EMLSAG00000007373, EMLSAG00000007373-690139 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000007373
Unique Name	EMLSAG00000007373-690139
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592928468|gb|GAXK01030061.1| (TSA: Calanus finmarchicus comp210751_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 191.815 bits (486), Expect = 2.124e-55
Identity = 100/225 (44.44%), Postives = 146/225 (64.89%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLVGSPCDNYSPKAVSSPNIFSTSCGERVANDMSEKIPPKTTSVSTPRGINRMILVNELISKENIAXXXXXXXXXXXXXDSGNDSGHNSINTMSDSQSE 239
             +++GLLW Q+DK FSRWKERFFILTKDY +CF+K SS+LTEMG F+FK+KL DI+ V LLDKRGYLTICI+ +++G++YLR+ EG+++WF+++Q  ++ESKR+K+FW R Q S GL                   S +  S     S +  E       ++     ++ + P+GINR+ LV++L+  E + +   K K     +DSG+DSG +S+NT  +S SE
Sbjct:  158 AVKKGLLWHQKDKLFSRWKERFFILTKDYFHCFKKDSSRLTEMGEFLFKVKLVDIDGVSLLDKRGYLTICISQLRDGRLYLRKHEGVRDWFNTIQCTVYESKRRKKFWVRGQ-SNGL-------------------STQQFSHIYDSSHAIAEEDIGAADDEDEDSDSNNNVPKGINRLSLVSDLLMSEALTDQKPKQKSLTKSEDSGHDSGQSSLNTGCESFSE 772

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592952840|gb|GAXK01005713.1| (TSA: Calanus finmarchicus comp235994_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 176.792 bits (447), Expect = 1.976e-49
Identity = 106/243 (43.62%), Postives = 152/243 (62.55%), Query Frame = 0

Query:   14 TVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINI--VKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLVGSPCDNYSPKAVSSPNIFSTSCGERVANDMSEKIP----PKTTSVSTPRGINRMILVNELISKENIAXXXXXXXXXXXXXDSGNDSGHNSINTMSDSQSEDNLSSPSKVQQ 250
            + +++G+LWQQRDK FSRWKERFFILT DY +CF+KGSSKLTEMG +IFK+KL+ I SV LLDKRG+LTIC+++  V+EG+IYLRR EG+++WF+ ++  + E K +K             SW  N   ++          K V+S +I S    E   +D +E       P   S++ P+GINR+ LV++L+  E I+  +    K+   +DSG +SG++  NT SDSQ E   SS   +Q+
Sbjct:  552 SAVKKGILWQQRDKLFSRWKERFFILTDDYFHCFKKGSSKLTEMGEYIFKVKLSSIASVALLDKRGFLTICLSLSTVREGRIYLRRAEGLRDWFNVIKFCVDECKSRK------------SSWYKNTFKRIT---------KNVTS-DISSDGDHEDANDDNAEHAKPPEHPAAASINKPKGINRLSLVSDLLMSEAIS--YYTRTKEEKSEDSGIESGNSLENTGSDSQGES--SSEHSIQE 1202

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592881375|gb|GAXK01076526.1| (TSA: Calanus finmarchicus comp98672_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 174.481 bits (441), Expect = 1.064e-47
Identity = 76/135 (56.30%), Postives = 108/135 (80.00%), Query Frame = 0

Query:   12 EDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR------FWTRRQ--LSEGLDSWLVNR 138
            E T +++GLLWQQRDK FSRWKER+FILTKD L CF+K +SK+TEMGGFIFK+KL+++E+++LLDKRGYLTICIN+ +EGK+YLRR EGI++W+ +++ N+ ES+ ++       F  RRQ   S G+++W+  +
Sbjct: 1756 ESTSIKKGLLWQQRDKLFSRWKERYFILTKDLLQCFKKETSKITEMGGFIFKIKLSEVEAIELLDKRGYLTICINLQREGKVYLRRTEGIRDWYEAIRENMQESRARRNNRTSAIFADRRQNTDSSGMENWMAQK 2160

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592792055|gb|GAXK01162513.1| (TSA: Calanus finmarchicus comp632401_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 158.688 bits (400), Expect = 1.526e-44
Identity = 72/133 (54.14%), Postives = 103/133 (77.44%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLV-GSPC 147
            +++GLLWQQ+DKFFSRWKERFFILT+DYL CF+K +SK++EMG F+FKLKL+D+E V LL K+GYLTI ++ VK+G+++LRR EGIKEW+  ++ N+ ESK  +    + Q +  +++WL+ R    V G+P 
Sbjct:  620 IKKGLLWQQKDKFFSRWKERFFILTEDYLQCFKKENSKISEMGTFLFKLKLSDVEEVSLLTKKGYLTISLSHVKDGRVFLRRHEGIKEWYSMIKANVVESKANRLMNDKGQNNLSVEAWLLARQSMAVSGTPI 1018

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592792054|gb|GAXK01162514.1| (TSA: Calanus finmarchicus comp632401_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 157.532 bits (397), Expect = 3.518e-44
Identity = 71/132 (53.79%), Postives = 103/132 (78.03%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLV-GSP 146
            +++GLLWQQ+DKFFSRWKERFFILT+DYL CF+K +SK++EMG F+FKLKL+D+E V LL K+GYLTI ++ VK+G+++LRR EGIKEW+  ++ N+ ESK  +    + Q +  +++WL+ R   +  G+P
Sbjct:  620 IKKGLLWQQKDKFFSRWKERFFILTEDYLQCFKKENSKISEMGTFLFKLKLSDVEEVSLLTKKGYLTISLSHVKDGRVFLRRHEGIKEWYSMIKANVVESKANRLMNDKGQNNLSVEAWLLARQSMVATGTP 1015

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592792053|gb|GAXK01162515.1| (TSA: Calanus finmarchicus comp632401_c2_seq3 transcribed RNA sequence)

HSP 1 Score: 156.377 bits (394), Expect = 9.985e-44
Identity = 68/123 (55.28%), Postives = 99/123 (80.49%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNR 138
            +++GLLWQQ+DKFFSRWKERFFILT+DYL CF+K +SK++EMG F+FKLKL+D+E V LL K+GYLTI ++ VK+G+++LRR EGIKEW+  ++ N+ ESK  +    + Q +  +++WL+ +
Sbjct:  620 IKKGLLWQQKDKFFSRWKERFFILTEDYLQCFKKENSKISEMGTFLFKLKLSDVEEVSLLTKKGYLTISLSHVKDGRVFLRRHEGIKEWYSMIKANVVESKANRLMNDKGQNNLSVEAWLLAK 988

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592792051|gb|GAXK01162517.1| (TSA: Calanus finmarchicus comp632401_c2_seq5 transcribed RNA sequence)

HSP 1 Score: 147.132 bits (370), Expect = 1.161e-41
Identity = 68/130 (52.31%), Postives = 97/130 (74.62%), Query Frame = 0

Query:   18 RGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLV-GSP 146
            +GLLWQQ+D+ FSRWKERFF+LTKDYL+ F+K S+  TEMG F+ KLKL+D+E V LL K+GYLTI ++ VK+G+++LRR EGIKEW+  ++ N+ ESK  +    + Q +  +++WL+ R    V G+P
Sbjct:  217 KGLLWQQKDRIFSRWKERFFLLTKDYLHSFKKESNSATEMGAFLSKLKLSDVEEVSLLTKKGYLTISLSHVKDGRVFLRRHEGIKEWYSMIKANVVESKANRLMNDKGQNNLSVEAWLLARQSMAVSGTP 606

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592792050|gb|GAXK01162518.1| (TSA: Calanus finmarchicus comp632401_c2_seq6 transcribed RNA sequence)

HSP 1 Score: 146.362 bits (368), Expect = 2.704e-41
Identity = 67/130 (51.54%), Postives = 97/130 (74.62%), Query Frame = 0

Query:   18 RGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLV-GSP 146
            +GLLWQQ+D+ FSRWKERFF+LTKDYL+ F+K S+  TEMG F+ KLKL+D+E V LL K+GYLTI ++ VK+G+++LRR EGIKEW+  ++ N+ ESK  +    + Q +  +++WL+ R   +  G+P
Sbjct:  217 KGLLWQQKDRIFSRWKERFFLLTKDYLHSFKKESNSATEMGAFLSKLKLSDVEEVSLLTKKGYLTISLSHVKDGRVFLRRHEGIKEWYSMIKANVVESKANRLMNDKGQNNLSVEAWLLARQSMVATGTP 606

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592928962|gb|GAXK01029583.1| (TSA: Calanus finmarchicus comp1519738_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 150.984 bits (380), Expect = 1.007e-40
Identity = 94/222 (42.34%), Postives = 135/222 (60.81%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSK---LTEMGGFIFKLKLTDIESVDLLDKRGYLTICI--NIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLVGSPCDNYSPKAVSSPNIFSTSCGERVANDMSEKIPPKTTSVSTPRGINRMILVNELISKENIAXXXXXXXXXXXXXDSGNDSGHNSINT 232
            +++GLLWQQRD  FSRW++RFFILT DYLNCF+KGSS    +TEMG +IFK+KL+DI +V LLDKRG+LTIC+  N ++EG+IYLRR EGI++W++ L++ + E K+K+            +SW  + G     S   N S  A+ +  I          +D  E+I  +       + INR+ LV++L+  E I    +   +K    DSG +SGH+  NT
Sbjct:  689 IKKGLLWQQRDSLFSRWRDRFFILTLDYLNCFKKGSSSSSSITEMGEYIFKVKLSDIRTVSLLDKRGFLTICLVMNSLREGRIYLRRSEGIRDWYNVLKSCVEECKKKR------------ESWHQDSGWTQALSKT-NMSSGAIDA--ILRDEEHSEHGSDDEEEIQIQMKH----KAINRLSLVSDLLMNEAITNYARAKVEKSE--DSGVESGHSLDNT 1291

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BLAST of EMLSAG00000007373 vs. C. finmarchicus
Match: gi|592792049|gb|GAXK01162519.1| (TSA: Calanus finmarchicus comp632401_c2_seq7 transcribed RNA sequence)

HSP 1 Score: 144.436 bits (363), Expect = 1.251e-40
Identity = 64/121 (52.89%), Postives = 93/121 (76.86%), Query Frame = 0

Query:   18 RGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNR 138
            +GLLWQQ+D+ FSRWKERFF+LTKDYL+ F+K S+  TEMG F+ KLKL+D+E V LL K+GYLTI ++ VK+G+++LRR EGIKEW+  ++ N+ ESK  +    + Q +  +++WL+ +
Sbjct:  217 KGLLWQQKDRIFSRWKERFFLLTKDYLHSFKKESNSATEMGAFLSKLKLSDVEEVSLLTKKGYLTISLSHVKDGRVFLRRHEGIKEWYSMIKANVVESKANRLMNDKGQNNLSVEAWLLAK 579

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BLAST of EMLSAG00000007373 vs. L. salmonis peptides
Match: EMLSAP00000007373 (pep:novel supercontig:LSalAtl2s:LSalAtl2s41:107406:159566:1 gene:EMLSAG00000007373 transcript:EMLSAT00000007373 description:"maker-LSalAtl2s41-augustus-gene-1.5")

HSP 1 Score: 575.474 bits (1482), Expect = 0.000e+0
Identity = 281/281 (100.00%), Postives = 281/281 (100.00%), Query Frame = 0

Query:    1 PPPRLLSTISGEDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLVGSPCDNYSPKAVSSPNIFSTSCGERVANDMSEKIPPKTTSVSTPRGINRMILVNELISKENIAENHKKLKKKLNEKDSGNDSGHNSINTMSDSQSEDNLSSPSKVQQIRHSSVQSTGKYILFLIFNAFNCNQSVFRRR 281
            PPPRLLSTISGEDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLVGSPCDNYSPKAVSSPNIFSTSCGERVANDMSEKIPPKTTSVSTPRGINRMILVNELISKENIAENHKKLKKKLNEKDSGNDSGHNSINTMSDSQSEDNLSSPSKVQQIRHSSVQSTGKYILFLIFNAFNCNQSVFRRR
Sbjct:    1 PPPRLLSTISGEDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEGLDSWLVNRGPKLVGSPCDNYSPKAVSSPNIFSTSCGERVANDMSEKIPPKTTSVSTPRGINRMILVNELISKENIAENHKKLKKKLNEKDSGNDSGHNSINTMSDSQSEDNLSSPSKVQQIRHSSVQSTGKYILFLIFNAFNCNQSVFRRR 281

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BLAST of EMLSAG00000007373 vs. L. salmonis peptides
Match: EMLSAP00000006659 (pep:novel supercontig:LSalAtl2s:LSalAtl2s36:1124995:1137618:1 gene:EMLSAG00000006659 transcript:EMLSAT00000006659 description:"maker-LSalAtl2s36-augustus-gene-11.7")

HSP 1 Score: 154.066 bits (388), Expect = 1.506e-42
Identity = 68/136 (50.00%), Postives = 105/136 (77.21%), Query Frame = 0

Query:    8 TISGEDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR---FWTRRQL--SEGLDSWLVNR 138
            ++  + + L++GLLWQQRDK FSRWKER+FILT DYL+CF++ +S++TEMG FIFK+K  ++E V+LLDKRGYLTICI++ ++GK+YLR+ +GI+EW+  L+  + E K++++      R+Q+  S  +++WL  R
Sbjct:  271 SLDKDKSTLKKGLLWQQRDKLFSRWKERYFILTTDYLHCFKRRTSRITEMGEFIFKIKCGEVEDVELLDKRGYLTICISLPRDGKVYLRKTDGIREWYSLLKECVRECKKRRKESGALFRKQITDSSSIENWLQAR 406

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BLAST of EMLSAG00000007373 vs. L. salmonis peptides
Match: EMLSAP00000002902 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1679:4649:62717:1 gene:EMLSAG00000002902 transcript:EMLSAT00000002902 description:"maker-LSalAtl2s1679-augustus-gene-0.3")

HSP 1 Score: 138.658 bits (348), Expect = 6.090e-38
Identity = 63/126 (50.00%), Postives = 90/126 (71.43%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS--KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRK-------KRFWTRRQLSEGL 131
             +++GLLW QRDK FSRWKERFFI++ DYL CF++  S    T+MGGFIFKLKL+D+E V+L+DKRG LT+ I + K+G+I+LR+PE I+EWF  ++  +  SK +       K FW+++   + L
Sbjct:   26 AIKKGLLWFQRDKLFSRWKERFFIISADYLQCFKRNXSXPSATDMGGFIFKLKLSDVEKVELVDKRGSLTLGICLSKDGRIWLRKPEDIREWFQIIKECVSASKERKGMMKSSKEFWSKKAFGDAL 151

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: EEB15914.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 124.02 bits (310), Expect = 1.669e-32
Identity = 52/110 (47.27%), Postives = 81/110 (73.64%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK----GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
             +QRG+LWQQRDK F+RWKER+FILT+DYL+CFRK    G  ++++MG FIFK+KL D+E V  ++K+ Y  I ++  ++G+I LR  +G+++WF +L+     SK +++
Sbjct:   16 AIQRGILWQQRDKLFARWKERYFILTRDYLHCFRKATDNGFDRISDMGPFIFKIKLVDVEKVTWINKKTYSAISLDFKRDGRILLRSQQGLEDWFDALEECTLASKERRQ 125

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: gb|EFA04025.2| (hypothetical protein TcasGA2_TC014254 [Tribolium castaneum])

HSP 1 Score: 121.709 bits (304), Expect = 1.201e-31
Identity = 55/120 (45.83%), Postives = 90/120 (75.00%), Query Frame = 0

Query:    5 LLSTISGEDTV--LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            LLS+  G+++   ++RGLLWQQR K FSRWKER+FILT+DYL CF++  G+ +++EMG F+FK+KL DIE V+  +K+ Y  + + + ++GKI+LR P+G+++WF  ++  +  SK +++
Sbjct:   54 LLSSSFGKESTATVKRGLLWQQRKKLFSRWKERYFILTRDYLYCFQRASGADRISEMGQFLFKVKLVDIERVEWENKKTYSIVALVLGRDGKIFLRTPDGLEDWFELIEECMLMSKERRK 173

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: EAL39140.3 (AGAP009666-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 120.939 bits (302), Expect = 7.447e-31
Identity = 54/110 (49.09%), Postives = 81/110 (73.64%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK----GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINI-VKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ++RGLLWQQRD+ FSRWKER+FILT+DYLNCF++     S K+++MG FIFK+KL D+E V+ L++R Y  I + +  +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:   21 IKRGLLWQQRDRLFSRWKERYFILTRDYLNCFKRATGSASEKISDMGQFIFKIKLVDVEKVEWLNRRSYSAIGLLLGSREGRVLLRSDQGLEDWFELLEECTLSSKERRR 130

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: ABI31303.2 (uncharacterized protein Dmel_CG32982, isoform D [Drosophila melanogaster])

HSP 1 Score: 122.479 bits (306), Expect = 1.901e-30
Identity = 55/128 (42.97%), Postives = 87/128 (67.97%), Query Frame = 0

Query:    3 PRLLSTISGEDTV------LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS----KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            P + S ++G   V      ++RGLLWQQRD+ FSRWKER+F+LT+DYL+CF++ S     + ++MG FIFK+KL D+E V+ L++R Y  I + + +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:  235 PDMQSLLAGRIPVASMTGPIKRGLLWQQRDRLFSRWKERYFVLTRDYLHCFKRASGSANERASDMGQFIFKVKLVDVEKVEWLNRRSYSAIGLLLGREGRVLLRCDDGLEDWFELLEECTMTSKERRR 362

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: AAF52751.2 (uncharacterized protein Dmel_CG32982, isoform A [Drosophila melanogaster])

HSP 1 Score: 122.479 bits (306), Expect = 1.962e-30
Identity = 51/109 (46.79%), Postives = 80/109 (73.39%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS----KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ++RGLLWQQRD+ FSRWKER+F+LT+DYL+CF++ S     + ++MG FIFK+KL D+E V+ L++R Y  I + + +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:  165 IKRGLLWQQRDRLFSRWKERYFVLTRDYLHCFKRASGSANERASDMGQFIFKVKLVDVEKVEWLNRRSYSAIGLLLGREGRVLLRCDDGLEDWFELLEECTMTSKERRR 273

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: ADV36995.1 (uncharacterized protein Dmel_CG32982, isoform F [Drosophila melanogaster])

HSP 1 Score: 122.479 bits (306), Expect = 1.962e-30
Identity = 51/109 (46.79%), Postives = 80/109 (73.39%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS----KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ++RGLLWQQRD+ FSRWKER+F+LT+DYL+CF++ S     + ++MG FIFK+KL D+E V+ L++R Y  I + + +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:  180 IKRGLLWQQRDRLFSRWKERYFVLTRDYLHCFKRASGSANERASDMGQFIFKVKLVDVEKVEWLNRRSYSAIGLLLGREGRVLLRCDDGLEDWFELLEECTMTSKERRR 288

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: AGB92813.1 (uncharacterized protein Dmel_CG32982, isoform G [Drosophila melanogaster])

HSP 1 Score: 122.479 bits (306), Expect = 2.052e-30
Identity = 51/109 (46.79%), Postives = 80/109 (73.39%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS----KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ++RGLLWQQRD+ FSRWKER+F+LT+DYL+CF++ S     + ++MG FIFK+KL D+E V+ L++R Y  I + + +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:  165 IKRGLLWQQRDRLFSRWKERYFVLTRDYLHCFKRASGSANERASDMGQFIFKVKLVDVEKVEWLNRRSYSAIGLLLGREGRVLLRCDDGLEDWFELLEECTMTSKERRR 273

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BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: ACZ94206.1 (uncharacterized protein Dmel_CG32982, isoform E [Drosophila melanogaster])

HSP 1 Score: 122.094 bits (305), Expect = 2.348e-30
Identity = 51/109 (46.79%), Postives = 80/109 (73.39%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS----KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ++RGLLWQQRD+ FSRWKER+F+LT+DYL+CF++ S     + ++MG FIFK+KL D+E V+ L++R Y  I + + +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:  269 IKRGLLWQQRDRLFSRWKERYFVLTRDYLHCFKRASGSANERASDMGQFIFKVKLVDVEKVEWLNRRSYSAIGLLLGREGRVLLRCDDGLEDWFELLEECTMTSKERRR 377

[Close]

BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: AAO41178.1 (uncharacterized protein Dmel_CG32982, isoform B [Drosophila melanogaster])

HSP 1 Score: 121.324 bits (303), Expect = 3.014e-30
Identity = 51/109 (46.79%), Postives = 80/109 (73.39%), Query Frame = 0

Query:   16 LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS----KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ++RGLLWQQRD+ FSRWKER+F+LT+DYL+CF++ S     + ++MG FIFK+KL D+E V+ L++R Y  I + + +EG++ LR  +G+++WF  L+     SK ++R
Sbjct:   26 IKRGLLWQQRDRLFSRWKERYFVLTRDYLHCFKRASGSANERASDMGQFIFKVKLVDVEKVEWLNRRSYSAIGLLLGREGRVLLRCDDGLEDWFELLEECTMTSKERRR 134

[Close]

BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Match: gb|KFM62761.1| (hypothetical protein X975_10638, partial [Stegodyphus mimosarum])

HSP 1 Score: 103.605 bits (257), Expect = 5.019e-27
Identity = 46/100 (46.00%), Postives = 69/100 (69.00%), Query Frame = 0

Query:   12 EDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS-KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQN 110
            E   L++G LWQQRDKFFSRWKERFFILT DYL CF+K S   ++EMGGF++K+ L D++ +  +DK+    I + + +E ++ L   +G+  W  +L++
Sbjct:   16 ESVTLKKGTLWQQRDKFFSRWKERFFILTSDYLACFKKASKIGISEMGGFLYKVNLADVDDLQWIDKKQDGVIAVRVGQEDQLLLWSSKGLDNWMFALRD 115

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1080053690|ref|XP_018568456.1| (PREDICTED: uncharacterized protein LOC108908800 isoform X2 [Anoplophora glabripennis])

HSP 1 Score: 135.576 bits (340), Expect = 5.049e-34
Identity = 70/163 (42.94%), Postives = 107/163 (65.64%), Query Frame = 0

Query:    5 LLSTISGEDTV--LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFW---------TRRQLSEGLDSWLVNRGPKLVGS-PCDNYSPK 153
            LLS+  G+++V  ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  GS +++EMG F+FK+KL D+E V+  +K+ Y T+ + + ++GKIYLR  +G+++WF  L+  +  SK ++R               ++  LD WL  R    +G  P D+ S +
Sbjct:   57 LLSSNYGKESVHAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGSDRISEMGQFLFKVKLIDVERVEWENKKTYSTVALILGRDGKIYLRAADGLEDWFELLEECMLTSKERRRALRCSHDGRPRDNNNITTTLDEWLAARQKIPMGRLPTDSVSTR 219

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1080053688|ref|XP_018568455.1| (PREDICTED: uncharacterized protein LOC108908800 isoform X1 [Anoplophora glabripennis])

HSP 1 Score: 135.191 bits (339), Expect = 9.248e-34
Identity = 70/163 (42.94%), Postives = 107/163 (65.64%), Query Frame = 0

Query:    5 LLSTISGEDTV--LQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFW---------TRRQLSEGLDSWLVNRGPKLVGS-PCDNYSPK 153
            LLS+  G+++V  ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  GS +++EMG F+FK+KL D+E V+  +K+ Y T+ + + ++GKIYLR  +G+++WF  L+  +  SK ++R               ++  LD WL  R    +G  P D+ S +
Sbjct:   57 LLSSNYGKESVHAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGSDRISEMGQFLFKVKLIDVERVEWENKKTYSTVALILGRDGKIYLRAADGLEDWFELLEECMLTSKERRRALRCSHDGRPRDNNNITTTLDEWLAARQKIPMGRLPTDSVSTR 219

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|952539978|gb|KRT85472.1| (Pleckstrin homology domain containing protein [Oryctes borbonicus])

HSP 1 Score: 132.494 bits (332), Expect = 5.674e-33
Identity = 61/142 (42.96%), Postives = 93/142 (65.49%), Query Frame = 0

Query:   14 TVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQ---------LSEGLDSWLVNRGPKLVG 144
              ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D++ V+  +K+ Y T+ + + ++GKIYLR  +G+++WF  L+  +  SK ++R               +S  LD WL  R    +G
Sbjct:   54 AAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKIKLVDVDRVEWENKKTYSTVALMLGRDGKIYLRAADGLEDWFELLEECMLTSKERRRAQRHSHDNKSKDNNNISTSLDEWLAARQKIPIG 195

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|546683841|gb|ERL93594.1| (hypothetical protein D910_10882, partial [Dendroctonus ponderosae])

HSP 1 Score: 130.568 bits (327), Expect = 7.282e-33
Identity = 62/137 (45.26%), Postives = 92/137 (67.15%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEG-----------LDSWLVNR 138
             ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D++ V+  +K+ Y T+ + I ++GKIYLR  +G+++WF  L+  +  SK ++R    R   +G           LD WL  R
Sbjct:   26 AIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKVKLVDVDRVEWENKKTYSTVALVIGRDGKIYLRAADGLEDWFELLEECMLTSKERRR--ALRHSHDGRPKNNNNNTSSLDDWLAAR 160

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|478257239|gb|ENN77402.1| (hypothetical protein YQE_06227, partial [Dendroctonus ponderosae])

HSP 1 Score: 130.568 bits (327), Expect = 8.356e-33
Identity = 62/137 (45.26%), Postives = 92/137 (67.15%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEG-----------LDSWLVNR 138
             ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D++ V+  +K+ Y T+ + I ++GKIYLR  +G+++WF  L+  +  SK ++R    R   +G           LD WL  R
Sbjct:   26 AIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKVKLVDVDRVEWENKKTYSTVALVIGRDGKIYLRAADGLEDWFELLEECMLTSKERRR--ALRHSHDGRPKNNNNNTSSLDDWLAAR 160

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1133422648|ref|XP_019866994.1| (PREDICTED: uncharacterized protein LOC109595986 [Aethina tumida])

HSP 1 Score: 132.109 bits (331), Expect = 1.312e-32
Identity = 65/147 (44.22%), Postives = 98/147 (66.67%), Query Frame = 0

Query:    5 LLSTISGEDT--VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFW---------TRRQLSEGLDSWLVNR 138
            LLS   G+D+   ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  GS +++EMG F+FK+KL D++ V+  +K+ Y T+ + + ++GKIYLR  +G+++WF  L+  +  SK ++R               ++  LD WL  R
Sbjct:   58 LLSPNFGKDSTHAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGSDRISEMGQFLFKVKLVDVDRVEGENKKTYSTVALVLGRDGKIYLRAADGLEDWFELLEECMLTSKERRRALRFSHDGKPRDNNNITNTLDEWLAAR 204

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1069791138|ref|XP_018320731.1| (PREDICTED: uncharacterized protein LOC108733882 [Agrilus planipennis])

HSP 1 Score: 131.724 bits (330), Expect = 1.405e-32
Identity = 58/117 (49.57%), Postives = 89/117 (76.07%), Query Frame = 0

Query:    7 STISGEDT-VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR 120
            ST   E T  +++GLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D+E V+  +K+ Y T+ + + ++GKI+LR P+G+++WF  L+  +  SK ++R
Sbjct:   65 STYDKESTHAIKKGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKIKLVDVERVEWENKKTYSTVALILGRDGKIFLRAPDGLEDWFELLEECMLTSKERRR 181

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1130228801|ref|XP_019759748.1| (PREDICTED: uncharacterized protein LOC109537450 isoform X3 [Dendroctonus ponderosae])

HSP 1 Score: 132.109 bits (331), Expect = 1.460e-32
Identity = 62/137 (45.26%), Postives = 92/137 (67.15%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEG-----------LDSWLVNR 138
             ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D++ V+  +K+ Y T+ + I ++GKIYLR  +G+++WF  L+  +  SK ++R    R   +G           LD WL  R
Sbjct:   86 AIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKVKLVDVDRVEWENKKTYSTVALVIGRDGKIYLRAADGLEDWFELLEECMLTSKERRR--ALRHSHDGRPKNNNNNTSSLDDWLAAR 220

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1130228797|ref|XP_019759747.1| (PREDICTED: uncharacterized protein LOC109537450 isoform X2 [Dendroctonus ponderosae])

HSP 1 Score: 132.109 bits (331), Expect = 1.757e-32
Identity = 62/137 (45.26%), Postives = 92/137 (67.15%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEG-----------LDSWLVNR 138
             ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D++ V+  +K+ Y T+ + I ++GKIYLR  +G+++WF  L+  +  SK ++R    R   +G           LD WL  R
Sbjct:   86 AIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKVKLVDVDRVEWENKKTYSTVALVIGRDGKIYLRAADGLEDWFELLEECMLTSKERRR--ALRHSHDGRPKNNNNNTSSLDDWLAAR 220

[Close]

BLAST of EMLSAG00000007373 vs. nr
Match: gi|1130228804|ref|XP_019759750.1| (PREDICTED: uncharacterized protein LOC109537450 isoform X4 [Dendroctonus ponderosae])

HSP 1 Score: 130.568 bits (327), Expect = 2.549e-32
Identity = 62/137 (45.26%), Postives = 92/137 (67.15%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRK--GSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKRFWTRRQLSEG-----------LDSWLVNR 138
             ++RGLLWQQRDK FSRWKER+FILT+DYL+CFR+  G+ +++EMG F+FK+KL D++ V+  +K+ Y T+ + I ++GKIYLR  +G+++WF  L+  +  SK ++R    R   +G           LD WL  R
Sbjct:   28 AIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKVKLVDVDRVEWENKKTYSTVALVIGRDGKIYLRAADGLEDWFELLEECMLTSKERRR--ALRHSHDGRPKNNNNNTSSLDDWLAAR 162

[Close]

BLAST of EMLSAG00000007373 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold14_size734282-snap-gene-6.28 (protein:Tk11317 transcript:maker-scaffold14_size734282-snap-gene-6.28-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 171.4 bits (433), Expect = 2.610e-50
Identity = 80/131 (61.07%), Postives = 103/131 (78.63%), Query Frame = 0

Query:    6 LSTISGEDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRK-------KRFWTRRQLSE 129
            +ST  G  T + +GLLWQQRDK FSRWKERFFILT+DYL CF+KGSSK+TEMGGFIFKLKL+D+  V+LLDK+GYLT+ + + KEGKI LR+PEGI+EWF SL+  + +SK +       K FW++RQ ++
Sbjct:  336 VSTTPG--TTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKKGSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTD 464

[Close]

BLAST of EMLSAG00000007373 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold233_size243130-snap-gene-0.11 (protein:Tk00485 transcript:maker-scaffold233_size243130-snap-gene-0.11-mRNA-1 annotation:"hypothetical protein D910_10882 partial")

HSP 1 Score: 161.77 bits (408), Expect = 1.596e-47
Identity = 68/96 (70.83%), Postives = 87/96 (90.62%), Query Frame = 0

Query:   14 TVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQ 109
            T +++GLLWQQRDK FSRWKERFFILT DYL CF+KG+SK+TEMGGFIFKLKL +IE V+L+DK+GYLTI +++ KEGK++LR+PEGI+EWF +L+
Sbjct:   28 TAIRKGLLWQQRDKIFSRWKERFFILTPDYLQCFKKGTSKITEMGGFIFKLKLAEIEDVELVDKKGYLTISLSLNKEGKVFLRKPEGIREWFQALK 123

[Close]

BLAST of EMLSAG00000007373 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold845_size89356-snap-gene-0.21 (protein:Tk02769 transcript:maker-scaffold845_size89356-snap-gene-0.21-mRNA-1 annotation:"GH13265")

HSP 1 Score: 125.561 bits (314), Expect = 9.652e-33
Identity = 60/129 (46.51%), Postives = 86/129 (66.67%), Query Frame = 0

Query:   15 VLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSS-KLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRKKR-----FWTRRQL--SEGLDSWL 135
            V +RG LWQQRDK FSRWKER+F LT+  L+C+++    K T     +++++L ++  V+LLDKRGYLTICI + +EGK++LRR +GI+EW+  L         +K      FW+RRQL  S G++ WL
Sbjct:  355 VEKRGYLWQQRDKIFSRWKERWFTLTRKTLSCYKRDQHIKTTANHDLLYQVQLLEVCDVELLDKRGYLTICITLEREGKVFLRRTDGIREWYKLLVEYSQSQAHQKNSTSNSFWSRRQLTDSSGMEHWL 483

The following BLAST results are available for this feature:

BLAST of EMLSAG00000007373 vs. GO
BLAST of EMLSAG00000007373 vs. C. finmarchicus
BLAST of EMLSAG00000007373 vs. L. salmonis peptides
BLAST of EMLSAG00000007373 vs. SwissProt
BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
BLAST of EMLSAG00000007373 vs. nr
BLAST of EMLSAG00000007373 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000007373 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000007373 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592928468\|gb\|GAXK01030061.1\|	2.124e-55	44.44	TSA: Calanus finmarchicus comp210751_c0_seq1 trans...	[more]
gi\|592952840\|gb\|GAXK01005713.1\|	1.976e-49	43.62	TSA: Calanus finmarchicus comp235994_c0_seq1 trans...	[more]
gi\|592881375\|gb\|GAXK01076526.1\|	1.064e-47	56.30	TSA: Calanus finmarchicus comp98672_c0_seq1 transc...	[more]
gi\|592792055\|gb\|GAXK01162513.1\|	1.526e-44	54.14	TSA: Calanus finmarchicus comp632401_c2_seq1 trans...	[more]
gi\|592792054\|gb\|GAXK01162514.1\|	3.518e-44	53.79	TSA: Calanus finmarchicus comp632401_c2_seq2 trans...	[more]
gi\|592792053\|gb\|GAXK01162515.1\|	9.985e-44	55.28	TSA: Calanus finmarchicus comp632401_c2_seq3 trans...	[more]
gi\|592792051\|gb\|GAXK01162517.1\|	1.161e-41	52.31	TSA: Calanus finmarchicus comp632401_c2_seq5 trans...	[more]
gi\|592792050\|gb\|GAXK01162518.1\|	2.704e-41	51.54	TSA: Calanus finmarchicus comp632401_c2_seq6 trans...	[more]
gi\|592928962\|gb\|GAXK01029583.1\|	1.007e-40	42.34	TSA: Calanus finmarchicus comp1519738_c0_seq1 tran...	[more]
gi\|592792049\|gb\|GAXK01162519.1\|	1.251e-40	52.89	TSA: Calanus finmarchicus comp632401_c2_seq7 trans...	[more]

Pages

BLAST of EMLSAG00000007373 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 3


Match Name	E-value	Identity	Description
EMLSAP00000007373	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s41:107406...	[more]
EMLSAP00000006659	1.506e-42	50.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s36:112499...	[more]
EMLSAP00000002902	6.090e-38	50.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s1679:4649...	[more]

BLAST of EMLSAG00000007373 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000007373 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 12


Match Name	E-value	Identity	Description
EEB15914.1	1.669e-32	47.27	conserved hypothetical protein [Pediculus humanus ...	[more]
gb\|EFA04025.2\|	1.201e-31	45.83	hypothetical protein TcasGA2_TC014254 [Tribolium c...	[more]
EAL39140.3	7.447e-31	49.09	AGAP009666-PA, partial [Anopheles gambiae str. PES...	[more]
ABI31303.2	1.901e-30	42.97	uncharacterized protein Dmel_CG32982, isoform D [D...	[more]
AAF52751.2	1.962e-30	46.79	uncharacterized protein Dmel_CG32982, isoform A [D...	[more]
ADV36995.1	1.962e-30	46.79	uncharacterized protein Dmel_CG32982, isoform F [D...	[more]
AGB92813.1	2.052e-30	46.79	uncharacterized protein Dmel_CG32982, isoform G [D...	[more]
ACZ94206.1	2.348e-30	46.79	uncharacterized protein Dmel_CG32982, isoform E [D...	[more]
AAO41178.1	3.014e-30	46.79	uncharacterized protein Dmel_CG32982, isoform B [D...	[more]
gb\|KFM62761.1\|	5.019e-27	46.00	hypothetical protein X975_10638, partial [Stegodyp...	[more]

Pages

BLAST of EMLSAG00000007373 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1080053690\|ref\|XP_018568456.1\|	5.049e-34	42.94	PREDICTED: uncharacterized protein LOC108908800 is...	[more]
gi\|1080053688\|ref\|XP_018568455.1\|	9.248e-34	42.94	PREDICTED: uncharacterized protein LOC108908800 is...	[more]
gi\|952539978\|gb\|KRT85472.1\|	5.674e-33	42.96	Pleckstrin homology domain containing protein [Ory...	[more]
gi\|546683841\|gb\|ERL93594.1\|	7.282e-33	45.26	hypothetical protein D910_10882, partial [Dendroct...	[more]
gi\|478257239\|gb\|ENN77402.1\|	8.356e-33	45.26	hypothetical protein YQE_06227, partial [Dendrocto...	[more]
gi\|1133422648\|ref\|XP_019866994.1\|	1.312e-32	44.22	PREDICTED: uncharacterized protein LOC109595986 [A...	[more]
gi\|1069791138\|ref\|XP_018320731.1\|	1.405e-32	49.57	PREDICTED: uncharacterized protein LOC108733882 [A...	[more]
gi\|1130228801\|ref\|XP_019759748.1\|	1.460e-32	45.26	PREDICTED: uncharacterized protein LOC109537450 is...	[more]
gi\|1130228797\|ref\|XP_019759747.1\|	1.757e-32	45.26	PREDICTED: uncharacterized protein LOC109537450 is...	[more]
gi\|1130228804\|ref\|XP_019759750.1\|	2.549e-32	45.26	PREDICTED: uncharacterized protein LOC109537450 is...	[more]

Pages

BLAST of EMLSAG00000007373 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 3


Match Name	E-value	Identity	Description
maker-scaffold14_size734282-snap-gene-6.28	2.610e-50	61.07	protein:Tk11317 transcript:maker-scaffold14_size73...	[more]
maker-scaffold233_size243130-snap-gene-0.11	1.596e-47	70.83	protein:Tk00485 transcript:maker-scaffold233_size2...	[more]
maker-scaffold845_size89356-snap-gene-0.21	9.652e-33	46.51	protein:Tk02769 transcript:maker-scaffold845_size8...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s41	supercontig	LSalAtl2s41:107406..159566 +

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-LSalAtl2s41-augustus-gene-1.5
Biotype	protein_coding
Evidence	IEA
Note	PREDICTED: uncharacterized protein LOC108908800 isoform X2 [Anoplophora glabripennis]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000007373 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000007373	EMLSAT00000007373-703220	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s41:107406..159566+

gene from alignment at LSalAtl2s41:107406..159566+

Legend: mRNA

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

>EMLSAG00000007373-690139 ID=EMLSAG00000007373-690139|Name=EMLSAG00000007373|organism=Lepeophtheirus salmonis|type=gene|length=52161bp|location=Sequence derived from alignment at LSalAtl2s41:107406..159566+ (Lepeophtheirus salmonis)
CCACCACCACGACTACTTTCCACCATTAGTGGAGAAGATACAGTTCTTCA
AAGAGGTCTCCTTTGGCAGCAAAGAGACAAATTCTTTTCACGATGGAAGG
AACGCTTTTTTATTTTGACCAAGGACTACTTAAATTGCTTTAGAAAAGGC
TCTTCTAAACTCACAGAGATGGGCGGATTTATTTTTAAGGTATTTATATA
TTATATTCCATATTCATACTGGGGGATATCCTTTTCTGGGACCTTGTTTT
TACGTAAACTCCCGTAAACAAATTAAGAAATAAGTACTGTTAAATTTAAG
TATTTCTTTGTATATTTTAAGAAGAAAGAATAAATTTTGAGCTTGTTGCA
GCCAGAAATATTCTTAATTTTTATTTTCTTCAATTTTATCAAGATTACTA
ATAGAGCTCAAGTTGGTCTGTTTAGATCGTAATGCTTTATATAAATTATG
TAACCCAATCCGATTTACAACTACTACAGATACCAGCAAAACAGTAAGTG
ATGAACGCACTTATTTATATTGGGGGGGGGGGGGGCTCGGTTTTTGGATT
TTATTGGAAACAAATTTAAAAAATTACATCTCAAATATTAACAGAAAATA
AAAATTCTTTAAAATTTTTTCAAAGATACACAACAATTCTCAAAAAAAAT
TATTATTTGTAAGTTTTTTTTTTAAACATTAAATTTTTCCAAAAAGACAA
ATCAAAATCCACAGCTATTCACTAAATAATTAATTTTTTGAAAAAAAGTT
TCATATATTAAGTTTTTGGTAAAAAATTTAAAATAGCTATTCTCAAAAAG
TTAAATTTTTGGTACAAAATATTTAAAAATTCACAGTTGTTCCCTGCCCC
TCCCCCCAAAAATCGTATATTAAATTTTTTTTGAGAAAAATTTCAAAAAT
TCATAGTTATATAAGGAAAATTAAACTTTTTGAACAAAATTTCAAAAATT
ACATTTTCTACTAAAAGCAAAAATTCCTTAATTAGTGGATTTTGGTACAA
CCCTTCCAGTCCAACCCTGCAGACATGTTTGCCTTCAAAATTCGACCTGT
GGGCTATTGTATTACTTCAACTTTGAAATCCGTATATATTTGTAACTCTA
AATATATGTACTTTTCATTTCTTTTTTAATATAACGCACTGACCTGTAGC
GTCACACACTTGTTTTTATAAATGAGTCCTCCACAGACAGACAACCAAAC
TTGCTTTATTAATATAGATATAGATAAAAAACGAACCTTTCCTTTATCAA
ATGAAATAATACATAGGTTTGCAAGTTGTTTTTTTTTAATTTTTTTGTTC
TTTGATTGGTCAGATTGAGTTGCATTGATTAAGTATAAGTAAACGTTTTA
GTATTACAATGACTCCATTTGATCTGGGAATTGTCTTTRAAGCCAATGTA
CAAAATGTACTTTAGGAGTCAGCGTGTATCGAACATACGCACATTGAGTC
TAGGAAAATTATTTCCCCTGGTTGCGTTGTCCATTGAACTTCGTCGCTCC
AATTAACTATTTACTTTCAAATATAAGTCATCTGAAATATCCCAGCTCAT
TCAGCTTCAAAAATACATATTATACTCCAAATAAGGAATATTTGTGCTGA
TATGGAACCGTTTACAAATCCTTCAGCTGAAACATGAATATTGTGTGCTT
TTTTTTAGGTTGATTTCTAGTCCTAATTTCCATTTACCAATTATTAAACA
TTATTAAACGTTGACTCAGCGCGAAAACATGCTATCTGGACAAAAACTTG
AATTGATACATTTAAATTTAAATATTTGGGTGACTATATCTTCACCAATA
ACAGAGCTAGGAGATTCAATTTTTTGCTATCCTCATTAACACGATTTTAT
GATTAGATTATAAGTTTTTTAATTATCTATGTCTACTATAAATACCAAAT
TCATAAAATGCAATGACCACATAGTAAATCAAAATATCTNNNNNNNNTTC
AGAGCTAAACTGGGCTGTCTGATATGGATTGTATGATTAAGTTTACATAC
AGTTTAGTAAAAATGTTAGTTTTTACTAATTCATGTACCTATTGCAGTAA
AATATTGTTATAAATATATTTGTTAAAAGCTAACAATATGAATTGCACAT
TCCTGCATCTAAAAGTCGGTGTGAAGTAGTCACAATTTCACAGAAGGAAT
GCAACACTGCATTGCATATAGAAGTTTTAAGGATGTATAGCATGGTTTGG
TCCAGAGTATGTACATTCATAGCAAATAGTCGTTTCTGAAATATGAAAAA
ATTGTTGTCATTTTGGGGGGAAAAAACCAAAATCAAAATCTCCATCTATT
TCCAACACCAAAAAGTTATTAAACTCACTTTTTTATATTTTGCTACTTAA
TATGTTTTCGTGCAGGGTCAAGGATATGTTACTGTATTTATAAATAGTGT
TGTGTAGGCCCTTATTTATTCCGGTTAGTCCAGTGCATTCGTAGGACAAT
ATTCTCAGTCCTGGGACCGGTCCTTAAGAAAGTCAGCCCTAAGGACTGTC
AGTACTAGAACTGATTAAAAAAAGACTAAATAAAGTTGAGTGACGTTATG
AAGTACTAAACTGGACCGAATCGAGACAGAACTCAACGAAACTACAGTCT
TTATTCATATATAAGGACCAACCCAACACATTATGTATGGAGTATTTAAA
AAGAGGGACTGGTAGCGTATAGGATTGTTGTTGTAATAAATTCCCATCAT
TTGAAAATTAATTCATTATCCATGCATAACTTTAAACCGAGTTATTTTTC
ATATAATATATATTTAACGTTTACACAAATGTGTTATATAAATAAATGAA
GATAACATTATAATATAATTAAATCCAGGATTTCCCAATATTTATTGTAG
GGGTAAAACTCTGATAAATTCGATAGCTGAGAGAGTAAACCTAGTTCATA
GTTATTATTAAAGCCTCTGATATTATTAAAACGTTATTTTTGCAGCTCAA
GTTGACGGATATAGAGTCTGTGGACTTGTTGGATAAGCGGGGCTATTTAA
CCATTTGTATTAATATAGTAAAAGAAGGGAAAATCTACCTCCGACGACCG
GAAGGCATCAAAGAATGGTTCCATTCCCTTCAAAATAACATTTTTGAATC
AAAAAGAAAGAAACGCTTTTGGACACGTCGTCAACTCTCTGAGGGACTCG
ATTCTTGGCTCGTGAATCGAGGMCCAAAATTAGGTAATTATCAATCAATT
CTTAGAAATAATTATGTCATTCATAGTAGTATTCTGTCGACTTAACTTGA
TTCAATCATTCTTGACTAGACTCAAATGATGAGTCCATTTTCAAATTTGA
TTATAAAATGAAGGATTTTAATATTATGGGGATTATGACCTTTTCCAACC
ATAGGCCTAAATAAAGATTGAGATCACATTCTATTTTTTTTTTTTTGCAT
TRTTAAAAGGTAAGTTAAAATTCTAGTACAAAGTTGGAAAATCAAACTTT
GGCTTGGATTAGAGTATGATTTGTAATATTAGCAATAATGTTTCCTATTA
ATTTTTTGCATTAATACTAGTTTTTTAATAAAACTTGACCTAGTTAAAGC
TTAAGCTCCAGGCTATTTTGAAGCAAAATTTTTGAAATCAGCAGATTTAT
TGACCCGAAGAATCATTGACAAATCAAAACGAGTCGATGGTGGTTCTAGT
GGACACAAAGCTAGTGTTGTCTCTGACCTTATTATTGATCTAGTCCAGTT
CAGTCTTGGAACTGTCATTGCGAGAACTGATTAAAAAAAGAAGAAATGAT
GTTGAGTGACGTCATCAAGGACCGAACTATATAAGTTTTAGGACTGAAGA
GGATGGGGCTGTAGTCTTCTGTCTGAAAGAAGTACCGACACAAATCTACT
CATAGCCATGTTAAAGTAATAAAGTCTTTACTTTATGATTTCTTCTTCTA
TAAAGCTCAAAATCCTGACTACTTACAAAATGCTGATTCATTTTGTATTC
ATTGAAGAAACAAAATAACTTTGTCACTTTTGTACCTATAATGTATGTAG
GTATTTCAATGAAATAGTAACCTTCTAATCAAAATGGAATTCATGTTTAT
ACGTTTGTTCATATTAGGATTTGTAATATAGATTGTACCTTGTATGTACC
TTAGGGTGGTTCGTTTTTGTAACTTTTTACCAAGTTCGATTACGGCCAGT
TTGGAAAAGTTGACATGTTGTTAGACTACAACTTATGGAAAATTTATTTT
TCCTAGGTAGTACATCTTGTTGAAAGTAGGAAAGGAGACGAAGTTCTTTA
ATTCGTTAATAAGGATTAAAATGTAACATTAATCATTATTTTGCATATCT
TAATTATGACTGATATTATTTGAACCTATCAAAAACATTAATATTTTTTT
TTTTGAAGCTACTCTATTGAGGAAAAATAACATAAGAAATTTTTTATATT
TTTTTTCTGAAAATATAAAAAAAAAAAGATACGCGGATCATCAAATGTTC
CAAACTTTTTTCTCTTTTATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTATT
TTGCATATCTTAATTATGACTGATATTATTTGAACCTATCAAAAACATTA
ATATTTTTTTTTTTTGAAGCTACTCTATTGAGGAAAAATAACATAAGAAA
TTTTTTATATTTTTTTTCTGAAAATATAAAAAAAAAAAAGATACGCGGAT
CATCAAATGTTCCAAACTTTTTTCTCTTTTATTGTTCCGTACGACAACTT
TAGAAAAAAACTTTTTTACACTTTAAATAGCTTAAAAAAATGTCTATCGA
AATTATTTTATGCAAAAAAAACTAAAAATGTCATCCTAGTATCTATACTC
ACTAAGTAAAGAGTATTTACCTTTTTTTCTAATTTGATCGAGATCTGCGA
CATAAAGAGGACCTCTTAGGAAAGTGCAATTTTATATAGGCCATTTTCAT
ACCACATGACAGCTTCTCTGCAATAGTCGTTATCGAAATTATATACATAA
TAATATGTAAATCATTATTCTACAATACAAGAGGGGAAAAGCGTCGGTAC
CACTTACTACTRCGTAAAAAATTATCCCGTCAAAAAGTTTAKCACATAAC
ATTCATTATGAAATGTAGGCACATCAATGGCACGATTACATAAAGGGATT
CATTAACATAATTTTGCATAATATCATAATANNNNNNNNNAATCGCGCAT
ACGAATGTTTTAGAAGGGTACATATATATGTAAGAAGTTGGATAACTCAA
ACTGAAAGAAAACTATTTTAACTAGTCTATTTTGTTCGAGATATATACTT
ACATATTATACACGTCAAAATTCAATAGCTATTAACAAAAAATTAAATTT
TTTGTTGAAAAAAATTTCGAAAATCCACAAAAAATTTCTAAATTAATTTT
TTTGGAAAAAAAATTATGAAAATTCCAATGGTAAATTTTTTTCCAAAAAA
TTCTCAAATATTATTTTTCTATAGCTTTTCATAAAAAAAAATCCATATTT
GTTCACAACAGATTTAAAAAATTAAATTTCGAACATTCATTTTTTTGGAA
AAAAACCTTTACCCCTATTTTTGTCTAAAATTTTACATGGTAACTAAAAT
ATTTATAGTAAATAGGAAACATTCCTTAAGGGGGGGGGGGGGGTGAAMAC
GCCCCTCCCCCAGGACTTAATATTCGACATAAATAATTTTTAAAAATGCC
TAAAAAATGAATGAATTTCGATTCTTGATTTTTTTTTCATCGACTAAAAG
TTAGATTTTGTTCTCTCTTCATTTTTAACTTTCGGTAGTGCCCTGCATTG
ACCTGAGTTATTAGGCATCAACGAACATACGGATTTTGTTTTTATACCTA
ATATAGAAAATAACTCTCCAACAAATCCTTGTTATTACCCTCTGTTTTTA
ATCAATCAGTACTTATTAGTTATCTCCTCAAGAATAAAAAATAATTATAA
CAGCTGAAGTTTAAAAAAATATATATGATTTGATGACTTTTGCTCATTGC
TAAACCTCATCCAAAATCATATTCATTTTTAAAAAAATATGGGACAAAGT
ATTTCCCGCTTCTTTTCCTTTTTTTTATATGAGTTGAACTAAATGACTAA
ATTCATTTTATTCATTGATCCCTTTACATTATACTTTTATTTTAAATACT
GTATTTGTATATGATACAAATTTTATTTGGAAAATAATAGAAATTAATAA
AAAATTGGACATTTGATGTATTTATAATCAAATTTCCCGACAGGGTGTAA
AAAAGATATGAGGAGGGATACCCTTGAAAATAGAGCAGAGTGTTTCTTAG
AATTAAAATCATGGATTTGCATTCAAATTTTGGGATGAGTTAAGAGACTC
AGGAATATAACATAGCTATAGTGCATAACTTCGATTTGGCTTATGTGACT
TAATTTGGCGCCAATATGCATTTTCAAATAAAAAATTTAATCATATTATT
TTAACGATGAATTATTGGTATTTTAAATGCAATTACGGGCATCTCCAAAG
GATTAATCAAATTATTAATTTGTGAAAAAATAAAGTGTCATTTATACTCC
ATTTTGAAGGGAAAAAAATCTAGTTTGCTTTTTTCTTGACGGGACACATA
CATCCTAGTACTATTGATAATTAATTTGATAAATTGGGAGATTTGCATTT
ACAAAAATTAAAGCATCATTTATTTTAGTTTCAATACTGTTCTTCATTAG
GAGATGAACAAACTAACAAGATATTCATAGTTGCAAGATGGCTCTGAAAA
TACTTTGTATTAGTAAACAAACAACGCTCATTAATACACAATAAAATAAT
GAGTAAATTAACAAAACATTCATACCGCAAAGTGATTTAGAGACCCAAGA
CTTAATAAAGTCTTAATGAACAACTCTCACGGCCTATTATTTCAATATCT
TAATGTCTTCCTTAATTTTTGGTTTCGATTCATACCCACTTTTTGAGATT
CCAATATATGTTCTTTGCTTACCACGAAACTGGAGATTGTAGCTACTGAG
TGGATATTATAAATTAAAAAAGAAAATGGTCTTATGCAACGTCATCAAAA
AAAACAAAAAAACTCCCCCCTTAATATGAGGCACCCCTTTAAGTGTATGC
GATTTGTCCTTAACGATTTTTTTGTTTTCTATTCTTAGTAAAATAAGTAT
CAATAAATATCAATATGTCAACACTACAAATAGCATGACTTAAACTTGGT
AAAAATTTGATTTGGAAAAAAAAAAAAATCAACCCCTTAAGGGATTGATC
TATTTTTCAATTACATGTCAATTTCTTGAGGAAACATATTTTAAAAATAA
CATTTATTTTTGTAAAATAACAACACCTGAGATAAGGTCAAATATAAATA
ATAGACCTGTAACAGCATATGTCTTTCTCGATATACTTGAATGTTTGGAT
AGGGGGGAGTCATCAATCCCAATCAATCGAAAGAACAATCATGACCAAAT
GGAAGACCCATGGATCTTGGATCGAAAAATCGATCCTCTGGGAAACAATC
CATGATGTCTTTTCGTTCATATACCTATATACATCCTGGATTCAGCTTGA
AAATATTGAAGACTTATTAGTTTCAAAACTAAATTTAGGATTTGTGAGCA
ATCGCTCAACAGCTCAAAAATTGCTTACTTTGCCCTGTTTTATGTGAAAA
TTGCTTATTTTTCTAACCTGATATGATGGAAAAGCAGAGAAAAATTAGAT
TCTAGTTAGATTAAACAACAGCTTTTGATTATTCTTTGATTATATTTTTT
GAGGGAAAATATATCTGTAAAAACTTTCCTCTATTTGGCTCTCTTTTTGA
AGGTAAAATATGTATATGATCCAACCAGGGATATGATTACATGATTGGAT
ATGTGAGGGAACCAGAATCCAACAMCAGCCAATTAGAAGAAGGGAAAATT
TGACGCAAAATTGCCTATTGAATAATCCTTCTTGATCTTGCAACAAAGGA
AAAATAATAATGCGTCAAATTGCAAAATCCTGATCTTCCATTAATGACAA
AGGTTAGAGGTATAATCAGTTATGGTGGTGATGATGATATCCCTCCATCT
AACAATACTCCTGAAGATCTTGTAAAATCCAAATTTAATTAGTCAATTTT
GATATTTTGTGTGCTAATTTGAGAAAATTTTAGTGCTCTTTTTTTGCTCA
TTTTGGCCAAACCAATTGCACAAAAATCCTAAGTCAATACATAACTCAAC
TAAACTTTAGGCGAATGTTTCATATTTTTTGGAGTACCTTTTAAAACCAA
ATATTGCGTCTACCACACAAATAAAGTAGAAATTTGTAACGAGATATCTC
GACTAAAATCCCTTAAGGGGTTGGATTACAACTCTGATTTCGAGGTACAT
AGTACATATTAGGAAATTCGAGATATCCGACTAACTTCCACATAGGTATT
AAGTTGTAATTACGTAGCTACGTAAAAATAACGACATCTTTTAAAGAAAC
AAATTTGGCAATATAAATATAAAATCAAATTATATCATGCAAAAGGAATG
AGATTGTTTTGCGAAAAAGGGTTGTGCAAAAATAATATTTAGTACATATT
ATGTATGTACATAATACATATTTTATACAACTCCTCATATAATGTGATTA
TTCTTATAACATGAAGCACTTCCTCTATTTTTTTTTTCTTTTGGTTTTTT
GCCTGAGAGTATTATAATTTGTGATGCAGCATAAATACATACTTACTTAC
TCCCTATAGAGAAAAGAGGTAAAATAAAAGCAATGAATCATTAGTAGATA
GGCAGGCAGGSACCMTGGGTGGGKAGGKAAGTAGGKCAAAGTTCATCATG
CACAAATTGCATGGTTTTATAGATATTTCTTTGTTGTATCTAAATAATGG
GATGTTAATGAATATGAATTTTGTAGAGGAACAAGGATTTGCTCTAATAA
TAGGCGAAGTAAAAAGTTCCGGATGTTTTTTCGCTTAATTTTGGCAATAA
AATTAACATAGTTAGAATTTTCCGATTTACATGGTTCCGAACGATTTTCT
GGCTAATCTTCACTTCCTGGGCAATAGAATAAGTGATTACTTGTCGGTCC
AACTAAACGATTTCCAATTATTTCATCGACAATTTCGMCGTCCATATTAC
CAGAACGGAATCGTTGGAACCACTGCTTTGCTGTTGTATTCGATACTGTC
TTAGGTACATAAACAGCACAATTCTTTTTGGCCCCCTACTCAGCCTTTTA
ACCTTGGTTGTAGACATACTGAAAAATGTATCGAATTTTGTATACTTTAT
TTTCTGTAAGTTTTTAAATTTTTCCAGTACTCCATGCCTTTTAGTGAGCC
TTTGTTCCAATTTTCAAAGACTACATTATATTTTCCTATGTTCAATGTAC
TTTCAATCATAGAGAGACGCGCTGGAACGATTATTTTTAAATAATTGCAT
GATTGCAATTTTATTGTAATATATTTTGAATAATATGAATTCTACAAAAA
AGTATAATTTATAGGCACAATTCTATGTTCTTGGCCAGAAGCATAGATGT
TTAGCTTTTTTTTTTCTTCTTCCTTTTTTTCTCTTAAAGAAATCGAATAT
AAAAATGAGTAAAATCTCTTATGTTCTAACTATTTATAACATGATGAGTT
CCAAAAAGTTCTGAGCATTGCCCATAGACGAAATATATATATAGACAGAG
TATTAATCCATTTTGGGACCGCATCTATTTTTATCCCTAATCCAGGAACA
GTTTAAGTATGTAATGCGCATATTTTGAAGACACAGTAGTATACTTTTAA
GAGGTAAAGTTAATACATCATCGGTGTCCAATGATCGAGTCTGACCAGAA
GGAGTGTGTCTTTTAGGGATCATAAAACAATCAAGAAGTAAACCTTCAGC
AAGATACATTTTACGGCTTCAATATAATGTTTATCATCCTTTTCTTTTTT
CAAACAATCAATTTCAATTTAATATTCCACTTCAGTGAGGATCTTCATCA
TCTTCATCAAGTCTGACGTGTTGTTCTTGTTCATAGAAGGTCCCCTATAA
AGTTCTTGGATGGACAAATACAATCTTTACAATTGTACTTGGCTACGGGC
GAGATCAATCATTCATTGGCCTGTTTTATTCTTTCTATTGATAAAAGGGC
AAAAGTCAACTAATAAAAGTTTTCCCTTTGACTACCTGATTCTAAAACGT
ACTCTGGCAACGTCATAGGGGTGCAATTCTACAGCTGTGCAAAATTAAGT
GATAGTTTGGGTTCCCCACACTGAAGACGAGGGGTGTCAAACATACTTCT
TGAGGGTGGATCTGGCCCATCTGAAGGGTTGGCCCGGAAAATACCTCTGG
ATAATTAAAATAAACGAATAAATTTACTGTAGTTTTCTTTCAAATCTGCG
AATACTGTATTGTCAGCTCGGAACGCAAGGTTCTAGCTTTTAGTCTAGAA
AAAGTGAATACAGAGTGTTTGATTTTTCAAGAAAAAAATCTTGTGCATGC
TATGGTGCCACTAAGTTTCGTTGATTAAAGAATACAATATTCTGCGCCAT
TATGAAACTCAGCATAGTTAAAAATATAATAGCTTGCAGAGAGAACCGAA
AGATAAATGAAATGATGATCCGTCTGAAAAGACAGCAATCTGCTTTCATC
AGGAGWGAARAAGCCTGTGATATAGCGGTGAAAGCCAGTTACCTAATTAC
GAGCCAAATAACTTTATCATCAAAGCCTTATAGTGATGGGGAATTCGTTA
AAAAAATGCATGTTGACGGCTGKTGAAATTATGTGTCCTGAGAACCATGA
TATTTTTTCAAACATTAGCTGACAAGAAATACAGTGGCAGATAGGATTTT
AGAACTATTGGTAGATTTGGACCATAATCTGTAACGCCGAGTTATGTCAT
TTTTTGGCATTTTCTGTTGCGATTGGGTGAAAGGTTTGTTATAAATTCAT
ATATATATTTTTTTTGCTCTTAGGTCGTTCATAATATATTTAATAAAAGG
AACATTCATATAATATAGACTTTAATTAATGATTTATTCTTTTTTGGATT
AGTATTAGTCACTTGTACGTTGTATGTAATTTTGCAATGATTTTACTTGC
TACACCACATTAGATCAGATTAGTCTGCATTTGGTCCCTAAACCAAATGA
ATTCAGGGTGCCTGAAGGGGGTGAACTTGTTGGGATGTAGATCCCCCCTA
TTAAGGATCTTAATCTTTTTACAAGAAAATTTAGTATTTAAAATTTAGTT
TAATTTTTTAATTAAATTAAAAAAAATTAATATTTGAAACTTAGTTTTTG
AATTTTTTTTTCAAAGAAAATTAAATTTATGGATTTTTTCAAAAAATAAA
TCCAATCCTTCTTCCTTGAGTTTCACCCNGGGTTTGATGTTGTTGTTTTT
GTTTCTTTAATGACCTTCATAAAATATAAATAATTATTATAATGATAATA
TCCCAGCTTTTAGTGAGGAATTAAACATACACTTAAAAAAGAAATAAGAA
AAAAAGACGTGGTTCATAATGTCGAATATCATTTCGTATTATATGAATGT
ATATTAGACTGTCTCTTTTTGGGTTCATACCCCAGGGGCGTCCGCAAGAT
TATATTTTTGGCGAAGAGCTTAATTTTTGATTTTTTTGGAAAACATTTTC
ATAAATCCATAGCTACTAACAAAAAATTACATTTTTTGCGAAAACATAAT
TTTTTTTTACGAATCTATAGGTATTCAAAGAAAATTAAATCCAGAAATAT
CAAAAATCTACAACTGTTTATAAAAAAAATTGGGATTTTTTTTAAAAATC
RCCAGCCATTCTAAAAAAAAAAATTGTATGCAAATTTCAAAAATCCTTAA
TGATCCAAATATCACATTTTTTAGTAAAAAACAAAAATTTCTTAATGGGA
GGGCTACAGTCCCTCCAACCATCCCCCTGCGGACGCCCCTGAGTTAAGTA
CCACTTGTAAACTTTTTTTTCAAAATCTCCGGTACTCCAAAGGGCAAGTC
TACCCTATTTGAGAACCACTGTACTAATAGACCCCAATAATAATGAAAAA
ACAATCTGCAAATATTTGGTTTAATCGTAGTGTGTATGGGAAAACAAATG
AAAAACGAATTTGCTTCCTTTGTAAGGCATCAAGGGAAACGGATTGGAAT
TTTTGATTTAAATGATAACATATAGCAAATGTCTGGGAACACTTAAGATG
TGATTTGAATTTTAAAATATATTTAAATGCGAAGTATTTTTTATACTTTT
ATATTGACCCTAATAAAAAATAAATAAATCTTATTACTACGAAAGTTCAG
AGAATCAATTACAAATTCAAATCCACCCAGAACCTGATAATTATTTAACA
AAATTTCTAAGGATGTGATTTCCTTTATTTTTGTGTGAAATACATGAATC
AAATACATATAATTATAAAAAGGTACAGCTTGTGACACGTATTTGGAACG
GTACAAGAAGCGTAAAAATACGCATTTTTAACTCAACAATCTTATACTTT
TAAATTAAAATGGTCTCTACCACGCCAAGAAATGACTTGTTTTTTTTGTT
TGTTTTTTTGTTATCCATAGAAGAACAAGGTTTTTAAGCAGAGGGAATTA
AATTTGAACCTAAATTAGGGACAGTCTAATATACACACATTGTACATATA
AATTAGTCTAATAAACAAGTCCATGTAATTTTTTCCCCCGTAATTTCATA
GACAAAGGCCCAAGTGGCATCAACCAATCATATTCATTAACATACATTGC
AGGTTGTATCATATCATAAATATATTTTTGATGGTTATTAATAATTATTA
CATATATATATATATATACATANNNNNNNNNNNNNNNNNNNNNNNNNTTA
TCTTTTAATCATCAAATATAGCACTTTGAGGACCTATAAAGGCGTTTGAG
CAAAGAAATATCTCAATTTGAAGCTTTTTGCCCAGCTGCACACAGCATTA
TTAATAATTATATATCTTCCTCTCTTTCCTCTATGTCGTATAATTAGTTG
GATCCCCCTGCGACAACTACTCACCAAAGGCCGTCTCGAGTCCCAACATA
TTTTCAACCTCTTGCGGAGAGCGCGTGGCGAATGATATGTCAGAGAAGAT
CCCTCCTAAAACAACTTCTGTCTCTACTCCGCGAGGCATTAATCGAATGA
TTTGTAAGTAATTTATAAGACATTCTTCAAACTGTAAAGATTACATTGTC
CAAGGTTAATAGAAATACAAGGTTGTTCCATCATGCTATCGGGCTTTCCA
GAATTTTCAATTTAATGTAGAGTATTGACTGCTAGGCAAGACAAACAGAT
TTGGACGTCATAGAGTATAACAGTGTTACTTTAACAGTAACAGTCAAGGA
AGGTGATGCATAGTTACTCTTTGTAATAGTTATACTCTTTGACGTCACTT
AAAAAGCGTGGGGGAAGTCAAACATCAGTCGGAAAAGCGTTAAGGTATCA
TCTTGTATTTCTATGAACCTTGTTTTTGTCCTTTTTAGTTTTTTTACATA
GCGACAGTGCTTAAAATTTACAATCTGTAACGATAAGAAGTGTTTAAAAT
TATTTGTACAAGTTACAATTCCTTCGTCTTAAAGTGCACTATTTATTTAA
AACATCGGTAATTCTAATTATCAACCATTAATTTGAACTATCATTTTATT
TAAATTTATTAAAATTAAGTGATTATTTATAAATTATATATAACTGTGAG
CATTTGAACTTAATAATGTGCCAAATAATATTTCTATTTTAGTAATTAAT
TTGATAACTACTTTAACTCCTCAAAAATATTTTTTATCTAATATCTCGAA
GAAAAGTTAACAATAATCATCATTATATTATACAATAGTAATATAGATTT
TGTGAATGTTGCAAAACTAACCCGATCATTATAATATCTCAAATTTATCC
TTGTGAATGATGTCTAAATTTAGATACAGTTATATTTACTGATAACCAAT
TATTCAAATTACATCAGTCACAGTAAAAACAATGACTAAATGACTTCATT
AGTACAAAAAAAAAAAAAATGATCCTTCCAAAAATTAATTTTTATACAAT
ATCTGGAAGAAAATTTTACAATAATTATTGATTTCTTTCCACAATAACTT
GCATTATACGATAAAGTTGTGATAAAATGTTTTGACTGTTGCAATTGATC
CCTTTTAAGGCCTTCTTTTTAATATGTGAAATTTGCCTTTATGAGTGATT
GCATTTTTATTTTTTTTAATTATGTCGACTGATAGTAATTTAAATAATTA
ATTAATAATTAAGGGAAACTTTTATTTTTCAAATGAAAAGTTGACTATAA
TTCTTTTATCCAAAGTATCTAAAAACTGTGTATTTTTTAGATCCTTATGT
AAATAATTGAAACTCCCCATTTCGAAGTAATCAGTGGCTGRTTAGATCAT
GTTTTTGACAGATCATCCAAGATARTCTGCTTATCTAATAGTAAAAATGT
TTTGGTTTTTTTTTTTTGGGGGGGGGGGATTGGATTCATTTTGAAAMATT
TTNCGATTCGTACCTATAAAAAAATCTACTTCTGAGAATTCTTCATTCTC
ATGAATTCTTATAAAGTTGACAGAAAAAAATAGAAGATAAAGTTCCCCTT
ATGTCGGTTTTTTTTTCTTCATATTTCTTCTTTGCAAATTTTATATTTCA
TATAGAAAAAAATGGGTAAATGAGAGAACGTTAACTATAAACGTACTTTT
CTTATATGTTTCCGTATTTGACTGTATTATAGATACAATTGAGATGTACA
TTTTCTGACTATATATATATTTTTTTTTTTAAATGCTCAAGAAGAAATAA
GGGGCATTTTGTATTCGAGGGTCCCATGTCTTCCCTTCTTTATAAATATG
TGAAGTGATCATTCAATTTGTATGGGTGGAGGGATTGAAATTTCTCACTC
TATACATCTATATTGTATTGTACCTAAGTACATTCATACGTGTGGAGAGA
AATCAGTTTTGTTTCCTCCACCTATGTTGGNAATAGGTGAATACATATAT
ATATAAATAGTCAAGACTCCCCCCCCCCCCCCCGCCTTGGTGGGGCAAAA
TCCTTGAACTCAAATAAATAACTACTTTAATGGAGTGGGATGGCTGAATA
TGGTTCACAAAATAAAAATAATAAGTTTTTTAATTTTTGTGAGAATAATT
TTCTTTTGAGTCCTGGTGTTTGTATGTAGGGATATTGATTTAATGGGATA
AAGAAATTATAATTAATTTTTAATAAATACATTATGTGGAGGATATGTAC
TCGTATATTATAATGATCACTATTTTCGAAATGAAATAGTTTAAGGTAGC
CATTTTACACAAAAAGTGCGTCATTGGATGAAAAGAGTCTTGCGAGGGTG
GAGAAGCTATTTTTGACACCAGTAATGAAAGAAATCCATCTCCTCGGTTC
TAAGAGACTTTTAAATAAGTCTTTTGAGTTCTTTTGAACTCTTTTTAGAG
AATTTTGGCCCCTCCCTACAGCCTGATACCAACCCCATCGACTGCACTTT
TTGTATGCATATCTAGGGGAAGGCCTACAGTGTCCTTCATCCAAACACCG
AGGCCCTCAAAGCCTCTGTTACTCAGCACTGGTACCCAATGATACAGGAC
CACATCAGCAGTGGGCAGATGCCTTCGACTGCCATCTGGAAGTCATCACA
GGCTACTGTGATGACTTTAATTTAAGATTAAGAGATCTCATAGACACATC
TACTTATAGTATTAATTTTGTTAAAATTCTGTTGTAATACATAAATAATA
TCTTGTTGAAGTTTAAAATTCAAAGTGTTCAGTTTTTAATAGAACACTCG
GTATATGGACTTCAAAAAAGATTCCTAGATCAGATGGAGTAATTGTAATA
CTATAATATTTACTTAGGTATACTTAATTATTGTAACTCCAACCAATTAA
ACCGTTAAAGGCTTAATAGTATAAAGATATGCACATTCCTTTTTTTTTAT
ATCTTGAATATGACACGCTTAGCTTTACTAAACATCCTTTATTCATATAA
TATTTTAAATAAAAGTATGACACCCTTAATGTAAGCAACACATTCATTCC
TACATTGTTATTTCTTAGATCAAAAATGACTGATATGAAATTGAAAAATG
GATATATATTAACATTTAGACCTACTTTGCTTCATTAATAAAGATTTACA
GAAGATGTAATTCCAGGTTATCATTTTTACACGTATATTTACTTCTTGTA
GACGTTTATATAGGGTTGATGTCAAAAAAATAACAAATCAAACTTCACAA
AATCTTAGATAGCAACAACGAATCCGTATTATAATATACAGAAACAAAAT
GAATTAAAATTATTTCTGTATATTCTTTAAAATAATTTTTTGAAAAAAAA
TCTAAAAATGAAAATTTTGGGGAAAAAAATCATAAATCCAAAACCATTTA
CGAAAAATTAAATTTTTTGGGGGAAAAATTTTAAAAATGTATTGGTATTC
TTAAAAAAAAATTTATAATTATATTTCACAAATTAATTTTTTTGGAAAAA
ATTTAAAAAACCTACAGCTTGTCAAAAAAAAAATTAGTTAAAATTTCAAA
AATCCATAGTTATTCTTAAGAAATTTAATTTTTGGAAAAAAAAATTTAAA
AAATCTACAATTTTTCAAAAAAAAAGGAATTTTTTTTCAAAAATACAGTT
ATTCTCAAGAAATTAATTTTTTTGGAAAAAAAAATTCAGAAATTCACAGC
TGTTTACAAAATATTTTGAAAAATTAAATTTTCTTGTAAAATGCAACATT
TTGAGGGGGGGGGGGGGGCTATWTTCCATCCAACCCACCCCCRGCGAACA
TACTACGGATACTTTCATTTCAAAAATAGTGATCACTCTAATGAATATCT
ATATGTATTTTGAGTTTATTAAGAAAAAAAAATGTCTTAAACCACAAAGT
TTTTTATGAAGGTTATTTTTTTTTAATTTACAAAGAAAATGTAAATTAAC
AACTTTTTTAATTAAATATCCCATAACTCAAAAAGTACATCTATTTATAA
GATATATGTAGCAATTATTATTAGAACAAAAATGTAACCATTTGCAATCA
ATGAATAACTACGCTAATCATTACCTTTTCTTCTCTTTTGTACTATTTAG
TGGTGAATGAGCTAATATCCAAGGAGAACATTGCCGAGAATCACAAGAAG
CTCAAGAAAAAACTGAATGAAAAGGATTCTGGAAATGACTCGGGGCATAA
TTCCATTAATACAAGTAAGTTTTTTGTTTTCCTTTGACCTTTTTTTTAGT
AGTTCAATGTCATTTTGAATGTATGTGGCTGCATTCATAGGAGCCGGAAC
AACAGGGGAAGGAGCAATGGAATCCTCACTTTTTGAAAAAGTATATGACT
GAAAAGTGGCGTGATTATTATATGTATAGTATTGACTTCATTTATATCTA
TAAAAACAGTTCCTTCTCCTTCATTGCCCCCTCATCTTCTTTGTTACAAG
TTACACATGAGTAATTGTCTCTTAATACTATTCATCGTTCATCTATTTAT
TGCATTAAAATTTCCGTTCAAACACTCAATCGTTAATTTCTCTCCGTTTG
TTTGTTAATTATTTTTCAAGCGAAACCTTTCATTTTTATTCAAAATTTAA
TCCACTACGAAAAAACGTTTTTCCTCCCGAAATGTCCCTTTTGATTGGTA
TTACTTTATTGTTTTTACTAGTGGGGTATGCATTTTTTTTCTTCCCTTCC
ATGAATTCATAATTTGAATTCATGGAGGTTCCATAGTTAGTGTTAGAGTC
ATTCATGATACTCTCAGCTAGTTTCATGTCGGTCTTTATTAAGGACTGAT
GAAGACTGCTGTCCCGTCAAGTTCAGTTTTGTCTGGTGTAGTTAAATACT
ACATATCAGTCCTAAAAACGTATGTCCTTGATTACATCACTCAACTGGCA
CTAGGAAAATTGTCCTTGGGGAAAAGGACCCCTGGAAGATTGCCCTGGAG
AAAATTGCGAGTTAGGAAAATTTCCCGTATTTAAACCTCATGATGAATAA
TAACACATTATAAATTCGTTTAATATTATTTATAACAAATATCTATACAT
AATTTTTTCTTCTATCCTCCAAAGGAGTACCTTGAAGTGTGAGTAATATT
ATTGCAATACAATTTCCTTGCAATTTTATAAATTCAATCCAATCTCGATC
TAAGAAATTGTTCGAGGGAGGAATGAGTATCTTAAGACCTCTTAAAACAT
GATTGAATATCCTCCACTCTCGGATTGTCCCGGGGGTAGTGTAGGATTGC
TAAAAACCACAGTCAATTCATTTAATACATCCAAAGAACTCCTCCAATAC
CAAAAAATAGTTTAAGCCTTTGGTTTTTCTTATTTTTTAACACCATTTAC
CTCTTTTTTTCTTATGGATAKTATTTTATACTGGCAATTTTCCTTCATGG
AACTTTTTCCAGTGCAGTTTTCCACGCACGCACTCAACTATATATATTTT
AAGATCTGATCTCGTACTGACAGATCAAATGGACAGGTCCTAAGACAGGA
CTGAACCAAATAATTAGGGKCCGCCATATTGTAACCAATTAAATTTGGAC
CATGGTCGTCCCTTTGACACCTTTCTTTTGGTCCTCGGGGTAAAAGATGT
ATGTCTTTTGGGGACAGTAGAAAGGGGTGAAGAAATCTACGGGCAAACGA
ATGAAAAACAATAATCGGTCCTCATTTTTCGGTCAATCTCAAATCCCACA
AGGGACTAATGAATTATTGTCTCTTTCCTTCATTGAGCATTAATTGTTTG
ATTACATAATGTTAATGATGATACTAGTCATCAGACAAAAACACCGCAAA
TGATCGTTTGACCAATTGTCATTAACCTTCATTTGATCATCATTGTTTAT
TTCTCACGACATTACCCCACTAATATAACACTCTTCTTTATTGTCAACTA
TCAATTTCTAGAATACTCTTGTCATTAACTTATAGTGGTCTTAACCTTGA
TTAATTGAATTCGGACTAGCTCTTGCTAAGCTGTGGATAATACCTTCATA
TTGTTAAATGAACAATAGTCCAACAATTTGGAAAAATCGGTAATAACTGT
TCTTCAAACTCAAAATCCATCTTTTTTAAAGGAAAAGTTGTAAGACACAT
TAAAAATCAGATCGTGATTAAATGTGGATTGTGGAAGMTGCATCTCATAA
CGTCTTTTTTTAATTATAACACAAGCAATATAATTTTTATAAACAACTAC
TATATGTTGATGCTTAGATGATTTCATTTTGATTTATTAAAAGGGCTCAT
TAATTACTGTTTTACGATTTACATGACCGTTGATTTTTACAATGACACAA
TTCGTCATTTTAATCTGAAAAGTCAAATATTAGATGATCTAACAGAACCA
TTCAATCTACCAAATTATTATCCCCTTTTGATTACGACTCATACTAATGA
CATTTCCAGAAAATCAAAACTTCCTCACGACGAGCTTTTCTTAGCTCGTG
TACTTATCTTTATTGACCTTGTAATCTTTTCTCCAAATACAAAACCGAAA
AAAGGACACAAAATCAATATGTAATTGGCCAATTCTTTCCAATTATGGAA
TAATTACTCAATATTGATTTTAAAAAATTATACCATTCGAGGGTGGTCTT
GATTGTTGTTATTTTTATGGAAAAAAAATTGACAGATTAAAATTTTTTGA
AAAAAAATTTGAAAAATTAATTTTTTCTTAAAAAAAATAATTGGAAAATT
AAATTTTTTAGTTGCTAGAAAGAATGAGGAATGATATATGCCATAGTTGT
GTCCTGAAAATTGATTGGTTGAACTTCTATTATCTCATATTGTTAATGAC
TCTATTAAAACTATTAAATAAAGAATGCACAGTTGGTAAGAATTTGCAAA
TAACCAGTTAATTTTTATCTATTCTTTTCTGTTTAAAAAAGGAAAGGTTC
AATTATGAATGGAGATTTTTTAATAGGAGTACAAATTGTAAAGCTTTTAG
ACGACATTATATGTACAAAACATTCCATTCGTTGTCTTCTCCCCACGAAG
AAAGATATTATATATATAATAATGTACCTATTTTAGATCCTAGTATGAAG
AACTATTGAGATAATTAATCAAAGTCTTATTCATCTCCATAATTGGAGAC
AAAACATATGCAGCCCCCCCCCCCCTCTAAATATTTTCTTCTATATCAAT
AGTAAGTCCTAATAATAGGAATAATCACTTGGTCATGCTCCTTTGTGACG
ATTATATTGATAAATAAACATAAAATATGGACATATGAAAGGGATTCGTT
CCCCGCAGAAAAAATGRGCCTCGGATATTTAGTGATGTAGACGCTCCGAA
ATGTTGACATCTCGTCTTAAATATTAAAATTCGTCGGAATCGAACACAAA
AGCCATTCCGTAGTGTAATCTTTGCTAAATAATGTCATCAAAGATGTCTG
CCATTGATGTCTTCCCCATTTTTTGATTAGGCATAAATTGATAATATTGG
CTTAATTTTTCTCATGCATGAAAAATACTTAAATTTTTACTAAAATAATT
AAATTGGCAAACTAGCGGTAAACTACCTGGCTTTGCCCAGAGCAATTATG
CATTGACGAACATACAAATTTTGCTTGCATACACAAATCCTTGGTGTTAC
GCTCCGTTTTTCATGAGCATACTCACATGTAGTCAGAAGGGCAACCTTGT
TTTATTAATAAAGATGAGTGAAAACAATTCCATGTTATGATACATTTTTC
ATGAACCAATAACAGGTCCATAAAATGGACAAAACGTGAGATTGGACCAA
TGTTAAGTTCTAGGTGGGAACATGGACTCTAGACTTGCGACTCGACTTGA
GTACATATTTGGAAGACTTGCCACATTATTTGATTTCAATATCAAAGACT
CGAGAGATGAATTGAACTCAAGAGCTGGTATATGCTGAGCTCAAAAAAAA
TCTTAGCCATGGATAGGTTGTAAATTGTCAATATTTTCTGTATTTGAAAA
AAACAAAAAAAACCGGGAATCAATATGGTTAAAATGACAATTTGAAGAAT
GTTTCAGAGGAGAACAGCTTAGCAGTCATTCAGTTTTATTAAATTAGCTG
CGAGCTGCTGTGGGATACAGAAGATAAACACATGTCCCACTCCGTATCAA
GGAAGGATATAGGGAGGAGTTTTTGATCCTCAATTCTCCTCTGAGWACAA
AAGGGACTTACCCTTTAACTCTACAACAAATCCTCAGGGTTAGTTTCCAT
CACTCGTAATTTCACTATATANNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNCTTAGATGTTCTCTCATCAATAATGAAATAATGATAACGACAGCTTT
AAAAAATAAAAGAAAAACACTGGCTARAWWGACAAMCAACAAAMACCCYT
AAAAAWANTTARGATTTACAACTCTCACTACAAACCGCAGAATTATATTT
GGGGGTTGCTTAGTTTTTATGAATTTTTTGAGAAAATTTTTTTTTAAATT
TTTAAAATTTTTAATCCTCATCTCTTTAGATAAAACTTGAAAAATTAAAA
ATTAAATTGTTCGGAAAAAATTTCAAAAATCCGTAGCTATTCACAAAAAG
TTWACTTTTTTTTTTTAATTAAATTTTCTAGATAAAAGCAAAAATTCCTT
TGGGTGGGGAGGGCTACAGTCATGCCCCTGACATACCCCTTCTATTATAG
TTTTTGTCTCAAAAGAAATCTAAGACTCGAACAGTACTGGGTGAAAATAT
AAAAGAACTTATTCTTGGAGTAAATGGACTTTTCCATAGTGTTTAGACTC
TGTCCAACACCACTTTGACCAACGTCTGTTAAGGCCTCATACATCCATTC
TGATATTTTTATTTTCCTTATCAAGAAAAAACCCTCATTTTAAGAGAACT
CTTAGAATCGTGTATGAACATTATTTATGCAGTAAGGTAGCAGCCTAGCT
TTGTTTTTTTTCTTCGATGCAAGTTCAATATATATATATATATATCCTAA
AAGTTATTTGTGTGTGTGTATTAAATGGTTTTTTCCCCACTATTTTTTAA
CGTATATTTTTAAATAATATGTAACCATATCTGATATTTATACCATTCCA
CACAAATTATTTTTTTATATATTAGCCTCATTTCCTAAATATTATTTAAA
TGAAATATTTTTCTGTAGTCATAATAATTACTTCTAAATGCTATCACGTA
ACTACATCGAACAATATACGAGTACATAAGTATTAAACTATTTACTAAAT
AAATCCACTCCTCCTTCACTTCTTATCATGCAGCTTCAAGGCATCCATTC
ACTCTCTTCCTATTATGAAAAGGTTGTGTGATCCAGTATCTTTGTTTCAA
GGCATTAAAACCATAGAGATAAAATACTTGGAGTGATAATACTGAGCAAT
AGCAAGGGAAATTATTTTACATGGCGATAGGAGACGAAAAAAAAAAGATA
GTTGACCAAAATAATCGTAAACATTGTACTCCCCCCCCCCCCCNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
AGTCAAAAATCTTATTCATTTTAAGAATAAAAAATTAGTGACTCTTGAAT
TGAATTACTGTTAGAATAATCTCTTAAATCCACCATTAATATTGTGAAAG
ACGGACTAAAATTTTACTTAAATCTAAACATTTGAATAAAAGATTAATAT
ACTTTATAAAATACTTATTAACCTATTGACATCTCCAAATTCATATGATC
ATAGTAATAAACTACTACTTATTACTATAAACATTTAAAAAATATATATA
TATTTGAAGCGCCATCTATGTTTTTAAGATATCTAACTATTACAGTTCGA
AGGTTTTCAACTACGTCTTCAACTCATCTCTCTATGTATTTTATCTCTAT
GGTCCTAAACATTGATTGGTTAATTTCAAATTATTGGATGTCAAAGAAGG
AAACACAAATGAGGGAAACAAAGACAAAATGAGCAATATTTGCCCAAATA
TATGTAGTTAGTTAACCAGTTCCTTAATCACGTTTTTTATTGGTGTGATG
ACTACTATTAATAGGGCCGATAAATGCTACTACTTTTTTTTTAAAAAAGG
GAAAGGTTCTCTAACTTATGAGGAATTACAGAATTGCAACAAGAATACTT
TTTTTACCACCATGGGGTTTGGAACTACCATGAATATTACTCCATCATTA
TTTATACACTCTGCGAAACGATGGAAAAATTTACATACTTGAGGAAGAAA
CATGATGAAGTCTGTACTGATATCTTAAAAGTGATGTCTTGTGAGAGGGG
AACATGTGTTGTTTTGACGTAGCAAAGGAACTCTCCTCAAGCTAACCGTC
GTGTTTTGTCACTGTGTGTCATAGCTTTGGTTCTGGTATAGAATTTGATC
CCAACAAGCATAATTGAATAATGATTTCATAGTTGGTAATAATTCGCGAA
TTACTTCCAAATGATTTGGGGCCTTTTTTTGTTTCTTTTTAGAGAAAAGG
TATAAAATATAATAAAGGTAACGACTATTCTACATTACTTTACTTATATA
AAAATTTACATTGTACTTTGTTATCAGCTGTCGAATTTTGAACTTCATGT
TTCCTTTACTGTTTTTCTGAACGTTGATTAATTCAATTTGAATTAGCCCT
TGATGTGAACAAATCCCAACAAAATTTAATTAATAATTTCATCGTTGAGA
AGAGTTTGCTAAGTATTACCAACTGATTTCGGGCCTTCTTTCTGTATCTT
TTTGGAGAAGACAATATAATTCTTCATTTAACACAGTTTTACACCACTAG
CACAAAAATTTACACAATATTTTGTAATCAGCTGTCAAATTTCTGCTCCC
TCCCCATTATCAGTGTTCTGAACGTTGGTTAGTTGAATTCAAATTTGTTT
TTGTTTAAAGCTATATACAATTCCCAACAATTTACTATTAAATTATAATT
CCATAGTTAGGATATAATTGGCTAAATTGATTATGGACTTTTTTCTACTT
CTTCTTTTTCAAGGAAAGGTTGCGAGATAGAATGCATGTGCTTAATTTCC
TTTGTGAATCCCTCCCATAAATCCATCCCGTCACGAAGGATGATGAGTCA
GGAATCATGCTGAATGTAAAACAATGAAAATCCGTCTTAAAAGAAGCAAT
AGGAACAAATCCCTTGTCTGACTATAAAATATTATATTAAGTACGTTATG
GAATAAAGACGGAAATGAATTCACCACTTCTTCACTAATTAGAATTGATC
CTGAATGATTTTGCAATCTTTATTCAGAGGAGAAGGAGGAAGTGCGATGA
TATTTTTAAAAAAAAGCCAAACAAAAAATGTTAATGTAAATGTTTGAAAA
TTGATTAAAAAATCATTGAAATTGATCACACGTATGGGTTATGTTACTCG
CATAGAGGGCTCTTTGAACATTCTTCCCATCGAGACTAACGATTATTTTA
TTTTTTTACACAACTTCAATTGGATATATTGGGTATTAAATTCATTTTTT
CAAAAAAAGTTTATAATCCTTTTTTTTGGTAGACAGTATTTTAAAGCTTT
TGTAATCTTTGAAATTTTGAATGTAATTTGATTTAAACCGTCTATTTCAC
TACTAAACATTAATATGGTTAATTAATCACTCATTACTGCTCATTGAAAC
TATATATATACATATATACACAATTTATTAAATATTTTTTCAATTAACAA
AGTGGTTTTTCTCTGAAATCTCAAAGTTAATATCAATTTTATTGAATATT
AACAGAGTTGTATGATTAATAAAATATATTATTAAAAAACATCATTCATA
AGTTATGTAATAAATAGTTTGGGTAAGTATAATATATCTTTAATACAATT
ATTTTTCTATGAAACGGAAGCAAATTAATAACATTTATTTACTACAAATA
CAACTGTGGAATCTATATTAAAGATTGAAAGAGACGTGAAAAATGTCGAG
GATTTATTTCCGAAAAGTGACGATTTCTCCGATANNNNNNNNNNNNNNNN
NNNNNNTTGTGTGATATCATTTGAAAACTGTAAGGGAAATACATAAGGAT
TGTGACTATAATTACAGACCTATAATGGAATATTTTTGATTCCGTCTAAC
AAGCATAATCTGTGTATCTAATAACCAATTGTTTCCATTCCTTCGTCATC
TGGAACCTCCTTTGTTCCTTCACTTTTGACAAGGAATGAGAAGAATTTAT
CATATAATGTATGATAAATATCCATGTACTTTGTGACAAAGCTCATGATG
ATATCTGTTCCTCATATTCTATTACTATTAATGTCAAGGAATCAATTACT
CGTATAATAAATTATATTTATAACATATATTATTGTCAATAATATAAAAT
AACGCTTCATATCCTTCATTGGGCATTACGATAGCAATAATTGTTTCTAT
GTTAACTTGGTTCGATTCGACTCAAATCAAACAAAAAATATATATTATCC
AATAGATGTCGTAACAGTATTTATTCAATTTTGTAGTACAACAAATAAGT
AAACAACCACACCCCACAACCACCCCATTTGACGTTCACCAATATAAAAC
AGAATAAGAATTTCAAAGAGAAAACTTCCTCATAAGCTGGGAACACAAAT
CTCGAGATTCTTATCCGTTATCCATACTAACAACTCCGTCTTAGGAAGGG
ATAGATTTAGGAATTAGTTTGAGTCTCTCCATTAATCTTTGGCTAGAGTT
AAAATCCGGAGCAAGGAATCAACCATGAATGATATATTGAAGGAATCCAA
GGAGTTAGTATAATATCATCACAGCGGATGCAATCTATTCCCTCCCAAGG
CTGAGTTGGTTGTACGGATAACGGATAAGAATTTATATTTCTAATTTATT
TTTATACTCTATTTATGATAATTGATATATGTATGTTAAAGAGGCGGMTG
TCAAGCTACAATTAAGTAAACAGAGCTCTTACCCTATTGGCTATTWTCAT
TCTTGAAGTTGTACTATTTTTCTGCAATATGGCGCCACTCTCTGACGTCT
TGTTTATATTCCAATATAAGTAAACAATGGGCATGCCTTATTGCGAGTCG
ATTTTCAAATTGACTAAAATAACCATGCCATGAAATATTCAACGACTTGG
ACTTGTGATATAAAAACTTTTTTCCACTTCTTCTAAACAGAGTATTTCCA
TGTGAAATGAGCATTGTTGATGTCGGCCATTTTTGGAGGCCTAAACAAAC
CAATTTTATAAGAATCAAAATCATTTTTCCATTAAGATGAAGGATAATGA
TGAATTCCTGCTGTATATTTCGATGCCAAAGGGGACTGACAAATAATAGA
ACCTCTACTGTCTATTAAAAATCTATCTTTGCCATCAAGTAGTATTCAAC
AGAACATTTCATTGACGTCATGAATTACCTCATAATTGAAGGGGACGCCA
TCTTGGGTTTTAAAGTTGATATTTTTACTACATAAAACGGACCAATTTCC
AATAAATATTAATCAAACTCTGAATAAAAATAGACTTATGACTTGCATTG
AATACTACTTGATGCTAATGATAGATTGTTATATATTAATTCTATCAAAG
TAATATGTACTAAAAATCCCTAAAAGTGTCTGAATTTGTACAATTATCAT
TATTTTTGATCAATTATGGACGAGAAAAGCAAAATAATTAGAGAAAAATA
TTTTGTCTGTCCATTGTAATAYTTAATTNNNNNNTCTGTCCATTGTAATA
GTTAATTCTTATCCACAATCATGAAAATATGATTGTACAATGAAATAAGA
TATTTTTAATACATTTTAGGGCCAGATATATATTAAAACTAAGGAATAAA
GTTATGAATTTTTGATAGACATAAGGTTCAAGTCTTTGTATTCGTTGGTC
CAATTTTATTATCAAATATTCACTATTCTCCTTAATATTAATGAAAAAGT
GGATTAATATGGTTGTAAAACTTGATTGTTTAGGCTCCCAAGATGTCCAA
AATTAAATCGTTTTTTTATTTATAAAGTCATATAATGAAGTTTCTTCGTG
ATTTGTTTGGAAGTTTGTCTATTTTGTTTAATTAATATATCGAGTATGAT
CCCACTAGAAGTCATATCTTCAAAATCAAGATGCGATTGTTTTCAAATTG
GCAGTGATAGAGCAGTTGGGGCTTCGTATTTTTTCCTTTTATGATAATGT
ATTGAATTAAGTTGGCCTTTAAAGACTCATCACAGCACTAACAAAAAGTA
CTTTTGCGGAAATATGTTCCGGCTTTTATTCTATGCCTTTGAATGCCTTA
TTGTTACAGATTATTTCTTTTTCTATTATCTATATAAAGAGTGTCTTTCA
ATTTCATTGTATATATCTAAAATACCATGAATTTTATTTATCATATAATT
CTGATACCCATCATTTCATTTCTTTTCTTTTGTGGCCTCTTTTGATGCTT
TGTGAAATCTATTCAATTTATTCAGAATTATCTCCTTTGAATGTAGAATA
TACATATATTATATTATAATATTATTGATATGTCGATGTAATCAGGTTCA
AGGTGACCTGTCATTTATTTTCCATCATCATCCCCCCCCCCCTCCYCTCT
ATCCGGCAACAAGTACTACATATAATATAAATTTATAACTTGTAATAAGT
AGTATTTCGATATGCCTCTTTAAGGAGTCACAAGCAGATAATCTATTACT
TCAAAAATGATATTTCATAATACAGTCATACATTGAGATACGAGTGTTCA
AAAATATGAGTTTTTTTAAAGATACGAGCTGGTTCTGAACGACGGCAGTC
CTCGAATCAAAATTTTATCCCCGTTATTTTTAATTACAAGGCTTAATTAC
GCAACCAAACGACATCTGAAATATAAAATATATAAGTTTTGTTTTTATCC
CATACCTCAAAGTGTAGAAATGTCGGAGATAAATACAACGCGTGTCCAAT
CTTCTTTGTCCATGTCTCAGTGCCAAGAAGGCTCAGATACCGTTCGGATC
ATCATTTAGATTACCTAACTGCTACAKCAACTATATTGCAGMCTTCTGGC
CTGCCTCTATGTGGCCCTCCTCCAGCCCTGACCTCAACCCCTCCGGACCC
CTTTGCAGTTTGGAGTGTCTTGGAGGAAAATGTCTTCTGCATATCTCATC
CAGCTGTCTTTAGGACATCTACGTGTATAGATTGTGAAATAGGACATATT
GATATAAACATAGTATTTGAATATATCACAAATTGATTTTGATTTGTGTT
TTCTTGATTCCATATTTTATTTGTAATTACTTTATTTGTAATTTAGTCAT
GCCTCTGCCAATTTTGAGCCCTAGTTTTGAGTGCGAGCTTTTATTTAGAT
ACTATATGTTCGAGAGTTGCGGACAGGACGCCTGAGAGAGAGAATCGTTT
TAAGCGTGAATATTAGTCTCTAAGTATAGTTTAGATTATGGAACCGATTA
TTTTTATTTATTTATGTTTCGAATGAGATAAATTGCTTTGACAAAAATTT
GGTTACCAAATCTATCATAAAGGTACATGCAATTCATTACTAAGAACTTA
CTAAGATTATTATAATCTCAAAACCTCAACAACTCTCTCTTTCAAAAGAA
AGAGGTTCTGTGATATAAATGTTTCTTGTTTGGGGAGAGGTAATGCCACG
TATGTCATTTTTGCGTTTCTAAAATTTAATCAGTCATCGTATTTTCACTC
ATACAAACAAACAAGACGTATTTTAAATCACAAAACTACACGTAGTGTTG
TGTCGATCCTTATTTATGACTTATGAATATAATACAGTCTAGTTCACTCC
TGCATTCGAGTCCAGCGGCGTCCATAGGGGGTGGGCTGGAAGGAGTGTAA
AAATTAAAATTTCCTTCAATAGCTATAAATTTTTGAATTTTTTTTTGAAA
ATTAATATATATATTTTTTTTTCAAAATATATATATATATAATTCTACAG
GCACCTCTGAAATCCTAAAAACTTGTAAAGTTCGGTCCATGATGACGTCA
CCTAAGTTAATTTCTTTTTTTATATTTGTTCTAGTACTTACAGTCATAAG
GACTGGTCCAACGACTGGACTGGACTAGACCGAATAAATACGGTCTGACA
CAAAACTATGAACACAGTTTACTTATACACTTTTGATAGATGTGGCACCC
CACCTTTACGAGCTCCGTTCTGGAACGAATCAAACTCATATGTCATAGAA
TGATTGTACTTTGTAGTATATAGAAGGAGTTTGATGATTTTGTACATATT
ATATACGATCCCGAAGCCCTCATGAACCCTTAGTCTTAATTAGATATTTC
CATAAAAATCCACTGCAACATACATGCTCAATGCTCATTGACACCCCCTT
TGTAGGTGGGAATTGAGGAGGATTAGAGGTGCGTTTCCCCCTTATAGGTA
CCTAAAACATATATATGTATTATAATAATAACTATGTAAGTAATAAGGAT
GAATATGGTTAAATCCAGGTTAAAATTACAAGATTGTGTGTGTCCAGAGA
GCGTAAAGAAATTAAAATAATAATTTGAGGTATGAAAGGAAGGCTTGAAA
TATCCTTTTTGATTCTTTGTAGGGGAGTCCGGGAAGAGTTGCAGTAGTTT
TTGGTTTTATGGTTTTAGCTCAACTACTCAGAGCTGTTGTGACTCAGGGA
CAGACAAGACTGCTTTTACAGGGGGGGCCCCCTTCTTTCTTTTAAATTTG
AATCTATGTAATGTTGAGGGGAAAAAAATTGTGTCAGTTCCACAACGTTT
AAATGCAGACATTAAAAAAATGGTTGATTTTTTCTTTAGTTTAAAGACAT
AGTATTTTTCAAAAAACAAAATACTTGTGGATGACCTTTATATATGTATA
TGTAACACATGGACTGAAATGTCCCTGTCTCAACATGTTTTTATTTTGTC
CCAAATTAGTTTCCTTTTAAGTTATAATTATTTCCTTTATTGAGCGGAGT
TACCAAAACCCTTTTCCATCCATTGCTTAGATGAAAGGTATTTTTTCCCA
TCAAGAAACAGTGTAAAATTAAAACACGAAATTATTTTTTGATCCATTGT
TTTGCAAAGAACAAAAATAGCTTCACACTTAGCACAATAACTCACAAACT
AAACAACAGATTGTCATGAAATTTTAACAACTCTTTTTCGAAGGGTGGTA
CTTATTTAAAATGAGATGAACTATTAAAAAAATAGCGCCATCTATGTGTG
AAGCCCTGGAATTATATCATTGTCTATACACAAATTAAACCGAACTTGGG
TATTTTAATATTTTTTGTTCTTTAAATAAATATCATAAAAAATTTTTTTA
TTGAAAATGGTTAACTGATGATATAATTAGTTATTAAAAATGTTGGTTCT
TCGAAATAAATCCTGTTCTAATTACCTGATTTGAACAAATTGAACTAGTT
TAGAATTCCTGCACCACATTAAATCTGATGACACTAATTTCAGCTCTTTA
TCACTATTATCTGTGGATTTATTTTTATAAATCGCCCTAATGAAAATATA
GGAACTAAATTGTAATAATTTTTGATTTTATAAAATATTCTGTAGAACCA
TTTCTCCGCAATATTTATTTTAAAATGACACTCAAACATATCAGAATGAC
TGACTGTATTTAAAAACCAAAACAAATAAAAAACACTTTAAAATCTTACC
TGTAGAATGAAACCACGCCTAACCTSGCTGCGACTTTTTGAAATACAGAT
TCCCACGTATTATAAAAAAAAAGGTTAGGTTGTCACCCGTTGAGTATATA
CTAGCAAATTCGTGCACTTTGTAATTCGAACTATTTATTTTATCCATTGA
CAAATTAGTTAAGAAATTTTTGCTCTTTACTAGATTTTTTTTCCGTCATT
CGGATAAATTATGCAACAGAGCAAAAATGTAATATTTTTTTTTTCCAAAA
TGTTTAATTTTGGTAAATGGCAACGGAATTTTTGTAATTTTTTTCCAAAG
AATTTAATTTTCTGTGAATAACCATATATTTTAAAAATCTTTTAATACAA
AAAATTTATATTTGAAATCTAATTTTTAAATTTTTTTCTAAAAAATTTAA
TTTTCGGCAAAAAACAATTAATTTTTGAAATCTTATTCCCAAAAAAAAAT
AATTTTTGCACTTTTTTCTTGAAAATTTAATATTTGAAATTTAATTTTTG
CACTTTTTTCTTGAAAATTTAATATTTGAAATTTAATTTTTGCACTTTTT
TCAAAAATTTGATATTAGAAATCTATTTTTGAATTTTTTTTCCAAAAACA
AAAATTTGGAAATTTTTTCTTTTAAATTTAATTTTTGATATTTTTTTTAA
CAAATTTATATTTGAAATGTAATTTTTGAAAAAAATTTCAAAAAAATTAA
TTTTCTATAAATAAATATGAATTTTTGAAAAAAAATTCCAAAAAATTTAA
TTCTTTTTGAATAGCTATGGATTTATTATATTTTTTGAATTTTTTCCTCC
CTCAAAAATATATTCCTGTGGACACTCCTGAACCAATACCAAGATGAAAA
GTTGACAAAAAAATTAGTGATTTCTTCCTCAATAATCTGAATGTTTATAT
ACAATTGTAACGTAATTTTTGTAGCTCTAGGTACTGTTCAAGAAAAAGGG
CTTAAGTATTGTCTCGGTCTCCCCTACATGTACAATTTGTATGAACGAAG
CTATAATAATATACTTTAAAATACATAATATAATTGTTGGGAGGGAATTG
TTGATTTGTACATGATGCTCTTGGACTTGAAATCTTATCAACCTGAGTAA
CTTGATATGTACAATGTAGGTAACTCGGTACATATATATTGTACATTCTA
CATACCTAGATAAGTATTAGATAGTGTAACTATGTATTGAAGATCCATGA
CTTGTGATGAAGGAATTCTATACTCTTTTAGGTATTATATGATGTATGTA
TTGTCTTATAAAAATTGCATTTTAAGGTCTAATAGTCCTCAATGTTGTTT
ATAACATATMCCTACCTATATACACTTTAGAGGAAATTATGGTTGACCTG
TGAGCGTTTATGGAGTCTTCCGGGTTAGCAACATGATGGAAGTATTAAGA
GTTTCATTGCAGAAATGGGGATACATATTTACTAATTATGGTAGAGCTAT
GTCAATATACAGGGGCATCTGCAGGGGTGGGCCAGAGGGATATAGCCTCC
CCTCTCCCCAATATCCAAATTGCCAAGGAGTTTTTTACTATTGTACCTTT
ACCTAATAATATCAAAATTACTTCTCAAAATGTCCTCCTTTTACGYCCMC
CACGGCCTCTAGTCTGGGCCTAAAGGCCTTACACACCTTGATAACGTAGT
CATTGGATATATCCTCCCACTCCTTCTCAACAGAGGCCTTCAGGAAATCA
ACATTGTAGTAGGAGACTATGCTGGTCTTGTTCTCCACGAACAAGGCCAG
CAGTCCAGAGATGAGGGGTCCACAAGTTTGGAGGCCAGAAATCAGAGAGG
TTATCCTTGCAGCCAGCTTTAGTTTTTATGGCCTAACGGCCAGGTGCTGA
GTCTCGTTGCCGACATTAATACCTTTGGGGTAGTTGACATCCAATCGGGG
CTTCACAACCTCCTTCATTACCTCATCACAGAGTTAGGGGTGCAGAAAAG
ATCTACAATCCCTTGCCGTTTTGCCTTCATTGTCTTTGTTGCTTAACGAA
TCGCAAATAATAATACAGCGTATGAAAGCTGATTCATTTCGAAACAATAT
TTTTTATATAAATAAACATAAATTGCAATTAACAATGGCTCTATGGTACG
GTACGATTTACTTACGCACACTTTATTATGAAGTTATGATTCCAATTCAT
TTTACACTAGTTTTAAAAGATAAAATGTTTAATTATTTGCCACAAATTGC
AATGTTTAAGTATTAATTAACTAATAATTAATTTATTCATTTCATTATGA
GGATGGTTCAACAGTTGTCTCGAACCGCTATTAGATCTGATGTAAAAAAA
AACTCATGACAATCGCTCAATAAATCACGGTGTTACTTCGCTAACGCAAA
AATATCTTATGTATTTTCGTGTCCATTGTCGATGTTTGGATTTCTTTGGT
TGAATATTTTCCCTATTGCCATCGTAAGGACCTACACTCCTTGTGTAATG
TAAGAAGTTTAAGTCAAATGACAAACCATCTTGATAATGATAGAGTCAGA
GATGATGGGAATCATGTTAATTTCATAGTATTCCAGCATAAATCCTCATA
AAATATACTCATAATTATTTTGACAATGTGTCTGTTCGCCGAAGTGTTCT
TGTTTTTTTATCACAGCTGATGTTTATTGCTGCAGACTGAATATTCTAAT
ATACTACAGTCTTGCTATGCAAAACTGTCAATCGAAATCACTTTGTCGTC
TATATATATATTATTACAAATGTTCCTTTCATTGGTCAGATGGAGTTGTA
TTAATTAAGAATAAGTCAAAATTATAGTCTCACAATTATCTATATATATT
TATTTCTCTATGGTATAAACCAATTGGCGATCACTTAGATAATGTGATCA
ATGTTTGTGTATATAAATATAATAGGTTACTTGAGAACTTTTTAATCAAT
TAAAGTCGTTAAGGGTTCCATGTAGTCTAATCTATAATTAACTACTCAAC
CTCTATGAGTTCACCTTTTTAATTGAATTAACAAGGTAAATTCTGAGAAA
GGAAGAAAAAAATATATATGTCACGAAGGAAATTAATATAGACATTATTT
TTTTTATCTCAATAGACCATAATTCAAAAGCCATGAAATCAAAGTACAAA
CTAATTATTATTTAAATAGTTTTCATACGATATAATTGATAGTGGATATG
CTTGGCTACTTACCCATCGTTTTATTTTTTTCATTTCTGATTTATAGACT
TKAGTCGGCTTKTAATGTGTTAACATTAAAACAATCTTGAACTAAAGTTA
AGAAAAGATAAAATCTCAATATATATTTTTTAGTCAAATATATCAGGGAT
TCTCAACCTTTTGTTAGTGATGTACCCCTTTTTAAATGTTTATTTAAAAC
AAATACCCCCTTAATTGCACAAAATATTTTTAGTTTCAATGACAAAGACG
TCCTCAGAATTATATTTTGGAGAGGGTCTTGCTTTTTGGAATTTTTTTGA
AAAATTGAAATTTTTTATAAATAATTTCAAAATAATTAATTTTTTTGAAA
ATATATTTAAAAAATTTGCAAAAAAATTCAAAATCTATAGCTGTTCACAA
AAAATTAAATATTTTGGGGGGGAAAATATTAAAATGCTGCACTTTCTAGT
GGAAATACAAAAATTCCGTTTTTTTGGGGGGGGGGGGGGGGAGGGGGTTA
GAGCTAGAGCCCTTCCYGCCCACCCTTTGTGGATGCTATGAGTTATTTAC
CACTTGTAAAATAGTCTTTCAAAATCTCAAGTACCCCTTGTAGTGCCTTC
AAGTAGCCCAAGGCGTACGCGTACCCCTATTTGAGAACCATTGATATATA
TAGGACAAAAATCCAAAAAAAAAAAGGACATTTTGCAAAATGCCTGGACA
ATGTGCAGAATGCCTTGGCAATCTTTAAAATTTCCAATAGGGTGGTCATT
TTACGTTCATTTACATTGTCAAGTAAAATGGTTGTGGGTAATTTGATTAT
TAAACAATTCATTACTAGCAATTTAATCATTAAGGAATTTAATTAAGATA
CAGTTTCATTGTAAGCCATTTGATAATAGTTTGCAGAGGTGTCCAATCTG
TAGATCGCATGCCGCAGGTGTCTTCAAGTCGTAAAATTAATCAATATTGT
CGCAATATCATCAAAACGCGTAGAACACTCATAAAATGTGCAAAAATTGA
AAACTATTTGACGGTATCTTGTATTTTCTAAGACTCTAACAGGGTTGACA
GCTTAGCTTTTTTTAAGCAGTGTGGCCTGAAAAAATTAGATTTGGCCTTT
TTTTAATATTTGGTGGAAAATTGAAATAATTTTTTGTTGAAAATGCTATA
GCTTACTTTTATGTTGACTGGCTACATTTTAAATAACTCGACTGGAATCG
ACTCAACAATATAGGGTGTACTCTAAATACTGTAAAATGAATAATTGTCT
GTAAATTTTTAATTTATATTATTAGATACCTAAAATTTTCAGTGGATCAA
AATTTGGATAAGGTTTCTTGCAGGCCCTGTCTTCAAAAATGGACAAGATT
CCAAGATCTACCGGGTTCAAATTCGGACTGGGTGGAGGCCGAAATTCACG
GCTCATATTGGACTTACGATAAGGAGTACCATCTCGATGAAAGGTCTAAA
TCTCTTCATTGAAATGGGAATTTGCCCATAGAAAAAGACTTTTCCCTAGG
ATAGTGTTTACGTACTCTCAGCTGTTTTGACTCCAGAGTTTATAAAAACT
AGAGGTGTCTTATCAGATCTACTGACGCAGACCATCACAGACTGTGATTT
TTACGTATGATAGATTCTACGGGTCCTATAAAGATCCATTTATAGCCACA
ACCCGATTATTTGAGAGTTCAATTTCGCCTCATCATAGAAAAATTTATCA
TCACTAAAGATAATGTTGGGAGCCATGTCCGACTTCAACAGACTGATACG
TTTCTTGCTCCAGTTCACTCTCTTTTCTTTGATTTGATTGAACCGAGCTG
TCTCTCCAGAATAATGTTCTGAAACATCTTCAGGTCCTTCTTCACAAGTT
TGTTCATTGTTGTATGGCCTATACTTAGCTCCATGGTCATTTTACGGAGC
ATCTTCTAAGGATTTCGTCGAATCCGTACTCGTATTAGGACAATTTTTGA
TACTATTCGTCTCCTTGTATCTGGCTATGGTGCGTTTTATGAAGGTTCTG
TTAATCGTAATGACCTTTAAGGTCTTAAAAATATTTGGATTGAACTACCC
CAAGCAGTGAAACTTAACAACAGCTGCTTTCCATGTTCGTAAATGAAGGA
TCACGAAAAATCATTTTTGCAAACTTTGTTGACTATTGATCATTTATTTA
ACACAACATTTTTTAGAATGATAGCTCAAAACTTCTATGAGTTATATAAT
TTTAAACATTTGTTACAGGATTTAGTGTCCACCCTGTATGTAGTTTGAAT
ATATCTTCTTAGTTACAAAAAGTGTAATTCATTATTTAATAGAAAGCAAG
GTGAATTAGGTTACTTAGGTATAATATGTTAGAATTTTGCAAATAATAAT
TTTTCATGTTACAAAAGAGATCTGTCCGCCCACATCTCTACTTTATTTTT
GATGAGAATAATAATAGGTATAGCCAAATTTGTATGCTTATGGAGTTAAA
CTTCCGTTTAMCTSGGAGCCAAGAAATTTTCTTGTTTAAGACAATTAACA
TGATGGATCTTCTTAAAACTATTAAGTACTACTCGTATTTAAATGAATGC
ACTTTAAACAATGATTGAGTTGACATGATTTATTTATCAACAGGAGGAAA
TCCATTCATTTTTATCTTTCCAATTTGGCTCCCCCCCAAAAAAATATCAA
AATTTTCAAAAAATATATTTCATCAAATATTTTTTCCCATAAGTATTATA
AATTTTCAAATTTTATTCCAAAAAATTTAATATATGAAATTTAATTTTTG
ATTTTTTTCTTCAAAAATTATATAAAAAATTTTTTCAAAAAATTTAATAT
TTGAAATTTTTATACTAAAAATGAAATTTTTTTGAATGACTATGGATTTT
GACAAAAATTTAATAGCAGTGGATTTTTGAATTTTTTTTTCAAAAAAATT
TAATATTTCAAAAATAAAAATCAACAACATTAAATTTTTTTATGAACAAC
TGTGAATTTTTTGATTTTTTTTTAAAATAACTATGAATTTTTGAAAAAAA
AATCCAAAAAATGTAATACATGAAATGATTTTCAAAAAATTTAGTTTTTT
GTGAATAGCTCTTGATTTTTGATTTATTGGTAAAAAAAAAGTAATATTTA
ACATTTTATTTTGATTTTTTTTCACAAAAATTTTTGTGAACATCTATAGA
TTTAATTCTTAGAATTTTTTTTTATAATTTTTGGATTTTTTTCAAAAAGT
TGCAAAAAAAATCCCCCCCCCCCCTAAAACAAGACAAAAAAATATATCCT
CCGGACCCCCCTGCTATAGGCATATACGCAATGTACAACTTCCTATAAGT
ATCTATCACGCACAAATCATAACGGTACGCGACAATTATAACAAATCCCA
TTTATATAATCAAAAAAACCCTCTTGATATAATCCCTATTTATTTTTTTC
CAAGCTTAAATGGCTTCATCTTTATTTTCGTCTATCTTGGGCGGTGTGGG
TGTGTTTGGAATGTAGTATAGATCCGTATATGTTTAACTCAGAGTATCTT
ACAAAACAAAAACCTCAATCATATATCCATTTTTATTTTTTTTATAATAG
TATTTCCTTGATTATAATTATAGTACAATTTATGATTTAGTTACAAAAGT
CTATTGAAGGATCATTAATAATAATTATATATGTATTATGTAAATTGGGT
ATATACCTAATAATAATGAAGGGGAAAAGTGCAACAGAAATCAAATCACA
ATCAGACGTGGATTGTATCATGTATTTTGTGATAATTATTATAGTATATA
GGTGGGGGAGTCCGGGAACTGTTGCCAGAGTTCACTATTTTTGAGTACAA
GAAAAACTGCTCTGTGGAAAAATGCCGATGGAAGATTGTCTTAGAGAAAA
TGGTGTAATACCCAACGCCCTCAGATTGGCCCGGGGTTAGTGTGGGATTG
CTAAAAGGGGTTTGAACTAGTTTGTGGTGTTGGGGAGGTTCCTTGGATGT
ATTGAATGAATTGGCGGTGGTTTTTAAGAATCCCATACTMCCCCCGGACA
CTGGCCAATCGAAGGGAGGAAAATATTCAACCATATTCTAAGAGGCCCTA
AGCTATTTATCCCCCCCCCCCACCCCCAATTCTTCCTCCTATATTGCAAT
AATATTACTCACACTTGAAGGTACTCCCTTGGGGATGGAACAAACAAATA
TGTTTGGATATTTGTCATAAATAATATTGAGATAATTTATAATGCCTTAT
TATTTATCATGAAGTTTGAACAAAATACGGTAAATTTTCCTAACTGGCAA
TTTTCCTCCATGGGAATTTTAACAGATATCATTGAAAATATTGATTGTTT
GCTATTCGTTGATATAATTGTATTCAAATTCAAAACTCACTTATAGAAGA
TAAATTTGAAATATTATTACTCTCAGAGTACAAAGAGAACAATTGCAATT
CCCTTCACATTCTAAATTTTCTGTATGATTTCATATAATTATACTTCACA
TCAAACATATTTTTTAGACAGAAGAGTATTTTGAGAGGAAATTTCTTCGA
TCTAGATAGTGGAGACCCAAAACTTGCATTAGCATTTAATTACAATTTTA
ATAACGAGATTTCATTACGTAACCAACGACAGGTGAAACAAAAGTATACC
ATCTTTGTTTTGATCCTCATGTCTGTAAGTGTAAAAATGTAAGAGCAACA
ACAAAAAAGGTCAGCTCATGTGCAATCYCATCCACACCTGTGTCAGTGCC
GAGAAGGCTGTAAAGACTGCTGGCATCTCCATCCAGACTCTCTACAACAT
TAATAAGTCAATTACAGCTCAATATAAAGTTCCAAACAGCAAAGAAGAAT
TAATACTTCTGCACTAACAATATGGCTGRTTTCTGGCCTMCCTCCATGTG
GCCCTCCTCTAGCCGTGACCTCAATCCCCTGGGCGTTGTATTTTGGGACG
TCTTGGAGTTCTCTACTGCATCTCTAATCCATATTTGGATTCGCTCTGAG
CTGCTATTATAACACCGTGGTACGCTATGTGCACGGTCTTCAAATTAAAG
TGATGTCAATCTGTTTGCCGGCGTGTCGAGCCTGTTATTGCTTGTTGAAT
AAGGCTTAAGAACACGTTTTAGAAAAAAGTTTGTTGGACAACAAACAAAG
ATGGAAGTTGCATGGATCATATGCAAGAAACAGAATTTTAAAATATAGAA
CCGTCTATGAGAAATATTAAGTTGAAGTTGCTGTCCCAAGCCTTTTGGGT
CTCCCTCTATGTTTTGGTATGCTGTGTTACAATTCGGCGAGTCTATGTCA
AACCAACTCAGAGTAGTTGATATAAAAACATTAAGTGTTGTTACTGTCTC
TAGTCTCCCCTACTTATAAGAACATAGAAATAATGAGAGAGAAGTAAAAA
AAAAAACACTTAGACATCTGATAACATTAAGGCTAATGGTAAATACTTCA
AGAACACGAAGAGTTCTATTTGATAACATGAATAACAAAGTACATATGAT
ACATAATATTATGCAGTGTACAATTCTTGAACCTTTAGCTAGAAAGGAAA
AGAATGAAAGAGACTTAGTAAATGCGTCACTGATTAGAATCGACCATGGA
GAAAGAAATACAAAAAGGTGACAAGATGCGCGAATGATTAAGGAAAGAAA
TCCACAGACACAAAGGGTTTATTATGACATCATATTTTGTTTCTTACCTT
AACAGTTTAAGAACTTTATTCATATAATCGGCAATTCCAATTATAGTATT
TTGACTGACGTCATAAATTGCATCATGTTTGAACGAGGCGCTTTTTTTGG
CATTCAAAGTAGATATTTTTACTACTATTTGGACAAATTTTCCTATAAAT
ATTCATGAAACTTTATCAAATGTCTTTAAGAATTAAAAAAAATATAAATA
TTATTATTTTTTGATCGATTAGCGACGAAAAAGTCAGGATAATTAAAGAA
AAGTATATTTTTTTTACATTGTAAGAGTTTATTTTTATCTATAATATTAA
AATAAGATTGTACAACGATGTACCAACATATTTTTAATACATTTTAGGAT
AAGATATTTAATAAAACCATGAAGTGACACTTTTTCCTAATTATCAACGA
AAAAAAGATTGTTTTTTATTGTAACCAAAACTTGGTTGTATAGGTCCACA
AAATGGCTGACATCAACAATGCTGACGTAGCATTAAAATGCTCTATGAAG
AAATAATATTCAACTCTGATCGTGTAATAGAAAGTTAACCAATCAATTTA
TTTCCGTTAGCCGACGCTAAAATTGTAATAACTCAAAGATCAATAATTTA
AAGTAATTTTTGTANGCTTGACATACGCGTTATATTCGTTCCAGGATAGA
GCTCGTAAGTCGAAGCACTTTATTTTAGTATAAATATATTTCCAAATAAT
TTAATATTTAATTTTTRAAATTTTTTTKCAWAAAATTTTATTTTTTATGA
ATACCTGTGGATTTTTGAAATTATTTTGAAAAAAAAATTAATTTTAAAGN
ATGCAAAACAAAAACCAAATCACGTTTTAATATCACTTCTAAAAACATGT
AAAAAAGGGATTTTTTGATCAATTTTGTTCAATATAAATATTAAATATTT
ACTTTTATATATTTTTTCATTTAAACTTTTGTCGATCTTATTGTTGTTTG
TCAACTTTTTCAGTAAACACCCTGATTCTTAAGGTGGGTTACCACATTTA
TCACATGTAATTTATTTCTAAGAAGTTTGCATATTATAATCTTCAAGACT
CAATCATTCTCACTTTCAAAATATAGAGGTTATGTGATTTAAAARGTGTT
TTGTTTGGGAGAATGAAAATTTATTTCTATATGTAATTCAAAATTACTCC
CGTATAATTTGAGTTAAGATAAATTATTTCCATTCTACGTTTGCACAAAT
TACAACTAACACAAAATCTAACACATACAGCCTACTTAACACAATGACAA
TAAATTCAAAGGCTGAAAAAAGTCACTACTAATTTGTGAGTTCCAAGTAA
ATATCAAGGCTTTGACTACAAATCCTATTCAAGTTTCATGTCTATGAAGT
TCAAGACCGAATTAAACATCGATTAGTTCATACTCAAGTCAGTATCACAC
TCAATAGGGCTTATTACAAATGATAAAGGCCACTAATTTATAAAATGAAG
ACTTTGTGTATTGGAAATACTGTAGTCTAAGCAATATTTTTGAGTAGCGT
GAGCTCTTGTGGTTATTTTGAGCATGGAAACTTAGCCTGATTAATCAAAA
AGAAATTGAAACATATAATTTAACTAGTAATAACAGAAATTTCGGCTTAT
AAGAAATCACATAACTAAACTAAATATTTTCTATTATTGTGAGAAAATTT
CACTTGTTGACACGTTTTTGAAGTGGTCAATTTTGTGAATGGATAAATTG
AAAGAAAACTAATTCTGAATTAGTTACCAAACTTCTCAAAATTTACAAAC
GTCTAAAGTTATTTTATTTTATTTTAATATAAAAAAACATATATAATTGT
TATTTGTAACTTACTATGCTCAGGAATGATTATTTAATAATAGCTCGGAA
TTGTTCATAGCTTAACAAAAATAAATTCAAACTTAACCAATCAAACCTCA
GAACACTCATAAGCGAAAAAGAAGCAGAAAAAATGACAGCTGACAACAAA
ATAAATTTATATGCTAGTGAAGGAACACCGTGACTAATGAGTATATGGAA
TTTTTGTTATGGACCTGAGCACAGATAAAGGGGGATTACCACATCTATTC
TGCGTATACACGTATAAGTGTATATATAGGTTTAAATACATATGATATCA
GGAGAAGAGTTGCTCTGACAAAAATATCATTTATATATATATATAGTTAT
ACCTATATATACAAGGTTGATGTAATCTAGTGGTTCATTATTTTTATTTT
TTTTTAATTTTTCAAAAGTAAAATTTAAACAAGAGGTTATGTGAGCACAT
TTATTTTACAAAATCATCTGAAAATAGTGCTTGGCACAACTTTTATACAA
TATGTGAGTCATTCACTCTAATAATTACCTCTATACGTGGCCTAAATCCC
TGGTMCTCGTACATGGAACAGTCTTTCCTGATGGAAGCCTCTAGAGACTG
GTCCCTCCTATGAAAAGTGGGACACACCCTCTCCTCCAGAACGCCTAGAT
AGAGTAGTACAAGGATTTTGTGTCTAGAGAGGGGGCGGCCACATTTTGAG
GTCCCAAAAGTCCTTAAAGTTGTCTCTCAGGTAGGCCTAGGTCTTAGCGG
TGCAGTGAGGCGGAGCTCTGTCTAGAGTGAAAACAAAATTGTCGCAAACT
TTTATCTGGCCCAAGGAAGCCCTTTCTTATCCAGAAGTTCGATTTAAGTA
TCTCCATGCAGCTGCTCCTTCCTCTCCACGAAAATGGGAGGACAGACTCC
ACAACGGCCAAGAAACCATGGTTCCAGCAGAAAGACATGTCTTACTGAAA
CTGAGACGTTATCTGGATGCTCGGTTGTGATGTAGCTGCTCAGTGATTTG
CATTACTAAGTCACATTAAATACTTAGTTTTTTATGGTGCTGTCCCTTGG
GGATTTTCTAATCAATCACAATTTCTTATGACGTTCTTCTAATCTCTGAG
GAGACAGACTTAACATAGACCGCTGGTCTGAAACGAATTGCACCATCTTA
AAGCTACTAAAATATATTAGCTCATTTGTATACGAAAATCCAAATAAAAT
CACCCGAATAGTGAGTCTCAAATTTTTGATCACAAGTCCAAGTGCTTGAA
TATTTTAACCGAGTCTTGTTTACTTCCTTAAATGCTTGCATCGTGTCTCA
TTCAAGTCCTCAGAAAATAAAATATTTTTTAAAGAGTCTTTGTATACAGG
GAAAAAATTGATATGAGACTTCTCTAAGTCAACCCCTAACAACGCCATGA
AAGTATTTTATTGAATATAAATTATTAAATGGATAGTATTGGGCACACAT
AGCTTGTGTTGTGTCGGTCCTTATTTTGGGGCCCAGACGAGTCTGAGTAC
CGGTCATATCGGTCCTTGGAATTTTCACCTAATAATGTTGATGGCTTATT
CGGCCAAATAAGATTTATTAGATATACATATGTATATTAAGATCATTGTA
CATATCTCGGGGAAAAAAAAATTTCTATTATTATAATACGAATATAAATT
NNATGTTTACTTACTTGTATAATTTATTTTATTATACAACAGAATATTTA
AAAAAAAAACAAAGGAATAAATATATCACCCTCAATTTTCCCTTATTTAA
GGATCAAAAAGTTGGACTGGACTGAACCCCAGTCCTTGGTTCTAAATAAA
GACCGACCCACTACTTGGCTTAGCTTCTTAATTTACCGTCTGCCAACAGA
AAATCAATCTTGAACAAAAATTTAAAAAAGATAACTTATTTATTTATTCA
TTTTCTTCGTAAATATAAATGGCCCATTATTTAATTGACTTACATCGGTC
AACTATGGGCTTCATATTATGATTTTGTAGGTTAAGTTGAGCCATCCTTT
GATAAAATATAATGATATTTTGTTTAGTTCCGATAAGGACTTTCAAATAG
GTATAATCTATTTTATCTTTTTCTCTAAATGATGTATAATTTTGCCGAAC
TTTAAGTAGAATTTGTGGTATTCCAAATGAGTTATGCACATGAATAAATA
TTTTTGTTGATCCCTTGTCGTTTATATAATATTATCTAAGGATTACCCGG
GTTTGCTTGGGCTAAGGAGGGAGAGGGAAATAAATCAAGAAAACTAAAAA
AATATTCAGAAAATCGTTGTTGTCGAAAAAGATCCTGATAAATCTAATTT
TATTTCTCTTGAATTCTTCAGACTATATCAATCCGGTTAAGTAAGGTAAT
TTTAGAACATCTTATCAAAGCAACTTCAAACCCCCCTCCCCCCCCCACCA
AAAAAACTCTTAATATTGGCTCTTGTAACCTTAGTATAATTATTATGAAT
AGAAAAAAAAATAATGTGTTAGAAACTTCAAATAACATACCAACATAAAT
GCATCTACAAAATTGTCTAGATGATAACTAAATTTTATATTTGCTTCAAA
AAATTTCCGAATCGAAATTCGTGAAGTAAATTGCAAAAACTTTTTTTGCA
CTAATTTTGCAGGAAAAAATTGTTAATAGCAGTTATTGGAATTGTAAAAG
AAACACAAACCTACCAATATTTTTTTCGTACTTGCAAAAACAAAAAAGTT
ATGAAAAGTAATGTTGTCGAAAAAATAATCCACGATAAATGGTTCATTTT
TGCAAATATTGAAAAAATGATCTAACAAAATGTTCCAAAAATAGAAAATA
TTATAGTGAAAAATTAGAGTCTCAATTTTTATGTCCAAAATGTATCATTT
TGTGCCATTTCTTTTAAAATATTGAAAATTAACGTTTGATGAAAAAAGTA
GGGGGGGGGGGGAAAGAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNCTTTTTTGATTAAGAATCAATTTAGAAAACGGTGTTATTCG
TATAGTTGTTGTTAGAAACGCCAATCTCTTTTTGATAAATAACTCAAACC
CATATTTAGTCTCCATGAGCTACAAAAAAACGGTTTTGTGTTTTGAGCAT
TGCATAAGCTCCCCTTATATGATCCCAAATCGACCCCCCCCCGTCTTAGC
ATGTCCGAGCTCAAAAGGGGGACCCATGCAAAATTTCAGCCCCCTAGGTT
CAACGGCTTGGGAACGTATAGAGTACATCTACACACACACAATCTTTCTT
TTTCTATGAAGAAATTTTGGCTATCATATGGAAATAAAAATCTATAGCTA
CGCTTTTAATAAAATATTAAAAATTAAATGTAATACAGAATCGAATAAAA
TACTATGTAAGATTTTAATATTATGAATTATTAAAAATTGTAGAGAAATA
ATATATTAATGATAGCTTGGGAGTAGTTAAGAAATAAACCGCATTTGGTG
TGATTGACTAATTTGGCTGACTACCAGATGATTTTGAGCATTTTTTCTGT
TTCTTTTTGAAGGAAAGTTTGCATGATATAATGAAAGTAACGACGGTATG
GATCTTGTAACTCTACCTCCCTTATTAGAGAGATCTTGGTTAAGGATCAC
TCATATATTATACTGTACATAGAGTTATCCAATGAAAATGATAATAATCA
TCTCATGAATAACAGTTTTCTTTAAAATAAGATTTTTTTTTTTTTTAAAC
CCTTGTAAGTATTTTAAACGTCTTTAGAGAGCTTCCTCTTACCATCATTA
TTAATGACTACATTTAAACAATTAACCATCAGATCAGTAATTTACTTATA
TAATATATATTGTGAAGGTCCATAGTAGATACTTAGATAGAGGTAAGGAA
AAAGAAGGAAAATCATGATGAGATCATCAAATTTCTCTTTCATTTTAATG
TTGATTGAAAAACAAAAATGATCTTATCAAGGCTCATTTGTTGAATGATA
CCCCTACTCTTTATCTCTGTAGTTGGATTACAAATGGTTCTTACTTTTCT
ACATTAAGGCGAAAGTATGCTACAACTTAAAAACAGAGTGGGGAGCCTGA
TCATCAGTGACGGGATTGACTTTAAATTCATATATGTATATACCCGTATG
TAGCAGATCAGTATAAGATTCAATTCCTGGAAATTGGATACCAAAAATAA
TGGGATAGCATTAAATAAATGATTACTTTTGACATTATTATGGATTATAT
TGGATTTTTATGAGCGGATTTGCTCTCTTTTTCTCATGTTGTAATCATTG
ATTGTGGAAGTTATTGGATAAATCCAGTTACACGGCGTTATCTCAATAAA
ATACACATTTACTTTTTCAGTTGGTGTCAGCTGTCGATTGTTTTGCTTCT
ATTCTTCTTATCAGAGTTCTGCACCTTGATTGACGGAATTCGAATTAGCT
CTTGTTAAATTCAAAGTTATAAAGCAAGTGGCGAAACACCCTTTTAACTT
GAGTAGATTCATTTTCCTTCGTTCAATCTTTTTTCGCCGCAAGATGTCGT
TTTTATTATAGCATAGATAATTTTAATTGATCCATTTTCCTCGTTACAGT
TCTAGGGTTTTTAGCCACCTGGACGACTACCACTTATCATTTTACCCCGA
ACGAGTACCTCCCATCCTTTAACKCCCTAGGGGTTCKCRCCRCGAYATAT
TTACCCCCCCCCCCRCCCAGAGMGTTGCCCCTTWTTACAGWAAATAGCAA
CCATACAACCAAATATTCAGTCTTTTAACAACCATACAACCAATATTTTA
ACATCCATACAAACGTAATATTAATTTTACTTATTGAAATTGGTATTAGT
GATGTATCATAAATCTTTTGACGTCAATACTTGTCACTGGAATTTATTTA
AACTTTATTAGTATCTTATCAATATATGAATTTATTTTTTTTTAAATTCA
TTTTTTTCTTCATGTTTTAATATATTTGAGCATGTAAAAGTTCATCTCTG
TGGAAACAACTGTAACCGACAAAGTGTTGGCTATCCTTAATGATACCCAA
AGATGGGTAAAATTCTCATATACTATGTCTTTTTTTAATTTATAAATAAG
CAATGAAAACTTAATTGGTCCCCTAAAGCATTGGTGGTTGATGACTTAGT
TAGTCGAAATGCCCATTGCATATATTTGCATAGATCTTAATTTGAAAGTG
CTCACTTTGAGACTCAAATATTCAAGTCCCTTTAAATATTTTAGCTAAGC
CTCTCTAATAAATGGGGTCTCTCAGAGCCAGAATTGAATTATTATGCCTT
TATATGAAAATATTTATTAACCATTTTTGAGTCTTCTAATTGGTGATTCC
TTTCTAATTCGAACTCAAAAGTAACAGTGCCCAACAKCCGCTACTAACAA
CCATAACATTCATTTATGACATTGGCCCTCTATCGTTTACTAGTTCCACT
TTTCATTAATAATTATAAAAAAGAATGGGAGTAAAGGATCCAGGGGMTAT
ATGGGTGGGGAGAGAAATGCAAGGGGGTTAAAGTACAAGGGGGAGTAATC
TTCCTACTCGTGACAAATGCAATTTTTTCTTCCCTTCGCAGAATTCATCG
GACAAATACAATTAATAGGACAAATTCAAGGACGTTGTATAGTTAGTTGT
AGAATAATATTCAAGGACATTCTATGAAGCTCTATTAGACAAAAAAANCA
GTCACATAGCCAACTTTATTTAGACAAATATCTTTTTTAATAACATTGCA
TACTTCAGTCTTCAAATCGCAACAACAAAAAATTAAACAACTCGCACGAC
AAAATTATATCNNNNNNNNNNNNNNNNNNNNNTSCTCTATATACGAAACA
TTTTAACTTAAAAAACTTCTTTTTTTCAAGAAGATTATAAGATTATAATA
CACAGAGTTTTTAGAAAAAAGTGTCCAATATCAAACACGTCGTTTACGTA
TACATTTCCTATAGATGCGGAAACTCACCTTATAACTACCAATGGGGAAG
AGTGTTGTTTACTAATTGTATTAGTTTGTTTACAAAACGATTGAGAGTGG
CGCCGCTTTGCGGCAAAATAATATAACTCCCTGAATGATAACATGATTTA
ATATATTTATTATTTGTAAATTCAAATTCAAAATAGTATTTGGGGCGCAA
TAAAAATAATTTAAAAATGAATCACTTTTTTAATTTATTTATATTGCGCA
CCCAAACTATAAACTGTCACATTACCATGCAGCTTTGGGTTTTTTTAGTA
TCCTCATAGATTTTGGATATTTTTATCTTTCATTTTGAACGAAAAAGTTG
CGAGTTACAATATAGGTAATGGCGTGGATCATTCTTCAAAATGTTTAATC
CTCATATAGCTTTGTTTTGTGGATTCCTTCTAAATGTTATTTTGAACTAA
CATGTTGATCGTGTGTTTTTTGTTTTGTTTTTGATAGCATGTATTTCAGT
TCCTTTAATATAATAATTCCTTTACAAATAATATCAGATATTGTCTATCC
TTCCACAAAATTTATTATTTTGTCCTGTTTCTTTATTCATTAAAAAGTAT
GTAGGTAACAGTATTAATCAGTATAATTAAATTTGATTTAGACTGATGAT
AAAACAAAAAATAAAATTTTAATTGTTAGTGATAACTCTAAATGTCATTT
GGGGATAAAGTAAAACACAACGTAGCCTTACCTCACCAACACAAAAATAT
ACACTTACAGGGTTCGTAAGCAAAATGTGAACTCAACAAGTAAATTTAGA
TAAGTACTAACTATTGATTTTTTTAATAACAAAACTTGTTAACAACGCTA
TTGCGAACTAGGTCACTCAATATGGCCACCATCAGCAGTAATCMCAGCCT
CCATAAGGAACCAGAAAGCTTTGCATGAGTTGATCACAAACTCTATGGAT
GTTAAATTTTACGAAGTAACGATAGAGCCCTTCAGCGAGTCTACACATGA
GTGAGGAGKTTTGCTGGTCGCCCTCTACAAGATACCTCACACAGCAAAGT
CCAGTGGATTTAAATCGAGCAAGAATTTAGGACATATGTCCTTGGAAAAA
ATAAGGGAATATTGGTTTAATAAAACTTATGTAATTTTGCTTATGTGCGT
GACGGTGCGCCATCCTGTGTCCATACATAATTTATTTCCGGATAGTTTGT
TTCCTACCATGGGAAGATGGTGTACCAGAGTACATTATAGTAGGCGTCCA
GGCCGATTTTCTAGAAAGGGTTAAAGAAGAAAGGGGGTATATTTTTTTTA
TTGGCTCCCATAACCCCAAGGACTATTATTTGGTCTGGTTGTATGGCGAG
GKACAACACCTAAACATCTTCTTTTACTTTTGTGAGCTAGAGGTCATTGC
ACCGGTTATAGACTTGTTCCTCTGTGAAAATCTTCTTGCCCAAGAAAAAA
ATAATCACAAAACCTGATCATAATATTGAGATAACGAGAGTTAATTATTA
GTCCACACTTTGCTTACGAACCCTGTAGAGTATATTTTGTTGCCAACTGT
CGATGTTTTTGATTGTTTTCTCCTAATCAGTTTTATAAACATTGATTGCT
TGACTTAGAATTAGCTCTTGTTCCGCTGTGAACACTTCTCAATAATTATT
AGATAATAATTCGATAGTTGGGAAGAATTGTCCCAAAATGGCTAACTACC
ATCTGTTTTTGGGCCTTTTTTCAGTTGTTTTCCGTATGAAAGATTGTGTG
ATACAATATAAGACATTACTTTTAATATGTTAACGCAAAAATATACACAG
TATTATATTATTTCTTTTCCCCTATTCAATGTTCTAAACGTTGATTGGTT
GAGTTTGAATTCACTCTTGTTAAGCACTGAACCATTTACAACCATTATAA
TTAAATAATAACTACATAGTTATGAAGAATTGGCCAACTATCAAATGACA
TTGGAACTTTTTTTTGTTTCTTTTTTATGGAAAGGTTGCGAGATACAATT
AAGGTAACGAAGTCATAGATATTTATCACGTCGTTATCCTATATAATTTA
TGTGTGTTTTTGTGTTTGAGATGTACGTCACCCTTAGAAAAACAATGATA
AAAACGCATTTATTTCAAAAACGGAGACAAATAGAGATTTTAGACATAAA
GCAAAAGTTGTTAAAAATTAGGAGATATGTAAATATGGCTATGTTTTATT
CGGTTCAGAACAAATTCCTGGGCTGTGGAGGACAAGTTTTTTTTTTCACT
GATAAGTTTTTTTCATAAAACACGATCGATTTACCGTGTCTTAAAGTTTT
TTTAAGTTATGGGTTTGTAGATTCGAAAATGCACCAAAAAATTAAAAAAC
CAAAAACGGATTATTTTCCTAACGGAAAAAGGGAGAACTTATATTCAATA
CGATTTTAAAAAGGGAATTGGTTAAATGAAGGAAGAAGAGATTAGCAAGT
TAATGTTTGTTCTTCACTCTTCATTGTGGTTGGAGAAGGAACATGGCAAG
CTAGCAATGCCAATGGTAAATAAATCAATCACAAAGTCAAACATTTGAAA
AAATTGCTTTATATTCACTAAAATCATTATTTTCACATATGTTGGATTTT
CAAGAGTGTCAAGGGGGGGGGGGGGGGGGGGCAGGATTGATTATATTTTA
CATCTTTACATCAATTGGACAGAAAACGACAACAACAAATTGTATATAAG
GTGGCTAGTTTATAGAAGATCGTTTTAGTTTATAATTTAAAGTAAATATA
CTAAATTTAAATAAAATCTTTTTAATTGGTCATCTAGAAGATAGCTTGTT
CGTACTAGTATCACTAATATACAAATTTATACTGTATTTGGTAATTTGCT
ATCGATTTTTCTGCTTTTTTATCTTATCAGTGTTCTATACGTTGATTGTT
TGAATTTGAATGAATTAGCTCTTGTTAATCTGTGAACAATTCCAACAATT
ATTGAATAATGATTCCGTCGTTGGGATTATTTGGCTAACACTGACTGATT
TTGGGCCGTTTTCCTATGAGTCTTTGGACGAAAGGTTGCGAGATGCCATA
AAAATAGTGACGTGATATATGTTGAAAATTTGTTTCCAGTCGAATAAAGA
GCTATTTAGAATTAAATCTTCCTCTGGAATGTATTTTGATTATGTATTTA
AGTCAAGGAAATGTTGAGATTTTGTATTTTGTATATTAGGTTCCTGTAAA
CTATTTAAATCAAAGAGAGATTCTGGGATTTACAAATACCTATATAATAT
AAATCTCCACAAAAATATATGTATATAAATCAGTATTCATTGGCTCATAT
TTACGCAAATTGGTTCTGACAAACACCTACATGGATTGTTCCTTAATATA
ATCGTGAATAAAAGAATTATACTTATTCTTGTATTTGAATTTTGTTAGAT
GTGATGTTCGCTCAATCAAAGTACAATATTAAATAGTATTAAAATTTGTA
AGAAGTAAATGAGAGATTAACTATGTCAAATAGGAACATGATCTATTGAG
TAAAGTTGGATGTATCATAAGTGTATTGAAAAAAACGCAAAGGATCAACG
ATATGATTTAAATATAATATGTATAACTATTTCATTAGTTTAAAAATTAC
TTAAGTTAAATCCTTGTTTATTATTTATAACCATAGGTGGGGATTTGAGG
ACTTAAGCTAGACTTGAGACTAAACTCGGACTTGCAACTTTTTCCTACCT
CTGATTATAAATAGACCTTTCTTTACATTATTTAATATCTATCATTATGG
AATAATATAACTACCATTAATGCTGCAAACAATTTCTTAAAATCCATGAA
CTAACGTACTCCTTAATGTATCTTTTATTTAGTTCTATCTATAGTTATGT
AGATAAATATTTCCTCATGCAAAAAAAAAATCCCCACCTTTATCATTAAT
CATTCTTCTAAGTATATAAATATTATTAATTAAAGCCTCTTTAAACTATA
TAGAGTACATACCTAGGTTTTGTGGTTACTGTTAACCAAATATTCCGTTT
ATTTTATTTATTTAGTGTCGGATTCACAATCGGAAGATAATTTATCCAGT
CCATCTAAAGTGCAACAAATCCGTCATTCATCTGTACAGTCAACAGGTAA
ATATATTTTATTCTTAATATTTAATGCATTTAATTGCAATCAAAGTGTAT
TTAGAAGGAGA

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