hypothetical protein HELRODRAFT_127838 partial, snap_masked-scaffold114_size351134-processed-gene-2.0 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein HELRODRAFT_127838 partial
Unique Namesnap_masked-scaffold114_size351134-processed-gene-2.0
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000009433 (supercontig:LSalAtl2s:LSalAtl2s601:31744:33432:-1 gene:EMLSAG00000009433 transcript:EMLSAT00000009433 description:"augustus_masked-LSalAtl2s601-processed-gene-1.0")

HSP 1 Score: 80.8777 bits (198), Expect = 8.216e-18
Identity = 36/80 (45.00%), Postives = 51/80 (63.75%), Query Frame = 0 
Query:  162 ESQKHQDR-ESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            +SQ  + R E++AA+TLGI++G F+ CW PFF    +TS      P  V+++  W+GY NS  NP IY  F+REFRG  +
Sbjct:  415 KSQVKRFRMETKAAKTLGIIVGCFISCWFPFFTMYLITSFCADCVPGIVFSVFFWLGYCNSAFNPVIYAMFSREFRGAFK 494
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000003021 (supercontig:LSalAtl2s:LSalAtl2s171:196627:197691:1 gene:EMLSAG00000003021 transcript:EMLSAT00000003021 description:"augustus_masked-LSalAtl2s171-processed-gene-2.0")

HSP 1 Score: 70.4774 bits (171), Expect = 2.454e-14
Identity = 29/70 (41.43%), Postives = 50/70 (71.43%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFN--VYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFR 236
            +E +AA+TLG VMG+F+ICWLPFF+   ++ + +  +  P F+  ++ W+G+ NS +NP IY + +++FR
Sbjct:  284 KEKKAAKTLGTVMGVFIICWLPFFITNIISGLCSDCIANPDFIIQVVTWLGWXNSGMNPAIYAYCSKDFR 353
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000011472 (supercontig:LSalAtl2s:LSalAtl2s791:25681:66356:-1 gene:EMLSAG00000011472 transcript:EMLSAT00000011472 description:"maker-LSalAtl2s791-augustus-gene-0.7")

HSP 1 Score: 63.929 bits (154), Expect = 5.382e-12
Identity = 32/102 (31.37%), Postives = 54/102 (52.94%), Query Frame = 0 
Query:  149 IQVYLSQPSVIPEESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVF---NVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR--LKLSS 245
            +Q   S  ++ P   +    +E +AA  LG+++G F++CWLP+F    + +     N      V+T+ +W GY NS +NP +Y   NR F+   +  L+ SS
Sbjct:  517 LQPQCSTSNLTPANPKTVLAKEKKAATQLGVIVGAFILCWLPYFTLFMVVAYCGEANQCVSSTVHTVTIWFGYFNSTLNPILYPLCNRNFKRAFKRMLRFSS 618
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000003687 (supercontig:LSalAtl2s:LSalAtl2s1:1117397:1240427:-1 gene:EMLSAG00000003687 transcript:EMLSAT00000003687 description:"maker-LSalAtl2s1-snap-gene-13.14")

HSP 1 Score: 60.8474 bits (146), Expect = 5.150e-11
Identity = 27/68 (39.71%), Postives = 40/68 (58.82%), Query Frame = 0 
Query:  163 SQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVF-NVYTPPFVYTLILWVGYGNSVVNPFIYG 229
            S  H  RE++ A+ L +V+G F+ CWLPFF+   LT+     Y PP +     W+G+ NS +NP +Y 
Sbjct:  352 SFNHHLREAKTAKRLAVVVGFFITCWLPFFIVYVLTAFIPKSYFPPLLVDGFTWLGWVNSTLNPILYA 419
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000007974 (supercontig:LSalAtl2s:LSalAtl2s471:105708:107132:1 gene:EMLSAG00000007974 transcript:EMLSAT00000007974 description:"augustus_masked-LSalAtl2s471-processed-gene-1.0")

HSP 1 Score: 58.151 bits (139), Expect = 4.369e-10
Identity = 27/78 (34.62%), Postives = 44/78 (56.41%), Query Frame = 0 
Query:  159 IPEESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFR 236
            I E   +      +AA+TL I++  F +CW PFF    LT +F +       + + W+GY NS++NPFIY +  ++F+
Sbjct:  340 ISETMHETLKTHIKAAKTLLIILLTFYVCWAPFFFTYVLTHIFELGASEDWVSFVFWLGYFNSLLNPFIYAWKFKDFQ 417
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000004808 (supercontig:LSalAtl2s:LSalAtl2s253:921047:991978:-1 gene:EMLSAG00000004808 transcript:EMLSAT00000004808 description:"maker-LSalAtl2s253-augustus-gene-9.7")

HSP 1 Score: 58.151 bits (139), Expect = 4.989e-10
Identity = 27/99 (27.27%), Postives = 46/99 (46.46%), Query Frame = 0 
Query:  161 EESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-------------------FVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            E+ +  + +E RA   LG++MG F+ CW PFF    ++ +  +                       + ++   W+GY NS +NP IY  FN++FR   +
Sbjct:  516 EKKRIARKKERRATLILGLIMGSFIACWFPFFFLYSISPICPICEEAEGLDRSESIQQSDGCCVMGWGFSFAFWMGYSNSALNPVIYTVFNQDFRRAFK 614
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000001770 (supercontig:LSalAtl2s:LSalAtl2s12:909316:1005829:1 gene:EMLSAG00000001770 transcript:EMLSAT00000001770 description:"maker-LSalAtl2s12-augustus-gene-10.6")

HSP 1 Score: 54.6842 bits (130), Expect = 5.944e-9
Identity = 30/97 (30.93%), Postives = 49/97 (50.52%), Query Frame = 0 
Query:  155 QPSVIPEESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVF-----NVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMRLKLSSR 246
             P  + + ++K Q R  +AA+TL  ++  F++ W P+ V   L +V      +VY PP ++    ++ Y NS VNP +Y   N  FR      L+ R
Sbjct:  539 NPGKVKKTNEKKQXR--KAAKTLSAILLAFIVTWTPYSVLTVLNAVLGKETADVYIPPTLWDFAYYLCYINSTVNPVLYALCNAAFRRTYVRILTCR 633
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000011964 (supercontig:LSalAtl2s:LSalAtl2s84:1368584:1370834:1 gene:EMLSAG00000011964 transcript:EMLSAT00000011964 description:"maker-LSalAtl2s84-augustus-gene-13.5")

HSP 1 Score: 52.373 bits (124), Expect = 4.049e-8
Identity = 21/74 (28.38%), Postives = 40/74 (54.05%), Query Frame = 0 
Query:  167 QDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            ++R  +A + + I++G F+ CW P+ V   L S +       VY +  ++ Y N+ +NPF Y   N++F+   +
Sbjct:  562 ENRAKKALRMISIILGAFVACWTPYHVIAILASFYPTAVNIHVYMISYFLCYANAQINPFCYAASNQQFKNAFK 635
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Match: EMLSAG00000002807 (supercontig:LSalAtl2s:LSalAtl2s161:325667:428340:-1 gene:EMLSAG00000002807 transcript:EMLSAT00000002807 description:"augustus_masked-LSalAtl2s161-processed-gene-4.2")

HSP 1 Score: 49.2914 bits (116), Expect = 3.207e-7
Identity = 29/94 (30.85%), Postives = 42/94 (44.68%), Query Frame = 0 
Query:  161 EESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFV--------YTLILWVGYGNSVVNPFIYGFFNREFRGVMRLKLSSR 246
            ++S+ H  ++       G+ + IF ICWLP+     L  ++  Y P  V        Y    W+  GN+VVNP IY   N  FR      L+ R
Sbjct:  147 QQSRVHASKQKIVKMLFGVFL-IFSICWLPY----QLYFIYTYYNPKIVSLPYIQHVYLSFYWLAMGNAVVNPIIYYCLNARFRSYFNDILTLR 235
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|75026733|sp|Q9VCZ3.1|OCTB1_DROME (RecName: Full=Octopamine receptor beta-1R; Short=DmOA2; Short=DmOct-beta-1R)

HSP 1 Score: 92.0485 bits (227), Expect = 3.254e-20
Identity = 42/93 (45.16%), Postives = 61/93 (65.59%), Query Frame = 0 
Query:  155 QPSVIPEESQ-KHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFN-VYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMRLKLSS 245
            +PS+  E+S      RE +AA+TLGI+M  FLICWLPFF+W  ++S+ +   TP  +  ++ W+GY NS +NP IY +FNR+FR   +  L S
Sbjct:  329 RPSIQVEQSTISTMRRERKAARTLGIIMSAFLICWLPFFLWYIVSSLCDSCITPRLLVGILFWIGYFNSALNPIIYAYFNRDFRAAFKKTLKS 421
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|347595820|sp|Q4LBB6.4|OCTB3_DROME (RecName: Full=Octopamine receptor beta-3R; Short=DmOct-beta-3R)

HSP 1 Score: 90.5077 bits (223), Expect = 1.754e-19
Identity = 39/73 (53.42%), Postives = 53/73 (72.60%), Query Frame = 0 
Query:  170 ESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTP-PFVYTLIL-WVGYGNSVVNPFIYGFFNREFRGVMR 240
            E +AA+TLGI+MG+FL+CWLPFF+W  +TS+     P P V  ++L W+GY NS +NP IY +FNR+FR   R
Sbjct: 1163 EHKAARTLGIIMGVFLLCWLPFFLWYVITSLCGPACPCPDVLVVVLFWIGYFNSTLNPLIYAYFNRDFREAFR 1235
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|77416550|sp|Q4LBB9.2|OCTB2_DROME (RecName: Full=Octopamine receptor beta-2R; Short=DmOct-beta-12; Short=DmOct-beta-2R)

HSP 1 Score: 88.5817 bits (218), Expect = 6.631e-19
Identity = 36/73 (49.32%), Postives = 51/73 (69.86%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLT-SVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            RE +AA+TLGI+MG F++CWLPFF+W  L+ +      P  V +++ W+GY NS +NP IY +FNR+FR   R
Sbjct:  405 REHKAARTLGIIMGTFILCWLPFFLWYTLSMTCEECQVPDIVVSILFWIGYFNSTLNPLIYAYFNRDFREAFR 477
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|112871|sp|P18841.1|ADA1B_MESAU (RecName: Full=Alpha-1B adrenergic receptor; AltName: Full=Alpha-1B adrenoreceptor; Short=Alpha-1B adrenoceptor)

HSP 1 Score: 85.8853 bits (211), Expect = 4.660e-18
Identity = 38/75 (50.67%), Postives = 56/75 (74.67%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-FVYTLILWVGYGNSVVNPFIYGFFNREF-RGVMRL 241
            RE +AA+TLGIV+G+F++CWLPFF+ +PL S+F+   PP  V+ ++ W+GY NS +NP IY   ++EF R  MR+
Sbjct:  288 REKKAAKTLGIVVGMFILCWLPFFIALPLGSLFSTLKPPDAVFKVVFWLGYFNSCLNPIIYPCSSKEFKRAFMRI 362
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|3023234|sp|P97717.2|ADA1B_MOUSE (RecName: Full=Alpha-1B adrenergic receptor; AltName: Full=Alpha-1B adrenoreceptor; Short=Alpha-1B adrenoceptor)

HSP 1 Score: 85.8853 bits (211), Expect = 4.787e-18
Identity = 38/75 (50.67%), Postives = 56/75 (74.67%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-FVYTLILWVGYGNSVVNPFIYGFFNREF-RGVMRL 241
            RE +AA+TLGIV+G+F++CWLPFF+ +PL S+F+   PP  V+ ++ W+GY NS +NP IY   ++EF R  MR+
Sbjct:  287 REKKAAKTLGIVVGMFILCWLPFFIALPLGSLFSTLKPPDAVFKVVFWLGYFNSCLNPIIYPCSSKEFKRAFMRI 361
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|543734|sp|P15823.2|ADA1B_RAT (RecName: Full=Alpha-1B adrenergic receptor; AltName: Full=Alpha-1B adrenoreceptor; Short=Alpha-1B adrenoceptor)

HSP 1 Score: 85.8853 bits (211), Expect = 5.479e-18
Identity = 38/75 (50.67%), Postives = 56/75 (74.67%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-FVYTLILWVGYGNSVVNPFIYGFFNREF-RGVMRL 241
            RE +AA+TLGIV+G+F++CWLPFF+ +PL S+F+   PP  V+ ++ W+GY NS +NP IY   ++EF R  MR+
Sbjct:  288 REKKAAKTLGIVVGMFILCWLPFFIALPLGSLFSTLKPPDAVFKVVFWLGYFNSCLNPIIYPCSSKEFKRAFMRI 362
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|1214787882|sp|G3M4F8.1|OCTB2_CHISP (RecName: Full=Octopamine receptor beta-2R; Short=CsOA2B2)

HSP 1 Score: 84.7297 bits (208), Expect = 9.520e-18
Identity = 38/77 (49.35%), Postives = 54/77 (70.13%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLIL-WVGYGNSVVNPFIYGFFNREFRGVMRLKLS 244
            RE +AA+TLGI+MG F++CWLPFF++   TS+ +    P V T+I+ W GY NS +NP IY +FNR+FR   +  L+
Sbjct:  276 REHKAARTLGIIMGAFILCWLPFFLYYVSTSLCDSCNCPEVVTVIMFWTGYFNSALNPIIYAYFNRDFRNAFKNTLA 352
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|112870|sp|P11615.1|ADA1B_CANFA (RecName: Full=Alpha-1B adrenergic receptor; AltName: Full=Alpha-1B adrenoreceptor; Short=Alpha-1B adrenoceptor)

HSP 1 Score: 84.3445 bits (207), Expect = 1.488e-17
Identity = 35/69 (50.72%), Postives = 53/69 (76.81%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-FVYTLILWVGYGNSVVNPFIYGFFNREFR 236
            RE +AA+TLGIV+G+F++CWLPFF+ +PL S+F+   PP  V+ ++ W+GY NS +NP IY   ++EF+
Sbjct:  191 REKKAAKTLGIVVGMFILCWLPFFIALPLGSLFSTLKPPDAVFKVVFWLGYFNSCLNPIIYPCSSKEFK 259
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|116241241|sp|P35368.3|ADA1B_HUMAN (RecName: Full=Alpha-1B adrenergic receptor; AltName: Full=Alpha-1B adrenoreceptor; Short=Alpha-1B adrenoceptor)

HSP 1 Score: 84.3445 bits (207), Expect = 1.903e-17
Identity = 35/69 (50.72%), Postives = 53/69 (76.81%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-FVYTLILWVGYGNSVVNPFIYGFFNREFR 236
            RE +AA+TLGIV+G+F++CWLPFF+ +PL S+F+   PP  V+ ++ W+GY NS +NP IY   ++EF+
Sbjct:  288 REKKAAKTLGIVVGMFILCWLPFFIALPLGSLFSTLKPPDAVFKVVFWLGYFNSCLNPIIYPCSSKEFK 356
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Match: gi|341940608|sp|P97718.3|ADA1A_MOUSE (RecName: Full=Alpha-1A adrenergic receptor; AltName: Full=Alpha-1A adrenoreceptor; Short=Alpha-1A adrenoceptor; AltName: Full=Alpha-1C adrenergic receptor)

HSP 1 Score: 83.9593 bits (206), Expect = 2.299e-17
Identity = 45/117 (38.46%), Postives = 68/117 (58.12%), Query Frame = 0 
Query:  136 EASQLNSIQQSTNIQVYLSQPSVIPEESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPP-FVYTLILWVGYGNSVVNPFIYGF----FNREFRGVMRLKLSSRH 247
            E S ++S +  T+  V L + S           RE +AA+TLGIV+G F++CWLPFF+ MP+ S F  + PP  V+ ++ W+GY NS +NP IY      F + F+ V+R++   R 
Sbjct:  244 EGSGVSSAKNKTHFSVRLLKFS-----------REKKAAKTLGIVVGCFVLCWLPFFLVMPIGSFFPNFKPPETVFKIVFWLGYLNSCINPIIYPCSSQEFKKAFQNVLRIQCLRRR 349
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|443682318|gb|ELT86969.1| (hypothetical protein CAPTEDRAFT_53950, partial [Capitella teleta])

HSP 1 Score: 101.679 bits (252), Expect = 8.181e-22
Identity = 44/88 (50.00%), Postives = 59/88 (67.05%), Query Frame = 0 
Query:  162 ESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVY--TPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMRLKLSSRH 247
            + +K   RE +AA+TLGI+MG FL+CWLPFF+W   T++   Y  TPP V +L+ WVGY NS +NP IY FFNR+FR   +  L  + 
Sbjct:  236 QERKKMKREHKAAKTLGIIMGAFLLCWLPFFMWYVTTTMCGDYCQTPPVVVSLLFWVGYFNSALNPLIYAFFNRDFRNAFKRLLCCKR 323
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|1191547532|gb|OTF69832.1| (hypothetical protein BLA29_009110 [Euroglyphus maynei])

HSP 1 Score: 97.8265 bits (242), Expect = 8.419e-22
Identity = 38/75 (50.67%), Postives = 54/75 (72.00%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMRLKL 243
            RE +AA+TLGI+MG F++CWLPFF+W  ++++ N  TP  +  ++ WVGY NS +NP IY +FNREFR   +  L
Sbjct:   39 REHKAAKTLGIIMGAFILCWLPFFIWYIVSTIMNADTPKVIVHILFWVGYLNSAMNPIIYAYFNREFREAFKETL 113
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|1133418247|ref|XP_019864623.1| (PREDICTED: LOW QUALITY PROTEIN: octopamine receptor beta-1R-like [Aethina tumida])

HSP 1 Score: 100.523 bits (249), Expect = 1.045e-20
Identity = 47/95 (49.47%), Postives = 62/95 (65.26%), Query Frame = 0 
Query:  162 ESQKHQD--------RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFN---VYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMRLKLSS 245
            E +KHQD        RE +AA+TLGI++  FL CWLPFF+W  +T++      Y+PP+V TL+ WVGY NS +NP IY +FNREFR   +  L S
Sbjct:  286 EGEKHQDPGTSSKMRRERKAARTLGIIVSAFLACWLPFFLWYVITAICGPKVCYSPPWVVTLVFWVGYFNSALNPLIYAYFNREFRVAFKKTLQS 380
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|1048020218|ref|XP_017488286.1| (PREDICTED: octopamine receptor beta-2R-like, partial [Rhagoletis zephyria])

HSP 1 Score: 95.1301 bits (235), Expect = 1.096e-20
Identity = 36/72 (50.00%), Postives = 52/72 (72.22%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            RE +AA+TLGI+MG F++CWLPFF+W  +T++ +   P  V  ++ W+GY NS +NP IY +FNR+FR   R
Sbjct:   39 REHKAARTLGIIMGTFILCWLPFFLWYTITTLCDSVAPDIVVAILFWIGYFNSTLNPLIYAYFNRDFREAFR 110
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|675852164|ref|XP_009011642.1| (hypothetical protein HELRODRAFT_127838, partial [Helobdella robusta] >gi|555706595|gb|ESO09828.1| hypothetical protein HELRODRAFT_127838, partial [Helobdella robusta])

HSP 1 Score: 92.4337 bits (228), Expect = 1.367e-20
Identity = 42/81 (51.85%), Postives = 56/81 (69.14%), Query Frame = 0 
Query:  162 ESQKHQDRESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVY--TPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            + +K   RE++AA+TLGI+MG FL CWLPFF+W   T++  V   TP  V +L+ W+GY NS +NP IY FFNR+FR   R
Sbjct:    3 QQRKQIHRENKAAKTLGIIMGAFLFCWLPFFIWYLSTTLCGVKCDTPKEVISLLFWIGYVNSALNPLIYAFFNRDFREAFR 83
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|1098625029|ref|XP_018804728.1| (PREDICTED: octopamine receptor beta-2R [Bactrocera latifrons])

HSP 1 Score: 100.138 bits (248), Expect = 2.397e-20
Identity = 38/72 (52.78%), Postives = 53/72 (73.61%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            RE +AA+TLGI+MG F++CWLPFF+W  +TS+ ++  P  V  ++ W+GY NS +NP IY +FNREFR   R
Sbjct:  557 REHKAARTLGIIMGTFIVCWLPFFLWYTITSLCDLTAPDIVVAILFWIGYFNSTLNPLIYAYFNREFREAFR 628
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|929364073|ref|XP_014091619.1| (PREDICTED: octopamine receptor beta-2R [Bactrocera oleae])

HSP 1 Score: 100.138 bits (248), Expect = 2.416e-20
Identity = 38/72 (52.78%), Postives = 53/72 (73.61%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            RE +AA+TLGI+MG F++CWLPFF+W  +TS+ ++  P  V  ++ W+GY NS +NP IY +FNREFR   R
Sbjct:  554 REHKAARTLGIIMGTFIVCWLPFFLWYTITSLCDLTAPDIVVAILFWIGYFNSTLNPLIYAYFNREFREAFR 625
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|751462406|ref|XP_011186052.1| (PREDICTED: octopamine receptor beta-2R [Zeugodacus cucurbitae])

HSP 1 Score: 99.7525 bits (247), Expect = 2.845e-20
Identity = 38/72 (52.78%), Postives = 53/72 (73.61%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            RE +AA+TLGI+MG F++CWLPFF+W  +TS+ ++  P  V  ++ W+GY NS +NP IY +FNREFR   R
Sbjct:  541 REHKAARTLGIIMGTFIVCWLPFFLWYTITSLCDLTAPDIVVAILFWIGYFNSTLNPLIYAYFNREFREAFR 612
[Close]
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|1184343751|ref|XP_020713689.1| (LOW QUALITY PROTEIN: octopamine receptor beta-2R [Ceratitis capitata])

HSP 1 Score: 99.7525 bits (247), Expect = 3.123e-20
Identity = 38/72 (52.78%), Postives = 53/72 (73.61%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFRGVMR 240
            RE +AA+TLGI+MG F++CWLPFF+W  +TS+ ++  P  V  ++ W+GY NS +NP IY +FNREFR   R
Sbjct:  579 REHKAARTLGIIMGTFILCWLPFFLWYTITSLCDLTAPDIVVAILFWIGYFNSTLNPLIYAYFNREFREAFR 650
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Match: gi|1132395166|ref|XP_019848159.1| (PREDICTED: octopamine receptor beta-2R [Bactrocera dorsalis] >gi|1132395168|ref|XP_019848160.1| PREDICTED: octopamine receptor beta-2R [Bactrocera dorsalis] >gi|1132395170|ref|XP_011212549.2| PREDICTED: octopamine receptor beta-2R [Bactrocera dorsalis] >gi|1132395172|ref|XP_019848161.1| PREDICTED: octopamine receptor beta-2R [Bactrocera dorsalis] >gi|1132395174|ref|XP_019848162.1| PREDICTED: octopamine receptor beta-2R [Bactrocera dorsalis] >gi|1132395176|ref|XP_019848163.1| PREDICTED: octopamine receptor beta-2R [Bactrocera dorsalis])

HSP 1 Score: 98.5969 bits (244), Expect = 7.327e-20
Identity = 37/68 (54.41%), Postives = 52/68 (76.47%), Query Frame = 0 
Query:  169 RESRAAQTLGIVMGIFLICWLPFFVWMPLTSVFNVYTPPFVYTLILWVGYGNSVVNPFIYGFFNREFR 236
            RE +AA+TLGI+MG F++CWLPFF+W  +TS+ ++  P  V  ++ W+GY NS +NP IY +FNREFR
Sbjct:  560 REHKAARTLGIIMGTFIVCWLPFFLWYTITSLCDLTAPDIVVAILFWIGYFNSTLNPIIYAYFNREFR 627
The following BLAST results are available for this feature:
BLAST of hypothetical protein HELRODRAFT_127838 partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 9
Match NameE-valueIdentityDescription
EMLSAG000000094338.216e-1845.00supercontig:LSalAtl2s:LSalAtl2s601:31744:33432:-1 ... [more]
EMLSAG000000030212.454e-1441.43supercontig:LSalAtl2s:LSalAtl2s171:196627:197691:1... [more]
EMLSAG000000114725.382e-1231.37supercontig:LSalAtl2s:LSalAtl2s791:25681:66356:-1 ... [more]
EMLSAG000000036875.150e-1139.71supercontig:LSalAtl2s:LSalAtl2s1:1117397:1240427:-... [more]
EMLSAG000000079744.369e-1034.62supercontig:LSalAtl2s:LSalAtl2s471:105708:107132:1... [more]
EMLSAG000000048084.989e-1027.27supercontig:LSalAtl2s:LSalAtl2s253:921047:991978:-... [more]
EMLSAG000000017705.944e-930.93supercontig:LSalAtl2s:LSalAtl2s12:909316:1005829:1... [more]
EMLSAG000000119644.049e-828.38supercontig:LSalAtl2s:LSalAtl2s84:1368584:1370834:... [more]
EMLSAG000000028073.207e-730.85supercontig:LSalAtl2s:LSalAtl2s161:325667:428340:-... [more]
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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|75026733|sp|Q9VCZ3.1|OCTB1_DROME3.254e-2045.16RecName: Full=Octopamine receptor beta-1R; Short=D... [more]
gi|347595820|sp|Q4LBB6.4|OCTB3_DROME1.754e-1953.42RecName: Full=Octopamine receptor beta-3R; Short=D... [more]
gi|77416550|sp|Q4LBB9.2|OCTB2_DROME6.631e-1949.32RecName: Full=Octopamine receptor beta-2R; Short=D... [more]
gi|112871|sp|P18841.1|ADA1B_MESAU4.660e-1850.67RecName: Full=Alpha-1B adrenergic receptor; AltNam... [more]
gi|3023234|sp|P97717.2|ADA1B_MOUSE4.787e-1850.67RecName: Full=Alpha-1B adrenergic receptor; AltNam... [more]
gi|543734|sp|P15823.2|ADA1B_RAT5.479e-1850.67RecName: Full=Alpha-1B adrenergic receptor; AltNam... [more]
gi|1214787882|sp|G3M4F8.1|OCTB2_CHISP9.520e-1849.35RecName: Full=Octopamine receptor beta-2R; Short=C... [more]
gi|112870|sp|P11615.1|ADA1B_CANFA1.488e-1750.72RecName: Full=Alpha-1B adrenergic receptor; AltNam... [more]
gi|116241241|sp|P35368.3|ADA1B_HUMAN1.903e-1750.72RecName: Full=Alpha-1B adrenergic receptor; AltNam... [more]
gi|341940608|sp|P97718.3|ADA1A_MOUSE2.299e-1738.46RecName: Full=Alpha-1A adrenergic receptor; AltNam... [more]

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BLAST of hypothetical protein HELRODRAFT_127838 partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|443682318|gb|ELT86969.1|8.181e-2250.00hypothetical protein CAPTEDRAFT_53950, partial [Ca... [more]
gi|1191547532|gb|OTF69832.1|8.419e-2250.67hypothetical protein BLA29_009110 [Euroglyphus may... [more]
gi|1133418247|ref|XP_019864623.1|1.045e-2049.47PREDICTED: LOW QUALITY PROTEIN: octopamine recepto... [more]
gi|1048020218|ref|XP_017488286.1|1.096e-2050.00PREDICTED: octopamine receptor beta-2R-like, parti... [more]
gi|675852164|ref|XP_009011642.1|1.367e-2051.85hypothetical protein HELRODRAFT_127838, partial [H... [more]
gi|1098625029|ref|XP_018804728.1|2.397e-2052.78PREDICTED: octopamine receptor beta-2R [Bactrocera... [more]
gi|929364073|ref|XP_014091619.1|2.416e-2052.78PREDICTED: octopamine receptor beta-2R [Bactrocera... [more]
gi|751462406|ref|XP_011186052.1|2.845e-2052.78PREDICTED: octopamine receptor beta-2R [Zeugodacus... [more]
gi|1184343751|ref|XP_020713689.1|3.123e-2052.78LOW QUALITY PROTEIN: octopamine receptor beta-2R [... [more]
gi|1132395166|ref|XP_019848159.1|7.327e-2054.41PREDICTED: octopamine receptor beta-2R [Bactrocera... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold114_size351134supercontigscaffold114_size351134:186243..209045 +
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:integral to membrane
Relationships

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

Feature NameUnique NameSpeciesType
snap_masked-scaffold114_size351134-processed-gene-2.0-mRNA-1snap_masked-scaffold114_size351134-processed-gene-2.0-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold114_size351134:186243..209045+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>snap_masked-scaffold114_size351134-processed-gene-2.0 ID=snap_masked-scaffold114_size351134-processed-gene-2.0|Name=hypothetical protein HELRODRAFT_127838 partial|organism=Tigriopus kingsejongensis|type=gene|length=22803bp|location=Sequence derived from alignment at scaffold114_size351134:186243..209045+ (Tigriopus kingsejongensis)
ATGACCTCAATGGGTGCCACGGTCCCATCATCTCTGGCTTTGAATGGTCT
TAAAAGCTCGGGGGATCATTCCGAGTCAGGGCTCCTTTCAACCCCCAGTC
CAGGACAGGGAGAAACACTCACTGACGCCTGGCCCATCCATGCCCAAGAG
AACAACCACTGTCAGTACACCACCCTGCCCTGCCGTTCACCCATTGAATT
GAGTGAGGGCCTGGGTGCATTGGTTCCGAGTGAAGTGAATAGCTGGCTGG
TGGGCCACTGGCCTGCCATTCAGGCCCCAGCTCAGGGCCTGACCCTCAAT
TTCAGCTGGCTACCCTCAGGGGCCGTGGGTCATTGAACTGCCCACCCTAT
GTCCGGCTAGTCCTATCACCCTGATCCGCCATTCCCGGCATTGGTGCTCA
TCATAGCTTGATTGGCTTCTCAGCATTCGTTTAAACATTCCCTGCTCCTG
AGCTGAACTTTCTAACATTTGTTAGATGGATGGATAGTCCCAGCACCTGG
GTCGTAAGGGTAACAGCACCCCAACCAGACAGTCACAGCACTCAACAATA
CAGTTCCAGCATCCAATCTGGGCATCCCAATAGTCAATCTGATTGTCCAA
CGGAACTCATGCTCTCGATTTTTTTGTTCTGCATTTCAATCTGTTCATAT
CTCTCGACTGCTCTAAAGCACAACTCGATGGTTGTCGTTGGCGGCTTTCG
ACCAAAGTGGAAATGGGCTTGTAAAACATCACTCTTAATCAGTTATGATT
TAGAATGGTTGCTCCCTTTTTTCCACTTCTGCTAAATTTGAGTACTCACC
TTCATTCTTCTATGTATTTCCCAGATTGGGACAAAGCCCGTGCTGTCATG
CTAGTGTCTTTTATGTGTTTCAACAATAGATTGTGTTAAAAGATCCAAAC
AGCAATCCCCATGGGCCACTAAGCTTGAGCATATTAAGTATTTAGAATAT
CTGCACCATTTTAAACTAGTTGGTACTTTAGTTCTAAATGATTGCCACAG
TACGGTAGTTGTAAGGCCAGAAATGAAAAAGATGGAGCTTGTATCCAGCT
TCATCCAATGCACCATTTCAACAACCATTGTCAAGGACAGGAACAAAAAA
CGTTCTGTGAAAAAAAGCAAAAAAAGGAAAAAGTTTACCCAACGTACTTT
CAAGAACGCTCACTAGTGTAGCCTGCATCTGGCAGGAAAGGTTGCGTGAT
TTCCCGTCTGCCATTCTACCATGACAGACTACCGTGGCTGACCCTAGGAG
AATTAAAAGGAGAGGGCAATCCTGAGACTGGAGAAAACACCAAAAAGTTT
TGTCCTCCTATAGTTCCTCTAGGTCAGCTGTTTGCTTTGAACAGTGAAGG
TCTCTCATAAGTTGGTACAACCATATTACGAAATTAAACTAGAAACATTT
GTTGGAACAAAAACCCAACCTTGAGATAGTCCATTAGATCTTTTGAGCTC
CATCTAGGGGCAAAGTATTATTTTCAAGATGGGCAAGGATAGGTTTTTGT
CCACACCAAAATTTCCAATGTAATTTTGTGATTCTTACTTATTGTTGGAT
CCAGCGTGCTGAAATGGAATGTGCGCATTGACCTCTCGGGCAGTTTAGGC
CCTGTATACTATAAGAGTAGGTCCACCCTTTGGACCCTTGGGCCGAGGGA
GCGCTATGATTGGTGGCGCGGGGGTGGATGAATTGGAGCCCTTTTTCAGG
GCAAGAGGAAAATTAGTGCTACATAGGGAAAACGGAAACCCTTATTAAAT
CACACTCGAGGCAAATAGAGTATTTCTATTGATAAGAATATTGTTGCAAC
ATTATTCTCTACGAACTGAAATGAAGTTTCTAGCATATTTCTTATGTTAG
AAAGAAAAAAAGGCAGAAAAGCCGCCACCATAAACCCAAAATCAATAAAA
CCTTCTTGTTCCCCACCACAGTTGCACACTAAAAGCCACAGTGTGGATTT
TCAGAGGATGACAATACTGTTTTGATTTACTCAACATGATTTTTCTTACT
GGGGGCTTGTGAAAATAATGATGTAACCACTCCTTCAAAACAATCTTTGC
AAACAGGTCAGACATTACAGGTACTTATTCCTTAATACTAAAAGTTCATA
TTATTTATCAATATAATTATTATTAACTATTATTGACATATCATGATATT
ATTATGACATATCATTTAATAATAATACATTTATTTGGCACTTTTTTTTA
TTTATTTTAGCTAATACATATCAGTTAGCAATAATACATATCAGTTAACA
ATAATACATTTCATTTAACCATTATACATTTTATTCAATAATGATGCATA
GCATTTAACAATAATACATACCATTTAACAAGGATACTAACTCCTTAACC
AGGATACTGATTCCTTAACCAGGATACTGATTCCTTAACCAGGATACTGA
TTCCTTAACCAGGATACTGATTTCTTACCAGGATACTGATTCTTTATGGA
TAATACTGATTCCCTAACCATAATACTGATTCCTTCACAAAATACTGATT
TCTCACCAGGAAACTGATGCCTTAATAGGGATACTGACTTTTTACCAGCT
TACCGATTCTTGAAGAAGAATTTATTTTCTATAATACTAACACTTGTTCG
ATAAAACGTACTATCAAATATATTCTGATTACACACACTGATACTGTTTT
TAACAAGAATCTCTTTAACAAGGTTGCTTGTTATACTTAATAATTGTTCT
CTAACGATAATGGTTGTTTTTGGATGATTACTTCGTTTACAAATGTCTTT
TTTTCAACAATCCAGTTAAAAGTTCACTTTGATAATAACAGTAGCTCTAC
AATAATTAACATAATCTTTGATGATGGCAGCTCTGATTCTACAAAATCTT
TCTATTCCTAGCAATAAACTTATCCCATATTTTACCCATTATGCAATATA
ATACATTAGCAATTAGACCAATAAATATTCCTTCTTATTCCTTAACATAA
GCACTGATCACTGAAAGTTTTTATTCCGAAAAACAAAAATATGTAGCATC
CCTTAAAAACAATGTTCACATACCGTCAGAAAAACATTTCTCAATTCATG
AAAGTACTGAGCAAATGTTGTTTTTTTGTGTTCAACCAAAGAAAATGATT
GTTTATCAAGGTATTAAAAATGCCTATAATACTCTGAACTTATTGCAGTG
TTATATTTAGTTTTTTGTATTCATCTCTCAGACAATGACAATTCCAAATT
GCCCAATAGAACTCTGAATGCATGAAAATAATAATATAGTGGACAATTTT
TTTAAGTGAAAAAGTATTCTAACTGACTTAGTGAGAGTAATAACATTGAA
AACCTGAGATAAAACTCAAAAATACATATTAAATACAAACAGAAACAGTC
ACACATTTTATTCCAATCAGCACATTGATAACTCAGCATGTGACTTTTAT
TGATCATTGAGCAAATGACATTTCTTTTTCTAATGGCTGATAAAGAAAAA
TTATGATTTATCTTAATGGCTACCGAAAGAAGTTTAAGTTATCTGCTATT
AATAATAATATTATTGTTTCAACTACAGTAAGCCAGGCGTTTAATATTGA
AACAATACTTGTTGAATCCATAATTGATGATGTATGGTTATTATTTTCAA
TTGTATCCTCTTATATACATCTACGTACATAAGGTGAATGAGTGTTCACA
TTGGTATGTTTAATGTTTTTCAATATTTTTGAGACTTCAGGTGCAATAAC
AACATGATTAATCAACTCTCCATCTAGTCCGCTCTCTATAGTCTTTAAGT
TCCGGTCATGGAAATAATGAATTTCGCACCAAGTTGATTTTTCTTTTGGA
TAAATCCATTAGAACTCAGGCATGATTTGAATTTACCACTCATCTTTCTC
ATCTCAGCTTCAAATCTGGGCTGGAGGGCAGCGTCGAGGGTGAGCCTACT
CTTATAGTATACAGGGCCTAGGACAGTCCAGGGGCCGCTGTTGATTTGGA
AGGAATTGCCTTCAGTCACGCAACCTTGACTAAATTAGGCTTTCCAGCGA
TAACAAAAGTCCCTGTTTTCCAAAGTCCTGACACGTTAGCTCACTGAAAA
TCAGCTCACCCTCTTGTGAATGTTTGTCTATGCTGGGACATTGTCTTTGA
CAGAAGAGTCTGCTGACAAACTGACCCTCAACAAAAAGGTTCTGCTGGTG
GTTAGTGTGTGTGTAATCGCACCTTCCAGTGGTTTCGTGTTCTACACCAT
GGCACCCCCATGGTGAACACAGGGGCCACTGATGTTATTAGCTAATTTAG
CTAGTCGCCGTGCAGCCCCGTACAATCCAGCTCCAACCACTACTTTAATT
TGTGGGGAACCAGAAGGGACCTTTCCTCAAGATGTGACTGCACCTGTTTT
TTCCTGACCTTGAATGACTAAGGTTACAGGGAGCCGTCATTCACTCCTCT
CAGTAGAAGAAAGTCTGGAGTGGCGAAAATTTCTTCGTCCACCGAGCCCG
GGAATCGATCTGCGGCCTTTCAGCACGGCAGACTTCTTCGCTGACCACTT
CACCATTCAATCCCCGGTATTTATTTAAATGGGGACATTAACTTGAACTT
CTGAGTGGAACGTTTTTCTCAAAGAAGAACCAATACACAATGTTGTAGGC
AAGGAAAGTTCTGGAATTTAATAATCCAGCTCAACATGCATTTGTTTTTC
CAATGACAAAGATGAAGCATCCTCAAAAAGAGAAGCAGCAGCCCTTTTAA
AGCATTAGGTCGTGTTTCACCTCCGGTTAACTATTATTAGTGACCTCCCT
AAGGATGACGCTTACTTATCTCACTAAGAAAACTGTAAATGTCAGTGAAC
TTTCATTCCGTTTTACATTCCCTTATACATTGTCCTGTCCAATGGACTAA
TAGTCCAGAACATGTACATATAATTGGACATCCGAACACTGAGTGAGATG
AATCATGAATCCATGCTCTACTAGACATAAAATGTTGGGTTTCCAGATGC
GAGGGTTAGAGTTGGTGAATATGGAACATTCGGTTACGTTGTTTATCCCG
GGAGAGCTTTTCCTGGAATCCCAGCCATTAATCAAATTGTACGTCAAAAA
GTTTGGGTCACTAATGGATCTCTCAAGTTCCCGTCATTTAATAAGTTCCA
CGGCTCTTCTTAGTTACCAAGGTTCATCGTGGATGGAAGTTTGTGAAGTA
ATGACTTAAAGCTCTTTCTAATTAACTCAGTGTGAACACTGTCAGCTAAT
TCGGAGCACTAACATTAAAGTACACAATTCCCGAGCAACTCGCCCAGATT
TCCCAATTATTTTTTAATCTAGACGTTTTGTGTCTTCGAAACCACTCTCA
AGATTGCTCAACCACAATTCCAAGAATAAAGAAATTTTAAAAATTGGTCA
TTAAATCAACCCTGCCTTCTCCCTATCCCCCAAACCGTTACTGAAAGTAC
AGAGTGGGTATACATATGTTTTAGGCAAGCAGTGTAGCGCAATGGTAGAG
TGGCACAATCAGTCATCTATCATTGCGTTATCCGAGGGTCGTTGGTTCGA
TCCCCGGGCTTGCCAAGTTCCGGCAACTAGTGGCGTTAACTCACAGCTAT
TGTTTGCTTCCCTTGCGGGATTAAAGTGGGCGTACCTGTGGTAATTCCTC
GAGGGTAAGGTAATAATTCATGATAAATTTGACCGCCAGGCTGACTATGT
CTCCTCGGAGATTTCCCCAGCTGGGCAGAAATGCCCGGGGCCGTACAAAC
AAACAAACATAGTATGTTTTATAAATCGACTTATTTTTCTCCTTGAAAGG
TCTATACTTTATACACTCAATTGTCAGATCTTTTTCCTCCAAAAAATCAA
ATCCAAGTGTTTTGCCTGAACAATTCAATCCAAGACATTTAAAGGCTTAT
TCCGAAAAAAACGTCTTGTTTCAGAAAGAAAAGGCAAATTGCTTCCCAGT
CAGCTAAAGGTGAACTGAAAATGTCCAATTCAAACCTGTGCTCACGGCCA
AAGCTTTGTGAAGCACTATGGGTGTGTGTATTATGGCAATGCATGTCATT
AATGGCGATGGCTAACTCTTCGCAAGGAATTGCTAGTAGTAGTGTTTTGG
CAATTACAAAACAAGAAAATGATTAAGAAAGAGAAGAAGTAGTACTTTGG
GAATTGACTACAGAGTTGGAAGATTTTTGACAGAGGATTTAGGGTGTGCA
AGAATTACCTGGCGGAAGCACAGACAGAAAAATGCGTCCAAAGACGGATG
CTTGAGGAAGCTCAAAAGGTGTTAATGCCATCGACTGACGGACCGGAGTA
GGGTGAGACATTTCTCGCACTTCCGTAGAGATTAAGAGTGACCAATTGGG
CTGTGGCACGTTTGACCGAGGAGACCCTGAAGATGCCGCAGAGCGTCGCC
ATTTAATCAGGGTAGCGAGGACCAGGCCCTCCGCTGATCAGCACCTTTTG
TTTATGAACAAAGCATCACCAACGTATTGGCCAAGGTATGCAAAACTCTT
GGACAGTCTGGTCTGGCCTTTTTTTACAACTTCTACGCTAAAACTACGAT
CAGCTGCTCCTTCGTGCGAAAATTAACTTGAACTAACCATGCGAATTTGG
TCACCCTACTGGAGTTTGGCTTGAAGATAAATCAGTGCTCGAGAACAGTA
GGACATCAAGCCAACTTTCAAAGGCAACATTGCACAAACATCAACACAAA
TTTCAAGTTCCCCACTCATAGGTCACAAAAATGGCCAATTAGGCAATTGA
ATTGGGGAAATATGTCTCCAACTCTGGATAATTGGGAAGTCAAAGTGGCA
ATCTGAGCTTGGATTATGAAGCATTGCCTTGTTTTTGCCTTATCCAGTAC
AATAGACTTGGACACATGCAGCTGATTTTTTCAAAAAAAACGTTTCTCGC
CAAATCTGTGACGTCAGCGGCCCACAGCCCTATTGGTGTGCTCTTTAACC
GTACGGAATAGGGAGAAATGTCTCACGCAACTCCGGTCCGTCAATCGATG
ACATTCACGGCTTTTGAGCTTCCTTGTTCTCTCTATTTCGGTCTTTGGAC
GCATATTCTTTCTGCGCGACTTTCAGGTAAATTCCTACCCAATTGAGGTT
AGAGCTGCCCAATGCAATTGAGGTTAGAGCTGCCCAATGCAATTGGGCCG
TACAATTCTTGCACACTTATTCAAAAGTCTGACACATTGAATAACCCTAA
GGCACTAAGTATGGAGTACTAAAATCACCTAGAGGTCGCACAGAACGAAA
AATGTGTCCAAAGACAAGGGAAGTTCTAGGTGCAGATAACGTTTCTACCA
GTTCTGTAGGGTTTAAGAGTCCATCAATTGGTCACTCTGAAACCCTCCGA
AACTTTGTGAAATGTTCCCGCAACTCCCGCCCGTCAATTGATTGCATTAA
CGGCTTTCGAGCTGCCTGGACCAAGCCGTCTTTGGACATATTTTTTCGTT
CTGTGCGACCTCCAAGGGATTCTAGTACTATTCAGTCACTAAGTTTAGCT
CACATTGTTGGGAATGGAAAAATTGCACTCAAACTAACTCTCACGACCTA
AAGCTTCAAGAATCTCGATCCATGCTATGCATAATTTAGTTGCACGTGAC
ACATTCAACATTACACTGCCAAAATGGCATTGTGAATTCAACAGTACGTG
TGCAACTATTCATATATTCGATCCAGATATGCAAGTTTTGTGTGGGCTGT
GAGGTCGACGGACGGAGATTTTGAGAGCATTCTGGGCTCAAAAAGCCTAT
GTCAGGCGTCGGAAAAAGGGACTGAGAACACATTTAAGCCCAACCAAATA
TGGTTGATTTTTGGGGGGCGTGGCCGATACTTTTGAAATTGCCGACCGCC
ATAAAAAGTGATAAAATGCCTTTTGGATTGTGACTGAACTGGGAATGAAG
GCAATTTACTAATGCGTACATAAAGAAATGAATGATTTCCACCTCCTTTT
GTGGATTTGCTTTTTTTGACGGTTCTATGGAATGTTGGGGTTCTAACATA
AGCAGCGTCAGCAGGTCAAAAAAATGTCTATAACACCAAAACCTTTTTCT
CAAAGCACTAGAAAAAACTAAAAAAAATTAAAAAAAGAAAACTAGAAGTG
TCATGCTAGCCATGGTGCTCTTCTGGCAACTGGTTGTAGGTATACTGTAA
GCTTCTAGTCTCGTTGGTATGGGCGCTTACCTATTGGTAAGTCGTAAGAG
GGACAATCACATTACTTATAATTTAGTGATGTTTCCAGGTGTGATGAAAT
CCATCGGTTAATAAACGGTTACCTAAATATTCGGCAAGATTATTAATAGG
ATTTTTTATTGTTATTTGCAAATTGGCGATATTTGATAGTAAGTAAAGCA
TCGAAGTTCTTATTAGTCCACCAATTGGAAAACAATGCCTGTTAACTTAA
ACATTCAAAGAGAGCAGGACAACAGTTATACACTCACGGTTTAAAGAGGG
TCCCAATTGTAATATTCCCGTTCTATTACGTCTATAGACGCCTCCTTTCT
CCAGGGTCTCTCTCTAGCTTCTCTCGGATATTCTCAGTCTTCGATCACAT
GGGATCCACCATGGAACCCTGTACACATGGAAGAATTATGCTTGCCAGAC
TAATGGCCAACGTCAAAAGTGACCAGATTTTCAGATCGGCAGATGCATTC
AGCTCAAACTTGGTGGCAAAAGTAGATAATCACGACTAATGCAGCATCAA
TAGGCTGAACATGGCCAGCCTGACATCGCTGAGATCTTCCCAGAGTGCTC
AGAGTCAGCAATATTATCTGGCATTCGATTTTGTTCTTGGAAACTTCGAA
CAGTTCCAGCTTTTTAATGCTGGATTTTCATTCTGAAAATTGGGTCACTT
TTGAGTTTGGCCCTTAGTCTGGCAATGTACAATCGTGAGTAATACTTCCA
GATGTACAGGGTTCCGTGGATCCACCTTTCACCTTCAATAAACATCTTCA
TTATCCAAGTCACATCCTCGGGACAAATACACCAATGACTTGACCACATC
AACATTTAGAGTAATCGGCAGTGTTTGGTCTCCATTTTCTGCCTGAAAAC
ACTGTCAAGTCTGTTTGTGGACAGCGAAGTTTTAATGGAAAAAATCCTTC
ACTGCCCTCGGAAAATTGTTGAAAGTTAAAAACCATTGAGTGTGTGTGTG
TAATCGAGTATATTACTGACGAACATGAGCGATAGTTGCAAATCCTCAAG
AGATAAAAACAAAACAAAAGAGCGGAACCCAATGCAACATTTAGCACGTA
ATTGGCTAGTCCGTAGTGTTAGGGCGAATCGATTACAAATATATCACAGT
AATAAAGTATGGGGTGGAAAAAAAGAGAAGGTGACATGAGTTGACTAAAT
TGGAGTCAACCTAGCGATAGTGTGTGTGTAATCATGTGTATTATGCTTAT
ACAGTACATGTCATGTATGCCCAAGCTAACACTTAGCAATCGATTGCTAG
TCGAAGTGTTAGGGCAATAATACAAAAATAAAGTTAAATAGGGAAACAAA
CAATTCTTTGGCAGGTGGCAAAATAGTTCCCAAATACTCCTGACGGATCG
CTTGGGAGACATCAGGTGATTTCCCATTTAATAACCAACTCGACAGAAGC
GGCAGATTTGGCCTCTCCCTTCGTCTTGGCGACCCTTAGGACCGGATTGA
GATTCCAAAGGGAAATTCCGTAGTCTGCCAAGGCCTTGGCGGGCTTGGAC
AGTGGGTGGGCTACTATCCCAGCCTAGTCCGCACTGGATGTCCTGATTGA
ACTTGAGATGGGGAAAGCAAGAAGCCCGTATCTCTTGTGATTGATCATTT
TTAATCGCCGATAACATTCCCAACGTTCACATCGCAAAGAAGCCAGAATT
AATAGAACCCTTAGGCCCTTGGGGCTCCATAAAAAGGCACCGGTTAGATT
TACACGTGACACACTGCTTACAGTTTGGATGCCGCTCAGATACATCGGGG
GATATTGGATAACCTTTTGGTGTGTATTTTCCAGGTTTATTGTGAGACCA
AACGCCTGCAGTCCCGGAATTCCCACTCCATCGGTGAGCTCCGTCAGAAT
TCCATCGCTCAAATGGAGGCCTCTCAGCTGAACTCGATCCAGCAATCCAC
CAATATCCAGGTGTATTTATCTCAGCCCTCGGTGATCCCTGAGGAGTCGC
AAAAGCACCAGGATCGAGAATCTCGTGCTGCCCAAACCCTGGGCATCGTG
ATGGGAATCTTCCTGATTTGTTGGCTGCCCTTCTTCGTGTGGATGCCCTT
GACGTCGGTCTTCAATGTGTACACCCCACCCTTTGTGTACACTCTCATCT
TGTGGGTGGGATACGGAAATTCCGTGGTCAATCCATTCATTTACGGATTT
TTTAACCGCGAATTTCGCGGAGTGATGGTGAGTGACCTGCGGAAATGGGG
CATTCTTAGAGCATCTCCACGAGTGGCCATATATTGAGTCTATCGAGGCC
AATTCGAGATTAACCAATGTCTTTCAAATCATATCTGTTTACAAGCCAAT
GTCGACATAATATACTTGAGCTCCCGTGTAATGAAATAAAAAAGCCCAGG
GCTGCCCATGTTTCTGAGGTTCCGTGAGAAGAAGCTGCCAATTCCGCCAG
CTGTATTTACATGGAAATTTGGAACATCCGAGCTTTGGCCTATCGGGAAC
GATTGATTATCCACAGGATATGATCATCTCAAGCATGGAAGAAGTGACTT
TTTCCTTTTAGCTTCAGGAGCAAGAGTACGGTTTATTATACATATCAAGC
ATAAATGTTGATCGCCAAGTCACGCGAGCTCATGGTCTAGACCAGAGCCC
AGATATTTGTTTGTTTGTTTGGAAGGCCCCGGACATTTCTGTCCAGCTCG
GAAATCTCTATTGAGACTAAGTCAGCCTGGCGTTCAAATTCATCATGAAT
TATTACCTTACTCTCGAGGAATTACCACAGGTCCGTCCAATTTAATCCCG
CAAAGGAAGCAAACAATAGCTGTGAGTGAACACCACTAGTTGCCGTGAAC
TGGGGAAGCTCGGGATTCGAACCCCGGCCACTCAGCACCAGCGCAGCCCT
CGCTGACACTGAGCTATGGTGGCTTCCCAGAGCCCAGATGTATAAGGAGT
GTCGTAATCGGGAGGAACGTCGAGCTATTCAAGGAAGCTGGCAACCCTGA
CGTCGGGTCACCCTGAGGAGCACCCGAGATTAACCAGATTTTAGTACTTG
AATAACCCGCCAGTTATGATCTTATAAGCTATTCAGCTGGCAAGGTTCAC
TTCCGCGTTAACCCTCAAACCCTGAGTAAGTGTTTCATTTCTCTCTCTAT
CTCTCTCCATCCTTCTAAATCTCCACCATCCCCGAGTGAGTTCAGATGAT
CGCTACATGGGGAGAAATAAAACACTTACTGTATTCAGGGTTCGAGGGTT
AAAGCGGAAGTGACCCTCGTCAGCTGAATAGCTTACAAGATCATAACTGG
CGGTTTTTTCAAGTACTAAAATCTGGTTAATCTCGGGTGCTCCTCAGGGT
GACCCGACGTCAGGGTTGCCAGCCTCCCGATTACGACAAGGAGCAAGGAG
TTCCAGTCAGGGTCCAAAAAACCTCCAATTCACCTATCCATGGTGTGATT
GTTCTAGCACATACGCTCACCAGTTATCCCAGGGTTGGCAAAAAACGCCG
ATTCTTACCCCAATAGCAATACTGAACTTCAAGCTTCAGAACTAGAGATC
ATTGATTATAGGGGGCGCTTTTTCAGGGTGCCCACTTCATGTGATAAAGA
TTTTCACTACAATTAGGAAACAATTGTGGAATAAGTTACAAGAGTTTCTA
TAAAAAATTAAGATATTTGCTAGTCTCAGTTTTTATACCTACTAATCTCC
TCTAATGAAGTTTTATGGCAGAATGCACCAATCAAGCAATGCCCTCAAAA
TAGTCATTCTTTTTTGGAGTGATCACCTGGAAACCTTGTGTTGAACCCTT
TCCTCTTCCAGTTCACCGCCGATAGTCATCCATAAGACTGGCTCAGCCAA
AACTACGAAGCCGGCCCAATATGATATAGAATGAACCTCAAAAGATTCAG
GGATCCATGGTAATAATTGCCATGATAACAACCACTGAATGATCTTTCTA
GCCCCCTACAGTAATGAGTCTGAGCTCGGCTTCCGTTTTCGACATTCACC
AAGGCTGGGATTTCCGTTGAGCGCATCAGTAACGACTTGATCAATCTTAG
TACTTGATAGGAAAGATGCGTCGTCACGTGACAATTTTCCGGCTTTCTGA
TTGTTTGAGTCCAGCGGGTCTTTAAATCTGATTGGCTGAGGGAATTCGAT
GCTTCTAGCAAGCGTGACCAATTTTGTAATGAAGGGGAGAAATTGAAATT
TGGACATTGGCTCAAATCGTAGAAAAGGAACTGAATTTACTACCCAAGTC
AAGTATTCTGTATAGAAATATACCATATCTTAGTTACGTAGTTGGTTCTG
AATGAATATTTTCTGCCTTTACAAAAAAGAACTCGCCTCCTTGATGGCAT
GTCTCCAATGGGCGCCATTGGTTGGGATTATGCAATTCTGGTGAACACTT
CACAAAAGATGCCGAGAATCGAGTGAAAACGAAGAGAAATATGTTTGTAG
CGCTAAAACCGTAGGGTCAAACCATGTTTTGTTCATCTGCCTTTAACTGC
TCCAAAATGTGATAACAAAATGTAATAAGAACAGGTATTTATTTATCTAC
CATACAAAATACATGATAATAAATAAAATCTGTATTCTATTCCATGGCCA
GTCTGTCATTTATATTGTTTCCTTGGGCTGGGAATGGAAATTAAAGGGCG
CATATACAGTAGGGGCTTGTGAAACCTGCGAGTTGTACTTGAGCTATACG
TATGTGTAGCAAAGCTAAGAATTTGATACCTGCTGCCACTTTTAAGGAAC
ATATCACATTACAACACAGTTTGAGAGAGGTCATCCTTTTCGGAACCCAA
ATTTTACCTGGTCGATATTGGTCGCAAGGACAGGGGCAGTAGAAGTGCGA
AACTTTGTACGCGAACGACCTACGTTTCAACGACTGTCTTTTTGAGTATT
CACAGGCAGTGCCTTCTTACAATGATTCTGGAACTGATCATTATTAGATG
CTTGATGGATCTTTTCCTGAATTGAAACTGTCCAAAAAGTCGCTTTTGGG
CGTATTTTTTCTGGTTCCTGCTAAACGCCTTAATTCTGCTTTCGGCCGTT
GGAATTCCTAGTTCCAGGGGCAAGATTCACACGGTTGTCGGCCCTTATGC
AATTCCAAGTTGGGAAATTTCGTATTAAAGCACATCTCTAGCTTTTTATG
TACATAATATGAGCTTAAAAATAGAAATATGAGTGTTAAGTATGCTTTGG
TCTTGGTTTAAAGGTCATTTGAAAAGTTAAGCCGATCACGAGAAAAACTT
GCTATAGACAAATGACCATACAAATAGAATAAGCTGCAATAGAGTATGGA
TGAATAATTTGCCAATTTGAAAAATTTCTGTAAGATTGACAGCAAAAGTT
CTTAAAATGTCAACTGTAATCAAAATTTGGGTATTTTGCGAGTTGGGCGC
TCTTTAAGCATTGATTTCAAGCACCGTTTTCAAGGCAATTTTTGTGCTTT
TCGGTTGTCCATCTCCCAAAAATCTGACATTTTGTCTACCAAAATATGTA
CTTTTCGTCAACTTAAAAATACCAGCTTTAGCCAGGAAGCAGAAATCCTT
CAATTAATGCATTCAGCTCGTTTATATGAATGATAAAATTTTTGTAAATT
CATAGCATACGTTGAACTTTGTGGGCGAATTAGGACCCGCAGGAGCTAAC
CGATGACGTCACGAGAAGAATGTCGCCTCTTTCTTATCAACTACTTAGAT
CAATCAAGTGTGTGTAATCGTTTTATTCCTACATATAAAAATAGGTTTTT
TTGCCCCAGTATCTTGTATCAAGTATCTTGTCTATTATCGTCACGCGTAT
TATGATATATCAACTAACACATGTAGATTTTTGAAAAGAGAAAACCAACG
TCGCTTTCGTTCAGAAACTAATAACCTTAAACCGTAATTTATTATATCCT
CACGATTTTTTTGTCCCATATTGGCAGTCTGGGAAACCTTTATTCGTTGT
CCTCGAATCAATTTGGGAAGAGTGATGTATTTATGTGAATATCGTGACCA
ACTCCCGAAGACCGGTCTACTGGAAAATTAAATAATGGATTTTCATATCA
AGACACTTCCGTGGTCAAGTCTGTCTACAAAAGTTGATAACTGTACTCGT
GTAGCATCTATATTTTATTACAACGCAAACGAAAGTGTTGAGAGGCGACA
CGCTAGCTTCATGTTTGAAATGTTTCTCATTTTCAGTACTAAAACAATAA
TTTACCTAAAAGAAGTGTGCTGGTAATTGAGTGCATGTATAATTATAGTG
AACAATTTTCAGAATCCAGCTTCACCCCTTCTTGGACAAAATAGTGACTT
TCAAGTAAGTTCTGAGAATAATTTCGCCTGGAGTAAGTCTTGACTTACAT
ATTGTCTACACACAGAGAAGATAGGTTGGTAATTGCCCTTATTTGATCGG
AAAAAGCCTTCGGTTTATTTGTACACATGTAGGGCATAAATGAAAAAAAG
TGCGGTTACCAATTATTTCATAAATTAAATTGGTAAACAAGCCTTTATAG
GTCAATCTTGTTCCCAAATTATTTCGCTAAATTTAGCGGTATTGCATGGG
AAACATTTTTCATTTTCCCGCGAATTGCCTTCTCTGTCTGCCTTCTTTTT
TGACAAATGACCAACCTGTTGAATACTCTCCTCATTTGTGCACATATTGC
TTGTTAAATTTTGGGAACAGCTTTAAAAGTTGCGTTTGGCTTGGAAATTA
TTTTCTTCACTGAAAGGGTCGGGGATGTTGCTCCTGATTGGGGGGTCAGT
GCATACACCGGCACTCTATTTTCTCTATGGACTCAACATATTCCTTTAAT
GGTTGGTGGCATTAATGTATGTATGCAAATGAGCTGTTTTTTCCAAGAGC
TTCTTCCATTATTCATGTATTTGAAAATTGACCTCACACTGAGTTGGCAC
CTGGACAGATTTTGAGCATGACATTACTTTCGCTTTTCAACATCTCACTT
GGAGACGTGTCTGTGTGGATGGCTCGAGATGCAATTCAGGTTCACCTGAG
TGTCAAGCCTCTGAACGTTCCATGATGATTATGATGATGAGCCATGAGAT
AATTAAAAAAAGTCATCCATCACGGAACGTCACGAGAAATATGTGCCAGT
TCGTCGATGAATGGACGCTGAGGCCTAATAGGTTTTCCCACCCAATCGTT
TGAGCTAAGGCCACAAGAGTTTGGGCGCCCTGCCCATGGATTGTCAAGCC
AACGCATTCAGGATTCTGGCTTGTCTTTAGCGGATTAAACAACCTTCCCA
TAGATAGTGGAACGCACCAGAGATTTTGCCACCCAACACAAACGAAAATT
GAGGGGGGAAATTCGCACGCGTAATTATCACCATGAAGTCTTGCTGGCCA
AGTGTTTGTGTCCCGGCATTTGGATGTCAAAATAGGTACCTAACACCAGA
GGTGGCCCACAGGTTGAATTGAAAGATCAAGTGCGACAAAAATAAGACAC
AGTGGAACAGGCAAAATAGGAGAAACATCCAAACGCCTGAAATGTCTGGT
TACTGGGACTTGACACCTTCCAAGATTACCAAATCACCACCATAGGTTGG
ACATAATTCCTGATGAGATGCGGCGCGGACGCCGAGAGAAACTGTGGACG
CTTTTCATACTACCAGAAAGGGGGGCTATTTTGAGGAAAGGTTGCCTTTG
AATGAGACAAGCAGCAAGAAAGGGAGAGTTTAAAAGAGTTTTCTCGCTGT
GCACCCCGTTGTTTGGCAACCATGTGTCATTCATTAGCCGTCACAAATCC
TTTTCTGGGAGTCTGAAATCCGTCCATATTTTCTTCCGGCGTCCGCAGAT
GTGGCAAGGAGCGCCGAACCTGCCAGTGCCTACAAGACCACAAGCCTAAC
TACCACCCTCTTTACCGAACGATTCTCGGGGTGATATTTTCATTAACCTT
CATCCATGCCTTGCCATATTATGAATTTTATATATTATGTTTATTAAATA
TTATATATTCGAGTCGAGTCGCTGAATAGCTTTCGTAGTCGATGACTGTA
TATACCACCATGTTTATAGACAACTATTCCTTTGGCCAACTAGCGGTGAG
AGTTAAAATTTTAACCTAGTTGAGTGCCCTTCTAGAATATTTTTCGATTA
GAGATTGAGGGCGCTTTGCGTATGTCCTGGGCAATAGCCGATTGGTAGAT
GCTGTCAAGCTATTAGGACTCGCAAATACCCATCAAAAAACACAGGAGCA
AAGCTTTGGGCCCTTATCTAGTCTGAACATGAGTCGGAAGTGGTGGATGG
GTGTGACCCTGGGTTCGAATCCCAATCCTCAAAGCGAGCAAAAATCTGTG
AAAGAGGCACTCCATTTTTCGAGTCCGAAAAGCCAGCGGAAGCTGCTCGA
GGATGAGTCGAGTGATTCCCACAAATGTCCAACGGGTGTCTGATATATTT
GTTCGCTAATGATCTCCTCGAATTGGAGACTGGGCCGGAAAAAGGGCAAA
TCCTCTGTAATTGGCTTCTTAGTTGGCATGTTCTCTCTCTCTCTCTCTCT
CTCTCTCTCTCTCTCTCTCTCTCTCTCTCTAGGAGCTCGTGATGATTTTC
AAAGGAGCACATTCCACCCGAGTTTGACTGTCGTTGTTGTTGTTGTTCCT
GCAACTTTTTGCCATAATTTCCCCTCCTCAATCCATTGCGGCTTGAATGA
GGAGGCACTCTCGTTCCCTGGCATGTTGGCCTGTCGTTCCAGGGTAGATC
TTTCTCCAGGCTTGATCCATGTCCCGCGAAGAAGTGGAACAACACACAAC
TGGGCTCATTAATCCCAAAAGGTGCAGTTTTCTGCATTTTCCCCGCGTTC
CAAGTCTGTTTGGCGAGGGGAAAAATAATGGTACAACTAATTCCCTTATT
GGCAACGCTTTTCAGCGCCCGACTGGTTTGAAGCCACCGGATGAAGAATA
CAATAATGGGTTTGTTTTTTGTTCCAGAGCCTGGTTTCCAATTTTGGAGT
GGATCGGGCAAAACATGCCAGCTCACCACCCAAATCACGCGAAACACATT
CTGAAAAGCCAGTCTGAGAGCAATGTGAGATGTTTGGATGACATTCGTCA
TCGAGTGCTGATTTAATGACGGGCGTGGATTTTCAAACAAGCCTTGAACA
CTCTCGACATTGCAATTTCAGGCCCTGAATGGACTGGGTTGAACAAGTGT
TCCAATGCCTGCCAAAGCTCCTAGCCTAGTCATATTCCTATTGGCTCAAG
GAATAATGCATCCCGAAATGTGTCGGAAAGCTGTGCATTAGCCTCCCAGA
TCTCGGAGGACAATCAAGCCCACATCTGCTACAAGAGCCATTTCTCCTCG
AATGGGATCTAAGTTCGCGTTCTAGCGCATAACCGTTCTTATGGGATTTG
GATTAGCAGCTGACGCGGACGCCGACGGAAACTGTGGATGGATTTCAGAC
TCCAAGAAATGGGCTGTTTTGACAAAGGATTGCCCTTGAACGGGGTGAGG
AGCGAGAAACCTCTGCCTAAAACGGAGTTTTATCACCGCTTGCCTAGTTG
CTTGGCAACTCTTCGTCAATATAGCGCCTTTACGGGATTCTGAAGTTCGA
ATTCGGGATACTGAAGTTTCTCTTGGCGTATTGTATTAGTATGCTCTTCT
TTGCAAGCCATGGTCGAGTTCAAAAAGATACCCAAATTTTGCTGCTCGAA
TCCCAAAACTCCCTAGATCTTTTTCATTCCTTACAATATTTTTGTTAAAA
AGTCGGTCAACATTATATTGAATAATATTTGACTAGAGTGTTTTTGTATT
GAATGTATTTGACTAGTTAGCGACCGAACCCGTCACTTGTTTTGACTCAA
CTTACCAAAATTTCGTTTAATAGAGGTGTCTCCGCCAGTCAGAAATGATC
TGTAGCCGTCACAAAACAAGAAATACTGCGTTGTCTGGACCGAGAGTGTT
GAATTATCTGAAAAATAGCCTGCACCTCCTACCACTGCAGCGGAGACCAA
AAAGTACACATGCAGAAACTTAACACGCCTCTCCGCTACAATTCTCTATT
GGTTGCTTCACATTGATAGTTGCTGCTTACCTTAATCCTACATGGATTGA
CAATAGTGTGATGATTTTTTTGTGGAAAATGAACAACGAGAGGGTATTTG
AAGGACGAATAAATACATTACAGAAGACATGCCAATCAAGCTAATTAGTA
TGTGGGACTCGCATTAGAAAAACTTACTTTTAGCCGCTTCTCCCTCTAAC
TCGCGATCTTGTCCATTGGAGGGAAAAATGTGCCTCGATCCATGATTACA
TGCCAGGATTAATAATAAGTTTTCCAAAAAGAATTCCCCAACATGTTGGC
TTGCATTTTACAATCATTCGATAACGACCTTGGCCCCTAAAAGTAGACCG
ACAACAGTAAGTCCAGCTACACAGTCTTCTTTCCCTACCTACGTAATGGC
ATCAAATATCACTTTTCAACCATTGGTCTCTGGGCATTCATATCGTAGCA
CGTTTTTCAAATAGAGTTGGGCTAGCCTAAAAAACAATAAGTATGTATAT
CAAATCAATACACTTTCTGTGCTTGTACAGTGACAGTGAGAGCAGGTACG
CAAGCAATTCCAGATAGCCGTGAATCAGTCAATAAATGTGTGTGTCGGCA
GAAAGTTTGGCGCCAAACGTGATTAGGACCTGGCTTTGGCATCTTATTGG
TCAGATTGGTAGAAGTACTTAAAACATTGATTACATCTTAGTTGACACTA
TTTGAAGTCCTACAGGGTCTTAATAATTCGACATACATTTAGATCACTAA
AGGTGAAAATCCGCGTTGCTTTTGCCTCGTGATGGGATAAATTTACTGGT
TAGGTCAACCAAATTAGGTGCGTGCTTGCCTGTGCTGCTGGCGCCGAAGG
TAACTTTGGACATATTTCAAAGTATGGGGACTGGGCAACTAAGGAGAAAA
CTCCCTTTTTTCAACTCTTCCTTTTTTGCCTGTCTCTTCGTTCCCTGGCG
ACCTTTCGTCAAAATCGCCCCTTCCTGGAACCTCACAATCCGTCATAGAT
TGTTTTTATTTGCCAGATACCCCAAGTGAGACCAGCAGTGCCTTTTTGTG
CTCCTCGGAAGATTTACTTTACATGTACAGTATATTAAGGGTCTTAGGTT
AGCTCATACACCTTCAGACATTTTGAAGTAGTCCATGGTTGGCAAGGAAG
TTCTATATCAGGAGTCAGTGTCCCTGGAAATTGGCTGGCAGGGAGAAGCG
ACAACCGAGGCTGCTGATCTCAATGCAAAGACGGGCGTGCTTTGCCTGGT
ATTTGGTTGGCTGCTGCGGCGCGCCCGTGGAAGCGCCTGAAATTTGACGA
TCACAGGCGCACCGTTTTTGCATTTAAATCAGCAGCCGTGTTGTCGCTTC
TTTTTGCCAATTGGCTTGCTTTAGTTATATTACCTAAGTAATGTTTGGCC
TCAAAACCTTTCATAATTCAGCTGTCACTGGATTATAAAAATGCCCTTGG
AGCTTAGCAAAGAATCACAACCAAATCCCTTAACCAGCACATGACTAGGA
GTAATTGGGGTGCTTTTTACATAGGACAATGCCATCCAGCGTCTTCAGGA
GTAAGCAATGACTAAAATAAAAAGGCCGGACGAAACAGGTCAAAACCTCC
TACCAAGGTTACCTATGTGGCATTGGTTAACAGTGCAGGTCTCGTTGCAG
TTGGATAACCTGAACAATATAGACTTCAAAGTCAAAACACCTCAGTCGTA
ATCCGATTGTTCGGTGAAAAAATCAGCTCACTCTTTGCGACCGACAGACA
AAAATGCAAACTGAAAAACCTCTGCTGGAGTAAAGATATATACATACAGT
ATGATGTACAAACAACGGGCGAGCAGCGGCCTCTAACTTTGTTAATATTT
AATGAGCTCATCCGTTTGAGATCAAACATTTAAACTAATTAATTAACTCC
ATACATTGTTATTCTAACTCCTGTTGCCGATTGGCTCCTATAAGCCAAGA
TCTGACATGAACAAAAGTCATTTGTCATCTCACTTATCTGTAAGTCATTA
TGAAAATCTGCTCAATGTTGAATGCGTGATCCAACTCACTTGGGTCAATT
TCCACGCCAACCGCCAACACAACCGTCTCAAAGCCACTTTGCTAGGGATG
GTACGTGGCACCAAAAGACGTTAGATGGCACTTGAGGGTATATTAATACA
CCCTAATGGTACTTCATCCAACATCAAACTTATTTGGACTCTCTGTCAAG
CAATACATTCCTCCTAGGGAAAAATTACACATTCTCCCATTGGCTTACTC
TAGCTCTGAGCTTGGCAGGTCAAGAATGCGAACCCCCACAGAGCAGAGTT
CAGGTGAGCATCTCTTTACTGGAGAGCAGTACTAGGAATTATCGACCAGT
TCATTCGAGAACTTTTACATATCCTGGACTTATGAACCACCCCTTGGATT
TGAACAATGCAGAAGTCTCACATTCGGAATAAGTGCGCTTCTCTCGAGTG
CTTCGAGGCAATGTACGTACAGTAGTGTTGGATCCTCCCAGGAATGAAAT
ACTACAATAGTGTGGCTGGGCGTCAGCCACATTGAGGCTCACGTCGAGGT
GGAAGTTATTCGACAACACGCATATTCCGAGTGTCGACTGTTGTGATATC
ATTTATCAGGCCTCTCTTGTTTTTGTGAGTGGCATGACTAATCAGGAGAA
TTCAGTTGAAATCCATAATGTTTCTTTATCAACCATTCCATCGCCAACCC
AAGCGGCTCCGATTGGAATGAGATATCGTGACAAGAAAAATACCTCGCTA
ATGTTTTGTGTACTCAAACATCCAATTCGCCCGACCCTTCGATTACATCC
CGAAAAACACGAGACGTGACTAGATTATGGGCCAATATCTGGGGCTTTTC
GGACGTCTGAGCCCTCAGATCCATCACCTTTTGTCAGAGCGCCATCCATC
GAGATATTAGCAATCAAAGCTGAAGATTTGGCACAAATCTCCGGCCCCAA
TTTACATAGTAGGCCTCGAGCCGAGTGTATTTAGATCACAGGCTGATTTC
TCAGATTGATGAAACCACTTTTGCCCAATGGTTCTTTGAGTGTCTAGAGC
AGTATTGTTGGCGTTTTGTGTTCAGTTTTTCCGATATTGACCAACGGATG
TGTATGTGTAATCGATTTTTTTTTTTTCAGCGCCTTAAAAGAGTGGAGGC
AACATTTAGCCAACTACAGTAGTGTTAGGCATTGCCAGTAGTGCAATCAA
CATAACACTTGTATTATCAACATGACACTAGTATTATCAACATGACACTA
GTATTATCAACATAACACTAGTATTATCAACATAACACTAGTATTATCAA
CATAACACTAGTATTATCAACATAACACTAGTATTATCAACAAAACACTA
GTATTATCAACAAAACACTAGTATTATCAACATAACACTAGTATTATCAA
CATAACACTAGTATTATCAACAAAACACTTGTATTATCAACAAAACACTA
GTATTATCAACATAACACTAGTATTATCAACATAACACTAGTATTATCAA
CATAACACTAGGATTATCAACAAAACACTAGTACTATCAACATGACACTA
GTATTATCAACATGACACTAGTATTATCAACATAACACTAGTATTATCAA
CATAACACTAGTATTATCAACATAACACTAGTATTATCAACAAAACACTA
GTATTATCAACAAAACATTAGTATTATCAACAAAACACTAGTATTATCAA
CATAACACTAGTATTATCAACATTTCCAGTAATGTTAGGACATTTTTTTA
AATAATCTATGGAACACGTAACGGCAAGAAATGATGCAAGATCATTACAA
TACAGGAAACCTAAACTATATCAAAAACAAAATATACAAAATACAAAAAC
AGATAAAAACTAACCTCCCAACTAAACTAACTTGATTGGGAAGTATTTCG
TATATTGTGTCAATAATGAATTCTATTATGTTTTACGACTTTAGTGCCTA
AACAATTTCAATATTGTCTGTCATTTGTAGGTGCTGCTTCTTTTTTTCCT
CATTTTACTTTTGTCGTTTCTGTGTTATTAATGTGTTACTATTTTACCAT
CAAACTCCAGATGTCATTCTCCAGGGGCTAAAGTGAAAATGAGCCATATT
TTTTTTTGGTTCCAGACCGGTTGGTCGAAGAATATTACTACTACAGTACT
ACCTTTAAAAAAGCCAAAAATATATATACTGTTATACAAAACGGAGACTT
TGAGGTAGCCATTAGAATATTATGATACAGTATCATTGCTGTTTGCCCCT
CAACCCTCTAGTCCCGTGTAGCCAACTTCCATAGTCAATTTGAGTTTTTG
AGCTCGAACGAGGACATAAAAAACAAAAAAAACCAAATAACGAAACAAAT
GTCGTTTTTTATGCCAAATGTGTTCACGAATCAACGCACATGTTAGAAAT
ATTCACAAACGGCAACGTGTTAAGCAATTGAAAATTTTATGTTTCCCACT
CCAGCCAACAAAGTCTTTTGGGTCACACACGTACAGACTTGATATTTGTA
ACAATCTTCTTTTTTTCCGACCAACCATCATCGTAATGTGAAGTAATAAC
TTGCGTGATGCACCCAGGCCCGAGTTGCCATTTTAAGTATGTTTCAAAGC
AGTAAAACATCACAGCTGACACGCCTGGCCCCAACTCCTAACGTTATTAT
GGAGGCCAATTCACCACTTCCTTCAGCGTCTCAAGCTCTCTAGTCGCCAT
TGA
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Synonyms
The feature 'hypothetical protein HELRODRAFT_127838 partial' has the following synonyms
Synonym
Tk09553
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