hypothetical protein L798_09549 partial, maker-scaffold203_size261420-snap-gene-1.22 (gene) Tigriopus kingsejongensis

Overview


Name	hypothetical protein L798_09549 partial
Unique Name	maker-scaffold203_size261420-snap-gene-1.22
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000006053 (supercontig:LSalAtl2s:LSalAtl2s327:471330:485507:1 gene:EMLSAG00000006053 transcript:EMLSAT00000006053 description:"maker-LSalAtl2s327-snap-gene-4.46")

HSP 1 Score: 164.081 bits (414), Expect = 8.447e-50
Identity = 79/120 (65.83%), Postives = 92/120 (76.67%), Query Frame = 0

Query:  224 VVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHGLELIFPVTSNHF-EKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGGG 342
            ++DFP  GPTI+S R+QYQVGETAHLTC A +SSPPT LAWYINGEPA+E Y R+ P R+G   L L FP+T +HF  + K  V+LKCLASIS  YWKS EI LLQEKPK ASVM +G G
Sbjct:    2 LIDFPREGPTIESPRKQYQVGETAHLTCTAHQSSPPTSLAWYINGEPASEVYLRRFPTREGKQILGLSFPITGSHFVSQKKNKVSLKCLASISKLYWKSAEITLLQEKPKLASVMGSGEG 121

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000012575 (supercontig:LSalAtl2s:LSalAtl2s936:18916:102947:1 gene:EMLSAG00000012575 transcript:EMLSAT00000012575 description:"maker-LSalAtl2s936-snap-gene-0.2")

HSP 1 Score: 132.88 bits (333), Expect = 7.064e-38
Identity = 60/74 (81.08%), Postives = 65/74 (87.84%), Query Frame = 0

Query:    7 RIYFVLAALLQVIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPV 80
            R Y +LA L Q I SLSNLSVRIPE +QKG+TADLTCSYNLGGD LYSVKWYKGRHEFFRYMPHE PA+KIFP+
Sbjct:    8 RAYLILAMLFQGIYSLSNLSVRIPEHIQKGQTADLTCSYNLGGDTLYSVKWYKGRHEFFRYMPHEYPAVKIFPM 81

HSP 2 Score: 88.5817 bits (218), Expect = 1.840e-21
Identity = 39/52 (75.00%), Postives = 47/52 (90.38%), Query Frame = 0

Query:  175 PCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVTVTPSYFALMQYANMTVVD 226
            P + + P TASDQTRVVIEDV+ +F+GTYLCEVTVTPSY+ALMQ+ANMTV+D
Sbjct:   74 PAVKIFPMTASDQTRVVIEDVQINFSGTYLCEVTVTPSYYALMQFANMTVID 125

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000008718 (supercontig:LSalAtl2s:LSalAtl2s53:973559:992430:-1 gene:EMLSAG00000008718 transcript:EMLSAT00000008718 description:"augustus_masked-LSalAtl2s53-processed-gene-10.2")

HSP 1 Score: 108.997 bits (271), Expect = 2.472e-27
Identity = 58/164 (35.37%), Postives = 91/164 (55.49%), Query Frame = 0

Query:  166 DLPVSGKFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEV-TVTPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDE 323
            ++PV+    P + V  T+ SD+ R+ + ++    TG Y CEV T  P++  +  Y +M VV  P +GP I   + +Y+ G+  ++ C ++KS P   L W INGEPAN++     P+ +  HGL      L F V  +HF      + LKC A+I++ YWKS+E
Sbjct:   60 NVPVTTYARPGVKV-DTSRSDEFRITLRNLNLKSTGRYRCEVSTEAPTFATVSSYGDMIVVVIPSNGPKIHGGKVRYRPGDAVNVNCTSRKSKPAANLDWSINGEPANDSMLVHYPIHNTSHGLHTSTLGLSFKVLRDHFHNGD--MKLKCTATIASIYWKSNE 220

HSP 2 Score: 56.6102 bits (135), Expect = 2.945e-9
Identity = 26/65 (40.00%), Postives = 38/65 (58.46%), Query Frame = 0

Query:   26 SVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS 90
            +V +P +   G+ A L C Y+L G  LYSVKWYK   E FRY+P     +  +   G+K+++S S
Sbjct:   14 NVGVPSYAINGKDATLVCDYDLEGQALYSVKWYKNGLEIFRYLPSNNVPVTTYARPGVKVDTSRS 78

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000002653 (supercontig:LSalAtl2s:LSalAtl2s153:1109508:1222125:-1 gene:EMLSAG00000002653 transcript:EMLSAT00000002653 description:"maker-LSalAtl2s153-augustus-gene-11.4")

HSP 1 Score: 102.834 bits (255), Expect = 7.422e-25
Identity = 58/183 (31.69%), Postives = 91/183 (49.73%), Query Frame = 0

Query:  163 LVPDLPVSGKFSPCLG--VRPTTASDQTRVVIEDVKTSFTGTYLCEVTVTPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHG-----LELIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVME 338
             VP      K  P LG  V    ++ +T + +  V    +G Y CEV    ++  L+Q   M V+D PD  P I   + +Y++G+T   TC + +S PP  L W+INGEPA   Y R+  +R  Y G     L + F V   H      ++ LKC +++ + YW+S E+++ +  P   S+ E
Sbjct:   75 FVPSENPKKKTFPLLGFNVSEEKSTGET-LFLHSVNFENSGAYSCEVIADITFHTLIQTKEMLVIDLPDERPRITGVKDKYRIGDTITATCTSWQSHPPANLTWFINGEPARGGYLRRYDLRKEYDGTYTTVLGMHFEVLRQHMRNR--VLKLKCTSTLLSVYWQSSEVEIKENAPHIGSIKE 254

HSP 2 Score: 75.485 bits (184), Expect = 1.907e-15
Identity = 33/84 (39.29%), Postives = 49/84 (58.33%), Query Frame = 0

Query:   11 VLAALLQVI----DSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS 90
            +L   L +I    + L NL V IPE  Q+G      C+Y+L  D+LY++KWY+G +E FR++P E P  K FP+ G  ++   S
Sbjct:   15 ILLTFLAIIRVPANGLYNLRVNIPEIAQRGRDVIFNCTYSLEADKLYAIKWYRGNYEIFRFVPSENPKKKTFPLLGFNVSEEKS 98

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000010864 (supercontig:LSalAtl2s:LSalAtl2s722:19599:190212:-1 gene:EMLSAG00000010864 transcript:EMLSAT00000010864 description:"maker-LSalAtl2s722-snap-gene-1.8")

HSP 1 Score: 100.908 bits (250), Expect = 1.192e-24
Identity = 59/171 (34.50%), Postives = 87/171 (50.88%), Query Frame = 0

Query:  160 FVALVP-DLPVSGKFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVT-VTPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDE 323
            F   +P D+P    F+          S +T V++ +V  + TG + CEV+   PS+    Q A + V+D PD GP I     +Y +G+   + C + +S P  +L WYINGE A+ A+T    +    +GLE     L F V   HF K    + LKC A+I+  YWKS+E
Sbjct:   71 FYRFIPTDIPSRSIFNGDGIHVDQQESTETSVLLRNVDLNTTGKFRCEVSGEAPSFQTAYQDAILAVIDLPDDGPIITGGFPRYHIGDRVEVNCTSYRSKPAAKLKWYINGEQADPAFTHHFKLIKDKNGLETSVLGLRFKVREKHFHKGD--LKLKCTATIATIYWKSNE 239

HSP 2 Score: 68.5514 bits (166), Expect = 2.524e-13
Identity = 29/79 (36.71%), Postives = 48/79 (60.76%), Query Frame = 0

Query:   12 LAALLQVIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS 90
            L    +++ S+    V IP    +G+ A L C+Y+L GD+LYS+KWY+   EF+R++P +IP+  IF   G+ ++   S
Sbjct:   19 LLLFSEIVSSIKLHDVTIPPHAIRGQNARLKCNYDLQGDKLYSIKWYRNGKEFYRFIPTDIPSRSIFNGDGIHVDQQES 97

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000008399 (supercontig:LSalAtl2s:LSalAtl2s513:217857:265280:-1 gene:EMLSAG00000008399 transcript:EMLSAT00000008399 description:"maker-LSalAtl2s513-augustus-gene-4.4")

HSP 1 Score: 70.8626 bits (172), Expect = 1.719e-14
Identity = 34/89 (38.20%), Postives = 54/89 (60.67%), Query Frame = 0

Query:  240 QYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDE 323
            +Y++G+  +++C ++ S P  QLAWYINGE A++ Y    P  + ++ L      L+F V   HF+ +   + LKC A+IS  YWKS+E
Sbjct:  104 RYRIGDWVNVSCTSRNSLPAAQLAWYINGEKADKQYLTSYPEEEHHNSLRSSKLGLMFKVHQKHFKHND--LKLKCTATISTVYWKSNE 190

HSP 2 Score: 56.225 bits (134), Expect = 1.855e-9
Identity = 26/63 (41.27%), Postives = 39/63 (61.90%), Query Frame = 0

Query:   29 IPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIF-PVKGMKINSSPS 90
            IP    +G+   L C+Y+L  D LYSVKWY    EF+RY+P + P + IF  + G++++ S S
Sbjct:   21 IPPHALRGQQTRLRCNYDLENDNLYSVKWYFNDQEFYRYIPSDSPKVTIFHHLPGIRVDRSLS 83

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000004575 (supercontig:LSalAtl2s:LSalAtl2s238:750476:753435:-1 gene:EMLSAG00000004575 transcript:EMLSAT00000004575 description:"snap-LSalAtl2s238-processed-gene-7.41")

HSP 1 Score: 67.0106 bits (162), Expect = 4.702e-14
Identity = 25/66 (37.88%), Postives = 45/66 (68.18%), Query Frame = 0

Query:   21 SLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKIN 86
            +L+   +R+P     G+ A L C +++ GD LYSVKWYK   EF+R++P++ P +++FP  G++++
Sbjct:   36 TLNLAEIRVPAHRVVGDNARLVCKFDMQGDTLYSVKWYKDDLEFYRFVPNDRPMLQVFPQNGIQVD 101

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000000263 (supercontig:LSalAtl2s:LSalAtl2s103:645619:649421:1 gene:EMLSAG00000000263 transcript:EMLSAT00000000263 description:"maker-LSalAtl2s103-snap-gene-6.7")

HSP 1 Score: 71.2478 bits (173), Expect = 6.305e-14
Identity = 54/219 (24.66%), Postives = 91/219 (41.55%), Query Frame = 0

Query:  157 RPTFVALVPDLPVSGKFSPCLGVRPTTASDQ--------TRVVIEDVKTSFTGTYLCEVTVTPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPA---NEAYTRQLPVRDGYHGLELIFPVTSN--HFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGGGPENALAKSSASAAASSNGME 362
            R  F+ +VPD     K  P  G+     S            + + DV    TG Y CE +   S+   +    +TV+  P   P +   +  YQVGE  ++TC  + + P   + W+ING       + Y+       G      +  +     HF   +  +T KC+ASI   +W+S +I + +E PK ASV+         + +   S   S++ ++
Sbjct:   52 RHEFLQIVPDKTPPVKTFPRKGINIKDVSLDGNGKHIVGVNITLSDVNLFTTGLYGCEASADSSFHTQLVRKYLTVLVQPADRPEVIGFKNTYQVGEKLNMTCSLKNTFPSANITWFINGNRGLGFIKFYSTSTAQNSGLITSTSVLSLHLQPMHFPNGR--LTGKCVASILTMHWQSLDIDIKEEHPKAASVLSGDDDENKGVVEEDESGKISNSTIK 268

HSP 2 Score: 67.3958 bits (163), Expect = 1.149e-12
Identity = 44/128 (34.38%), Postives = 69/128 (53.91%), Query Frame = 0

Query:   21 SLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPSLNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRP 148
            SL +L + +P   + GET  + C+Y+L G+ LY+VK YKGRHEF + +P + P +K FP KG+ I    SL+  + +H++     L+   L T+ L+  +     SF   +       TV  +P  RP
Sbjct:   12 SLRDLILSLPPAARLGETVLINCNYHLQGEELYTVKLYKGRHEFLQIVPDKTPPVKTFPRKGINI-KDVSLDG-NGKHIVGVNITLSDVNLFTTGLYGCEASADSSFH--TQLVRKYLTVLVQPADRP 135

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000008055 (supercontig:LSalAtl2s:LSalAtl2s479:248417:252564:-1 gene:EMLSAG00000008055 transcript:EMLSAT00000008055 description:"maker-LSalAtl2s479-snap-gene-2.34")

HSP 1 Score: 68.5514 bits (166), Expect = 1.267e-13
Identity = 29/69 (42.03%), Postives = 44/69 (63.77%), Query Frame = 0

Query:   18 VIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKIN 86
            VI S+    + +P+  + G    LTC Y+L G RLY VKWYKG HEF+RY P++   +K+F V+ + ++
Sbjct:   14 VISSVRIRVLDVPQAAKAGLDVKLTCDYDLQGQRLYQVKWYKGSHEFYRYSPNDENKIKLFLVENLDVD 82

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BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Match: EMLSAG00000007638 (supercontig:LSalAtl2s:LSalAtl2s442:555696:556660:-1 gene:EMLSAG00000007638 transcript:EMLSAT00000007638 description:"snap_masked-LSalAtl2s442-processed-gene-5.4")

HSP 1 Score: 68.5514 bits (166), Expect = 1.740e-13
Identity = 46/147 (31.29%), Postives = 70/147 (47.62%), Query Frame = 0

Query:  185 SDQTRVVIEDVKTSFTGTYLCEVTVT-PSYFALMQYANMTVVDFPDSGPTIKS-ERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQL-PVRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDE 323
            S+   V ++D++ S +GTY CE +   P +  +     M ++D PDS P I       Y+VG   ++ C +  S P  +L WYIN E  N  Y     P  + + GL      L F +   HF     +VTLKC + +   Y++S E
Sbjct:   67 SNSLVVTLKDLQLSCSGTYTCEASSEGPRFKTISGQGEMEILDLPDSEPIISGINASGYKVGSWLNVNCTSPNSKPAAKLNWYINNEQVNSLYLADYSPSMNEHTGLYTSFIGLSFKLKRQHFIHG--VVTLKCTSKLFQHYFESSE 211

HSP 2 Score: 58.151 bits (139), Expect = 5.697e-10
Identity = 26/64 (40.62%), Postives = 39/64 (60.94%), Query Frame = 0

Query:   27 VRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS 90
            V +P++        L C ++LG DRLYSVKWYK   EF+RY+P + P + +F V G+ ++   S
Sbjct:    4 VIVPKYETIHNQVQLYCQFSLGPDRLYSVKWYKDGSEFYRYVPKDNPPVLVFGVSGIIVDVKRS 67

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BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1325253726|ref|XP_023323490.1| (uncharacterized protein LOC111697621 [Eurytemora affinis])

HSP 1 Score: 155.221 bits (391), Expect = 1.930e-40
Identity = 87/199 (43.72%), Postives = 115/199 (57.79%), Query Frame = 0

Query:  183 TASDQTRVVIEDVKTSFTGTYLCEVTVTPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPV----RDGYHGLELIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGGGPENALAKSSASAAASSNGMEGTVHCQLSGSGCFTP 377
            TASD  RVV+EDV +S +G YLCEVTVTP+YFA+ + ANMTV+DFP  GP I   R +YQ GE    +C    S+P + LAWYIN EPA++ Y  +L       +    L+L FPV  +HF+  +  V LKCLA+I+  YWK+ EI L QE PK   + E  G   +A   S  +   +  G E ++    S    F P
Sbjct:   91 TASDHVRVVLEDVVSSLSGEYLCEVTVTPTYFAMAETANMTVIDFPSRGPEIVVGRPEYQAGEQVGASCTVPASNPFSTLAWYINDEPASDLYVSRLTDYGINSENRQRLDLKFPVLQSHFKNGR--VKLKCLATIAGLYWKTAEINLTQEHPKVFPIFE--GADPSASRSSPGTVPYAEMGFEFSLIFWYSFQQYFRP 285

HSP 2 Score: 101.679 bits (252), Expect = 1.225e-20
Identity = 43/67 (64.18%), Postives = 54/67 (80.60%), Query Frame = 0

Query:   24 NLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS 90
             +++RIP F+Q GE+ADLTCSY L  + LYS+KWYKGRHEF+RYMP E P  ++FPVKGMKIN + S
Sbjct:   27 KIAMRIPTFVQSGESADLTCSYYLDSNSLYSIKWYKGRHEFYRYMPGEDPPTRVFPVKGMKINMTAS 93

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1233202692|ref|XP_022200372.1| (uncharacterized protein LOC111057247 [Nilaparvata lugens])

HSP 1 Score: 157.147 bits (396), Expect = 5.448e-40
Identity = 119/370 (32.16%), Postives = 175/370 (47.30%), Query Frame = 0

Query:   11 VLAALLQVIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKIN-SSPSLNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRPTPRTSAPLRPTFVALVPDLPVSGKFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVTV-TPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVR-DGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVME--NGGGPENALAKSSASAAASSNGMEGTVHCQLS 370
            V AA++     L    VR+     +G ++ L C ++L G+ LYSVKWYK  +EF+RY+P + P  ++FP+ G+ +N S   L     R  +AP      S    S L C    DL      S         + R +PR TP       P  V  +P + V+              S+ T+V +E +  + +G Y CEV+   PS+  +  + +M  V  PD GP I   R +YQVGET  L C + +S P  QL W+INGE AN  Y R       G  GLE     L F V + HF +    + LKCLA+I+  YW S+E  +  ++P+   V+E       ++   +  A+  AS++G   T H   S
Sbjct:   25 VSAAMIAGCRCLRLTEVRVAPHTVRGHSSTLECEFDLQGETLYSVKWYKDGNEFYRYVPRDTPPAQVFPLPGVHVNVSCRCLRLTEVR--VAPHTVRGHS----STLECEF--DLQGETLYSVKWYKDGNEFYRYVPRDTP-------PAQVFPLPGVHVN-----------VIESNDTQVNLERLSLASSGRYRCEVSAEAPSFQTVSDHGDMITVALPDEGPRISGGRPRYQVGETVKLNCTSGRSKPAAQLMWFINGEQANTTYLRGPKTSYSGREGLETTTLGLEFRVEARHFRRGD--MKLKCLATIATVYWNSNEESVEGDRPQRPPVLEVKETHQDKSRADRVQAATTASASGENRTDHINYS 366

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|924554804|gb|ALC40079.1| (beat-IIIc, partial [Drosophila busckii])

HSP 1 Score: 141.739 bits (356), Expect = 6.878e-35
Identity = 107/340 (31.47%), Postives = 162/340 (47.65%), Query Frame = 0

Query:   22 LSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPSLNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRPTPRTSAPLRPTFVALVPDLPVSGKFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVT-VTPSYFALMQYANMTVVDFPDSGP-TIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLP-VRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGGGPENALAKSSAS 353
            L  + VRIP ++ KG +  L C Y+L G+ LYSVKWYK  +EF+RY+P + P  + F + G+ ++    +N      L+    P       + +L C    DL   A  S         + R +PR  P                 P      P + V    +SD   V + ++    TG + CEV+   PS+  + Q+ +M VV  PD GP  I   R +YQ+G+   + C A +S P   L+WYINGE A+    R+   +  G   LE     L F V   HF      + LKC+AS+S FYW+S+E  +  ++P+ A V+E+    E+A A +S +
Sbjct:   13 LRLVEVRIPPYVVKGGSVQLECLYDLDGEALYSVKWYKDGNEFYRYVPRDNPPAQTFRLPGVAVD----VNFTCGLRLVEVRIPPYVVKGGSVQLEC--LYDLDGEALYSVKWYKDGNEFYRYVPRDNP-----------------PAQTFRLPGVAVDLHNSSDAL-VSLLNLNLQSTGRFRCEVSGEAPSFQTVTQHGDMNVVSLPDQGPPKISGGRPRYQIGDWVRVNCTAGRSKPAVNLSWYINGELADSQVLRKYDTIVSGRESLETTVLGLKFRVEQQHFRNGD--MKLKCVASLSTFYWRSNEESVEGDRPQKAPVLESRES-ESAFASNSRA 325

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1012980358|gb|KYQ54281.1| (hypothetical protein ALC60_06825 [Trachymyrmex zeteki])

HSP 1 Score: 142.895 bits (359), Expect = 2.010e-34
Identity = 99/335 (29.55%), Postives = 157/335 (46.87%), Query Frame = 0

Query:    5 HHRIYFVLAALLQVIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPSLNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRPTPRTSAPLRPTFVALVPDLPVSGKFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVTV-TPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHG------LELIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPK 332
             H    +L  L  +   L  + ++IP  ++KG++A L C Y+  GD LY+VKWYKG  EF+RY P+E P +K FP+  + +     ++     HL A        FL +     P C   L +  C A G              + R S  L    + L   +   G     + V+  T S+ T+VV+  ++    G Y CEV+   PS+   + YA M VV+ P   P+I+  +++Y+V +   L C + +S P   L WYIN     +AY R     D          + L F V+ +HF   K  + ++C ASI + YW+S E+   +++P+
Sbjct:   56 QHSADMLLRYLEGICSGLRGVRIQIPTAVKKGDSATLKCWYDTEGDPLYAVKWYKGGREFYRYAPNESPPVKTFPIGNLTVKE---IDHSALLHLHA-------RFLTSDRSNAP-CVAFLRYE-CQAAGA---------FHCNSKRNSDTLLRYSLLLTSPITTLGN-RQSMYVQKKTESNATQVVLTKLELEAAGVYSCEVSADAPSFHTAIVYAAMNVVELPCEMPSIQGLKRKYRVDDPLRLNCTSDRSKPAANLTWYINDRQPLKAYVRTYSPLDTNESEWQISQIGLQFLVSHDHFVSGK--LKIRCSASIYDIYWQSTEVSAEEDRPR 366

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1009400076|gb|KYN20144.1| (hypothetical protein ALC57_07434 [Trachymyrmex cornetzi])

HSP 1 Score: 135.576 bits (340), Expect = 5.402e-32
Identity = 95/329 (28.88%), Postives = 155/329 (47.11%), Query Frame = 0

Query:   18 VIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPSLNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRPTPRTSAPLRPTFVALVPDLPVSGKFSPCLGVRP-------TTASDQTRVVIEDVKTSFTGTYLCEVTV-TPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHG------LELIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPK 332
            +   L  + ++IP  ++KG++A L C Y+  GD LY+VKWYKG  EF+RY P+E P +K FP+  + +     ++     HL A        FL +     P C    +F   S       T+    L   +P T+   R +            +    LG++P        T S+ T+VV+  ++    G Y CEV+   PS+   + YA M VV+ P   P+I+  +++Y+V +   L C + +S P   L WYIN     +A+ R     D          + L F V+ +HF   K  + ++C ASI + YW+S E+   +++P+
Sbjct:   32 ICSGLRGVHIQIPTAVKKGDSATLKCWYDTEGDPLYAVKWYKGGREFYRYAPNESPPVKTFPIGNLTVKG---IDHSALLHLHA-------RFLTSDHSNAP-CVAAGAFHCNSKRNSD--TLLRYSLLLTSPITTLGNRQSMYV---------RRGSRLGIKPGLIPNNQKTESNATQVVLTKLELEAAGAYSCEVSADAPSFHTAIVYAAMNVVELPSEMPSIQGLKRKYRVDDPLRLNCTSGRSKPAANLTWYINDRQPLKAHVRTYSPLDTNESEWQISQIGLQFLVSHDHFVSGK--LKIRCSASIYDIYWQSTEVSAEEDRPR 336

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1060143947|ref|XP_017836045.1| (PREDICTED: uncharacterized protein LOC108595333 [Drosophila busckii])

HSP 1 Score: 133.65 bits (335), Expect = 5.513e-31
Identity = 109/359 (30.36%), Postives = 164/359 (45.68%), Query Frame = 0

Query:   22 LSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPSLNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRPTPRTSAPLRPTFVALVPDLPVSGKFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVT-VTPSYFALMQYANMTVVDFPDSGP-TIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLP-VRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGGGPENALAKSSASAAAS---SNGMEGTVHCQL 369
            L  + VRIP ++ KG +  L C Y+L G+ LYSVKWYK  +EF+RY+P + P  + F +                  L+    P       + +L C    DL   A  S         + R +PR  P                 P      P + V    +SD   V + ++    TG + CEV+   PS+  + Q+ +M VV  PD GP  I   R +YQ+G+   + C A +S P   L+WYINGE A+    R+   +  G   LE     L F V   HF      + LKC+AS+S FYW+S+E  +  ++P+ A V+E         ++ S SA AS   ++ ++GT + +L
Sbjct:   24 LRLVEVRIPPYVVKGGSVQLECLYDLDGEALYSVKWYKDGNEFYRYVPRDNPPAQTFRLPDFTCGL----------RLVEVRIPPYVVKGGSVQLEC--LYDLDGEALYSVKWYKDGNEFYRYVPRDNP-----------------PAQTFRLPGVAVDLHNSSDAL-VSLLNLNLQSTGRFRCEVSGEAPSFQTVTQHGDMNVVSLPDQGPPKISGGRPRYQIGDWVRVNCTAGRSKPAVNLSWYINGELADSQVLRKYDTIVSGRESLETTVLGLKFRVEQQHFRNGD--MKLKCVASLSTFYWRSNEESVEGDRPQKAPVLE---------SRESESAFASNSRADPVQGTSYREL 341

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|915669452|gb|KOC70970.1| (hypothetical protein WH47_04956, partial [Habropoda laboriosa])

HSP 1 Score: 128.257 bits (321), Expect = 9.962e-30
Identity = 98/351 (27.92%), Postives = 159/351 (45.30%), Query Frame = 0

Query:   22 LSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS-------------LNAPHHRHLMAPAAPLAWSFLPTSELWCPQCRDL------LSFAACSAFGGPPRTVWPRPLPRPTPRTSAPLRPTFVALVPDLPVSG-KFSPCL-------GVRPTTASDQTRVVIEDVKTSFTGTYLCEVTV-TPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEP-ANEAY---TRQL--PVRDGYHGLE--LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASV 336
            L +L++ +P  ++ G+T  L+C Y+L G  LY+++W+    EF+RY+P   P    F V G+ +N+  +                P +RH +  +  +  S     +L   +  D       ++ A  +A          RP   P  R         V    DL V   K  P L        V   + S+   V + DV    TG Y CEV+  +PSY  L++ A M VVD P + P I  E+++  VGE     C    S P + + W +NG+  AN++    TR L  P  DG    +  + F VT++ F+  +  + L+C  SI++ Y KS +I + ++ P+ AS+
Sbjct:    2 LKDLTINVPAVVRSGDTVTLSCHYDLEGLPLYTIQWFLEDTEFYRYLPERDPPYSTFNVDGIHVNAEVAAAMHINDCYDERPTELPENRHRLRESEEIVQS---DRDLDVKRRFDYFEEFLRVTLAEVAAAMHINDCYDERPTELPENRHRLRESEEIVQSDRDLDVKRRKLKPPLTIIDYSRAVSQVSKSNTHDVTLVDVSRKLTGKYKCEVSAGSPSYHTLIKRAKMEVVDAPKTDPMIGIEKERIAVGELFRANCTTGNSRPASAITWRLNGDVIANDSMVYRTRHLAIPQDDGSQVSKSTIDFKVTNDMFQSGR--LHLRCTVSIADVYRKSADIDITEDAPRIASI 347

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1316173442|ref|XP_023232191.1| (Down syndrome cell adhesion molecule-like protein 1 homolog [Centruroides sculpturatus])

HSP 1 Score: 124.79 bits (312), Expect = 4.974e-28
Identity = 107/364 (29.40%), Postives = 155/364 (42.58%), Query Frame = 0

Query:    1 MGSIHHRIYFVLAALLQVIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKINSSPS-----------LN-APHHRHLMAPAAPLAWSFLPTSELWCPQCRDLLSFAACSAFGGPPRTVWPRPLPRPTPRT---SAPLRPT-------------------FVALVPDLPVSGKFSPCLGVR-PTTASDQTRVVIEDVKTSFTGTYLCEVTV-TPSYFALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLPVRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDE 323
            M +I   +       L V  +L  + + IP     GE+ +LTCSY L GDRLYSVKWYK   EF+RY+P++ P  +  P+ G+K++ S S           LN A  ++  ++  AP   +     E+       +  F          R V    L  P+P T   S  L  +                   F   VP+    G+F P  G++   + S +  V + +V  +  G Y CE++   PS+  +     M V   P  GP I     +Y +G+T  + C + KS PP  L W+IN E A   Y  +        GLE     L F VT  HF      + LKC A+IS  Y  S+E
Sbjct:   14 MMTIWETLTIAAVQALTVATALRLVMLDIPSPTTLGESVELTCSYELEGDRLYSVKWYKNAVEFYRYVPNDWPPGQFLPLPGIKVDLSKSGKQSVYLRNVDLNSAGVYKCEISAEAPSFQTVEAEKEM------KVFDFDIALTVATALRLVM---LDIPSPTTLGESVELTCSYELEGDRLYSVKWYKNAVEFYRYVPNDWPPGQFLPLPGIKVDLSKSGKQSVYLRNVDLNSAGVYKCEISAEAPSFQTVEAEKEMKVFVLPSEGPKITGGLAEYHIGDTVSVNCTSAKSKPPATLRWFINDELAGPEYETEYSTTLHADGLETSSLGLRFVVTEKHFRHGN--MKLKCTATISRVYTMSNE 366

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1279709045|ref|XP_022920588.1| (cell adhesion molecule 3-like [Onthophagus taurus])

HSP 1 Score: 119.013 bits (297), Expect = 1.240e-27
Identity = 73/192 (38.02%), Postives = 106/192 (55.21%), Query Frame = 0

Query:  172 KFSPCLGVRPTTASDQTRVVIEDVKTSFTGTYLCEVTVTPSYF-ALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQLP-VRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGGGPENALAKSSASAAA 356
            +FSP   +     S +++VV+  V+ S TG Y CEV+    YF  + ++  M VV  PD+GP I   R +YQVG+T  + C + +S P  QLAW+INGEPA+  + R    V  G  GLE     L F V  +HF +    + LKCLA+I+  Y +S+E  +  EK   ASV+E+ G    A +++    AA
Sbjct:    9 QFSPHSKLSCLHNSSESQVVLSSVQLSTTGLYRCEVSGEAPYFQTVTEHGQMMVVALPDTGPKISGGRPRYQVGDTVRVNCTSGRSKPAAQLAWFINGEPADSDFLRGPDIVVTGREGLETSVLGLEFTVKQHHFNRGD--MKLKCLATIARVYLRSNEESVEGEKQPRASVLESRGTVAPAGSRADRVQAA 198

[Close]

BLAST of hypothetical protein L798_09549 partial vs. nr
Match: gi|1059400058|ref|XP_017772957.1| (PREDICTED: cell adhesion molecule 2-like [Nicrophorus vespilloides])

HSP 1 Score: 120.553 bits (301), Expect = 2.154e-27
Identity = 70/196 (35.71%), Postives = 110/196 (56.12%), Query Frame = 0

Query:  185 SDQTRVVIEDVKTSFTGTYLCEVTVTPSYF-ALMQYANMTVVDFPDSGPTIKSERQQYQVGETAHLTCMAQKSSPPTQLAWYINGEPANEAYTRQ-LPVRDGYHGLE-----LIFPVTSNHFEKSKTLVTLKCLASISNFYWKSDEIQLLQEKPKYASVMENGG--GPENALAKSSASAAASSNGMEGTVHCQLSG 371
            S +++VV+  V+ S +GTY CEV+    +F  + ++ +M VV  P+  P I   R +YQVG+T  + C + +S P  QL W+INGE A++++ +       G  GLE     L F V   HF++    + LKCLA+I+  YW+S+E  +  E+P+ ASV+E+ G   P  + A    +A +SS   +G   C  SG
Sbjct:   95 STESQVVLSSVQLSTSGTYRCEVSGEAPFFQTVTEHGHMIVVALPEEEPRIAGGRNRYQVGDTVRVNCTSGRSKPAAQLNWFINGENADQSFLKGPETFVTGREGLETSVLGLEFVVKPKHFKQGD--MKLKCLATIATVYWRSNEESVEGERPQRASVLESRGTVAPSGSRADRVQAAGSSSIFAQGITACVFSG 288

HSP 2 Score: 69.707 bits (169), Expect = 1.469e-9
Identity = 30/76 (39.47%), Postives = 50/76 (65.79%), Query Frame = 0

Query:   11 VLAALLQVIDSLSNLSVRIPEFLQKGETADLTCSYNLGGDRLYSVKWYKGRHEFFRYMPHEIPAMKIFPVKGMKIN 86
            +L  LLQ   SL  + +RIP    + ++A L C ++L G+ LYSVKWYK  +EF+R++P  +P  ++FP+ G+ ++
Sbjct:   16 ILNVLLQGGMSLHLVELRIPSHAVRNQSARLECHFDLDGETLYSVKWYKDGNEFYRFVPRNMPPAQVFPLPGVTVD 91

The following BLAST results are available for this feature:

BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
BLAST of hypothetical protein L798_09549 partial vs. SwissProt
BLAST of hypothetical protein L798_09549 partial vs. nr

BLAST of hypothetical protein L798_09549 partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 16


Match Name	E-value	Identity	Description
EMLSAG00000006053	8.447e-50	65.83	supercontig:LSalAtl2s:LSalAtl2s327:471330:485507:1...	[more]
EMLSAG00000012575	7.064e-38	81.08	supercontig:LSalAtl2s:LSalAtl2s936:18916:102947:1 ...	[more]
EMLSAG00000008718	2.472e-27	35.37	supercontig:LSalAtl2s:LSalAtl2s53:973559:992430:-1...	[more]
EMLSAG00000002653	7.422e-25	31.69	supercontig:LSalAtl2s:LSalAtl2s153:1109508:1222125...	[more]
EMLSAG00000010864	1.192e-24	34.50	supercontig:LSalAtl2s:LSalAtl2s722:19599:190212:-1...	[more]
EMLSAG00000008399	1.719e-14	38.20	supercontig:LSalAtl2s:LSalAtl2s513:217857:265280:-...	[more]
EMLSAG00000004575	4.702e-14	37.88	supercontig:LSalAtl2s:LSalAtl2s238:750476:753435:-...	[more]
EMLSAG00000000263	6.305e-14	24.66	supercontig:LSalAtl2s:LSalAtl2s103:645619:649421:1...	[more]
EMLSAG00000008055	1.267e-13	42.03	supercontig:LSalAtl2s:LSalAtl2s479:248417:252564:-...	[more]
EMLSAG00000007638	1.740e-13	31.29	supercontig:LSalAtl2s:LSalAtl2s442:555696:556660:-...	[more]

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BLAST of hypothetical protein L798_09549 partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of hypothetical protein L798_09549 partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1325253726\|ref\|XP_023323490.1\|	1.930e-40	43.72	uncharacterized protein LOC111697621 [Eurytemora a...	[more]
gi\|1233202692\|ref\|XP_022200372.1\|	5.448e-40	32.16	uncharacterized protein LOC111057247 [Nilaparvata ...	[more]
gi\|924554804\|gb\|ALC40079.1\|	6.878e-35	31.47	beat-IIIc, partial [Drosophila busckii]	[more]
gi\|1012980358\|gb\|KYQ54281.1\|	2.010e-34	29.55	hypothetical protein ALC60_06825 [Trachymyrmex zet...	[more]
gi\|1009400076\|gb\|KYN20144.1\|	5.402e-32	28.88	hypothetical protein ALC57_07434 [Trachymyrmex cor...	[more]
gi\|1060143947\|ref\|XP_017836045.1\|	5.513e-31	30.36	PREDICTED: uncharacterized protein LOC108595333 [D...	[more]
gi\|915669452\|gb\|KOC70970.1\|	9.962e-30	27.92	hypothetical protein WH47_04956, partial [Habropod...	[more]
gi\|1316173442\|ref\|XP_023232191.1\|	4.974e-28	29.40	Down syndrome cell adhesion molecule-like protein ...	[more]
gi\|1279709045\|ref\|XP_022920588.1\|	1.240e-27	38.02	cell adhesion molecule 3-like [Onthophagus taurus]	[more]
gi\|1059400058\|ref\|XP_017772957.1\|	2.154e-27	35.71	PREDICTED: cell adhesion molecule 2-like [Nicropho...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold203_size261420	supercontig	scaffold203_size261420:116176..140256 +

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

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


Feature Name	Unique Name	Species	Type
maker-scaffold203_size261420-snap-gene-1.22-mRNA-1	maker-scaffold203_size261420-snap-gene-1.22-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold203_size261420:116176..140256+

gene from alignment at scaffold203_size261420:116176..140256+

Legend: mRNA

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

>maker-scaffold203_size261420-snap-gene-1.22 ID=maker-scaffold203_size261420-snap-gene-1.22|Name=hypothetical protein L798_09549 partial|organism=Tigriopus kingsejongensis|type=gene|length=24081bp|location=Sequence derived from alignment at scaffold203_size261420:116176..140256+ (Tigriopus kingsejongensis)
ATGGGATCAATCCATCACCGGATCTATTTTGTCTTGGCTGCACTTCTTCA
AGGTGAGTGCCTGCACCAAACAATACTCTCCAATGCCATTGAGATCCCAT
TAGGTTCCAATGCCCGCAAAGCGGAGTGGAGCAATGCAGCAGCTAGTTTG
ATTTGATTCCTTCAGTTCCTTCGTACTATAGCAAAAAAGACAATTCATGA
ATTTCATCCTGGCCAAATTCCAGAGAGTCATTGTTAGAAAATATCTGGAG
GAACAAGACTTGAGCCTCCTTGATAAAAAAACAGACATATCAACCATCTC
AACGATCCTGCAGAAAGGAACAGTATGTTAGACCCATTTCACCACCTACT
CGAAAACATGTATGCAAGTCAAACAATCATGTAGACAACTTTGACTATGA
ATGCGACAAAAGCTCCATGCGACATTGAATTGACAAGTGGGAAGTTTTCA
TGTACGGCATTAGAGATTGTTGAGCCACTTCACAGCCGAAAAGGTCTGAA
GAGTCACTCACATTTGCGGGTTTACATTGCAGCCAGCAAGAAATTCGCAA
CTGCACCACGTGCATATTTTATTTGCATATGAAATGAAGTGCTATTTTCT
GGCCGTCATACTCCAAGATGAGCCATCAAGAAAAGCAGCCGGAGTGATTG
AACCATTAATATGGTTGACAATGTTACATTATGTCGACAGCTCTCAAAGC
TCTTTGATTTTGGAGAAGGTATGCTTCTCATCAAACACATGTGTGATAAA
CACAATTTTCCCTATAGCAGATGGTTAGTTATTTAAATTGTTTCTAAGAC
CGAAGTACTTAGTTATTTGCTCGCACAAATTCTCCGTAAATGTGCATTGC
GCAGTACAAACATTCGAATTTACCCTATGATTTACGCACTATGCGCACGT
ACTGTATACCTGCATTCGAGAATGTAAATGATTTAGTACCTTGGTCGTGA
AGAAACAAGGTATTCGCAACTTACATCTTTCCCATTCGATTCGTACGCTG
AACTGATACTTGGCAGCTTGTACACTGAATAACAAATGTTAAGTGATTGG
TGAGAGGAGCCAAAACGAGGGTAAATTACTAAGATCCAAGTGCAGAGAGA
GAACTCCTAAACTAAGGGGTTCATCGATGACAAAATCATTTCCTGAGGCC
AATCAATATACATTGCTTTGCCCTCGGCAACGAGTCAATCTTCCAGTCTT
TGTTCATCCTGATCGGGAATTGATCGAGTAAAAAGAGGAACTCGATGTGA
TCTCCACTGACCTCAAAATAACCCGCCAATCCCTATGGCCTTGATAGAAA
GGCTGGCAGGGAATAAGTGACCCAATCTTTTTTCCTTTCTTTACCACCAA
GAGCAAAAGATATGCCCTTCACGATCGGTCTTGATGGTCCTAATTGAAGA
CGTCTGGAAACTCCAACTACAAAAGCCGCGAAGGAAACTAGACCATGAAA
TCCAAGGAGACAAGGACTTGTGATTGATATCGAGTCTCTTACGAGGCGAA
GAAAGGAGTAGTTATCAAACTCAAGGATTGTTTTGAAAACCTTAAACCAG
CAATGCTTCCGGATCATTGGTACACTTTAGGCAAAGGAGCCCTAGACATT
GATTGATGTCTGGCAAGTATTTTTTTGAATAAAGCATGTATGTACCCTTG
AATAACTGATCCATCGGGGGTAGAAGCAAAATCTCACATGTGCGAGAGAT
TCTTCTTAAACAAGTACAACAATGATCAACCACTGTGCTCACCGCTAAGT
GAACATTATTTTCCCCTTATGAAAAAGCACGTTGTTTTTTGCTTTTTCTG
AGGTTCCCAAAGAGCTGAACCTCATTTTGAGTCCAAGAGGGGTTAAGGCA
TATTGCAGAGTATTAGGAGCTAAATAATTAAGAGTGCGTCAGAGCCAATG
GTACAAAGTACGTACAGGTCATCAACTTGTACACAAAGAGTACTTTGAAA
AAACTGTGTCTGGCTCACCAAAGTACAGTAGTGTTTGTTATCGTTTTTTG
ACCTAGAAAGATATCGGACCCTGATGGCCGGGACTAAACACTTAGCAAGT
AGGTTTTCGTTAAAATCAGAAATCATTTAAAAGTATGCGCTTGCATTCTG
TGAAAGGACAAGTTTTGGTTATTTTCTATTCTGTGGAAGATGGATTGGCT
TTTGTTTTGTGCTCCAGCTAATATTTGAATGAAGCAGGCCGACATTTTTG
TGGCTTTTTAGATGTTTCATTCCATTAAAAGTAAGATGAACTTACTTTCC
GTGAGAACACATGAAGGACAGCTAGGTCCAAGCTATTAAACTCGTCGGGG
AATATATGCTAAAGGTACTCATGATCGCCCATGATAGATGACTATGCGAT
CTCATCACCGTTCCAAGTCCAGAGAGAGAGAGAGTGCTCTTCATTCACTG
GAGCAAAAAACTTCACCCTGGCAGAAGACAGATACAGAAAGGAACACTTA
CAATAATGAAACGTTGCTCGGGTACACGTTTGGGTCAGTGACTGGCACAC
TCTTAATAGCTGCAAATGGATCCTGGATACCAGCTGGCCAAGAGTAGATG
AGTGCTGCCAGCCAATTGTGGCTACTCGTTTTGGGGGGCGCAAAATGCTG
CATTTCATGCCTGAAGGCCATTGAAGGGCGACCAGCTGCTAGCATCATCA
CGTTCCTCGAATTTCCTGATGAGAGCACAAGTGGAGGCCAAGGCAGCGAA
TATATTTCTACCTGTTTTGCCCACTTTATCTCGGGGTTTGAGAGGGGAAG
GTCGTCTTTCTTTGGGAGGTGTATTTATTTGACTCAAGGGCACTGATGAA
AAGGACGCATGCTTCTCTGGCATTCCTAATCAAAGGCCAGAAGCATGTAT
TAATGAGCGCATAAACCCGATATATGAGAGAATGAATGAGACGAGGAGAC
CTAATCAGCCTCTGAATAATTCCCATAATGAGAGCTCTTCCCCGCTCCTG
TTTGGTTTCGGGCGACTGCGGTTTAGAGATTCGAGATTTGCTTCCGGCCT
CCAAAAACGAGGCCGAACTCGGAGAATCACTTATCATCATTTCTCCTAGA
TGTGCAAAAACAGCAAAATTTTGAGGCCACAAAGGCTTGAGAAATGGTTG
GGGATGAAGACAAGTGTGGCACCAAGCTGGCTGATTCTCACTACAGGAAT
GCTGGAAGTGAAGACGGACGAAATCAAATTACTCGGGCAACTCTGTTTTT
ATCCGCTTTCTCGGGCCTTGCTTCTGAATTCTCCAAATATAGTTGATGCA
TTCGCTTCAGTGCGATCTGAGGGCTCCTGGGATTGGTGGTGCAATCTTCT
TCTTGGGGGGTTCAAGCCTTGGCAGCTCATCAATGGCAGAAACAGGCACT
ACTCATCTATTTCCGGATCCTTCCGGTGGAGAGGCAAGGCTTTTGAATAA
AGTTGGTATCGTGCACTAATGTGAAAGATGTAATTCACCTCTAGAGCTGC
CAGACCAATATGGAGATGAATATTTATGGAAGATAGAAAAAAACTTGTGG
TTCGAAAATGCATCGTCGCTTGGCTTCGTCCAAGGCCGGGAGGGAAGTGC
AAATGTTTCCCAAGAAGATGTGAATATGATGCACACGGACCCATTGCAAA
AGTAAACACCGCACATCCCGTAAACATTGCAGAAAAGTTAGGTGGACATC
CGTCATAAAAAGTTTACTCTCATTGGCCTCACATAGGACACGGCTACCGC
CACAACACGTGTCCAGGCTGCCGACGGAACAATGCAGATTTACCCACACT
CAGTGTCGCCCCTTTGAGGTCCAAGCAACTGCACTTTGAGGCCAGACGGA
GCTCAAGTTTCCATGTGGCAGTAGGGGTGACACTTTCAATCATGGGTCTA
CTCACTGATCTGTGGCCACTAGCTGATGAAGGTCTTTTGGTAGGGATTGG
TTTGCTCCTTAGTTACAAACTACTGTGGACGATTGGTGGATAACAAAAAG
AGGTTGTTTTCACACATACAATTTAGAGCTAAACGCAAGCCCGCCCGATT
GGAGTCTCCAAGGCCCCAAAAATGCACCTCATAAAGGGACACCTTGGCAT
AACTGGGGATGAGTCATAAACATCTGCAGTATAGGTATACTTTTGAGACG
TTCTGGGATGAGGGATTCGATCCTGAAATTGCACCCACCTCCCTCATATT
CTAGTCCCTCAAGGCACCAAGGTGGACCTTGAAAAAACAACTAAACACCA
GGGTGAGCTATTATCACTTTAAACCCTAACGAGTTGATTTTGGCCACTGA
AAGGCGGTCATTTCCTCGACCTTCCGGTTCATATTTGGCACCACCGTGAA
AACGACAATTGTAATGATGCAAGGATACACAGGATAGAGTGGAAAAAGAT
CACATTAATGGTTGGTAGATGGTGATATTAGGAAGACTTGTGTCCTCTTT
TGATCACCAACCATCTATGGCCTCTCTGGGTAGTGTTAAGCTAATTACAA
CACCTACGTAGTAATGGTGGGACGGTCGATTTGGCCGCTTTCATTTGGTC
GCGAACTGGCGACACTGAGCAGAATGGGCGCATAAAAAGTCCTGGATCCA
AGTTTGCAAATCATTTTTGCGAGGAAATAAATTCTTGTGGCGTGGGTAAA
CCTGAATGGATGTCGAAAATGATGGTCCATAAGGAGCCAACGGAAATTGC
AGCCTACCAACTAGCATTGTACATGCCCAGTATATTCCCTTTCCTTCACT
CTCTCTCGTCGAAGCTCGTTTCCGTGTGCGTTCCACTTCCCACTTGGAAC
AGATTTGCCATGATCCAAAATCATCGTTCCGCTCCCGAGCCCTCCCACAA
AATGAGGCAGGTTGAGGAACGCGCTCATTACTTCCAGTTCACCCATTGTC
TCAAGTGGACTGGAACCTCGAAGAGATTACTTTGGCTAAGCTCTTTAAAA
GATGTCCGACCCACTGAAGACTCAAAGCAACTCGTTTTCGAAATGTGCCT
TAAGGCTTTGGCCTCCACCTCTGGATCTGCAAATCATAAGCGGATATGAG
CAGACTGACCTAGATTGAGTAGTCTCTGCAACGAGAGTATTGGACCCCTT
GGGAGAATTGTTACATCGCCCAGAGCCGAGGGAATCACCCTTTTAAGAAC
AACTGGAGACAACATCTTCACTGCGCTTTGCCGGGTGCTCTCAACCAATA
GTTCGTGGGGATTGCCTGGGAAATTCGAATGGAACACAGCAAGAGCTTGG
GGGTATTTCTAAGATTTTGGGGTGAAGGTTGTTCTTCCATATTTTGGAAA
TCTCCTTCAAAGTGAGTATTAGCCTTAATCCCCACATGGCTCTGAAAGGT
TTGTTCCAGTTCCAACGATCAAGAAAAGTCACTTACCGAATTTGGAAAGG
CGAAGAAAGAAGCTTAGCTTAAGTGTGTGTAATAGCATTGGGCACTAGTC
CTCATATTATAACTACATACACTGTTTTGTAAAGGTCAGGCTTCGTTCCC
AAAAGGGATCACTTGTCCAAAACGTGGAGATTAGGGATCTTGTTCTCAAC
TGCTGTAGGTCCTTGACTTAAGTTCACAACTAAAATAACATGATGAGCAC
ACTTTGTTGGACTTCCCGCTCTAAATTTCTGTTCTATTTCCAGCCCCAAG
CCCCTGTGGTGTAAATAGATGACACTGACAATGCTCTGCCCCCTAATACA
CTTACAATTGAGCTTACTTTAAATTTGCTTGCACTCAAATACTAATAAGC
TTTACCTTACAGATGTAGGCAGTTTAAACCCTACAAAATGGCCTTCAAAG
AGTAACATCGAGTTGCTTAACTGCGCACATGTAGTTTAATATAGTATTCC
ATTCTAATTATAAAGAGAACTGCTGAAAAGTCGCGCAGTTTAATGACCTT
TATTCCAATGACTTCTGACTAAACTTGCACTAATGACTTGCACCAGTTCA
AATGTACCTTGTCTCCCTGGCGAAGAATGCCCCAAAATAAAACAGTTCGG
ACGCAGTCACCAAATTTGGTTACATTTATACGTAGTGCAAATAAACTGGG
AAATGCATCTTGGTTTGGGGCTTCCAGCAATTGTATCTTGTACTCAGGTT
TACTGCGATACGAGCAATGTAATTCTCGGTAAACACATTCAAAACCATCG
TTTGGGGTCCACTTTAAATCCCCAATTCCAAGTCGTCCCATCGTGATACC
TTCCACATTGGAGCAGCTTGGATCTTGCTTCTAAATCTTCAATGACGCTT
GTGCAATCCGCAAGTAAAGTTAAAAAGATGTGTACCGTACAGTTCAACAG
TGGATCCTGCATGAATATGCAAGAGTGCGACTTCGTTCTTCAACCGCTGG
ATAAAAGTACGTGGTTCACACGATTTGAATGGTCCCTGTTCCAAGTTTAA
AATACTGTCCCCGCTTGCCTGTCGTGTGATCCCTTTGGGTGTGAAAATGT
GAGTGGGAACCAAGACTTTTAGGGCGAAAGCGAGGAGTGTGGGCAGAGCA
CCCCTCGGCAACCAATATGGTCCTATATCCTGATCCAGTTAGACCAGCAT
AGGCTGACAAAAGGTCCCGCTGTGAGGTAACCTTGAAGTCCCTGTGTGCC
AGTCATGCACATGATGGGTGTTCCAACTTTTGAAATGAGCTTTTTTTTCT
TCGATGTCCCCCGAATTGCCGAAAGTTATGCTCTCATCGAGTCATGTCTT
CTGGGTGGTTGGGCCCGGAACAGAGCTTCGAATCGGCTGCAAGTCATAAA
GTGCATGATCTTACCGAAAGTTGCATGTTCCCCGGATTCGTGTTCGTAAA
ATTATTTTGGCCACTTCTCGCCAAAACGGAAATTAAGATAAGCCACAAGC
TGGTCTCTGGGCAGTGGTGGGGAAAAGTCTGTCCGAAGAGAGCACTCGGC
CATATAAACCAGACCACCTGGCTTCAAGGCGGCTATTAAGAGACTCTTCC
CACACTATCAGATGTGGTTATTGCCAATTTACCTCCGGTAGACATAAATC
TACGGTTGAGGCGAGATCTCGCGAAAATATCGCCCAAGGGCTGCTAGCTC
TTTCGTTAGCCACCAAAGCCGGGGGGATTAAAATGTTTGGCAGTAGTTGA
CTTTTAATTGTCCAAGGACCGGAATGGTTGACGAAAAACTCGGATCCTCG
ATCTGTCAAACCTTGTAAGCACTCAAACACACTATGCTGAGCATTGATTG
TTGATGTTGGCAATGAGATCCACGTCTAGTCTGATTAAACACCCTACTAG
TGTGCACATAGTGGGTTGTATCCACTTAGAACGACAAGGCAAAACTCTCA
TTTAGCAAAATGGTTCCTCTCAACTCGAACCGATTTTTGGTTTGGAATGA
TTTAGGTTTCATTGCCTTTCTTTTAATTTTAATTGAAGCTTGTAGTCAGG
TTTCGAGATCCTTCTGGCCGCCCAAAGTATAGTAAATTTTATGTAGGGTA
GAGGTTTTGTAGTGTAGTGTAGCCTTTGTAGTGGTTAAATAAACAAACAA
TCATTCTATGGTAACACCGCTTACTATCTTCACGAACGATTCCTCTGACA
CTTACGATTCGCCTTTTAAAAATCCAAGGAATTCTATGAAAGGAAGGATT
ACTTCGTAGCGAGGTGAACAGCAGATGGCCTAAAATCAGGGAAAACTGGC
ACTTCACGCCACAGCATGAATTGGCTCCCGCCTCCTCCTCTTGTTTCCCT
GTTAGTTGAGCCATGTATCATTAACTCGGAATGAAGAAATCATTCCTCTG
CTATAATTCCTTAAACAATGTTTTGTTTGCTTGTAACATTCGAAGGCAAT
GTTGACCTAGGCTGGCCAACGCCTTAAGTCGAATGAGTGTACAGTGCTTC
ACGAACATAAATAACACACTAAAGCTAAGCTTAAACCGTTACGGACGCAA
ACATCAGGAGTCATTTTCTGGCATTTCTATTATCTCCTTCCTCTGAAACC
AGTTAAATCATTTTACAGCTTAAAGTTAAAACGTGGTATTTACTTCAAAT
CGTACTACAGAGCTCCCAATGGCGTCGTTTGGGAACCACCGGGATTTGTC
CATGGTTGAGGTTGAGAATCGATTCCATGAAACTGTTGTAGGGAGTCTCC
GGGGTTTTCCCAACAATTAGTGTTGTACGTACTTTGAGATAATGAGTTAA
TAACCGATGAAGGGAAATGGTTTTAATTGAACATTCCCATGCCTCGATGT
CCTTTCGAAAGATTGCCATGCTTGGCACCCTCTCTCAGATCAATGCACCA
TGAACCATTATGATGGCTTAAAATGCACTTTCCATGTCCATCGTGACTTC
GCTCCCCATTGGATTGGACACCAATGAGGGGAGAATTAAGTAGTCGTCAG
GTCAGATGAGTTCAGGGCTGACTTCTTGGGAGTCCAAGACAAAGACATGG
TGTGTCGTGTGGTTCGTGACTCTCATTTCTCATCTCATCATCACATGCAA
TGTATGTAGTACAGTGGAGCAAAAGAACGATTGATAACCTTGGCATGGAC
TTTGTCCCTGACTCAAGAGGGAAAGGAGGCCAATGGACACGGAACAAGAG
GAAGAGGAGGAGAAGCAGATGATGGCTAGCCGGCTTGGCACATTGCTCCA
GTTATAAATGAATATTATTTCACGGACGGGTAGAGTCCACTTTTGGGTGC
ATACGGCTCCAATTGATGAGTATTCCTGCCCGGATTCTCAAGAACTTGAT
CAACATGGCGCAGAGGACGAAGATGGACCTCCAATGACAATACACTGGGA
CCAGGTCCAATTTAGCCTGCCAGGGGAGTTGTTTTATACCATCAGCCAGA
TCCGTTTGTTATCGATAAGGCAGACACTGGAAACCTCGCCACAAACATGG
GAAGTTTTTGGGGTCCATGGAGTAGAAATTTGACATTTGGTTTCATCGGC
GAGGATATGGACACCGGCTAGACTTGTGCATATTAAAATTAGAAAGGATA
TGCCGTCAGCGTGGTTTCTACGAGTTGTTTGCAATATTGTACTTTTTTGA
CCAATCCTGTCTGTGTGTAATAGAGGTTACTTTTGAGTTGATTTTTTAAG
CGCACATCAGCAAGTAAGCTAGTCGTAACTGGGTGACATTAATACAGATT
ACACAATATATGATGTCTTGAACATCATATATTTTCTTCGATATTTTAAT
CGATGTAATGAATTGCGATCATTACAGCAAAACGGCCTAATTCAGTTCAA
CCAGAAAAGCAACACTTTTAGTAGAATTGACCTAATTGGCGAAACTCACC
CAGATCGGGTTTGAAGCAAATTTAAAAAAAAAAACCCCTGAATGAGACAC
AGGTGCCTGATTGTACTACACTAATTGGCTCCTCACGACTTGAGCTATAA
AGATTGACTTTTTCCATTCTGTGCTAATGTTATCATATTGTATTGTGAAG
AGGTGGAAGAAACAGTCGCGTCTGTGCCTTTTAACGATTACCTTACTTGT
TCCGGGAAATAAAACAACACCCCAAAGAGCAAAACATCAAACTGTTAGAG
CTGGCTGGGAAACGTGAAAAATCTCCGAAAGAAAAGCCTAAAATAAATGC
AGATTCAAAGCCAAACCTTCTTAGTGAAAAAGGCAAATCAATGAGAAACC
ACCGGAATTTTCCAAAAATAATCGACAAATAATCTGAAAAAGCTTTACAT
AGGCCATTGAATAAAATCTTCACCCCGTACACATGACACCCTCAAAGCAC
ATCCCATTTTGTGTCAACAAAGGCATCGCATAATAATGGATCTCAAATTT
AAGATTACAAGAAAAATCCAAATGAATCTTCTCAAGCGGCAAGCCTCGAA
AATTGGACCAAACAAAGCCCAAATATCATGGACTCATGGCAAGCAGCGTA
GCGCAGTGGTTAAGTTTTATACTCGGTCATCTATCTTTGGGTTATCCTAG
GGACGTTGGTTCGATTTCCGGGCTGACCAAGTTCCTGCGACTAGCGGTGT
CAACTAACAGCTATTGCTAGCTTCCCTTGACGAGATTTAAGTAGGCCACC
GGTCCAGTGGTCAATCCTCGAGGGTAGGGAAATAATTTATGTTAGATTTG
TCTACCAGGCTGACTTTGTCTCAAAAGAGATTTCTTGTGAGAGGGAAAAA
ATGTCCTGGCGGACCTTTCAAACATCTAAAACACAAATTTACTGACTCTG
CCACCGTGAAATGTGAGACATACATGTACGTATAATACCATTCATTTTTC
CAATTCTCTAAATATGGTCTCCTTCTGTGCTTCAAAGTGTGTATGTGGCG
AGATTGGTGCCTAAGTCGAGGTGCTACTCGACCTCTGGCTCTCCAGGCCA
GTTCCTTCTTGGGCCAGGATTTGGAATTCTAACCGGGTTTTCTCTCTTTC
TTTCAGTGATTGATAGCCTCTCTAATCTCTCGGTTCGCATCCCAGAGTTC
CTGCAAAAGGGCGAAACGGCAGATTTGACCTGCAGCTATAACCTCGGTGG
CGACAGGCTCTACAGTGTGAAGTGGTACAAGGGCCGACACGAATTTTTCC
GCTATATGCCCCATGAGATCCCAGCCATGAAGATTTTTCCAGTGAAGGGA
ATGAAAATTAATGTGAGTATGCCCTTAAACGCAATTTGAAAAATAACCAT
TAGCCCTAGAGTCATGGTCAATGGACAGATACGAATGATGAAACAGAACT
CCATTAGAGGCTATTGCACTATATTTGTTTATAGAAAACTGACAAACTCT
TCAGCCTTAGCAGGGTGACATTGTCGTTCCATGTCATAACGCCAAGCCAA
GAATAATTTGATTCCTGTGAATTCTCAAGATCAATGTCGATTATTTTAGT
CGAGTTGGAAATGGCGAATGTGATTAATATCCACAGTAACCGCTATGGAG
GATGACTTCCATGACCTTTTAGCTATGAGGGGTGAGTGAGAGGGAAGTTG
ACATCTCTACGAACAAATTATATTTAGTCTCAATCACACAAGTAAGCCCT
TGGTCGAAAGAAAAGAGAGAGAAAGTGGGTAGAATTCCTCCCAGTATCTT
AAACAAACCAAATTTCCCTGTCCAAATGGGCTAAATGTGTCGCTGCTCAT
TGTAGACATTCATTGCTTCCCTACCTATATTTTCTCTGCTTTGTCGATAA
TTTTAAACTTGCGCCTTTAAGGAGAGTTGTGACAACCTTAGGCCGAACTC
AATTTTGGCCCTAAAACAAATTATCATGACCTGTTGTTGGTCCAGATACA
GGTTGGATAACCACCCAATTTGTTCATCCCATGCCGACTTGTTTATCTGT
TTCTTCCCTTGAAAGCCATCCTGGGTATCCACTCCAAACAAATAAGACAT
TTCAGTACACAAACTTCAGAACTAAAATGCCATGTGTATATTTTTTTTAT
CAAGCTAGCCATGGGTTGACTTGCGAGTCAAGAGTCGAAAAACAGTCAAT
GACTCCCGAATTTCGTCCTTTTTTAAAGTGAGAACTCTTTTTTCTAAAGA
ATCAAATCTTTTTGACTCTTTTGGAGATTTTTAAAATTGTCTGAAAAGTC
CTCCAAATTCGTCAATTTTTGAAAGGGTTCTTCCTGAGCTTCCCTAAGGT
CAAGAGCTTGCCGTTCCCAAGTGGTTTTTGACAGTATTAAAAAGGTTTAA
ACGACTTTACACTAGACCAGGGTTGCCAGCTATTGTTGCCAACTGCCATA
TCTGAATGCTCGCTTACACAACTAGCTAAAACACCTTCCATAAGCACCAA
ATCGATGCCATTGTTCCCTAAACTTGGCCAGCCACGCATAACTCAGTCCA
GTACAGTATGTAGGGGAGGAAACTTCAAGAAACGGCATTTTTGTGGTTGA
AAAGAGTCGAACCGCGAGTCGCCTACTCTTTTTTTCGACTCGCGAGTCGA
GAATCTGCGACTCCCAAAACTCACAAAGGTCGAGAGTTGGGACTTGCAAA
AGTTGCAAGTCAACCCATCCCCATATCAGGCTGCTTCATAGAGTTAATAT
TACAAGAGCAAGCACTTTAGAGCAAGGCAAAAAGGAGCAACAATGAGTCC
TGATCTAATGTATATGCAAAAACATTTGCCTCTCAAATTTCAAGCGCACC
AGGCAAGCCTTCTGAAGACTAGGCACAGCGAGTTTTTTTGCACTTAGATC
AGCAGAAACGGTTGTCGCTTCTCCTTTTCAGCTGCTTTCCCAGGCATGCT
CACTCCAGGGGAAGAACCTCATTGGGCTGCTCGGGCCTAAAATCACTCAC
TCGCCGGGCCAAGCAGGCTAACTATTGGCGCAACTCGATTAACGCAATTG
TGAATAATAACTAAAAAAGATTCCTTCGGAACACCATTTAGTTTTACCTC
CCAGGCATTGTTGTCTAAACGGGTTTATTTTTTCTTATTTCATGAGTAAC
AATAACTTTGAAAACACGCGTATTGGGTGCAACACACAATCTTTTAAGCT
TTATTGCAATAATACTTTCTTCTATTAACCCCAGCTCAAATTGTCCATTA
GGCGATACTGGATTCGAATGAACGAAAATAGTAGAAGCAAAACGGTGTTG
ATACCTGTGATGTACTCATCTACTCCCCCTACAGTCTTGTGCTCGTGTCA
TTGTGTCCTCGTGATTACTTCTAGTCATTGTCGCATTCTAAGATCATATT
CGAATACATACTAGTCACCAGACAACACATGTCGATCTTCGTAGGATTTT
TAGTGAACCCGCTCCCCCCACATACAAACTGCATCCCTAGTCATCACCTT
CCCTGAATGCCCCTCATCATCGCCACCTCATGGCCCCCGCCGCGCCTCTG
GCGTGGTCGTTCCTGCCAACCTCCGAGTTGTGGTGCCCCCAATGCCGAGA
CCTCTTGTCCTTCGCGGCTTGTTCGGCGTTCGGGGGTCCACCTCGGACGG
TGTGGCCCCGTCCTCTTCCGCGGCCCACCCCCAGGACCTCGGCGCCTCTT
CGGCCCACCTTCGTGGCCCTCGTGCCTGATCTGCCCGTTTCTGGGAAGTT
TTCCCCCTGTTTGGGGGTTCGCCCAGTGAGCCTGTTATGGCTTTCTCGCA
GGTCTGTGGCCTCGAGATGTTCCCCCTGTTTGGTTGGCCCCGAGATGGTC
CGCTTGCGATGTTGGCCTCGGGATGGTCCGCCCAGGTGATGGGCCTCGAG
ATGGTCCCGCTGCGGGAGATTTTCCCGCACTTGTGGTCACCGGCTGACCC
TTGTTGGGCTATTTGCCAATGTCTTTTTGTCAAATGTTCAATTATAAGTA
TTAATGTTTTCTCCCCCCCCTCAAGAAGGGAAGTGTGATGTGCTCATCTA
GTCACCCTACAGTCTTGTGCTCGTGTCATTGTGTCCTCGTGTTTACTTCT
AGTCATTGTCGCATTCTAGGATCATATTCGAATACATACTAGTCACCAGA
CAACACATAGGCATCTGCTTGAAACAAATATGCGTAGAACAACTATTGGA
CCGCAATTCAACCGTTTTTGAATTATGCTTGTAAGATTATTTGTAGATAC
TATATAAAATAAGACTATATAAATGGTTCCTGAATGGTTCCCCCAAAATG
TGACAATTGGTATATCCTACTTGCTATTCCGCCTTAAGACACGTATGCAA
ACGTGCTCATGCACTTATTTGAATTCACAGTCTGATGTACATGTATATTG
ATGGATATTTTTTGTACCATTTCTGGTCCCGATTCCTGTCTGCTGTCAAA
TTTGTGGATCAAGCAAGGATTGATTCGCACACTCCTTGCGGACTTCAACT
GCACAGTTTTGCCGTGGGAGGGGCAAAATAATTCCCCACTCTGAAAGTAA
TTGGTCCCGTTGGTAAAAATGCCAAAACAGTTTTGGCCATTTGGCAAGAT
TTAGGCCCCATTTGGACACCAATTAAAATGGAAAAGCCATGCCGAATGAA
TGCTGCAGCACTGGGGCCTCTCTTAGGCTAAAAGCTTTTCTATGAAAGTT
TGGGAATAAAAGGGGCATTTCGTTTCCTCTCCCACTCCTCTGTATCCATC
CTAAAGTAGCTGAGAGTTGCCTCCAACCTGTTAGACTTTTATGACTTTGT
GTAGGCATGAAAAGGCCATGGTCATAGATTGGCCGGGGCTAGCTAGATGA
GCTGGGCCCGACATGATCACGAGCAAAATATCAATTCGACCAAGTGCATG
TCAGTGAAGATCCAATATCTGACTGGAACCATTTGGGAAGCGAGCGAAAT
GGGAGCAAACTGGGATTTTTCACCCGATAAAAGGAGGTTTCCTTGAAACC
CCGACAAGGTTCGCAAAATCAAGAGTTGATGAATGAATATTTTGGGATAT
ACTGAAAGGCTTTGAGACCCCACTCAGTCAATGAATACCCCTCATATCCA
TGCCTAGGTTCCAAGATAGACCTAGCTGTGGAAAGTGCGTCGCCCAAGAT
TTGGGCCCTGCATTGATGGACCCACATTTTGCACTTTTGGACTCCAGCAT
ATGTTCTTCACCTTTGACATCGGCGTTGCGTTAGGTGATTAGGCTAACCC
AATTAAGCTACATCACTCTTGGTTAAATTGGATAATTGACTAATGATCGG
ATGACCCACATGCCAGCAGGGATCTCTAGCAACATTCAGATATCTATGCC
GCTTTGACGGTAAGATTTTTCATTAGTGTTCACAGCCATTTAAAACTCAC
GCTTCTTGGCAACTAATCTTTCAAATCAGTGACAAAGCTGAAACTACATT
GTCTGTAAAAAGCAACCAACCAACCGAATGATTATCGGGCGAAAAAGACA
TCGCTTCCATTTTGGTGGCCATTCTTTAGTGCCGGAAAGTCGCTTTGTCT
GAACTGCTCTCCTTTTGTCTCCGTCTTCAAAGTCTTGACCGAATGGGTGT
TTATCTTAATTGAAAGACATTTTTGGACCCTACCAGAAGATTTCTATTTG
GAAGGAAAGGATTGTCCCAGTGGAGGTGACCACACATGGGTACAAAGGAA
TCGCGTAGAAAGTTGTTTCGGTACAGAATCATTCTTTTGATGGAGGTCAC
TCCTTTACTACTTCGATACGCTTTTTGTTAACCCATGTGTTAACACAAGT
GAGTGGGAAATTTGCAAAAAAGTAAAAGCATGGGCCTAAATAACCTTTCA
AAAAAACAACTCCGTTCTCAACGCAGTTGAATAGGAAATAATGAAAAAAG
GCAAGACTTGTGTTAATTGTGCCAATATCATTTTTGAAGGTGGCGGCTAT
ATCCTGCATAGGATGCTGGCTTGGCCTCGGCCGAACTTTAAAAAAGAGGA
AATAAAAAACGGTCAGAACTCGAAAAATCTTGAAGAATGTGGAAGAAAAA
AATGAAAAATGTCAACATTTGGCTAATTGCCAATATTGGGGAAAAGTGAT
AATTTCGCTTTTTCTAGAGAAATGTTGATCCAAGTGAACTTGCAACAGTT
TTTTCCTGTGAAACCTGTGGTAACCTGGTGTCTCAAAGTATATGCTCCGA
AAATGATGTGTAGTAGACATTGAGGAAATACACTGACATTAAATGCCCCA
TGATAAAAACATCATTCAATCAAAGAATTGGAGCCTACGTATGTATCCAG
TTGAGGTTATCCCGAGAGTAGTAGAGCTGACCTTGGGCTCTACACTATAC
ACTAAATGTGTGCAGTATCCCTTGCGTCCCGGTTGACATGGGAAATACAT
GGCGTATGTTTATGACCGGAAGTTTGGGTTTTCCAGCGACAGTTTTGGCA
TGGCCCCTGTCTACAGCTGTAAGTTGAATGGGTCTGGCCGGATAAATAAC
TATCAAGCCCTCTTCGGTGAGTTCCTCGGGCTGATTTCTTTCCTCTGCCC
AGGATTAAGGACAAACTTTCAGCCAAGCAATTGAAACTGTGGCCAAGAAC
GTGGTAGGATTGTCTCGGGAAAAACCATCAAGTCGGTCCTAAGTGAGATC
GAAATAACTCACACTCATTCAACATTTGACGATGGAAGCAGTACACGGCA
GTTCAACACATTAATCATCGACTATGGTTGTGCCACTTGTGGTTTATTGG
TTCCGGATTGGAACGAGCCGAGGACGGTTCATATTGATCCCTTCTTGGGG
ACACATCCGGTAGTAGACTGTGCAATCGAACCTTGCACTTTAGGGGGTTG
AGTGTGATTCGTAAAAAAACTACTTGAGTGGACTACACATCACCTGGCCA
TAAGTCATGGCTGCCACGAATTGAATTATTTCTCCTCCTCCAAACTCGCA
CTGATATGGGATGTCTGTGTTACAGAAAAAAAGGCAATTTTCTTTGGCTC
CTTGAAAAGAGGAAGAATAGAATGCTCCAATTCCTTTGGACAGTGTCCAA
ATCTTTACCGGCAAATACAATCTCTTATTTCACCAACGTTTCACTTTCCA
GACGACGGCATCCGACCAAACCCGAGTTGTGATAGAGGATGTCAAGACCA
GCTTCACCGGGACCTACCTTTGCGAGGTGACGGTGACACCCAGCTATTTT
GCCCTCATGCAATATGCCAACATGACAGTCGTAGGTAAGATAAGGACAGA
AAGGGCTTTCCATCTTCACTGGGATCCCAATTTGGCCTCGTCTCCCAACC
ATTCAGTGGAGCATCGGGGATCCCTTCGAAAGGAGAGAGAGAGAGTGGAG
TGGTAACCCTGTTCATTGCCCTCTAAGATGCTAGGGAATGTCGGGAAATA
ATGAACTCAATGGCTAGCACCTATACAAAGAACTCATAGAGAAGATAGAA
AGGCAATTAGCTCCCTTGAGGCAATATATCCTGCCCGTGCACAGATTCAC
TCAATAACTTACAATAATATCCATTTAACGGCACTAAATGGAATCCCAAA
TGGGTCATTTTTCGGTAGCTCTCATGCGTATGGTTCTTGGTCAGAACCTG
ATTCATTTGGATTTCCCTAAAATGGTCAGCAGAGAGTTTCGGTGCATCAC
TAGGAAAGTGCTGATTTGGAGGAGAAAGCTTTGGCTTGATGGCTTCTAGT
GGGCGCAATGTCAAGGGCGGAAGTTTTGGGATGCTCGGGAAAATGATCGC
TTCCGCCGAGCACCTTGGTCTTTTTTCTCGGCTCGTCTCTCTTAAAAAGG
TCACATACATTGTAGGTATTCAATCACCCCACTAAAAAGGGAAGTGTCAT
GGAGTGCCAAATAAAGCCGGCAGATGGACAAGCTTTTTCCCTAGCCTAAC
CAGGGAACACCTCCTGAATTTTTTACCTAAGCCTCCTGCCATAGAGGGGA
GGATCTCGAATCTCGATCCCGCGCCCAGTTTTTCCCAGATGATGTGACAT
CCCTGACTACGTGCCTATAATAACATGTGTGCTTGGCCAAGCTTTTGGAT
ATGTACGCTGAAAATACGAGTCCCTGCAATAGGGTCGGATCGAGGAGAGA
TTGTTCCCATTTGGCTGGCCTAAGGAATGTCTGAATTTGCAGGATTTATG
TTGTACAGAAGCGAGATCCAGAGAGTGCTTCTTGGGTGAGAAGAGCAGAA
TGAATGCCGCTTTTGAGGAGATGAATTGGTCATTATTTCCCTCAAATGGG
CCTGAGAGAAGGCAATGTGGCCCTTGTCAAGTTGAACAAGCACTATCTTC
TCTTTGATCAGAAAGTTGCAGGAAATTTCAGGACCAAAAGGAATCATGAA
AGAACCCTTTCACTTCACAAAATCCCCAATGACTTTGAGCACCAAATTTC
TCAAATAGAGCTCGGCCCATCATTCCCCCTTGAAAACAACCCAAGAAGAC
CCACTTGTTTCCTTTCATAACAGAAAAATATCTACTGTACAAGAAGAAGC
CCTTATATCACAGCGCTCTTCCCTTCGGCCGTCTGGGTCGGACGTGAATT
CTACGGTTGAGCGAAATTCACTTTCCACTCCTTTGAAGTGGGTAGAAAAC
AGTTCCACTTGGCTTTGGAGCAATCAATCTGACCATGGCATGCATTGGCC
ACCAGACCTGTCTGGACTCATTTTCCTCCTACTGTGTGTTGGAGATGCCG
GAATTCTTTGGTGAATACAAATAAGGTATTGAAAATCAAACCCTCGCGAA
ATTATCAATTACATACCTCGGTATACTACGTACATATATTGTAGTATAAA
TGACGTTATCTCACAGAACAGCAAAATAAAATCGAAAGCAATGGACCCGT
TTTTGTGCTTGTCTGGCAGACAAATTCATCTTGAACCAGTAATATTAATT
TAGCTGAGGAATTATTGCAAGTTATGTAGAGCTTGCACCGGAACTCAACA
ATTATTATTCTTTCAAACAACTCATTGGCGTTTTTGATTTATGGATTGAA
AGTAAAAAAACGGGTCAAATATCTCACAGTGCAAGCAACTACGGCAAAAT
CATCCTATAAAGATTGAAAACATAGAGTGAAATGGAATTTATGCAGATGT
AAAACTTAAATGTTGCTCTAAATGGGCAATTCTAATTACATCAGAACATC
ATATAAGACGGAATTTTGTTTCTCAACCGTACTGGTTTTGGCTCCTACGC
TTTATTAATTAACATAAGTCACACAACAGAGACACAGTGGTTTTGACTAG
ATAAACAGAAGTGAGTTATAAGCTGAACAGGATCCTATTTGAGCTTCCCA
TTTTGTGAGACTTCTAAATTAAGCAATTTGGCTCTCTTTGCGAATCAGAT
GAGTTGTTTTGGGTAGGTAATGTCAGTGCCAATTGGGCTATTCCATAAAA
CTGACCCATCTCTCTCTCCCACACCTCAGCTGTTTGCAGAATACTGTAAC
GTGGAATGGATCCAAATGGGTATCAGTCAGCAGAGCTTGGATCTCTTTTC
AGAGTTTTAATTTTCTCTGAGGTTCGCCGACAGAATCACCCTTCGGAATT
TCTTTTTCCCAGGGTGAAAATCTCCTTTCGATCTGGAAAGCTGGGCGGTG
TAAAGCCGTGACATAAATCTTATATGCATAAAATGGATTACGGGCCAAAA
GGCCGAGGAGAGGCCACAAAAGGCCTTAAGTCAGACAATCTGTCTCCGTA
AAGCAGGCAGCCAGAATATCAGGCCAATCGCCTTGGGTGTCAAGGCAAAT
GGGATTCCAGGACAGAATCGTAACACTTATTTGCGGTTGTAAATTCGGTG
ACCTCCAAATCCAATTTTCTCCCTGAAGCCTCGTCCAATGAAGAAAAAGG
ACCGACTTGGCCTGCCTCAGAAAAGATCACGTCGCCCTCAATCCCAGCCC
ATGTTAAGGTTCTGTCCTCCGAGGAGCAGGTTCCACGCCTGCCTGTGAAT
TGGTTCCCCGAATTGGCACACTCAATGCAAGCTTAGCCATTTTAGGATGC
TTAAAAAATGATCCCAAGGGTGGCAGCGCGGTTAGTCAACCAGTTGTTTG
GGATGCAAGGCCAAAGTTCCTTCAAATGGGGGGGGAACATATTTGTGCCT
CCCTAGGGAAATACGAGCCTAGGAAGTTGCTGTGGCACATAAAGTTTCGT
TTTTGCCCATGCCACCGTGTATTTATACTACTCTATTGTAAACTTTTATT
GGGCACACACAACAAATTCATGTCTGCGGATGAAGGACACCACAAATTAG
GGCATAACTCATTATCTACCGCCTCGCTTGCGAGGCATATGGGCCAAAAT
TATACGTCCACCAGAGGCCTGCTGCGAGGGAAAATGGTGGCTCTCCATGA
GTTATGCACTCACCATTACTTGTCAATTTGCAGATTTTCCCGACTCTGGA
CCGACCATTAAGAGTGAGCGCCAGCAATACCAGGTGGGAGAAACGGCCCA
TTTGACTTGTATGGCCCAAAAATCCAGTCCACCCACCCAATTGGCATGGT
ACATCAATGGAGAGCCGGTGAGTACCATTCGGGCCGATTGGCCTAAATCA
TGGGGTGCCTGACCTCGGATTGGCTTTTTTCAGGCCAACGAGGCTTACAC
CAGGCAGCTGCCCGTGCGTGACGGTTATCATGGACTGGAACTCATCTTCC
CAGTGACCAGCAACCACTTTGAAAAGAGCAAAACGCTGGTCACCCTCAAA
TGTCTGGCCAGCATCTCCAACTTCTACTGGAAGAGCGACGAGATCCAATT
GCTTCAAGAGAAGCCCAAATATGCGTCTGTGATGGAAAATGGAGGGGGTC
CGGAAAATGCCCTGGCCAAGTCGTCGGCCTCAGCCGCCGCCAGTAGTAAT
GGAATGGAGGGAACAGGTAACTATTAGAACCACTTCAAGTTTTAAACACG
ACATAATCAGGGATATTAAAAATATCCGATTACAATGAGGGAAATATGCA
AAAAATGCAATAAAAAAGAAAGAAATTTATTAAACTATACAAAAAAAGAG
TGAAAATGCAAATAAAATAGGAAAAAATAGCCTTCAAATATGACAACTTT
CCGCTCATAAAATATAAACAAACAGAAAAAATAGAACAATCCAGAACATG
TAAAAACACAAATTTGACCAAAAATGCAAAATAAACATAAATGTTCGAAG
CTGCAACGTATTTTTGGGTACACTGCCTTGATATGTAGCAACTTTCCTTC
TCTGAAATTAAGGAAAACCTTAAAAATGCACAAAAACTTGATTTGAAGCA
AAAAAAGACTGAAATAAGTTTTTTTGTCCCAAAAATGCAAAATTTAATTT
TATTTTGCCATCAGACAATTTGGTAGGCCGAAACCCAATTATTTACAGAA
TTTTTGCGGCGACGAACAAAAATGACTTTCCTTTGATAATCAAGATTGGT
GTGGGAAAATTGGCCCATTAGAGAGAGTAACAAACACTTTTTAAGGATTA
ATATAGTTGGGAAGATGTTTGAAAATGCAGATAATTGCAAAAACATTTTG
AACAATTCAGAAAAAACGTCTTGAAGCGAACTACCCCATAGCTGATTTTT
TGCCTGAATTGGCGGCACAATTATTGTATCCCTGTTTATGAATTAGTGTT
CCAAACACAGATGATTTAACATTAACCTGAGCATGTACCATTGGGTACAG
AAAGGGGATTTCTCGACCTGGGAGTATGAAATGTCCAATGAAACTCTCGT
ATTTCCACTCGATGCACGGTATGATCGTTGCCACTGCAACTTGAAGTGAA
TGTACAATGGGATGCAATGCCAAGCTTTCAATACGCTGTTCTATAAATCT
GGTTTAATAGGTTATTCTGATAGTTGCATCTTCTGTGAGGTGCTAAAAAT
ACGACCTAGCGGTTGCCCATCCACACCCACACAAAAGACCAAATTTTTTT
GGCATTTTTGTTCAAAACGAGGGTAATTTCCGAATAAAGAAAACTAGTGC
CAAAGCTCAATAAAAATTCATAGCTTAGTTAAACTCGCCAAGTCCCGATG
ATTGTGCCCAGAGGAGCCTGTCCTCAAAAGTCCTAAAAATTGGCAATGTC
GCGCCTCAAACCCACAACCCCGAGGGTCACTTTAGGGCTGAGCTCTTCTG
CTCAAAACGTCCCAAATTCGGGAGCAAATGAGCTATGAATTGAAAATACC
ATTCCGGGAGGAAAATACAAGCTAGGTTTAATCATCCCCACAACACTGAA
ATGGTGGCCAAAACCTTGAGAGTTTGAATGGTTTACCAAGATGAGAAGCT
TTACTTTCCGGTCTCAGGAGAGATGATGGCAAATTGTTCCCCGTTCTACC
TTTATTCTATTCATGAAGCCAATTGTCGAGAAAGGCAGGGAATTGCCAGA
AGGGTAACAACTTCATACATGTTACTCAGCTCAACAACCCGTTTGGGCAA
TAATCGTTTCAACTTTACAGCTCTGGGTGTTTTTTTGCCATGAGCCAACT
GAAACACTGAACAAAAACCTTGTTCAACAATCATCTGGAGAGTTTGAGCC
CACATTTCAACTTGGTGGAGTTTCCTTTGACTTCCGGGTTACATAGTTGC
TGAGAACTAGTGGTAATATAGAGTAATAGTCCCATGATATCCTATAAAAA
CAGCCATTTCGGAGCGATCTCCCCAGGTAATTGAACATAATTCAGAACCA
ACCCAGAGAGATCCCTGCTGGAATTCAACGGTTTCGGGTTCCCTATTTTG
AACAGTGCTCCAAGGGGCTATAAGGTTGGAGGAATATGGAAATTATTATT
CACAGTTCATATTTACGATACGGCCAACGTAAAATCTTATGCCCCAAAAA
GTTCAAGGGAAAAAGCTATCCAGGCAAAAAGTGTTCAGTATTAAAACTAA
CTTATCCGACAAAGTTTTGCTCTGAGAAGTGGCATGAAGTTGAGTCGTTG
CGGTTCTCGAGTTTTCTCAGTGATGCGCTCGATTCATCGGAAAGGTTCGA
ACAATAACAATAAGGAAACAATGGATTGAAATGTCTTGAGGTAAACTGAT
TATGCAAATTGGATGGGTTCGGAGAATAAACAGATGCTCTCAAGCATCGC
CAAGATAAGCTTTCCCAATAATCCGGACCATTGCCTTTCCAGATTTGGTT
TCATCCGGCGTGGAAAGTATCGCTGTACCTCAATGTCTGAGTCTTTTCAC
TCTCGTTGTTTGGCTCGGTCCTCGAGGACCTTGAACGTTAATACATGGAC
AGCTTCTCAATCCGACTCGATTCCTAAAAAAGGTCAAAGCTGGCTGTGAT
TAATGTTAAGGTACACAAAGACTTTATTCGCTGACTTATTCATGCTCCTA
TACAATCCGACAATTCCTATTTCAGGCTCTCGAAATGGACTGAAATGGAG
CAGAAGCTTTTGGAAATTCCGATGGGATGAATCCTGGCTCGGTGGTCTCC
AAGATCTTCTGAAATGGGTTTTGCCAAGAGATTACTATTCAAACAGGTTT
TATTCAACCTGTCTTGCTTGTCCACGTCAGTTGCTTATTGTCAAAACAAC
TCTTAAGATACACACACATATATATTATAGTCTCTATTAATGTAAACGAC
TCAATTATACCATATTTACGTAAAACGTTGCTACTTGGTGTTCGTGAGCA
AAAAGGGATTATGAAGGTCAACTGTTACTATTTGACACTTGAGAAGTCTC
GTATAGAAGACGTTTTTCAGACCCGAGGAGCTCCGTCAAGAACCGTTTAC
GAGTCTCAGACAGATTTAAATAAACACTATGACCCAACAAGGCAGCCACG
ACCAATTTTGGCAATTGTCGGAGCGTCGGTTATCCGTCAGTTTAATTGTT
TACTGTATTTCCTGAGCAATTCTTGTACGCTGCACAGTGGCATTTCATAC
ACTGACTGTATTGGCACAATTTGGCTTGGATTTTTTTTTGTTGTCAAAAT
CATTGCTTAGGTTGGATATATTTCAAATTTGCCTAAAGAGCAAAACATTA
TGGATGCACTCTTCATTCCTTTGGATAGCGTCGACTCGACATCACTGATT
ATTTCGGATCCAGTTCAAATGATTGAACACTTCAGTGTGGCCAGATGGAT
GCAGCTCACAGGAACTGCCACCGAATGACACGACGCCATCTTGGGTCCAA
AGTCCATCGCCATCGTTATCCTGACCCACAAAGGATCCGGAGTCGCCTTG
GCAAGATGCCCCGGACCTCTGGGTGGTGCATAAGAAGGAACTTGCCAAAC
TTGATCCATAAAACCGACGACAATAGCTATCGGTTTGCAAGTTCAACTCG
GCCTGGAAACAAAATTACGTAGATATTGACTTCGTGAGCGGTTACGAGGG
TGAAATCGATTGGCTTAATGATTAATTATTTCACCTTAAACCCCTTTTAC
AGAGCATTCATTATTTACTTAAATACAAGCCATGTTAAATGACAGCTCTC
GTTAGGTTTCAACACTTTTGAGAGTCAATCTCGCAACCCTGGCCCATTTC
ACAGTTAATCACTGTCAGTAGTTGCTCTGAAAACTACCGGGGTATATTTG
TCAAGAACGATATAGGTAGATGTGGCAACGCTCTCGTTCGATAGTCTTTA
ACTCTGTTGCAAACACTTCAAGGCTCAAACCCTGAGCAAGTGTAAAACTT
CCCAGGCCTCTTGCTACTTTGCTACATCTCCACCATCCTTGAGTACGGTC
AGATTATCATTGCGGCATCAAATCCGAGCTTCACTTCATGCGAATGTAAT
TGTGAAGTTACCTACAAGGTGTTTATCTAGCTTTCCAATACCTACCTCTT
TCAAGTTCATTGCCAATTGTCCGGTAGTGGCTGTTTTACCCCACCCAGTC
ACCCAAAGGGTCTGATTGGCTTGAAGGCGGGTTGTGGGCAAGCAAACTGG
CCGAACTTTGGCATTGAATTGGACGGCTGTTGGGAGCTTCAAGAGGGCAA
TATCGTTCCCGTTGATCAGGTTCCCGTATGA

Synonyms

The feature 'hypothetical protein L798_09549 partial' has the following synonyms


Synonym
Tk10412

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