACTA
GATATACACGTTGTCTTTGACTATTTTGGTATTCTAAATGAATATCTTTA
ATCATATAAGCCATTTTTAGTTCGTTTGAATCTTTTGCCATCAATGCTAG
GAAATCATTTTTTGTGGTGGTAGATCCGTCCGACAACATAAATCCTTTAT
CCAAGAGATGGTTTCTCAATAGTTTGATGAGGTGAGGTGTATCATAAAAG
ACGTAAACCTTTTTGGATGTGTTGAATGGATTCCAAAAGTAAGGAGAATC
TTTGGATATTCCCAATGTCCTTTACAATCCCACATTTGAGGGACCCATAT
CAGATACTATGGCCACTACAGATATTCCACTTTCTTTTATTTTTTAATGA
TACCGAATAGATTTTCAATAGTCATTGCTTTGTCAAAATCAAAATAAACA
GGCATCTTCCAAGAATCACGAAGAACCCGTAATTATTGCCACCTGAATCT
TCCTGTTCGGGCCAAAGACTTGATCAAAAGATTGAGAATAGTCATAACTT
CGTTTCAATTCCATTTCATCGAAAGACAACACTCCAAGACGGATTAAATG
GACATCCATTTGAGAGAGCTCTAAAAAGGAACACAAACCGAAATAATTAA
TTATAATTAACCATAACAATAATGTATTCCTATATTTACCATCCATCTGT
TTATTTAAAATGTCCAAAAGTTTGTATTGAATTCCAGAACTATATTTAAA
TTTGGAAATCCATTTCCTTAAGATAGATAAGGCTAACTAGGGCAGGGGAA
ATTTCTTCTGAATTTATAAGCTTTTCCTCCAGTCATTGATCTCAGAATGA
GATACCTCTGAATATCTTCTTCCATCCATTTTTATGTCTGACTTTCTCAT
TCATTAGAACATTGACTTGACTTGGTGAAAATATTTTACTTAATTTACAT
TTATAGGCTTTACAGTTATTTCTTTTAGATGCATTTTTGATCGAACTGAC
TATTTGAAGGGAAATAACTTTTTTTTCTTCAAGTCTATTTATTTTCATGA
GAAGTCTTTTCTTTTCCTTCACCTAATGAAGAAGCTNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNTACATTTGTGTTTTGTTGTGGTATTACATGCTCTT
CAATAGTCCCAAGGAGACATCCAAAGAAGGCTTTAAATATTCAAATGATA
CTTCCATAGCATCAGAGCATTGTTCAGGTAGCTTATCAACTTTCAAACTT
CCTTGTTTGGGAGGAGTGAGAAGTTCATTGACAATTTTTTTTATTTTTGT
GTTCCTGGAGGAGAGGAGAAATATTAGAATGACTATGAATATGTATAATA
TAGTTCTGCTTAATTTCTTCAGCATAGAGTTATTTATTCTATCAATTATC
TTTTTGTCCTTTTAATATTTGATTTCTCTGTCTTCGCAGCTCGAATAGAG
CTTTCAGGAACCAAATATAAAGTAGGAAAAGCATTTGATTTCGAATTTTT
CCAAACCTTGCTACTAGAAGTCCTTCTCTAGTTAGACATGAGCTTGGTCT
TAAGATTTCTCTGACAGCAGTCTTCCTCAAAATGAATAGAACAAACTCTG
GCAGTTTCGAGATTGAATGGGTCTTGTCTATGACAAGCTTGGATCCATAT
TGCACGAATGTCCTTGGCTTTGGGAATTCTATAGTAAGAATAACCTTCCC
GGAGTTCACATGAGGGGAGTAGTAGATTAACACAGCACAAGGTAAAAGAT
TTCTCTTCGGAGTGTTCATTCTGAAATTATTAGGAAAATCGTAGAGGATA
GACTTTTAATGTGAATTATGATGTTATAAAAATTGACAATATTTTGAAAC
TATCTGTTATCAATTATTTTAAATCCAATCACGTCAGATGTTATGTGCTC
TTTTCAATAACAAATCAAAAACATTTCAAAAGAACATACCTGATTATAAA
TACCTTGGTCTAAGTAGTTTGCCCTGCTTTGGTGATAAGAGAAGATAATT
CCCAGTTTGACAGGGATGTCAAGCTGATATCTACAAAGAATGAAAGAATC
AGCACTATTATATTATTAAAAATATAAACATTAAACATAATATTAATTAC
ACAATTATATAAGACTAAGGCCAATTGAGATGAATAAAAAAAAAGATGCG
CCTTCGTGAGCTAGTTAATCCCGTTGATAGTAACAATAGATACGGTAGAT
AAATAACAGAAGGAAAGATAAATCCTCCAGCCTCACTAAAAAATATTTTT
TCCTTTCTATTGATGGAGTTTCTCCTATTTCTTCAAGCCTCAACTAAGAC
CAAAGCTTTCTGTCACTAACGTACCAAAAGCCAATGAGTCCTTCCAAAAT
AGACTCATAATTCCAGATGGGTGATACCTTACACCTAGGTCCTTATAAAG
TATAACCGTTACACTATGCTTTCTTCATTATTATATAATAATTATTTCAC
CCCTATTTTTCTTCTATCTTTTTCTCCTTTCTATATAATTAATATGATCG
AGTTACAACATTAAAGTTCGAACCGATAATATAAAAACATAAAAACGAAG
AGAATATGTTATCTGGCAAAATCTTCTTGGAGCAAAAATATCAGAGGCCA
AAATTGTTTGAGGTAAAATTACTGGTMAAGCCATAAAATATGGTTTCCCA
CCTTTATTGAGTCACTCAACCCATATTTTTGTCTAGCTATAGTATTGTGC
CCCCAAGAAAAAAAACTAAAGTGATATTTTATTAATACTTTTGAGAATGT
CTCATTAAATAAGTAATGCAACTCTTCTCTGGTATCATTTTTGAAAATTA
TCTGACATTCTTTGCCCTTCCCCGTTGGATAAGTCAAAATTTACTCCACG
TTTTTGGAATTGACACGTAGGCCCATCAATATAACCTACTATATAGTCCG
GGCTATAACACTGAGAACAGTTTTTAGGTCTTGAATATTTTGATGTAGTA
GAAAAAATAGTGTTCTATATAGAATCAAAATCTTTCGAATAGTTCAATTT
AAAAAAAAATTATTCTGTTCCTAAAATGTGGCCTCACTGAAATGCTAACG
TAAAATTAAGCCCAAGTTTATTTTCCTCTTTATTATTATTATAATTGAGT
CCATATTTACTGCCATAGCTTCTTTTTTAAGGACCTTTTCACAAAACCTC
TCCTTTTAAAAAAACTCAAGTATTTTCTAAAGGACTCTAGGGAAAGAGCA
GTTAAGGAAAAAATAAACTATTCTATCAAAAAACAAGGAAGACTATGTTC
CTAGCACCGACCTATAATGTCGTGTTATCGTTGTGACGTAGTTGCCCATA
TTCTTCTTCTTTATTGGGAGGGAGACGGCTTTTTCCAACTGGCTGSTTCA
GTGGAGGRATATGTAGCCGTTTCTAATTTTAAGCCAATCAAAATTGAGAA
CTACAAAATCCTACTTTCCTTGACTAGAGTCCTTTAGTATTATCTAAAGC
ATTAAACCATGTAGTAAAACGCAACCGTTAGCCTGAGGAGAAAGAATGGT
ACAGTGTTACCATTTCTTTCGCAAGATGTCGCTTTTCATTTTCCTGCCAC
CGAGCCTCACAAATATAAATTAACCTTCAGTTCAGTTCTAAATGCAGTAA
AGTTTGAATTACTTGAATTTAAATATAGTAATATGGATGATCATTATCCA
CAAAACCTCTGAAATTCACCTTTTCATTTAGTTACTCAAAGGTTATTGTT
TATTATTACTGTTGTAATGCTTTGGACCTTAGGTAATGTCATTAATTACA
TGTTTGAGAATCGCAAAAACTAAATAAGTACATTTATGAACAGCAGCAAG
TCGTCAAGAGCTCTTATTTCTTCACCAAATCACGAAACGGATAAATATTT
ACTTCATTGTCGTTTCAAGATGTCAAATTTTTCTCCAGGGAGTAAGTGTA
TTTCCATATAGTGGTGGAGGATGCTAGATATTCTCCTCCTTGACCAAGGA
CTTTCGTGAGAGGAAGATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNAAGATTACTAGGACGCTAGTTTTCTAAATTTAATAATACGAG
GGATTTACCTAAGAATAAACTAGTCACTACAATATATATTTACAATATCT
TTATAATCAAGCACGCTGAGGTTTTCGAAGAAGAGTTATCACTATCACAT
AAGTGTACGGAATTATGGGGATATATCATATAATATAGGAGTTTAATTTT
TTTTACCGAAGAAAATAACCTGACATCATACTATAAGAATATCGTTGATG
ATTTGGAATGCCAGTGGTCAGCTTTAACTTTTATGTGTTATAGAAAAATC
TGATCTTCGTGTGCTTATAATATCAGTATAACTTTTATTTTATCTTAATT
TATCTTGTTTTCATATTTTAACTTCAAAAAGTAAAAAGCCTTCAGCACAT
GAACCAAAGTAATTAATTACCTTAAAATTTGATATTCAAATTTTGAATTT
ATATTAACTGATATCATCCAACTGAATCCAATTATTGAACATCCAATAAA
ATTATTATATAAATGGTTTATAATAAGCTAAATAAGATTTAAAAGGATTA
TATAAAGTTGTTTTAATTTATTGACTCCAGAAATGTGCTTAGCAGCTTTC
GATTTTTTTCTTTATACTTTGATAATACACTTTTTAAAAGCTATAATATA
TTTTAAACTTTTTGTTGGTTGTGTTTGATAGTTATTGTATAGTAATAAAT
ATTTTTTATTTTTGAATTGTGTCTATTATTATTTGTAACAAGACATAATT
ACTGCATAGTTTATATTTATGAACAAAAATTGAGCTTCATTTTCAAGCCA
AATAACTGAAATTCCTTTTTGAATGTAATTCAAATACAGTTCTTTGAAAG
ACGTTGTGCTTCAGGTATTTGATCAATGGTATACTGAAAGTATCCCTTAA
AGACTACATATTAAGCATATTATACCAGTAGCGCGTAATACATTTTATCG
TATCATGTTTTTTATGCATATATTCATAATAGATTATTGTGAATACACGA
TCCCGAAGAATGTTAAGTTACAAGATAAATGAATGGAAAAAACCATTTAC
TAGGGACTCTCAGGTTCACTTTTTAAAAGATTTCACATGTTGGTTTGATG
TATGGGAAAGACTCGGAGACTAAGCAACAAGTCTCACCAAGTATACGTCT
TTAGCAGCTAAACAAATATTAATAGGACCATATATAATGTATCGAGAATT
ACTGGATGAGGTCGACATCAACCATGTTTGATGGACTTATCCGTCTGTCA
GATCTTTTATTTCTAACTTGCTGTGTATTTTGAACTTTTTCAAATTTATA
AGATAACCGGCTAATATTCAATCAAATAATTTCATCTAAAATATCTCAAC
AAATATTTGTAAAATTATTTTTAAATATTTTTGAACATGATCCTTATGTT
TCAGGCATTGCCAAAGCAGATAGTATATTATAGTATGTAAAATTTTCAAG
TGTATGGCAAACAATTACATCTCTGATGTGAATAACAATAAAATTCACGA
AAACAAAAAAGTAATTGGATATCAGTATAATAAATCAAGAGTAAAGAAAC
TTAACAGTGTGTAAGCAGGAAGCCTTATATAATCATAATTCTATGCTCCA
AATAATTTTTATTGTTTGTTAATGTTTAATATTTCGTATAGAGTCCAGGA
TAAGTTACCATATCCTCAAGTCCAAGAAGAATCCACATGGCACCAGGTTA
ATGAGTTCTCGTAGCACACAATTGAGGAAGATTTATCATAATCTAACGAC
TTCATTGTATCAGATCGGTTCATGTACTAGACTTGATGTATATCAGAGGC
TCTATCGATATGCATGATTCCAGTTCCAAAGATTTCTGATGCACAATTAG
AATATACAAGGATTTTCCACTCTGTTCACAAAAACATAAAACTACATATT
ACTCTTCACTTTTTATTTGTTTGTCTCCTTTTTCGTAGATCGAAAGCTGA
AACTTCCCTTCCTTATCTAAGAGTTCATTGATATAGATAATTACATCTAT
TTATACCAATGATAGACGATATTTCTTCTTTTACAGCAGTGGTTGAAATT
TTTTTGTAGTGTTACACCAAAATAACTTGTAGTAAAATTAATTTACCCAA
ACTAGTAGGATGAAGCTTATTCTTTTAACACTAAGATGTAAAAGTCCTTC
TTTATGGCATGGAATTAACACAAACAAATATCCATTTTCAAAAAAAAAAT
TTAATTACCCCAGTTGGGTTAATTTATCCGTTTTCCCAGACCACTGTTTT
AAAGGGAGATGTTAACACACANCGACTTATTAAATAATGAACAAAAAAGA
ACACATACATCCACCTTTTTTCTTTTCTACTCACTATACTTAGTTTTTCC
ATTAGACAAATCCCTTCTTTAATAATCATTATTATCATATTGATATAATT
GTTGATCCTACTAATACCTTGAACTCTACAAAAGTTAAATTCCTAGATTA
TACAATTATATAAAAGTACCTAATTAAGTAATACGTTTCCATAACAACAG
ATTAGTGTATTAAATATTTTTGTTCGTAATAATACTTAATAAAAAAACAA
TCAATAAGTAATCAAACTATCTACGCATATATAGTAGATAAATTAAAAAG
GCCTTTTTCCTTTAATTTGAGGTTGTAATTTAAGAATTATAAAGATAAAA
TAAAGATGAGGATACTAAACTTGAAGGAAAGATAAATCTTCCGGCGAAAA
TTTGTGATTCACTAAAAAAGTATTCCTTCCTTTCTATTGATGGAGTTTTT
TCAATTTCTTCAAGCCTTAACTAAAACTAAAGCTATCATTCAATTATATG
CAAAGTAAATGAGTCCTTCCAAAATTGACTCATAAACTCAGATGGGTTAT
ACCATACACATACGTCGTTATAAAGTATAAACCGTACACTATTCCTTCTT
CATAATTATATATTAATTCTTTCATCTCTATTTTCCTTTTTCCCCGAGCT
ATATAATTTATATGATCGAGTTATAACAGAAAAGTTCGAACTAATAATAT
AAAGGCGGAGAATATGTCATGCGGCAAATTTTTCTTGGAGCAGAATTATC
AGCGGCAAAAATATTAGAAGCGAAATTACCTGTCACATCATAACATATGT
CCCACCGGTTTGTTAAAATAAAATAAACAGAAATTTAACGTGGTTAACAA
TACAATTTGAAGAATATTTGGGAGGAGATCAACCTACCTATCTTGACCTT
TAACAATTGTGAGAGGATGGAAATAAATGTAAATCCCACTTTGTATATAG
CAAAGGCATTTAAGCTCGAGTTACTCCAATTCTTCTGCAGTATAACAAAG
TCTAACACTTATAAATTTCGAGCAAACCCTCATTGTTACTCTTCGTCTTT
CCTAAGTACACGGACAAGTGATTACTTTATACATATATAGATCTTCTAAA
TAAAGAAAATTAAATAATAAGGACAATAGCATTGGAAAATAAAAAATCAT
GTTAAGATTACCCACTAGAAAAAGGTACATCTACTTCCTAGGACGAGTTT
TATGGATATTCATAAAAAATTGGAATTGAACAAGAAGAATATTCTTCCGT
TGTGGGATTCAGCTAGCTTTTGATTATTGAATTTTAAAATTATAGGGATT
ATACTGATTTATTACCATAGTTAAAATATACAGTAAATCTTTTATTAGAA
TAGGATGATTTTACAACATCAAAACAATAAACCAAAAATATTTAGCATTA
TTTTATACGTTAATTAAATTATGGTTTCCTNCCTTTTTTGAATCACTGAA
TCCATATTTTGTCTAATTATATTGTACCCATAAAAATTTTGGTTAGAATT
TTTATCAGATTATMGACATGGGTAGTGATTTAAATAATTATTTGGCCANA
CAACTTCATATTTGGAAATCTATATCATGTATTCNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTTCATTTTTCCAAGAAAAAT
CTCTTTATTCGTCTGCTTCCGAAAGAGTTCCAATATGAGTTTGGATTGTC
TTTACTTAGATGGTATTGTAAAATAAGTTCAAACCTCGGAATAGGTTTCC
TTAGTAATCAAGGAATGCCTCATGGAGAAAATGAAGAGCTCACATCGTTT
TGAATGAGGATTGGATTGAACAAAAATTTCAGATAGTTTTTATTGAGGAA
TAATTTCGATTTAGCTCCTAAATATAGACAACCACAATATCTAAAAAGAA
TTAATTTTCAAAAATTGTATAAAAAATATAAATACTAATTTAGTTGGTGC
TTTCTGATCCATTCTTAGTTTACTTTCCGGTACAATATTGAATATAATAA
ACGCTTTAATTTGAAAATATAAAAATCAATTTGTTTATTTTTCTTACTAC
TTTAATGTTATTACATGTTTTGTTTCTGGTTCAAATTTATTACATAGTGA
GACTTTGNAGTATGTATTATAATTTTGGGCAGAATCCCATAATTATTCCA
ACAGAAAACAACCATTTAATGCTTTTTATAGCAATAAACATTACATATTT
TGATTAAAAAGTACAAAGGAAACATAAATTTAAGCTAGAATAAACATAGA
CAACGTATAACCCTAATTTATTTATATATTAAGGTGAAATGTCCTAAGGC
GAAGTGGTTTAAGACAAAATGATCTGAGGCAAAATAGTTTAAGGGGAAAG
TGCAGGTCACGATTACTGATAGTTACCTTATACAACTGCATCTAATCATT
TGTGAATATTTTTCAAGTTTCTTTGGATAGGGATTACCACCATTATCTTA
ATATTAGGTAAAGTTTTATAACAAAAAAACAGTCATTTTATCCAAGAAAT
CACTTATATATTAAAAAATAAGTAGTCATTATTTTTTCTTGACATGAAAA
GCTAATGTGAAAAAAATAAACTTACAATTAGATCTTAATTTGTTATTTAT
GTTGAGGAAGAGTTTATCTTGCCAACAGAACTGAACATGATGCATTGAAT
AAGCCTCTGTTGCCTTGTAACTTTTACTTGTCTCTCCACAAAGATATTTA
TATTTATTTATAGTAAAAATTTGAATAATACTCGGGAAATCAAATTTTCT
AAAGATTTTCTACATAAATATTACCTTGCAGTATTTTGTAATACATACCA
ATAATAGTTATGGAACTAATAATAGGAAGTATTTTGAAATTTCTACTCGC
CTGACAACAATCACAATAGCAAAATAGCATTTGCATGCCCAAAATAAAAC
CTTATTAATCAAAAAGATAAAAAATAAAATAACAGTGAACTCATAAATAT
TGAATGTAAATTTCGAAGAATATCATTATCTTTACCAGTCTAAAATAATG
TTCCGCTTATTTTCCAATGCCAAGTGACTCAGTAGTAATAAAGCAATCAA
GCAAGAGCTTGAAGTGTCCAGGTCACATAATTATCCGTATAGACCCTATT
ATATATTAGGACGTCCAACTTATAAATGGAATTGATATAAATGTGATAGG
GATGAGTGGTTTCTGTGTTATATACACCCAGGAAACTGAAGGACTCTTAT
TAATGGAATTGTTTTCTTAGAGTAGGAGACGAAGCAGAGTTGACTTTCAA
TAATTTCAAAGAAGGAGATGTGGGTGGAGGATGAAAACTCTCTCTGCTAC
TCACTGGGTATTTCAGTCGATTATTATGTCGCCTTAGTTCTTCTTTGTAG
AAGTATACGATGATTCCGTGAAAGATCTGTAGGAATTTATGTAAAGGGAC
AATTATTAACGCAATCAGCAATCACTAGTCACAAGTCACCTTGATATGAA
GAGGTACCTGCACAATGAACGATCTTTCCATTAAAGGAGATTAGATCCAC
CGAGTTAAACACTTTGTTCATTGGGTCTTGCCTTAAGAGTCGAGATCCTT
TGACAAGACAGAAGGCTTAAGTTTTCAGTCACAAAGGCAGCAAATGCTCA
TATAATACGATGCCCTTGGCATCTTAAAATAATCATTCCCGATTTGTTGG
ATGTTGAGGAAAAAAATGTGGTGATCATTACTTTTAGAACTCCCGTAAAA
TTGAAGGCGACAATATTAAGTTATTTCAAAGAAATAAAGGATGGCAAAAA
ATTAATTGCTCAATTCTAATTTTATGCCAGAAGCTTTATGTGTTTAATGC
CTTCCGAACATTGTGCCAAGCTTTTTTATTTTACTCTCCATGCCTTCATG
GATTTTCCCACAACGGCTATTATAAAACGTTTAGTAATATTAAATATAAA
AGCATAAGAACACTAATTAAAGGTTTTATTTTACTCAACAATTGTAATTG
CTACAGCATTCTACATTAAAGTACCGTCTTAATTGAATAATTTGTGTACT
TTTTCTGGAAAAGAAACTAAGTACCTTCCGTCAACTTCAAGACAACATTT
AGAGACTTTGAATATAATTTAAATTTAAAGTCAGTTTTTAATATTTTTGG
CAATTGTTTCAGTTTTATTGTCTATGTCGTTTTTTATCTGATATATTATT
GGTTTTATAAGTTTTACATGCGTATCTGTGTATACATTTTTATGCCATTG
TGATGTAATCTTTCCCTGAAACATTAATTTAAACAAAAATGTTTGTTTAT
GTATATTTCTGTATCAATTACAAAATTAATTTGGACAGTTTTCTCCTCAA
ATAAATATAGCTCTTTAAAGATTTATGATTTTCATATTGACTATATGAAT
ATAATGTAAATTTTTCAAGGCCGTAGTTTTTTATTAATTATTTATTAAAT
TTTTGTTAAAGTTACAAGCATTTTTTATAAATACTCATACTACAATTACT
TAAAATTACCGTTAAATATTTTTGATAATTAACATATCTCAATACTTTAA
TAAGGTATTTCAAGTATTGTATGTCACCTATGTGAAACAATTATGTCACT
CAAATACCATCTCCAAAGATGTGTGATACCTTCCTTCAAGAAAGGTATTT
AGAGGTGACCAGCTGTTTTAGAAGGAAGTTTGGCATTGTTAGTCAGAAGT
TTGTACATAAACTAATAATAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTATTTAAATGTC
AGTCGTTGTTTTTCACATCACCTGAATTAATTTAATTATTTGCCAATACA
ACATCACAAAAGTCACAAAAACTGTAAGCGGAATGTGACACATTTATGTA
TTTACCCTTGTGAGGCTTCTCTTTGTTATTGATCTAGTATTCATTGGAAA
TTAATGTATAAGTGATTTATTTATGAATATAATATTCAAATCGATTGGCA
AAACACTAATATTATTATTCCAACCCCTTTTGCAACAAGTGAAAAAAATC
AACATCTTTTTTGCTCACTTTGTCGCTTTATATATTTTTCAAAATTTTTG
TTCATTAATGATTAAAATAGAATTATCTGCTTAGTTGTTAGCCTTAGTTT
CAAATCAAGTTAATATGTTTATATGTACTATCTGAATTATTATCAAACAC
GTGAAAAAGTCTATATATAACCAAATGATATCGTTTTGTCTGTTTTAGCC
CCCGAGAACCATGCAACAATAGTTAATAAGTACCAAATCAAGAAACCGTC
ATATGACATTGTAATTGTCTCATGTGGAGATTCACGTTTTATGGAAACTG
TAAATCTAATTAAATCAATTATTATGTTCTCAGAACAAATATCCATTGAT
ATTTATTTATTTGCTGATATTATTGGAGAAAAAATAAACAAACGATTTCT
TTATTTAAAAAATATATGGATTAAAAAATATCAAGGACTGGACATACAAC
TAAGAATATTAAATCCATTTAATCAAAATCAAGTAAGTATAATGGGATAG
TTATAATGCAAAAGTGAGAATATATGTTGCATAAATCATCAATGACTGTC
ACTTCTTACACAGTGCAAGTGTGCATTTATGTACAGGCATACTGTAAGAC
ATGATGAACAAATAATGATAATATTTTTCTTCTTCACCCAATCTTGCCGC
CGATTTATCGAACTATTCAAACCCTAAAATATCCAATGAAATTAAATATA
TAGGTAGGTTTTCACAGAACATTATGTAATCGTTGTAATTTTAAGAACAT
AATTTTGTAAAAATACTGCACAATATGTTCTTCAAACTTTAATAATCCGG
CCGTACAAGGATAAACTTTTTTTAGAATTTACAAAAATTAAAAATGACTT
AATATTAGTTTATGAATATGAAGTATGTTTTCTTTATCTCCAATTACTAC
CCCTCCCCAACCTTCAAAACAATACAGTAATTAGAAAAGTAAATAAAAAC
TGTATCTTGGCACTTGTAAAACAATAATAATAATAATTGTTAACGGCCTG
CTCATTCTAGAGAAGTGTTATTATTCACTTTTTCTTATTCGCTTTTTCTG
TCATATCATTAATTAACTTACGAACAATAAGAAAACGAAAATATCTTTAT
AGACAAAGCAGGGAGTGCTCTAAAGTACTCTTTCCTATACCTTTGAGTTG
TAAGTCGTATGCGCTGCTGGTATGTTAGACAAGAAAGAATGAAGCGAAAT
GACGGTAAAAATACAAATTATATATTACATAGTTATCACATTTTTTCGCT
TCATTATATTTATACCTATCGGAAGTGTCAATTWTTCAGTAGTGTAACTA
GGGGGGGGGGGGGAGGTTCATGGAGATGAAGTTGGTGAAGTTCATGTAAA
TCATCATAATGTTGTTGGTGCAGTGCAACTTGAAAAGAAGATAAAATATG
ATCATGATATTGATGAAGCTGATCCACTACAAATTACTGAGGAACAAAAC
TCTAATATTAATTTTGAAAGATATTGGGATGTTGCCTGCAATGTCTAATT
ACAGTATTTGGAAAATGCTTATACAAAAAGGATGAAAACTGTGCCAAATA
TTTACTGGGAATTCAAAGAAGTTGTACGTCCAGGGTAAATATTAAAACTG
AAAGGAGGAACCAAAAGCCTTTCAAGAAAATTGTTTTTTTGAATTTTTCA
AAATGGGGAAAAAAACTTGAGAACCTAAATAATATACTCTCCATCGAAAG
AAGCCAAGTTTTTTTTTGGTGTAAGCTATTTTCAAATGAAAACTCCAAGT
TTTGCACTGTTGATGGTTTCAAATCTTGGTGGAAATTGAACTCTAAGAAC
ATAAATCTAGTCTTGCAGATGAAAATGCGTTCGCTCAGTGGAAAGAGCTA
GACATTTGCCTTTTCAAAGGTAAGTCGATGGATAAAAAACACCAAATCCT
TGTTCAAAATGCAACAGAGAAATGGAAGCAAATTTTTACTAGATTATTGG
ACATAATTATGTTTCTTGCTCAGCAAAATCTAGTTTTACAAGGCAAAACA
AAATGTATACGAGCAAGGGAGGAAAATGAAAATAAGAGAAATTTTCTAGA
GTTTGTTCAACTCATGTGAAAGTACTACCCAGTGCTGCGTAAACATTAGG
TTAAAGTAAGAATTTCTATATATGCAACTTCCATCTCTCACCACTAATTC
AAAATGAATTTGTGAACCTCCTCGGATATCAAGTGAGAAACAAATTTATC
AATGAAGTGAAAAAGAGTAAATACTACTACATTTTTTCGATAGTACGCCA
GACATTTCTCATATATAGATTGAGTCAGGTGTTATGTTATGTTAAGATAA
CTGACAATGAAGTAAAAGTAAGAGAATCCTTTCTTTGTTTTATTGAGATG
AAAGGAAAAAATGCTGAGCAAATAATATGTATGATTCTTAAGCAATTAAA
AATGGACGGCATTAACATACAGGACTGTCGTGGAATTTGATAACGCAGCA
GTAATGGAAGGTCATCGATCTAGTGTTCAAACATGCATCACAGAAGTTAA
TCCAAATATTGTATTTGTACCAGGTAACAATCATTCTCTGAATTTAGCGG
CTGMGCATGCAGCCTTAGTGGTTGCAAATTCATTTACTTTTTTTTTTGCA
CATTGGACCTTTTATTTTCATTCTTCTCAGCCTCAACTCATCGGTGGTAT
ATCTTGATTGATATAACTGGCAAGTGAAAGTTATTCACACAAAATTCACG
CAAGTCATCAATGCGCTTAAACGTTTGATGGAAGACGTAGAAAACGGAAC
TACAAGCTTTGATACAGGTTTAGTTCTTCAATAATTTTTTCCTTGACATT
GCTTCGTCTTGGAAAGATATACTTCGTGAAATTAATGACACTCAAACGTT
CCTTCAAACGAAAGGACTGGACCTACAACAATGTGCCTTTAAATTATCAG
CCTTGAATGCTTCTCTACTTCAAAATCGAGACAAATTATTGGAAGATGCG
TTGGTGTATTCAACAAAAATTTGATCTGATATGAAAATCAGCACAGAGTG
TCGAATTCGCAAAAAGAAACGAATGGGGTGCGAAGAAAGTGTCAATGCCA
CTCAAAATCATGCTGTTCAACTAAGAAGAGAAATGTTGTCTGTGATAGAT
CGACTAGTTGGAGAAATATCCTCTATATTCGAAAGACTCCAGAATATTAC
AAAGAAATACATCTTTATCACACTGTCCAAATGGTTAGATAAACAGTATA
ATTGTAATTTAGATATTGCCGAATATAGTAATACTTTTAAGAATATTTTT
AACTCGTTCAATTTGTGTTAATAGCTGCGAGCGGTCGTTTTCTAAACTAA
AACTCATTAAGAATTACATCAGGTCAACAATGAGTCAAACAAGGTTGACT
GATTTGGCAATACTTTCTATAGACCTTGAGGAAAAAATTGATTTTGATGA
GGTCATTCACGATTTTGCAAATCGCAAGGCACATACAATCAATTTATAAA
CTCCAAACTCCTCTATTGATGAATATTTATCCTGGATCCAGGATTGTAGG
GTCAAGATTGATTTACTCAGATACTTTTTGAGCTGTTATACCACTTCTTC
TTTCTCTCTTTCTGTCCTATCCTTTTCTTTCTCTTTTTTCCTTCCCATAA
TGACCATTTAATAATTGAATGAATGGATAAAATCAATTAAAAAAGAGCTC
TTAAAATAATGCAATGATATTACAATAACATAGAATGGATTGGAATAGAC
TATTCTTTCAAATTGAAGAACAAATTTTCATCTATCATATGAGTAAAGAA
GGGATTTATTTAAAGATAAAGGTAATTTTTACTTATTAGGAAAGGAAAAA
CGGTTCATACGTTTACTCTTTCTTCTTTTTCGTTGATTATTTAGTGGCCG
MTAGAGMGTTAACATTTNCTTCTAAAAGATGAATTATCTACTATCTTTAG
TGTAAATTGATTTAAAAAATGCATAATAAAATAAATATATATGAATTTCA
AAATAATGATAATATTTTCCCTGCACTAATACTATTTAAATATAGTAGTA
ATTCATTTTTTTTCCCTAAAATCATATTAGAGGGAGCGGATATTAATAAG
GTTCTTATTTCAGAAATACTGTGTGTCTCACTCCCAATCTCGTGTCTGAC
AAAAGCTCAATTTCTACTTATGAAATATTTACAATTTCTGAATTTATTAT
TCTTTGACCTATCAGCTTATGAATTTTAAACAGAGGTAACTCAAGTTTAA
ACATTATAAATACATTTTAACTAGTTTTTGAATTTTTTCAACATTACAGT
TTGAAAAATATTAATATTCTTTGTCTATATCTTCAACACCAAGAACTTTA
AAAAAGCTTTAAATAGCCCAAAGTAAAATAAAACTTAATTGCCACTTATT
AAAGGCCTTGAGGATGAAAGACAAAAATTTAGGCTATATTTAGAATTAGG
GGATCAAACTGAACTACATCGTACTTATGACATTTTGACTATTGAACAAC
ATTAGTAATTACTGCTAATGTAAATGCTCACAGATTTTTTAAAGCTAATA
TTTTCTATTTTTTTCTTCAAATTAATAAAATTTTCTTTTTTTGAATAAAA
ACTTTCATTTATTTTTACAGGAAATTGAATTTTCAAAAACTGAGTTTGCA
CCATGTGCAAATCTGCGTTTGTATATACCCGAACTTTTACCAAAAAATAA
ATCAAGAGTTGTTTATATCGATACAGACGTTTTATTCCTTGGAAATACAG
GAAGCATTTTTTCTAAGGTATTTCATAAAATGGAGCAAAATAAAAAAATG
ATTGCATTGACAACGGAAAACAAAAATGATGACATTTCATATTACTTCAA
ATATTCAGCATTGCCTTCATTATACGTAAGTTTTAAGATTTACTTAAAAA
TATATTATACAAACCCAAAATAAAATATCAATATTCTATTAATTAAGAGA
AGTATATAATAATTAAGGATGGGAATATTGCAGTGACCGTAAAAACCACG
CTTGAGACAATGCCTGACATTATATTTCAATTTTGAGTACAGACTGGTGG
AGAGACGGTCTCGAAATAGAATTGAGACAGCTTCGGACTGCAGTCAAAAA
ATTATATTCATTTATTATATTTCCTTCATTTATTTGTTATATATTTAATA
GTTTTACTTTTAATACTTCACAAATAATAAGGAGCAATGAAGAAAAAAGA
TTACAGTCAAAAGCTGACTCAATTATGCTTCTAGCCCTATCTAGTAGCCC
TTGCATTTAGAGACAACATATTTGCGGAAAAAGATCACTATAAACTATAG
TGCTCCTTACAGGGCCGT
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