hypothetical protein DAPPUDRAFT_311633, maker-scaffold662_size116868-snap-gene-0.12 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein DAPPUDRAFT_311633
Unique Namemaker-scaffold662_size116868-snap-gene-0.12
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000012915 (supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1 gene:EMLSAG00000012915 transcript:EMLSAT00000012915 description:"maker-LSalAtl2s981-augustus-gene-1.57")

HSP 1 Score: 227.639 bits (579), Expect = 3.179e-71
Identity = 106/192 (55.21%), Postives = 140/192 (72.92%), Query Frame = 0 
Query:   19 NRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATS--NENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNF 208
            +RNGTC+T  EC+ K G+AAG CA+GFGVCC+F +  SGS+   NCTY  NPGFP+A   + +V+YTI+K   D+C LRLDFE FTT G S S+EVD GG C D F +  ++  ++++P ICGQNTGQH+Y+D+G   SDT  + F+FMG S +R+WEIK SQ+ C + ++ P GCLQYH  L G+LTTFNF
Sbjct:  332 SRNGTCYTDVECTNKGGLAAGQCAAGFGVCCVFLVSSSGSTIRENCTYXTNPGFPNAYTGSTAVSYTINKAHIDICKLRLDFESFTTNGPSSSEEVD-GGKCVDTFMITTSTLVDQSVPTICGQNTGQHVYIDIGNGESDTAQMRFNFMGDSGVRMWEIKVSQLKCDAPFSAPPGCLQYHEGLTGKLTTFNF 522
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000001870 (supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1 gene:EMLSAG00000001870 transcript:EMLSAT00000001870 description:"maker-LSalAtl2s1321-augustus-gene-0.18")

HSP 1 Score: 176.792 bits (447), Expect = 8.310e-55
Identity = 91/192 (47.40%), Postives = 118/192 (61.46%), Query Frame = 0 
Query:   14 TGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCT---DQFTV-----GATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDG--CLQY 195
            +G    RNGTC   +EC+++ G     CASGFGVCC F I+  GS    NCTYI+NPGFP+        +YTI +CS +VC LRLDFE FTT   + + E D+GG C    DQF+V     G   N  +PVICG+NTGQH+Y+D+G    D+ +LNF F      R+W+IK +QIPC +   PP G  C+QY
Sbjct:   18 SGASRIRNGTCLKQSECADRGGSGRANCASGFGVCCFFAIQTCGSVARENCTYIQNPGFPTPYRVLTPCSYTIQRCSNNVCRLRLDFEMFTTFEPAGTIETDDGGVCNPRWDQFSVQNLNTGNPMNSIIPVICGENTGQHIYIDIGNQDGDSASLNFAFRQEQRDRVWDIKVTQIPCNTIDDPPAGHCCIQY 209
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000011909 (supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 gene:EMLSAG00000011909 transcript:EMLSAT00000011909 description:"maker-LSalAtl2s83-augustus-gene-6.19")

HSP 1 Score: 151.369 bits (381), Expect = 1.977e-44
Identity = 73/154 (47.40%), Postives = 102/154 (66.23%), Query Frame = 0 
Query:   66 YIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            YI+NP  P+AL DT   ++TI+KC+ DVC  RLDFE F+  G S +DE  NGG+C D   V   + +  P ICG N+GQH+Y+D+G   +D+ ++ F FMG+ + R+++IK +QIPC S+  PP+GCLQ+HT   G   TFNF      HLA+Q
Sbjct:  107 YIKNPNSPAALTDTSPCSFTINKCAPDVCDFRLDFEMFSISGPSSTDET-NGGECRDTMMVTTPTGQRTPTICGSNSGQHIYIDVGRMPTDSASIAFQFMGAFN-RMFDIKVTQIPCNSESAPPNGCLQFHTGTAGMFETFNFDGPLQQHLASQ 258
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000001498 (supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 gene:EMLSAG00000001498 transcript:EMLSAT00000001498 description:"maker-LSalAtl2s1258-augustus-gene-0.18")

HSP 1 Score: 150.214 bits (378), Expect = 3.744e-44
Identity = 82/197 (41.62%), Postives = 118/197 (59.90%), Query Frame = 0 
Query:   18 GNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSV--TYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQ-FTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVA---LNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNF 208
             +R+GTCFT  EC+   G+  G CASGFGVCC+ T++  G + ++NCTY++NP FPS     G+   +YT+ +    +C +RLDFE F+     Q       G+C ++ F   + +   LPV+CG  TG HMY+  G + S T A   +NFD   S+++R W+IK + IPC S   PPDGCLQY+T    ++  FNF
Sbjct:   53 ASRHGTCFTRDECNNNGGLIDGNCASGFGVCCVLTLKSCGGTITQNCTYVQNPEFPSGFTLGGNTMCSYTVPRNMDGICSIRLDFETFSIRQPVQ-------GNCLNENFMATSPTGLVLPVLCGTLTGSHMYISSG-TVSQTAASFKINFD-PASNAVRSWDIKVTMIPCNSMTLPPDGCLQYYTGTTAKIQNFNF 240
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000000642 (supercontig:LSalAtl2s:LSalAtl2s10:144553:177864:1 gene:EMLSAG00000000642 transcript:EMLSAT00000000642 description:"augustus_masked-LSalAtl2s10-processed-gene-1.2")

HSP 1 Score: 146.362 bits (368), Expect = 5.290e-43
Identity = 81/204 (39.71%), Postives = 116/204 (56.86%), Query Frame = 0 
Query:   19 NRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGS-VTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDT-VALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQQ 220
            +RNGTC +A +C+   GI +G CASGFG CC+F  +  GS   RN TYI +P +PS +  + +   Y I     ++C LRLDF+ F   G    +E++ G    D F +  T   ++PVICG NTG H+Y+D+  +   + + L F F G    R W I +S+I C +      GCLQY+ E  GR+ TFNF     +HLA+Q+
Sbjct:   46 SRNGTCLSAQKCTTNSGIPSGKCASGFGTCCVFETQTCGSKVLRNMTYITSPDYPSMIKSSLTQCDYRIQAEMKNICSLRLDFDRFEVRGPPGRNELNGGACSLDTFVIQGTLG-SVPVICGLNTGAHIYLDVNDNALKSGIELKFQFKGXGQRR-WRILSSEIECNNPGRARPGCLQYYFESTGRINTFNFNAMGSSHLASQK 247
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000000066 (supercontig:LSalAtl2s:LSalAtl2s100:472529:474152:-1 gene:EMLSAG00000000066 transcript:EMLSAT00000000066 description:"maker-LSalAtl2s100-augustus-gene-4.21")

HSP 1 Score: 138.658 bits (348), Expect = 2.318e-39
Identity = 92/233 (39.48%), Postives = 126/233 (54.08%), Query Frame = 0 
Query:    7 VHNVDGVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYI-RNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFT-------TLGVSQSDEVDN---GGDCT-DQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSL-RIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNF------IPTNDNHLANQQ 220
            V   + +  TG ++NGTC+T+ EC  K G+A GTCASG+GVCC+ T+ G G ++S NCTYI ++    S+   +   +Y I K S  VC +RLDF           T  V   + +D+    G CT D+FT  +      PVICG NTGQHM +D    C+    L+F    S+++ R W IK +Q  CG     P GCLQY T+  G  +TFNF      +     HLANQ+
Sbjct:   38 VVRFENIVCTGDSKNGTCYTSEECEAKGGLAQGTCASGYGVCCIITL-GCGGTSSENCTYIEQSSFTSSSSLSSNPCSYKICKLSDHVCRIRLDFTKHVLADPVSGTAVVGAVNVIDSRYAHGQCTEDRFTFSSIGKNGAPVICGYNTGQHMILDASEQCN---VLSFTVGSSTAVSREWSIKVTQYNCGDLNAGPSGCLQYFTDDSGSFSTFNFRTDSATVSATATHLANQE 266
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000005167 (supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 gene:EMLSAG00000005167 transcript:EMLSAT00000005167 description:"maker-LSalAtl2s272-augustus-gene-1.13")

HSP 1 Score: 131.724 bits (330), Expect = 1.673e-37
Identity = 82/206 (39.81%), Postives = 120/206 (58.25%), Query Frame = 0 
Query:   21 NGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFP--SALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLP---VICGQN-TGQHMYVDMGASCSDTVALNFDFMGSSSL--RIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFI--PTNDNHL 216
            +GTC++++EC+EK G AAG CA+GFGVCCLF ++  GS+ SRN +Y R+PGFP    +    +  +TI +C  ++C +RLDFE    L  S+  +   G +  D+ T+ + S  + P    +CG   +GQHMYVD   + +  V  N D  G++++  R W IK +QI C     PP GC QY T   G + ++NF     ND HL
Sbjct:    2 DGTCYSSSECAEKGGRAAGNCAAGFGVCCLFIVDTCGSTISRNNSYFRSPGFPTAFTVTAATACAFTIQRCQSNICSIRLDFE---NLIXSEPADGACGANNFDKITITSPSGFSPPGPGGLCGDGLSGQHMYVDT--TLAGAVTFNVD-AGTAAIANRAWNIKVTQIACDDMNRPPQGCTQYFTGPSGSIKSYNFDGGQINDGHL 201
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000010265 (supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1 gene:EMLSAG00000010265 transcript:EMLSAT00000010265 description:"maker-LSalAtl2s67-snap-gene-9.21")

HSP 1 Score: 133.265 bits (334), Expect = 2.139e-37
Identity = 85/205 (41.46%), Postives = 115/205 (56.10%), Query Frame = 0 
Query:   18 GNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNG-GDC-TDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNF-IPTNDNHLANQ 219
            G+  GTC+T+ ECS + G A G+CASG+G CC+F++ G G +TS N TY+         + T    YTI +CS +VC +RLDF  F   G   +D+  N  G+C TD FTV      + PVICG NTGQHM V+   +C +T   N     +   R W I  +Q  CG ++  P GCLQY T   G + +FN+   T   HLA+Q
Sbjct:   53 GSMVGTCYTSEECSSRGGTAGGSCASGYGTCCVFSL-GCGGTTSENSTYLE------VTSRTTDCAYTICRCSTNVCRIRLDFLNFVINGPEMADDNPNSYGNCNTDSFTVSGNQGGS-PVICGFNTGQHMIVEAQDTC-NTAFFNIGDNTAGVTRTWSINVTQYECGDEFGGPPGCLQYLTSTSGFVQSFNYNTRTTAVHLADQ 248
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000005166 (supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1 gene:EMLSAG00000005166 transcript:EMLSAT00000005166 description:"maker-LSalAtl2s272-augustus-gene-1.14")

HSP 1 Score: 129.028 bits (323), Expect = 9.079e-35
Identity = 92/225 (40.89%), Postives = 128/225 (56.89%), Query Frame = 0 
Query:   18 GNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALA-DTGSVTYTISKCSCDVCYLRLDFECFTT-------LGVSQS-DEVDNG---GDC-TDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSL--RIWEIKASQIPCGSKYTP--PDGCLQYHTELDGRLTTFNF------IPTNDNHLANQ 219
             ++NGTC+TA EC  + G A+G+CASG+GVCC  T+   G+S S NCTYI    F S  + ++   TYTI K S  +C +RLDF  FT        +G   +   + N    GDC TD F+  +  +   PVICG N+GQHM +D    C+    LNF+ +GSS+   R W IKA+Q  CG   +   P GCLQY T   G++++FN+        T+ +HL+NQ
Sbjct:  361 ASKNGTCYTADECETRGGTASGSCASGYGVCCXITLSCGGTS-SDNCTYIEQSSFTSTSSLNSNPCTYTICKNSNMICRIRLDFTTFTIANPFTTPVGADAAGTTITNAGATGDCVTDSFSFTSPGSRGSPVICGANSGQHMILDASDECN---VLNFN-IGSSAATSRSWIIKATQYTCGDYDSLGGPPGCLQYFTGTTGKISSFNYPTSETTTTTSSSHLSNQ 580
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Match: EMLSAG00000011908 (supercontig:LSalAtl2s:LSalAtl2s83:643787:645943:-1 gene:EMLSAG00000011908 transcript:EMLSAT00000011908 description:"maker-LSalAtl2s83-augustus-gene-6.23")

HSP 1 Score: 126.331 bits (316), Expect = 1.483e-34
Identity = 83/216 (38.43%), Postives = 110/216 (50.93%), Query Frame = 0 
Query:   16 TGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQS----------DEVDNGGDC-TDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELD-GRLTTFNFIPTNDNHLANQ 219
            TG N NGTC+T  EC+ + G  +G CASG GVCC+FT    G +++ NCTY      P      G     I  CS ++C LRLDF  F   G S +           EV N   C TD F V      + PVICG N+G+HMYVD    C++   L F+  G+++ ++W IK +Q  C      P+GC QY    + G + T+NF      HL NQ
Sbjct:  102 TGDNTNGTCYTTDECTARGGTPSGDCASGXGVCCVFTFS-CGQTSAENCTYFIGQNVPD-----GQCRLEICPCSDNICQLRLDFTTFDITGPSTNTISVGKNAALKEVTNEQRCLTDTFAVTNPGGASPPVICGMNSGEHMYVDSSEQCNE---LAFNLQGANARQMWNIKITQFSCDFDNLAPEGCTQYFFGSNTGIVKTYNF--DGGQHLDNQ 306
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|321477313|gb|EFX88272.1| (hypothetical protein DAPPUDRAFT_311633 [Daphnia pulex])

HSP 1 Score: 173.326 bits (438), Expect = 2.100e-48
Identity = 88/188 (46.81%), Postives = 119/188 (63.30%), Query Frame = 0 
Query:   21 NGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNF 208
            NGTCFT++ECS+  G A G+CASGFGVCC+ TI+  G +TS N TY +NPG+ +     G  +  ++K S D+C LRLDF  FT      + ++  G    D FTV   SN  +P ICG N  QH+Y+DM    + T +LN    G+++ R+W I+ SQIPCG+ YT PD CLQY TE  G +T+FN+
Sbjct:   69 NGTCFTSSECSKNGGTATGSCASGFGVCCVVTIQNCGQTTSLNSTYWQNPGYTNTYTTAGQCSLYVTKSSSDICQLRLDFIGFTLANPDATAKLTAGQCLVDVFTVTGQSNS-VPAICGSNANQHIYMDMTPG-TQTFSLNMILTGTTTSRLWNIRISQIPCGTSYTAPDNCLQYFTEPTGTITSFNY 254
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|1199382377|ref|XP_021185761.1| (uncharacterized protein LOC110373003 [Helicoverpa armigera])

HSP 1 Score: 170.629 bits (431), Expect = 1.418e-47
Identity = 95/208 (45.67%), Postives = 125/208 (60.10%), Query Frame = 0 
Query:   12 GVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            G  G  G+ NGTC TA EC+ + G A G CA+GFG+CC+F +   GSSTS N TY  N G+PS    TGS   T+ K   DVC +RLDF  FT  G  Q + V N     DQF V  +    +P ICG N G HMY+D G   ++ V L F   G+S  R+W++K +QIPC + Y   +GCLQY+T + G+L +FN+ PT+   L+NQ
Sbjct:   71 GCAGASGD-NGTCMTARECTARGGSANGYCANGFGLCCIF-MTSCGSSTSENGTYFVNSGYPSVYDGTGSCELTVLKAHPDVCQIRLDFNRFTIAGPEQMNHVCN----QDQFIV--SGGNPVPAICGANQGSHMYIDAGIGMTNPVKLTFVTSGTSFERLWKVKVTQIPCSTIYKADEGCLQYYTGVSGQLRSFNYDPTSGLQLSNQ 270
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|913316325|ref|XP_013189095.1| (PREDICTED: uncharacterized protein LOC106133810 [Amyelois transitella])

HSP 1 Score: 170.629 bits (431), Expect = 1.452e-47
Identity = 96/208 (46.15%), Postives = 125/208 (60.10%), Query Frame = 0 
Query:   12 GVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            G  G  G+ NGTC TA ECS + G A G CA+GFG+CC+F +   GSSTS N TY  N G+PSA   TGS   T+ K   DVC +RLDF  F+  G  Q + V N     DQF V  +    +P ICG N G HMY+D G   ++ V L F   G+S  R+W++K +QIPC S Y   +GCLQY+T + G+L +FN+ P +   L+NQ
Sbjct:   76 GCAGASGD-NGTCMTARECSARGGSANGYCANGFGLCCIF-MTSCGSSTSENGTYFVNSGYPSAYDGTGSCELTVIKSHADVCQIRLDFNRFSIAGPDQMNHVCN----QDQFIV--SGGNPVPAICGVNQGSHMYIDAGIGTTNPVKLTFVTSGNSFERMWKVKVTQIPCNSIYKADEGCLQYYTGVSGQLRSFNYDPASGLQLSNQ 275
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|1344800465|ref|XP_023942673.1| (uncharacterized protein LOC112049123 [Bicyclus anynana])

HSP 1 Score: 169.088 bits (427), Expect = 6.373e-47
Identity = 95/208 (45.67%), Postives = 126/208 (60.58%), Query Frame = 0 
Query:   12 GVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            G TG  G+ NGTC TA ECS + G A G CA+GFG+CC+F +   GSSTS N TY  N G+PS    TGS   T+ K   DVC +RLD + FT  G  + + V N     DQF V  +    +P ICG N G HMY+D G   ++ V L F   G+S  R+W++K +QIPC + Y   +GCLQY+T + G+L +FN+ PT+   L+NQ
Sbjct:   77 GCTGASGD-NGTCMTARECSSRGGSANGYCANGFGLCCIF-MTSCGSSTSENGTYFVNSGYPSTYDATGSCELTVVKSHPDVCQIRLDLDRFTIAGPERMNHVCN----QDQFIV--SGGNPVPAICGFNQGGHMYIDAGIGTTNPVKLTFVTSGNSFERLWKVKVTQIPCSTIYKADEGCLQYYTGVSGQLKSFNYDPTSGRQLSNQ 276
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|1022767657|gb|KZS12488.1| (Uncharacterized protein APZ42_022624 [Daphnia magna])

HSP 1 Score: 171.4 bits (433), Expect = 6.510e-47
Identity = 92/202 (45.54%), Postives = 123/202 (60.89%), Query Frame = 0 
Query:   21 NGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTND---NHLANQ 219
            NGTCFT++ECS   G A G+CASGFGVCC+ TI+  GS+T+ N TY +NPG+ +     G  +  ++K S  +C LRLDF  FT      + +V  G    D FTV   SN ++P ICG N  QH+Y+DM    + T +LN    G+++ R+W I+ SQIPCG+ YT P+ CLQY TE  G LT+FN+         HLA Q
Sbjct:  150 NGTCFTSSECSSNGGTATGSCASGFGVCCVVTIQTCGSTTALNSTYWQNPGYTNTYTTAGQCSLYVTKSSSHICQLRLDFIGFTLANPDSNAKVSAGQCLVDVFTVTGQSN-SVPAICGSNANQHIYMDMTPG-TQTFSLNMILTGTTTSRLWNIRISQIPCGTSYTAPENCLQYFTEPTGTLTSFNYQYATTPVIQHLAYQ 349
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|939232680|ref|XP_014249299.1| (uncharacterized protein LOC106666516 [Cimex lectularius])

HSP 1 Score: 168.318 bits (425), Expect = 1.598e-46
Identity = 94/209 (44.98%), Postives = 122/209 (58.37%), Query Frame = 0 
Query:   11 DGVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            DG   + G+ NGTC T+ ECS + G+A G CA  FGVCCLF +   G +TS+NCTY  NPG+P+A   TGS   TI K   DVC  R+DF+ FT  G    + V N     DQF V  +    +P ICG N G HMY+D G   ++ V L     G +  R W++K  QIPC S Y   +GCLQY+T + G++ +FNF PT    L+NQ
Sbjct:   92 DGCQASTGD-NGTCMTSAECSARGGVANGPCAKTFGVCCLF-MSTCGQTTSQNCTYFVNPGYPTAYDGTGSCQLTIQKAHPDVCQYRIDFDQFTLAGPEPVNNVCN----NDQFIV--SGGNPVPGICGMNNGNHMYIDAGTGVNNPVTLTVVTSGPTFARNWKMKICQIPCSSNYRAEEGCLQYYTGVSGQIKSFNFDPTGGLQLSNQ 292
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|914563964|gb|KOB69580.1| (Uncharacterized protein OBRU01_16443 [Operophtera brumata])

HSP 1 Score: 166.007 bits (419), Expect = 1.612e-46
Identity = 92/214 (42.99%), Postives = 125/214 (58.41%), Query Frame = 0 
Query:    6 VVHNVDGVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            VV   +G        NGTC TA EC+ + G A G CA+GFG+CC+F +   GSSTS N TY  N G+PS+   TGS   T+ K   DVC +RLDF+ FT  G  Q + V N     DQF V  +    +P ICG N G HMY+D G   ++ V L F   G+S  R+W++K +QIPC + Y   +GCLQY+T + G++ +FN+   +   L+NQ
Sbjct:   23 VVTFANGACAGASGDNGTCMTARECASRAGSANGYCANGFGLCCIF-MTSCGSSTSENGTYFVNSGYPSSYDGTGSCELTVVKSHPDVCQIRLDFDRFTISGPEQMNHVCN----QDQFIV--SGGNPIPAICGVNQGSHMYIDAGIGTTNPVKLTFVTSGNSYARMWKVKVTQIPCSTIYKADEGCLQYYTGVSGQMRSFNYDSVSGLQLSNQ 229
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|1325273897|ref|XP_023321599.1| (uncharacterized protein LOC111696274 [Eurytemora affinis])

HSP 1 Score: 166.007 bits (419), Expect = 6.771e-46
Identity = 91/207 (43.96%), Postives = 122/207 (58.94%), Query Frame = 0 
Query:   22 GTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDC---------TDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            GTC  ++EC  K G  +GTCA+GFGVCCLFT     S+ S N +YI NPGFPS     G+ TYT++K S D+C LRLDF     + + QS   +  G C         +D  TV   + +N PVICG NTG+HMYV+ GA+  DTV+L F   G+S+ + W +K SQIPC + Y  P  C++Y T   G +T++ F    D  L +Q
Sbjct:   68 GTCLASSECQSKGGTTSGTCAAGFGVCCLFTTSACSSTVSNNVSYITNPGFPSTYNTAGTCTYTVNKISSDICQLRLDF-----ITLVQSVSTNPQGCCGAAPTCTIASDSLTVLGKTGKNPPVICGTNTGEHMYVETGATDGDTVSLAFLVTGTSNDQ-WNVKVSQIPCSASYRAPSNCVKYFTGSSGTVTSYGF--PGDTQLTSQ 266
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|768418065|ref|XP_011549702.1| (PREDICTED: uncharacterized protein LOC105381624 [Plutella xylostella])

HSP 1 Score: 164.851 bits (416), Expect = 1.008e-45
Identity = 92/208 (44.23%), Postives = 126/208 (60.58%), Query Frame = 0 
Query:   12 GVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            G  G  G+ NGTC TA ECS + G A G CA+GFG+CC+F +   GS+TS N TY  N G+PS    +GS   TI K   DVC +RLDF+ FT  G  Q + + N     DQF V  +    +P ICG N G HMY+D G   ++ V L F   G+S  R+W++K +QIPC + Y   +GCLQY+T + G++ +FN+ P++   L+NQ
Sbjct:   31 GCAGASGD-NGTCMTARECSARGGSANGYCANGFGLCCIF-MTSCGSTTSENGTYFVNAGYPSGHDGSGSCELTIVKNHPDVCQIRLDFDRFTIAGPEQINHICN----QDQFIV--SGGNPIPTICGVNQGSHMYIDAGIGTTNPVKLTFVTSGTSFERMWKVKVTQIPCSTIYRADEGCLQYYTGVSGQVKSFNYDPSSGLQLSNQ 230
[Close]
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Match: gi|1274145661|ref|XP_022833253.1| (uncharacterized protein LOC111361114 [Spodoptera litura])

HSP 1 Score: 164.466 bits (415), Expect = 1.264e-45
Identity = 92/208 (44.23%), Postives = 122/208 (58.65%), Query Frame = 0 
Query:   12 GVTGTGGNRNGTCFTATECSEKRGIAAGTCASGFGVCCLFTIEGSGSSTSRNCTYIRNPGFPSALADTGSVTYTISKCSCDVCYLRLDFECFTTLGVSQSDEVDNGGDCTDQFTVGATSNENLPVICGQNTGQHMYVDMGASCSDTVALNFDFMGSSSLRIWEIKASQIPCGSKYTPPDGCLQYHTELDGRLTTFNFIPTNDNHLANQ 219
            G  G  G+ NGTC TA EC+ + G A G CA+GFG+CC+F +   GSSTS N TY  N G+PS    TGS   T+ K   DVC +RLDF  F+  G  Q   V N     DQF V  +    +P ICG N G HMY+D G   ++ V L F   G +  R+W++K +QIPC + Y   +GCLQY+T + G+L +FN+ P +   L+NQ
Sbjct:   32 GCAGASGD-NGTCMTARECTARGGSANGYCANGFGLCCIF-MTSCGSSTSENGTYFVNSGYPSVYDGTGSCELTVIKSHPDVCQIRLDFNRFSIAGPEQMHNVCN----QDQFIV--SGGNPVPAICGNNQGSHMYIDAGIGMTNPVKLTFVTSGPTFERLWKVKVTQIPCSTIYKADEGCLQYYTGVSGQLRSFNYDPVSGLQLSNQ 231
The following BLAST results are available for this feature:
BLAST of hypothetical protein DAPPUDRAFT_311633 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000129153.179e-7155.21supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1... [more]
EMLSAG000000018708.310e-5547.40supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1... [more]
EMLSAG000000119091.977e-4447.40supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 ... [more]
EMLSAG000000014983.744e-4441.62supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 ... [more]
EMLSAG000000006425.290e-4339.71supercontig:LSalAtl2s:LSalAtl2s10:144553:177864:1 ... [more]
EMLSAG000000000662.318e-3939.48supercontig:LSalAtl2s:LSalAtl2s100:472529:474152:-... [more]
EMLSAG000000051671.673e-3739.81supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 ... [more]
EMLSAG000000102652.139e-3741.46supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1... [more]
EMLSAG000000051669.079e-3540.89supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1... [more]
EMLSAG000000119081.483e-3438.43supercontig:LSalAtl2s:LSalAtl2s83:643787:645943:-1... [more]

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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of hypothetical protein DAPPUDRAFT_311633 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|321477313|gb|EFX88272.1|2.100e-4846.81hypothetical protein DAPPUDRAFT_311633 [Daphnia pu... [more]
gi|1199382377|ref|XP_021185761.1|1.418e-4745.67uncharacterized protein LOC110373003 [Helicoverpa ... [more]
gi|913316325|ref|XP_013189095.1|1.452e-4746.15PREDICTED: uncharacterized protein LOC106133810 [A... [more]
gi|1344800465|ref|XP_023942673.1|6.373e-4745.67uncharacterized protein LOC112049123 [Bicyclus any... [more]
gi|1022767657|gb|KZS12488.1|6.510e-4745.54Uncharacterized protein APZ42_022624 [Daphnia magn... [more]
gi|939232680|ref|XP_014249299.1|1.598e-4644.98uncharacterized protein LOC106666516 [Cimex lectul... [more]
gi|914563964|gb|KOB69580.1|1.612e-4642.99Uncharacterized protein OBRU01_16443 [Operophtera ... [more]
gi|1325273897|ref|XP_023321599.1|6.771e-4643.96uncharacterized protein LOC111696274 [Eurytemora a... [more]
gi|768418065|ref|XP_011549702.1|1.008e-4544.23PREDICTED: uncharacterized protein LOC105381624 [P... [more]
gi|1274145661|ref|XP_022833253.1|1.264e-4544.23uncharacterized protein LOC111361114 [Spodoptera l... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold662_size116868supercontigscaffold662_size116868:14475..43012 +
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
Note-
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold662_size116868-snap-gene-0.12-mRNA-1maker-scaffold662_size116868-snap-gene-0.12-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold662_size116868:14475..43012+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold662_size116868-snap-gene-0.12 ID=maker-scaffold662_size116868-snap-gene-0.12|Name=hypothetical protein DAPPUDRAFT_311633|organism=Tigriopus kingsejongensis|type=gene|length=28538bp|location=Sequence derived from alignment at scaffold662_size116868:14475..43012+ (Tigriopus kingsejongensis)
ATGGGACAGGCCCAAGTTGTTCACAATGTGGACGGCGTCACGTGATAGAC
ACAGGCGAAGGACCTGAACTTGGGTCTTCGTTGCCCTGGCCAGAGAGGGT
TCTGTAAGCATCCCAATGGTCTTTCCATGCTAGGAAGTCACTGCCCTTGT
CCACTTCAAGGTCCAACTTGGGGAGATCACCTTGCTTGAACGTGTAGGGC
ATCGTTCAAGTTCGAAAGATTGGTGGTGCCAGAGTGCCCGGTCGATTTCA
CTTTTCGCTCTAGAGTATTTTCGTCTAGATGGAAGCGATTTGCTCGGATT
TATAACCCTCGTGCAAATTCTTCATGCGGCTGCGCCATGTTGTCTGGTTT
TTTTGTTTGTTTGGAACGCCCTGGGCATTTCTGCCTAGCTAGGGAAATCT
CCGAGGAGACATTGTCAGCCTGGCGGTCTAATTTATCATGAATTATTACC
TTACCTATCGAGGAATGACCACAGGTACGCCCACTTTAATCCCGCAAGGG
AAGCAAACAATAGCTGTGAGTTAACCCCACTAGTTGCCGGAACTTGGCAA
GCCCGGGGATCGAACCAACGACCCTCTGATAACGCAATAATAGATGACTG
ATGGTGCCACTCTACCATTGCGCTACGCTGCTTGCCTACTCTAAAAGGAT
ATTAATTATTTAAATATCCCTACCTAACCCGAACAGCATATTAATTATTC
TAAATACGTATATCCTTACCTGACCAACCAAACCCTAACAGCATCTTAAG
TATTTAAAAATACCCTTACTCATCCTGACCAAACGAACCTAATAATGGTT
TGCAAAGATGTTGCTGTTCATGGATACTTCCAGGTACCCATTGATGAAAA
CAGTTCGATGAAAACCTGTTTCATCTCTTTTGGGAGGTTCCGCTACCTGG
GAGCTCCCATGGGACTCAAATCTTCATTGGACTTCTTCAGTCGCAAATGG
GGCAGAGCAATTGTCGGCCTCCTCTGGTTGCTCAAAATAGTTGGTGATAT
GCTGGCCCAAGCTCCCACGTTTATAACCCTCGTGCAAATTCTTCATGCGG
CTGCGCCATGTTGTCTATTGAAAGTGAGTCTCTATTGACGGTCAACATGA
GTCCAGCTGACTCTGTCAGGGATGACATATCTTAACATCCTTGACAGTAG
AAGGGACGGGAACTCGCAAAAGGCCTTGAGCTTAGATGGATCAGGAGTGA
TGCCCTTGCTGTTGATGACATAGCCAGCGAGGAGAATTGATTGCCTGATC
TCAAACTTCCCGGCCGAGACGACAATCCCATGCTCTCGGCAGCCCTCAAG
GACAATCCGGACTCGCACAAGGAGGAACTCGAACGGGGGAGCTTGGGCTA
GCATATCACCAACTATTTTGAGCAACCAAATGATATAAACCACGCAACAG
AGATTTTGCGACTGAGCCGAAAAGCTTTAGAGCCTTTAAACAAACAAAAG
AAAACACCCAAATACATGATAAATCAGTGAATCACCAACGACTTACCGGG
TTTTCCGATCGTCATGGGATTCCAGCAACCGAGCAATGGGTTATGCATAA
TACGTTCACGCTGCGGTGGTTTATTTTCCCTCTCTTGACGTCACGCGTGA
GGTCACAACAACAGTTATTACTCTGCCCGGTTTAACTAGCATCGAGAGGG
TGAGGGTTGGGCTCAATTGCAGAGCCTGAAGTTATTCCTCGCAGAGAAAG
GTGTGTTCTATTGGCTGCGTTATGAGTTTCCAAATTTTCTGGGAGATTAC
CATGGGCTAGTGTTATGATATGTGTTATATGTCGCCTGCCGGTCCAGCAA
AACTTGGTTCTTCTCCTCCTTTTGGAAGTTAAGTTCCAGCGGAATGGAAC
CTGTGGCGATGTTGGTAGTCTTCAGGTGGTGGATCTTCTATTAGGTTGTT
ACTACGGATATTAAGAGACGGGTTATTTCAGCCCTGTTAATTGAAACCCT
GTAGAGAGGGAATCAGTTTCAACCGCCTAACAGCCATGATATGTCGTGTG
CTCCAGATACCAACCAGTTACGGACACGGGAGAGTGGCATTCCATTCAGA
AAAAGGCCATGGGTTCAAATAATCGGTTTATTCTTGAACAAAGTAATTTT
AACAATTGGTTTGAATATACGTGAGTCTGAATCCCTTGCCAGGGATAGCT
GCCTCTCCAGTGTCCACACCACCTCCCATTTCAAAGGAGTCCGACAAGAA
TCGAATGTTGAACGGGCGTTGAGAGGCTGAAAAAGGTCGAAAAATAGTCG
ATTCGAAAATTTTGGTTTTAAATCTATAATTTGGTTGTTGGATAAGATAG
AGCTAGAGGGAAAAACACTCAATTAGCAAGAATTTCAAAAATAGTTCGGA
AGTATTTATCCCCACAAAACCCAAACCTCGCTGAATCAAGAGTGGAAATC
AACTTGGAAACGTTGCTATGCCCCTAGTTGGGGCTGAAGGGATCTCAGTA
CAGCAAGGTAAAGGTTGTGGGAGAGATATTTCCGCCCTAATTTTGAGATC
CTTGCTAGGTGAGTGTTAATTCAGGGATGTCACCTCTCTGTTAGTCTCTC
TAAGATAAGGCCAATGCCACCTAGATCCGGTGCAGGGTAACATCTATTTA
GCATACACCTAACGACTGTAATGTGTATCAGGTTTCACCCAATACCAGTT
GAAGCGATCGCATGGTTCGAATTTGAAGTTCATTCAAGCAAATGAACTAT
CTTTTTCCAATCAGACCCCAGATTAGTTTGTCATTTCAGGTATATTATTT
TACTATGACACATTTTGCTTTCACCACCATCTACAAATCGCTAATATATT
TCGGGTCCCATTAGGCCGTAAGCGACATGGAAGTTCCGGCAAAATCGCCC
GTACACTACGAAAAAAAGTAAATGACCGATTTATATTTTTCACTGTCGAA
AGAGTCGACTGAATGTTGGTCTAAGAAAATAAAATTCGTTCATCTTGCGA
AAGAAAAAGGTCGCCAAGTGATCCGCAATTATTGGTGCAACTGAATGTTT
CGTGATTTTTGCTCTCTGAGGCCCAAAACAGACCCCAAGGAACTACGCGA
TCAATATTTAGAGCACATGGTTCGATTCGTCTTAAGCGATTCAACACTTG
TCAGTTTTCCGTTGTGGGCTAAAATGGCCAAGGATCGAGTTTCTTTCACA
AAGTGATAATTTTCCAAAGGCTTGTTTTATTGCTCCGCAGTTGGTATTAA
GTTTGTTCTGTGGTATACAAACCCTTTCATTTTACATTGTTTAATTTCAG
GTTTGGTCATGTTGTGACCCCGCCTAGTGAGAAAAACACAACAGAAGGGC
AAAAAACATCATACGATGTCTGAATCCAAAATGAAAGCAAATTAGTCCGT
GGGCCGGAAAGAGAAGCCCTTCGGGCCGAAACCTCCGACAAGATGGTGAC
TGTGTAGCTCACTGCTAGATGGGTATTCAATAGTCTTTCTAGTTTTTTCC
CAGAAAGACTTAATTCACATCTAAAGCATCGGTCATATTTGCAAGGTATG
TCATACTCACAGCAAACAGTGGCTGGAACTGAGCCTTCCATGGTCACCAG
GCCCTTGTTTCGGCCGCAAAATGAATTGGCAGCCAAAATTGTGCTGGGAA
CTGTCATCTTTTGTGCACCAGGGATCATGACACAATCATAACCTTTGGTC
CCCATACCGTCAGGCCCATAGCCGCAGCACATTCCACTCTGAAACAATTA
AAAATGCAAATATGCCAAGAGTGTCACATTAGGCCTCATAACGATTGTCT
AAAAGAGCTTTGTTGGTCAAAATCAATGTCTGGGCCAAAGTAGGGGCAGA
AGAATCTCACCTGCGGTTCGTGTACACATGAACTACTAGTTGTAGTTGTT
TGTGCATGTGGTGTTCAGAACGTGTAAAAAGTTCAGCTTCACCCTCTTAT
GTAGAATATGGCTCCATATGGAGCTGCGTTAGCCAATGCAAGCCTCTGAA
TGTCCATTTTTGATTGACACTTTGCTCAACCGATTTTTTCATTTTTTGAC
CTTTCATTTCTCGTTTGAAATTCCCAGGAACTTAAACATGATACGATACC
AAAGTGGGGTACATGGAAAAAATCGATCGAGCTTGCGATTTCATTCCGAA
CCCACCGTTCCTTGCAACTGGTAAAACGTCTTTGATTGTCAACCCTACAC
TTGTTTTGGGGAAAACAATCCGGGATAAAGCCCTATTGGACCTCTTGGGG
AAGCTGATCAATTAGGAAAGGTCAAACAGACACGTATAGTGTTAAAAAGT
GGGCGTAAAAATCGGAAAGGGTCAACTTTGGCCGACAACGTGTTTTATTC
CGTAGGAATAGAAAAGGAATAGATATTCCATGGGAACAGAAGTGAAAACT
CCAGTTGTTCGGGTCCCATTTGTCACAAAACTCACCTTAGTGACTCCAGA
CATGAGGCCAGTAGTTCCAGATAGCATAAAATCATCATCATTCATTGTGG
TCCAACAAATTCGGCAGTTGCCCCGCTCTTGTCTGAAAAATGAATGGTGA
AATGAAAGGGAGTTGGGCTAACGTGATGGCAAAATGGGTTGAACTTCACC
TAACACATATGTTCTGATTCTGATTGGCCAAATGGACTCCCCCATCAAAA
TTGAACGTTTGCACCGTGTCCGTGGTTGATCCAAAAAAATACTGGGTGCA
TCCCTTCGGGGCCAGATTATTATAATCGCATGAATATTGTGTGATCTGCA
GAGCGAATTGAGCACAGATGTAGAGGGTTTCAAAGGTTAGAGCATAGCAC
ACTAAATTATGTTAGAATGGTACGCTTGAAATTGGAACATGTCAACTGTT
TGGTAGATCTCAAATCTTCTCTGGAGGTGACACTTTCGAGCCTGGTTCGG
ATAACTTAATATCCGTTGACTAAATATGACCGCGTGCGTTCCCTACAGAA
TCGATTGAGTTTATATACGAAACAGCAAGTTTTCAGTCCGTCATTCTACC
TTGGCTCCTATGGTTAAAGACTCATATTATATGTTGGTTCATGAAATAAC
GTGTCATATTAATGTGGTTTCAAACTCACCTTGATTGACCATCTGCGAGT
CACAGCATTAGCGTCAGATGGTGAACTGCCAAGCTGGAAAGCCAGGTCAT
TGCAAGACTGAGACGCGTCCACATACACTAAAAAGATGGAGTATCCTCCT
GTAATCGTTATGTATGGGTATTTGGACCACATTCAGTCAAAACAGGATTA
TTGAGGTGTCATTGATCCATATGAGAGCAGGATTGCTTAGTGGCATAGGT
CCTTTCCCAGCTACTCAACGGGGGGTAAAGCAAAAGACTAGAACAGTCAA
CAAAACAAGCATTAAGATAGTACATGTATATTGATGCGAACTTGGATTCT
CAAATTGTGTTCCAAACTGTAATAGGAGCAACTTTCCTCTTGCAAGCTTA
TGCCATCATTTTTTTTGAATTGTGTCGGCGTCTTATCAAACGCAAACGAC
CAAAATGTATCCCATTGACTCCAGCATTGCAAGCAGCAATAATATTGGCA
TACCACTGAATGGTTTCCAAGATAGACCCTCTATGTTGATCTACTATGTT
CACACTCTTCACCCTTGCTTTTTGGGAGTCAAGGGCAGACAGGTACTGTT
TGAGTCAGTATGCAGATGAGCTGTCTGACATTTAAACCGGCCCAGTTGGC
CAATCTGTAGTGCGTAGCTAGTTCTGTAGCAACGGGAGGGAACCCTCTGA
CCTTTCAATTTGCCTACGTCAAAGAAAGCTGGATCCATAGGAATGAGAAC
ACAAGTGGTTTTATTTCTACGGTAGTTATGACCTGAAAAGGTGTAGCTTC
CAGTTTGTCTCAAAACGGGATCTTCTTCCCTGCTGGGAAGCTTCTGGCCT
CAACTAGAACTGAAGCAAGCTGGGTGGGCATTCACTTCATCTATCACTCC
TTGGCTACAGGTCAGTTACTATCCATCTGGACCCAGGGCGAGTTAGTGAG
TGAATTATGGACCCAATTGGATGGGATTCACCCAGTCTTAGCAAAGGGTT
TTAAATGTACTATACTTCACTATCCTCTTTCCTTGGGCATGTTTGATCAT
TGAGTCATTCTCTAGAGCAAACAAGTGATCGAAAAAACAGGAGGGACAAC
TTGAAAAATGCTGTACACTGTATATCAAAAAAATGACTCCGCCAGAGAAG
AAGGATCAGACGTCAGACAATATTTGTGCATTTGTAGGGTTTCATTGTGC
TTATGTTAAGTCGTATTACATTTGCGTTCCACACACTCACAGATGTCATG
ACAGGGTGGCATCATCTGTAGATCCTTTGTGGTTGCGAGAGTGTGAAGCA
TGTAACATTATGTTCTGCTCTAAAGTGAGCGGTCGTGGAGAACCATTAGG
CCCCGATCGTCAACTTCGATGGGATATGAGAGCATCTAAACTCATTGTGC
TCTCTCCATACTCACTGTGTTCCCCGCTGTTGACCCCACAAATGGATGGA
GGCGATTGCCCTCCAGGGTTGGTGACCGAGAAGCTGTCTGTCAGACATTG
AGTGGCTGGAGAGACCGGATTGACCCCCGCCGGGGATAGAACCCCGCCTA
CTTGGAGTCCAGTACTCACGGTCTGTGTGGATGGGCCCGTGAGCACAAAG
TTGGAGAAATCCAATCTCAGCTGTGAAAAAGAAGTCACAACTTAGTGCAG
TCTTCTCCATGGCTGGAAGTACACCAATTACCTGACAAATGTTTGAGTTG
CAGCGACAAATTTTGACGCTGCAAGCCCCAGCGTTCACACCAGTCGATTC
AAAGTAGGTGCAATTCTCGTTGGACCTCTGCCCACAGCTCACAGTAACTG
AAAAAGATTAAGTACGTTCTCAGTAGATTGACGTGCTCAATACAAAAGGT
GCGGCCAAGGGCTTGGCCGACGACACCCTTTCTTTTTTTTTGTTTAAAGC
CTTGGCCGGACACATTTGACATCTGCTTGGAAGAACAGACACATTCAGGT
CTTTTATGTTTTAACTGCGGCACAAGGTATTCACCATTTAATAAATCAGC
CACCTACTATTTATGGGTCCTAGATATCGCCTAGGGATGGCTTTCCTACT
TTTCCATTGTTCTGTCTGTTCCCATGTCTCTCAGACAGGCATGTGGCTCA
TGGCACGCATTGTCAGTCAGACATGCGTAGTGAGAAGATACTCCAAAGTG
GCGATGTCCAGAGGATTCATTTCTGAAAGAAACCTACCCACTAGCTTTAC
CTCAACATTATGGAGAATGAATGGTTTAGTGGTCACCGATGAGATCTGCG
ATTCTGAAGGACCGCAGGTCAATTCCCAAGCCTGGCGGTTAAAGAAATTT
TCGCCACTCCAGACTTTCTCCTACTGAGGGGAGTTGACGAATCTCTGTAA
CCCTACTAGTCCGTGGGGATCAGGAACACAGGTGTGGCCACACGTTGAGG
AAGGGTTCCTTCTGGTTCCCACGAATTAAAATAGTGCTTGTAACTGGATT
GTACTACGTGGTTGCACAGCGTCTAGTTAAAATTAGCCATGTTGCGATAA
ATGGTAGGCGGGAATGAAATTTCAAACCAGATTCCACCTCCTACTTCTTT
GGGTTAACCACGCATAAAAAAAGAGAGTTCAAAAGTCTGTTGCTCATGTA
GAGAAAATACATTTTACGTTGTGTTTGTATTACATTATAAAATGCCCAAA
CACAACTGACTAGCATTAGTTGGCTCAGTGTTGACTCCCGGACATGAACC
TTTTTTAAATCCATACACCTGTTTGTTTGTTTTTTGCTTGTTTGTTTGTT
TGTTTGTCTGTTTGTTTGGAAGGCCCTGGGCATTTCTGCCCAGCTAGGGA
AATCTCCGAGGAAACATAGTCAGCCTGGCGGTCAAATTTATCATGAATTA
TTACCTTACCCTCGAGGAATTACCACAGGTACGCCCACTTTAATCCCGCA
AGGGAAGCAAACAATAGCTGTTAGTAAACCCACTAGTTGCCGGAACTTGG
CAAGCCCGGGGATCGAACCAACGACCCTCGGATAACTCAATGATAGATGA
CTGATTGTGCCACTCTACCATTGCGCTGCGTTGCTAGCCTAATCCATACA
CCCATTTTTATATATTACTTTTGTTACATTTCCATACAAATTAAGAGATT
TTAAAAGTCTATCAAATTTATGGTGGGTTGGGGGAAAATGTAAAACATAT
TTTACTCATACTAGTAAAATTTTATGTACATAGCGTTTTATGTTGTTTTA
TATGAAAAAAAATTATTCATTGTTTGAATCGAATTCAAATTCAGTTCCAG
AAAGCAATTGATCGTTGTAACTTACATGTGCAGCAAACGCCATATCCCAA
AGCACAGGATCCGGTGGCAGCTCCCCCTCGATTGGCACATTCTTCACTAA
AAGAGAGAGCATTCGAAAACAATGTTGACAGATGACATGGTGGCCGAAAA
CTATTTCTTTTGCCAGTATATACCTACTATTTTTTTCATTTCACAAGATA
CATATTCCCAATATAGCTCTAAAGTGAATACCATGTCATGTGGAGGGGTA
CGTAAATAAACAAAATGAACATGCACACAAGTACCTTTCCGTTCGTATCT
TGTTTTGTCAGGAACGGTTAATTGAGCAGGTTAGCTCAAGTTTGAGGTTA
TGAGGTTCAAGACAATTATTTTGCACGGTAACTCCGGGTTCAAGTGCAAT
AGTCGAGCTCAAACCATGTCCGTTCCTCTTTAGAACTATCGCTGTCCTTA
CTTCCTCGGCCCTTATTCATCATTTTCTACCGTTAGGTTCTGGTACAAAC
ATATGGTGGCTATTTCAGCATCATATCTCAAAATATGTAATATCCGAGGA
TCAGCCTTAACATAAAGGCTTTATTTTTACTCGTACGAAGATTATAATTG
AGTTACTTTGATCATAACTTTAAGAACAAGGGATTCATTGGGCTGTTTGG
GCAATGCATACGTATACTAATCGGGCAAACTCCTACCCCCAAAGAGCAGC
AATGGTCACACTGGACCACGATCGCCGGGATGCCAACGAGACTGAGGTAT
GTAGCTAACTTAACCAGGTTCATGACCCATTGGCATTGGAGAGCCGCTTA
TTGGACAGGTTTTGAGACCAACTCAGTGTCCTAGAAGGACGGAAAATCTC
CAAATCGCCCTCTTTTGTTTTTGGAGTCCTGGCTTTTCAGTCCATAAGCT
ATGGACTGTCACATCGTGACTGGAACGCAGTCTCCCCCCTTATCGCAGTT
CACCTCCATAACCTTTCAAAAGGGAATGTGCGAGTGCCAAATGTCGCACT
CCACCGAACTCTTCCACCATATAACATTGACCCGCAGGGTAATAACTTAC
ATATATTTACAGTATGTATACGCTGCATACACTTACTGGTAAATATACTA
GGTTGGTACACACGAGATCTGCGAGCCGGATGTTTCAAGGACTAATAAGT
AAAACATGCCAATTTGATGATTAAAGGTAAATCTTTTACAGGTTTGGTTC
TAGGTCAACTCTAAGCCACTCAAGAGAACTGCTGGATAGGCTCATTGCCC
GTCCAAATGCTTGATCCTGGGTCGCTGGCCACCCCCTGAAAGGCCACGAC
ATAGAAGCACATAGATCTGGATTGCTTACATCCCCGACCTTAAAAGCTTG
AAAGGTTGCGAACGTCCATGAAACTTTTACCGAATAATCCGTCTCGAGTG
AAAACGCGTAGCAGCCGGAGGGAGTCGAAATAGGAATGTATCGAACTTAA
GCTTTCTTCCGCTTATTATATAGTCAAAATGAGATTTTTGACAGTTCAGA
CAATCTCAAATAATGCAGAAGGACGGTGAGAGAAATTCGACCATATTTGG
TTAGCTAAAGATAGTTATTAGCGTCACCCACCTCCCCTGCTAATCTGTCC
ATACTATCTCACTCTTAATATACAGTATACTGTAAATGCTATTGGCCATT
CAATGCATATTTTTTGTTCACTTTCAATAATCAGTGGTTTGTTGTTCAGT
ACCAGTTTACAGTATCCCACTCTTAGCAGTGTGAAATGCTACATAAAATA
AAATCCCTGATGCTTTGGACTCGACATTTCATTTTCTGAGCCAAGCAACT
ATTTTTTTGTTTCCTACACTGAAACGAAGCTAAAACTTTCATTTATTTTG
ATTGGTCTTTTTTGAGACAAATGATATTCGTAAACATTAGCAAAGTGCAG
TTCGTAGATGGTCATATTTCTGGCATACTAACGGCCGTTTTTAGAGATGA
TACGTGGACCCTCTTTAGGTATATTACAGTCCACTCCAAATTGAAAGGGT
GATAAAAAAGTAGTACTCACGGAGTGTAACAAGTTCCATTCTTGTTGCTG
CTTCCAGCACATGGCGAATTCTTGAACCTAAAAATGTTAGCTCAGGGAGA
CTTGGCTCTTGGTTCAAATTCAGTTCAAGCACTTACCTTATGACACTGAA
GACATTCACTGAAAAAGATAACTGGGTGTTTGACTGGAAATTGTATCTTG
TGAATGAGTGGACTTACAAAGTTTGGCCTTTCGCTCCCCAACCTCGTCCG
GTGGGCTACATTGCACTGTTATAAGTTGCCCACAGAGGAGGGTCAGCACT
AATGGTACGAACTAACACATTCGGACAAAACATAGTTAAGACGAAGAGTA
TCAAAACGGGAAGAATTCTTTCAACCTACCATGATGGGCCTGGGTAACAA
TTGCCGGCTCAGCACTCGAAGACCGGAGGGCTCCAAGCGTTTTCTCACCT
AGCATACATTTGCACAGGGCGGATGTTGACCAAAGTCAATGTCCGAATAA
AAGAGGCGCTTTTTTCAAGTTCAAATTGTTTGGGGTGGTCCCAAGGGTGA
GGAAGTCGTTTGAGCCAAAAAATGTATGCTAGGGTTGGTTATTTACGAAA
CGATGGGGAAGCTACCCTCAGTGTCCATTTTGTTCAAGGTAACTAATCTT
ACTTCGATTCAAATAGCCGCCCTTTTCCGGTTAAAAAGGTATTAGGCCGA
GATTATCTTACTGGCTGGTTCGGCTGGAATATGTTGTTCCAGAATGATCC
CACTCTTTTTTCATTATGGCGCTTTCTAATGTCGGAAAATAGGACTTGCC
TCCAGTTTTGAGATGCCTTTCACTCACTTACTGTAATTCTTTATTTTGCA
TTTCTAGCTTCAGAAGGCACTGGCAATGAGTATCAAGGTCTTATTTCCTT
ATTTCTGGGCATCAGTGCACTTATTGCTGTCTCATGCATTTATATACCAT
GTAATTTGAAAAGGTTCCTTGCTCTGTTTGTGGAGTATTTTAGCTTTTTT
GTTCTCCGAAAAAAAAACTACCCCTGGTTGAAACGCCCGGGCACATTTTT
AGTGCTCATGAGCAAGGTTTAAGTACACAATTTATTTCTGTTCAACATCA
CCTGTAGCTCCATTGTTTATTTTTGTGGAATGATTTAGAGTTCCCTAATT
TAAACCCAAGCCTACGATATATCACAGTACAATTCTACCCCAAATACGAA
GAAAGAAAATTAAAACAGCACTCAAAGTAGAAGGTTTCGTTAGCCCCATG
ACAAGTGATACAATCAAATTATATTTTTATCATACAGTTTATGCCGGCTA
ATAAAAGATAGCGGTTGGTTTTTAACATTCATTGAGCACCATTTTTTTAT
CTCTATTTCTAAGATTAGGATAGGAATTTATTTGAGGCTCTTTCTTATGA
TTTATGAGATACTGTCTGGGTATCCAATCGGTGTTTGATCTCCAAGTTTG
AAGCGAATCCTTTTCGCCTTGGAAGCGAATAAGTGCCTGTATTTCATGCA
AGATCTTGATCGAAGAACAATTATCCTGGATACTTCATTGTTTGTTCCCA
GTTCTCATTGAATTTGTGTATTTTTTCAGTAGGTCGCTAATGTTCAGAGT
GATGCTTACCTCGCTCAAAGCAACACCTGCCAAATTTGAAGCCCCAAAAT
CATCAATCGAAGAAACCGTTCCTGGCTGACCATTTTTCAACACCATTTCA
CATCATTTTAGATAGGCGTATTGTTAAAAGGTTTACCTATTTTTTTACCT
CAACAGGAGTGTAATAATGTTCTCGCCATCAAAATAATAGCTTTGACCCG
ACTGCGTTTCATGGAGTCACATTGGCTTTCATTACAAAAGCAGTGCTGAA
AATCTACTTATATGTTCCATAAAACCCCTTTTCCATCCACCCATGCTCTA
AACTAGTTATGAATGAACAGGTGCTTCTTTAATGATAAAAAGGTAAACTC
TTGGAAATGGAAAAAGAGTCAAACTGATCGTAGTTAACACAATTTTTCAC
TCGATTTTGGAGATCAAACATTGTTTGGCATACTTGTCCCTGATTGAACG
CAATGTTTTATGTTCTTTAGGTAATATCATCTCAAAATTTAATAGTATTC
CGCTATTTCTATGCATCTTTTTTTATTCTTTGACCATGGTTCTCGAAAAT
TCAATTCCTTGTGTCGAACTTTTGGGGCTGTTGATGATGTTTTAAAGAAT
TGACTCTTGAAAAAGTTTTTCCATGTACAGGGCGCGTACGATGTCCTCTA
TGTCCTCTAGAGGACATCCAAAAATTGAAATGTCCTCTAAAGTCCTCTAG
AGGACGAGTTGTGTCCTCTATTTCTTTAAATACGGATTATTTGTCATTTT
TTCACCTCTTTTGCATAAATGCTACAAAACTTAACCTAACAAAAAATAAT
TTCTACCATTCTATGGCCGATTTTTATGGGTTCATTTTGGGCGTGAAAAA
AAGTCCCCATTTTCGTACTATTTCGACCTACAGAAAAAAATATGGGTAAA
GAGGACGCAAAATGTCACAGCAGGCGAGATGAAGTGGCCCAATGTGTGAA
TAAGTGAAATAAATCCGTGAAGTGGCTTTTGCTAACGAATACACCTCAAT
AATACGTAGTGTTTCACTTTTGCAAATTTCGTTCAGTTAAAACTTGTACT
TAATTAGGCGATTTTGCCTTTTTTGATTGTTTAGAATTGAGTAGTTTGAG
CATTGAGGCCCTGGGTAGATGCTATGCCATAAGTAGAGCTGTAAAAAAAG
GTGCAAAAAATGCCCCAAAAAGCGTTGGAAATAGACGAAAACATGACAAA
AACTGAAAAAAAAGCTTTCCAGCAAAAAAGAGCGAAACTTTGGAAAAATC
GTAAAAAACGCCAATAAACAAAAAAACATAGCCCACCATGGGAGCATACA
GCCATAAAGTAACGCAAGAAATCATGAAAAGATATCAAGGTTAAAAATAT
GTTTCTTATGTTTTTTTCGAGAATTAATATTTATGACTGATAAGTATCTG
CTCTGCATCTGAAGATAGTAAGAAGTAGGACTCGAACACTAATGATGGAA
AAAAACAGTTTTGACAGAAGAAAAAGGGATGAAAACATGACATTTTTATT
CTATGACTATTTTTAAAATTGCCTGCTAAAGAAAGAAGCAAAATATGTGA
ATGGAGTTTAAATCAGATATATCGAAAGAAAACGAAAATTATTTGGGTCA
GAAAAGAAATGGAGGTTCATAATTCGAAAAATCTTAAAAGCATGTTTACA
ATTTTGTACTGAATCTTGCCAAAGGCACTCACAGTTATGTCCGTATCACA
AATTTTGAATTTTTGACGTATTATCAAGTAATATTCGACATTTTTAAGAT
TTTTCGAATTATGAACCTCCATTTCTTTTCTGACCCAAATAATTTTCGTT
TTCTTTCGATATATCTGATTTAAACTCCATTCACATATTTTNCGTCTCAC
TTTGTTGGAATCGGGGCAACCTTTAGATCGAGGTTGTCTAAAAACATTAA
ACCCAGGACCCTAGTGTTCTCCCCTCAGGATTCAAATCCCTGAGCACGGC
TGTCTAGATCCTGGGAACAAATCTGGTAGGAACAGACGCCTTGTGGACCG
ATACGCCAATAGGTGTACGGAACACTCGTGCTGTATTTTTTTTCAAATCA
GATATTCGCCAAATTCTATTAAAACGGATTTTAGATGTTACATGTTTACT
GAAAAACATTGATTCAGGTGATCGTTGGCCGAAAATTAGATTTTTGGTGA
CTGTGTCTTTAATTATTATTTTTTAGGTTAAACAATTTTTCCATGCGATT
CGCCTTGAAATCCAGGGCCTATGAATGACCATTAATTCCATCGGGCTCTG
GTTGATTTACGTCCTGTGGTTCAGGCATTAAATTGACATGGTATCTATGC
CTCCAACTATATAAAAGAAGGGAGGATTTTATTTTTAGGCTTTTTAGACT
TGATTAATAGCTTGCCTGAGCAAAAGCTTGTGAGGAACATTGTCCCTTGT
CGAACTTAAATACGGTAATGCCCCATCAGGTTCCTCAAAACAATCCTAGA
CAAAGAAAAACCAAGGCCTCCCCTCTGGGGGCCTCCGGGGGTACTTTTGC
TCTCAGTGTTTGCCAAAGTTGTAGTACAAAGATGTAATTTTTGCATTGGA
GTTGGAGTTTCCGTTCCATATGGATCGAGATAGAACTCAAGATTGAAATC
TCCCAATCCGTGTTGTAAAGAATCCTCCTGGTAGGTGTGAGATTTAGGAA
ATGTTTGCGTTCAACTTACTTGGTCAGTGGACTGTTGGTGGCACAAGCTG
AATTCTTGAATTGGACAACACTGAACAGGCTGAGAACTGGAATAGTGGCA
AAGAGAAAGGTAAGAGGATGTAGCTCAAACCATGAAACCCTGTACACATG
GAGGAATTACGCTGGCCAGACTTGGGGGGCCAACGTCAAAAGTGACCAGA
TTTTCAAATCGGAAGTACAGATACCTTCAGCTCCAAGTTGGTGGCCAAAT
TAGTTAATCACGACTAATGCAGCATTAATATGCTGAACATGGCCAGCTTG
ACATGGCTGAGAGCTTCCCAGGGTGGCCAGACTCGGCAGTATTATCTGGC
ATTCGTTTTCGTGATTGGAAACTTCGACCAACTCCAGCTTTTTAATGCTG
GATTTCCAATCTGAAAATTGGGTCCCTTTTGAGTTTGGCCCTAAGTCTGG
CAAGGTACAATAATGAGTAATACTTCCAGATATCCATGGTTACGTGCATA
ATCCCAAGTTTGTTGGGAGTAAACCAATTTTTGGCGATATTAATGATAAC
AAAGGGTGGTTAAAATGCGCCAAAAACTGTACCATGTTTTATCTTGTTGT
TCAGGGCAAGGGCTGGTTTGAAAGTATGACGTATTTACAGTTATGGTGAA
GAATCGACAATTGTTCTTATAACATAAGGGGCCAAAAAACTACCGAGGAT
CACCGTTATTGGAAAATATGACCTGGGCTTGAAAGTCAATCATGAAGAAA
CGGACAGTATTTAACTTACTTTTCCCGTGTCGATCGCGGTGGGTAACATT
GGTGGACGAATCTTGACAAGTGACAATTTCTAAGCAAAGGAGTAAAGTTA
GGAGAAGGAACGAGTCTTGTCCAAGTGCTCTGGCCATTTTTGCTCAATAT
GAAATGTGAGGACGGAAGAATTCTCTCCAACATCAAAGTATACGAGTATC
TCAGTTTCAAGCCAGAGATGGGCACACCCGCTGGCCTAGATTATTGTAAT
TAGTCTTGACCAATCCTGGGCAGTCCACTTAGCAGGACCATTCGTGACCA
GCCGTGATTTAACGTATTTTTTTTAGGGTTAAACACTATCACTAGTGTGG
GTGCCACATTTTTACAGTGACCAAACTAATAGGAAAACGGCCCAGTCGCA
CTTCCATTGTGGGGTTTTAATGCGAGCGTCTCGGGAGCAGCCGAGTCAAA
CGGTATTGGTCATTGTCCAAATTTCAAATTTTCACCACATGTTGCTTGAT
CATTGTTCATTATTTGCGACACAGCCGTATTTCTACTCTGCCTGACTCCA
GATGGATGAGCAAAGTGTTGGAAACGAACAGGGTGCAGCAAACCATAGGT
TACCCTGGCTCCAGATGGATGAGCAAAATGTTGGAAACGAACAGGGTTCA
GCAAACCATAGGTTACCCTTTCTCCAGATGGATGAGCAAAGTGTTGGAAC
TGAACAGGGTGCAGCAAACCATAGGTTACCCTTTCTCCAGATGGATGAGC
AAAGTGTTGGAACTGAACTGGGCGCAGCAAACCAAAGGTTACCCTTACTC
CTGATTGAATGAGCAAAATGTTGGAAACGAACAGGGTGCAGCAAACCATA
GGTTACCCTTTCTCCAGATGGATGAGCAAAGTGTTGGAACTGAACAGGGC
GCAGCAAACCAAAGGTTACCCTTACTCCTGATTGGATTGCTGAATTTTCC
TCGCCTGTTGTTGACTGGGGATATTTATTACTTGGGCTGAAAAAAGCAGG
AAAAATTGTCAAAAAAGCGCTGGAATCAGCGGAATAAAATGTCGTTTCCA
GCAAACAGAACTAGCAAATTAGAGTGAAAAAAGCAAATTCACAGGAAAAA
AGACCTGAAAACTGAAAAAAAGAATGGCAAAAATACCAAAAAATGGCCTT
AAAGTGATAAACAGCTACAATAGAGGGAAGTTTCCAATTGGGTAACGAAG
GAAGTCAGAAAAAAATTCCACAAACATGTGTTTTAGAAAAACTTTCACTA
TATTTTGTTAGAATTTAAATATCATTTGCAGATTTAAATTAACGTTGTTA
GATGAATGCAGTTGATAAAATCGAAGCATTTTTTAATTGAAAATAATGAC
TCAATGCTCCACAGAACGAAAAGAAAAACTTTTAGCTGGCTTCAATACAA
AAATGATTGTTATTTGCTGGCAAGTGATAAGATACCATAGAAATTGAGTG
GAACAAACATAATTTTCACCAGTGACCGATAATTTCAAACGCAGCATCAA
GTAAGCAATGAAGATGAACTCAATGCAGTAGCTAAACATTTTTCGACAAA
TGGTTGAATTTTGACGAATGGTACGTTTTCTTTACAAAATATGAAAAATG
ATAAAAATACAATATCGCTAGCCTTGGTCACTTTTAGAAGCGTTGGAAAC
TGACAAAAACAAAAAAATATCACTGAATTGTTATTAAATCTGGCCTGAAT
TCGTTTTCTTCACCAACTAATTCGGACTCTAATTGTAAGTTTTTTCCCAA
TTTAGAAGCATTTTCAATCAGTCATATGCGGAAATCATCCAAAATGTCCA
GAAAAAAACTGATTTCATACATTTTTCATCATTTCCAGCATTTATGGCGT
TTTCCAGCACTTAAGATTATTTCCAGCGAAAAAACGCGAAAAAAGCAGCA
AAAGCTTTTATCCAGCTTTTTAAAGCCCCATTAATCACCATACAGTCCAG
CCTAACTCTTAAAAGAAATACCAATCGGGACACACAGGTTAACCTAAAAG
CTTTCTCGGAGATCGTCTTGCTCACACTTTGTGACAAATTAATGTGAACA
GGGTGGTCAAAGCGTGTGTGTGTAACCGTTTATTTTTTCTACATATAAAA
AAATGGTAAAACTGAAGAATTGTGGTCCCATCAGCATCCCAATACATATT
GTTCTAAGTGATATCTCAGTTTAGTAATTGCCTACCCAATGATCTACTGA
TACGGACGCTATTAAATCTTTGCTAAAGATCTTGGCGTAAAGCTTCCTCC
GACGCTAGTTGGTCTCTCAACCTATTTACAGGTTTAGGCTAGAGTACCTG
TATTACCAGAGTAAAGCAACCTCGCTCCTATGGGAGTTTTATCAGCAGAC
TGAAAAGTGCGCAGCAAATTCAAAATCGCCAAGAGAGGGGTATCTCTCTC
AATTCAACAGAGGAAAATGTCTCCGTTGAAACATTGGATTTCTAACTTCC
TATTTCAAACCCTATGAGAGGTCAGCAACTAGCTTGAAATGTATTCCTTT
TATACATTAACCTTTAGAGATGAGTTAAATCTGCAGAAAACACTAACCTT
TTAAAGTCAGTGAATGAATCAAAAGTTATTGACTTTTTAGAATTAGTGAT
CTTGTTACAAGTGATTTCCTTTCAGAATTAGTGATCTTGTTACAAGATAT
TTCCTTTCAGAATTAGTGAACTTTTAGAAGCTATTTACTATTAGGAATGT
GAACTTTTAGAAGAGAGGGGTATCTATTTTTGTAATAAGTTAATTTCCTA
GAAGGTATATTTTAAGAAGCTTTTTGCTTCTTGGAAGACATAAGAATATA
GTTATTGCAATCATTTTTTGAATGCTTACACCTTTTAAGAGATAGTTTAG
TTCTTAGAAAAAGTTAATGAAAAATTTGAATGATGTTTAGAAAGATTGGA
GTTTTAGCACGAAATAATAGATTCACAGTTATAAACTTGTTTAATTCAGT
TCTTAAAGCTTTTACCTAATTAGAAGCTATTAAATGCCTAGAGCGCATTC
ACCTTTTATAATGTTTTAACCTTTTAGAGATTTTTTGCTCTATACTAATC
AACTGTACTGGCTTTTAAATGTTGGTTTATTATTAAATTTGAATACATTG
TTAATGTGAAGTTTACCCGACCTATACATTATAAACTTTTTATCATTGAT
AAATCTCACATGGTTGCAAAGCATTCTGACACTCTTACCAGCCATGTGGG
CCATAATAATGCATTAACAGGAAGCCTAATACTCTAGTTTTAAACTTATT
TGCTAAAGTTCGAGTTTAGCTTCAACTCTTCTTTTGATTGTTTCGTGTGC
AAATCATTGATATTAAACTTTCCATTTTACAAGAAGTTTTGATTCCATTT
GCATTCCACATGAATCCCAATTTCTGTTGGGGGAGGAATTTTCCATTTAA
ATCACAACTTGAACGAGTTACATCTTAGTGGGCAAAAGGTAGATCAGTGA
ATTAAACATGCTGGAAGCAATATATTCATACAACAATCAAATCCAGCGGA
CTGAATTGATTACATTATTCCCCTCATGAGAAATAATGAAGATTTAGCAC
ATATCTGCTTTGCCTGCCCTTTGGTTTTTGGGAGTTTTTTTCAGCTGACA
CCCTACAGGGCCGACTGCCCAGGCTGCTTTACTCTGGTAATAAAAGTACT
CTAGTTTAGGCCATCGGTAGTTTCCTTCCCAACCTCAAGCAACCTCACGG
TTTCGTGTCTGCTGATGGGACCACAATTCTTCAGTTTTACCAAAAAAATA
GGTTTATTTGCCCCAGAGTCAACACTTAGCACACGAATACTAGTCAATAG
TAATCACCCTCTTTAATAAGTTCAAACAAGTGACCATTTTGCCCATTTAT
TTCTGATGTTTAAATAAACTGTGTAGGTGTGTTATCGTTTATTTCCTACA
TTTTAAAAAAAGTTTATGCCCGGGAGTCAACACTCGGCCAACGAATGCTT
GTCAATAGTGTTAGGGTGATTTGTACACATTCAAGTACCTAGTTCTGAAA
AACAAAGATTCAGAAAACATTATTACGGCAAACTGTACAAAACCAACCAA
CTCAATAATTATAACACACAAAAAAGTGTAAAAGCCTCTAAACAAATCAA
AAAATGTTGGCAGAGCAAAACAAAAACACGTGTAAGAGCCAATACAGATA
AAAAATGGTTACATAACTAAACAACACAAGTAATTTAGCTGAGTTCATGA
GGCAATGTCCACCACACGAAATGCGATTGCAGCAAGGCACTTAGAATCAA
AGCCTTGATTTTATTTTGAACCTAATGAGCCTGGGACAAACTTTCACCTA
TGTTGGCGAAAATATAGTGGATGTCACACAAAAAAATATTACATGCAGGG
CGCGTACGGGGTTTCGTCCTCTATAGAGGACAGTGAAAAATCCATAATAG
AGGACAAATAAGGAATTTTGGAACAAAAATAGAGGACACCTTTAGTACTT
TTTTGATACAAAGATGTCATCTTTACATATCAATGCCCCCCTCCCCCATC
GTTCGATATTTCGCTTGCAGGGCAACTCGTTCACAATAGTCCACTTAAAA
AAAAGCTGTGTCAATGCTCAGCACGTAAATTTGGTTTAATTTAATCTTGT
CAAGTTTATATTTTTTTATGTTTCACGCGAAACTTTGGTAATTTTTTCCT
AACTTTTTTTAACTTTTCTAATATAGTCTGGCGTGTCTGTCCAACAATAA
AAAAGTGTTGCCAGTTACGAAATAAATGTAAAAAAATAAATTTGGTTGGA
AGCAGAATGGGGAAAAATATATTTTCGATAGGGATCACACTAACACGCTG
TCAGATACAGTAAAACAAATAAATGACCACAACGCATGTTTACAATTTTG
TACTGAATCTTGCCAAAGGCACTCACAGTTATGTCCGTTTCACAAATTTT
GAATTTTTGACGTATTGTCAAGTAATATTCGACATTTTTAAGATTTTTCG
AATTATGAACCTCCATTTCTTTTCTGACCCAAATAATTTTCGTTTTCTTT
CGATATATCTGATTTAAACTCCATTCACATATTTTGCTTCTTTCTTTAGC
AGGCAATTTTAAAAATAGTCATAGAATAAAAATNNNNNNNNNNNNNNNNN
NGATACCATGTCAATTTAATGCCTGAACCACAGGACGTAAATCAACCAGA
GCCCGATGGAATTAATGGTCATTCATAGGCCCTGGATTTCAAGGCGAATC
GCATGGAAAAATTGTTTAACCTAAAAAATAATAATTAAAGACACAGTCAC
CAAAAATCTAATTTTCGGCCAACGATCACCTGAATCAATGTTTTTCAGTA
AACATGTAACATCTAAAATCCGTTTTAATAGAATTTGGCGAATATCTGAT
TTGAAAAAAAATACAGCACGAGTATAACCCAAATTTGGATTGCCAACCTG
CTCTGCCGAAAAATTGTTTTTGCTATGCCAGGATCAAGTGGGCGTTTTTA
CCTTGTCGGTTGGTCCGGGACTCATTTTTTATGTTACAACAACGAAAATA
GGACGCATCAGTTTTATGTGAGGGCCAAAAAATCACCTTATTGGTGATAC
TGTATTTGGTCACCTAAAACACTCTTTGAACGGTTTTCATCGCCTTCAAA
TCCGGGTCCTAGTCATTCATGGCTCCAAGTGATACAGTTTTTGATCACAT
TTATCTTTTAATCTGTCGTGTTGAGTACACCTCAATGATAAGGACCCAGA
AGGATAACTGGGTTACACCTTAGTCTGCTGAGGTGATGATCATTTGAATT
TGGTTTGAAAAAGTCTTATATAATCTTAGATAATTAGATAATCTTTGGAA
TGTGATTTGTTTTTGGCTCGGCCCAGCTCCTAAGCCCCTAAGGAATACGT
AAAGAGTGCATTTCATTTTTCATAGTGCATAGCCAGTTGCTATGGCGTTT
GGGTCACTTTTCACAAAACCAGCCAAACGATTTTTCCCAGTTCCTGGAGC
AGTTGGTGTCACACAAAGAAGATAAGCTGCATTGGTGTAAAGGCTTACCT
CCAGAGATGCATACATTTTGCTCCAACTGAGTAGGTGTAATCGAATTGTA
ATTCTAGGTATTTTTTTAAATAGGTTTACGCCCTGGAGTCGACATTTGGC
GAACAAATGCTAGTCAGTCGTGTTGGGGACTTTTATAACAAAACAGTACA
CAAAATGTAATGGTAACACCCTCTGAATCAGGACATCTGGAGCGAAGAGT
CTTGTCCGGCCTGGGGCGTAATGAAGGGTAGTTAGAACACTCCAATACGG
GTCGTTGGACCAAGTGCCAAGACACCCAGGTACAGGGCATGTAGAAGCAG
GCATCTTTTGAACCCGAACCTCACACGTACAAACTATGCCTAACTAAGGT
ATATGGCTTGCCCATTTATGGACGGGTCCCACGGAAGGACAAGTGATCCC
GTGAATGGGAACATGAAGCAACTCCTTGACGACCTAATGCGTCTTTTCAG
CAACATACGAATATCTGACTGATGTGCATGTATTAAATTGTCCGAATTCA
CTGGCATTCTGTTCATTAACCAAATGTGTGCCAGAGAAACACTGAAGGAA
CTGATCCGAGCCAGTTAAGCCAGTTTACCCATAGCCCAAATGGTAGAACC
CTCCTCATACCATCATACCATGAGTCTCCACTCCGACACTTCCCCAAGTG
CCTCAGTGCTTCCGCCCTCTAGCTCTGGCTTAGACACCCGAACCATGGTC
AAGCTCTGGAACCGGGCCATCGCCCTCAGAGCTAATTCGTGTAACAAACC
CCATGATATACTGTATTAATAGACCAGCTCCCATTTTAACCTTCACTTGG
CCCATCTTAACTTTTAAACTATAACCCATACGCCGTTATTACAAATTGTA
TTATACTGTACTGTATGTAAGCTCACAGGCTAATACATCACCAAGTTGGA
TGTCATAAAAAAATGAGCTCTGAAAATGCATATTGCTTACATACCCATGA
TGCCCATGTTGTGTAGCTTTTACAGTGTAAGGGATATTTTGTCCCTGAAT
GAACAATGTCATGTGCACTTTTTTGTACTTTATGCCACATCGTAGCAGGG
GGTTGCCTCTAGTAGGATAAAAAGCAAAGTGTTGTATTAATCCAATGTAA
ATGTCTTATGGTTCAACAGATCTTGCATCCGACTGATCATGGTGATGAAA
TAAATTGATACACCAATGCAGGTTTTTGAAGGTTTATTTTCGCGATTCCT
AGAGTGAAAACCCAAATTTTTAAAAAAAAGGTGCTTACCCACCGGCCTAA
AAGGGTTCCGGCATTGTGAATGGCAAGTGATGCTGACAATGGCAACACAC
AAAGAGAAATCGGATCCTGTACACAATTGAACACTCACTTTAAGTGTATC
TTATTTTTAGGGGCACAGGTGGAAATCGGAATGGAACCTGCTTCACTGCC
ACTGAGTGTTCCGAGAAACGAGGGATTGCCGCTGGAACATGTGCATCTGG
GTAAGATCTTTCACTCCAATACGAGGGCTCTGCCAGCTCTGCCAGCTCTG
CCAGCTCTGCCAGCTCTGCCAGCTCTGCCAGCTCTGCCAGCTCTGCCAGC
TCTGCCAGCTCTGCCAGCTCTGCCAGCTCTGCCAGCTCTGCCAGCTCTCG
ATTCCAGAACTCATCTGTTACGCGTCAAATCTTGTGTATGATTTCATTTT
TATTAAATAGACGCCTTTCACATTTCCCCTGTCTTGCTTAAGTTAGAGAG
CCTCTAATCGCGCAGAGGAGCGATTTCTTCCCATTTGAGTAAGAATCACG
AAATGAACGCGGACATATTGAGGCGAAAAACCCTCACATCGTTGTACCAA
GTTCCTTTCAGCCTAATCATAGGCAAAGTAAGGCTTCCTTTATAATCATT
AGGTATTCCAGAAGTAAAGCTTCCAGGCAAACTTAGACTTGGCTACAGAT
GGGTTAGCTTTAAGGGGATTGGAAGATGTCGCTTTTCTGTTTGCTTCGAC
TCCTTAAACATACCCATACCGTTAGTTTCCTGGCACGACTTTTTCTGTCC
ATGCTTTTTTATTTTTTGATTTATTTACTGCAGATAGTTCCTCACAAAAT
TGACTCTATTTGGCTTTTTGCACCCAATGTCATTTGTTCTTCAACATGAT
CCCACATTGAACACAATTGTTGCAAATCATCATGCTCATGGTCCAATTAC
ATATAGACATGTTTAGTCGTAAACATCCTGAACCATTCTTCGTAGTTTAC
TCAAAGAGTACAAACCCCTATTTTCAAAGCTAAATTTTCCCTTCCCTAGC
TTTGGAGTGTGTTGCTTGTTCACCATTGAAGGCTCCGGATCTTCAACGTC
AAGAAATTGCACCTACATTCGAAATCCCGGATTCCCAAGTGCACTCGCTG
ATACTGGGTCTGTGACTTATACCATCTCAAAGTGCTCTTGTGGTAAGGAA
TCTATTGTAGACTGAAAAGTGCTTTCGTGTATTCCTCATTGGAAAATGTT
TAGAAACTTGGATTGCACTTACTCAAGAACGGATTCCCTTCTAGACGTTT
GCTATTTGAGGTTAGATTTTGAGTGCTTCACCACACTTGGAGTCTCTCAA
TCTGATGAGGTCGACAACGGAGGAGATTGCACTGATCAATTCACCGTCGG
AGTAAGTACTCTTCATTCTACTGTGGTACATACTCTTCTCCCGAGGTTGG
AATCACTGGTTTTCTTCACATTGGGATAACTATTGCTGTTCCTAAAAACG
CAGACTTGTAGGCATTCAATTCGAGAACGTATTGTTGCAAGCCTAGAAAA
AATACACGATTGTCTCACACTGTGCAAGTCTTTGGGATTTAAACAAGACA
GATTTATAAGCTAATCAGTAGGTATGTAACATTGAACAGGGGTCAATTTA
TCACCATTTTGCGTTTGATACTTGACCCATTCGGCAGGGGTTTTCACCAC
CTCAGGGTCTGAAAAAAACTAACTATCAAGACATGCTCTTTTTTATTTTG
CAAAAGAAGTTATTTGAATGCTTGAGCCAATGTCTCAAGATATTATCTAC
AAAGTAGGAATCAATATCCCATATAGTTTATTTAGGGATGCCATGGTCAA
AATTGTCTGATAAGGCGGAAAATTTATATGATATAAATAATCAGAAATGA
GCCTAACAAGCCCTTCCTTTCAGTAGCTAAGATTTCCCTCAGCCCAAATT
GTCCAGGTCTTGCAAGTAAAGGTATGTACTGAATTATACCAGTATCGACC
GGGAGAGGCAGATTTTGATTTTTTTCTTTTTTCTTTTGCATGAACCCAGA
GTTGGTTGGGAAACCTGTCTAGTGTTATCCTTTAACGAGATGTCTTCCAA
TGGTGTTAAGACTACCTTGCCCTCAATATACCGGGTGCGTCAGTGTCCCT
CAGACACTTTGTAAATGCTAATTTCGACGCTTATAGAGGACGGGGGGGAC
GAAAAAAGTACTAATAGAAATTTAAGTTTGGGTGTTTGCCTACCTTTATT
TTTCAAAGACTCCCCCCTCTGCGGCGACACACAGCTCGCAGCGGCGGCGG
AACACGGAGCACGTGCTGATGAGGTACTCCTCCGTCATGGAGGCCTACGC
AGCCTTCACTGCGGCCTTCAGGGACTCTATATATGGGATGGTCCTGTTGG
ACACACTCTCCACGTGCGTCCAGACGCTGTAGCCCAGTGGGTTCAGGTTT
GGCGATGAAGGAGGCCAACAGCCTTTGGACCAGAATCCACTGGATCCGAG
TCGACGCTCGATGTAGCTCTGACAGCATCTGTGGTGTGAGCTGGAGCACC
GTCTTGCTGCCAAATGTAGTTCCCCACGCCGAGGGTTGCGTCCAACACCG
GGAAGACCTTGTGGAAGAGGATGGACTTGTACTCGGTGGCCTTAAGGATC
CCTTTTACCCAAATCGGCGGAAGTTTGACGCCGTTGAACAGACAACGCCG
AGCATCATCGCCTTTGCCGGGTGCTTGGACTTCGGGATGTACGTACCTGA
TTGTAGTATGATCTGCTCTGCTCAGATTGTGTCTGTCTTCCCTTCTTTGC
TCCTCCTCTGCTTATCAATAAACATTCTAGTTATACCTCTCCACGATGCA
ACATGGCGTTGTGAACAGGATTCCGCACAAGTCTGTTCGACGAACTCCGA
GTCGAGACGATGGCTTTGGATTGAGGACGACGCTCCTCACCCAAGTCGTT
GGAGGATTTCCTCCCGTCCAGGAGTCGTGCCTCGTGATTGTGGCTTTCGG
GTCGCCACCCTCTGAGGGACCATTGGGTCGCCACCATCTGTGGGACCATC
GGGTCGCCACTCTCTGTGGGACCATCGGGTCACCACTCTCTGTGGGACCA
TCGGGTCGCCACTATCTGTGGGATCATCGGGTCGCCACTCTCTTTGGGAC
CATTGGGTCGCCACTCTCTGTGGGACCATCGGGTCGCCACTCTCTGTGGG
ACCATCGGGTCGCCACTATCTGTGGGATCATTGGGTCGCCACTCTCTTTG
GGACCATTGGGTCGCCACTCTCTGTGGGACCATCGGGTCGCCACTCTCTG
TGGGACCATCGGGTCGCCACCATCTGTGGGATCATCGGGTCGCCACTCTC
TGTGGGACCATCGGGTCGCCACTCTCTGTGGGACCATCGGGTCGCCACTC
TCTGTGGGACCATCGGGTCGCCACTCTCTGTGGGACCATCGGGTCGCCAC
TCTCTGTGGGACCATCGGGTCGCCACTCTCTGTGGGACCATCGGGTCGCC
ACTCTCTTTGGGACCATTGGGTCGCCACTCTCTGTGGGACCATCGGGTCG
CCACTCTCTGTGGGACCATCGGGTCGCCACTCTCTGTGGGACCATCGGGT
CGCCACTCTCTGTGGGACCATCGGGTCGCCACTCTCTTTGGGACCATTGG
GTCGCCACTCTCTGTGGGACCATCGGGTCGCCACCATCTGTGGGACCATC
GGGTCGCCACCATCTGTGGGACCATCGGGTCGCCACCATCTTTGGGACCT
CGTTTTGGTCAGCCGCGCATCCGCGAGACCTCTCTCGCGCATCAGCTGCG
ACCTCTCCCGCGCATCAGCCGCGACATCTCCTGCGCGTCAGCCGCAACCT
CCCCCGCGCATCAGCCGCGACATCTCCCGCGCATCAGCCGCGACATCTAC
CGCGCATCAGCCGCGACATCTACCGTGCATCAGCCGCAACCTCTCCCGCG
CATCAGCCGCGACATCTACCGCGCATCAGCCGCAACCTCTCCCGCGCATC
AGCCGCTCAGATTGTGTCTGTCATCCCTTCTTTGCTCCTCCTCTGCTTAT
CAATAAACATTCTAGTCATACCTCTCGACGATGCAACACTGATTGAGGGG
TCCGCCGCCGCAGGGGACTCGGCCAGGTACCTTGTTTTCCTCCTGTTGTG
GTACTGGTCCACATGAAAGTTCTTTTCATCAGAAAACACCAACACTTTGC
CGGCGCCTGGGCCCTTCAAAAAGTTGAACTTTTTGGCTCTTTCCAGACGT
TTTGCTCGCATCTGTTGGGTCAGGGTCTGGATGGGAGACGGGACCAACGA
TTGGAGCCCCAAATCGACCTTCACGCACCTCCTCATCGTGGCCACGGGCG
TGTCAAGGTCTCGGGCCAGTGCTCGAATGGCAGTCTTTGGATTTGGCACT
GCCTCCGTTTTCCCGTTTTTTAAACCCTCCAGTCTCGTTGTACAATTTCT
TGGCCGTCTAGACGGTCGAACGGGCGATCCCGAACCACTTTGCGATGTCG
GTCGGCTTGTCGCCGGCTTCCAGCAGCTCGACCACTTTTTCGCGAATCTT
GTCCATCACTGATTATTTTGGGAACCAGAGGAGGAACAGCTAGCTTTATT
TTACAGAAGTTATACATCGATACCCTCAAAACCTTTTATTTTTTAAAGCG
AAACAATTGGTTAACTACCAGTTGAGATATATAATTTTTAAAAAGTGTCT
GAGGGACACTGACGCACCAGACTACTGTAGACTATTCATAAGTTCACTGA
GTAGGGTCTGTTAGGTCGTAGATTTTGGGAACTCTAACTGGAAGCATCTT
CACTCGTATATCGTTTTATTATCAACTGTAGAAAAACCGGAAGAGGAAAC
GGAGGCGAAACAAGTGGGCAAACCGGTGACAGAACCGGTTTCAAAACATT
TAAGAATAGAGGCGATTTTGTCCGTTCATCAACAAAAAAGAAACTCTTTA
GAATAAGGAATACTAGTTTTGCAAGAGTTTCATAAATATGAGACAGGTCA
AGCTTTGAATAAAATGGACAAAATTGAAGCATGAGAGGGACAGAGAAGGA
GAAAGAAGGACAGAGAGGGGCAGAGAGGGGCAGAGAGGGGCAGAGAGGGG
CAGAGAGGGGCAGAGAGGGGCAGAGAGGGGCAGAGAGGGACAGAGAGGGA
CAGAGAGGGACAGAGAGGGACAGAGAGGGACAGAGAGGGACAGAGAGGGA
CAGAGAGGGACAGAGAGGGACAGAGAAGTAAACAAACAGGAGGGGTCTTG
GCAATCAGAGCTTGGGTTTGGCATGTATGGGGCGGTATGTTGCAAAATGC
GGTATACCAACGCTAATTAATGTTTAAATGACACTCACGAATGAATCTTG
TTCAGACAGGTATACAGCATTACATAGGTCAGTCTTGTGTATATCCCGGC
GATAGATGGCCAGTGTGACCACTATTGTTCGTTATGTTTACGATTGAATC
CGAAAAGAGTACCTTCATGTAACAGCATATTATGTTCCAAATATTGGAAC
TTGAATGTGTTTTATACTTGTAAAAAATGTCTCGACTGGAGTGCCTAAAG
GTCGATTTTTATTTATTGTACTATCATGGCAAACTAGTACAGTGTTGATA
TTTACTACAAAGTGATTCTTGGTAAATCCAATCCGCTAACCACACCATCT
TATTTGCTGATATTCTAGGCAACGTCGAATGAAAATCTCCCAGTCATTTG
CGGTCAAAACACTGGTCAACACAGTGAGTCACTCCCATCATTGATTCTTT
TTTCTTTTTTCACGGAGGGTTCTCATTACGTTTGATTTTAGTGTATGTTG
ATATGGGAGCCAGTTGCTCAGATACGGTGGCTTTGAACTTTGACTTCATG
GGCTCGTCGAGCCTTCGAATATGGGAGATTAAAGCCTCTCAAATTCCATG
CGGTTCGAAATACACGTGAGCAAGACCATGTGGCATAACTTGACTGGCTT
GCCTAAATTCCTGTGCTGACAATCCCCGATTTCAGACCCCCGGATGGTTG
CCTCCAATACCACACAGAATTGGATGGACGGTTGACCACATTCAATTTCA
TTCCAACCAATGATAACCATTTGGCCAACCAACAGTGA
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Synonyms
The feature 'hypothetical protein DAPPUDRAFT_311633' has the following synonyms
Synonym
Tk03142
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