EMLSAG00000003013, EMLSAG00000003013-685779 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000003013
Unique Name	EMLSAG00000003013-685779
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000003013 vs. GO
Match: - (symbol:CG3009 species:7227 "Drosophila melanogaster" [GO:0004623 "phospholipase A2 activity" evidence=ISS] [GO:0016042 "lipid catabolic process" evidence=IEA] [GO:0006644 "phospholipid metabolic process" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR001211 InterPro:IPR013090 Pfam:PF05826 PROSITE:PS00118 GO:GO:0004623 GO:GO:0005576 GO:GO:0005509 GO:GO:0016042 EMBL:AE014298 GO:GO:0006644 Gene3D:1.20.90.10 InterPro:IPR016090 SMART:SM00085 SUPFAM:SSF48619 KO:K01047 GeneTree:ENSGT00530000063569 UniGene:Dm.31072 GeneID:31402 KEGG:dme:Dmel_CG3009 FlyBase:FBgn0029720 NextBio:773462 EMBL:BT022722 RefSeq:NP_001162665.1 RefSeq:NP_572180.1 SMR:Q9W4I0 EnsemblMetazoa:FBtr0070688 EnsemblMetazoa:FBtr0300468 UCSC:CG3009-RA InParanoid:Q9W4I0 GenomeRNAi:31402 Uniprot:Q9W4I0)

HSP 1 Score: 62.3882 bits (150), Expect = 1.573e-9
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD+C  V    L+ G+C+ GLCN    TRS C CD +F RCL++A T+ AN LG +F  ++
Sbjct:  133 REHDMCPDV----LNVGECRRGLCNRGTFTRSHCDCDARFRRCLQAANTETANTLGAIFYNVV 191

HSP 2 Score: 47.3654 bits (111), Expect = 1.074e-4
Identity = 24/59 (40.68%), Postives = 31/59 (52.54%), Query Frame = 0

Query:  159 LIFPGTKWCGQGAVAEHYDDIGYHAEADPPCDDTPNSDYCLFVGDIGDNVHMYDNRVIY 217
             I+PGTKWCG G  A  YDD+G HA  D  C +    D C  V ++G+      NR  +
Sbjct:  102 FIYPGTKWCGPGTAATSYDDLGAHAREDRCCRE---HDMCPDVLNVGECRRGLCNRGTF 157

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BLAST of EMLSAG00000003013 vs. GO
Match: - (symbol:P00630 "Phospholipase A2" species:7460 "Apis mellifera" [GO:0005509 "calcium ion binding" evidence=IDA] InterPro:IPR001211 InterPro:IPR013090 Pfam:PF05826 PROSITE:PS00118 PDB:1POC GO:GO:0004623 GO:GO:0005576 GO:GO:0005509 GO:GO:0016042 GO:GO:0006644 Gene3D:1.20.90.10 InterPro:IPR016090 SMART:SM00085 SUPFAM:SSF48619 BRENDA:3.1.1.4 EMBL:AF438408 EMBL:EF373554 EMBL:X16709 PIR:S05650 RefSeq:NP_001011614.1 UniGene:Ame.2 PDBsum:1POC ProteinModelPortal:P00630 SMR:P00630 STRING:7460.P00630 BindingDB:P00630 ChEMBL:CHEMBL4807 Allergome:2493 Allergome:2778 Allergome:3088 Allergome:45 UniCarbKB:P00630 PaxDb:P00630 EnsemblMetazoa:GB13351-RA GeneID:406141 KEGG:ame:406141 CTD:406141 eggNOG:NOG71474 HOGENOM:HOG000143527 InParanoid:P00630 OMA:RWQFYDL PhylomeDB:P00630 EvolutionaryTrace:P00630 Uniprot:P00630)

HSP 1 Score: 44.2838 bits (103), Expect = 3.748e-4
Identity = 24/64 (37.50%), Postives = 38/64 (59.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLR-SAKTKVANALGRLFLTLL 329
            R+HD+C  V    +S G+ K+GL N +  TR  C CD +F  CL+ SA T  +  +G+++  L+
Sbjct:   65 RTHDMCPDV----MSAGESKHGLTNTASHTRLSCDCDDKFYDCLKNSADTISSYFVGKMYFNLI 124

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BLAST of EMLSAG00000003013 vs. GO
Match: - (symbol:GIIIspla2 species:7227 "Drosophila melanogaster" [GO:0004623 "phospholipase A2 activity" evidence=ISS] [GO:0016042 "lipid catabolic process" evidence=IEA] [GO:0006644 "phospholipid metabolic process" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR001211 InterPro:IPR013090 Pfam:PF05826 PROSITE:PS00118 GO:GO:0004623 GO:GO:0005576 GO:GO:0005509 GO:GO:0016042 GO:GO:0006644 Gene3D:1.20.90.10 InterPro:IPR016090 SMART:SM00085 SUPFAM:SSF48619 eggNOG:NOG86301 OrthoDB:EOG7HTHHS EMBL:AY122184 ProteinModelPortal:Q8MR17 STRING:7227.FBpp0071110 PaxDb:Q8MR17 PRIDE:Q8MR17 FlyBase:FBgn0030013 InParanoid:Q8MR17 Bgee:Q8MR17 Uniprot:Q8MR17)

HSP 1 Score: 44.2838 bits (103), Expect = 7.234e-4
Identity = 24/63 (38.10%), Postives = 34/63 (53.97%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C      ++     +  L NY P T S C CDL+F  CL+ A  + ANA+G+LF  ++
Sbjct:  139 RKHDHCKM----WIDGMSNRYDLFNYRPYTLSHCSCDLRFRTCLKMAGDEDANAIGKLFFNVV 197

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592951323|gb|GAXK01007230.1| (TSA: Calanus finmarchicus comp1388269_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 51.2174 bits (121), Expect = 2.174e-6
Identity = 29/65 (44.62%), Postives = 37/65 (56.92%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAK--TKVANALGRLFLTLL 329
            RSHDLC     + +  G CK G+CN SP T S C CD QF  CL  +   + +AN +G +F  LL
Sbjct:  442 RSHDLCF----DNIEFGSCKYGICNISPFTLSHCDCDHQFRECLLKSNVDSHIAN-VGYIFFNLL 621

HSP 2 Score: 33.113 bits (74), Expect = 1.112e+0
Identity = 12/30 (40.00%), Postives = 17/30 (56.67%), Query Frame = 0

Query:  160 IFPGTKWCGQGAVAEHYDDIGYHAEADPPC 189
            I+PGT WCG G ++ +   +G  A  D  C
Sbjct:  352 IYPGTLWCGAGDISNNTQQLGSLAHLDSCC 441

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592789961|gb|GAXK01164607.1| (TSA: Calanus finmarchicus comp599684_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 9.293e-5
Identity = 21/63 (33.33%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R+HD C     + +     K GL N +P T+S C+CD  F  CL++A +   N++G  +   L
Sbjct:  633 RAHDHC----PDKIKSFSRKQGLLNSTPYTKSNCECDKNFFNCLKNANSSAGNSVGSFYFNFL 809

HSP 2 Score: 35.039 bits (79), Expect = 2.797e-1
Identity = 14/30 (46.67%), Postives = 17/30 (56.67%), Query Frame = 0

Query:  160 IFPGTKWCGQGAVAEHYDDIGYHAEADPPC 189
            I PGT WCG   +AE YD +G +   D  C
Sbjct:  543 IIPGTLWCGVNDIAESYDSLGPNHRVDRCC 632

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592869310|gb|GAXK01088252.1| (TSA: Calanus finmarchicus comp159648_c4_seq7 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 1.005e-4
Identity = 22/63 (34.92%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R+HD C      + +    + G+ NY P T+S C CD QF  CL+    + +NA+G  F  +L
Sbjct:  396 RAHDHCPLKVKSFKT----RYGVFNYGPYTKSHCACDKQFYDCLKRVNNEKSNAVGDFFFNVL 572

HSP 2 Score: 30.4166 bits (67), Expect = 9.347e+0
Identity = 13/30 (43.33%), Postives = 17/30 (56.67%), Query Frame = 0

Query:  160 IFPGTKWCGQGAVAEHYDDIGYHAEADPPC 189
            I PGT WCG   +AE+Y  +G   + D  C
Sbjct:  573 ILPGTLWCGVDDIAENYYSLGPEWQLDKCC 662

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592869313|gb|GAXK01088249.1| (TSA: Calanus finmarchicus comp159648_c4_seq4 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 1.019e-4
Identity = 22/63 (34.92%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R+HD C      + +    + G+ NY P T+S C CD QF  CL+    + +NA+G  F  +L
Sbjct:  469 RAHDHCPLKVKSFKT----RYGVFNYGPYTKSHCACDKQFYDCLKRVNNEKSNAVGDFFFNVL 645

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592869314|gb|GAXK01088248.1| (TSA: Calanus finmarchicus comp159648_c4_seq3 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 1.098e-4
Identity = 22/63 (34.92%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R+HD C      + +    + G+ NY P T+S C CD QF  CL+    + +NA+G  F  +L
Sbjct:  396 RAHDHCPLKVKSFKT----RYGVFNYGPYTKSHCACDKQFYDCLKRVNNEKSNAVGDFFFNVL 572

HSP 2 Score: 30.4166 bits (67), Expect = 9.769e+0
Identity = 13/30 (43.33%), Postives = 17/30 (56.67%), Query Frame = 0

Query:  160 IFPGTKWCGQGAVAEHYDDIGYHAEADPPC 189
            I PGT WCG   +AE+Y  +G   + D  C
Sbjct:  573 ILPGTLWCGVDDIAENYYSLGPEWQLDKCC 662

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592869316|gb|GAXK01088246.1| (TSA: Calanus finmarchicus comp159648_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 46.2098 bits (108), Expect = 1.101e-4
Identity = 22/63 (34.92%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R+HD C      + +    + G+ NY P T+S C CD QF  CL+    + +NA+G  F  +L
Sbjct:  469 RAHDHCPLKVKSFKT----RYGVFNYGPYTKSHCACDKQFYDCLKRVNNEKSNAVGDFFFNVL 645

[Close]

BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592789962|gb|GAXK01164606.1| (TSA: Calanus finmarchicus comp599684_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 45.8246 bits (107), Expect = 1.299e-4
Identity = 21/63 (33.33%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R+HD C     + +     K GL N +P T+S C+CD  F  CL++A +   N++G  +   L
Sbjct:  633 RAHDHC----PDKIKSFSRKQGLLNSTPYTKSNCECDKNFFNCLKNANSSAGNSVGSFYFNFL 809

HSP 2 Score: 35.039 bits (79), Expect = 3.202e-1
Identity = 14/30 (46.67%), Postives = 17/30 (56.67%), Query Frame = 0

Query:  160 IFPGTKWCGQGAVAEHYDDIGYHAEADPPC 189
            I PGT WCG   +AE YD +G +   D  C
Sbjct:  543 IIPGTLWCGVNDIAESYDSLGPNHRVDRCC 632

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592941306|gb|GAXK01017247.1| (TSA: Calanus finmarchicus comp72215_c5_seq5 transcribed RNA sequence)

HSP 1 Score: 41.2022 bits (95), Expect = 7.907e-4
Identity = 22/63 (34.92%), Postives = 33/63 (52.38%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HDL   ++   + PG  + GL N    T   C CD +F  CL+ A+T+ A+ +G LF   +
Sbjct:  191 RHHDLGCPIS---IEPGQTRYGLTNVRIHTVMHCSCDERFRSCLKMARTQAADIVGNLFFNTI 370

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592817821|gb|GAXK01136747.1| (TSA: Calanus finmarchicus comp717914_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 40.4318 bits (93), Expect = 1.321e-3
Identity = 24/62 (38.71%), Postives = 34/62 (54.84%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTL 328
            R HDL   ++   ++PG  + GL N    T   C CD +F  CL+ A+TK A+ +G LF  L
Sbjct:   13 RHHDLGCPIS---INPGQTRYGLENTLGNTVMHCSCDERFRSCLKMARTKAADIVGNLFFNL 189

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BLAST of EMLSAG00000003013 vs. C. finmarchicus
Match: gi|592941305|gb|GAXK01017248.1| (TSA: Calanus finmarchicus comp72215_c5_seq6 transcribed RNA sequence)

HSP 1 Score: 40.4318 bits (93), Expect = 1.381e-3
Identity = 22/60 (36.67%), Postives = 32/60 (53.33%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFL 326
            R HDL   ++   + PG  + GL N    T   C CD +F  CL+ A+T+ A+ +G LF 
Sbjct:  191 RHHDLGCPIS---IEPGQTRYGLTNVRIHTVMHCSCDERFRSCLKMARTQAADIVGNLFF 361

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BLAST of EMLSAG00000003013 vs. L. salmonis peptides
Match: EMLSAP00000003013 (pep:novel supercontig:LSalAtl2s:LSalAtl2s170:977608:1026592:1 gene:EMLSAG00000003013 transcript:EMLSAT00000003013 description:"maker-LSalAtl2s170-snap-gene-10.30")

HSP 1 Score: 683.715 bits (1763), Expect = 0.000e+0
Identity = 330/330 (100.00%), Postives = 330/330 (100.00%), Query Frame = 0

Query:    1 MPPSPLIPPTTTPLLLLLIQCLRLWEGVSCEGEFVPQVGATYVEYESGSRMIIFQGIDKECSIYGDPIFIRNVTNSAAVMYIDRGLTGVLLRLCEXIHLSILGHVVAYHDEEEILQEAAEQFNEVSGVGQDYWERRFDHGFLKDPLRGIWSMNVLNSVLIFPGTKWCGQGAVAEHYDDIGYHAEADPPCDDTPNSDYCLFVGDIGDNVHMYDNRVIYKVKEPTRAELFHSPGFIIRTNKWTKVVYEYEAEVENSEGFIIDPKTLIYRSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLLV 330
            MPPSPLIPPTTTPLLLLLIQCLRLWEGVSCEGEFVPQVGATYVEYESGSRMIIFQGIDKECSIYGDPIFIRNVTNSAAVMYIDRGLTGVLLRLCEXIHLSILGHVVAYHDEEEILQEAAEQFNEVSGVGQDYWERRFDHGFLKDPLRGIWSMNVLNSVLIFPGTKWCGQGAVAEHYDDIGYHAEADPPCDDTPNSDYCLFVGDIGDNVHMYDNRVIYKVKEPTRAELFHSPGFIIRTNKWTKVVYEYEAEVENSEGFIIDPKTLIYRSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLLV
Sbjct:    1 MPPSPLIPPTTTPLLLLLIQCLRLWEGVSCEGEFVPQVGATYVEYESGSRMIIFQGIDKECSIYGDPIFIRNVTNSAAVMYIDRGLTGVLLRLCEXIHLSILGHVVAYHDEEEILQEAAEQFNEVSGVGQDYWERRFDHGFLKDPLRGIWSMNVLNSVLIFPGTKWCGQGAVAEHYDDIGYHAEADPPCDDTPNSDYCLFVGDIGDNVHMYDNRVIYKVKEPTRAELFHSPGFIIRTNKWTKVVYEYEAEVENSEGFIIDPKTLIYRSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLLV 330

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BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: EEB16948.1 (Phospholipase A2, putative [Pediculus humanus corporis])

HSP 1 Score: 63.1586 bits (152), Expect = 7.365e-11
Identity = 28/62 (45.16%), Postives = 37/62 (59.68%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTL 328
            R HD C       L PG C+NG+CN+SP TRS C CD  F RCL   K+ +AN +G ++  +
Sbjct:   70 REHDHCPI----QLEPGQCRNGICNFSPFTRSHCDCDNAFRRCLEKTKSNIANIIGSIYFNV 127

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: EAA13171.5 (AGAP004731-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 63.5438 bits (153), Expect = 9.508e-11
Identity = 30/63 (47.62%), Postives = 39/63 (61.90%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HDLC  V    L PG+C+ GLCN    TRS C CD +F RCL++  T+ AN LG +F  ++
Sbjct:  136 REHDLCPNV----LLPGECRRGLCNRGAFTRSHCDCDARFRRCLQNLNTETANTLGAIFFNVV 194

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768689.1 (PREDICTED: uncharacterized protein LOC409277 isoform X3 [Apis mellifera])

HSP 1 Score: 62.003 bits (149), Expect = 3.202e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  124 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 182

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768688.1 (PREDICTED: uncharacterized protein LOC409277 isoform X3 [Apis mellifera])

HSP 1 Score: 62.003 bits (149), Expect = 3.202e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  124 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 182

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768687.1 (PREDICTED: uncharacterized protein LOC409277 isoform X3 [Apis mellifera])

HSP 1 Score: 62.003 bits (149), Expect = 3.202e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  124 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 182

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768686.1 (PREDICTED: uncharacterized protein LOC409277 isoform X3 [Apis mellifera])

HSP 1 Score: 62.003 bits (149), Expect = 3.202e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  124 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 182

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: ACZ95203.2 (CG3009, isoform D [Drosophila melanogaster])

HSP 1 Score: 61.6178 bits (148), Expect = 3.269e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD+C  V    L+ G+C+ GLCN    TRS C CD +F RCL++A T+ AN LG +F  ++
Sbjct:  133 REHDMCPDV----LNVGECRRGLCNRGTFTRSHCDCDARFRRCLQAANTETANTLGAIFYNVV 191

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768685.1 (PREDICTED: uncharacterized protein LOC409277 isoform X2 [Apis mellifera])

HSP 1 Score: 62.003 bits (149), Expect = 3.612e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  136 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 194

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768684.1 (PREDICTED: uncharacterized protein LOC409277 isoform X1 [Apis mellifera])

HSP 1 Score: 62.003 bits (149), Expect = 3.894e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  140 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 198

[Close]

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Match: XP_016768690.1 (PREDICTED: acidic phospholipase A2 PA4 isoform X4 [Apis mellifera])

HSP 1 Score: 61.6178 bits (148), Expect = 4.562e-10
Identity = 29/63 (46.03%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CN SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  140 REHDHCPIT----ISPKECIHGICNNSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 198

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|936579621|ref|XP_014204344.1| (PREDICTED: acidic phospholipase A2 PA4 isoform X3 [Copidosoma floridanum])

HSP 1 Score: 67.781 bits (164), Expect = 9.146e-10
Identity = 32/63 (50.79%), Postives = 41/63 (65.08%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CNYSP TRS C CD +F RCL+S  T+VAN LG LF  ++
Sbjct:   99 REHDHCPKT----ISPQECIHGICNYSPFTRSHCDCDAKFRRCLQSINTEVANTLGALFFNVI 157

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|817051847|ref|XP_012253161.1| (PREDICTED: acidic phospholipase A2 PA4 [Athalia rosae])

HSP 1 Score: 68.1662 bits (165), Expect = 9.185e-10
Identity = 31/63 (49.21%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C    G    PG C +G+CN+SP+TRS C CD +F RCL+   T+VAN LG LF  ++
Sbjct:  125 REHDNCAVTIG----PGQCMDGICNHSPITRSHCDCDAKFRRCLQGLNTEVANTLGALFFNVV 183

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|936579618|ref|XP_014204343.1| (PREDICTED: acidic phospholipase A2 PA4 isoform X2 [Copidosoma floridanum])

HSP 1 Score: 67.781 bits (164), Expect = 1.169e-9
Identity = 32/63 (50.79%), Postives = 41/63 (65.08%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C +G+CNYSP TRS C CD +F RCL+S  T+VAN LG LF  ++
Sbjct:  127 REHDHCPKT----ISPQECIHGICNYSPFTRSHCDCDAKFRRCLQSINTEVANTLGALFFNVI 185

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|936579615|ref|XP_014204342.1| (PREDICTED: group 3 secretory phospholipase A2 isoform X1 [Copidosoma floridanum])

HSP 1 Score: 67.781 bits (164), Expect = 1.487e-9
Identity = 32/63 (50.79%), Postives = 42/63 (66.67%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C     + +SP +C +G+CNYSP TRS C CD +F RCL+S  T+VAN LG LF  ++
Sbjct:  127 REHDHC----PKTISPQECIHGICNYSPFTRSHCDCDAKFRRCLQSINTEVANTLGALFFNVI 185

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|998518943|ref|XP_015520383.1| (PREDICTED: acidic phospholipase A2 PA4 [Neodiprion lecontei] >gi|998518945|ref|XP_015520384.1| PREDICTED: acidic phospholipase A2 PA4 [Neodiprion lecontei] >gi|998518947|ref|XP_015520385.1| PREDICTED: acidic phospholipase A2 PA4 [Neodiprion lecontei] >gi|998518949|ref|XP_015520386.1| PREDICTED: acidic phospholipase A2 PA4 [Neodiprion lecontei])

HSP 1 Score: 67.0106 bits (162), Expect = 2.576e-9
Identity = 32/63 (50.79%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C    G    P  CK+G+CN SP+TRS C CD +F RCL+S  T+VAN LG LF  ++
Sbjct:  125 REHDNCPLTIG----PQQCKDGICNNSPITRSHCDCDAKFRRCLQSLNTEVANTLGALFFNVV 183

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|815906236|ref|XP_012238936.1| (PREDICTED: acidic phospholipase A2 PA4 isoform X1 [Bombus impatiens])

HSP 1 Score: 65.0846 bits (157), Expect = 9.919e-9
Identity = 30/63 (47.62%), Postives = 41/63 (65.08%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C NG+CN+SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  127 REHDHCPIT----ISPKECINGICNHSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 185

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|815906238|ref|XP_012238937.1| (PREDICTED: acidic phospholipase A2 PA4 isoform X2 [Bombus impatiens])

HSP 1 Score: 65.0846 bits (157), Expect = 1.019e-8
Identity = 30/63 (47.62%), Postives = 41/63 (65.08%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C NG+CN+SP TRS C CD +F RCL++  ++VAN LG LF  ++
Sbjct:  124 REHDHCPIT----ISPKECINGICNHSPFTRSHCDCDAKFRRCLQNLNSEVANTLGALFFNVI 182

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|808127025|ref|XP_012166490.1| (PREDICTED: acidic phospholipase A2 PA4 isoform X1 [Bombus terrestris])

HSP 1 Score: 65.0846 bits (157), Expect = 1.236e-8
Identity = 31/63 (49.21%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C NG+CN SP TRS C CD +F RCL++  T+VAN LG LF  ++
Sbjct:  127 REHDHCPMT----ISPKECINGICNNSPFTRSHCDCDAKFRRCLQNLNTEVANTLGALFFNVI 185

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|808127027|ref|XP_012166491.1| (PREDICTED: acidic phospholipase A2 PA4 isoform X2 [Bombus terrestris])

HSP 1 Score: 64.6994 bits (156), Expect = 1.283e-8
Identity = 31/63 (49.21%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  267 RSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            R HD C       +SP +C NG+CN SP TRS C CD +F RCL++  T+VAN LG LF  ++
Sbjct:  124 REHDHCPMT----ISPKECINGICNNSPFTRSHCDCDAKFRRCLQNLNTEVANTLGALFFNVI 182

[Close]

BLAST of EMLSAG00000003013 vs. nr
Match: gi|668455169|gb|KFB43492.1| (AGAP004731-PA-like protein [Anopheles sinensis])

HSP 1 Score: 65.0846 bits (157), Expect = 1.287e-8
Identity = 50/159 (31.45%), Postives = 63/159 (39.62%), Query Frame = 0

Query:  197 YCLFVGDIGDNVHMYDNRVIYKVKEPTR-----------------AELFHSPGFIIRTNKWT---------KVVYEYEAEVENSEGFIIDPKTLIYRSHDLCLTVTGEYLSPGDCKNGLCNYSPVTRSPCQCDLQFVRCLRSAKTKVANALGRLFLTLL 329
            YC    D GD   M       KV++  R                  EL    GFI    KW            V  YEAE +              R HDLC  +    L PG+C+ GLCN    TRS C CD +F RCL++  T+ AN LG +F  ++
Sbjct:   13 YCKIHSDRGDIQRMLLASDTKKVRQVPRESVTALEEVCSEASGISGELQGGLGFIYPGTKWCGPGNIASNFSDVGRYEAEDQ------------CCREHDLCPNI----LLPGECRRGLCNRGAFTRSHCDCDARFRRCLQNLNTETANTLGAIFFNVV 155

The following BLAST results are available for this feature:

BLAST of EMLSAG00000003013 vs. GO
BLAST of EMLSAG00000003013 vs. C. finmarchicus
BLAST of EMLSAG00000003013 vs. L. salmonis peptides
BLAST of EMLSAG00000003013 vs. SwissProt
BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
BLAST of EMLSAG00000003013 vs. nr
BLAST of EMLSAG00000003013 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000003013 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 3


Match Name	E-value	Identity	Description
-	1.573e-9	46.03	symbol:CG3009 species:7227 "Drosophila melanogaste...	[more]
-	3.748e-4	37.50	symbol:P00630 "Phospholipase A2" species:7460 "Api...	[more]
-	7.234e-4	38.10	symbol:GIIIspla2 species:7227 "Drosophila melanoga...	[more]

BLAST of EMLSAG00000003013 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592951323\|gb\|GAXK01007230.1\|	2.174e-6	44.62	TSA: Calanus finmarchicus comp1388269_c0_seq1 tran...	[more]
gi\|592789961\|gb\|GAXK01164607.1\|	9.293e-5	33.33	TSA: Calanus finmarchicus comp599684_c0_seq2 trans...	[more]
gi\|592869310\|gb\|GAXK01088252.1\|	1.005e-4	34.92	TSA: Calanus finmarchicus comp159648_c4_seq7 trans...	[more]
gi\|592869313\|gb\|GAXK01088249.1\|	1.019e-4	34.92	TSA: Calanus finmarchicus comp159648_c4_seq4 trans...	[more]
gi\|592869314\|gb\|GAXK01088248.1\|	1.098e-4	34.92	TSA: Calanus finmarchicus comp159648_c4_seq3 trans...	[more]
gi\|592869316\|gb\|GAXK01088246.1\|	1.101e-4	34.92	TSA: Calanus finmarchicus comp159648_c4_seq1 trans...	[more]
gi\|592789962\|gb\|GAXK01164606.1\|	1.299e-4	33.33	TSA: Calanus finmarchicus comp599684_c0_seq1 trans...	[more]
gi\|592941306\|gb\|GAXK01017247.1\|	7.907e-4	34.92	TSA: Calanus finmarchicus comp72215_c5_seq5 transc...	[more]
gi\|592817821\|gb\|GAXK01136747.1\|	1.321e-3	38.71	TSA: Calanus finmarchicus comp717914_c0_seq2 trans...	[more]
gi\|592941305\|gb\|GAXK01017248.1\|	1.381e-3	36.67	TSA: Calanus finmarchicus comp72215_c5_seq6 transc...	[more]

Pages

BLAST of EMLSAG00000003013 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAP00000003013	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s170:97760...	[more]

BLAST of EMLSAG00000003013 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000003013 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 21


Match Name	E-value	Identity	Description
EEB16948.1	7.365e-11	45.16	Phospholipase A2, putative [Pediculus humanus corp...	[more]
EAA13171.5	9.508e-11	47.62	AGAP004731-PA [Anopheles gambiae str. PEST]	[more]
XP_016768689.1	3.202e-10	46.03	PREDICTED: uncharacterized protein LOC409277 isofo...	[more]
XP_016768688.1	3.202e-10	46.03	PREDICTED: uncharacterized protein LOC409277 isofo...	[more]
XP_016768687.1	3.202e-10	46.03	PREDICTED: uncharacterized protein LOC409277 isofo...	[more]
XP_016768686.1	3.202e-10	46.03	PREDICTED: uncharacterized protein LOC409277 isofo...	[more]
ACZ95203.2	3.269e-10	46.03	CG3009, isoform D [Drosophila melanogaster]	[more]
XP_016768685.1	3.612e-10	46.03	PREDICTED: uncharacterized protein LOC409277 isofo...	[more]
XP_016768684.1	3.894e-10	46.03	PREDICTED: uncharacterized protein LOC409277 isofo...	[more]
XP_016768690.1	4.562e-10	46.03	PREDICTED: acidic phospholipase A2 PA4 isoform X4 ...	[more]

Pages

BLAST of EMLSAG00000003013 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|936579621\|ref\|XP_014204344.1\|	9.146e-10	50.79	PREDICTED: acidic phospholipase A2 PA4 isoform X3 ...	[more]
gi\|817051847\|ref\|XP_012253161.1\|	9.185e-10	49.21	PREDICTED: acidic phospholipase A2 PA4 [Athalia ro...	[more]
gi\|936579618\|ref\|XP_014204343.1\|	1.169e-9	50.79	PREDICTED: acidic phospholipase A2 PA4 isoform X2 ...	[more]
gi\|936579615\|ref\|XP_014204342.1\|	1.487e-9	50.79	PREDICTED: group 3 secretory phospholipase A2 isof...	[more]
gi\|998518943\|ref\|XP_015520383.1\|	2.576e-9	50.79	PREDICTED: acidic phospholipase A2 PA4 [Neodiprion...	[more]
gi\|815906236\|ref\|XP_012238936.1\|	9.919e-9	47.62	PREDICTED: acidic phospholipase A2 PA4 isoform X1 ...	[more]
gi\|815906238\|ref\|XP_012238937.1\|	1.019e-8	47.62	PREDICTED: acidic phospholipase A2 PA4 isoform X2 ...	[more]
gi\|808127025\|ref\|XP_012166490.1\|	1.236e-8	49.21	PREDICTED: acidic phospholipase A2 PA4 isoform X1 ...	[more]
gi\|808127027\|ref\|XP_012166491.1\|	1.283e-8	49.21	PREDICTED: acidic phospholipase A2 PA4 isoform X2 ...	[more]
gi\|668455169\|gb\|KFB43492.1\|	1.287e-8	31.45	AGAP004731-PA-like protein [Anopheles sinensis]	[more]

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BLAST of EMLSAG00000003013 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 0


Match Name	E-value	Identity	Description

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s170	supercontig	LSalAtl2s170:977608..1026592 +

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-LSalAtl2s170-snap-gene-10.30
Biotype	protein_coding
Evidence	IEA
Note	Hypothetical protein

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000003013 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000003013	EMLSAT00000003013-698860	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s170:977608..1026592+

gene from alignment at LSalAtl2s170:977608..1026592+

Legend: mRNA

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

>EMLSAG00000003013-685779 ID=EMLSAG00000003013-685779|Name=EMLSAG00000003013|organism=Lepeophtheirus salmonis|type=gene|length=48985bp|location=Sequence derived from alignment at LSalAtl2s170:977608..1026592+ (Lepeophtheirus salmonis)
ATGCCACCCTCTCCTCTAATACCTCCAACCACGACTCCTCTACTCCTTCT
CTTAATACAATGTTTACGGCTCTGGGAAGGTGTGAGTTGCGAAGGAGAGT
TTGTGCCTCAAGTTGGAGCTACGTATGTTGAATACGAAAGTGGATCACGT
ATGATCATATTTCAGGGCATTGACAAGGAATGCTCCATATACGGGGATCC
TATCTTTATTCGGAACGTGACTAATTCGGCTGCTGTGATGTACATTGATC
GAGGTCTTACAGGTGTGCTTCTGCGGCTTTGTGAGAGMATTCATTTAAGT
ATACTCGGGCATGTGGTTGCTTACCATGATGAGGAGGAGATCTTGCAGGA
AGCTGCTGAGCAGTTTAATGAAGTGAGTGGTGTTGGACAGGACTATTGGG
AAAGGAGGTTTGATCATGGGTTTTTGAAGGATCCTCTTCGTGGGATTTGG
TCTATGAATGTACTTAATAGTGTGCTGATATTCCCTGGAACCAAATGGTG
TGGTCAAGGGGCTGTGGCCGAACATTATGATGATATTGGATATCACGCAG
AGGCTGATCGTTGTTGCAGGTAGGCAGGCAATCATTCTATTTTTAAAGAC
GTTTTTGTGTGTTTTGTTCTATATAATAATACTGGAATAGATGTTTTGAC
ACTTTTATGATTCTATGTAGGTATTTTCCAAAAGAGGACTGTTCATACCT
TACTATTTTGTAATTGTTCATTTATACTCCATGGATATGGGTCAGGTGTG
GAATGATGTATAAATGTCATGTCACTGGTGTTATTTTCTTGTAAATAGGT
ACTACCCAAATACATATATGTGTTTCAATATTGAGAAAAGCTCATTTTGT
ATTTAAACACATATGTAGATATTGAAACATAGAGCTCTTATACATGGGCG
CCTAGGATGACTCCTTGGCAAAATAAAAAACTTTTGCAAAATGCATCAAC
ATGGAAACAATCTTGAACAAAAATTAAGAAAAGAAAAAATCCCATTTTTA
TTTGTATACAAAATTTGCGGGTCAAGTTAAGATACTCAACAAGTTTAGGT
ATACTTTAGAAACTTTATTTGATTTATACATATGTATGTATARGAATTTA
TTGTTATTTAATTGTGACGATTAATTTTGGCTACTTCAATTTGGTCAATT
TGAGTTAATAAAAACAATTTGTTGATAGAATTTGAGGAGAATTAGTTTAA
GAATACAATTGTATTCCACATTTCATTCAGGAACAAATCATTCTATCTTG
ATTTTGTGTTTACGGGCCAAACATTTTGTATGTGTCAATAAAAAAATAAT
CTGGAACACAAATTAAGAAAATGTGATAGTCCCAATTTTTTTTTTTTACT
CCATAAACATCCCAATGTTTTATACACATAATTCAATAAATTTAAGGCTT
ATTATTCATAATTCTGGAATAAATTGATATACCCAATATTTTGTTCTATA
GATTGGAATCAAATTTTGATTTCAGAAACTTATATTAGCCCTGATAACCC
CCTTTCCACTATAAAATCTTTCAATTTATCATTTATTTATTGTGACGATC
AATTTTGGCTACGTTAAATAATACAATTTCCGAAACACCTAAAGGGCCTA
TATGAATAATTTGTTTATACAAATTGATAATAATTATATATATATATATT
TTGTTGAAAAAAATCATTCCTGTTTCATTTTTTATTGATGGACCACATAA
ATTGTGTGTCAACATAATTCAATATTTAATTAAAATCAAAAAGATACAAA
TTCCACTTCTAATTTTATTTCATTCATAATATACATGTTGGTTATTATTT
CATATACATATTTGCAACAGCGTTTGTAGATTGGGTTGGAGGAACTGTAG
CTCCTCCCAAATTAAGGCCTTTTTTTTTTCTTTACAAGCAAATTGAACAT
TTGAATTTTTTTTTCCAAAAAATTGAATATTTGCAATTTTTTTCTAAAAA
TGTGATATTTGATATTTTTGTATAAAAAGTGTTATAATTGGATTTTTTGT
ATCCAAAGACCTAGCCACGCCCCCAAAAATATAATTCTGGGGACGCCCAA
GATGTGGTTAATAGGCGTGTTATTCACATTTCTGTGATAAATTAAAATAC
CCAAGAATTTTAACCATACAATAAACCTTTCATTTTATTTAAGAGACTTG
TATTAGGCTTGATATGGTCCTTTTCAAAAGATGACATCCATCAATGTATC
ATTGTTTTATTGTGACGATCAATTTTGGTTGCTTTAAATAGTCTTATTTG
CAACACGCTCATAAGGTGTATTTATCATAGAAATTGATACTTGATTTACA
TATAAGAATATAAATGTTATCCAACTCAATTTTAACAAAAAATAATTCTA
GTTTCCTTTTGTGTTGATATGCCACATCTGTGATACATCAATATAAAAAC
ATTCTTGAATCAAATCAATTCATTAGTTTAATTCCTTTATACTTAAAGCC
CAATATGGCATAGACGTATTTGAGTCAATTATAGGTATATTATCCACATT
TCTGGGATGAGTCGAGGAAAGAGTAAAAATGTTATCTTTAAATTAGAATT
TTCTTTTGATTAAGAGACTTATATCGTCCCCTCTATGGGTTTTTTAATAA
TATCTTTCAATTTATCATTCTATTATTGTAAAGGTCCATTTTGGTGTCTT
TAAGCACCCTTTGCAGCACACCCAAAGGGTCAAAAAGAAGTGTTTGTTGA
TATAAATAAATGATCAGAATTCAAATGTAATTCACACTCAACTTTGAGAA
AAATCATTCAATCTTGATTTTGTGCTGACAAGCCAAAATTGATCAAATTT
TCCTACCGAAACATTTCCATAACGCAATGGCAACTGTAGAATTAAATAAG
AGATTCTGCCTTTTTCTTTTAATACTGGAGGATAGTAATACATACTTCCC
TAAGTGATAATTGCCTTCCTATCGATACCCCTGTATTCGAAATAATTTTG
GCTTGACCTTCAGCTGTATTTCGGAAGTATATACAGATGTAGGTTTTTAA
ATGTAAAGTGTACTTACCTGATATACATAGTAATGTATATCATCGTTTTA
TAGTGTGCTATGCATGCTCACAAATTATCATGTGCGATGCGTCAATATTA
AAACAATCTTGAACAAAAATCCAGAAAAGGTCCCAATCTATTTATTTACT
TCATTAGTACATACAATCCAATATTTCATTGAATTATTAAAGTACATTAT
AGGCTTATTATTCGAATTTGTGGAATTAGTGTATATACTGAAGAAGTTTG
GCTATAATTGCGAACTGTTATTTGATTCAAGATATTTATATTCGCTCCAA
TATGACCCTTTTTCAAATGTGATCCATCAATTTCTTTTTCTTTCATTGTG
CCGATCAATTTAACCAAAAACTTTTGCAATGTGCTTTTGAGAAAAAAATA
AATGTCATTAAATTTATTTTATCACGTTTATTGTTTGAATTTGAACAATA
GTGAGGGTCCAATATGTAGGCCATTTATTGCACAGTTGTGAAGAATTGTC
CAACTATCTATTATTTTTATGCATTTTTGATTTCTTCTTTTTGAAATTGG
AAAAAAATTTCTTTGTGTTTTTTATAAAGGCACATAAAAAGTTAGAGTAT
AAAATATGAAGCAACAGGAACGGAGTTATAAGTAACATAAATAATCATTT
TAGTAAAAAAATATTCCCATCTCGAAGAACCTTCCAGTACATGCAAATAT
ACAACAATAATAAAATTTGGGCAATTAATAAAACGTGATCAATTAAAAAT
TGAAATTAAAAATGGCGAAAAAAAAGAGCATGTATGATAATTAATTCATT
TTTTTGGGGTAAATACATAGAAAAGAACAAATGTAGTCACTTAAATTTGT
TTTTTTATTGATTTCTTATTTATTAATACTATATTTAGGCTAGACAATTA
TTCTCCATCGGAATGTTCCTGTATTTGGGGTTCATTTGTTATGCAAGCAA
ATTTTCAGTGCGAACTGAATAATCATTGCTCACTAAATTGTTATAATAAC
ATTGATTCTAGGTCGATTTTCATAAATGAATTTTTTTCTTTTTTTTTTTT
ACCAATCTTGACCAAATGTTTCTTTGATACGGGTCCGTACTAAACTTCTT
TAATAAGCAATTTTGTTTGATACATTAAAAATCATAGGGATCTCAGACGG
GTCTAGAATTTGTATACCGAACCCCAACATTAGTTGAGATAGATAATAAA
GATTGCATCGTAGATTGTAAGAATAAAATGGAAATCCAGGATGCATAGAA
AATTGCCCTGCCAAATACGCCAAACAGGTTAAAATCCATTGCCAACACTT
CACAAAGCATTTAGGCCCTTCCATAACTTCAAAATCACCCCAGATCCATG
TTTTTTAACCTACTTGGTGTCTTTTTTGTAGCTTTTATCAAACTATAGGC
CTCTGATTTATTTTGAAGTATTTGGAGGGGGCAGAAATGATTTTTTTTAA
AGTGTTGGTGGTGGTTTTTAACCTGTTTGTTTGTCCTTCCGTAGTCTTGA
TCAACCCATGGGCCTTACGTTTATTTTGGTGCTTTTAAAAATAAATATAT
ATGCTTAGTGAATCAGCCGTGGTGGTTTTTAACCTGCTCGGGGGTCCTGC
CATGAAACAAAACAAGTTTTGCACAAAATTATTATGATTAGGCTAATAAA
TGACAGGGAATTTTCCCAATGACAATTTTAGAGACTTTAATTTTCTTCAA
GGCAATTTTTACAATGACTATTGTCTAAATAGGAATCTCCCCACTAGGCA
TTTTCTCCAGGTCAATTTTCCTAGAATGAAAAGCAAGATAGAGTAATACC
TACTACAAATGTACTATTAACATGTTTTTATAATTATCTTATCAAATTCT
TGACTTTTTGTCAAATAAATATGAACATACCTCAAATAAGAAATATCAGT
CAAATCTACAACTTTATCTACTTAATAATCAAATAAAAAATGTGATTAGA
TATGTCTCGTTCGCAATGCTTCAGTTGAGTAGAATCTCCCTACATCATTG
TAATGAATGCAACAGCTATTTCCATTCTTGGAACTCTTCTCAGCAGTGCT
CTATCTGGGATCCCAGATTGTCCAAATGTATCGGATTATCGAGTCGCAGG
AAAAATAGTGTATCCGGAGATTGATGAAGGAAGTGGATTTGTCTGGTCGT
CAACTGATAAGGAAATGGATTATGAGAAACTTGTTCAGGGAGGAAGTTGC
TGTTCTTTTGAGCGTGTTATGCAAGCAACTTTTTTTAAAGTCATAGTTTA
GGCATGTTTTGTGCTATTTTTTGTAAAAACCCACAACTTTGAACAAGTGT
TTATTTATATGTATCCTATAATAATAGTATGGAATGTTTTGGACTATCAA
TGATAGTGGAGGGGCTCCAAGTGCCTATGCTGTAGACTCAAGAGGGGTTT
ACATTGGAAAAATCATTTTGGAGGGCGMAAAGAATATTGACTTTGAGGCC
ATATCCACAGGTGAGAGATTGACGTGAAAATCCACTGAGCGCATAATATT
ACATCATTTCCCCTCTAATCCAAAAAGCACCCTGTGACGACACTCCAAAT
TCAGATTATTGCCTTTTTGTGGGAGATATTGGAGACAATGTTCACATGTA
TGATAACCGTGTGATTTATAAGGTCAAGGAGCCGACACGGGCAGAACTAT
TTCATAGTCCAGGCTTTATTATTCGAACAAACAAATGGACCAAAGTCGTG
TATGAGTATGAGGCAGAAGTAGAAAACTCGGAGGGGTTCATCATTGATCC
CAAAACACGTGAAGTCTTAATTATCACAAAGTCCCACTTTCATACAAAAG
TATATGTAGGGAAACTTGATACAACGGATGAKAAGCCAGTAAAACTCAGG
GTATGTACAATTTGTATAGGGGTTACTTTGCCGAGAAATTTTTACCAAAG
GGACCCGTTTTTCCTTTTTTATAATTATAAAACTTTTATTTATCTCTGCA
TTTTGGTCAACAATTATCATTGAGTAATGGTTCTAGGACACCTGACAAAA
AAACTATTAGTCGAATAGGCAAATTGCCTGACAGATACTTTGACGAGAAA
ATATTAAAGTTACACTCAAATCATGATATAATACAATTACAGAAAATCGG
TTGGTGCTGTCAGTTTTCTTTTTTTTGTTTTTTTTTAGTTATATATTCTC
TCTTTAATAATCCTGGTCCTTACAACTTTTTCTAAATGATTCATTCCTAC
CTACTTTGGGCGTAATTTTCTTAAATGCAAAATAAAAGAATAACATAGTT
GTTTAAATATATTTTTACAATATTTTCCCTGCTATTTAAATGTAGAAGGT
TCTCATCTTTGTAGAGCAGTAATTCCTTTTCTACCTCCAAGGTCAAGATA
GGACGGATCCGCATTTACTGGGATCTTGAGCAGTTTGAATCTTTATATCT
AAATACTGGGGTAAATTTCACGTACCCGAAGTTTAGACATAAATAAAATA
GGATCAGGATAAAGGTTACTGATCCCTAAACAATAAAAAAACTCAATTTC
AATACACTGAAAACATATTTATTAATTATTATTGAAATTATTTTTAAAAT
ATCTCACAAACTCTAATGGGCCAAAATTAGGGTTTAGTCATTGAATAATA
GTTAATAACTGTTCACAGCTTAGTAAGAACCAATCAATGTTAAGAAGGCT
GATTTGGGCAAAAGAAGAAGAAACTTTCACAGCTAACAATCAAATGCAAT
GTACATTTACCTTGCTAGCACAGCGGTATATGTTTTTTCATATCATTGTT
CTGAAGATAAGTTGGTTGAATTATAATTATGAGAAGTATAAAAAGAATGC
AGTTACATTAATGAAAAATTGTAGGCGTGTGCATGTAGCATTGAAAATGG
AGCGGCTCTGTTTCCACTTCTTAAATTACTATGGGTATGATTTTGTATAT
CATTATTCATATGCTGTATTTGTTCAGATTTGAATAATATATACACGCTG
CTCTGTAAGAATGAATTAACTCCCGCAAGCGTATTTGTATTTAGCATACC
GGGATCACTGGCTTGCTTTTTTTTTTTGTAAATGAGCGCRCGTGYGACTA
AAATACTCATACGTCATCTCGTCATATTATTTTTCCTCTCTCAAATTTCT
TATAAATATTATTTCATTCCTGAGAAGAGAATACGTCATACATATGTAAG
CAGTTTGATTGAGAATTGTGAGGAAAATTGTGTGTATTTTGAGCATGTTA
TGGAAGGAACATGGAAATATTAAAGCAAATTTTGTAGTTTAGCCACCGCT
TAATTACTCAATACTATTGTCCCAGGTAGCGCCTTACCAAAAGCCCAATA
CCAAAGATACGGTATAGTTTGTGATACAAGGACCYCAACATAGAAATGTT
TATTATGATAAAATTATGCACCTCCCTAGTACCAATGATACAAGTTAATC
AGCCCAAACTTTATATTTTTTCTTTGCTTGTAGTATTCTGGAGTGAATCT
CCCCTTAGTTGTCACAACCGATGCTACCTATTCTCCTGGATACTATAGAA
TAGGTATTCGTACCTACTCCCATATCTTCCTCTACAAGAATGACCACAAA
AATAGACCTTTGAAGGATATTTTGAAGGATACTCCATGTAAAATCAGCAT
TATACCAACAGAACAATTTATGGGCGAGAGTTTAGCTCTGAGTAATGATG
GCACAGTGTATATCCACTCCGAATATATTGGAAAGAATATTTATGCTTAT
GACACTACGCTGAAAGTGTAATATTTTTGATAAAAACTTATAAATAAACA
TACTATATTTGCAACACACTGTTAAACCTCATAGCATTTTAAACGGTAAT
GATTATGAAAATGTGTCAAAAATCAATTCTCAATGCAAAGTTTATATAAC
TATAAAGTGATCCGTTGGAGTTTTTTTGNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTAAAAAAAG
TCAWTTTTTGAAATTTTTTTTKAANAATTATKGATTTTTGAAAAAAAAAT
TTTTTTTTTNTAAATAGCTATGGACTTTTAAAAGTTTTTGTAAATAACTA
TTAATTTTTTTAATTTTAAATTTATGGATTTTTTAATTTTTGTTTGAACA
TAAAAAACTTACGCGAGTCACTATGGAGTATCTTTTGCAACATATAGAAA
GACCAATTTATTTGTATTATCATAATCTTGTTTGAGAGGATTCTTGTTCC
TACTATTAGTATTTTTTTCATAAAATGTATTTTCTTCTTCCTTAAACTTT
GACTTCCTGCTTTTTGTATAATTACATGGCTACATATAGCCACAGTCTAT
ATGCTTATCCCATTGAATGAATTTGAAGAACCTTTGGTTTAGTATTTAAG
ACATTTAAAAAAATAGTTAGTTATTGCATACAAATTATATTGAAAAATAA
TATTTTTTAACAAGATTTAATCACCACAAGTCAGTCCCTGTGGAGACAAA
TATTATATAAAAGTACATTAACAGTTCCTCCTTACTCATGAAATAACAAT
CTTTCACCAATTTCCCAAACTGATTGTTAATATAAAGGATGAGGGTTTTA
TGTCGGAAAATTGAAGGACTCTGTACCCAAGTGGCCTTCATAGCCTTTGT
CAAAAGGTGTTGTGGGGYCCTGAACAGCCCTCCAGAKGGGCCTAKTAGCC
ACAGAGAAATAATGGGATTGCCAATTCCTCCTTGATCTTCTTTTCCAAGT
TGAACAACATTTCTGGATCCTCTTTTTCTCGTTTTTCTGCCCAACCCTGT
ATATTACAATTCATTTATTTTGCCCATACATAAAAGGCTCCATAGTGAAG
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNACCATCACTCCGACCAAGAAC
CTCCAGCTTCAAACACAGCCTGGCCCTAACCATGTCACTGGATTTGTTAA
AGAACTCTTGATCCATGTTGGCCACTACTTCGAGAATGGAAACCCACAAA
AAATTAACAGTGTTATGTCCACATTTATTGGACTCTCCCATCAAGACCTA
CAGGTTTCCAAGATATGGCGAGCTAGGAGGSCACATTTCTTTGGTACAGA
ACATAAACTTCTTAAAAACTGATGGGTTTTCCGGAATACATCCGGTTCCT
ATTACCCGATTTGGACAAATTGTATCAATTTAAAATTTCTACCATGCCAC
CAGATCTGTTAATATCAATTTAATCTCTCTAGTATAATTTTCTATGGAGA
TATTTGTGTCCTTGTGTGTGTGCTTGGTTTACCTGGTATTCGTATTTCAA
AAATCATAAGGAAAAAAAACAGATAATTTTATATAATAGCGAATGGATAC
TCCACTAATTTGCTCAAAAATAAAATGTACTTAATCACCAGATGTATTAT
ATAGCTATGTCAAACAACGGAAGATATATGTAGTTACTTATTTCTATCCA
AACATGTACCACAAAAAGAAAAGCAAGCAAAAGTCTATCNCGGYCCCTAG
AATGACAGCATCTTTTTTTTTTTTTTTTTAATTGACCTTATGAACAAGAT
GGAAATCGGTTCCTTATTTCGTTTAACTTTTTTCTCATGGCTGMAAATGC
TTGGCGTTCATCAAGTAATCGCTCAGAATTTCATACAGATTCAATTTCCA
TTAGAAGAGACTCAATTTCTTCATTTGGTTTATAATAAATATTAGAACTG
TTACTCCTGAGTAAATCTTGTCTTTGAATGATACTTTCTATGTGAGCCTT
AGTATTTCGAAACTCTTGTTGATTATCTGAAAGAATTTTTCACTGACGTT
GCAGAAAATGTCACCCTGAGGACCCAGAACTAAAAGTAGATTTAGATAAT
AAGTCATTTATAGAAGATAAACGATCAAGAGATGCTTATAAATCTTATAC
CTTATTTATTATAGAAGAGTTGACCTAAACACCTAGTATATTTTATTCAT
TTTTGCAGCTGTTCGTATTTATTACAACTCTTCGCATATACTGTATATAT
CTATATGATTTACATGAGTGAGAACTGTATATACTACATATATTGTTGTA
AAATATGGATATGTTTTTTTGGATTTTAGAAACTAGGTTTTTTGATACTC
AGGGAAACCACGGTGGAAGAATTCAACCTGTTTCGGGTTCCAGAAGCTCA
TATGCACAACCCGCGGCCTGGGGTATAAAAGAACACATAAGAATGTGCCT
CTGGTGCTTAGAAATGCTTAAACTGTCTTTGGGCCCAGCACTTCAATATT
TTAGAATACTATGAGGGTTCCTTGCCTTGAGGCTCCGCACTTTACTTGTA
CAACCTGAGGTCTAGTGTGCATTTTTGGATATTAGAAGGGTCCATAATAA
TGTGGATAAAGGCTGCGGTGAATTTATTTTATCATTGAAGAGTTTGATTG
CCACAATATAATATAAATTGCAACAAAATTGTACACGATAAGAATACAAA
TGTTTTGCAATGCAATTTCTCACAAGCATACTAATAATGCAATCGACAAT
TTTACCATGCAACAATACTAATCCAACCGGACACGGTTTTTTGCATATTG
GATGTTTATACAAATACTATTTGATATCCGTACTATTTTTTTTTTAATTT
GATTATATTAAAATTACTAATCAATTTGCGAAATACTTAATTATATAATT
TGTCATAGAATCTGATAAATTAGTAGAGTTGAATCGTNAATCAGTGTTTC
TCTCCCACGGGGGTTTCTCTTCATCACAAGAATTTTGTCCTCAGATGTCG
ATTCCCTTATGTTATTTGTTACGTATGGCCATTTCATAATTTATTCATTT
TGATTCATAAACAAAGTAATAAATTATAACATATTTATACTCCGTTTCTG
AAAGGAAAATAATATTTTTTATTGTGGATCCCTTGTCAAATATACATAAA
TAAACTGAGCATCTTATTATTTCTATGTGAAGACATTTTGTCTATCATAT
ACAGTTACAAATGTATATCTACGGTTTAAATAAAATATTACAAAGCATTC
TAATAATGCAGTATCGAATTAATTATTACGTAGGATTTTGATATTATGAA
CGACTTATTTGGCTAACTACCAGATGATTTTGGGCCTTTTCTCTGTTTCT
TTTTGGAAGACAGGCTGCATGATGCAATAACAGTAACTATTTTGGCCCCT
TTCTGTCATTTTTTTTTTTACTGTACTATCTTTTTTATCATTCACCGGTT
CTAAGGATTGATTACTTGCTCCTTCAGTCATATCTTTTGATTTTCTTCAC
TGAAAGCTTGGATTGAACAATATAAAAAGGAAGAAAATAATAACTAGAGC
GTAGAATAGTTGAGTTATTTGACGAAATTAATCAATAAGTCATTTCAGCT
TTTGTTGTTAAAATAAAAGAACGATTGCAGATTATTAGATTTAAGTCCTT
TTTAGTTTCTTTAGACCAATCCGAAGAGTATTAATTAACATTTTTGGTTT
CAGGATGTTTCGCACCAGGATTTTTACCCTCATATATTAGGTTAGGTAAA
AGTAATTATGTTTTGTATATATTTTTCATCATATCAATGCTTAATAAGAA
GTGTTACAATCATCCGATTGAATTCAGGTATACTCCATTCTCTTCAATAA
CTTGCTGCAAACGAGAAATCCACTTCATAGTGCCCATCTTGTAAAATCCC
TTATCCCTATTGACAAAAAACTCAGAGTACCAATTTTCAGAAACTTCTAT
TGAGGCCAAATTTGTACCCCCAAGCGTGTTGGCCATAGGCAAAAACAGGT
AATGGTTACTTGGTAGGCAAAAATTCCTTTGAACGAATCTTGTGGTCACC
ATTACTTTTTATTAATAAAAAGTATGTCCCGTTTCCAGTTAATATATATT
TTTACATTTACTCAAAGAACTTTTTGGTTGTGTACATTTGTTAATCATTT
GTATAAGTTCCATATGCCAAAGGAAGTTCGTTAAATCGTTCTGGACAATA
CTGGTGTATTTATACTGGATCTGGATAGTTCAGATCCAAGTCCACAACTT
ACACTTTACATCATAGTATATAATGCGTTTTCACTGACGTAATTAATTGT
ATGCAACCGTTCATATATTTTTTAAATAATTTTTGGTTAATAAAACATTA
TTGCAGTCCTGAGTATTTATGATAACATCATCACTTGCTTCCTTCAATCT
CAAAGGATTTTCCATTAAGGTAATTAGGGGAGTTCATTCATATGTGACCA
TGATATACAATATGCTACTGAGTGAGGGGAAATAATTTGACTGGATTGAG
GTTKCCATCCGTTATTTTCCAAAAAATCTGTATAATTATCGTGAAAAAGT
CTTTCAAAAGTAACATTGATTCAACAGAAGAGTCATCCAGTGAGTAAAAT
ATAATTTATGTAAGCATGAATTTATTGAAATTAGTCACCGGGTGCACTGT
ATATTGTGCTCCCAGATTAATATACCAATACCGTATAAAAGGAAAAAAGG
AAGTATAATATACAGGGAGAACTCTATAAAATAACTGAAATCTAGCGCGT
GTTTAGTTCAAATCACATTAAAAAAGAATTAAAAAAGTGGTAAATCACTT
TTTTAAATTTAAATTATGGATGTGACTTTAGATGAGGCTTAAAAACAAGC
TAAAATACTTCCTGGCTCATAATATAATTTTCTGTTTTTTTTCTCAATCG
TTATTATGATTTTTTTATTCGGAAGGTGGGAATAAAAGTAGGTACGTGGT
TCATGAAAAATTGAAGGTAACACAAAGGATTTGCGGGGTGGTTATATTTT
AAATCAGTGGTTCTTAATATGGGGAAATTCCCCTCTCGTGGGGAATGGTG
GAGTTGCCAAGGGGAGATTGACCAGTCGTAAAAAAGAACTACTGTTTCAA
AATTTCACCCATTTCAATATTAACCAATTTTTCCATACTTTGAACCATAT
TTCAAAACACAGCCATTTAAAGACTCTTTCAATAGCAAAASCAACCAATA
TGTTTCGGTAAAAGTGACAACCTCTTACAGTCTCTCTCCTTTATGTAACA
GTTGGTTAACAGAGCTCCCATGATTATTAAGTAATTACTCAAAGGTGTAT
AAATTCTTATGGTTATTTATTTCGTGTATTGTGATGATATTGTATGTGAA
GGGNGGTTGAGATTTGTGAATGTGTGAGGAAATATGAGGCGAGTTGCAGA
CTGTCCCCTGTGAAACGGTTTTTCCAACATTGGTGCGAATAAGTGAGACT
GCAGGTAGTGTCAGATACGTTTCTAGAACGAAGCAATCATCAACTTCGAC
AGACTGCTAGACAAGTTTCAGCACTCTTTTTCGGATTTCAAAAGCAGCAG
CCCCATGATGGAGTTCACAAGGGACTCCTTCACCTGACAACTGCACAAAG
GAAGCAGAAGACATCGAAGACCTGGAGTATGACTTAGGAGCAAAATCTGT
TTTTGAAGGTCTGAAGGCATTCTGTGGTAATGTGCAGGTTTCGTATCCAC
ACATAACTGTGGCGGGGSTCACACRACTTGTTCCCTCCACSTACCRGTTC
GAGTTGGGGTTGAGATCAACATCAAATTGCAAAACCACCTGGTTGACCTT
GAACCTGATTTGCACTAGGCCATTTAAAAAGTGGAACCGAACATGGTCTC
ATTAACCTGTATGTTTTTTATTGGTCTAATAAATTGAGGTGGGGGGGGGG
GGAAATATAACGAATCTTTTCATATGTATTTTATTTCCAAGCAATAACTG
TGTGTAAAAAAGATAATAAACTATGCAAACAAAAATTTAGGACTGTAAAA
TGGCACAAAGAGCACAGCTTATATTTAGGTATTAAACAGTCCATGGGTTA
AATTCGAATTAGTCAAAGGTCACATTGTTGTAGTGAAAAATGGAGATTTG
ACTCACTGAAAAGTAGGGAATTGGAGGGAAAAAAAAGGCTCATCATTGTT
ATTAAAGTCGATTGTTGTTGTTCCTAAAATGGTCGTCAACAATAATGCTG
ACGTCAATTGAAAACACTCTATTTTAATAAATACCAGGATTCTGAATGTC
ATTCTTAAATTAAGTTGTCTACTTACATATACATAATATGTTTACGAGAA
TACGCTGCACTGATTAGTGATGGTATGAAGTTAGTATACTACTACTGTAT
TTTACATAATAAAAAAACAACATACTTCCTATTGATATTTGTTCGTTTAT
TTGTAGTCATTGTGTGCCTTGTTTTCTGTCGAGTCCTCCATATTTTATGA
TATTTTTATATAATATGTATACATATAGAGAACTGAGGGTTGTACATATA
GAATTGTAAATTCTAAAGACTCCTGCTTATTGAAAAAATATAACCGCATA
AATGACAGTTTGAAAGGAGAGAGCTTATCGTTCAAGACGTTTCATTAAAT
TAGCCACAGGCACCTATAACAGGAAGGAAATGAGGAAATGAGAATACTTC
GATGTAGATCCTCAATTCCATTTGGATTCTAACAAGGACTATCACTTATA
GCTTCGCGACAAATCCTAAGGATTACTCTTTGTCTTTTACGCAATAATGA
TTACGTAATACTTAGAGTCTTAGTTGAAAATAATATTGCTGGATTGAAAT
GCTTTAAAAGAGTGTTACAATGGACTAAAGGTGTGACATTTGATCAAGGA
CAGAACCCCTGAACGAAAAAGCTGACAGGTGTACTCGTATATGGATCATG
GGCAAAAAAAATTGGTGGTTAACTACAGATAAAGCTCTCTGGGTGTATGA
CGTCATGGTCAGACATATCATCATCCTCTATGGGTGTATTATATGGGGAA
TGCCATTACTGAAGAAAAAAAAAGAAACAAAATCAAGATGGAGAGCAGAA
CAATTTTGAGGGACACCTGTGATGGCATTGGTAATCTTCCAAGGTGTCGT
TGTCACCATTTCTCCAGCGACCAAATACTTAGTCTGCCCAAAATTAACAA
ATATAATGACCCACACATAATCATCCATATCGATAGATCCAAAGGTGAAG
ATGGTAAGACCGGTTCCAGATGGGCTATCACTCGAGGTGATACATCAATC
TACCTCTTATCGATCACATTGAACAATGAGGCATCAGTGTTCCAAGCAGA
GGTTTTTGCAATCACAAATTCAGTGGAGACTCTCATCCAGCAAGAAAAAC
CATCAACAAATGTAACAATTCGATCAAATTCTCAAGCAGCAATTGAGAAA
ATATACATCTTGATTGGTGCAAAGGTCATTCTCATAGTACAGGGAATACA
TATCCAGATAACCTTGGAATAAGAGTGATTCTGAGAGTAAAGATCCTTAG
TGTGTTGGAGTGCTACCAGGCTATGGGAAGGAGAGAATACATGACTTCTT
CTTCTTCAAAGTTTGAAGCAAAAAATACAAAAAAGATCTAAGGCATGACA
CATTCACACGTTACTTTAAAAGAACCGAAATATAAGGCTATCAAACTTGG
ACGTAGAAGTATGAGAATACTTGTTCAAGGTTACACAGGTCACGGGCTTT
CCTTGGCCCACCTAAGCAAATCGAAGAAGTGTGCTTGAAGAGCCAAAAAG
TATAGACCACCTCATCAATAGATGCCCCCTCTCGCATATGAGAGACGTCA
AACAATGCAAGAATATTGTATTTAAAAATTTATTATATATACAATGATGA
AAAAAATTATTCCAAATAACTTTAATCTCAAATAGGTTTAAGGAACTTCT
GTAGTAGCACATATACCTCTTTGTATGGTCGTGTTCATTGCCTTATCTTT
GTATAGTTTTATCATAGTGCATGTATATGGTAAACAGCGAGAGAATGCAA
CATCATAATGCCCTTGTCTATATTGGCAAAAAACACGAACAACCAATTTT
CACAGACCTGTATTGAGACCAAATTTGTACCCCAAGCACGTTGTCCATAG
ACACGAACAGGTGATAGTCACTTGGTACAAGTTCCAGACTTTAGGGTGGA
TGCAAAAAGAACTTTTCATGCTAGGTCCTGGTGCGTCATGTGTGTGGCCT
GGCGTTGTCTTCAGGAAAAATAATTACACTCCTATTCACCAATGCTGACC
ACTTTTGTTCAATTGCCAGCTTCAAACGGTCGAGTTGTTCACCGTGGATG
GCAGAATTGAGCGTTTGGTAATAGGGCAACCGCTCATAGCATATTATTCC
CTCTCAATGGACCACCAAATGCACAGCATCACCTTCCTAGTAGTAAATCC
CGTCTTGGTCTGGTCAGGGCCGATGGATATTGACGTATGTGATCCATTTT
TCATCACCAGTTACGATAAGCTTCAGAAACGGATCAAATTTGTTTCGATT
CAGCACCAATTCAAAAATGGAAATTTGGTCCATGAAATATAAGAAATTTC
TTCGTTTGAGACCTCAATACTCGACGCATGATTACTCACGACTGAACCAG
TCAAGTGCAATACTGTCTTAAAAGATATTCCAGTATACAGCCAGGCCTTT
GAAGCACTTTATCGTATGATCCGATGTGACCAATAGTTAACAAGATATAC
TAAGTTAAAAAAAGAGTTGGAAATACGAAATTACCTTCTTCCTAACCTAA
TAATATGAAATGTAGGTAAGTTAAAAAGAAGAAACCGTAAATGAATGTGG
TAATCCTCACAATTTGAAGAATGCTTGGGAGGAGAGTGGGTATGAAGGAA
AAAACACAAACTGCAATATGTACATAGTCATAAATTATAGGCTGAAATTA
CTCGGATGTTGATCCTTTATTCTACTCCGACTCAAACAAGGACTTACAAT
AACAAGTATCCAAACGAATTCTCAGTGTTACTCTTCGGTTTTCATGAGCA
CACACACTAGTAATTACTCTATGCTTATATGGTCTCTTTTCAAGCCTTGA
ATATTAACAGCTTTTTTAAATACATGAAAAAATATTCATGGTGATTATGG
TAATATTTGTTTTGTTTTTTTACATACTGGGAGGTAATATTATTTGAATC
TATAATTATATACATAGACACTCTCTAACAAACACATCCTTAATTAGAAA
ACGGGTTCTATAGCTGTTATTTTTTATTTATTTAGGCATAATAAACCAAT
AAATTTGTTTTTTTTAAATGACCGCTTAGTCCTCTTGGGCGGCAATGGGA
TGAATTAATATCCACCGATCTCTTATTAAAATATAACCACTACATAATTG
AACAATTTAAAACCATGATAACCAGTTAGATTCCCAACTGATGTGTTATA
ATCATTAATGAATAAATATATATCCTGCTAGGTTGTAAAAATATATGATA
CTGAAATTGTTTAACCTGACAATTTGAAGAATGATACTTGAGAAGAGAAC
AACAGCTTAGKTGTCATGACGTTTAATTAAATCAGCTGCAAGGAGTCGTG
AGAAGAAGGAGATATATTGTATCCAGCAAGAACATATTACCTGGAATTAC
TACGGGAGCAATCCAATCCTGAGTCCAACAAAGACTTACACTTATAACTC
AACAAAAAAACCTCAGTCCACGCACTAGTTTTTGACTTTATACTTACATA
GTTAAAAATTATATGARCCGCCGATATGCTAAAAAGAAAGCGAAAATGAA
CATGGTGTCACTGGCACTTTGAAAAATGTTAGAGAGGAGAAGAGCAGCTA
GGCTCTCATGACGTTTCATATGATTAGGTACATGCAACTATAGCAGAAAG
GAAGTCGACACAAACGTCATCTATGTAATAAAGACATTATACGCAAAATA
TCCAACTCAATCTCTTTTTATAGCAGCTGAATTATTCTACCTGAGCAAAG
TTGTTCAAAATTATGTTTGGCTCTCAATGCCAAACTACCATCAAAAATAT
TATCTCTATATATTTATATATATTCCATTGCTCTGAATGACAAAAATAGT
GTTTCTACGATGGGTAGATTGTACAAATATCTATCACGTGGTATTTGTTT
CCCCCATGTGGTGGTGTTTACCTTTGTACTGAACTAATTTATTCAAACTT
GTTGAGGGCAGATGGATCAATAATGACGTTTTAAATTAGTAACAATGGAA
TTAAAAAAACTTTTCCTTGAAATTGCCGTTAAAAAGCACATGTCCCTTGC
TCTCATCAATTTTTGTGTCTATGATTCATCAACAGCTTAAGTACAGACGT
GAGTGGGGAGTCATATACAAGGGGCTTATTGTATACCTGAAATACAAAAA
TTGTTTTTTTAGAGCTCAAAGAGAGTAGATAAACTGCTGATGTATTTTTT
TTTCTTCAAAAAGTGACTGCTGTCTTACAAAACAACTATACAAATATGAA
TTTTCCTAAATTTATTCAAAACCAAAAAAGTTATGGCATGGTAAAAATTG
TAGTTTCGTTTTTTTTTTCAGGTGCAAAAAAAAAAGGATTTTCAATAGAA
TTTCCAATTTTTAAATATTATAAAGTTTGTACAAATTTGTCTGGGAATTT
GTTTGCATATAAATTTGACACATAAAAATGGCTGCCTAACGGAAATACTA
TCATTTTCTGAATATTTTTTCTTTTTTTTTCTCTCTCTTTTTCCATCGAA
CGTCAATTTTCTAGTTGTATGAAGAAATGCCATAAAACGATACATTTCTG
ACAAACAATTAGAAACCTTTCATTACATCAGTATGGTATTGTCAATTTCT
ACAAAAAAAAAAATAGTTGGTTTTTAAATGCCAATCAATAATGCTATTAA
TTACTTTTTCTTTTTACATTAGTTACTTTTTTTTTTTTTCAAATTTCCGA
AAATTAACATTGTAATCCAGACCATGAAGAATGTTTAGAAAGAGAGCAGT
TTAGCTGTTATGAAGTTTCATTCGATTATCTAAGAGCACCTATAAGACGT
GGTAAAAAGATACAAATCCCACTGTGTATCTAACCATGATTTAAGCAAAA
ATTACAACAATGTCCATCCTCAATTCTACTCCCACTCCAACAAAGACTTT
GATAACTAGTCTATCAACTTTGCAAGTTATATCTAAAACATGTATATATT
TTTTTATATTCATTTGAAAAAGAATTTACAACAAAAATAGAGAAGAATTA
TTCTTGTCGAAGGAGATGTTAACACATACACGAATAATTAAATACTGAAT
AACAGGAAAGAAAGATGCACACGCATCAACTGTTTTTCCTTTTCTAATCG
CTATACAATTTAGTTTTTTCCTTAGATGCATCCCAACTTTCATAATTACT
TTATACTCAGATATAAATTGTTGTTTTTAAAGAAAGGGATTTGAGTAAAG
AAAAAACTAAGTTCCTAGAAAGAAGAGGAAAAACGGTTAATGCGTGTGCT
CTTTAAAGGGTCATGCACCGCGTAAGCCGGGAAACCGTCTCCAGGGCCAT
AATCACTGCCTCTACAAAATACATACCCTTATTTAATGTGTGCTTTTGTC
ACAAGGCCTGTAAATGATAAAAAAAAAAATTATAATTTGTAATTACTCCT
ATACAATTTAAAATGTTTACTTTTTTAAATTACAATATCTTTTCATATAT
TTATATCCATCTCAAATTATATTACAAGAGAAATATAAAGCTAGCTGTTA
TATGATAAATAACAAAAGCAAAAAGTACCAAAAATATCGTATTGTTGCAG
CAAAACAAAAATAAAATAGAATTTTTTCTTACACAGATGAATTCCTTCAT
CAAAAATATCATATCCCGAATTGCTACGATTTCCTTTAAATTTTTACTTC
ACAATGGATTTAAGTAAATAAATAATTCATAATATAAAATAAATAGATAT
TTTCTCTGATATTCATCACTTAATAGTATTTTTCCTTACATATTTTTTAA
AATGATAAAATTAAAATAAATTTAACAAAATTCAATCAACTATCGGGTTA
ATTAGGGTCTTATGAATTGTTAAATGAAAATTTGGGTGTAATTTTCTATG
TATTTATAATTAGAATGGAACTAATTTACGCCTTATATCAATATTCTAAA
CTACCTCATATCCACCAACATCGTCGATCCCAATATGTCAATAATCAAAA
AAAGAGTATTATGAATTTTTTAACTTAGTTAGAAATGACGTAGATTTCGT
AGATGAAGGTAAAAAATCGAACAGATTGATTTGGAGGGATAAATATCATT
TGTTGAAAATTAGAAATATAAATACAAATAGTTTTCAAAGGGTAAATTAT
TACAAAATTTGATCAATAAGAAAAAAATATATACACTTAAATAATACGTA
AATTAATTCTATCCAGAGGTTATGAGTTGTATTTCGTACATATAAATATT
TACCAGTATTTTTTAAGGATATTTTTTCCTACATTGTTTACAAGTTCCAC
ATTTTGTAATCTCCTTCTTCAAATATTGACTGTGCAAATCATCATACCCT
TGACATGAAAAAAGCATGCTGTCTGATAATAGAAAGGGGTGGATTACAAA
TTAATATAATTAAACAGCTTAATGTTGAGTGATAACTTGCAATAAATTAG
CCGATAATGATGAAGGAATATCTTATTCCAAATGATTAGATAGTGAGGAT
AAAAATAATGATTAATCTTTGGATAAATAAAAAAATATATGAGAAGAAGT
TAACGTAAACAAGAAATCGTTATGTTGAGGAAAATGAATAGTTATTAATT
CTTTGTTGGATAAGTTCGTTTCATTTTTTATAGATTTAAAAAATAAAAAA
AAGTTGTTTCTTTTCTTTCGAAGAAAGTAAAGGAACGGCATTCTTCATAA
GATATTACCATTCTTTCCTCCAATAAGTTTTTTCTTTCTTTAGAATATAC
TCCTCAGGAATAGAGAAAGGTATTCAAGGGACAAAATGACATGTTTCAAT
CAGTTACGAGCCAGAGTTTGTGAACTACTAGACCATTCTTCTACGTGTAC
AACTCCAGGAGAAGTAGATTTGAAAAGTGAATATGTCATAGTTCTTTATT
CTTGTTAGAAGGACAGAAATACTTGTCTAAAATTTCACTCTTTTCCGAGG
ATATAACATTGAATTTAGTAGAGGATTTGATTAATACTTCTACTAAATCT
TCCACAAATTCAATTTTTTGTTGATTATAACAAGATTTGGAAAATACACA
GGAACCCCAGTTGGCGAATAACTTTGAATAATTTACAGAAAGAAAGTGTA
TAGAAACTTCATCAAATGGCCCACAAATAACCATGTATGCCCGTAATGAT
ATAACTTTTATTCTGGCCTCTCTAAAGGAAATAAATTGTTAAAAGTAGAA
GAACTTCCCTTTTTTTTTTTCTTACCCAAAAATATCATATTGAATTTCAA
GACGCGGAGCACCACTTATACGCTCCAATTCAGGATATGGTAAACAGCCT
TTCTTAATAGTTTCCTGAAAATATTTTAAAACAAGATTACAAAGACTCAA
ACCATTATTATAAAAGGGTGTTCTGCTCAGCCTCATCAAAAATATGTATA
TTGCATTATCCTAATCCTTCATTCTCAATAGCAAAACGATTAACTTTATA
AAGAGAAGTGAAATGGGTTTTTCCTATTTGGATAGATGAGAAGACAAGAC
CTTTAGAAAAGTCGACAGTCAATAACGTAACGAATTCCGGATGATTTTTG
GTGTATTCAACCATTGTATTATAATCCCTTCTTTCGATTTGGACATGGTA
CATGTACTCATCAATAGTGTCCTTAATATTTAGATCCAATCAACCAAAGA
ACTTTCTGTATAGATTCTCAGAATATTTAGGCTAATTCTTGAGAATGACC
ATAACAAATATGGCAAACACCACTTTGACGTCCCAATATAGGTACCGAAT
TCGGAACACATATTCTTTCAATGAMTTTTAARCCTGCCTATCCAAGGCAA
TAAAATATCAAACCCCATAGGCTTTAAGACTCAATGGAGAAATATAAGGA
ATTACTGAGCATTGATCTTTCCGAAAAGGAACACATTAGTAATCAAAATG
ATTAAAAGAAGGAGTTATGTTTCCTAATTGACCCAATAGTCCTAGAGAAC
AGGAACAACCCTTTTCGAGCGAGTTTTCAATTCTACGTCCTTGTTCTACA
TTTATATCATGAAATGTGACGTTTATATGCTACAAAGTTCGGATATAAGA
GACATCGTTAATAGATGAAGAACAAATTGGGGAATTCATGAGGAAAATGG
ATTATAATTTTTATCAATATAATCATGGTGTCGAAAGATTGAAAAAATAA
GAATTATAATAATTCCAAATCTGCCAGTTAAGAACCTAATCATATCAACA
TCAATTTCGAATCATCCCTATAATCTAATTTAATACAGTGACATCCTTAA
GAATCTAAAAAAAATCACTCTTCATTTTGCCAAAAAAACGGCCTAGCTAT
TAAATGCATACGATTGTCCTCACTAGGGATGGCTGTATATTCATTCACAC
ATATTTACTTAATCATTATTCAATGGAAGGATTTTCCTGAATTGATTATA
GCATTATTAAAGAGGGGACGTTTGTAAGGAAAAAGCTAAGTATAGCAATT
AGAAAAAGAATAAACGGTTGATGTGTGTGCTCTTTCTTCTTCTTTGTTCA
TTGTATAGCAAGTCAGGGTGTGTTAACATCTCCCTCTAAAAGAAGAATCC
TCACCTATTTTTGGTGTAAATTGATTTAAAAAGGTATTTTAACATAAATA
TATATGAATTGAAATATAATTCAATAATGTTCTTCACAAAGATATCAACT
CTAGATATGACTCTTATAATAATTCACAAATATTCAACTAATCATTATTC
AATATAAGTAACTCGTCGAATAAATTAATGCATTATTCATCTCTCAAGGC
AGGATATCGTAAAATAAGTCAGATATCAATAGTATTACTCCTGATTCTAA
GTAATAAGTTATGTAACTGAATCCCTTTTACACGAGTTAATATGTAACTT
ATTACTCAACTAAGTAGTACTTTGGCTAAGTAAAAAGCTCTGAACTTTTT
TTTGCTAGATGTCTTTCGTGAGCTACATCTAGCAATTTACATTTTTTTTT
TAAAGCTTAAAGTGTGCTTAAAGGTTAAGCGTACACTTTAAAAAAGTTCA
TATCCAGTTTGGTGAAGCAATCTATGTGTTGAAGAGTTCCAAAATGGAAG
TACAAAAGAGGAGAAAAATTAGAACATTGTTCAGGTTCACTGTATTGTTT
ATCGATCCAATAGTATATGAKCTGCCATAAAATAATGGCAGMCGTAGAGM
TGGACCGGCATGTAAGCACTTATTCCATTGCCATGGAACTGTAAATTAGC
CAAACAATTGTTTAGAGCCTTCTAAATTTGAGAATCCTAATTATGTTCAT
TTTATTGTCAAAATAAAAATGCTATGAACTGTTTACTTCACCTTTTATGT
AATAAGTAACTTCTTACTCGACCAAGTAATATTCACCAACACTAGTCATA
TTACGTATGTAGATATTGAATAACTTGACATTCAAATATATAAATAGCAC
AACTGACCCATATCATGAAACACCAGGATCTCAATAAGTAGGTAACTCTA
ATATTAGCGTTGACTTTAACCTTTAGACTTTAGTATGATCTCACTCCATT
AAGAATTAGAAATATATTGTGTATTTATTTATAGACCTTGAGAGTCTGTT
GTTGTTGTGTTTTTTTCAAATGTGTTAATTACATTTTATTTATATATATT
TATAGGTATTTGCAAAGAGACTTTGAAAATAAAGAAACGAGATTTTTGAT
TTTATGATCCACAATAGGAATTTTTGTTTTTACTTCTTGAGGACAACACT
TCCGCATAAATAATTTTATCTACATGTTCATTAGGGTGGCTTTTATTGTC
TCCGTCTCATTTCAATGGGTTTTAGTCGTTAAAATGTATTCCCCTCCTAA
AAGTTGTAATGTTTGAGCAACATTACGAGATGATGCTGAAGATAGGACGG
AGCAAGATCTGAAGCATGTGTGTACAATAAAAATAAGCTTGTGATACTCA
AAAAGATCTGAGACCCGAACTGGCTCTGTGTACTTGAACATTTAATGATC
ATAAAAAAGATCCAAAGTAATTTCTGGATCATAAAATCTGATAGTATGAA
TTCATACTTAATCCTAGTGATATTACAAATATATATTGCATATCAATGGT
CCCCAACCACTCAAATGTAGGAACCCGTTTTAGAATAAACAACTGGGAAA
CGACCCCCATTCTTAGAATATCCTATATATAGAGTCCTTTTGTTGTAAAA
GAAACTTCCATATACTTCAATTATCAATTAACAGCTGGATTTTTGTCGAT
AAGTATTTCGGTCAATTTGTGGTTGGGAATTGTTGAGGTCTCAAAGAGGG
GAGGGATTGACAAGAAGGGGGTTACTGAGTTGAGGAAGGCCCTGTTGGAG
GGCAGGAATTTATGAAAAAGAAGGGGGGCCCTGATCAGAGCAGGAGTCGG
TGGTCCTCCCCTCCATCAAAGAAGTCGAATGAGGTCTATCTAATGGACTT
TGCCCCCCCCCCCAACTACTCTAAAACGACTCAGGATTGGCCCAAGTACA
ACTACTACAACTGGGTGTCCAAGGATATTTGAATATGATAGATAATTTTG
TCAGGAGCTACCTTGAGTGAAAGGTCAACATAAATCCTTACGCAATCAAG
AAGTCCCTGATTGACTCCGTTGTCCTGGAATTGAAGAATTTAGATCGGAC
TATAGTTTACAGGGCTTTTGCATTGTTCATGACCTGAATGGAGGGTGTTA
CTGAGTTAAACGGATATTATATTGAGTGCTATATTATATCAACAATTGTA
TCTCCTGTTCAGTCGTTTCCCATTTGCATAAATCTTAAAAATTTATCATA
TTAGGTTAATTTTTGGTGGAGTATCGGAACAACGATACAGACAATAAGGA
AGGGTCCATAGGGTAATAGGGCAAAGTTCTACTTGGCCCGTTGCTTCACC
AAAAATCAATCTAGTATCTTAATTTAAAGTAGACGGATGTCACTTTTATA
TCAGGTATTTATTTTAATAAATCTCAAAGTCAGCACCTTGACCTTTACTA
TGGTACCTTAATTCTAGGCCAGTTGGTCTTACTGGTCTTCTTTACGTATT
TCTCAGACACGTCACGACTCTCCTTCTCCAGGGAAGACTTTAGGACATCC
ATATGGATGGAGAAGACAGATTGTCTTCTCCAAGATAAACGCCCATGAAT
CCCCCACAAAAAAAAAGTCCTTTTTCTGCACGACAATGCACCAGTTGACA
CCTCAGTAGTTGTGGTCGGTAAATTAATGGGAATAGGATTCCAACTATTG
ATACCCACTGTACTAGAAATCTCAGGCACCTTCACTCTTCTTTTATCCAT
CATCCTATCATGGATTTTATCAATGATTTCGGGAGTTGTAATCTCAACAG
TGCGTTCGGAACGTTCTGCGTCACTTGTGCCCAATTTTGAAACCACTTAC
AAACTGTTCTAATCAAAGGTTCAGATTCCTCATTATGTGTATTAGCTTAT
TTGTGAGTCTCTTTGCCTTTCATAAAGTAGTGTTTAATCAACACAGGAAA
TTATTTCTCGTCCATTTTTTGAAAATCACTCCATTTCCTTGATTCAAACA
AAAAGAAATGACCGATCTCGCTGAAAGTTGATGTGTGTTTTTCCAAGAGA
TGCTTCTAACTAAAAATAACCTCTGTACGCGCCAGTAGAACTTTTCAAAC
GAACCTCGTATATCATGTACTAATTGTGAAAATATATTAACCCAAAAATT
ACTAATATTTTATGTTACTTCTTAATTTTCACCCTAGACGTCTAATATTA
AAAAAAAAAATGGAAATTTAGACTATTAAAACTCAGATACACTTTGTTGT
AAAAAAAAAAATGGAAAACTCCATCATTCATTATGAAAATATAGAGTTTC
CAACCTTAAATCATTATGGTACTCACCCCACGACTTCATAATCACATTAA
ATGTTATCTCCTCAAGAATAAAGGAGTAATGATAACAGATCCGGAGTAAG
CCTCGATAGGAAGTACTGATCAGAGACAATCCTTCGATTATAAAAGCCGG
TCTTATTAAGAAGTTTTTGGAAAGATTACGCCACACCAAGCAAAGTAAAT
CAGATCCCATGCATGCAGGCTCAAAGTGGCCCATGATAACATTAAGAGGG
TCGTTATTGCTTTGAGTAGTTCTATATTCCAGCACATAGAGAGCAAATTA
ATTCTTTATCAAATTTGTACATAACAAAAGCAAGTTTGTCTTTCTATCTG
TCTGAATGTTTGAATATATTACAAGAAGTCACCCGATGCATTATAAACGA
GTATGGATAYTGCCCCATGCTGTATATCATAACCATATTTGTATATACGA
AATAACAATGTACTCGTATTAATGTAATATTGCAGGTGTGTGAATATATT
ATCGAACATGTATACAGGGTGATCTTTTATGTAAATCATATAAATATTTT
TGATATAAGAAATAACAATGTAGTCGTATTAGTGAGTGATCTTAAGACTA
AAGTAACTATGGGGCATCACGACGCGTTTTTTTCCTCAAACTTGTATCAT
TACTCTTTTATTCTTGATATAAGTATTGAGTAGTTACTCATGAAAAACAG
AGAGTAACAGTGATTACTTCGTGTGAAGTATATTATTAAAAAAAATTTGT
TTTTACCGCTGCATTATTTTGAAAGGGATCAGTACTTGTTGATGTGTTCT
TGAAGTTATCAAGTATGAATATCTTGAATAAGGTGCATATATATCATAAA
TGACTCCAATTGCTATTTGTTAAACTTCCTGCGTTTTTTCAAAAAATATA
CAACGAATTTTCAAAAGTCTTCTATTAATGTATGGGTCCCAATAACTTAT
ACATATATATACTAACTGGCAAAACATACAAAAAATGAGTTCAATAACTT
TTTGGGGATTTTTATTCCCAATTTTTTTTTTTTTTTTTCAGATGGYGTTG
TACTGACTAAGTATAAGTAAAGATTATTGTATTATAATTAACCCAATCTG
AGCTACAAATCTTCTTTGAAGTACATATAAATGATATATACATCCTTTTC
TAGAAACAACCAGGACTCGATCCAACACACTTTAAGTTGAAGAGAATAAT
TTCCCCTGAGAGCTTTGTCCATTGTGATACGTCGTTCCATCATTTTTTGT
ACTTTTTTTTTCCTTCCCAAAAGCCATTACTTTTTCATATTTCAGAAGTG
ACAATATGTCAGCTGCAATGAGCTATGAATCTATTTAGTGCAAAGCCATG
CTATGCGCACAGTTTGCTTTTCATTAAATCTGTGATGTTTTAACACTTCA
ACACATGGGATAAAAACAAAACGTGCTTATTATTGTTTCAGCTGTCGTTT
AGTTGCATAATGAAAGCTCTTAAAATAGAAAACAATGATGAAATCCTTGT
ACAAGTTTTGAGTCTTCACTCTGTGAAGTTTGACAGGTCACGTAGCGTCA
ATGACATTCGTGTAACGTAGAAATGTTAATTCTGAATGGTGCACGACCAT
TTATTTGGCAAAAGTCTTCCAAGAAATTGGTGAAAAACAGAAGAAGTGGC
GAATCATTTTCATGATGTTATTAGTACTCACACTTCGGCTCAAACTTTTT
AGCTTTTTAGCCCGTCAAAACATTCAAATGATCGGACGTTCAGCCCTAAT
TTAGCCACCAATATTTTTTTTTKCCGCCATACACAAAAAATAAACGATGC
CGTCAGAGGACTTCATCACTAGAAGAAAGCACTGATTCATTCAGAACCAA
TGTTTTGGAGTTACCTCAATCCGAATGGAAAAATGCTTCGAAAACTGGTT
TAAACGTATGCAAAAGGAGTATTCATCTTTGTGGTACGTTGTTATTCTTA
TTTTATCGCGCAACCTTTCATAAAAGGATACAGGAAAAAGGGCCGAAATC
ATCTCGTAATTAGCCAAATAATCAATCATACCAACTACTATTTATCTCTT
ATATGTTCACATACTATCATCGTCATATAATTATCTTCACCATTTTTAAA
ATGAATTATATTTATATATTTCGTATTGTTAAAATCTACATAGTATTATT
TTATTGGATAKTATATTATGATATTGGTTAGTTTTATTCTAGCAAAAAAA
TAGCTACACATTAGTATTTGTGTATGATAGCCAAAATTACTTCATAGAAA
TAATAAAACGGTCAATATACTCGTATATAAAGGGTTTTTCATTAACAGCG
CTCACATTTTTTTTTTAAAAATTAAAACGAAAACGGTTTGAGATATCGAC
AATTTCTTTATTTGCCGTTAAAAAACATTCAAGTTAATTTATGAATAAAA
TTCGATGTCGTTTGAATGACCACTACGTGCACGTTTTACGAATTCCAATC
GTTGAACCCAATTTTTGACTACTTTTCCGCATAAATTGGCTGAAACTGCA
GCAATTTCGTGTTGAATATTTGTTCTGAGCTCTTGTAACGTCGACGGATT
ATTGGTGTAGACAGGGCTTTCACGTGACCCCAAAGAAAATAGTCTAGAGG
CGTTAAATCGCACGAGCGAGGCGGCCAATTGACTGGCCCATTTCTGGAGA
TAAGACGCTCACCAAACTTACCCTTCAATAAATCGATTGTTAACATTTGC
TGTGTGTGAAGTGACACTGTCTTGTTAAAACACATATCGTCCAAGTCCAT
ATCTTCCAATTTAGGCCAAAAAAATCGGTTATCGTGGGCGTGGTAACGAT
TTCCATTCACAGTAACGTGGTGATTGCCATCGTCGACGAAAAAGTACGGT
CCAATGACACCGCCAGCCTGAAATCCATACCAGACAGTAATTTTTTGGGG
ATGTAATGGCGCCTCATGAATCACGTGTGGGTTTTTTCCGGCCCAATAGC
GCATATTTTGCTTGTTAACAAAGCCATTGAGTCAAAAATATGCCTCATCG
CTGAAGATGATTTTACGTTGAAAATCAAGATCATTTTCGAATTTTCCTTC
AGCCCATTTTACGAATTCCCGACGTTTGAAGTAGTCAAGCGGCTTCAGTT
CTTGTATCAACTTGATCTTATACGGGTGTAGGCCAAGATCTTTTCGCAAA
ATTTGCCACAACGATGTCACAGAGATGCCTAACGATTGAGAACGGCGCGT
AAGAGACAAATTTGGGTCATCTTGAATTAATGTGCTTGTGGCAACAATAT
TTTTTACACTTCGTGCATTTTCTTTGTCTCACTGGCACAGGAACATTATG
TAGCGTGTATGTGGACTCAAATTTTTTCACCAAACGTTGAATTGTTGATT
TTGCAGGTCGATTTCGTTGACCATTAATTGGCGTTAACGCTCTTAAAGTT
TGGATCAAAGACTCACCACTTTTGTAATAAATTTTAATAATTTGCAAGCG
TTGCTCGAGTATGTACTGCTCCATGATAAAACTACAGTTATTTTTAAGGA
CAGCTGTCAAAGAAACAATAACAACTATGACGTCGTTTTCGAAACCTATC
AACGTAAAATGTGAGGTTCCTATTGAAAACCCCTTTATAACATAGTTGAA
GACGAGGGATCAAGAAGAAATTGTATTCCTGTTCTTTTAGAAAATGAGTA
TATGTATAGAATAACTTATTACTTCGTTTATTTATCGAAAAGAATAGATT
ATGAAATCGTCATGACGTATCTAGCAAGACGAGAGAATCGACAGCTAACA
GCCAAAAACATAGGGTATGTTGCTGTTACAAAGGTAACGTCATGATAGAT
AATATTTTGAAAAGCAATAAAGTCAATTTGCCTACGTCACATGTTTTGTT
TTTTTGTTTGTTTTACTTAATGTCTTTATTTATTATTATTACGCTTCTAT
AAAAAAATCATTCAACATTGTCGTTAAAAATTAATTTCCTTTTATAGACA
TACAAATCCAAAACAATCTGACTATCACAAATGAATAAATATAAAGCCTC
ACATATTCACACTCCACTATAAAAATATAGTGTAGACCTAAGAGATAAAT
AAGGAAACCTTTTTTTAAAGGTCTGAGACGTCATTACGAATATGAATGAT
AAAAAAACTAAAGATCATTTTACAACAACAATTATATATCCAGGATTCTA
CTTTTTTTAATGCCTCATGATAAAACAAAAGCTTTTGAAATGTCTGGTTG
AGATTAATGTATAAAATGCCACTTAATTTGCAGCAAAATCCCATTTTCTT
CCGCGTATTTGTGGAATTCTGATTGACGACATTTATATCTTGCTGTTGCT
CAGATCATTWTTCTTCAAAGTGTTCAGATTTTAATGGACATCTCGGTAGT
GGTTTTTTTTTTTTTTACGTTTCTTGTGATTGTGTAATAGTAATAATATA
TGTAGATRTGATAGCCTGGTTTAAAAAAAGTAGTGTGTGTGCTTAGTTAA
AAACTTTGTATATTTTTTCATGTCAGTCACATGACAGTTGATACATTATT
TTTATCTCTTTCCTTCTTGCAACTACTTTATTAGTGTTCGAACTCTTGAT
TATTCCGAGGAACAAGCAAAGCAGCAGAGGGATATCTCTTCCACGCACAA
TTTGATTTTTTGTGAAGAAGATCTTCACAGAGAAGTTGTCCTCGGGCTTT
ATCAATACCGACTGTGCTTCTGTTTGACCCTGTATTGAAGCCATTCAGAA
TAGAGGGAAATATATTTAATAAAAAGTGTAGAGAATTGTTGAATTACCAA
CTTTTACTTCAAAAGTTTCCCTAAAAAATGGCACAAAATAAAAATATGTA
AAAACCGAAAACAACTTTTAATATTTTCTAATTTTTGAGTCCTAACCCTG
TAAAATTCCATGTTCGCGGCCATATATGACATATGGAATTTAAATACTTG
AAGATCACGCATGTAACACATGGGAGAATCAAGAATGGGAATACTTAGGG
GGAAATGTCACTAAAAGACATTGTTTTTGACAATAGAAAGAATACTGACG
GGGAAAAAAATCCTCCTGAAATCTTCATAACTTCCCCTGTCGTCGTTAAA
GGGGTAAGGAGTGGACAATTCCTCATTAAGAAATAATGCATAGCTAATAA
GTAACGTCGAATTTCACTCAAAAAGTTATAATTACACTTACCATATGTAT
CTTGTGATATAAATTTACCTTTGAGCAAGGATTTTCATAATGTTTAACGT
CATAAGTATCATTTAAAATCAACTGAGAAGACATGAAACCAACATTTTGG
ACTATTGAAATAAATACCAAATGATTTTAGGATTTTTTTTTTCTTGTTTC
ATTTCCGAAAAAAAAAGTGTTTCCTTAACATTTATCAAAAAAGGGATTTT
TTGTTTATATAACTTGAGTGTGTACACCCCAAATATACTGTACATCAAGA
ATGCAGATGTTACATGAAACCGCCCTATTTAACAGTGCTTTTCCACTTAC
GTCATCAAGTGCATTAATAATTTAAGGAACTCAAAGTTGAAGTTTTTACT
ACATAAAATGGTCAAATTTCCATTAAATCTTTATTAAATTTCATCAAATG
TCTTTATAAATAAAAAAGACTTAATAATTGCATTGAATACTACTTGACGC
CAATGATAAACAGTGATATTATAATTAAATCAATAAATTTACAATTATAT
ATATTTTTTTGATCAATTAGGGACGAGAAAAGTAGGATAATTATGATAAT
TTGAGAAAATCATCTTATTCTTTTCATTCTGACTGTTAATTTATTGTGTC
TACACTATCAAAATAAGATTGTATAACGATGTAATAACCTTTTTATGAAA
TATTAATGGTTCAAATATATAATAAATCTAGGCAATAGAGGGATATTTTG
ATGATAGATTCTAAGATGTAAGTCCTTTTATTTCTTGGTCCAATCATTGT
GACATGATCCAATAACTCACTATTGCCCTTTATATCAATGAAAAAAGAGG
TTTCATTCCTTTAAAACTTGGTTGTTGAGGCTCTCAAAATGCCTGACACG
AACAATGCTGACGTCATGTGAAAGCGCTTTATAAAGGGGCCCGACCATAG
AGAAAGAAAAAAGTCTTTCTAACCTTCACACACAGCAAATGTTAACAATC
GATTTATTGAAGAGTAAGTTTGGTGAGCGTCTTATCTCCAGAAATGGACC
AGTCAACTAAAGATTGTCTTTCTAACCCATTTTAAACGAATCGCGTAATT
GGCTATCTAACGAGAAGGGAGGTTGTTAGCTTTCATCTTTTGGGGGTATA
GCTCATAAATTTTTATAGGTATAATGAACGATCTCAAAAGGTTTACCTTT
TGCGCAGACAACTGCTCCGGAGAAAATTGCGAGTGGAAGATTGCCACGGA
GAAAATTGCCCATCTTTAGTTCAAACTTCATGATGAACACATTTTAAATT
CGCTTCATATTATTTATTACAAATATCTAAACATATGTATTTGTTTGTTC
CATTCTTCAAGGAAGWACTTTAAAGTGAAAGTAAGGGATATTATTGCAAT
AAAGGAGAGGAGGAGGGGAWAATAGGGCCACTTAAAATACGNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAG
GAGGGGATAATAGGGCCACTTAAAATACGGTTGAATACTCTACGCCCTCG
GATTGCTCAGTGTCGCGGGGGMAGTGTGGGACTATCAAAAACTAGCCCAA
TATATTCAAGAAACCCTTCTAACACCCAAAATTAGTTCCAATCCCTGGGG
TTGTGCAGGGTAATGGAGTACCACTGGATCCTAAAAAAACGCCGAAGCAA
CAAATACGTCCAAAGAACCCCTCTAATACCAAAAAATGGAGTATGACAAA
CAAGAGGGTTGTGGGGTTTTTAGCAATCCCACTCTGCTATTTATACCCTC
CCCCTCCTTACCAATCCTCTCGAACAATTTCATAGAAGATTGGATTTAAT
TTATAAAATTTCAAGGAAATTGTTTTCTAATAATATGATTCAAACTTGAA
GGTACTACTCTCTTGCGGAATGGAACAAACAAATATCTTTTAATATTTGT
CATACAAAATAAAGCGAATATATAATGTGTCACGTACTCACTTTGATTGT
ATCTCGCAACTACTCTTACAAAAAGATCCAAACACAATGGATCCAAACCT
GTTGGTAGCAGTGGCGTAGCTTGACCCTTTAAAAGTTTTTGAAGCCCCCT
GGATGCAGTCTGAAATGTAACAAGTGGGCATATTCCCACATATTTTTTTT
ATTTTTTTTGCATTTGAGGTCATTAAGAGGCTGTTTTTGACCGTAATAAA
ACCTCTTTTTCCTTCTCTTTTTCTAGAATCTCTCCCTTTCTTCTCTGTCC
CTTCCCTCTGTCTCTTTTCTTGTACCTTCATTCTTTGTTTCTATTCCCCT
TTATTCACCTCTGCTAGTATGTATATAAAATAAACAGTACTAGGAAAACT
GCCTCTGGGAAAATTGCCCGTATTTTGTGTGTGGGAGGTTCTTCTAATTA
GACAATTAGTTTGTTATTGTTTTTGTTTTTTAAGGGGTGCACTTTTTTAT
TTCATGAAGAAATTACCTTTAGTTTTTATTGCCACTTGGTAGTACATATA
TGTGAATATGTAATTAGGATGTGTATGTTTTACCTGCAAAAAAAAAAAAG
CAAGAGGTAAATTATAAGCTCTTTCTGTGTGTTATTACAATTAGGTTCAT
TTTGTGCTTGTTATTCACTACAAGTTGTTTTTTTTTGTTTTTTTTGTCCT
TCTCCTCCTTCTTCGATAAGGAGGAAGTCAAATCCTTGACATTTCATATT
TTTCTTATAAGATATGCTTTTAAGAACACTTCATACTTTGCACATGTTCA
CAGCATTAGTTCACTCACGCAAAAGTTTGCACCGTATTTTTTTTATCAGC
TGTATCTCCTTCTTTTCTCCTAGTAATAATCTATTGAACGCTGATTGGTT
AAATTACATTGGGCTCTTGTTAAATGGAGAACAATTTCCTATAATTATAA
TTCTACATTTGAGAAGAATAGTCCAAATGTAAACCAAAAAAATAAATATT
AACGCATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGTCATAAAGAT
AGGATAGATCCACATTTTTTCGGATCCGGGACTGTTTGGATCTTTAGAAG
TGAATTTTGGGATTTCAACAACAGATCCTTTTTAATAGCAATGTCGGTCA
CAAAATTTGAAGCCATGACGTCATAATATCAGCTAGTGACTCACAATTTC
AAGAATATTTGGAAGGAGAGCAGCTTCGTTTGAGAATAGCCATGGTTTTT
TGAGAAAAGAATATATATATATATCCCTAGTTATTTCTTAAGTCCACACT
TTACTTAGGAACCCTATTTACTTAAAAATGCATAAAATATGTTCTAAGGG
ATAGCTGGTAATCAGAACATTTTCCAAAGCTGTTATCAACAATACATATT
TTATACACCTAATCAACATTTATTTCCCCTTGCGTCGTCATAGGAGGGAT
ACTGAGTTTCACATAGGTATTCAATAACAATTGTATGATATAAGGAGTAC
CATAGAGCAAAATAATTATAATATATTTATACCCTCCTCTTAAAAGAAAC
AAAAAAAAGGCACAAAATCCATTTGTTGTAATAAGCTACTTCTTGACAAC
CATGGAATTATTATTTAGTAATTCTTCCCAGCGTAAAAGGACCTACTTTT
AATTCAACTAATCAAGGTTCAGAACACTAATAATGAGGGAAAAAAGGAGA
AATATCCACAGTTGACAACAAATATCCTGTATATGTTTGAGTTAGTGATG
TAACTCTTTGACGTACGAACGAATCATATAACAATAATAAGTATTATGAC
ATAAGATAAAATACAAATACGTCGGAACATTTATGATAAATCGGTCTAGC
AACCTATTCAGTCCGTAGAATGGAAAATTAATACGAGCGTATCACATGCT
AACGGATCAAAGCAAATGACAACTCGGGATATTATGCAAATTAAAAATTT
GTAAAGTTCATAATATAGTTTTTTATTCAGTACCTTAAGATCTTTTAGGC
ATATCGAGACATTGTCCTACTAACAAAAACAAATGCAAAAAGGGGAGATT
CACAAGCCAAGGGATCATCCATCATAGGTCTTCACTACGTGAATAATTTT
GAAACAGACCATTAGACAATTTAGTTCTAGGAATTTTGCATAATATTATA
TTCTTCAACCCTTCAGAATTATCCTTTCTTTAGTTGAGGAGGTTATGTAA
TTTGAAATGTTCCGCCTTCTGTGATACTTAGAGATCACTAAAATATTCCA
AGAATACGAGAGCAGCTTTTACTAGTTGACAATCTGAACAGGGTTTTTTT
TCTCTAAACTTTTATCATTATTATTTAATTATTGAAGAGAAAATATCTAA
GTATAAAGTAATCATTAGTGTGGGTGCTCATGAAAGGCGGAGGGMAACAG
TGAGGTTTTGCTTGGGCATTATATGTATAAATTCTTGTTAGACTCAGAGT
AGAATTGAGGATCGAAATTTAAGTAATTCCAGGCAAGATATACTCTGGCT
ATATACTGAGTGGATTTGTGTTTCTCTCCTTCTTCTCACGGCTGCTTGCA
GCTGATTTAATAGAACATAATAAAAGTTAAGCTCTTTTGCTCAAAAACAT
TCTTCAAATTGTGAGGCGTACCACGTTCATTTTTGTTTACTTTTATTTTT
AATAGCCGGTGGAACATATTAATTGCAGCACGTGTGATGCTAATCGGTGG
GATTTTTTAGCTTGCCTGTTTTAGGAATTGCCAACTTTAATTGTGAATTT
TATTTTCCTAAACTGTTGACATTATTGCATAAATCCTGAGAAGGGAACGT
CCTTTTCTATATCAATCTGATAGGCATTGATATAAATGGTGGGCTATCAA
ATTTGAAGAGTAAGGAGACAACAAAGGAAATTAGCCAAGTTAGTTTTTGA
GATACGAAAATTTAGAACTGAACCGTCAATGTTAAAAATCCTACAAGTGT
GTGCTCATGAATGACTCTGAATAACAACGAGAAGCTGTTGAAGAGGACCA
TTGATGATAATTACTAGCGTTATAAAACTCGCCTAGTTTATTTATTTATT
TAGTTTTTGGTTTTTTTAAAGTTGCCAAGAGTAAATTTTCTTTCGCTAAG
CTACGATTGTTGTTGTTTAATTCCTACAAAAGTTAGTAGTGTGGCGTTTT
CTTTTCCCCAAACAAACAAGAAAGAATCACTAAACTTCTTTTTTTATTAT
AAGGGATCATTGTAACTTTTGAAGATTAAATAATATGTAAGGCTCTAAGA
AATAAATTGCGTGTACAGGTATGATAAATGTGCTCAGATCACACATTAAG
GATATCATTACTTATTTCTTTTTTTTTTTTTGATAAATGGTTTACTAAGG
AAGTAATTTTTCATGTCGTGTACATTGATATATCCTATGATTCATGTTTT
GAGTGCTTTGGCCCCTAACCTTATTATGTATTTCTAGTAACTTATGTATT
ATTATAAAAACAACAGTGAATATTACGCCATGGATTTCAGGTTATTTAAT
CAAATTATAAAAACAATAGAAACTATTGAGTAATCCATTCAATTTTTGAT
AGTGTTGACAACTGACAGGGGAGGCGGGMGACATAACTAGCGAATCGGTA
AATGATGTGTTAGTAGTGTTGTGTCAGTCCAATTTCATTCGGTCCAGTAC
AGCCTTAGAACGGGTCCATTGGACGGCAGTACTATAACTGATTTCTTTTT
TTTTTAAATGACCGAACTTTATAAGTTTTAGAACTGAACTGAGCCGAGAC
TAAAATAGAACGGACTGCAGTCTTTAGTCCTAAATATCGACTGATACAAC
TTTAGCTTTCAGTATGTAAAAATTAAAAAACCCAAAAAGAGATATGATAA
CTCTGATCAATAATATATAAACAAGAGAGAATAAAAAGGCCCTTGGTCCT
TATTAGGGACCAAACACAGAATATTTTTTTTCTAAAAATATTAATTTTTC
AAATAATATTTTCAAAAAAATTAATTTATATAAATAAATATGGATTTTAA
AAAAAAAATCCAATAAAGTTTTAAAAAAAATAATTTTCTGTGAATACCTA
TGGGTTTTTTTAATTTTTTTCCAAATAATTAAATTTTGAAATTTAATTAA
AATTAATTCCTTTTTTTACTTTTGTCAAAAAATTGCCGAATCGAAATTAA
CGAAAAAAATAGCAAAAAGCTGTTATTTCGAAATGAGTAGAAGATTGGAT
TTATTACCATTGTAAAGAAAAACCCAAACCTACCAAGATTTTTCGTATTT
GCAAAAACAAAAAAGTTATGAAAAATAACTTTGTCGAAAAACTAACCCTC
AATTACAGGTTCATTTTGGCAAATATTGCAAAAATTATGAAATAAAATGT
ACCGGAAATTGTTCCATTTCTTCTTAAAAATTGACTCTTAATGAGATAAA
GAGAAAAAAAAATGAAAAATTATTCATAAAAGGACAGATATTTTAGATAG
ACAGCAATTTTAAAATACAAACTTTACTTTATCTACAAATCCAATTTTCC
TTTGGTAATCCAAATTTTCTTCCCCAAAGAAAATGAGACTGCAATTAGCA
GAGTTTCCTTTTTTAACCTTAACTTTTTTATCACGAATATATTTAGAAAA
CGTCCTTATTCGCATAATTGTTTTTTTTAAGNCGCGAGTCACTTTTAAAG
TTGTAACTTCACCCTCTATCTAGTCTCCTTGAGCAGCTTCAAAAAATAAT
TTTTGTGTTTGGGATAAAGAATAAGGCCCCTTATWTGAGCCTACGAAACA
AAAATCNNNNNNNNNNNNTCCATCTTAGCCTGACCATGTTCAAAAGAGAC
ACCCATTCCAAATTCCACCTCACATATTCCCAACAGTGTATGTAGCCATA
AAAGACACACGAGCTCTATTATATCAACTACAATATAATATTAGACTATT
AGTCTGCCTGTCCGCTAATAAAAACGCATAACCAGGATATTGATTTCATA
AACAGAGACAGATACAACAGCCCTTAGACATAAAATAAAAGTTGTTCATA
ATTCTTTGACATAAGGATATGTTTCATTCTGGCCAGACCAGATTTCTGGG
CTCTGGAGGGGATTTTTTGTTTTGTTTTTTGAAGTATGGGATGCAGATTC
AAAAATGCAGCAAAAAAAATAATAATAAAAATTATGAATTACTGTACTGT
ACTGGGCAAAGGGGAGAACGTATAAATTGAATACAAATGAAAAAAGAAAA
GGAATTAGGAAGAGGAGAACCAAGTTTGTCTTTGTATCTATTAATAAAAT
AATTCGAAATAAAATCTAAAATATGGGTACATCCTCCTAGTATATACAAA
TTATTATTATTTTCAATTTTATGATTGAAATTAAGTATAAGATAGGGGGG
AATGGTAGATCCATTTCAATGCAAGCTCTTGTTCCTCTACACAATATTAT
GTTGGTATTCATTAGTTTCAAGTTCTAGCCTAGTAGGAAGACGAAGAATA
ATAAAACAAGTTTTTAATTATATATTTGATAAATTATTCCGTATTTATAA
GTACTTATAGGTATTAATCTTCGAATGGAAAAAAAATTATTCAGTGGACT
AGGAGTTTAAGTAGATGTAGGTTGCTTATTTATTTGGTACAGTTCAGTTT
AGTCTAAGGATCGGTCTTTGGAACGGCCCCTTAAGACTCTCGGTTCTTGG
GACACTCATTACTAGAACTGATTAAACAAAGAAGAAGTAAAGCTGAGTTT
GATATTATTTGAATAAAAGAACCAGTAGATTTAGAGCTACAAAGATCCAT
AAAACTTATTCTTGGATCCTAAAAAGAAACAATAAGCATGAGAGTAAATT
TATTAAATTTTTGAACAAAAATAAAGACATGTTTATGGTGATGGGAAAAG
CATGAGTATGAAGTATTTATAATTAGCATATCCCATAATACCTTCCTAAA
AAATGAACTTGTTAATATGGCGTACTGAGCGTATATATATATATATACTT
GTCGCTAAACCTCATCTAAAGTATATATGATTTATTTTTTATATTTTAAA
TCTACTTACTTTTTCTCTTTTATATAAAATTTAGCTACTGCCAAGGTAGT
GGATAATAAAGGAGTGGTGCTTAGCGTCTGCATTCTGATTGGCTGAGCTG
ATTGACGTCACAAATGTTGTATTCACTCAGAAATGAAAACAATAATATTA
ATATAGCAACGWGAGTTGATAATTTATCAGGGTGGTNAAGGAGTGGTGCT
TAGCGTCTGCATTCTGYTTGGCTGYGCTGATTGACGMCACAAATGTTGTA
TTCACTCAGAAATGAAAACAATAATATTAATATAGCAACGTGAGTTGATA
ATTTATCAGGGTGGTGGATGATATCATATCTCTCTTCAAAGTAATGGCCT
GTTCAAGGGATATCTACTCTTAAGGCGAGATCCAATGAACAAGGGTTTCA
CTCCCTAGATCTCATCTCCTTTAATGGAAAGATCGTTCATTGTGCAGATA
CGTCTTCAAATGAAGATAACTTGTGATTAGTCACTTCTGATCCCGTTAAT
AATTGTTCCTATACTTAAATTCCTTCATATCTTCCACTGAATCATCGTAT
ACTTCTACATATCAGAGCAAAGGTGTTCCATAAAACGACAGAATAATCGA
CTGAGATACCTAGTGAAGAGCAGAGAGAATTCTCCACCTAGAGCTCCTTC
TTGGAAATTATTGAAAGTCAACTCTGCTTCGTCTTCTACTCTAATAAAAC
TATTCAATGAATAAGAGTCACTCAATTTCCTGGATGTATATAACACAGAA
ATCACTCATTTCTATCACATTTATAGCAATTCCATTTATAGGTTCGTGAT
ATAAGGTATATACGGATAATTATATAAGCTGGACACTTCAAGCCCACGCC
TGATTACTTTATTAGTACTGAGTCACTTGTCATTGGAACATGATTCTAGA
CTGGTAAAGATAATGTGCTTTATGAAATAAATAACAAACTTATTAACTTT
TGTAGACTTATGTTAAAATATCTTAAGTTCATTGAAATTCCCAAACCTAT
TGAGTTGGGAATCCTTCTCCAAACAGTCAAATTGCTTGTCACCATATTGG
AATATTACTCTTCCAAAGATCTAGGATCTCGACACAAATGAATAAATTAT
TAAATGTTTTCCATACGATAATTATAAGTAATTTTACTGAAAACAATGGT
TCAAATGTAACAAGTGTTGATACAATTGTTTTAGTATTGATTGAAAAAAT
AATAAAGTATCAATGATATTCTTCAAAATTTACATTCTCTATTTATGAGT
ACTCTGTTGTTTTTTATTTGATTGATTTATTCAGTTTTATTTGGGAGATG
CAAATGCTATTTTGTTATTGTGATTGTTGTGAGGCGAGTATAAATCTCAA
AATCCTTCCTATTATTAGTTGTAGAACTATTATTGGTCTGTAATACGAAC
TATTGCAAGCAATATGAAAGTGGGAAATCTTTAGAAAATGTGATTTCCCG
AGTATTATTCAAATGTTTACTAAAATATATATATATAGATCTCTTCCTGG
AGAGAAAAAAGTAAAAATCACAAGGCTTATTCAGTGCATCATCTTGACTT
TTGTTAGCAACATAAACTCTATATAAACAATAATAACAAATTAAGATCTA
GTTGTACGTTTATTTTTTTCACAGGAGGGTTTTATGTTAAAAAAAAATAA
TATTCACTTATTTTAAATATATTTAATATTGCTTCATATAATGTTTGTTT
TTTATTATAAAACTATTCCTAATATTAAGATAATAGTGAGTATCCCCTAT
CTAAAGAAAATTGAAAAATATTTACAAAGGATTAGATGTAATTGCTCAAA
ATCCCAACTACAAGTAAATAGTAATAGTTGTCTGCCGTATTATATTCATA
AACCTAGAGAGGTGCTCACATATATATATTTTTTTCATACCCACAAGGGT
ACAATATGAAAATAAAATGTAATTCCCCCTTTATATAGTGCCAGGCCCAG
TTGCAAGTAGAAAATATTCCATTTTGATTTCAATTCCTTGTAATTTTTTG
AGCAAAATACGAGTATGGGCTAGCGTTTTCCACACATATGTAATGTCATT
AAAATGGGCTTGCTTACTTCTGTCATAACTACTTTTTTTTTCAATTCTCT
TCCACCCTTATTTTACTTGAACAACAAACTGGAAAGGTTGTGTTAAATAC
ATACTCAAATCTGTCAGGGAAAAATTGTACGCAACAAAAAGAGGAGAGGT
GCAAACTTCTTTGTGCCTCTGAGTGAATCGATGTTTAGACTTAGAGATGT
AAATCGTGTGTATTTTTAAGCTGGCCCGCTATTTTGGAATTGGTAATCTA
CAGAATGAACTTTCTTTTCCTATGATGTTGTCATTATTATCTAATTCCGG
AGTAGTGAACTTATTTTTCTACTACATTCAGTTGTATTCAAAACCTGATT
AAATATTTGTGAGTGTTCATAAAAGACGGAGGGTAACCTTGACGATTGAT
TGCTGACTTATAATTGTAAGTCCTAATTGTACTCAGAGTGGAATTGAGAA
TCGTCATGGGTGTCAATCTAGCCTAAGCCATTCTCCTTGACACGGCTAAT
TGGAATAGATTAAATAAAACGTCATAACATCTAAGCTGCTCTTCTTCAAA
ACACTCTTCATATTGTCAGGGTTACCATGCTATTTTCATGGGTGTTTTTT
TTACCATGAACAAAAAACACACGGTTTTCCTCACCATATGTATTTCATCT
CTATGGTGAATCCACGTTTAGACTGCCATGCGATAAAAAAAGAATATAAG
TGACATTTTTGCTCATATCCGGCATTGATTGTACATATAATTGACATTTG
TAATTTAATAAATACATGATAACGTTTGTTTGACTGTATGGAGAAGAGCA
TATCCTTTCTGAAAGAAACAATTTATTTAATTGTGTCCTACTTACTACAC
GTCGTTACCTATATTGCATCACGCAGCCTTCCTTACAAAAAGAAATAGCT
TCCCAATTTATGAATTATCATTATACAATAATAGTTTTTAAAAAATTAAA
AGATCTAGAAGTGTTTATACAGCTGTATCCCTGAAATGATTTTCCTTGGG
AAACGACGATGGATGGAAGAGAGATAAAATACTTCCCAACTCTCTCTTTG
CAATAACATAAGATTATAAGGAAATTTTTTTTTTAAATTAACAAAGACAT
TTAGTCCATTTTATCTTTGTGATTGTTGGTTGTTTATTTTTTTTTTAAAC
TTTAATTTTACCTTATGATATGAATTGTATTCTATTTTTACAAACTCGTT
CATTTTTATCCAGATTTTACTTTTAAATATAATTAAATTTACAAAACCTT
TTAATGTAAGTTCAACCCCGAAGCTAAAAATTGAAACTATAATCTTAGAA
ACACTGATTAGAAGAAAAGGAGTAGAAACATCAAAAGCTGACAACCAGAT
ATACTGTATATTTGTGTGTTTGTAAGGTAACGCCCTGACTAAGAACATAA
GTAACAAATTATGTACTTTAAACTGTTTTATCGGAAATATTTTAGTGTAT
CTCACAACCTTTCCTCGATAATAAAATAAAAGGAGGAAACAAAATCTGTA
GGTAGACCCCCAATTATTCCCCACCAATATGGAATTATTATTCAATAATT
ATAGGGAATTGTTCAAATTTTGGAAGTAGCTAATTTGATTACTACCAATT
AATGACGTACAATCATCTATAGTTGATATCAAAATACTGTGTTAATTTAA
TATGTTAGTCAAGTAGGCCCATAGTCAACTTCTCGGTTGTTATCCTCTGG
GTTATAAGCCCTAAAGATATTTTAGGTTATGAGTATTTTTTTGCTGGAAA
CTTCCATAGCTTTTCTATTTTCTAATGCTCCTATCATTATTCTTGAAAAC
ACCAATATTTTCTTATTAAAATCTGGGGATATTATGTTGGAGATATTTGA
GGTCAAAAAATATGGTCAAGGTCAGTATTTTTTTAATAACTCAATAGCCA
TCAAATGATGTATTATATGAATTCATTAGCTGAGTGCTTTACGAAACACA
CAATTCAAAGCACAAGGGTTTTCAAGACGAATTTTGATTAATTTCATCAT
GAAAATGAGTTCAAAATTTTAAGTTTAAGCTTCAAATAAAGTTACAGATC
GGAAATTTGATTGAAGCTTCATGACAGCTAAGTATCCCTCCTCACAATCA
TTCTTCAAAACTGTCAGGTTTAACACGTTCATTTTTGGTTTCGTTTTTTT
ATAACATATTGGTAGATCAGCTTATTTTAACTATTTTTTACTACAAAAAG
CCCGGCCCTTTTCAATTATAGTATTATTTTCATACAAATAGTCATGTCCA
AACTATATTCAGTTTATTTATTTGCATTTTATGCTTTTATTTACATTTTT
TGCATTTTCGACCTTTATGTGCATTTTTAGTTAGAAAATGTGTATTAATG
CAATCGTTCCATGGTAACAGCCCGAATTACACATTTTTTTAAGTTTTACC
CTCTAAAACAAAAGAGCTAAGTCTCTTAGGTTCCCCACCCCATCTATTCT
ATCCATCTTACCGCCAAAGCTATTGAGGGTTTTACTTTCCATTTTTCCTC
TATAAATATCAAGTGCATCCATTTTTCTTCTCATTACCGATATATAACAA
CTCTATTGGAAAGCATTTAGCTTTTTATGATTTTTATTTGCATATTTATT
ATATGCTTATATTACAATTTACAACCTTAGATATATCTTTCTCTCTTTCT
TTGTGTGTATGTTGAAGTTTGAGACTTCCTCATTTCAGGATGTACCCAAA
TCAATTGTTTTGCAATGTGTATTCTTAATTGGTCATGCTCAATCCCAATG
AATTTACACATATGTAGGTATATAACGTATTGTACCTTTGAAAATGTTTT
TGTGGCAGGAAGAGTTGATATTATTATGTATTTAGTATTTACATAAGTAT
TCCTCAGTTGACACCATTTACATAAATATTTACTAAATACTTATATATAA
TGTGCCATTAGGCATGAGTATTTATCTACATATCTGTGTATAAATAAGGG
ATTTGAGGCAATTCATTGAATTGATGACATAATCGGAAGGAAACAAGTTA
CGTGTTATCACACAACCAGGTTGTTATGTCCTATAGAAGTTTTTGATTAG
TCCTACAATATCATATGTTATACAATCTACTAATAATTTTTATATTGTTG
TCTTTTAAGTGACTTTCAAAACGGCGTTATTTCGTTAACAACAAAATATA
AATTGTATTTTGTCGTCACCTATCGATTTGACTGTTTCTTTTCTCCTAGT
CAACAACAAAGTTTACTTAACAATTTTTTTGCAAGGTAACGCCGTGATTA
ATACCATATTTTATTAAGAGCGTATTCATTATGAATGTTAATGACAGCAT
AGTCAGTGACCAAGAGATTCGGGGATTCAGTATCTTTGCTAATTACTTCT
TTCTATCTTAAATGGTGATGATTTTAAAATATTTCTTAGAATGTATCGCA
CAGTCGAATATTATAAACCATTATATTATATTAGTAATCTATAGGTAAGG
TGGTGTTGGTCAATGAACCTTGTTTTTTTAGAAATTATGATAATCCTATT
AGTTATATATTTGATGATGAGATGAGCTAAACGTATGATGAGATAATATG
TTTATCTCATTTGATATTCATAAACAATGCACATATTATGTACGTGAATG
TAATCAAATCAACATAATTTATTTTTTCGTTTATATCTGTGTATTCATAT
ATCCAATAAAGATTATCTCTCATTCATTTCAGATCCCATGACCTTTGTCT
CACTGTGACTGGAGAGTATTTATCTCCAGGAGACTGCAAGAATGGCTTGT
GTAACTACTCACCTGTTACCCGTAGTCCATGTCAATGTGATCTCCAATTT
GTGCGATGCCTTCGCTCCGCCAAGACAAAAGTAGCAAATGCCCTAGGACG
TCTTTTTTTAACATTGCTGGTCTAACATGCTACAAATATGKGCATCCAGT
AAAGCGATGTACGGAGTTTGCTCGTCCCCAAATCACTCGATTCCCTCCCT
GGCTCCTCTCTGCCATGCATATCAATCCATCTCCCAAGAGACCTCGATGC
AAACGCTATGAACTAGATAAATCAAAACCCAAGATTTGGCAGTTCTTTGA
GACTTTCTATGAAGAAAATAATGCTAGGAGTGAAGAGCCAAGATCTTCAC
AATTGCCTCTTCTACAAAAGTTCTTTCTAGACATTTTTATGAGTTTAATT
GATCCTATTCGGTGAAGAAATCAGCCAGAACAGACACAAACTAACTTTTT
TTATAGGAAATCATTAGCGTCGATAACTTCTTTTCAAGAACTGGACTAAA
ATACAGTTAAATTTATTTATTCTTAGATTTTTGATTATTGACAAATGGGC
ATTTTATTTACAAACACTTTCATAATATCAAAAACTTATTTTATCCCTCC
ACTAAAGAAACCATTTTTTTTTAAATACATATAATAAATACTAAAGGATC
CTAGAGTCATTTAATAAATAGAAGTGTTGGATCGGTCCAGGACTGTTCTT
TATTTTTCTCCTTTCAGTCTTTTTTTCTAATCGGTCCGGTCTTTTTTACC
TTCATTAGTCCTACAGTCCTAGTCATATCTTTATTTTCTTCACTCCTAGC
TAGAATTGAAGAATATGAAAACGAAAAAAATAATGAATGCTAGCTAGAAC
GTATAATACTTGACACGCCACAACATGTATTGTATTATGCAAGCTTTCCT
TCAGAAAGGAACAGGGCCAAAAGGCCCAAAATCAGTTGGAAGTTAGCCAA
TCCTTCCCAACTATGGAACTTTTGTTCAATGATTTTTGGTAATTGTTCGC
AGCTCAACTATAGCTAATTATAATTCAACCAATCAACGTTCAGTACACTC
ATTAAGGTAAAATAAGTGGAAACATCGACAGATGACAATTAAAAAGGGAC
TGTATATTTTTGTACTTGTGAAGTAACACTGTGTTGAGTATAATTAATCG
TTCTATCTACACACTTCTTACTTTAAACTTTAGGTATCTCGTCTCATTGA
AAGAGATTATGCTAAAACTTCAACAGCTGATATGAAGTAGATAATAACTA
CGTCATTTCATCTGTGTAGTTACTATAAAAGACCAATAAGGAACGGTGCT
AGAGCTGATAAAATTAAGCCGGACCGTACTCCAATCTTCTTAGCCCGATC
CAACCCTAATAAATTCAGATATTATGAGTATTGACGTGCAATAAATGAAA
TTCTGACCTTAATTTTTCTTCTAATCCAAGAAACAAGATAGCTTTACATC
TTAATTAAAAAAAAGTAAATACAAATATGAGTCGAGCCCATGTTCATGAT
AATGTCCTTTCTTTTCAATTACACAACTCCTATCTTTTTTAATTTCCTCC
TACAAGATAAAATCAATGACAGATCTGTGCCATGT

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