EMLSAG00000008926, EMLSAG00000008926-691692 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000008926
Unique Name	EMLSAG00000008926-691692
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000008926 vs. GO
Match: - (symbol:CG31221 species:7227 "Drosophila melanogaster" [GO:0030228 "lipoprotein particle receptor activity" evidence=ISS] InterPro:IPR002172 Pfam:PF00057 PROSITE:PS50068 SMART:SM00192 EMBL:AE014297 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 EMBL:BT001440 RefSeq:NP_732424.1 RefSeq:NP_732425.1 UniGene:Dm.31263 SMR:Q7JRL9 STRING:7227.FBpp0083176 EnsemblMetazoa:FBtr0083762 EnsemblMetazoa:FBtr0083763 GeneID:42325 KEGG:dme:Dmel_CG31221 UCSC:CG31221-RA FlyBase:FBgn0051221 eggNOG:NOG68814 GeneTree:ENSGT00520000058624 InParanoid:Q7JRL9 OrthoDB:EOG7P2XT4 ChiTaRS:CG31221 GenomeRNAi:42325 NextBio:828238 Uniprot:Q7JRL9)

HSP 1 Score: 163.696 bits (413), Expect = 1.073e-44
Identity = 80/116 (68.97%), Postives = 87/116 (75.00%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + IDLS+LY         R E   C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEETASFL SL+ASHGPNYLEKLFGSKAR  L  LGGVE VAIALS
Sbjct:   42 MAIDLSRLYGHMANPIVKRSE--ACHPYEPFKCPGDGNCISIQYLCDGAPDCSDGYDEDMRLCTAAKRPPVEETASFLQSLIASHGPNYLEKLFGSKARDALSPLGGVEKVAIALS 155

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BLAST of EMLSAG00000008926 vs. GO
Match: - (symbol:THAP2 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0003676 "nucleic acid binding" evidence=IEA] [GO:0005730 "nucleolus" evidence=IEA] InterPro:IPR006612 Pfam:PF05485 PROSITE:PS50950 SMART:SM00692 SMART:SM00980 GO:GO:0005730 GO:GO:0003676 EMBL:DAAA02012288 TreeFam:TF330127 GeneTree:ENSGT00530000063253 OMA:WIRLVRR OrthoDB:EOG793B8M InterPro:IPR026521 PANTHER:PTHR23080:SF10 EMBL:DAAA02012289 Ensembl:ENSBTAT00000016276 Uniprot:E1BFT0)

HSP 1 Score: 46.595 bits (109), Expect = 2.797e-4
Identity = 34/122 (27.87%), Postives = 53/122 (43.44%), Query Frame = 0

Query:  152 CAIFGCKSPDG----VIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLL----------LPTPTVPKPEDQCDKKFPKNLHSSTSSQ 259
            CA  GC +       + +H FP +  R++ W  L +RK+    ++  +CS HF    +  DL  +       +RL  D VP++           L +  + K  + C    P NL SS SSQ
Sbjct:    5 CAAAGCATTYNKHINISFHRFPLDPKRRKEWVRLVRRKNFVPGKHTFLCSKHFEASCF--DLTGQT------RRLKMDAVPTIFDFCTHIKSMKLKSRNLLKKNNSCTPTGPSNLKSSISSQ 118

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592924834|gb|GAXK01033581.1| (TSA: Calanus finmarchicus comp82130_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 170.244 bits (430), Expect = 6.999e-47
Identity = 89/149 (59.73%), Postives = 103/149 (69.13%), Query Frame = 0

Query:    3 KVVLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALSGKVEPPESNLIRKNRHKI 151
            KV+L  +  +     L   LS   EI   + +++   K C AFEPFRCP+E +CISIQYLCDGA DC  GYDEDP LCTAARRPPVEET+SFL SLLASHGPNYLEKLFG KAR+ L+ LGGV+ VAIALS      ES  I    HK+
Sbjct:  145 KVILREMIWATLGVLLVAQLSLAAEISRVKRSVQE--KSCPAFEPFRCPEEQRCISIQYLCDGAADCSDGYDEDPRLCTAARRPPVEETSSFLKSLLASHGPNYLEKLFGPKARNNLQPLGGVDQVAIALS------ESQTIEDFGHKM 567

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592941650|gb|GAXK01016903.1| (TSA: Calanus finmarchicus comp422513_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 166.777 bits (421), Expect = 1.033e-45
Identity = 75/93 (80.65%), Postives = 83/93 (89.25%), Query Frame = 0

Query:   41 DCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            +C AFEPF CP+E +CISIQYLCDGAPDC  GYDE+P LCTAARRPPVEET+SFL SLLASHGPNYLEKLFG KAR+ L+ LGGV+SVAIALS
Sbjct:  288 NCPAFEPFHCPQEKRCISIQYLCDGAPDCSDGYDENPRLCTAARRPPVEETSSFLKSLLASHGPNYLEKLFGPKARNNLQALGGVDSVAIALS 566

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592871472|gb|GAXK01086090.1| (TSA: Calanus finmarchicus comp1343814_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 160.614 bits (405), Expect = 4.816e-43
Identity = 77/120 (64.17%), Postives = 91/120 (75.83%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREF----KDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            +G+D   L+ + +KR    + F      C AFEPFRCP E KCISIQYLCDGAPDC+  YDEDP LCTAARRPPVEET SFL SLLA+HGPNY E+LFG KAR+ + +LGGV++VAI LS
Sbjct:  345 VGLD-ENLFPMKSKRFGPGKVFYKTDSPCPAFEPFRCPDEGKCISIQYLCDGAPDCKDAYDEDPRLCTAARRPPVEETVSFLKSLLATHGPNYFERLFGPKARNNMLELGGVDNVAIVLS 701

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592957619|gb|GAXK01000937.1| (TSA: Calanus finmarchicus comp639765_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 151.754 bits (382), Expect = 1.123e-39
Identity = 71/101 (70.30%), Postives = 80/101 (79.21%), Query Frame = 0

Query:   36 RREFK---DCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            RR F+    C +FEPFRCP+E KCISIQYLCDGA DC +GYDED  LCTAARRPPVEET SFL SLL +HG NYLE LFG KAR+ L  +GGV++VAI LS
Sbjct:  530 RRRFERDSSCPSFEPFRCPQEGKCISIQYLCDGAADCVNGYDEDAFLCTAARRPPVEETTSFLQSLLNTHGSNYLESLFGGKARNNLELMGGVQNVAIVLS 832

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592955036|gb|GAXK01003517.1| (TSA: Calanus finmarchicus comp2155496_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 147.902 bits (372), Expect = 1.557e-39
Identity = 70/110 (63.64%), Postives = 83/110 (75.45%), Query Frame = 0

Query:   27 EIYNKREAMRREF---KDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            E++  R  +R  +     C AFEPF CP E+ CISIQYLCDGA DC  GYDED  LCTAA RPPVEETASFLN+LL+++G NYLE+LFG +ARH LR +GGV  V+IALS
Sbjct:  323 ELFISRGDVRSLYPSDNSCPAFEPFACPGEDACISIQYLCDGAADCLDGYDEDSKLCTAATRPPVEETASFLNNLLSTNGVNYLERLFGRRARHSLRMMGGVVQVSIALS 652

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592912786|gb|GAXK01045589.1| (TSA: Calanus finmarchicus comp5202556_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 124.02 bits (310), Expect = 3.432e-32
Identity = 55/81 (67.90%), Postives = 65/81 (80.25%), Query Frame = 0

Query:   53 ENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            E  CIS+QYLCDGA DCQ GYDEDP LCTAARRPPVEET  FL+SLL++HGP+Y  +L G KA + + +LGGV +VAI LS
Sbjct:    5 EGNCISLQYLCDGAQDCQDGYDEDPWLCTAARRPPVEETKVFLDSLLSTHGPDYFVRLLGHKASNSMAELGGVNNVAIVLS 247

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592849722|gb|GAXK01107822.1| (TSA: Calanus finmarchicus comp3992223_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 94.7449 bits (234), Expect = 9.024e-22
Identity = 39/54 (72.22%), Postives = 43/54 (79.63%), Query Frame = 0

Query:   34 AMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPP 87
            ++ R  + C AFEPFRCP E  CIS+QYLCDGA DCQ GYDEDP LCTAARRPP
Sbjct:  169 SLHRIDRTCPAFEPFRCPDEGNCISLQYLCDGAQDCQDGYDEDPWLCTAARRPP 330

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592930244|gb|GAXK01028301.1| (TSA: Calanus finmarchicus comp5791464_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 40.0466 bits (92), Expect = 3.313e-7
Identity = 14/20 (70.00%), Postives = 16/20 (80.00%), Query Frame = 0

Query:   61 YLCDGAPDCQHGYDEDPALC 80
            Y+CDG  DCQ GYDE+P LC
Sbjct:    2 YICDGTADCQDGYDENPRLC 61

HSP 2 Score: 35.8094 bits (81), Expect = 3.313e-7
Identity = 15/19 (78.95%), Postives = 16/19 (84.21%), Query Frame = 0

Query:   42 CEAFEPFRCPKENKCISIQ 60
            C  FEPF+C KENKCISIQ
Sbjct:  112 CTIFEPFQCSKENKCISIQ 168

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592903929|gb|GAXK01054446.1| (TSA: Calanus finmarchicus comp1544967_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 46.595 bits (109), Expect = 1.904e-4
Identity = 18/35 (51.43%), Postives = 22/35 (62.86%), Query Frame = 0

Query:   48 FRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTA 82
            + C KE+ CIS   +CDG PDC  G DEDP  C +
Sbjct:   49 WSCGKEDDCISRSQMCDGKPDCDEGGDEDPTTCAS 153

HSP 2 Score: 31.9574 bits (71), Expect = 8.084e+0
Identity = 28/94 (29.79%), Postives = 34/94 (36.17%), Query Frame = 0

Query:   62 LCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALSGKVEPPESNLIRKNRHKICAIF 155
            +CDG  DC  G DEDP +C      P      FL         NY  +  G K      D+G V          +E      I  +   ICAIF
Sbjct:  478 ICDGVEDCMLGEDEDPEMCRNRENDP----DGFLRG-------NYESQRKGRKVELDQFDIGNV--------ADLESENVAEITIDIKMICAIF 702

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BLAST of EMLSAG00000008926 vs. C. finmarchicus
Match: gi|592903930|gb|GAXK01054445.1| (TSA: Calanus finmarchicus comp1544967_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 46.595 bits (109), Expect = 1.916e-4
Identity = 18/35 (51.43%), Postives = 22/35 (62.86%), Query Frame = 0

Query:   48 FRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTA 82
            + C KE+ CIS   +CDG PDC  G DEDP  C +
Sbjct:   49 WSCGKEDDCISRSQMCDGKPDCDEGGDEDPTTCAS 153

HSP 2 Score: 31.9574 bits (71), Expect = 8.109e+0
Identity = 28/94 (29.79%), Postives = 34/94 (36.17%), Query Frame = 0

Query:   62 LCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALSGKVEPPESNLIRKNRHKICAIF 155
            +CDG  DC  G DEDP +C      P      FL         NY  +  G K      D+G V          +E      I  +   ICAIF
Sbjct:  478 ICDGVEDCMLGEDEDPEMCRNRENDP----DGFLRG-------NYESQRKGRKVELDQFDIGNV--------ADLESENVAEITIDIKMICAIF 702

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000008926 (pep:novel supercontig:LSalAtl2s:LSalAtl2s555:158054:228428:1 gene:EMLSAG00000008926 transcript:EMLSAT00000008926 description:"maker-LSalAtl2s555-augustus-gene-1.35")

HSP 1 Score: 1291.17 bits (3340), Expect = 0.000e+0
Identity = 624/624 (100.00%), Postives = 624/624 (100.00%), Query Frame = 0

Query:    1 MKKVVLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALSGKVEPPESNLIRKNRHKICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPTVPKPEDQCDKKFPKNLHSSTSSQTPSSVDNQAEDQVDIVSPRSMREIRRQNKQMVTNLLIKEPEQKNKDIVIQTEHSLFLENNDNLKGELKKTKADLCKQKVKVNILTKKLERLEATEKKHSKILKPLHIYCKEGARQRVRLAAQVLXNTXAIAFTIHSQSKEARAKENTVEIINNWFDVVNRRQIYDKVKLRCALMCNFEDQFIALDKMELFLDTCKVSNLAVLIEKEYDICRIEEEEEKESVTKQITGDILDITIGEESYSEFEFTFDISHEVHVDIAINHQLDQLKKWDLNFQGLSYESGVIAHKMKLLYPDLGKKTSDIYLNDHGRTPWIYHLSRGGLMMPSDYFLKDCEVFVQKFKEFHFSLLDHHPKVMERFCLVLEDSFGG 624
            MKKVVLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALSGKVEPPESNLIRKNRHKICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPTVPKPEDQCDKKFPKNLHSSTSSQTPSSVDNQAEDQVDIVSPRSMREIRRQNKQMVTNLLIKEPEQKNKDIVIQTEHSLFLENNDNLKGELKKTKADLCKQKVKVNILTKKLERLEATEKKHSKILKPLHIYCKEGARQRVRLAAQVLXNTXAIAFTIHSQSKEARAKENTVEIINNWFDVVNRRQIYDKVKLRCALMCNFEDQFIALDKMELFLDTCKVSNLAVLIEKEYDICRIEEEEEKESVTKQITGDILDITIGEESYSEFEFTFDISHEVHVDIAINHQLDQLKKWDLNFQGLSYESGVIAHKMKLLYPDLGKKTSDIYLNDHGRTPWIYHLSRGGLMMPSDYFLKDCEVFVQKFKEFHFSLLDHHPKVMERFCLVLEDSFGG
Sbjct:    1 MKKVVLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALSGKVEPPESNLIRKNRHKICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPTVPKPEDQCDKKFPKNLHSSTSSQTPSSVDNQAEDQVDIVSPRSMREIRRQNKQMVTNLLIKEPEQKNKDIVIQTEHSLFLENNDNLKGELKKTKADLCKQKVKVNILTKKLERLEATEKKHSKILKPLHIYCKEGARQRVRLAAQVLXNTXAIAFTIHSQSKEARAKENTVEIINNWFDVVNRRQIYDKVKLRCALMCNFEDQFIALDKMELFLDTCKVSNLAVLIEKEYDICRIEEEEEKESVTKQITGDILDITIGEESYSEFEFTFDISHEVHVDIAINHQLDQLKKWDLNFQGLSYESGVIAHKMKLLYPDLGKKTSDIYLNDHGRTPWIYHLSRGGLMMPSDYFLKDCEVFVQKFKEFHFSLLDHHPKVMERFCLVLEDSFGG 624

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000007720 (pep:novel supercontig:LSalAtl2s:LSalAtl2s44:1523368:1524572:-1 gene:EMLSAG00000007720 transcript:EMLSAT00000007720 description:"augustus_masked-LSalAtl2s44-processed-gene-14.3")

HSP 1 Score: 185.267 bits (469), Expect = 1.480e-53
Identity = 90/107 (84.11%), Postives = 95/107 (88.79%), Query Frame = 0

Query:  459 AVLIEKEYDICRIEEEEEKESVTKQITGDILDITIGEESYSEFEFTFDISHEVHVDIAINHQLDQLKKWDLNFQGLSYESGVIAHKMKLLYPDLGKKTSDIYLNDHG 565
             + IEKEYDI RIE+EEEKESVT+QITGDILDITIGEES SEFEFTFDI HEVHVD AIN+ LDQ KKWDLN QGLSY S  IAHKMKLLYPDLGKKTSDIYLN+HG
Sbjct:  140 GIEIEKEYDIYRIEDEEEKESVTRQITGDILDITIGEESCSEFEFTFDIPHEVHVDFAINYPLDQFKKWDLNIQGLSYGSSFIAHKMKLLYPDLGKKTSDIYLNEHG 246

HSP 2 Score: 177.178 bits (448), Expect = 1.086e-50
Identity = 102/168 (60.71%), Postives = 109/168 (64.88%), Query Frame = 0

Query:  198 MHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPTVPKPEDQCDKKFPKNLHSSTSSQTPSSVDNQAEDQVDIVSPRSMREIRRQNKQMVTNLLIKEPEQKNKDIVIQTEHSLFLENNDNLKGELKKTKADLCKQKVKVNILTKKLERLEATEKKHSKILKPLH 365
            M FNDGSY+RDLEHELLNLTPRKRLNTD VPSLLLPTPTVPKPE+              + +   +  NQ                            IKE EQKNKDI I TEHSLFLEN DNLK ELKKTKADL KQKVKVNILTKKLERLEA E KHSKI++ LH
Sbjct:    1 MRFNDGSYKRDLEHELLNLTPRKRLNTDAVPSLLLPTPTVPKPEE-------------GNEEAEQTNGNQ----------------------------IKELEQKNKDIGIHTEHSLFLENTDNLKAELKKTKADLWKQKVKVNILTKKLERLEAKENKHSKIVRTLH 127

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000001358 (pep:novel supercontig:LSalAtl2s:LSalAtl2s122:714803:716117:1 gene:EMLSAG00000001358 transcript:EMLSAT00000001358 description:"maker-LSalAtl2s122-snap-gene-7.9")

HSP 1 Score: 134.42 bits (337), Expect = 8.223e-37
Identity = 65/88 (73.86%), Postives = 68/88 (77.27%), Query Frame = 0

Query:  545 MKLLYPDLGKKTSDIYLNDHGRTPWIYHLSRGGLMMPSDYF--------LKDCEVFVQKFKEFHFSLLDHHPKVMERFCLVLEDSFGG 624
            MKLLYPD GKK SDIYLN H  TPWIYHLSRGGL +PSDYF        LKDCEVF QK KEF+  LLD HPKV+ERFC VLEDSFGG
Sbjct:    1 MKLLYPDSGKKRSDIYLNGHRLTPWIYHLSRGGLRVPSDYFSKYCVVYSLKDCEVFAQKLKEFNLPLLDRHPKVIERFCQVLEDSFGG 88

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000005942 (pep:novel supercontig:LSalAtl2s:LSalAtl2s3212:29478:31623:1 gene:EMLSAG00000005942 transcript:EMLSAT00000005942 description:"maker-LSalAtl2s3212-augustus-gene-0.2")

HSP 1 Score: 86.2705 bits (212), Expect = 8.751e-19
Identity = 64/227 (28.19%), Postives = 112/227 (49.34%), Query Frame = 0

Query:  137 EPPESNLIRKNRHK--ICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPTVPK---PEDQCDKKFPKNLHSSTSSQTPSSVDNQAEDQVDIVSPRSMREIRRQNKQMVTNLLIKEPEQKNKDIVIQTEHSLFLENNDN--LKGELKKTKADLCKQKVKVNILTKKLERLEATEKK 356
            +PP+     K RH    CA+  C SP    YHNFPK+    + W   CKRKD F  + +++CS HF+   Y RDL +ELL L  RK L   ++PS  L T +V     P ++  +     +H +   + P +V++     +D             + +MV   +++ P+ +  ++ +  E  +F E  +   LK +++  + +L   KV+ + L K+L+R ++  K+
Sbjct:   54 QPPKPLESTKRRHSSATCAVASCPSPADTSYHNFPKDPALLQNWVKACKRKDNFNPKTSRICSNHFSQDCYERDLRNELLGLVSRKLLRKGSIPSANLYTSSVSSLTIPSERAGRSSKMEIHQTI--EPPLAVEH-----LD-------------SSEMVPQ-VVEIPQIQISNVSVGVECDMFSEKEETLALKEKIRTLQQELKLSKVETSNLKKELKRFQSKRKR 259

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000002915 (pep:novel supercontig:LSalAtl2s:LSalAtl2s167:417749:418522:1 gene:EMLSAG00000002915 transcript:EMLSAT00000002915 description:"augustus-LSalAtl2s167-processed-gene-4.5")

HSP 1 Score: 84.7297 bits (208), Expect = 2.535e-18
Identity = 71/227 (31.28%), Postives = 117/227 (51.54%), Query Frame = 0

Query:  157 CKSPDGVIYHNFP-KNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLP--TPTVPKPEDQCD--------KKFPKNLHSSTSSQTPSSVDNQA----EDQVDIVSPRSMREIRRQNKQMVTNLLIKEPEQKNKDIVIQTEHS---LFLENN-DNLKGELKKTKADLCKQKVKVNIL-TKKLER---LEATEKKHSKI 360
            C +P    Y  FP K ++ QR+W ++C+RKD+   +NA++C  HF    + R+L+ ELL+L  RK+L +D VPSL +P  +P+  +P+   D        K+  K L  ++  Q  +S+D++     E  ++I S  +  +     K   T + + + E+      +Q E     LF E     L+ EL  TK +LC+ K K  +L +KK ++     + EK HSKI
Sbjct:    4 CPNPRDAQYFAFPQKKLMLQRLWISVCRRKDSINIKNAKICDRHFTSNDFERNLQAELLDLKARKKLKSDAVPSLHIPFASPSSDEPKSSRDIRKETRERKELVKQLLEASKVQE-TSMDSETKTDNEGSIEICSGINESQQEPSTKTQSTQIDVYKFEKG-----VQCEEGSWPLFWERKCKKLQKELSLTKKELCRYKTKCKLLNSKKFKQNLIRTSLEKSHSKI 224

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000002398 (pep:novel supercontig:LSalAtl2s:LSalAtl2s145:1548299:1548818:-1 gene:EMLSAG00000002398 transcript:EMLSAT00000002398 description:"maker-LSalAtl2s145-snap-gene-15.31")

HSP 1 Score: 78.9518 bits (193), Expect = 1.094e-17
Identity = 37/42 (88.10%), Postives = 38/42 (90.48%), Query Frame = 0

Query:  234 TPTVPKPEDQCDKKFPKNLHSSTSSQTPSSVDNQAEDQVDIV 275
            T TVPKP+DQCDKKFPKNLH STSSQTPSSVDNQ EDQVD V
Sbjct:   22 TSTVPKPDDQCDKKFPKNLHESTSSQTPSSVDNQGEDQVDFV 63

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000008037 (pep:novel supercontig:LSalAtl2s:LSalAtl2s478:610788:619728:-1 gene:EMLSAG00000008037 transcript:EMLSAT00000008037 description:"snap_masked-LSalAtl2s478-processed-gene-6.9")

HSP 1 Score: 78.1814 bits (191), Expect = 1.732e-17
Identity = 39/48 (81.25%), Postives = 40/48 (83.33%), Query Frame = 0

Query:  296 IKEPEQKNKDIVIQTEHSLFLENNDNLKGELKKTKADLCKQKVKVNIL 343
            + EPEQKNKDI IQTEHSLFLEN DNLK ELKKTK DLCKQKVK   L
Sbjct:   11 VSEPEQKNKDIGIQTEHSLFLENTDNLKAELKKTKEDLCKQKVKTRGL 58

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000007000 (pep:novel supercontig:LSalAtl2s:LSalAtl2s397:1189083:1189928:1 gene:EMLSAG00000007000 transcript:EMLSAT00000007000 description:"augustus-LSalAtl2s397-processed-gene-12.7")

HSP 1 Score: 80.4925 bits (197), Expect = 6.110e-17
Identity = 36/97 (37.11%), Postives = 59/97 (60.82%), Query Frame = 0

Query:  146 KNRHKICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPS-------LLLPTP 235
            +N+  +CA+  C SP+  +YH+FPK+ +R++IW+  C RK     +  ++C  HF + +Y RDL +ELL L  R++L +D +P+         LPTP
Sbjct:    4 RNKTWVCAVAICGSPNNXVYHDFPKDCLRRKIWERACHRKGRL-GKTPRICENHFEENNYERDLRNELLGLPLRRKLKSDAIPTKNLVPGEKPLPTP 99

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000004137 (pep:novel supercontig:LSalAtl2s:LSalAtl2s2199:2771:4248:-1 gene:EMLSAG00000004137 transcript:EMLSAT00000004137 description:"snap-LSalAtl2s2199-processed-gene-0.12")

HSP 1 Score: 75.485 bits (184), Expect = 8.001e-15
Identity = 32/78 (41.03%), Postives = 50/78 (64.10%), Query Frame = 0

Query:  152 CAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPS 229
            CA+  C SP+ +IYH+FPK+  R++ W+  C RKD    +  ++C  HF +  Y+RDL+ ELL L  +++L  D +PS
Sbjct:   10 CAVAICDSPNNIIYHHFPKDPSRRKKWECACHRKDPL-GKYPRICEXHFEENDYKRDLKGELLGLPLKRKLKEDAIPS 86

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Match: EMLSAP00000003902 (pep:novel supercontig:LSalAtl2s:LSalAtl2s210:661286:663673:-1 gene:EMLSAG00000003902 transcript:EMLSAT00000003902 description:"snap-LSalAtl2s210-processed-gene-5.82")

HSP 1 Score: 72.0182 bits (175), Expect = 1.776e-14
Identity = 39/95 (41.05%), Postives = 54/95 (56.84%), Query Frame = 0

Query:  138 PPESNLIRKNRHKICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLL 232
            PP+ +  R++    CA+  C SP    YHNFPK+    R W   CKRKD F  + +++C  HF+   Y RDL +ELL L  R+ L   +VPS+ L
Sbjct:   10 PPQQSKKRRHISATCAVASCPSPADTSYHNFPKDSALLRNWVKACKRKDKFNPKKSRICXNHFSQDCYERDLRNELLGLPLRRLLKKGSVPSVNL 104

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BLAST of EMLSAG00000008926 vs. SwissProt
Match: gi|190360039|sp|P85831.1|PROH4_APIME (RecName: Full=Prohormone-4; Contains: RecName: Full=Brain peptide IDLSRFYGHFNT; Contains: RecName: Full=Brain peptide IDLSRFYGHFN; Contains: RecName: Full=Brain peptide IDLSRFYGHF; Contains: RecName: Full=Brain peptide DLSRFYGHFNT; Contains: RecName: Full=Brain peptide DLSRFYGHFN; Contains: RecName: Full=Brain peptide DLSRFYGHF; Flags: Precursor)

HSP 1 Score: 172.17 bits (435), Expect = 9.011e-49
Identity = 84/127 (66.14%), Postives = 96/127 (75.59%), Query Frame = 0

Query:    9 LSASVF--SCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            LSA VF     + IDLS+ Y  +N +    R    C  +EPF+CP ++ CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFG+KAR  L+ LGGV +VAIALS
Sbjct:   16 LSACVFFPRAVMAIDLSRFYGHFNTK----RSGDACRPYEPFKCPGDDTCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGTKARDTLKPLGGVNTVAIALS 138

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BLAST of EMLSAG00000008926 vs. SwissProt
Match: gi|939204630|sp|E2AX35.1|PROH4_CAMFO (RecName: Full=IDLSRF-like peptide; Flags: Precursor)

HSP 1 Score: 164.851 bits (416), Expect = 4.508e-46
Identity = 81/133 (60.90%), Postives = 96/133 (72.18%), Query Frame = 0

Query:    7 IFLSASVFSCA------LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + L  ++ +CA      + IDLS+ Y   N + +       C  +EPF+CP +  CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETA+FL SLLASHGPNYLEKLFG+KAR  L+ LGGVE VAIALS
Sbjct:   10 VALGIALTACAAFPRAIMAIDLSRFYGHINTKRS-----DACHPYEPFKCPGDGLCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETATFLQSLLASHGPNYLEKLFGNKARDTLKPLGGVEKVAIALS 137

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: XP_392764.1 (PREDICTED: prohormone-4 [Apis mellifera])

HSP 1 Score: 172.17 bits (435), Expect = 4.368e-49
Identity = 84/127 (66.14%), Postives = 96/127 (75.59%), Query Frame = 0

Query:    9 LSASVF--SCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            LSA VF     + IDLS+ Y  +N +    R    C  +EPF+CP ++ CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFG+KAR  L+ LGGV +VAIALS
Sbjct:   16 LSACVFFPRAVMAIDLSRFYGHFNTK----RSGDACRPYEPFKCPGDDTCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGTKARDTLKPLGGVNTVAIALS 138

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: EAA13966.3 (AGAP010260-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 168.703 bits (426), Expect = 6.544e-48
Identity = 82/116 (70.69%), Postives = 90/116 (77.59%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            LGIDLS+LY       A+ +  + C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFGSKAR  L  LGGVE VAIALS
Sbjct:   22 LGIDLSRLY---GHMPAVSKRNEACHPYEPFKCPGDGNCISIQYLCDGAPDCSDGYDEDMRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGSKARDALAPLGGVEKVAIALS 134

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: AAF55671.2 (uncharacterized protein Dmel_CG31221, isoform B [Drosophila melanogaster])

HSP 1 Score: 163.696 bits (413), Expect = 9.998e-46
Identity = 80/116 (68.97%), Postives = 87/116 (75.00%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + IDLS+LY         R E   C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEETASFL SL+ASHGPNYLEKLFGSKAR  L  LGGVE VAIALS
Sbjct:   42 MAIDLSRLYGHMANPIVKRSE--ACHPYEPFKCPGDGNCISIQYLCDGAPDCSDGYDEDMRLCTAAKRPPVEETASFLQSLIASHGPNYLEKLFGSKARDALSPLGGVEKVAIALS 155

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: AAF55669.2 (uncharacterized protein Dmel_CG31221, isoform A [Drosophila melanogaster])

HSP 1 Score: 163.696 bits (413), Expect = 9.998e-46
Identity = 80/116 (68.97%), Postives = 87/116 (75.00%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + IDLS+LY         R E   C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEETASFL SL+ASHGPNYLEKLFGSKAR  L  LGGVE VAIALS
Sbjct:   42 MAIDLSRLYGHMANPIVKRSE--ACHPYEPFKCPGDGNCISIQYLCDGAPDCSDGYDEDMRLCTAAKRPPVEETASFLQSLIASHGPNYLEKLFGSKARDALSPLGGVEKVAIALS 155

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: EEB17920.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 162.155 bits (409), Expect = 2.207e-45
Identity = 78/114 (68.42%), Postives = 87/114 (76.32%), Query Frame = 0

Query:   20 IDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            ++LSKLY         R   + C A+EPFRCP    CISIQYLCDGAPDC+ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFG+KAR  L  +GGV+ VAIALS
Sbjct:   27 LNLSKLY---GHLSVKRNGDEMCRAYEPFRCPGNGACISIQYLCDGAPDCEDGYDEDSKLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGTKAREALSPVGGVKPVAIALS 137

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: gb|EFA11579.1| (brain peptide IDL-like protein [Tribolium castaneum])

HSP 1 Score: 161.77 bits (408), Expect = 2.815e-45
Identity = 81/124 (65.32%), Postives = 91/124 (73.39%), Query Frame = 0

Query:   11 ASVFSCALGIDLSKLY-EIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            AS     + IDLS+LY  I +KR         C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEET SFL SLLASHGPNYLEKLFG+KAR  L+ LGGV+ VAIALS
Sbjct:   22 ASFPYAVMAIDLSRLYGHISSKRNG-----DACHPYEPFKCPGDGNCISIQYLCDGAPDCPDGYDEDSRLCTAAKRPPVEETGSFLKSLLASHGPNYLEKLFGNKARDALKPLGGVDKVAIALS 140

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: AGB96109.1 (uncharacterized protein Dmel_CG31221, isoform C [Drosophila melanogaster])

HSP 1 Score: 163.31 bits (412), Expect = 3.770e-45
Identity = 80/116 (68.97%), Postives = 87/116 (75.00%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + IDLS+LY         R E   C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEETASFL SL+ASHGPNYLEKLFGSKAR  L  LGGVE VAIALS
Sbjct:   42 MAIDLSRLYGHMANPIVKRSE--ACHPYEPFKCPGDGNCISIQYLCDGAPDCSDGYDEDMRLCTAAKRPPVEETASFLQSLIASHGPNYLEKLFGSKARDALSPLGGVEKVAIALS 155

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: EFX79443.1 (IDL-like peptide [Daphnia pulex])

HSP 1 Score: 157.147 bits (396), Expect = 2.524e-43
Identity = 75/130 (57.69%), Postives = 94/130 (72.31%), Query Frame = 0

Query:    4 VVLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
             VL+  +  +      IDL KL +   K+ + +R  + C  +EPF+CP +  CISIQYLCDGA DC  GYDED  LCTAA+RPPVEETASFL +L++SHGP++LEKLFG+KAR+ L  LGGVE VAIALS
Sbjct:   31 AVLVMTTLLMAGSGDAIDLMKLLD--QKQRSFKRAGEPCHPYEPFKCPGDGACISIQYLCDGAADCPDGYDEDLRLCTAAKRPPVEETASFLQALISSHGPDFLEKLFGAKARNALEPLGGVERVAIALS 158

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: gb|EEC02780.1| (low-density lipoprotein receptor, putative [Ixodes scapularis])

HSP 1 Score: 147.132 bits (370), Expect = 2.838e-40
Identity = 67/93 (72.04%), Postives = 76/93 (81.72%), Query Frame = 0

Query:   42 CEAFEPFRCPKENK-CISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            C   +PFRCP     CISIQYLCDGAPDC  GYDEDP LCTAA+RPPVEETA+FL +LL++HGPNYLEKLFG+KAR  L  LGGV+ VA+ALS
Sbjct:   19 CHPTKPFRCPSSATVCISIQYLCDGAPDCPDGYDEDPRLCTAAKRPPVEETANFLQTLLSNHGPNYLEKLFGAKARDALAPLGGVQKVAVALS 111

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BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Match: gb|KPM04076.1| (KH domain containing protein 10 [Sarcoptes scabiei])

HSP 1 Score: 146.362 bits (368), Expect = 1.410e-39
Identity = 73/130 (56.15%), Postives = 89/130 (68.46%), Query Frame = 0

Query:    5 VLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKEN-KCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            +++F+   +   A  ID S +    N     R + + C   +PFRCP  +  CISIQYLCDGAPDC  GYDED +LCTAA+RPPVEETA+FL +LLA+HGPNYLEKLFG KAR  L  LGG   VA+ALS
Sbjct:   12 IIVFVFFGLARGAYLIDFSNMLH-RNLANVKRDDAERCHPTQPFRCPGNSLTCISIQYLCDGAPDCPDGYDEDSSLCTAAKRPPVEETANFLQTLLANHGPNYLEKLFGKKARDALAPLGGSHKVAVALS 140

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|665786833|ref|XP_008554351.1| (PREDICTED: prohormone-4 [Microplitis demolitor])

HSP 1 Score: 176.407 bits (446), Expect = 4.851e-48
Identity = 87/131 (66.41%), Postives = 97/131 (74.05%), Query Frame = 0

Query:    4 VVLIFLSASVFSCALGIDLSKLY-EIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + L F+  + F  A+ IDLS+ Y  +++KR         C  +EPF+CP E  CISIQYLCDGAPDCQ GYDEDP LCTAARRPPVEETASFL SLLASHGPNYLEKLFGSKAR  L  LGGV  VAIALS
Sbjct:   11 ISLAFIVCTYFRPAVTIDLSRFYGHVHSKRSG-----DACHPYEPFKCPGEGTCISIQYLCDGAPDCQDGYDEDPRLCTAARRPPVEETASFLQSLLASHGPNYLEKLFGSKARDALAPLGGVNMVAIALS 136

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|645032166|ref|XP_008214663.1| (PREDICTED: prohormone-4 isoform X2 [Nasonia vitripennis])

HSP 1 Score: 176.407 bits (446), Expect = 5.539e-48
Identity = 83/129 (64.34%), Postives = 100/129 (77.52%), Query Frame = 0

Query:    5 VLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
             L+ ++ +    ALGIDL++LY       A++R  + C  ++PF+CP++N CISIQYLCDGAPDC+ GYDEDP LCTAA+RPPVEETASFL +LLASHGPNYLEKLFGSKAR  L  LGGV  VAIALS
Sbjct:   20 ALLVIALTTTRTALGIDLARLY----GHTAVKRTGESCHPYKPFKCPEDNTCISIQYLCDGAPDCREGYDEDPRLCTAAKRPPVEETASFLQALLASHGPNYLEKLFGSKARDALAPLGGVNKVAIALS 144

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|345498031|ref|XP_001603909.2| (PREDICTED: prohormone-4 isoform X1 [Nasonia vitripennis])

HSP 1 Score: 175.252 bits (443), Expect = 1.872e-47
Identity = 83/129 (64.34%), Postives = 98/129 (75.97%), Query Frame = 0

Query:    5 VLIFLSASVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
             L+ ++ +    ALGIDL++LY         R E + C  ++PF+CP++N CISIQYLCDGAPDC+ GYDEDP LCTAA+RPPVEETASFL +LLASHGPNYLEKLFGSKAR  L  LGGV  VAIALS
Sbjct:   20 ALLVIALTTTRTALGIDLARLY---GHTAVKRTEGESCHPYKPFKCPEDNTCISIQYLCDGAPDCREGYDEDPRLCTAAKRPPVEETASFLQALLASHGPNYLEKLFGSKARDALAPLGGVNKVAIALS 145

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|998501943|ref|XP_015510998.1| (PREDICTED: IDLSRF-like peptide [Neodiprion lecontei])

HSP 1 Score: 174.481 bits (441), Expect = 2.834e-47
Identity = 82/116 (70.69%), Postives = 91/116 (78.45%), Query Frame = 0

Query:   18 LGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            + IDLS+LY       + +R    C A+EPF+CPK+  CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFGSKAR  L  LGGV+ VAIALS
Sbjct:   26 MAIDLSRLY----GHLSSKRTGGACHAYEPFKCPKDGLCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGSKARDALAPLGGVQKVAIALS 137

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|1035603027|ref|XP_016908986.1| (PREDICTED: prohormone-4 [Apis cerana])

HSP 1 Score: 172.17 bits (435), Expect = 1.812e-46
Identity = 84/127 (66.14%), Postives = 96/127 (75.59%), Query Frame = 0

Query:    9 LSASVF--SCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            LSA VF     + IDLS+ Y  +N +    R    C  +EPF+CP ++ CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFG+KAR  L+ LGGV +VAIALS
Sbjct:   16 LSACVFFPRAVMAIDLSRFYGHFNTK----RSGDACRPYEPFKCPGDDTCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGTKARDTLKPLGGVNTVAIALS 138

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|48102304|ref|XP_392764.1| (PREDICTED: prohormone-4 [Apis mellifera] >gi|572312060|ref|XP_006621751.1| PREDICTED: prohormone-4-like [Apis dorsata] >gi|190360039|sp|P85831.1|PROH4_APIME RecName: Full=Prohormone-4; Contains: RecName: Full=Brain peptide IDLSRFYGHFNT; Contains: RecName: Full=Brain peptide IDLSRFYGHFN; Contains: RecName: Full=Brain peptide IDLSRFYGHF; Contains: RecName: Full=Brain peptide DLSRFYGHFNT; Contains: RecName: Full=Brain peptide DLSRFYGHFN; Contains: RecName: Full=Brain peptide DLSRFYGHF; Flags: Precursor)

HSP 1 Score: 172.17 bits (435), Expect = 2.137e-46
Identity = 84/127 (66.14%), Postives = 96/127 (75.59%), Query Frame = 0

Query:    9 LSASVF--SCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            LSA VF     + IDLS+ Y  +N +    R    C  +EPF+CP ++ CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFG+KAR  L+ LGGV +VAIALS
Sbjct:   16 LSACVFFPRAVMAIDLSRFYGHFNTK----RSGDACRPYEPFKCPGDDTCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGTKARDTLKPLGGVNTVAIALS 138

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|380015791|ref|XP_003691879.1| (PREDICTED: prohormone-4 [Apis florea])

HSP 1 Score: 171.4 bits (433), Expect = 3.327e-46
Identity = 83/127 (65.35%), Postives = 96/127 (75.59%), Query Frame = 0

Query:    9 LSASVF--SCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            LSA +F     + IDLS+ Y  +N +    R    C  +EPF+CP ++ CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFG+KAR  L+ LGGV +VAIALS
Sbjct:   16 LSACIFFPRAVMAIDLSRFYGHFNTK----RSGDACRPYEPFKCPGDDTCISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGTKARDTLKPLGGVNTVAIALS 138

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|970900840|ref|XP_015116148.1| (PREDICTED: prohormone-4 [Diachasma alloeum])

HSP 1 Score: 171.4 bits (433), Expect = 3.578e-46
Identity = 82/129 (63.57%), Postives = 93/129 (72.09%), Query Frame = 0

Query:    6 LIFLSASVF-SCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            L  ++ +VF    + IDLS+ Y  ++KR         C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEETASFL SLLASHGPNYLEKLFGSKAR  L  LGGV  VAIALS
Sbjct:   13 LALMACAVFPRTTMAIDLSRFYHSHSKRSG-----DACHPYEPFKCPGDGTCISIQYLCDGAPDCTDGYDEDSRLCTAAKRPPVEETASFLQSLLASHGPNYLEKLFGSKARDALAPLGGVNMVAIALS 136

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|1133430621|ref|XP_019871294.1| (PREDICTED: IDLSRF-like peptide [Aethina tumida])

HSP 1 Score: 171.014 bits (432), Expect = 4.577e-46
Identity = 82/131 (62.60%), Postives = 98/131 (74.81%), Query Frame = 0

Query:    4 VVLIFLSASVFSCALGIDLSKLY-EIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            +V++ ++A++    + IDL+KLY  I +KR         C  +EPF+CP +  CISIQYLCDGAPDC  GYDED  LCTAA+RPPVEET SFL SLLASHGPNYLEKLFGSKAR  L+ LGGV+ VAIALS
Sbjct:   15 MVVVTIAAALPHAVMAIDLAKLYGHISSKRG------DACHPYEPFKCPGDGNCISIQYLCDGAPDCPDGYDEDSRLCTAAKRPPVEETGSFLKSLLASHGPNYLEKLFGSKARDALKPLGGVDKVAIALS 139

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BLAST of EMLSAG00000008926 vs. nr
Match: gi|817185397|ref|XP_012286635.1| (PREDICTED: prohormone-4 [Orussus abietinus] >gi|817185399|ref|XP_012286643.1| PREDICTED: prohormone-4 [Orussus abietinus])

HSP 1 Score: 171.014 bits (432), Expect = 5.076e-46
Identity = 80/122 (65.57%), Postives = 93/122 (76.23%), Query Frame = 0

Query:   12 SVFSCALGIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
            S+   A+ +DL++LYE +  ++A       C  +EPF+CP +  CISIQYLCDGAPDCQ GYDED  LCTAA+RPPVEETASFL SLL+SHGPNYLEKLFG KAR  L  LGGVE VAIALS
Sbjct:   20 SLSRSAMAVDLNRLYESFYAKKAG----GVCHPYEPFKCPGDGICISIQYLCDGAPDCQDGYDEDSRLCTAAKRPPVEETASFLQSLLSSHGPNYLEKLFGGKARDALTPLGGVEKVAIALS 137

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BLAST of EMLSAG00000008926 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1039_size68027-snap-gene-0.10 (protein:Tk01696 transcript:maker-scaffold1039_size68027-snap-gene-0.10-mRNA-1 annotation:"hypothetical protein KGM_03927")

HSP 1 Score: 197.208 bits (500), Expect = 2.122e-59
Identity = 94/115 (81.74%), Postives = 99/115 (86.09%), Query Frame = 0

Query:   19 GIDLSKLYEIYNKREAMRREFKDCEAFEPFRCPKENKCISIQYLCDGAPDCQHGYDEDPALCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVESVAIALS 133
             +DL +LYE  NKRE    E K CEAFEPFRCP + +CISIQYLCDGAPDC  GYDEDP LCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGV+ VAIALS
Sbjct:   43 ALDLRRLYEQLNKREENMMERK-CEAFEPFRCPVDGRCISIQYLCDGAPDCIDGYDEDPRLCTAARRPPVEETASFLNSLLASHGPNYLEKLFGSKARHRLRDLGGVDQVAIALS 156

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BLAST of EMLSAG00000008926 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold745_size103310-snap-gene-0.15 (protein:Tk02581 transcript:maker-scaffold745_size103310-snap-gene-0.15-mRNA-1 annotation:"hypothetical protein L798_13354")

HSP 1 Score: 74.7146 bits (182), Expect = 6.409e-15
Identity = 35/90 (38.89%), Postives = 50/90 (55.56%), Query Frame = 0

Query:  147 NRHKICAIFGCKSPDGVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPT 236
            N H++CA+  CK+P+G+ YH FP++ +  + W   C+    F  E A+VC  HF    + RDL +ELL L  RK L    +P   LP  T
Sbjct:   37 NAHRVCAVSTCKNPNGISYHRFPRDPLLIQEWLLSCQWDVRFNIETARVCGNHFAPECFERDLRNELLGLPLRKSLKKTAIPVPKLPVKT 126

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BLAST of EMLSAG00000008926 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold660_size117387-snap-gene-0.24 (protein:Tk06668 transcript:maker-scaffold660_size117387-snap-gene-0.24-mRNA-1 annotation:"truncated transposase")

HSP 1 Score: 69.707 bits (169), Expect = 1.354e-12
Identity = 39/105 (37.14%), Postives = 54/105 (51.43%), Query Frame = 0

Query:  133 SGKVEPPESNLIRKNRHKICAIFGCKSPD-GVIYHNFPKNMVRQRIWKNLCKRKDTFKAENAQVCSMHFNDGSYRRDLEHELLNLTPRKRLNTDTVPSLLLPTPT 236
             G   PP +   R ++ K+CA+  C +P+ GV+YH FPK   R+R W  L  R        A++C+ HF+   Y RD+  EL   + R RL  D  PSL L  P 
Sbjct:   22 GGPKTPPTAGRARTHK-KMCAVAACPNPERGVVYHGFPKEPERRRRWLALTGRTRPVNPLTAKICARHFSPDDYVRDVVSELYP-SLRPRLKADARPSLHLRAPA 124

HSP 2 Score: 51.2174 bits (121), Expect = 7.307e-7
Identity = 35/109 (32.11%), Postives = 53/109 (48.62%), Query Frame = 0

Query:  347 LERLEATEKKHSKILKPLHIYCKEGARQRVRLAAQVLXNTXAIAFTIHSQSKEARAKENTVEIINNWFDVVNRRQIYDKVKLRCALMCNFEDQFIALDKMELFLDTCKV 455
            L+ + A+    S  +  LH+      RQ+  LAAQ+L  T A AF I   S +   +   V  IN WFD+ N  Q+      +CA   +F+ Q   L + + FL+T +V
Sbjct:  513 LKAVNASSFNSSPNITSLHLSSSICDRQKTMLAAQLLSRTNARAFEIVFGSAKLD-QAQAVNRINAWFDLANSSQVLVGEPAKCAFGVHFDVQIQILRETKTFLETSEV 620

The following BLAST results are available for this feature:

BLAST of EMLSAG00000008926 vs. GO
BLAST of EMLSAG00000008926 vs. C. finmarchicus
BLAST of EMLSAG00000008926 vs. L. salmonis peptides
BLAST of EMLSAG00000008926 vs. SwissProt
BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
BLAST of EMLSAG00000008926 vs. nr
BLAST of EMLSAG00000008926 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000008926 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 2


Match Name	E-value	Identity	Description
-	1.073e-44	68.97	symbol:CG31221 species:7227 "Drosophila melanogast...	[more]
-	2.797e-4	27.87	symbol:THAP2 "Uncharacterized protein" species:991...	[more]

BLAST of EMLSAG00000008926 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592924834\|gb\|GAXK01033581.1\|	6.999e-47	59.73	TSA: Calanus finmarchicus comp82130_c1_seq1 transc...	[more]
gi\|592941650\|gb\|GAXK01016903.1\|	1.033e-45	80.65	TSA: Calanus finmarchicus comp422513_c0_seq1 trans...	[more]
gi\|592871472\|gb\|GAXK01086090.1\|	4.816e-43	64.17	TSA: Calanus finmarchicus comp1343814_c0_seq1 tran...	[more]
gi\|592957619\|gb\|GAXK01000937.1\|	1.123e-39	70.30	TSA: Calanus finmarchicus comp639765_c0_seq1 trans...	[more]
gi\|592955036\|gb\|GAXK01003517.1\|	1.557e-39	63.64	TSA: Calanus finmarchicus comp2155496_c0_seq1 tran...	[more]
gi\|592912786\|gb\|GAXK01045589.1\|	3.432e-32	67.90	TSA: Calanus finmarchicus comp5202556_c0_seq1 tran...	[more]
gi\|592849722\|gb\|GAXK01107822.1\|	9.024e-22	72.22	TSA: Calanus finmarchicus comp3992223_c0_seq1 tran...	[more]
gi\|592930244\|gb\|GAXK01028301.1\|	3.313e-7	70.00	TSA: Calanus finmarchicus comp5791464_c0_seq1 tran...	[more]
gi\|592903929\|gb\|GAXK01054446.1\|	1.904e-4	51.43	TSA: Calanus finmarchicus comp1544967_c0_seq6 tran...	[more]
gi\|592903930\|gb\|GAXK01054445.1\|	1.916e-4	51.43	TSA: Calanus finmarchicus comp1544967_c0_seq5 tran...	[more]

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BLAST of EMLSAG00000008926 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 19


Match Name	E-value	Identity	Description
EMLSAP00000008926	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s555:15805...	[more]
EMLSAP00000007720	1.480e-53	84.11	pep:novel supercontig:LSalAtl2s:LSalAtl2s44:152336...	[more]
EMLSAP00000001358	8.223e-37	73.86	pep:novel supercontig:LSalAtl2s:LSalAtl2s122:71480...	[more]
EMLSAP00000005942	8.751e-19	28.19	pep:novel supercontig:LSalAtl2s:LSalAtl2s3212:2947...	[more]
EMLSAP00000002915	2.535e-18	31.28	pep:novel supercontig:LSalAtl2s:LSalAtl2s167:41774...	[more]
EMLSAP00000002398	1.094e-17	88.10	pep:novel supercontig:LSalAtl2s:LSalAtl2s145:15482...	[more]
EMLSAP00000008037	1.732e-17	81.25	pep:novel supercontig:LSalAtl2s:LSalAtl2s478:61078...	[more]
EMLSAP00000007000	6.110e-17	37.11	pep:novel supercontig:LSalAtl2s:LSalAtl2s397:11890...	[more]
EMLSAP00000004137	8.001e-15	41.03	pep:novel supercontig:LSalAtl2s:LSalAtl2s2199:2771...	[more]
EMLSAP00000003902	1.776e-14	41.05	pep:novel supercontig:LSalAtl2s:LSalAtl2s210:66128...	[more]

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BLAST of EMLSAG00000008926 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 2


Match Name	E-value	Identity	Description
gi\|190360039\|sp\|P85831.1\|PROH4_APIME	9.011e-49	66.14	RecName: Full=Prohormone-4; Contains: RecName: Ful...	[more]
gi\|939204630\|sp\|E2AX35.1\|PROH4_CAMFO	4.508e-46	60.90	RecName: Full=IDLSRF-like peptide; Flags: Precurso...	[more]

BLAST of EMLSAG00000008926 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 20


Match Name	E-value	Identity	Description
XP_392764.1	4.368e-49	66.14	PREDICTED: prohormone-4 [Apis mellifera]	[more]
EAA13966.3	6.544e-48	70.69	AGAP010260-PA [Anopheles gambiae str. PEST]	[more]
AAF55671.2	9.998e-46	68.97	uncharacterized protein Dmel_CG31221, isoform B [D...	[more]
AAF55669.2	9.998e-46	68.97	uncharacterized protein Dmel_CG31221, isoform A [D...	[more]
EEB17920.1	2.207e-45	68.42	conserved hypothetical protein [Pediculus humanus ...	[more]
gb\|EFA11579.1\|	2.815e-45	65.32	brain peptide IDL-like protein [Tribolium castaneu...	[more]
AGB96109.1	3.770e-45	68.97	uncharacterized protein Dmel_CG31221, isoform C [D...	[more]
EFX79443.1	2.524e-43	57.69	IDL-like peptide [Daphnia pulex]	[more]
gb\|EEC02780.1\|	2.838e-40	72.04	low-density lipoprotein receptor, putative [Ixodes...	[more]
gb\|KPM04076.1\|	1.410e-39	56.15	KH domain containing protein 10 [Sarcoptes scabiei...	[more]

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BLAST of EMLSAG00000008926 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|665786833\|ref\|XP_008554351.1\|	4.851e-48	66.41	PREDICTED: prohormone-4 [Microplitis demolitor]	[more]
gi\|645032166\|ref\|XP_008214663.1\|	5.539e-48	64.34	PREDICTED: prohormone-4 isoform X2 [Nasonia vitrip...	[more]
gi\|345498031\|ref\|XP_001603909.2\|	1.872e-47	64.34	PREDICTED: prohormone-4 isoform X1 [Nasonia vitrip...	[more]
gi\|998501943\|ref\|XP_015510998.1\|	2.834e-47	70.69	PREDICTED: IDLSRF-like peptide [Neodiprion leconte...	[more]
gi\|1035603027\|ref\|XP_016908986.1\|	1.812e-46	66.14	PREDICTED: prohormone-4 [Apis cerana]	[more]
gi\|48102304\|ref\|XP_392764.1\|	2.137e-46	66.14	PREDICTED: prohormone-4 [Apis mellifera] >gi\|57231...	[more]
gi\|380015791\|ref\|XP_003691879.1\|	3.327e-46	65.35	PREDICTED: prohormone-4 [Apis florea]	[more]
gi\|970900840\|ref\|XP_015116148.1\|	3.578e-46	63.57	PREDICTED: prohormone-4 [Diachasma alloeum]	[more]
gi\|1133430621\|ref\|XP_019871294.1\|	4.577e-46	62.60	PREDICTED: IDLSRF-like peptide [Aethina tumida]	[more]
gi\|817185397\|ref\|XP_012286635.1\|	5.076e-46	65.57	PREDICTED: prohormone-4 [Orussus abietinus] >gi\|81...	[more]

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BLAST of EMLSAG00000008926 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 3


Match Name	E-value	Identity	Description
maker-scaffold1039_size68027-snap-gene-0.10	2.122e-59	81.74	protein:Tk01696 transcript:maker-scaffold1039_size...	[more]
maker-scaffold745_size103310-snap-gene-0.15	6.409e-15	38.89	protein:Tk02581 transcript:maker-scaffold745_size1...	[more]
maker-scaffold660_size117387-snap-gene-0.24	1.354e-12	37.14	protein:Tk06668 transcript:maker-scaffold660_size1...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s555	supercontig	LSalAtl2s555:158054..228428 +

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-LSalAtl2s555-augustus-gene-1.35
Biotype	protein_coding
Evidence	IEA
Note	Prohormone-4

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000008926 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000008926	EMLSAT00000008926-704773	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s555:158054..228428+

gene from alignment at LSalAtl2s555:158054..228428+

Legend: mRNA

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

>EMLSAG00000008926-691692 ID=EMLSAG00000008926-691692|Name=EMLSAG00000008926|organism=Lepeophtheirus salmonis|type=gene|length=70375bp|location=Sequence derived from alignment at LSalAtl2s555:158054..228428+ (Lepeophtheirus salmonis)
CCGTCTCCGTCCTCACCTTCCTTTCCCCGTGTTCATGAGGATACGCTTCT
TTTTCTTCTACCATCACATCTCCTTCTTCGTGAAAGAAACCCACTTTTTC
CCACTATTTTGGTTTTGGACTCGGAGGAATAAGGAAGAATAAGAAGAAGG
ATCTTATATTTTTAATAAATTATATTTTATTTGTGTACTCAGAGCAGTAG
TCGTATTTCTCGCAGTCATCATGAAGAAAGTTGTACTTATTTTCCTCTCG
GCATCTGTGTTTTCATGTGCATTGGGGATCGATCTGAGTAAACTCTATGA
GATCTATAACAAAAGGGAAGCCATGAGACGGGAATGTAAGTTATTTTTAA
TATATTTGAGTAAAATCAACCCAATTATATATTATGTTGTGTAGGATCAT
TACCAAAATAGTTAAATGTATGTTCAGTGGGAAGGAAGTAACACAAAGGA
TCATACAATAAAATGTGTATTTATGTACAATATATAGATATTGATTTATT
TATATCGAATGTACCCTTCCCTACGAAATCTTTCGTGAAGAGGTATACAT
TTTGTAGGATTTGAAAGTCATTTCTTTTATGAAAAATGTTTACATTACAA
TTGTGGACAACAGCCCATATACTTCAAGTGAATGACGAGTCTCAAGTCTT
TGGCACACAAGTTCAAGTCCTTGAATATTTTCTTCATCGAGTTCACCTCA
AGTCTTTAGAAAATAAAGTGTACTTTAAAGAGAGTCCTTTATATACTGTG
AAAAAGATGAAATGTTTGACAAGTCCAAGTTAACCTATTCCTCATCTCTG
ATAATAGTATATAGATCGGCCTCTATTGGTGTAAATCAAATTTGCATTGA
TTTAATTATTTTCAATTACTCTATTTGTCTAATAATATAAAGGGTTTATA
ATTTAAATAGTAAGCAAAAAAAAAAAAAATTAAGAAAACATGTAGACAAT
GTTTTTGCAAAACTTTTTTCACACAATATAGCCKCCTTCATCTTCAATCK
CAGCCTCTACACGTTGCCTGAATGCCATACYGGAGTGGATGACAAKCTGR
CCCATSCAGCCACTATGGAGGACTTCAGTGAGTCCATATTTATGCGTGAG
GTCCTGTTGGTTTCCCTCTCCAAATTGCCCTATACAGAAAAGTCCAGTGG
ATTCAAATCTAGTGAGGAAGGGGGCAATATCTCTTTGTACCAGAATCGAC
CCATGTTTTTTTAATGCATACATTTGGGCACTTGGTGGACGTGTGAGAGG
GGGAGCCGTTCTGAGTCTACACGTAGTTACCCTGCGGCTAGTTGGTCTTC
AGCAATTGTAAGATGGTGTACCGAAGAACCTTTTAATAGACCTCATGGGC
GATTTTTTTTATCTAGCCTTGAAAAAGAACAGAGGCATCGTCTTTCCATC
AGAGGCCACAATCATTGTCTGGCCCAGATATTTAGTGTGGTAAACCCCTT
GGACATTTTCTTTTGTTTCTGCAAGCCATTGGTCTTTCCAGCAGTTGGGA
ATTGATCAACTATGAAAATCTTCTTGTTCAATTTTTTTTTTCACAATTGA
CACATTTTTCTTGCACCTCTTTAGCCTCCTGGCTTTGATTCCCTCAGTGA
GAAGGTGGTTTGGGGTACTTGTGAAAGAAACTAATCCCAATTTGTGCTTT
ATAGCCCTAAGAGCCACAGATAAGTCGTTGGCGAGGCGATTCATCGACTT
AGTGGGATCCCCCTTTATATTCTTCTCCAAACTTAACAAGAACTTTGTAT
CCCTCTTTAAATTATTACCTCCACTTCCTGACATCTCAGACAGCTCTTAT
TCATATTTATTTTCATCTTGGCTAGCTTAAAAATCCGGATCATAGAACGC
CTAACAATATCTTCATCACATCAACTACAGCATGTAGGAGATCTGAGATG
CGCTCCGTTTTTGCTTGTTGCTCGCTCATGATGGTGAAATGACTAAATGA
ATAGTATAGTTTGTTTATGTAAAAAGGACGGCGGAAACAGAATATCAAAA
AATAATAATTAAACCTTTTCATAGTAATTAGAAAATGAACATTAATTCAT
AGTCCAAGTTTTGCTGCCCTACCCTGTACAGGGTTGATCTTATCTATTTC
AATCCGGAATTATTTTGGTGCAAAATCATAGAGGAGGACAACAAGACATC
CTATCTCTGAACAGAGCAAGCTGTGATGTTTGGAAAGGGCAAGGAAGATT
CACAATTTTCTTAAGGGTAACAAAAGTTCAGCCATAGTTTTGCTCTTTTC
TGATGAATTAATTAATGTCACTTTGTATAAGCAGAACAGCCGCTACATCA
CAACCGAACATCCAGACAATGTCTCAGACTCACAGGATTGTTCAGTCTCA
TGGGGCTTTTATCAGGAAAAAGTGGAAAAAGCTTTAGCCTGACTATACAA
TCAAGATCTTCAAGGGATTTAGATCACTTATTGATGCTATTATTTGAGCG
GAGGGCTCACATATTGAATAAAAGTTGTGCCTATCACTATTTTCTTATGA
TTTTGTTAAATCTATGTTTTTACAAAACTTCGTTTAAACTTTACTCCAAA
ATAATTTATAAAAATAAAATGCGTAACACTAGATAAGATAAACCCTGTAC
TTTTCATTCATCTATTGAAAGGGAACTTGTTTGATATAAACATTGGCATT
TGGTATATTAGTCATTTTGTAGGAGTGAAGTTAAGATCTGAAGTTTTTTC
TTGGTGAATATAAAAATAATATGCAATTTTTCGTAAAGATTTCAAACACA
TTGTTAATGGTAGTTGTTTAGTTGTAATATCAATTTTAATGTAGGGTATT
TTTTGGAGCTAACTTTCACAATAAATCGAGTATATTAGTGTAGAAGTGAT
AATTAATAAATAATAGGGGGGAAATATGTATATTTAGAGGTATAATTGAA
ACAAAATATAATTTAATCTAAAAAAACTAAAATATGTATACATGGAAAGT
TTTTAATTAATTTATCAAACTTAACACAATTAAAGTGATATCAAAATATA
TATATTTAAAAAAATTCTATAAATTTTTACTTCTCTTTGGAGGCTTTTTG
GCTACGTTTTTAGGTGTTGTCTCACCTTGCCTTTATACCCAGCTACTCTT
TGACCTCAAATACTAATATCCCACTCAACACATAACCGATTAACTTCATA
TAACTATTAAGTTAACCACAAATAATCATATTTTTATAAATTAAAAAGTG
AAAAAGATTTTAACTAATACTTAAATTTCAGAAGTAAGTTAAACATAATG
GATAAAATTACTGATTTCAAGTTGCCAATTCAGAAAATGAGTCACAACTC
CGGAGTAGGTGTACTCACCAACTTCAATGAGTTGCAGCTGATTCAATGCG
TGATTATTCATCCAAAAGGAGTAATGCCAACTGATCACGTGTTKAAATTA
AWAAKAAGCCATGAAATTCTAGGGACTTGGAATAATCCCGCATGCAGCTT
AGCTAGTTTCTCAGTATTTCCCCTCTCGAAGGAATGAAGTAAGAGATGAG
GTTGGCTCTTTTTTTTCTTTGTTTGTTTCAACTAATCTTTCCTTTTTATA
TCCCCTCGTGGATGAATACAAGTTCTGCANTAATTACTTCAGGTCTATAA
AATTCCATTTCCCCCTCTTATGTTTATTAGTATTGCTATACTGGTTCGAC
TTTAGATGTAGCAGGGCCTTATGAAAAACAGATAGCACATGCATTATATT
CCAATCTGGGTAGGGATAAGAATAATTGAACATAATTTTACTTCTAAAAA
TATGTAAAAATATTTTTATCTTCTAAAAATATTTTTCAAAGGTCTCTTTT
ATAGCCATTTATAATTGATATTGAATGACTTTAAAAGGAATGAACTAATA
TTTCAAAATAAGGTTTTCATGGTATTTTTTGTTGCAGAATTGCTATTTTA
GAATAATATTTCAATCAAAATAATTGTTCATGTGAGTCTTTTGCAAAAAA
ATCTTTTTGAAAGGGGCTTTCAGGGATTCCTAGATTTAACTTGATTAAGC
AACTTTAAGATGTGATAAAATTATGGAATATATGGAACATTGATGTAATT
TTATCCATTTTCTCAAATATTGGAAAAAGTTTTAGATGTATTTGGAAAAC
CAAAGAAGTTATTTTGAATTATGTCACGAATTGATATATATATTATATAG
GTATTTATTTTTCTATCGCCCATATAAATATTTATATAATATTTCAGTAT
TATACTTTTTAGCTACATACATCACACTTTAAACTTCAAATATCTTGTTT
CTTTGAAAGAGGTTATGCTGAACAGCTGAAATAACTTCGGTAGTAATGTC
ATTTTAACTATTGTGTTACTATAAAATACCTGCATTTGGACTGACAAACT
TTATTTTGGACTGGACTGAGAGGACTGCAGACTTTTTAATATTTTTAGAC
CAATCCAGTAATAGCCACCATACATTAAAAATTTAATATACCAATTGGTC
AATTAAAATCTGAACACTTCGAATAATAAGATATAATATAATAATTAAGA
ATTTCAACAAAATTAATACTATAAATAGGTGTGACTATGAGATCTCTTAA
TCATTAATGTAGCCACCCTTAGCAGCAATTATGGCTTRCAGGCGGCGGMA
GAAGGTTTGGTACCCACNACGGATATAGTCCTCTGTTATGGCATCCCAGT
GTTGGCTGAAATTCGCTTTGAGGGTCTCTGTGTTTGGAAAACGGAAACTG
CGGATCTTCCCCTCAACATAAACCCAAAAGGTGTAAGGGTCCGAAAGTAT
AAAAAAAGAGTTCAAAAGACTCATTCAAAAGGATCTTGTAACTGAAGAGA
TGTGTTTCTTTCACTGCTGATGTCAAAAGTGTCCTTTTCACACTCACAAG
GCTATTTCTACCCACTTTTTTGATAGGTCTCTGGGCCGTCTAGTGTGAAA
CTCCGAGATCTCTTTCATGGGCCCTCATGGACTTGAGGGAATTAGCCTGT
CCTGTTTTCTTTAACACCTCCGAGTCCAATTTGGCATTTTTGTTAGAGGT
CTTCTTCCTCCCCAACGTTTCGGACTTTCATCATGAATTATTGAATTACT
AAGTGTTCAGATTTGTATGGACCACCCGGTATAAGATTTCGAGTTTATTT
ATAGTAGCTTATTTGTAGTTTTACCCACTATTTAGTAATGACTATGGACT
TCGTAACATTTTTGATTGTGAATTGAATACAGAAACGAAGTACAAGCATG
ATTCAAAGAAAATTTGAAAAGATTTAACTATTTACAAGACAAAAAAAAAG
AAAAATAATATAATTGTTCCACAAAAAATGATCATAAAAGTATTATAGAA
AATCAATTGAATCTCTTTCAGAATATTAATTTTAAAATTCAATCAGTCCT
AGAAATTGTTTTGTTTTCCTCTAACTTTATATTAAAGTGTTATTTGTTTA
TGCTTTGTTCATTATTAGTATACATGGAGTTTACCAACATTTTATAAATT
AAATGAATCATTCATAAATATAGATTTTTGAAATCAACCCTTCAAAGAAG
CTTGCTCTTAACCAAATTTACCACTAATTAGTCGAGATTAACACTTTCCA
TTTGAAATGTAAGGATTCTTATAAAAAATTTATCAAATAGCCTTTGTCTA
CGTTAATTTCTATAATTATAGTATTATATNNNNNNNACATTTACCATTAT
GGATAAGTTAATTGAACGAGAGAGAGGATGTTCTGGACTTATAAAGCTAC
AAACACATTTTTAGTATTTAAAAATGGATTTTTATCTGAGAGAATAGTTT
ATGTTTATTAGCATCATAATAAAAGGAGGACCCGTGTAAACATGAAACTA
ATTATAGCGATTAGAAAAGAAAAAAATGTTGATGTTTGTTCTCTTCTTTT
CTGCTCATTATTTTATCAGTCTTGGAGTGTGTACATCTTCCTCTAAAAGA
AGAATTCTTCCCCATCTTTGGTGTATATTGATTTAAGAAATTGATAAATG
GATAAATTTATCGGGCCACCCGTTATTATTTACTCATCTCCATTATATAA
ATTTTGAGAGGAAGACGATTTAAAATGTCTCCATGCATAGAAGACATTGT
AAATCGTCTTCCTCGATGTCCCAATCTACTCCCCAATGGCCTACTAGGAC
AAGTCCTCGCTGAGGAGATCTGATATATCAATCCTCTTCTCCTACTGTGT
GCTCATGATGGCGACTAGTCAATGTTTTTCTTAGCTATCGACAGCTAATA
ATGTGTTCTACAACATTGAGCATACGAAAATTCTAAAAAAATGATCTCTC
AAATTTGCATAATAGAGATGTGTAAATACTAACAGTTGGTATATGAATTT
CAATATAACTATTATATTTTCCCTGCACTAATGCTATTTTATAAATAAAA
GGTTCTCCTCCTTATAGGAGTAATTCATTTTCCCCCCTCAAGATCATATG
ACCGGGTAGCTGATATGAACGGTGTTGCGTAAGGGCTGTCACAATGAACT
TCGGAATGGATGGGGAAGTTGTCATTTCCAGAAGCAGATAATTTTGGGAT
TTGCTAGCACAATGGTAACATACTAATAAGTGGGAACATTTCTTCCACTT
TCCCTCCAGGTTGCGGCAGTTCTTTTGCTTACTTCTTATAGAGGGATTTC
ATGTGACGTCCCCCATTTTAGGGACCTAAATAGACAAGTTTTATAACAAT
GAAACCACTCTTTTCATTAATATTAAGGAAAATAGTGAATTATTGGTTAT
TAAAATGAGATCAACTGTGCAAAAGATATAAGCCTTAACCCTACCCCCCC
CCCCAAAAAAAAAAATCCTCTATGCCCTAGTTTGATTACATATCTGACCC
TAAAGTGTATTAAAATATATTATTATTTCGTTATATGTACAATCTCAATT
CCATATTGCACATAAAAATTAACTATTACAACGGAAATAATAATATATTT
TTTTCTAATTATACTAGTTTTCTTGTCCCTAATCGGCTAAAATAAATAAA
TAATTACTAATTTAGACATTTCATAAGGATCTTCAGTACATATTTCTTTG
AATTAAGTCAAATATCAGTGTTAATCATTGGCCTTAAGTAGTATTATGTA
TATGCAAGTGTTCAGTCTTTTTTATTCACAAAGCCATTTGATGAAGTTCC
ATCAAGAATTATTGAAAATATATCAACTTGAAACCCCCAAGATGGCGTCT
CCTAAATTTATAATGCAATTTATGAGGTAAATGAAAAACTTTACATTGAT
ATGTCAAAAAAAAATTATTCTTCACATAAACGTATTTTTTCAAATTAAAC
ACATTTATCTGCAAAATTATTTAATAATTATCATCCATGTCTTTAAGCAA
TTCATCGACAGAATTAATAATAAAACGTTTAATAGTATGACGTTCATAAA
TCAACTCATCTTCATTTAATATTCAATTTTTATTAATTAACAAATACTCG
ATGTCCCTACAGCACATTCAGAAAGCAAATAAATATAGTCATTGCTTTCA
ATTAAACCATTAATTATTATTTACTTACGTACATTAACAAAATAATTATA
TAATTAATGAATGTTAAGAATATTCAAAAGCCAACAAAAAATTATTAAAT
TTCAAAGGATTTCAATTTGACACAAATTAGAAATATTGTTAAATATATTG
AAGATGGAATTGCCAATATAATAGATATTCATAGTAGAGTGGGTCAAAAA
TTAGAATATTCAGTAGAGCGGTTTGATTTTCAACTTTTTCCATTTTTCGA
TTATAGGTATTGCCATATGATCATATGATATGAAAATTACCTATGTAAAA
TTTCTTTTTTCTAGGATGTCATCTTTAGGTAGCACATCTTGTTCAAAGTT
TGAAAGGAGATACAAGCTCTTTATTTCGTGAATAAGAATTAAAATACAGC
ATTAATTAACTATTATTCTAACCTATATATATATATATATTTCTAAAGCT
ACCCTATGTATCAAAAAGAGCGAATAACAAGAAAATTTAGATATTTCGGA
AAATGTAAACAAAAAAAAAAAGAAAAAAAGGATAAGTAGAATAAAAAAAT
TTCCTACACTTTTCTTCTTTTTTTGTTCCATAGAATAATCTTAGAAAAAA
ATAACACTTTTTATAGGTTAAAAAAATGTATATCAAAATTATTTAATACA
AAGTAACTAAAAATTTCTTTTAAGTATCTATATTGACTATTGACGTTTGT
TTTCATAATTTGATTGAGATGTGCGAAATAAGCATGACCTTATAGGACAA
TAAAAATATGCATAGATAATTTTTATACCATATGGCAACTTTTTCACACT
GCCCTAATCGTAATTTAAAAAAAAAAGAAGGTTAAAATACAAAGGGCTCT
AATATACAGTGTGCGATTTTAAATTGTGGACTTTTTGATAACAAACAAAT
AGCGTAAATTTTAGCAAGAATGTAATGGAGTACTACATTGAGACTTTATC
ACAGACTTCTTCATGGATAGATCTTTCTATTTTTAAAAATGATTTCCATA
TCCAAGGAGCTCAGATGCAGCCATACCACTGTTTATCGTGCCAGAGACTC
ATTCACCTCCACCATGGTCTTGGGTGTTTGGCGAGCGCAGACAAAGTCTA
CCCTCTCCTTTTTGCGGAGAGGAAGTAGTGGCTTAATTCAGATGCTTACA
TCGAATTTATGCATAAGAAAGTGCTACCTTGAGCCAGAGAAATGTTCAGG
GAAAACTTTGTCTTCCCTCAAGACAGAGTTCCGTGTCTTTACGCAGCTTA
TACCAAGGCTTTCCTGAGACACCACTTTCCATACATTTGGAACCTTAACA
TGTGGCCGCCCTTCTTTCCAGATGTGAACCCCTTGAACTACTCTATCTAA
GCACATCTGGAGGAGAGGCTGKGGGAGKGTCCAGTCTCTAGGGGCTTCCM
TCTAGGAGGRGKGGRTCAAGCTCGACTCTGACTACATTGTCAATGTATTT
AGGCCTCGCATTGAGGCATTTTTTTAGAGCTTAGGGTTCACATGTTGAAT
AAAAGTTGTACACATAACTATTTTCAGATGGTTTTGTTGATAAATATCCT
CACAAAACCTCTCCTTTAAATTTTACTCTTTAAAAATTGAAAATAATAAA
ATGTGTACCATTATATCAGCTCTTTACTAAAACTATAAGTGGATTTGCTA
ACAAATAAATGGAAAATTCCAATCTTTTTGTAATGAAATATTTACAATTA
AATATCCTTAATTTATAATTAAAGGAAAATACCCAAACAAAATAAATATT
AACAAAAAATTTCAAAAGTATCGTTTTTTCTTCATTAAAACATTTAATAG
TAGATGAAACCCTAACAACATTTTCCCCCCTTTCAAGTACTAAATAATTA
ATAGTCTTAAAAGAAAGCCGTCTTTAATTATGAATTCTTAAATTGCTATT
GTCTGAAACGATAAATTTATAGGTCCCAAAAGAATAAAATACATTTTCTT
AAATGGCAATGTATATAGCATATAAATTTGTATCAAAAATGAAATTATAA
CATTTTAAAATATGATACTATACATTTTTTTCTTGTTGATACCCAAACTA
ATATTATCTATATGTTAAATGCGATTGTTTGTGTGTATTTGTGAGGGAAT
CACGCCCGAATCAAGGAAAAATATTGTTAAAATTATTTAAATAGCTTTTT
AAGGCTCCAGAAACGGTTGTGGTAAATTTTTTTTTTGACCTTCAGGGTCA
TGGCGGCTTTTAAAAATAATTATTGTTTCAAAAAAATAATTTTTTTGATA
AATAAATGACTATTTTATATGAAACAAAATCTTTTTATCTCTGTAGACTT
TTTTTAAAAAGAAGGGTGTACGATTTAGAAAAGAAAAGAGAATAAAACAA
AGGATTCTTGACAATAATATGTAAGATGAGCGAATGATAGTTCAATTTGA
ATACTTTTTTTAATCTTATAATCAACACGGGCAAATCTACTCTATCACTT
AATAAAAAAGTGATGCAATGAAATATACCAACACTATCATACAACGATAG
TCCAGAGCGAGGCTCGTCATTGGCATCTTCCCGGCCATCTTGGAGTGGTT
TGTACTGCTAAGTAATTTCTTTTTTATTCAGAAAAGTTTCAGCGTATGCC
ATTGCTAATATTTCAAGCGTTTTTGGAGCACTTAATTTCATTTTTTTACA
GAAAAATGAAATGCAAATTCTTTGATCCATTTTTTCAATAACATAAAATC
GCTGAGCACACAAAATATTTAAGCCATTATACCTTTCACAAACAAACTAA
ACATATTTGTTGTATTTAACGTAAACAGTATTTACATTAAATAAAGGCAC
GTGATTTATTTTATCAATTGTAATTTTTAGAAATTTACAGCAAAATTGTA
TTTTTTATATATTGGTTTAAATATTAAACAATGGGGATTGGGATTATTTT
GAAATCGTCTCATCACTCATTATTAGTGAAATGCATAAAAAAGCGTACAT
TACTTTTATATCAACTCTCCTCTCGTGTTATTTTAAATGTAGAAGATGCT
CTTTCATAATTTCATAATATAACAGATAGCGATTTAAAAAAATTAACATT
AATCAGTAGTACTATATGTCTTGCTCCCGCCCTCTCCTTACACCCAGCGC
TAATCATACTACGGTTCCAAGATGAACTTTCTCCGTCATTCATGGGACAT
GCACTTTATACTTGGATGTTCCCTCCTCAAGAATGATAGAATAATAACAG
CTTTGGAAAGAAAAAACATTACTCAGCTTACAACTACAAAAAGTCTCGCA
ATCGTTTTAGATCGTATTTTTACAATTCTAATTATACTAATGCTCTCTAA
TATCGTGTTAGCTATTGTAGCTGTAAAATAAGCTAGATAGTATTTATAAT
CTTCACTTGTGCTCAACTGTATTGATATTCATATACAGAATATTAAGATC
AAATCGGTGCACTTTCCAAAATATTTTAAATTGTACAGAGCCAACATTTT
CAGCAGATTCACTTGAAAATTGGCCTTAGTTTTATATTTGAATGTTGAAT
AAAATCACATTTGATGTTTATGTCTCCAACATCAACCAAGGACTGCATCA
GGACCCGGAAGGAGGAGCAAGCATTGACGAAGCAGGAAATTCATTGTCTC
CGTGATGGMAAAAGATGTTTTAGATTCAAAGAAGCCGTAGACAAAATAAT
CTACCAGATTAAGATCTGGACTGCTGAGAGGCCATATTTCCTTCCCAATG
AAGTGATAGCTGTGCTTCCTCAGCCATTTGAGCGACCTGTCTGAGACATG
ACAAAGTGCTGAGTCATGTGAAACGTTCCTGATTAGGATGCAAGTCCCAT
TTGAGACCTCCTAATTTGAAATCGCTATGTTGGTGTGGACAAAAATCATC
GTCACGGTGCAACGCCGTTTCCCCAATCTAAATTCAATCTTTTTTATATC
TGGAGCAACTGTCGCCATAATTTCCAAAAATTCACTAAAGTTTCTTGATA
CAACAACATTTTGGCCGGCAGAAAAAGAGACACCATCAGTTTGCTGCATT
ATAACAAAATCGACGGCGCACAAAAGTACTGATATGACTTTTACACCCTT
AATGCCAACTTAAAAAAAAAAAAATCGAAACAATCCATCTGTATAGCACA
AAGTATATGACNACTCCATCTGACCTAGGAATCACTTTGAAATCCATATA
TATGAAGTATATTTCCTCTTCTAAAAAATGACCGGGTCGCGTAACCTACG
CACATTGAGTTTAAGAGAATAATTTTTCCAAGCGCGTTGTTTTCTTACAT
ATWYATTCATACACTAWTCCATTTATTAAYAATYTATTGTTAGGATTATT
ATTTAATGAAAAAAAATAGTTTTTTAAAAATAATGATGATGAATTACATT
TGTTTTTTTAATAGAAGGTTTGAATTTGAGAAAATACATACCATATAACT
TTAGATACATTTGTTTTTTAACCTCTTATAAAGATTAATTTAATTTTTAT
AAACATTTATTACAAATATGTTCTGCTGCTACGTTTCACAACATTTGATA
AACTATTATTTTTAAATATTACATAAGTACTCTTATTCCGAGTGATCCAT
AAAAATTTGAAAAATTTGAATTTTAAGCTTAAACAAGTTATAATTTATTA
ATTAACAATAAAATTTCAAAAATATCAATACCATAAATAAATGTGTATCT
GTGCTCTCTTCATCATTAATTTAGTCGCCCTTAGTGGCAAAGATGGTATC
CTGGTGGAGGCGGAAGGCGKAACACACACCGCAGATCTAGCCATCTGATA
CGGCGTCCTAGTGCTAGTTGACAAGGGCTTTGATGGCCTCGGTATTTTGA
TGACGGWCCCTCCAGGCCTTCCTTTCAACATGAACCTAAAAGTTGTAGTC
GAGGGGGTTGTAGGGGGATCAAAAGTGTCTAAAAATAATTTAAAAGAACT
AAAAAAAACTCATTCAAAAAAGTCTTGCAACAGAGGAGATGGTGTTTCAC
TCATTGCTGTTGTCAAAATGGCCTCTCAATCCTCACAAAGCACTTTCCAC
CTACTTTCTTGCTAGTTATCTTGATAGTCTGGTGTAAAACTCCCTTTCAT
GGGCCCTGATGGACTTAAGGGGATTGGCCTGGTTTTTAAAAAAAACTCAT
CCGAGTCCAGTTTGATTTCATTTCAAACGTTTTGGATNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAGATACCC
AACTCCTTAGAAAAGTGCAAATGGAAATCCGTCGATCATGTGCAAGTGTA
TTTTTCTCGACTTTTATATAAGCTAGAGAGCTTCCGGTTTTTTTTTTTAT
TTTTTTTGTTAACTAATTGTATATTCGTTAATATATGGAAATAATTTCAA
TCTCTCAACATAATAAACTATTGAATTAGAAGGAGTTCATATTTCAATGG
AACAATCCGTATGTCATATAATTATTTTAAAGCTTTTATGAAATGAAAAA
AAAGTTCCACTGATCTGAAACACGAAAAGTTTTGACATCTTTATATAATG
AAATTTTTAATATATTATATATGTAACACAAAAATAATCTTTGTCAAAAA
TCAAGAAAAGGAGAAATATCCAATATGTTTTTTTTTACATCATATAGCTT
GTGTTGTGTCAGTCCTTGTTTTTACAATCAAGTCCAGGCTAAGGTCCAGT
CAAAGATCAGTCAGGCTGTCTGTCATTCAGACAATCAGGAATAGAACTGA
TTCTAAAAGAAGAAGCAAAGTTGCAAACCATCATCATGGACCAAACATGA
TAAGTTTTAGGACAAATATACAGGACCGAGCTTTAACGACATTAAACAGA
ACCGGACTTCAGTCTTTAGGCCTAAAAAGAATTAGCACAACACTACANTT
TAACTTAACAATCTAATATCTCATAGACACATTTTGTAACACTATAGGCT
TTGTATTCCAATTTATGGGATGGATTGAGTTACCTGAGTATGTTAATTAT
ACCATCACGCCTTTATTTGATTTATAAAACTTAATTTGACAACTCTATGG
TTTTTCAAACATATTCTATCAATTTCTAATTTGCACTTTTGTTCATCCGA
TCCAACCACTGCAATCACTTGAAGGCTGGAAAGTTTATTTTTCTCCCCAT
AGTGTACGTGGGGTGAACCCCACATGCTGAGGTAAGGTAAAGCCTGTTTC
TGTTGACATCATCTCACCAAGGAAAAAGGGGGGTCTCCTCTAAGTACAAG
ATGACAACTCTAAGTGGTTCTTTCTTGAGGGGATTCAAATACTTTTTTCT
TAGTGGAATCCTTTTCTTGCAATCCATCGGCTTRAGGGCMTGTCTTTMTG
TCCTTTTMTATCTCAAAAGCCCTAGATCATCATGGGCAAGCCTCCTCATT
CATGTCCAACGTGAAAATCAAATTTTTTCTCCTCAATGGTAGTTTTAATT
TACTCCACAATCTCATCTGGCCTTGTTGGACGTAGCCTAACCCTCTCAGG
AGCCTTAGAAGTTCCCTTCCTCAAGTTCCGAGTTCCAAACAGTCTGCATG
GCAACACTGCTGATTTCTGTCGAMGCATTGCCTCCATAAAAAAGGGCTAA
AGTAGCTCCCCTGCGTTCAATCTGAGTCGTCGGATTCAAGTTAGCCATGA
TGATAATCAGGATGAAATTATCAATCGGGAGCCAATAGCAATGCAAGTAT
CCTGTACAAGTTTGCCTGCACGTCATGCTTTCTCTTTCTATCTCAAAATT
ACAAACAGCGACAGAGGATAGTTGAAATTGAATCCTCGCAACTTTTTAAT
AATAAGGAAATAACTGGTGCGTCAAGCGTAGGACGTGAAGRYAAGAATAT
ATTMACTGAGGAAGAAGTTGGAATCTCGAGAATTTTCGAGGGACGCAAAG
TNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNATATCTAATTTTGTAAGGCATTATTTATTTTTCTTATA
TCTACCATGAATCTTGACAGTAGAATTACTTTTTGGAATACTTTACAGGG
GAGTCGTAGTGTGCAAATTCCTTCTTAAAGAAACTTAATTATTCGTTACC
TTATAATAAGTCTTAATATTATATAATATTAATTAATATGTGATGATTTT
ATCGATCATAATTGTTGGAATAAGTTTACAAGTAGGATTATATAACCATA
AAGTATTTTACTGTATATTTCTATATCTAACGACTTTACAATAATAGTAA
ATAAGCAAAAACTAAAAAATAAACACATCTATTATTAATAATGTAATTTA
AATTAAGTTTCTTATTTAAAAGATATGAAGAAATCAAATTTCATCATATT
CATTCATAGATTACAGTCTATAATTATGTCCCCTGTTCAAATTTTATTAT
TTGTTGTTTGCCTAAGTGATGAAGTCTTAATATATAGTAAGTATCACTGA
ATTGTATTATAATTTTATTGATCACAATTTTCGAATAAGTTTTAACGTTT
TACCAGAACAACTGTCATTCCTGCMGATTGGGAAGCCTATCGTAACCCCA
GAAATGAGTTACATATGACAAACTTTACTTTTGTGCATAAGTATAACTTY
GTGSATACATTAACTGTAGCTCACACTCATAGACGATTGAGTCTTTGTGA
ATTCATTTCAAGGGTATGATCAGACAGCTAGGAGTAATAAATACCTCTAG
AGATTTTTTAGACATATCTCAAGAAGTATATGTGGAGGAAGTGTCTCAAG
GATATTATTTTTTTTTTCTTGACTACATTATGAGCCAATATCCAATATGA
GGTTTTTTCATATTTTTCATTTATTTTTTTAAAGTTAATTTATGCTCCAC
TTTGAGTTTCTGTTTGTTGACTTAGTGGATTTGATGACATAAATGTTCTT
CAAAATGATACACATTACTTTCATCCAAGAAGAAGTATATCTGAAATATT
ATTCCCAAATTGGACTTGTTCAATAGCTCTAGATCAAAGCATTTTCTTTT
GGTTGGATTTCGAATTAAACGAATTGGAAATTTGGACTGCTTTAATTTTA
TATTTTAAATCTATTTTAGAATGCTTCTTTTCTTTATTTAAGTATGCCCT
TCCCAAAAATGAGAGCATCCACCTACTTTCGTAACCCTTTGCAGTCCTAA
TTATCCGAAAGACTCGAAAAAGTCGAGATCCTTCTCCTCTTTCTCAGTCA
ATTAATTATTCTCTTCACTTCGTGTTAGTAAGCTTGACGTACCGAAGTTA
TTTCTTTATTATTAGAAGGTTGCAAGAATTGAATTTCAGCTATCTACAAT
GCTACAGTATTTTTAATATCAAATTAAAAAGTGTATCGTCTTAACACGGT
GTAACCTCGCTAACACAGGAATAACAAATATCGTTTCCCTCCTCTGACTT
GATATCTCATGTCTTCTTTATAATTTAGTCTTCTTGAAAAATAAACAAAA
TTATAAGTTATGAATACTTATGCTCAGTTTCCCAAAGGACAGGAATACAA
TTTTTAGTTGATCCCTGCTTGCATATATATATATATTGGCCATCTTATTA
TTTCCATAAATAAATTTTGCCCATCACATAGGAATACAAATGTATAGCTA
CGCTTTTAATAAAATATTACAATACAGTTTCGAATGAAACTACTATGTAA
GATTTTAATATTATTAAATATATATATGTAATTCATATTAAAATTGCAAA
GTGATAGTATGACAAAGATAGTCTTGGAGTAATTAAGAAATAAATGACAG
TCGGATTGATATGCTTATTTGGCTTACTACCAGATGATTTTGGTGTTTTT
GTTCTGTTTCTTTTTGCATTAATGGTTGCATGATACAATGAAGGTAACTA
CGTGTTAAGCGAACACACCTCACGTCGTTACCTTGCTAACACAAAAATAT
TCGATGTGTTTTGTTGTCAGTTGTCGAATCCATCTTCTCCCTTGATCCGT
CATGGTTATTTCATAATTTATTATTTTTCATAAATAATATGACAGTGATA
GTCAGGGAGTACATGAAAGATGAATGATAGTTAGATTGACTTATTTGCCT
AATTACCAGATGATTTCGGACTTTTTTTTGGTTTTTCTGGAGGAAAGGTT
GTGTGATACAATAAAGGTAACAACTTGGCCTGTATATAAAAGCTCAGTCG
TTTAATTATTTATATTTGGTATTATTTAAAAAAAAATTGAATTTAAGTAA
TTATATCGGAATTTTAAAAAATTCAACACTAAAACTCGATAAATTTATTC
ATCAACTAAATTAAAGTCAAACCGATGTTACTTCTGAACTAGACTTCTTT
GAATCAAATACTCTTTTATAAATAAAATTCAAGTATTTATTTGCCATATT
TTTTTGTCTTGGGTTATTTGTCGACCAAAACCAATGTGGTCCAAACTCAG
TGTAAAGAAAATAACCGTTATAACTTGCATTTGTACGTCTGTATCATATA
TGTAATTCTTGCTAAGCGTTCCCAAACTCAATTTCTTTCATTATCACATA
ATCACATATTCACATTATTTCATATTATCTGCACATAGAATAAATGTGCA
GATAATAATTAATTGAATAAGTTTTTGCGAAAAAAAAGTTAGAAACTTCT
TAATATAATTATTTTCTTACAAATCTATGGATATAAATAACCAAGTAACT
ATGTAGAACATACATATATATTCGTTAATTATTATTAATCTTGAAATCTT
TACCAAATATCTATATATATATCACCACAAAAAAAACAAAAAAACTATAA
CGATATCCTCTCATAATTAGACGAGTTTTTTAAGTGTTTTCAACACTCTT
ACTTCTAAAAATGTATTTAGTTTTCCCTTCAAAAGTTTGTTGCTTAAAGT
TTGCATTGATGGTTATTGCAACATTTCAACAAACAAAGAAATGTTGTAGC
CCTACTCGAATGAGTAGATATGTATTATATAGTACTTGTAGAGGTGGATA
AAACTTGTTCAAGAAACCAGAAAATGCTTTTTTCTATATGGATTTTTTAT
TTTCCTAATCTGTTGTCATTTTTATTTAATTCATAAAGACATCTTGGTCT
TAAGTAATAACTATGCATTGTACTCATAAAAAACGAAGATTAACAATGAG
AGGTGGACTCGGAGAAGAATTGCTATATACATAGTGTGATTTATGTTTAT
TTCCTTCCATACACAGCTGCTTGCAGCTGATATAATAAAACACTATGACA
GCTAATTTGCTCTCTTCCCTAACATTATTCAAATTGTCACGCTGACCATG
ATCATTTTATTTTTACATCCAAACAGTATAGAATTGTATAATAAATGAGT
TGACCTAAATTTCTGCAAGATTTAATTCATTTTTTCATACCGTTTTTATA
AATCCCTATACACATTAGATTAAGTAAAAAGTTCTGACCGTTTTTGGCTA
GATGTCTTTAGTGAGATATATCTCACGATAAGTACATTGCACCGAAAAAA
GCTTAAAGTATGCTTAAAGATTAGCGTTACACTTAAAGGAAGTTTATTTA
CGATTTTGTGTTTGGTGAAGCCAGTAGCGKGATGCAGCATTCCAAAATTG
ATAGTAAAAAAAAAAAAAAAAGAAGAAAAATCGATTCATTCTGCAGTATA
ACTACGACCAAGTTCAAAAGGKGGACCCAAAGCAAAAGCAAAGCGACTGT
TCCAACGGTTCCATTCTCATAAAAAGGATGTCATAAATGTCGATAAAATA
ATGGAAATCGTAGATTTGGACCTGCATGTGAACACTTATTCTATTGCTCA
GGAAATGTAGATTATTCAGAAAACTATCTAAATTCGATAATCCAAATTAT
GTTAAATTTATTGACAAAATAAAGGGCAAAAACACTCTAGAAAGCTCTAA
TTGTACGGTTGCAGTAAATACAAAATTACACACTTTGCTTTATTAATATA
GATCACCATTTAGAAATAAAATTTATATAAATTTAATCGACATTTTTGTG
GGTGAAAAGAAACATTATCTCAAGCTTAATAGAAATACAAGGTTATACCA
TAACGCGTGTACGACTGATGTTTGACTGCCACCACGCTTTTAATATTGAC
GTAATAGTAGATGAGTCGTTGCATGTTTTGTCAAAATCGGTTTTTCTTGC
TCAACAGTCGGTACGATACTTTAAATTGAAAATTCTAGAAATAGTGACGT
CAAAAACTATGAGTGGTTGTGTGTTTTCTACAAATATGCCTGTCTTGCAC
AGCTATCGATACTATTCATCAGATTCAAAATTCTTGCAAGCCAAATTACA
TGATGGTTTAGCCTTGTATTTCTATTAACCTTGCTTTATCTCAAATAATT
ATTCTCATGAAATTGTTTGCGGTAAACCCTTCACTAATGAATCCTATTTT
TACGTAGTTAGTGAACTGGGCTAAAACGTCATCCTATATATTAAATGAAT
TTGATTACATTATACACAATAGACATTTACGAAATTATACCATTTAAATT
TGTAATACGTTCCGAACCATTTTCCATTCGAAAATATCAATTAAAATCTT
TAAAAAGCATATTTATTTATAGATTTATTTTAAGAACAAGATTATAATTG
TGATTATTATAGTTAAAACATTATAATTAACAATTTTTGATAAAAACTTA
ACTGAAATATTAATTACGTTTATCGAATTTTAGGTAAAAAAATGTATTCA
TTAATTTTGACGAAGTTGAGTATGATATTTAGAATAACAGCTGATATAAC
CTTAGTAGCAATGCGTACATCTTAAGTTAAAAATGGATATAAGCTATGAT
ACTCATAACACTTTGTATTATGAATAAGTTATAATGGTCTAAAGAAGAGT
GTCATTTTTCATCATTTTCAGCATAAAAATGGAAATATATAGAGTTCTGA
AGAACATACATAATTACATATATACACTTTTTAATTTTTTTTCAGTTTTA
TGAATCCTTCTTATAATATAGAGATTGTGTTAAGGGTATAAAATGACTCT
GAACGATAATAGTCCCAAATTAGTATGCTCCCAATATTTCAGAATTGAGA
TGACTGAGAGAATAACTGATTTTACGCTCATAGATAAATTCGATTATTAT
ATTCAATTCATTTTTACAGAATGAGTGTTTCCCTCTGTTACATTCACCAA
ATCTTATTGAAAATTTCCAAATTTACGACTAATTAAAGAAAATACACTTA
TCCACCAACAATGAGTTACATTTATTCTAAAGGATGATTCAGGATCACAC
AAAATAGTTCCAGCCCTAAAATCTATTTTAAACAGATTTGAAGCAATTTT
ACAAAATTTGTGGTACAGATAAAGAGAGTCCATTGAGTCGTATCGTTACA
TTCCCATTTTTTGATTTTACTATGATGTACTGGGCTTTCGCTACACACGC
TCGTTTACAAAGCTCATATAAAGTCACATTCAGAACGAACAGAAGCACAG
CTGGCCTTGATGAAGTCTAGGGAAAAGTTGTTCCACTCCTCTGTGTTCAT
GGTGTTCAGGGATCGACATTCGGGTGGTAAGTCTGGTTTGTCTTGTCCTC
TAAGACCCACAAAAGAGCAAAGTCCATGGTGGGCACGTCAGGTGAGGACG
ATGGCCAGATGGTAGACATGTTCTCCCCGAAGAAATGCTGCACCTTCTTG
GGCTTGTGTACCGGGGCGCCATCTTGGGTAAACACATAGTTGTCCCTGAG
GAACATGCTTTTCAACCATGGCAAGACATGGTACCTGAGGACCTACTAAT
AAACGTCTGTGTTGACTTTCTCGTTGACCTTAAAGAAGTAGGGACGCATC
TTGCTACTGTCATACGCCGCAACGCTGAGGACCAGGACCTGAGATGGATA
TTTGGTCCTGAAGGTTTCTCGACCTGAGCTCTTGATTAAGTCAATACGGG
ATCATTTATCATGTTTGGATAAGCGTCCATTTTATCTTCTTGTCGGAGAT
CGAATTGTGGGCGCAGGAGATCATACACCCTCTGCTGTTTTGCATGTTGC
TCGGACATTTTTGTTCGCACAAAAACAAAACAAACATCAAATTGTAGCTT
TTTGTTAGCTCTTTCAAATAGTGTCAAGTACAAAATTTAAAACTGAGGCT
ACATGGCCTCAAAGAGGATTCTAATTTTCGAGTCCTCACCGATATATGTT
GCCTGTCAAAACAATAGCAACCTAGAATGAATTTTCTCAATTGCTATTAT
TAACTCTTTTGGGTGTGTTGTAAATTGTAGTCCAAGTACCCTAAATTGAT
TATGTCAATGAAATCTCCCAAAGTATGTAGTAGGGTGTACAACACTAGGT
TGTCTTCCGATTTTAACTTAGTTCAGCCATCGGCAAATACTAATTACCTC
CAACAAAGCTTTTTTTATCGAACTATACGGATATGGAACATCTTCCTCAT
AGAGGGTAGAAGAACGTATTCACTTTGCGGTTTTAAGAGACTTTTAAAAA
ATAATCCTCATCTACTTTAATTCCACTCCACATTATATCATGTTATTTCG
TTAGATTTTATCATATTGTTTTATTATACTTTATCATAATGTTTTATTAT
ATTTTATCAAGAGTCGACAATATTGGGCTTTTTTTAAGCTACTAGTCGAA
AAAAACCAAATAAATAAAAAATAAATAAATATTGGACTGTGTGTAAAAAA
CAACAACATAACAACTTTTGTTGGAGGAAAATAAGATACAATCAATTTTC
ATTATCACGTGGATATTAAACAAATGTAAATCTAGTACAAATATTTAATT
GAACTCTATACTTTTTAGAAATACGCTTTTAGTTAGATTGCAGTCATATA
CCTATTTAAAAAAATACTGAACTAATTATACAGTTAAATGGATAAGTTTA
TATATATTTTTTGGAAAAAGTTTAAATAAATAGGTACAGCAAACAAAGTT
ATGGGATTGGTTCTAATTTTAAAAGGGATATATACRGGGTGACCCATAAG
TCTTAGGACAACTYCAMCAGCCAAGAAAGTAAACAAATATTTATTTCTTG
AAATATCTTTATACACCATTGCAATAAGTGGAAAATTTGATTCAAAATGA
GTACTAGTTCGTTCCACATGGCCACCATTTGCGGCAACTAAAGCTATCAG
ACACTTTGGAACTGCTTTATACGCTGTACGGATCTCTACTTCGACAAGTT
ATCCCATGCAGGCACTATAGTCACTTTCAAGTCGTCGACGCTGTAGTAAG
AAGTCACACTAACCTCTTCCTCCAGACGTGACTATATGAAGAAGTCTATT
ACGTTGAGATCTGGGGAAGAAGTGGGCCACACGTCCTTGCTCCAAAAGTG
TCAAAAGTGGTTTGGCACCACTCTTGCATAGATTTTCCAGTATGTGAAGA
TGCATCATCTTGCTGGAAGATGTAAGACCTATCCCAATGCTTTTCCTGGA
TATAGGGAGGTACTTGGGGCTGTAACATGTCCAGATAGAGACGTTGATTG
ACCTTTAAGCCCTCCGGAATTAAGATCAAGGTTTTTTTCATCCTGCTGGA
GATTATGACCGCCCAGAACAACACCAAGGCTGGCTTTCAGCCTATGAACA
CACTGCACTCTTTCATGGGAATGCCCTTGATGCTCCAATCCAGTACCCGG
TCGTTGTGGCCATTGTAAGTCAGCTCCACGCTTAAAATTCTTCTCGGCCA
TCCAAATGATTGAAACGTGCTTGCGAGAATTAAGGAATTTCAGAAGCACC
TTCCCCCAGGTCAGCCTCTTGGCCATTGTGGTATCGTTGAGAAGCTACCT
CTTTTGTACATGATACGGATTCATCCTCAGGTCCTCCTTTACCACCCTAT
GCATGATTTCTCGAGACTCCCCAGCCTCATGAGACATCTTTCTCATAGAG
CGCTCTTTTTGTTGTAAATTTATGTTAGCTAGATATCTACAAGATTTTAA
ACTTTTTTTTAAATCATATTCAATTAAGCTCAAAAATGTATGCAATCTTT
TTCGAATTTTATCAGAGTTTTTATGGCTARCTAAAWTAATAAAMATGTTC
TCGTTATTATAAATAATAATTCGTGATGGACATTAGAGAAATTTCAAAAA
TATAAATTCGAGAATTTATATAATTCAACGCTTATATCAAAAATCATTTT
GATCAGACATTTTTTTCAGCTTTTGTTGGTAAATGCTGCTCGCGGAGACT
TTACCGAAAAAAATAATAGATATATTTAATGATGATTAATGCTTCAGGAG
TTTGTTCAAACCACTATTTGTACAAAAATCATTACGACTGTCCAACAAAT
GAATTAAAGAAAAAAATTGGAAAGAGAAAAAATATTTAAAGAAGAGAATT
CAATGCACAATGGGAATGAATCAAATTGTTTATATTGAATCTGTTGGAAC
TACAACAGAACGAAATCGTTCAAACCACTGTTGTGAAACGCTAATCGAAG
GAATATCGACCCCTTATAGATTCACGATCATTCACAACTGAACCAACCAA
CCGCAATACTGTCTAATGAGCATTTTTAGTATAAACTCCCACCTTTACAA
AATCTTATCCGATACTACCAATAATGAACAATATGTACTTTGTTGCAAGA
AAAAAAAGGAAGGGAAATACGTAATTCCTTTATCCTCCAACCAAATATAA
TGGCATAAACGTATCTTCGCAATTAGTTCTTTAGGCTTAAAGTAGGTCTT
CTTTCACTTGAAGTCCAATATAAATCATTTTTTTTTACAAGGAATATCTT
GAAATGAGGGCATTTTAATTGTATTTGAAAGTATAGCATTACTATTAAAT
AAATGTTGTTTCTTATTATAACGAATTCGAACCTTTATTTTATAACCTGT
GTACTTTAGAAGAGAGAAAGTTGATTAGAATAAATATAGTCAGTCCTGCG
ACATCAACTTTTATGAATTTTATTACTCCAACTCTTGAAAGAGTTTGAAA
CATGATATGTTTGTGCAATGAATGCAAAAATACATTACAAATAACTTCAA
GTGAAGGGGGACCATTTTAAACCTTATATTACATGTAAGAAGATATATTT
TTGCTAATATATATATATGGGTAAAAGTTCCGAGGACGAAAAATCCCAGA
GCTCGTTCTGCTCTTTGTTTTATTGATTGTCAAACATTTATCATTGAACT
TTCAATTTATGTTCAATAAAGTAGTTAATAGAATTTTAAAATGGAGCTGT
ACAATATGTAGTCATGAGCTCAATGTTCAATGGATAATAGAGCAATAGAA
AATTAATATAAAATATATCAGCAAGTGGTGTAACTGTATGTAGTTTAGGG
GCGCAACATAAATTAATCAAATAATATTAGGTTGTGGAAAAAGTAATTTA
GTATTTTTAGCTTCATTTCAATACTTTATAAGAAGTGTTACAACCATTTG
ATTTAACCAAGCATGCCTTGTTCTGTTTGATAACTTGTTGAAAACGAGAA
TCAAACTTTCAAATGCCCTTCTCGAAGAAGTCCTTGCCCATATTGTAAAA
ACTCGGAAAACCAATTTTCACAGGTCTCTATTCAGGCCAAATTTCTGTCC
CAAGTGCATTGTCTATAGACAGGAATAGCTTATAGTCAGTGGATGCAGGK
CCGTATTGTAAGGTGGATGCTTCTCGGAGCTTCTGGTGCCCCATCTAAGA
TGTATAAGGCCTGGTGTTAATCTTGATGAAACATGATTCTTCTTTTATTG
AGCAATACTAGACGCTTATGTTCAATTGACCTTCAAACGATCGAGTTGTT
CATAGTAAACTGTATAATTAAACGTTTGACCATAAGGGAACACTCCATAC
TATATTATTCCCTGAAAACCCACCAAACACACAGTAACACCTTCCTGGCA
GTCAATCCTTGCTTGGCCATGTTCTGGGCTGCTTAATTAGCTTTTAACTA
CGATCTCTGTTGCTTGACATTGGCGTAAGTTATCCTCTTTTCATTGCCAG
TCACAATCCACTTTAGAAATGATGCGTTTTTGCCTTCAGGTAGTAAAATG
TAAAATATGGCAAATTTCTTCCTTTGAGCCCTCCGTACCCGACACACGAT
AATTCACAACTGGACCGTCCATGTGCAATACTGTGTTTGTAGTATACACT
CAAACCTTTACAATGTCTTGTAGTATGACCCGATGTGACTAATAATGAAC
AAGATATACTTGGGTGGGAAAAAATAAATACTAAATTACTTTTTCCTCAT
AAATAAATAGCTTTTTCTCATTTCCGTATTTTCATAAGATTATTTTTTAC
ATTTAAAACAATTTCCTAAAAAAATAATTTGACAAGAAACACTCACATTA
GTTTAAAGGTGTTCTGATGTAGAAAGTTGTAAATGTTGTTCTTTTATATT
TTTATCTGAGTCAATAAATTCATACTTATAGAATATTAAGAGGATATAAT
TTTTTTTGTTAACGAAAATTTATCTCTTTTGAGAATATCGCTCATTGATG
ATATAATTTATGATGCAGCTAACACTATTTGCTAATGGACTTGTAACATA
AATATGTAGACACATAAGTAAATATAAGGCAGTAGTTCTTAATATGTGAT
TTATTAAGTTTGATTACTTGGTGTCAAGAAAAAAATGTGATTTTTAAGCT
GTGGTAGAAAAAAGGATTGTCAACAAGTAAAAAAAAATACTTTTTTCCTA
CTTCAAGTAATAATGAATTACCCGTTATGAAACTGATAAGTCATAATCAG
AATCTGTAGTCCTCGAATGGAAGCGAGATCTGAGAATGCTACATTTATAA
AACAATCAATTATGTATCGAATTATTACAAGCACTCTCCCTTTTGGTAGT
ACTCAGGCAAGGTCTATCGAAGAAAAGATTTACTTCTTTTGTTGGAACAA
TATAAAGACATCCAACCACTTTATATTTTAGTGTTAAACAATGAGTAAAA
TATCCGGGAAATTTTCACAAAATTGAGCTTGTTTTTAAGACTTTTTTTTT
AAGTTTTAGAGTTAAAATGTTTCAAAAGAACCTAAATAGGAACAAGGATT
TTAAGAATTTTACAAGGAGGGAAAATGATTTTTTTTCTCTCATAAATGAT
GAAATTTAAAATTTATAGATAAGGAGGAATTTTTTATACTGTGATGAGTA
TACCAATTCTACATAAATAAGAAGGTGGAGTAAAATACGTCCTGAGCCCC
GATGACACTGTCTTGGACTAATATAACTTGTCTAGTTGGATTTTAGAAAT
TTAGGACTCATTATTTTCAATCCAATCTATAGTCGTGACACTAGGATATG
TAATTTGCATTTACGACACCAAATAATTCATTTTGAATTGAAGTTAATTA
AACTGAGATATTATACACTCAGCACTTCGATACCTTTATCGTATCACACA
AACTTTCATCCCAGAAAAAGAAACAGAATAAAGGCCTGAAATCATCTGGC
AGTTAGTCAAATAAGTCAATCATACCAACTGCTATTGTTCTTTTAAGTAC
TTCCTGACTATCATTGTCATATTATTTCGTCTTAACTTTTAAAATGAATT
ACATATGTATATTTCGTAATATTAAAATCCTACATGGTATTTTATTTGAT
CCTATATTATAAATAAAATTTTATTCAAAGTGCTGCTATACATTTATATT
TCTATATGATAGTCAAAACTTCTTCATAGAAATAATAAAATAGCCAATAT
ATAATATGAAACAAGTGATAAACAAGAAATTGTTATATAATATAACATTA
CTAAGTTTATTTATAAAAAAATAATATATTATGAAATAGCCATGACGTAT
CAAGCGAAACGAGAGAATAGACAGTTGACAACAAAATGCAGTAGGGTTTT
TGTTAGCGAAATAACACCGCCCCAGAATTTCAAAAGAAATATTCTTATTT
TTTCTTTAAATCTACATTTTATCGCCAATTCTTTTTAATATGCTCTTGAA
ACATTAAATCTGATGTTATGCAATCCTTTATTGATTTCAATAATGCCTTG
CCTAGAATTTATTCGTATATTTGGTAATTTTTAATTAAGGGTGAGTGAAT
TTAATTAATGGTTTTACTTATAAGTCGATCCTTTATTTTTCTATTTTATT
TCTTTTTTCTACAATGTGAGGACTAAGGCATATAACGGATAGCTAAAAAT
ACATTTAAAGTTATCAAAAACTTATGGGTATTCATTTGATTCCCAAAAGT
CACATTAAATAATAAATATTTCATAGAAATTTTAATCAAAAAATATAAAT
GTTCCATAAGAATGACAAATTATATCTGGTTGACGCCCCAATCTAATGTA
TATGACTAGACCTTTCCAACCAGCCTACCCCAAAAGCAAGAGACAAACAG
AACAAAACTTATTTTCAAATAGTTTTTGTTCCCCTTGAGATGTTTGAAAC
CTTGATTAACCACAAAATGAATCGGTAGTGCTCTACAGTGTGCGAGGTAA
AATTATGGACTTTTTGATAATTAACAAATTGAGTAAACGTTTGCGAGAAA
GAAAAGGAGTGCCTAGTCAGTTATTGATATATCTTTCTATTTTTCGAAAT
GATTTCCTTTGGCTGCTACCTTGGCCTCTAGTCTGTCCTAAAGGCGCTGC
AGTACTTTTTGATAAAGGCCTTGAAGTAACAGATGCTCTCGTCTCGATTA
CGGCATATTGTAGAGGGGGAACAGTCTGGGGAGGAAGGKGGAATGTTTAT
GCTTCAACCAAACCAAGAATTTATGTCCTCCCTGGACCTAGTTGGTCTTG
GCTGATGTTGAAACCAGTTGCCCATGTCTTCTTACATAGGAGGCCTTCCC
CAAGTCCTTCAAATACCTCCTTACAGTCCTATCACTGAAATTGAGATCCT
CGGCAGACTCCCTCATGATCCCAATTTTCCAGCGTCTGCTACTGCCAAGA
TACCTTTTCAGGCTCTGATCTGACTCCACCATGCTTTAAATCTTGTAAGC
AAGAATTGGGGAGTAGCCTAAGACACTTACATGGGCATCGAACAAATCAA
GAACCCTTTGACTTTTCGCTTACATGCTGTTGATTTCTGAAAGTTGTATT
TATTGTTTCTTAACTGGAGTAGTTCTACTTTTAATAACTCAATCTAGTAT
TAAAATATTCAACCTTAAGTAATCCAGATTGATTTAAAGTCAAGTCCACG
ATTGTACCTAGTGTACATAAAATAAAAAATATTTTTTTGTACAATTAAAA
TGTCAATCTATAGATTGTGCTACAAACCATTCAATCCATAAAACCACGTT
CATTTTTTATTCATGAAAAAACTTTAACTTCTTCTTCGTTTTCATTTCGT
ATTTACGGTGACAAAATATGACATTTACATAATTTTCTTAAAATTTTTAG
AAGATACAAGTAGCAACTTTAATGGAGTGATATTGCTCCCCTGGGTATCG
AACGTTTTACAAAAATCAATTTTGATGCTTGGCAACTTCATGTTTCAAAT
TTTATTATTTCTTGTGAGTGACGACATGTTTCCAACTTTATTATTTATTA
ACTATGACGTCATATATTTACTTTATCCCCCCTTATAAAAAACGTCATCA
ATATTAATAAAGCAAAGTTTGTCTGTCAATATGTATGAGGGTCTAAATAT
ATGACAACATATAGTGCTCTATGATGTATAATATCATAAATATATTTTAA
TCTAAGAAATAAAAATGTATTTGTATTCATGGAATACTACAGGTGTGTGC
AAATAGCATCCGAACGTGTATACGGGATGCACTATATATAGTGCTCTCTG
ATGTATATCCTATAAATATTTTTGATATAAGAAATAATAATAAGTCGTTT
TAATAAAATATTGTACGCGTGTGCAATGCATGTACAACAAGAGCTCTGTT
TCTGTTAGTCTCTTATGTATGTATATTATAATTGATGTGCATTTCAGTAT
ACCTATGTTAAGATGTGAAGTAAATATAAACGCTGGTAAATAAAATAAAA
AAAATGGGTTTTATACCAAGAGTATCAAAATACTCATAAGTCATCCCAAC
ATTTTTTTTTCATTCAGATTTTTATTACATATTATTATTTTATTCTGGAG
GACAGAACACATCAAATTCGTTGATATAAGTACGTGTAAGTGTGCATATG
AAAAATAGAGAGTAACAATGATGATTTTGGAGGAGTTATTTTTTAAATTA
ATAAGACAAAATTTGTATTTTTAATGACGCTTAATTACTCCAAACAATGT
CGGTTACAACCGCTAGTTACTTATATAGGGTAAAAAATAATGTCACTTGC
ATTAAAATAATGATCGTGGGCACATCAAAAAAGAATACCACTAAGACATC
TCATGTATGTATATGTGGTGTACAAAATGCCATTTTTTCGTTTTAAAATG
TAATTTTTAATTACTACAGTAGTTATTATAATTACTAAATATAGTAGTAT
TTGTAATATGTATTTAAATTGTCAAAAATCACACAACTATTGAATTATTC
ATATCCCAAGTAGAAAATCCATCATTTATTATAATCCATCGGATTTTTGG
ATTATAACTTGTACAATTTGGTTTGTACAAGTTACAACTTGTACAAAATT
GTAACTTGTACACAACAAGTTGTGAAGGTTACTGTTAGTATTGATTTTCA
ATATGGAAATCCGAACTTGTTAGATATCGTTATCATTTTAATTAGTTCGG
TCCACGTTGGGTCTTTATTTGTCCCACGAATCATTATCTTTTTTTTTAAA
GAGAGGAAACTTATTGTGCATGACTTATTTTTTAATACATTGTATATAAA
AAATCAATATGACCAAAGCGCAAAAAAACATGAAACAACTCTCTTTATAA
AAGAACATTTAAAAAAAAATAATGAATGCTTTTAGTAGTTCAAAGAAAAA
AAAGATGCATGGCAGTGCTTAGGCAAATAAGAGACCTTCATTCATCCATC
CCTTAAAATTTTCATAGGTAGTAGTACATTAAGGCACATAAATAATTTTA
TTGATGCATGCAACACAAAAATAAATATGCATTATTTCTCTTTGCATTTA
TTCCCCAACCCCCTTTGCTTATAAGGGCAAATACTTTCAAACTAGCATCA
CTTCTCACTATTAGTAGAAAACGTTTTGATCATATTAGATGATTATCATT
TTATGATTATGCGTAACTTTGGATAAAATAATACCCTTTTTAAAAATCAC
CTACATTTTTTTAATCTATAGTCAGGTAGCTAAAACTTTTACAAAGGTGC
ACTATGCATAATTTCGCCAGTACGCCATATTTTCTTTTTCGATATCAAAA
TTGGAGATCGCAATACTGGATAGTAGAAATTCAATTATTGCAACCTTTTA
ATAATAAGGAAATAACTTTGTTAAGGTAACCAGCGCGACGCAAATAGTTT
GAGGGAAAAGTAATTTCGTATTTCCCTCCCTTTTTTTAACAAAATATATT
TTGTTCATTATTGGTCCTATCTGATCATACACTAAACGTTGTAAAGGTGA
GATTGTATACTAAAAACGCTTTTTAGACAGTATTGTATATGGCCGGKTCA
GTCGTGAGTTATCGAGCGTCGATTATTGAGGACAAGAATGAAGAAATTCC
CCAAAATTTAAATTTTTACTACCTGAAAGGGAAAAAAGCATCAAAAGCAG
TCAACAAAATTTACGATGTATAAGTGCCCGATACTTTTTCGGGAACAACA
ATGGTTACAGCGAGTTCGTTCTGTTGTAGTGGATGTGAATAATMCGCCAC
TCACTGGCAGGTCTATCGTCGAACATACCGATAAAATCTTGGAAAATACC
GAGATAAACCGTCATCTTAACAGTCATGGTATCGCCAAGGAGCAAATATC
TATCATAAAACAGTTTTGAACGATATGCAGAATGTTGTATATAAGAAGAA
ACTCAAATTGGAGACGAATCGTGTTTCGTCAAGACATTGCCAGGCCACAC
ATATCTTTGATGACGTGCCAGAACAAATTTGCCTCAATAGAGACCTGTGA
AAATCGGTCGTCCGTGTTTTTTCCCCAATAGGGACAAGGACTTCTTCAAA
AAGGGCATTATGAAGTTGGATTCTCGTTGTGAGCAAGTTATCGAACAGAA
CGGGACATACTGATATTATTTGATTGTAACACTTCTTATAAGGCATGGGA
ATAGAGCGAAAAGTTATGAATATATATTTTTTGTCCCATCCTTGAATTTG
ACTAAATACACTTTTTGGTTTTAGAAATGAAAACTGTATAAATGTTTTTC
CCCCCTTTAGACATTTGAAATATTTTCCATATAATCCAGTAATAGAGTGG
GATTAAAAAAATTATTAAATCTCCTTTTTCACATGGGAAGGACAATTAGC
TTGTGCAATATGGGTGAAATGTCATATCATTTACTGTCATATGTCAAAAC
AAAGTAATTCAATATTTAATTGTAAGGTGTCACATACTACCCTAGTATTA
GCTCAATATTATATGGTCTTATATATAATATATAAGAATTATCATTCCCT
CGTATTGTGTTGCAAGACCTTCCCCCATGTTGGTTTCTTATTAGTTATAT
AGTTATTCTCGTATATATATTCCCGATTTTATGGCTTAATTAAGGTATAT
CTTACATTTTTAATCCTGCAGCTTTTCTAATTTATGAATTGTTACCTACC
TACGCATAAAAGCAATCATATAATTTTTACTTTCTACTGGAATCTTCATT
AATTTTCCGTCAGTGAATACAACAATCCAATAAGTATAATTACTTGAACA
TAATTTGTTTCCACATCAAACTCATTAATGTTTTATGAAATATATATGCC
AGATTAGAGGAAATATTCTTCTCTTTTTTTTTGTTAGTTGAAAATATTAT
ATTATATATTAATGTGGCCTAACTTAAAACAAAAAGTATTATCAACAAAA
TTCATGATATTCCCTCCCTCTCGCACCGATTAGGTTTAGTTATAATTAGA
AATGTTAGTCAATGATTTTGATATTTTATGTAGTTTGTCGTGTGTATTTT
GGACATGTTAAAAAACAAACACAACCGAATATCAACTTGGCTACCTTGAC
AATTTGAAAAATATGTTAGAGGAGAACAGCTTACCAATAATTACGTTTCA
TTAGATCGGCTAMAATCTGTAAWGTATTTCATATTTCCTTCCCCCTTGTT
CTTATCTTCTTGTTTATGTATTATAAGTACTGTATTTTACATAGTATAAA
TAGTCGTGTATTTTGTAAATAAATTAGAGTAGGGTTTTGTATTATAAATA
ATACACATGATCTTATAATAAGTGTGATATTATTTATCCACGTAATTTCC
TCTCCTCATGTCTCTCGGTCATCCTGGATCTCTCCAACTATAAATAAATT
TGTGTCTCTCCCTCGTCAAGACACAACACAATCAGCTGTAACAAGAGAGG
AGGAGGAGTAGCAAATAAACAAGGGGATTGTCAAGAATAACGCTGATGTC
GATACTCAATTATACTCTGAGTCCAAAACAAAACTCCACTACAAATACTC
ATGATTACTGTCTGCCTTTTATGAGCAAACACGAGTTTTCAATAAGATTT
TGAATCTATTAAGAAAATAANGTTCACTACTCTGGAGTTGGATAATAATG
ACTGCAGCTAAGGAAAAGAAAATGCATTCTTTTGATTACTAATTCCAAAA
AAGCGGGTCACCCAAATAATACACACGATTTACAGGACTAATCAGTAATT
ATATTTATGTTTACTTTACGAGGAGCAACCGCATATCGAACTCACCCACT
TTGATGTTAAGAGAATCACTTCTCCTGTGTACGAGGTACATAGAGATATA
TCTTTCAATCTTTCCATATAGTTCACAGACTAAGTTCACACAGTTTTAAC
TATAATTTAAAACTGTCATTTGAATTAGGAAAACTAATATAAACACAAAA
TTACCATTCAAATAAAATATATCTATTTATAATCCTTCCTTGTGAATTTT
TGCTAAAGAAAATGCAAATTGCTGCATTTCCAAAGGAATAATAAAATAAT
TTTTTTACATAAATTAACTTAATTATTCATCATAGAATACAGATGTAACG
AATAATCCATTTTGAAAATAATTATTCAAGCTTTCTCTTGTACTGACGAG
TCACATATGAGTATTATACCAATGATTGGACTAAATGTCCAATGGGCAAA
CTAAAATGTATGTATATATTATCTGCAGGATTGTGCGAGAGTCTCTAACT
TGTTGTTTAAAAAAAGACCAATTTTTATAAAAAAGTTCAAAACTCCATCT
ATGTGAGTCATAACTAAATGTATTTGCAGTTTAAATTATGCACTTCAGAA
CTTACTACCATATTTCAATTTTTGATATTTAGAAAAATATAAGTTAGAAT
AGCAATTTTAACTTAATATTTCTCATCGAAGAGTGTATATTTTTAATTCT
TTTTTTAAATAGGATTCATGCATCCTCCATCATTGTTTTTTTTATAAAAC
AAACTTTTTTTCTAAAACGTATTATTGAGCCTCTAACGACTATATCATTA
AATCGCAGCACGCCATCATTTCGCTTCATTGTGGAAAGGAAGAGGTCCAT
TACCAAGGCCCTTTAAGACCTCAATGTTTCAAGGTTATCGGTGTACTATA
CGATCAAGTGGTACTAGGAGACCAGGAGTGTCAATGACAGGCCCAGAAGT
GGTAGGCGGAGGTCCATGAGGATTCAATCATTTGTACTGACGAGAAGATA
TTCACCGTGGTTATAAAAACTCAAACATTCTTCCGTACATTGGACGATAA
ATCCAACTTATATAATTATATTTAATCAAAAAGTTAATAAAAATACATAG
ATAAATATATGCATTTTTTCAAATGCAAAAAACCCTTTGTGAAAGACTGC
ATACAATGCTTTCTTTTATACAAATAGATATTTACAATGATAATGTACAA
AAAACAAAAACAAAAAAGCCGCATAAGTAGTTTTACTTTTGAAGGTTTTC
TCTTGTGGATTTCATTGATAAATATATATATTTCTCGGAGGGAGAGAAAA
AGGCTTTCACTATTTCCTCTTTTAATTACTATTCTATAAATATTATGAAA
TTTACATAAAGTTAGTATAGAAATGAAAATGTTAATTTCTTAAATAATGA
CATCAAAACAACAAAGAAGGGTGTCGCAGATAAATCTACATAAAACTTTA
AAATCTTCCAGATCCTTAATCAGTGGATGTTTCATTCTGAGAGGCTGTGT
AGTACAAATTTTAAAMAAYTATTAAAAAAAAWAACAAAGAATAAAGACAA
GCTAAAATAAAATTAGCAAAGTCGAACTTACGTACGTTTTGGTACACAGC
CCGGTNNNAAATTTTAAAGAAATATTAAAAAAAATAACAAAGATAAAGCA
AGCTAAAATAAATTGCAAAGTCGAACTTCGTCGTTTTGGACACAGCCCGG
TGGATATTATCAGTTCTTAAAATATAACAAAGAAACTGTTTATGATGGTA
TAAAGGGTTTTGACAACAAGGGAAAAGTCACAAGAGTGGAGCATATGTCA
ACAAAGGACAAGATCTGTACTTTCATCATAATAGGTGGTCAAATAAATTC
CATCACAACCAAACCGAATCTAAACACATGTGACTTTTATTTTTGGGGAA
GGATTGATAATAAGACTTTTACCAACGGTCTTTGAAGTGTGCAAATGCGA
AAAAATTACTAAATTACAGAGCAATAACATCGGAAATTTGGTAAAGATGT
AGCTCACTCAAGGCCTCTCTTTTTTTGCTGGCAGTGTATCAACAATCTTT
AGTGAAGCTTTGGGCATCATGGTGACAGCTGCTCTATTCATGAAGAAGAA
TGAATTTATAGAAAAGGAAAATAGTTGTGCCATGACAATGATTTTTGTCA
CAACAACATGGAGATTCAAATCGGGAGGTCTCAAATGTGACTGTTGTCTC
CATCGAGGCAGTGCAAAATATTTGTAAGGCTCTTCCGGAGACTGATGATC
CTAGATCCATGAAGATTGAGCTCTGATACGACTTCCTTAGGAAGTAAATA
TGACCCCCAGTAGTCCAGATACTAATCCAATATATTATTTTGTCTGGCCC
TACAGACTGTGAATCTAAAACAAATCGAACATATCAGGCCATTTGTTCCC
CCCATCAACGAGACGAAGGCCAACATAACAAGGAACTACCTTGTCACCGT
TTGTTTCTCCTTCCGGGTCCGAATCCAGGCCATGATTGATGTTGAATGAG
TACACATCAAATGAGCTCTTTTTCAACGTTCATATGTACAACTAAACCCA
ATTTTCAAGTAAATTCGTAGACAAATTGGTTTCATTGACTATTTAAAGAT
TTTTTGAAAAATTGGTCATATTTATCTTATCACGCTGTATATTCTTCGGA
GTTAGCCAGGGCTTGAAAATAACTCAGACGTCTTTTAGAAGTAGTATTGG
GCACAGATGGAGAGCATTATGAATAAATTTGTATAATAGGTAAATACAGT
GTTCTACTTGAAGTTGTTTTTTTAGCCTGTAGGCTCAAAAGTTCCTATGG
ACTTATTTACAATACCCTGTAAACTTACTTTTCTATTTGAAAGTTATTAA
GAAGTAAAAACAAGATAGAAATGATTGTTTTTAGCAAGTATATAATGATT
ATGAACTTCTTTTGAACGACAAAGAACAAAAAGTTTTTCATTTATTTGTG
GTTAAATGAATTTGAGTCATCAAACTAAAAAAAAAAATTTTAAGATGATT
TCATTGCAATTTTGGTATTTGGTTAAATAAACGACTCCAAATCCAAACTC
GAGTAAAAGTGGGTGTTTTCATACCCGTACATAGTCTTTATTAGAACTAA
CCGTCACAAGTACAGAATAATGCTCTAATCCAATTAAGTAAAAATAAGGG
ACCCGCACCGAGAGGGGCGTTGGTTCCCCCTACTTTTTGTAAATAAAATA
ACAATAAGAAGACGCATGATTATGCTGTCATCTATATATGACGTCTTCTT
TATGAAACTGTACTCCCTCCTCCCTTTTGAATTGATTCAGGCGAGTCTGG
TGATCAGTTAGAGCTAGGAAAGCAAATAGTCTATAATTCCATATGATGTA
AATGCAATTATTTCTTGCTTAGCTTTGAAGATAGATAATGACGTTACAAA
TAACGTTGTTCATCAAATAATCCCAAAAAAGTCGTAGATATACTCGTATG
TATGAAAAATGCTCGTTTAAAAACGGGGTACTCGCTAATATATGAATATA
TCAATACTTTTTTAATTTCKCCCGCCGACGAGTAATTCCCAGCGAAGAAC
TCGTTTTCGAGAGTAGTATGCGAGTATGTATTAGATTAATGTTCCGGATA
CGTTCCACAGGTTCCTACCCAAATGTATACCAGGGGAGGACTTCTGAGGA
GTCGATCCGTAGATTAAACGATGAGACTGCAGGAGATCACATCTCATTAA
GTAAAGCATGACGACTTTTTCTTGTATTTACCATATAAAACATTGGAGTA
TAATTACTGGATGAACGAAATAAGTATAATGGAGAGGAACTTCTACTTTT
AGAAAATTACTGTAATGTCCTTAGATGTATATTTAAGCTAGCTGCAATGT
CTCTCTAGCTTAATCCACCCTCGATCATGCCATCAACCTTTTCCCTCGCT
TCTAAGGAATACTCCTTCGCCATGTCTGATATTCAATTTCAACTGATTAT
AATAGTGACAGTCCATCAATTTTTAGACATATTGTATATTTTTCGCTTAC
AAATTTATTTCCTTATTTTTAAGTAGGATATGAGGATTGAATTTCCACTA
TCCACTTTCGTTTTCTATAAATTTCGAGATAAAAACAGAAAATATGACGT
GTGGACAAACTTATACAATGTACCCGTATATCGGTATTTATGAATGTCTA
AATAATGAATAAACTTTATTGCCATAAGGAATACATGAAGCTCTCATCAG
AATTTTCTCTTTTGTCTAGTGATAAGACCCATAAATAAATAATGAGAATA
TTCATAGAAATTAAAATGTGCATAGTTCTTCAAACATATTTAATCCTATA
ACGTCTAATAAGTCAATAACTTTCAATTAAAATATGTGCAATTATATATT
TTAATTCAATTTAGCATGATACGTATTTTAATTAAATTTTTTATTCATTA
ATCATTATTAAAACACAGTAGAATGTGATTCGAATTTAGTTTGAATATTT
ACTGAAATKGTTGAATGAATGTTTTTGACACTTCATGTAACTATTTAATT
TAGTTAATTGGGGTAGGTATGGTTGCGGTCAGCTCCAAGATCCTCGACGG
ATTTAGGCAAGGACTATATTCGAATCAGACGTGTTTATATTATGATAATT
AATTAACTTAAAAAAAAAATATTTTTCTGGATAAGAACACTAATTCCTTA
TATAACACATCAACAATGCCTATTATCATTTTAAATTGAATTTAAGGATG
CATTACCATATATAAATATATCAAAAATAATTTTTTGGACAACTTTTGAG
TATGAAAAAAAAAAAATAATTGATTTTTTATGTTATGTTTTTTTTTTTAA
ATATAGTAGGTTGGGAAAAAAGTGATTGCGTATTTTTCGCTTTATTTCAA
TGCTTTATAGGAAGTATTTTAATAATCTAATTTAAGACAAGTATGCCCTG
TACTGTTTGTTAATTGGTAGACAACAAGAATCCAACTTCCTAATGCCCTT
CTCGCAGAAGCCCTTGTCTTTATTGGTATAAAAACTCGGACAACCAATTT
TCCCAGGCCTCAGTTAAGACCAAATTTGTAAACCAATCGCGTTGGTCATA
GACATGAACAGTCTGTAAAACACTTGGTGGCAGACCCGTACTGTAGTACG
GATGCATAAAAATTCCCCAACCGAGCTCCTGGAGCGCGCCATCTTGTCTT
GATGAAACACAATTACTCTCCTATTCGACTTTCATTTTGTATCCAGCCTT
CTACAAATGGTTCAAAACGCTTTTATGATCAATGTTCAGATCCTGAGCGA
TACTCCAACAGCTGACATGATGGTCTATCTAGGTTTATAACTTTTTCTCA
AAACATAATATATTTGCAATCATTCCATCCGGAGAAATGAAATTTTGGTA
ATTCTAAATAACCATATTTTATACGAAAAACATATTACCGATTTGTATTG
AATGTGATTTTTTTTATTAATTATTTGTGTTAACACTCCTCTCCAGAATA
GTTTTGTTCATTAATCTAGCTTAACAAATTTGTATATTTTTTTTCGATAC
GAACTTAAAATTATAGATGTAATTTAATTTTATTGTTGGGGAACACAATT
TTATGGAATTTTTAGTGTTTTTGATTATAATCATTATTTGAAACTTGTCA
CTAATAAAAGTGATGTCACTGCCATTGTATTTTGCGCTTTTAATTTACCT
TCCCTGGATTGATGGAGTAGCCCAAGGAAGATATTACAAGTTTAAAGAAG
TCCAACATGACCAAAAAAGTACAGAATGTCCTAGCCTCAAAATGTATTCA
CTTTTGGAGACCGATTTTTAGGCCTACAAAATGCCCGGATCTAAACCCAT
GCGATTTCTATCTCTTTGGTATTATCGAGCATGAGGCCAAGTATCATTCT
TCTGTGGAGGCCCTGAAGTCCATTATCCGTACAATGGCAAAGCAGAATCC
ACGCAATGTTKCCCGGGCCTGCCGAAGCTTCTGGTACCATGTGGCCTAGG
TTATCAAGAAAATCGGAATTCATTATGAATAATTGAATGTCATTAAATGT
AACTTTCACATAATAAAAAAATTATGGTTTTACTCTATCTAGTTTGATAG
TTATAAGCCTTTAAAAAAATTTCCAATTTATCTGGATCTCCCCTTACATA
TATTTTTATCTCCCATGAATAAATGTTTTAGTATATGTATGTACAACAAA
AATAATATAAGTAACGAAATCTACTTTCCGCAATGAATATACAAAGCGTT
ACGATAAAATCGGAGCTTGTGGTAGCTGGCGATTGTGTTATAATATAGCT
TTCTGATAGCCTCACTTTTTTTACCAGCATAAATGTTATTTTATGAAAAA
AAATTATGGAATTTTTGGCATCATTTCCCAATTTATCTGGAGCACCCGTT
GCATCCATCTTCAACAGGCTTGTCATCGTGAAATTCAATTTAAAAAAAAA
TCATTCATAAAATAAAACACTTTTCCCATGTTGCCATATAAAGTATATAT
AATTTACATTTATAATTGAGTTTACTTATAACATAGGTATATACAGTACA
TTAACTATTTTATGTTTGCTAAAACCAAGTGTTTGTATAAGAAATTATAT
AAAATAAAAACTTGTCGTAGATATTTTTTTACAACTATTGAATTATTATA
TAAGTAAATATTTCTTTTAGCAAGAAGCTGTTGCCACATTCAATGTGTGA
AGCTTTCTTCTTCAAATAAATAAAAATATGAGGATGGGGTCTCTCAAGGG
AGAATCATACAAACATTTTAGTATCCATGTCTTTTTTGAAAAAAAATACA
AGAGTTAGTAAATAATCTTTTCACTTTTATAAATAGTTCCATTAGTGCTA
CTTGAGTGCTCTACGCTCCTTTCCTCGGTAACTTGGACAAAAACCTTAAG
CGGATTAAGTGCCTCAATACTCAAAGTAGGATAAAAATAATTCTTAACTT
AAGTGTCATCAGGAGCGTCCTCAGGGGATGGGCTAGAGGAGCTGTAGCTC
CCTTCATCCCAAATTAAGGATTTTTTTTTACTAGAAAAATTTAATAATAG
ATTTTTTTTTTTTCAAAAAATTTAGTTTTCCTTTTTTTTCCAAAAAACTT
TAACTTTTTGTAAATAGATATGGATTTTTGAAATTTTTCTCCACAAAAAA
TTATTGTTATTATTTTCAATATATTTTATAACTCAAATTTAATATTTGAA
TTTTTTTTCCAAATAATTAAATTTTTTCTAAACAGCTATAGATTTTTGAA
ACTTTTTTCCCAAAAATTTGAATATTTAAAATTTTTATCTCAAAATAATA
GGATTTTTTTAAAATTTATTACCAACAAATTCAATATGTGACGTTCAAGA
CCAGACTTCTCTGTCTCCAAACCAGGGTTTTCTAGCGTGTTGGATTCGGC
GGAGTTTGCTGCAATTTTAGCGATGTCCTTTTGGCTGACTTGGGCATATG
TTGCTCGTTCATTTTTGTGGTTATGAGATGAATATCACACAAAATAAAAA
ATCTTTCAACGGCAATCAATTATCATAAAACACACTTCTTGACCAGATGA
GTGGTTTGCACACATAGTTAAACAAAGTAAGTCGCTAATTTGTGACTCCC
CACTCTGCACAGTTTTGCCAGCTGAATCTGACAAAGCACACTTTCATTAA
CATAGATCTCAGTGTCTAAACTTGTTCCGGATTTAAAAACCCCACGCTGT
ATAAGCACAGTACTTTTTTTTAATACATTTTTTACAACCAATAGTATACA
CATTTTTATTATATATTGGTAGGTTGATGTTAACCCAACACCTTTCTAAT
TAGCTACACACATCAATTACTTTTGATAACTGATTGGAAATAAGAGAATA
GTTAATTATCCTATTTTTGAATGAGTATATATTTTTTTGGAAACTAATTG
ATGGATTTAGAATATACAAGACAAGAGATAAATATCTTTTGAATTCCGTA
TTCTATTCTAATAATACCGGGTGGACCATTGAAGTCTGAATACTTACTAA
TTCAATAATTAATGAAGGTAAAGTGATTGAAAATAATTCACATTTTTATA
TATTAAAACATACACAATTAGTTACAAACAACATAAATTTGAGCTCTTTA
GCTTACATACAAGCCAAGAAAATGACAAGTGAATGTGATTGATGAATGTT
CCATGCAGTAAGGCGTCTCAGGACCACCATCTACACCATCAGTAAGTCCA
GAATGTTAGAAGGGAAGAAGGATTCTGTCCAAAAGACCAACATGAACTCG
GAGGAGTTAAAGAAAACGGACCAGGTCAATCCTCTCAAGCCCATGAGGGC
CCATGCAAGAGATATCGGGGTTTCACACCACTGTCCAGAGAGCTATAAAA
AAGTGGGTGAAAAGAACCTTGTGAGTGTTGAGGTGCCACTTTTGACACCA
GCAATGAAAGAACACCATATTCTCCGTTACGAAACTCTTTTTAATTATTC
TTTTCAACTCTTCTTTGACACTTTAGAGCTCCTGCAGCCCTGAAGCCCAA
CCCCTTGACATGCACACAAAATCATTCATCATCCAAACACTGAGAGCCKC
TGTCAACTAGCACTAGGACGCCATGACAGAGGACTKCATCCGTAGCGGAT
GCCAGGCCTTCCGTCGTCGCCTGTAAGCCATCAATGCTGCAAAGGGCAAT
GATWTTAATGATTGAGAGATCCCCTACACACATATATTTATTAGATGATT
TTGTTGAAATTATATTGTTAATTAATAAATTATATCTTGTTAAAANNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNTTTATAATTCAATGTGTTCAGATTTAAATAAAT
TACTTGGTACAAGTCAGATAAATATCTTTTGAATAACAAATTCTATTCTA
ACAATTCTTAACAAGTTAATGAATTTTTCGTAATATTTTTGTCTTTTTAA
AGGTTGGAGACAACTTTTTGACTTAGAAACAAATAAATAACTTACATGGA
AATGAGTTTTTCTTTGCAATTTTACTTATGTCAAATATGTGCTTATATTT
GAGATACTATGATACAATTTTTACAATATGCAATTAAAGGTTAATAAAAC
AACCATATTTTATGAGTTTTGTTTGAAAAGACATAAGGCCACGAGGTTTC
ATTGTTTCTACGCCAAACAAATTCATTTGAAACATAAATAATACAGGTTT
CAAGGGGAAAAAGTATTGGCTTCTAAATAGAATATTCAGTTTCAACATTG
ACTTGAATGTATATTTTTTTAAAACAGAAATCGAAGTTATGTGGGAATTA
TTTTTAATCCCGTGATCATGAATTATATCTTATAAAAACAAAAATAAATT
AATTCAAATATAGGTTGACAATAGAGTTTTATTTTGTGTTGCAGTTATCA
ATAGTGCGGAAAGGAAAATAATTAATTCGTTAGGAAGATATAAGTGTAGA
CCTATTTCGACATGGAGTAACTCCTGTCTATATTTTTTTCTAAAGATAGA
GGGGATTTATGTTTATTTCCTACCTTGCACATTACAACTCCTTGTAGCTT
ATTTAATAAATCGTCATGATAGCTAAGCTTCTCTCTAGCCAAAACTTTTT
CAAATTCTTAGTTCCTCTTTGGAACTTTTTTTTTAAATAGGGGTTTGTCA
TACTTTTTTACACCTCTAATAAATATTCAATGATTTTTAAGRTATTTTAT
GGTAWAAACAAGCCATACTGAATTTTTGATCTCCCTTACGACAGATTTGT
TGAAAAATGACTACTAACTGTACCATAACATGATGTTACAAATAATAAAT
TAATATGATCATTTTGATTAAGAGTTGATTAGAAAATGGGAATAAACAAG
GACATTGGCAAGAATTACAACGATGCCGATACCCAATTCTACTTTGAGTA
CAACAAAGACTTGCAATTATAATGTCGCAACAAACCTCGAGGTTACTCTC
CGTCTTTTTTGAGCCAACACAATTGTCCAATCAGTTTTTGAATATAATTG
AACGTATTACGAATGGAAGTTCACTACTCAGGAGTTAAATAATAATAATA
ACTGCTAAGGAAAAGAAAATTCATTCTTCAGATTACCAATTCTAAAAGAA
CAGGACATCTAATAAATTCACATAATTTTTATCACTAATTATTGCCTATC
TTTATTGTAAATTATTTTAAAAATGCAAAACAAAATAAATATACCGTTAT
TATAAAATTTTCTCTGCGCTCATTGTATTATAAATGTAGAAGGTTCTTCT
CTTTATAATAGTAATTCATTTTATCTCAACAAAATCATATAACAAGTTGT
TGATATTAACAAGGGTCTTACTTTAGAAGTACCATATATAATTKCCGCCA
TTTCCTTAGAAAAATGTCAACTCTACTTTTATGTAAACTGAACTGTATAT
TTATACTTTATTTTTATAAGGATTTTGTCCTGAAACTAATCTATATATAT
TATAACTATTTTATATGGAACTCAAGAAAAAGCTTAAGGACTCAAATCAA
CAAATAAATAATAAGGACTTCATCCGGGGATTCGAAATGAATATGATATA
AATATTTAAGGACTTGGACTTAAAAGTAATGATTTGAAACTCATCTTGAG
ACTCTATATCTCTGTTTGAAATATCAGTACTTTCTCTCATCCTGTAATAT
TACATACACAATAATTTAATTTGGTCATTTCTAAATTCATTTATTCAAAA
GTAAATAATAAAAAGGAATAATTTGTACAAACTTTGTTAAATATATATAA
ATAATTATTTACTTTATAGTTAAAGATTGCGAAGCATTTGAGCCATTTAG
ATGCCCTAAAGAAAACAAATGTATATCAATCCAATATCTTTGTGATGGAG
CACCAGATTGTCAGCATGGTTATGATGAAGATCCAGCTCTTTGTACAGCA
GGTAATGATTTTCCTATGTTTCAATATACACTTTGTTTGTTGCTGCCATA
TGTATATGAATTTATCACCTCACTATTTAAATAGAGTTTGATTTATACTA
CTTTGGAAATGATTTGCTTTGTGAATCCAAAAAAAAAAAAAATTATGTCC
AAACAAACTTACTACCTGAATATGTTAACCTTATCTTAATCTCCTAATGA
AGAAAATATGAAGTAATTTTCGGCCTTTCAATAATGCTTGGATAAGACCA
AAGCTATTAAATCGAGTAGAAAGAGGAGAAACCTGTTATTAACATATTTC
TTAATTCAATTGTTTAGAATAATTTTTTTTGTATCTTGAAAAAATCTAAA
ACRAACTACACAACCCTTCCCCCCCCCCCCCCTCCATTAACCTTTTTAAT
TCATTTTACGAGGTATATTATAAAAAAGGAATATAAATTGCATTTTTACG
AGAAAAGATTATAAAGTAACATTTTATTAATGCTTTTAAATATATGTTCT
TCAAAAGAGAGAAAAGGAAAAAGTTTTCTTGTAGCCAAGGGAAGTTTTTT
CGTCCTTATTTTGTTTTATAGCCATGAATAGGATCAAAAATATAAGCCAA
GCGGAAAAATGAGCTGTTAGTTTGAGTAGATTACGTATCTACGTTAATCC
CTCTTTATGATACCTAAACAAGGGGTATGTTTAAAGAAAAAATTAAGTTT
AGTGATTAAGAAAGGAAAAAAGGTTGTTGCGTGTGCCCTTTTTTTTTATT
ATTGAATAGATTGCCATGATTTTAACTTCTCCCCCTGAAGTAAGCATTCT
GACCTATCTTTGGTCTTAATTATTTTATAAAACCATAATAAAATAGATAT
ATTATTTTGAGGATAAATTAATTTCGCATTTTTCGCCTTACTTCAATGCT
CCATAAGAAGTGTTACAATGATCCGATTTAAGCCAAGTATACCGTTCGGT
TTGATAATGTGTTGTCAATGAGAATCCAACTTCATAATGCCCTTATCGTA
GAAGTCCTTGTCCTTACTGGCAAAAAAATCGTTTAGCCAATTTTCACAGA
CCTCTACTAAAGATTGACACCCGATTAATTCTTGACAATGTCCTTGTTTA
TTTCCTTCTACCTCTCCTCTCTTGTCATATCTACTTGTAGCTGATGGTAT
GACACGTCATAAGCTTTACTCTTTCTCTCTTCTAAAACATTCTTCAAATG
GTCAGAGTTACCATGTTGATTTTCGTTTTTTTAAGATACCCATTGCACAT
AGGAATTTGATCACTAAATATATTCCTTTTTGGAAGTGACAGCTGATATT
AAAAAGTACCTTAATTCCGTAATAACATATGTCTCACCTCCGCCTTCTCT
TCTCCATCATACCGCATGCCCTGTCTAATTATAAGCAGTGTTGTAAATCC
GGGGATTTTTTTAGATGGGCCGTTTCTTTGGAATTAGTAATCGGAAGAAT
TTTTTTTTTTCCTGAGCAGTTGTTATTATTATTTAATTCCTGAGTAGTGA
ATATTCTTTCCTAAACATATTGAATTATATTCAAAACCTAATTGAACAAT
CGTTTTTGCTAATAAAAGACAAAGTGCAACTCTGAAGATTTGTTTGTAAG
TTATAATTGTAAGTCCTTGTTGGACTCAAAGTAGAATTGGGGATGGGCAT
CGGAGTAATTCTTACAAATGTCTTTGTTTATATCCTTTTCTCCTTCCTCC
CTTTTCACAGCTGATTGTAGCTGATCTAAGGAAACTTCATGAGCATTATT
CTTTCTCTTCTCCAAAAGATCCTTCGAAGAGATATTTTTTTTGTTTTTTG
TTTTTTTAACTTGTTCAAAATACACACGATTATCATCACTACACTGGAAA
AACAATGATTACGTGGTCTTCGTTTCCAAACTAGATTTTATAGCCTTTGG
TATGACAACCCTACAATTTATGCTTTCTTCCGCAAATGATAATAAACTAC
CTAAATTTCCCAGTATATGCATTATAAATATTTTAATAATAATATCAAAA
GTACTGTATCTACCCGGAATTTTCTAGGATCTCACTAAAGGGCAATTTAA
CCGGAAATGAGGGAACCTAATAAGTATATTGTAGCAATAAAGAAAATACA
AACATTAAAGCAATTGCATCGAAAGTCGTAAATGTTTAANNNNTTATAAA
TATTTTAATAATAATATCAAAAGTACTGTATCTACCCGGAATTTTCTAGG
ATCTCACTAAAGGGCAATTTAACCGGAAATGAGGGAACCTAATAAGTATA
TTGTAGCAATAAAGAAAATACAAACATTAAAGCAATTGCATCGAAAGTCG
TAAATGTTTAATGTACCTATGTATATATTTTTTCATTGCATGCTTTGACT
ATTTGTTTATATAACTTTATTGTTCATGAATATATTAGGTTGAGACTCGT
GGCAAAAATAGTATTTTAATTTAAGCCACAAGCCAAATTTTGGAAAAAAT
TACAAAAAGCCAAAGGTTTGTTTTTTTTCAAATATAATTTTCTCTCCAAC
CAGTTATCAAATTAGAAAAAAATAAAACCAGATTTTGAAAGCTTGATGGA
TTCTAAAATATTTTATTCAATAATATAAAAAAAATCTCACTAGTCTCTTT
ACGAGGACGAAAACACAAGAAGACCTTCGCAGCTTGGTCTCTTGGCAAGT
CTTGGAATGCCGTCTTGATCCAACTTATAAGTTTGTTATTTGTGTTGGAG
AGGGTATGTTTATTTGTAGTTCGATTTCGCCCACACACAAAAAAAAATCC
ATCAGATTCAGATCTGGAGAGTTTCGAGGGTAAAAATCCGGCAAGAGGAA
GTTGTCAAAATTATCTTGGAACCATTTCAGACTTTTTTTTTTTTTTTGAG
GTANGGCAGGGYGCCGAGACCRACTGCCACATGTAAGGCATTCAACAATT
TTCTCGTCCGAGAAGAACAAGAGCATATCTCAATGAAGTTGGTGTTTGAG
GCGGTAGAAGAGCTTTTTGGAGGGCCTTAAGCGCTTTTCTATGACCTTTT
TTGTGAAGATCTGGTACTTTCTCGTCTTGGATGAGCATTATCGAAGGTTT
TTTGTAAATGAAAAGAAGAATCAGAGACTATGACTGAAAACTATTTGAAA
CATTGCCTAGTGGACTTCTAAGGGTCCTCATTGACGATTTGCTGAATTTG
GACACGAAAAGAGCATCAGGACACACTCACTTTGATATTTGACCTTAATT
CGCATTGTAGATGTCTCAAATACAACTTTAGAGGCTTCCAATTCCCTCCC
AGCCTTGTGAACAAACAACTGAGTGAGTCCAAGAGCTTGATCAATTATCA
TTTTGTCAAWACCGGGGSGGATTCAATTTTGTAKAAKAAYTACATMTTTG
YGKAAWCTATCTAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NATTAATTGCCTTTGTACTCAAAGTAATAATGTATAATACAGCATGAGAC
AACGTAACTTCCTTTTTCTAAAAAGCAAAAAAATTAAAAATTGTTTTATT
TTAGAAAAGGTTTTTTTGTTCTATAATAATAGTACACATATTAAGTTTTG
TTTTATCAAAGTTTTGTAAATCATATGAAATAGGTCCCCCCCCCCCCCAT
TMTTAAATAAACCTAAATTTGTTATTTTAATACCTAGAGCAAAATGCACC
TAACAACAAATATTATTCTTTAGTTGTGGACGATTAGTTAATTAATTAAT
TAATAATTGACGATTCTGTATAGATCTTATGAAGGTTTTTCCAAAATAAA
TCCGGTTCTCATTTCCCGATGTAGACACACTGTACTAATTTGTAATTTTT
GCATGCATGACACCACATCTGATACCCACCCTTTTTAGCTCTCTAGCATA
CTTATCCGGAAAGAAATTCATGTTCAAAGAATTTTGCAAATTATGAAAAT
GAATTGAAAAAATTGTACATTCTGTTCTTCAAGCCTTACACTAGCTTTGT
ACCCCCAAAACACCATCGAAATCCATGTGTACATCGTCGAAAGCCTTTAC
ATCTGGATATAAGAGTGGAGGTGAATAATTTGAAGCTTCAAGACTATTTG
GAAAAGTCACGATTTGTGAATAATGTTGCTGTTCCAAGGAAGACTATGCC
TCAAAAGACACAATGGATCCCTGGTTCTTTGAATCCGAGTTCTTATCTTA
ATCTTAGACTAGGTAAACTTTTCGAAGAGGAGGAGGGAGGGATGGAATTA
TTCCAGAGAGGTTTCGGATACACTATTTAGATTCGTCACAAATGTATTTG
ACATTTGTGACTCATTCACAAACTGCAATCCCAATTTTCCTAGTTACAAA
GGCTTCTAGAAATGATGAACTACCCGAGCTCAAATTCCATGTGTATCAAC
TCAATATTTATACTTTGAACATTATTTCCAAAAATATAATAATTAACTCA
ATTTTAAATTAATGTTAAATCATGTTCTATATTAGTTAGTTAAATATTTA
TTACTGCTTGCCATACATATATAAAATAAAATTGTACAAATATAAGGCAA
CGAACACAATCACACAATGGGGTATTTGTTCTACTKCGGCCGATTCTAAA
ACCTAGTTTATTCTAAAATTTTGTTGAATATATTTTTTTAGTTTTTTACA
TTTAATAAATTTTAAAATACGAATGTTTTCCTCATTCAATTCTTGAAGTT
TCACGTTAAATAGGGAGGGCCATATATTGATGAGTTTGTGTGCAATTAAC
AATTCTTCCATACAGACATTGCATATTGAGCTCATGTCCTTCCACATGCT
AAGGTCGGCTAGAAAAGAGTCATTTCCAGTGTAGACTTGTATAATGAGTC
TCAATTTTTCTCTTCAAATCATGAATTACCTTATTTATGTAGCTTGGAGG
CGTCCCAATAGCAAACTGGTTTTGGTTCTCAGTATCTCGTAAGAAATGCT
TCGTTATCAATCTTGATTTAGTCGCCTGCTGCTTAATGTATATGTCCCGA
GGAGCAATACCCAAAACTGTCTCAATTCCTACCGTTGGTGTCGATCGAAA
TATATGAGTGGTTCCCAAAAGTGTTTTCCTTAGAATGTTTTTTTTAATAT
TTTCTTTGCAATTTTCTTTGTAGCGATTGCATGTCCCCATACTAGACACT
CATAGGTCTGATCATAGCTTCATATAACCATACAATCTTGTCTGAAGTCA
GTCCCCATTTTTGTCCTATGATTGCCTTGGCCATATTCAATATCCGAGAA
CACTTGGAGGCTTTTTTTTTTGAAATTCTCTATCTAGGTGAGTCCTTGAT
TAAAAGTCACATCTAGGAACATATTCCATCACTTTGCCATACATTTACAA
TTGTGGAAAGTATTTTGATGAAAGTTTATAAGCTTTAGAAAAGACTATTG
TGAAAGTAAGACTATTTTCTCTTCCCTTCAATAACATTATTGATTGCCCT
TTTCATTGCATAGACAAGGGTGTGGGGATGATTTCTAATAATTAAAAGGA
GGATGTCGTCTACGTAGCCAACGACTATGATTACTTCTTTTTTAAATATA
TTAAGTTAARTATCCATAATCATATTCCAAACGACTGGCGAAGAACACCT
CCTTGTGGGCTCCCACAAGTTAGATTGACGCAAACTTTTTCACCTTTAAG
CTTGGCTCTGACCGTACGGGTACTTACTAGATTTTTGAACCAGGATCGGA
TACACTCTGTAATGCCGATTTTTCCCATTTTCCATTGCTGCATCAGCTGA
ATGAAATTTTATATCATCAAATGTACCTGTGCAGTCAAAACTGACAACAA
GTGTGTATTGTTGGTGATAAATGCATTTTTCTATGGTATTGGTCACTTCT
GAAAGGGCCGTCTCAGTTGATAAACCACTTGTATAGGCATGTTTTTACTG
GAGTGTTGGAATTACTTCTTCAAATTCCCAGTGTAAAATCTGTTCAAGTC
CTTTAACCATAAATTTGGAAAGAGTTATCGGTTTAAAGGATTTCGCTAGG
TTTTAATCTTTTTTACCTGGTTTTGACAGAAAACTTAATTGGGCATGTGC
GTTGTTTACTTATATTCGTTTGTAAACACATCACCAGTGAGTAGCACCAC
AATGTGGAAAAATAATAAACCTCCTTGTAAAATTATTATGAATTTCCGGC
CAAAGAATACTAACTACTAGCTAGAGATATACTTCAGAAGAATTTGAGTC
ACCCCATGACAAAAGTTCTTTAATTTTATTACTCATTATTAGTTGAGACT
CTATGAAAGTGAGTTTATTAAGTGATAACTAAATAAAAAGTATTCTCGAC
TAAAAGATGAGCTGGACATCTCTGGAAGTTAATTTCAAGAATCTACTCTT
TTAAAGAAATAAGAAACGTATGATTCATGAAGTCCTTCTCAGTCCTAGCA
AGTAGTCCTTAAATTACATTTTGGATTTAAATTAATTACAACTAARCCAT
CCAATAGACACATTGACTAATAAGTCAATCTTACTATTACAAGGTTAGGC
AACAAGAAAATTGCTTTTTTTTTCTTCGGAAAGAGTTTCTAGATAAGTAT
GAACTGTATTTCCTCATTTCGATGCTAATATCATATAATTTCAATCCTCG
GAATCTGTTTCTTTAGTGAGTAAGGACTGACTCACCAAGATAACGAAGAG
CTATTATCCTTTTGGATCAGGATCTTTCAAGATAATACGAATATAGTCCA
TTCATGAATGACTCATTTACATGTAGTGAGCGACATTTCTTCTCATGAAA
GTCAAGATAATTTTTATTGATGAATGATTACTTTCTTGCTCCTTTAAATA
AACACAACAACAGTCAACATCTATAATGAATTTATCTATATACAATTTAT
ATAAATCTAAATACTAGCATGTTTATCGGAGACCTCTGATCACTTATGTA
ATGGAAATAGATAACTATGTTTTAATATTTAGTTGTAAATGTTCTAACAT
TTTTGAATTAGATACTCAGGACTGATACTTATCACTTCGACTTTTCTTTT
TTTATGTTAATATTTAATATATACATGATGATATCCATATGGTCCTTTTA
AATGTATTTTCGTGTTCTTAAATACATTTCAATTTATTTATATAGTATTT
ACCTTATAATTGTTTTCATTATGTTNNNNNNNNNNNNGTTTTCATTATGT
TAGGAGTTTAAATACTATTTATATTGGTTTATTTCATTCCTTGCTTGAAT
ATTATAATATTAGACGATAAAGATTTGCCTACCCTTCCTGCAGTTTTTAC
TTATATAACTAAATAAATACACTTTTTGCTTCAGATTCGAAATACATTTT
TCATTAGAACAAATTAATTTTTATTGTGTTTAAACATCAACGAACAATAC
AAATTATTTGAAGTATTGAAGATATTCTGATAATAAAGGCTTCCAGCTTA
CTCGCTGTTAAGTTTTTTTTTAACTCTTTTGATTTATTTTATTGCTATCC
AATTCTTCTCTTGTTTTCATGAATTATATAATTTCCCTCAGAGAAATATT
TTTTGCCATACAGTTAAAATTTTTACATATTATACTTAGAACATATTGGT
TAAAAGTATGATTCTTAATATAAAAATTTTAATTTCCAGTGAATACATAT
GGATTTTTGAAATTTTTCTCCAAAAACTGAAGGTTTTGCTCAAAAACTGT
GGATTATTGATTTTTTTTTAAATTTAATTTTTTGTTAATAACAGGGGATT
TTGAAAAAAAAAAAAATCATAATTTTTTTTTTTTTTAAACAGCCATAAAC
GGACGCCCTTTGATCACCGGACGGATTATAAATAATAATTACTATTAGTC
TTATTTCAAGTAGAATAATCACTGTTTTTAAAAATAAAATATAAAACAAT
GAGCTTTCACAATATACAAGCTAATACAATGAATTTTCTCTTGTTCAGTG
AAAGAAGTGAGATTTAGCTTGTTCCTCCAGGATTTTAAATCTGGGCTGGA
ATGTTGTGAGTTCTCATACACTTGTGAAGGTTCTCATTGGTGCAATTGGA
ACTATATTTGGTCTTGATAATGTTCCTAGGGGATAAAGCTGCCTCACAGA
TGACATTAGCCTCTTCCATCAGCTGCTGTTAATAACAGCATGTTAGCAGC
AAAAACTCTCGGTCATGATACTCGCTGAGCTCTATTTACATGTTCTCCAC
CTTTTTTTTAGAGGTTATACTTTTTTATTCGAACCACGTCTGTGTATGGG
GTATTACGGTGTTAGGTCCGGATCCAGGTAGTAGTCTACCAATTAGTGAT
ATCTGGTCTAAAGGATATCACAAAAGTCCTTGCAAAAAAAAAAAAAAATC
TTAAAAACTTTACCATTAATAATTTTTTTGATTGTTCCTTTTGTATTTTT
TTTCAAAAACTCCTCCCTTTACAGTATTACAAGCCTCAATAAAGGACCTA
CACTTGTCACACATGTATTTCAATTTTTTTAGCAAGCTATTCTMCTCTCT
GGCCACAAAAACCTTCAGGCATTAACTATGGGCTGATAGGCTTCAAAGGC
TTTGGACTCCAATACACTCCAGATAAAGTAATCTAAAGGATTCAGGTTTG
ATGAATAAGTGGTCAAAGCTCCGTTTGTTGAGAATTTTCTTGCATCTCTC
AAGTCTTTTCTAATGTTTTTGGGATGTCAGCTCTTTAACTCTGGCACAAG
CTCTTGATTTGAGGGCTAGGCTATCCCTCATAATGCGGAACCGTTTTAAA
GCCCTGGTAAACTCACAGATATTAATACAGGGGGATTAGCTTCAATTTTG
GCCTTAACTGTACTGATTTTGGCTTCTGTGGGTGCTGCACCGTGTTTCCC
ATACCAAAGACGATCGGAAAAGTTTAATTATTCTTGACTTTGTAAACCAG
GCTGTTGGTGTGACGGAAACGTTCGGCAATGTCCTTGATCTTGTCTCCAG
CGTCATTACATGCAGGGATTTTTTCTTACCTCTTCCATGATTTCACAGTT
TCTTTGTTTATTAAGCTAGGAAGACGTTATGGGTCGTCAATAAATAGTGA
TGGGATGATTAATCGTAATCGAAGAACCGAGTCTTTTTCCTGGAATCGGA
AAAATAAGGTTTAATTTGCGATTCAGATTCTTATTTATAACTGGAATTTA
ACAATTCATTACTTTTCTAAGGAATGAAAAAATAAAATATTTTTTTCTAT
TTAATAGAAAATTTAATATTTTAAATTTAGTTTTACTTTTCAAATTTTTT
TCCAAAATTGTAATTTTCTGTGAGTAACTATGTGTTTTAAAAAATAATCC
CCAAAATGTTTAATATTTGATTTTTTTCTTTTAACAAACAGGTTTATAAA
TTTTTTTTTTAGATTTAAAAAAAAAAACTTTTTTTAAACTTCAAAAAATA
TTTTTAAGCCTGCAGAGGCCCCCTTGAAACACACTATGGTTTGCTATTGA
ATGCTCTTACCTTCACGAAACTTATTTTTCTTTACGTAAAATTAGCAATT
TTACTTTACTTATTTACTACTTGAAATAATTACCACAAGACTAAAAAAGA
TTTGGAACTATTTGGAAAAAGTTTGGGAATTAGGTTCAGCCTAAAATACA
TAAAATGTTCTCAAGGAAAAATATTTCCATTGGAAAGGTTAAGAAACTAC
TTACAGATACTTATAGATAGGTAAACAACAAGAAGGAATCAATTACTTAA
ACATGTCTAACTTTCCTACAAAACTTTCCAACAATTATTACAAATCGTTT
TTCTACTCTCTAATATGTACTTTCTCGATATTCAATTACGGTTAATGTAA
ATAAGGAAAGATAAGCATTGAAACAGGGTGAATATTCATGCTTTCTCCTA
TTACAAAAGACAATAATAATACTTATCTTCAGGGCGCAGAAGCTATCTTT
GCCACGAAAATGATTTTTTTTTTCGAACGCGATTTTCTCTCCAACCAGTG
ATCAGATCAAAAAATAAAACCAGATTCTAAAGCTTGAAGGAAATTGATTT
TTCGTACTCTATAAAATCATTCCCATCATCAATTAATGTCTCTAAACGAG
GCCAAAAGTGCAAGCAGGCCTTCGCCACTTGATTCCTTGGCAAAATCTGA
AATTCCTTCTTGATCCGACTGATAAGTTCTTCTTTGGTATGACAGGGGGT
TCGGTTGGATTGTTGTCCGATCGCACCCCGGAAAAAAATCAATCAGATTC
AGATACGGCGAGTTCGGGKCAAACATTCGGKGAGATGAAGTCGTCAAAAT
TGTCTTGGAGKCATTTGATACTTTTTTTTCCTGAGATTTGGAAGGAAGCT
GAGTCCTACTCCCACATGTAAGGCCTCCTATTGGTAGCCATGTCGATCCT
GTGCTTCACTTTGGTCTTTGGCACGTCCAAGTTGACATCAGCGTTTACTT
TTAGACTTTGGGGATGACTTTTGACGTTACCTTGGGAGCTAATCACTTCA
TACACCATAACGTGGGCTGGGAACTTCGTCTGCATGATGACGGGTACATC
TTCGGGGTAAAAGGCAAACCACCTTAGTTCAGAGTTTGAACAATCGTTAT
GGTGTCGTTCTCGGATTCCAAAGAGGGCTCCGTGCCTTTATAAAATATTC
GAGACAACGAATGAGTGATTTTATTCCATTTTTTCTAATTGGTACAGGTT
TGAACAAGCTATCTAATTAGCCCTTAAGTGCCTATGTTTGTCCAAGAGCA
TGCACCAAAATGGCTTCATAAATAGGTTGTGCACCCTGTACATACTTCAT
TGCTTCATGACTAATACATACTTTTAAAACTCAAAATAAATTAAATTGTT
ATGATCTTTTTATTATCACTATAACTATGCAATGCACATACCTCTATATA
AGAAATATCAATTTACAAGTAAAAAAATAGATGAAAATAAGTGGGTATCC
ATTTTTTTCCCGTTAAATTGCACAGGTTTTGAAAGTGCATAGCACTTTTA
AAGCAAATACTTTTATATAAATTAGTATTTGAAAGTGTTAAATTAGTTTT
TAGAAAAATATCTTTTTTATTATGTATATGTTGATTGGCAACAAACCAAT
ATATATTTATTAAACAAAGCTTGTATGTCTGCGGAGGCCTAATTTTTTAG
TATAAACAATAACAATGTTATAATAAGCCTGTATAGCTTAAGTTCAGGCC
TTCAAATTAAAAAAGAAAGGAAAATGGATTATATAATTTTACTAGTTGTT
CTTAACCTTATTGGAGGTACTAAAAACCTGCAAATTTCATCAGTGAATTC
ACCGAACCCCTTCGTGACTGGTAAAATAAAATATGATATATTCAGAACGT
AGGTATATATTTGGTTAGTGCAAAAAATGAGTCACGCATCAGCTACAACC
AGTAAACACTGTGTTCAAAGAACAAAAACAACAAAACATAAATATCACAC
AAAAACATAACTTTATGAATATTTGCTGCAAATCAATGTTTTTGCTGTTG
CCTTTCAGACACAAGTTCAGAAATTCGTGAATTCACCTTGGCAAGTGCTC
TCATATAATTTTGCAACAAAGTCTGTTCTTTTTCTTCGTTTTTATGTCAA
CTATCCTCAAAAAGGATTTATCACAAAGATATGTTGTTACAAACGGTATG
AGTATCACCCAGGCCTTCTTTACAATAAGAGGGTATGCAATAATTTGCTG
ACATCCAAATGTTAACAAAGTTGTTATTCTCAAGAGTTGCTGTTGAAGCT
GGCTCTGCTGAAGTTCAAAGATTTCACGTCAGCTGTCGCAACACTAAACG
TGAAAGGCTTTCTCACTCATGCTTCATATGACCTTGAGCTGGGTAAGTAT
CCCTCGAGAGACTCTACAAGCTCTACTAAGTGCATGACAATGGCTTKCTT
CAACTCTCCAGCTAGTGAAATGTTTCCAATTTCACCCACGTCTTCGATCT
TTTTAACACAGTCGTCCAGCTGGGGAAAGTTTGCAAAGTTGTCATTCTTT
GTTCGTCATTTCCATAAATCTATCTTTTTTTAAAACTGCATCCAGGTTAT
CTTCTGCTTCAATGTTGTTGACTCTGACTCCCTGCATCTATCGATTGAGA
GCATCGAAAATATCAGTAATGTACGCCAAAGTGAGAATGAACTCAGTAAA
CTGCGTGACAATGTTCGTACTCTCCCAAAAACAGGGCCAATTCTATGCGC
ATGGAAAAATACGATTTAGCACCTTTCCTCTCGATAATCATAAAAGGTTA
GAGTGGTACCTTGAATGCCAAGACCATTCCTTACACAGCTCTTTGAAGAT
GTGGTGCTTCATAGAACTATTTAGCACGTAGTTCATACATTCAACAAGGA
TTTTTAATTCTTTTACAAGTTTTGGAGGCAAGGTATTTGGCCAATGCATT
CCTCTGCGTAACAATACTGTTTGTCGTATCGGATTTCACCAGTCCTCAAA
AAACAGAATTTTGTCCAAGCATGGCTGGATCTCCGTCCGAACAAACTGTA
GAAGGCATATTCCATGAAAGATTGTTGTCTGAATAAGTCTTCCACGCGAC
AGTCAATGTGGATGGCTTGCCGAATCCCTCAGAGTGTCACACCAAACCAC
TTGGGTTCGATCGAACACTGGATAAGAACCACTGCCTATACTATTAAAAC
AAACTTCTTCTGTTTCTTAACGCTTAATAACTCTGAGCAAAGCCGAGTAC
TCCTGATTAAAGATAGGATTAATCCACATTTTGTCGGATCCGGTCGGTTC
GGATCTTTGAAAATAAATATTAAATTTTGGTTACCCAAGCTTTTGGGTCC
AGATCTGATACCAGAATCAGACGCATACTTGTTTCGAAATTTCTGAGCAT
TTTAAACAAATGTATTAAAGTTACATTTTTACTAATTTTTGATGGCGAAA
AAATGAACAACTCAATGTTATTACTATCATAACATAATTACGATTAGAAG
TATTGTTATAATAATATTTGACACGTCGTGTCATTTATTATATCTTGCAA
CCTATCCTCTTAAAAGAAACAGAAAAAGGGCCCCAAATCATTTTGTAATA
AACCAATTCTATGAAGTATAAAATTGTAATTCACTAATAGATGATAATTG
CTCACAGCTTAATGAGAAACTAAATTGTACTCAACCAATCAATCTTAAGA
TTACAGATTAGAGGAAAAGAAGAAGAAATATTGACAACTTACAACAAAAT
GCAGCATATATTTTTGTGTTAGTGACATAACACTGCATGGAAATAAACCC
TAATGAAAACTGTTTATGAAGATACGGCTCCTAGCACAAATCAAAATAAA
TAGGAATGCTACGTTCCAAATACCAGGTGGAAACTTGAAACTACACTTAT
GTTATACTGATTTGAGAGGTTCTGTGTGAGTAAATTAGAACAGTCAGTAG
TTGCATATGTAGCTATACATCTCAAGCACATATTGCTCTATGAATTTTTT
TAAATCAGACGAGAAATGGCAACTTCCAACAGAGATTGCCAGGCTGACGG
AAATGGCTCGTAAGATCATCTATAATACTAAGAAGAGGTTAGACGAACGT
TAAGAAGAAGGAGTGCTCCGAAAAAAAATAATATTCATGCGGTTGCGATC
AAGAATGCTCCTGATCTGGTTCCTGGAGGGTTACAGGCTCACAACAACCA
TATGCATTAACATTTTCAAGGTCAATCTACTCTCTTGGGTCTGGCCAATT
GTTACTGGTGGTAACCGTGTCTTTCAGCTAGATGGGGCCCACTGCAAAAA
ATTGCTTAGACCTTCTTAGTTAACAAAATTGCTTTCTGTGGACACCATAC
AGTCCGGATGTCAATCACCTCGACTTTTATTTCTAACCACACATCGAGAA
GAGGGCCTGTGACATCTGTCACTGCAACATTGAAGTCATGAAGGGATCCG
TCGAAAAAAAACAACAAAGTGCAAAACCAGAACCAGTACAATGGCAAAGT
TTGATCGCACGAGGTCTCCCGGATTTGCTAAAGCTTCCGGCGTCATTTGG
CATAGGTTGTCAATAGAGGCAGATCTCATTATAAATAATTGAATGTCATA
TGATGTAGCTTTCAAATTATGTTGTGTTTTTTTTTGGTTCTAGCCTATCT
AGTTCTTTTGTTATGAGCCTTTTAAAAATTTCACAATTTATCTGGACATG
AATGTGCTGTATATAAATTTAAGATATTTNGAAATACTGCAGAGTGAAAA
TATATTTATAAATCAAAATGAATCTAATGGGGAATAATTTATAAAAGGAA
GCTCATGTTTTATTATAAAGGGAACACATGTTGTGCATCATAGAAATGCA
TGTTGTAAAAACAAACCAAGACTAATAAATAATAATTATTAATATTTATG
ATCCTGTTTATATTTTGGTAAGAACATGAAAGAAACGAAATTACAAACAA
TATCTTATAATTTATGTTTTGTTTTGTTTTTACATAATTTTTGTGATTAT
ATATTACAATGAGGTAGAAGTATCTGTTGAACACAAGAATGGCCGTCACT
TTTTCATCTCTATTAAGATGAAAAGTTCGTATATCTGTATGAATGTTTGA
ATATATGTAAAGGAATCACCGGGTGCACTGTATACAGTGTATATCATAAA
CATATGAACTTCCTTTCCTACTACATTCAATTATGTTCAAAACTTGATTG
AACATTTGTTTGTGCTCATAACAGACGGAGAGTATCCTAGCATATTTATT
GGGGAGTTATAATTCTAAGTGTTTGTTGGACTTAGAGAAGAATGGAGGAT
CGACCCAAGGCAACAATGTCGATTCTAATAAAACCTGCTGGTATGTCAAA
GAATTTGAAGAGTTTGATTCCTTGTCGAATTAAAAGTGGATATTTTGCAT
ACTTACGTACAGCAGCCTAAACCATAATTCCTGCTAGCTTCTCGATGCTG
ACCGTGGTTTTTTTGCTATTGTGGGTATTGAAGCAATGTCTTTTCCAATC
ACACGGTCATTTCAGGGAGGAAATATGGATTGGATGGKGATTTATTTCTC
ATCACTAAAAATGAAACTTGAGAGTGTGCCATTTCTAAGGACATGAAGGA
TATTGTTTGATGACCATTCTATTTCATTTTGCGGATAACACTTCTGCAAA
CAATACACAGACACGTTAAGATCATTCTTCATATTTTTTGGATACCCAGG
TCAAGAAATCTTTCCTCCAATTCCCTTTAACGCCTTACATTATTTCTTTG
AATTAACTCTGGGATAGCCTTGATCACTTTTGGAATGTAGTCTTTTTGAA
TTTAGGTCGTCCAGAACGAGGTTGATCACTACTTCCACCAATTTATGCAT
GAAGTTTAATTGTTTTCCAAATAAATGACGTAGCTCAATTGATAACGCCC
TCAGGAGAAATCTCTTGAACTCAANTGTGTGTAGTTTTGTAGCCCGGTCG
TTCGCCAATTTAGGAAATATACTTTATGTATATGGACTTCAAAGAAGATT
CCAAAGTCATAAGGATTAAATGAGTAATACTATAATGTTTAATTATACTT
AATCAATGCACCTCAATCTTACCAATTAAAGGAACTTTAAAAACAAAAAA
AAGGTTAATGTCAAAATATTTAAATAATTTTGTGATTTCAGAATATGACT
TCACTTTCTCTTATAAATTAATGATAAGTTTTTTGTAGAATTTACATTAA
TTTATTAACAAGTTATATACTTATTGATAATTTGATACGTGGCTTCCATT
TTATACGTGAAATGATAACTTTTCAATTTATATTTTTAAGACAGGTTTCT
ATATTAGGTAACATCCGTTACATAATATTATATATATATATTACGTATTA
AAAGTAGTGTGTTAAGTTATGACCCAGTAGATATAATCAATACACTTGCA
TTGTAAGTAAATAAGAATAATTTGTTTTCTTTTTTGCAATATTTACAAAA
ATAAGTTTTATAAATACACAATTATTTATTGTTCAATCTATTAGTAACTT
CTTGTTGGATATATCAAATATCCATGAAAAATCCCCCAAAGATTATGCCT
CAAATCTATTTGATTATTGCATGATTATAAATATAACTTTACTCTTATAA
GGACAAAACGTTGTTAACAATTCCTCTATCATTTGTTATGTCGCTTTATA
CCTTTTATAATTTTATTATTATTATGATATTGTAATTCTACATCGTTTTA
AAATAATTTATATGAGTGTATGATGTTCGTTCCGCTTGGAAAAACAATGA
TAAAAACTTCAAAAACGGAGACAAATACATACTTTCGACAGATAATAAAA
GTTGTTTAGATTTCTGAGTTATTTACATAAGAATATGTATCATTCTGATT
AAACCAGATTCCGGGGGCAAGTTTTATTCCCGTTAATAACTTTATTTTTT
TTATTAATTATATTATGTAAATGAAAAAAAAAGAGGATTATAAATACTGA
TATCGTTAAATATAAAGCCATTTTTTTAAATGTTTGACAATGTTATTTAT
TTATTGTCGTTGCCATTGCTAACTTGCCATGTTTTTTCTTCAAATATAAT
GAAGATACATACTAAGACTAACTTGTAGTAGTTCTAAAAATAGCCTTTTA
GCACACCGACAAAATAAAAATATATTTTTATTTACTAAGTAAATATTTAC
ATGCAATAACAGCTTTTACACTCCGGCGAAAAGATTAAAAGCTCTTGACT
TTGAATGCCATGTTCATGGCGTATCATGCTGTTTTGATGGCAGCTCAGAG
CGAATCCTAATTTGGATAAAAGGGCATTAGAAATTATTATCCAAGAAACA
GTGTAGAAGRCAGCCATATTGTTTCTGCAGAATTTTTGGGTATTCTTGAC
TGTATGTGTCTGTAATGGACTTCTTGATAATGTAGTCAGTCCGGATAGAG
ATACCAACGGTCTCTGTAGCTTTCTTGGCACTGACATTGGCACGGAGATA
ATCACACATAATAATATCCTCGACACGCAAGTGAACAGATTTACAGTTAT
TGACAATAAAGGCATACCACGCTATCATGATGGTAAAATTTGGAAGAGAG
GTGTGGCAGATATTTTTCTCCAAGACACCCAAATTGCAAAGTACACGGTG
ATAAGCACAAGGCTGTAGGATAGCCATATGGGGGGTAGGCTAGAATTTAC
CACTATTGTTACCAGAAGTTTTTGTTCTTCTGAGTTATATGAGACTGTAA
TAGACTTCTTGATGCTGTAGTCGGTCCGGAGTGAGATGCCAATGGTCTTT
GCAGCCTTCTCGGCACGGACACCGGAGCGAAGATTGGACACGCGTTCTTT
TTTTTGTTGTTGCTCCAGCATTTTTACAATTAGAAATATGGAATAAAAGC
AAAACTTGTTTGTTACACTTGTCTTTTGGTTGCATAATAAAACTCGCAAT
AAAAAATAACGGAGATAAAATCGTAATTAAATGCTACTACAAGTTTTCAG
TCCCTACTATGTGTAAAGTTAATAATAAGCTATCAACATAATTTTTCTTA
TGGGAAAAACCCAATACTTTATTTCTTCGAAAACATATAGTCTAAAGGGT
ATATACACTTTTCATACCATTGTTTCTTACTTACATTATTAATATAACAA
GTTTAAAAGAAAGTAACTTTGAAGTAAATTTTTACCTAGCTAGTAGGCTA
TACCAGAGGCAGATGCTTGACTTTTTGCTTTTGGTCCAATTACAGGGAAT
TGTTTTTACTTAGACGCGACAAAAAAAAAATTCTTCAACAACTTCATGTA
CTAGTATACGACAGTATTTTAATAAAACTGTATCACCTCTTAGTATAGTA
AAATAGTTATATATCCTTAAATGTAAACTTTATTATACAATCAGATGATT
TTTTTTCGTGGAAAAATGCTAAATGCATTTTTAATTTTTTTATTTATAAC
ATACATAAATAATTCAAAAACTGACAGTGTAGGGGATGCTAATGTTGATA
GCAAAATTTGAATCTCTTTGCTTTAATATTGGCAAAAAAATAGTCACCCA
AATGTTGAAAGTTAAATATCTCAGTTCAATCTTTGGTCCAGATTATGAAT
GTAGAACCTTTTAATATAATGGGATGTATTGCCACTTGAAATATTTTAAT
GGGTCATAGAACCTATTAAGTTGAATTTCATAAGAAGCGATTTCATAAAA
CAAAACTATTAAATACATATTTATTTCAAATTTAGGCCAAATCTAATAAA
AACCCTGTTCAGGGGCGTTCGCAGGATTATACATATATATACTTTTTGGG
GAAGGAGGGGCTTGGCTTATTTGTTTCCCAAAATCAATCATTTAAAAAAA
GATTACCCCTCCAACGCCCATGCTTTTAGAGTCTCAGAAAATGCGAGATG
ACGTCAAATATTTTTCCATGTTTCTACGTATTATATGCGTTCTACTCGTA
ATTATGATATTGTGAAAATTTTTCTAAAAATACTTCTTAAAGTGAGAATA
AGTAGTTGGCCGCACTTTAACATTAAAAAGATATCAATGCGGCCCGCAAA
CCACGTATTGTACATCAGGGTGGGCNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNCGTACTGTTGAAAAACAGTATGGAAAATTTAAG
CTCTAAAAAATAACTTTTTTAGCTGCCGACAATCGATTTAAATTTTCTAT
GTTATAATTTTGTTAAAATGTTGTTGATTTTTATTATATCAAAAAATATT
CAATTAAAAAAGATTAGTTATTTTTTTATCGTTATTTCTAATCATATTGA
TAAGTAGTTACATAAAAATATTTTTTATTCGAGTAACAAATAGAATTTAG
ACGAATTGGCCTGACAACAGCTCTTTTCATAAGAATCAGTCAAAGTAAAC
TTATTATTCGTATATTTTTCCCAATATGAAGAATAACAATAACTTATCAG
TGTAAGTAATACTATTATTTTGAATTTGCTATAATTCCAATAACACATAA
ATATATCCAATTCATATATAGTACATATCTAAATAAACGATTATATACAG
CCAAAAATTACGATAAACATAATTTATCGAAAAACATGAGTCTTTTTTAG
AATGAAACGAAGATATACTTGATGCATGTTTTGCAAATTTATAACCATAT
CTTGTCACGACGTTGCAATATTTTGATGATGCTTCTGTCATATTTTTAAT
CGCTCTTTCGACAGCTTGAGTATGCAATAGATCTTTTTCTGGAATGCCCA
GTTCTTCATTATCGACCTTTACTTTGCTCCAGAGTCAATAATTTCATAAT
ATTGACTTCAATTAAAATTTAACTGAGGTGTTTTAAACCCTCTAGGTAAC
AATTTTAAAGAACTAGCTTGTGTAGATCGAATTCTTTTCCATGTAGTTGT
TTGAATCTCAAGTCTATCATCCCAAATCATACTTAAAAAACATTTTCTGG
ATGAAAAAATACGTATTTCCTTGTATAACTAGTAGAACAATTATTTGAAG
TCTTGCCTTGCCCCATCTTTTTCAAATGAATTCTCCTTTATGGTGAACTA
CATTGGAGTATAGACAAGTGTTACAAAATTAACCAGAGAGACGAAGTTAT
CAGAAGGATTTTCTTGAGAAACATACAGACGTAAAATCCTATTGGCAGTA
GTATGCCATCTTGTATGATTTATATTTCTTGGATTTTTAAAAGCAATATT
ATGCGAAACGTGCCCTTCCGATATAGCATGATGAATTTGATATAAAAACT
TTTGATCTGTACCCAATCCTTTATAAACTGCTAATGCAAGAGAAACTGAG
TATTCATGATATGATMCTATCTGATCCGCTACTCTTTTTGCACAGACGAT
AGGGATTGAAGCTGTTTGGTAGATATCTACCAACTTTAATAGCTACAATT
TTACTTATTTATTTAACAAAAGGTTATTTTTTAGTTAAGGATTTAGATTC
CCACCTTATGCTATAAAACGCACTTGATTACATCTTCATATCTTGGTAGT
TGAGTTTTGCTTAAGTCAAAAACACTTTCAAAAAGAGGAAAATAGTATTT
TGCACGAGTTGTTGAAACCATTCTATGCTAATACAAATCTTAAAATAAAT
TATCTAAAATAACTATCTTTTATTTTCACAGAAGTAGAATAGCTACGTCC
GTTGTGATTCATATCGATCTCCTCTTAATCCCATATGTAAATATAGATCC
ATTAAGTCATATATAATCATTAAAATCTATTATATATATTATGAACAACT
ATTAATAATACTAAGTAATTGTAATAAAATGGCATATTTGTAGCACGTCA
ACCCAAAAGGAAGTTAGAATAATTTTTCTTCAAATTGAACCAGAAATAAA
TTTTCATACCTCATTTCAACGAACAAATGATTCTGATCCTTTTAAGGTAC
CGCTAATTGTACTTTAAGTAGCCAAAATTCACCGCCATATTTATAGAATT
AGAAAATTAATAAATAATATTTCTAAGACAATATTGGGCCAAATTAAGTC
AAGTAGAGAAAATGGAGTTTTTAAACTACAGATCACAGTCATGGGTATTT
CAATTTATCTCAGAAATTTGAATTCAATGCCTATAATTGACCTTAATATC
TCTTGTAGATATTGCCTGTCATTTTATAAATATAAATGATTGAACCTTTG
TAAATATGATTCCTGTATTTTTGATAAAAATAAATAGTTTTTTTAAACTA
AACCCCGACATGTACACGACATTGGAAAAATACATTGCAGCCAAGATTAA
TAGAAATACTATTACCATTGATTGCAGCCAGGAACGTTAAACATAATATC
TAACTCAAATATCCCCTCAATGTGAAGTACTTTAAATCCCTACGAAAAAT
TACAACAAAAAATAAAAAACTAAGAGCGTGAGAATTCGTTTCATTGAGTA
CAAGAGAAATTAAATTATTACTGCATAAAAGGGATATAAATAATAATTAT
GTACTTTTTAGAGTGGTTAATTCACAATCACACGAATATTAATATCAGGG
GCGTCTGCAGAAGTGGAGGGTTTAGATACCTCCTCACTTTCAAAAATTGC
CCCTGAATTTTCATAGTTTCCAGGATACTTATCCCGTGAACACCTACATC
CCTTCTGAAATTACTATTATCTATTGGAACGGAACACTAAAATAGCATTT
TNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNACTATTATCTATTGGAACGGAACAACTAAAATAGCTATTTAGCGT
TCAAAAAAAAAAAAAAAAATKAGTTRTGTTCAKAASCCTGCAAATATGTA
AAACCAGTTTTAGTTGTTTATAGTGCTGTGACTCTCAAATGGGGGTACGT
GAAAAATCTCCTGGAGGTAGGTGAGATTTACCAAAAAATATATTTATTTA
TTACATTAAAAAAACATATTTCGAAGGGGTAAGTCAATGAAAAAAGTTTG
AGAACTACTGGTCTATACGTTAGAAACTCTTCTAAACAAAATAGCAATTT
AAAATATAATAATTCATTCACTATTAGACTTGAATTTTTCGAATTACCAT
GCAATTTTTGCTAAAAAATGAAGTATAATAAAATTATGTAAGGCATTAAT
ATTTCAATCCCGTTTCAGGAGCTAAAAACGTTGTTCTATGCATATGAAAT
TTGGCTTGTATGRTTATTTTTATGKATAACATTYAAATATAWRTAGCCAT
ATTCGATTTTCTAACTTTTTGGGTTTTGGCCCACCCTATTGTACATCCCT
GGTCTAGATAGCATTTTTTCACCCTGGGTGAACGATATATCTCCCTCCCC
CCTAATAGTCAGCATTATATTATACAATTTTGTATGTACAATATATGAAT
CTAGCTTTTTGATGTTCGTATCTAAATGGAACAGCAACTGTTCTNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNTTGATTAAATATAATAATTTTTTAAATAAATAAATTGCAGCACGTCGT
CCTCCAGTGGAAGAAACAGCAAGTTTTCTCAACTCACTTTTAGCTTCACA
TGGACCTAATTATCTGGAGAAGCTATTTGGATCCAAGGCACGTCATAGGC
TTAGGGATTTGGGAGGAGTTGAATCTGTTGCTATAGCTCTTTCTGGTAAA
GTATAATAATAATATATGTATTTATACACTATTTTTTTATCTAGTCTTTT
TGACAATATTGATTAATATTACTACGTTTAACAAATATAAAATTTGAGGA
AAGTGACAAAAACCAAATTTGACATATAAAAAAAACACCACATTTTTCGA
ATAGATAATATTAGACGGAAATAACCAATTACAAGTGAAAATTCAATTTT
AATAAAATTATGACTGCTAAACTTTTTTAGAGAAGTCATTTTTAATCACT
TGACATAAAAATTCGAAATTGTGAGAATAACAAAAAATAATTGATAATTT
TTTTCTATTCTATCCCGTTTTTGGTTACATGCCTGTATTTAGTGAAATAA
GAAAAATAAATTTATATGTACATATGTATGCAGAAAAATGATTATGATAT
TTTGTTTCATTACATTTCATGTCGTTACTTTTATTATATCACGCAACTTT
TCCTACAAAAAGAAACAGAAAAAACACCTAAAATCGGCAATTAGCCAAAT
AAATGCTGTTTCTTTTCTTAAGTACTCATATACTATCAATTAATTATCTA
CAATTTTTATAATGACTTACATGAATATTTTTCATAAAATTAAAATCCTA
CATGGTATTTTATACTGTATTATAATATTTTATTAAATACGCAGCTATAC
ATTTGTATTTCTATATGATAGCCAAATTTCTTAATGGAAATACTAAGATG
TCCATTTTATATATATACGACGAGGGATCAACAAGAAATTATATTCGTGC
ACTTTTGGAAACGGAGCATAACTATAGAATAACTTATTACTTGGTGTATT
TATCTAAAAAAATAAGTTATGAAATAGCCATGACTTATCAAGGTGTTATG
TATAGATACCTATTAATATGATGAGTAATTAGATATCCAGGCTCGCCACC
AGAATCTACATTCCACATAAGGGTAGTACCGAGTGAGTGCAAAGGTGTAT
TCAGGTTCTTTATTAATATGCAGCTAACTAACTAATAATATAACACAAAG
AGTATGTACACACATGTAAACCAGTAGGGTTAGACCAGTCACAACACAAG
GGATACGAGGGAATTGAGAGCTGACAACAAAGTATATAGGGTATTTTTGT
GTTAGCCAAGTATACTATATATAAGGTCGTGGCATTTTAATCAACACTGC
TAAACAAGCAGATGACGTCACGAACGGGATAAAAATCAAAATAAACTCAA
TGATACTTCATACTTGACTTGACTGGGAATTAAATAAATTACTTTCCAAT
ATAATTATAAAACATCCTTTGGATCTAAATAATAATGGACTTGAATCTAA
ATGGAGAGAAGGTAACCAACGATAGGAAATATATGTCGTTAGAGTTTTAC
TATCAATAATTCATTATTTAGGTGGAACCTCCTGAGTCCAACCTCATAAG
AAAAAATCGTCATAAAATATGTGCAATCTTCGGTTGCAAAAGTCCTGATG
GTGTCATATACCACAATTTTCCAAAGAACATGGTTCGACAGAGGATTTGG
AAGAATCTTTGCAAGAGGAAGGATACATTTAAAGCAGAAAATGCACAAGT
GTGTAGCATGCACTTTAATGATGGAAGCTACAGGAGGGACCTGGAACATG
AGCTTCTTAATTTGACTCCCAGAAAGAGGCTAAACACAGATACAGTACCA
AGTCTGCTACTTCCTACTCCCACTGTTCCTAAGCCTGAGGATCAATGTGA
TAAAAAGTTTCCAAAAAATTTGCATTCATCAACATCCTCTCAAACTCCCA
GCAGTGTCGATAATCAAGCTGAAGACCAAGTAGATATTGTTTCACCTCGT
TCCATGAGGGAAATAAGGAGGCAGAACAAACAAATGGTAACCAATTTATT
GATAAAGGAACCGGAGCAAAAGAATAAGGATATTGTGATACAGACAGAAC
ATTCCCTTTTTCTGGAAAATAATGATAATCTCAAAGGAGAATTAAAGAAA
ACGAAAGCAGATTTATGTAAACAAAAAGTTAAGGTAAACATTCTCACAAA
GAAACTCGAGCGACTTGAAGCGACGGAAAAGAAGCACTCCAAAATTGTAA
GTACTTTTCATGAGAAATGTACTCCAGCTCAGGCTAAGAGAGTTTTGACC
CCTAATCAAAAATGGGTTCATTACTCAAAAGAAGATATTGTCCCTGCCTT
GATAATAAGATCAATGAGTAGACGTGCTTTTGAATATTTAAGACAGAAGA
AAACCATGCAAATGCCAAGCATTCGAACTCAAGAGATATGGCTTRAACAT
TTTAAAATGAATCCAGGATTTCAAGATGATAGCATCAAAGTCCTTCAAGA
AATGGTCAAGGTCAACACATTTCAATACAAGTTTTCTGTGCTATGCTTTG
ATGAATGTCAAATTAAGAAAAAATATGATATTGACAAGAAGCCGCAAAAG
ATTTATGGGCCTCACTCTAAAGTTCAAGTTGTTATGATGAGAGGATTAGT
TGAGAAATGGAAACAGCCGATCTGGTTCCATTTTGATACCACTATGACCA
AGAAGCTACTTGATGATATCGTAATCAAAATGGAGAGCAATAGTTTTAAA
ATAAGAGCAATTGTTTGTGATCTTGGGAACCACACGCTTCGTTTTGAACT
TGGGATTGACAAAGGAAACTTTTTCTTCACCAATCCATTTGATTCCAGCA
GAGTTGTCTACATTTTTCCTGATTTTCCTCATCTTCTCAAGCTCTGTAGG
AATCATTTACTAGACAAAAGGTTTATGGTTCCTGCAGAGGATGGAACATT
AGTCCCTCTTGTTAAGATTGATTTTGAGGGATTATTGATTAAAGATTCCG
GAGAATTTAAATTGCTTTTAAGCTTAAACCTCTTCACATTTACTGCAAAG
AAGGAGCGAGACAACGAGTAAGATTGGCTGCACAAGTTTTGAYTAATACA
MTAGCCATAGCTTTCACCATTCATAGCCAAAGTAAAGAAGCAAGAGCCAA
GGAAAACACAGTAGAAATAATCAACAATTGGTTTGATGTAGTAAATAGAA
GGCAAATTTATGACAAGGTCAAGCTCAGATGTGCACTGATGTGCAATTTT
GAAGATCAATTTATTGCCTTGGATAAAATGGAATTGTTTTTGGATACATG
TAAGGTAATTGGAAGGGGAAATAAGAGTTAATTGCCATGGCAGAGAGGMA
TGCGAGTTTCAATCAAAACAACTCGAGTCTTGTACCATGATTTGATTTCT
AATAGTCCTCTTTCTTTCATTTTGATGTCCAGAACTAATCAAGATTACCT
TGAAATTTTTTTTACCCGTTTGAGAAGTGCTGATGGTGATGATGATCKCC
CTGGAGCCGTTGGAGCAATGAAAAGGATGAGAATTCTGGAAATTGGAAAA
AATTGTGAAACTTAGGTGAGTAATCTGGCTGTTCTGATTGAAAAAGAATA
TGACATTTGTAGAATTGAGGAGGAAGAGGAAAAAGAATCCGTAACAAAGC
AAATCACTGGAGACATCTTAGATATCACAATTGGTGAAGAAAGCTATTCA
GAATTTGAATTTACGTTTGATATCTCTCATGAAGTTCATGTGGATATTGC
AATAAACCATCAACTAGATCAGCTCAAAAAATGGGATCTCAACTTTCAGG
GGCTCAGTTATGAATCGGGTGTTATTGCCCACAAGATGAAACTTTTATAT
CCGGATTTGGGGAAGAAGACAAGTGACATATATTTGAATGATCATGGACG
GACACCATGGATATATCATTTGTCTAGAGGAGGACTGATGATGCCATCTG
ATTATTTTTTAAAAGATTGTGAAGTTTTCGTCCAGAAGTTCAAGGAATTC
CATTTCTCTCTATTAGATCATCATCCAAAAGTAATGGAACGTTTTTGTCT
GGTTTTGGAAGACTCCTTTGGAGGC

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