EMLSAG00000011351, EMLSAG00000011351-694117 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000011351
Unique Name	EMLSAG00000011351-694117
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000011351 vs. GO
Match: - (symbol:spz3 "spatzle 3" species:7227 "Drosophila melanogaster" [GO:0008063 "Toll signaling pathway" evidence=ISS] [GO:0005121 "Toll binding" evidence=ISS] [GO:0005576 "extracellular region" evidence=ISS] GO:GO:0005576 EMBL:AE014134 GO:GO:0008063 GO:GO:0005121 GeneTree:ENSGT00530000064971 EMBL:AF296285 EMBL:AY121674 RefSeq:NP_609160.2 UniGene:Dm.3500 SMR:Q9VLV7 IntAct:Q9VLV7 MINT:MINT-298461 EnsemblMetazoa:FBtr0079561 GeneID:34077 KEGG:dme:Dmel_CG7104 UCSC:CG7104-RA CTD:34077 FlyBase:FBgn0031959 eggNOG:NOG44934 InParanoid:Q9VLV7 OMA:IDEPDIF OrthoDB:EOG75F4DM GenomeRNAi:34077 NextBio:786747 Uniprot:Q9VLV7)

HSP 1 Score: 197.593 bits (501), Expect = 1.871e-55
Identity = 99/230 (43.04%), Postives = 131/230 (56.96%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQ-----------ETEPKLTKQTSLKTP------------ASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPG-ITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +PC+KR +QL+C  AG++YP+ +I  FID++KAL++RM+GD +             + K+ K+  +  P            A        + F   R  R    G   +       +          PG         ++D+CES IEI  PYWA NS  +IRAIVNT+ F QAIHQE+CS ++T RC G+C CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  380 VPCIKRYHQLFCPTAGNSYPIDKIERFIDDNKALMRRMYGDFEMNMEGPGGGGGRQQGKVRKRRFIDEPDIFIPPGAFAANAGETVEAGDSYFGQLRKKRQAAAGGSRNRGGSAGGSGNGNTNANRQPGNKNGSSGTGRLDACESKIEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCSNTQTPRCEGECGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 609

[Close]

BLAST of EMLSAG00000011351 vs. GO
Match: - (symbol:spz4 "spatzle 4" species:7227 "Drosophila melanogaster" [GO:0008063 "Toll signaling pathway" evidence=ISS] [GO:0005576 "extracellular region" evidence=ISS] [GO:0005121 "Toll binding" evidence=ISS] GO:GO:0005576 EMBL:AE014134 GO:GO:0008063 GO:GO:0005121 EMBL:BT100208 RefSeq:NP_609504.2 UniGene:Dm.23872 IntAct:Q9VKG9 MINT:MINT-288553 STRING:7227.FBpp0079825 PaxDb:D0IQH0 EnsemblMetazoa:FBtr0305261 GeneID:34572 KEGG:dme:Dmel_CG14928 UCSC:CG14928-RA CTD:34572 FlyBase:FBgn0032362 eggNOG:NOG46764 GeneTree:ENSGT00530000064971 InParanoid:Q9VKG9 OMA:RFVHENQ OrthoDB:EOG7VTDMV GenomeRNAi:34572 NextBio:789114 Bgee:Q9VKG9 Uniprot:Q9VKG9)

HSP 1 Score: 99.7525 bits (247), Expect = 1.540e-21
Identity = 41/92 (44.57%), Postives = 60/92 (65.22%), Query Frame = 0

Query:  275 VDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKS-RTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            V++C    E+  P+WA N+  ++ A++N   F Q +H E C+   + + C   C CEQ+Y+ HRLL+YDP+N+C GIF DWF FPS C C+C
Sbjct:  447 VNACPVKDEVVAPFWANNTRGEVLALLNLYPFEQYVHWEKCTHEFKQMFCRDGCRCEQQYRLHRLLAYDPHNECRGIFSDWFRFPSSCICKC 538

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BLAST of EMLSAG00000011351 vs. GO
Match: - (symbol:NT1 "Neurotrophin 1" species:7227 "Drosophila melanogaster" [GO:0005121 "Toll binding" evidence=ISS] [GO:0005576 "extracellular region" evidence=ISS] [GO:0008063 "Toll signaling pathway" evidence=ISS] [GO:0007411 "axon guidance" evidence=IMP] [GO:0043523 "regulation of neuron apoptotic process" evidence=IMP] [GO:0008083 "growth factor activity" evidence=IMP] [GO:0008045 "motor neuron axon guidance" evidence=IMP] [GO:0031637 "regulation of neuronal synaptic plasticity in response to neurotrophin" evidence=IMP] [GO:0007399 "nervous system development" evidence=IMP] [GO:0010941 "regulation of cell death" evidence=IDA] [GO:0021556 "central nervous system formation" evidence=IMP] GO:GO:0005576 GO:GO:0010941 EMBL:AE014296 GO:GO:0008045 GO:GO:0008083 GO:GO:0008063 GO:GO:0021556 GO:GO:0005121 GeneTree:ENSGT00700000106225 UniGene:Dm.13596 GeneID:38558 KEGG:dme:Dmel_CG42576 CTD:38558 FlyBase:FBgn0261526 GenomeRNAi:38558 NextBio:809268 GO:GO:0031637 RefSeq:NP_001261417.1 RefSeq:NP_001261418.1 RefSeq:NP_729009.2 STRING:7227.FBpp0073182 EnsemblMetazoa:FBtr0301608 EnsemblMetazoa:FBtr0333586 EnsemblMetazoa:FBtr0333587 UCSC:CG32242-RA eggNOG:NOG47918 InParanoid:Q9VZA9 Bgee:Q9VZA9 Uniprot:Q9VZA9)

HSP 1 Score: 56.9954 bits (136), Expect = 1.679e-7
Identity = 41/132 (31.06%), Postives = 64/132 (48.48%), Query Frame = 0

Query:  242 FIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSK--------SRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            F +DFD    + K   RRE         D+ +    C+S +  ++P  A++++ + + IVNT Q  Q +  E CS         ++T R      C Q Y +HRLLS+D      G+ +D F  P+CCSC+ 
Sbjct:  485 FSDDFDDFSLSKK---RRE---------DEGSAGGMCQSVVRYARPQKAKSASGEWKYIVNTGQHTQTLRLEKCSNPVESCSYLAQTYR----SHCSQVYNYHRLLSWD---KVRGLHVDIFKVPTCCSCQV 597

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BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822307|gb|GAXK01132261.1| (TSA: Calanus finmarchicus comp27737_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 222.631 bits (566), Expect = 6.375e-67
Identity = 119/259 (45.95%), Postives = 159/259 (61.39%), Query Frame = 0

Query:  130 EYTTKIVLIISNITLIQSLSNEGTTSINN-----EMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYXXXXXXXXXXXXXXXILEG----FIEDFDVLXXXXXXXXXXETS--------FPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            E   K  +I++ +  I  L +     I N      +PCVKRLNQLYC  AG+++P   I TFID++KAL++RM+G +QE  P+   +T+++   +       ++    R  R +LEG     I+D D   +  K     ET          P I  +D+  K D CES +E++ P+WA NSN ++RAI+N  QF QAIHQEIC+K+ T+RC  DC+CEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCC CRC K   +
Sbjct:  291 EQLWKPAIIVTILFFILPLCHGMDADIGNGPPLSSLPCVKRLNQLYCTSAGNSFPTRAIETFIDDNKALLRRMYGQLQE--PRTVTKTTVRIVRTFQQTGFVSAPAFQRVRRDVLEGTWDEMIDDLDDNIELEKRAAGNETDSRFKRQAEIPDIPDQDN-TKADVCESKVEVTTPFWASNSNGKVRAILNNDQFEQAIHQEICTKASTLRCNRDCACEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCVCRCSKNPFL 1058

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BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822305|gb|GAXK01132263.1| (TSA: Calanus finmarchicus comp27737_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 221.09 bits (562), Expect = 1.481e-66
Identity = 119/248 (47.98%), Postives = 156/248 (62.90%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLK----------TPASTIYXXXXXXXXXXXXXXXILEGFIEDF---------DVL--XXXXXXXXXXETSFPGITLKDDP----NKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            ++ G  ++  ++PCV RLNQL C GAG+A+P   I+TFID++KAL++RM+G++QE  P+   +T+              A  I  + ++     RF R +LEG  ED          D L  K++    T  E S     +  DP     K D CES +E++ P+WA NSN ++RAIVN +QF QAIHQEIC+K+ T+RC  DCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCC CRC K   +
Sbjct:  270 ADNGDGNLIRDLPCVMRLNQLSCTGAGNAFPKTSIATFIDDNKALLRRMYGELQE--PRTVTKTTFTIVRSFGRTSFVAAPLIQGQFASPPTFQRFKRGVLEGTFEDLIDNVSEKEEDTLFEKRSAGNETASERSKRQAEIPADPEQDNTKADVCESKVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEICTKASTLRCNRDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCVCRCSKNPFL 1007

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822309|gb|GAXK01132259.1| (TSA: Calanus finmarchicus comp27737_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 221.09 bits (562), Expect = 3.103e-66
Identity = 119/248 (47.98%), Postives = 156/248 (62.90%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLK----------TPASTIYXXXXXXXXXXXXXXXILEGFIEDF---------DVL--XXXXXXXXXXETSFPGITLKDDP----NKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            ++ G  ++  ++PCV RLNQL C GAG+A+P   I+TFID++KAL++RM+G++QE  P+   +T+              A  I  + ++     RF R +LEG  ED          D L  K++    T  E S     +  DP     K D CES +E++ P+WA NSN ++RAIVN +QF QAIHQEIC+K+ T+RC  DCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCC CRC K   +
Sbjct:  366 ADNGDGNLIRDLPCVMRLNQLSCTGAGNAFPKTSIATFIDDNKALLRRMYGELQE--PRTVTKTTFTIVRSFGHTSFVAAPLIQGQFASPPTFQRFKRGVLEGTFEDLIDNVSEKEEDTLFEKRSAGNETASERSKRQAEIPADPEQDNTKADVCESKVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEICTKASTLRCNRDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCVCRCSKNPFL 1103

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822304|gb|GAXK01132264.1| (TSA: Calanus finmarchicus comp27737_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 215.312 bits (547), Expect = 2.267e-64
Identity = 115/246 (46.75%), Postives = 152/246 (61.79%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETE-----PKLTKQTSLK----TPASTIYXXXXXXXXXXXXXXXILEGFIEDF-------DVLXXXXXXXXXXETS-------FPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            ++ G  ++  ++PCV RLNQL C G+G+++P   ISTFID++KAL++RM+G+ QE       P LT   S        A  I    +++    RF R +LEG  E+        D + +        ++         P  T + D  K D CES++E++ P+WA NSN ++RAIVN +QF QAIHQEIC+K  T+RC  DCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCC CRC K   +
Sbjct:  270 ADNGDGNLIRDLPCVMRLNQLSCTGSGNSFPQKSISTFIDDNKALLRRMYGENQEARTVIKPPTLTLVRSFGHTSFVAAPLIRGHFASAPTFQRFKRGVLEGTFEELIDKFEEQDTIIEKRAANNETDSDRVKRQAEIPE-TPEQDNTKADVCESTVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEICTKPSTLRCNRDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCVCRCSKNPFL 1004

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822308|gb|GAXK01132260.1| (TSA: Calanus finmarchicus comp27737_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 215.312 bits (547), Expect = 5.368e-64
Identity = 115/246 (46.75%), Postives = 152/246 (61.79%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETE-----PKLTKQTSLK----TPASTIYXXXXXXXXXXXXXXXILEGFIEDF-------DVLXXXXXXXXXXETS-------FPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            ++ G  ++  ++PCV RLNQL C G+G+++P   ISTFID++KAL++RM+G+ QE       P LT   S        A  I    +++    RF R +LEG  E+        D + +        ++         P  T + D  K D CES++E++ P+WA NSN ++RAIVN +QF QAIHQEIC+K  T+RC  DCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCC CRC K   +
Sbjct:  366 ADNGDGNLIRDLPCVMRLNQLSCTGSGNSFPQKSISTFIDDNKALLRRMYGENQEARTVIKPPTLTLVRSFGHTSFVAAPLIRGHFASAPTFQRFKRGVLEGTFEELIDKFEEQDTIIEKRAANNETDSDRVKRQAEIPE-TPEQDNTKADVCESTVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEICTKPSTLRCNRDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCVCRCSKNPFL 1100

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822306|gb|GAXK01132262.1| (TSA: Calanus finmarchicus comp27737_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 210.69 bits (535), Expect = 1.694e-62
Identity = 113/250 (45.20%), Postives = 150/250 (60.00%), Query Frame = 0

Query:  131 YTTKIVLIISNITLIQSLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYXXXXXXXXXXXXXXXILEGFIEDF---DVLXXXXXXXXXXETS---------FPG-ITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLK 367
            +   + L+ S +++    +N G   I   +PCVKRLNQL+C  +G++YP   I  FID++KAL+KRM+G +QE     T +        T +             R +LEG +++    +  +    +    ETS         FPG  +  +   K D C+S +EI  PYWA NSN ++RAI+N K+F QAIHQEICSK+ T RC+ DC CEQKYKWHRLL+YDPNNDCSGIFMDWFLFPSCC CRC K
Sbjct:  325 FLVTVFLLHSTMSMD---ANNGGGEIIRGLPCVKRLNQLFCGSSGNSYPSKAIDKFIDDNKALLKRMYGVLQEPRTVTTVRVVRTLKQETRF------------RRDVLEGTLDELIQEEKFEDRKSSSAGNETSSARVRRQADFPGNPSGGEKSGKEDVCKSKVEIVTPYWASNSNGKVRAILNNKEFEQAIHQEICSKATTPRCSRDCVCEQKYKWHRLLAYDPNNDCSGIFMDWFLFPSCCVCRCSK 1029

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822299|gb|GAXK01132269.1| (TSA: Calanus finmarchicus comp27737_c0_seq11 transcribed RNA sequence)

HSP 1 Score: 121.709 bits (304), Expect = 9.550e-31
Identity = 76/194 (39.18%), Postives = 110/194 (56.70%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLK----------TPASTIYXXXXXXXXXXXXXXXILEGFIEDF---------DVL--XXXXXXXXXXETSFPGITLKDDP----NKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSK 317
            ++ G  ++  ++PCV RLNQL C GAG+A+P   I+TFID++KAL++RM+G++Q  EP+   +T+              A  I  + ++     RF R +LEG  ED          D L  K++    T  E S     +  DP     K D CES +E++ P+WA NSN ++RAIVN +QF QAIHQEIC+K
Sbjct:  236 ADNGDGNLIRDLPCVMRLNQLSCTGAGNAFPKTSIATFIDDNKALLRRMYGELQ--EPRTVTKTTFTIVRSFGHTSFVAAPLIQGQFASPPTFQRFKRGVLEGTFEDLIDNVSEKEEDTLFEKRSAGNETASERSKRQAEIPADPEQDNTKADVCESKVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEICTK 811

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822300|gb|GAXK01132268.1| (TSA: Calanus finmarchicus comp27737_c0_seq10 transcribed RNA sequence)

HSP 1 Score: 121.709 bits (304), Expect = 1.289e-30
Identity = 76/194 (39.18%), Postives = 110/194 (56.70%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLK----------TPASTIYXXXXXXXXXXXXXXXILEGFIEDF---------DVL--XXXXXXXXXXETSFPGITLKDDP----NKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSK 317
            ++ G  ++  ++PCV RLNQL C GAG+A+P   I+TFID++KAL++RM+G++QE  P+   +T+              A  I  + ++     RF R +LEG  ED          D L  K++    T  E S     +  DP     K D CES +E++ P+WA NSN ++RAIVN +QF QAIHQEIC+K
Sbjct:  251 ADNGDGNLIRDLPCVMRLNQLSCTGAGNAFPKTSIATFIDDNKALLRRMYGELQE--PRTVTKTTFTIVRSFGHTSFVAAPLIQGQFASPPTFQRFKRGVLEGTFEDLIDNVSEKEEDTLFEKRSAGNETASERSKRQAEIPADPEQDNTKADVCESKVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEICTK 826

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822297|gb|GAXK01132271.1| (TSA: Calanus finmarchicus comp27737_c0_seq13 transcribed RNA sequence)

HSP 1 Score: 112.079 bits (279), Expect = 2.408e-27
Identity = 70/189 (37.04%), Postives = 105/189 (55.56%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETE-----PKLTKQTSLK----TPASTIYXXXXXXXXXXXXXXXILEGFIEDF-------DVLXXXXXXXXXXETS-------FPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEI 314
            ++ G  ++  ++PCV RLNQL C+G+G+++P   ISTFID++KAL++RM+G+ QE       P LT   S        A  I    +++    RF R +LEG  E+        D + +        ++         P  T + D  K D CES++E++ P+WA NSN ++RAIVN +QF QAIHQEI
Sbjct:  236 ADNGDGNLIRDLPCVMRLNQLSCSGSGNSFPQKSISTFIDDNKALLRRMYGENQEARTVIKPPTLTLVRSFGHTSFVAAPLIRGHFASAPTFQRFKRGVLEGTFEELIDKFEEQDTIIEKRAANNETDSDRVKRQAEIPE-TPEQDNTKADVCESTVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEI 799

[Close]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Match: gi|592822298|gb|GAXK01132270.1| (TSA: Calanus finmarchicus comp27737_c0_seq12 transcribed RNA sequence)

HSP 1 Score: 111.694 bits (278), Expect = 3.488e-27
Identity = 70/189 (37.04%), Postives = 104/189 (55.03%), Query Frame = 0

Query:  149 SNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETE-----PKLTKQTSLK----TPASTIYXXXXXXXXXXXXXXXILEGFIEDF-------DVLXXXXXXXXXXETS-------FPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEI 314
            ++ G  ++  ++PCV RLNQL C G+G+++P   ISTFID++KAL++RM+G+ QE       P LT   S        A  I    +++    RF R +LEG  E+        D + +        ++         P  T + D  K D CES++E++ P+WA NSN ++RAIVN +QF QAIHQEI
Sbjct:  251 ADNGDGNLIRDLPCVMRLNQLSCTGSGNSFPQKSISTFIDDNKALLRRMYGENQEARTVIKPPTLTLVRSFGHTSFVAAPLIRGHFASAPTFQRFKRGVLEGTFEELIDKFEEQDTIIEKRAANNETDSDRVKRQAEIPE-TPEQDNTKADVCESTVEVTTPFWASNSNGKVRAIVNNEQFEQAIHQEI 814

[Close]

BLAST of EMLSAG00000011351 vs. L. salmonis peptides
Match: EMLSAP00000011351 (pep:novel supercontig:LSalAtl2s:LSalAtl2s784:20192:74498:1 gene:EMLSAG00000011351 transcript:EMLSAT00000011351 description:"maker-LSalAtl2s784-snap-gene-0.11")

HSP 1 Score: 766.918 bits (1979), Expect = 0.000e+0
Identity = 371/371 (100.00%), Postives = 371/371 (100.00%), Query Frame = 0

Query:    1 IRYICSHDKIIQLKLLKVKFIWLIGIQEEFYIMEYTYFHCCILILFIKIEIGLGLKCHQCSSYTLKHCHDPFYHEDGKFKTNNFLNECPSDKKYNLCRKIYQIVRGDERVIRSCGYEEYKNECYKTVLEEYTTKIVLIISNITLIQSLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            IRYICSHDKIIQLKLLKVKFIWLIGIQEEFYIMEYTYFHCCILILFIKIEIGLGLKCHQCSSYTLKHCHDPFYHEDGKFKTNNFLNECPSDKKYNLCRKIYQIVRGDERVIRSCGYEEYKNECYKTVLEEYTTKIVLIISNITLIQSLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI
Sbjct:    1 IRYICSHDKIIQLKLLKVKFIWLIGIQEEFYIMEYTYFHCCILILFIKIEIGLGLKCHQCSSYTLKHCHDPFYHEDGKFKTNNFLNECPSDKKYNLCRKIYQIVRGDERVIRSCGYEEYKNECYKTVLEEYTTKIVLIISNITLIQSLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371

[Close]

BLAST of EMLSAG00000011351 vs. L. salmonis peptides
Match: EMLSAP00000006707 (pep:novel supercontig:LSalAtl2s:LSalAtl2s372:372717:486653:-1 gene:EMLSAG00000006707 transcript:EMLSAT00000006707 description:"maker-LSalAtl2s372-snap-gene-4.10")

HSP 1 Score: 98.9821 bits (245), Expect = 2.854e-23
Identity = 50/132 (37.88%), Postives = 72/132 (54.55%), Query Frame = 0

Query:  240 EGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLKKSHI 371
            E + +  D LK  ++ +   E   P   +  D N V++C    E+  P+WA N+ +Q+ A++N   F Q  HQ+         C   C CEQ+Y+ HRLL++DP N+C GIF DWF FPS C C+C  K  I
Sbjct:  267 ENYSQMKDPLKILSEEKNHYEDILPETNIGYDFN-VNACPVKEEVLAPFWANNTRDQVLALLNLYPFEQHEHQQFM-------CNDGCRCEQQYRLHRLLAFDPTNECRGIFSDWFRFPSFCVCKCYYKKKI 390

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BLAST of EMLSAG00000011351 vs. L. salmonis peptides
Match: EMLSAP00000009814 (pep:novel supercontig:LSalAtl2s:LSalAtl2s639:408284:410394:1 gene:EMLSAG00000009814 transcript:EMLSAT00000009814 description:"maker-LSalAtl2s639-augustus-gene-4.15")

HSP 1 Score: 58.9214 bits (141), Expect = 2.406e-10
Identity = 33/94 (35.11%), Postives = 48/94 (51.06%), Query Frame = 0

Query:  278 CESSIEISQPYWAENSNNQIRAIVN-------TKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCR 364
            C S ++ + P  A N N + R IVN       T +F   +H +  S  R +       C QKY + R++SYDP +   G+F+D + FPS CSC 
Sbjct:  126 CPSDVKYAMPRRARNVNGEWRVIVNHVHYYTQTTRFETCLHAD--SACRLLAPCYKSKCTQKYVYQRMVSYDPCDPYKGLFIDIYKFPSACSCH 217

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BLAST of EMLSAG00000011351 vs. SwissProt
Match: gi|74948186|sp|Q9VLV7.2|SPZ3_DROME (RecName: Full=Protein spaetzle 3; AltName: Full=Protein spatzle 3; Flags: Precursor)

HSP 1 Score: 197.593 bits (501), Expect = 1.646e-56
Identity = 99/230 (43.04%), Postives = 131/230 (56.96%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQ-----------ETEPKLTKQTSLKTP------------ASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPG-ITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +PC+KR +QL+C  AG++YP+ +I  FID++KAL++RM+GD +             + K+ K+  +  P            A        + F   R  R    G   +       +          PG         ++D+CES IEI  PYWA NS  +IRAIVNT+ F QAIHQE+CS ++T RC G+C CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  380 VPCIKRYHQLFCPTAGNSYPIDKIERFIDDNKALMRRMYGDFEMNMEGPGGGGGRQQGKVRKRRFIDEPDIFIPPGAFAANAGETVEAGDSYFGQLRKKRQAAAGGSRNRGGSAGGSGNGNTNANRQPGNKNGSSGTGRLDACESKIEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCSNTQTPRCEGECGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 609

[Close]

BLAST of EMLSAG00000011351 vs. SwissProt
Match: gi|1075594875|sp|Q9VKG9.2|SPZ4_DROME (RecName: Full=Protein spaetzle 4; AltName: Full=Protein spatzle 4; Flags: Precursor)

HSP 1 Score: 99.7525 bits (247), Expect = 1.113e-21
Identity = 41/92 (44.57%), Postives = 60/92 (65.22%), Query Frame = 0

Query:  275 VDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKS-RTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            V++C    E+  P+WA N+  ++ A++N   F Q +H E C+   + + C   C CEQ+Y+ HRLL+YDP+N+C GIF DWF FPS C C+C
Sbjct:  447 VNACPVKDEVVAPFWANNTRGEVLALLNLYPFEQYVHWEKCTHEFKQMFCRDGCRCEQQYRLHRLLAYDPHNECRGIFSDWFRFPSSCICKC 538

[Close]

BLAST of EMLSAG00000011351 vs. SwissProt
Match: gi|1100164664|sp|B7TB45.1|SPZ2_DROME (RecName: Full=Neurotrophin 1; AltName: Full=Neurotrophic factor 1; AltName: Full=Protein spaetzle 2; AltName: Full=Protein spatzle 2; Flags: Precursor)

HSP 1 Score: 56.6102 bits (135), Expect = 1.871e-7
Identity = 41/132 (31.06%), Postives = 63/132 (47.73%), Query Frame = 0

Query:  242 FIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSK--------SRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            F +DFD     +K R   E S  G+           C+S +  ++P  A++++ + + IVNT Q  Q +  E CS         ++T R      C Q Y +HRLLS+D      G+ +D F  P+CCSC+ 
Sbjct:  485 FSDDFDDFS-LSKKRREDEGSAGGM-----------CQSVVRYARPQKAKSASGEWKYIVNTGQHTQTLRLEKCSNPVESCSYLAQTYR----SHCSQVYNYHRLLSWD---KVRGLHVDIFKVPTCCSCQV 597

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: EFX84314.1 (hypothetical protein DAPPUDRAFT_47496 [Daphnia pulex])

HSP 1 Score: 242.276 bits (617), Expect = 1.399e-77
Identity = 129/270 (47.78%), Postives = 162/270 (60.00%), Query Frame = 0

Query:  115 GYEEYKNECYKTVLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDV---------LKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            G    KN     +L  +T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   S      ++  R ST+     F  S L  FIED DV          +   + RTRR+ +      K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:   11 GPMASKNNSDWPILPRFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTTTNGNSGGGNRRSV--RHSTTSADNHFRDSEL--FIEDLDVEGSSIFGGGFQADGQNRTRRQANNRNANAKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 273

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: gb|KFM73391.1| (hypothetical protein X975_01053, partial [Stegodyphus mimosarum])

HSP 1 Score: 213.772 bits (543), Expect = 1.948e-67
Identity = 112/233 (48.07%), Postives = 140/233 (60.09%), Query Frame = 0

Query:  133 TKIVLIISNITLIQSLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +K+ L    I  IQ  S++  T I+  +PC++RLNQLYC   G  YP  +I TFIDE+KALIKRMFGD                            + +      I E F E +D   KT   R +R +  P        NKVD+CES++EI  PYWA NS  ++RAIVNT+   QAIHQE+C  ++T +CA DCSCEQKYKWHRLL+YDP++DC GIFMDWFLFPSCC CRC
Sbjct:    4 SKVFLFTVIIGSIQMPSSD--TEISRGIPCIRRLNQLYCPSPGQNYPQEKIETFIDENKALIKRMFGD----------------------------YTNAPVDGDIPESF-ETYD--GKTIHIRAKRAS--PKNAFPPTSNKVDACESAVEIVTPYWASNSAGKLRAIVNTQHLQQAIHQEVCQSTQTKKCASDCSCEQKYKWHRLLAYDPDDDCKGIFMDWFLFPSCCVCRC 201

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: gb|KYB26146.1| (hypothetical protein TcasGA2_TC030608 [Tribolium castaneum])

HSP 1 Score: 210.305 bits (534), Expect = 9.605e-66
Identity = 103/212 (48.58%), Postives = 132/212 (62.26%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQ------ETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +PC+KR  QL+C  AG++YPL RI  FIDE+KAL+KRM+G+        E  P   ++ S K     ++F             S        F  ++ T +     ++S  G        ++D+CES +EI  PYWA NS  +IRAIVNT+ F QAIHQE+C+K RT RC+GDC CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:   34 VPCIKRHQQLFCPTAGNSYPLDRIELFIDENKALMKRMYGEFDMGSPGGEYGPGRKRKRSTKPGVPDLHFDPGPDPGGKPGGDSF-------FSQIRNTRQNFRNNQSSESG--------RIDACESKVEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCAKVRTNRCSGDCGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 230

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: gb|EFA09303.2| (hypothetical protein TcasGA2_TC030608 [Tribolium castaneum])

HSP 1 Score: 211.846 bits (538), Expect = 6.608e-65
Identity = 103/212 (48.58%), Postives = 132/212 (62.26%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQ------ETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +PC+KR  QL+C  AG++YPL RI  FIDE+KAL+KRM+G+        E  P   ++ S K     ++F             S        F  ++ T +     ++S  G        ++D+CES +EI  PYWA NS  +IRAIVNT+ F QAIHQE+C+K RT RC+GDC CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  141 VPCIKRHQQLFCPTAGNSYPLDRIELFIDENKALMKRMYGEFDMGSPGGEYGPGRKRKRSTKPGVPDLHFDPGPDPGGKPGGDSF-------FSQIRNTRQNFRNNQSSESG--------RIDACESKVEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCAKVRTNRCSGDCGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 337

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: XP_006566246.1 (PREDICTED: uncharacterized protein LOC726201 isoform X2 [Apis mellifera])

HSP 1 Score: 209.92 bits (533), Expect = 1.400e-62
Identity = 103/216 (47.69%), Postives = 131/216 (60.65%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKK----------TNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +PC+K+ +QL+C  AG+ YP+ RI  FIDE+KAL+KRM+GD +     ++      T  +  +               I +G     D L             N  +TR     PG   KD   ++D+CES +EI  PYWA NS  +IRAIVNT+ F QAIHQE+CSK++T RC  DC CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  260 VPCIKKYHQLFCPTAGNTYPIERIERFIDENKALMKRMYGDFE-----MSSGYGSPTREAGHHRTRRRRKSREAVKHDIPDGGPNFRDELNPEIEANGDSFFANVRKTRNPRQSPGKNHKDS-GRIDACESKVEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCSKTQTNRCTDDCGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 469

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: EEB14852.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 209.149 bits (531), Expect = 3.628e-62
Identity = 111/244 (45.49%), Postives = 145/244 (59.43%), Query Frame = 0

Query:  138 IISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTN------KTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            II+N TL+Q          +L  E    I   +PC+KR +QL+C  AG+ YP+ RI  FID++KAL+KRM+G+ Q +       T    P   ++       + T+ S +              +       + R+ R++   G   + D  +VD+CES IEI  PYWA NS  +IRAIVNT+ F QAIHQE+CSK +T RC GDC CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  251 IINNGTLVQIPILWTALSLALGLEIHGEIIRGVPCIKRFHQLFCPTAGNTYPIERIEQFIDDNKALMKRMYGEFQMS-------TEYGPPTQEVFESKRNVKRQTKESSNHPPPPPPPSPGSSSSKPESYFARHRSSRQSFRSG---QSDNGRVDACESKIEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCSKVQTKRCVGDCGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 484

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: EAA12496.3 (AGAP008360-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 201.06 bits (510), Expect = 3.936e-61
Identity = 112/273 (41.03%), Postives = 146/273 (53.48%), Query Frame = 0

Query:  139 ISNITLIQ------SLSNEGTTSINNEM----PCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGD------MQETEPKLTKQTSLKT---------------------PASTIYFRSSTSFKSTRFSRS----ILEGFIEDFDVLKKTNKTRTRRETSFP-----GITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +SN T IQ      +LS     SI+ ++    PC+K+ +QL+C  AG+ YP  +I  FIDE+KAL+KRM+GD      +    P   ++ S                        P   +     + F   R  R                          R+T+ P     G T + +  +VD+CES IEI  PYWA NS  ++RAIVNT+ F QAIHQE+CSK++T RC+GDC CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:   36 VSNGTFIQIPIWWTALSVALGLSIHGDVIRGVPCIKKYHQLFCPTAGNTYPSDKIEMFIDENKALMKRMYGDFEMASRLPAAGPGRKRKRSTPGDPYDDGDDFTLLPELMDLYGEPGGEVRIGGDSYFSKLRKKRQNTSSRGSSSGGRGGSSSSGGSGTNARQTATPANGNGGGTGESNTGRVDACESKIEIVTPYWATNSAGKVRAIVNTQHFEQAIHQEVCSKTQTNRCSGDCGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 308

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: gb|EEC08728.1| (conserved hypothetical protein [Ixodes scapularis])

HSP 1 Score: 187.578 bits (475), Expect = 6.560e-57
Identity = 103/225 (45.78%), Postives = 125/225 (55.56%), Query Frame = 0

Query:  161 PCVKRLNQLYCNGAGSAYP-------------------LGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETS-FPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            PC++RLNQLYC   G++YP                     RI  FIDE+KALI+RMFG+                      + S     + R      +G         KT  TRT R  S F G +     NKVD+CES++EI  PYWA NS  +IRAIVNT+   QAI QE+C   +T +C  DCSCEQKYKWHRLL+YDP++DC GIFMDWFLFPSCC CRC
Sbjct:   33 PCIRRLNQLYCPTPGNSYPKVNWTGIEGGEKYKGKRVKRERIDMFIDENKALIRRMFGE----------------------YSSPDDDSAHRDHYETYDG---------KTIHTRTERSRSTFSGAS----SNKVDACESAVEIVTPYWASNSAGKIRAIVNTQHLQQAIQQEVCQSVQTKKCNNDCSCEQKYKWHRLLAYDPDDDCKGIFMDWFLFPSCCVCRC 222

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: AAF52574.2 (spatzle 3 [Drosophila melanogaster])

HSP 1 Score: 197.593 bits (501), Expect = 7.978e-57
Identity = 99/230 (43.04%), Postives = 131/230 (56.96%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQ-----------ETEPKLTKQTSLKTP------------ASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKKTNKTRTRRETSFPG-ITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +PC+KR +QL+C  AG++YP+ +I  FID++KAL++RM+GD +             + K+ K+  +  P            A        + F   R  R    G   +       +          PG         ++D+CES IEI  PYWA NS  +IRAIVNT+ F QAIHQE+CS ++T RC G+C CEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  380 VPCIKRYHQLFCPTAGNSYPIDKIERFIDDNKALMRRMYGDFEMNMEGPGGGGGRQQGKVRKRRFIDEPDIFIPPGAFAANAGETVEAGDSYFGQLRKKRQAAAGGSRNRGGSAGGSGNGNTNANRQPGNKNGSSGTGRLDACESKIEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCSNTQTPRCEGECGCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 609

[Close]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Match: XP_016769770.1 (PREDICTED: uncharacterized protein LOC726201 isoform X1 [Apis mellifera])

HSP 1 Score: 113.235 bits (282), Expect = 1.009e-26
Identity = 64/167 (38.32%), Postives = 88/167 (52.69%), Query Frame = 0

Query:  160 MPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKK----------TNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICS 316
            +PC+K+ +QL+C  AG+ YP+ RI  FIDE+KAL+KRM+GD +     ++      T  +  +               I +G     D L             N  +TR     PG   KD   ++D+CES +EI  PYWA NS  +IRAIVNT+ F QAIHQE+CS
Sbjct:  260 VPCIKKYHQLFCPTAGNTYPIERIERFIDENKALMKRMYGDFE-----MSSGYGSPTREAGHHRTRRRRKSREAVKHDIPDGGPNFRDELNPEIEANGDSFFANVRKTRNPRQSPGKNHKDS-GRIDACESKVEIVTPYWASNSAGKIRAIVNTQHFEQAIHQEVCS 420

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|321473346|gb|EFX84314.1| (hypothetical protein DAPPUDRAFT_47496 [Daphnia pulex])

HSP 1 Score: 242.276 bits (617), Expect = 6.844e-75
Identity = 129/270 (47.78%), Postives = 162/270 (60.00%), Query Frame = 0

Query:  115 GYEEYKNECYKTVLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDV---------LKKTNKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            G    KN     +L  +T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   S      ++  R ST+     F  S L  FIED DV          +   + RTRR+ +      K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:   11 GPMASKNNSDWPILPRFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTTTNGNSGGGNRRSV--RHSTTSADNHFRDSEL--FIEDLDVEGSSIFGGGFQADGQNRTRRQANNRNANAKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 273

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942355243|gb|JAN59551.1| (Spatzle [Daphnia magna])

HSP 1 Score: 229.565 bits (584), Expect = 2.312e-68
Identity = 123/263 (46.77%), Postives = 161/263 (61.22%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCL 366
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC+
Sbjct:  137 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRCV 393

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942355241|gb|JAN59550.1| (Spatzle [Daphnia magna])

HSP 1 Score: 228.794 bits (582), Expect = 3.552e-68
Identity = 123/262 (46.95%), Postives = 160/262 (61.07%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  137 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 392

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942295783|gb|JAN29824.1| (Spatzle [Daphnia magna])

HSP 1 Score: 228.794 bits (582), Expect = 3.552e-68
Identity = 123/262 (46.95%), Postives = 160/262 (61.07%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  137 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 392

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|1022769229|gb|KZS13735.1| (Uncharacterized protein APZ42_021104 [Daphnia magna])

HSP 1 Score: 228.794 bits (582), Expect = 3.590e-68
Identity = 123/262 (46.95%), Postives = 160/262 (61.07%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC
Sbjct:  137 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRC 392

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942360153|gb|JAN62006.1| (Spatzle [Daphnia magna])

HSP 1 Score: 229.95 bits (585), Expect = 4.261e-68
Identity = 123/263 (46.77%), Postives = 161/263 (61.22%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCL 366
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC+
Sbjct:  172 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRCV 428

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942364453|gb|JAN64156.1| (Spatzle [Daphnia magna])

HSP 1 Score: 229.565 bits (584), Expect = 4.742e-68
Identity = 123/263 (46.77%), Postives = 161/263 (61.22%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCL 366
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC+
Sbjct:  172 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRCV 428

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942362169|gb|JAN63014.1| (Spatzle [Daphnia magna])

HSP 1 Score: 229.565 bits (584), Expect = 4.793e-68
Identity = 123/263 (46.77%), Postives = 161/263 (61.22%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCL 366
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC+
Sbjct:  172 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRCV 428

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942405073|gb|JAN84466.1| (Spatzle [Daphnia magna])

HSP 1 Score: 229.95 bits (585), Expect = 5.942e-68
Identity = 123/263 (46.77%), Postives = 161/263 (61.22%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCL 366
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFMDWFLFPSCC CRC+
Sbjct:  193 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMDWFLFPSCCVCRCV 449

[Close]

BLAST of EMLSAG00000011351 vs. nr
Match: gi|942340969|gb|JAN52417.1| (Spatzle [Daphnia magna])

HSP 1 Score: 224.942 bits (572), Expect = 1.122e-66
Identity = 122/262 (46.56%), Postives = 159/262 (60.69%), Query Frame = 0

Query:  127 VLEEYTTKIVLIISNITLIQ----------SLSNEGTTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDMQETEPKLTKQTSLKTPASTIYFRSSTSFKST----RFSRSILEGFIEDFDVLKKT---------NKTRTRRETSFPGITLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRC 365
            +L ++T   V  +SN TL+Q          ++  E    I   +PC+KRLNQL+C  AG+ YP   I  FIDE+KALI+RM+G+ Q   P  T   +  +   ++   +S    S      F  S L  F ED +    +          + RTRR+T+    T K+  NK D+CES++E+  PYWA NS+ +IRAIVNT+ F QA+HQE+CSK RT RC GDCSCEQKYKWHRLL+YDP+NDC GIFM WFLFPSCC CRC
Sbjct:  137 ILPKFT---VSALSNGTLVQIPILWTAMSMAMGLEIRGDIIRGLPCIKRLNQLFCPTAGNRYPGDPIEKFIDENKALIRRMYGEFQTPAPTSTNGGAAASNRRSVRHSTSPDKGSANSDWHFRDSEL--FAEDLEADGSSIFGGGFLADGQNRTRRQTNNRN-TNKEKDNKSDACESTVEVVTPYWAANSSGKIRAIVNTQHFEQAVHQEVCSKPRTGRCNGDCSCEQKYKWHRLLAYDPDNDCKGIFMVWFLFPSCCVCRC 392

[Close]

BLAST of EMLSAG00000011351 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold785_size97262-snap-gene-0.17 (protein:Tk00301 transcript:maker-scaffold785_size97262-snap-gene-0.17-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_47496")

HSP 1 Score: 263.848 bits (673), Expect = 1.916e-83
Identity = 130/240 (54.17%), Postives = 165/240 (68.75%), Query Frame = 0

Query:  153 TTSINNEMPCVKRLNQLYCNGAGSAYPLGRISTFIDEHKALIKRMFGDM-QETEPKLTKQTSLKTPASTIYFRSSTSFKSTRFSRSILEGFIEDFDVLKK-------TNKT----------------RTRRETSFPGI-TLKDDPNKVDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICSKSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFPSCCSCRCLK 367
            ++S   ++PC+++ NQLYC   G +YP  RI T+ID++K+LI+RM+G + QE  P++  QT    PAST Y RS   F   RF RSI EGF+EDF +LK         N T                RT+R+  FPG  +  +D N+ D+CES  E+S P+WA NSN  +RAIVNTK F+QA+HQEIC+ SRT+RCAGDC CEQKYKWHRLL+YDPN+DCSGIFMDWFLFPSCC+CRCLK
Sbjct:  340 SSSPQQQLPCIRKYNQLYCEQGGFSYPTSRIETYIDDNKSLIRRMYGTLVQEQVPQVIPQT----PASTTYVRSVRQFG--RFKRSIEEGFLEDF-LLKDEVYHDLDANFTALHDKVEEHKFSLHFGRTKRQAGFPGSDSTGEDSNRDDACESKTEVSSPFWATNSNGDVRAIVNTKTFSQAVHQEICTTSRTLRCAGDCQCEQKYKWHRLLAYDPNDDCSGIFMDWFLFPSCCACRCLK 572

[Close]

BLAST of EMLSAG00000011351 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold22_size673200-snap-gene-3.24 (protein:Tk12679 transcript:maker-scaffold22_size673200-snap-gene-3.24-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_303327")

HSP 1 Score: 100.138 bits (248), Expect = 9.065e-26
Identity = 54/102 (52.94%), Postives = 70/102 (68.63%), Query Frame = 0

Query:   42 ILILFIKIEIGLGLKCHQCSSYTLKHCHDPFYHE------DGKFKTNNFLNECPSD-KKYNLCRKIYQIVRGDERVIRSCGYEEY-KNECYKTVLEEYTTKI 135
            ++ L   ++ G  L+CHQC+SY    C+DPF++E      D K KT  FL +CPSD K Y +CRKIYQ VR D R+IRSCGYE+Y + +CYKTVLEEY T +
Sbjct:   10 LVFLATFLKYGECLQCHQCTSYKDALCNDPFHYEPTREGEDPKPKTMEFLKDCPSDGKNYTICRKIYQHVRDDIRIIRSCGYEKYDRGDCYKTVLEEYNTYV 111

[Close]

BLAST of EMLSAG00000011351 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold134_size322110-snap-gene-0.9 (protein:Tk07171 transcript:maker-scaffold134_size322110-snap-gene-0.9-mRNA-1 annotation:"AAEL007897-PA")

HSP 1 Score: 80.8777 bits (198), Expect = 8.712e-17
Identity = 35/85 (41.18%), Postives = 52/85 (61.18%), Query Frame = 0

Query:  275 VDSCESSIEISQPYWAENSNNQIRAIVNTKQFNQAIHQEICS-KSRTVRCAGDCSCEQKYKWHRLLSYDPNNDCSGIFMDWFLFP 358
            V++C    E+  PYWA N+ NQ+ A++N   F Q IH E C  +   + C   C CEQ+++ HRLL++DP+N+C GIF   +  P
Sbjct:  421 VNACPVKEEVFAPYWANNTRNQVLALLNLYPFEQYIHMETCKFEEEQMMCRDGCRCEQQHRLHRLLAFDPSNECRGIFSKCYGLP 505

The following BLAST results are available for this feature:

BLAST of EMLSAG00000011351 vs. GO
BLAST of EMLSAG00000011351 vs. C. finmarchicus
BLAST of EMLSAG00000011351 vs. L. salmonis peptides
BLAST of EMLSAG00000011351 vs. SwissProt
BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
BLAST of EMLSAG00000011351 vs. nr
BLAST of EMLSAG00000011351 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000011351 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 3


Match Name	E-value	Identity	Description
-	1.871e-55	43.04	symbol:spz3 "spatzle 3" species:7227 "Drosophila m...	[more]
-	1.540e-21	44.57	symbol:spz4 "spatzle 4" species:7227 "Drosophila m...	[more]
-	1.679e-7	31.06	symbol:NT1 "Neurotrophin 1" species:7227 "Drosophi...	[more]

BLAST of EMLSAG00000011351 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592822307\|gb\|GAXK01132261.1\|	6.375e-67	45.95	TSA: Calanus finmarchicus comp27737_c0_seq3 transc...	[more]
gi\|592822305\|gb\|GAXK01132263.1\|	1.481e-66	47.98	TSA: Calanus finmarchicus comp27737_c0_seq5 transc...	[more]
gi\|592822309\|gb\|GAXK01132259.1\|	3.103e-66	47.98	TSA: Calanus finmarchicus comp27737_c0_seq1 transc...	[more]
gi\|592822304\|gb\|GAXK01132264.1\|	2.267e-64	46.75	TSA: Calanus finmarchicus comp27737_c0_seq6 transc...	[more]
gi\|592822308\|gb\|GAXK01132260.1\|	5.368e-64	46.75	TSA: Calanus finmarchicus comp27737_c0_seq2 transc...	[more]
gi\|592822306\|gb\|GAXK01132262.1\|	1.694e-62	45.20	TSA: Calanus finmarchicus comp27737_c0_seq4 transc...	[more]
gi\|592822299\|gb\|GAXK01132269.1\|	9.550e-31	39.18	TSA: Calanus finmarchicus comp27737_c0_seq11 trans...	[more]
gi\|592822300\|gb\|GAXK01132268.1\|	1.289e-30	39.18	TSA: Calanus finmarchicus comp27737_c0_seq10 trans...	[more]
gi\|592822297\|gb\|GAXK01132271.1\|	2.408e-27	37.04	TSA: Calanus finmarchicus comp27737_c0_seq13 trans...	[more]
gi\|592822298\|gb\|GAXK01132270.1\|	3.488e-27	37.04	TSA: Calanus finmarchicus comp27737_c0_seq12 trans...	[more]

Pages

BLAST of EMLSAG00000011351 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 3


Match Name	E-value	Identity	Description
EMLSAP00000011351	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s784:20192...	[more]
EMLSAP00000006707	2.854e-23	37.88	pep:novel supercontig:LSalAtl2s:LSalAtl2s372:37271...	[more]
EMLSAP00000009814	2.406e-10	35.11	pep:novel supercontig:LSalAtl2s:LSalAtl2s639:40828...	[more]

BLAST of EMLSAG00000011351 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 3


Match Name	E-value	Identity	Description
gi\|74948186\|sp\|Q9VLV7.2\|SPZ3_DROME	1.646e-56	43.04	RecName: Full=Protein spaetzle 3; AltName: Full=Pr...	[more]
gi\|1075594875\|sp\|Q9VKG9.2\|SPZ4_DROME	1.113e-21	44.57	RecName: Full=Protein spaetzle 4; AltName: Full=Pr...	[more]
gi\|1100164664\|sp\|B7TB45.1\|SPZ2_DROME	1.871e-7	31.06	RecName: Full=Neurotrophin 1; AltName: Full=Neurot...	[more]

BLAST of EMLSAG00000011351 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
EFX84314.1	1.399e-77	47.78	hypothetical protein DAPPUDRAFT_47496 [Daphnia pul...	[more]
gb\|KFM73391.1\|	1.948e-67	48.07	hypothetical protein X975_01053, partial [Stegodyp...	[more]
gb\|KYB26146.1\|	9.605e-66	48.58	hypothetical protein TcasGA2_TC030608 [Tribolium c...	[more]
gb\|EFA09303.2\|	6.608e-65	48.58	hypothetical protein TcasGA2_TC030608 [Tribolium c...	[more]
XP_006566246.1	1.400e-62	47.69	PREDICTED: uncharacterized protein LOC726201 isofo...	[more]
EEB14852.1	3.628e-62	45.49	conserved hypothetical protein [Pediculus humanus ...	[more]
EAA12496.3	3.936e-61	41.03	AGAP008360-PA, partial [Anopheles gambiae str. PES...	[more]
gb\|EEC08728.1\|	6.560e-57	45.78	conserved hypothetical protein [Ixodes scapularis]	[more]
AAF52574.2	7.978e-57	43.04	spatzle 3 [Drosophila melanogaster]	[more]
XP_016769770.1	1.009e-26	38.32	PREDICTED: uncharacterized protein LOC726201 isofo...	[more]

Pages

BLAST of EMLSAG00000011351 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|321473346\|gb\|EFX84314.1\|	6.844e-75	47.78	hypothetical protein DAPPUDRAFT_47496 [Daphnia pul...	[more]
gi\|942355243\|gb\|JAN59551.1\|	2.312e-68	46.77	Spatzle [Daphnia magna]	[more]
gi\|942355241\|gb\|JAN59550.1\|	3.552e-68	46.95	Spatzle [Daphnia magna]	[more]
gi\|942295783\|gb\|JAN29824.1\|	3.552e-68	46.95	Spatzle [Daphnia magna]	[more]
gi\|1022769229\|gb\|KZS13735.1\|	3.590e-68	46.95	Uncharacterized protein APZ42_021104 [Daphnia magn...	[more]
gi\|942360153\|gb\|JAN62006.1\|	4.261e-68	46.77	Spatzle [Daphnia magna]	[more]
gi\|942364453\|gb\|JAN64156.1\|	4.742e-68	46.77	Spatzle [Daphnia magna]	[more]
gi\|942362169\|gb\|JAN63014.1\|	4.793e-68	46.77	Spatzle [Daphnia magna]	[more]
gi\|942405073\|gb\|JAN84466.1\|	5.942e-68	46.77	Spatzle [Daphnia magna]	[more]
gi\|942340969\|gb\|JAN52417.1\|	1.122e-66	46.56	Spatzle [Daphnia magna]	[more]

Pages

BLAST of EMLSAG00000011351 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 3


Match Name	E-value	Identity	Description
maker-scaffold785_size97262-snap-gene-0.17	1.916e-83	54.17	protein:Tk00301 transcript:maker-scaffold785_size9...	[more]
maker-scaffold22_size673200-snap-gene-3.24	9.065e-26	52.94	protein:Tk12679 transcript:maker-scaffold22_size67...	[more]
maker-scaffold134_size322110-snap-gene-0.9	8.712e-17	41.18	protein:Tk07171 transcript:maker-scaffold134_size3...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s784	supercontig	LSalAtl2s784:20192..74498 +

Analyses

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


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

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s784-snap-gene-0.11
Biotype	protein_coding
Evidence	IEA
Note	Protein spaetzle 3

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000011351 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000011351	EMLSAT00000011351-707198	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s784:20192..74498+

gene from alignment at LSalAtl2s784:20192..74498+

Legend: mRNA

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

>EMLSAG00000011351-694117 ID=EMLSAG00000011351-694117|Name=EMLSAG00000011351|organism=Lepeophtheirus salmonis|type=gene|length=54307bp|location=Sequence derived from alignment at LSalAtl2s784:20192..74498+ (Lepeophtheirus salmonis)
ATTAGATACATATGTTCACATGATAAAATAATACAGCTTAAGCTTTTGAA
AGTTAAATTTATATGGTTGATTGGTATTCAGGAGGAGTTCTACATAATGG
AATATACTTATTTTCATTGTTGTATTTTAATTTTATTTATAAAAATAGAG
ATAGGTAAGTCTTATACAAATATTTATAACAATAAATTTCTTATTTTCTA
ATTAAACATAGGATTAGGACTTAAGTGTCATCAATGCTCATCTTACACGC
TGAAACATTGTCATGACCCATTTTACCACGAAGATGGAAAGTTTAAAACA
AATAATTTTCTTAATGAATGCCCATCTGATAAGAAATACAACTTATGTCG
TAAGATTTATCAAATTGGTAAGAATCCCTATAATTGTAAAGAATCATTAT
CATTAATAGATGAAATATCATTTTTGGTATAAAAAAAGTTTTAAATGAAG
ATAAAGAGAGACTTTGAAACTTATTTAACATAATAATATTGGATCATACT
AATGAGTATAACCAACGGCGGAGMAACACAATTTTAACTGGAGAGTACTT
GGCTCAAAAAATTTTCAATTGTGAAAATTGAATTAATGATTATTAAATAA
ACAAAGTATTTCTGAAAGTTCAAGTTTGTAGAAAAAGTTTTATTCCATAC
TTATTCTTATATTAGCTCATTTTGGACCAATGACAATCGGCCTTTCTGAA
TGTAGTCCTGGTAAAATGAAATTATTTTTTTAGCTCTGAATATTATCTAC
ATCCATGTAAATCCGGTGTGTTTTTTAGCTGGCCTGTTAATTTTTAATTG
GTATTATAAAGAATGAATTTTATTTTCCTTATCAGTTGTTATTATTATTT
AATTCCTGATTAGTGAACATCCTTTCCTAAATATATTAAATTATATTTAA
AACCTGATTGAACGTTCGTGTGTGCTCATTAAAGACAGAGCGTAACCCAG
AGGATTGGTTGCAGAGTTATAATTGTAAGTCCTTGTTGAGCTTAAAGTAG
AATTGGGGACTAAAATCGGAGTAATTCTAGAAAATATCCCATATTATATT
CTTTTTTCCTTCCTCTCTTGTCAAAGCTGATTGTAGCTGATCTAATGAAA
TGTCATGAGGATTATTCTTTCTCTCCTCCAAAACATTCTTCAAATTGTTA
AGGTTACCATTATGATTTTCGGTTTCTTTGTTTATAACAAGCCCATTCCA
TACCGGATTAACACCTTTGGTAATCATTGAAAAAGTATTATATCAATCAA
CATATACTCCTATTATATTTTTTTGTAGCTATTTAATCATAAAATAAACA
ATAGCAGAAAAGATTCATACATTGTGACTTACTAACAAAATAGATATTTC
TTACATGAACCAAGAGGAAATAAAATTACATATTATAATTTAGACTTACT
GTCAATCTATTTATCCTTTATGTGATGACCAAACTTGTTGTGGAGATATA
ATTGTAAGTCCTATTTGGACTGAGAGTAGAATTGGGGATCGACGTCGAGT
AATACTAGGAAATTTAATTGTTTATATGCTTTTTTCCTTCCTCTTTAGTC
ACAGCTGATTGTATTAATGGAACGTCATGAGTATTATTTTTTCTCTCCTC
CATAACATTCTTCGAATAGTTAGGATTACCATATTCCTTTTCGGTTTTTT
TTCTTTTCACATGCACATTCCACACTGGATTTTTCCCTTTTGGTCATCTA
TAATATATGTAAGCTTGGGGAGGATATATTAGAATGTTAAATAAAGAACA
TGACCTATATCTCTTCCAACATAGAGGTGGGTTTAATGATGTACTTGGTC
ATTGATTTGTTTGAAAAAATCAATTACGGTTGATTTTGGAAAAAAAAACA
TTTGCATTGCACACTTCTTCCTTTTGTGTTATTATCTTTCTGTAGTAAAT
TGATCATTTTCTATGAAGTGAAGTGCAGTCATAATAACAAAAAGGGAGAA
AATATGCCTGCCCACATAGCAAATGGAAACCTTAAAATGGTTATTTTCTT
CATTTTTAAGGTCAATTTACATAGGTAGAGTTATTTCTTTCGATATTTTT
CCATTATAATTTTATCATAAGTAATAGTTAAGGATATATCTCCCTTAATC
CTTAATTAATTAATAAATGACTTATTTTGGATGAAGTTTTAATAATTACA
TTGCAATTACAATCGTATCTCTAAATTTCAATATTACAGTTTACAGCTCC
ACTGTACAACAACTTCTGTGCTTAAGTTTGGATTATCAGGGTTATCATTT
CCATTTTCCGAGTTGTTTTTTTTTCATAAAGAAAGAGTACACACTCACAT
TCCCTGAAAGCAAAACTAAGAGTGATCACGAGCAAAAGAAAAGGAAATAT
ATTCTTCAAGAAGAATATAGATCAAAGGTTGCTGATTTGTGAAGCCCTCT
GAGCCACTCCTAAGTTATCTTACGTAAAAGTTGGAGATCCAGTCCAATCG
CCTAGAGCCTTAGACTTGCAATTATGTAAGAATTTCCTCACTTTGCAGTC
TAAATCCTCAGAACAAAAACAAAAACTCATGAATAAAGAATTACACTTCC
ACTCTCTATAAATACATAATCTCGTATTTGGCATAACTCCCTTCCTAAGA
AATAAAAGTAGATACATAGATGATTTGAGGAATGTGGAATCAAGATGCAC
ATTTCTTTGGACTTTGTTCTTCTACATTTTTATATACAGATTCAAGTAAT
ACGAAAACAAAAATATAACTAAAACTCCATCAACAAACAAAAATAAATCA
AGCGGGAAAAATCCAAAAATAAATTCAAAGAAAATGAAAAACATATGAAA
CAAGAAAATTATCACATTTTATACGCCCCAGCTTCCTAGATTATACTTGG
GCTTTATATTGTGATTTTCAATATTAGAAATTTTTCTTATTTTGTGTATC
ACTTTGTGTAAAAGGAGTAAGGGACAAAATAATTGGAAGGTGTAAAATAT
ATACTTCTTTGATTTGAGAGAATGAGATACGACTTTGACAATTTTTTCTT
TATATTGTTATGAGTATTATATTTTTCCCCCACGGGAAAACTGGTCCAGC
AGAATGAATTTTATCACTGAAAAATAATTCCGCCTGCAAAAAATTTCCTC
TTAATTTCACTATGGTACTTAAARCCAACAGTATTCTAGGAAACKCCTCT
AGCCAGCCTTGACTTAATTATAAGATTTTGCCACATATTGCTTCTTTCAG
AGTACGATGCTCTCTTTCTATTAACCCATTTCCTTGAAGATGATAAAGAG
TAATTTTTATTTTTCTATATTTTAAGTTTACATGAATGTATGCCATATAA
GAGAAATGAACTGTTCTTGATCCTTCAAACTAATTATTTTCGAAGTTATA
TTGTCTTATAAAGGGTCTGTATTAGTTTGCCATTCCTATAATCTTATTTA
TATCTTTGATTATTTTAGATTCCTTGAATTGTTTTAAATCTGATATCTTT
TTGTCCTTCGAAATTTTGAAACCTAAGAAATCGTTCTCACTCTAACAAAA
TTGGCCTCTGTCAACATTATATCTCAGTCAATTTTGTCTCAATGTTGCAG
ATACTTTAGACATTTGCTCATGATGCTCCTTTTTTGTTTTAGTGTAGATT
AAAATATCAAATATAATAGCAAAACAATCATCAATGTTACCGGTTAATGT
TATCATTCTTTGGAACGTACTTGTCGAATTTTAAAGCTCAAATGACATTG
TGAGATATTGGAAAAATCGCAAGGAGTTGAAAAGGCATTTTTTGTTTGTC
ACAAGTATTTATTAGAATTTGGTGACATAAAATTTACTCAAATACTGTCA
CATATTTGTTTTCATTAATTGATACGTGTATGGGTTTGTTGTACCACTAC
ATGTCTTCAGTCTCCTACAAATTCCCATACACCGTTTTATTTCTTAAACT
TATGAATGAAAGATAACAAATTGATAAAAGTATTTGATCAAGAAAAAAAA
ATTGCCCAACTCTTATCAAGATGAATCGTTGGAAACATATTTTACATGTA
TAGAGGTATCACCTTCTCAAAAATCCGTTTAGCTTTTTATCGTACCCTTC
AGGGTGGGATCTCAAAGTCTCTGTAAATTTGGTCAATTTGACGTACATGT
TTGTATCATAGACTTACAAAGAAACCTGAACTAAATTAATTCATAATATT
TATTAGAAATTGACAAACTTCAAAAAAAAAATATGAGTAGGTTTTAATAT
ATTTAATATAAATTATGGACATAATTTTAACATAGTTTGTTTATTCTTTT
TTTAGACTTGGAACTGTTGTCTTGTTGGTACTATTTTCACCAGAGTGAAG
AATAATGRTATCCACTGATATTCTAAAAAAAGAGTAACCGATAATTAACG
TTGTKCCCCTGACAATTAATGAAAGTTTTGGAGCTGCCAGGACGTATACT
AGATTACCTGTGAACAGCTCTGAGAGGGTAGGAAAGAAAGTAAACACGAA
CCCAACTCTGTATGTAGTAAGAACATTCCCAAGAATTACTTTGGAGTTAG
TCCTAAACTCTAGTCTTAGTCCNAACAAGAACTTTTTATCATAACCATAA
TTATAAATTCCCACCCAACGTTGTATAGTTAAGAATGGTTACAATTTTAA
TCTATTATATCACTCAGTTTTTATCAAGGTAAATGGCTTACCTTATGTTC
AAATTGGAAGGAATTTATATAATCATATATCATTTGTGGCCTAAAATGGT
AAAACTCTCAATTAAGGTATGAGAATAGTAGACAATATGGATCCTTGATA
TTACAATATTAAACTGGCATATCCTCTAAATATTAAAACCATATTAGTTT
CTTAATTACATAATTATAATTGATAACAAGCACAAAAAAAAAAAAATCTG
GAAAATTTAGACTATTAGAAGAAAGTATGAATAGATTGTGCTCCAATGAA
AAGAAGATATCCTTCTGAAATTCTTGAAATCAATAAATTTTTCTGAGATT
GTCTGCCGTTTGGACAATGAAATACGAAAAAATGATGGATAGTATTTTAT
AAATTCAAAATATACAATTTTCCTCAAACGGTATTTTAAAAGATTCAATG
CACCCATAAATGGGTGAAACAATATTGGGCAGAAAATTTTTAAAGATGAA
GAAGAAAATATTTTTAGAATCGTTGTAACCCTTTGGGTACAATATACAAG
ATTTTAGCTTTATATATTCCATCTGGAGAGAAAAAAATTTAAGACAAATT
AAGTAAAGTTTAAGTTTAATCCTAAGAAAGATAGGGTCATAATAGCCGGT
GACTTCAATGAGGGAGAAAAATCAAAGCAAGACTTTACATCGGAATCTGG
ATTCCGAATATTTCAGAATAAAAGATCTGGAAAAAAAAGAAAACAATTTA
ATGATTCTTGCAGATGTAACAAAAATTATAGATCTACCTTTGTCAGAGAC
TATCGGAGAAAAACATCAAAAAGTAGGATAGATCTCATCTACGTATCTGA
TGTCAGATCAATTTATTCTAACCAAAACAATTATTAGAAGAAAAAAAAGA
CTGTATATTATGTGAAGAATTAGAAACGTTTATCAATAATAAAATGGAAA
TTAGAACCCGTACTTTAAATGAAAATATAAATTCCAAAAATTTAAATCTA
TTACGGAACATATAAAAAACTAATTGAGTTGATATAATCAGTGTCATTGA
GACTGAAAATACAAAACAAAAAACAAAAACAAAAAAAAGATCAGAAATAT
TATCAACGCCTATATACTACCAGGAAAGAGATTAGGACGGAGAGAAAAAT
CGTGAAGAAAATGGTCTGTCTAAAAAAGAGCAAAAGAATCTAACTGAATA
AAACATCTATGGAGCGTTTTCTTTCCTTTTAGAGGCAAGGACAGGCCTAA
TTTTCAACAACAATTAATTAATGGACTGTAATACGGGTTTCATTAAAGGC
GTCTACATACAATCTTCACCAGTGATGGGCAAGTTAGCTTATCTTTTTAA
CTAGTTAAGTTAAAATTAATTATTATTTCATTTTTTTATTACTAGTTGAA
ATAAAGTTAACTTCGATTTCTATGAAAATTAACTAGTTTAGTTAAAGTTA
ATTAACTTTACAATAATTTAAATTAAATTAACTCAACCAACCTTGTTTAA
GTTAAAATTAATTTCGATATTAAGAAATAACTATTTAAGTTAAATTAATT
TCGATATTAAGAAATAACTATTTAAGTTAGTCAATTGAGAGATTTATCAA
ACCTTTATATTATAGATTATTCTGTCAGTCTCTCTGCCTAAAATTGTATC
CTCTTCCAATTGAACGACCAATAAAAAAATACAAATTCAAGTTACTACTA
AAATGGAAGTCTAAGACAGCTAAAATTTTATACTTTTGAATTTCTATCTA
ATTTTAAACTATATCGAAAAAAATAAAAATAGAAGATAATATAAAAACGA
CATTTTCTACCACACTGAGAAAATATTCATTTTATCAATTTGATGTGGAA
TGACCCATTTGAAAAGTTTAATAAAACAAATAGTGTCGATACAGTGTTTA
ACTAAATCATTCGAGAACTAATGATTACTTGAAGACAGTTTTTTAGTATT
TCAACTTAGAATAACAAAATAAATTTAACTTTAAACTAATTAACTTAATC
AAGTTATGTTAAAAATAAGTTAATACAGTTTAAAAAAATTACAAGTTAAG
TTCACATTTAATTTTGATAAATTAAAAATGAACTAGTTAAGTTGAAGTTT
AAATAACGCTGTTTAAATCATTAACATCACACGACGAGAAATTTACTTAT
ATTTCCGGGACAAGAAAAAGATAATAATAATATTACACATACATAAAGTT
GATAATATTGTAGAGAAAAACGCGTGCAAGGAGAAGGGGAAAAAAAGACA
TATGGTATCATTGTTTAAAATACTGATGTGATTATCATCTGCCTGCTTTA
TTATGATTTTTGAGGGTATAACAAATGTATTTATTAGCAGAATGTTTAAT
AAAGATATACTACGTATAATTGACTTCGACGTTTTTTATCCGTTACAGTA
GATTTGAAAACGTCACACTCCATGAAATTGTAATTCATTGTGAACCTTAT
TTTGAGAATAATAGNNNCCTTATTTTGAGAATAATAGCTAATGAAACGAA
AAAGTAGAGTATTTCGAAATATATTTGAAGTTCAAAGTTTAAAAAAGAAG
TCTTAAATTAAATATAATCTACATACTAAAAAATAAACCATCTTACATTT
ATGTTAAATATACAAAATTAAACAATTGGAATCATATAATCAATAACAAN
NNNNNNNNTATACAGAATATTGAAATAANNNNNNNNNCTAAATATTTTCT
TGTTCTGACATCGGAATCCAGTTAAATATGGCATAACTTTAGGTTGCAAG
ACACAAGCGAGACGTGGAGTTTAATCAAAAAGATAATCACCCCTCTTCTT
CATGTGGAAGTTGCTATATACAATTGTGCACAGGATAGATATATCTCTAC
CGATGAGATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTGCACAGGATAG
ATATATCTCTACCGATGAGATCTGCATAATTATTAATAAGAAAGTAAATG
TCAAAATCATAAAATTAGACAATAAATATACTAATAAAAAATGTTAGAAA
TAAATCCATCTTAAAGATTTAAAGCAAAAGCTAATTATGTTGTAATGTCC
TGCGATATTACTCCTTATTAAGAGCATCAAAAAATATATTTTCCCCGTCA
TGTATGATTGTATAACAACATACTAATTATTGCTAATTATAATGATACAC
CCAATCTAACTACCCCCGTTGTTGTTACCATTTAAGTAGTTGTTTTTGCC
TTTTATGAGTTTTCTGAACACCATTTCTTGGAGCCTATCAACCATAGCTA
AGCCTTAAGGGATAAAAAAGTAATATTTATTGACCATGTAATATTGGAAA
ACATAATGATCATACCCAAGTATTTAAGTGAAGAAATTAGTCTCAGACAA
ACTAGATGCGAACCATCCAAAGCTACTACCCCCGTTGTTGTGACCATTTA
AGTAGATGTTTTTGCCATTTAATGAGTGGTGTATCATAATCCTTGATATG
TTTAGCTAAAATAGAATCATATTTTACGGTTAGATTTAAAAAAAATTGAA
TACTTACTGTGAGATTGTACAAAATTCAGAGTTCCATTTCGATATTAGTA
AATACTTTTTACTGATAACTTGATCGTCATTTGGTGTGGATGATAAAAAA
CTTTTTTATATGTATTTCTATAAATGACATCAGTACCAAGATCCTCCGTT
AATTTAATGATGGTTCCTCGGGAAGGGATAGGTTTACCCGTATATTTCTC
CATAAATTTTTTGAACGTAGGATGATTAGTAATGGATAAGGTATACTACA
TGCAATAAGCATATTTGTGAGATCAAAGTGAAAGTCTAACTTGATGTATT
CGTTATTAACTTGATTTTTTAGATGAATATCCATGCTCTTGATATGAGAT
GAGGGTAATGAGGGGCGTGTAATTCTAGATAGGGGACTAAAGTCACATTT
ATATCGACAAATCCGACAAACCATCTGTTTCTGATCCGGTAAGTATTTCC
CAAATTCCTGGGCCTCCATTTTCATAAATCCAGACAGAAGGCGACGTTGT
TTTAGGCATTCTATTCAGTTCTCTATCGACTATCACTATCTAATATTATA
TTAATATTGAATAATAAAGGCGGGAATGATAACGTTCTTCATTGATAGAA
GAAGNAAACCATCTGTTTCTGATCCGGTAAGTATTTCCCAAATTCCTGGG
CCTCCATTTTCATAAATCCAGACAGAAGGCGACGTTGTTTTAGGCATTCT
ATTCAGTTCTCTATCGACTATCACTATCTAATATTATATTAATATTGAAT
AATAAAGGCGGGYATGATAAKGTTCTTCATTMATAGAAGAAGAWGAATAT
TATTTAATCAATGATGCCATAAGTATTTCTTCTCTTCTCCTCGCACGCTT
TTCTATTCATACCAAAATTACACCCTTGCACATACATTACGATAAATATA
ACTAACTAACAGAACATAAACAACAATAATAACACGCAACATATTTAGAA
TGAAACAAGATAATAAGATCAAATTCGCAATTCCGAATACTGCCCACCAT
GACAAACCATTATGTTTTCAGACGATTTTTGCAACTTTCATAACCTTAGG
CATGCGTACTTTCACACTCTTTTACAAGGTTATCTTTTCCTGGAAAAAAT
TCAACAATTCCCCCAATAGTCCATTCTTGATCTTGACCTTCATCTAAAAC
CACTACAATATCATCAACGGTGAGATTTTCGTTTTCTGTCTTGTATTTGC
TTCTCTTCTGTAGATCTAAAAAATATTCTTTCTTCCAACGTTCTCTTACT
TGTTTTAATAAAGTGATTGAATTTCTCCATAAAGATTCATGACTCAGACT
ACCTTCGACTATCTTATTCGGAATATCTATCACATTGAATTCGGTTAAAA
GCATTGAAGGAGTCAAAACAATATCTTCTACTTCAGTAGACAATCTAGTT
AGCGGTCTACTGTTTATAACAGTTTTAATTCAAATTAAAGCTGTATTGAG
TTGCTCGGGGCTCAAGCGTACTAATCGAAACTGTCGATTAAATAACTTTT
TTGTCAACTTAACCATATACTCCCAAGCTCTACCCTAGTTAAGTTCTCCA
GGGGGAATAAATTTCCATTCAAAATCCTGTTGCATTGCCCATTTAGAAAA
AAAAAAATAACTTCTATTTGTGTAAAAACTTCGATATAACTCTCGAAGCA
CCAACAAAATTATTCCCATTGTCACTCCATATAACTCTAAGAACTCCTCT
TCTTCACATAAATCTCCTTAACGCAATGAGAAATTCAACAGTTTGTAAAG
ACTGTGTCATCTCAAGGTGTACTTGTCTAGTTGATAAATCAGAAAATATA
GTTATATCAGCTTTAGTGGGAACTTTTGATCTTCTTGAATTATAAACTAT
AATTATACCAGTTTAGGGAACTGAAGTTTGTAAAAACAGTGCAACAAGAT
TTGCTCTCGCAATCTCAAATTTGCAGGATCTATAATTAGTATAGCTACCA
CTGATTGGGATTGTATACCTATAGGATGCTTGGTACCTTTAAATAGATAA
TTAATATTTCCAAGTTTTCCTCCCACACGTAATAGGGTATCAACACCATC
CCAGTATAGGCTATAAGATATTAAAGGATCTTTTGATGAAAACATATTTA
TCTTACTGAGATCTATACATATACTGTCTTTGTTGATGTCGTAAAATAAA
CTTTTCGGGGTTTTTAACGTCCATTGGAGTCAATTCTCGATTTATTGAAT
TGGGGTTCCCCTATTCTACACCACTGAACAAATTTCAGCATCCAACCTAT
GACTTTCTTCAATTCAGACCATGATGAACATCTTTATACTAACAGATCAA
TATGGCCATCCAAAACTTCAACACATGTTGTCAAAGTAACCTTTATTACT
TAAACAGAAATATACTTATAATCTTCTCTAAACGAACAAGAATTATTTGG
TAATAATTCAAGCTTTTCACTCAACCGATTAGGCCCATGAAGCCATAACT
TGGAGGAACCTAATTCTTTCGCATTAATGCCCCTACTTGCAGGGTCTACT
GGATTATCTGCACTACGAACATATCTCTAAGATGATGGTCTTAATATTCC
TTGTATAAATTCAACACGATTTACAAAAAAAAGCTTCCATTTACTTGAGT
TAGAGCTAATCCAATGGCACAGGATTATCGAGTCTGTCCAAGCGTACAAA
TTGTTAATGTGAATAGGCGTGAAATCCAAAAAGTGGTCAATCATTCTAGC
AGCTAATAAAGCACCTTCTAACTCCATTCTTGGGATACTAATTTCCTTTA
GAGGTTTTACTCGAGTACGAGAAGCCAAAAACTCAACTTAATTTTATATT
TAGTTTGAACTCTTGAATGTATTACGGGTGCCCATCCCTTGCACGATGTA
TCACAAAATATAAAGATATCTGAAACAGTGCCATTTCCTAATCCATTCAC
GACACATCTTTGACTAGGTATTTCTCTCAAAATGTTTATTATTCTCTCCA
AATTTTCCATCTTCTAAACAATTGATTAGGTAAATAATCCTCCCAAACTA
TTTTCAACTTTCATGTATCTTGAAGAATTATTTTAACAACAAAAAAATCT
TTGGCGAGGAAGAAACATCACTTTGACAAATAGTGAATTTGACCAGGACA
ATTTACACACGAGATGTTTTTTACATAAACTTGATGTTCATCATTCCTTT
TTTTTAAAAAATCATGTAACACTTTTATTTCCGTTACCCTCGATTAAGCT
ATTCTGGTGGACAACAAACTATGTTTCAAAAATCCCTCTAAAGTAATATC
TTCTACTTATGAATTGTTCGTATACCTCTCACAATTATCTCTTAAAGATA
CAGAAACTTCATCCTCCAAAATCAATAAAACAAATCTTCTTACAATAGGT
TGTCCCAAATATATATAATTCGCTTTTAGAGCACGTTGAGTCGTAATTAT
TTCATTGTGGAAATAATCAAGATAATTTGCAATATTTTTTTGCTTGAGTT
AGACCCACGAATCTATGGATCAGCTTGGATATCATACTCCGACTACAGCC
AAAATTCTATTTCAAGATTTTGATAGCTTCGTCATAACTTTCCTTGGTCA
CATGAAGAAATGAAATTTTCCTAAAGGCTGCACCCTGGAGTGCAGATCTC
AAAAAAACAACAACTTTGTTATAGTATTGATATTATAATTATCCACATTG
GCTATAAAATTCTCCATCCATGACGCATAAATCGTCAATTCTCCATTAAA
ATTCGATAATTCCAATTGGGGGAAACGTAACATTACGATTTTAGACTCAT
TAACAGGTGAAGAACAACCCTTTTTAATATCCAGAAGCTCTTTCTCATAT
CTTATTTCCGGTTTCAAGTGATTGATATTCAATTCTCTTGCAAAATTTCA
GGAAGCCTTCATTGTCTTTCCGTGCTTTTTTTTGCAACTCCCGAATTTGT
CAGAGTTGTTTACTATAAGATCTAGATCACCATTGGTCTCAAACTCGGCG
TAGAATTTAATTAATTGTTCCATTTCCAAACAAACACGTTCATCAACTCT
TGGAGTCTCTATAAGTAAGGTGATACATCTTTCACTTCATCAGTCAGCTC
TTGAAAAGACTCTTCGAAACATCCCCTATCCTCACAAAGCAGTGCAATAC
CTAGTATAAATGGTGCTATCTTATATTTAAACAACTTATATTGAATATTA
ATATATTTAACAACACTTTTTATTACACTAACGACTTCAGATGATATTAC
CCTATGCTATTGGCAACCACAAATTCATCCAATTCCTTAGGATCCGGGTC
GACGGACTATGTTACAGCCTCCCTCGAACGTTTTCTTTCCTTTTAGAGGC
AAAGATGGGCCTAATTCTTAATAACAATTAACTAGTGGACTGTACTACTG
AATTTATAAAAGGCGACCACATGCCTACTTCATCAAACACAATGATAAAT
TGACTTATATATCCGGAACAAGAAAAAGATAAAAATAATATAAACCCAGG
TGACCTGTATTCCATATGTATTAGACGCCCTTATAGACACCTATTTATTT
CGGTCAGAAGGATATTGTGTAGCGAACAACTCCCAAAAATCGAACTCTCA
TACTCCATTAAATTAAAAGATAAACAAGGAGAAACATTTGTAGCACTGGT
CGAATCAAGCAAGTTGACGAAAGCCAAAAAATTTCCCATAACGAAGGTGC
CTATTCAGAAGGATCAATAGAGTAGATAATAGTGGCCATAGTTTTCCTGT
ATCTTTTAATCCCGAGCAAGATCCAGTAATGGAGCATGAAAAAACGGGTA
TGGGTGAGGGAAGTAACGAGGTAATAAAACCAGAAGATAAAGACACAACT
GTGAGCAAACAAAATAATGTAATGGCATCTCTGGAAAATACAAAAGAAAT
AAGTTCACCAAATCAGGCAATCATACAAGGAGAAAACTATACTGGAACTA
ACTTTGATGTTAACACACCTTCCGAGTAGGGAGAGAGAAAACCAAACGAA
AAATTTATTATAGAATCAGTGTATGAGCGCCAAAATAACGAATCAGAATT
AAACTCCAACGAAGAGGACCCTCAGGATAGATCAGGAAAAAAAAAAGGGA
ACTAAATATCTCCCTGGAACAAATTATGAAACTTCCACCAGTGTCCAAGA
AAAACAAGAATTGCCCCTCGTCTCCACATTCAGTTTAATGAACGATTAGT
AGTGCCTTTTTTCAACATAAACATCAACTAAATAATGGAAAAAATTCAAA
TCAATAATATTTTTTCACAAAGAAAAATAGCTGTAATAGCTCAGATGAAC
ATCTAACCCAAAATCTACTCAAACACATAATATCAAATGGAGTTATGCAA
AAATCATAGCGGACTGAGGATACTACAGGCAAATATAAACGGGCTTTCGT
CAAATAAAAATTTAATAAAACTATTTAAATACTTGAATGCCATCGACCTA
CCAGAGGTAGTGTGTTTTAAATGACACGAGAATACGCAACATATGTGAGT
GGTCTTTCATGCAATCAAAATATAATAATTACTCTTCCAGTGCAATAACA
ACTGGATCCAACTACCCTACAAGAAGGTGCATAATCCTTGTCAGAAATGA
TGTGCCATCAAAGTCAGTGATCGTGGATGAAAATAGGAACTATATATCAG
CTGTGGTGTGGTTTCAGAAATCGCATTATAAAATATTAGTATTATATATA
CCTTTTGGAGATAATATTTATGCAGAACTAAACTAGCACAATTTGGATAT
GACCCCATGAGTGAAAAAGTAATTATAGCTGTAGATTTAATACTGCAGAA
AAACCAGTTAGAGACTTCACATCTCCCTTTGGGTTTTCAAATTCCAAGGA
GTTTGTTGCGTGGAGAGACACTAATGACGTATATGACTTGGTAGATATAA
ATGGAAACTAAAAGCCCACATTTATCAAACAAAATGCAAACGGAAAATCA
AAGAGCAGAATTGATCACATTCTTCTTTCCAATTAAATATTGCATAACAA
TTTTAAGCTTAATAGATTGACTCAAATGGGCTGTCCCATCACTTCTTCCT
AAAAGCAGTAATAGTGGGGCATATAATCCATTGGATACCTACTCGGTGGA
AACTGAATGCCAAACTTTGAATCGGCATAATAACTTTAAAAATTTGAATC
GGCATAATAACTCTAAAAATTTAAAACTCCTAAGGCATATTGAGATAACG
AATGTTAATATTATTACAAATGAGATACAAATAGAGAATATGGACAGTGT
AACAACAAAACAGAAAACGGAATACATGCGGAAATTTTATCAAAACCTTT
TAACATCCAGAGTAAAACCAAAAAAAGATACTTTATCCAACAAAAAAAAT
TCTAACGAAGAATTTTTGAGTCTCCAACGTGATTTTACACCATCTGAAAT
TTGGCGATACATTGACAAAAAACTTAAGTCGGACAAATCACCAGGTCTTT
CTGGATTTACTGCTGAATTTTAATTCCCGGAACTAGTTAAATATCTAGCT
ATACTTTTTAATAGGGCATTATTTGGGGAAGGTCATACAAGAGAGCAAAA
ACGTGGACTCATAATATTATTTTCTAAGGTTGGAAAGAATAAAACAAAAG
TAAATAATTGGAGGCCAATAACGTTGTTAGAAACGGAATATGAAATTTAT
TCTGGATGTTTAAAAGAAAGAATAAAATCCGAATTAGGAAAATAAGTCTC
CCCGAGACTCAGTTTGGGTATCAGGCCGGACGTCAAATGGAGGATGTGAG
CATATCCTTTCAATCTATAGTTGGTCAGGTGAAAAGAAATAAGAAATAAG
GATTCGATCTAGCATAAGTTCATCATTGAAGAATTTGCTATGAGGAACTT
TCCTGCTGTGTCCTGATCCACTGCAAACTATTAAAATATACTGATTCAAT
TATTGATATCGAAAACACACGTAGAATAAAATTAGAAAGTGGAGTAAGAC
AAGGAAATCCACTATGTTCTCTCTTGTTTCTTACTTATGTTGCACAGCTC
CAGAATATAATGGATACGTGTCTTGAAGAGATGGAAATTGGAAGAAAAAA
GGTGACTAATATTTTTTTTGCAGATGATTGCCCTGTCATCCTAAGTGAGA
AAAAAAACATAACTGAGAAAGCTTCAAAGCTTTACAATATACTTGGCAAG
TTTCAAAAGAAGTTCGGCATGAAAATAAATATATCTAAATCTCAATTGAT
TACAAATATGTCCACACTACCTCATACCTTAAAATTGTTCAAACTAGTAG
AGCCAGACATCGTGGTGGGAAATCCAATCTCTTTTAGAGACACGGTTGCA
GAAAATATTGAAAGAGTTAATAAAAATATATATGGCTCAATTCAAGAAAT
AGGAAAATATAGACTCACCATTTTAGACCGAATTAAATGTTGGAACATGG
TAGTTATTCCAAGAGTGAACCATATTCTAAGATCCACTGCCTATAACTAA
CCACAGAGTTAAATATTGAGGCAGAAAGGGAGGGAACTTATTCATTTACC
AAAAACGGTAGGATCAGGTCCCGTGTAGACTTAAATCTTTCATCACTGAT
GCCACCTCGTATTGTCTCAAAGCAAGATAAGATCTTCGAAAAAAATTCCC
ACAATTAATTCACATAGCATYCATTCCTCATAGATTACATAGTATTGCAG
ATATGGTTCAACAAAAGTTTCCTTGAACGAACGTACTTATTTTCAATGTA
TAGAAGATGTTTAAGATTTTGTGCCAAAATGGTCACAAAGAAGTCATGGA
TACACTCCCTCTAATGATGGGTTTGATATTTTCTTAATTAACTGAAAATA
TATTTTGTCTTGCATTAATTTACAGAATATAATGTACATTTATATATATA
CCGAAGTTATTTAATAATAATATACAACAATCTCTCTTCCTTAAAGTATA
AATAAATAAATAATTTAAGTTAAAGTTACATTCTAAACAGTACTCTTTTA
ATTGTGTTGGAATCAATATTTACTTAGAACTCTTGATCCAGCGACAGATA
CCGTTGTAATACTATCACATGTAGCTATTATATTTTGAAGTAATTGACAA
TGACATTCAATACATCGATGGGTAATATATTCAGTTCAAATTTTTGAATA
GAGTGGATGATCGAAATAGTATTCTTTCAGACACCAGCACACTCTTGCAT
AGTAGCCTCTCTTACCACATCTTGTGCATTCGNTGCTTTTTGCAGGGCAA
ACTTTCCCATTCTTTATGAGGAAACTGTCTACACAATCTTTCTTGGCTCT
TGTTACACGATCTCATACGTCTTTGATTTCTTCTTTTTCTATATCTATAG
ACTCCACTTGACTTTGAAGTTGTGTTTACATCATTTGATTCGAAATCATT
TAGTCTATTTTGATTATTATTTGCCATTTTCAATGTTCTCCATTAATAAA
TCCTTCACTTATTTTATTTGTGGCATCAAATAATCTTAATTGTGTTTCTC
TAGACTTCAATCAATTTCATCTCCTTATTAGACGTCATCCTTGAATGCTC
TTTCAAATAGAAGCTATACTTGTATCTTAGATCTAAAACAATGATTATAT
ATGATTTTATAGCACTATCGACCGCCTCATATAATGATGGGTTTGATGTT
CTCTAATTAAATGACAATATATTTTGTCTTACATAATTTAACAGAATATA
ATATACATCTATATATATTGTCATTTATACGAAAATTATATTAATAGTAT
ACAACACTTTCTTCAGGATGATCTTTATTTTAGGGGCTCACACATTGCCT
CATTGCATTATATGAAATTCAACTTCTTCCTCGCGAAGCATAAGTATTTC
GAATATTAAGGGAATACCAAATTTAATAACTATTTCTCCTTGACACTTAG
ATTGTCGTAACAGATTCGTCTTTATCTAAAGGGGTTTGTGTCCCCATGCA
AGGAATGAACATCTACAGCCTCATGGATAAATTATTATAGTTTGCATATA
ATTTACTAACATGCTATTTACGATTTCTTTTATCCTTTTGTATTTTGATA
TTCGTAACTTAGTTTTTATGTTATGGCAATTAATACTATTTGTATCATAC
AGTAAATTTTACCTAACATTAATACATTTTCTTGAAAATATTATWTTGAT
TGAATKGTAKTAAKTTCATTGAGATATCTTATAAGTATGTTTGAAATTAC
TCATCGGCCATGAATTATGAATAAAGGTTTGTTTATGTCCGAAAGAAAAC
AGAGGAACCAGATAGTTGAAGTTGTATTTGCGGGGGCACTTTTGCAAAAC
ATAATTCCCAAAACCTTACTTATATCTTAGATGATTTAAAAAAAAATGGT
TTTACAACTTTAAATGTTGATTAGTTTTTAATAAACAGAAAATTGCATAT
CAATGTAACTCCATTCGTGTTAGAGGTAAGGTCGAACTGANNCCAAATCT
GAATTAACACAGTTGCGAAAAGTCCTACACCTTGATGTGGATCAACCAAC
ATTTGACGCTCTGTAAGCTATTAACTTCACCCTAAAAGTAGCTTCCGCAG
GAAAAGTGCGCTTTCAGGACCCTCAGAATGTGCCCGTAACTCAAGAAAGT
GAGGAAACTGTGGAAAAGGTGATACACCAAGATGAAAATTGTAAACCCTG
TTTTGTAAGTCTAATCAGCACAAAACAACTACAATTGTTCATGACTGTGC
AAGTAGTTCCACGGAGGAAATTTTAAATCTCTGTTTTGATGCTGGCACTC
ATAAAAATAATTGTAAAGATACTCCAAAGGCCAAGGAAACTGGCAGTGTC
AGAGAAACTGCTACTTCGATACAATTGAGCATTCCTTCATTATTGATGAA
TTATGTATAATGAGTTTCTCTAATGTCTTTTGTGCGGCCGTAAAAAACAT
GGGGGAAGAATCAGAAATAATCACATTGATATTAAGAAGAGTCCGACAGT
AAGACTATAGTGGGGTGTGAGACAAGGGGATCCTGTGAGTCCAATGCTTG
CTTTTTTTTTTTGCCGTCGGTCGCCTACAAAAATGTTAGATGCCAAGATT
AAAGGTGGAAAGTGACGGAACCGTTTTTTTTTTTTTTGTTAGATAATGGA
ACTGTCATTCTTAGTAGTTGTAACATTCACTTCCAAGCGTCTAGGCAGGA
GAAGTCTTGGAAACATGCGGAAAAAGATCTGGATTAAGTATGAAGGTATC
TAAATCAGAGATGCTTCTATGTTCCTTCAGTCTAGTGGAAGAAGCTACAA
TCCTGGGAAATACCATCCACATCAAAAACGATAATGTAAAAAACCTAAGG
AAATAAATAGTACTATTACCAAATCCATTGACGAAATTTTAAAACATAGA
CTCACCCTTATTTAGAGAATAAAATGCTGGAATTAAGGGGTAACTCCATG
AGTAAACCACATCCTGAGATTTACGCCCAATGATAATAAAGGTAGAAGGC
TGAAGGTAAAAAGAATGCAGAATTACAGGGGTCGCCGATAAGAGAAATGA
ATAGTGTTACGATTAAATCACGAAGAGCATACTGGCTAGCTATAGACTTA
GGGGCCTTAATCGAAGGAAATGAACAGATTACCATATATCTACCTGAAAC
TTAAAAAATAATTTAGGGTTAGTCACAGCGGATGTTTTGTTCAATGCAAG
AAGGGTTCATCCTCTATAATTCCAGGAATACTTCTTTAATAAAAAAAGGA
ACAAAGGCCCCTTCAAAGTTGCCACATCAACTATCAAAGACAATATCTCT
TGGGAAGACCAAACAGACACATTTGAAGAGGCTTTGAGGTAAACAAAAAT
AGACGTGTATCTCCAACGTACGTACTGAAAAGTCAGAAAAACGTGTACGT
ATCTGAATAATATACTTCTATCAAGATTAGTATGTATTTTAATTTTTTTA
TAAAATATTATGTAGGACGTCAAAGAACAATTCCATCGTCATCATTAAGA
CCCAAAAAAAGACAACTCAAATTGTGTAAATGTATAATTATGATGAATAT
TGCCAAAGTTTGATTAAAAAATGATATTCAATTAAGAAATTAAATCTTAT
GTAAATTTTGTAGCTTGTCTGTCTTAATTTAAGATAAAATTTATACACAT
TTCCATTTGTAGAAAATATAACGCTTATAATATAGTTAGGTTAATTATAT
GAAGTGTATTTATTCTAAGATTCATTGGATCTACAATTCTAATATTATTT
AATGTTCTTATGAAGAGTTATAACATGTTTTAAATATAATATTATGCATA
TAACNNAAAAATAAATATAACAATTATATTTATTTTTAACWTWAAAAACA
TTAATTAWCTTYGTATAATTGYTATACATAATTTAAATTCATTTTTTGCC
GATAAAGAAGGAAAAAAAGTACAGATTTATGGGTAAGCTTCAAGATTTTT
GTCATGTGGCCTTTGTGGTTTTAGGATCCAAGACCTCAGAAAATTTGCAT
TTCGATACGATAAGAAAAACTGTATTGATGATAATAATTTGAAGCTTTAT
TCAAAGTATATGATTGAATCAAGTTCTGATGCTTCTAATTTTATGTCAGA
TATGAACAAAATGTATGTCTCCTGTAATGACTCATTCCATATTGATAACC
ATCCAAATCTTGTAAAATTAATAAAACTTTATACTGGCAATGCCATTCCT
TCTCGCTATACCATCACCAATTAATTGTGTTCCCTAAGTGCCGGAAGTTA
TAATCTTCTTGTCTTGGACGAAACTATGATCAATGACTGCAGTATTGATT
GGTTCCATGTATGGTCATTGTTGGTTGCTCTTATTTACTGAATTTGGAAG
ATGTTAAGAAGACTGACAATAGAACAATTGAAATCAAAAGTCTTAACATT
TTTGGCTCAGATTTCTGTGGCGAGAGACTAAAGGTTTATCGATAGCACAG
CTTATTGTATAAAATCAGTCACAAATCTTAAGCAAAATTTCTAAATGATA
TTGAATGTCATTTTTCTTGGTCATGGTATGAACAGAATAGCAACCCTCTC
TCCAAATTACTTTGAAAATACCAACTAAAGCAAATTTTTTGCTTCTTAAT
TCTGGTGATTAAAAACGATTGATTACTACGCCGAGCACTTCAATTCAGTC
TTAATGGTATGGAGGGAAACAGTGATGCAATCAAGAATATTATCCATTCA
TAGCATATAAGACCTTTTTTTATAGTGAAACTTGTAGGTACAATGTACTG
ATGAATGTGGACTTTACAATTTTCGTTGAGTTTATCCTCAATAAAACCTA
CATAGTATATTATATTATATATTGATTATAATCAATATAANNNNACCAAA
TATATTTTTAATATTATACTCTTATCTGCCTATATATATGTAATTTTCAT
TAATTATGTAATTATATTTAGATCCTCTTCATATTCCATAAATAATTATT
CATTCTAAATACAGTCAAAAACTGTATCGGTCATGGAGTAAATACTATAT
TTAAATAAAGGAAAATGGTAAAGATCCATTAGATCCAATATTCAGAGCTG
TATTTCGGTCCACCTTTTCCATATTCAGTCAAAGTTCGAGTCGTCATACT
CCTGGTATAAGGGAAAATAATTAATGCCCAAATCTAGTGGTAGTCTTGTC
GAAGGTTAACTTAAATGTGTACTGATGAATGAGGTCGATACAATTATCGT
CGAGGTTATCATCAATAAAACCTATTTAGTACAATAAATATAAGAAACCA
AATATCAAGATATAATACTATACTAGTATCTCCCTATATTCCTAATTCTC
ATTAGTTATTTTGTATCTTCATTATAGACTCCCCTTCATATTCCATAAAT
ATTTATTAATTACTCATTCTAAATAGTAAATACTAAATATAATTTAAAAA
AGAGTAAATATCATTCAATAGTTTTATCGACAGATTATARYATAMATTAT
AACGAAAATGCAGACGATAATAAAGTCTTGAAATGAAATTACTCACAATC
ATATTGCTTACAGTGATGTTGTTTCATGATGATATTACCCACAACGATTT
TACCAGGCAACCTTTTTACCATAATCCTTTAACAGAGAACCCTTTCTGAG
TTCTAACGCCTCTTATCTATTTTTTCTTTCCTACCCTCTTATTTTGCTTC
TTTTCTTTATATGACCTTAAAATAATGTAATAAATTGATTCTATAAAATC
AATTCAAAAAGAAGCTGTATCCTTGAAATATTGTGATGACCTTAAAAGGA
TATAGAACGTTTTTGAATTGGGGCCTCCTTTTATTAGTTATAGTTTATAT
TTTAAGCTATCAAATGATATATTATTACAGATTTTGGATGTATTCTAGCT
TGAGCTATGAGTTTCTGAAAAAAAAAACAATCGTTTTCAACTTTAAACAA
AGATAACTTGTGTTTGAAACATGAAAAACACATCTTAAAAATTGTTTTTG
AATTTTTTAATATTATACTTTGATGTATATTACTATAAGTTATCCACATT
TTCAACACCGAGTGCTTACAAACGCATAAAATACCAAGAAAATTATTCAC
TTTTTTAAAGCCCTGAGGGCGATAGAAAAAACTAAGGCCATATTTAGAAT
CAAAAGATCAAATTCAACTATTTTGATAACGTGATATTTTGGCTATTCAA
TAGTGTTAGTAAATACTGCCTATATAAATACGGCCTATATAAATACTATT
TACAATTGTTTTTCTTTATTTCAATTATATGAACTGGGTCCAAGGTGGTT
GTTCCATCTTGTGACATTTTTATTTATTTGTTTGCTCACATCTTATTTGA
TGTAATAGAACTCTTATATAAATATAATTAATTTAAAAATTTAAGAAAAA
TAAATATAATTATTATTATTTGTAGTTCGTGGAGATGAGCGAGTTATTCG
TTCATGTGGATATGAAGAATATAAAAATGAATGCTATAAAACAGTTCTAG
AAGAATACACCACCAAGGTTTGTACTTGTAAGGAAGATGGCTGTAATATT
GGAACCTGTATTGATAAATCAATTTTACTATTACTATGTTCAGTAACTAC
ACATGTTATCTTCCTGCATAAATAAGAAGAAAATAAAGAATTTAATTTAC
TAAACTTTTTTTTATTAAAAAAATCTAAATGTATCTTAAATATTGAAAAA
AGAAGAATTGGAGTAAATATTTCAAATATATCATACCAAATTGTATTAAA
AATACCAAAAATTATTTTATATCTTGATATGAGTGTAGTCACTTCCTCGT
TTAAAAATATCTACTACGTTAAATATTAAATATTATTAAAAACGATGACA
AGAGCAAGAAAAAATTTTATATAATCAAAATATGGTTAATAAGNACACGT
CCTTTAGGCAAGCTATTTTWATATAAAWATAAGTGGKTAATAAGTAGTTA
AGTCATATCTGGTTACTTGATATCATTAATACTGTGATAGATTATCTGGT
GCAGTGGTCAAATTTACCTTATTACTAGATACTAATTAGGCAATTTTCCA
GGCCCATTATGCGAACATATATTTCATTTGGAGCTTTGTCAAGGGTAAGA
AAAATATGAAATAGAAAAAAAAAACTTTTCCCCCTTAATTTTAATAATAT
ATACTTTCTCATGGTCGTAGATAATGACACACCCACAAATCATTCTTTTT
ATTAATAATTATAACAACTTTAGTCCAATGGAAGGGTGTGGTTGATTATA
AACTATAATATAAATTGAAATATAAAATGTTAGTAACTAATATAAATTGA
AATATAAAATGTTAGTAACTAATATAAATAATATAATAGACAATAATCAA
GTAGAATTATATATTATATTTTATAACTATTTTTAATATTGAGAAATCAT
TGTTTTATTTATTTTATAAAAGAAAATAGACAAATATCTCGAATCTAAAA
ATTAATATATTTTTAGATTGTATTGATCATTTCTAACATTACTTTGATTC
AAAGTTTGTCTAACGAAGGAACGACGTCAATAAATAATGAAATGCCCTGT
GTTAAAAGATTAAATCAACTATATTGTAATGGTGCTGGTTCAGCATACCC
TCTGTAAGAAAATAAATAGTATATTGAATTATTCATTTATTCTTTGTTCC
AAATTAGAGGTAGAATTTCAACCTTCATTGATGAACACAAAGCTCTTATT
AAAAGAATGTTTGGTGACATGCAGGAAACAGAACCAAAACTAACCAAACA
AACTTCTCTTAAAACACCAGCTTCAACTATATATTTCCGCAGCTCTACAA
GCTTCAAATCAACACGTTTTAGTCGATCCATACTTGAAGGTGATTTAAAG
TTAGATTAAATTAACTCGTTGTTTCAGAATAATTTATTTGAAAAAAGATT
AATGAAGGAACTTATTAATACATAAGTATTTAACAGGCTTTATCGAAGAT
TTTGATGTCCTTAAAAAAACCAATAAAACTAGAACTAGAAGAGAAACTAG
TTTTCCTGGGATAACGTTGAAGGATGACCCTAATAAGTATATACATATAT
TAATAAATATTTAAGCATAAATGGTATACAATATAAATGAAACAATGTAT
TAAGTTTCATAGGAGGTTCAAATACCTCAGGTAGTATTTTATACTTCAAT
ATCAAAAAAAAATTTTAAAACAATATATATCAAAAAATATTTCTAACGGT
AGATTTATACCTTGCTTCATCGCAGTTTTTTGCCATTTATTTCCTTTTTT
GACGATTTCTTTAAAATTGGACAAGGGCCCATTAACACAACTTTAATAAA
GTTTTGTATTTTTCATTAATAGAAAACTCCATAAAAGAAGGTAAAAAAAT
CGAAACAGAATTACTTGATATTATTTCAAAATTGATTTATTCCATAGATA
ATATAATTAAAAGGGTAATTCTTATGTAATGATCTATCTAATGATTATCT
ACATCTAAAAAGAGATAAAATATGAAGTAAACATATCAGAATCTTCTGTC
ATTATTCCATTCTTTGCTGCTAATCGAAAAAAGTGATGCTCTTACTAAAA
AAATATTTAGGGAGAAAATATACTGAAAAGACGCAAAAACTGTGTGATCC
ATGCAGAGATACCTGACTATCAAAACTGGATACTTTTATTATTTTGTACA
TCAAAAATAAACCTTTATCATGGTTTATTTTTTATATATGTGTATCAAGT
ACAATAGTTTCAATAATAAAAGTAACTAGTTTTATTATCCTAACCTATTT
TTTTATAGGAGCATTTTGCATCAATGAATGAGTCAACTCTGTTGATGCAT
CCTGATGAATAGCGTATTTGAAAAAAAATCATAGAATTAAGATTCCGAAG
AATAATGAGCTTGTTTATCTGGGTTATGATCATCCTTAATCTAGACAATC
ATTCGTAATTACTTGATTTCATAGATACATACACTCATGTATCATTATTA
AATCTCCTTAGACACAAGATCACTCGTAGCAGACCCTTAATTAGACAGAG
ATTTCAAAAGACGGAGATTTAAGAGAATCCTTTGTGCAGATCCTCACAAA
ATAAAATCCTACTGACCAGGGACAGTTCAGCAGGAATTTTGTTGTCAGGG
ATTTCTTCCCACACTTACATACGGCAGGRTAGAAACATCTTTTTATTTTT
TTTCTTCACACTTTTCCTTCCCTTTTTGACAGTCGAGGTTGAAAGGGATA
AAAAAAGCTCGGAGTGAATTAGAAGCGTGGGATTCCATAAAAGAAAGGAA
GGAAGAGCAAAATAAATAAATAAATATATTTGATGTCATAAAAAACAAGC
TATGCATACTACATAGATCATAAAACTTTTTTTCGAAATTGGGATATTTC
GAACTTTTTTCGTTAAATAAGATAATTAATAAGGTTGATAACGATTTTTG
ACAGAAATATAATCATAAATAACTGAAAAGAACTGGGAAAATAACATTAA
CAGAATTACTTATTTTTCATGTACTACTCTTACTAAAAAGTATTTATATA
CATTCAACCGTTCAATTTTGATATTTTTATTTGCTCAGTAGAACGATTTC
TCTTAAATCAAAGTTTTTTCACTTATTAGTTATTACTATGAAAAAATTAT
CCCTCTTATCTGTAACAAAATGTCCAATAAATACAAAAAATATTTTCCAA
AAGATGATGTTTCTTTGTTATGGAAATAATGACCAAATTTGCATTGTTTA
ATACTATTTATTAAAGCTTCCCCCTCAATTCGTTGAGTAGTGGCAGSAGK
AAATAAAGATTTTTTGCTCTCTTAATTTAATTTATGTAGTGGATCGTTTA
TCCCAATTTCTTCATAAAAATGGTTAACAAAATAACTACTATATAAAAAA
ATTCTGATGATGCAGATAGGCCACCTTTACTACAAATTTGAATGAATTCA
GCATTCCTATCAATTTTAAAACCGGAATTTTTTTACTCTGATTTGCCATT
ATTCTACTTCTGAAGAATATATTTTAACAAAAAAAATCACAGGAGGAAAT
AATGGAATATCTAATCGAGAATGTCATTCCTTTGATCCATTGTTAGGTAA
AAAAAAGCTTATCTTAAAGTCTATAAAAAAGGAATTTAACTTATCCGACC
CAGAATTAGAATATTCCTACTTCTGAAATGAACAATTTTGTGTTTCCGTC
TACTTTTTACCAATCATTTTGTGTTTTTCATGTGATGGACGTAATTTCCA
AAGTAAATTTTTGAAAAAAGAGACAAAAAATATGGATATTGCAAAAACCG
TATTAAAAAAAAGTTACAAAAAATTATGCAAGAAATTTATTTTTTACAAA
ATGCAAATTATAATCTACATAAAAATTAGAAAATTATTCTTGTTTGAGGT
TTTTTGTTGTCTACCTCTTGCATTCGCAATAATTGGTTATGGATGAGAAC
CCATTATATAAGTATATGTTTATATTTTATAATTGATTCTAGTTGTTAAT
AACCCAAATATTGATTTTTTTTTATTATTAAATTTGTGAGTAATTTTGTT
TTAATGTTAATATTTCATCTATATTGAGAAGTAATTCCATAACTTTATTG
TGTATTTTAGTCTTGATCAATTTAATTTTATACATAAAAAGCTAGGAAAA
TTTGAAATAACGATCCTTACGTAGTACATTGAATTCCATAATATCTAATT
TTGTAAATCAAAACCAAACTTGACTATTATTTACTGTAAATAGAGACAAA
CAACTTTACCAGCTAATAGATGATAATAAAAAAATTATCTTTATCAAGCA
AACAGCTATATCAATTTAATAAGGAATATAGAAGTGTATAATAAGAAATA
TCGTGTTATTTGAACTGAAAGTTTATCTTAACCTATAAGATTGATAACTT
TTTTATTTCAAATTACAAGACTATACAGGTTTCGGAAGGAAAACGTGGAA
TGAATGACTGATTTTAGAAAAATGTCAATAATTTTGAATTGGCAATTTGA
AGACTTTTTTCTCTTTTCCTTATATTTCTTTTGCATTATTATTCCTTGAA
ATCATGAACCTGATTTCTACAGGATTAAAATAAAAATGCTGTCAACGTTA
CATTTCAAAAACATCAGAAGTCCAATTAGTTTCAAATCAAAAGCTCTTTA
TCGAAAAAGTAAACGTGGTTGCTCCTGTGAGATCAATCCAAAATCCAGCA
TTAGAATCAGCAAACACTATTGTACTTAACTAAAAAGAGATCCTCGCAAA
ATTCATGAACTTTTATCTGAAAAAGTAAGAATAATAAAATTGCCTTTTGG
TGAAGTCTATGAACTACTTCAGATTTGTGCAGTCAATGACTGCTCCAAGG
TGTCTATGAGGAAATACTTGATAACTCAATAAATTCGTACCAGAAAGCTG
TATTTCAAATTGAAGAAGGTCAAATCTAGGGACAAAGACTGAAAACTTCT
CATAACGTCAGATAAATAAATCGGCAATTTTAGTTTATAATAAGGTAGAG
GCAAAAAACAAAATCAAAAGACTGAAGCAGGAAAGCTCTATGGAAACAAA
TGATGAAAGAAATAGAAAAACACCGTCATTCTTGTGCAGCACTTGAAACA
GCTAAGAAACGGACAAAAAAAGTCCTGAGAGAGAAGGGAAATATCAAAGC
GTTTGAGAGAAAGAAATGGTTAGGCCAGCTCTGAATTTGAAAGACCTACA
AGGGAATAGAGTTGATGTAAATGAAGAGATAGAAAAAAATATCAAATTTC
AAAATTTAGTACGAGTAATAAGGATAAATTCTAGGGTGATAAAAATAAAT
ATAAAACGTCTCTCTTCTACTCAAGCCATGGAATCTATCATTCAAAGCTC
TAGAAAAATTGCAGAATAAACAAAAATATTTTATTCTAACCTCTATAAGT
GCAGAGACTGTAAAAAAAACTCAGAACTTGCTGTTTCTGCCTTAAATAGA
GAAGCAAAAAAATACAGATGGTTGACATAGTGGAAGAGGGGGAGGGGGGA
AAGGTGTGTGATAAGAAGACACTTGCAAATGTCGAAACATTAAAGCCCTT
TCATACTTAAAGCAATAGTTATATAATATTTTAATTTAATAATGTATAGT
TTTAAGGTCAGATAAATAGATCAGATATCACAGAATATGTCAACTTCCTA
TAAATGTTAATTTTAGCATGTATACTAGGGTGTTCCATTTTTTGGGTTAC
CAGTTATTTCGCTTTTCTGTTGTATTTTGATGAAAAAGTTATGTTTGTAA
AGTTTTAGTCTTCAAAGAGCGTTTTTTTTTACCTCTATAGCCATAAGAAA
ATGATTTTTTATGGACTTTATCTATTTGTAAAGGGATTCAGAAGTTGCAA
TTTTATATTTCAAAGAGGTTAATAGGTGGTCAAAAATAAAACCGATCAAT
TCCCATATGACTTCCCCAAGAGGTATACTAGTGTAGCCTTACACTTGTTT
GTACAGGACAATAAACCCATGTCCTCATTTGCATGCATGAAAAGGCTCTT
TAGTGTGGGTTCAGATATTTTGCGACCAAAAACATTTTCACTAATCTTCC
ACAATTTTGAAAATCTAGTCTTTATGAGGGGAAACCTGGACTTGCTTTTG
AAAAAAGAGGAGTTGTAGATTGTTTCTGTTTATATTCATCATTATAATAT
ATCCATTGAAAGTTACATTTTATTCATATTTTGTTTATTATTATTAATAA
TAAATCATATATTATTATCAATTTATAATAATATTTATGAGAAGATAATT
CAAGAAATTATATTCTTTTTATTATTATTATAATTGTTATTTAAGGTTCT
TTTGAATATTTATTACTAAAATATCTTTGATTTGATAATTTGATACCGTA
TGTAAATACGGATACACGTGGTACAGAGCTATAATATGAAAAAAAAAATT
ACAGAGGTATGGATACAGAACCAAAAATTTGGGTACGCTGCCAAGCTCTG
GTAAATTCGATTTGAAAAACTCTTCTTCTGATTCTCTTATATACAGTCTT
ATGATAAAGGTCCAAGTAATCAGATAATGTCTTATATTGCTGCAACCTTA
AAAGGCCTGTAGCTAAATTCAAAAAACTCAGCTCTAGAAGTTAATGATAA
CAAAACTGTTTTTCTTACCTCTATCGAAAGCATGTTGGAAAGGTATTTTC
TGTACTTTAAATATGATAAAAACTCTATACTCCTTGGACTTATGACCTCA
TTTTAATACTCAAACTGTGGCATCGCCAATAAAAAAATAATAAAATCTTA
GATTCCGTTGTAAAGACTGTTATACATGGTGAGGACTCAAAATAAGATTC
CTCTTTGAGACCGTTTAGCCCCACTTCTAAAAGTCTGACAATTTAGCACT
TGTCGTCATTCGAACGAATTGACAAAAAGCTACAATTTGATGTTTGTTTT
GTTTTTGTGCAATCAAAAATGTTGAAGCAACAAGCAAAACGGCAGAGGGT
GTGCAATCTTCTCCGTAAAATAGTCGATCTCCGATAAGAAGATATTTGCA
GTGGACGCTGTTCAGAACATGAGAAATGAATCATAGTTTGATCAAGAATT
CAGATCAAGGCACCCTTCAGGACCAAATATCCTTCTCAGGTCATGGTCAC
AGGTCTCGTGGCGTCCTACGATAGCAAGATACCTCCCCACTTCTTCAAGG
CCAACAAAAAGTTAACTCTTCTGGCTGGTAGACTTCTGGTATTTGTCCTC
ACCCGACGTGAACACCCTGGACTTCGGAATTTGGTGCGTCTGGGAGGGTA
AGACGAATAATACTCCCCCCCCCCTATGAAGGCCATGATCACGGAGAAGK
GAAACAACTTTTCTTCCGACTTCATCAAGGTCAGTTGTGATTATGTTGGT
CCCCGTACTTAGGCCATCATTTAGAATGAAGGGGACAGCTTAGTTCTGTT
GGTCAACTGCATAGCGAGACAGTGAAGACTTGATGCAAGACATTGATAGA
ACTTCACAGAATTAATTAGATAATATGTAGCTTTAATCCTTACTTCCTTG
GTTCTAAAATTCCCTTTTATATTGCATTAGAGATAGTGCCGCTGAAAAAA
GTTTTTAGTCCATCAGTGGCCTTATAAAGGAAACTCCATCAAACTTGGTC
AAGAGGAGGTTCCAACGTCATGGATGCTTTGCTAAAAAAATGTGGTAGGG
GGATAAAGCTAACTCTTGGGAAACCCCTTCACATGTTAAAAGGAGAAATG
GTTCCACCAAAGGATGGCAATATATTCAATTATAAATCTATGACAGAGAA
AGAGATGAAAAGTTGGTCTTTCTGTACTCGGAGGTGGAAAACTCTTTTAA
TTTACACTATGATGGTCCGAAAGTATCATCCCCTTTCTATAAGAACTTCA
ACAAAATCGAACTAAAAATTACAATAGTTCAACTTGTCATCTACTCCACA
CGTACAAATAAATTGGCCATGAAATAACTAAATCTTTAGGAGAAGTTTAG
GGGAAACTGAGATTTTGTTTTATTAACAGATAGACTCAATGATCAACCTA
TTGCTTAGTCGTCGCCCCTGCTTAGGGTCAATGATCTTTCAACTATGATG
CAATTGATGACGTAAGGTAAAATGCTCTATAACATGCAAAAAAACATTTT
CTCTTCTTCTTATCCTTTTCTTGTGTAATCCGTAGTGTAATGCATGTGTC
TAAAGAAGGTGCATCAGAAACCATAAGGGCCAATGCCCCTTTTTTGAATA
AATGATGTTTCGAGATTTAAGTGACTTACATAACAAAACTACATTTATTA
TTAAAACCTTGCTCCTACCAATTTATCCTTTTTGAAAATTTAGTGTCACC
CCAATTTCTCATCTCTTGCCATGATGTGGGTTCAGGCATATCTTTTTTTA
TTATTATTAGAAAATATAAATGAATCTAATAATTATTTCTAAAGAATAAT
AACCAAAAGGAAGAAGATTTGTAATGGATATGGGTAMTTAAGCACATAAG
TGAACCCACTTTAAGTATATATCTTGCCTTCTCCTCACAAACAAGGTAAC
CATTCTAGTCCAATTTTATTAATTTGATATATTTATACAAGTTTCAAGTA
TGGTCAATGGGGACCTATTTCAGAGTGGCCACTCGAAGGAAGGATTGAAG
ATATTAAATTTTACTCTTTGCTTAGACCGGAAGTAAGATATTTCTTCGTG
GAGGGGAATGATAAAACAATATAAAACTCCCGATTATAATAATATATTTA
TTCACTTTTAGTTCCATATAACAGGAAAATTGGACGATGTGAGACACGCA
ATTTTCTCATAAAGGGTATTTCCCCTTGTCTCTTAGACTTCCTTTGCTCC
TAGTGACGCGTAGCCTCAAGCATTTTATTCTGAGTTATAAATGATTCTCT
TAATAAGGAAGTACTAGTTTTTGGACTCATAGTCCGATCAAATAGGGCTC
GAATCGGTTTGAGAAGCATATACATTCAGACAAGACTTTAGCTTAAACGC
AATTATGTAAGAAATTGCTTCTAATTCAAATATCATTTTGCAACCATTTA
GTTTCGTTCATGATTTTAATGAGTTTATCAACAAATCAACCAGAAGGCAT
GTCTTCCTGCAATCAATGATCGTGTGCCACTTTCCTCAAAGTAATAATAC
CCAACTCGCTGGACAGCCAGAATACGTGCAATTAAATCTCTTTTAGATCA
TTATGAAACCGTGTATGATGAAATTATTGGAATTGCTGTGAAATAACAAA
GCCTCCAAAAAAGCCCACGAACAACGAGCTCTAATGAAAAAAATTAGAAA
GGTCTTCGGACTAAAAGTTTCGTTCACTCTCTTTTCATCACCTGAAGAAG
TGGTTCATGACTTACTCAAAAGAAATATGATCCAACACCATTGATTCAGC
AGTGAACATACCTAAAACTAGATATTCGAATTTGAGATTATTATTTGTTA
GGGAAACAAATTTACTTTTCTTTTTAAAGAAATTTATAATCTTCTAGTTT
TTAAAAAGAATTTCCCTTTTTAAGTGAATATATATTTTTAATTTTCTATG
ATGGCTTATTTAATAGGCATATTTCATTCAATAACTTCTTTAATAAAGGT
AAATTATTTTTGATTATTATGAGGGCCATTTTTAAATATCTAGATAAGAC
CTTTTAAGAAAAGTAATTTCCGTTCAAATTTTCTTAAATTTCATCATTCT
TTCCTAAATTTGTTGCCCTTTTCCACATTCATCACACTTTAAAATATCCA
TTGCAAGTGGCAAAGTGGCCTTCTGTCATTTCGCCACTGGTATTAGGAGT
AAATCATATTTTGAACCTTAAGTAACCACTAAGCAATTACAAAATACATG
AGAAGGTTAGAAGGGGGGCATCTCTCCTGACTTTCGTAATATTAAAATGG
TCCTCTGAGATTTTACATAGTGACGCCTTAGTTTAAAAATTATGATTGTA
CTACTGCAATAATATAACGTCAAAGGGTMCCTGACACAACGAGTTATATT
TATAAAGCTAATCCATTACATGGTTGACGGAATTAATCTCTTAGTTGAAA
GGGAGATTCTTTATATACAAAATCTACAGGGAACGGGGATCAAATTTTTG
CCTACCTTGATAAGTTGAAGACGACATTATCAAATAAAAAACCGGTTACC
AAATAGGAAAGCTATTTTTGTCAGCTGATAATAAGTAGTTCAGTTAGCAT
CATGCCGTCATCATATGAGGGGATAAAGAGCTATAAGTGGAACGGGGAGC
TTTCGAGGYCCGCCGTAGTCATGGTATTGGTTAATAATGGAAGTGAAATC
TCCAATTTAACGATTGCTTCAACCTTAGGAGTGAATTTATGGACTGTTCA
GCGTATCAGTAAGAAGCTAGAGGACACCTGGGATGTTGATGCCACCATAA
AGAGGGCACCCAAGGACGAGGGCGCCGAAAGGAAGGTCAAAGACACCGAC
TTTGTCGACAAGGTGAAGAAGATGGTTGAGAATGACCCTACCAGGTCCAT
GAAGGCCATAGTGAGGGATCTGGGCTGCCATGAGAAAACAATTTGGGACT
GTGTATCTGAGGATTTAAGGTGCAGGAGATACAAGATGCAGGTGGGCCAG
ATCTGGACCCAGAAGGCAAAGGACAACAGGCTGATGAAGTCAACAAAATT
GCTCAACAAGCTCAAGCACCCAAAGCAGCCTGGGATGCTGTGGTTTTTCT
CTGATGAAAAGAATGTCTGTAAAGATCAGAAGGTCAACAAGCANAACAAC
RGGTGGATASCCMCCTSCMCCAGCCATGTGAGGAAGGTAATGAAGACCAA
GTTCACTGCAATGGTCATCGTGTTCGGGGTGGTCAGCAGTGAAAGTCATG
TTATGCCTCCCCACATGTTTGAAACGGGTCTAAAGGTCAATACAGAGGTC
TACCTGGATATTATGGAGAAGGTGGTTCTGCCCTGGATCCAAGGGGTGGC
TGGAGACAGGCCCTGGGTGTGGCAATAGGACTCAGCACCCTGCCATGTGT
CCAAAATCTCCATCCACAGAACCGAGAACTGTTATGACGTCGTAACCAAG
GATTTGTGATCTCCTAACTCTCCCGGCTTTAATCGTTTGGACTATTTTGT
CTGGGGCTATGTCGAAAGACATACCAACGGACATCCCCAAAGCACCAAGG
CCAGCCTGATGGACTCCATCAAGGAGGTATTCGGCAACATGGACAATGAG
ATGGTCAGAAGAACTTGCGGCCGATTCAGAGGCCGTTATTGACTCCCAAC
GGAGATTATATCGAATGAATGGCTACTCTATACCTATATGCTTGTCATAG
TTTTGATTTTTAATAAAAAAGTTAAAAAATGTATATTTTGTGTTGTTTTT
TGTAGAAAAATATTTTGGCGACAATTTGATCCCCGCTCCCTGTACATGTA
TATTGTTGCTGTCCTGCTGCAAGTAATTGGAGGCAAGGTTTATCTTCATT
ATTCTAAAGTTGATAGTTCAACATTTATTTGGTTCAAACTTAAAAACTCA
ACGTGTGCCAATATTTAGAGGGTTCTGCAGGTGAGGAGTGGGACTGTAAT
TCTTCCGATTCGCGCGTTTGCAGAAGCCCTGTTTTGTTAAAATTTTCTAA
TTTGAAGAACACTTTGCTTTGAGCAAAGATAGTAAACAAGGTCTGAAAAG
TCCTGGGCTAAAGAAAGAAAACATGCTGTTTTCCCCGTTTAAGGTTTGTT
TTTAAAAAATTCTTTAATTAATTTTTTTTTTAATTGATAATAATTGCAAA
TTTAAAACTATGTAGGTTTGCATCTCGGTCATTCCTAAAAAAGGGAATAT
ACACAATGTATATTTTTTCCCCTATAACTTCGGTTCAATGGCATATTTCA
AACTATATATATGAAAATCAAAAATAATAACAATTTATAAAAACATTTCA
GCATTCCATGGATAATATATTTATAGAGTTATATTGAAGACAGTACCTAC
AAAATGTGTCGTATAACACACAATCCCAGTTAAATTATTGGTATCATTTG
GAAGATAATAATTTTTTCAATTACTTTATATTATAGCTAAAATATAGGTG
TAATAAACTTTATTACACCTTAAAAAGTTTTGACGTCAAAAAAAGTACGA
TTTTGATTGATTTCTTTAAGGTTTTGTGAAGATGTACCATTATTTGTATA
ATTGTAATAAATAATTAATATTTTAGAGAAATAATTAGATTAAACCCGAT
CTTAGTATGTTTAGTATCAAAGTTATTTGATTAGTATTTATTGATAAGAT
GTATGTCATCTATTCGATTTATTTATATTGAAATTCCGAACTTTTTATGC
AACCTTTTTTATTGCTTATTTATTCAATATTATATAAGAAAGTTGAAAAC
TAAAAAAAAAAAATCAATCCAAATCCAACTATTTTGACAGTAAATCTTTT
GAAATTGTAAGATAAGGTTTATGCTTTGGTTTTGGCTATAATATAAAACA
ATTGAAAAAAATATACACTTAGATTAGCTTCTAAATAAGAACATTTACTT
TACATTTGTGTGATCATACACATTTTTTAGAAATTGTATTCAAAGTAACA
TAATTGATATTTTATTTCTCCAATGCTACATGTCTTATATCAATTGTTAT
TACCTTTGTTTTGATCTATATTTGGTTATCTTATATGGTTCAGAATCGAA
AATATACTCTAAACACAGGATTTAAAAAAATGGCTTAAAAGGCAAAGTTT
GAAAATTTTAATGGTCATTTTCATGTTCCACTGGTAAAAAAAATATCAAA
TGTGGTTTTAGGCGGCGGGCGTTCTAAGACCTAAATTTGGTTGCAAAGTG
TTATCTAACCCTAAAATGTATAAGCTAGACTATGGGAAGTATAAACCAGC
TATAAGATTTTAGCCTCCATATGTAGTTTAATTATTTTTTCATCAAGAAT
AATTTATAAGAAATAAAACACTACTATTTTTAATTCACACTATATCAACA
TTATTAAAGGTACGATCAATAAAAAAAATATTTATTATCGGTTGATGACT
TAATTGTAAATACACTTCCAGAGAAATAAATTTGATTTAAAAAAAGAAAT
GTTTTAATGGAATTTAAGTAAAAAATAAGTAGAAATTTCAAAAAATTAGA
AGCAATTAATTAAAAATAATACTAAAAGATATTAAAATAACACCTATGTC
CGATACTCATAAGTTAAACAATTATGAAAGTTTTTTCATATTATCGACAT
TTCAGAAATGGGTTTTATTACTGATCATACCTTTAATAGAGGATTTTTAA
TGAAGAGAATAAATAGATTCCAAAGTTTTGCGTGTTTAATTTCTTATTTA
ATATAAAAGAATATACTAATAGATTTTCCTTTTACTTTCATTTAAGAGTT
GATTCATGTGAGTCCAGTATAGAAATAAGCCAACCATATTGGGCAGAAAA
CAGTAACAATCAAATCAGAGCAATTGTTAACACCAAACAGTTCAACCAAG
CCATTCATCAAGAAATTTGCAGCAAGTCACGTACAGTTAGATGCGCAGGA
GACTGCTCATGTGAACAAAAGTATAAATGGCATCGTCTTCTATCCTATGA
TCCTAACAATGATTGTTCTGGTATATTCATGGATTGGTTTTTATTTCCTT
CTTGTTGTAGTTGTCGTTGTCTTAAAAAATCCCACGTTTTAACGAATTAA
ATACCGTATTCATAAAACAAAACAAAAAAAGTAATCATGGTTCTTTTACA
CGTAACTATATAGATAAATAAACATATTAATTAGTCAGTTTTGGGAAATA
AAAATTAAATTTTAAGGAAGTATACATTATTTTTACACAAGATAGACAAG
ATAAATGATTGTGTAAGTATTTCCTATTAATACAATTTTACATCAAATAA
AATGAAAGTAAATAAAAAGAAATGTTTATTTATATTTTCACAGTTAAATA
AAAAAAATTGATAGTATCAATATGATAAATAATATTAAATGCAAGAAAGT
AATTTTGTATAAAAAATTAAGTGAAGTAATAGTCCATAAGAAACTTAAAA
TTAAATTTTATTTTAAAACAGAGATCTAAAAATGCATAAAATGTATATAG
AACAATATAATTTAAGGGCTTGAAATAAAAATAAGTTATTTCGCTACAAC
TATTTTCATTATTTCTTTTACACAATTACAAANAAACAACGAGTCGAATA
AATTCTGTATGAATAAAAAGCCACCCTTTAATAAAAAGCAAAAGCAAAAA
AAAAAAATATATATATAAAAGCGGGAAGAATTAAAATTACATAGGAGAAA
TGAACTCCTTCAATGACTAGTACAATAAAATAAAAAAMTAGACTAGGTGT
GAGTAATCTGAATATTACTGAGGATGGTAAATCAAATTTCTAACAAAWAA
ATAATTTATATATATATATATATATATATAGAAAGAGAGGGAGTAAATGA
TAAGCACGGGATGGAGGGAGATGAGGATNGTAGCTTTCCTAACCTAAAGA
AAATATTTCTGTTAACCAATAAATTTAATCAAATAATTAAAAAAAACATT
AAATATTATCTATTTTTATTATAATTAGGGATGGGAATATTGTCTCAATT
GCAATAAGCGTTAAAACCACGCCTGAGAGAATGTCATAAAAATAAAGTAA
TTTTGAGAGAAGAGGAACATAAACTAGTACTTTTTGATTGTTGATACGTA
ATACAGTAACGTCCGCATTTATATTATATTATTTTTTCAGGGGGGGGGGG
GGGGCTTGGTTTTTGGAATAATTTTGAAAAAAATCCAAATATTTTGAAAA
AGATTTCAAAAATCCAATAGCCATTCATAAATAATTCAATCTCATATAAT
AAATTTTTTGTTCTGCAACATAATTGAGATAACTTTTGCAGTTGTTACCT
GAATCAGGGAGAGTGCTCCCTGAATATTTGGGGAAAAAGCAATGGGTATC
CTGTAAGGGTTGTCCGCACGTCATACTTTCTATTTCTAAATTGGAGAAAG
TGACTGAGGATATTTGAAATTCAATTATCGCAACCTTTTAATAATAAGGA
AATAACTTTGGTACTTCAAGTGAAGGAACGTGAAGTAAAGATAACAATAT
ATTGATGGATTAAGAGAAGAAGGATCTCAACTTTTTCGAGTTATTCGGAT
AATTAGCACTTCTAAGGGTCACGAAATTCTATTATGGAAAGTCTCATTGT
GTTGAAGGAGTTGTAAATTTGCCTCTTATATAGTATTCGGAGAAGGGAAG
GGGATAAGTTCTCTTGGAGTCCATCCGTTGACTGAGGGATAAGGCCGGAG
GAGATCATTCCTAATTATGTAAGGCATTACGACTTTTTCTTATATATCTA
ACATGAATCATAACAGTAGAGTTACTTTCAGGAACACTTTGAACGGGAGT
CGTAGTGTGCAAATTTGTACTGGCGTATTTCTTATTAGATATCGATGAAC
TCGGATAAGAGCGAATTATTAGCCTAATTAGACTATTTTACCCTGGGTTT
GCAGTCTATAATCATGGTTCTTATTCAAACTTAATTATTTGTTGCCTAAT
AATAAGTCTTAATATTATATTACAATAATTATTATTTGATTTTGTAATGA
TTGTATCGATCATAATTGTTGGAATAAGTTTACAGGTAGGATTATATAAT
CATAAGAGCTTTTACTTTATATTTCTATACTTAACAACTATAAATAACTA
AAAAATAAACACGTCTATTATTAAGAATGTAATGTAAATGAAGTATCTTA
TTTAAAAGATATGAAAAAATCAAATTTTATCATATTGACGCTTAGTTTAC
AGTCTAAAATTATGCCCCCTGTTCAAACTTAATTAATTGTTTGTTATCTT
GAAGGTGTGTTATAATTTTATCTATCACAATTGTGCAAATAATTTTTTAC
GTTTTAACGGGAACAACTGATTTCTGACGATTGGACAGTATATTGCAACC
TTGGGAGTAAGTTAGATATGGTACACTTAACAGTTGTGCATAAGTATAAC
TTTATGGATCCAATAGTCTTTTTAGAGTCATTTCAAGGGTATGCTCAGAC
GGTTAGGAGTAATGAATACCTCTAGGGAGCGATTTCAGGCATATCTCAAT
GAGTATATGTGGAGGAAGTGTCTCAAGGATATTAGTCCTTTTTGTAGAAT
TCTTGAGGACATTATGAACCAATATCCGATATGAGGTTCTTTCATATTTT
TCTTAAATTTTTTTAAAGTTCATAAATTAGAATAATAAAAAATATATTCT
TCATGATAAACTTAAAATTTTGGGAAAAAATATTTCCTCTATATATTTCT
AAATATTGAAGACCGTATTTTTAGAGAGAAAAAAAAAAAGAAAGATTCAC
GGGTCAAATTTAAGATCATAGGCTAAAAACGAGATAATATAAAAATAAAT
TTGAAATAAAACTTTTTTTTTCATATTTTACTTTTGAAAAATACTTTCTT
TGCTAAAATTAAGCTACAACTTTAGAAGAGAAGACTATTTATATTTTGAA
GGTTCCCCTATTTTTTGCTAAAGAGCTAGACTATAGTTCTAGAGTCAACC
ATCCGATTTTTATTAAAAAAAAATTTGCATTCTTCAGGTAAAAATCTGTA
TGTATTCTATATTTATTCAAATTATTGAAACTTTACAGGCAGTAAGAATC
GAAGCTATACGCTTATCAGGGCCCTTGCAATATTGTACCCAGAAAACCAT
GGCGTCCCCATTTTTTGAAAATTATCAATTATCATGTATCAGTAAAAAAT
TTAATTTCTTTTCATTACAGTTATTTGCCTCCCCACATTCATAAACTACC
AACTCCACCTTAGGAAGGAATAAACCGTGGATGACATATTGAAGGAGTAA
TAGGAATGGGTATACCATCATGACACCGGATGCAATCCATTCCATTGCAA
GCTGGAGTTGGTAGTTGGTTTCTCTTCCTCATTACTTTGCTATTTTTTCC
TTCTCCCATTGTTTTTGCGTCCTCTCTCAGTTACCTTACTTTGATTTTTT
CATAGTGATTAAGGTTTGCCACTAAGGCTATCTCTGTGTTGTTGGTCTCA
AAATTCTTATTCATGCAATAATATGAGTTTTCCAGTTTCAATTTCTTCTT
CTACATTGTTTTTGTCTTCAGTCTTTTCATTTATTATTTCTTGCTGGGTG
ATATTTTCTATGAATGGACAATTTTCATTAGTTTTACGCCTTTTTGAAAT
CTACCTCGCGTAATCTTTGTAACCTGTCAGAAAAGTAAATTGAAAATTGC
CTTAAGGTATTTGCAAATTCCATTAGAAAGATCCTACCATTGATGGGAAG
GAATGTAGGAAGGATTTTTGGTGATTCCTTAACTAAGACGCTTAATGAAG
AGCTCAGTTGTTTTTGGAGATGGGAAAATTGTTTCAAAATTGAGAAACTT
CTGAGCTCCATTACTTGGTTAGGCTTATGCTGACCCACTGTTATTCCTTC
AACTTAAAAAAAAAAAGCTATATGATCAGGTAAGAGACCGTGTACCAACG
TTCTTCAATATAATTGAAGTTTCAGTTTCTTTGCATCATGTCAGTAAAAT
CTCGACACTCTATTTTTGCATTGAATGGATTGCCTTCTTTGTCTTTTAAT
TCTAATTTCACTCAGAAGACTAAGGGATTGAGGTTTCATTATAATTATTT
GAGGTTTATAGCGGATTGCACAAGAGACGGATCTAACATCCATTAGATTG
AGACCTAAAGTATCCCTAGTAATGAGAGCAACTTTTTCCAAATTCATCTG
TTGGAAGGTTATTGTTCTACAGCTGTTTGAAACACTTACAAATATTGATA
ACTTAAACCAATCACTCTCAAGAGTTTTTGATTATGTCCACTCCATTACA
CTTAAATGCTTGAGAGGCAGGCATATAGGAGGAGMCGTTTGTTWCTATTG
AAGTTTTTTTCTCTACCACCCATATCAGAGTAAGAACATAAATAGCACAC
CTTCTGTTTAGATGGCCAGGACTTCTTTGTAAATAAAAGATTTTACTAGA
CTTCACCTCAACCATTCTTGACGTGTATCAGTGAATTTATTCCTCAAAAT
GATGTTTGGACCCGCATAATCCATACTACAACCAAGACCAAGAGGGTGGG
GTCTTCTCTTGACTACCAATAGCAATATTGGAAACTTGCTGAGTCATCTC
GTTTGGAATGATTTCTAAAGCAATGKAAGCCAGTATCGGAAGTCTGAAAT
ATTTACTTTTGAAATCTCGTCCTGAGAACATCCACCGTGTTCTATGGGAT
AGAATGAAGTTATTCCGCTCAAGGCTCCCATTCGATCATATTGACTTGTA
GCGTTAATCCTTTTATTTTTGAAGGACTCCCCCCAACTTTTAGGTAGATG
ATAATAATTTAGTGGTTCTTTTGAACCTAGTAAAGGGAGGATATTATCGA
TCTCCAAACTGAGTCAATTTTACTCCGATGATGACCTGATCTGTTCACCT
CTTCAAAAAATTCCAGATGGGCCCATACGGAACTGTTCAGAAAATAGAAA
AGCAATCTGTTGTTAGATTTTTTTATTTTATTTGAATAGCCCAAAAATCC
CCAGAACTTCTGAGTCGTTTTAACTACGAAGAGGTAACTTTCCTCCTGCA
TACTTTCTATGTGCAGAGAACCAATACCCTAGCAAGTTGATGGAGCATTA
ATCCTTGACCTTTAAACGCAATAAAAAGAGGCTAACATTGTAAGTGTTAC
CATCTTCTTTAATTATGGATAAAACGACTTTGTATTATTATTATTTTTTT
TTTTAAATAATTGTTCAACACATGAGTGGTCTCTATTGTTCCGGAATTCA
ATTTATTCTGTAGTTTATTTGATTATATTGATTTATTTTATTTGCATTTT
ATTCATAAAGGCTTCCGTTAGAGTTTTTGTTGGAACCATTTAAATGTACC
AGAGGATTTTTGATGTTGTTTTCGGTAGAAAGGTCCTCAAAATAAATATA
TAAATATACATACATATATATCTTCCAAAAAATATGATTTACATCTATAC
GTAATTAATTTGTTTGTCTTTTTGAATAATCGACATTCCTTTATTTTTGA
TGGAGAAAATAGAATATGNNNNNAGTCATTAAGGGTCAATGTACATAACA
TTGTTGGAATACAAAACATGACTCGTCTTTATTATTCAAAATAAGAATAA
GTTTCAGTCAAGGCTAGTTTTATATGGTAAATAATAAAATAAAATAAAGA
TTTTGTAAAATAGCTTGGCATAGGGTCGATAGCAAGTGCCCCGATGCCCT
TTCTATAATCGATAAAAACTACAATCTCTCTTTTTTTGATACAAAAACTA
AATTATTAGATGGAGAGTCCATCCTTCAACTAAGAGTAGAAAAATATACT
TCATGGAGAAGAAATCTTATAAATTTATACCAAAATTGAAGGGTTGGCAT
ACCTCTTTAAGGTAAAGGAAAAAATTAATAAAATAACATAATAGTGAAGA
ATAGGGGATAGTGGTCGACATAACGAGGAGCAACCTTTAAGGGATATCTC
TGATGTAGCATTATAGTTGTGAAAAATATGACTGGKCTGTATTTGAAAAA
TAGGAACCGAAAGTTAATATGGTCACCCTGACCATTTGAAAAATAATTGG
GAGCAGATGACCTTTACCTATCATGATATTTTATTAGATAAGCCACATTG
AACCATGAGATAAAAGAAATAAACACAAATCCCAATCCAATATCTAACAA
GGATATTGCCGAAATTACTACGCTGTAGATCCTAATTTATGCTCCGAGTC
CAACAAGAACTTAAATTTATAAATTCCCAAACCAATCATCCGTGTTACGA
TCCTTTTTATGCATGAACTCACGCACTTTAGACTTAGATTTTCCATCCTC
AGGAATGAGATAATAATGATAACAGTTTTGGGAATTAAAAAAACCCGTGC
TAGAACCTCTATACTTCCCAATTATTTGAGGATGTTTGGTTTTCTGATAT
TTTAGCCTTCTGGACACTTGTTTAAAGCATAACTATAAATTCTTGTATAA
AATACAATAAAATTGTCTACCTTTTCCCTTGTCCCATTTATAATACTATG
CTCATTCTATTTCCAAATTTGCACACCCAGCCCGATGGGTCTTCGTCTTA
GTGAAGAAATCTCTATGTCCCAAAGTAATTTAGTCCGATACCGAAATTAA
TTTTGTTACATTAGACGTAACCATGTCCTACAAAACCGTAAGAGTAAATA
CAATCTAAGATCCAAACAAGAGTGTAAATAATATACTCCAAGACATTATC
TCAGAGTAGAGGGACATAACATATAAAATATTCATCAAATTTCTATGAGA
TTTGAATATCACACATAATTCTGGTAAAGATTAAATTAATTTTAAAAATT
CTCAGAATTAAAAAAAAAAAGGGATCAGAAAAGAAAATACAACTAAGCTC
AGCCTCAAAGACGTTGAACTTAGTAGAATGTCAAGGAAATTGAATGCCTT
AAGTGCAGAAATAATGAACAAAATCATTTGAATATCGGGAAAATAGGATT
AAAAATTACTCTAGAGGTTCGAAAGTGGGCAATACATACTGAAGTTATGG
AGGGTTTACAAGGGATAATAAGCACTCGTACAAGGCAGCGGTTGGAATGT
CAAGAAGGAATGAGTATGAGAAGTCTGAAGGATACGATATGTGCATTAGA
AGGGGTTCAGTATGAATACATAATGTGGAATTGCTTAGGGATACTGGTTG
TAATGGTGTAGTTGTAAACAAATATTTTGTTGATCAAGTTGAATATACAG
GGAAATTTGGGCAAGTTTTATGAAAGCATTTGACGTCAAGAGGTATTTAA
AATCGAGAAAGAAGAGTTGGTGAGATTACAAAAAAGTGACAAGTCATTGG
ATAAATTGAGGAGAGCGGATTGTAAGGATGGAAAGGAAAGAAGGATAACC
TTTGAATTTATTAAAGGAATAATATTTAAATACATTGGAGAAAGTAAATA
TCAATTAATTGTACCATCAATATTAAGAAGAGGGGTGGATTCTATAGCAC
ATGATTCTATTATGGGAGGACATTTAGGTATTACAAAAACTGAAGATAAA
ATTCAAGCAGGATTTACTGACTTCAAATCCATCATAACGTTGTCCGGTAT
GTTAAATCGTGTGATACTTGCCAAATAACGATCTCAAAATAAAAATTCCA
TTGATTAAAATGCCGATCATATATACTCCGTTCAAAAGAGTAGCCATCGA
TCTAATAGGCCCTATAAGTCCTCCGTCTAATAAAAGACATAGATATATAA
TAATGATGGTGGACTATGTAACCAGATGCACTAAGGCAATTGTCTTAAAG
AATGTAACAATGGAAGCAGTTGTAGAATTTCTTGTTGGAGTCTATAGTCG
ACTTGGATTTCCGGAGGAGGKCTTATCAGACGTTGGGACTTAATTTTTCT
ATGAATATATTAGGAAGATATCCCGATTTTTATCATTGAAGAAATACTCA
CTACCCCATATCATACTATGTGAAATGGCTTAGTTGAGAGATTTAATGGT
ACATTGAAAGCCATCTTGACAGTGCCATGTTGGGAAAGACCAAAATTGTG
GAATCGATTTATTAATCCATTATTATTGGCTTACAGAGAGGCGCCTAAGG
ATAGCAATAGGTTTGCTCCGTTCAAACCTCTAGACGGTGGAACATTTTGA
GGAAAGATGCAAATACTGGAGGAATTATAGATTGTTGAATTATAACATGT
TGGAGGCGCAATAAAAAATCTTTATTTATTTATTTGAATTGAGAGATGCA
CTAGAGGAAACTCTCGAAATTACGAAGAGGGAGTTGGAAAAATCACAAGG
CAAGTATAACATTATTATGATAAACGAACCAAAAACAGGAAATTTTAGAA
TTGGGGAGCGGATTTGATTTTACTTCGAAGTGAAAGTAACAAATTGTTTA
TGCAATGGAAAGGTCCGTATGTAATAACTTGAGTTATCGAGGAAAACAAC
TACAAAGTAGTAGTTGGGGGAAAAGTATTTCGTATTTTTTGCTTTACTTC
AATGCTTTATAAGAAGTGTTACAATAATTCGATTTAGGCCAAATATGCCC
CGTTCTGTTCGATAACGTGTTGCAAACGAGAATCCAACTTCATAATGATC
TTCTCGTAGAACCCCTTTTCCCTATTGATAAAAAAACTCTGGACACCAAT
TTTCACAGACCTCTCTTGAAGCCAAATTTTTACACCCAAGGACATTGACC
ATAGACCAGAACAGGTGGTAGTCATTTAGTGCCAGGTCTACACTGTAGGT
TGGATACATAAGAACTACCCATCCGAGCATTTGGAGCACATCATAAAAGA
TGGTTGCAGCCTGGCATTGTCTTATTGAAATTCAATTTATTTCTTCCCCT
GACGCATGGCACGTCATTCACCTCCAATACACCCGAACAAAATCGCTCAA
ACCACTCTTGTGGAAATAAATACAGTTCTGCTACGACGTTTCCATGAAAC
CAAGAATGAATATCAGAGAAAGGAATATGCGATTCTTTGAAATCATCTTC
TCTGATACTGTTAAAAGAATCATAATTGAAGATTATTTCAATAGATTCTC
CTCCTTCGAGTCTTCTCAAGTACAATACTTATTCATGAGCATCAATTAAT
ATTTTTTGCAATTTTGATTTAATGTCCATATTCCGCACTAAGGTTTTTAA
GTTAATCTCAAAAAAATATAATTACGTGACAGAAAAAATGACTCCTTATG
GAACATAAGCAAACGTAATTATCTAAAATGTAATTTTTTTGTCGTATACA
AACAAGCATTGTAATTAATATATTAAGTAATTTTCAATTAAATTTTTTGA
CTCAAATTTTAATATTTAAAATATTATTTTATAGCAAAATATATAAAAAA
ATTTACCGAAAGCATTATCTACATAGGAACTATGAATAACTAGATTAACA
TATGATCAAATATTTTTGAACCAGTTTTTGGATACGATTAACAGAAACAA
ATTAAAAAATATTACTTTTTATACATTGCTCGTACNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NTATTATATTTAAATTCATAAATTTTTTTATTATGCACTTTTAGAACAAT
TTACACAAAAGATGGACGATAATTATTCGGTCATAGGGGTATGCTAACAC
CATTATGACCGAATAAATCATGAACAAAAAAGAAGGAAGAACACCCACAA
CAACTTATTTTATTTTCTAATATGTCAGAATGATATTCATTCATTTTCTT
TAAAATTTTAACCATTTAAATAGAACTAATATGGATATYATATATATTAG
CTAGGTTTTTTTGACATGATTTTCAAAAATATTGATCTTCTAATTTGATA
TAATTCAGAAGAAAGTTAGTTGAGTAAGTATGCAATGTACACAAATAAAT
TAAATACACCCACGATAAAAGCTTTAATATTATTTAATTCTGAAGAGTTA
TAAAGGAATACGTAATTGATTACTTTGCATATTTAAGGTACTAATCTAGT
AGTTAAACATAGTTTTAGAAAAGAAAACTAGTCAAAGGACTCCTTGAATG
AGATATACACAAACTAAACGATCTTTATATAGTATTAACTTACTGGATAA
TGCCACATTTAAACCTATACTTTTGGCACTCATAAATTTATTTTATTCCT
CTAGTTAAATTTGATACTTAGATTAATAATTTTGTACATTAAAGTGAAGA
GTCTAGGGCAAACGTCCCAATGTCCCTAAAAACGGAAGAGTAGATATCTA
CCTATTTTTTTTCTTAATTACTTTATGTCAGAATTCCCCCTACATCTAAC
TATGATAATAATTGAAAAAAATACAATATGTTCCTTGAATTGGTCAAATA
GAGTTGCATTAATAAAGTATAATTAAACATGAGAGTATTATGACTCGATT
TGACCTAGTAATTGTCTTTGAAATCCATATACATGGAGTATATTTCCTTC
TTTAGGAACGACTGAGCGACGAAGCTTTGCATATTAAGTTCAAGAGAATC
ATTTTTCCCAAGTCCATTATCCATTGAGCTACGTCACTCCATTATCAATT
ATTTATTTGGGGAGAGAGATTACCGCAAATATTTAATGTTCTTTATATAA
AAAAAGACAATTTTACATTCTTGATCCGACCCCATTAGACCTCTCTCCAA
AATAATAAATAAATCAGTATATTTTATAATTATTATAATTTGTGCATGCG
TTTAATTTATTCATTCCCATATAAATAATACAGACCTATATAAGAACCAT
TGCCTTAGTTGAAGATAATTTATAATATTTAGGTAATGTTCCTTAAAGGA
AATATTTTATATCTTAACATATTGATTTAAAAATTTCATCCCTCATGTAA
TTTTTTTTATTCTTAACAATTTAGCTTTTTTTACTTTCCAGATTTTTTAA
TCCCTAAAAAGTAATTCTAAAATTTATTTTCCAAATATATTAATAATATT
TTTACAACTAATTTTGAATTTCGAAAAAAAAAACATATTGCTAGAACTTT
AGTTATTCAAAAAAAATAGGAATGAATAATTTTGGATTAAATATATTTAG
AGAAAAATATATCAATTTTTCAGAGAAAATTGTCCAAATCACAAGTACTT
AGTTATTTTATTAAGTTCTTAATAAATTGTTGTCAATAGCTCATTCATTG
CTTTTATTAAACATTTCACACTTTTGGCATGGTATTAAAACATATTTATT
AGTTCTTAAAAATACTAACTTATCAACACATTGAGTCAAACGAATGTACG
CAATGGCGGCAGAATCCTCTCCAAGGAGATGTACCAAAGGATTAATAATA
TTTATATTTGTGGTTCGAAAATCTTCATTTTTGCCTAAAACTTGAAAAAA
AAGGAAAATATCTAGTATAAGTACATAAAAACTTTATTGAAAAGGTCAAG
CAAATCTATATATTGACNTTCAGTTACATTGTCATATTTTTCCACAACTT
TTGAAATTTAGCTTTCTTTTAGGAATGTGGCAAATTGCTTCAACACTTTA
AAAGCTTTCTAAACTTTTCACCTTCTCCAATAATAGACCTGAGTATTCAT
ATTATAAAAAAACGGAGAAAATAGAAATTGCAGTCGTGTTTATTTACATC
AACAAAAGTAGCAACCCTACATATCTCTATTATTTATCACAATCTTTATT
AACAATTTATAGCGCCTATAATTAGAGTTGTATAGAATATGAGCTAAGGG
TGTGCGTTATTTTTTTCTAGTTGCCAATCTGAAGAGTTTTTTTTTATTTT
TCGAAGCTGATATTCATCATTCTTTTGTCCTTATTCAATAATTATTGAAT
ACAGAATATCTTAGTATAAGTAATCACGACTGTGTGTTYTTATGAATGAA
TATAGCACGAAGGATTAGTTGGGGATTGATAATTATAAGTCCTTGTTGGA
AGAGTAGAATTGATAATCAACATCAGATCCTCAAGGTTGATAACAGCTTT
AGAAAATAAAAACATTTTCACATTACTAACACAAAAAAATAAGTCACACG
AGTGCAAGTCATATTTTATACAACTCTAAAATAATATAAGACAGAAAAAA
TAGCTTTGTTGAGCGTAAAATAATCAAAAATAATTTTATTTGGCTTTTCT
AAATGAAAGTGATTGTTTTCTTTTCCTTATAAGCTTTTTCTGTCATGCCA
TTGACCAACATACAACCAATAATAAAAATATTTGTTGAAGTTGAAAAATA
CTATTATATTCATGGCAAAACTAAATATTTTAACATACCATTAAATTATG
GAAAAATAATGTGTAACAAGTGCACAAACCGGCAATGTATATATATATAT
ATAGGTCAAAATAAATAACTTACTGTTATCAAAATAAAATTTATGATATT
CTAATCCTTCCACCAAGTTGCCAAGGGCTTCTGGATCAAATGAAGTCAAA
GATGAATCACATAGTCGTCTGAAATTATAAATATATATTTTATCGGTATT
AACTATAAATTGCATTTATGTAGCTATATATATTTGAATAATTAGAGTTG
TTTCCTATATTTATAATACAAATAGAATGAGATAAAAATAAATTAAACAT
TACAAACTACCATATAATAATAAAAATATGACATACGTGAAAGACTCGAA
ATCACCGCTACCTATAGCCTCTAAAAGAAGTTCTGTGCATCGAATAATTT
CATTTTTCCTAGCTGAAAAAAAAAATATGCGTGAAAATATTGGGAAGGTG
TGAAATCGTTAATTTACCAGATATATTTGGATCTCCTTGACTGTTAGAAT
TTCTAATTTGCAGAGAACTACTATTCTTAACATGGCTTAACTTCATATCT
GAAAAAACCAAAAAAACAAACAAAAAACTAAACTAAACGATATAACGTGC
AAAACTTATTTTTATACAAAGACTTTGAGTATCTACTCCAATCTATTATT
GCTTTCTAAACTAGTCTGCAGTTGCAGTTATTTTAAAACGTACCAGATGT
AATCCTTAGACCTCCGATTATTTCGTCTTTAAGCAATATAAAGAATATAT
ATATATTTTTTTAATATTTATGATGTCGCTGTTTTATACTATAAAAATAG
TTAATTGTGAAAATTTCTAATTTTTTTGTATAAAAGTTAATCTATGTAGT
TAAAGAAACAAAGGTAAAAGAAGAATGATAGGGATACATTAAAACACCCC
GTAGCCACTTGAAAGGGAGGAGGAAGGCTCAAGACCACATATATCCCCGT
CAAAAATTATTCTTAGTTCATAATTTGTAATAAAATTTTGTGACCCTGGC
TAGAATCAAACTATTTGAATCATGTGATTCAAAAACCATTCGATTCAGTA
AGCGAAAACYCTCGACAATGCCCAATTTATGAATTAATCAGATTAGTATT
GAAAGAATCAATGGATGATAATATTTATCAATAATTAGCTATTGGAATTA
AACTTACAACATAATACTCTTGTACAAATACGAACTGAAGGATAGATTCT
ATAGCTTTAATAATTAATTTAATGTACTTTATACAAAACTGACAGTCCTA
AAACTGATTAAAAAAAGAAGAAATTAATTTGAGAGACGTCATCAAGCTTT
TATGACTAAACCAGGCCACTAGACTGATACTGTACTGGACAGTACTACTC
TTTGCAACCCTAAATAAGGACTGTCACAACAGTTGTTCCCTATCATCATT
ATGATCAAGTGTTTTTCTCTCCTTTGTCACTATTTATAACTCCTATTATT
TTTAATTATAGAGACATTTTTTACTGAAGAAATAAAATTAGAAGGCACTA
ATGTCATCCACAGTGGTAAAGCTGAATTTATTTCTAAGATATCTTATTTT
GACGACATTATTGAAAAAAATATTGTACTATAAAACAACTTTAAGAAGCA
CTTTAAAAACTGTTAAAGGAAATTAAAGATGGTAATAATTTATTTGTGTG
GAGATACAATTTTCTCAGGAAATTAATATTCCAAATTAGTCACACGCAAT
TTAGTAATTAAGTAGAAAATTCCCAATTAACTAAGTTTTGAAATTGCAAT
GATATTAAGTTCTTTGATGAAATTTTATTGAATTTAAAAAATTCCTTATA
TTTTCAATCTAATTCAAATGAACTATATTATATGAATATAACAGCCGAAT
AAACTAGTGATTATCAATAATAGAAGTTCCCGTTATCTTGAGAGTCCAAG
ATTGTCTTACACTTTTTCAATGATAATGTATTACATACTAGAGTCCATAC
AGCACGCAGGGCTGCAGAGTCGGAAAATAAAGTGCCTAACTCTGACTCCA
GTATTTGGAATGTCATCGACTCCAACAGACAATTTTTTAATAATATATTT
AATAGCCTATATAAGTATTTGATATGTAATTAATTGCAGTGATTAGGTTC
TTGCACTTAGGAATCATTATTCACTTCTTTACCTATTGAGTTACTTCTTT
TATTCTATTATATACAAGATAGTATATWCGWAATYACTTRGRATAAAATG
TAACGCAACTTAAAAAACATAAATAAACACGCAACTCTTCNNNNNNATAA
GTATTTGATATGTAATTAATTGCAGTGATTAGGTTCTTGCACTTAGGAAT
CATTATTCACTTCTTTACCTATTGAGTTACTTCTTTTATTCTATTATATA
CAAGATAGTATATTCGAAATGACTTTGCATAAAATGTAACGCAACTTAAA
AAACATAAATAAACACGCAACTCTTCATCACCTCCTAAGATTTTAAGGGA
ATATACATAAGGTTTTAAATGACATTAAATCTTTTAAAAAAAAAAAAAAG
CATATATATATACACAATTAAAAATCAATATTAAATTTAACAGTTTTCTT
TCTATTCCGATCACTCTTCCTCAATATTCTATGTTCCATGTTTTCTTTTC
CAGATTTGAGATTCTCAAATAATATCCCGGATTTGTTTAGCCTTAGGAAC
TTCCCATTTCGAATCAATTCACGCTTGTTCTTAATCAATATATATGTTTT
CCCATGATCTCAGATGTCTTTGATCACGGCTTCAGAGTCCCAAGTTTGGG
AAATAGGTTTTTGTACCAATACATTGTTCCCAATCTTGAACTCTGAGAGA
GAGCACCATTTGAATTCTAGGTAGTTATTGTTTTCTTTCATTTTTTATAA
ACATCGTTTGATTCAATTTTTTCATAGGCATTAGGTAGTGCTAGTAATTA
ACCACGGGGTCTTCTGCCGAACATCATTTGCGCCGGACTAAATCCATCTG
CCGTGGGTGTATTTCTCTAAGCAAATAATTCTGCTTCTATATTGGTCTTG
TCAGTTTTCTTGATGATTTACTTAACTGACTTGACTGCTTGCTTGATTTT
ATCCATATCTTTATTTAAGCATTGAACTTTGTTCACTAAAACATTTGGAA
ACCCTTCCGTGATGACTGATAATCTTTTCAAATCATCTATACCTATGAGA
AACTCTATTTTCATAGACAATGTAATTATAACATCAACCATAATACTTTT
TCCACTTGAATGTTCAACTTCAAGTTGAACAATTCCCTCACATTTTATAG
GATAATTACTTGCATTGAACAACCGTTGATTTGTGGTAGTGTAAGGAAAT
CCATTTTCTCTTATATAAGTATAGGAAATTATACTCTTGCTTGAACCTGT
GTCCGGCAATGCCATACTCTCAAAATGTTTCAAGCATCCTTTGAGACTAG
ATTCAACTTTCAATTCCATCCTTTTCAAAGACATCGATCCTTTGATATGA
TTAATATGAATTTTTGATGATGAATAACGTTCTGGACTGTTCACTCTTGA
GGTATATCGACTATTGGATTTTGTATGAAATTTTGAATTTGGATTTGTCT
TAGTAAGACAAAAGGAAGACAAATGTCCTGGTTTTCCACATTTGCAACAT
GTAATTGATTCTCTACGAGGGCAATCTTTGATATGACTAGTACTTCCACA
TCGCTTACATATCTTTCTTACATTTTATCCTTTTTGAAGAAGTTACTTTT
CATCTTATTTGATGTATGAGATATAGGATTAATTGACATTTGAGATGATG
TAATTGCCTCATATACACGACCTGTGCGCTTGACTTCTTCTCTGGTGGGA
TTTCCTTAACTTAGCAATTTTTTTCTTAGTTCATTGTCTGTAGTTCCATT
AACGTAACGAAACGTGGAGATCATCAACATTAATCTCATATAGATTAGCC
CGTGCTCCTTCTTGTTCCAAGTTTGCAACAAAATCGGCCCATGATTGTCC
AGATCCTTTGGAATATTGAAAAAAATCTAATCTTCTTTGGAATGGAGGGT
ACAGATAAAGAAATTCATCCTCTAAAGCTTTTACACATCCATCTTCAACT
TCAGAAAAAACAGGAGTAGCGCCTTGTATATTAAGACTTATTCTCGCTCT
CAGACTAGCATTAATTCTCTTGTTGAACATGCAGGGGAAATTTATCAATT
GAATTTTGAGTATAGTAACTCTTGAAACTTTTTACCCATTCAGCTTATTC
ATGAGAATTATGATCCTTTGTTAGATTGAAAGGTAGTGAAGAGTTGTCAA
TATGGATAATGCCACTAGAAGGTTCGGGTGGTTTATTTAAAGTTCGTTCA
TCTGGTTGCTCATTCAAAGACATACTATCTAAAAGCTTATCCAGCGTCTC
TTGATATTTTGTATTATATTCCTCCGATTGGCTATTGTATTCATTTGTTT
GATCTGGATCTATGTCCATCAATTCCATATAATGATCCTCCAATGATTCA
TAGGCTTTTTGAAAGACGAATCCTTGCTTAATCTAGGAATAATTTACCTT
CAGATGTTTTCCAAGCTAATAGGGACTTACACAAACTGTTTATGCTATTA
ACAGCTCTGGTTACTTGAGCCTTATTACTAGGTGATCGCTTCCTTAAGTC
ATCACCTCGTCCAACCATTTTCACTTATCAATTTTTATAACTTAAAATAC
ACTTAATATTTTTTTTTAATTAAAGTTTTTAAAGATTCTTAACTGTAATT
ATTAGTAATTACCCACTGTGCCATAATATGTAATTAATTGCAATGATTAT
GTTCTTGCACTTAGGAATTATTATTCTCTTCTTACCCTTATGAGTTACTT
CTTTTATTCTATTATATACAAGATAATATATAAAAAATGACTTTGCATAA
AATGTAACGCAACTTAATATACATAAATAAACACTCAACTCCTAAGTACT
TGTCATTTGAATCTAGAGACTTTAAATACAGATCTAATTTATAGCCCGTG
TGAAAATATGAGAGGTGTGAGATTTGGAACGAAGGATAAAAAAGTCGAAT
TTTACGCAGCTGATATGATAACAATGTACTCTGGTACAGTTGAGGAAATT
AAATAATCTATAATAAGTACACAATAAATTATTGAAGAATTCACCCTGGG
CTCAGATTTGACAGTTTACTTTCAGAAGTCAAAAATTGTGTCAAGCTGTG
GTATTAAGAACTTTGAAATGGTTCCATTCCTTAAAATATTGGGTATTATG
ATGACCTTGAACAAAAGTGTGACAATTGAGAACCAAAGAGTAATCCAACA
TAGAAAAAGGAATGCAATATCGAGATATGCAACTCTAATTGGAAGAAATA
TCCCCACTAGAATCTATATATGGAACACGCTTACTTTAACAAAAGTCAGC
CATCTTTTGAGGTTCACTCCCTTCTCAAATAAGTTTTCTATGAGAATGGA
ACAAGTTTGTAGTAGTTTTTCCATTCCTTCTGGACCATCCAGGATAATTA
AATGGAAGCGGACAATAGCTCCCAAAAAGTACAGTGGATCAGAATTGATC
GCCTTCAAATAGTTTTGGAAGGTCATGCCATTTTATTGGTTCAAGAGATT
AATGGAAAGGGAGTAGGTGTGGGGTAGGATTTTCAAGAACAATTGAACAG
GATAATAGGTCATACAATTAAAGAGATTGAAGGGGAAGGCCCAAACTGAG
AGGTAAACCGAGGAATAACAATGAAAACCCTACCAATAATGGAATGGCAA
GAACCAGTAAAAGCTAATGAAAGGCTTACGTGCCTAACTGACTCGTCAAT
TAGGAACAAAATAGATTTTGTGGGATAAGGTCTTTAATGACATATCAAAT
TATAATTTTAGGGAAAAATTCGAGAGCGCAAGTTTTAGTGGAGCAAAACA
AAAAAAGAATAAAGAAGAGAATATGGAACTAGAAACAGTTAATTTTTTTA
ATTAGAGGATTGTAGATCAGGTAAAAAGAAAAATTGCACCAGAGGACATG
AAAATCAAGGCTACACTGCTATTAAGTTCTCTGGGGTGTGGTTGGGTGGA
TTTCTCAATATACTGGTTAAAGTATAGGGTAATTACCAGCACACTTTCTT
TTGTTAATATTCACGGCAAGACTCATGAGGAGTCATTTTTTTTTTTGGAA
GGGAACTAGAGACCACGAGACATTTTTAATATGAATGCAGTGAGGACCAT
TTGGCCTTAGTGATATATGGGAACCATAAAATATTTTTGGAGTAAACAGT
TTATGCTATATTTATAATGGCCCCAAAACCGAATTAATTAATTTTATTAA
AACCAATAACAAACGGTGTACGAAAACCCCCTCGTGAATTAATTTAATTT
TAACAGTTAAGATTATGATAAATGTGTTGTGAGATTGTGATAATAATATG
AATAAAGTATAATAAAAGGTGGTTGTACACGCAAAAAATAGCAAATGAAA
TGTATCTCTTGCTTACACATTCATAAGTTTCTGAACATAATTTATCGACT
CGTAACTGAGGAACAACAATACATACAACCTCTCACTGCAAAGTTACTCT
TTACTCCGATGACATTGACTACTCACAAAATTAAGTAATGAACTAGCAGG
GGTAGTAGCTATGAGTTTAGACTTTCGAAATGTTCGGGAATTGTGATTAT
ATGGACTATAAAGTACGTTGGAAATTTGTGAACTAAACTTATATATGAGC
TAACTTT

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