hypothetical protein YQE_04841 partial, snap_masked-scaffold104_size368486-processed-gene-0.8 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein YQE_04841 partial
Unique Namesnap_masked-scaffold104_size368486-processed-gene-0.8
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000007725 (supercontig:LSalAtl2s:LSalAtl2s44:25674:28922:-1 gene:EMLSAG00000007725 transcript:EMLSAT00000007725 description:"maker-LSalAtl2s44-augustus-gene-0.13")

HSP 1 Score: 157.918 bits (398), Expect = 2.026e-45
Identity = 77/108 (71.30%), Postives = 89/108 (82.41%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFL-HTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPAS 126
            GLTIDTVSC  LIIS+GLCVD+S HVAH FL   +GSR+QR  +AL  IGPAV+NGG+STFL+F LL  S+SHVF TFFKVFFLVV FGLF+GL FLP +LSL+GP S
Sbjct:  873 GLTIDTVSCNFLIISIGLCVDYSTHVAHRFLIEAEGSRDQRIVKALTNIGPAVMNGGISTFLAFCLLCGSSSHVFITFFKVFFLVVTFGLFHGLVFLPVILSLIGPIS 980
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000003602 (supercontig:LSalAtl2s:LSalAtl2s197:152115:159124:1 gene:EMLSAG00000003602 transcript:EMLSAT00000003602 description:"maker-LSalAtl2s197-snap-gene-1.29")

HSP 1 Score: 137.502 bits (345), Expect = 2.795e-38
Identity = 65/116 (56.03%), Postives = 90/116 (77.59%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHT-QGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKDVPK 134
            G++IDT S  +L +S+GL VD+S H+AH ++H+ + SR ++  ++L  +GPAVL+GG+STFL+FILLANS+S VF TFFK+FFLVVLFGL++GL FLP LLS +GP     +D  K
Sbjct:  753 GVSIDTASAVLLTVSLGLAVDYSAHIAHGYIHSSKSSRGEKVKDSLTKVGPAVLSGGISTFLAFILLANSSSIVFTTFFKIFFLVVLFGLYHGLIFLPVLLSFIGPVYRQVQDSTK 868
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000005221 (supercontig:LSalAtl2s:LSalAtl2s276:209809:212602:-1 gene:EMLSAG00000005221 transcript:EMLSAT00000005221 description:"maker-LSalAtl2s276-augustus-gene-2.14")

HSP 1 Score: 93.9745 bits (232), Expect = 3.849e-23
Identity = 48/112 (42.86%), Postives = 74/112 (66.07%), Query Frame = 0 
Query:   19 LGLTIDTVSCTILIISVGLCVDFSVHVAHAF-LHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMME 129
            +GL I+ V+   LI+SVGL +D+S H+   + +   GSR +R+  AL  +GPA+ +GG STFL+F++L  ++S++F +F  +    VLFGL+N L F+P LLS  GP +  E
Sbjct:  507 VGLNIEIVTSLELILSVGLVLDYSAHIGVCYTIQKTGSRRERSQRALLDMGPAIFSGGFSTFLAFVVLFFNDSYIFTSFCHMLGFGVLFGLWNALVFMPLLLSYFGPLTEEE 618
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000007475 (supercontig:LSalAtl2s:LSalAtl2s429:50360:104533:1 gene:EMLSAG00000007475 transcript:EMLSAT00000007475 description:"maker-LSalAtl2s429-augustus-gene-1.9")

HSP 1 Score: 90.1225 bits (222), Expect = 3.701e-22
Identity = 38/89 (42.70%), Postives = 64/89 (71.91%), Query Frame = 0 
Query:   10 LEMIQSIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFK 98
            ++++  +   G+TIDT++C  +++S+GLCVD+S+H+AH FL   G   +R A ++ +IG A++NGG +TF++ ILL  S SH+F  FF+
Sbjct:  297 VDIVGFLHFWGITIDTIACVNIVLSIGLCVDYSIHIAHFFLCASGDAAERAASSVESIGIAIINGGTTTFMALILLIFSESHIFIYFFQ 385
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000008727 (supercontig:LSalAtl2s:LSalAtl2s542:206164:232722:1 gene:EMLSAG00000008727 transcript:EMLSAT00000008727 description:"maker-LSalAtl2s542-augustus-gene-2.8")

HSP 1 Score: 83.1889 bits (204), Expect = 2.654e-19
Identity = 41/109 (37.61%), Postives = 70/109 (64.22%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGS--RNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPAS 126
            G+ +D++S   LI+ +G  VDFS H+++ ++  + S    +R  +++  +G  ++ G +ST L  + LA + S+VF TFFK+ FLV++ G  +GL  LP LLS+ GP+S
Sbjct:  754 GVGLDSISMINLIMCIGFSVDFSAHISYHYMSCEKSFTDKERIRDSMYALGLPIVQGAISTILGVVGLALAPSYVFITFFKMVFLVIVLGALHGLLVLPILLSIFGPSS 862
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000006144 (supercontig:LSalAtl2s:LSalAtl2s335:81464:114163:-1 gene:EMLSAG00000006144 transcript:EMLSAT00000006144 description:"maker-LSalAtl2s335-augustus-gene-1.6")

HSP 1 Score: 82.0333 bits (201), Expect = 5.567e-19
Identity = 50/121 (41.32%), Postives = 73/121 (60.33%), Query Frame = 0 
Query:   19 LGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLV----VLFGLFNGLGFLPALLSLLGPASMMEKDVPKD 135
            LG+    V   +LI++VG+ V+F++H+   F+ + GS+N+R   +L  +   V +G +STFL  I+LA S+   FD  F+ FFLV    +L GLFNGL FLP LL + GP   +   VP D
Sbjct:  885 LGIHFSAVPAVVLILAVGIGVEFTLHICIGFVTSVGSKNRRIVLSLKHMFTPVFHGAVSTFLGIIMLAFSH---FDFVFRYFFLVLSSLILLGLFNGLVFLPVLLLMFGPPGEI---VPHD 999
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BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Match: EMLSAG00000010537 (supercontig:LSalAtl2s:LSalAtl2s6:1415448:1420769:-1 gene:EMLSAG00000010537 transcript:EMLSAT00000010537 description:"maker-LSalAtl2s6-augustus-gene-13.12")

HSP 1 Score: 77.411 bits (189), Expect = 2.495e-17
Identity = 42/109 (38.53%), Postives = 65/109 (59.63%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLH--TQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPAS 126
            G+ +D V+   LI+ +G  VDFS H+ + ++      S ++R   +L  +G  ++ G  ST L  + LA + S++F TFFK+ FLV++ G  +GL  LP LLSL GP S
Sbjct:  763 GVRLDGVALINLIMCIGFSVDFSAHICYHYITDTESSSPDERIRSSLYGLGLPIIQGATSTILGVLGLAFAPSYLFVTFFKMVFLVIVLGGLHGLIILPVLLSLFGPGS 871
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|8134591|sp|P56941.1|NPC1_PIG (RecName: Full=NPC intracellular cholesterol transporter 1; AltName: Full=Niemann-Pick C1 protein; Flags: Precursor)

HSP 1 Score: 82.0333 bits (201), Expect = 1.859e-17
Identity = 45/109 (41.28%), Postives = 70/109 (64.22%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAF-LHTQGSRNQRTAEALATIGPAVLNG-GLSTFLSFILLANSNSHVFDTF-FKVFFLVVLFGLFNGLGFLPALLSLLGPA 125
            G++++ VS   L++S G+ V+F  H+  AF L T+GSR  R  EALA +G +V +G  L+ F   ++LA + S +F  F F+++  +VL G  +GL FLP LLS +GP+
Sbjct: 1145 GISLNAVSLVNLVMSCGISVEFCSHITRAFTLSTKGSRVDRAEEALAHMGSSVFSGITLTKFGGIVVLAFAKSQIFQIFYFRMYLAIVLLGATHGLIFLPVLLSYIGPS 1253
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|449081276|sp|O35604.2|NPC1_MOUSE (RecName: Full=NPC intracellular cholesterol transporter 1; AltName: Full=Niemann-Pick C1 protein; Flags: Precursor)

HSP 1 Score: 81.6481 bits (200), Expect = 2.733e-17
Identity = 44/109 (40.37%), Postives = 71/109 (65.14%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAF-LHTQGSRNQRTAEALATIGPAVLNG-GLSTFLSFILLANSNSHVFDTF-FKVFFLVVLFGLFNGLGFLPALLSLLGPA 125
            G++++ VS   L++S G+ V+F  H+  AF + T+GSR  R  EALA +G +V +G  L+ F   ++LA + S +F+ F F+++  +VL G  +GL FLP LLS +GP+
Sbjct: 1145 GISLNAVSLVNLVMSCGISVEFCSHITRAFTMSTKGSRVSRAEEALAHMGSSVFSGITLTKFGGIVVLAFAKSQIFEIFYFRMYLAMVLLGATHGLIFLPVLLSYIGPS 1253
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|123778281|sp|Q0EEE2.1|PTHD3_MOUSE (RecName: Full=Patched domain-containing protein 3; AltName: Full=RND-type protein RNDEu-3)

HSP 1 Score: 79.337 bits (194), Expect = 1.516e-16
Identity = 38/104 (36.54%), Postives = 66/104 (63.46%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLH-TQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLL 122
             + +D++S   L+I +G   DFS H+++AF+  T+ S N+++ EAL  +G  VL   +ST +   +L+ + +++F TFFK+ FLV+ FG  +GL F+P  L+  
Sbjct:  803 NVNLDSISMINLVICIGFSFDFSAHISYAFVSSTEPSVNKKSIEALYLLGYPVLQSAISTIIGVCVLSAAKAYIFRTFFKIMFLVMFFGAAHGLIFIPVFLTFF 906
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|83305902|sp|O15118.2|NPC1_HUMAN (RecName: Full=NPC intracellular cholesterol transporter 1; AltName: Full=Niemann-Pick C1 protein; Flags: Precursor)

HSP 1 Score: 78.9518 bits (193), Expect = 2.249e-16
Identity = 43/109 (39.45%), Postives = 70/109 (64.22%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAF-LHTQGSRNQRTAEALATIGPAVLNG-GLSTFLSFILLANSNSHVFDTF-FKVFFLVVLFGLFNGLGFLPALLSLLGPA 125
            G++++ VS   L++S G+ V+F  H+  AF +  +GSR +R  EALA +G +V +G  L+ F   ++LA + S +F  F F+++  +VL G  +GL FLP LLS +GP+
Sbjct: 1146 GISLNAVSLVNLVMSCGISVEFCSHITRAFTVSMKGSRVERAEEALAHMGSSVFSGITLTKFGGIVVLAFAKSQIFQIFYFRMYLAMVLLGATHGLIFLPVLLSYIGPS 1254
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|1042851721|sp|H2L0G5.1|PTC3_CAEEL (RecName: Full=Protein patched homolog 3)

HSP 1 Score: 75.0998 bits (183), Expect = 4.591e-15
Identity = 41/107 (38.32%), Postives = 62/107 (57.94%), Query Frame = 0 
Query:   19 LGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSN-SHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGP 124
            +G+ ++ +S   LI +VG+ V+F+ HV  AFL   G+ +QR    L  +   V +G +STFL  ++L  S    V   FF    L+V  G+FNGL  LP +L+L+GP
Sbjct: 1190 MGIKMNPISAVTLICAVGIGVEFTAHVELAFLTALGTIDQRLESCLQHMFVPVYHGAISTFLGVVMLVFSEFDFVVTYFFYTMTLLVALGVFNGLCVLPVILTLVGP 1296
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|205371815|sp|Q09614.2|PTC1_CAEEL (RecName: Full=Protein patched homolog 1)

HSP 1 Score: 72.4034 bits (176), Expect = 3.960e-14
Identity = 42/107 (39.25%), Postives = 63/107 (58.88%), Query Frame = 0 
Query:   19 LGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSN-SHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGP 124
            +G+ ++ VS   LI +VG+ V+F+VHV  +FL   G+R+QRT+ A+  +   V++G  ST L  ++L  S    V   FF V   ++  G+ NGL  LP LLS  GP
Sbjct: 1229 VGIKLNPVSAVTLITAVGIGVEFTVHVVVSFLTALGTRSQRTSSAVDRVFVPVIHGSFSTLLGILMLGFSEFEFVVKYFFIVMTALICIGIINGLILLPVLLSWFGP 1335
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|160415977|sp|Q13635.2|PTC1_HUMAN (RecName: Full=Protein patched homolog 1; Short=PTC; Short=PTC1)

HSP 1 Score: 69.3218 bits (168), Expect = 4.770e-13
Identity = 46/116 (39.66%), Postives = 67/116 (57.76%), Query Frame = 0 
Query:   10 LEMIQSIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSN-SHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGP 124
            +E+   +  +G+ +  V   ILI SVG+ V+F+VHVA AFL   G +N+R   AL  +   VL+G +ST L  ++LA S    +   FF V  ++ + G+ NGL  LP LLS  GP
Sbjct: 1065 VELFGMMGLIGIKLSAVPVVILIASVGIGVEFTVHVALAFLTAIGDKNRRAVLALEHMFAPVLDGAVSTLLGVLMLAGSEFDFIVRYFFAVLAILTILGVLNGLVLLPVLLSFFGP 1180
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|6225890|sp|Q90693.1|PTC1_CHICK (RecName: Full=Protein patched homolog 1; Short=PTC; Short=PTC1)

HSP 1 Score: 69.3218 bits (168), Expect = 5.507e-13
Identity = 45/116 (38.79%), Postives = 67/116 (57.76%), Query Frame = 0 
Query:   10 LEMIQSIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSN-SHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGP 124
            +E+   +  +G+ +  V   ILI SVG+ V+F+VH+A AFL   G +N+R   AL  +   VL+G +ST L  ++LA S    +   FF V  ++ + G+ NGL  LP LLS  GP
Sbjct: 1064 VELFGMMGLIGIKLSAVPVVILIASVGIGVEFTVHIALAFLTAIGDKNRRAVLALEHMFAPVLDGAVSTLLGVLMLAGSEFDFIVRYFFAVLAILTILGVLNGLVLLPVLLSFFGP 1179
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|12643356|sp|Q9Y6C5.2|PTC2_HUMAN (RecName: Full=Protein patched homolog 2; Short=PTC2)

HSP 1 Score: 67.781 bits (164), Expect = 1.798e-12
Identity = 38/92 (41.30%), Postives = 54/92 (58.70%), Query Frame = 0 
Query:   10 LEMIQSIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFF 101
            +E+   +  LG+ +  +   IL+ SVG+ V+F+VHVA  FL TQGSRN R A AL      V +G +ST L  ++LA S+   FD   + FF
Sbjct: 1001 VELFGIMGFLGIKLSAIPVVILVASVGIGVEFTVHVALGFLTTQGSRNLRAAHALEHTFAPVTDGAISTLLGLLMLAGSH---FDFIVRYFF 1089
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Match: gi|6225892|sp|Q61115.1|PTC1_MOUSE (RecName: Full=Protein patched homolog 1; Short=PTC; Short=PTC1)

HSP 1 Score: 67.3958 bits (163), Expect = 2.342e-12
Identity = 46/116 (39.66%), Postives = 66/116 (56.90%), Query Frame = 0 
Query:   10 LEMIQSIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSN-SHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGP 124
            +E+   +  +G+ +  V   ILI SVG+ V+F+VHVA AFL   G +N R   AL  +   VL+G +ST L  ++LA S    +   FF V  ++ + G+ NGL  LP LLS  GP
Sbjct: 1051 VELFGMMGLIGIKLSAVPVVILIASVGIGVEFTVHVALAFLTAIGDKNHRAMLALEHMFAPVLDGAVSTLLGVLMLAGSEFDFIVRYFFAVLAILTVLGVLNGLVLLPVLLSFFGP 1166
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BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1061485453|gb|ODN02586.1| (Patched domain-containing protein 3, partial [Orchesella cincta])

HSP 1 Score: 157.532 bits (397), Expect = 2.329e-41
Identity = 73/111 (65.77%), Postives = 94/111 (84.68%), Query Frame = 0 
Query:   15 SIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPA 125
            S+    LTIDTVSC  L++++GLCVD++ H+AHAF+ + G+RN+R+ +AL  IGPAVLNGG STFL+FILLANS SHVF TFFK+FFLVV++GLF+GL FLP LLS++GPA
Sbjct:  857 SMHFWNLTIDTVSCIDLVLAIGLCVDYAAHIAHAFMTSVGTRNERSTKALVNIGPAVLNGGFSTFLAFILLANSKSHVFLTFFKIFFLVVVYGLFHGLVFLPVLLSIIGPA 967
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1067095240|ref|XP_018009531.1| (PREDICTED: uncharacterized protein LOC108667060 [Hyalella azteca])

HSP 1 Score: 153.68 bits (387), Expect = 6.411e-41
Identity = 70/105 (66.67%), Postives = 85/105 (80.95%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGP 124
            GLTIDTVSC  +++++GLCVD++ HV H F+   G+R+ R  E LA IGPAVLNGG STFL+FI LANS+SHVF TFFKVFF V L+GLF+GL FLP LLSL+GP
Sbjct:  245 GLTIDTVSCIDMVLAIGLCVDYAAHVGHVFMTCHGTRDARVRETLARIGPAVLNGGFSTFLAFIFLANSDSHVFRTFFKVFFGVCLYGLFHGLVFLPVLLSLIGP 349
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|321463817|gb|EFX74830.1| (hypothetical protein DAPPUDRAFT_306990 [Daphnia pulex])

HSP 1 Score: 150.599 bits (379), Expect = 7.450e-39
Identity = 76/137 (55.47%), Postives = 101/137 (73.72%), Query Frame = 0 
Query:   15 SIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKDVPKDVGLRPARTEDEVESTL 151
            S+   GLTIDTVSC  L++++GLCVD++ HVAH F+   G+RN+R A  +++IGPAV +GG STFL+FI LANS+SHVF TFFK+F LVV +GLF+GL F P +LSL+GPA   +   P DV  + A T +E+E  L
Sbjct:  846 SMHFWGLTIDTVSCINLVLAIGLCVDYAAHVAHTFMTKTGTRNERAAATISSIGPAVFHGGFSTFLAFIFLANSDSHVFLTFFKIFVLVVAYGLFHGLLFFPVVLSLVGPAP-FDVAAPPDVEDK-AVTAEELEPQL 980
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1325261885|ref|XP_023331667.1| (patched domain-containing protein 3-like isoform X1 [Eurytemora affinis] >gi|1325261897|ref|XP_023331674.1| patched domain-containing protein 3-like isoform X2 [Eurytemora affinis])

HSP 1 Score: 148.288 bits (373), Expect = 4.234e-38
Identity = 75/133 (56.39%), Postives = 93/133 (69.92%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKDVPK-DVGLRPARTEDEVESTL 151
            GLTIDTVSC  LII++GLCVD+S HV H FL  QG R  R  + ++ IGPAV NGG+STFL+F+LLA S SHVF +FFK+FFLVV FGLF+GL  LP +LS +GP S     V + D+ L+    E+  E  L
Sbjct:  817 GLTIDTVSCNNLIIAIGLCVDYSAHVMHRFLTEQGPREDRVVQTVSNIGPAVFNGGVSTFLAFVLLATSRSHVFSSFFKIFFLVVSFGLFHGLVVLPVILSFIGPDSAHYTLVTRTDIQLKSKEKENPGEIAL 949
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1022768415|gb|KZS13150.1| (Niemann-Pick C1 protein [Daphnia magna])

HSP 1 Score: 147.517 bits (371), Expect = 7.941e-38
Identity = 72/127 (56.69%), Postives = 94/127 (74.02%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKDVPKDVGLRPARTEDE 146
            GLTIDTVSC  L++++GLCVD++ HVAH F+   G+RN+R A  +++IGPAV +GG STFL+FI LANS+SHVF TFFK+F LVV +GLF+GL F P +LSL+GP        P D+  RP   ED+
Sbjct:  826 GLTIDTVSCINLVLAIGLCVDYAAHVAHTFMTKTGTRNERAAATVSSIGPAVFHGGFSTFLAFIFLANSDSHVFITFFKIFVLVVAYGLFHGLLFFPVILSLIGPP-------PFDLD-RPPNLEDK 944
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1325255661|ref|XP_023320290.1| (Niemann-Pick C1 protein-like [Eurytemora affinis])

HSP 1 Score: 146.362 bits (368), Expect = 1.342e-37
Identity = 86/157 (54.78%), Postives = 104/157 (66.24%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKDVPKDVGLRPARTEDEVE--STLLPSPVVPNSGIKSGT---KNNTK 171
            GLTIDTVSCT LII++GLCVD+S H+ H F+   GSR +R  +AL  IGPAVLNGG STFL+FILLA S SHVF +FFK+FFLVVLFGL+NGL  LP LLS+ GP S    DV          T DE+E    ++   VV      S T   ++N+K
Sbjct:  531 GLTIDTVSCTNLIIAIGLCVDYSAHITHTFMVNTGSRERRVKDALINIGPAVLNGGFSTFLAFILLATSKSHVFTSFFKIFFLVVLFGLYNGLILLPLLLSIFGPRS-YNHDVSS------TNTSDEIEPLKPMIKQSVVQKENQSSETQVERSNSK 680
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1325261904|ref|XP_023331682.1| (patched domain-containing protein 3-like isoform X3 [Eurytemora affinis])

HSP 1 Score: 146.362 bits (368), Expect = 2.032e-37
Identity = 69/107 (64.49%), Postives = 83/107 (77.57%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPAS 126
            GLTIDTVSC  LII++GLCVD+S HV H FL  QG R  R  + ++ IGPAV NGG+STFL+F+LLA S SHVF +FFK+FFLVV FGLF+GL  LP +LS +GP S
Sbjct:  817 GLTIDTVSCNNLIIAIGLCVDYSAHVMHRFLTEQGPREDRVVQTVSNIGPAVFNGGVSTFLAFVLLATSRSHVFSSFFKIFFLVVSFGLFHGLVVLPVILSFIGPDS 923
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|1325254768|ref|XP_023343959.1| (Niemann-Pick C1-like protein 1 [Eurytemora affinis])

HSP 1 Score: 142.51 bits (358), Expect = 5.283e-36
Identity = 69/129 (53.49%), Postives = 91/129 (70.54%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKDVPKDVGLRPARTEDEVE 148
            GLT+D VS   +II++GLCVD+S H+ H FL   GSR +R+A+ L  IGPAVLNGG+STF++F+LLA S+SHVF +FFK+FFLVV+FGLF+GL  LP +L + GP +    D P        + E E E
Sbjct:  765 GLTVDVVSSVNIIIAIGLCVDYSAHICHTFLTIGGSRRERSAQTLVNIGPAVLNGGVSTFIAFVLLAGSDSHVFSSFFKIFFLVVVFGLFHGLVLLPVVLRIAGPGAYTTSD-PSQSSKPKQKKETENE 892
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|676487337|ref|XP_009064260.1| (hypothetical protein LOTGIDRAFT_130973, partial [Lottia gigantea] >gi|556096467|gb|ESO85119.1| hypothetical protein LOTGIDRAFT_130973, partial [Lottia gigantea])

HSP 1 Score: 138.658 bits (348), Expect = 7.119e-35
Identity = 65/117 (55.56%), Postives = 88/117 (75.21%), Query Frame = 0 
Query:   15 SIETLGLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPASMMEKD 131
            S+   GLTI+TV+   LI+++GL VD+S H+ H F+  +G+R++R  E L+ +GP V NGG STFL+F+LLA SNS+VF TFFKVFFLVV +GLF+GL +LP LLS LGP+  +  D
Sbjct:  559 SMHFWGLTIETVTSIQLILAIGLAVDYSAHIGHTFMTIKGTRDERAKETLSEMGPPVFNGGFSTFLAFVLLAGSNSYVFSTFFKVFFLVVWYGLFHGLVYLPILLSWLGPSPYLTAD 675
[Close]
BLAST of hypothetical protein YQE_04841 partial vs. nr
Match: gi|260796123|ref|XP_002593054.1| (hypothetical protein BRAFLDRAFT_74381 [Branchiostoma floridae] >gi|229278278|gb|EEN49065.1| hypothetical protein BRAFLDRAFT_74381 [Branchiostoma floridae])

HSP 1 Score: 136.732 bits (343), Expect = 4.344e-34
Identity = 68/134 (50.75%), Postives = 92/134 (68.66%), Query Frame = 0 
Query:   20 GLTIDTVSCTILIISVGLCVDFSVHVAHAFLHTQGSRNQRTAEALATIGPAVLNGGLSTFLSFILLANSNSHVFDTFFKVFFLVVLFGLFNGLGFLPALLSLLGPA-------SMMEKDVPKDVGLRPARTEDE 146
            GLTI+  +  IL+++VGL VD+S HV H F+  QG+RN+R  E L  IG AV NGG STFL+F+LL+ S S++F TFFKVFF VVLFGL++GL FLP + SL+GPA       + M++   KD  +    T+D+
Sbjct:  794 GLTIELSTMVILVLAVGLAVDYSAHVGHTFMLVQGTRNERAKETLLRIGTAVFNGGFSTFLAFVLLSGSQSYIFQTFFKVFFGVVLFGLWHGLVFLPVICSLIGPAPYHTSSDNKMDQSEKKDDIVEETTTDDD 927
The following BLAST results are available for this feature:
BLAST of hypothetical protein YQE_04841 partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 7
Match NameE-valueIdentityDescription
EMLSAG000000077252.026e-4571.30supercontig:LSalAtl2s:LSalAtl2s44:25674:28922:-1 g... [more]
EMLSAG000000036022.795e-3856.03supercontig:LSalAtl2s:LSalAtl2s197:152115:159124:1... [more]
EMLSAG000000052213.849e-2342.86supercontig:LSalAtl2s:LSalAtl2s276:209809:212602:-... [more]
EMLSAG000000074753.701e-2242.70supercontig:LSalAtl2s:LSalAtl2s429:50360:104533:1 ... [more]
EMLSAG000000087272.654e-1937.61supercontig:LSalAtl2s:LSalAtl2s542:206164:232722:1... [more]
EMLSAG000000061445.567e-1941.32supercontig:LSalAtl2s:LSalAtl2s335:81464:114163:-1... [more]
EMLSAG000000105372.495e-1738.53supercontig:LSalAtl2s:LSalAtl2s6:1415448:1420769:-... [more]
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BLAST of hypothetical protein YQE_04841 partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 15
Match NameE-valueIdentityDescription
gi|8134591|sp|P56941.1|NPC1_PIG1.859e-1741.28RecName: Full=NPC intracellular cholesterol transp... [more]
gi|449081276|sp|O35604.2|NPC1_MOUSE2.733e-1740.37RecName: Full=NPC intracellular cholesterol transp... [more]
gi|123778281|sp|Q0EEE2.1|PTHD3_MOUSE1.516e-1636.54RecName: Full=Patched domain-containing protein 3;... [more]
gi|83305902|sp|O15118.2|NPC1_HUMAN2.249e-1639.45RecName: Full=NPC intracellular cholesterol transp... [more]
gi|1042851721|sp|H2L0G5.1|PTC3_CAEEL4.591e-1538.32RecName: Full=Protein patched homolog 3[more]
gi|205371815|sp|Q09614.2|PTC1_CAEEL3.960e-1439.25RecName: Full=Protein patched homolog 1[more]
gi|160415977|sp|Q13635.2|PTC1_HUMAN4.770e-1339.66RecName: Full=Protein patched homolog 1; Short=PTC... [more]
gi|6225890|sp|Q90693.1|PTC1_CHICK5.507e-1338.79RecName: Full=Protein patched homolog 1; Short=PTC... [more]
gi|12643356|sp|Q9Y6C5.2|PTC2_HUMAN1.798e-1241.30RecName: Full=Protein patched homolog 2; Short=PTC... [more]
gi|6225892|sp|Q61115.1|PTC1_MOUSE2.342e-1239.66RecName: Full=Protein patched homolog 1; Short=PTC... [more]

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BLAST of hypothetical protein YQE_04841 partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1061485453|gb|ODN02586.1|2.329e-4165.77Patched domain-containing protein 3, partial [Orch... [more]
gi|1067095240|ref|XP_018009531.1|6.411e-4166.67PREDICTED: uncharacterized protein LOC108667060 [H... [more]
gi|321463817|gb|EFX74830.1|7.450e-3955.47hypothetical protein DAPPUDRAFT_306990 [Daphnia pu... [more]
gi|1325261885|ref|XP_023331667.1|4.234e-3856.39patched domain-containing protein 3-like isoform X... [more]
gi|1022768415|gb|KZS13150.1|7.941e-3856.69Niemann-Pick C1 protein [Daphnia magna][more]
gi|1325255661|ref|XP_023320290.1|1.342e-3754.78Niemann-Pick C1 protein-like [Eurytemora affinis][more]
gi|1325261904|ref|XP_023331682.1|2.032e-3764.49patched domain-containing protein 3-like isoform X... [more]
gi|1325254768|ref|XP_023343959.1|5.283e-3653.49Niemann-Pick C1-like protein 1 [Eurytemora affinis... [more]
gi|676487337|ref|XP_009064260.1|7.119e-3555.56hypothetical protein LOTGIDRAFT_130973, partial [L... [more]
gi|260796123|ref|XP_002593054.1|4.344e-3450.75hypothetical protein BRAFLDRAFT_74381 [Branchiosto... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold104_size368486supercontigscaffold104_size368486:51864..81501 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
NoteC:membrane
Relationships

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

Feature NameUnique NameSpeciesType
snap_masked-scaffold104_size368486-processed-gene-0.8-mRNA-1snap_masked-scaffold104_size368486-processed-gene-0.8-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold104_size368486:51864..81501-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>snap_masked-scaffold104_size368486-processed-gene-0.8 ID=snap_masked-scaffold104_size368486-processed-gene-0.8|Name=hypothetical protein YQE_04841 partial|organism=Tigriopus kingsejongensis|type=gene|length=29638bp|location=Sequence derived from alignment at scaffold104_size368486:51864..81501- (Tigriopus kingsejongensis)
ATGACTCAAATCCACATTTGGGGCCCTCTCGAGATGATCCAAAGCATTGA
AACACTTGGTATGATGGCAATTCGCTCCGAATTTCTGAAACTTCATTTCG
GGATTATAAGTGACGATTTTAAATCACTTTCATTAAGAACTTTAAGTAAA
GACTTACGTAAGTAAGAAATTTACAAAAGGAGGAAACGGTCTGTTTTTTA
AACCAAAGGCTGATTTTCTAACAGTTACAATAATTATCTAGGTAAAAAGG
GTCGGTTTTGACTAAAGAATGGTCAAGCCAATGATTAAAATGTGTTTCAC
ATACCGGTAGATGCATTAAATGAAAAAATGGTGCAGAAAAAATGCCGACC
TCAAACCATAGATTTCACCTCAATTGACCCTTTGAGACAAGAAAAACTTG
CCAAGTTGTTAAAAGTTCACGTCTGTGAGTCAACTTTTTTTCGATCTAGG
AACTTCATGCATAAAAAACATACCGGTATTTTGCATAGGAAAACAAGTAT
TACATTAAACAACGTTGTGAGACTGTTGCCGAAACAACCCTAAAGGATAA
ATGTAGGTTCTGCTGGACGATGTTTTTTATGGTAAAATGAGAATTCTTCT
ATTTATGGGGTGTTTAAATGCATTTACGTGCCGGAATAGCCAAGATGGTG
TATTGCAATAGCAATTATGTTTCAACAACTATTGTATTACTGATCAAAAG
CAAACGTAGTAGCTTAATCTCCCGTTCCCTTCACTAATTTTAAGTGTTCA
GACACATTTCCGTCTTAAAAATAAGTTGGTTTGGATTTTTTGCCAAGTCT
ACGTAGAAGCAATCAAGTTTGAAGCTTAAATGCTTATGTAACTAAGTACG
TACATATATTCGGTTGCTACTACAGTTTGTTTTTTTTCTCGAGAAGATAA
CTGAATAACATAAGGGAAATATTGCTGTGTTTTAGCACACAACATCAGTT
CAATGCTTATTCGGGTGCATTTCAAAGATGAGTAACATTGCATTGGAGCA
ATGGAAAGCATGTACTAGTCAAAAAAAGAACAAGGTTTCTTTCTGAGATC
TTTTGAGGATATAACTCTGATTAGCACCCATGCTTTCGTGGTTGCCTAAG
GCGACCTAGAAAAATAATCACAAGCGCCCAAAGCTCCATGAACAGGATTG
GTTCATCAGGTTCTTTTAATTATCCGGATAGGGAAGAAAATATACTTGGG
CCTGAGGACCCAATTGGACTCGTGATGACTCGTCGAAACTTACCCCTCAA
GCAAAGCTTTTTATCCCTGAACCTTCTTCATCAGCCTGGGCATCGACTAC
TAAAGCTAAATAGTCGATGGCCTGGGTAACCAATGTAAAAGCACTATCTT
CCTGTTTTCCCCAAATCTAAGTCAGAAGTTGTTCGGAACTCACGTATGCG
TAGATTGCGTCAAAAAGATACAAAAAGAAACATGTGTCACCGAAAGTACG
TTTTTGGGGGAGGACTTTTTGGGTTTTCCAACAGTTGTCGGCATAATTTT
CTGGTTAAAATTACAGGTGTGAACAAAAAAGTCAAAATCAACATCTGGCC
TATAAGTACTATCAGCGGCCTTTTTTTTGGGGGGGGGGGGACCCTAACTC
AGAACAGAAAAACTGGCACTACCACTTTTCCAGTTTTTTCCCCAGATTTA
GGGTTTTGCTTGTCGAGTCGAGATATCAATGATCGTTGAGGTAAAAGAAC
AAGGAGAATCCACTAGGTCAAAAGGAGCGACAACCCAGCTGCTAGTCTAA
ATGCAATAACGCTGGGTCTTGGCCTGTCAAATTTCTTAGAGCGCGCTGCG
CCAGCCACCCAAAGAGGACAAGGCGCGCCAGTTTTCGCATTTACGTTGAT
CAGCTGCGCGGTTGTCGCTTCTCCCAGTCACTTTCCAAGGCACCCTCACT
CCAGATATAGAACCTCCTTGTCCATAAGCCGCTGTGAAATTCGCAAATCC
TAGGAAATCTGTGGAAAATGAAAGACAAATAGCATCCATATATTTTTTCT
ATTAATTTTTTTTCGGATAATTAATAAACTGTTCGAAAAAATCTTGGAAT
TTCTGTTGATATCCTGAATTGGTATTCATTTAACAATTTTGATTTAATTG
GCGTTTTCTACAAATCAGTAAAATCCATGCCTGTGCGATATTCTCGAACG
AATATCGATATATTGACTGCGATATATCACTTCAGGTCGATTATCGATAA
CTCGATTTCACATCGAAAGGCTCATATTGTTCAACGTGAATTTAAAACCG
AAACTCATCAATAACACTATATCTCACTCCTTGTTTCCGCTTTGCGCTAG
TTAATTGGAATACACAGTCGGAAAAATAAAACTTCAATCTCAGGAAATGG
ACACTCGAATCTTTTGGAAAACGAGAATGAAAATTCCAACCTCAACAACC
CAAATTGGCAATTTTTCTTTACCTTATTATGTCTAAAATATCTCATCGAT
GTATCAAACAAATATCGATCTAACGTAAAGACATATTCGAAAATTCGGGC
ATTTAGTCCAATTCCTAGACATTCAAACTCAGGCCGAATTTTCTGATGTG
GTCCTACTTACTCTACTTTACTCAAATTTCGGACCTCTGCAAAATCTATT
CGCTAATCGATTTGAAAGACCCGAATCTTGCGTTTCATGCCAAACCTCAG
GCCGTTGAACGTCTGGAAACGTCGAAAGCCCGTCTGAATATGTCTGGCTC
GGGTGGATCGTTGTCTTTTTAGGGTTCAAGTCTTTGCAACGTTGTAGGTT
TATGACGAAAGTGAGCATTATGTTACGTGCAATGATAACTCATCATGAGT
GTTTGTCCTCGCCGAAATAAACCTTGTCTTGGTGAAAACAGGTCTTCCTT
CATTTGCCATAAATCAGCAGACAAGGAAGGTGCAGTGTATTAATTTTCCC
AACATGTCGAGCTTTAAGTAGTTTATCCCACATTGCTCGTATTTTAGGAG
AGATAGTAACCTTGTGCTTTTTTTACCACCCAGTTGTGAAACTACCTAGA
TCAAAAAGCAAATTTGGGTTTAATCCACCTAACGCGAATGGCAAGCCTAT
AAAACGGCTCCAACATGTGTCTCAAGGTTAAATTTGGCCATTGTCTTTTA
TAAGTTTTAAGTGCATTCGCCGTTAATGACCATTTTTCCTTTCACCCTTC
AAAACTGGCGCGAAACATCAATCAGATCTTGGAGTGACCAGGACATTAGA
GAGTGACCACATACGCTTCGTTGCAGAGTTCCTAAATTTCGTCTTCTGCA
CTTTATTCCCAGAGTCATTGGCGCCAAGGACAGATTTGCCTAGTTGTGAT
GTTAAAGTGTTCGAATCGCTCCATCGTTCACTTTTTTTGCCGAATCTGTA
AATATGTGGACATAATCATTATTTGTACCATAAGATTTGCAAATCGAAGG
AAAATACCAAGAATTTGGCGTAGTCCATTCGTTAGTCAAGATCGAAAACC
TTTCTTTCACCAATAGAGCACTATTTTGTGTTTCCAATGTTGCTATCAGG
AACAGTACTTAATGCTTGAAAAATTCATCGAATTGGGTCGATTCCTTCAA
ATTACATCTCATGCTCTGACCATTTCACTTAGATGTACGTAATGATTTGT
CTGAATCGTAAATTTTGTTGGACGACCAAATTCCGAATAAAGAGCGAACC
AAGTCCGTTCGGAAAAAGGTTGCTTCCATAGTATGTTAGAAATAATTATT
GAAGCAGTCACCACTATTCCAAATCCGGGTTTAAACTCTCCTAACAATTT
TTCGTGCCCAAATTTCATATTCCAATCCTAAAGTTTTATCTCGATTCAGA
TATTTTCCAATCAAGTCGCCATGTTCAATTTGTTAAACACATGTGGGATT
ACAAATATCTCGAAATAAGAAGTATTCCTGTCTAGAATTAGTTTTGGGAG
TAACATTCCCGATCCAATGTTTTCTTATGTACCCTAGGATGAAGAATTTC
CTGTAATCAGCCATTTTTTTGGTGGAGCTCAGGTTGCCCTCTTACGGTAA
GCCTTGGTAGGAGCATGGACTTCCTCACACCAGGAGGAATAACTGCATTT
GAGGTCACGTGAATGTTACCATAAGCCTATTTAGTAACAGATGAGCAGCA
AAGCGAGCATGACCACTTCTAGTAAGTAAGTTGTTCTAGTCTCGTTGGTT
TGGGCGCTTTCCAATGGAGGGACATTCACGTGACCTCGAATTTGGGGATT
CATCCTGGTGTCAGAAAATCCGTGGTTGGAGGTGCTGGGACTCAATAATT
TTGTTATGAGAGGTGTTGAAGGATATTTTTTTCCGTTTACCACAAAACCA
TGGCCAGAGAGTGGCTCTGTAAGCTTTTTGGCCACCAATTAGAGATTAGT
CGAAACATTGTCTTCAATTAGACGGCCAGTTCATGTCTCGTTTCTAAGAG
ACTTCTGGTGGTTGTAGAGCTACCCTAAATAACGTTTGATGATGTCCTAG
TTAAGGATTTCATGCTTGGCAATCGCGTTATCAAATATTTTTCTATGGAA
GACCAGACACAGTTCCTACTAACGTACTATGTATTTTGCCAATTAATTGA
TACTGTATAAAGTGTTCCTTTGAGCTCCACCGACACATGGCTTGATTACA
ACATAATCCGCATCTTAGATGAAATAATTGGATCTAGGAAATACAACCAG
AGGACACTCACGGTTTGGATGCGACATTAACGAGTGGGAACAACTGAATT
CAGGAGTTAGGTAAAACATTGGATGATGTCTAAATTGCCTCAATGTACAA
TGTATGAGATGACGTCTTCAAAGCCAAGTCACACCTGCTTCTTCGGTGTT
TCCTGGAAATTGTTCTTCCTATAACATCAGCACCTGAAAAATAAAACAGT
CGGACTAATTTGGTTCATTGCATGCTGGCAATCTTCTAAGGTTATACTGG
ATTGTTTGTTTGTAGCACGTTTTTCTCAGGATTGGCGGAATAGAGCCAGT
TGATTTTTTTCAGAGAACCTCCGGACCACGACTGAGGTGTACCTAACATT
CTGACCAAATTTAGAGCGATCTTGGGATCATCAAAATTAGATTATTTAAA
TGATTACAAATTATCAAAAATATATAAAAGTCCCAAAACGATGGTAGCTC
TAGTTCCAAGAGTAGGTCTTGCCAATGTGTTCGGTACTTTTTTGTCACTA
GGTCAAAATGTGGGACAAACATGGGTTGGATTCCCATTAAAAACAGTTAT
CCCACTGCTTCAATTTTTCTAAAAGAATACGTTTATTGATTTGTTTGTGA
ATTGGCATGCAGAGATACGTGGAATGTTTGCAAAATCATGAAGTTAAAAC
GCGTCAAAAGTTCCAGATCGTGAGCGAAGCCAATTCTGAGAATTTGGCGA
ATGTCATGTCGAACCAAAGTTCGTGCTTGATGGAACTAAAAAAATGTTCC
ATAACCCGCCAAGATCCCCCTGGACAGATTAAACCCTACTGGGATAAAGA
GTACTTTTAAAGCCTCAGAAAACGTTTGTTGGCACCTGATCCGTAAAAAT
GTACTGTATGAGCAAACTCTCCCAATCTGGGAAGATGGTTCTTAATTGGC
GATGAGAAGTGTTCCAAAGGCAGATTGGCCAAATCCACCCTACTCCCTCA
TAAAGATACTGGGCACCATTTCTCTTCCTCCAATGACATTGCCACCAACC
AAGGGTTCGCTCATCGATAAACGGAATCAATGCGGATGGTTCAAGAGTAA
AGTTTGTGGGTTTGAATGCCTCGATGCAAAATGAACACAATTGTGGATTG
ACTTAATTTGACCCAATTAGGCATACCTTGCTTTTTGCACGTTTCTGAAC
CCCCGGTCAGAATCTTGTTCCAGGTGATCCGAAGGCTCTCAAATTTCCCT
TATCACCTCATGTAGCTACTTTCCAATACTAGAGGGCTTTTAGACGAATG
CTCAGCCATGACTATTCCAAATCACAGGGATCACCGGCCGATCCAATACG
ACTTTCCCTTGTCTTTTCCTTGAATTTTGTTTCGGTGAGCCTCATAAATA
GGGATGTGACCAAGAAAACGAGGTCCTTATAAGATATAAGATTTAAACTT
TAAATATTGATCAAGGTCACAAGTTATAGGGAAATGTACTCAGATTTTTA
CAATAAAATCAATCATTTCAACGGCAACCTGTAGCCGACACCATAATGTA
TTTGTTTATTTTACTCGAGGGTTTTTTCTTGAAAAAGCGTGTAATCGATT
TGATGGTGGTTCAATGAATCTGTCGTGTGAGCTCTCGGTTTCATGGATCC
CAATTGTTATTCGTAAATTATGCGATAATTTCCCTCATTGGAGGAAGTGA
ACAGCTTAGTAGTGGGTCAATTTTCTCATTATCATTCCAATATACTGCAC
ATAATATACATATCGAGTAAATACTGTACTTCGTTCACGGGCGAGAATTT
TTGACATCGCTCCCAATTTTTATCAGTGCAGTTGTCTCAGCAACAGGTGT
CGCCTTTACGAGATCAGTTCTTAATTAAAAAAAGACATTTTTAAGTTCCA
ATTTTGCAACCAAAAAGGTTTCTTTCAATCACCTGATCAAACAGTTTTGG
AAATCGATCATGAATGATTTTTCATTCTGTCATACTTATTCATCTCACCT
GCAAGAAATAACCACAATATCCATCCGTTTGCACGGAGACCAATGACCAC
AACAATACTTTAACACCACTAGTGGCTGGAATATAATGAATACTCTCCTG
AGAACATCAGTTTTTACAGCTACACATAAGTGTCATATATGATGCTTTAC
TAAACATACNGTCGTGTGAGCTCTCGGTTTCATGGATCCCAATTGTTATT
CGTAAATTATGCGATAATTTCCCTCATTGGAGGAAGTGAACAGCTTAGTA
GTGGGTCAATTTTCTCATTATCATTCCAATATACTGCACATAATATACAT
ATCGAGTAAATACTGTACTTCGTTCACGGGCGAGAATTTTTGACATCGCT
CCCAATTTTTATCAGTGCAGTTGTCTCAGCAACAGGTGTCGCCTTTACGA
GATCAGTTCTTAATTAAAAAAAGACATTTTTAAGTTCCAATTTTGCTTAA
TCAACATCGGTCGAAAACATGTTTTTTAATTCCAACTATCAATCTGCTTC
CAAGACAGACTTCGCTGCATTTTTGATCTTGTTTCCAATCAAATCCATAA
CACTGGGTACAACAGAGCTTGGTTCAAGCTCATCTTTTCCTCTCGCAACC
AAAAAGGTTTCTTTCAATCACCTGATCAAACAGTTTTGGAAATCGATCAT
GAATGATTTTTCATTCTGTCATACTTATTCATCTCACCTGCAAGAAATAA
CCACAATATCCATCCGTTTGCACGGAGACCAATGACCACAACAATACTTT
AACACCACTAGTGGCTGGAATATAATGAATACTCTCCTGAGAACATCAGT
TTTTACAGCTACACATAAGTGTCATATATGATGCTTTACTAAACATACTG
TACATAATGAACATACAACACGAACATACATAATGCTTTACTAAACTCTG
ACAGTATGTACGTTGTTTAGCTTTTGAGTGATCACGTGCGCCTTAGTTTT
GGGTACAAAAGCAGATTAATCTCTGGTATTCACTACATTTCTGTATTGAG
GCGGGATAGAAACTAATTTGGGAGCGATCCTCTTTCAAAGGCACATACGT
GTGCACTTGCTTTATGCCCAAATGCTCCTTTAGCAGTACAAACATATTAA
GGACGATGCGGCATTGTTCCAACCTTGGCTCACGTTCATTGTTTTTGGGG
CTCAATTCATACTGCGACCTAAAGACAAATTAGATGGACTTGGAAGTTCA
GAAATTCTTGTTCAACCACAACGGAGTTGGCCTGTTGTCTAAGTGTTTGC
TGCCAATAGGGCTGTGGGTCGATGACATCACAAATTGGGCGGGAAACGTA
TTTGAAAAAAGTCAGCTGCATGTAGGACACTCCCCTCCAAGTCTGTTGTA
CTGGATCAGTCAAAACCAAGGCGATCTTTGGTAATCTATGCTCAGATTGC
CACTATGACCTCCAACCATCCACAGTTGGAGTCATATTTCCCCGATTCAA
TTGCCTAATTGGGCATTTTCATGACCTTTGGATTGGGAAGTTGATGTTTG
TGTTGATATTTTTTAGATGTTGCCTTTGAAAGTTGGCTGGCTCTCCTACT
ATTCTGGAAGACTGATCTCTCTTAAAGCCACACTCCATTAGGGTGACCAA
ATTCGCAGGGTGAGCCGAAGTTAATTTCCCAAGAAGGAGCAGCTGATGGT
AGTAGCTAGAAATTGTGAAAAAATGCGAGGCCTTACTGTCCAAGAGTTTG
GTATAGCTTTGTCAATACGCTGATGATACTTTGTTCAAAAACTAAAAGTT
CTGATCAGCAGAGGGCCTTGTCCTGGCTACCCTGATTTAATAGCGCCGTT
GCAGCATCTACAGTACAGTTTCTCCTCGGTCGAACGTGCCAAAACCCTAT
AGGGGGCGCTTTTTCAGGCTGCAGTATCCACGTGGCAAGGATTTCTATCC
AAGTTAGGGAACAGTTATAACTTATAAGACAATAGCGGAAGGCATTTCAA
AACTTTGAAATGATCACTAGGTTGTTTTTTTGCACATTAGTTTCATCATA
TCTAGATTTATGACAGAGCTTGGTCATTTATTTCCTTCATAGTTTCGAAT
CTGAGAAACTGGTAGACTATTACAAATGTACGTAGTCCATTGCCTGCAAA
AATTATTTTTTCGTCGATAGAGATCTACGTAGAGCTAGTTGATAATCTAT
TCATCTTTTCATCCAGAGTATTGTCAGTTATACCTACATATTTATGATTC
AAATGGTCTTTTGTTGTAAGAAGAAGCCACTAGATGGAGCTTTATAAATT
AACTTTGCCATCACACAACACCAATTGTGAGTGTATCTAGTCGGCCACCA
TCCATATCTGTGGCATGCTCTTCATGTGATATGGTGCTCTCTTTTGTGAT
GAGACATCGCCTTTACATACTAATGTCTCTAGTAATAAGCCATCAGTCTC
AACACACCATCTCCCTGTGACATATCTCACACTAATGTAAAAGGCAAAGG
ACTTTAACAGGCGCTATGCAAATAGTTTGAGTGAATATAACTCATGGAAG
ACGTTGGATTCGCCCGTTAATCCCCCATGGGTAAACGTTTATTGTGTGGT
TATTTTCAAAGCCTCTTTATATGTTTTGCTTTTTCACGTCGTACGCGAAA
ATACATAGATTGGGTTCAAATCGAATTTGGTATTGTTGGAGATAGTCAAA
TCGCGAGTGTACACAACAACGACTTGGAATTCTCTATTCACTTTTCACTA
TTCACTCTTGGGGTCTCCAGAGGCTCCTGAAGTCAAATCTGGAAATGCAA
GTGAATGAGAATATTGCTTCCCAAAGGAAGCCAAATGGGAAGAAGACACT
CGTGAAAAATGAAACCCCATTAAGCACTCAACTTGGCATAAAGAAGAACC
AATTCTTTAAAGCAGAGTGTGTTGAGGCCCCCTGAGTAGAGATGGCGAGT
ACCAGTCCAACTCTAGCAGAAGTTTCTAAAGACACAAGAGTGTTCTGGCC
CACTGTCAATACATAAATGATATCGTTCCATAAGTTTAACCTGTCGGGGA
ATGACTTGCCACTATTGAAGGGCGTAAGTGGCCTTTTCCGTTAAAATTTT
GGAAGGCCAAATCCAAAAAGTTTGCTTGTCAGATGTGGCCGGTAATATGT
TCGTGGTACACGGGCATGTGCTCGAGTAATTGTCGCCTCATCTCAAAAAG
CCTCTTTCAAATTGATCTGAGTATTGCGCAAGGACTCCTGTTGTGTAACG
CTCAAGTTAAGCCCACAGGGTGGGTGAGATAAATACATGTACAGTAGTTC
AAAAAACTATTGCTGGATCGAAATTCCCTTCAGACAAATTTTCAGTTTCA
GTGGAATTCCCTGCCTTCCCAATTCCGTTCGACAAACTGACGGGCAAAGG
ACGCGCCGTTTTCATCTTACATCGGTCAAGGAGTTCTACACAAGAACTAA
ATGGAGCGGAAGCTTCCAAAAATGGTCACGTGACTTCAAAGAATATGCGT
TCTGAGACAGAGCAGACATGCGTGGCCAATTCTGATTGCCTCGATCAAAA
TTTGAGTTCCCCTGGAATGCATTTGCGGCTAGACCTCCTTCAGCTGACCA
AGCAGATCAAGGAAGGCAGAATTGGCCCAGCATATCTGCCTTGAAAGCAC
ATATTCTTGAAGCTTCCCCTCCATCTAGTTCTTATGTAGAGCTCCTTGCA
TCAGCATACTCGGTTGTCGCCGCATTTCTCCCCTGGCTCGCTCTAGGTTT
ATTACCTCAATGCTTGGAACCAACAGCGGTCTGGTCATTTAATATTACCC
CCATAACATTCGGATTTGATTAGATCCGTTGGTGTGGCAAAAAATGGTCG
CCAACTTGTGAAATAATTGGCCCAACCGGCTCGTCTCCTTCCGGCTTCAA
GCTAGGATGTGATGACGTCGGGTGAACCACAATGTCATCGGTGCCGGTTG
AGGAAATGATGTACGTCCTGGGTCAGGCCCGGGAGGACTTTTCTTGATTG
TCATGCTGTTTTTTGCAGGTCTCACCATTGACACGGTTTCTTGTACGATC
TTGATTATCTCAGTGGGATTGTGTGTGGACTTCTCCGTCCACGTGGCGCA
TGCCTTTCTACATACGCAAGGTAAGCGATCTCATCCACGACCTCGTCACT
GGTCCATAAATGGATCTTCCAGATAGCCTCACTTTTCGCACGCATTGGCC
AAAGCTGCCCATGGCAACTTCCAAACATCTTTGCGAACCCAAATTGCAAG
TTCCAGCTAAACTTTGGCCAATGACAAGTTCATGGGAGCTCTCCCTGGGG
TTTCGCCTGAAGCTAACCCTAATTTATGCGTGTCAATGTCAATCTACCAA
GACCTTTCTGAACGGACTTTCTGCCATGACATTTTGCCTGTGATGGTTGC
TCATTTTTCATCCGAAGCCACTACCACCTGGGGGAAAAGTGAACCTCGAA
AGAAAATTGCCAAATCCAACCATATGGGTGTTTCTCTTATTGAAACTGCA
CCCAAACTCTTTTGAGTTGCAATTTCGATTTCAGGAAAATTCCATACTCA
AACTCAACTACTTCTAACCCCTGAATTTTGAGAAAAATGGGCGTCGACTT
CATCCGACCTTCAAATGAACTGATTTAAAATAGTACATATTTTTTACTTC
GTGAACAGGGCCAGCAAGAAATTCGAAAGAGTGTATTTAGGTCAATCTTC
CCTGAAAGTTTCCCTAGATTTTGCCCCAGGAAGTTGCCTTACAGCACAAT
ATCACAAGATATTCTCCCAAAAGTCCGTAAAATAATTCCAATTGTTCAAG
TATTTCTAGCCCCCTCAATCAATTTTTAACAAATATTGCACTTCACAGAA
ATCATATTTGATTCCGAAACAACTTGATTTTTGCTATGGACTGTGGGCAA
TACAGTAAACTAGATACAGGGTGGGCACAAACACTAAATATTCGTTGTTT
ATCAAAGAATCTGTTGGACTGACAATAAAGTGTTGTAAACCAAAAAGGCG
CCTTTTATAATACCCAACATACTATGTTTCATCAGATATGTCACTCTAAA
AGACTGGGAGTTTTGGTAAAATATTAAAGAAATACCAACCTCAGTTGCGA
TCTTGAAGACTAGCATCGAGGCTTCATGGAGGGCAATGTCCGGGGATTAT
ATTACCAAGGACTCCTAGTCTTTTAGGGGACGTATAGAAGAAGGGATTGA
AAATTAGGGAGAGCTGATGAAATATAGTGTGTAGTGTATTCTAAAAGGAA
CCTTTTTGTTTTTCAACACTTTCTTGTCAGTCCTGTGGATTCCTTGAAAA
AGTCGATTATGAATTTGTTGGGCCAAAGGCTTTTGTGCCCACCCTGTACT
ATAACCCTAACAAACGATAACGCAGAACCAGGGTTTCACATTTGGTATTG
GGTGAAACATAAAGGCCATTCATTGAGAAACCTGACTGAGATTGCACTAA
ATTTGTCATTGATGTCTGGCAGTGAGCTGTTAAGTGTCTGTTGGGAGTGC
AAAGCTTTCAATCTCCAAGCAATACATAGTAGTTTGCAGCCATTATATCC
CCGTGGTTGGCTGGGAATTGGTCTCAAAATGCGGGGACCCCAGGACTTAA
CCACTTTGTGTGGACTGTGGACTACTTCAAATGGAGACTTTTAATGGACC
TTTCTCTCCCACAGGATCTCGCAATCAACGTACAGCTGAGGCCTTGGCGA
CCATTGGGCCAGCGGTTCTCAATGGAGGATTATCCACATTCCTCTCATTC
ATCTTGTTGGCCAATTCCAACTCTCATGTGTTTGACACCTTCTTCAAGGT
AATAACTATATCTCAAGTAATCCGATATTTATGGGATGTCGCCCAAAGTC
CAGCCATGACATGAAATTCCATCCCTCTCCCCAGAGGTGGAGTTCACCTT
GGGCGGGGTTTTTCTGCCAAGTCGTGCACAGTGTGTGCCATGTTCCACTT
TTTGCATCCAGTTTGGACCCAGGTGTTCCGAGGACGAAACTGGGACCTGG
GTTGTCTTTGGAATTGCATCTCCCTTCACTCATTGGGTGGCTTAGGTCTC
ATTAATCTAAGATAAGTAAGCAATTGGTGAGGCATATTACGTCGCTTCGT
AGAACCCTGGTTTTTAATTATCGATTACAGTACACCAAGCCGGCTAATTA
CCATAAAATGAATGGTTTCAAAGCAATTCTAATTAAACCCAAGTTTGAAA
TGTGTTCAAGACATCGAGTGAAAACACAGACGAAGTATCTCTCTTCTTTT
ACTATGGATTCAATGCATTAGACACGAATGAATGGCCGGGAAACCTTTGA
TTTGGATCGAGAAAGGTCAACCCTTTTTCTTGTTTATTCCGTCAGCTGAG
CTGCTTTTAAGCTAACTTACGTGATGAGGATATTTCAGTTTAATTAGCAC
TCATTAATGTGCTCATAGCTTTGTAATAACCACCTAACAAAACACCTAAG
TACAGAGTTCGGGAAAAAAGGGAGATTTTGTTATGGTCAAATACACTGTA
TCTTCTTCGGGTGACAAAAATGGTAAAAAGCGAAATGAGGCGAATGTCTG
AAATTGGCAATTGGTAAAAAAATATAAAAAAAGTTAAATAGACCTGAAAA
AGTACACCTTCAATTACTTTTTCCCGTTGTAGTTGTCACTTTCACAACAA
ATTTGTGAGCCAAAAAATAGTAGTACATTTTTCAGATCCGTCTCTAATGT
TGACGCTAACAACATACAAATATGTGTTGGGAACGTGCTCGGCTCAGTAC
AGCCGGAGGACGAGGTCAGTATGAGTAGAATGGTATAATTTAAAGGTTTG
CCCTGAAAGTATGTCGCTGATTCGCCCACGTGGCGCCCTCTATTGACTGT
GCTTCCAGAAACGCAGCTATTCTGGTTCTCTCCACCTTTGCCCTTTCACC
TTGATTTATCTCTGATCCCTGAAGATAGGCTCATTTGGGGAACCGAATGC
GACGTATCTGATCTACCTGATACATCGGTATCTGTGTTAAATCACACGAA
CGCAGTTGCGCTACAACCTTTACTTAAAGTCTGTCTTCCATGTTTCCCCT
CGGGCACCAGATTCCCCCAGGGTAAGTCATTACATAAAAGAATAGTGTTA
CCATCGTAAAACATGGGTTAATACCCACCAGGCTGTGGAAAAGGACATCG
AGAGACGGATTTACACCATTCAGTCCTAACATGAATGCCCAAATGTGTAC
CCTGTGGGAAAGGATATCCGTATCCAAAGTAGGAGTACGTCAGTTGGCGG
CTGACACCTTTGGTAGGGATGTTTATCTTGAGATGGCCACGTCAAAGTAC
ATTAAAATGTCAATATAATTTGTCATTCGGACCTGCAAATCGTCAATTTA
CAGGTGAAGGCAGGCCACTCCGATCGTGACACCTGTATCGCTATGTAGAA
GTTGTTACCAAGCCGAAAGACGACGACTAAACCTGTGTAAGCGGCCAGAC
TTTGTTTGATTGGAAAATCACGTTCATTTTGGAGCACTTCATTCCCAGTG
GGATTTGTCCGTCCGGAAGTTTGACATCGCTTTCAAAACCAAGTTGAAAT
GAGATTCTCCATACTGGTAGTTTGCCAACAGCTTTACGAGCTCAAGCTTT
TTCGCTGTTCCACGTGGAAATACGAAAACACATGGCTCACCACCACCTAT
GATTAGGGCTTCAAACCCGGGAGAGTAAATGTCTAGTTTTCGCCTGAAAT
TGCTTTGGAGCTCAAGCATTCTCTGGGCAACCACGCCAAATTGGTTCAAC
ATACTTGGGGGGTCAGAAAAAGATCTCCAGACTATTAAGAGTCCGTAGAA
GGCAAGGCCAGTCCAGACATTTACCCTCAAAGTTTGGCGAAACACAATCG
GAGTGTGTAGTACAAAATGGAGCACACGAACAAACTACCTCCTGATTCTC
AGGCAGAATGGCCCAATGGGCATCTGGAGCTGCCATTTCCAGGTTCCTGG
AGTTCCAAGGTCGAAAGTCCCAGATATCTGCGAGTCTTGGGAAATTGTGC
CAATGCCGGTGAACGCTTTTGGCACCCAATGGCGGGAGAACCCTCAAAGT
CTTGATGGGAGAAGGATGAATTTGCATTTCATGTCATCCACCAGATGATT
TGGTGAGACTAAGAACGTGTCGTATTTTTTCCTAATCTAAAAATGACTGG
GATGGTGGCAAATATTTGCTAATTACCATAGCTGCCAGCAGACATTCAAA
CCAGTGTGGAGTCTTTGCCATGTGGAATCTGTTTGATGACATCAGTCTGA
CTTTCATTAAGGAAACATTTTCCCATTCATTCAGCCAGCAGTCTTTTTCA
ATTGGACCCCAAGTTGGTCCTTATGAAAGATTGAGTGCCCTTGGACCGAT
GGACCATTTTTTCCAACTCATGGATGAACAAGGTCACTGAGATCCATTTT
TCAAGCCAGACGTTGGGGGCCTTCAGTTCTTGAGAGCAACTCCAGACTCT
AAGCAATACTTTGACGAGCCCAGTTCGGGCAAGTAAGGTGTGAAAGTCTA
TTTATGAAAGTATTTATTCGGTTGGATGCATTCTTTTATTGGCCTAGGAC
TGATATTGTGCTTTCGGACAGACACACATAGTAGCTAGTATGAGTGCCAT
GAGTAGGGAATTGCAGGGAAAACAATTTAATTTAACTCCAACATATCATT
CAACACGCAATTTAGGACCTATAAATGCCCAGAAAAATCTGCAAAACTGT
CCAAATTTGGTCTCTCTTGGGAAACTATCCTCGATGTTTGGTTAAATTAC
CATTGAGAGGCCTGTTACACTTTCATTCATAATGCATTTTTGGAAATATT
TTGGCGGGTATTTCTATCTTTTTGGCTTGTTTTGAATCACTTTAGCCGAA
ATATCGGGCATTTCAATAGGTTTGGATTTGACTACTTAAGAAAGTGACTA
TTTGATGGACTCTTAAACCCTACAGAACTGGTAGAAATGTCATGTGCACC
TCCAGTCCGTCAATTGATTACATTAACGGCTTTCTAGATTCCTGAATGTG
TTTAGACACATTTTTCGTTCTGTGCGACCTCCAGGTGATTCTAGTACTAG
ATGGTCAACCATATGTTCCGTTTCAAATTTATCATGAACTGTTACCGTAC
CCTTGAGGTACGACCACAGGTTTACTCATGTATACCGGCAAGGGCAGTAC
ATCACCTCACTCACCTTTTTGTTATATAATTGCCTGATTTAGACGTCTAA
ACAAAAAGGTTTAATCACTGGATAAATGAAAACCCGAACACACAAGTAAA
CATCTTGAAGAAAGCCAAGTAGTCTGGCATACTGTGTAGTTTTTCCTTGA
GTAAACGTGCATAACGGTTGAATGGTCTCTCTCAAATCTTCACTGACTCC
TGGCCGGAAAACTGTATGAAGAGAAATATATGCACTCCCACATCAATCGG
CTTGCAGACCAATTCTGACATAGAAGCTGTTGTCTGAAACGAATGTGTGG
TTCTTTTTCCGCGTCACACTGAACGGGTTTACTTTTAACATACGTGTGAT
TGGGGAAAATTTACTGAACCAGCCCTAATGTATCACTAAAACAAGCTTGA
TCCCCGAGCTCATGAAATCGGGACCGATCACAACATGGCTGGGATTGGCC
TGGAATTGAGTAGGCGGACAATGATTGGATGGATCAGGTACAAGGAGGCC
ACTTTGGATCGGTCATTTCTGAGCTCACAGTTATTTTTATCCCACACTGC
CAGATTCCCAACCTTTTCGTCCCAAACCCACAGCGCGACGAGGCGTTTTA
ATGCTTTGAAGCCCGCCAACACAAATGTGTAATGTTGGCTCGAAGTTGTG
GGATGTGGGATGAACAATACTCTGGAGGAGAGAGCCTAATAAAAACCCGG
ACATGCGACATCCATTAATTAGAGTAAGAATCACGAAATGACTGCGGAAA
TATTTGCCCTAGGTGCCAGGGTGACCAGTACTTTTTGTTCAAGTCACACC
GCAGGGTTTTTACTTCTTCTACAGTATGTACAATGCCCAAAATAGAATGC
ATGGTTGTTGCTTTATATCACAATTTATAATAGGCTTAATTTAGACCCAC
AATTTTTGGCAAACTGATCAAGATAAATTGGAGCCAAATACATTTTTTTG
TAATTTTGGTGGCCTTTTTTTCCCTAACATTTCGGTCACACTGAAGTCTA
ATGGTTGAATCAAGGAGGTTTTTGGATTGAGCGTACCTTGGAAAGTGGCT
GAAAGGGAGAAGCGACAACCGAGTCAGCTGATGTAAATACAAAAAACTGC
GCTTTTGCCTGGTCTTTGGATGGCTGACGTGGCGTGCCCGATGAAATTGG
TCAGCCCAAGACGCCCGGCATTGCATTTGGCCAGCAGCTGGGTAGTCGGT
CCTTTCCGCTGAGTGGCTTGCACTAGTTATATTACCTCAATGGGTTGAAT
TGCAATTTCCCTTACACCGTTTTTGTAGACGAGAAGCAAATACGTCCTAT
GACAATGGTTTATAGGTATCACCGACTAATTTAGTGCTTATTGTTGGAAG
TGATGCTCACTCTTGTGCCTATTTTTTCATGATATTCCCAGAAAATCGAA
TTATAATACATAGATAAATTTTGTCATTTTTTATTCAGGCTGCCTAAGAC
TGCCCAGGTCGCCATGAAAGAAATATAATAGTTCGCCGATAGATGGCTCT
TAAAAAAAACCTTGTTACAAAGAGCTTCAGGTTGTCGTGTCCACAAAAAT
TTCTGCATTAATTCCGCGATTTTTAAGAGTTTAATGGATGTCGTAGTTCT
ATCTTGTATTTGGTTCTGGATCTGGCTTGTCTGAGGTTGAACCTTGCAAT
TTAAGTTCGCTTTGCTCTATTTTCTTTGGCACTTTTTGGCTTTTGAAAAA
GTTCAAATACTCTTTTGAGAACTCTACCGTATATATCAATTTGAGAGCTG
CATCCAGAATATCGACGATAAATTAGGCATACAGTATGTGATTGTTTCAT
ACGGTGGCGACGAAAAAGTGCATTTTTAAGCGATGAATACGTCTTTCACA
AAAATATAATTACCATTTTGTCATGCATCCTAAAACTGAGTTGACAACCG
AAACACCGTTTTTTCTGGAGACGGGTCTTAGAATTCATAACATCAGGCAT
TCCTCAAACTTATTAGAGTAATAGAAGCTGGAAAAAGTGAGTCACATTTC
ATGCAGCAATCTAAAGTAAGGCCATACTTGCTTCGTGAAAATAAAAGCCC
GCTACCGATTATAGTTGCATAACTTTTCATAACCGGGAGGTGTAATTCAA
ATAAGTAATAAGGTGGTCTTTACTTTTTGTACATTGTGCTGGTTCTTCAA
TGACATCTTAGAAGCCTATTGACCTAATGGCATCCTATTGGCGCTGTTTA
CCCCTGAGTTGATATTGGCTTTCTTTGGTTTTCCATTTTTAAAAACCAAT
GCAAATTACTGGTGCATGAGGGAGGGGTCCAAAACTCATTAATAACCTTG
TAAAGAGAAGCCTAAAGATTATGACCCGCGGCTTCTTTTCCTCGTTCCAT
ACATAGAGTTGGTTTTTATACCATGCAAGTCAAAAGTTGGAAAGGCACTC
AATTAATGGCATCCCAAAGTTAAGGCACCAATATTTGGCCAGATTTATGA
AGACTAAAGCCAACTTTCCAACTTTCTTCCACGGCCTAAGTATTGAATTA
AGTATTTTCGGATGATATCCTCAAAGACTCCCGAGTACCTTGAATATTAT
GCGTAGCTAAAGATTCATGCATCCGATCCTCCTCGCCTTCATGAAAATAG
CCGCTTTTCCTTGGAACTGTACAGATATTTCGATCCCATCGTGGAGGGAT
GGTAAAAATATCAGTGGAAGAATGATTAGAAGGCATGAAAGGTGCATAAT
GAATGCACTTTGATCCATGAGATCGTGAGGAATGATGGACTGTTCCATGC
TCACGATTGTGTTGTTCCCATTCGACCGCAGGTCCTAGTTTGAGAAACAG
ACCTCCTAGGTCCAATGGGACTCACTGATCTGAAATAAGATGCCCTCAGA
AAGGGTAACCCAAAACCACCCACTATTCCCTCGTGGTTCCATGTATCTGG
TTTGCATGGACCATGCGCTCTTCATTGGTGCGGAACAAAATACAAGACTT
GCCGTGGAACAAGAGCCTTGAGGCAGCACTCATTTTCTTCCCAATGGCCA
AAAAGAGTAGAATGGAGGAACTTTGCTCCTTTCAAGTCATGAAATTACGT
TCCTACCTCTTTGGTTGGGTGAAGGGCTCTCAATCTCGAGTGCTAATACC
ATTTGGGGTTGAATTTCGAGTTGCTCGGAAATACTCAATTCGAATTCGTT
TGTTGACCATTCGAGAACGTTCGACTGTTTTGTGGTCCCAACCAAATCAC
AATTCGAAGCTGCTAATCTTGAAGCCTTCCATGCGTGGCCTCATTTTCGC
TCATAACTGGGGTCGGTGATCTTGATTACACATGTGAGAGGCCGGATTGG
GCCTTCATCGTGAGTAGTGTTACGCCGAACACCAAATGTAATATTTCGAC
CGAAAGAGGAGTCAACCGAGGTTGTCTGTCCACTCATTTGATTCCACCGA
AAATTCGGGTGCAATTACACCCAAATTTTGGATAGGATTCAACTCAGATT
ACCAATTCCGCCGACAATTTTGATGGAATTGGAGGAACAAAACTTTGATT
TGGACCACATTGGAATTTGTTAAAAACATGCCCATTTTCAATAAATTAGA
TGAGAAAAGACAAAAAAAATATTGTTATTGCAAAATTGCCAAATTATCAT
CCAAATGATTGATAACAAAGTTAAAGATATGAGTAAGTTTGGAAACCTAA
CTCATCTACTTGCGGAAACGAGACTCGCAATCTGCCTAAAATATCTTTAG
CTGGTACCGTTTTGATTATCCCAGTGTAGGAACGGTGTTTCTATGCCAAA
TGTAATCAATGTATATCGTCTTCAACCAAATACATATGCTTCAGGGTCAA
AGCTGGCCTAAATAGTAAAAATAGCTTGCGGGATGTCAGTAAATTTTTGA
TCCTTTCTTTCTTTCTGCTTTTAGCTACCAATTTTTTGTCCATTAAAATA
AGGATGGAAATTTCAAATCAAGGTCAAAGATAGAGTGGCCTAGGCTGATC
TGACATTGAAAGACTCAGAAAATCTCTGATTGATTCCTGGATTTACAAGG
CTCACCTTCGGACACTTTGAACGAAGACTCCTAAGCCAATACTCGAATGG
CAGGGGCAGATAAATGGTGTCTAGGGCCAAGACTTGGTTGTAAAAGAGGC
CACAGCCCAAAAGTACGGGTCTGTCAACCCAAAAAAGTAATTGGACGGGG
TGCACCGTTAATTCTGGGATTGACGATATTTGCCCACGAGAGACAATTAA
GGCCTGGGAAATGAAATCGAGTAGAATGGATCCTCCTCACCATTCCTTAC
GAATTAACATACAACTAGATTGATCTATTGTAGGTTACCACTTCCATTGC
TTCAATCCCTATCAAGGTGCAGTTTTAGGATAGAATCTTTACAATAGAAA
CAGAGTACCAGTGATTTCCCCCGATCTGTTTTGACTGAACAATGCGTTTC
TCAAAAGCACGTGGGCACCCTAATTGTGCCATGGTTTTACACATTTATGT
CGGCTTTAGACTTAAAAGCTATCTACCTTCCCCCTGAAAAAAGTGGCCAA
AGGAACTCTGATTTTGATTTTATAAAGAAAGCTACGATTTTCTTGCAAGG
GATTCGAATCCAAACCCTCGAATTTTCGAAATGGTGGTGACCAATTGGGC
AGCACAGCCAATCTGCTACATTGAGCGTGTTTATCACATCATTCCGCCTT
ATATCAATGTAATCCGAGAAAAGGAGGAGAATTCGCTGTAGGAGAATCAA
CCAAATATTTGAACATGTTACGAGGAAGCAAATAATTCATTTCCCGATTG
AACCGAATGCATTGTATCCATAGAGCGGATAGAGTGCAGGAACATGCGCA
GACAGTCAAAGAAGGAACGACATTTTCGGCCCACCTAGCTAAACAAACAG
TAGATTCTGGGCCCTATCGAAGCTTCATCTTGGTTATCAAAATTGCCAAA
GCCAGCGTGTTCCTCCAACCATTGCGAAACCGTGTGACAACTAGGTATCA
ATGCAGGTGAATTGTTTATTCGGGCTCAGCAATACAAAAAAAAATAGTGA
AATCAGTGTCAGTCACCCTGAAAACTGGTTTTGTTGAGGCAAGTAGCGTA
CCGCAGTGGTTAGAGTGCCACACTCGGTCATCTATCATTGCGTTATCCGA
GGGTTGTAAGGTCGATCCCCGGGTTAGCCGAATTCCGGCAACAAATGGTG
TTAACTCACTACTATTGTTTGTTTTGCTTGCGGGATTAAAGTGGGCGTAC
CTGTGGCCATTCCTCGAGGGTAAGGTAATAAATCATGATTAATTTGTCTA
CCAGGCTGACTACGTCTCAATGTGGATTTCGTTAGCTGGGCAGAAGTGCC
TGGAATCTTCCAAAGAAAACAAACTGGGTTTGTTGGGGTACCTTGTGCAC
TATCAGGAACGGCAAAACTGATCACTCTATTTGCTCTATGGTTCCACTCT
TTTTTTTTTTTGTCTCGACACGGAACTCGGACCAGGTTTGGGATTGAGAT
GAATGATTCATATGCGATAAGATTGCTTGGCGAACCACATTTTGGTACAG
CAATAGGCATGACATTGCAATGTGTGGGACAATGTTGTCCGAGTCATTAT
TCCCCCACTATTGAGACAAAATGGGTACACGACCATTAAATGCACGAGTG
GATCGTGGGGTTTGTCTACCTCGAACAATGAAGCAATTAGTCCATTAATT
GCTTGACTCATGACAAGCTCCCCGAAGGGACTGCGCCAGACTAGGGACTT
TGCCTTGGGTTAATGAGCTCACCTTTTACCCCTACGCTTTAGCCAACCCA
GGTTGAGAGCATCCCAGTCTCTGGATTAGACTGGCCAAGTTAATGGCCCA
CTGTATTCTGCGTAGAGCTCAGAGACAAATGGTCCGCGTGTACAAATTGC
ATTCAAAGTCCCTAGTCTGCTGTCTGCCACATAAACTGTGTCCTTTCCAT
CATCCGACGTAATTTATCTCGTTTTCAATTAGCCCGAAAGCTGTCTCAAG
GCTTGGCGACACGCCAAGAGAGTCTTCTGCATCATAACCAGGTTTATCAT
TTGTATTTGCAGGTGTTTTTTCTGGTTGTCCTGTTTGGTCTCTTCAACGG
CCTCGGCTTTTTGCCCGCGCTTCTGAGTCTTCTTGGACCAGCCTCAATGA
TGGAGAAGGACGTCCCTAAGGATGTGGGCTTGAGGCCAGCGAGGACGGAG
GACGAGGTGGAATCAACATTGCTCCCCAGTCCAGTCGTCCCAAATTCTGG
GATCAAATCTGGAACAAAAAATGTGAGCGGGGATAGCCAAGCAATCCCCA
TGGAGGACTTGGAACACTCGACCACTTGAGCGCCAGTGGTCCAGGATGTT
CCAGGAAATCAGAGATATCAAATACCTCGAAAATCGGCGTGCTCCACCTG
AACCAATTGTCAACTGCGGCCATTGTGCCACATGGCACACCATTCATTGT
ACAATTTTAGGCTAATTCCATTTCGAATGTTCGCATATGTACCATGTATG
TAGTCTTAATTATTCGTTGTTTGTGTTGTTTCGAGAATCAATAAACATGT
GAGAAAAATGCCAACGTTTCAAGGCTAAAATTCCTCCAAGTCTGCCAAGT
GAATTTGCTCACGTCGCCAAATGTCTTGCTCTGAAGACAGTCTTCAATTA
AAAGCGCAATTGTGACAAGTGTCAATTAATGCAAACAGCCCGGAAAATTG
CGCAATGACATATTTCTCAGAGAGAAAACAACGCTGGGCTAGTTCAAACA
CCTTCTCCTCCCTGGCTGTACATATGTAGTGATCATGCAGTCAAATGGCT
AAACTCAAGGTTCCAATGGCACGAACAGGCATAAGTTAAGTCCGACTATT
CTGTGGAATTTAGGATATATTCCACCTACGTTGCTTGATCTTCTTTCTCC
CGTACTCGGCGACATTTTTGAGATTTTTGTCCACATTGCAACAACTGGCA
TTTAAGGGGGTTAATGACTAGGGATAGGTATAATAGGTAAACCATCGAGG
AAAGGGATTTTTTTTCAGTTAAGCTTGAGCAAAACAAATTGTGGAAACCA
GCCAAAATGTTAATAAAGTAAAAAAAGGTAGCCAAGACAGAGAAATAATG
ACAAAAATGCGACAAAGATTGATTGCAGGAAAGCAGGTACAACACAATTT
GTTCAGAAATCTGTTTGTTCCGTGAAATACTGTATAGATCTGTGTTTTTA
GGGCTCAATATGAAACAAATCATTTAAAACGTGTTAAGAAGCTAAACTTA
CACATATGGGAGTGAAGATGAAAAGAATTGGGAACCGTATGAAAATTCAA
AATTTCTTATTTGAAATTTCTTGGCAACTGCACCATGTTTTTAATTGCCC
AAATCCACAAATTCGGAACTGGCCAATGCAGGGGTGAATAAAACTTCAAA
ATGTCCGAAAAAAATCTATTTTTATAAATATTTTCGGTATTTTAAGGACT
ACAAATTGTCAGAACATGAAAGATAAAGGAATTATTTATGTGTTGTCAAA
GCAATGGTTGCGAAGTAAACGAGGCATTTTATATAGTGTGCCCATCTCGC
AAAATACCGAAATGTGGATAAAATTCGGCTTTGCAAGGACTGATATTGTC
ACGTCACTCTTAAAGACATCGGTATAATTTAAGCGACCTTTTTCTTGGAT
TTGAGCCAATATTTCAATCGTTCTCTACATTTCAAAATTGGCCACGCTCT
CTAGGAGAAGCGAGTTTTCTTTCAGCCAATCAGATTCAAGGATCCGCTGG
ACCAGGACTGCGAACTGGCTCCCGCAGGAGCCAAAATCGATAAACCTCGC
TCTGTTCACAACCGGTTGACTCGCAAATCTTTTCTTTCCCGCCAGAGGAC
TTTGTAGGGGGGGGGTCAAAAGGGTCATGGAGAGGGTCCAAAATCGATTA
TTCCCGGTAAACAAATGATTTTTTTGGTTCCTTACAAAATTTGGCTTCAG
ACTGGCTTTATATTTAAGATCAAACTTGTTCACCGAACCACCCGAAAACT
GCAACCCTGCGGATCAACTCTACAATGAGAACACCGGCAAAATGTCACGT
GATGACTACGGCTGTAGAAACCTTCTGGCTTCTTTTTTCGCATTTTCTTG
CGGAAGTATTAAGAAATGCTGGATTTCAGCTGATTTGCTGGAAAATTACT
GATTTTGGCCTATGGCTTTTTTATTCTTTAGACCTTTTTTTGTGTTTCAT
ATTGTTCTGCAACATTTTTTGTGTTTTGTATTGTCTTGTGTAACATTTTT
GTGTTTGATATAGATTCGTTAACATTTACTGTGGGTTGTTTAGTTCTGTG
AACATGTTCAATTTTATTGGAACATTGGTACTTCCTATAATGCGTGTAAT
AATATTATTCTTCTTATCTCTGAAATATGCCATTTTACGATAAAAAGTAG
ACAGAGCTCATTGCGGTATCCTATTCAGGACGTAAATTTATATCAAATTG
AGGGTAAATTTGAGTTCGCCATGGGTATTATGGAGATCTTCCTACAGTTA
GCCCGGGATCCATGACATGGCAATGAAGGCCAAGCCAAGATTCCGTAATC
CTTTTTGGCCACAAAGTTATGCCGGAAAGAGGTGTTCTCCTGGTACTGAA
ATATTGATGAGGGAAATTTGGTGTGGAAAGTAGTCACTGTCATGCAAATC
CTGCATTCCGAGTATTGATTGACTTCCAGTCCGAATATTAAACGACTTCA
GCTAGCCAATTTCAGTCGAACCTCCAAACGACCAATATGACATATAACAA
TTCTTTCACATAGTTCTCAAACATCGTATGCCTGAACTTTCCCAGACCAA
AAAATATTACCTAGAAGAAGGATTACTTAGCCACATTTCTCGCAAATGTT
GGTAAAACGAAGAGCCAAATAAATCAATGAAATGTTTGCACCTCTTTAAT
ACTTAATCAGCATTGTGTATTTAGTGCCGCCATTTGCGTGGCCTGGGTCA
CTTTAGGACACATACATTCGAACCAATTCAAGGATGTCCTGGCCAAGTTA
ATGATGTTTCAGTTTCAAGTGTGTTTATTATCTTCTTCTACTGTACGTAT
ACATTTTTATGCAACATTATTATGCATCATTTTTTCCATCAGGTCTAATG
GAGGCAATCATCTCTAAAACCCTCTGAAATATAAATGTACGTAGAGGGCT
TGAAAACAAGAGTGTGTGTCTTTCGAAGAGAAACTCACATTTCCGTTAGG
TTTCTCTTCTGCATGTCAGTGATAGAAACGGCTTCCGAACTATCAATATC
TATAATGTGGAAGAAGGGAAACGTTGTCTGTCTCCTCCATCTTGAGCTTC
ATGAATCATGATTACAAGTCAGCTTATATACTCTCTATGGACACTGATGC
AACATAAAGGCGCCTAACCTACCAAACCTGCAGATAAAATAAACCTAACG
TGGTACGTGTTTATCGGCCAAACTGACCTCACTCACAGTAATGGGAGGTC
GGATTTCTGGTCCCCATCCCTTAGATTGATCAGTTCTGGGTTTCCTCCTT
GGAAACTCTCATAAATACACGTCTGGAGATTAACATCGCTCTCCCTTCTA
ATGCGTGATGAAACCCACCCAGGGAGTGGGTGGGGCATAGAGAAGATTCA
GAGGCATCTATCCTTCATAAAGCGAAGAATTCCACCAATTCCATTTTTCC
TACAAAATCGAAATTGGTCACGCTACATTACAGATTCATTCGGATAAACT
TAAAATTTCTAAGAAAAGCTGGGGAGAACTAGAATTAGCTCGGAGGTCCC
ACAGAAAAAACAATGGGCGCACTTTACGCGAATCTATTTGAGCGCAGTTT
CCGGCAACGTCGGCGCATTTGGAACCGCAGCACTTGAACGCTGACGTCAC
TGGCAGAATGTCACCTCTTTCCTATCAAATACTTAACCAAGGAGGTTTTA
TATCTGGAGTGAGCATGCCTGGAAGGTGTCTGAAAAGGAGAAGCAACAAC
CAGGCAGCTGATCTAAATGGAAAAAACGGTGCACTTTGGCCTGGTCCAAG
TCTCGAGAAATTTGACACGCCAAGACTTTTCTCAAGTTTTGGCATTGAGA
TCAGCAGCCGTGTTGTCGGTAATTTTGGCCCTGTGGCTTGCTCTAGTTAC
ATTACCTCAATGCACTTAACCAGTTGATAAACTCTTAAACCCAGCGGATA
TCGGAGATACATCTCACTCAACTCCGGGCCGCAGTGTGGCCAGATTGGTA
TAATCTAGACCAAATGTCAGCAGAAAGAGCTTTGATTGAGACTGTCCAGG
TTTAACTTGATTTCATTTGGTATAGCAGCTGATTTTCGTGTATGTAAACT
TGGTATTATTAGCTCCAACAAAAAATCAAGGAAAAGGGTAAAATAACTTC
CAAGATCCAAACAGTTGGCAATTTTTGTCCTTGTTTTGGGTCATTTCCAT
TTGAATTGGACCTTTTTACATTTTGTTCGATCCCCTTGTGAAGAAAAATG
TGAATTCACAAATTAGCAAAGCCTGACTTAAAGCCAAATACATGGCCTTT
TTGCTGTACAGTATATGAAAATCCTGTAGTTTCGATATAATTGAAAACAT
GAGCTGGAACAAAGGGATCTGGCACCACTGCCGGTCCGTCAACCGATCGA
TGAAAAAACGACTTTTGAGCTCAATCGACCCTTTTTTAGTCTTTGAACAA
ATTTTTCTTCCTGCACGACCTCTAGCTAATTGTACTACTCCATGAGTAGC
CTTAGAGTTGGTATAAAGATGTGGTTGATGGTCCCCAAAACTTAAGGACG
CACAATGGTTGGTCACTTAATCCCCCCCTGACGCCCTTTATTCGATTCAA
TCTCAAAGACATCCCCTTCGCTTATCTTGCACATCTATGGTCCCAACAAA
ATTTGGCGAAATAAGATGTTTTGAGGTTTTAAAAATAAGTGAGGGACCAA
ACAATGTCCATCTGGTGGGTTTTCTACCTCTCTTCCTTCTCTATGGTGGA
GTCTTTCTCAGAGCAGATCTCACATTTGACATGCCTCATAACCTCGCTGG
GTCCAATGGAATGGACGATATTAGATGCGATTGGGATGGTCTCCCACCGA
TCATATCAACTTAAGGTCAATGTCCACTCTGTTCCCTTGCAAGGAGCCTC
CCAAAAGATGGAACCTAACCTTGGGTTGTTCCATTTGGGCCTTGGGTGTG
ACGAAATGGGGCATGGTTATGGATTCGATAGATACAAAATATGATAGATG
AAAGGCCATGACTGAATCTTAGATGCAGGCGGATCCTGGGAAGATAAATG
CCATGGAATAAAGCATCGCATGCTGCCCAACCATCCGGAGAGAACAGGCC
GGGCTTCGCCCTCTTTTGAATTATTATCAGTTGTTGGGAACTTCCAACCA
CCACAGTCGTGCACACTGGAGTTCTGGGATACGTGGTTGTATTCTGGTCA
TCTTTAGCGACTGTGAAAAAAAATCAAAACATCACACCAGTTGTTTTTAT
TTTTCAAAAATTTTTTGTAGCTTATTTTTCCTCCTTTTGCCAAGCCCAGT
TTGGTAGCTGGCTCCCTTGATCCAAGAGGAACAATCACTGAGTGAATCAT
CACCCGACGGGCGCAAACCATGGATGTAATTTTTGTCTCAATTTGCATTC
TTAGCCAACTTGGAGATCAAACCACGACCCTTCGCGAATGCTTGGTTATG
TCTGCTTTCCTAGAACTCCAAGTGATTGTCGTAAACCCAGGCCGGGTTTT
GACTTTAGCTATGCCAATGCTCCTCGGTGATTTACTTGTATTTTCTGGCT
TGTCAATTGACATTTATCGTAGAATGAGGACACAATCAACAGAATGTGCG
ATACCGCAGTACATATTTGTGATTCGATATTTGTCATCTATTAATTAAAA
ATGCAAAGGCAACAGGAGCCAGATTTGTTGGTTGGCAACTCACCTGAACT
CCAAGTGTCCTTTTATTCGACTGTGATTGGAGGGCTTCGAGCTAATCACG
GAGTCTTTCTTCCACCGGTATTGATCTCACCTAGCTTACCTTCAGTCAGC
TCGGAAGACTAATTTGGGACAATTCGTCGAATTACTGGGGCTGAAAGTCC
AGATTATACTTGAACTGTCTGGTAGAATCGAGTGCCAAAGCAAACTGTTC
CCACTTGGCCTGGCCACTCCTAGGCCCATCTACGTACTCCAACCAATGGG
GCACACTAATGTGAGATAGAAAAATGGACCCTGGCCCATGTATGCCCTTG
ATTGTCGTCTTTAGTTAAAAGCCCTGAAGTGGATGAGCATTTGGGCTCCA
CTTGGGAGATTTGGCACCAAATATCCCAGCCAGGCACGACCTTCCTCCCA
ATCGTTGCTGTCCCTTCAAAATTGATACGACCACGGAAACTCCATTTTTA
TCTCCATGTGTGAGTGCACATGTGTGGTCCTGGTGGTGAAAAATGCGTTT
CAAGGGCGACCCCATGACGTCCACGTGAAAAAGTGCCATCGGAACAAAAG
CCAACTTCCATAAAGGAAATCTGGGAAAGCGACTCGATCATATTACGTTG
AAGAGTCGCCTTGGTTTGATCTAGTGGACCACTCTTGGGAACCCAGAAGA
TCTTCTCTCGCCAACTCAAACTGATATGCCCTGACATGTTTGCCACCTTC
ACCTCTCCAGGGGATCTTGAACATCCCGGGAAGTTGACCTGCCCACTTAG
TCGCCAAGCCTCCGAGAGATGATCTCCTTTTCAGACTTTGCTCTCTGTTC
AGTTCTTCTCAATAATAGTGTGGCTTTGGAAACAAAGAGTGGTCGAATTC
CTTTTAGACTGAGAGTCTGAGACGCTCTTAATGAAACCTTAAGGAGGCCT
ATAATTTGTCAACCAAGGGGGAACAAGCAAAAAAAACTCTGCAAAATGGA
ATATAAATTTTGTGATTAAGGGAAACTGGGCAAGTGTGCTTAAATATTCA
AAAGATCAAAAATATCACTCCTGTCAGTACTGGATTGGATTATAACTTTT
TAAGCAAAGACATTTCTTTGAGGCAAGGTAAGGATTCTGGACCAAAGCTC
ACAGGGATTTACTTGTGGGTCTAAAAAGACTCCGATGAGGATTAATTTAG
AATTATCCCCTTATCCAATTGCATGATGAGGATTAACGAGATATCTCATA
ATCTGGTTAGAATTCGGGCCAACCATCTAGCGGCTCTTTATTCGCCCTTG
GAAAGTTTTCGAAATGTTTTGCTTAAAGACAAAATTACAATTTCTTCCCT
GAAAATAAGTCAATTCATCAGGATATTTTTGTCACTAATTAGGCATGATC
CACATTTGATGGCTCTGAGTTCTTGGATGTGGACGGAGAAAAAAATCGGA
AACACATGTTGGAAGTATACACATATTTTATTCTTTGCGTCATGTAATTG
TAGCTATCACAGGTACACTTCACCAATAGCATTGTGCACATTTGATGTCA
AACACGGTTCTCATTGTATTAATCTGGGACATATTTGGTACCAAAATAAA
TGGCTAGCCGACTCGTTCATTCGGAAAAAAACACCAAATCTGATTGGAAG
AAAAGATTGCAGCATTTTAATAATTTCCACGTCACTTTCCGTCTTAGTGT
TTGATTGGCGCTAGAGATATAGTAATGGAGATATTTCCTGATCACACCCA
AGACAAGCCAATGTCGAACATGGCTCAGTGGGTTCGACCGTTTGGGGATG
TGGTGGTTCGAATCATGCAAAATGAGAGCAAGAGATAGAAAGGGAACAAA
TATAATATATGACTTATTTTGACTCTGTGGTGCTTAGTTTTGGACCCAAG
GGTAGCTGATTGGGGCAAGGACAGATAAGGATCAGGAGCTCGGAGATCTT
TCGATTGATCGAAGGGCGACGACAAGTACTGTATTGAAATGTCGAATATC
TTCAGTAAGGGAAGATGACACTTGGCCAAAAGTGAGAGGAAAGGAAAAAT
GGCATGCACCAGCGAAAGTTTTGCATTTTTGACCCGCTTTGTTTCGAACT
TGTCACGACGTGGTTGTGTGTTTCAGAATACCAAATGA
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Synonyms
The feature 'hypothetical protein YQE_04841 partial' has the following synonyms
Synonym
Tk07537
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