EMLSAG00000008838, EMLSAG00000008838-691604 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000008838
Unique NameEMLSAG00000008838-691604
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:R4GI08 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0030246 GeneTree:ENSGT00690000101954 EMBL:AADN03003146 EMBL:AADN03003268 Ensembl:ENSGALT00000043195 Uniprot:R4GI08)

HSP 1 Score: 113.235 bits (282), Expect = 2.377e-26
Identity = 77/241 (31.95%), Postives = 112/241 (46.47%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGF--EGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACV 281
            +S  L+ Y   ACD + +SL CP  T ISIQ   YGR  PS Q+CP     P+ Y     E + C    +L+ + D+C D   C  + +  +FG   DPC    KY+ V YKCRP +++S+  C  + +RL C   +  +AIYSA F       + CP +             LG   I           +C+S  A + +++ CHG++SC + A     G P   G     +L   Y CV
Sbjct:   36 ISEVLKNYTDHACDGEYVSLRCPHRTTISIQSSFYGRIVPSHQMCPYRS--PRSYATLIKEDVACSVGTSLQKMLDECQDRRSCRFLVSSRLFG--IDPCPETAKYLLVWYKCRPNEYKSKVACEDDKLRLSCK-KSMVIAIYSAIFGRTQGGSLECPYQN------------LGMPMI-----------ECKSATALQLVIKRCHGKRSCSIYASTYEFGDPCYPG--IQKHLNVIYTCV 246
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BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:Eva1c "Protein Eva1c" species:10116 "Rattus norvegicus" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 RGD:1307569 GO:GO:0030246 EMBL:AABR06067650 GeneTree:ENSGT00690000101954 CTD:59271 OMA:YGRRTQE OrthoDB:EOG79PJPP TreeFam:TF328177 KEGG:rno:360695 NextBio:673772 RefSeq:XP_001073261.2 RefSeq:XP_340967.4 Ensembl:ENSRNOT00000002838 GeneID:360695 UCSC:RGD:1307569 PRO:PR:D4A895 ArrayExpress:D4A895 Uniprot:D4A895)

HSP 1 Score: 101.293 bits (251), Expect = 1.545e-21
Identity = 91/370 (24.59%), Postives = 155/370 (41.89%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q C P +   ++    + L C    AL+ + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C G +K + IYSA +   T     C                  GA +L P         C S  A++ + + C+G++ C V+      G+P   G     YL  AYACV  ++L             A   ++  +     + + K+ PS S   R            DG+I                              VS+ ++++ +I+ H E+  L  V S+ +GL L L  L+
Sbjct:   56 LTKLLQNHTAYACDGDYLNLQCPRHSTISVQSAFYGQD---FQRCSPQEPISQRE---DNLTCVASTALQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDQELKLHCHG-SKFLNIYSAAYGRRTQQTDICS----------------SGAELLPP-------FDCLSYTASQVLSRRCYGKQRCKVLVDNYHFGSPCLPG--VKKYLTVAYACVPKNILT--------AVDPAVANLNPSLKKDDEYGI-KFNPSGSRVVRK-----------DGVI------------------------------VSNSLAAFAYIRAHPERAALLFVSSVCIGLFLTLCALV 341
[Close]
BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:Eva1c "eva-1 homolog C" species:10116 "Rattus norvegicus" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 RGD:1307569 GO:GO:0030246 EMBL:AABR06067650 GeneTree:ENSGT00690000101954 CTD:59271 OMA:YGRRTQE OrthoDB:EOG79PJPP TreeFam:TF328177 KEGG:rno:360695 NextBio:673772 RefSeq:XP_001073261.2 RefSeq:XP_340967.4 Ensembl:ENSRNOT00000002838 GeneID:360695 UCSC:RGD:1307569 PRO:PR:D4A895 ArrayExpress:D4A895 Uniprot:D4A895)

HSP 1 Score: 101.293 bits (251), Expect = 1.545e-21
Identity = 91/370 (24.59%), Postives = 155/370 (41.89%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q C P +   ++    + L C    AL+ + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C G +K + IYSA +   T     C                  GA +L P         C S  A++ + + C+G++ C V+      G+P   G     YL  AYACV  ++L             A   ++  +     + + K+ PS S   R            DG+I                              VS+ ++++ +I+ H E+  L  V S+ +GL L L  L+
Sbjct:   56 LTKLLQNHTAYACDGDYLNLQCPRHSTISVQSAFYGQD---FQRCSPQEPISQRE---DNLTCVASTALQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDQELKLHCHG-SKFLNIYSAAYGRRTQQTDICS----------------SGAELLPP-------FDCLSYTASQVLSRRCYGKQRCKVLVDNYHFGSPCLPG--VKKYLTVAYACVPKNILT--------AVDPAVANLNPSLKKDDEYGI-KFNPSGSRVVRK-----------DGVI------------------------------VSNSLAAFAYIRAHPERAALLFVSSVCIGLFLTLCALV 341
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BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:CG42402 species:7227 "Drosophila melanogaster" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0030246 GeneTree:ENSGT00690000101954 EMBL:CM000459 RefSeq:NP_001137538.2 RefSeq:NP_001263172.1 UniGene:Dm.37091 SMR:B8BPV3 EnsemblMetazoa:FBtr0301942 GeneID:7354470 KEGG:dme:Dmel_CG42402 FlyBase:FBgn0259821 eggNOG:NOG247306 OMA:SISIEFA OrthoDB:EOG7NGQBH GenomeRNAi:7354470 NextBio:20902901 Bgee:B8BPV3 Uniprot:B8BPV3)

HSP 1 Score: 100.523 bits (249), Expect = 1.159e-20
Identity = 59/213 (27.70%), Postives = 95/213 (44.60%), Query Frame = 0 
Query:  104 DCDFPEALKF-----IEDKCHDHEVCSMVTAPEIF------------------------GRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLK 287
            +C +P AL++     + + C   + C    +PE +                            DPC   +K +EV YKCRP +FRS+  CH +  +L+C+  + R+A+YSA+F       I C                        P+ + ++   C ++YATE +MQ+CHG++ C + A   + G+P     N+ +YLK  Y CV   VLK
Sbjct:  171 NCMWPNALQYSLLQTVVEACQKKKHCKFHGSPEFYGQGSSGVGDSSGTSSYHSSTASSNAISNDPCPKRKKIVEVAYKCRPYEFRSKVACHNDVAQLECNPYS-RIAVYSASFGRTEYESIQC------------------------PQPQGVREETCLASYATETVMQICHGRRRCNLAADANTFGSP--CQPNSRMYLKVVYTCVPKQVLK 356

HSP 2 Score: 61.6178 bits (148), Expect = 1.416e-8
Identity = 28/64 (43.75%), Postives = 37/64 (57.81%), Query Frame = 0 
Query:   16 FYLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGR 79
              L F+ I+         ++R DP ALLS TLR YQK ACDS  + + CP GT ISI+  +Y +
Sbjct:    9 LLLSFMCIISTATADGEIIFRIDPLALLSATLRTYQKAACDSDQVLIACPRGTSISIEFAQYNK 72
[Close]
BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:LOC100857603 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0030246 GeneTree:ENSGT00690000101954 OrthoDB:EOG79PJPP TreeFam:TF328177 EMBL:AC164654 Ensembl:ENSGALT00000025609 Uniprot:F1NXQ0)

HSP 1 Score: 95.5153 bits (236), Expect = 1.001e-19
Identity = 66/239 (27.62%), Postives = 114/239 (47.70%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACV 281
            L+  L+ +   ACD + LSL CP  + ISIQ   YG++    Q+C  TQ    + T  E  +C  P +L+ + D+C +   C ++    +FG   D C G  K++ V++KC+PT+++++  C  + ++L C   +K + IYSAT                       Y  +     I   K +++    C S+ A E + + C+G++ C ++      G+P   G     +L  +YACV
Sbjct:   22 LTKLLQNHTAYACDGERLSLHCPRHSTISIQTAFYGQDY---QMCG-TQQPEARMT--EPTNCVAPTSLQKVLDECQNLRSCQLLVNSRVFG--PDLCPGTTKFLLVSFKCKPTEYKTKSACENQELKLHCQ-ESKFLIIYSAT-----------------------YGSWAHEDNICSAKAERVPQFDCLSHTALEVLSKRCYGKQRCKIIVSSQDFGSPCLPG--VAKHLNVSYACV 226
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BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:EVA1C "Uncharacterized protein" species:9913 "Bos taurus" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0030246 GeneTree:ENSGT00690000101954 CTD:59271 OMA:YGRRTQE OrthoDB:EOG79PJPP TreeFam:TF328177 EMBL:DAAA02000041 RefSeq:NP_001185956.1 UniGene:Bt.3923 PRIDE:E1BJZ3 Ensembl:ENSBTAT00000023019 GeneID:516536 KEGG:bta:516536 NextBio:20872250 Uniprot:E1BJZ3)

HSP 1 Score: 95.9005 bits (237), Expect = 1.116e-19
Identity = 89/382 (23.30%), Postives = 151/382 (39.53%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSRI 424
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q C P Q   ++    + L C  P  L+ + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC    ++L C   +K + IYSAT+   T     C                         + ++L    C S  A   + + C+G++ C V+      G+P   G     YL   YACV  ++L       D +      ++    G      L+  EP      R    D +I                                      VS  ++++ +I+ H E+  L  V S+ +GLAL L  L+  +  +K    +
Sbjct:   56 LTKLLQNHTAYACDGDHLNLQCPRHSTISVQSAFYGQDY---QKCSPQQPASQRE---DSLTCVVPTTLQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDHELKLHCH-ESKFLNIYSATYGRRTQERHVC-----------------------SSEAERLPPFDCLSYSALHVLSRRCYGKQRCKVLVNNHHFGSPCLPG--VKKYLSVFYACVPKNILTA----IDPSVANLKPSVKQKDGDYGV-DLDPREP------RVLRKDGVI--------------------------------------VSHSLAAFAYIRAHPERAALLFVSSVCVGLALTLCALVIRVSCTKDFQEL 354
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BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:Eva1c "eva-1 homolog C (C. elegans)" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 MGI:MGI:1918217 GO:GO:0016021 GO:GO:0005886 GO:GO:0030246 GeneTree:ENSGT00690000101954 CTD:59271 eggNOG:NOG287161 HOGENOM:HOG000293165 HOVERGEN:HBG051238 OMA:YGRRTQE OrthoDB:EOG79PJPP TreeFam:TF328177 EMBL:AF358257 EMBL:AK016443 EMBL:BC100350 EMBL:BC132305 RefSeq:NP_001186139.1 RefSeq:NP_081903.1 RefSeq:XP_006523150.1 RefSeq:XP_006523151.1 UniGene:Mm.253077 UniGene:Mm.487127 ProteinModelPortal:P58659 SMR:P58659 PhosphoSite:P58659 PRIDE:P58659 Ensembl:ENSMUST00000037539 Ensembl:ENSMUST00000099543 Ensembl:ENSMUST00000099548 GeneID:70967 KEGG:mmu:70967 UCSC:uc007zwp.2 UCSC:uc007zwq.2 InParanoid:P58659 NextBio:332705 PRO:PR:P58659 ArrayExpress:P58659 Bgee:P58659 CleanEx:MM_4931408A02RIK Genevestigator:P58659 Uniprot:P58659)

HSP 1 Score: 95.9005 bits (237), Expect = 1.157e-19
Identity = 87/370 (23.51%), Postives = 151/370 (40.81%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   +   ++    + L C     L+ + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C   +K + IYSA +   T     C                  GA +L P         C S  A + + + C+G++ C V+      G+P   G     YL  AYACV  ++L             A   ++  +     H +  + PS S   R            DG+I                              VS+ ++++ +I+ H E+  L  + S+ +GL L L  L+
Sbjct:   56 LTKLLQNHTAYACDGDYLNLQCPRHSTISVQSAFYGQDY---QMCSSQEPISQRE---DNLTCVASTTLQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCENQELKLHCH-ESKFLNIYSAAYGRRTQQRDICS----------------SGAELLPP-------FDCLSYTALQVLSRRCYGKQRCKVLVDNYHFGSPCLPG--VKKYLTVAYACVPKNILT--------AVDPAVANLNPSLKKDDEHGIT-FNPSGSRVVRK-----------DGVI------------------------------VSNSLAAFAYIRAHPERAALLFMSSVCIGLLLTLCALV 341
[Close]
BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:EVA1C "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0030246 GeneTree:ENSGT00690000101954 OMA:YGRRTQE OrthoDB:EOG79PJPP TreeFam:TF328177 EMBL:FP312824 Ensembl:ENSSSCT00000027220 Uniprot:I3LVN6)

HSP 1 Score: 94.7449 bits (234), Expect = 1.694e-19
Identity = 93/386 (24.09%), Postives = 161/386 (41.71%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSM-----YRSKRLSR 423
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   Q   ++    + L C  P  L+ + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC    ++L C   +K + IYSAT+   T     C   E+    P    D L  A                   A + + + C+G++ C ++      G+P   G     YL   YACV  ++L           TA    + A +  SST     Y+ +       F+  +  +   DG+I                              VS  ++++ +++ H E+  L  V S+ +GLAL L  L+  +     +R  +L+R
Sbjct:    5 LTKLLQNHTAYACDGDHLNLQCPRHSTISVQSAFYGQD---YQMCSTQQPASQRE---DSLTCMAPTTLQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDHELKLHCH-ESKYLNIYSATYGRRTQERDVCS-SEAGRLPPF---DCLSYAA------------------ALQVLSRRCYGKQRCKILVNNHHFGSPCLPG--VKKYLTVTYACVPKNIL-----------TAIDPGV-ADLKPSSTQKDGDYDETGIK----FDPREPRVLRKDGVI------------------------------VSHSLAAFAYLRAHPERAALLFVSSVCIGLALTLCALVIRVSCTKDFRELQLAR 311
[Close]
BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:EVA1C "Chromosome 21 open reading frame 63, isoform CRA_c" species:9606 "Homo sapiens" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0030246 EMBL:CH471079 EMBL:AP000269 EMBL:AP000270 EMBL:AP000271 EMBL:AP000272 RefSeq:NP_001273485.1 UniGene:Hs.208358 GeneID:59271 KEGG:hsa:59271 CTD:59271 HGNC:HGNC:13239 HOGENOM:HOG000293165 HOVERGEN:HBG051238 ProteinModelPortal:A6ND58 SMR:A6ND58 Ensembl:ENST00000382699 UCSC:uc010glw.1 NextBio:35462468 ArrayExpress:A6ND58 Uniprot:A6ND58)

HSP 1 Score: 94.3597 bits (233), Expect = 3.241e-19
Identity = 91/370 (24.59%), Postives = 155/370 (41.89%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   +   ++    + L C      + + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C   +K + IYSAT+   T     C                         K ++L    C S  A + + + C+G++ C ++      G+P   G     YL   YACV  ++L               T I   I +         +PS              L+  DG+  D      PS      G K    D +   LVS+ ++++ +I+ H E+  L  V S+ +GLAL L  L+
Sbjct:   56 LTKLLQNHTTYACDGDYLNLQCPRHSTISVQSAFYGQD---YQMCSSQKPASQRE---DSLTCVAATTFQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDQELKLHCH-ESKFLNIYSATYGRRTQERDIC-----------------------SSKAERLPPFDCLSYSALQVLSRRCYGKQRCKIIVNNHHFGSPCLPG--VKKYLTVTYACVPKNIL---------------TAIDPAIAN--------LKPS--------------LKQKDGINFD------PS------GSKVLRKDGI---LVSNSLAAFAYIRAHPERAALLFVSSVCIGLALTLCALV 339
[Close]
BLAST of EMLSAG00000008838 vs. GO
Match: - (symbol:EVA1C "Protein eva-1 homolog C" species:9606 "Homo sapiens" [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR000922 Pfam:PF02140 PROSITE:PS50228 GO:GO:0016021 GO:GO:0030246 EMBL:AF358258 EMBL:AY040087 EMBL:AY358787 EMBL:AP000269 EMBL:AP000270 EMBL:AP000271 EMBL:AP000272 EMBL:BC038710 RefSeq:NP_001273485.1 RefSeq:NP_478067.2 UniGene:Hs.208358 ProteinModelPortal:P58658 SMR:P58658 BioGrid:121863 IntAct:P58658 STRING:9606.ENSP00000300255 PhosphoSite:P58658 DMDM:20137295 PaxDb:P58658 PRIDE:P58658 Ensembl:ENST00000300255 Ensembl:ENST00000435323 Ensembl:ENST00000437338 GeneID:59271 KEGG:hsa:59271 UCSC:uc002ypr.1 CTD:59271 GeneCards:GC21P033786 H-InvDB:HIX0027783 HGNC:HGNC:13239 HPA:CAB034174 HPA:HPA015720 HPA:HPA029944 neXtProt:NX_P58658 PharmGKB:PA25858 eggNOG:NOG287161 HOGENOM:HOG000293165 HOVERGEN:HBG051238 InParanoid:P58658 OMA:YGRRTQE OrthoDB:EOG79PJPP PhylomeDB:P58658 TreeFam:TF328177 GenomeRNAi:59271 NextBio:65150 PRO:PR:P58658 ArrayExpress:P58658 Bgee:P58658 CleanEx:HS_C21orf63 Genevestigator:P58658 Uniprot:P58658)

HSP 1 Score: 93.9745 bits (232), Expect = 4.841e-19
Identity = 91/370 (24.59%), Postives = 154/370 (41.62%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   +   ++    + L C      + + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C   +K + IYSAT+   T     C                         K ++L    C S  A + + + C+G++ C ++      G+P   G     YL   YACV  ++L               T I   I +         +PS              L+  DG    N     PS      G K    D +   LVS+ ++++ +I+ H E+  L  V S+ +GLAL L  L+
Sbjct:   56 LTKLLQNHTTYACDGDYLNLQCPRHSTISVQSAFYGQD---YQMCSSQKPASQRE---DSLTCVAATTFQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDQELKLHCH-ESKFLNIYSATYGRRTQERDIC-----------------------SSKAERLPPFDCLSYSALQVLSRRCYGKQRCKIIVNNHHFGSPCLPG--VKKYLTVTYACVPKNIL---------------TAIDPAIAN--------LKPS--------------LKQKDGEYGIN---FDPS------GSKVLRKDGI---LVSNSLAAFAYIRAHPERAALLFVSSVCIGLALTLCALV 342
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592834858|gb|GAXK01122686.1| (TSA: Calanus finmarchicus comp1209514_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 193.356 bits (490), Expect = 5.556e-52
Identity = 108/282 (38.30%), Postives = 153/282 (54.26%), Query Frame = 0 
Query:   16 FYLPFLLILVA-HVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYT--GFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRD-KDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR 293
             Y  F++I  A  + +QY+V R DP A LS TL   Q  ACD + L + CP GTKISIQLV+YGR  P  ++CP    YP      G     C   EA++ +E++CH  E C++  +PE   +D +DPC   RKY+EV YKC+P  FRSR VC GE + L C   + R+A++S +F+   + H++CPL       PG Y       GI H +      ++C++   T+ + ++CHG  SC   A    L A  C   + ++ LKT YACVD  V    +  R
Sbjct: 1015 MYRSFVIICQAVLIMSQYQVVRRDPLAELSSTLHTRQSAACDGEELKMACPSGTKISIQLVQYGRLIPDDEVCPSNIRYPGTSISKGENEEKCLILEAIRTVEERCHGRESCTITASPESLAKDLRDPCPQVRKYVEVLYKCKPASFRSRVVCGGEQVSLSCQNPDTRLAVFSTSFSTPASGHVFCPL-------PGRYVGRKRRPGIYH-EINLPGINECKNFPVTDKVSELCHGYHSCTFKADPFDLEAVPC--QSFHLTLKTTYACVDKSVFHAKFVDR 1830
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592869128|gb|GAXK01088434.1| (TSA: Calanus finmarchicus comp1542780_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 144.821 bits (364), Expect = 4.628e-36
Identity = 90/283 (31.80%), Postives = 140/283 (49.47%), Query Frame = 0 
Query:   14 IYFYLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKFIEDKCHDHEVCSMVTAPE-IFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR 293
            +Y  LP L+ L ++  +QY + R +PF  LS TL+ +Q   CD   +SL CP GTKISI    YG     +  C          +G  G D  C     L  IE +C   + C++  + E I  ++   C G+    +++Y+CRP+K+++   C  + I L C G++ R+ I+S++F  A  + IYCPL          ++D+      +H         +C     T  +M+ CHGQK C + A    +GA  C  S+  VYLKT +ACV+V  +K  +  R
Sbjct:  894 MYRILPLLMFLSSY-KSQYNILRVNPFKQLSTTLKTHQVEECDGALISLNCPQGTKISILSAYYGTQSSKNLDC----------SGIAGNDFKCSVQSFLHIIEAECQTKQNCTIKLSSETIISKEDYLCPGFNNRAQISYQCRPSKYKTSLSCKDDPIPLSCPGSSLRILIFSSSFYPADTAPIYCPL---------YHEDYQQD---MHDSSGLWDEKQCTGTSVTNYVMEECHGQKQCNLTASPDVMGAVGC--SSLYVYLKTVFACVEVRAIKGEFVDR 1667
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592799848|gb|GAXK01154720.1| (TSA: Calanus finmarchicus comp1769557_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 140.198 bits (352), Expect = 1.786e-34
Identity = 87/258 (33.72%), Postives = 132/258 (51.16%), Query Frame = 0 
Query:   34 VYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPE-IFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHY 290
            + R +PF  LS TLR ++   CD   L L+CP GTKISIQ V YG +K   Q           +       C    +L+ IE +C     C +  +P+ +     DPC   RK   + Y+C+P+ F+S  VC G+ + L CD  ++R+ I+S+ F+ A++  IYCPL    T  P +  DF   +  +          KCE+N  T++IM+ CHGQ+ C V +    L A +C   + +++LKT + C   DV+K  Y
Sbjct:  850 INRVNPFKQLSETLRVFKAEGCDGSFLKLQCPKGTKISIQSVHYGSSKTRQQC--------SAFLSKADTSCSAKSSLRRIEAECQSKSECVVNISPQNLIAEGVDPCPFIRKQAIILYQCKPSSFQSSLVCKGDALSLSCDDPHERLVIFSSFFSSASSGPIYCPLNTKDT-QPAI--DFFQDSSEIK------NVKKCENNPVTKSIMKFCHGQQHCNVSSEHEILNAKEC--QDLHIFLKTTFTCASKDVIKADY 1566
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592790479|gb|GAXK01164089.1| (TSA: Calanus finmarchicus comp5987483_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 132.88 bits (333), Expect = 9.132e-34
Identity = 89/238 (37.39%), Postives = 121/238 (50.84%), Query Frame = 0 
Query:   30 AQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPE-IFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPL-KESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDC 265
             QY V R +PF  ++GTL+ +Q   CD   L L CP GTKISI  V YGR+   S  C          T  +G  C    +L  +  +CH  + CS+  + E +     DPC   RK I++ YKC+P  F++   C G+ I+L C    +R+ I  A F  AT+ HI+CPL   S T  PG  D F  GA I           KCE++  TE +M+ CHGQKSC +      LG+ +C
Sbjct:    2 CQYNVIRTNPFQHITGTLKTFQGEGCDGGVLGLRCPDGTKISIVSVIYGRDVDGSLQC----FQFVNQTEDKGT-CSMRSSLSRVMQECHSKKQCSVKISHENLLTEMVDPCPKIRKQIKLRYKCKPHSFKTSVTCKGDPIKLSCTSPAQRLVIILARFVSATHGHIHCPLYPVSHTKDPG-KDYFQDGAVI-------GDIDKCEASTVTEPVMKYCHGQKSCYIT---GDLGSDNC 667
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592803667|gb|GAXK01150901.1| (TSA: Calanus finmarchicus comp1995099_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 134.035 bits (336), Expect = 6.688e-32
Identity = 84/277 (30.32%), Postives = 124/277 (44.77%), Query Frame = 0 
Query:   14 IYFYLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCP-LKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTH 289
            ++  +PF +        QY + R +P   LS +L    + ACD   L L C  GTKISIQ V YG        C   +   +K       DC    A+  +E  C     CS+  +P+        C   RK++ V+Y+CRP+ FRSR +C G+   ++C  ++  + I SA FA  T ++ +CP +        G   D   G G L       K   C  +  T  +  +C G+ SC + A    LG+  C   N NV+LK  +ACV    L +H
Sbjct:  231 MFMGIPFTI-------CQYNIVRENPLEKLSASLIVIDEQACDGDYLKLVCQDGTKISIQSVFYGIQSDDKSSCGGNETEVRK-------DCSVQSAIGVVEKHCQGKTECSVEVSPDNLQGQDINCLTNRKHLHVSYQCRPSTFRSRTMCRGDSDLVECQNHDHGLVILSANFASVTENYFFCPNISSFEQTMEGFQSDKKPGQG-LFESLSSEKMENCVKSSVTSKVENLCLGESSCQLKADPILLGSAQC--ENLNVFLKVTFACVSKKSLISH 1010
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592834857|gb|GAXK01122687.1| (TSA: Calanus finmarchicus comp1209514_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 128.642 bits (322), Expect = 9.593e-31
Identity = 68/190 (35.79%), Postives = 103/190 (54.21%), Query Frame = 0 
Query:  105 CDFPEALKFIEDKCHDHEVCSMVTAPEIFGRD-KDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR 293
            C   EA++ +E++CH  E C++  +PE   +D +DPC   RKY+EV YKC+P  FRSR VC GE + L C   + R+A++S +F+   + H++CPL       PG Y       GI H +      ++C++   T+ + ++CHG  SC   A    L A  C   + ++ LKT YACVD  V    +  R
Sbjct: 1015 CLILEAIRTVEERCHGRESCTITASPESLAKDLRDPCPQVRKYVEVLYKCKPASFRSRVVCGGEQVSLSCQNPDTRLAVFSTSFSTPASGHVFCPL-------PGRYVGRKRRPGIYH-EINLPGINECKNFPVTDKVSELCHGYHSCTFKADPFDLEAVPC--QSFHLTLKTTYACVDKSVFHAKFVDR 1554
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592945549|gb|GAXK01013004.1| (TSA: Calanus finmarchicus comp681790_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 113.62 bits (283), Expect = 2.413e-26
Identity = 72/252 (28.57%), Postives = 113/252 (44.84%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGR-DKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR 293
            LS TL+ + +  C+ + +SL+CP GTKISI    YG        C       +    F    C     + F+E +C   + C++    E  G    + C    K   ++YKC+P++F S  VC  + + L C  + +R+ I+S++F+ A  + IYCPL     +      D+      +          +C     T   +  CHGQK C + A   +L    C  S   VYLKT YACVD+  ++  +  R
Sbjct:    1 LSETLKTHHEEKCEGEVMSLQCPEGTKISIISADYGSRSSGENHCS------RLSDSFSI--CSIRSFIHFVESECQTKQNCTIEVVDEKMGIGSSESCHAKNKIAVISYKCKPSRFLSSLVCKDDPVPLSCSSSFQRILIFSSSFSPAATAPIYCPL-----YPEEYQQDYYQDKEYVQDSTGVQDMKQCTDTPVTSYFITACHGQKHCNLTANPQALEVDGC--SELYVYLKTVYACVDMRAIQDAFVDR 711
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592945548|gb|GAXK01013005.1| (TSA: Calanus finmarchicus comp681790_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 113.235 bits (282), Expect = 2.824e-26
Identity = 72/252 (28.57%), Postives = 113/252 (44.84%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGR-DKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR 293
            LS TL+ + +  C+ + +SL+CP GTKISI    YG        C       +    F    C     + F+E +C   + C++    E  G    + C    K   ++YKC+P++F S  VC  + + L C  + +R+ I+S++F+ A  + IYCPL     +      D+      +          +C     T   +  CHGQK C + A   +L    C  S   VYLKT YACVD+  ++  +  R
Sbjct:    1 LSETLKTHHEEKCEGEVMSLQCPEGTKISIISADYGSRSSGENHCS------RLSDSFSI--CSIRSFIHFVESECQTKQNCTIEVVDEKMGIGSSESCHAKNKIAVISYKCKPSRFLSSLVCKDDPVPLSCSSSFQRILIFSSSFSPAATAPIYCPL-----YPEEYQQDYYQDKEYVQDSTGVQDMKQCTDTPVTSYFITACHGQKHCNLTANPQALEVDGC--SELYVYLKTVYACVDMRAIQDAFVDR 711
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592945547|gb|GAXK01013006.1| (TSA: Calanus finmarchicus comp681790_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 110.923 bits (276), Expect = 3.737e-26
Identity = 72/252 (28.57%), Postives = 113/252 (44.84%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFG-RDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR 293
            LS TL+ + +  C+ + +SL+CP GTKISI    YG        C       +    F    C     + F+E +C   + C++    E  G    + C    K   ++YKC+P++F S  VC  + + L C  + +R+ I+S++F+ A  + IYCPL     +      D+      +          +C     T   +  CHGQK C + A   +L    C  S   VYLKT YACVD+  ++  +  R
Sbjct:    1 LSETLKTHHEEKCEGEVMSLQCPEGTKISIISADYGSRSSGENHCS------RLSDSFSI--CSIRSFIHFVESECQTKQNCTIEVVDEKMGIGSSESCHAKNKIAVISYKCKPSRFLSSLVCKDDPVPLSCSSSFQRILIFSSSFSPAATAPIYCPL-----YPEEYQQDYYQDKEYVQDSTGVQDMKQCTDTPVTSYFITACHGQKHCNLTANPQALEVDGC--SELYVYLKTVYACVDMRAIQDAFVDR 711
[Close]
BLAST of EMLSAG00000008838 vs. C. finmarchicus
Match: gi|592945351|gb|GAXK01013202.1| (TSA: Calanus finmarchicus comp3995151_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 100.908 bits (250), Expect = 4.138e-22
Identity = 63/185 (34.05%), Postives = 94/185 (50.81%), Query Frame = 0 
Query:   99 GFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDK-DPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYD-DFLGGAGILHPXXXXXXXXXCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACV 281
            G  G +C+  EA + +E+ C     CS++T+P + G    DPC G RK+I+V Y C P  F SR +C G+   L C G++ ++AI S+ F  A    ++CPL+      P   D D +   G            +CE +  T AI + CHG   C + A  + LGA DC  ++ +V L   +ACV
Sbjct:  602 GKSGSNCNIGEAHRSVEELCEKKRNCSILTSPTLIGVSLYDPCPGVRKHIQVEYICDPFTFMSRVICKGKQQTLKC-GSHAKIAIVSSLFMSAELDTMFCPLR--TEIKPENDDSDQITSEG---------NTGECERSEVTHAISRDCHGHNRCRISAEPSKLGATDC--NSKHVLLNITFACV 1114
[Close]
BLAST of EMLSAG00000008838 vs. L. salmonis peptides
Match: EMLSAP00000008838 (pep:novel supercontig:LSalAtl2s:LSalAtl2s550:43080:125757:-1 gene:EMLSAG00000008838 transcript:EMLSAT00000008838 description:"augustus_masked-LSalAtl2s550-processed-gene-1.0")

HSP 1 Score: 1280 bits (3311), Expect = 0.000e+0
Identity = 623/623 (100.00%), Postives = 623/623 (100.00%), Query Frame = 0 
Query:    1 MLMMTKQTRRVERIYFYLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITLFYTGGGGSLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASYTTNTSNNNPSGLQHTCHRYYNTLGSNRRNYGLGNMSPVTTXSSSNKTPSSSPMRTVLPSDRQDPKSLTLSRLSNCDHVIYG 623
            MLMMTKQTRRVERIYFYLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITLFYTGGGGSLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASYTTNTSNNNPSGLQHTCHRYYNTLGSNRRNYGLGNMSPVTTXSSSNKTPSSSPMRTVLPSDRQDPKSLTLSRLSNCDHVIYG
Sbjct:    1 MLMMTKQTRRVERIYFYLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITLFYTGGGGSLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASYTTNTSNNNPSGLQHTCHRYYNTLGSNRRNYGLGNMSPVTTXSSSNKTPSSSPMRTVLPSDRQDPKSLTLSRLSNCDHVIYG 623
[Close]
BLAST of EMLSAG00000008838 vs. L. salmonis peptides
Match: EMLSAP00000012340 (pep:novel supercontig:LSalAtl2s:LSalAtl2s8:743229:779413:1 gene:EMLSAG00000012340 transcript:EMLSAT00000012340 description:"maker-LSalAtl2s8-snap-gene-7.10")

HSP 1 Score: 51.9878 bits (123), Expect = 4.016e-7
Identity = 31/107 (28.97%), Postives = 51/107 (47.66%), Query Frame = 0 
Query:   48 RXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFE-GLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKC 153
            R  +   C+S+ +++ C V  +I +    YGR   S  +C        K+   E  ++C  P+    ++ KC +   C+M     +FG   +PC G RKY+EV Y C
Sbjct:   41 RYKKDYRCESEQITIGCKVHERIRVIRANYGRF--SLAVC-------NKHGSTELSVNCMSPQTTGILQSKCDNLSNCTMQVNSHVFG---EPCAGVRKYLEVHYAC 135
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|152031582|sp|P58659.2|EVA1C_MOUSE (RecName: Full=Protein eva-1 homolog C; AltName: Full=Protein FAM176C; Flags: Precursor)

HSP 1 Score: 95.9005 bits (237), Expect = 8.708e-20
Identity = 87/370 (23.51%), Postives = 151/370 (40.81%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   +   ++    + L C     L+ + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C   +K + IYSA +   T     C                  GA +L P         C S  A + + + C+G++ C V+      G+P   G     YL  AYACV  ++L             A   ++  +     H +  + PS S   R            DG+I                              VS+ ++++ +I+ H E+  L  + S+ +GL L L  L+
Sbjct:   56 LTKLLQNHTAYACDGDYLNLQCPRHSTISVQSAFYGQDY---QMCSSQEPISQRE---DNLTCVASTTLQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCENQELKLHCH-ESKFLNIYSAAYGRRTQQRDICS----------------SGAELLPP-------FDCLSYTALQVLSRRCYGKQRCKVLVDNYHFGSPCLPG--VKKYLTVAYACVPKNILT--------AVDPAVANLNPSLKKDDEHGIT-FNPSGSRVVRK-----------DGVI------------------------------VSNSLAAFAYIRAHPERAALLFMSSVCIGLLLTLCALV 341
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|20137295|sp|P58658.1|EVA1C_HUMAN (RecName: Full=Protein eva-1 homolog C; AltName: Full=Protein FAM176C; AltName: Full=SUE21; Flags: Precursor)

HSP 1 Score: 93.9745 bits (232), Expect = 3.606e-19
Identity = 91/370 (24.59%), Postives = 154/370 (41.62%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   +   ++    + L C      + + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C   +K + IYSAT+   T     C                         K ++L    C S  A + + + C+G++ C ++      G+P   G     YL   YACV  ++L               T I   I +         +PS              L+  DG    N     PS      G K    D +   LVS+ ++++ +I+ H E+  L  V S+ +GLAL L  L+
Sbjct:   56 LTKLLQNHTTYACDGDYLNLQCPRHSTISVQSAFYGQD---YQMCSSQKPASQRE---DSLTCVAATTFQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDQELKLHCH-ESKFLNIYSATYGRRTQERDIC-----------------------SSKAERLPPFDCLSYSALQVLSRRCYGKQRCKIIVNNHHFGSPCLPG--VKKYLTVTYACVPKNIL---------------TAIDPAIAN--------LKPS--------------LKQKDGEYGIN---FDPS------GSKVLRKDGI---LVSNSLAAFAYIRAHPERAALLFVSSVCIGLALTLCALV 342
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|55976366|sp|Q68US5.1|EVA1C_PANTR (RecName: Full=Protein eva-1 homolog C; AltName: Full=Protein FAM176C; Flags: Precursor)

HSP 1 Score: 93.2041 bits (230), Expect = 6.610e-19
Identity = 90/370 (24.32%), Postives = 154/370 (41.62%), Query Frame = 0 
Query:   43 LSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILL 412
            L+  L+ +   ACD   L+L+CP  + IS+Q   YG++    Q+C   +   ++    + L C      + + D+C +   C ++    +FG   D C G  KY+ V++KC+P + +++ VC  + ++L C   +K + IYSAT+   T     C                         + ++L    C S  A + + + C+G++ C ++      G+P   G     YL   YACV  ++L               T I   I +         +PS              L+  DG    N     PS      G K    D +   LVS+ ++++ +I+ H E+  L  V S+ +GLAL L  L+
Sbjct:   56 LTKLLQNHTTYACDGDYLNLQCPRHSTISVQSAFYGQD---YQMCSSQKPASQRE---DSLTCVAATTFQKVLDECQNQRACHLLVNSRVFG--PDLCPGSSKYLLVSFKCQPNELKNKTVCEDQELKLHCH-ESKFLNIYSATYGRRTQERDIC-----------------------SSEAERLPPFDCLSYSALQVLSRRCYGKQRCKIIVNNHHFGSPCLPG--VKKYLTVTYACVPKNIL---------------TAIDPAIAN--------LKPS--------------LKQKDGEYGIN---FDPS------GSKVPRKDGI---LVSNSLAAFAYIRAHPERAALLFVSSVCIGLALTLCALV 342
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|75028296|sp|Q9XU98.2|EVA1_CAEEL (RecName: Full=Protein eva-1; AltName: Full=Enhancer of ventral-axon guidance defects of unc-40 mutants; Flags: Precursor)

HSP 1 Score: 84.7297 bits (208), Expect = 4.134e-16
Identity = 82/398 (20.60%), Postives = 154/398 (38.69%), Query Frame = 0 
Query:   28 VGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD-------CDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGE-------HIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKK--GKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLS 409
            +G  +    N    +L  +LR  +  ACD + ++L CP  T+IS+Q   YGR  P +Q+CPP           + L        CD  +A   I + C     C++V     F  + DPC    KY+++ Y C P  F     C  +        IRL+C    +R+A+YSA             +K S    P           I H         +C S+   + + Q CH ++ C + + G         G   + +L   Y CV+ ++        + T+       +  +         K     +   R  + +     ++  + +D + + H  +  E        +  +  + G+  D++   +  + ++EK ++ +VL++++   + LS
Sbjct:   29 IGGSHHHEVNPIEGILRESLRSNRVQACDGERITLSCPRNTQISVQTGFYGRVVPENQLCPPQAGRKHSEANLDPLSMIHHSSTCDVIQAHTRISELCDKRRKCTVVVDSNTF--EDDPCPTTSKYLQMAYGCIPMSFDEETFCTPKPTDPPRPEIRLEC-REGRRLAVYSAQ------------MKTSPQCDP--------ETEIRH---------ECVSDVLPQVLRQ-CHAKEGCTLKSDGIK-------GHCRHGHLHVVYVCVNEEIFSEEAIKGELTSLETYLKEADAMQKQDDERFFKDVNDKTQWERVVDSEPAKDPDVHQIANDASYVTHDEYRMEKQDPPPITERVEPNLVGVGHDLLQVVQFFKENKEKAVMCIVLAVSMAAIVVLS 386
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|122065423|sp|Q80TS3.3|AGRL3_MOUSE (RecName: Full=Adhesion G protein-coupled receptor L3; AltName: Full=Latrophilin-3; AltName: Full=Lectomedin-3; Flags: Precursor)

HSP 1 Score: 67.0106 bits (162), Expect = 3.516e-10
Identity = 36/113 (31.86%), Postives = 57/113 (50.44%), Query Frame = 0 
Query:   51 QKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICP--PTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSR 161
            ++ +C+S  + L CP    I I+   YGR     +IC   P Q+        E + C  P+A K +  +C++   C++V  P++F    DPC G  KY+EV Y+C P K   +
Sbjct:  100 RELSCESYPIELRCPGTDVIMIESANYGRT--DDKICDSDPAQM--------ENIRCYLPDAYKIMSQRCNNRTQCAVVAGPDVF---PDPCPGTYKYLEVQYECVPYKVEQK 199
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|46576870|sp|O97827.1|AGRL3_BOVIN (RecName: Full=Adhesion G protein-coupled receptor L3; AltName: Full=Latrophilin-3; Flags: Precursor)

HSP 1 Score: 67.0106 bits (162), Expect = 3.722e-10
Identity = 36/113 (31.86%), Postives = 57/113 (50.44%), Query Frame = 0 
Query:   51 QKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICP--PTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSR 161
            ++ +C+S  + L CP    I I+   YGR     +IC   P Q+        E + C  P+A K +  +C++   C++V  P++F    DPC G  KY+EV Y+C P K   +
Sbjct:  100 RELSCESYPIELRCPGTDVIMIESANYGRT--DDKICDSDPAQM--------ENIRCYLPDAYKIMSQRCNNRTQCAVVAGPDVF---PDPCPGTYKYLEVQYECVPYKVEQK 199
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|81870058|sp|Q9Z173.1|AGRL3_RAT (RecName: Full=Adhesion G protein-coupled receptor L3; AltName: Full=Calcium-independent alpha-latrotoxin receptor 3; Short=CIRL-3; AltName: Full=Latrophilin-3; Flags: Precursor)

HSP 1 Score: 66.6254 bits (161), Expect = 3.869e-10
Identity = 36/113 (31.86%), Postives = 57/113 (50.44%), Query Frame = 0 
Query:   51 QKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICP--PTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSR 161
            ++ +C+S  + L CP    I I+   YGR     +IC   P Q+        E + C  P+A K +  +C++   C++V  P++F    DPC G  KY+EV Y+C P K   +
Sbjct:  100 RELSCESYPIELRCPGTDVIMIESANYGRT--DDKICDSDPAQM--------ENIRCYLPDAYKIMSQRCNNRTQCAVVAGPDVF---PDPCPGTYKYLEVQYECVPYKVEQK 199
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|47116772|sp|Q9HAR2.2|AGRL3_HUMAN (RecName: Full=Adhesion G protein-coupled receptor L3; AltName: Full=Calcium-independent alpha-latrotoxin receptor 3; Short=CIRL-3; AltName: Full=Latrophilin-3; AltName: Full=Lectomedin-3; Flags: Precursor)

HSP 1 Score: 66.6254 bits (161), Expect = 3.879e-10
Identity = 36/113 (31.86%), Postives = 57/113 (50.44%), Query Frame = 0 
Query:   51 QKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICP--PTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSR 161
            ++ +C+S  + L CP    I I+   YGR     +IC   P Q+        E + C  P+A K +  +C++   C++V  P++F    DPC G  KY+EV Y+C P K   +
Sbjct:   32 RELSCESYPIELRCPGTDVIMIESANYGRT--DDKICDSDPAQM--------ENIRCYLPDAYKIMSQRCNNRTQCAVVAGPDVF---PDPCPGTYKYLEVQYECVPYKVEQK 131
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|46576677|sp|O88923.2|AGRL2_RAT (RecName: Full=Adhesion G protein-coupled receptor L2; AltName: Full=Calcium-independent alpha-latrotoxin receptor 2; Short=CIRL-2; AltName: Full=Latrophilin-2; Flags: Precursor)

HSP 1 Score: 66.6254 bits (161), Expect = 4.670e-10
Identity = 40/126 (31.75%), Postives = 60/126 (47.62%), Query Frame = 0 
Query:   41 ALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHG 166
            AL  G +R  ++ +C+  ++ L CP    I I+   YGR         P Q+        E  DC  P+A K +  +C++   C +VT  ++F    DPC G  KY+EV Y+C P   +   VC G
Sbjct:   30 ALPFGLVR--RELSCEGYSIDLRCPGSDVIMIESANYGRTDDKICDADPFQM--------ENTDCYLPDAFKIMTQRCNNRTQCVVVTGSDVF---PDPCPGTYKYLEVQYECVPYMEQKVFVCPG 142
[Close]
BLAST of EMLSAG00000008838 vs. SwissProt
Match: gi|46576869|sp|O97817.1|AGRL2_BOVIN (RecName: Full=Adhesion G protein-coupled receptor L2; AltName: Full=Calcium-independent alpha-latrotoxin receptor 2; Short=CIRL-2; AltName: Full=Latrophilin-2; Flags: Precursor)

HSP 1 Score: 66.2402 bits (160), Expect = 5.395e-10
Identity = 40/126 (31.75%), Postives = 60/126 (47.62%), Query Frame = 0 
Query:   41 ALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHG 166
            AL  G +R  ++ +C+  ++ L CP    I I+   YGR         P Q+        E  DC  P+A K +  +C++   C +VT  ++F    DPC G  KY+EV Y+C P   +   VC G
Sbjct:   30 ALPFGLVR--RELSCEGYSIDLRCPGSDVIMIESANYGRTDDKICDADPFQM--------ENTDCYLPDAFKIMTQRCNNRTQCIVVTGSDVF---PDPCPGTYKYLEVQYECVPYMEQKVFVCPG 142
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: gb|KYB29739.1| (hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 206.068 bits (523), Expect = 3.489e-58
Identity = 133/442 (30.09%), Postives = 208/442 (47.06%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 430
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: gb|KYB29738.1| (hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 201.83 bits (512), Expect = 1.327e-56
Identity = 133/447 (29.75%), Postives = 209/447 (46.76%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEALKF-----IEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +L++     + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 435
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: gb|EFA11231.2| (hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 194.897 bits (494), Expect = 7.028e-54
Identity = 135/465 (29.03%), Postives = 211/465 (45.38%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEA------------------LKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRI 424
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +                  L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++    LL   +R++R ++ 
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTKWEEVAQGTWGRYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRARREAKF 453
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: gb|KYB29736.1| (hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 192.586 bits (488), Expect = 3.608e-53
Identity = 134/472 (28.39%), Postives = 211/472 (44.70%), Query Frame = 0 
Query:   17 YLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEA------------------LKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            ++   +ILV  V         D  ALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +                  L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:    4 WIVLTVILVGIVATN-----ADNLALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTKWEEVAQGTWGRYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 441
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: XP_006571095.1 (PREDICTED: uncharacterized protein LOC724835 isoform X3 [Apis mellifera])

HSP 1 Score: 188.348 bits (477), Expect = 2.163e-51
Identity = 163/570 (28.60%), Postives = 245/570 (42.98%), Query Frame = 0 
Query:   33 KVYR-NDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ-----------HR-----DRTTTAA----TTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILEN-------------------IDGLI--DDNTMLLHPSFADEADGK----KGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITL-----FYTGGGG---SLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASY 542
            KV R  D  ALL GTL+ YQ+ ACD ++++L+CP+GT ISI L +YGR  P+      T   P  Y G    +  C +P++L+ + + CH    C   T+P+ F    DPC G  KYIEV Y+CRP +FRS+  C  + I L C    +RVAI+SA+F       + C                        P+   +K   C ++YATE +M +CHG++ C V+A  ++ G P    S T  YLK  Y CV   VLK  YQ           H+     DR    A    +  +  P      +    +   SSS  RA  ++D+   +                   I G+I  D+N   +  S     +         E D +V G +++ +++Y  I  ++EKF L++++S+  G+ +FL +    LL S +R+KR ++         +++ A  +  +   S  DA IDL T V     D      +   R            P  P T+      Y G  G    L  H + + S           L  ILR +NP      SY
Sbjct:   26 KVQREQDHLALLLGTLKTYQRAACDEESMTLKCPLGTTISIVLAQYGRAGPNGTDRCNTYSEPSMYLGDRQTNQTCIWPQSLQTVVEVCHKKRQCKFNTSPKTF--QGDPCPGLPKYIEVAYQCRPYEFRSKVACENDVINLVCHP-GQRVAIFSASFGRTEYESLQC------------------------PQPHDVKEETCMASYATETVMNLCHGKRRCSVVANSSTFGEPCSPESRT--YLKVVYTCVPRAVLKEQYQGDVEVDEVDLMHQFEEGFDRADFRAEFSPSPNLEGPQSQPRDNVSRNFPTVSSSPPRARTNNDVDTRSNKFKSVGVGAKDSPLTPTVIQGMIMFDNNVADITSSTMSPINCTTVVYAFPEEDRVVVGYINEWINAYSFISKNQEKFYLYIIVSVTAGILIFLGLVIGRLLVSRHRAKRDAKF-------HANNEALPNGFTDDISEIDADIDLTTPVPVPMQDTRLPETQLAERLHGDRYYAETRIPMSPTTMHPAPGHYPGNTGVRVDLGNHMVGTDS-----------LHTILRPENPRSLSTKSY 548
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: XP_016770619.1 (PREDICTED: uncharacterized protein LOC724835 isoform X1 [Apis mellifera])

HSP 1 Score: 184.111 bits (466), Expect = 8.178e-50
Identity = 163/575 (28.35%), Postives = 246/575 (42.78%), Query Frame = 0 
Query:   33 KVYR-NDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKF-----IEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ-----------HR-----DRTTTAA----TTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILEN-------------------IDGLI--DDNTMLLHPSFADEADGK----KGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITL-----FYTGGGG---SLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASY 542
            KV R  D  ALL GTL+ YQ+ ACD ++++L+CP+GT ISI L +YGR  P+      T   P  Y G    +  C +P++L++     + + CH    C   T+P+ F    DPC G  KYIEV Y+CRP +FRS+  C  + I L C    +RVAI+SA+F       + C                        P+   +K   C ++YATE +M +CHG++ C V+A  ++ G P    S T  YLK  Y CV   VLK  YQ           H+     DR    A    +  +  P      +    +   SSS  RA  ++D+   +                   I G+I  D+N   +  S     +         E D +V G +++ +++Y  I  ++EKF L++++S+  G+ +FL +    LL S +R+KR ++         +++ A  +  +   S  DA IDL T V     D      +   R            P  P T+      Y G  G    L  H + + S           L  ILR +NP      SY
Sbjct:   26 KVQREQDHLALLLGTLKTYQRAACDEESMTLKCPLGTTISIVLAQYGRAGPNGTDRCNTYSEPSMYLGDRQTNQTCIWPQSLQYSLLQTVVEVCHKKRQCKFNTSPKTF--QGDPCPGLPKYIEVAYQCRPYEFRSKVACENDVINLVCHP-GQRVAIFSASFGRTEYESLQC------------------------PQPHDVKEETCMASYATETVMNLCHGKRRCSVVANSSTFGEPCSPESRT--YLKVVYTCVPRAVLKEQYQGDVEVDEVDLMHQFEEGFDRADFRAEFSPSPNLEGPQSQPRDNVSRNFPTVSSSPPRARTNNDVDTRSNKFKSVGVGAKDSPLTPTVIQGMIMFDNNVADITSSTMSPINCTTVVYAFPEEDRVVVGYINEWINAYSFISKNQEKFYLYIIVSVTAGILIFLGLVIGRLLVSRHRAKRDAKF-------HANNEALPNGFTDDISEIDADIDLTTPVPVPMQDTRLPETQLAERLHGDRYYAETRIPMSPTTMHPAPGHYPGNTGVRVDLGNHMVGTDS-----------LHTILRPENPRSLSTKSY 553
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: XP_006571094.1 (PREDICTED: uncharacterized protein LOC724835 isoform X1 [Apis mellifera])

HSP 1 Score: 184.111 bits (466), Expect = 8.178e-50
Identity = 163/575 (28.35%), Postives = 246/575 (42.78%), Query Frame = 0 
Query:   33 KVYR-NDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKF-----IEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ-----------HR-----DRTTTAA----TTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILEN-------------------IDGLI--DDNTMLLHPSFADEADGK----KGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITL-----FYTGGGG---SLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASY 542
            KV R  D  ALL GTL+ YQ+ ACD ++++L+CP+GT ISI L +YGR  P+      T   P  Y G    +  C +P++L++     + + CH    C   T+P+ F    DPC G  KYIEV Y+CRP +FRS+  C  + I L C    +RVAI+SA+F       + C                        P+   +K   C ++YATE +M +CHG++ C V+A  ++ G P    S T  YLK  Y CV   VLK  YQ           H+     DR    A    +  +  P      +    +   SSS  RA  ++D+   +                   I G+I  D+N   +  S     +         E D +V G +++ +++Y  I  ++EKF L++++S+  G+ +FL +    LL S +R+KR ++         +++ A  +  +   S  DA IDL T V     D      +   R            P  P T+      Y G  G    L  H + + S           L  ILR +NP      SY
Sbjct:   26 KVQREQDHLALLLGTLKTYQRAACDEESMTLKCPLGTTISIVLAQYGRAGPNGTDRCNTYSEPSMYLGDRQTNQTCIWPQSLQYSLLQTVVEVCHKKRQCKFNTSPKTF--QGDPCPGLPKYIEVAYQCRPYEFRSKVACENDVINLVCHP-GQRVAIFSASFGRTEYESLQC------------------------PQPHDVKEETCMASYATETVMNLCHGKRRCSVVANSSTFGEPCSPESRT--YLKVVYTCVPRAVLKEQYQGDVEVDEVDLMHQFEEGFDRADFRAEFSPSPNLEGPQSQPRDNVSRNFPTVSSSPPRARTNNDVDTRSNKFKSVGVGAKDSPLTPTVIQGMIMFDNNVADITSSTMSPINCTTVVYAFPEEDRVVVGYINEWINAYSFISKNQEKFYLYIIVSVTAGILIFLGLVIGRLLVSRHRAKRDAKF-------HANNEALPNGFTDDISEIDADIDLTTPVPVPMQDTRLPETQLAERLHGDRYYAETRIPMSPTTMHPAPGHYPGNTGVRVDLGNHMVGTDS-----------LHTILRPENPRSLSTKSY 553
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: XP_001120738.2 (PREDICTED: uncharacterized protein LOC724835 isoform X1 [Apis mellifera])

HSP 1 Score: 184.111 bits (466), Expect = 8.178e-50
Identity = 163/575 (28.35%), Postives = 246/575 (42.78%), Query Frame = 0 
Query:   33 KVYR-NDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKF-----IEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ-----------HR-----DRTTTAA----TTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILEN-------------------IDGLI--DDNTMLLHPSFADEADGK----KGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITL-----FYTGGGG---SLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASY 542
            KV R  D  ALL GTL+ YQ+ ACD ++++L+CP+GT ISI L +YGR  P+      T   P  Y G    +  C +P++L++     + + CH    C   T+P+ F    DPC G  KYIEV Y+CRP +FRS+  C  + I L C    +RVAI+SA+F       + C                        P+   +K   C ++YATE +M +CHG++ C V+A  ++ G P    S T  YLK  Y CV   VLK  YQ           H+     DR    A    +  +  P      +    +   SSS  RA  ++D+   +                   I G+I  D+N   +  S     +         E D +V G +++ +++Y  I  ++EKF L++++S+  G+ +FL +    LL S +R+KR ++         +++ A  +  +   S  DA IDL T V     D      +   R            P  P T+      Y G  G    L  H + + S           L  ILR +NP      SY
Sbjct:   26 KVQREQDHLALLLGTLKTYQRAACDEESMTLKCPLGTTISIVLAQYGRAGPNGTDRCNTYSEPSMYLGDRQTNQTCIWPQSLQYSLLQTVVEVCHKKRQCKFNTSPKTF--QGDPCPGLPKYIEVAYQCRPYEFRSKVACENDVINLVCHP-GQRVAIFSASFGRTEYESLQC------------------------PQPHDVKEETCMASYATETVMNLCHGKRRCSVVANSSTFGEPCSPESRT--YLKVVYTCVPRAVLKEQYQGDVEVDEVDLMHQFEEGFDRADFRAEFSPSPNLEGPQSQPRDNVSRNFPTVSSSPPRARTNNDVDTRSNKFKSVGVGAKDSPLTPTVIQGMIMFDNNVADITSSTMSPINCTTVVYAFPEEDRVVVGYINEWINAYSFISKNQEKFYLYIIVSVTAGILIFLGLVIGRLLVSRHRAKRDAKF-------HANNEALPNGFTDDISEIDADIDLTTPVPVPMQDTRLPETQLAERLHGDRYYAETRIPMSPTTMHPAPGHYPGNTGVRVDLGNHMVGTDS-----------LHTILRPENPRSLSTKSY 553
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: gb|KYB29737.1| (hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 183.341 bits (464), Expect = 8.918e-50
Identity = 125/444 (28.15%), Postives = 199/444 (44.82%), Query Frame = 0 
Query:   45 GTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEA------------------LKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            GTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +                  L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:   23 GTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTKWEEVAQGTWGRYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 437
[Close]
BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Match: XP_016770622.1 (PREDICTED: uncharacterized protein LOC724835 isoform X2 [Apis mellifera])

HSP 1 Score: 177.948 bits (450), Expect = 1.219e-47
Identity = 156/562 (27.76%), Postives = 239/562 (42.53%), Query Frame = 0 
Query:   45 GTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKF-----IEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ-----------HR-----DRTTTAA----TTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILEN-------------------IDGLI--DDNTMLLHPSFADEADGK----KGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITL-----FYTGGGG---SLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASY 542
            GTL+ YQ+ ACD ++++L+CP+GT ISI L +YGR  P+      T   P  Y G    +  C +P++L++     + + CH    C   T+P+ F    DPC G  KYIEV Y+CRP +FRS+  C  + I L C    +RVAI+SA+F       + C                        P+   +K   C ++YATE +M +CHG++ C V+A  ++ G P    S T  YLK  Y CV   VLK  YQ           H+     DR    A    +  +  P      +    +   SSS  RA  ++D+   +                   I G+I  D+N   +  S     +         E D +V G +++ +++Y  I  ++EKF L++++S+  G+ +FL +    LL S +R+KR ++         +++ A  +  +   S  DA IDL T V     D      +   R            P  P T+      Y G  G    L  H + + S           L  ILR +NP      SY
Sbjct:   35 GTLKTYQRAACDEESMTLKCPLGTTISIVLAQYGRAGPNGTDRCNTYSEPSMYLGDRQTNQTCIWPQSLQYSLLQTVVEVCHKKRQCKFNTSPKTF--QGDPCPGLPKYIEVAYQCRPYEFRSKVACENDVINLVCHP-GQRVAIFSASFGRTEYESLQC------------------------PQPHDVKEETCMASYATETVMNLCHGKRRCSVVANSSTFGEPCSPESRT--YLKVVYTCVPRAVLKEQYQGDVEVDEVDLMHQFEEGFDRADFRAEFSPSPNLEGPQSQPRDNVSRNFPTVSSSPPRARTNNDVDTRSNKFKSVGVGAKDSPLTPTVIQGMIMFDNNVADITSSTMSPINCTTVVYAFPEEDRVVVGYINEWINAYSFISKNQEKFYLYIIVSVTAGILIFLGLVIGRLLVSRHRAKRDAKF-------HANNEALPNGFTDDISEIDADIDLTTPVPVPMQDTRLPETQLAERLHGDRYYAETRIPMSPTTMHPAPGHYPGNTGVRVDLGNHMVGTDS-----------LHTILRPENPRSLSTKSY 549
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|642911530|ref|XP_008199461.1| (PREDICTED: uncharacterized protein LOC662950 isoform X7 [Tribolium castaneum] >gi|1004403719|gb|KYB29739.1| hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 206.068 bits (523), Expect = 1.707e-55
Identity = 133/442 (30.09%), Postives = 208/442 (47.06%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 430
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|926630140|ref|XP_013780747.1| (PREDICTED: protein eva-1 homolog C-like, partial [Limulus polyphemus])

HSP 1 Score: 199.519 bits (506), Expect = 6.320e-54
Identity = 134/415 (32.29%), Postives = 205/415 (49.40%), Query Frame = 0 
Query:   42 LLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKK-YTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIY-CPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTT--------ISAPIGSSSTHSLNKYE-------PSSSSSSRAFNDDDIIL--ENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSRI-----ISRPPPTS 432
            LLSGTLR +Q  ACD   L ++C   T I+I    YGR  PS ++CP  Q   K  Y    G +C  P+AL+ +E++C    +C + TAPE FG  KDPC G RKY EV YKCRP+ F ++ VC  E ++++C+  ++R+ IYSA+F   T+  IY CP K                 G + P         C+ +Y TE +MQ C G++ C ++A   + G P C  + T  YLK  Y CV  ++L+       + T    T         ++ P+G + T      E        ++++  +   D  ++   EN+DG  DD T                 EGD  V G +++ +++Y+ ++ ++EK IL++ LS+  GL +F  +L   +Y  K+  R      IS P PTS
Sbjct:    1 LLSGTLRNFQVHACDGTELVIKCWPNTVIAISFALYGRTVPSHELCPREQEISKDIYLETNGTNCLAPQALRTVEERCRHQRICRIKTAPESFG--KDPCPGVRKYAEVVYKCRPSSFINKIVCEHERLQIECE-KSRRIVIYSASFG-GTHHGIYECPQK----------------TGKIAP--------DCQGSYTTETVMQGCLGRRRCSILASVQTFGKPGC-PAGTRHYLKVVYTCVSKEILRKLDTDGQKNTEIDKTDYFVEKPRFVAPPVGQNRTRWKGSLEYTITVGKSTTTTKHKTVVDQPVVQGGENMDG--DDTT-----------SNCTVIEGDQKVVGFLTEWIAAYKFLKENKEKCILYLTLSLGAGLVVFFLVLSIRLYAQKKKERKKANLNISEPLPTS 373
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|189233947|ref|XP_974111.2| (PREDICTED: uncharacterized protein LOC662950 isoform X6 [Tribolium castaneum] >gi|1004403718|gb|KYB29738.1| hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 201.83 bits (512), Expect = 6.491e-54
Identity = 133/447 (29.75%), Postives = 209/447 (46.76%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEALKF-----IEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +L++     + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 435
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|1008425543|ref|XP_015832944.1| (PREDICTED: uncharacterized protein LOC662950 isoform X3 [Tribolium castaneum])

HSP 1 Score: 197.208 bits (500), Expect = 3.494e-52
Identity = 133/455 (29.23%), Postives = 208/455 (45.71%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEAL-------------KFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +L             + + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTKWEEVAQGTWGRTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 443
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|642911521|ref|XP_008199456.1| (PREDICTED: uncharacterized protein LOC662950 isoform X1 [Tribolium castaneum] >gi|1004403717|gb|EFA11231.2| hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 194.897 bits (494), Expect = 3.439e-51
Identity = 135/465 (29.03%), Postives = 211/465 (45.38%), Query Frame = 0 
Query:   29 GAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEA------------------LKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRI 424
            GA     R + FALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +                  L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++    LL   +R++R ++ 
Sbjct:   18 GAPQPARRVNVFALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTKWEEVAQGTWGRYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRARREAKF 453
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|642911525|ref|XP_008199459.1| (PREDICTED: uncharacterized protein LOC662950 isoform X4 [Tribolium castaneum] >gi|1004403715|gb|KYB29736.1| hypothetical protein TcasGA2_TC010763 [Tribolium castaneum])

HSP 1 Score: 192.586 bits (488), Expect = 1.765e-50
Identity = 134/472 (28.39%), Postives = 211/472 (44.70%), Query Frame = 0 
Query:   17 YLPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPP--TQLYPKKYTGFEGLDCDFPEA------------------LKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR--------DRT---------------------TTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEAD-GKKGKEGDDL---------------VAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSR 423
            ++   +ILV  V         D  ALLSGTLR YQ+  CD + ++L CP GT ISI++ +YG++ PS  +C P  TQ    K +    + C +P +                  L+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E I+L C+ N+ RVA+YSA++       I C                        P+ + ++   C  +YATE +MQ+CHG++SC + A  ++ G+P      + +YLK  Y CV   VLK  Y+ R        D+                       +AA+   S   G     +L K  P+ ++ S A   + + L +        T L  PS         K  + DD                V G +S+ +++Y  I  ++E+F L++++SIA  + L L++L+  +   +  +R
Sbjct:    4 WIVLTVILVGIVATN-----ADNLALLSGTLRTYQRAGCDDEVVTLRCPPGTSISIEIAQYGKSAPSKSLCGPKATQSSISKTSYNYNVSCLWPNSLQTKWEEVAQGTWGRYSLLQTVVEACQKKRQCKFKTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENERIQLKCNPNS-RVAVYSASYGRTEYESIQC------------------------PQPQGVREETCLVSYATETVMQLCHGKRSCELSADISTFGSP--CRPESRMYLKVIYTCVPRKVLKEQYEGRLEPDEIESDQEFATDEDDDFEPYDAGNNEYIRESAASPPASNIDGVGKGDNLTKDSPNVNAKSPAHKSNGLDLASFQPYTTPRTNLFRPSRVPAVQKATKDMQADDFPDPNCTITIYAEKTRVVGFISEWINAYTFISQNQERFYLYLIVSIAAAILLCLTVLVGRLLVQRHRAR 441
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|646703964|gb|KDR12374.1| (hypothetical protein L798_13668, partial [Zootermopsis nevadensis])

HSP 1 Score: 186.037 bits (471), Expect = 2.071e-49
Identity = 123/418 (29.43%), Postives = 196/418 (46.89%), Query Frame = 0 
Query:   41 ALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHR---DRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDGLIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSILLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDL 455
            ALLSGTLR YQ+  CD + ++L+CP GT IS+ + +YG+  PS+ +CP       +      + C +P AL+ + + C     C   T+P+ FG   DPC G RKY+EV YKCRP +FRS+  C  + + L C+  N R+A+YSA++       I C                        P+ + +    C  +YATE +M +CHG++ C + A  A+ G+P      + +YLK  Y CV   VLK H++ +   D    AAT            +  +++   S++ S + N     L+    L  D T    P      D  +G   ++                   +EKF L+++LSI  GL LFL +++  +   +  +R  ++   T+++  A  +  +   S  DA IDL
Sbjct:    1 ALLSGTLRTYQRVGCDDEVVTLKCPHGTSISVHVAQYGKTSPSTAVCPQRSSSTGEQEPPLNVTCLWPTALQTVVEACQKKRQCKFQTSPKTFG--GDPCPGVRKYVEVAYKCRPYEFRSKVACENDVVPLKCN-PNARIAVYSASYGRTEYESIQC------------------------PQPQGVPEETCLVSYATETVMNICHGKRRCTLSADSATFGSP--CKPESRMYLKVVYTCVPRKVLKEHFEEQPLEDELAAAATGDSLDDDDDIDGYDTDEFFRESAAFSPSPNLGGNPLDR--NLTKDFTQRTTPR-PPPHDKARGGAAEN-------------------QEKFYLYLILSITAGLLLFLGLVIGRLLVQRHRARSEAKFHATAAAEHALPNGFADDISEIDADIDL 367
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|571507217|ref|XP_006571095.1| (PREDICTED: uncharacterized protein LOC724835 isoform X3 [Apis mellifera])

HSP 1 Score: 188.348 bits (477), Expect = 1.058e-48
Identity = 163/570 (28.60%), Postives = 245/570 (42.98%), Query Frame = 0 
Query:   33 KVYR-NDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLD--CDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ-----------HR-----DRTTTAA----TTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILEN-------------------IDGLI--DDNTMLLHPSFADEADGK----KGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALGLALFLSI----LLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLETEVQDHEVDFLFSRNEETNRRPHPSSLLGGVGPDGPITL-----FYTGGGG---SLNRHSIASSSTSSREITPAYPLRGILRNKNPEGYXPASY 542
            KV R  D  ALL GTL+ YQ+ ACD ++++L+CP+GT ISI L +YGR  P+      T   P  Y G    +  C +P++L+ + + CH    C   T+P+ F    DPC G  KYIEV Y+CRP +FRS+  C  + I L C    +RVAI+SA+F       + C                        P+   +K   C ++YATE +M +CHG++ C V+A  ++ G P    S T  YLK  Y CV   VLK  YQ           H+     DR    A    +  +  P      +    +   SSS  RA  ++D+   +                   I G+I  D+N   +  S     +         E D +V G +++ +++Y  I  ++EKF L++++S+  G+ +FL +    LL S +R+KR ++         +++ A  +  +   S  DA IDL T V     D      +   R            P  P T+      Y G  G    L  H + + S           L  ILR +NP      SY
Sbjct:   26 KVQREQDHLALLLGTLKTYQRAACDEESMTLKCPLGTTISIVLAQYGRAGPNGTDRCNTYSEPSMYLGDRQTNQTCIWPQSLQTVVEVCHKKRQCKFNTSPKTF--QGDPCPGLPKYIEVAYQCRPYEFRSKVACENDVINLVCHP-GQRVAIFSASFGRTEYESLQC------------------------PQPHDVKEETCMASYATETVMNLCHGKRRCSVVANSSTFGEPCSPESRT--YLKVVYTCVPRAVLKEQYQGDVEVDEVDLMHQFEEGFDRADFRAEFSPSPNLEGPQSQPRDNVSRNFPTVSSSPPRARTNNDVDTRSNKFKSVGVGAKDSPLTPTVIQGMIMFDNNVADITSSTMSPINCTTVVYAFPEEDRVVVGYINEWINAYSFISKNQEKFYLYIIVSVTAGILIFLGLVIGRLLVSRHRAKRDAKF-------HANNEALPNGFTDDISEIDADIDLTTPVPVPMQDTRLPETQLAERLHGDRYYAETRIPMSPTTMHPAPGHYPGNTGVRVDLGNHMVGTDS-----------LHTILRPENPRSLSTKSY 548
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|1059411624|ref|XP_017778712.1| (PREDICTED: protein eva-1 isoform X5 [Nicrophorus vespilloides])

HSP 1 Score: 186.808 bits (473), Expect = 2.087e-48
Identity = 97/274 (35.40%), Postives = 147/274 (53.65%), Query Frame = 0 
Query:   18 LPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEALKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQ 291
            +P +L+L+  +G    V+R D FALLSGTLR YQ+  CD + ++L+CP GT IS+Q+ +YG++  +  +C        K +    + C +P +L+ + + C     C    +P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E ++L C+ N+ RVA+YSA++         C                        P+ + +    C  +YATE +MQ+CHG++SC + A  ++ G P      T +YLK  YACV   VLK  Y+
Sbjct:    7 VPLILVLICTIGFAQIVHRVDHFALLSGTLRTYQRAGCDDELVTLKCPPGTSISVQVAQYGKSASTKALCGHRSTPVAKNSHSFNISCLWPNSLQTVVEACQKKSQCKFQASPKTFG--GDPCPGERKYVEVAYKCRPYEFRSKVACENERMQLKCNPNS-RVAVYSASYGRTEYESFQC------------------------PQPQGVSEETCLVSYATETVMQICHGKRSCEMSADASTFGNP--CRPQTRMYLKVVYACVPRKVLKEQYE 251
[Close]
BLAST of EMLSAG00000008838 vs. nr
Match: gi|1059411626|ref|XP_017778713.1| (PREDICTED: protein eva-1 homolog C isoform X6 [Nicrophorus vespilloides])

HSP 1 Score: 185.267 bits (469), Expect = 2.387e-48
Identity = 131/465 (28.17%), Postives = 209/465 (44.95%), Query Frame = 0 
Query:   18 LPFLLILVAHVGAQYKVYRNDPFALLSGTLRXYQKXACDSQTLSLECPVGTKISIQLVKYGRNKPSSQICPPTQLYPKKYTGFEGLDCDFPEA------------------LKFIEDKCHDHEVCSMVTAPEIFGRDKDPCFGYRKYIEVTYKCRPTKFRSREVCHGEHIRLDCDGNNKRVAIYSATFAVATNSHIYCPLKESATFSPGVYDDFLGGAGILHPKKKKLKNSKCESNYATEAIMQMCHGQKSCVVMAXGASLGAPDCIGSNTNVYLKTAYACVDVDVLKTHYQHRDRTTTAATTTISAPIGSSSTHSLNKYEPSSSSSSRAFNDDDIILENIDG---LIDDNTMLLHPSFADEADGKKGKEGDDLVAGLVSDIVSSYRHIQMHREKFILFVVLSIALG----LALFLSILLWSMYRSKRLSRIISRPPPTSSSSSATLHSISPINSGCDAPIDLET 457
            +P +L+L+  +G    V+R D FALLSGTLR YQ+  CD + ++L+CP GT IS+Q+ +YG++  +  +C        K +    + C +P +                  L+ + + C     C    +P+ FG   DPC G RKY+EV YKCRP +FRS+  C  E ++L C+ N+ RVA+YSA++         C                        P+ + +    C  +YATE +MQ+CHG++SC + A  ++ G P      T +YLK  YACV   VLK  Y+                          + EP    +    N+++   +N D     I ++     P   +  +G      D+     +     S      ++E+F L+++LSI  G    L L ++ LL   +RSKR ++  +    T+ + +   +  S   S  DA IDL T
Sbjct:    7 VPLILVLICTIGFAQIVHRVDHFALLSGTLRTYQRAGCDDELVTLKCPPGTSISVQVAQYGKSASTKALCGHRSTPVAKNSHSFNISCLWPNSLQSKWEEVTQGSWGRYSLLQTVVEACQKKSQCKFQASPKTFG--GDPCPGERKYVEVAYKCRPYEFRSKVACENERMQLKCNPNS-RVAVYSASYGRTEYESFQC------------------------PQPQGVSEETCLVSYATETVMQICHGKRSCEMSADASTFGNP--CRPQTRMYLKVVYACVPRKVLKEQYE-------------------------GQLEPDELDTEYETNEEEDDFDNYDSGNEFIRESAA--SPPAPNVENGSNNLTKDNPTTAKIPPHSKSKDPDAENQERFYLYLILSIGGGVLLCLILVVTRLLIQRHRSKRAAKFHA----TNVAENTIPNGFSDDISEVDADIDLTT 411
The following BLAST results are available for this feature:
BLAST of EMLSAG00000008838 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-2.377e-2631.95symbol:R4GI08 "Uncharacterized protein" species:90... [more]
-1.545e-2124.59symbol:Eva1c "Protein Eva1c" species:10116 "Rattus... [more]
-1.545e-2124.59symbol:Eva1c "eva-1 homolog C" species:10116 "Ratt... [more]
-1.159e-2027.70symbol:CG42402 species:7227 "Drosophila melanogast... [more]
-1.001e-1927.62symbol:LOC100857603 "Uncharacterized protein" spec... [more]
-1.116e-1923.30symbol:EVA1C "Uncharacterized protein" species:991... [more]
-1.157e-1923.51symbol:Eva1c "eva-1 homolog C (C. elegans)" specie... [more]
-1.694e-1924.09symbol:EVA1C "Uncharacterized protein" species:982... [more]
-3.241e-1924.59symbol:EVA1C "Chromosome 21 open reading frame 63,... [more]
-4.841e-1924.59symbol:EVA1C "Protein eva-1 homolog C" species:960... [more]

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BLAST of EMLSAG00000008838 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592834858|gb|GAXK01122686.1|5.556e-5238.30TSA: Calanus finmarchicus comp1209514_c0_seq1 tran... [more]
gi|592869128|gb|GAXK01088434.1|4.628e-3631.80TSA: Calanus finmarchicus comp1542780_c0_seq1 tran... [more]
gi|592799848|gb|GAXK01154720.1|1.786e-3433.72TSA: Calanus finmarchicus comp1769557_c0_seq1 tran... [more]
gi|592790479|gb|GAXK01164089.1|9.132e-3437.39TSA: Calanus finmarchicus comp5987483_c0_seq1 tran... [more]
gi|592803667|gb|GAXK01150901.1|6.688e-3230.32TSA: Calanus finmarchicus comp1995099_c0_seq1 tran... [more]
gi|592834857|gb|GAXK01122687.1|9.593e-3135.79TSA: Calanus finmarchicus comp1209514_c0_seq2 tran... [more]
gi|592945549|gb|GAXK01013004.1|2.413e-2628.57TSA: Calanus finmarchicus comp681790_c0_seq1 trans... [more]
gi|592945548|gb|GAXK01013005.1|2.824e-2628.57TSA: Calanus finmarchicus comp681790_c0_seq2 trans... [more]
gi|592945547|gb|GAXK01013006.1|3.737e-2628.57TSA: Calanus finmarchicus comp681790_c0_seq3 trans... [more]
gi|592945351|gb|GAXK01013202.1|4.138e-2234.05TSA: Calanus finmarchicus comp3995151_c0_seq1 tran... [more]

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BLAST of EMLSAG00000008838 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000088380.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s550:43080... [more]
EMLSAP000000123404.016e-728.97pep:novel supercontig:LSalAtl2s:LSalAtl2s8:743229:... [more]
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BLAST of EMLSAG00000008838 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 24
Match NameE-valueIdentityDescription
gi|152031582|sp|P58659.2|EVA1C_MOUSE8.708e-2023.51RecName: Full=Protein eva-1 homolog C; AltName: Fu... [more]
gi|20137295|sp|P58658.1|EVA1C_HUMAN3.606e-1924.59RecName: Full=Protein eva-1 homolog C; AltName: Fu... [more]
gi|55976366|sp|Q68US5.1|EVA1C_PANTR6.610e-1924.32RecName: Full=Protein eva-1 homolog C; AltName: Fu... [more]
gi|75028296|sp|Q9XU98.2|EVA1_CAEEL4.134e-1620.60RecName: Full=Protein eva-1; AltName: Full=Enhance... [more]
gi|122065423|sp|Q80TS3.3|AGRL3_MOUSE3.516e-1031.86RecName: Full=Adhesion G protein-coupled receptor ... [more]
gi|46576870|sp|O97827.1|AGRL3_BOVIN3.722e-1031.86RecName: Full=Adhesion G protein-coupled receptor ... [more]
gi|81870058|sp|Q9Z173.1|AGRL3_RAT3.869e-1031.86RecName: Full=Adhesion G protein-coupled receptor ... [more]
gi|47116772|sp|Q9HAR2.2|AGRL3_HUMAN3.879e-1031.86RecName: Full=Adhesion G protein-coupled receptor ... [more]
gi|46576677|sp|O88923.2|AGRL2_RAT4.670e-1031.75RecName: Full=Adhesion G protein-coupled receptor ... [more]
gi|46576869|sp|O97817.1|AGRL2_BOVIN5.395e-1031.75RecName: Full=Adhesion G protein-coupled receptor ... [more]

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BLAST of EMLSAG00000008838 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|KYB29739.1|3.489e-5830.09hypothetical protein TcasGA2_TC010763 [Tribolium c... [more]
gb|KYB29738.1|1.327e-5629.75hypothetical protein TcasGA2_TC010763 [Tribolium c... [more]
gb|EFA11231.2|7.028e-5429.03hypothetical protein TcasGA2_TC010763 [Tribolium c... [more]
gb|KYB29736.1|3.608e-5328.39hypothetical protein TcasGA2_TC010763 [Tribolium c... [more]
XP_006571095.12.163e-5128.60PREDICTED: uncharacterized protein LOC724835 isofo... [more]
XP_016770619.18.178e-5028.35PREDICTED: uncharacterized protein LOC724835 isofo... [more]
XP_006571094.18.178e-5028.35PREDICTED: uncharacterized protein LOC724835 isofo... [more]
XP_001120738.28.178e-5028.35PREDICTED: uncharacterized protein LOC724835 isofo... [more]
gb|KYB29737.1|8.918e-5028.15hypothetical protein TcasGA2_TC010763 [Tribolium c... [more]
XP_016770622.11.219e-4727.76PREDICTED: uncharacterized protein LOC724835 isofo... [more]

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BLAST of EMLSAG00000008838 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|642911530|ref|XP_008199461.1|1.707e-5530.09PREDICTED: uncharacterized protein LOC662950 isofo... [more]
gi|926630140|ref|XP_013780747.1|6.320e-5432.29PREDICTED: protein eva-1 homolog C-like, partial [... [more]
gi|189233947|ref|XP_974111.2|6.491e-5429.75PREDICTED: uncharacterized protein LOC662950 isofo... [more]
gi|1008425543|ref|XP_015832944.1|3.494e-5229.23PREDICTED: uncharacterized protein LOC662950 isofo... [more]
gi|642911521|ref|XP_008199456.1|3.439e-5129.03PREDICTED: uncharacterized protein LOC662950 isofo... [more]
gi|642911525|ref|XP_008199459.1|1.765e-5028.39PREDICTED: uncharacterized protein LOC662950 isofo... [more]
gi|646703964|gb|KDR12374.1|2.071e-4929.43hypothetical protein L798_13668, partial [Zootermo... [more]
gi|571507217|ref|XP_006571095.1|1.058e-4828.60PREDICTED: uncharacterized protein LOC724835 isofo... [more]
gi|1059411624|ref|XP_017778712.1|2.087e-4835.40PREDICTED: protein eva-1 isoform X5 [Nicrophorus v... [more]
gi|1059411626|ref|XP_017778713.1|2.387e-4828.17PREDICTED: protein eva-1 homolog C isoform X6 [Nic... [more]

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BLAST of EMLSAG00000008838 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 0
Match NameE-valueIdentityDescription
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s550supercontigLSalAtl2s550:43080..125757 -
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
Descriptionaugustus_masked-LSalAtl2s550-processed-gene-1.0
Biotypeprotein_coding
EvidenceIEA
NoteProtein eva-1 homolog C
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000008838 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000008838EMLSAT00000008838-704685Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s550:43080..125757-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000008838-691604 ID=EMLSAG00000008838-691604|Name=EMLSAG00000008838|organism=Lepeophtheirus salmonis|type=gene|length=82678bp|location=Sequence derived from alignment at LSalAtl2s550:43080..125757- (Lepeophtheirus salmonis)
ATGTTGATGATGACAAAGCAAACACGGAGAGTAGAAAGGATATATTTCTA
TCTTCCTTTCCTTCTGATACTCGTTGCCCATGTTGGAGCTCAATATAAAG
TTTATCGAAACGATCCTTTTGCTCTTTTGTCCGGAACATTAAGGMCCTAT
CAAAAASCAGCCTGTGACTCACAGACACTTAGTTTGGAATGTCCTGTTGG
AACAAAGATATCCATTCAGTTAGTCAAATATGGACGAAATAAACCCTCAT
CGCAGGTAAGAGATTTCATCTTCTCATAAATTATAATTCCTTGTTGCTAA
AAGGAAATATCGTGATTTATATTTAGTATTTCCTTATGAGTTCCTTGCTG
TTGGAGTCGTTACAAATGTATATATATATATACTTACATATAAATATAGG
AACATTAAAGAACACCCAAGAGTCAAATTTCCACAAAAATCTCCTTTATA
CAAATACATATAGTTGTTGATTTTGTTTCTAAAGTGTGTGTTTTTATCGC
CCCCCCCCCCTCCTCTCCAACTTCCATCGCGCATACACTCTTACATAAAT
AAGGAAACCATTTAATGACTCTGTAAACTCCATTGCCCCGGAGAATACGT
TAATACCCAAGCTCATTGATCCTAATTTCACTCCGTATGAGGAAAAGTAA
AGTGTATAGCCGTGCTTATTACATGTAGTTGCTAAAGGCAAAACTTACTT
TTCCTTATAAGTATTTATGTTTTTNGTAATAAATGTATAAATGAAGAATA
TAAAAAATAATTTTTATTTAGCTGAAGTATTTATCGATTGTATTAATACT
AAATACATATTTACTCTTAACAAATTTATATAATGAATTATATTTAACTA
ACACATCATTATATTCTTGTTAAAAAAAATTAGATATGTTTCTACCTTTT
TGTTAAAAGTTAGTTCTACATAAAAAAATTAACTTCCTCCCTCAAATTTT
TTTAAAAACTCTGTGGGGAAAATGTTTTAATATTTTACAATGATTCATTG
GCTAATAAACTATATTTTAAAAGGTCATGGAGTAGAAATTATGTGAGTTT
CTCCGTAATTTGACGTAAGTTCCGTAGAATAAGGTTAAAAAAAGTACGGA
AAATTGGACATTTGCTATCATAATTAAAGCAATTTGAGTATTCTTCAATT
ACAAAATTGTATTAAAATAAACACTTTGAATAATGTTCAAGGTACTTCAA
TATTTATTTTTTAAATGTGAGGTCAATTATGATCAATTTATTTAATAAGT
TGTTTCAGTTTCTTAAAAGACTTAGAAAAATCAATACCTTGTTTTATAAT
TATAAAAACCATGTTTTGTTTTGAGGAAAAGTTTCATTTTTTTCTCCGGA
ATTAACATAGCTAATCTTAGAAACAGTTTAAATCTATAATTCAAATAAAC
ATTATATAATGCAGATAATGATTCATTATCAAATATATTAATCAAACTTC
TCATTCTCAAAAAGTGCGTCAGAAATTTGTACAAAAAGGATCACACAAGA
AAACACTAAAATACCTTACGTGTTAAGAAAAAACTAATTATAGGTTACTG
ACTAATAAATCAAACAAAACTAAATATATGCTACAAATTGCCTCTAGCTA
CTTATAAACAACAAAATTTTGATGATTTGTTATATTCATGAAAGAAAAAA
TGGCTTCAGAATAAGGAAACATATACAATAGATACTACTGAAAAAGATTC
TCTTGATCAGTGGTTCTTAAAACTTACATATATACATTGTGAAACACCTA
AAAAAATATTAAAATATCAGAATTAATTAAAAATTATAAATTTGACACTT
TTTGAGAGAATATTACTCCAAATTATATGATCATTCATAATTTTTTATTT
CATTTCTTGAAAACAATGTATATTTATTTGTTAACTTTTTTTATTTATAA
AGTAATTTTCGCTTAATTCCAATGCCTTAGAACAAGTGTTACAATCGTTC
TATTTAAGCCAACGAGAATCACAATTCATTATGCCCTTGTGGTAGAAGCC
ATTGTCCTTTTTTGCAAAAAAAAACATTATAAAGGTTGAATTTTCAGCTC
TTGTCTTTATGCAACTGAAAATGTAAAAAATATATTTGTGGTTGGGAAAA
CTATCTACGGATCATAAAAAAGGGTCATTTACGTCCATAAATGAGACAGA
TTGGCAAATTTGTTGCTACATATATAATATAATTTAGGCAATTATCTGCA
GTTGGCTAATTTACATAGATGGTAAATCTCCCGATAGATATTTTTCGATG
AGAATATTCCAAAGGAAAATTTCATAATACTATTTTTGCCTCCTCCACTA
TCATTGTCACTATGTCCATAAATGGACTCCTTAAAAATGATAGCTAAAGG
AGAGTTTGCGTACCACTAGTTTGAGAAAAACTGCTTTAGGTGAATCGGCT
GMATAAATTTAGCACCTTTTTATTTATCTATTGATATATATTTAAAGTTG
TTGGGATATTGGCTTTGTTTTCCTATTGTTCAAGGACTTCTTTGTCCGTA
AAAAAGTTTTTTAATCTTAGCTTAAAACTATGGGTTGTATTATACTTCTT
ATAATTTGAAACCGACTTAAGAATAAGTCATTATCAAGTTTATTATTTGA
TAGATCTGAAGTAAAGTCCATATATTCAAAGTTCATATATATTCTAAAGT
CTTTTGCATTGAATGTTAAGTCATCGCTTATAAATTCAAGTCAGAAATAC
TTTTTTCAGAGGCCATTTAAATACCCAAAAAATAATTTGAACTCCATTCA
AGTGCATAATAGTTTATCTACCCACTTGAGTCATTGGACTTTTTTTGACT
TTATCATCAATAAATATTAAAAGTAATAGGGATAACCAAATCTCAATTTT
TATATATTATCAGTTACTTATTGTAAATATTTTACTATTTATTCTGACTT
GAGTTGAGTTTTTTTTTCCTTTAGTTAATAATTAAAAATATGTTTTGTAT
TGTAAATAAATATAAAAAAAGAGATTGGTTGAACAAGGATCGCAACTTGT
GTAAACTCTCGATAATGCTTCAATAAATGAACTTTTCTTCAAGTTCTAAC
CTCTATATTTCCTAAGGTTATAATATAAACTGGCTCTAATATTACTTAGT
TCTGTCGTTAACACACTTTTGTGAATAAAAATATATTTATTTTCTCATGT
CAGAATTGTTGAATCAAAATATAACTGACAGAATTATTTTACTTTAAGGA
ATACAACATGTAACAATATATATATATACTTGTTTGTATACATTAACATC
AAATAGTGTAAATGTTTTTTTATATTAAAGTAATTCTTTTTATTAAGTTT
GGCCAAACTTTCCCATGATAAGTCTAGTTTGATTATTTGCCAATAAAATC
AATCCTTTTCATTATTCTACTCAAGGTAGACAATCAATTTTCTTTAAAAA
AAAAAAATGATTGAAAAACCTTTTCTTTTAACTTTTTTCTTCTTTTTATA
AGACTTTAAAATAAACTTTTAATTCAATTTWCAACTTTGGCTTCTGATGT
TTTTTTTTTTTTTTTTTAAACTATTTTACTTGCTACAATATAAAATCAAT
GATTTTTGTTAAGAAAAAATAAATAAATAATATTTAATAATTACTTCATT
TTGTTGTATTAAGTTTATGTTACTAATGAAGATCTTTATAAAAAAAATCA
TTAAAATAATTAATATTTATAAGTGAGAAAGATTGTTCTTCTACAATTAA
ATATTCAGAACACCATTATATAGACTATTTACATAAAAACTTATTAAACC
TCCAAATAACTAGTAATTTATGTATTACCGAAATGGACGAATTGATTCAT
CTATATTTATATGAGTATATACTTTGTCCTTTCGATAGATTATTAAGATA
TTGAGTGATATAGTTTATGTTCGTTTAAAACCAAATAATTGCTGTTTATG
AATACTTAGAAATTATTATTGAATTACTAAAATTTTAAGAGTACAAGTGG
GACATAATATAACATTATATTTTCCTACAAATAATGTAATAACCAGGTAG
ACATAGTTTGTGTTTTACTATTTAAGGAGTACATAACTCATAACAAATTC
ATTTATCTAAGTGAAAATTTTGTGTATTCAGCATTACCAGGCTACAAAAA
TCGAAGTATTTTCTTATTACATGATACAAAATATCTGTGCAAATATCTAA
TTTTCTTTGATACCAATACGGTGTAGATATTGTAAATTTTGTACGATATA
TCAATTTTTTTGATTTCGATCCGATATATCATCACGTATAGTCCTTTCTA
ATAAATTGATTCTAAGAGTTGTACGTAATCAGTCAGTTTGATGACTATTT
ATTATATCCTTGTTCGAAAGGTGGAGTGAAAACAAAGATCACGTTGTGAT
TAAGACAGTAATTTTAACATAATATTCAATTCTTTTTTCAACTATTTGTA
GAAAAGAAACTTGGCTCTTTCAACAGCTTTTGCTATTAAAACTATAACAA
ATGCGATACAATCCTTTTCTTAAAAGTGGTTCAAATATTGTTTACTCTAC
GGTAAACCCTAAGTCAGGTCGAAGTTTTTCGAATGACCATTGCAAGTGTT
GTTATTGCCCCACCGACGATTAGTGTACTGATATTTTTATTTAAAATAGT
AAATCTGAAAAAAATATCCTTATTAATCTGTGGGTCATCTTATCAATGAC
AATTTTATGCTCTTATTCAATTAGAGCGATTTTATTTCTTTTTATGTTGG
AGGGCTAGGAAATATAATCAAAGTTGTTTTAAGAAAAACAAAAAAAATAT
GTTACGCAAAGAGAGTTTCCTCTGATTTTAGCATTTCCGATATGTTATCG
ATAGATAAACTTCACCTGAGAGTTTTAAAGAAGACAACTTCACAATCTCC
TTTAAAAACATATATTGTTGTTTTTTTTTGTTATTTTCTAGAGTTTATAT
TATTATTTTAAGTATATGTTTATTTATGTTTTGATCACCTATTTAAAGAG
CCACACTTTGCCCTTCCAACCCCTCTTCCAATCTTCTTACTTCTATGCGA
CTGTAACCCTTCTGCCAAATTAAGAAATTTTTGATTTTAATTTCAATTTG
TATTTATAATAATAATAATTTACTGATTGAAATTATTTATCGAAAAATAC
AAATATAATGCAGACTCATTTGTAATCATCAGTCGTATTTAATACATTTT
CTTCCCCAGGAATTTCTTATATATGTTTTTCTGCAAACATTTACAAAATC
AACATATTGTTATCTCCTTTCCAAATATCTACTGTACAAATCATACCCTT
GACATGAAAAAAAACACTGCTTTTTTTCCCCCACATTATTCAAACACATC
AATTACTGATTCATGTAAGAGTTCNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNATGAATTAAAATGCTAAAAAAAACTTA
TTTGAATTATCAGACAGTGAGAAAAAAATAAATCCCCATTTAAAAATAAT
ATTACCAACATCATTTGGGGGTTTTAACAAGGAAAAATTTGTCATTAGTT
TCGTGAAAACATTAAACGTATTTTTTTGAAAAAAATATATATATTTATAA
TAATTATAACTTTTTTGTAAGTTTGGGAATCAAATGAGTAATGATCAGTT
TTAGTAAAGTTGTGTAAATTATATAAAATAACAGCTACAATATTATACTT
TTTTAGCTACTATTCTACGCCTCAGTCCTCACATTTAAAAAAGAAAAGAA
AAAGAGAATTAATTCAATCGGACAGAAAAACATAGGAACAACTATTAAGC
AAAACTGTTTCTTAAATTAATTAAAGCTCGATTAAAAATGGATAAATATA
CAAATAATCTCTAATAAAGGCATTTTCGAGATCAATAAGTATTGCTGATA
ATCTGATTTATTGTAATCAGATGAGCATACTAAAAAGTAATGGCAATAAG
TTGTAGATTCAAGGACATGAGAAGCATTTTTATAAATGCCAAGGTGTATA
ATATATCACTTAACTAACGTAGGGTTTCATTTATTTGGAGTGCACATGAT
CATCAAGAGTTACAAGAGTACTATAAAATAAATTAAACTATTTAGAGACT
ATAGTTTGTATTGGAATATGTATTATTACTTTTTTGAATGGAATAATATT
TCTCTACAACTGACTTGAATACTACAAAATCTCATTTCATGTGCTTTTTC
CTCTCTGAACAACTTGGCTGAGACGCCTCAACGTTGACCCGCAATTATTA
CACAAAACGTCTTCTGATTTTTCAGGAGTTTTGCCTAGCTAGATTTCTGA
CTTATGTCACTTACTATGTCTTTTTATTTAGTAATGCTAAAGTTATGTGG
ACTTTAATTCTCAGTTACCCTGTACGTAAATAAATATGTGAGTAATTGTT
TGAATCTACACTATTAAATCATAATTCAGTATAAATATCCAATAATTTTG
TTTTTTCCAAGAAAAAATGCATTAGTTTTTATATGAAAAGCTTTTATTTC
TGTATTTTCCCCTAAAATATCGTTTTTTTAATCATATAAAATGATGTTTT
TTCTTGACAAATTCTAACAAATATTTATTTATGTTCGTAAAGTATATATA
CCATTTTCACTAATTCCATATCTTTTTATTATTATTAGCTTAGCTATATA
TGCATATTTTTTAAGTACACAACAACAACAAATATTTTATCATTAATCAT
CACAAAGCCTGTTTTATATAATATATACAACGCGATGTTAAACAAAAAAC
ATATGTATATAGCGATTGTACAAGTTTGTTTTAATTAATTAATCATTAAT
TTAGAATTATATGCAGTGTATTTTTTTTTTAAATAGTTAATATGACTCAT
ATTATAACCTATACAATTTAAAGTATGTTTCGGAGGAAAGAAACTTAGCT
GTCATGAAGTTTTATTATGTCAGTTACAAGCAGTTGCAGCGAGAGAGTTG
GAGAGATAAAAATAAAATAAGGAGATAGGTAGGAATTATTCCAATGTTGT
TCCTCAATTCTACTCTAAGTTCAATTAGGACTTGCAAATAAAACTCCAAA
ATAAATCCTCAAGGTTACTCTAGGTCTTTTATGAGCACACACAAAGGTTC
AATTCAGATATGTATATAATTGTATGTAGTAAAAAAAGTAGTTCACTCCT
GAGGAATAAAATACTAATGAAAAAGATTTAGGAAAGAAAATTTATTCTTC
ATTTTACAAACTAGCAAATAATAGACGATCTAAAAAATGCACTCGATTTT
AATCACTTACTATGTATATATGTTATTCTTTCTTTTTTTCTTTGACAAAC
TTTTTAATAATTTGAGGGAAAAATCTACAATTCGAATTGCCAACAAATAA
CATTAATTCTTGCATTTCAGCTTTTTTGGGTATTTTTTTCTTCATCAACG
TATGAACGCTTTATTTAGTTTTGATTTATTTACCTTTAATTATGTCAGAT
ATAGTTGCATTGTACATGATAGTATTATAATTACTCGTACTAACCCAGAA
ATGGTATTTAAAGTACAAATCATCCTTTTCTAGGATAAATAGAGAGAAAG
ATCTGTCTATTGAGCTACGTTGTTTCACTTTATATGAGTTAATTTAGATT
GATCATTCATTTAATATAACTAATCTTTAAACAGTTTGATAGTTACTTTA
TATATTCAACAAGAATCAAAATTAATATTACAATTGCTTTGCAATGAGTA
GAAAAAATATGATAAATGAGAGTATTGAGATAGTCTATAATCTAGTCCAA
TTAAAAATTACTTATTGATAGAAAATTATAAGTTTTTATCTATTTATTAT
TATTTTAGTAATGGAAGAATATATCTAAAGATATGAAAACGTAATGCTAA
TGAAGCATTTCATCTAGGTTAATTTATTTTTATACTTAAAGGGTGAGTAA
ACTTAAATGACATTATCATATTAAAATGTTTATGGAACTTACGATCATCA
TTTCATAGATACATTTTTTATAGTTCACGGGATATAAGTTTGCAAATCTA
AGCCTACCCTTTCAAACACTAAATTAATCGTATGATGACTGCCATCCCTA
GCCTCCTTTTGTGGGGACTCAATCCAAATCTATTATAATAATATATATTA
ATACTATTAATGTTGATTATCTTGAAGTATAGTAACATCTATTTTAAATA
CTCCCAAGCTTAGAAATAAAATTTGTTCTAACTGCATAATGCATGTTTTA
GTAACAATATGTCTGTAGCAAGACTGTATGTTTGTTTTTGGGTTTTTTTT
AATAACATATAAAATTTAAAATACTCATCAGTAAGATATAACGGCAAAAA
TTAATCTAATCCTTATACATTTCCTATTTCATACCTGCTTGGTAACTTAA
TTATAAAGTTTAAATATTCATTCAAAAAATAACACTAATGATATTAGTTA
ATTGAACTTAGTGAGCTATTTAAATTTATCATAGATATACATTATCCATT
CAATGATATAATTTAACAAAGTACTCATTTTAAATTTAAAAGGAGTAGTT
TCAAAATTCAGTTAATATTCCTTTGAAACTTTTATATGAATTCCATTATT
ATCAAAAATTATCGAGAAGTAAAATAAGAAATAATTTATTGTAATCTTAA
AAGAAAGGAAGCCCAGACGACAATTAACATAAAACACTTGAAGTTCAGTG
TATCAATTATTGTAAAAACTGCTAGCTATAAATAAGTTGAAGTATTAAAT
ATCTTTCAATAACTTGGAAACAAATTTTTTACTACATAAATATTATCGTT
ATGTAAGACACATTCATACTCTATTGATTCTAAACAAAATTACTTTGCAC
AAATTACTAGGCCCCTTCCATTATATTTAGCTGTATCAACTAGTAAAGTT
ATATTTTTTTAGTGGAATATTTTGATAATACACATTTGCAGAGAGCACAT
GTGCACATTTTACAGAGAGTTAAGATAAATATTTCTATAATGTAAAATAT
ACTCAAATAATAGTAAAATATATATATATTTTTTTAATATTGTTTTTATG
CAATATTATTATACGTCAAAACATTGCACTTGAGCTTAATCTACATCTTT
ATATAAAAAAAGTAATTTGTAGTCATAACTTATGTTAAAAAGATCATCAA
TAACACAATTTAACACAAGAATGGTATCATAGTGAAACCATTTTGACTTT
GCCGTATGGTACTATCGAATATTTAAATCCGAGCCTCCTCAAAAAAGTAC
ATTATTAGGCATGGGAACACTACTTATAGATCAACTTTCGAGCCGATTGA
CATTTTCATGATCTCTAAAACAGGTTATGCTATCTCAGTGGACAGCAAAA
TCATTTTTGGAGCCATTGATTCTATTTGGTGACACATATACATAGGCAAA
GCCAAATTTTGATACTTAGCATCAAGTGAATACTTGTATTGTAACTATAA
TTGTTTGAACAGAATACAGCCTATTTTTTTGGTCAATATAGTTCAGTACC
TTTGATCGAATAATATTTAACACTAGTATTCCTTAAAGGAAGGTTCTATG
CCACCGTCAATCTTCGGTGTAATTAGTATTATGTTTTTATTTTTTTAAAT
TTAGTATGTTTAAAAAAAATTTGAAATAGTTTTGAAAACAAATTTACATT
AAGTTTTAGTGAAAGCAAAGTTTTAAGATTATATTTAAAAAAATAATATA
CAGAAAAAATGAATTTATAACGTATACAATTTTTTATTTGTTAGAATGAC
GTACACTAACTCGAGAAAAATCGTTTTTTTCTTGATTTCTTATCCAGGGA
TATACTTCTAAGCAATCTGTGCGGCACTTTTAAATCTCTTTCAACTTATC
TCTCCCTTTCTTCCAGTAGTTGCACCATAGAACAAATAAATTTCTTTAAT
CCTTCTTTCAAATTCTGCAGCAATCTACTCCATTTTGATTGACGTTTGTA
CAGAAAACTTATCTAAGTAAGGTGGGATGGGGGCTCATTTTCGTTTTGAA
ATTGTAAAACTACTAATAAACTATTTAATATAAACTAAGAAATGTCGAAC
ATTCAGCTACCATTGAACTCGCTTTTGAAAAAAAATACTTCAATATTACG
AGCAAATGATTCATTTTAAGATTTCTAAATTAACTTTTTTATTTCTACAT
TTACCTTTTCAAGCTCATTACTTTAAAAAATTTCTCAATCTGATTAAATA
TTTTCCAGTGTCTGTTTAATAATCTTTTTTAAAATAATGTTTACTCTTTT
CTCTATGAGTACACCCAAAAGGAAAATAGCAAATATAAATATTCAAACCA
ATTTACCATAAAAAGTTTATATTATGAAAAAAATTGACATTGGAAAAACT
TAATTGGCAGATTTTTACTTGTCATAGAATTATGATAATTATGTTTATTA
GATGTAATAAAAAGAAATCTATTATTTTAAACGGATTTAAAAATGAAAAA
AAAATCAATTTTTATCTCTTTGCAATCAAAGCGGTGTTTACATGATTGTC
TGACTGGACGATTTCCATGCAGGTGAATTGCTGTTACAGTATTAAAACCA
TAAAAACTATTTTTTTAAAACTACCTTTTTTCAAACAATACTCAATCACA
AAAATGTCTTTCTTTGGATTTTTAAGCAAGTTATATTATCTTTCTAAGNN
NNNNNNNNNNNNNNNNNNNNNNNNNNATACACATTACTTAAGCCATATAT
TTGAAAAATAATTTACTTTTTTACAATACCTATTATTATTTTAATAAAAA
ATACTGGATTTAGATTGACCACATGATTTAAAATAATGAAAGTTAAATTT
ATGGCAAAAACATTTAAGCAGTCATTTTTCTTACTCAAATGTTTAAACGT
TATCTGCTGTAATTTGTAAAGTACATTCATTAGTTCATAAATTAAGATAT
AATATTTATGATAATCATGATCCAGAGGATTTTTGAAGAACTCTTATAGA
TATGATTTCATATATTGAGTCTTGGTCCTTCATTAAGGATATTTAAAAAA
TAGAAAAATAAATTATTAAAAAATAGCTGATATATTAACGTAGTGATTTA
GATTTAGCGTTTAAAAAACGCCGATATCCGATGTAAATTATGTCTTAAAT
AGTGGTCGCTCTAACAAAAAATTGAAAAACACAGTTTTAAGGAACTGTAC
ATTTATACTTTTTACATCCTTAGATCAAATAAACAATAGGAACCCACTAA
ATATTCGATGGTTTTCGAAACTTTCTTTATCAAATAAATGGTTCATTAAT
CAGAGAAAAGAGATATTTATTTGTTAGGATATATACGTTTTTTTGTTTTT
TTGTAAAGAATTAAGTTTTATTTTTTCACTCATCCAACCATTAAAAAAAG
GAAATCTTATAAAATAATATAATGTATGTAAGATAAGCCTTGCAACAAAG
GAGTAAAATATGCATTCGTCTGCCTCCTTCCTCTTTCTTAAATTATGTGT
CAATTTATCATTTATAAAAGAATATGATTATAGTCGTGAATGTTCTTTAG
ACTTGATTTTGATTGCTTAATCTATCTATCACTATATTTGCATATTCATA
TTTGGATGAGATATATTTAGAATTTGAAGAAAAGTGTCATAAATAATTGA
TTTTTTCTATTGAAATTTGTAATAGAACCCTATCTATAAAACTTCTATTT
AAATGTAATAGTACATTTCAAAGCTATCAATATAAATTCAATTAAATACA
TTTAATTTGATATTTTCAAACCTCCCCTTTATTTCTTTGGCAAATCATAT
TGTCGAAACTCTTTTTGTTTTTAATTATCTCAAAAAATAAATTCGCAATA
TGGTAATTACTCATTGGATTTTTTCTGACAAGAAAATGAATGTTTTTGTA
TCTATTGGAGCATTATTCAACCATGTATTTTTTTATTTCTTTTTTGTGAA
CAAGAATGTATTATTTCAGATTGTAATACGGAGCAAATATCAACATAATA
TTAATAACTATTAATTGTGAATTTTATAATTTTTGCCTCTCTGTAAATAT
ACATTATTTAGGTTAAAGTTTCAGTTTGTTTAGAGAAAAGAAGAAATATT
TCAATCGTTTGGGAATTTAAAATACATTTTTAATTTATTAAAAGGTTTTG
TGGTTATTATCTACTTTGTGTATATTATTTTTCTTGACTGTTTCGCTTCT
ATATTTCTTAATTTCAACATTCAAGTTTAACAAGTTTAAAACAAAATACT
CACTATTTATTTTTCCCAAAACTTTGATTCAAAACATATGAAAAAACAAA
AAAATGATATTAATCCTTAGTTTTTTAAAGAATGTTCTATAATTATTAAT
ACACTGAATAACATGTAGAAATACGTAGGAAAAAGTTATTTTATAATATT
GAATTTTAGAGATAAGTATCAAATTAAAATTTAAAAAATATCTATTATCT
AAAATAATATATGTGATTATTTAGAAATCATGGAAATATAATTTCTTTCA
AATTTATGACCAAGATTAAACTTCTAAAAGATTTACTGGCTCATTTTGCT
TTTTATAAATGCAGAGATAGATGCACAATGAAAAAAAAATTGGAAATTCT
TTTTAAACGAACTTATAGTTAATATCATTTTATCTTAGTAGTTTTTATCC
ACTCAAAAAAAGTTTTTTTTTCTTTTTAAGATACAAAAAAAAGTGTCAAA
AGACCTTTTAATGTCTTTTTATTTTTGAAATTATAGAATTTTCCTGCTAA
GATTTTATTCAAATATTTAAAAAAAAACTATATATGCATTAATTGGTTTA
TTTTGACAGAGTCCTTCCTATTTTGAAGCATTTGTCTACTACATACATTG
TAAATATAATTTTGATATGAAACTATTTGTAAAGTATGAATCATTCACAA
TAAATATGTCGAATTTGACATTTACATCAACAGTATGCAAATCTAATTAA
AAATAAACATCGACTGCAAATGAGGTATGAGTAGACTTATAATATTAAAA
AAAATCTAATAATTCTCAATTTAATTCAAGTAAAAATCATTGTACTTGAT
ATTGTAATTGTCATGTGTAGTTTAATAATTTGAATTAAAACTATTGCTTC
TCTTTTGTCACTCTTTCAAAAAAAGGTCACTTCTCACTTCTTAGAGGATG
ATTTTGTTTATTCACTCTTTCAAAAAAAGGTCACTTCTCACTTCTCAGAG
GATGATTTTGTTTATGTCATCATATAGTAGTCAATATATATATATATATA
TTTTTAAAAGATATCGATCGGTTTGGATTTATTGATTCTGACATGGATAT
TATTCAAAATCTAATTTATTACTTTTATTATCAGCAATTCTTCTATTGAT
TTAATAAGAATGGACAAATGGTTAAAAATGCATTTTCATTTATTTTTCTT
CAACTTTTCTTTATTAAATTCTAAAAATAATAAAATGATATTTTTCCTTG
TATATGCTATAATATGAACAATAACCAATCACACGATATTTAACGAACAA
AATACCCTTTTGAAATGCAAAGAAAATATGTTTGTTAAAGTGCATGGGTA
TTTTAATATTACACCAATAATTTATGTGTATATCAAAACTATACATGAAA
CTTTATTTGGAGAAAAAAAGTGTTTAATCCTCAATCAATTTCAATGTATA
TAAATCAAAAAAAAAATAATTTTAAATTGATGATAAAGTTTTCTTTTTTG
TGAAAAGAAATAAAATTCTGAAGTATATTGAAATTTAATTTTTAATGTAC
ATACATTTTTGAAAGTCTACTTGAAATAAAGATGATTGGTTAGTAAGGTA
TGATTCCAATCCAATCATAAAGCCATACTTACCAATATTGATTCAAACTT
TAGATTAAAGCAAATAACGATGAATAAAGATAAAATTACAAAATTAACTT
GGTTGTACAGTAGTGAAAATTGATAGAATTTTGGGCATGCTAGAAAAAGA
AACCAAAACTCAACTTATAACCCTGACAACTGGAAGAATGTTTTGGAGTA
GAGAAGCTCAGCTGTCAGCTACAATCCACTGTGACGAGGGAACGTGGGAA
AAGGAAATAAACAATGACATAGGCTTGTTTAACAAAGACTTACAGTTATA
ATTGCAAAACAAATCATCAAGGCTACTCTTCGTCTTTTATGAAAACAAAC
AAATGTTCAGAAGAAAAAGGAAGTTTACTCTTCAGGGGCATAAACAAAAT
GATAATAGGGTGGCATAAATATATAGACATACATAAGTATATATAGCAGA
AGGGTCGAATGACTCACTAATGATTACGCATATATTTTTTACTATTTTCT
AGTAATTTCTTCATTAGAAACAGCAAGTCTTAATTGATTAGTTTGAATTA
ATGAAGGCACTCAATTTTCCAAAAATATATATATATTCATTTAATTTGAC
AAGAAAAAATATATATATTCATAGAATACGTTTTAAAATTAATGAGTTTC
TTCTGAGAAAGTACATACTACTAAAAAGTAAAGGGGTTGAAAGTACAACG
ACAATCACAAAGAAAACAAAAACAACGACGTCTTGGAAATGAGCCAACAA
TGATTCATATTACTTTTTACCTATGACAATATGAATAATAGCCATTACAA
CATGTAGTAAAAACATAGGTAAAATATGTTGGATATACAAAATTATATAT
ACAGTAAAAATAGGAGATATATATACTTAAGGAGGTAGGTATCTACATAC
AAGAATCAAATATTTTATTTGAGCTTATACACAAACAGACCGAAAAAAAA
ACAGAATGAAAGATAATTAGCCGTGAAGTATGTACTGTAAATATATTTAA
ACTTACTTTAAAAAGTTGGCATTATAAGTATTTGATGTTAGGTGAAAACG
AAAAAACAAAAAATAATAATAATAATAACAATGAACTCTGCAAAATACAA
CAATTATTTATTTAACTCTCCGTTAGTAAACTGGGATGTTATAGACTCCA
AGATTTGAAAAAAAACTTTTTTATTCCTTTAGTTCTATATTTTTTATAAA
TACTTTTCAATATGCTCCTCAAACAATAAATCAAATTATATACAATTATT
ACCTATAGATCTTCAAAATGCCTTGTTTAGGAATTATTCGTATATTTACC
AATTTTCCATGAAAGTTTACAGAATTTCATAAATTGTTTTGCTTAAAAGA
CGTTTTATTGCTTGTGTTTGATTGATTGAATTCTTCTTTATATCAAATGT
GAGGACTGTAGCATATACACTAGCTAAAAAGGTGTAATATTGTATCTTTT
ATTTTATATAATACACGCAACTTCAATAAAACTGATGATTACTAAACTGA
TTCCCAATGCCCATATAATTATTTAAAAAATATATAAGTTTTGTTTTTTT
TCCACGACATGAATCCCCGAATTCATGTTGACCAGATTATATTTTTTTCA
TGTCCTATTTTTATACAGGTATTTTAAGCTATTTTAATTGATATTTACGA
GTGCAAAATTGATAGAATGGTCAAATAATTGATACAAAATGTAAATTACG
TAATTATTTTAATCTTTTAACTATTTAGCATGGAATAAAATATCTTTCCT
TTCTGGGGGGTGTTATCCCAGTTTACTAACCAAGTTTTCAAAAGTTAACA
TAATTATGAGTCTTGGTGAATTTTGTTTGATTAACTCCTAAAAAAATACA
TACTTTTGTATTTTGTAAGACTTAATCATAAATAAGCATACCTATATTTG
TCTCTCAAAGAAAATTATTATTTATTCAATAAAGAATATGAATTTTTGTA
TGTAAATTCCCATTATCATGTATTGAAATAAGTTAAGTAATCTTTCATTA
GAAGTCAATTTCTTTTTATCCTATTAAAAACTTGTGATTACATTTAAAAC
TGATTCCTAATTAATTTTAAATGTGCTTTAAATGAGAATAAATATATTGT
TAATATTTATATGTAGGCGACCAAGTAGTTTAAAAGGTTGTTTATAGACT
TCTGTTCTTGTAAACAAAGTTTGAGTATAGTGATTAACAATCAAAGGACA
TACCTTAGTAAAATAAATTACCTGAGGGAGACTTACACAGATAAAAAAGC
ACTTCAATTAAGGGTTTCTGGGGAGCTGTTAATGTAATGGTGACAAGATT
TCTTTGGTCTCTTGTATAAATTTATATGCTCAAATTATTTTTCATTCACA
AAATAAGTTTTATGTAAATATGCAATAAGTAGAGCTGGTACGGTACGGAA
TTATACAGGTTATCATTTTTGATACCCATATGGGGTACAATCAAATATTG
TGAGAAACTTTTTGATTATTTGTGTTTATAAGTTCTTGAATTTTCATAAT
TCATTATATTAATCATATAAAACAAAATTAAAACTTAAAATTAGTAAATG
TTTCGTTCATACAGTGAACACTCTTTAGACAGATGTGGGTATCCTATTTG
ATATCCCCATCATTTTAAATAATCTTTTCTTTCTACAATTGTGTATTAAC
AGGCTCATACAAGTTCAAACATGAATGAACTAATCTAGAGAGGGTCGTTT
TCCTTACTTGTATAAATATAAGCATAAATTTTGCTGAACTATCCTTTTTG
CTACCACCTTTTATAAAAATAAAAACATCCATTGATGAAATAAGACATTA
TCTTCTACTCCGATTCCGAAGGTTTTAATTTCGAATTTTAAATGAAGAAT
ATGTCCAACCACCTTCATCAATTTAAGAAGGTCAATGTTTGTTGCCAAGG
GTAACAAAATCTGGCACAAACAATTAGGGAATCGAGAGAATTAGGTCTAT
TTGACCCAAAAAAATATTTTGAAGGAAGAGCCAGGTCCATCATCATTAGG
AAAACGTAACATCAAAATATGATCAGCTTTTGATCAATAATTATATTTTT
GTTCACATTGTAAAATTATACCATAGTTGAGGCTAGTTAAAAACTAAAGA
ATTAACTAATTGCTATATTCTGTGCAAGAAGAATCTTTGCCCAAGTGTAG
CCTACTGAAGTCATTTGCTCAAGAAAATTAGGGATCAAACTCTTTCAGAA
TAGTATGTCTTGCGCCAAATGTAAGAACTATGAATCATGCTTGCAAAGAA
ATATCTCCTGAACTAAAGGCTACCACACAAGTACTATGTCCAAGCTTAAT
GTGGCGAATAATGTACGTTCAATTTTAGCTACTACAAACAGTTTCAAATA
TTAAAGGAAAAATGAGCATCATTTATAATATCGAGCGTCGTTTAAGGGGG
GAGGGGGTTGTTACCATCTGGCGTTCTKTTGTTAAACCATAGTATTATTT
AGAAATCTCAATAGTTTGAGAACCACTGATCTAATCTAATGGTTTATAAG
CTTACGACTATATTCAAAGGACGTGATTTCACCAGTTGAATTGCATATAT
ATATCCCTCAACAAATTAATATTTTTTTATACTAACATTAATTACACTAT
TAAATATGAAACAATACATATGAAGCAATTAAATCTCTCATATCTTTGAA
GACCAAAGACCTTCAACTCTAATATTTTTTTCTAGACTGATTTGATTTTA
TCTTGTTATAATATTTTTTTTTATCAAATTCAGATTATATAATGTTTGAC
GAAAAAAAAATATAGGGGAAATCGAGCATATTTTTTTGCAACATAACTAG
GAAAAAATAAAACAAATATAAAACTCGAAGCCTTGGATACTTAAAAAAAC
CGACGGTGGTGGAGTTCTTTTATCATTGCCCAAATACAATCTAATTGCAA
GAAATTTCGTAAAATAACAATGTAATCTTTATGCATATACGTATAGGTTT
TAAAAGCTGATACAAAAAAAGGTAAAGGGTAATGCTAAGTGTCTTACAGA
GACAATACCAATTTGTAAGAAACTAGAACAAAAATATTTGTAAATGTATC
CATTTCTGTTTTAATGGTTTAAAAAGGATGCTTCAACATAAATCAACAAT
ATAATGACAGTTTCATATTTTTCATTTTTTTTAAGAACCAAGTGTCATCA
ATTGATATGCTCTCACATCAGTTTAATTGTGGGGAAAAATAAATCCCAGC
CTGCATCAATATTTCAAAAGTAGACTTGTTGGCAATTTTGGATTATATTT
GTCTTATTTATCTATAATATAAGGGTAAAACGTCATCAGCAGATATATGT
ATGTATTTTGAAAAACAAAACAAAAACATGATATCTTTATTTTAGAACTG
ATTTATCAAAAGACAAAGAATAAATCATTTTCATATGACCCATCATTTCT
TCATCACCTTTTAACATAAGGGAAATATCACAAGTGTGGTAAAATAACAC
TAATATGAAGTATCCCTTTATAAAATTGTAAGCTTAAAAAGATTTTCCAT
ATGCTTCCTATATGAGATAATATCCACATTTACATTATGATATATGTATA
TATCAMTTTATTTATATAGATATKCGCGTACTTTGGATTATGAAATTGAC
AATWTTTGKCCGCCTATAAATTACTGAATGGGAACAATTAATTATATTAT
TATTTATAGTTTTTANACCCAGGAGTGAGCAGTATTAGTACCCCAATTGA
TTTATACTGATATAAAATAATGGTCAAATTTATCACCCATATAAGTAAAT
CGTTGCTCCCTTCAGATTCGTTTGATCATTTGTGGAGTGATTCCTTTTAA
CAATATTTTTAATTATATTTGTAAATAATAATAAGATAGCAGTATATCTT
TTTGAATATATGTACCTATAAAAAATTGGATAGAAAAGCGTTAATGCAAT
AAAGGGATAGGAAAGGAAATAATTTATTGCTCTTTTTTTGTTCATGCATT
TTATTTAATATAATTACAATTTGTATCCCCCTTTACACCTCCTTCTATGT
ATAATAACCTTACGAGACAAAATCTTGAGTTAACCTCTGTTAGTGACTGG
AATATTATATACTCGAGATTTATCAACATTTAATCGTCGATATTTTTTTG
AGGATGCTCCTGAAACATTAAATCAGATTATATGTAATATTTTATTATTA
ATAATAATATCTTACTTAGGATTTATTTGTATATGTGGAAAATTTTTAAT
CGAGGCTTGGTGAATTTAATTAACTGTTTGTTTTAATGTTGACCCGTTTC
CTTTCTTGAATTTCTCTTTTTTCGATTTATGAACTGAGGCCTACAACTGT
AGGCATTACAATATAGCATTGTAGCTTTTTATACAATAGACGTGAACTCA
TAAATATACTGATGGATACTAATTTGATTTGCGAAATTCGCATAAAGTAG
TATATATATATATATAGTTGTTTGTTTTTTTACCATTTTAATTAAATAAT
ATATCTTGTTGAATACACCAAATTCATGTTATTAATAATATTTTCAAATA
AAGATTCATTTTTTCTTGATTTCTTATATTAATACAAGTCTTTTGATCAT
TTTAATTGATATTCATGTGTGAAAAATGGATGGAATATTTAAAAAAATGA
TACAAAGCTTAATTAACGATTAGTTATTATAATCGATTAGCTGTACATGT
AGTTGAGTACTTTTCATGTATTATTTTTCTTTGCATTATAAAAGGGATGT
TCACTAACGCAAGGTTAAATCAAAGTAGTCTAACAAACACAATTTAATTC
TTGGGCAAAGGTAAAACCCCTATTTAAACAAGAATGACTTTCCCCAACGG
CTGAATAATCCCACCTGCTTTAGAGCAATACAAATTAGTAAGTTTGCTTT
TAAAAAAATTATTTTATCAGTACCTTCATTATATTAGGTTAAAATCTATA
AAGAGATTTGTAAACTCAAAGCACTACCAGTATGTAAAAACATGAAAAAT
AATGTAGTAACTCTGACTGTTTGAAGAATGTTTCATTAGATTAGCTACAA
GGGTAAATAATATTTAGGAAATAAATCCAAATACCACACTATATCTAGCA
ACGAAATAGAAATGGATTAATCCGATATTAATCCTTGATTTAAATATAAG
TACGACAAAGAATTAAACAAATAMCTTSCCCATATATATTTCCTTCCTGT
TAATTATTGCCTTCATGAMCAGCCATTTTATTGTGAGATGTTTTCTACTC
AAGAATTAAATAATAATAATAACAGCTTTGAAAAAATATAAAATACTGTT
CAGATTGCCAACTATAACAAATTTCAATCTATAGAAAATGCTTGTAAGCT
TATACATATTTAATAAGTACAAATTGGTATATAATTTTACACCTTATTTT
ACAGAATACATAAACAGTCTGAACATTTATATTTAGACTTTTTGTTATGG
ACTTTTTTATGGTTTTTATATATATCCTTAGTCTAAAGGCTAAGGTTCAT
TGAATAATATAAAAAAACTATTTATCCATTTTCGACATGATAAAAGATAT
ATAATTGCACCAAGAATTTCAATAAAAATCTATAATAAAACATTATTTTT
CCATACAATCAAATATTTACTTAAGTAATCATTGTAGAATCTTCTTTAGT
TTATAAATTTTTTACTAATGTAGTCATATTTTCTCTCTAGAATAGAAATA
ATTTTCTGATTTAGACGATCGAATCTTTTTGCAAAGATTGAATAATTTAT
TGATATAAATTCATGATTATTTGTCTAACAGACCAAGTTTAATCCACATT
TAATTATGGAAAAATCATTCTAGTTGATTTTGTGTTGACGGCTACTTATA
CAACAATAAAACGAACATAGAAGCCCACACATCACAAACAGCCATTTTCA
TGTCCTACAATTTATTAATTTTAAAATAAGCTTAACTCTTTAAAAATATA
AATACATTTATNGGACCCAATAAAGTTTCATGATATGATATAATNGATGT
TAATAAATCAACTTGGAAATACACCTATTAAAAAAAAAAGAAGATAGCTT
TTAAAGTAATAAAATAACTGCATGTTTCAAATATGAGAACGTTATTTCTA
TGTATAAGGAGGACTCTTTWACCTTATGCAAAAAATTAAAAAGGATACAT
ATATACATCCATATTTGTAGTTCATTAATGATGGTAATTTTGAAGAAAGA
AAAAATCATGCAGTGTAAAAGATGAAAACGAAATTATTGTAATAATATTA
TGCATTCATTTGTTGTTAGAAAAGAGGAAAACAAATATGTGTTTGTATTC
CAAACTTTTGTATGTTCATAAAATAATAATGAAATTTATTCGTGTGCATT
TTTTTACTATTTTTTAGGTATGTATTTTTTCTTGTTGTAAAGGCTAAGTC
TATGTAGGTAAATACTGGGCTGGGGATTTACAAAGTTTTTATATTATTAT
TAAATGCTTTATATAATCCTGATAATATTTAGTACAAAACTATCACACAT
ACTATAATATATTTGGATACTCAAGTATGTCCCTATGGACTGTTACAATT
GCTGTCATTCTCGTACGGAAAGAGACACAGTACTTATGGATGTAGACTGG
ATCTATTTCAATACTGGTCTTGTTAACAGTTGCGAACATTTACACAATAA
TTACATGATATTTTCTTCATTCCTTCATCTTAACAGGGAGTAAGAGACGG
GGTTTATAGCAAATGTTTTTTTCAATAATAAAGAATATAACTATTCGAAC
TGTTGGATATATAAGATCATTTAAAATTCCAGGACAACGTTGAAGGTGTG
GTTGTTTCATGTTGTTCGTCAGAATAGATCTCTTTTGTAGACTATAATGT
AGGATGTTCTCAAATATTTATAATGATTGTGCATAGATTGGGCTAATGTC
AATAATATTTTTGAGGTTATTTGCATTGGTATAATATTTTCTKCCKCAGC
CATCCTTCATTTCAATGTCCCATCCTCTTCCAACAAATTTTTACATTATT
AACAGTCTTCCTGGTGGTCACTCCAAATAAATTTGAAATCTTTGTTGGAA
ATTGAGCCGCACGGCTTATAGTTGTGATCTTGAGACTTGTGTNCCCCTTC
TGATAACGATTATTATCTTGATTTAAACAAAAAAATATATTTTATGACAA
AAAATATTACATTAATACTACGTAGAACAAAATTTTTTAAATCAATCCGC
TACTTTGAATATTGTGCAGCTCATAAATCTGGGTAGAGAAGAAAAAAGGT
TCACGTTTTGATGCTAACAAAGTTGGTCTATTTATATACCTATTGATACT
GAAAGAATCACTATATGATTTGTAAACGATATAATTTCGGTGAAAAGTCT
GAGATCCCGGTCTGAACAGAGATAAAACAGTATTGTATGAAGTCTCATCA
CGACTAAATACATGGCTAATGTACATATAGAGTGTATACATAGATTATAT
TAATGATGATATACATATAATATTAATAAAAAATATGAGAGAGTTGGGGG
AAAAAACAAACAATGTATGTGCGTATATATATTAAGATTATGAATAAAAA
GTATAAATGCACAAATATGAAACTGACTTATTTAAATAAATATGTAAACA
TTGTTTACTGCAAGTCTTTATCTTGTCTTTTATAGTTTTTTTATTTAAAA
AAAATAAATTATGGTAAAAATTAAATAAACAATAACAAAATTGGTTTGAA
CTAGTTATTAGTATAAACCAGGCTCTGGTTTCAATAGGGGAACACTTTGT
CTAATTTAAAAATCAATCAAAGAACCTAAATGTGTTAAACAAAAAGTGTT
GGCGATTGCCTTAAAAAAAAGTCCAACAAAAAGGGGTGTTTTTTATATAA
TTAATGCATATCGCCCTAATGTGAAATGTCCAACCTTCTTTCAGTATATT
ATCAACGTTTGTCAGAATGACTTTTATCCTCTATTGATAATAGGAGATTT
AAATGTTGACAAATATAAATTAATCGTTTCTATTATAATCAAAATCTTTT
ATCTAAGCTCATAACAGAACTGAGTTTGACTGAAATAATTAGAAAAATTG
TATCCTGAAGAATCCCCCGAATCCTTCACCAACCGATTTGGTCTTGCTTC
TTCATCTATCTTATCCAATAAACTGTAAAAAACTCTTTTTACCGTCACTT
TTTTTGAGTAAGATAATAAGCATATAAAAAAAAATTCCCATTTTGTAGAC
CTAAAAAGGCTTTCGGTCTCCTTATTGAATATTAAAAGACGAAAATTTTA
TCAACAAACTTTAAATACGTTTTATAAATCAATTTGATCCTTTATTGAAT
ATTTTAATCATCTTCTGTTTTATTTGGTTAAATCTACTACCTTGGATTTT
TTTTTTCGAAAAAAAGAAATGTTCGTTCAAAAAGATATTTAGTAAATGCT
AGGGCTGGAGGAGTGCCACATTGAGACAGGCCAGAAGTCTGCCATATTAT
TGCTACATAAGTTATTGATATTCCTGGCTATAAAGATCTTCTTGATGTGG
TAGGCTGTCTGGATGGAGATGCCATTTTTACACTAAGAGATATAGGATAA
AAATAAAACTTGTTTATTTTTGTTTCCCTTGTCGTAAATCTGTGTAATTA
AACCTTGTAATTTAAAATAACAGGGATGAAATCGTAATTATATTTTACTG
CAAGGGCTACGACCTTGTACCTAAAATTGACGCATTGCTTCTTTATATTC
CATTTTCGACACATTAGTACCTTTCATTAAGATTATTTGTAGATTCAGCT
ACCTTTACTGGGTGTTGAAAAAGTAATAAGACCTTCTAAAAATACAGTTT
TGAGTAGGTGTTATTGATTAAGTTTTAAAGTTCTGATGATATTTGAATAG
TTTATATTCTAAGCCTTTGATGGATGTACATGTTGTAAACAAAAATTTTG
TATACGTCGCAAAGGAAGCAAGAAAAGACATCATAGGCATATAATCTGCA
CCGGGATGACCACCTAACATCATGAAGGTCTTAAATGTCAGCTAGGCGGC
AGTTTGTTTGGTCAAAAATCGTTTTGCTGAATAGGACAATCTTAACGACA
ACCCCAAGAGKGCAAGACCCACCAAATTGAAGCCTGAAGACATATGGAGG
CCTTTAAGTTCAACCTAACGATGAAGATGTAAGAGTAAGCCAAGAAGAAG
AAGGTGGATCAGCCTACTATAACAAGGCCATCTGAAAGGCTGGAAGAAGG
TCGCTCAGAAGAATTGAGGGGCGTTCCTGTCTGAACGTCAAGAAGAACTC
TGTCTTCATCGATGTCAACAACTCTTGAATGATCTGAAGCACAACACCAC
CGGAGTAATTTTTTTCTGTGATGAAAAGACCTTAACCGTTGAGACCTTAC
AACTACAACAAGCATAATAATTGGTTGATATGCTTCGGCATGGCTGACAA
CAGCATCAGGACAGTCACCAAGAACAAACATCCGGCCTTTGTGATGATGT
TGGAGTTGAGGCATCAACTGGAGAAAAAATGCCTCCAATTTGGTTACCTG
TTGGATACTGGTTATGTGTGGTTGACTACTTGATGGTGATGAAGGAAAAT
GTGGCTCCATAAATCAGCAACACCATGAAGAAATCCAACAAGTACGCGTT
TCAGCAAGACGGATCCCTGGCCTATATATCTTTTTTTTCATCTTTAATAT
TTAGAAGAAGACCCTGATATATTTCAAGTAAATTATAAAAATATTTTTCT
AACTAAAAATAATAAAATGCAAGTTCATAAATAGCACGCTATTAGTTTGT
ATCTACTTGAGAAAATATATGCATTTTACATACTCTAGCACTTAACCTTA
CATATTTGGTTAAAATGGCCCTATTTATCAATGTATGAACCCTTTATACA
TAGCTGTTGCCTATATATATTTAGATTTTTTAGTTTATGATTATAAATAT
GAAAGTGGGTATTTAAGTAAAAGACAGAGGACATAGAACAAAAAGGGTCT
AAATATATGAAATTTTATTTTAGATGGAGAAACAAAATATTTTACATGAT
ATTAAACAGGAAATATGTTACTTGAAAGATTTTATACAATAGATGATTTC
CATATCTACAATAATAACCATTATTAATTTTGTTAAGATACTGAACATGA
TCCTTCAGATTTTCCACATCCCTCTCAAATAACAAAAAAAAAACCGTTGA
CTTACTACAAATGTACCTAGACTGGATAAAAAAAGTTTTTTTTTCACAGT
ATGAAAGCTTAGACATACAGATAACGATTTTTTTTGTAGTATTAATATAT
CTAAACTATTTAAAAGCGTTTTTCAATGTGAAAAAGGCAAATTATCTATT
ACTGTTATATTTTTAGTAAAATGGAGGATTTTATAATTTTGTGATTATGC
AAGATAAATTCTAGATATTAATTAATGAGGCTTTAACTTAATATTTTGTT
ATTTTTTACAGAAAAAACTGTCTGAACAATTTTAAACAATGTCCCCTCAA
AAATTTCAAAGTAAAAAATATTTACTTCATGACAAAGCAGAAAAAAAGGC
AAAATAATTTTTCATTTTGTTCCTTATATGTCGTCTACGTTTTGTTTATA
TTAATTTTTTATTCTTTTGTCATTATTTTTGACAAGAAGCTTTTACTTAA
AACCTTTTTTTTATAGTATATGTTGGTACAATGCATTTCACATATAAATA
AAAATATTTTTCTTTACTTTTTTAGAAAATAATTTATGGCATTCTGAAAA
TATTTGACGACACTATTCATGTACCAAAAATATAATATATATTTTAAGAG
TGTAGCAGTTTATGTTTTGTTTTTTATATAGAAGTATCAAAATCTGAAAT
GTAAATAAAATATTCAATGGTGAATCCAAGTAAGCATTGTTTTAATCAAT
TCTAAATTTATATTTAAAAAAGCAAAACTTTATTTGTAATAATTTGAAAA
TAAGTTGTTCATTTAAACGAAATTAAAAGCTAAATACTCTATTAAGGTCA
CCGAAACTGTTAAAAACGGTTATAAGCACTAAACACTTAAAAACAAATAT
TCAAGGACCTATATGAATTGAGATAACGTACACTCGAATCTTTAAGATGA
ATCAGATATTTTGTTTAAACTAAATGTAAGAATAGTCTAAAAAAAAATTA
TTTTAGGTTGACAGTATTATAACAGTTTCTTATAATTAACAGTAATTGAA
CCCCTTTCAGCCTAACATGCCACTTTTTTAATGCAAAGTTTGAATAGTAT
GGAAATAAGGGTAGGGGTGGTAATGAACACACAATTGAGCTTTTAGCAAA
TCACTTATTTCATAGAATTATTGATAATTTTTCAAATAATATACGTTTTA
AGGCACCAATTTCATTCCATAGTTAATTGTATTATACAAGTTATTACATT
TTAAATTGAATATTGCACATTTTTTGGTTTATTCATAAGGCTAGTTATAA
CAAACTGGGGTACGTTGAGATAGTAGATATTGTCAAACAATAATAATATA
AGATTCGTTTGTTGCACTTATCACAATATATATTATAAAATACCTGTTTT
ATCAGAAACTGAGTGTCTTTTTTTTTATTACGTGCGCCTGATTTATCTTT
TACTTCGTCCAAACATTTTTATTATTATCCTGTGTATACGTGGATCATTC
GTACTCGTATTCTTAATAATTTGATATAAACCACGATAAAGCTTTAAAAC
AAAGTAGTCAAACGTGCCTATTACCTGGGTGGCCTACATGGTTGCAGATA
AATATTTTTCTCACAAAAAAAGTCACTATATCATTGAATACCGTATTCTG
TATGCAACTTTTTCTTGATTTAATAGAATTTACCGTGTTAATTCGTTTAA
AAGGGTGAATCAATGGAAGCTGCAATGTTAATTATAACTGTTGGAGTAAT
ATTCTACGCTCCTAGTGTACAAAACAAGTGTAACCACAGCACCTACCTTG
TACAAATATTGATAAAGTGGTCTTTGTTTCACTACTGTGTTATAAAAAAA
TGACCAAGAAAATTAAAATATATCGTGAAATAACCTGAAATTATTTGTAA
TAATAATAAATGTTGTAATCTTAATCATTTATATTAAAGAGTGAAAATGG
TAATTTTCGATTTTAAATTATGATAATTTCACCGTCGTTTTTGTGTCCAT
CCTTTGGTAATTTACATTGAATTTTCTATACAATAAATTTAATTTATCTT
TAATTCCTACAAATAAAATTTATTCCCGTTTAACACTTTTAAGTATGTTC
CTGAAAACTTCAATTTGTGTTGTTGTTGTGATAATGTTTTTCATAAAATT
ATGTCAAATGGCTTTGAATTCAATATAATTTGTTAGTTTATGTATCACCA
CAACCTCATCAAAATGGATAAATACTTATTTTTAAATCAAAATTCGTTAA
AATAATGAATATTTCATGCATATTATTATCAAGAATAAAATTATATTATT
TTAACTTTGATTATAACAATTTGGATCTTTTTGAGACCTCAAACTAATAC
TGATAAGATTAAATTTCTAGCCAAAGGATATATTTTTTGCTATGTCTTGA
GCTCATACTAGAATTTTTTGTATTTTCTTTCACTTTAAGAGTACACAATT
GATGAAATAATTTAAAAAATTGTTTATCTTAAATAGTTTAACTTTCAGTC
TATGTTTTCTACTTTTGGGTAAGATTTTAACCAGTTCACTAATGGTGTTA
AAAAAATGTCTACTAATGTATATAATAATTACAGATAGATAAGCACGTTG
ATTAAAATATTGTAAATCCTACCAATAATCTTATGGCTGKATAATGAAAT
TAAACCATTGGGAGGKAAAGTTAAATATACATGGTTGTATGTTTATATAA
TCAGTAACTATTCAGTATTAATTAAATGTAATTAGCTCTGATTATATCAA
ATGAATAGAATTTGAAATGTAAGAACTCTGACTTGAGATGTTTCTTTATA
TACAACAACCTATCTACGTATATACAATTCACTTTCAAAAAATATTCTTT
CTAGTATTGCAAGTACATCACACGTACGTACGTATATAGGTAGAACGTAG
AAACAAAGGAGTAAGCTGTAGAATATTTATGATTAATTTATTATTGTTTT
TTTCTTCTGCGTAGTTGTTAATCATTGAGAAAACAAAATACTGCATTAGC
TTGATACTAAAGCTGAAATTCTAATTATGCACATCCGTAATAAAGAATTT
ATGCTATTACATCTTATAGATTATATAAGTCTTAATTGAATTTAGCCAGA
AGGGTATTCGGAGATCTGGAAGCGTATTTGAATTATTGATAATACGTGTT
GTTCAAACCAATGAGTATATCCAAATATGTAGGATTATACGATATATTAT
GTATAATAGTTGACCAGACTAGAAAAGAAATGACTCAGAGTATAGATGAA
AGCACTCACTTCAGATAGTTGCAGATGTATGAAACTCATTTTCTAATCCA
TATCCATACATGAGGGTGTTCCTGAATTATAGGTAATTTTCTTACTCACA
TGCTATAGTTAATTTCGAAGTTGTCACATAAACTATCAGGGAAAGCATGA
CTACTTAAACAAATTGAAGGAGGCTACGTGGGAAACAGAGAGAATGCAGT
AATTTATCAAGCGAGTTTGAGATCCTTTCCTCACACCAAAGCATATTCTT
TTGGAATATCGTATCTTGCCTCAAGTCTTTTTTACCGTGGTCTCTTCAAG
GATGAGCAAAATCTCAAAAAGAATGTACTAATAAAAAAACAGGATCGCAT
AATATTTGTGACTGATGCTCCCTGAAGGATGTACTACAAGAAATTAGCTA
GTGTGTGGATTCCAAATTGTGTAGGTAGCCATCAGATTACTAGTTCTCGT
ATGATTTTGAGGGTACTAGCTATCTTTAGCTAGTGGGCACAAAATTTTCT
TATCAAGAGCACACTATAATTATTTTTTTCTACGAGGAGTTTTTCTCTTA
GCCTTCGAAACGACTTTATGTTAAAAAGTTGGTTGAGGGGAGGGAAGAAG
ATAGGGTGAGAGGAAAAGTATAAAATAAACTACCTTTACTGGTGTGAAGA
CTAAACTTCTACGACTATGAATCTATTTACCTAGTGTTGGATTACAAAGC
TGGATCATTCCATTTATCTATCTTTCTTCTCTTCTCTTATAAGAGCAAAG
TTATTAAAACGAAATGTCGTATCCAAACTAAATTTTTAATCGTTCATATT
ATTCATGTTTTTACTTCAAAATATTAAAAAAAATAATTATTTTAAAGTCT
TAGATTGACTGCGACTATGAACTTTTTTTTTTTAAATTTATTAAGACAGT
AAATGTATGTATTACTATATTTTTAGTGTGAAAAATAATAATAAAATAAA
ATGTGAGCGCTTGTGTTTTCCGTGAATCCAATACATAGTTCATAACTTTG
GTTAACATGCAATTAGGCAATGGATATATTTTAAGGGTTCATTTCCTTTT
TTTATGTCTTGTTATTTGTTCTCAAGACTACCAGTGGTAGACTGTTGTGC
AAATCTTTGTTTAGAGACAAATCGTAGTTACGAGTGTTTACGTACGTCTT
TGTGTTTGAGTTCCAAGTCCATCTANTATATAATATCAAAAAGATAAGTA
AGTATATGTGGTACTCAAGTATCCATTTTATGTGCATATTTAAAAAACGC
TTTTTTTACCTCTGGTGGTCAAAGTAGCTTTAAATCTTCCTTTGTATAAA
ATATACCATCTGATATGAAATAAATCACTATCTCAGACTGTATTCAGATA
TATATTTAGACTTCTCATTTATTTCAATGGATTGTTTTGATCGTATCTTT
TATTCAAATGGTTTTTATTGTTATTTTGAATTATTTAGTTATTTTTGTTT
TTTACGATGATTTCAGTTCATAAATATTTGTGTTCTTTATGTGGGGCAAT
GATCTGATATAAATATGGAATGATTAAAGCCATTATTATAATTAATTATT
CCTGCACTTTTTTTTTATTTTAATGAAATATAAAAATGTGACTTTCACTG
GGTTATACTTTAATAATTAATAAAATATATAATTATCACTCATTTTTCAT
TCATACTGAAGGTTACAGTGAGACTAAATTGTGTTTTCTTCCTCTCATTA
ATCTAATTTTGAAACTTTCACAAACCCACTATATACACCATTTCAACAAA
TTAAACATTACTATATGTAAGCACACATACATATGTATATTTATAATGTT
GAAACACTTAACCTTCTATGTTGAATATGGGGCTATACTTGAATCTCAAG
TATGCAATATATTACAGGCCTCAAAAACTAATAAATATGTAAACAATCAC
CCATATATAAATTTATACATATTTCATATAGGTTTATACTACTTATGTGG
ATAGGTCATTTTTTTAAACTTTTTTATCTATTTTTTGACAAAATATATTT
AGTTTAAAATGTATTTTTAAGTTCTCTTTATAAAAAAAATATTCTTTTTT
TCTATGTGTAAGACTCTTTTCTTTTTTTTTCTTTTTTTTTGAGTGCTACT
CAAATTTTATTAAACTATATTTATTTTGAATATGCATAAACACATTTTAT
AGCAATTTTTTAATTACTATATGTATATATTCAATATGGAGTTCAGTAAA
AAAAATACCACCACGAATTGATATAATATGTACAAATAATTATGTATATA
TATTTATACTCCTCAATTTGAAAAAACAGAGTGCATTAAATTGAGTTGCT
TTTTTCAAGGTACCTTTATGTACCATTTACTTAGCAATGCATTAAAGCTT
TAAAAAACATTACAAGCCAGACATATTTTGTTATCTTTTACTTCTCTTTT
AATAAATTAAAGTCATTTGACAAAGAAAATATTTTCGAATAATAACAACC
ATTGGAAAAAAATATTTTTCAATAATATTAGTTTTATATTTTAGCTGATA
TTACACTGTTCAACATGAAAATGGTACAAGAACAAAATCGTACAATGTGA
TTCCTTGATTCAAAATGTGACCATATTTTTTTATCTACATGACTCTTGGT
CTACTAAAAAGGCCATAAAGTTTTTCTTATTTTTATGATTCAAAGCTTTT
TTAAGACCTTTGTGTGGAAGATAAATTAATTATTTGAATATATTTCAAAT
GCAATGGCTTAAAATCACTTGTAAAATGTATGTATCGTGCTTAAAACTCT
CGTTATTTCTGTTTATAGTAAAGTTTTTCTTAAAAAAGAGATTATTAAAA
AACCAAATAGAGAATCGGGTGATCTAACCCTAGAAAGTAAAATTTCCTTC
TAGTACAAAAAAAGGTGTGTTTTTGTTGGATAGTTGGAGATGAGTGACTG
CATTAGAAATGAAGTCATGGTAAATCTTAATAGTGAGTAGGAATGGAATC
CCGATCAATGGACAATATTTACACCTTGGGAAATAGAAGTAAATCTCGAC
ATTACTCTTCTTCTTCTTCTATTTACCAAAGTATAAACACCATAATATTT
CATATTCGTCTTCCATCCATCACTAGTCATCAATGACTCACCACTCATCT
TTAGTACCGACTGCCAACAACCCATCCCTCCCTCTATAGCCCTATACAAA
AACCACCAAGTAGTTTATAAACATAGATTGTAGGAAGTCACTAAATATCC
CTATTCTAAGTGGGAATAAAATGTCTGGGGTTGAATTTTACTGGGAATGA
AAAGACAAGGAATGAATTTACTAGAAGTGAAATCACCTAGTACCATATTT
TTTATATATTTACATCTACGGAATACTATTACGAGAAACAGCTGTGACTG
AGAGATATTTATACTAACTTATAATGAAATATTGCTCCCAGAGAGATAAT
TTAGTAGTAATCATTAGTCGTTTTTGGAAGACTGATTGAATAATGGAATT
TTTTTACCCTTCACTCTTTATTTTAATAACTATGAGAACTTTTAGTATAT
TTAGTATATACTAATTCATAAATGCACAGATTTGAGGAATTACATTACTT
TGAAATTTTTAGAAAAGGTTTGAAAAATTATTTTTTCATTCTATAAGAAA
GGTCACACATTATTTTAAATAATTTTGGAAAATTACGATAACAGTGTATG
TAATTTTGAAATACGTTTCTTATTCTTCGTTCATGACGAAAAATAATATT
TTGTTCATATATAAAATATTTAACGATAATCATAACACCACCATACACTT
TCATGGGACAAACATATTTTTTTACAGTTCTTTACTTATTTTTATGACGA
ACCATTGTTTATGAAATAATTACATATGGCTAACTCAAACAGCAAAACAA
ACAAATTTGTTAGATCCAACCTAGATTTTCCTAAACCCTTCTATGTTATA
TGAAATGACTAGAGGTTTTGCAAAATAAAAGTGTTTTAGAAAGCCAAATA
AATGTATATTATGAGAAAATGTAAACATGATGTATCCTAGAGATTTTTTC
ATTTGAGAAATAAAATGTTCTCTTGTGACCATAATACTTAGTTTTTTATA
CAATTTTTGAAATTAAAAAAAAGTTAAATTAAGCAATTTACGTTTTGAAT
ATCTTAATATGAGTGTGATTCTTGTATAATTATGTTTATTTTACTTAAAT
TAGATCTCTAGTAAAATGAAAAACATGATAACAACGTTATTTGTTCTAAG
ATTAATTATGTATCGTTTTTCTTCATAGTTTTTCTTATTCCTACATTTCT
ATTTAAACATATTTTGAGATATCATGAGAATCCATGGACACTTATATAAT
GGAATATAATTTTTTTCTCCACAAAATCTTGGAAAAAAGGAAAAAAGAAT
CGAATAAATCGAGATAATAATACCCTTACCAGCAAAAGTTGAAAACAACT
TGACAAATACAATTTAAGAATTTACATACAACCTATGGATATAATTCTTC
TTCTTCAAATATATATATTTTTTTTTTTGGTGAATTGTGAGTTTGAATCA
ATATAGAAATTTTTATGAAAGTACATTTTAACGAATTTAATAAATCAATT
TAAGTTATTTGCTGTGAATTTGTATTAAAAAAATAAAACTATTTCGGTTT
TGTATTATGACTAAGTCATTTCCCTCGCTCTCAATCTCTTCTATTATTAT
AAGCCGTTTATTATATATGTATTATATAGATAGTGTACTTATTAATTGAT
ACCTACAAATATCCTGGCAGGCGAGTTACAGAAAGGTAGTAGGGTCATGT
TAATAAATTGCTATACATATTCTAAGTATCCTCCACGCCTCTTTTTTCTA
ACCTCTGCCTAATTTGAATGATCTTAATATATATTGTGACACTCCTCTTT
GTCACATCACAACCATTAATGTCATTCCTTGAAATAAGAGTAATCCTACA
AATGCTACATTTTTTAATTTTAAAAGTTGATAATAGTTATCTACCTTCAT
TTTTGAGTATAAAACATCATGGAATTGTCTTTACATCATGTAAAGTTTTG
TACAACTTATTTCAATACTTAAAGTAAAAAAAAACCTTTAACAAGTCATT
AGTCAGATACATTTAAACACGTATAAAAGCCCAAACTATTAAAAACATGT
AGCATACATANATACTCATTGTAATATATCCCTTTTGTAAGAAGCGTTCT
TTTTACTATGACATAGTTAACTATTCACCCACAAGTCAAAAAGGAGATTA
TTTTAATTTCCATATTKAATTTTGATTAATCATTGATAAGTTGATTACAA
ATCTGTTATTAGTTTTCTTCTTCAAAAATTTTTAACGTTCGAGAATATTA
TAGTTGAAATTTTTGTGTAATCTGTGTAAAAAGGGGAAAAAACCAATAAT
TTGTTTAAAAGTTAAATTATTCATCTTAGCTCCTAAAATTTTTTATCACT
TTGTCAGGAGAAAGTGCTGATTTAAAAAAAATTATATTAAATTTAAATTG
GKGCTTAACTACACSTTCAAGAACCAAATACTATTTTGGTAATGAACCCC
TAATTATCTAGGTATGCTTCAAAAGAGTTCCTTTGGCTTAAAAAGAATTA
AGATATTGAGACATTGTTCCTTCTCATTTGATTTATATATTTTATACTTT
TGAGTGAATTTTTACCTTTGATTACTTTCCTATTTTATCATGTAGAAACA
AACTTTGTACAAGATTTGTTTTATTTTTACAACCTAGGGGAACTTCAGTT
TCGAAATCTTTTTGTATCACTCTCTTAAAAAATCTTATAAAATACTTACT
TTTAAATAAATTTAATATATAAATTTAAATTCATATTAATTTTTATATCA
TTTCAGATTTGTCCCCCAACACAACTCTACCCCAAGAAATATACAGGCTT
CGAAGGGCTAGACTGTGACTTCCCAGAGGCTCTTAAGTTCATCGAAGATA
AATGTCACGACCATGAAGTCTGTTCTATGGTCACAGCACCTGAAATATTT
GGTCGTGATAAAGATCCCTGCTTTGGTTATCGTAAATATATCGAAGTGAC
GTATAAGTGTCGTCCCACGAAATTTCGATCCCGTGAGGTATGTCATGGTG
AACATATTCGACTTGATTGCGATGGCAATAACAAGCGGGTGGCTATTTAC
TCTGCTACATTTGCTGTAGCAACAAACTCTCACATCTATTGCCCTCTCAA
GGAATCAGCTACCTTTTCCCCCGGTGTGTATGATGATTTCTTAGGTGGGG
CTGGGATATTGCATCCGAAAAAGAAGAAATTGAAGAATTCAAAGTGTGAG
TCCAACTATGCAACAGAGGCCATTATGCAAATGTGTCATGGACAAAGTGA
GTTGACTTTTATTATTTATTTTCTTGAATAAATCATTTCTAAATAAAAAA
GGATTTGATAAAAGTATAAAGACTCCTCCTGTTGTTATTTAGGAAGGGGC
TGAGTTTCATTAAGCGAGACCTATACAAAAATATGCATATACAAACACAA
AAATACAGTGAAGCTTTTGTTCAACAACAAGAAAACATTATGAATAGAAT
ATTTATGTTTAATTTTTATAACAAATAACATAACAATGAGATCTGTGTAA
GCTTTTTTAGCTTTTCTTTTGTTTAACAAGTACTATTATTGAGTTTCAAC
ATCTTGTAGCTTGAAGTGAGTACAATAATTCATCATGTGTAGATTATTAT
GATAAGTCAGCTCATAAATACAAAAATTCATGTACATGTTACTCTATGAC
TCATATTTTCGACTGATTTAAAGCTCTTGTTAAATATTTTTAACCTGTGA
GTGTAAATTAATCAATTATATATGCTGTTGTCTAATTAATAAAAGTCCAT
TTATAAGGTATACAAACAAAAACTTTATGAATATAAAAACGTCCTACCCC
CTTTTCTTTTTATGGGTACAAACTATTACCATTATTGATTATTTGAGGTG
GATAATGTTATAAATCATTAGATAATACTGAGCAAAACAAGAAATAAGAG
ATAACTGTTTTTCGAAAAATGGACATTAATTGGCTTTTTCTACTCTTCTT
AATTGCCATATTTATTTTTGTGTCAAGTATTCTAATCAATTATGATTGAA
ACAGCTCCTAAGAAGGAGTGAAATATATTTTTTGTTCAACAAAAATTTAT
TTAAAGTGCTGTTACGAGAATTGTTGGTTGTCTAACTCCAAAAATTGTTT
TTAAAATTTTAATCGAAAACAGCTAAGTTGACAAATATCATAAATTATAT
TGAATGTCAAGGTCAAAAAGATTAATTAAATGTGAAGTGTAAATAGTCAT
TTCAAAAGTAGGTAGCTATGGTCACACCTGTGTTTTGAGGGTTAACTCAA
TATTATATGCATTGTAAATAACAAACATTACTTCTAATCGAATAAGGGAA
AGTGAGTTAATTTCTTAACATTGCAAGTCCAAAAATAGTTAAAAAGTTTT
TAAACAAGTTCAAATTACTAAATATTTCATTCTAGTCAAATTCGAGTTTT
AGATTTATTTCGTACTCATATAAGGTAACTTATTACTTATCTATAGATTT
GAGTCTGAAAACTTTACTTTTTATAAATTTGTAAAAATACTTTTAAATTA
ATCTTAACTGAATTTTCATTTTTAGGTAGCATACCACTAAATGTTAATAC
TTAGAAATCTATTTCTATTCAAATTAAGTTTTTCTTCTATAAAATAGACT
TAGAAGAGTTACTATTTTATTGCCATTCAAAAATTTGAAATGCTGGTTAG
AAAATCGTTTTAAATGCTTATCGAATCAAGTACCAATATTATGAAGCTAT
AACTTTTGAGTCTAAATCAAGTGTTCAAAATTCGGATTGGAGTTCAAATT
CCTACTTCTGGTATTATCAATACTTTGTTTTTAGAACTTAATCTTGAATA
TTGTAGGAATTATTCCCAATTATTCCTAGTTGTGACTCATTTATCATAAT
TTTCATATTTTTTGAAATTTCTATTTAAAATTTTTAAAAATCGATCAAAT
TTAGGAAAAATTTCAATGCAAAAGACACTTTTTCAAATAGAAAAAATGAT
GGTTGATTCTTGTATTGAGTGTTGGTAATTTAATTGAAACAAGGCAACAA
CCCATTTATTTTTTTTCAAACTTTCCTCTACTAAATTGTTTATCATAATC
AAATGTATGACTGTTTTATGTTTTTCTATACCTATAGAATGACAAACATC
CTTTTGAATAAGTTGTCACTTACACTTCCATGAGTGCTACTGATAGATTT
TTTTTTATTTGTCCATAGTTTCAACATAATTTTTCCCACTCTTCTATCAA
AGATATTGAATATTATCAGCGTAAATCAACAAGTTTTTATTTTCTATCTC
AATATATTAATTTATTTTATACGTAATCGGGGCTGTGAGTGACTTTTATT
CATTTTAAGAAAATAAAATATACCTATGTATGTACGTAGATTCATAGACA
GATTGTAATAAATTATTGAATGGAGGTAAATGTATGTATAATATCAAGGA
AACTTAACCTAAATACATAATGCATATAGTATACAGCTTTATTTTTCTAC
AAATATAATTCTTGAGGGGAAACATTAAAGGGGACAACAGTGTAACTACA
ATTATGCTAATGCAAAGAATTTAATTATAACTACCAATCAAATATGTGCC
CGTATGTATTTGATAATTTTTAAACCATTTCGAAAAATCTCACATAATAC
ACCTTAAATAAATTTTAAATAATTTTCCTTATAATTAAATCCTAAAAAAC
GGATTTTACTTTTCTGATAACGTGTTGTTTTAAGATACATATTTCGATCA
ACCTATTTAAATGAAGAAATCAGTAAACGCATCCCCAATATTCAAAAAAG
ATTAATTTAACATTAGAACAGACTAACATAAATGACTATCTCATTTAACA
ATTAGTTATAGAGCATCTTTTTTGAGTTCGTGGTTAATAAAGTGAGTAAA
AAAGAAACTCAAGAAATTAATTTAATTTAATTATATATTGAAATAGTAGA
GTGATTTTAATAATTCATTCATTTAAATTTGTATCAATTTTTTACCAATC
CCTCCATTTCGTACACTTCAATATCAATGAAAATCCTGAAAATACTTGTA
TAGATTAGTTAGTTAGTTAAAGAATGTATTTTTGTTTACAATAATCATGC
ACTATTATAAAACAATGTAAATATAAAGGAATGGATACGACCACATGAAG
GGGTATCTGTGCTACTACAGCAGTTTCTTAAGCTTAATTGATCTAAAAGT
TATTTTTAATAATTTTTTTACAATTGTAGATTTCATAAATTTAAAAATAC
AAAGTTCTTTGTCTTTTTTTGTATTGTTTGATGTCTCTCATATGAGAGAG
CAGGGAATCAATTGATGAGGTGGTCCGCACTTTGTGGCTCTTCGAGACAC
ATATTGCACGTAACCCTTGTACTCTTCTATTTAATGAAGTGGGCCAAAAA
AAAGAGTGTAAGTTTGAAACATTTACTTGTTTTAATATATGACATCCCAA
AAAATTATGAATCCTTATTTTAAAATAATCTTAAATACATGAATTTGGGG
TTGTAACAGGATATAGATTGTTATTCATACGGTAAAAATATTAAAAATTT
CTTTGAAATTTGTATTAATTTGTATGATTATACATCTGTTTACTAAGGTT
GGATATATTGTTTAAAAAAAATAATAATAGCAACGATATTACATTTTGTC
GCTACAACTGCACGTTTCAGCCTTCCTATTGAAAAAAAAATCCAAGAAAT
AATAAGTAAAATCTAGTCAAACTATTAAATAAACCTGCAGTAAAAATAGT
TAAATATATAAGGCATTAGCTAGATAAATTAAGAATTGCATATAATCAGA
CGTAATGTATCAAGAGCATAATGAAATGTATGAGCAATAAAATATATATT
CAAAGGAAAATGAAGCATCTTTATAAAATCTCGGCGTGTATAATATCTTT
GTTCACTAACACCTTCTCTTTGTAAAGAAAATGCTAAGAGATACAATAAT
AGACTTAAGCTGCCCAATTGCACCATTCTTAATGTTTTGGCTATAACATT
TTGATGTACATTGGATTTATTTTAACCCTCCTTTTAGACGTCATTGATAG
AATAAAAAATAATAAATAGTATAGTGTTGAGACTAGGTCAAAAAAAAAAT
CTTTTCCCGGTTGGGCCATGGGGGATTTTTGAGACAGAAATTTATACTTT
GGACCAAAATTAAATTCATAGTTTCATTTTTTAAAAAAAAATAAAAATAA
TAATAACGTTGGATCAAATCAACTGTTTTTGTTTTGTTTGTTTTTTTAAA
TTTTACTACGATACCTGACCAGTCCAAATTAGGACAGAATTAGTTAAAAT
TATAACTTTTTTAGACAGGAATACAACACTATTATTTAGCTGGACATCAA
AATTTGCCCAATTGTTACAAAAATACAAAATTCATCTTACACGTAAAAAA
GTACATATATTCCGTTTTTTTAGCAAACGAAAAGCCTTGTTCTATTAATT
GAAATTGTTTAACTAATCGTATAATACTTGGTGTCAATTAAAAAATATAG
TCATTATATCTAAAGTGCTGTAGGAAGGAAAATATAAGCACATATACGTA
TATTAATATACAGTTTGCTGTATGTTTTAATATAAATATGTGTTCTACTC
AATACATTCTTCATCATACCATATATTTTATGACGTGTACAAGCATGAAA
AAATCAGTAATTCATGTTAAAAATTATTCCCCCTTTGATTCTACATAAAG
TATCAGTAAATAATATTTGTAGCTTAGAAAAAGCAGGCATTGCCATAATA
TAGAAAAGATTATTCCATACATCCAATGCGCATTCTTTTTTTCCTTTCCT
TTTTGTACCAAATTTTTTTTTAGAGTGGAATTATAAAGAGGGAATTGAAA
TAAAGAACTCGTGTAATAAATGTCTTNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAT
AAGTCACAAATTGCTTAATACATGAAATACTTATTAAAGTATAAAAATTA
TGAAATGAAAGAAATAATTGTGTGTCGATATATCTTGCTTTTATAATATA
GTCATGTGGAAATTGTCAAAATCCTAGTGTGCATACAGTTTAAAAAGACA
AACATTTATTGATAATTTGTAAAATGTTAATGATTTTATTCATTATTGCA
CGCATTTTAAAAATTCAAGTGTATTAGCAAGCAATGAGTACTATAGTTTA
TTGCTGATTTTTTTCAGAATATGAGTTTTATATCAAAGTTGTCTAACGAT
CTTTTCTTTTTTTAATTTTACGCTCAAAGCTTTGCTACACAGTTTTTTTA
AATATTAAATATAATAAAAAAGGAAACGCCGAGCATAAGCAGTATACAAT
CATTACTACATTGTTATTTATTTGATCAAAAATGACTTGACAGCATCCAT
CAAGACAAACTCTGCTAATTTTTATAGATGGTATCAAACTAAGGAGCTCA
AGTTATAATATTAATACATGAGTATATGTTTTATTTATGGTAATATGATT
CCTATCAGATCCGGAAGCCTAAAAAGAGTCTTTGCAAATTACAAAAAAAT
GTTCATGGGACACATTTACATATTTTTTTTTTTACATAATTGTAAGTACA
TAGAAAAGTCTAAACTATTGAGCAAGGATTTTCAATGTGTAGAATTACGA
AGCTCTACCTCAATAAAAATAACTAGATGCAAGCTCTCCTTTTAATGCTT
AAATAGAAGGTTATTACTAATCTTGTACAAAATATTTCTTACCAGTATGT
AAAAATAAAAATAACCAAAAAAATCGTCTTAATCCTAACAATTTGAAGAG
TTTTTGGAAGGAAAGCAGCTTAGCTGTCATGATGTTTTTAAAAAAAGCTA
CAGCCTTTTGTAATGGGAAGGAAATACAAAAATATTAATCTTTTCATATA
ACATATAAGACTTATAAGCGGGAATTACTCCGATGTATGTCATAATTCTA
CGCCGAGTCAAGTACGGACTTATATTTATAAATCCTGAGAAAAATCATCA
TTATTACTCTCAGTCCTTTATGAGCACAACCACTGGGGATTAATTTATAC
TTTAATATTTCCTTATCAATAATTAATTATTAATGATAACAGTTTAAAAA
AATATTGCTTTGATTGTGACTACAAAAAGTATGACATGCGCCTTAAGTTA
AATTTTAATACAATATCAGTGATTTTTACCTCATTTTTTTTCAAATACAT
AAACAATTAAAAGTAGTTTGGTGAGTCCTTATGTTTTCATCAATGTAAGA
CATAATTTTCATGGAACTCCCCCTTTTGAGTTGGTTCTGTCGGCCGGACG
CCCTCACCCAAACTAAATTACTACAAATTTAACCTTTTATTTTTATTTAA
TTGGTTAACGGGGTTTTTATTTATAATATTCTTTCTGTTTTGGTGATTCT
TCTGACAACCTTTTAGGCCCCTCAAAGAAGGGTGTCACCCAGGTTAGAGA
AATATTTTGAAATATACAACAGAAATTTAAAATAAAAAATATATGATTTA
CTACAAGATAATTTTGTCGGATAGCTTATAGTATATATTCGAAGTGAGTT
TAAATCATCAGAAATTATTTTCATTTTAGTATTTTTAAAGAAACATGTAA
AGGGGCCAAAGTTTTACTCGTAAGTTGTATTACTTTCAAAAAATAGTTAC
ACACACGAAAAGACCTTGAATTTGGATATAATGATGTATCTAAAAATCTT
TATAGGTTAAATTACGCACTATTTTTGAGGGGAAAAAAATAAAACAATGG
AAGTCGTCAAAACATTCTATTAAATATATAAGATTCAATTTTTTTAAAAC
ATACTCCAAAGATATCTTTCACAAAAAAAAAAGAAGGGTTGAATAATTGA
GAAAAATATTTTTTTTAGAAACACATATATTATTCGTACATATTTTGAAG
AATGAAGTTGGAAGACGAGTAAGTAACAGGAGGAGGCGTGACATAAATGA
TAAGTCATATCATCATCTTCTGTCTGTATATTGTATATGTATATTGTATA
AAAATATACATATGTGTATATCCAGAGGTGTATAAAATATGTACTATAAA
GCAGGAGCTGATTTTCAAATTTATGAATTTAAACAGAGTTTTTAATGTTC
CAAAGCTGTTATAATTATTAATTTAATTTTTGGAGAGAGAATCTCTAAGT
ATAAAGTAATAGCTTGTGCGTGTGCTCACGAAAGATAAAGAATAAAAGTA
ATGGTTTGCGCGGGAGCTATAAGTGTAAGTCTGTGTGGATCAGAGTCGAA
TTTATTAGGATCGACATTGGATAAATTACAGTCCATATGTCCATCCTTGC
TATATAGAAAGTGGTATTTTTGTTTATTTACTTCCTCTCACGGTTGTATG
CAGCTGTTCTAATAAAACCCCATGACCGCTAAGCTGCACTCCTCCAGAAC
TTTGTACAAACTGTCAGAATTACTACGTTAATTTTTAGCTTCTTTTGTTA
GTAAATAACGCCAAGGCATATTTTATACACAGCTGTGCATACAAGTATAT
CATGAGGGCCGAATATCCAAAATTAGAGTTATTAAAAACTAAAGGCAAAC
ATTTTTTGTTYCCACAGCCGATTTGGAAACATTAGAATCGTTCAAAAAGT
TTTCCACTTTATGAACGATTTTTTTAAAGTTTAAAGCAAATTCTTTGAAC
AAAATTATATGTATATTCATTTTTTACACATAATAGATACATATTTTAGA
CTTTATAAAAAACTGTACAAGAAAAGTTAATTTTTTTTATTTTCATTAAT
TTTAATCCTTTATTAGAATTTTAAAAACAGATGTTACAAGTAATAATCCA
TTGACTCCTAGAAACTACTATTATTGGTGGGTCTATAATAAAAATGTATT
CTATAAGTATTGTTAAAAATCTTAATYTTTTTTAAGCGTGCTANNNNNNN
NNNNNNNNTGGYGACCTGAAAAGTTTTTCCWTTTTTTTAYAAKAATTAWA
ATTMTTRTTTTGTTRTTCAGGAGAGAACATCTAAACATTATATATAACCA
CCAGTGTATGTGGTCATGAACGACGGAGAGTTACACAAAGGAGTTAAAAG
TGTAAGGCCATGTTGGACAAAGAGTAGAACTGAAAATCAAAAATGGTTTA
ATTTCTGCCCATGTCCTTGCTTCATACGGAGAATGATATTTTCCTAATTG
TCAGACTTTCCATGTTGATTTTCGTACTGAAAATACTTACAATTTACTAT
CCTACCGTAAACCATATAAACTTTCGTTTTTTTTAGAGATTACTGGGAGG
GAGTATAGTGACATAGTGAAGTGAATTAAAATTTGTAGATAGTAAGTATA
TATGTATGTACATTAGGGTGTCCAATAAAATCAAAAGTAATTTTTTTGAA
AATYAATACCCCCCCCCCCCCATTTTAAAGAAACTTAATCATCATTTATG
GCATTTGAACAAGAAATTAAATAAAAAAGGTTATAAATTTTACTATTGAA
AATTTCTCGGCAATTGGAACAAGATACGTTCCATTAAATTGAACATTTGA
GGGTTTTTGGGATGTACGTGAATATTTTTAAATCGAATGATAAGTTTACC
TATTTTTTAATTACCAAATCGTCTACCATGATATGAAATTTCATTATATA
CATTTTTGTATATAAAAAAAGTATGTGACTTCATATCGGTCAAAAGTGTT
TTATTGTTTTACCGTTTCAAAATTGATAATTATTTTATTCGTGAAGCATC
ATCTTTATGAGATAGTAATTCTGCTTACATTGAAGCCCAGAAAAAAAAAC
TGTCAATCCTTAGAACAGTTCATGATACGGTTGAGAGAGCAATTCAGTTG
ACAAAAAAAAATTCATGGTTTAATTATTTACTAATAATCAAACGAGTTAA
AATACATTTATGATAAGTACTTTTTCTGAATGTAAATTTACTGGTCCACC
CTACGATCAAGTCATCGAATTGAATTTAAGCTGTCGTCAGCACCTGTTAT
CGTTGTCTTAGATATTTTTTTTCTTCATTTTTGTGTAGCTGAGATCAAAT
AAAAAAATATCTGGATATCTGGAATCCATACACCTTAGTTACTTATTTAA
TACTTACATACATAGGTAAATATATAAGAGTATGTATACATACATATGAT
TAATGGAATTAAGAATGTCTTTCCTCTTTGTGTGTCTGAAGAGGGGGAGA
GGGGAGAGTAGGGTTCACTAATATGCGCTTGATAAATGTGATTTCTCCCT
CTTGTTGTTATATATTTATGTAATTTTATTACTATACATGAACTAACATG
TGTTAAGTAGCTTTAACTTCCGTTACACTACTAAGAAGAATAAAAAAAAA
GAGTATGAAATAGACTTTTCATAGAAAAGGAATACACAAGATACAAAAAT
TATTGAAGAAAAGTATTATTTGACAAATGGGTATTAAATGACGTCACATT
TGTTTGCTTATCGTACTTATATAGTGAAGAGTTGGATTGATATTCCACTC
TGATGGTCAAATAACTAATCAACTTATTTCCTTTAGTTGATGTTGGTGTT
ATAATACACTTTTATATTAAGAGATAAAACAGTATCAAAAATTTCTCGGG
CAGTGCTATTTGTCATTCATGCTTAAAGACACTCCAGGTTACTTTATAAT
TAAACTTTATCATAGCAGTCATAAAACAAAAGTGGCGCCTTTATAGAGCC
ATAGAGGGGATATATTTATGAAAATAAGTATGATTTATTTTTAAATCGGG
AGAAAACTTCATCAAATGACACATACGAGATTTCTAAAGAAAACAGTTGT
ATTTTAAATCAATCAAAAATATGCTTACTCCATATTTATATTAATTGTCT
TCTCTTTTGCTACGTCTTTATTTATTATTTCAAATCTCTTAAGTATCTGA
TTGATCTTGTGGGGAAATATATGAATTAATTGAACGCATATTTCCCAATT
GGTCTTGAAATTGAAATTAGAAGATCTATATGGAAAGAAGTTAAATCTGA
CTGCAATATATTGCTATCAGTTTATGTCTTCTTCATTATCAGAGCTTTAC
AGCTACTAAATGCTGAATTAAATATATTATTTTCCTTCATTCAAACAAGG
ATTTTTTGACTACAATCCTTTTAATATTTAGAGCGTACCATTAAGAAGTC
CTTTATGAGGATGAGAGGAAGACAATTAGCAAATAAATGCTTGATATTAA
TGAATACTGAACCTCATATTTTACAATTTATTTTACATACTCTTTGTAAG
ACGACTTAAAAGTAAATATTCCTGGTTTTAGAAGCATGAAAAGGAGATTT
AATTTAAAAATAAAATAGGAAAAGGGGAAGTTTATTTTTCAAATTTAAAA
TTTATTTCCTTAGATAATGATTATTTACTTGAAAAAACGAATATATGAAT
ATATGTCAGCTTGGAAAATCAACAAACAGGGGCTAATGATGCCTATGAAA
AAATGCTATTTATAGTTTTATATATAAAGACGTGGAAAGGACGAAAGGGG
TAAAAATTTATTACTCATTGTTAAACGATGAAGGGTCATAAATTCAATGT
TTATACGACCCACGTACATATTTTCTCCCTCCTTATCGTTCATAAAGAAA
GAAAACTCTTATTTCTGCACAAAAAATTTCCCTTCACGTTTTCTTCCTTT
TCAAGAAGAAATGGAAGGTTTATATTTAATAACTTTTAGTTAATAGGACC
TTTGATATATAGTTCATGTTCTTTGAAAGGTTTTGTTTTAACTCAATTTG
CACAGGCCTTGTTTTATTTTATTTTATGCACAGTTTGACATATTTTTTAT
TTATTACTCTAGTGTGTTTCTTTAGACTTGAGAGTACTTTTTTAAAGTAA
ATGAGGCAAAACTAAAAGTATAATGAATAACTTTTTAAAGCATATAAAAA
AAATCCAGTCATATGAACAGGTATATACCGTATAACTATGTTCAATCATT
CCTATTAGAAGATTTATCTTGCCAAACAAGTTTGCTATTTGATTGTTTAA
TTAGACCAATTTCTATTAAAAGCTTTAAAATATACAGAATTAAGTTATTC
CACCACTCAATTACTATCTAATTCATACATAATCATTTGAAAAAGGAAGA
TACTTTATCTGTATTTCATCTCATTAAACATTAAATGTGAAATATTATTG
ATGCGACTAAATTTATTAATAAATTATCATCCATCCTAAAATTATTTGCA
ATTATTGAGAATGTGAATAATTTTATTATTTATTTTTGTGTTTGATTAAT
ATAAACAATGATTTAAAAAAGCTTTAGGTTTTGGCTGATAAATAAATTCT
AATAGAAACTAATTATTTGGGAATTACATTAGCAACCATTTGAATGGCAT
CTTTTGGGGAAAATGTATTTCTGAGGGGGACTGTTATTAATAACCTATTT
TTTCTTATCCCTGGAATTGACTTTTGGGTGGTTCAGAGTGGACATGGTTA
CCCGAGGATGATTTTGTGCGCATTGCCATCTTATACCTCTTGTGTCTTCT
GTAGTAGGACAACACTATTTTTCTTTACTCTATGGGGTCTTCAAATTGTT
TGAGGGTTCCAAGGAATGTTTAAAAAGTTCATCTGGATCCTTACTAAACA
TTTAAATACTTTCTGAGAGGGGAAAATTGTTTTGTTGGACAGATTAGTAC
ATGGTATATTCTGTTTAAACTAACACAAGGCCCCGAATTGATCCAAGCTT
AGTTCGTTTTAACATGTGACAGAGTGTATGATATAACCATTAGTTTCTAC
TTTATAGTAACAAATTTATATCGACGTCTATTATTTCAAGATTATACTCC
ATGTTCTAAAAAGTGATAAAAAGCTTGCTGACATGCCAGACGATCTAGAG
TTTATATTTAAGACGAAACACTCTGCTTCCGTAATGGTCCTGGAGGGCAT
AGCTTCCAATGGTAGAAAATTGATTCAGGAGGAGGTTGGAGGCTGCTATT
AATTATGAGGGTGGTGGTCATATCGAATAATCCAATTATTTTACAGTCAT
GTTACAATTTTGGAACAATAAAAATAATATTTTTTCTTACTTTATTTAAT
AAGTCCGGTGAGAAGTCTGTCATTAATAATAATTGTTAACCTTTTTTTGG
AACATGGGCTAACTCTCGTGTATGCGTAAACCATAACTTTTCAAACTGTA
ACACAGGTGCTTCTTTTTTGTTAGACAGAAAAAAATGTCAAGCCTTCCTT
ATGCGAATGAGTATTGCACGTAAATTGATTTAAATAAAGATTTTATCTTC
ACCTGATAATTTTCACACCTTTAAACACCATTAATTGTGAACTAATTAAG
CCTATTATATGGCTCSATTATATACCTTCTCCTTGAGCCTTTTTTATCGT
GTTCTGATGAATGTTTTATCAAAAACGGAGGACGTGATGCATGATATGTT
TAAGGGTAAAATTAATATGATTTATATCAAAGACTTTTTTTTAAATAGCA
GAACTATAAAAAAGATAATTTTGATCCATAGCTCAATAGCTACCAATGTT
GTATTATCTACATCCATCAGTAAAATAGATTACAAATTCCAGTCTAAAAC
GCATAGGTATGCAAGACAACTTTTTATCAAATGTAACATAAAAAGAGCTC
AAAAGTCAAAGCTAAATTAAGTTAAACATTGAAATTTTTTTGTTGAGTTA
CCAAAAATTAGGTAGTTGGATACAGCAATTTATATTCAAATATGCAATAA
ATTTATTGATTGTAAATTTTCTATAGAAAGACCCATAACAACATTTCGTA
ACAATCAACAAATTTAAATGTTTTATAATTTAACTAAGTAGAAATATATA
TTGAATATTCTTTGATTTATCAAAAAATAAACATAACTTGAACGATGTTT
TGTTAGCAAAGCCGACTCTGTTAATGTGGATAAATAAAAAGTAAGATATA
TACAAGATATAACAAGGGCATTTCAATATTTGGGGTTAATAAACAACCCA
GAGAAATAAGGGAGGGTGAAACAATAATACTATATTTAAGTTCATTTGGA
AAATTAAATCAATGCAGTTTTTTTTATATTAGTTTAACTCAACAAAACAC
ATATTTTGCAATCTTGTTAAATGAACAATAGAGACAAAAAAGCTGTTTTT
CACTTTCATACAAAAAAAACCGATTATGGTAATTTAAAATAAAAAAGACT
GAATAATATGTACATATATGCATGTATATAACATACATATTTAAAAAGAA
ATCCTAAAAGCTTCTTTTGATCTCTCTTATAAACAGCTAAAGAATATATT
ATTTAAAAATATATAATAAGTATAATAATTTTTATTAATGTACGAGTATG
TATGTATAATTTGAAGATTATTAAGAGGAAAGGCCATATGAATGTTTTAT
ATCTTTTTAAATGCCTTTTAAAAAATAAATACATCTAAACAAATTAAAAA
TTTGATAAAAATATATATTGTCTTTATTATTATTATTTTGTATTATTCAA
CAAATGGTTGTTTATTTCTATTAACAAATCATTATCACTGCAGGTAGCGC
AAATTACATTTAAAGTAGGCAAAAATTGATTCTCACTATAAAATAATGAG
AAATTTGTTAACTTTATTGGAAAAACTTTATCGGTGATAAATTAAGTCTC
AAAAACTAAGAATAAATTCTAAACTCAAGTTAAAATGATTGAGTTCCTTA
GTTTTTTATATAAAATTTAAATACAAAGCCCGTTATTGACTCAAATATGT
TTATGAATGATTAGGTTCTATGTTTATTAAAAAATGAATTAGAATTTTCT
CGATTTCTAGATATTTGTTATAAATTGTTTTTATGTTGACTTACTGCATA
TTTTTTTATAAAAAAGGGATAATTTTTATGTACACTTTTTAATATTTCAA
TTCTTATTTTTGATAAAAATGATAATATTAGTTATTTTTTTCATAAATAT
ATTTTTCTCAAAAATAACATTTGCCGGAATACTTCATATGTATGATCAAA
AGGAACTTAAATGAGATAATTCAATATATGGAGCTAATAACCCTTAAAAA
ATGTTAGGTCTTATTATTTGTAAATAGAGGAAATATCATTTTGTTAGAAA
CCTGACTATTGCACCGTTCGAAAAACACTGCTTTAAACCCAATAAGGGTA
AGATAGGAGAGTATTTATTTTCTTAGGAGATCATTTCCTTTTCCACAACA
ATCAATTATGTTCAAAACCTGATTAAAAATTTGAGTTTTTTTGTTAACCA
TGAGGATTTGCCATGGAGATATAATTGTAAGTCATTGTTGGACACAGAGT
AAACATGAGGAACTGTATCACAATAACTCTTGCCTATGTCCCCGTATATT
TCCTTTACCCCCTCCTCTTTTAGCACATTACCTTGGTCCTTATCTAATTC
AGGGTTATTAGATTGATTTTGGGTTGGTTTTTTTTACATGTCAAAAATAG
AAACTATTTCCAACGCTAACTACTATATACAGTATGGAGATTTCAAATCT
AGAAAATTAAAGGACGTTGTACATTACGATTTTTTTTCCAGAATTAATTT
AGCAACTCACAAATCCTTTTTTCTTAAATATAGAGGTCAATAGTGAAGTC
AATCACAAAACTATCCAGAGCCAGTTTCAACCACAGACTCAAACCGGGCT
CTCAGTCTTGTAGAAGCCTTGATGAGGATCGTCATGTTCACGTTGAGCAC
CGCCTGTAGAATGGAACTCCACATGGAGTCAACAGTGTTATGCGCACGTT
TCTATCTCTCAACGGAGCACCATTCATAGTACTCCAAAGAGTTTCAAATC
AGAGAGCCAAGAGGTTACATTTCCTTTGTTCAAAACTTTAAGGAATTGCT
GGAGAATTTTCATTTCCCATACAATGATCATTAGTCTTCCTTGCAGATAT
TCTTGACCTATCAGACTCTTTAAAAGGCTTAGCATCATCGTAATTAGTTG
ATTTGGGCAGCTTTGTAAACTTAATCACCTCTTTGGGCCCACGGCGTTTG
TATTCGTTTTGCATCTCAAGGTTTTTTTTTCTTATATAGCTTTGTTAGCT
GAATGTGATGAGAACACTTTCATAATCATAAATCTCATGGTTGTCAAAAC
ATTGCGGTCTAAACTTGTTCCGGATTTAAAATCCTCACCCTGTATACATC
AGTTCATCAATTCTTTTCTGTACTCTGCTTTTGACTTAAAAGAGGACAAA
GAGATGAAAAATTAATTAGTATGTATATATACATATTTACATTTGAGTGC
TTCTAGAAAAAGGAAAAAATATCTTTTATGAAAGAAAATTACATATTCCT
AGAAAATGGTGTATACTTTTACTTTCTTTTCCATTTATTCTGGTATATAT
ATATTCAAACTTTAATTCATTAATTACTGAGAAGAAAGAAAGGAGTGGAA
CAAGGAGGACAAAAATAATAATAAGAAAGTTTTTTTGTTTTTTTTTCAGG
GAAAGCAAAAATGAAAATAATATAAATTGATGTAATTAGATTATTTTATT
ATTATTATTCAATCCTTTTTAGTACCTTTCTCTGAATATACTTAGTAGAT
AGATCTTTTCCCCGATAAAGTTATTTTAATAACACATCTAATTAATGAGA
GAAAGTCAAAAAGCTTTTGAATTCAATAACAATTTTTTTATTCACATAAA
ATTTATTCAAACTTTTTGTTTGATAAAAACATATAAGTAATGATATTTGT
AGATCATTACTCAGTCAAGGTTTTTTTAGTTGATTTATTTTTATTTGCTG
TTATTATGCGATGAGTAAATAAGTATGGACTAAACAAATATTCAAAAATA
AATTTTGAGTAAAAGAAACAGGGATGCAAAAAATTTGAATATTCTATAAA
TTTAGAAAAATTTGTTTAATTTTGGGATTAAAGTTTAATCTGAACTCACT
TACTACACTCAAAAAGATATTCACTAGCGTAGTGTTAAATATACAGCATT
TTGTAAATATTAACCTATTACATACTTAGTATTTTGATAAAGAAAAGTTT
TAAGGGTTACATTAGATCTTAATAGTTTTGAACTCTTCAAAACTTTTAAA
AAGTCAAATTATCTGTTGTAATGGTATTAAAAGTTTTTTCAGTAATCAAA
CTTATCTATAAAACTAAAAACACATATCAGCCTTAAATAATATTTAGCCG
ATATTATCAAGATTTTCTCAAATGCTTAGGAATATCTTCACTACCTCGAA
CTTAATAGGTTAATCTACAAAACAAATATAGGAACCAAGTGCAAAGAGGT
CAAACACTTACAAAAACATAGACATACGTTATTTATGTTGAAGTTGTTGT
ATTGTATTTAAATTAGTTAACTAATTTCTGATATTCAGATGTATGCAAAC
CAGCAACCTAATAGACGACTGCTATAACAAAATKCTCTATCTTATTTTAT
TCAAAATAACACAAGTACTTCAACAGCCTTTAAACGTAGATTTATTAAGA
ATTATTTCAGAATGTGTAGTATTTAACGATTTAGAGATTATTTACCCCGA
AATTATTGTATTAGTAATATTTCTACAACGATGAAAATAATACATAAGAT
AAGGGAAAGTGAGGCCTGATGACACGTGGGTATGTAGACTAGTAGTTTTT
GACAAGTTGTACTTCATTATGTACTTTTGCGGAATAACAAGCTATTACTA
ATGCATTAAATAAGGTTGTTATATAAGGGGTGCTTGTGCAGGTAATCCTA
TCCTATGACACACCTTCTGAATACTTTTTTTTTCTGAAATTCAAATATTA
CATTGCGTTCGTATATACTATTAAAGTACATTTAAAGTTCGTAAGACAGA
GATTACCTGGGATTGGCACAAGCTAGTTGAGGTAAGTTGTGACACATATT
AGGTTGGGGGAAAAAGTAATTAAGTATTACTTTTTACGTCTTTTTTAACT
AAGTATATCTTYCTTTTTTTGTCAGATCCGATCATACGATATAGCTTTGT
AAATGTTTGAGTGTATACTATGAATGCTTTATGGACAGTATTGCATTTTG
CATATCGCATCGAGCGTATAGGAGCACTGTTTCTTTTAGTGAGCGCTCTA
GAGACTTTAGTTCTCTTTGGTTCAATCACATTATACTATTTTTTTTCGTT
AACTCTTATTTATATTCTTTTTTTCTTGACGATAAGACACATATAAATTG
ATATAAGAATTGAATAGTTACATATGACTGTGCTCATGAAAAATGGAGAG
TAACAACTATGATTTGCTTAGGGAGTTTTTCTTCTACCTATATTATGAAT
ACAAAATTTGTCTTTTAGTGGAACCCTAATTACTCTGGGTAATACTGTGA
ACTATTGCTAGTATATACATATATAAGGGGAAATAATGCTGGAAAATATT
TTGCCAAATGTTAAAATGTTTAGAAATTAAAAGAAAATCATGGATCAGAT
ATTATATCTTAGCTGAATTTAAATCTTTAATAAAGAGAAACAAAGTAATT
AACAACAGAACATCCGTTGTTCATCTTTTTTATTTTTTCTATTAATATCG
TCAATTATAAAAGTTTCAAATTTCGTATCTTGATTTTTTTCCTAGAGTCA
AACATTGGCATTAGTTAATGGAATAATAATTTGTGTAATCTGATCTAACA
AGATATATTTTATCTATTTTTTCTCTTTAACTTCTTAAATTCGCATACAT
TATACGTTTCTAATATATTTACCAAAATTAAATATTTTTAAGTCATAAAT
ATAACACTTATTTTGGATACAAACTAAACTTACTGGTATATTATTCTTTA
TATATTCTTGTAAATCCAAACTTAATTGAAATACAAAAAAAAAAAATATT
TTTATAAGATATTTCTTTTAAATAGAGTTTGATTTTTTTCTATGTGTAGA
AAACTTTTCTTAAAAAATCGCTAGGGACATTWTGTGATATTRGTTTCAAC
TTTTTTTTTTRGWTTTCCKCKTTTTRTNWAAATCTTTCTTTTTTTTTTTT
TTTTTTTTTTTTTTTGTCAAACCATGATTTTCCCAATAGCAAAACTTTAA
AGTTTTTCTTTAGCCCAAATATTTTTGGTAAACATGATTAATACTGCTAA
TTTGAATTGACGTACATACTACCTNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTTTATTGTATTT
TTGTGTGTGACTAGGAGTAAAAACTATGTGATTTAACGTCACATGTGACA
TTTTTTGATTTTATTACCTAAAAAGAGTTTGTAACTTACTTATCATAAGC
TTTCTTTGTGTTTTTATTTATTTTAATCATTATCTAGTCCCAACTTCGGA
GTTGCAATCCCATAGTGAACGAAAATGATAATTTAAATGTTCTGCATTTT
TTTATTATATCAATATTGGAAATATTGATATAATAAATCAATAGTTGGCC
ACATTACTATGAAGATTGAGAAACACTACTACCCTAATATTTCTGCACAT
AGAAGTTGCAATTGAAACCCTCAACTTTTTTTTAATACAGAAGGAAGGTC
CTTATTCAAATGATATTCTTAATATATTTTTGATTATTTTNNNNNNNGTA
ATTTTTTTTTAAAGTTTTAAAAGTTAGCGTTAAAAATATCAACACTCCAG
TTACTCTATGAATGTTGCAGGGTTGAACCTGTGAGGAAAAATTGAAGGGT
AAAAATAAAAGAAGACTACGGTATAAAAACTCAAAGGAAAGATTGCCTTG
TGGCTATGCTCCCCACAATTCTGATACACCTTAAAATAGACACTGTGAAT
CAAAAAAATTGTGCAAAATATATTACAACCAAACAACAGGCTCAGTCATT
AGAAAGTCTGGCCTTGATGCCTTTCTAAATATATCATTTAAAATTTTACA
GTTGTTTTAAAAAAATTAACTTGGTGCTTCTATGATAATATGGAGGTTTT
TCGACTAATGTTGCAAAGATGTGATGAAAACAGTTTAACTATGGTCAAAT
TTAACACATGGGCAAAGGAATTTTTTTTCATCATAATATTTAATTAAGAG
CATTATGAACATTTAACACCCAGCTTAGATGATAATGTTATATGAAAAAT
ATTATTTTTGTCTTGCAATCTGGAACTCTATTCCAAAATAATGGGTTGTT
ATATTAGGTACTTAGCCTTATATTTGTTAAATTTTTCTAAATTTATGTAT
CTTCATTTTACACTTTATTTTTTATATCTCTAAATGTTGATTGAATTGTA
AAAAAAACATATTATGAAAAAAGTAACGTTCAAAAGACTAGTTATGAATT
AATAACTGAAAATAAAACTCAAGAAAATATTGATTAATGATATTCTAAAC
AGTTAATCTTTTCTATATATTAATGCACCAACAGATTAGTTCATTAAGTT
AAAGCTGCAAATACCGGACTAGTTGTTCAATCATTTAAATTTATTAAAAG
AATTTGTACAATTAGCTTATCAAAAATAACTTTTATATGAAACTAAAAGA
AAAAAACTGCAGTTTTTAATTAAAAGAAAAAAAAACTAAAGAATATATAA
AGAATAATAAAAATGATTAATTAAAATTCTTATAAGACTTCCAATTATAT
TCATATCCTTTGAAAACAAATGAATATTACATTACGTGCATGTGCTCAAC
AAATATAACGAATGGCCAATAATTGATAATATATGCAGATCATAGTTGTA
TGAGATAATGTAGAAGGGATGTTTATCACTATTTTTGCTGACATAAAAAG
CAAAATTTTGAACTAAAATGATGTCACATGACGTGTAACTTAGATAATTT
AAAAAGTCAAATATATATTATACTTTAAGTGATGTATATATACATATAAT
ATATTTATAACTCAACTGAAAATTAATATTTTGTGATTATTGATGGGGTT
TCTTTTAGTTACTATGTGCTATTCCTTATGTAACATAGGTTTGATTAATT
TTGTACAATTAATATTCAAAGAATCTAATAAGTTTATCCTAATATATAAT
TAGTTCTGGGAACTTATACTTTTTGAAGCTTTTAAAAATCTTTTCAGAAA
ATAAAGTATTTATTGCCATGAGTTAATTGAAAGGTCGATATATGTCAGTT
AATGCAGATAAAATTTGTAATAAGTTATTTTGTAATGTTAAATGAATGAA
AACTCGATATATTTTTGATGCATTTCTTTTTCCCCAAATAATAAATTACT
TGACTTATTAGCCTAAATAGATAATTTGTAATGAGTTGTATATGAAAAAA
TAATTATTATTTTTATTCAAGATATTCAAAGTTATAGAAAAAACGAATTG
TTTAATTCCATGCCATTGTTATTTTTAAAACACAGATTGGCAGCAAGTCT
TCAAAGATTTATTTGAAAATGATTCTTTTTCCAATTTACTTCTGTATTAA
AACTCATTTTCCATTCACAATCGTTTAATATGATGTTTAATCTTAATTTT
AATAATTTGAATTAAATAAAATGAATTTAAAGTTCATATTCAACTTTTGC
AAAGAGGTATATATTATTTTTTTACAAAGTAGATACTGTTTAATTTTAGA
TAAAACAAGATAATTTTTTTCCTTCAAATAAAAATATACATTTGCTTTAT
TCATTAAAATAACTAAACTGTTTCAAAATAATTTTTTTTAAGTACTTTAA
TGTGATAAAAAGATTAAATAATATAATACGTCCATATACATTAAACAACA
TCACACTCTCGAATGATTTTTTTAATAATCTGACAGAATAATTATAAATA
ATTTATGCAAATATTTTTTAAATATTGATCAATCGTTAATTATTTAACAT
TACTTTACTTTCCTCAGGTTTTATAAAATTAAAAAATATATATTCACTAT
AAGGTGGTTTTTTTTACTTTACGTTGATTTTTGATTTATTTTCATTATCC
AATATCGATTTTTTTGTTTTTCCAATATTATTTGAGTTATATTTAGACAC
CAGGAGGAAGTAAATTGAAGAAGCACCCCACACCACAATTTAAAAAAATA
TAATATGTAAAAGTTTGAAGCCCTCCCAAATAGCTGAAAATTGTTTCTTT
TTCGCCCTGCCATATATTTTTAGTTTGGGGTTCGTTAGAGTTCCTCTTTT
CCAGTGATACACAAGCATATATTTCTTATTTTTCATTTGAAAGAATAACA
AATTGTTGCCCAAGGAAGTATTTTGGATACTCAAACGACTAAAAAAATTT
TACTGAATATTATTGCAAGTGACTGAAGTAATTAACATATAATAAGAAAG
ACTGTTCATGAAGTAAAGAAGAAATAAAAATAAGTTTCGTAGAAAAATAA
TAAATCATTGCTGAACATTAATTTTCATGCAAATACCATAATGAGTATTC
TTAAAATTGGTTATGTATATTTTTGGATTGAAGTAGGTATATTTAAATTA
ATTTTATTGATGGGGTGTAGACTAATTATCATAGAAAGTCTTCTATGTTA
ATAGTTATTCCATCAGACAATGGTCAATATGATTTTTTCTTAATGTTTGG
TCCCCTTCGGTGCAGGCAAGCATTATAATATATGTATTTAAAAAAATATT
TTATGAACTTGTAATAACATATATGGATGAAAAAATTTGTCTAGATGAGA
AAGCCATTTTTTTGTATTTTGTCAAAAATTACCAGGTCGAAATTCGCGAA
GAAAACTACTGATAAATTTTTTGCATTAATATGGAAAAAAGTAGAAAATA
ACACTTATTGGAATTTTAAAAAGAAACACATATCTACCAAGATTTTTTTG
GTGCTTACAAAAGCAAAACGAAATATGGAGAATAATGTCGACGAAAAAAT
AACAATCGATAACTTGATTATTTTTGTTCAATTTTAAAAAATATATTTTT
TTAATTGTTCCAGAAATTAAAAATACAGAATTTTAATACTATGATTTAAA
ATTTGATGTCCAGAATGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCA
AGGGTATGCGCACCCATAAAGGAAACACAAACACTGTCTGMTATATATAA
TATAGTTTGTGTCTTTTATGGGTGACCGCACCAWCGGGGCTAAGAGGGTG
AAAATTTGGAAAGGAACCTCTTTTGAACATGGCCCGGCAAAAGTGGGGTG
CCCATTTGGGGAGGGGCATATAAAGGGAGCTTATTTTATACTCAATAAAC
AAAAGTTATTTTTTGGAGCTCTAAAAGACTAAATACGTGGTTGAGTTTTC
AAAAGAGACTGGGATATCGAAAAATAGCTTTACAGATATAAAAAAATAGT
TACTAAATTTATTAAAAATCAAAAAAGTTATGGGAATTTTTTTTTGTGAA
AATTGCACTTTCGTTTTATTTCAGGTTCAATAAAATGGATTTGCAAGGGA
ATATTGGCTTTGTAGATAAAATAAAGTTTTTAGGAGTTTGTCTTGAGATT
TGTTTACATATAAATTGACAAATAAGGATTGATGTTTAAGTTAAATATCT
ACCATTTACTGAATATTTTTCTGTTTTATTCATCAAATGTCAATTGTCAG
TTTTTTTGGAAGAAATACCATAAAACCTTGCATTTTGTACATAAAATAAG
AAAATTTAAGACTATATCAAAATAATTTCAATTTTTGGAACATTTTAAAA
CATAATTTTTGCAACATTTGCACAAATGAACCAATTACCGAGGGTTATTT
TTTCGACAATATTATTCTCAATTACGTTTGTACTTTTGCAAATACAAAAA
AAACTGGGTAGGTTCTTACAATTCCAATAAATCCTATTTACTAATTTTTT
CTATTAGAATTAGTGAAAAACAGGTTTTTGCAATTTTCTTCACAAATATT
GATTTCGTAATTTTTTGACATAAAATATAAGATGGATAAACAAATTTTTT
TATGTATATATATCTTGGTATGTATATTTTTATATAATATAATGGTGTTA
TATTACCTATTGTACCTGTAAGAATACCTTAAACCAGAGAAACACCAAGT
AACCCTTTGCAAATCCTTTCATATAACTAACAACGAGTAAAATAATATAT
GTATTTAAGTAATTTTCAAAATAATAATTAAAATATAAATTAATATACAT
TAAATCAACTCATGTTGAACAGATTTCCTCTGCAGTAAGATTTTTGAATA
ATTAATTGAGTTGATGTTTACATTTATTTTAACCTCTACCTTCCTTTTTG
TTGTTTTGTTGCATGAATAAATATAGCAACTTAAATAATTTTATAATTAA
ACCAAATACAACATTTTTGTGCATAGCTTTAAATATATTTTACTTACATA
TTATACGAAATTATGTTTATTAAAGTTTGATTTTAGCTTTTTTATCATTT
TATTTGATTGGAAAATTTGAATAAAAATATAAATATATATTTCGTTAAAC
ATGAAATATAAATGTTTAAAGATGACGTGAAATAGTTTTTATGCTTGTAT
GTATATCGATAAACATATTGTATAAATTTGTCTTTAAAATACACACGCGT
GTTGACGAATGAACACTATAAAGATGCCAATCAAAGTATATTAAGAAGTC
TAAAGTTGTTGTTTTTTTCTTGTCATTTCGAAAAATTGCCATCTTTTTAT
ATGTTCTTAATGTTTTTATTGATAGTATTGTAAAATGGATATTTAAACTT
TTTAATTATTTATATAAAATGTTTCAGGCATCTAAGGGGTATTGATTATC
AAATTTTAGTTCAATAAATAGTTTTTTTTAAATTAAGATTAGGAAAAATG
TTGTAGGTATTTGTATATAAAAATGGAGTGACAAAGGAAAAGACTAAATT
ATTTATTATCTTTGAAAAAATCTACAGTATTTATTATATACCCTATTTTA
ATTTTCCTTAAAAATATGTTGATACAATACTATACATTCTTAATTACATA
GAATAGTGGACAATTAACTTTTTCAAAGATGTTATATTTCCTTCCAAATT
TCTTACATTCCATGTTACCAATAGATCCAAAACATAATATATTATAAAAT
ATGTGCATTTCATACTGATTTTCAGCACTTTTTAACATGATTTAATATAA
ATATAACTTTTTTTAGTATCAAGTTATATACATTATTAGATTTTTGTTCT
TTTTCTGTCTGTATGTTATTTGATGAAGTTTACTTTGATTTTTTAGAAAA
TTTGTTCATTTTTTAAATACATATTTCTACTTTTTCATCTTCGGTAAAAT
CTGTGACATCCGTTAAATGACTTATTTCATATTTCCATAACTTTTAACCT
TTACTTTTTACAAAAGAGATCAAAAAGTCCTTGTAATTATATAGATAATT
GCAATTATATTAAATCATTATTTAACTATTTTTCATAAAATTACTTTAAC
ATCAAGTGTTTATTTATTTTTGAATGTTTTATATTCATACAAGTATTTTT
TGTATTTTGGTTGATATTTACGAGTGTAAAATGAATAAAATAGTTTTAAA
AAGATACTAACTTTAAATCACGTATTTATTATAATCGTTCACCTATGATT
ATCATGTAATTATAAACGATTTTGAGGTTTTTTTTCACTTACCATGATAT
AAAATCGTTGTTAACTAACTTTTATAATTTTTTTTATCCAATACCCCTAA
ATTTTCATAATTTCCATCGTATAGAAAAATAAAAGATGCGGAATTGTGCT
TAAAAAATGTAATAATGAAAATTTTAAACATAGACTATTTTTAAGTTTCA
ACTTACAAGTTGCTTCGTGTCTTTTCAATTCAGAATGTTTGAATATAAGT
TCGAGTTGAGTGGGAGGTTAAAGTTCCCTTAGATTTCAATGCGACCATGA
GTCCGAATTTCCAAGCTATAATATTCGTAGCTTAACATAATTTATTTTGA
TTTTCACCAACCAAGAATGAGAACATTCAGTCAAATGTTGACAAATCAAC
ATTTGACTGAATCTACTCTGTAAATGGAAAATTTAAAAACTTTTTTATAG
TTACTTTGAGTAATTTATATGTATATAAAATAAAAAGATTTTTGTCAAAA
AAGATAAACTTAATCATACTAAATAAATAGATTTTGTAAAATGCAAATAG
AAGTATGTAATATATATTTTGTATTCATTTTAAGTTAAATAGAAAAAGGG
ACAATCTTTCATCATCATTATTAACTACTTTTAAAAGTTGCAAATATGTA
TGTAAATGTACCTCAAAAATGAATAATTTATTAATCTAGATGGTAAACTA
AATGCTTTTCTAAAGAATTATATCTCATTAGGGTTCATTGTTTACCCTGG
CACATGTGTGTTCAAATATATACATAATTAAATAAAAGCAAGGAAAAGGC
ATTACACTAATTTAAACAGCCAACAAATATAAAAATTATATTTATATAAT
TTGGTTAAACGTCATATTTGAGAGATTGTATAATAAGTACTAATTATGCA
CTCATAGCTATAAAGTAAGTAATCAAGGTTATACCCTTGGTTGTCTTGCC
TTGACTTCTAGAACCACTATAACGGGAACGACAAAATCGAACCGTGACTA
CAATTCATTGCTTATGGTCTCAGTTCTTTAGTCAATAAGTCACTTTCCTG
ACTTTTTTTATGTTCTTACATCGCCAGGATGATACAGAGTTGTGTCTGAC
TTCCCAATATTTAAGAGCTTTTTATGGATCTGGAAAAGTGGTTTTATGAG
GACCTATATACGAGTTTTTGGAGCACTAAGTACTCTGTCTATAAGGCAGC
TACCGCCCTGTTTGTATCTAATATCATTTCCTGGGCCTGAATTTTCTAAT
GACGCTCCTTGTTTTATGTGCCTCTTACCAAACTGAGTATGTATAAAAAA
GAACCGAGCCCCAAGACCGGACTATACACCGATAAAGCTGAACCAAGACT
AAAACCGTTGAAATTAAAGAACCGATACCGGACCGATAGAACCACTGAAC
CTGAACCAGGCATAACCTTGTCTTTTAGCTGTTGTACATTTAATAAAATA
CCATTTTTCAAAATAGCGGTATAGAATGTGATCATTATTTTATCAACTAA
TAACTTTTCTAAAAAGAAAAGGAACTGAGGAATACTGTATAAAATATGTA
TGTAAAAATAAAAGAAACCGAAAATAAACGTGTTAATTCAAACAATTCAA
GAATGTTTGGAAGGAGAGTAGCTTACATTTCATGAAGTTTAGAGAGGAAA
GACAATTATCTATAATTCTAGAGCAAACCTAATGGCTGGGYTTACTCCGA
TGCCAATCCTCAATTATTATCAAGGACTTCAGTTATAACTCCTGAGCAAA
TCCACCCTGTTACTATACATCTTTCAAGGGCACACGCAATGGTTATTACT
TTAAATATATTTAGATATTCCCTATTCAGTAAATTAAGTAATAATTATAA
ACGTTTTGGAAAATTAAATACCCTTTTCTGGTAGTAATTATAAAAAATTT
GCTTTCGCTTTATAATTGAAAATATTTGGTCAAAATTTAACTAAAACTTA
TACAAGTCTAACCAAAGAATGTCCAGGACACTATTGTATACTACTAATAA
GGGATAATAGTAGACGAAAAATCGAGAGCAAACAAAAACATATTCGATAA
ATATTAATGTTAATGGGACAATGCTATGCTCAATTTCAATTGTATGGTCA
ACATTGCGTTATCCCAAACCCCTTGGTTACACCAGGGTGTTTATCTATGG
ATCTGGTCATATTTTTACACAACATCCATACTTTATCAAGTACTACTCCC
TGTTTCAAGTTTTCTTGGCATGATACTTCATTAGTTTCTAAATTAATCAT
TTTTCTAATTAACTTTTGAGTTTTCAAATAATGATTTTATGTGTTCTCAT
TATTTGTATACTTCAACTTTTTTAGCTTCTTGATTTAGAAATAATGAATC
CTTAAATTCTACAAAAATTATTTTCTTGCTTTTCCAACTACTNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNCCAGAGAAGTAAAATCATACCTCATATTATTATTATTTTTAT
TAAATCGTACATAGAACTCAAATGGTCTCATTTTTAAGGTGTGAGCAATT
CCCTATTATTTTTAACTAATATTTCAAAAAAAAAAAAAAAATCACTCATT
TATTTATTTTGTATAAGCATATTTACATATATGAATACGGCTTTTKTACA
TTTCCAAATCTATTATATATATATGTTTATAAATAAGTTAAACTTGTATT
TCCAAATTAAAATATACTTAATAAATAAATTTGAATAAAATTCAATATTC
TAAATAATCTGAATGATTGAAAAAGTAATTATTTGTTTTTAGAAACTATA
AATGAACGTAATTTTCCATTATCATCATATCTTTGCATCTTACGATCATT
GCCTCCTTCCCTTTAGGTATTGATTTTTATTAGTTCATGCATCCTTGATA
TTTGGCTGTATTTTGGTAATGAATATCTCTGGGTGTCTGGACGCTGTTAG
CATTAGTCAAACTCTGAAACGTTTCAGATTTTTGCAGTTCCATTGTTGTT
ATATCATCTCCTACACTCTGTTCAGTAATTGTACCGCATTTAAGAAGAAT
GGCTTTACTACCAACTGATTTTAAACCTGTTTTTCTTTCTTCTAAGAATA
TGAAAGGTTGGGAGATTTCATACTTAACCCCATTGTTATTGACGAGTCAT
AAAGGGACACAATAACAGTTTAAATAAATTATATTTGTTGCCGATGTATA
TAATTTCGATTAAATTATATAAATTATTTTTGAAATAAATTGGGAATGAG
GTCCAATGTTTTTTTCTCGGATGGAAATTCAATTTATGACTTGGATTTTT
ATATATTTTTAGTTGTTTACTAACTCTGTCACACCCAGGGGACACCAGGG
TTCCATAAATTTAATATATCTTACAGCCCTTTTTTTTATACCAAACTTTG
TTTTTTTTAATACTGAAATGTTAAACTATGTTTCATATTGTATATGTAGT
GATGTATCAAAAGTGAGTTTTGAATACATAATAACTCATTGAATATTATT
ATTTATCTGCATAAAAAAATGAGAAATTTTATTAGGCAAAATGTCCAGAG
ACAAAAATATATTAATTCAGGAGGAACTGAAAAAGATCCTTGGCATTGGT
TTTAAATCCCATGGGTTTTATTTATATTTGATGTTTCAAGTATATTTCAG
TTGTATACAAAACTTATCAGATGTAAATTTATTAGCTTTTATGCACAGAT
AAGGTCAAAATCCAATCCATACAGGTAATTTTAAAACCAATTTTTTTATT
AAATTCAACTTGGATATTTTATTCTAAAATTTCATCAATAGTGATAAATA
GGGACGGAAATGAATACCTGAATTTAATATTAATAATATTATTATTATAG
TCTATAATAATTATAAATTCAGCAAGATATCTCCATAACTCCTTCACTCA
AGAGGTTTAAAATTTAGCACTGCCAGTAGGTATAAAAATAAAGGAATGAA
AAAACATTGTAATTTGCAAAATAAAATTTGTATTATTACCGTCATTTTGC
TTAATTCTTTTTGGTTTTAAATACAAACAAGCCWTTYTTTTGMCCATYCM
CAGCCATAACTGTTAGTAATTTAGAGCATATAATACATTAATATATTACA
TATAATTAACATACTTTTATTTAAAGATCTATCATAGTATTATGTTATGG
ATATCTATCATTGTATAATGTTATTGAGATGTACCTTGTAATAGGGTAAT
TTTGTATCAAATTAATTTCTAATAGAGCTCCTTCCCCCCCCCCCCCCCTC
CTGTAATTGTGGCTATTAGAAATGAAGTTAATGATCATATCTTATTACCT
CTATTCAAACGCCTATTTATTTCAGGCATTTTGTTAGTCTTTCTTCCTTT
CTTTTTGTTTTGCTTTTAAACTCTTATAACTATTTTTATATGATAGCTGA
AAATAAAGATAGTGGCTCTTTGGCTGSTATTATAATGGATCTTTTGTAGC
CTTATCAGGAAATGTAATTTTTTATGTTTACTCCTTCCTAGCCTCMTTAC
AGTTCTTAAAAAGTAGAATAATACGAACATTTTAGAAAAGAATAGGTATA
ACATTCATAGAATGAAATAGATATAAAACCGCTTATTTCAAAGTAACTTT
TTTAGTATCGACATTTATTCTTTTTCCCAGAAAGGCTATAAAGTACCAAG
ATAATATGTATATCTAACTTAAAGTAAAATAGAATTAAAGAAAAAACATG
GAGGTTGAAGGAAAAAATAGATATATAAATAAAGGAAAAGTAAGGCAATA
AAAAAAAATTATATTAATTTAATACAAATTATTAATAAATATTGATTTGA
TATGAGATCATCAGTACTCCATAATGCGTACAATTAAAACAGTTGGTAAT
TTTTAAACAATATCAGAGTATAAGAAATCCATTTTGATTTTTTGGTAAAC
TTATTATATACATTTTATTTAACACATGGATGTTTGACGGGAGTATGTTC
GAGTTCATTAAATAAAGTCCATATTTTAAGTTACTATTTGTAGCACTAGG
TACCTTACTTATTTGCTCCAAGATATTCCGCTTTAACCCACTAACATAAC
TATGTAACATCAAATTTGTATTTACGACAACTTTCACTTTCTTCTTCTGT
GTTTTACATAAGGGCAACGCATATTTCCATAGTTTAATCCTTGAAAGTAG
ATATTAATGATTGGCTTTATGATATCTTTTTTATACGGACAACATGGTCA
ATATCCAAAAGAAAAATATACTTATGGAAGGACGTGGCTCAATAGGCATT
GCGCTGGGGAGAAATTATTTTCTTAAACTCAATGTGCATAGGTATGCGTC
CCAGTCGTTCCTAGAAAAGGAAGTNNNNNATTATGTATATGAACATCAAA
GAAAATTACAAGCATAGATGGAGTAAATGTTATACTATAATGTTGACTTA
TACTTAATCAGTGCAACTCCTTCTAACTAATTAAAAGAGCATTAAAAAAA
GGKTCAAGGTAGCATAAAACGTTAAAAATACATATCCAACAATAACTTAG
GAACGCATAATTGACAAATTGTAACAAATTGAGAGACAGAGCTAAAATCA
CCTCTTTGTGTCACACAACACAATATAGGTATATTAAATGTCGTTCAATT
CAAATTGTTCAATATTAGACGTTTTTGTCTTTAATATATCAAATAAATTA
CATCTAATTCAGGAAAAATAACTATAGGTGGAGATTTGCACTCAATAGAG
TTCTCATTGGAGTTTTGTAATATTTTAAAACTTTTTATTGTCGAATTTAC
GTTTTTGTTTTGTTTTTTACATTGAGTTTGCAAAATAATATGTATATTTA
GGTTTTATCTTATAAACGTACTCCTGGTATTAGCATAGTATTCATATTTA
CTAATTTATGGTCTTATTTACGCAAAAAAATATACATTAATATAATAATA
CTTTCTATCAAGCATAGGCTATATGTGCGGTTCTCCTCTGCATACAAAAT
TAGATATTTTCTTGATTATACCTATATTTGTAGAGAAAAACATTCCCATT
TATCTATGTACTCATATCATACATAAAAACTATGTATATACAATATAAAT
TATTTACAAAGAACTGTTTTTATTTTAAAATATAAATATTTTTTAACCAT
TGAAAAATAATATACCAACATTTATTGTCAAAAAGTCAAATCGTTTGATA
AATTAGATAGTTGGTAAAAAAATATTTTTTGTTATACCATAATATCGGAA
TATTAGTATAACATAAGATTTAAAATAGGCACACTTATTGCAGAGGGAAT
TGAGGCAGTGATAAAGTTAAGGACATCGCTGCATGAAAGTCAAGACGGTG
TCTATGGTTAAGTACATGTTGAGGATAGGGGACACGAGMATTAGAGATAA
AAAGAGATCGTGGGGCCAAGAACAAAACTTAAGAACACCAGCCAATATCG
AGACTATCCTAGTTCTGATTGAAGTCAACTTTTTAGTGTCAACTAGGAGG
CTCTCGATGGAGTTGGACGCTTCTGAAAAGACTATGATGAGATGCTGAAG
GAGGTCTTTAGCCACAAGTTAACTGCCTGAAAAAAAACATACGTGGAGTA
TCTTCTCACCCGGTAGAAGTGATCGTCTGTTAATATTGAATGATGTCCAA
GTGATTTAAAATAGATATTCTAATTGGTTTAGTAGGGAAAAAAATGGATT
TATGGGAATCACTTAACATCCATGCATGTTCCTATCTATTGATTATAGGA
AAATATGTCCTAGTGGTATTATATATGTATTTTATTTCATTTAAATTACA
AATAATTGGGATAGTTATGTGAAAAGCTTACAAACATATTTAGAAATGAA
ATTATATATACATATATAGGGTAGGGAAGCAAAACGTGGACTCCAGAGAT
GGATTTAGAAATATATCAGTAATTTTATATTTTCAAAATAGGGGGAAAAA
AACAACAACATGTAGACTAGGTTTTGCAATTTTTTTTACTTAGTATGTCC
CCTTCATTATCAATAACAGCCTTTACACGTCACCTGAAGGTCATGCAAGA
GTTGATGACAAACTCTCCTGACATGTTGTCTCATGTAGTCACTATTAGAG
GACACAAATTCGAGGACCATTTTTCTTTTTGTTTCCACAAGCCAGCTGTT
GTTTCGCCCGTTGTGGAATTGATCTTCTTGTAAAAATCTTCTTGTCCGAG
AAAATTTACACAATTGACCGATTTGCTTTGATCCATGTGAGGATTTTTTT
GCCTCTCTCAAGCCTCCTGGCTTTCATCCCCACTGTGAGGAGGTGGCGTA
GAGTCCTTTTGATAGAAACTAATTCCAAATTGTTCTTTATAGTCTTCCTG
ATGGTCCTAGAAGCCACAGAAAAGTCGTTGGCGAGGCGATTCATCGACTT
AGTGTGATCCTCCTTTATATTATTCTCCAAACTTAACATGATCTCCACTT
CCAAACATTATGGAGAGGTCTTCAGCATCATAGAACACTTTCCAATGTCC
GTAATCTTCATTAAATCAATTCCAGTATCAAGGATATCTGAAATGATCTA
CCTTTTTGCTTGTAGCTCTCTTATGATGATGAAATAACACCATGATTTGT
ATAGTTTATTTAGGTCCAATAGACGACGAAAAACGAAACATCAAACGATA
ATCGTTAAGTTTATTCATAGTAATGAGAAAATAAACATTAATTAACAGTC
CATGTTTTGCTGTCCTAGTAAGAATGTGTTGTGTATTACAACATAGTAGT
TTCCCTCCCTATCAATCTTTTTTACTATTATAAGCCGTTTGTGTTATATT
ATATAGATAGTGTACTTATTAATTGTTACCTAAAGTATCCTCGCAGGCGA
GTCACTGCCAGGTAGTATAGTAATATAAATAAATTATTATAAATATTTTA
TGTCTCATCCATGCACTTTCTGTCTCTTTGATTTGGATTTGTTTAATATA
TTGTGCCATTCCGCCAGTTCACAACAGTATGTATGTATATTAGTGTGATG
CAGTTGCCCCTGAAATTAAAAATCCTTGTTAGAATCAGCGGAACCTAACT
TTGGTACAGCAACTACGTCAGTAGAACACAAATATAAAATTTTAGCAAAT
TGGCTAATGTTTATCTCTAGGATAATTGCAATTTTTAAGCACTTATGGAG
CAGAAAAAAAAAAAAGTGCCTTATTTAAAAAAACATGTTTTACAATAAAA
TAATTCTATGAACAAAATAAGATTATGATGTTTTATAATTTTTTTTTTGT
GACTCTAATTTCTTTGGTTGTAGAGGGCAATAAGTGATCGCACCTAAACC
GTTTATTTAATATCATTAACATCATTAAATTTCAGTACCCAAAATAAAAA
AGCAAAATATTTCTTCCTTTTTTTAAAATTATAATCCTTTTAATGATCGT
CAGAATGAGATGGCCCTTTCTATAGTACTGCAATAATCTCAGTTGAACAC
ATATTCAGATACAGTTATTAGTACATATGTCAAATTTCCCTGCATAGTGC
TCCCTTTTTTTTTTTTAGTAGCATTAGTCAATATTTGAGTGTTGTGTTAA
ACTATTCTTCTGCCGGAGTAATTATTTTGTTATGTTATCAAAGACCTCAA
TTACCCATCTCTGGACGATTGACTAGAAGAGTGAATAATGAAGACTTTTA
AAGCGTCTATTTTTATTTAATAAGTCTAGGCGCGATCACTTATTGCTTGA
TAAAATCAAAGAAAGTGAAGTGACAAAAAAAAAACAAGATAATCTTTAAT
TGATTATAGAAATATGTTACTTTTGAAGATGTTTTTTTTTAATTTATAAA
ACTCATAGTAAAACATTTTTGCTCCATCAACGTCTAAAAATTGCAAATTT
ACTCGAGATAAAAGTTAACCAAATTACCTAAAATTTTAAGTATGTGTTCT
ACTTACCTAGTTGCAGTACTAAAATTAGGTTCTGCGGATTCTAATAATGT
TGGGTCAACTGCATCACCCAAATGTATATTGTATATATATTTATCATATT
TCTAAAATATAGTGTATGAGCTCTTAATGATATTATTAAATATACATACT
CGTATATGCATGTACAAATGCATGCCTATTCTAATTAAATCTATCCCCTT
ATTGTTATTGCACTTAGCAGCTCAATAAAAGGATAAGCTTTGACATGTTT
TATTCTGCATCTTTTTTTAATTTGTTTGCAAATTAATTAAAACTCTATTA
AAGTATCCTTTAATTTAGTTAATTTAATCCAAGTGAATTTAAAATTTATT
TAAGTAACTATTTACATACACATACTCGATTCAATTGTACCATTGATCTT
ATAAAATGATACAAAAAGCTGTGATGATATGAGATAAGGAAAATATTTAG
TCATTAACTACTCAAAAATATCCATAAAAAACAAGTTGTTTTACACCTTT
CAATCTTTTCTAAGTACAATAATATTATAAGATGCTTATGAATTTTCCAG
GGGAGAGTGACAAATTACTAGATTTGTATACAAAAAAAATTATTTGAATT
TCCAAAAAAAAAAAGAAAAAAAAATTGTAAACTATAAAATAAGTTTTTCC
AAAAAAAAAAATCCTTTAATTTTAATTGTCAAATATAACAATTTCCCATT
TTTGGCGCGATTTGATCATTTTTTGTCCCTGTTAATCTTACCTTTAAAAA
AGGATTTCAAATAATTTGTTTGTAGTTATTCTTTAATAATAGTAAAAAAT
AGTTTACAGCTCAACAAGAGCTAATTTGAGTTCAACATATCAAAGTTTAT
AACAACAATAAAGAGAAAAGTAGTTAGAAACTGTGGATGTCGAGAAATCT
CATAGTACATTTTTTTAGGATACAAGTAATTTCGACTACTTTAACAATAA
TAATATTACTATATCTTTAAAAATGTGTAATTTGAGTGCCACAGATCAAT
ATTTAGATAGAAAAGGTTGACAAAGAAATTAATAAAAGTTGTTGTTGTTT
TGGCTTTCTTTACTTTTTGGATTCTTAAATTGTATATAATAGAGCAAGTC
TATACTACCTTAGCTATCATATTAAGCAAAAAATGTCTAAAGTCCATAGT
TGACTCAGTATGAGCATCTGGATTATAAAACTCCAACATTTTATGTAGAT
TATTAACATGTGCAGTTTAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTTGATCTAAATTTAAA
ACAAATATTTGTTCTTCAAATAATTTCATTTTTTTATAGTTAATAAAGAA
AGTCTTTCTATGAAAATATTGCTAATTTTTTTATTAGTCGTGAGTTATAA
TGAAATAGTCAGAAATTCGTTTAGTTTGCTATTCGCATAATTTATATTTT
TGAATAATGTACAAACTAAACGTTCTACGTTAAATAGAGAGATAAATTAT
TATTATTGACTTTTGCTTTCAATTTATCGATATTAATATAAGTATATTTT
AAAAGGCAATATAAATAATGTACAGTACAGTTAAATATTTGGTAAAATAT
GATGAATATTAACGTTTAAACTTTAGGGCCACGGAGTACCATGTATGTAC
AGGCAAAACAAATCCATTAAAATTAACTACAGACTCTAAATTAAAAGCAA
CAAATAAAATTGAAATTACTTCAAAAAAGATGCTATATGAAGCATTTCCT
AAAATTCAGTATAAATCTGTTAAAAACTCTTCCTTTGTATGAAGTCTTAG
ATGGAAAATACTTGATTGCTTCAAATACTGTGGACCGTATGTCAGTTCCT
ACATATATTTAGAACTTTCAACGTTAAGGCCAAAGCTCACACTTCTTTCA
TAATGTTCGGTTCATAGGATTTTAGCTTGCATGTTATAAGGGAGGCATTC
CATGTCAAGTGTACATGCTTTGTGAAATTTTTTGAAATGGTCATCACCGA
TTTTGATAATTTTTGGTCAAGGTGTTTATCCCAACAAAAAAAAACTATAT
CTGGAAGGAATAAAGATTTTTTTTTTTTGGCAAATATGACATTTTCCTGT
TATAGGCCTAGTTGAAAATGATTCCGCTATGATCTACTCTCTCTTTTTTT
GCATATTTATAGAGTATTAGGAGGTTAATACTCTCACGAAAAATTAGAAA
AATCAAACCAGCAGCTTGGCTGTGGGGTCATTTTGAGAATTTGGAAATAA
TGTTCAGATAGTATTATTCAACAAATGATATTACTTAATATATTTCAATT
AAAGCACTTGCCCTTGTTTGTACATAAAATATTTTTTTGGAATCCATTAA
TGTGAGGATCTTTCGAAAAAACCAATTTGAGGAACTTCCCAAACATTTCA
GACATAGAGTTATTTTGTTGGGATAAGCAGACTGACTAAAAATTATCACA
ATCGGTGATGATGATGTCGTGAGAGTGTGTACAATTCACATGGAATTCCT
AAAGGGCTTTTGAGTTTATCAGAGTAAAGTCAGTTGCTTTAGTTTCTAAT
ATTGCTCCTTTGTTCCTTTGTGAAAGTCCAAAAATACAAATGCAATATTA
AACTCTTTATGACTAACCAAAAAACATTTTACAATTTGTAAATTAAAAAC
AATTTTGTGAGACCAATTAGTTCAATACTTCAAAAAATTTATAGGCGGAA
AATTAAATTTAACGTGAAGGAAATGCTAGCATATTTATAATTTGATTCCC
CATTTTTATATAATGAATAAAATATCTAAGCATTATTCTATTTTGCAGTC
TAACAGAGTCTTAGAAAGGCGAACAATAAGAATGGACGAGAGAGAAATAA
AAACAGTTTGTATGTATAGTATAAATAAGATATGAGTGATATTAAATGAA
ATAGTCTTCTTATGATGAAAAGTACTTCTTCATAAGGAATAATTGAAGCT
CCACATACATAAATGTATAAAGATATCTAAATGGAGTATGTTCTGAAAAC
TCCTTCCTCGTATTATTTCTTTTTATGCTATTCATGTTACGTATAATGTA
GAAAAAGGAAAATGGAGCTCAAAGTAATTGTTTGGTGACTATATCATTCA
TATTCAAACTAATGCTGTTACTAGATACAGAATAATTATGTTAATATTGA
TTAAATCATATATCATATATCAATCTTCTATCATTTTAATGAGCATCCTT
TAATTTTAAAAAGACATCTATTAAGCAAAATAATAAAAATATTAATGTAT
TTTAAAGATACTGAAAGTTATATTAAACTAATTTAAATATTAAACTGAGA
TACTTTACTATTACTAAGAAGGCTCTTTGGTCCAGGCAAAGAATGTTTCT
TCTTACTGAAGGACCTTGTTTATACAACGTCGATCCAGATAATATGGTGC
TTAAGGGATAAATCTCTTGGAGTCCTGAAATATCTCCGGAAGTTGGTGAC
TTTAGAATTTTTTTCGTTGACACACTATGTGGCATATATCCTCTAACTGA
CCCTCAGTCTAGGTTAAAGGACTGATGTCATGTTATTACTCTCGTTAAAG
ATAATAATACTCTAGATAATAAATAAAACATAATNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT
ATATATATATATATATATACGAGTATATAAACACCTTGAATGATGTTTTT
GATAGTTAAGTACAACTTCCCTACATTCATTTCGAGAACTTATCTTTTTC
ACGTAGATTTGTATGCACAATTAATAATTATTATTATACTTACATTAACT
CGGAGCCGTTTGCCTTTTCAATATCTAATTGTTATGTATACCTAGACAGA
AAGATGATTCTAAAATTTATAGTAATAAAACCGAGATTTAAATAATAATG
AAAAATACTTTACTATAATGTTTGTGAAAATGATGCATTGTAATGATTGC
TTTATACTTTAGAACGTTTTAGAATGACTGATAATAGGAAGAGACAAAAC
TGGACCGGACGTGGGACATGACAGATTTAAAGCCACATCTGAATAGCTGA
TMCAGCCATAGTGTAAAGTAATAACCTGTATGTAAAAGACGAAAATGAAA
ACTAAAGATTAGTTGCAGAGTGTAAAATGAAAGTCTTTGTCTGACTCAGA
GTAGAATTGAGGGTTGAAAACTGAGTAATTCCTACTAATTACCTAGCAAC
ATATGGAGTGGGATTTGTATTTTCGTCCTTCCTCTCATTTTTTATATGTT
GACATGTAAATTGTCTTAATATCACTGACATCAACCTTAAGTCGCATGAA
TTTGATTTCAGCTTCTAAAGAATGTTATTAAATAAAAATACTGTTTTGGG
ACCTCTGTAAATATTCTGTATTTTTTATATATAAAATTGAAAGTCTTGAA
GAATAAAATATTATGTATTTCAATTTTTATTTTCAAGTTTAAAAAAGAAA
TAATTTATAAGAAAGCTATGTTGGTTAAATTTTCCTTCTCTTTATATCTG
CATTAAACTTTCATGTATAAATATTTAATTACAATCATTAATTTCTTATA
TTTTTAAAATACGCAGATAATATCATAAGTAAAAAAATAATAGCATTTAG
TTATTTATCCATATAGTTTTTCAAAATCTTTCCCAAAAAACTATAGATAA
ATACACAATGCAGTATTTTTCATGTTTCTTGTGAAATTGTCTCTAAGGCC
CAGTTATGGAACTTTTGAAAAATGTGACGTTTTTAGTGTGTTTTTTTTTG
TAAAACAAAGTTTATTGTTATAAAACTTTTTATTAAAATTAATTATTTTT
TGAGATAATAGGAACACGTAATATGCAAAAAACGTGGATAAATTGCTTTT
GTAAAAATCAGTTACAGTACATAGAGAAAATATCGGCTTTTATTGCGTTA
AACAGGTAGAATCTTTAAAACATAATGTTATTTCCCTTCGTTATTGAAGT
GAGATTTTGTATATACTTCCTTAAATCCCTATAAATAGCATTTTATTACC
GAGAAATACTATTTAGTATATTTCTGAAACGTTTGGTTAGAAAAATAAAA
AATATTTCATAGAAATTTGTATCAAAAATGAAGTTATTATACTTTATCTA
TGATAATAACAAATTATATCTTTTTTATACCCCAAACTAATTCTGTTAAG
ATGAACTTTTTTTTTTAAATGTATAGTTTTACAAATGCCTTGAGCTCAAA
CACGTATTTTAAAGTTTTTATTGATCTTAATTTTTATAAATAATTTTTTA
AACTGTTACAAACTAATGTAACTTTTATTCTATGTCAACTGTGTATATGG
AGTATTTTGGTCTTGTTTTTTTAACATTCTTTATTTGGTTTATATATTAT
TTAGAACATACATATATAAATAAACCGGAGCAGTTGCGTAAAAAGTACAT
AAATATACATTATAGTTTATACATACATAATGCTCAGGGGTAGAAAATCA
ACCAATATTCTAAAAATCAATCTTCAAAATAACAAAAAAGTGAATATGCA
AATCTAAAAAAAATGATAAATATTTGTTAAAATTTCTTATCACCCTTATT
AAAAATATTTATACGATTCCGTGAAGACGATGGAAGGTACCGAATTTTTT
TAAATATATCTTTGGGTAACCATTTATTTCAGTTAATTACCCGAGTTAAA
AAAAGGATGTTTATCAATTGAGGGTTAATAATACCTTAGTAGAATTTTAA
TCAAAATTCTTAATAATAATCTTTTTTTTTTAGAAACACACCTTTGAAGG
TATTTTTTTTTTAAACTATATATTCTTTTTTAAATCAAAACTAAAAAATA
TTATTATAATGTTTAATTATGTCTTCTTTTTTTATAAACACAAATATTTT
TAAAATAAAAATCTTACTGGTGAGGGGAAAAACATATTAATTCTTGATTT
GAGATTCATTTACATCAAATTTGTACATTGTTTGAATGAAAGAACATTTT
TTGTTAAAGTTAAATAATTAAAAAGTATGAAATACCGAATCTACTAAAAC
TATAACGTTATAAGACCCGTTATTATTAGATTTTCAGACCTAAATATCCT
AAATTATTATTTTATCAATGGCGTCTGTAATGTTGAGGTTGAGAATCTTA
AAATACTTTGTTTCCGATTTCTTATGGACTATTATTATTTAACTTCAAAA
GAATAAATATGTTATCTGTATTTTAAAGAATTTGTAATAACGTTTCAGAT
TGCATCATAAGGCAAAAGCTTCCTCATGTTGAGGGCTTACATATGATATA
TTTACATAATTTGCATAATTATAGGCCTAAGTTGACATACGTTTCAAAAA
CATGTGACATAACTTTCATTCAAAATGGTCATCTTTAGCCTTGACCACAC
CCCAAAGTCTCTCTGAAAAGGACTTGCATGCTTCAATTAGCCTGCCCACG
GGGATGGAATCCAAGGTAGCCACCAGTTTGGTCTTCAGGTCCTCCAAATT
CTTGCTTGGGGTCAAACAGACTCTCAAGAATGGACCATTTGGAGTAATGC
ATTATATTTAGCTCGGGCTGGAGGGGAGTCAGATCTTTTGTCTTTGAAGC
CACTCAAATTGCTCTTAAATCACAGCTACGTCTCTCTGGATGTGTTGGAG
GGGGCACCATCCTGTTGGACGGTTTATGGCTCATTTTGGAAGTGCTGTTG
GGCCGAGGGAATAAGAACTTCCTCCAAGATGGTGTTGATCTTCACTCCGG
CCAGTACAAATACCAAGAGGGGCTTCCCTGTCTCAGTGACGGKCATCCAA
ACTACTACACACTGTGGCTTCTGCACTCTGTTGACTCAATAGTCACCCAG
CTCACCTTTTTTTCCGGAATCCAATCATTTTGGGGATTCAAAGCCTGTTC
CATAGTGAAAATCTTCTCATCACTTAACACAATGTTGAGAGCCGTGACAT
TCCTCAGTTTCTGAAGAATTACATTCCTTCTATCAAGTCTTTTAGCCTTG
ACCTTGCTTGACGGATGTCTTTACCTCTTCAATTTGTAGGGATACATCCC
AAGGTCATCTTGGTTAAAGTTTGTCATTGTTTTTACACCCATGTTGAAAT
CCTTGGCTATCTTGGTAGTGTCCTCCAGGGATTTCTTACCATTCTTGCCT
TGGTGACTCCAGGAGTCCTTTTTGACCTTGGTCTACCTGATCTGGGTCTG
TCCTTGATAGATTTTGTCTCCTCGTACCTCTCAATGGTTCTCTTGATGAG
CATGGGGTTGACCTCCAGGCGCTTTAGATTCCTCATGATGGCTGGKCGAA
ATTTGCCCTTCAGGTACTCCTTGATTATAGCCTTTCTCTTGGCTTCCATT
KTGGTTAACAAAACTGTTATTTTATTTAAAACTGTTTGTTTTAGTCAAAT
TTCGACCCAATTAGAGTTTAAACATAATATATATCAAAGTTACATATATT
ATATAAAGTTAAGGTTACAGGACTTTCCGTGGATCCTGTATACTAATTTT
CAAAAAAATCTTCAGAATTTCATGAAATGGTTTTAAAAATATAAAAAAGG
ATCAATTTTGTCAAGTAATTTTATTCTGGACAGATCAATACTGATTTTTT
GATCATACCGACTAAGCTGGGCCTTACTAATACTATAACACTCCAAGACC
CGTATCTGATTTTCAGACTTCAGCCCAACACCAGCATATATGACTTCATT
CCTCTATACAGAGTTTATTCTCTGAATAATTTTTTTATTATAAATTTCCG
CAAAAACCAAAAATATTTAACTCTTAGATATTATCCTTATGCAAATATGT
TGGATAATATATGTTATGTATATGTAGGGATATTATGTGCATACGTCATT
ACAATATATGTACGTAGCAAGAGGACCAGTGCATATTCTGAACATAATTA
TCTATGTTTTTCTATTCTTTATTTTTGTGCATTATGCAGTTATACCTATA
TATACATTTTAGAACATCAAAGAATCGGGTTGCATAATAATAACATTTTG
AAATTCAAGGTACACTTTTGTTTTTTAATTAGTTAATAGACCAGCTAGAT
GAAAAGAAATTACTGGAACATGTGATCATCATGATGTAAAAATAGTATAC
ACGTTTTTTTACATTCTCCATCTTGAATGTAGGTTATTTATCATACCTCT
TGAAAAAACCATTTCTCATTTTCTCTAATAATATCATATGAAATGAGTTA
TATAAAAATCTACATGTCTCCAGTGATGTTTCTTTGTTCATGTGGGCTGT
CAACACACAGAATAGGTAGAATGTTTTTTCTCAAAATTGACATCTGTATT
CTTCGACAAAGTATCGACAGTTTATCAATCAATTAGAGGCGCAGAAAATT
GCACTTAAATTAATGAGAATTGATCCTCACATGAAAATAATTTCAAATTG
ATATATTTTATTTGAATGGCCCAAATCAGATCCAATGGAAGTATCTTAAA
TATATAACAATGGCTTAAATTCTTGAGTTTCTTTACTCAACCATGTCTAT
AATATAGTATTCGCTATATAAATATAAGATATAAAATTATATTGGAATTT
TCTCCTTATCTTGATTTTTTTTCAAGATTATTTTTAGGCTGACGCATCAC
AATTATGTATTTTGAATTTTCTCTTAATCTAAAATCCTTAATATATTTTA
AATATATATTTATTAATTTTATAATTTTAAATAACTAATAACTTCTTCGC
TCTTTTTGTCAAATATCTCACGACATTAAGTTATTGTATACGAGTATTCT
AACTTTTCTTTGACAAAGAGAAAAAGTTATTCTGTTATTTGCCAATTTTT
CCCAACTGTGAAGTAGTTGATTGATATATGTTGGTCTCGGTGAATCTTTA
GTTATGATATTCTTGGCTTTGGGACAAATTAAATCACATGTAACTTGAAA
AACTTTATAATTCTCTTATATGAGTCATAAATGGATAAACGATATCCCGA
ATTTTTTCAAAATCTTTTACGTAATTATTGTTGTCAATGGGTTAAGTGCT
GTACAATTTGCAGTTTAAAAAAATATTGTTCCCCATATGTTGTACTTATT
GTGATCAACGAGTTTAAAAGCTGATTCAAGTTCAAACAATCAATTTTTAT
ATAAGTTAAATTGATAAAAGTATTCATTTTTGTCCAAAACTACATTTTAA
AAGTTTAAACCTTACAAAATAAATTTTTACATGTTTGTGGAAATAGATGG
TAACTCTTATTTACTAAAAAAAATTATAGATATAAGACCACATATAAGTT
GGACAAACGCTGTATGCTAATGGAACAAAATATTATTTGTCGCAACGATA
ATAAGGCTGACTCGAGGGTAGATTAGGAAAAAGTAAGCACAATTTCACTT
TCTTCGGATGGTTTGTGAATTTCATATCTACTATGGAGTTAGTTATGCAA
AATTCTAACATGCAATTATCGCTAAAATAATTATCGAAATTGTTTGCCAA
GTATTCAGACCCGTGCCTATGGTTGTGTATGTGGAGGTGTAAGTTTTTCA
AATTAAAACTTAAAACTCATCTTACTAAAGTTTTGCTAAAATATCCACAA
AGTTAAGTCACTCCCTGATTTTAACGTGTGTAGAGTAGGGCTTAGGTGGG
GATATATATTATTACCAAATTATCCTTTTTGGGAGGATATACATTTTTTT
TTAAAATTAGTTCATCAAAAAAAGGTTTTAAAACTCTTCTCCTCATTCCT
CAATTTTGATAAAAGATACATTAGCTAAACTGAGCGAAAAAATTGTTTGC
ACTTTATTATTTGCGAAGGAGTAATATTTACTTCTTAATTTGTTTTGAAG
TAATTTGATAAGCTAGTTATAAAGACAATCTTTTTTTATTATTAAGTAGA
GAAATTATAACATTTTCCTTTTCATATGTAAAAAAAAAGTATAATCCATA
TTTTAATATGCTTTAAACATGTCATCAGTTTTTTGCAATTGCAATCTGAA
GGAAAAAAAAATCCAATGCTCAAATCATTTTTTGTTAATTCATGAAGAGA
GATAAAAATGTATAAAGTAATCACTAGTTTTATTTCCTTCCCGTGCCTAT
GGGTGTTTGCGTTCGATTTGAATACTTAGCCTGTTGTGTTTAATTCATAA
AGGGATTGTTAATATTTGTTTTAATTATGTAGCATACATCTTTTTTTTCT
TTTTTTTTTTTTTGAGTAGTACATCCTCCGTCCCTCCTCTTCTCACCCGT
AATTAGAAAAAATAATAATTATTAGCTCTTTACTTTATTCATAAGATGCA
TTCCATAAAGTAGTATTTCCATCCATTAGTTTATACATAATAAAACTTAT
TTTATCATATTTCATCATAAATAATCATAGCTTTGTCTACAAATAAATAA
AAATTATTTTTTTGGAGGATATAAGAAGATCATAAATACATTTAAATATG
TTATTCTTAAGTAAACCAATACCAATCTCACGGCCCCTTCCCTCCCAAAA
TAAATCCTTGTCACAACTATGTATAGGTTTATTTGGATTAGCATCCATTT
ATTTATTTTCAATATTTACTCAAAGTGGAAAAGTTATGAGTCCCCAAAAA
ATATTTCCCCATCGTACATAAGAACTTTGATAAACGTTGAATTGTACAAA
CATGAATGACAATCCTAATAATCATAATACCCATATCTTAATAGTTAAAA
TATTTATTGGAAATGATAAATTCTGAGTACAAATTTCAATTGATTTTTAA
AATTCGATAAATGTTAATTTTTAATACAAAAAATCATTTGAATTATTAAT
TTTAGTCTATATTGTCCCTTAAAAAAATAAGTTTTCTACATACAAACAGT
ATATGCTCCAAATATGGATGTTTTAGAGCGTCAGTTTATCTGAAGCTAGT
AACAAAAGAAGAGTGTAAGGCTTCATTGATAAATGAATTTTTATGTCTAC
GTTCATGGTGAAGTTTTTGGAGGACGAAAGTCGTGGGAAAGTAGTCTGTG
GTCATAATAGTAGGACGTATTTAATCTCTTTGTTATTTTTATCAAATTGA
TTCTCATTCATCTTTAAAGTAGTTTTATTACTTATGAGTAGTATTACAAC
ATTAGTATTTATGAATACATTCTTATTATTATGGACTCTTCGAAAAAAAA
TAAAAAATGAATAAGGTTCTTGAATATTTTGATCAACTTAACAATTATTG
TTGAAACTCGGTCCTGCACTAAWTTTTTTTTTTTTGGTTCGGTCTTCAGT
GATTTTTTTCTAGACCGATTTGAACCAACTTTTCGAACTAATTCGGTCCA
ATAAAAAACTTAACNGGTCTCAGACTGGTCTAGAATTTCCAGACCGAAAC
CAACATAATAGTAATAGTGATATTGATTCAAGTGACGAGGATTATCCAAA
CATAAATAACCTATGAAGTAATGAAATCTTCGCACAAGATTTTCTCTGGG
TGAAGGATTTTAAGGGAGGTGTTTTTGATGATGAACAAGATGAAGAGAAC
TTATGTAACAATGCTTTTCTCATCTATGGAAAGGTCCTCCCCCCAAAGCC
AAATATACCCATGAACCAAAGGCAAAAAAGAAGAATATAAATCAAGGAGT
TGATGTAAATGAGTGGCTGTAACTTGACAAACAAAATGAAATAGTTTTAA
ACTCATATGCCCCAACCTGCTCCTACTCAAAATGCTCATGATACTACAAC
TACATTATTTGAATTGTTCATGACGGATGATATAGTTAGGCATATTTGCA
AGGAATCGAATAGGTACACTGCTCATACAGGAAATCATAATTTAGAATTG
AGCCTCATGATCATTTATTGTTTCATGCCCTAGATGATCTATGTATTAGG
AAATCTGTTATGATGTGAGTAATTCAATTGTAACTTATCTTTTTACGAAA
AATTGTTTTAATGAAATAATAAAGTTTTTGTATCGAGGCAAGCAATGACA
AACTGGACCCTGCAGATAAATTTGTAAAAGTATATCCCCAACTAAAAATG
GTAAACAAAACTGCATCAAGAAATGTATTTCCGAAAAGAATACATTTTTG
GACTAATTTTAATTCATATTTTTTATACGCACCCTTATATGACCAGTGTC
AGTTTAAACTGATGTAAAGAAATCAGTCCCTTCAGACCACAAAAATAGTC
AAAACTTTACAAAAAACGTAATTTTAGATTTAGATGCATCAAATCTTTTC
AATTTTGGGTTAATGGGTTAAAAAGAATCAAATTTAATCCATGTCAAGAT
CAAACAAATATAATTCACATTTATTTTATATAGATTCTCATTTATAATAC
AAGGAAGGCAAATTGAATAGTAATGACAATGTATCAACATAATTTAATCA
ATAAAAAATTATTATTGTTGAGAATATACATTGTAAAAAAAATTAAGATA
ATCGCAGAATATTACATGATAAAGGAATACATATGTATATGTTTTACATT
AATACATTATTACTTCCAGCAACTTCACCTACAAGCTTAATAATTTTTTT
CAATAGACAATTATTCCAGAGACATTCAAAATAAAAAGGTTGATTGAATA
ATTCAATTATTTATCTAGTAGTTAGGAATAATAAAATGCACAGTGATGAA
TTAATAAACGTCATCTAATAGATAATTACAAGATCCGGGATTGACGATAA
TTTGTAATTATTTAGTAAAATTTTCATAAATTCATTGTTTATAAAACAAT
AAAAGTTTTCTAATACGATTTGTTTTTGTCCAAGCATTTATAAATATTTT
TATAGGGTAAAAAATTCTATAATCAACTATAATTAATACCTAAATGTGGC
ATTTAGGTAAACAATTAAATGGTCCAAGTCTGTATGAACTTATACACAGT
TGAGTCTAAAAACTCAAGCCCCTTAAAGTTCATGGAAACAAAAATAAAAT
AGCTTAACGCAATGTAAATTAGTGGTCAGAACAAATAATTTGTTTTAGAA
ATTAATATAGACAATAATCATCTAAATTGATGAGCTCCATTTGACCAGAT
TTATATTGAAGTTGCCCGACGTTTCTTCAAACAAATTAACTCTAGGGTGG
ATTTAAAAAATAAAAACTTCACTTTTTCAAAAATTCATGTTGTTCCATGA
AAAAATTTGACTTATGATTTTCTTACTTATTGAAGTTGTTGAGAAAAAAA
AATATCAAAGGTATTGAATTCATGAAATAAAATGCAAGGACTATATTTAT
ATTCAGTATAAATAAAAAAATAAGGATATTCAACAACCAAATATAAATAT
AAATCAAATGAATTAACATCTTTAACCAAAAACAGGCACAAAAGTGGCTT
TACAGCCATTTTTAAGTCATTAAGTTATACCACACTACTAGGAGTGACAC
CAGGGGAATTGAAGAATAATTAATCAACTCGATATTTTTTACATTTAGTC
CACTGTACATTAATTATGATTGTTTGTTTAAGTTGATTAATTTGATAAAC
AATGAAGTTTCTATGTCTCATGAACTCCTAAAATGTCCAAACTAAAAGTT
GGTATACGTTCTATTCATTTAAATAATAGCTTCTCTAGAAAAAAAGTCAA
AATTATGTATGTGATGGTAGAGTGATGGTTTTTTTAAAAAAATATTTGAT
CTGGAATGAATCATAATGTAATTGTATAATAATGATTCTTTCAGTTATAT
ATTAAGTACTTGTATGTAGGAACTAGTCATAAAACCTTCCTCATTGTTCT
TATCCGGCAAAAATAAAATGAATAAACGTTTTTAACCAAAAACAGCATCA
AGAGTGGATCTACAACACATATAATATTAACATTTTTTATATAATATGTA
ATACAATTCGCCAAATAAATTATTTATTATTTATCAAATTTTATGAGTTT
TTCTTGGACATGGCTAATGAACGAATAGCTACCCCAATCTACTTAATTTA
TTTATGTACAGTAAAAATAAGGGTTTTTGTGTGTGCTAGGGTCATTAATA
TATATATGCTTTTTATATAAATATAAATTGATTGAATTTAATGTCCTCTC
ATTAACTTTTTAATGTTTGATCCTAAAATACATTCAACATTTTTGTTTCA
GAATCATGTGTTGTCATGGCTGRTGGAGCCTCTCTAGGTGCTCCAGACTG
TATTGGATCCAACACAAATGTATATTTAAAAACAGCATACGCATGTGTGG
ATGTAGACGTGCTTAAAACTCATTATCAACATCGAGACAGAACAACAACA
GCTGCCACCACTACGATTTCTGCGCCCATAGGTTCATCCTCGACACACTC
TTTGAACAAATATGAGCCGAGTTCCTCTTCCTCTTCGAGAGCATTCAATG
ACGATGACATCATTCTGGAGAATATTGATGGTCTTATAGACGATAATACG
ATGTTACTTCACCCTTCTTTTGCTGACGAAGCGGATGGGAAGAAGGGGAA
GGAGGGAGATGACCTCGTGGCAGGCCTTGTGTCTGACATTGTCTCTTCTT
ACCGTCATATACAAATGCATAGAGAAAAATTCATTCTGTTTGTTGTTCTG
AGTATAGCACTGGGTCTAGCTCTCTTTCTTAGTATACTACTCTGGAGTAT
GTATCGATCTAAAAGACTATCACGGATAATAAGTCGACCACCGCCCACTT
CTTCATCCTCTTCAGCGACATTGCACTCTATCTCTCCTATTAATTCGGGA
TGTGATGCACCTATCGATTTGGAGACTGAGGTTCAGGATCATGAAGTAGA
CTTCCTCTTTAGTCGAAATGAGGAAACTAATAGACGACCTCATCCTTCTT
CTTTGTTGGGCGGCGTGGGTCCTGATGGCCCCATAACTCTTTTCTATACA
GGAGGTGGTGGATCTCTCAATAGACATTCCATTGCTTCATCTTCAACATC
TTCCAGGGAAATCACCCCTGCTTATCCTCTTCGAGGGATCCTTAGGAATA
AAAATCCAGAGGGATACMCTCCCGCCTCCTATACAACGAATACTTCTAAC
AATAACCCATCAGGTCTACAACACACCTGTCATCGCTACTACAATACACT
AGGGAGTAATAGACGAAACTACGGCTTGGGGAACATGTCTCCTGTAACCA
CAAAWAGTTCTTCAAACAAAACGCCCTCTTCATCTCCAATGAGAACAGTC
CTTCCAAGTGATCGTCAAGATCCAAAAAGTCTGACACTCTCCAGATTGAG
TAATTGTGACCATGTTATATATGGATGA
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