EMLSAG00000006010, EMLSAG00000006010-688776 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006010
Unique NameEMLSAG00000006010-688776
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of EMLSAG00000006010 vs. GO
Match: - (symbol:rpl27 "ribosomal protein L27" species:7955 "Danio rerio" [GO:0005622 "intracellular" evidence=IEA] [GO:0005840 "ribosome" evidence=IEA] [GO:0003735 "structural constituent of ribosome" evidence=IEA] [GO:0006412 "translation" evidence=IEA] [GO:0030529 "ribonucleoprotein complex" evidence=IEA] InterPro:IPR001141 InterPro:IPR018262 Pfam:PF01777 ProDom:PD009396 PROSITE:PS01107 Pfam:PF00467 ZFIN:ZDB-GENE-030131-4343 GO:GO:0006412 GO:GO:0005840 GO:GO:0003735 Gene3D:2.30.30.30 InterPro:IPR014722 InterPro:IPR008991 SUPFAM:SSF50104 InterPro:IPR005824 SMART:SM00739 eggNOG:COG2163 HOGENOM:HOG000210138 KO:K02901 PANTHER:PTHR10497 OMA:KIYKPGK GeneTree:ENSGT00390000010721 CTD:6155 HOVERGEN:HBG050005 OrthoDB:EOG7J181Z TreeFam:TF314648 EMBL:BC045965 RefSeq:NP_956018.1 RefSeq:XP_005163985.1 UniGene:Dr.75716 ProteinModelPortal:Q7ZV82 STRING:7955.ENSDARP00000018737 PRIDE:Q7ZV82 Ensembl:ENSDART00000020311 Ensembl:ENSDART00000140518 GeneID:325618 KEGG:dre:325618 InParanoid:Q7ZV82 NextBio:20809388 PRO:PR:Q7ZV82 Bgee:Q7ZV82 Uniprot:Q7ZV82)

HSP 1 Score: 40.817 bits (94), Expect = 2.302e-4
Identity = 16/37 (43.24%), Postives = 25/37 (67.57%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+ M+ G++VM L+G +AG KA IV+  D+   + P
Sbjct:    1 MGKFMKPGKVVMVLAGRYAGRKAVIVKNIDDGTADRP 37
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592788505|gb|GAXK01166063.1| (TSA: Calanus finmarchicus comp166_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 46.595 bits (109), Expect = 6.082e-7
Identity = 18/37 (48.65%), Postives = 28/37 (75.68%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+IM++G++V+ L G +AG KA IV+P+DE   + P
Sbjct:   29 MGKIMKAGKVVLLLGGRYAGRKAVIVKPSDEGTSDKP 139
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592788506|gb|GAXK01166062.1| (TSA: Calanus finmarchicus comp166_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 46.595 bits (109), Expect = 6.909e-7
Identity = 18/37 (48.65%), Postives = 28/37 (75.68%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+IM++G++V+ L G +AG KA IV+P+DE   + P
Sbjct:   29 MGKIMKAGKVVLLLGGRYAGRKAVIVKPSDEGTSDKP 139
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592815948|gb|GAXK01138620.1| (TSA: Calanus finmarchicus comp7628178_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 38.1206 bits (87), Expect = 6.643e-4
Identity = 14/36 (38.89%), Postives = 25/36 (69.44%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGEN 82
            MG+ +R+G++V+ L+G +AG KA +V+  D+   E 
Sbjct:   35 MGKFIRAGKVVIVLAGRYAGKKAIVVKTFDDGTKER 142
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592781273|gb|GAXK01173295.1| (TSA: Calanus finmarchicus comp2383511_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 38.5058 bits (88), Expect = 8.796e-4
Identity = 18/35 (51.43%), Postives = 26/35 (74.29%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGE 81
            MG I++SG++V+ LSG +AG KA +V+  DE N E
Sbjct:  362 MG-IVKSGKVVVLLSGRYAGRKAIVVKTYDEGNKE 463
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592818579|gb|GAXK01135989.1| (TSA: Calanus finmarchicus comp2851050_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 37.3502 bits (85), Expect = 2.551e-3
Identity = 16/41 (39.02%), Postives = 27/41 (65.85%), Query Frame = 0 
Query:   45 NIMGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENPPD 85
            +IMG+ +++G++V+ L+G +AG K  IVR    ENG    +
Sbjct:  409 DIMGKFLKTGKVVVILAGRYAGRKGVIVRTV--ENGSEGKE 525
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592951042|gb|GAXK01007511.1| (TSA: Calanus finmarchicus comp3153516_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 36.1946 bits (82), Expect = 4.090e-3
Identity = 17/44 (38.64%), Postives = 25/44 (56.82%), Query Frame = 0 
Query:   48 GRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENPPDVFSSLV 91
            G+ ++ G++V+ L G +AG KA IVR  D+E        FS  V
Sbjct:    3 GKFLKPGKVVIILQGRYAGRKAVIVRTYDDEKRTFGDRKFSGAV 134
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592769344|gb|GAXK01185224.1| (TSA: Calanus finmarchicus comp3942177_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 36.1946 bits (82), Expect = 4.143e-3
Identity = 16/38 (42.11%), Postives = 26/38 (68.42%), Query Frame = 0 
Query:   41 TAH-GNIMGRIMRSGRIVMALSGHFAGCKAXIVRPTDE 77
            TAH    MGR ++ G++V+ L+G +AG KA +V+  +E
Sbjct:    4 TAHPARTMGRFIKPGKVVIILNGRYAGRKAVVVKVYEE 117
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BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592943534|gb|GAXK01015019.1| (TSA: Calanus finmarchicus comp1658729_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 35.4242 bits (80), Expect = 1.013e-2
Identity = 15/31 (48.39%), Postives = 24/31 (77.42%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDE 77
            MG+I+++G++V+ LSG  AG KA +VR  D+
Sbjct:  423 MGKIIKTGKVVILLSGR*AGKKAVVVRANDD 515
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592838926|gb|GAXK01118618.1| (TSA: Calanus finmarchicus comp5438268_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 30.8018 bits (68), Expect = 4.232e-1
Identity = 12/39 (30.77%), Postives = 22/39 (56.41%), Query Frame = 0 
Query:   43 HGNIMGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGE 81
            H N++  +M+  +I++  S H   CKA   + + E NG+
Sbjct:  293 HQNLVKTLMQKSKIILNFSYHSPPCKAQATQQSLERNGK 409
[Close]
BLAST of EMLSAG00000006010 vs. C. finmarchicus
Match: gi|592846417|gb|GAXK01111127.1| (TSA: Calanus finmarchicus comp697511_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 27.7202 bits (60), Expect = 6.151e+0
Identity = 13/34 (38.24%), Postives = 21/34 (61.76%), Query Frame = 0 
Query:   11 LICLVYKDILNICSSTDKNNLLMLFLSPPRTAHG 44
            LIC    +I +I   ++   L+++ LSPP T+HG
Sbjct:  831 LIC----NIFHIYQHSNNAELILILLSPPNTSHG 920
[Close]
BLAST of EMLSAG00000006010 vs. L. salmonis peptides
Match: EMLSAP00000006010 (pep:novel supercontig:LSalAtl2s:LSalAtl2s326:412759:435794:-1 gene:EMLSAG00000006010 transcript:EMLSAT00000006010 description:"snap_masked-LSalAtl2s326-processed-gene-4.1")

HSP 1 Score: 201.06 bits (510), Expect = 6.916e-68
Identity = 98/98 (100.00%), Postives = 98/98 (100.00%), Query Frame = 0 
Query:    1 MSLWPPTSAKLICLVYKDILNICSSTDKNNLLMLFLSPPRTAHGNIMGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENPPDVFSSLVRTVIYLT 98
            MSLWPPTSAKLICLVYKDILNICSSTDKNNLLMLFLSPPRTAHGNIMGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENPPDVFSSLVRTVIYLT
Sbjct:    1 MSLWPPTSAKLICLVYKDILNICSSTDKNNLLMLFLSPPRTAHGNIMGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENPPDVFSSLVRTVIYLT 98
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BLAST of EMLSAG00000006010 vs. L. salmonis peptides
Match: EMLSAP00000005005 (pep:novel supercontig:LSalAtl2s:LSalAtl2s260:403367:403765:1 gene:EMLSAG00000005005 transcript:EMLSAT00000005005 description:"augustus_masked-LSalAtl2s260-processed-gene-4.5")

HSP 1 Score: 56.6102 bits (135), Expect = 1.483e-11
Identity = 26/33 (78.79%), Postives = 27/33 (81.82%), Query Frame = 0 
Query:   51 MRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MRSGRIV+ LSG FAG KA IVRPTDE NGE P
Sbjct:    1 MRSGRIVVVLSGRFAGRKAVIVRPTDEGNGEKP 33
[Close]
BLAST of EMLSAG00000006010 vs. Select Arthropod Genomes
Match: EFX78542.1 (hypothetical protein DAPPUDRAFT_231081 [Daphnia pulex])

HSP 1 Score: 46.595 bits (109), Expect = 5.762e-7
Identity = 20/37 (54.05%), Postives = 26/37 (70.27%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+IM+SG++V+ L G FAG KA IV+  DE   E P
Sbjct:    1 MGKIMKSGKVVLVLGGRFAGRKAIIVKNYDEGTSEKP 37
[Close]
BLAST of EMLSAG00000006010 vs. nr
Match: gi|225714122|gb|ACO12907.1| (60S ribosomal protein L27 [Lepeophtheirus salmonis] >gi|290561357|gb|ADD38079.1| 60S ribosomal protein L27 [Lepeophtheirus salmonis])

HSP 1 Score: 63.1586 bits (152), Expect = 1.110e-10
Identity = 29/37 (78.38%), Postives = 31/37 (83.78%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+IMRSGRIV+ LSG FAG KA IVRPTDE NGE P
Sbjct:    1 MGKIMRSGRIVVVLSGRFAGRKAVIVRPTDEGNGEKP 37
[Close]
BLAST of EMLSAG00000006010 vs. nr
Match: gi|225711028|gb|ACO11360.1| (60S ribosomal protein L27 [Caligus rogercresseyi])

HSP 1 Score: 58.9214 bits (141), Expect = 5.527e-9
Identity = 25/37 (67.57%), Postives = 31/37 (83.78%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+IM+SG++V+ LSG +AG KA IVRPTDE NGE P
Sbjct:    1 MGKIMKSGKVVVVLSGRYAGRKAVIVRPTDEGNGEKP 37
[Close]
BLAST of EMLSAG00000006010 vs. nr
Match: gi|225718080|gb|ACO14886.1| (60S ribosomal protein L27 [Caligus clemensi])

HSP 1 Score: 58.5362 bits (140), Expect = 7.381e-9
Identity = 25/37 (67.57%), Postives = 31/37 (83.78%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MG+IM+SG++V+ LSG +AG KA IVRPTDE NGE P
Sbjct:    1 MGKIMKSGKVVVVLSGRYAGRKAVIVRPTDEGNGEKP 37
[Close]
BLAST of EMLSAG00000006010 vs. nr
Match: gi|290462955|gb|ADD24525.1| (60S ribosomal protein L27 [Lepeophtheirus salmonis])

HSP 1 Score: 56.6102 bits (135), Expect = 4.537e-8
Identity = 26/33 (78.79%), Postives = 27/33 (81.82%), Query Frame = 0 
Query:   51 MRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            MRSGRIV+ LSG FAG KA IVRPTDE NGE P
Sbjct:    1 MRSGRIVVVLSGRFAGRKAVIVRPTDEGNGEKP 33
[Close]
BLAST of EMLSAG00000006010 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1323_size47899-snap-gene-0.17 (protein:Tk03421 transcript:maker-scaffold1323_size47899-snap-gene-0.17-mRNA-1 annotation:"60s ribosomal protein l27")

HSP 1 Score: 49.2914 bits (116), Expect = 4.522e-9
Identity = 21/37 (56.76%), Postives = 28/37 (75.68%), Query Frame = 0 
Query:   47 MGRIMRSGRIVMALSGHFAGCKAXIVRPTDEENGENP 83
            M +IM+SG++V+ LSG FAG KA IV+PTDE   + P
Sbjct:    1 MVKIMKSGKVVLVLSGRFAGRKAVIVKPTDEGTADKP 37
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006010 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 1
Match NameE-valueIdentityDescription
-2.302e-443.24symbol:rpl27 "ribosomal protein L27" species:7955 ... [more]
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BLAST of EMLSAG00000006010 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 10
Match NameE-valueIdentityDescription
gi|592788505|gb|GAXK01166063.1|6.082e-748.65TSA: Calanus finmarchicus comp166_c0_seq2 transcri... [more]
gi|592788506|gb|GAXK01166062.1|6.909e-748.65TSA: Calanus finmarchicus comp166_c0_seq1 transcri... [more]
gi|592815948|gb|GAXK01138620.1|6.643e-438.89TSA: Calanus finmarchicus comp7628178_c0_seq1 tran... [more]
gi|592781273|gb|GAXK01173295.1|8.796e-451.43TSA: Calanus finmarchicus comp2383511_c0_seq1 tran... [more]
gi|592818579|gb|GAXK01135989.1|2.551e-339.02TSA: Calanus finmarchicus comp2851050_c0_seq1 tran... [more]
gi|592951042|gb|GAXK01007511.1|4.090e-338.64TSA: Calanus finmarchicus comp3153516_c0_seq1 tran... [more]
gi|592769344|gb|GAXK01185224.1|4.143e-342.11TSA: Calanus finmarchicus comp3942177_c0_seq1 tran... [more]
gi|592943534|gb|GAXK01015019.1|1.013e-248.39TSA: Calanus finmarchicus comp1658729_c0_seq1 tran... [more]
gi|592838926|gb|GAXK01118618.1|4.232e-130.77TSA: Calanus finmarchicus comp5438268_c0_seq1 tran... [more]
gi|592846417|gb|GAXK01111127.1|6.151e+038.24TSA: Calanus finmarchicus comp697511_c1_seq1 trans... [more]
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BLAST of EMLSAG00000006010 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000060106.916e-68100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s326:41275... [more]
EMLSAP000000050051.483e-1178.79pep:novel supercontig:LSalAtl2s:LSalAtl2s260:40336... [more]
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BLAST of EMLSAG00000006010 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000006010 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 1
Match NameE-valueIdentityDescription
EFX78542.15.762e-754.05hypothetical protein DAPPUDRAFT_231081 [Daphnia pu... [more]
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BLAST of EMLSAG00000006010 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 4
Match NameE-valueIdentityDescription
gi|225714122|gb|ACO12907.1|1.110e-1078.3860S ribosomal protein L27 [Lepeophtheirus salmonis... [more]
gi|225711028|gb|ACO11360.1|5.527e-967.5760S ribosomal protein L27 [Caligus rogercresseyi][more]
gi|225718080|gb|ACO14886.1|7.381e-967.5760S ribosomal protein L27 [Caligus clemensi][more]
gi|290462955|gb|ADD24525.1|4.537e-878.7960S ribosomal protein L27 [Lepeophtheirus salmonis... [more]
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BLAST of EMLSAG00000006010 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold1323_size47899-snap-gene-0.174.522e-956.76protein:Tk03421 transcript:maker-scaffold1323_size... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s326supercontigLSalAtl2s326:412759..435794 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionsnap_masked-LSalAtl2s326-processed-gene-4.1
Biotypeprotein_coding
EvidenceIEA
NoteHypothetical protein
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006010 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000006010EMLSAT00000006010-701857Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s326:412759..435794-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006010-688776 ID=EMLSAG00000006010-688776|Name=EMLSAG00000006010|organism=Lepeophtheirus salmonis|type=gene|length=23036bp|location=Sequence derived from alignment at LSalAtl2s326:412759..435794- (Lepeophtheirus salmonis)
ATGTCTCTCTGGCCTCCTACTAGTGCTAAAGTAAATTTCGTTACCTAAAT
ATTTGTTTAGAATTCACATTTTCAAATTCTATCTAAGAAATNATTGTATC
TTATAACCTTTTTTACAAAAACGGAAAGAAGAAAAGGACTAAAATACCTA
AGTATTTTTACAACATGTTCATGCTATATATCTATTCTTTAAGAATTGTT
TAAAACTGTTCACAAGTAATGATAAATAATACAAATGTAACAAATCAACA
TTAATAACATTGATAATGTGCTGGAGGAGTATACAAATCAACAGGTGAAA
AAAAAATTAAGGGAGTATATTTTCATATTAGTAGGATAAATGCAGATTTT
TTGGTTTTAAGAAGGATTTGAAACCTCAAACTGCCCTCCAGAAATTGGTA
TTTACTTTTTCTTGAATAGGAAAGAAAATTTATTTTGGTTCTTACATCTG
AAAAAAAACAAACATCAACATTTAACTAAATCCCAGTGTTTTTCCTCAAT
ACAGGGTTTTTGAAAATATATTGACAATAAAGGTTAAATGTTAAACTTCA
AGTACATAAATTTATAAATTAATGATCAATAAATAAAAAAGTTATTTTGT
TATTCTTAACTTTGAAGTCTAATTCTTTAGAGAATTACTACCCAAGTGGG
GACTTTTGGTTCGAATTGGGATTTACTGATTTTTTTTTAGTTTGAACCCA
AATATGAGGAGAAGATATAGTATCATCAGATTTTTGAGATAGCAAAAAAA
GAAGAAAAAATGAAAATGAAAATAACATAACAAATCTCAGTATTTATACG
AATATTCTTTTTGCACATAGTAGTTTAATTTTTCAACAGTCACCGTCAAT
CCATGGAACCAACTACATGGGCTGTTTGGATATTGTTGTATATTCTATCA
TTGCTAAAGAAGCTATTCAAAAATAATTAACAATATAACAATTTTTCAAC
GTATAGAAATTGTATTTTTAATTGATTATATTGCTTCCATCAACAAAAAC
TTGATATTAGTTTGTTATATTTTCATAAATAGGTATATTAGTACGTCGAG
TTGTATTGCATTTATGAATGATCTATCACACTATTAAGAAATAAAAAAAA
GGTAATTCTCAAAACATCCTCCCACAAGTTAATAATGGTGGATGGAAAAA
TACTGATAAAAAAAAGAAGAAGAAGAAAAAAAAAGAAGAAGGATATTTTG
AACTATTTTCATAAGTGCTTGCAAAATAATGTAGGCGGGKATAGAAAAAA
TTCTCCCCGTGCAAGGAGATACAGGGAATAATATTCTCAGAAGACATTAT
TTCAAATTTTATAGCCAAAAAAGTTAAATATGTCAAGGATTGTGGACCTG
ATTAAATAATAAGAAAAGGTTATGTCGTTGCAATGAATGAAATTGTGTCT
TATTTAACGTGTATTGCTAAGTCTATAGATAAACATGGACGTTTTCCAAA
AGTGTTGACAAAGAACAGAACTACTCTAATTCCAAATAAAGTTAACGGAA
CGGACTTCAGTCATTGGAGGCTCATAACTTTAGTATATAGAATCATTGTA
TTAGTTTTAGGCAAGCCATTTGAGCCAATTCTAAACATGAATAACAAAAA
ATGTATTGCCGTTTCTGAAGGCCATGAGGCTCTGCAAAAAAGAATAAGGC
CACATTTGGAATAAGGGGATCAAATTGAACTAAGTTGAGCATATGATATC
CTAGTGTATAAAAAAAGTGTGATTTTGTTGGATAGTATAATCGGAGAGCA
AAAAAGTTGGCTAGAAAAGTTAATTTATAAATCAATCATTCCGTCAATAA
AAGAGAAGCAAGGATCAATTTGAAAATGAACTTGTCACGCTTTTCACTAT
CTTGCTTAAAATTTACAACAAGATTTTTCTTATTTTGTTGCGAACCCGGA
TGTTGGTTGGAGGTCTTGTATTTCCTTGAGTAGGACTTTGAAGTTTATTT
TATTTCAAACGAAAATGATGAATTTGCAGGTGGTCAATTTTTCTTCTTTT
ATTGGTGCAGCTCAAAGAATTTTGTCGTTGAACAATTAGGTTTTTTACTC
GAACTTGATAATAGAAATAATATATAAGAGTAGTGAGGGAAGTATTTCTT
TAAAAACTATAAAATCTTATAAGCAAAGAAAGGGAAGCGTTGGATAATAA
CGTCATTTGGGTTCATTCAAAGAAGTATCAACTGAAGCCATCATGGTTTG
TGGGAAATCTKTTCKTATTCTRGGTTTGAAGGWTGATTGGACAAGCCATA
TAATGAATTCCACTAAAGGAATAATCGATGGCAGGAAATTCACTCCCCAA
TTTCAAATGGCAATGGGATGAATAACATTGAATGATTATTCCAGAGAATG
CAGTAAAGTAATTAATTAGGTTATTCATGCCTTTGCTGAGTGTCTTTTTT
TCTCTTATTACGAAAGTTTGCTGAATGGAACTTAGAAGTCAATATGAACA
CCGACGTACATTGACGTTCGATTTAGCTCTGGATATTTTACGATATTTTC
CAGAAAATTTATTATACTATTTCCATTGTTTTCTTAAATAAATTGAATTT
GGTTTTTAGAGAATAAAATATATTTCATAATCGGTAACTTCAACCGATTA
CCGATTAATTTGATACTATATTTATTATATCAATTTATTTAGCAGTCATT
TTATGTAATAACCCATGGCTTATGATTGGCTTAAATTTAGGAAGAAAACA
GTTGACAATAATCTATTCGAGCTATGAAAACAAAAATAGAAAGAAGTGAT
TACGTCTTAAAACTACTATGTTCGAATGGTTCGAGGTAAGTTGGGTTACC
AAAACTATCGTAGGTGCACACATATATACACGTACCATTAATGAACCAAT
AGATAATTTATTTCCTATAATTTTTATTTATTATAATCTTCAAACCTCAA
CAAATTTCACCTTTAAGTTAAAGGGGAATTTTTGGAGGCCCAGAAAAAGT
AGCATTTTATTTTACCCAAAGAACAAACATTTTAAGCCATATAAGCTATT
TATTTTAAAAGGGAGAATTTATGAGGTTTGAAGATTATAATATACAAATT
TCTTTAAAATAAATTCCGTGTAAACACATGATAGATCATATTGTTACATA
CATTGTATCACACAGCATTTTCTCCAAAAATAAACAGGAAAAGACTAAAG
TCAGTTCGTAGGTAGCCAATTCTTCCCAACGAAGGAACTATTGTTTGATT
ATTATGGGGAATTGTTTGTGGTTTAATAAGGATCCCTACTAATTCAAAGA
AATTAAGTTTAAAAGCACTGATTACGTTGAAAAGGAGCAGACAAACTGCT
ACCTGATAATTAATAAATTGTATATTTTTGTGTTAGAAAAAGACCGACGT
GAGTTGAGACATCCCACTTTTTACTTTATAAGGTAAATATAATTAAACTA
TATGATGGTATTCATTTTATGTTTATTGTAGAAAAAATATAGACATAATG
AAAATATCCAAATTATAATTTGGCATTGTTTAATAGATAATAATTTAATA
TGTATGTACATGCGTATGTACTTGAATGCACTATGTTTTGGCATATATAA
AATTATCGAAATTATCTTATTGAACAAAAACATGAACCATCTGTGTGCAT
TTACAAATTATTTTTAAAGTTTATAAAAAATAATATTTTCAAGAGAACAA
AGTAATGCAAATTACTGAATATAAATTTTCTGAAAATAAACATTTTTAGA
TATAAATAAATATTATTAAATATCCGTTAGTGATATCTTAATTTATCTGG
ATAATGTTTTGATTAGGAATTATTAAAATTTATAAATTGCAGTTTAGTAA
ATTTAATTTACTGTTTTTCTAAAAAGACGTTCCCATTTTTTTCTTGGATT
CTTCTTTTTACAATCAGACGACTGAAGTATACTGGTACAGCGATACCAAA
AAAATATATTATTATAGCACTTATTTGTATATGATTTTTAAATCCCCAAT
TTGTATAATTTGGATTATTCCATCTAGGGGTCGAGGGAGCTCCTTGTTAT
GGGAATAACCGGTCTGTAATATCTTTAGAGTCCACCATTAAGTGTGCATG
GGTTGAATTGTCATTTAGTCTACGTCTGGAAAGATTGTTCAGCCTTCAAA
TTGAGGGTTGATGTCGCAACTGAGGCTGAGGTAGAGAAAATTGCATAAAA
AATGTCGATTTCATTTATAATTCACATTTAAATAAACTTTATTTTGTTCT
CACTGTCGTCAAAAACTAGTTTTCAATATTTTTTGAAAAACAATCTTAAT
TGTTAACTTGAATATGATGCATGGGGTACAATTTAAAAAAAATAGTGTAT
GAAGTTATTATTGCAATACAAGTTAAAAATGTCAATCATCTTCTATAACT
CTAATAATAAATCCAATACCATTGGGATATGTATATTATTTAATATTTTC
AAGCTCATTTGCCTTGTGTATAAAGACATATTAAACATGTAATAAACTTA
GGAAAAATACATTTTTATTCATATTTGAAGATAAAATATTTTCTTATGAC
AACTAAGCCAATCAAATTAGTTGATTAGTTGTTTTGTAAATTTTACTCAA
GGTCTAGGTAGGAATCAAATTACCTAGACTTATCCTATAAAAATAGAAGT
TGTATTTACTCTTTCTTGATCTTTATATAACTAGAAAAGGCGCCTTCTGT
ACAAGACACCAACATACAAAATTACCGACCTTGTAATGATGACGTATTTA
AAACGAAAATATTTTACGTGATTTTTATATATAGTTACTTTTTTAATCAG
ATTATGGAACAAAAAACTTGTTATTGAACTTTATAAATGTATGAAACAAG
TACTTTATATAATTTTTATTATTTAGAGAATTACATTTTAACAATTTTTT
TGTTCCATAATTTGTATTTATAGTTTTTTTAGTAGCATAATTTGAATGAA
ATTTGACTTAATATCAAAGTAACACAAATAAATGCTTTCATGATATCTTA
ATGAAGATAAACCCATAGTTTCAATAAAAAGTAAAGTCTGCCCGAGATTG
ATTTTTTGATGGTAAATTTATATATTTTAAATTAACTCTTGAATAACTAA
TTTAAACAATAATCCAAATGCCCAAGCGTTGCCCCCATTCCCACCAGACA
GCTTTTAAATTTGACCACTTCCAATAGCATAACATCTTTTTTGCCAGGAT
TTTGAAAAAATTCAAGGAATTTTTCATTTGAGCACTTTAAAACTGTTGAC
TTATGGTTCTATAAGAGATAAAAGTTTTTTTATTGATGACCGGTAAGACA
TTTTTTAAATTTTAAACGGATATATTTTTTTGAAAATATATGAACAAAAA
AATTTCAAAAATGATAACAGTTAGCACATTCAGTATCATTAATTTTAAAT
AACATAATCACTTCTATAGGAAGTTACATTTTTAATATAAAGAGTTTTAG
CAAGGAACTTATGCAGTACCGTATAAATGCCTACTATAGTGTAGCTGAGA
ATGTGGAATTTACGAAAATATAATTTGTAGTTATACCCTGCCACCAAGCT
ACTCAAACAAAGGCCTTTTTGAATTATGTTTGGTGCAATAAATACAAAAA
AAGATTAAAGCATGAAACATACACATGTATTGCAAACAGAACCGAAATTG
AAGGCTATCAAACATGGAACGTGAAAGCATGAAAATAATGGTTCAAGTTT
ACACTAGTCACGGATATTTTTTGGCCCATTCTGCATACAGAAGAACACAA
GTACTTTTTGCAATGTGTATATCAAAGAGCCACAAAGTTTAAACAACCTC
ATCAATAGATGTCCCACTCTCTCATATGATATACATCAAACAATGCGAAA
AGAATAAGAATAACTTATTATTTTAAAATTTATGAAATGTACAATCATGA
AAAAAACAAAAAACTATTGAAAATAAATTCCACATCAAATAGGTTTAAGG
AACTCCTATAGTAGCACATATACACATTTGTGTGGTCGTGTTCATTGCCC
TATGTTTGCATTATTTTATTATAGTGCATGTATATGGTAAACAGCAATAA
ATTATTGTATTAGCTAAAAGAAGAACAACAATAAGAAAAACATAGAATAT
CAGCTACAGGGAATCAATATTGTTAAAACTATATTATATTGAAGTCAGAG
TTATATTGAACCATTATTATTATTTTAGAATATATCAAAATATACGTTGG
AATATGATATTAACATATATATTATCCAAAATAAACCATATTCCAAATTT
ATTTGATGCAATCAGTTAAAAAGTTATTTATCATTATATATTTATTTAAA
ACAGAATGTTAGATAAATCGTGTATGACTTTGTTATCTCTGATAAATAAT
CTTCAAACTGGTAGCACATATTGAGTTGAAACTTTGCTTAAGTAATTATG
AAAGGAAGTCCAAGGATATTTATGTGCAATAATGAAAATCCAGTATAGAT
TTGGGCATGTTAAAAAAAGAAACCGATAACTAACATGGTAACCCTGACAA
TTTGAAGAATGTTTATCAGGAAAGAAAGAATAATACTTATGACGTTTCAT
TAGATCAGCTACAATCAGCTGTGACAAGAGTGGAAGGAGAAAATGATCTA
AAAATAAAATTCTCTAGAATAAATCCAATTTCGATCTCCAATTCCAGTCC
AACAAGGACTTACATTTATATACTCTGCAATAAATTCTTTTATGAGCACA
CACAATTTTTCCATCAGGTTTTGAATATAATTGCATCTATTTAGGATGTT
CACTACTAATATATATAATAATGAAAAATGCCCAGGAGAAGAAAATTCCT
TCTTTAAATTGCCAATTACATACTTACAAACCAGCTTAAAAACAGAACAA
ATTTACATCATTGTTTATGAGCATACTTTTGAGCACCTAATTTCCATAAA
TAATTTTGGAAAAAATAGTTTAAAAATTTCTTTTTGTAATCAAAAGGACA
ATATTTTTTGGTTTTTTAATTTTATTTTAATGCTCAGATGTAGCAGCACG
GATAAGTATATGTAGATATGAGAGTGACATAATAATTGCCTTGAAGTTAA
TATAAAAAATGTATACCTATATCTTTTCGTGGAACAAAAAGTCAGTGAAG
CTACTCACTCTCGGGGCTTTCCTCCTCCAATTCTACTGTTACCACTAAAG
TGTTGAATTATATTAATTTATCTGATCATTATCCAATCTTAATTTCCATC
ACTAAAACTATCGCTTATAAAAAAATAGAAGCTCTAGAGGATACTTCGAT
TTTACTAAGGATGACTATCTCTCAATCAATAAAATACTTTGCACAAGTGA
CTGGGTCGGACATTTTACTTCTTCCCACCACCCAAACAATGTTGAGACTG
CCTGGGCACTAATAAGAAATACGTGCACTGAGCTTGTAAGTAGCTATATC
CTGTGGCGGGTGCATAAGATTAGTCACAATAAAAATGAAAAGGAAATTAA
ACGACTTGTCTCTTTAAAACGACGTTCTTGGGATCATTTCAGACGGTTTC
CATGTCAAGATAATCTACTTTGCTACAAAAAACATGAAAAAAATGTTGCC
AACTTATTCAACAAAATAGGATTAAAAATGAGATTGAGCTACTGTCTAAA
CTCTCTCACTCTAATATGAAACCTCTTTACTCATATATTAAAAAGAAGAG
AGTGGGTTCTGGTGACAACAAAATTGGTTCAATACAAAATAATGAAGGTC
TTCTCATGTTAGATGATATTGGCATAGCTTCTTGTTTTAACACATATTTT
GNCATCAGTCTATCAACCCGAAATGAATCGAGTACATGCTGGTTCAATTA
TTAAAATTCCTGTCACTATCACCTTGACTGTGTTGTTATGTACTTTTATT
TTAGAAAGGCCTTTGACAAAGTCCCTCATGGGGAACTTCTCTTTAAATTG
TCTAACATCAGTATAAAGAGTTGGTTGTTCAGTGGCTTAGTTCCTTGCTG
ACGAATAGGATAAAGAGTGTAGTGATCAATTACACAGTTTCTGAGTCTAG
TGAAGTTACTTCATCAGTTCCACAAGGTATGTGAACTTGGACCCACGTTC
TATGACATTTACATTAACGACTCAGTAGATAATTTTTCAGAAGACACATT
CTTATACGCAGATGATACAAAAATCGTATGTTCTGATTTAAACTCTGTGG
ACGATGTCTATACCAAGTTTATTAACTGGAGTGTTACTTGGAGAATGCCT
ATAAATATTAATAAATGTGTCCTGCTTCCTTTCTCCAAAAAAGAGTTCAT
CCACCCAAATCATAAGGTGATTTACTTGGACTTAGGAATCTACATCTCTC
GAGATTTGAAATTTAAGAGGCATATGCAATACATTATAAAGAAGGCCAAT
CGTAACCTAGGAGTTATTAAAAGAAGCTTCAAAACTCGTGCCCCTTTGTT
TATGGTTTAACTATATAAACTTTATGTCCTCCCTATTTTAATGTATGGAT
CCGAGATCTGGAATCCTTCAAGAAACTACTTGATTGATTCCTTAGAAACG
ATGGTAGCCAGGTTTGTGTCGTTTTTTTTCATTAATTGGGAGAAAACGAG
AACTACGAATGCAAAATCAAACGACTTGGCCTCATCAATTTAACTCATAG
ACGTGCAATTAAAGATATTATTACACAACACCGAATTTTAAGCAAAAAGA
TTAACCTATTTCCACCACCAGACTACTCAATAAAGGCTATATGTTCCACA
AAACGAGACTCTCCACTCAAAACACCATCTACCAACCAAAACCAAAGATT
GCCATTTTTACGCATAGTTTTTATTACAGATCAATTATTTTCTGGAACCA
AGTACCTTTTTCCTTTCACCAGGGAAGTGAGGCTGACCTCAAGAGATTAA
GCCTTTTTTTTTTGTGTGACACTTGTTTGTTTTTGTTTTTTCTTCTGCAC
TGTCACATTTTTTTTTGTTTATGTTATTGTCTTTTATATTTTAATATTTG
TATTATAAATTTATCACTTTTATTAAAAATGATAATTTCTATATGATATA
AAATAAGTAGACCTATACAGGCTTTGTTTATCGCCGTTGGTCGAAATAAA
TAAATATCTATATCGGGAATCAAATCTACCTACAACGAGTTCAAGAGAAC
TACGTCACTCAATTTAGTTTAAAAGAGTTACCATATCTATCCTACGCATA
AATTGACTTCCATGATACTTAGAAATAAACTTTATTTATCAACAAAAAAG
TGTTCAAATATTTGAAATCTTTCTCATCTGTATCCAAAGAAATAAGATTA
GGATATGTGGTTGATCATCAGACCTTCACGAACATACAACTTTTATTGTT
GATATCATTATAAGTTCAATAAATGTTCATTTCTATAACTTTATTTGAAA
AAAAAAAATAGCACGTATTTTAGATAAACACTAAATTTTCAAAGAATAAA
TTTATTTTTATGAAAATTACTGATTTGTTTCTTACTCAAAGTCAGTTCAA
ACTTATAAAAAGAGTAATATATTCCATTAACCGAAATTGATTTGAAAATG
CTATTTACAGATTCGTAAATATGAAGTACAGCACAACTCAAATTGAATAA
ATTTTGGAACAGTAAAGTTTGTTGAGATGAGTAATAACAATTCTTTAAGT
ATACATGTTCATATATTAGCTACAAAAAATTTCAATTATGGCTTTAGGTA
TTTTAAATTCTGGTAGTTAGAATTAAAATACCAGAATTCTTTTTTCGATA
TATCACTAAAAGTTTTAAATATTTTGCCAATTAACCATTTATGTATTTCA
TTGTAGATCACATCTGTTTAGTGAGGAAAAAACTAAATAAAAACAGATAT
AAACTTTTATAATGTTTGGGCGTCTAATTTTCTTATTGTTATTATAGTTC
AAAAAATGTTTTTTATTGTCGTTGAAATACATTTCAAATTCAAATATTTA
ATGAAGGAATTCAAATAAAATGTAGGAGAAAAAATACAAGATTCATTTTC
CTAAAATATATAATAATCTTGTCTTGACATTCTATAGAATGTACAGAATA
ATAGCTCTAACTCCTTTTGTATTAAATATTGTAGTCATTATAAGGATACA
AAATTAAGGTAAATTTAACTATGAATAAATACAAAATAAAGACAGCTAAC
GTAAAATTTTGTGATTGAATTTAATGGATATTTTAAACTGTTCTAAGAGT
CATTTGAGTTAATCGTGTCACCAAAATAAGGAGCCATTTTCAGTTTCTAC
TAAGGAATTTCATAATATTAAAAAAATAAACTATATTTACCGTGTTTCTT
TAATCTCTACCCAGGAGTCACACAATTAATATAAAGGGTCATAGATTAAC
TAATTTTTAAAGGTCACTTTGCTCAAGTTTTTTTGCATATACACATATGT
AATACGTGTAAATAAACATGTTGAATGTACCTACATTTAAATCCCATTGA
AGATATTCTGATGTATTAGTATTTAATATTACCTTATTATATATTGTTTA
TATATAATGTGTCAGTTGAATATGGACCATGATAAGAAGATGTCGTATAT
TCATTTATAAAATATTGAATACTATTATACACTTTCGTAGAGTATTGAGT
ATAAAAAAAAGAAGAAAGGATCGGTTATAGACTAATAAAATACTTTTCTA
TGAATATCAATGAACATTTCTCGCACATTTATGTCTTTTTATTCGAGAAA
GAATGTAATCCTATTACCGCCCAGAAATAAAGGTAATATTTTATTGTATT
TTTTTTTTTTTACACTATTTTCAAATTTTGTTTCATAGTACCGAAACAAC
TTTAAGAGATMGTATACAANCACATTTATGTCTTTTTATTCGAGAAAGAA
TGTAATCCTATTACCGCCCAGAAATAAAGGTAATATTTTATTGTATTTTT
TTTTTTACACTATTTTCAAATTTTGTTTCATAGTACCGAAACAACTTTAA
GAGATCGTATACAATATGTGATCCCGTTTTCAGTTTCCCTTTTTTAGCCC
CTTAATACAGGTTTGATTATATGTTTTATTATGAAGAAGACACTTTATGG
AATATTTAGTAACGTAAACTTAATCCATATTTCGATATACATATGTTTTT
ATTGGAATTTATATTTGAAACTATCAGATATAATAAAATTAAGGGATTTT
TGATCTCCAAAAATTATTTGTCAAATAAATGAAATAAAACAGTATATTAG
TACAAAATTTTTCAATTTCAAGATCGTTTGTATAGTAAGAATTAATAAAT
AATTGATATTGGTAAATTGAACAACACTACATTATTAATATTTATAGAAC
GTATAGAAAACATTTTTTATCGTGTTGTTTTGGTATGTTTAGAGATTTTA
TTAGAAAGTTTTTCATTCACTTATTTGAAAGCTTAGATTCTTGGATTTCA
TTTCATATATTTAGAACATTAATAAAAGAAACAAGATATAGTACAATTCG
GCGAGATCAATATTTTTTCTTTCATTCAGGCTTTAATTCCTAATATCATA
ACAGAGTCTGATTAATTCCTCATGATGACAGTTTTAATGCTGTTGCCTGT
ATTATAAAAGAACCAGGTCATTTTGCATGTTGTAGACAAGGGTCCACAGT
GAGTACTTTCATAAGAAAAAAAGATTATCCGATTTTCATAGTGTTTTACG
TCATTCAAAAGTCCCTAACAATGCAGTTTTTACTGTTGTTGTGAACATAA
AGGCGTCACAATCAACTTGAATTGGTCTATATTCTTCTTCTTGGCGTACT
TGGCGAACTTTATAGTTGTATTCTATCAAGGGTCTTTCTTACTTCCTTCG
GCTTCAACTTGGTTAGTCTACTACTCTAAGGGTAGTTCCTAATCGAAAAA
CGATTACTGACTCGGCACATAATAGTCTCACTGATCTTTAGGTCCTTCAT
GACGTTGGAGTTGGTTATGCCGGCGCAGAAATTTTCTTCCATTCTTGATT
ATCTTTCTTCTTTTGTATATAGTTTTATATATTAAATTAAGACTGATACC
TAAACTTTCAGTCAAATAACTTGAACTTCATAATTTAACTCACTAAAAGG
ATCATAAATACTATTAAATTAACTACTAAACGACGTAAAATAACCCAATT
ATTTAATATAGCAATTTATTTTGTAGAAATATATATACACATAATTAAAA
TATGACTTTAATTGTCGAAATCATTCTCATTAAACACCTTATAAAAGCTA
TTTAATTTTCCTTAATGCCCATATTTATCAATTTGGAGATTTTTAGGGAA
TTTATAGAGCTGTTTTTGTGAAGGATGATTATTGATGTCCAATATTGTTC
ATTCCCTGTCAAGTTTACACTCAAGTTTCCTCCTAAAAATTTAACTAAAA
TTTGGTATGTCAAATCCCCTGTTATTACGAAGGTCATAAATAAAATATAA
GGTGAAACTCTTGTTCTGAAGTTCTTTTAATGGTAGGTTTGATTAAAAAT
CTTCTTGTTGGTATTTGTGGTTAAGATTATACCAGTAGTTGCATCAATAC
GCGGTCTAATTTTTAAACGCTTATATCTCGAGGCTCCGTGACCGGAAATA
AAAAATTCCAGCACAAGTAACTCGGTAAATCTTTTGGCTTTGTGTTTGTT
TTTCTTACTCGCATCAAACAAAGTCGTTTACGATGAATGACGAGGCCAAA
CGTCATATGGTTGCCACTCTCCTCCACGCTGGTAGGTCTGTCAAGGAGAT
AATCAAGGACACKGGACTATCCAGGACTACTGTGTTCAAGGTCAAGAAAG
AAGCTTGTCAATGAGGGAAAAGATCTGAAAGACCTGCCCATACCTCTAGA
ATGACTCAAGATTGGCTCACTGCTAACATGCCATTTTGGAACAAAAACAT
TTGTCCACGTTAATCACCTGATTTGAATCCCCTTGACTACAGTGTGCGGT
TGCAAATTGAGAAGAAGGCCTGTGCTMCCCGCCGCCCCCCCCCGAATTTG
GACTCATTGAAAGCCAGCGTCAATGAGTAAGGGGCAGCCATGGAAGACCA
TTACATCATCAATGTGTGCAAGGCCTTCCGCGGGCCCTTGGAGGGTGTAA
TAGCAGCTAATGGTGGTTATCTTCATTAATTATATTAAATTTTATAGCAG
AATAAATTCTTTATTATATAATTCTCAAAAAAATACGTCATACGAATTTT
ATTACACATTTAATTATTTGACACAAATAGTCCGCGTGTTTATGCAACTA
CCGGTATTTTGTACACCACTTAACTGATAACTATTAATCAAAGCAACTAA
ATTTATAATATTTTTTAAACTTAATAATATAACAAATATGATTGTCTTTG
ACTATATATTTTGTTTTAAATATTTTAAATTAAACAATCAGAACAAGATA
AAATCAATTTATCCCTGTAAAAACACACACACACAAAAAAAAAACAAGAA
ACTAAAAGTTTAAAAGGGCTTGGGAGATAAATAATCTGTTAATATAAGAA
AAAAAATATAATTTAACCTTAAATTAGTTGAAGAGGTGCAATGCTTATAA
AGTGAAGCAAATCTTATGAATTTACAAAATTAATTGACATAAATGGCTCA
TAAATTTTTAATGGAATGATCCATATGTAAATGTGTATATAATCAGACTC
GGTTGATATATTAGCCAATTATAGGAAGTTTGAGAGTATTTGGTAATTAT
CAGTCAAGTTTGGTGATTAAATTAATAATATTTTGTCCATCTAAGGCGGT
AAATGATTACTTAGACATCGGGATTTACGTATCTCTTGATCAGAGATTTA
AGAAGCTTACACTACATTATAAGTGTGGATAATCGGAACTTGGTAATAAT
TAAAACAAGCTTCAAACCCCATAACACTTAATTTATATTAAAACTTTATA
AACTTTACTACTTAAATTACTTGATTATGTTTTTCGAAAATGGTACAAGT
TAGGCTTGTGTCGTCATTGAGAAATAACCCCAATTATACATACAAAATTA
AATGACTTCGTCTCATCACTATATATCATAGACGTGGAATTAAAAAACTG
AAACTTTGAAGAGAAGTAAAATTATTCACAATGGTAAAACTTTTACAGAA
CCCGAAGATATTTTAAGATGTATCCTTATACATCTTGAATTTAAGGTCGG
AGGGCGAAGATCTAATTTTTTCAAAAAGGCAAGGTGTCATTTAAGTTCTA
TTTTTTCTGCTAATATGATATCTGATTACATCAAGAAATAATTCAAAGAT
AAAAAGACGACTGCATTTATAATGCCCGTATCCCCCCCCCTTTTTATATA
AAGCAACATAAAATAAAGCTATGAATAGAGTAAGGAAATTACAGTCTCTC
CTCTACCATAAATTTTATATTTCTGGTCTAAGTAGACAAAGAAATCAGTG
AGGTGAATGAATCGTTCTCTTAGCAACGATTGTTGGAAAAATAGATAAAA
AAGTTTTCATTGATCTTTCACCTAAATCGGACTAAGAGAAGAGAACAGTT
GTCTCTAGCTAAGTGGGTAAGGATGGGTTATCATTTTCCTATGAGTTTTT
ATTAAATTACTTTCCCTTACATGGGCTGCTGTAAAGAGGGTAGACTTGAA
AGTTCAGCCTTCGTATGACTCCAGTATGAAAGTTGAGATAATTAGTTAAA
ATTGCAGGGAAAATATGATTTTCTAAAATCTGATGGATCCTATAAATTTG
GAGATTCAAGCTCTCTCAAAAAGATTTTAACAATCCATGACATGTCTATA
TTCAATTGTAGTCTGTTTTTATTTCCACTTCAAAATGGAACATCTAGTGA
CAGATGCTGAGAAGGTAAATAAATTATACGACAGATTTTTAGTTACCTTT
GTGCTTTCAGAGTCTTGGCGAAGTCAAATTTTAAATTTCTAAATGTTAAA
ACTGATGGTAAGAGGTTCACTGCACAATTTCAAATATCCTCAGGATTTAT
ATATTTCAGCTTTCCTTTTTAAAACTGAGGCAAACCCTCTAACTCCATGG
TTAATTCTTTTAGCAATTTTCAAGCTCTGATAAAGTGTATTCTACTCAAT
TTGAAGGGAGTTAGAGAAAAGCTGTCTCTCCAATTCTGCGGTTAGGATTA
TTAAGTAGACAAGCTAATGCTACCGTAAAGACCATAGCAATATAATACAC
TAATTTAAATTGCAAAGCTTTTATTGCAGAGAAACTGACACAGTTGAAAC
CTATAAAAGTGGAGGAATTAAGAAGGATTTTCATTAGTGTAGATACTCTA
TACCTATACTGATTTTACAATTAAAGTTCCAGATCATAACATCTCAACTT
GGAAGTTTTCAGGATATCTTATAAATCTTAAAAAATTCATACTTAATTAT
GTGCAAGGTACTTGATGGTTTTGTGTGAGATTATTCGCAATTTTATAAAG
TTCAATTTTTTAGATCGAAATAGTCATTTGCTTCTAGTTTAATTTTTTTT
AACTATATGGTTGCTTTTTCAATTTTTGTAAACTTGCTATTCTTTTATTT
TTTTAATCATTGTTTTTAACATGTGTATTTGTGTGGATTGTAGTATTTTG
TTGTATTTTTTTTTCTAGGAAAGTAATTTTAAACTAAAATTTTTATTGAT
ATCTACAAGATGCAACTTTTCTGGATAATTATAGTAAAAAAATATTAAAA
AAACTACGTTTTTTAAAGATCAATTGATCAAATATTTACTATTATTTCCA
TATAGTTTTCAAAGCCAAAAATTGTCAAACCAGTCAAATCCAGAATTTCA
AATCTCATGTATAAATATGATACTTGGCATTAAACAGAATAATATGACAT
TACTTTCGAATATTATATTTATTTTTTCTACAATTTTGATATGGCAAAAT
TATATAATTTCCTGAAAATCTTGGCAAAAAAATTTTTGCTTTATTATAAG
GAAAACAGTGATTGAAGTCCCCATATTTTCACTTTTGTGTGATTATTTTT
AACAGAATTTTAAGATTTAACTAATCAATATCAACCACAAAATAACAATA
TCGGTCTGGCTCTAGTATATAATAAATACTAAACAAGTAATTATCGATAT
TTCTTTGATGATTAATGATAAATTTATCAATTTCATTGTTATTTATGTTA
TGTCATCCTAAACTAACTTTTTGAAATGATGACTAATGTTTGCAATATGG
TCTAATTATCTAAGTTTATATGTAAGTATATTTTAAATTTACTTATGATT
GGTACATTGAATTTTAGACTTTTTGTATTGCTAGTGATACTGTGTAACAT
AGCGTGATGTAAAATAAAGTTTAAAAAAACAACTTAATTTTATTTGAAAA
ATTTATTTAATTATTTTGCTTTTATGCACTGACTTTAACTCACTGTTACT
TTATTTCCAAGCCTGGTGCATGAATTTTTTCTTAGGTGTTTACCCAATTA
AAGTGTTGTTATATCGGTTTTTTTTTTAAATTACTGTGTTTGTGTAATGT
GTCTGAAACATTCTGAACTTCTGAGGACTGCACAAAACAATTTTTTCTTT
GAATTGGTTCTCTAACAACCTATTTATAAATTATATCATAAAAAGGTTAT
GTCATTGTTAAGTCAGAGAACATTTATTTTGAAGAAGGCCGGGCTCCTGC
TCGTTAGACCACTAGAGAAGGGAACAATACGGATTCTTCTGACTCATCTA
CTCGTATACTTTATTCTAGGACAGTAAAATAAGGAAAGGGTAAAAGCTTC
AATAAAGTAATGTTTATTACTGGGATAAGAGATTTAAATGGGAAACATTT
GTTGTTTTATTTGGAGACAGTATTAAAAAAACCCTTCCTTATCGAAGGTA
TGAGGCATATTGACGTTTATCATATTGCATTGTTGTAAGGTTTTAAAGAG
CATGAATTAGCTGCAGCACTAAAAGGGTACACCCATTTAGGGTTAAAAAT
GGAGATTGAAGTTGTATCAATAATAACTTAAATATAATAGGCATTGACAA
AGTTAATCTTAATTAAGATATAAACTATTATTTCAATGGTAAATAGATTC
AAAAGAATCAATGATTAAAGTGCTGTTAATGGATTAAAACAACTTGGGCA
AGTAGTCGATCATTACTAAAACAAATAAGCATTAATAATAAATTGGCTGG
GAAAAAATACAAGAAATATAAAGATTTGTGGTGAGGTGGGGGTCACATTG
TAAAAATGGTGGCAGATCCAGACAAAATTTTCGGAGCCCATAGTTTTTTA
TGCTGAAACTTAGGGGATCTAGTATACAATGTCAGAACTGCTTTGAGCTG
GGTCACACAAAATTTTATTGTAATTATAGTAGAGTTAAGTTTCATGAGTA
AGAGAACGTTTTTAAGTAAACAATTTGAAGAAATATGTCTAGTAATGACC
CTAGGACATCCAAGATGTTGAATATATATATTTTGGTTGGGATATAGCAG
GTGAAAATATATTGTAGATTACGGTTGGAGAAGGTAAAACTCAGGGGAGC
TCAGAATAGGAAGATGAAAGTAAGGAGGAAGATTAAATTAAAAGTGTAAC
GATGGATTTAATAACTGTGGAAGAAGTGTATCCAGCAAAGGGTTAATCAT
AGTAAAATAAACGATCAAAATGATTAAAACGTCTCTGAAATAATCACATG
TGAAGACAATACGAAGGAAACTATGACTCCTTATGAAATCAATCCCGAAT
TTATAGATAGAAGCACAGAAGAAACGATTGAGCTTGAACGGGTTCAAATA
AGCCCAATTATTAATTATTAATGGAAGGATGAGGGTAATCTAAATTCCAC
TAGAAAAAGTGCAGGTGAACACAATACTGAAGATACTTCAGAGTGTGCCG
ACATTCCTTTTATTACTGAAGGAGAAGGTGATACGAAATATACAATACAA
ATACACAAACCTTCAAAATCTTCTGTAAACCGTGATCTTATTATGTAAGT
ATGGACAAGGCCTGACTCTGTTCTGAAAAGAGCTGAACCAAGTTCTGGTT
TATCTCTGCAAGGAATTAATTTCGTCAATTTTATATACTATTGATAATAT
TTACATTTTTAAATCATTGTTATTCATATATATTCTTTCCAATGATAACT
TCATCTGCCGGTATTATATTGTCCGAAAAAGATATCTCAAATGCGTATAG
CTAAATTTTTCCTGAAGTGGTCTCATATGATATAAAATCAAATCGGGGTA
TAAATAAGACTTTTTCACTTAATACCAAGGAAGGAAAGGATAGAATACGC
CAATATGCAAAGATGATTCATATATTTACTATTCTTTAACCCAGACATAA
ATTGTCTTCAAGATACTTGGCGGCGGTAATTTTAATAGCATAGTGTCTGC
CTGCCAAAACAATATTTCATTCCTTTCTTACAGGGTCTAATTTAAATAGA
GAAATTTTATCTCTTGTTACAAAGACATTCAATGAAATATCTTGCCTTAA
AGAATATTCACAAAAAAGTTACTTACATAAAATAGGCATAATGACGAATG
ACGTCAACTTCTCTCTTAGAAATGTATATGGTCATAATGAGTGCACCACT
TGGTTCATTTAAGCCAATATAAATATTCATTAAAATGATTTCTTTTCTGT
ATTACTTTTAGAATATCTTAATGTTAGTTTAGACAATCTATCTAAAAATT
ATCCAAACAGTAGTTTTAAATGATTTAATAATAACATTTAACCTAATAAA
CTGCATAAATAAATCGAGTCCTCACCAATATATTTCTTGGAGAAGAGACA
AAGGGGCTTGTAATTATTACAAGTGTACCAGAAATTCCCATTAAGGGAAA
GTCATAAGCGTACGTTGATTACGTCCCTGCCATTTGTACACACCGCTCAT
CACTACTATGTATGGTAAATCTATAGAAAAGCTTGGTAAAATGATTAGTC
ATCATTCCTAAACAAAACGTAACTAAACTGATTTTAATAAGTGGATACTA
ATATCTAACGGTTCTTAATGAAACGTAAATAATTTTATCTGTAATTTTAG
CAGAACAAATTTAGCCTATCCTGAATACAAAAATCAGGGTAGCACAGACA
GGTTTTATAAAACACAGAAGAATTTAAGATATTTTGGAAAATATTCAAGC
TGTAATTGATTCTGTCAACGCAAAGAACAAGTTTGGCAATATCATTGGGA
TTGACTTCAAAAAAGCTTTTAATAATAATTCTAAAATTTGTATTTTTCAT
CCTGGGAAAATGTTTGTCCATCTAAAGTTTTTTTCCGGTACGTGCACTTT
TGTTGAACCGATTGAGAAGATGCCACATGATCCTATCTGATTGAAAATGA
TCTTTAGACATTCTGCATTCTGCTCCTCTCCTGGTTATAGCTGTCATTGA
AAGGTAATCGCAGGTTATGATAATAAAATATAGTGGATTTGGAGTAAAAT
TCTCAGACTCCAGTAATGTCTGGGACTATATATAGACAATGTGACATTAA
CTATAGAAGCTAACCTAGAGCCTCAGCTAATCAAGAGGATAGAAGTGCCG
TTGAATTTATATACCAAGTTTAGAAAGAAATCTTCCATGGAGCTGAACAA
AGAAAAGACATCGGCCCTATTGATAGGATCATAGATTCGTTATGAAGAGC
TCAGTATAAAAACTGCAGGATAAAAAAATATTAATATTCTGAGCTGAGAG
TGGGATAGGAATGTAATTCATATGCGTAATTGGAATTGTGTTTGTTCCTT
CATTAATCAGAGGTTGAGTAAGGGGAGAGGATTTAATATTCAGAGTAGCT
TTTTTATACCTTTGATACTTTATGCAACCACTACCTCTCCAAGGACTGTT
GAAAACGCTATAATAGAAGAACAAAGACTGGATACCAAGGTTATTTCATA
AATCTTCTTTGGAAACTATTGAAAGATCTAGAGGACTGCTTGGTGGAAGA
ATTTCTCTTCCAGTTAAAATAGTCCCTTCCATTTATCATTAAGATAATTA
TAAATATGATAAAATACTCAATCTTGGAATAGAAGCGCATAGTTACAACA
GTAAATATAATAATGATGGGAACTGATCTCACGAATTCAACACTCGGTGC
AATTTCTCTGGATGGGACTGTTGCACAAAGATTCATCTCGAATTGGTAGC
TTTTATGTCAGGGAGATTTATAAATAGATATAATCTTGCAAAATTGAGGT
AAAAATTGTTTTTCATTAACCTCAATGATCCTGCATCTCTGTATGAATAG
GCAACCAATTATGGAATTCTTACCATTCGTGATATTAATAATTTTGTAAC
ATTTAGGCACGGAAGATTTAAGTTTCCTCTCACAAGAGCAGCAAATACCC
ACATTATACCTTTACCTTTGTGTCTTAAAATGAAAATTCCTAATATATTA
GATGTAAAGGGAATTTTTTTTGATTTTTATATCAATCTGTTAGAGCTCCC
AGAAAACTAGAGAAATGTGATATTTAATTTTCTTATAGGAATAAAGAATG
TACATACACTTTAATGCTCCATTCCAAATCCCCGTTGGATTAAATAAGTT
TTTTATGCCATAAAAGGACTGCGGTATTTTTTTTAATGACACTTTAGCCT
TCGTGGATTCTCCCGCTGTGTGTATTTTAAAGACTTTGGTAAAGCTAAAT
ATAAAAGTATTAAAACATGAAAATACTAATATTGCTAAATTAATGGTTTT
GTCCAGGATTTCAATAGGAGCAGAAGAGTTTCATCGGAAACCAAGCCTTT
AGATTTTGTTTTACAAAACTCTTAACCCTTAATAGTAAACAGAATAACAA
ATAATGAAGTGTTACAATTTCAGGAGCTTAAAACAATTGTTATTTCTGCT
GCGGCAAGATATGCTGCACATTCCATTAAAGTTACGTTTCTGTGGAATAA
CTCGTGGACTTTGTCTGGAGAAGAAATTAAGTACCGTCTGTCAACTTCAA
GGCACCATGAAAGGCATTAAAATGGCCTTTAAGACAATTTAAAATTTAAA
TTTTAGACTTGTTTTAGTATTTTTATCAATTATCCTGCATTTATTGTAAA
TTCTACTTTTTTTTGTCCGATTTATGGAAATTGCGATGTAATACTTCCCC
AAAGCTTTAATTTTAAAGTAAAATGTTTATTTATACTTTACGTTGCTGCT
CATTTTTTAAAGTGTAAGAACGACATTTAAAAAAATGGATGTTTGATCAT
TATAAAAATGATTTAACAGTTTTATAAGATATCTTATATCAGTAAACTGA
TATTCTCAGATATTAGGTCGAGGAAGTCATATTAGATTTATAGACTGGAG
CTTATTTCTAAATTATTATAAAAATTATATTGTAATAAAGAATACGACAT
TTTTAATTACTTAAATCTATAGAGTGCATCTAAAAGTTTTCAAAAGAAAA
AATAGTAACCTCAGTGACTTTATTTCTTTACTGATTTGATTAAATTTTTC
AAAAAAAAATCAAAAACTTAAGATAAAATTGACATTCAACTAATAAAATT
GCCGTTAGCTTGGACCACTTGTTCACACTGGCACTCTGTTTTCTTGACTT
TGCCACGGAGAAAAGTCCAAAATGACCTCCTTATTCCATATCTTAGAGAT
GTTTTGGTGGAGTGAGGACATCCATTAAAAGCATGTTCAATATTTAGACA
CCAAATAGTCTAAAGAGTTAATTCAAGCGAGTTAAGAGGCTAAAAATTTG
GTTGGACTTTTGTACAAACCATCTATTGCTCTTCGATGTTTGCATTGCTG
AGAAGAACCAGACAAGATTTTCAATATGCTTTTGTATAAGCTTGATCAAA
GTCTTGGTTTGGGTGACATTTTTTCCCTGTTTGACAGGTGTAGAAACTGC
CCCTTGCAACGTGTATAGATATGGTAGAATAAGTCTTTATTTAAGATACG
ATGGGCATTTGAAAAGGACACTACGTGGATGCTGTCAACGATCGAATTCA
TTGATTAACAGGAATTATTATCTTGTTTTTCCTCCATAAAGCAGAACTTT
GGACGATATCAGCTACTTTCGGATCTCAAGGTTTTCAGGAAATCGTCAGT
GGGTCCTCACTATCCTGCTCAAAACGTTTTCTGAATTTTTGGACGAATTG
AGTAGTTTATCCAATCACTTGAGACAAGAATGAGTTGTCTATTTTACCAT
TTGAATTGTATAAAATATATAAAAGTGTGCAACATTTTTGTTAATGATTA
AAAGAAGACGGTATTATGTTGTCTTAAGGAAGAGCAATTACCAACTGTCG
TGTTAGAGTGATATTATTATCGGACTTGGCTATAAATTAGTGTATGTTTG
TATCAAAAACGGTTCCTAGGGGATGTGATGAGACCGCAGAAAATAGCGAA
CTTTTAACAAACCAACCCCTTACCTTCTTCTCAGTCATCGTTTGCGTAAA
TAAATAATAAGAAACCATGAATAAAAATTCTTTGAAACCTCGATAATCAA
CTCTGGATAATCTAACTTCGTACTATTATAAATAAATTACATACGTTAAT
TTTATGATAAAACAAGAGTTTATATAAAGTGTGGATTAATAATATTATAA
ACTTAAACTTATATAATGATATTTCAATCTTTGATGTATAGTAACGCCCT
TAGAAGTAACTGAGTGGAGTAAAGTTAAAAAATATGCTTCTAAGCATAAG
TTACTCTCATTTGAAATCAAGTGTATCTTTATTATTTAAAAAAAGATAAT
CCCAACATTGAAATCATCCTTGAGACGAACCCTTTTCGATGTAACAATTT
CTAGATACACCTACATATATTTGCCAGAGTGAATTGTTTTATATTTGTAC
GATTTTACCTTGTTTTTAAAACATCCAATATTATTTCATCTCATTCTTCA
AACTTTCCATGACCTTCTCCATACATTATGATTTATTTCATAATATCAAC
TTATGAGCTAATATTCTGCAACATTTTACAAAAAAGATGTATCTATACGC
ATATATCCTTGAACTAAAAACTAAGGGGTCATTCAATTGCATTGGTTTAC
ACTCTTTGTGATATAATCTCCAAATTTTACACACTTTAGTATTTCCATTA
GTTTTTACTTGTCTAATTTAAGAAATAATTTATTAATGCTCTTTCTTTCG
CCTCCTCGCACAGCTCACGGCAACATCATGGGAAGAATTATGAGATCCGG
AAGGATAGTAATGGCTCTCAGTGGACACTTTGCTGGCTGCAAAGCCGKTA
TTGTCCGACCAACGGATGAGGAAAATGGCGAAAACCCTCCGGACGTGTTC
TCGTCGCTGGTGCGGACCGTTATCTACTTAACATAA
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