hypothetical protein KGM_18655, maker-scaffold521_size146803-snap-gene-0.14 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein KGM_18655
Unique Namemaker-scaffold521_size146803-snap-gene-0.14
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein KGM_18655 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: 283.493 bits (724), Expect = 4.199e-89
Identity = 142/236 (60.17%), Postives = 172/236 (72.88%), Query Frame = 0 
Query:  196 NREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVCLDTFDVTTNT--GSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNT--QGHPNGCGCLQYHTGLTGRLTTFNF 427
            +R+GK  SLF++VQFKN+ CRS+STIS GG+GST+RNGTCY   ECT KGG  AG CAAGFGVCCVFLVS+SG+TI +NC+Y  NP FPNAY  ++ VSY I K    +C LRLDFESF+  G  ++ EVD        GG C+DTF +TT+T    ++PTICGQNTGQH+Y+DIGN  SDTAQ+ F F G S  R WEIKV+Q+ C+      P   GCLQYH GLTG+LTTFNF
Sbjct:  298 DRDGKFLSLFSIVQFKNEACRSTSTISNGGSGSTSRNGTCYTDVECTNKGGLAAGQCAAGFGVCCVFLVSSSGSTIRENCTYXTNPGFPNAYTGSTAVSYTINKAHIDICKLRLDFESFTTNGPSSSEEVD--------GGKCVDTFMITTSTLVDQSVPTICGQNTGQHVYIDIGNGESDTAQMRFNFMGDSGVRMWEIKVSQLKCDAPFSAPP---GCLQYHEGLTGKLTTFNF 522
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BLAST of hypothetical protein KGM_18655 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: 193.741 bits (491), Expect = 1.950e-58
Identity = 110/223 (49.33%), Postives = 135/223 (60.54%), Query Frame = 0 
Query:  202 FSLFNVVQFKNDGCRSSSTISGGGTGSTN-RNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC---LDTFDVTT-NTG----SNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNT-QGHPNGCGCLQY 414
            FSLF+VVQF+N       T+   G+G++  RNGTC ++ EC  +GGS    CA+GFGVCC F +   G+   +NC+YI+NP FP  Y   +  SY IQ+C N+VC LRLDFE F+      T E D        GGVC    D F V   NTG    S IP ICG+NTGQHIY+DIGN   D+A LNFAF     +R W+IKVTQIPCNT    P G  C+QY
Sbjct:    1 FSLFSVVQFRN-------TVCAIGSGASRIRNGTCLKQSECADRGGSGRANCASGFGVCCFFAIQTCGSVARENCTYIQNPGFPTPYRVLTPCSYTIQRCSNNVCRLRLDFEMFTTFEPAGTIETDD-------GGVCNPRWDQFSVQNLNTGNPMNSIIPVICGENTGQHIYIDIGNQDGDSASLNFAFRQEQRDRVWDIKVTQIPCNTIDDPPAGHCCIQY 209
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BLAST of hypothetical protein KGM_18655 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: 176.792 bits (447), Expect = 1.681e-51
Identity = 97/235 (41.28%), Postives = 137/235 (58.30%), Query Frame = 0 
Query:  197 REGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYD--STSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVCL-DTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNN-RQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNF 427
            ++ K FSL N+V+F N  C + S+     T   +R+GTC+ RDEC   GG + G CA+GFGVCCV  + + G TI QNC+Y++NP FP+ +     +  SY + +  + +CS+RLDFE+FSI              P+   G CL + F  T+ TG  +P +CG  TG H+Y+  G ++   A     F+ ASN  R W+IKVT IPCN+   P   GCLQY+TG T ++  FNF
Sbjct:   26 KKQKYFSLLNIVRFANQKCTTQSS-----TPLASRHGTCFTRDECNNNGGLIDGNCASGFGVCCVLTLKSCGGTITQNCTYVQNPEFPSGFTLGGNTMCSYTVPRNMDGICSIRLDFETFSIRQ------------PVQ--GNCLNENFMATSPTGLVLPVLCGTLTGSHMYISSGTVSQTAASFKINFDPASNAVRSWDIKVTMIPCNSMTLPPD-GCLQYYTGTTAKIQNFNF 240
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BLAST of hypothetical protein KGM_18655 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: 157.918 bits (398), Expect = 9.443e-45
Identity = 95/246 (38.62%), Postives = 137/246 (55.69%), Query Frame = 0 
Query:  197 REGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDST-SQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTA-QLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQ 439
            ++ K  SLF++V F++  C S+           +RNGTC    +CT   G  +G CA+GFG CCVF     G+ + +N +YI +P++P+   S+ +Q  Y IQ    ++CSLRLDF+ F + G     E++        GG C LDTF +    GS +P ICG NTG HIY+D+ + A  +  +L F F G    R+W I  ++I CN  G     GCLQY+   TGR+ TFNF     +HLA+Q+
Sbjct:   22 KKDKFLSLFHIVTFQDFICPSALD---------SRNGTCLSAQKCTTNSGIPSGKCASGFGTCCVFETQTCGSKVLRNMTYITSPDYPSMIKSSLTQCDYRIQAEMKNICSLRLDFDRFEVRGPPGRNELN--------GGACSLDTFVIQGTLGS-VPVICGLNTGAHIYLDVNDNALKSGIELKFQFKGXG-QRRWRILSSEIECNNPGRARP-GCLQYYFESTGRINTFNFNAMGSSHLASQK 247
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BLAST of hypothetical protein KGM_18655 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: 155.992 bits (393), Expect = 2.227e-43
Identity = 86/168 (51.19%), Postives = 103/168 (61.31%), Query Frame = 0 
Query:  277 YIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVCLDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQQV 444
            YI+NPN P A   TS  S+ I KC   VC  RLDFE FSI G  +T E +        GG C DT  VTT TG   PTICG N+GQHIY+D+G + +D+A + F F GA  NR ++IKVTQIPCN++  P   GCLQ+HTG  G   TFNF      HLA+Q   QQV
Sbjct:  107 YIKNPNSPAALTDTSPCSFTINKCAPDVCDFRLDFEMFSISGPSSTDETN--------GGECRDTMMVTTPTGQRTPTICGSNSGQHIYIDVGRMPTDSASIAFQFMGAF-NRMFDIKVTQIPCNSESAPPN-GCLQFHTGTAGMFETFNFDGPLQQHLASQT--QQV 262
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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000004323 (supercontig:LSalAtl2s:LSalAtl2s227:164788:172918:-1 gene:EMLSAG00000004323 transcript:EMLSAT00000004323 description:"maker-LSalAtl2s227-augustus-gene-1.21")

HSP 1 Score: 138.272 bits (347), Expect = 2.416e-37
Identity = 93/252 (36.90%), Postives = 138/252 (54.76%), Query Frame = 0 
Query:  197 REGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYD-STSQVSYNIQKCDNSVCSLRLDFESFSILG---TGNTAEVDSSLLPLDPGGVCL-DTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNG-CGCLQYHTGLTGRLTTFNF------LPTNDNHLA 436
            ++GKV SLFNVV F ND C           G+  RNGTC   +EC  + G+ +G+CA+G+GVCCVF++   G+  + NC+YI   +  +A   S +  +Y + + ++ VC LRLDF + +IL     G      +++      G C+ DT  +++  G   PTICG N+GQHI VD+ +L  +    N +  G++ NR+W IK TQ  CN      G  GCLQY    +G + +FNF      +P  +N LA
Sbjct:   29 KDGKVLSLFNVVTFPNDVC----------AGNGARNGTCLPANECASQQGAASGSCASGYGVCCVFVIQ-CGSMSSANCTYIEQTSISSAGSLSQNPCTYRLCRNNDDVCRLRLDFVT-NILAQPFMGTAVANAAAVGVGGSIGDCIDDTMTLSSPGGQGSPTICGLNSGQHIIVDMSDLGCNELTFNLS-PGSNANREWNIKATQFVCNDNDGVGGPPGCLQYFREPSGTVASFNFDTSSTAIPEANNVLA 267
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BLAST of hypothetical protein KGM_18655 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: 142.895 bits (359), Expect = 4.506e-37
Identity = 97/259 (37.45%), Postives = 141/259 (54.44%), Query Frame = 0 
Query:  197 REGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQ-VSYNIQKCDNSVCSLRLDFESFSILGTGNTA----EVDSSLLPLDPGGVCL-DTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQ-LNFAF-NGASNNRQWEIKVTQIPC---NTQGHPNGCGCLQYHTGLTGRLTTFNF------LPTNDNHLANQ 438
            ++ K+ S+FNVV F N  C          TGS ++NGTCY  DEC  +GG+ +G+CA+G+GVCC   +S  G T + NC+YI   +F +     S   +Y I K  N +C +RLDF +F+I     T        +++      G C+ D+F  T+      P ICG N+GQH+ +D    ASD    LNF   + A+ +R W IK TQ  C   ++ G P   GCLQY TG TG++++FN+        T+ +HL+NQ
Sbjct:  339 KDEKLLSIFNVVTFPNTFC----------TGSASKNGTCYTADECETRGGTASGSCASGYGVCCXITLS-CGGTSSDNCTYIEQSSFTSTSSLNSNPCTYTICKNSNMICRIRLDFTTFTIANPFTTPVGADAAGTTITNAGATGDCVTDSFSFTSPGSRGSPVICGANSGQHMILD----ASDECNVLNFNIGSSAATSRSWIIKATQYTCGDYDSLGGPP--GCLQYFTGTTGKISSFNYPTSETTTTTSSSHLSNQ 580
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BLAST of hypothetical protein KGM_18655 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: 133.65 bits (335), Expect = 9.654e-36
Identity = 85/219 (38.81%), Postives = 113/219 (51.60%), Query Frame = 0 
Query:  232 NGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFP--NAYDSTSQVSYNIQKCDNSVCSLRLDFESF-------SILGTGN----TAEVDSSLLPLDPGGVCLDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFL--PTNDNHL 435
            +GTCY   EC  KGG  AG CAAGFGVCC+F+V   G+TI++N SY R+P FP      + +  ++ IQ+C +++CS+RLDFE+           G  N    T    S   P  PGG+C D                   +GQH+YVD     + T  ++ A   A  NR W IKVTQI C+    P   GC QY TG +G + ++NF     ND HL
Sbjct:    2 DGTCYSSSECAEKGGRAAGNCAAGFGVCCLFIVDTCGSTISRNNSYFRSPGFPTAFTVTAATACAFTIQRCQSNICSIRLDFENLIXSEPADGACGANNFDKITITSPSGFSPPGPGGLCGDGL-----------------SGQHMYVDTTLAGAVTFNVD-AGTAAIANRAWNIKVTQIACDDMNRPPQ-GCTQYFTGPSGSIKSYNFDGGQINDGHL 201
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BLAST of hypothetical protein KGM_18655 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: 132.88 bits (333), Expect = 1.714e-34
Identity = 89/215 (41.40%), Postives = 118/215 (54.88%), Query Frame = 0 
Query:  230 NRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILG-TGNTAEV--DSSLLPLDPGGVCL-DTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQG-HPNGCGCLQYHTGL-TGRLTTFNFLPTNDNHLANQ 438
            N NGTCY  DECT +GG+ +G CA+G GVCCVF  S  G T  +NC+Y    N P+      Q    I  C +++C LRLDF +F I G + NT  V  +++L  +     CL DTF VT   G++ P ICG N+G+H+YVD    +    +L F   GA+  + W IK+TQ  C+     P   GC QY  G  TG + T+NF      HL NQ
Sbjct:  105 NTNGTCYTTDECTARGGTPSGDCASGXGVCCVFTFS-CGQTSAENCTYFIGQNVPDG-----QCRLEICPCSDNICQLRLDFTTFDITGPSTNTISVGKNAALKEVTNEQRCLTDTFAVTNPGGASPPVICGMNSGEHMYVD---SSEQCNELAFNLQGANARQMWNIKITQFSCDFDNLAPE--GCTQYFFGSNTGIVKTYNF--DGGQHLDNQ 306
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BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Match: EMLSAG00000002101 (supercontig:LSalAtl2s:LSalAtl2s1395:30727:32553:-1 gene:EMLSAG00000002101 transcript:EMLSAT00000002101 description:"maker-LSalAtl2s1395-augustus-gene-0.19")

HSP 1 Score: 130.954 bits (328), Expect = 3.569e-34
Identity = 102/297 (34.34%), Postives = 141/297 (47.47%), Query Frame = 0 
Query:  153 LIFSTLTLVVLALVNADPEPRRSSKVASDFKNHEEIQNKPNLGNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVCLDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGAS-NNRQWEIKVTQIPCNTQGHPNG-CGCLQYHTGLTGRLTTFNFLPTNDN---------HLANQ 438
            +IF     V +A+V +D           D + +EE Q+      R GK+  LFN+V+F+N  C           G+    GTCY   EC  +GGS  G CA G+G+CC F      +  ++N +Y+ N N      S    SY I K ++ VC LR DF  F++     T   + S +    G    D F VT+  G + P ICG NTGQHI VD    + D     F       + R W ++VTQ  CN +  P G  GCLQY T  TG +++FNF P+N+          HL+NQ
Sbjct:    6 IIFCCQVFVFIAVVGSD---------LVDDQEYEEAQS------RGGKLLPLFNIVRFQNKPC-----------GAGPLRGTCYTDKECNSRGGSNGGPCAGGYGICCTF-TPECXSQSSENLTYLTNNN-----PSAGPCSYRICKNNDWVCRLRFDFIDFTMAQPVLTRAGEGSSI----GDCTTDQFSVTSANGGS-PVICGTNTGQHIIVD---ASQDCNVATFVVGPQPFSGRSWNVRVTQYSCNDESSPGGPPGCLQYFTEPTGVISSFNF-PSNEKNANTFGTPTHLSNQ 261
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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325303738|ref|XP_023333450.1| (uncharacterized protein LOC111705205 [Eurytemora affinis])

HSP 1 Score: 180.259 bits (456), Expect = 7.768e-48
Identity = 105/275 (38.18%), Postives = 151/275 (54.91%), Query Frame = 0 
Query:  179 ASDFKNH---EEIQNKPNLGNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-------LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPC--NTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNF 441
            A + + H   E+  N     NR+ ++FSLFN+VQF N  C S  T+           GTC+   ECT KGG+ +G+CAAGFGVCC+F  S  G T + N +YI NP FP  +++    ++ + KC   +C LRLDF + S+ G     +           G C        D+  VT  TG N P ICG NTG+H+YV++G+LA+D+  L F+  G +N+ QW I+V+QIPC  N +   N   C++Y TG +G +T++ F     N L   QN+
Sbjct:   65 AGEMQGHIVGEKPANNSAGWNRKERIFSLFNIVQFPNLACNSLDTVF--------PVGTCFTTSECTSKGGTTSGSCAAGFGVCCLFKSSTCGGTFSNNMTYITNPGFPATFNTAGTCTFTVNKCQADICQLRLDFLT-SVQGVSANTQ-----------GCCGAGCTTAADSLTVTGQTGVNPPVICGTNTGEHMYVEVGSLAADSVSLAFSVAGTTND-QWNIRVSQIPCSANYRAPTN---CVKYFTGSSGTVTSYGF---TGNTLLQSQNY 312
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BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1229697285|ref|XP_022125630.1| (uncharacterized protein LOC111000489 [Pieris rapae])

HSP 1 Score: 174.096 bits (440), Expect = 4.105e-46
Identity = 104/278 (37.41%), Postives = 151/278 (54.32%), Query Frame = 0 
Query:  172 PRRSSKVASDFKNHEEIQNKPNLGNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQQVDHGV 448
            P   S +   F++  + +++     +EG+  SLF VV F N GC           G++  NGTC    EC+ +GGS  G CA GFG+CCVF+ S  G+T ++N +Y  N  +P+ YD T      I K  ++VC +RLDF+ F I G            P     VC  D F V+   G+ +P ICG N G H+Y+D G   ++  +L F   G S  R W++KVTQIPC+T    +  GCLQY+TG++G+L +FN+ PT+   L+NQ      D+G+
Sbjct:   21 PMNRSFIRKSFQDLRKTESRFWPVQKEGRFLSLFTVVTFPNGGC----------AGASGDNGTCMAARECSSRGGSANGYCANGFGLCCVFMTS-CGSTTSENGTYFVNSGYPSPYDGTGSCELTINKSHSTVCQIRLDFDRFVIAG------------PEKTNNVCNRDQFIVSG--GNPVPAICGMNQGSHMYIDAGIGTTNPVKLTFVSGGTSFERIWKVKVTQIPCDTIYKADE-GCLQYYTGVSGQLRSFNYDPTSGLQLSNQ------DYGI 266
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|939232680|ref|XP_014249299.1| (uncharacterized protein LOC106666516 [Cimex lectularius])

HSP 1 Score: 172.17 bits (435), Expect = 4.129e-45
Identity = 102/267 (38.20%), Postives = 141/267 (52.81%), Query Frame = 0 
Query:  173 RRSSKVASDFKNHEEIQNKPNLGNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQ 438
            RR  K  + FK       K +   ++ +  SLF VVQF NDGC++S          T  NGTC    EC+ +GG   G CA  FGVCC+F+ S  G T +QNC+Y  NP +P AYD T      IQK    VC  R+DF+ F++ G            P     VC  D F V+   G+ +P ICG N G H+Y+D G   ++   L    +G +  R W++K+ QIPC++       GCLQY+TG++G++ +FNF PT    L+NQ
Sbjct:   54 RRKIKRPTQFKTGPSSDFKTS--TKDSRFLSLFTVVQFGNDGCQAS----------TGDNGTCMTSAECSARGGVANGPCAKTFGVCCLFM-STCGQTTSQNCTYFVNPGYPTAYDGTGSCQLTIQKAHPDVCQYRIDFDQFTLAG------------PEPVNNVCNNDQFIVS--GGNPVPGICGMNNGNHMYIDAGTGVNNPVTLTVVTSGPTFARNWKMKICQIPCSSNYRAEE-GCLQYYTGVSGQIKSFNFDPTGGLQLSNQ 292
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|913316325|ref|XP_013189095.1| (PREDICTED: uncharacterized protein LOC106133810 [Amyelois transitella])

HSP 1 Score: 170.629 bits (431), Expect = 1.445e-44
Identity = 103/286 (36.01%), Postives = 150/286 (52.45%), Query Frame = 0 
Query:  164 ALVNADPEPRRSSKVASDFKNHEEIQNKPNLGNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQQVDHGV 448
            ++ N    P+ +  V +  K H +         +E +  SLF VV F N GC           G++  NGTC    EC+ +GGS  G CA GFG+CC+F+ S  G++ ++N +Y  N  +P+AYD T      + K    VC +RLDF  FSI G            P     VC  D F V+   G+ +P ICG N G H+Y+D G   ++  +L F  +G S  R W++KVTQIPCN+    +  GCLQY+TG++G+L +FN+ P +   L+NQ      D+G+
Sbjct:   26 SIFNGISLPKWNRSVVNKAKEHNQEARFWPPAQKESRFLSLFTVVTFPNGGC----------AGASGDNGTCMTARECSARGGSANGYCANGFGLCCIFMTS-CGSSTSENGTYFVNSGYPSAYDGTGSCELTVIKSHADVCQIRLDFNRFSIAG------------PDQMNHVCNQDQFIVSG--GNPVPAICGVNQGSHMYIDAGIGTTNPVKLTFVTSGNSFERMWKVKVTQIPCNSIYKADE-GCLQYYTGVSGQLRSFNYDPASGLQLSNQ------DYGI 279
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1199382377|ref|XP_021185761.1| (uncharacterized protein LOC110373003 [Helicoverpa armigera])

HSP 1 Score: 169.088 bits (427), Expect = 4.640e-44
Identity = 99/255 (38.82%), Postives = 141/255 (55.29%), Query Frame = 0 
Query:  195 GNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQQVDHGV 448
            G++E +  SLF VV F N GC           G++  NGTC    ECT +GGS  G CA GFG+CC+F+ S  G++ ++N +Y  N  +P+ YD T      + K    VC +RLDF  F+I G            P     VC  D F V+   G+ +P ICG N G H+Y+D G   ++  +L F  +G S  R W++KVTQIPC+T    +  GCLQY+TG++G+L +FN+ PT+   L+NQ      D+G+
Sbjct:   52 GSKESRFLSLFTVVTFPNGGC----------AGASGDNGTCMTARECTARGGSANGYCANGFGLCCIFMTS-CGSSTSENGTYFVNSGYPSVYDGTGSCELTVLKAHPDVCQIRLDFNRFTIAG------------PEQMNHVCNQDQFIVSG--GNPVPAICGANQGSHMYIDAGIGMTNPVKLTFVTSGTSFERLWKVKVTQIPCSTIYKADE-GCLQYYTGVSGQLRSFNYDPTSGLQLSNQ------DYGI 274
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325273897|ref|XP_023321599.1| (uncharacterized protein LOC111696274 [Eurytemora affinis])

HSP 1 Score: 167.162 bits (422), Expect = 1.391e-43
Identity = 100/252 (39.68%), Postives = 134/252 (53.17%), Query Frame = 0 
Query:  196 NREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC---------LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQ 438
            NR  KV SLF+VV F N  C S S        S+   GTC    EC  KGG+ +GTCAAGFGVCC+F  S   +T++ N SYI NP FP+ Y++    +Y + K  + +C LRLDF +           V S  +  +P G C          D+  V   TG N P ICG NTG+H+YV+ G    DT  L F   G SN+ QW +KV+QIPC+   +     C++Y TG +G +T++ F    D  L +Q
Sbjct:   39 NRNEKVLSLFSVVNFPNLECNSLS--------SSFARGTCLASSECQSKGGTTSGTCAAGFGVCCLFTTSACSSTVSNNVSYITNPGFPSTYNTAGTCTYTVNKISSDICQLRLDFITL----------VQS--VSTNPQGCCGAAPTCTIASDSLTVLGKTGKNPPVICGTNTGEHMYVETGATDGDTVSLAFLVTGTSND-QWNVKVSQIPCSAS-YRAPSNCVKYFTGSSGTVTSYGF--PGDTQLTSQ 266
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1325295830|ref|XP_023330808.1| (uncharacterized protein LOC111703166 [Eurytemora affinis])

HSP 1 Score: 166.392 bits (420), Expect = 2.446e-43
Identity = 95/246 (38.62%), Postives = 133/246 (54.07%), Query Frame = 0 
Query:  197 REGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVCLDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQ 442
            R  K+ SLF++V F N  C S S        ++   GTCY   EC  KGG+ +G+CAAGFGVCC+F  S   +T+  N SYI NP FP+ Y++    +Y I K  + +C LRLDF   +++   +T         L   G   D+  V   TG N P ICG NTGQH+YV+ G    DT  L F+  G +NN QW ++V+QIPC+   +     C++Y TG  G +T++ F     N     QN++
Sbjct:   36 RNEKILSLFSIVNFPNLECNSLS--------ASFAIGTCYATSECESKGGTTSGSCAAGFGVCCLFSKSACSSTVTNNVSYITNPGFPSTYNTAGTCTYTINKVSSDICQLRLDF--ITLVQAVSTMPQGCCGSTLCTAGFLADSLTVLGKTGKNPPVICGTNTGQHMYVETGATDGDTVSLAFSVIGTTNN-QWNVRVSQIPCSAS-YRAPSQCVKYFTGTKGTVTSYGFA---GNTQLTSQNYE 266
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1000747469|ref|XP_015596514.1| (PREDICTED: uncharacterized protein LOC107268341 isoform X3 [Cephus cinctus])

HSP 1 Score: 166.777 bits (421), Expect = 1.379e-42
Identity = 100/264 (37.88%), Postives = 144/264 (54.55%), Query Frame = 0 
Query:  197 REGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVCLDTFDVTTNTGSN-IPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQ-----NFQQVDHGVQYFFAQ 454
            R+ +  SLF +VQF ND C       GG +G    NGTC+   EC+++GG  +G CA G+GVCC+  VS  G TI+ N +Y  NPN+P+ +D+T      I K    VC  RLDF  F + G            P     VC  T D    +GSN +PTICG N G H+Y+D G   ++   L F  +G+S  R W+++++QIPCN+    +  GCLQ++TG++G++ +FN+   N   L+NQ        ++   GVQY   Q
Sbjct:  138 RDRRFLSLFTLVQFGNDLC-------GGLSG---ENGTCFSSAECSQRGGVSSGVCANGYGVCCIVTVS-CGQTISNNNTYFVNPNYPSTFDATESCQLTILKSHPQVCQFRLDFLQFKLRG------------PETINHVC--TSDQFIASGSNPVPTICGNNNGNHMYIDAGIGQTNPVTLTFVTSGSSFARSWKVRISQIPCNSPAKADE-GCLQFYTGVSGQIKSFNYDAINGLQLSNQDYSICIRMERNFCGVQYMSCQ 375
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1344800465|ref|XP_023942673.1| (uncharacterized protein LOC112049123 [Bicyclus anynana])

HSP 1 Score: 165.236 bits (417), Expect = 1.415e-42
Identity = 108/310 (34.84%), Postives = 161/310 (51.94%), Query Frame = 0 
Query:  153 LIFSTLTLVVLALVNADPE----PRRSSKVAS--DFKNHEEIQNKPN-------LGNREGKVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQQVDHGV 448
            ++F  L +  L    A+      PRR   V++   +KN+  I    +          +E +  SLF VV F N GC          TG++  NGTC    EC+ +GGS  G CA GFG+CC+F+ S  G++ ++N +Y  N  +P+ YD+T      + K    VC +RLD + F+I G            P     VC  D F V+   G+ +P ICG N G H+Y+D G   ++  +L F  +G S  R W++KVTQIPC+T    +  GCLQY+TG++G+L +FN+ PT+   L+NQ      D+G+
Sbjct:    3 VMFVVLFMGFLQFCQANKSVNVVPRRIPYVSAITRWKNNANINKVRDYQKEARFWPQKESRFLSLFTVVTFPNGGC----------TGASGDNGTCMTARECSSRGGSANGYCANGFGLCCIFMTS-CGSSTSENGTYFVNSGYPSTYDATGSCELTVVKSHPDVCQIRLDLDRFTIAG------------PERMNHVCNQDQFIVS--GGNPVPAICGFNQGGHMYIDAGIGTTNPVKLTFVTSGNSFERLWKVKVTQIPCSTIYKADE-GCLQYYTGVSGQLKSFNYDPTSGRQLSNQ------DYGI 280
[Close]
BLAST of hypothetical protein KGM_18655 vs. nr
Match: gi|1274145661|ref|XP_022833253.1| (uncharacterized protein LOC111361114 [Spodoptera litura])

HSP 1 Score: 163.696 bits (413), Expect = 1.697e-42
Identity = 98/250 (39.20%), Postives = 137/250 (54.80%), Query Frame = 0 
Query:  200 KVFSLFNVVQFKNDGCRSSSTISGGGTGSTNRNGTCYRRDECTRKGGSVAGTCAAGFGVCCVFLVSNSGATINQNCSYIRNPNFPNAYDSTSQVSYNIQKCDNSVCSLRLDFESFSILGTGNTAEVDSSLLPLDPGGVC-LDTFDVTTNTGSNIPTICGQNTGQHIYVDIGNLASDTAQLNFAFNGASNNRQWEIKVTQIPCNTQGHPNGCGCLQYHTGLTGRLTTFNFLPTNDNHLANQQNFQQVDHGV 448
            KV SLF VV F N GC           G++  NGTC    ECT +GGS  G CA GFG+CC+F+ S  G++ ++N +Y  N  +P+ YD T      + K    VC +RLDF  FSI G            P     VC  D F V+   G+ +P ICG N G H+Y+D G   ++  +L F  +G +  R W++KVTQIPC+T    +  GCLQY+TG++G+L +FN+ P +   L+NQ      D+G+
Sbjct:   18 KVLSLFTVVTFPNGGC----------AGASGDNGTCMTARECTARGGSANGYCANGFGLCCIFMTS-CGSSTSENGTYFVNSGYPSVYDGTGSCELTVIKSHPDVCQIRLDFNRFSIAG------------PEQMHNVCNQDQFIVSG--GNPVPAICGNNQGSHMYIDAGIGMTNPVKLTFVTSGPTFERLWKVKVTQIPCSTIYKADE-GCLQYYTGVSGQLRSFNYDPVSGLQLSNQ------DYGI 235
The following BLAST results are available for this feature:
BLAST of hypothetical protein KGM_18655 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000129154.199e-8960.17supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1... [more]
EMLSAG000000018701.950e-5849.33supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1... [more]
EMLSAG000000014981.681e-5141.28supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 ... [more]
EMLSAG000000006429.443e-4538.62supercontig:LSalAtl2s:LSalAtl2s10:144553:177864:1 ... [more]
EMLSAG000000119092.227e-4351.19supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 ... [more]
EMLSAG000000043232.416e-3736.90supercontig:LSalAtl2s:LSalAtl2s227:164788:172918:-... [more]
EMLSAG000000051664.506e-3737.45supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1... [more]
EMLSAG000000051679.654e-3638.81supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 ... [more]
EMLSAG000000119081.714e-3441.40supercontig:LSalAtl2s:LSalAtl2s83:643787:645943:-1... [more]
EMLSAG000000021013.569e-3434.34supercontig:LSalAtl2s:LSalAtl2s1395:30727:32553:-1... [more]

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BLAST of hypothetical protein KGM_18655 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 KGM_18655 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325303738|ref|XP_023333450.1|7.768e-4838.18uncharacterized protein LOC111705205 [Eurytemora a... [more]
gi|1229697285|ref|XP_022125630.1|4.105e-4637.41uncharacterized protein LOC111000489 [Pieris rapae... [more]
gi|939232680|ref|XP_014249299.1|4.129e-4538.20uncharacterized protein LOC106666516 [Cimex lectul... [more]
gi|913316325|ref|XP_013189095.1|1.445e-4436.01PREDICTED: uncharacterized protein LOC106133810 [A... [more]
gi|1199382377|ref|XP_021185761.1|4.640e-4438.82uncharacterized protein LOC110373003 [Helicoverpa ... [more]
gi|1325273897|ref|XP_023321599.1|1.391e-4339.68uncharacterized protein LOC111696274 [Eurytemora a... [more]
gi|1325295830|ref|XP_023330808.1|2.446e-4338.62uncharacterized protein LOC111703166 [Eurytemora a... [more]
gi|1000747469|ref|XP_015596514.1|1.379e-4237.88PREDICTED: uncharacterized protein LOC107268341 is... [more]
gi|1344800465|ref|XP_023942673.1|1.415e-4234.84uncharacterized protein LOC112049123 [Bicyclus any... [more]
gi|1274145661|ref|XP_022833253.1|1.697e-4239.20uncharacterized protein LOC111361114 [Spodoptera l... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold521_size146803supercontigscaffold521_size146803:3442..36389 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
NoteC:membrane
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold521_size146803-snap-gene-0.14-mRNA-1maker-scaffold521_size146803-snap-gene-0.14-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold521_size146803:3442..36389-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold521_size146803-snap-gene-0.14 ID=maker-scaffold521_size146803-snap-gene-0.14|Name=hypothetical protein KGM_18655|organism=Tigriopus kingsejongensis|type=gene|length=32948bp|location=Sequence derived from alignment at scaffold521_size146803:3442..36389- (Tigriopus kingsejongensis)
ATGACCGATAGGTATGTGCGTCAAGGAGGGGTTGAGGCCAACCAGCACAC
AGCTCCAGACGTCCGCTACGTCACCAAGACGAAGCACCCGCCCAGCCTCA
TGTTTTTGGGCGTCGTTTGTCATGTCCGATCTTTGGACTCCCGCGTGAAG
GAGAAGGGCCTACGTTCTCCTTCTTTGATTTCATTTTAGGTTTCCGATGT
CCAAAAAAAGGTTCTTTTATCATTTCATTTGTTGTGACAGCTTTGCTCTG
CCCGTACAAACGTCTAGATTTACTTGTTATTAAAGTTTTAATTGGATTAA
CTTGTTTTTAAAAGAGCGATCAATACTTCTGGCGCACCCTGTACAGTACA
AAAACTACATTTATTGCGAGTTCGACCAAATTTACAGAGACGGGGAATCG
CTTTGTTTTTTTTTACAAAATTGAATAAAATCGCAGCTACAAATTTGTTC
GTCCAGCTGTTTTGTCTGCTGAGGTCATGATTATGTCAATATTTAAGCAT
CGAAAAAAGCGTGTTGCTTTGATTTGAAAACTGAGCAAAATCATTAAAAA
TATCGAAAAAACTGAACCCGCAATTTGATCAGGTTCTGAGGTCTATACTT
GGTTCTGGACAATGCCATGGTCTGAGGATTGAAAAGATGACAATGTGATG
ATTTTTTGCTTTGTTTTTGCCCTGCATTGCTTTGCCTTCAACCCTCATTG
CTCTCCATCGTCCTGCTTGCGAGTGTTCGTTTTCTCGCCCCCGTTCTGGG
GGGTGGGGAAAAAAGAAGACAGTTGCTTCGATCTTGATGTGGTTTTAAAA
AGTGTATTTTTCTAATAAATTCGTGTTACGTTCAACCAGAGCTCAACTTA
ATATACAGGATATTCTTTAAATACATGTGTGTTCTTTTTGTTGTTTTCCA
CACACAACAATGTCAAATTAGAGCGGAGCTTGTTTTATCTCAAAAATATT
TGAGTGGCATAACGCCTGACAGAGGACAATGTGTGAAAAATAAATTAATC
TAACTGCTTCTACAACCAAATGCAGTAAATACAAGTGTTAAGGTCCTCAG
CTTTTGCCCCATATTTTTACACTTTTGGATAATTTTAAATATTTTAGCAC
GTTATAGGGAAGTTGCCTAGTTGGAAGTTTTATTCCAAACTCTTGGCTAT
CACCGAAATTCAAGGTCATAGAAATTGACAATATCATTAAACCCCATAAT
AGCACCGTGGTAGGTTATGTGGGGGATGTTGTCACAAATGGAAGAACGGT
GGCAGCCATTGTCATCTCCAACAACCACAATTCTTTCAAAGACGAAACTG
CTTTCTAAGGGCAGTTCACCACTCCGGGCCAAGCGGACCTTATAGCTATT
GGCAGAATGGCCGAAAGTTTATTGTCCAAATGTGCCGGGAATGTTGATAT
TATTGTGAGCAGGAAACCGGCACTCTTAGCTTTACTGCAAAAGACTACAT
CGTCTTCGATCACATTGAATTGTTACAGGAAACTAAATCTTTTAGCAGAG
ACATCTTCACGGGTTAGGGTGATTCTCGGGTTCTCTCGCCTACACCACGA
AATATTTGCTCTCGAAAACTGCCGAGTCTGGTGACTTCCAGACTCCGTCG
TCTGACCTGTTTTCGAGATGCACAATGTTGGATTGGGAATGTATATACTT
ATATGTGCTTGTACACTATAACTAGCTAATTTGTGCTAAGTGTTACATCC
AGCAAGCGCCATTCTTCTAATAAACGATTACACACACACACCCCAACCTC
GTCCAAGCATCATCTTTGGCATGTAGTAGTAAGCTGGTGCGAACTCAAGG
CCCCGAGCCATTTGTTCCCACACCGTTTAGCTTTACCAAATCAGCCATTA
AGGATTTTACTCGCCACAAATGGGGCGTTCAATGGAAGAATAGTGCCGGT
TACCGCCAGACCAAGTACTGGATCCGCAACCCGGACCAATATTTTTCCAA
GCATATTCTGGACCTAAGTAAGAAGGGTCTGGGCCAGTTGATCCCCCGGA
TCACTGGTCATTGTGACCTGAACTACTTTAACGCAGTCAAATCGGGGCAA
GTGGCTGGCCAAAGTTGTCGCTTATGCGGAAAACGGAGGAATTGCCCTGT
CATCNNNNNNNNNNNNNNNNNNNNNGGGCTGGGTATTAGTGAGAAATGTC
ATCTTCACTACTGGAAAGATGAGGCGAGGACACTACCTATTTGTCGGATC
CCTACCAATTATATTCCAGCCTTTGGCTATTACCGAAATTTAAGGTGATA
GAAAATGACAATATCATTAAACCCTACAAAAGCATCGTGGTAGGTTATGT
GTTTTTTGTCTCGAATGGAAGAACAGTGGCTGCCATTGTTATCTCCCACA
GCCACAATTCTTTCCAAGACGAAACTGCTTTCTGCAGTTCACCACTTCGG
GCCAAGCGGACCTTATAGCTATTGGCAGAATCGCCGAAAGTTTATTGTCC
AAATGTGCCGGGAATGTTGATATTATTGTGAGCAGGAAAACGGCACTCTA
GCTTTACAGTACATCGTCTCGATCATTGAATTGTTACAGGAAACTAAATC
TTTTAGCAGAGACATCTTCACGGGTTAGGGTGATTCTCGGGTCCTCTCGC
ATTCACCCCAACCTCGTCCAAGCATCATCTTTGGCATGTAGTAGTAAGCT
GGTGCGAACTCAAGGCCCCGAGCCATTTGTTCCCACACCGTTTAGCTTTA
CCAAATCAGCCATTAAAGATTTTACTCGCCACAAATGGGGCGTTCAATGG
AAGAATAGTGTCGGATACCGCCAGACTAAGTACTGGATCCGCAACCCAGA
TCAATATTTTTCCAAGCATATTCTGGACCTAAGTAGGAAGGGTCTGGGCC
AGTTGATCCCCCGGATCACTGGTCATTGTGACCTGAACTACTTTAACGCA
GTCAAATCGGGGCAAGTGGCTGGCCAAAGTTGTCGCTTATGCGGAAAACG
GAGGAATTGCCCTGTCATCTAGCGACGGTTTGCCGTGCCACAAACCGTTT
GTGGGCTAGCAGTCACGACAGCACCAATATATCCCTGGACTGGAATCCCA
AGGTAGTCTTGTCCCTTCTGTGTCAGACCATGACTATCTTGAACTCGGTC
CAAGGATTAGAATAAATTTTCAGAATGTCCTAAGGTCGAATATGTCTCTT
CGGAGATTTTTAACTGGGAAGTGATTGTACTGTACTGATCATTCCTAGGG
CCTTCCAAACAAACAATCACCCCAGGAGCGTCTCTCCAAGACAGTCCGTG
ACTTTGGTGTCGCAAAAGGTGCGTTCTTCAGGGATTTTATGCTCGAAGAG
GCTCGTGCTCTGAGTAATCACAGAACTACGACATATCTTATCAGAAGGAG
ACGCAAAAAGTTCGTTCGACGGACCAAACAAAACTGTACCGAGCAAAATA
TTTATTTCAGTGGATACAATTAAAAGATAACAAATTTGATGAACTGGGTT
GAAGATTGAATGTTCCTTGAGGTGATGAGCAGGATACTTGAGAATGAGAT
GTTGTTGTTTGAGCGGTTTGAGAGTGCGACTTGGGTGGTGATAAGTGACA
CATAAACCATCACAAAAAGATGATCATGCCTGAATCTCTGCACTAATTAC
AATTAGAACTCTGAATGTAAGTCAGCTTGAAGCCTGCCATGGGCCCCATA
TTAATTTCCATGTCCCCGTCAAAGCCGTCAGACAAAAACCGAATGTTAAA
CGGCTGGCGATCAGCTGAAAATGTGGAAGAAATATTGATCAAGAGCCGAA
TGTAACCTTGTTGGATTTGCACCATCACGCTTAAAGCAGACTGTTTTGGA
GCTCGAAATAAAACTATCTATCTAAAGATCTCCATATGTCCAGGTGGAAC
TCATGTCAAACTCACAGCAGATTGTTTTGGACATTCCGACTGCAGCAGTT
GACGTAGAGACCAAGCCAGCACTTCGGCCGCAGAACTGGCTGAACTTCCC
CTGCTTGCTCATCATCGTTGGCTTCAAGGCTCCTGGAATCACCACACAAT
CAAATTTCGTTCCATCTCCAAGTGCCGCGTAGCCACAGCACTCAGAGGGC
TTGGCGAAGCCCATGGCCAGCGTCATTCCCGATGTCATGAAATCGGTTTC
CAGGGTAGTGGTCCAGCAAATGCGACAATTGCCGCGCTCGCGCCTAAAAC
GGACTCAACTTTTGTGTAAAGTGGAATTCAAAAGTCATTGTTTAGTTGTT
TAGTTAACACCTGACACAGATGTTTTGATCTTGATCGGCCAAGTGCTGTC
CACCGGCAAAATTGTAGGTCCGCACTGTGTCAGAGGTGGGTCCAAAGAAG
TATTGAGTGCAACCATCCGGAGCTAGATTAGGGTAGTCGCAATTGTATTG
AGTGATCTGCAACAGGAGAGATACAGTATGTCAGCCAATGTCCTCCCCTA
TCAAAATTCATATGAAGGACCATTTGGATTTGCACAAAATCCGATTGTTT
TGGGTTGGTTGCCTTGCAACAAATTAGCGCAAAACAAGAGTACAATCTAA
CATAAATGGGAAGCCAAGATCTTATAAATATACGTACAATTATGGTTGAA
GAGATCATAAATTATGGGCAGAGCTGGGCAAAAAATACAAATGAAAAAAT
CTCAGTATTTTATTTTTATATAGCGGATGCTCCATCTAGCTTACTATGGA
TTTAGTTTAAAAGAATACTGAGTTGTGATCCATAGCGTTTCCTTGAAAAT
AACGTGATTTTGTGCCCATGTGCATTGATCCAGGTTTTGCCATTAAAATA
CTGCGCAGTACAAATATTTTCAATGGCCTTGGTCGCCTTCGAAAAGCAGA
CTTTGCTCCAATTTGAGGCCAGGGGTGCAAGAGAATCGAGGCGCAGCGTT
TCAAAAACTGCATCTGGCTTCAGCAAGTAAGTTGCAGAAACCCCAGTAGA
TTACCCCATGGAGGTATTCAAGTACAGTATGGAGATGATTTTGTAGAGGT
TGTAGTCCAATGAAATGAGCAATCGAGGATGCGTAAGTTAAGTTCTTTTT
GATTCACGGTCGAGACAGGGTTGATTCTATTACTCCCCAAAACTCAAAGG
ACTAGGGAATCAGGGCTCAGTACAACCTGCTAGTAAACCCACTCATTATT
GACAGCAAATCCAAGTTTCCAAATCCAAAGATCTGCTCAAACTGGAGTGC
TGAAAACCTGATTCGCTTGGTCACAACTTATCTTCTCGTTCCTAAGCTTT
AGCACCTTACTGGATTGCCCTGACAATTCTGGACACAATATTCGAACAAG
AGTATTGAATACAGGTAGAGAGTACCATCTTCAAGCCATCGCCAAATTGC
ACATTCTGATGAGTTAGAAGACACGGGTGCCATTTTTGATAGTTCAGCAT
TGGATATTTAACACATTAAAATGTTGGCTGAACGGTCCATTTGCTTGATG
TGCCAGGTCAACCAGAAAGGAAACTTGTTTTCAACAAATAATGGCATAGC
ATTGGTTGCAGGGTTCAACTGTTGGATACCAACTGCATGGATCTCAAAAG
AGTCACTAGAGCCATGTTTTGTTAATTTCAAAGTTAACTCTCAAAGATGG
GAGACCCAAGGTGTTTTTGATTAAACAAGATGGCGCTACTCTCCTTCATC
CAATCCTATTGTTCGAACTAACGTCGCCTAATTGAGCGATATAGAGCCAT
ATCTTTGCAATATTTATGTCGAAAGTTATATACAGTACTCAATAGTGGAG
CCAATCTGGCATCAATCTGGAGGCTCACCTTAATACTCCACTGACGCTGA
GCAATCCCAGCACCTCGTCCTGTGCCACCCAATTGAAAGACCAAATCGTT
ACAGGTCTCGGTGGAATCCAAATACACTACAGTGGCAAAGGGATTATGTA
AAGAGAACATTTAAGGCAATTTAAAAAGGCTACTAACTATGCTCGCCAGT
GTTGATGCCGCAGATGGATGGAGGCGATTGACCAGTTGGAGTGAGAGCGG
AAAACGTGTCTGTTAGACATTGAGAGGCTGTGGCAACCTTGACAGTGGCG
CCTGGGGCTCCAACCACTCCCAGAAGGTGAGCACCTATACTCGCAGATGA
AGTGGAAGGCCCGGTGATGGTAAACTGGTTAAAGTCCAGTCGGAGCTGAA
ACGATTCCCATTTAAATTAATGATCAATCATTTTATATTGGAGCTTGCAG
CCGCGTGGTTAAAGTGTTTGTCTAAGAGTACTTGCGCTGTGGGCTCGTCT
GGAGTCCTGAATTTAATTCCACCAAGTTTTCATTTGATCCCTTACTAAGC
TCAACCCCATACTGCGATTTTTGCAAGCTTGTTTTGCAATAGGAGGGTTT
TGACGCCACGGAAACATAGCACCTTTGCTGCCTCGGTTATCTGTACCAAG
GAGTCATAGGTTGTTTCTCATTACTCTGGGGCAAATAAACCTATTTTTTA
TATGTTGGAATAAACGGTTACACACACACACACACTCGAATCCAAAGCTT
ACGTTTGGCCAAATTAGATGGAATAGAGTGGAACTTGTCTTCAATACTTT
GAGTACACAGCACTAAATTCAATGTGTGAACCTGCAACGTAGCTAAAGTT
GACTAAGTATGTGTAACTTGCTTCTGCTAAAGGCCCAATAAATCCTACAC
CAGCTAGGCACTCGTCCTGCCGAACTGCTACTGCATGTACTGTACAGAAC
TGATTTTAAGTGTTGCGTGCGAAGCTAGCTTAATTCCTCAGAAATTTCAC
CCATAAAAAATCCTGCAACCATGTTAGAGTTTAGCCTCTTTTAGCTAATC
TGTGACTCTTGAGCTGAGAAAATGTTAAGGGTTGCATGAATCGCCCATAT
GTACAAAAACAGTATCGGGTATTGATTGAGTGTTACTGAAGATCTCAAAA
GGGAACCTTGTAACGAGATGGTTAACTGGAAGATTTATTGGAAGAGCCCA
AATATGGCAAGTCATTCCTCTAGATTTTTCGAAGAGTAAGAACTTTCCAA
ACAGTTTCCAAAAACAAGCGTATCTGTTTCCATTGGTTTGGATTCTTTTT
GGTCCCTTACTCCGATCTCTATGTCTTGTACAGTACGTATATTGTGATCA
GCTTAGAATGCAATGTCTTGGGAGCTTGCAAGACTTGTTTTGTACCTGTT
TGCTAAATGTTGACTCCTGTGGATACACCTCTTTCTATACATAGAAATAA
AAATTCGATTACACACACACCTGGCAAATGTTTGTTCCACAAGGGCAGAT
CTTCAAGGCACACGCCCCAACTTCGTTGCCAGATGATTCGAAATAAGTGC
AGTTTTCATTTGAAGTGGCTCCACAATTGGCGGTAACTGAACATACATAA
ATGAGATATACCATGAATTATTTTCATGTCAAGAAAAAAGGTTGCTGAAC
TAAAAAATTAAAATTATTCGTTTATACGTGACCACATGGATCGTGATATC
CGCGCAAAATAGTCCCTTTTCACCCTTGTGATGTTTCCCCGAAATGTCAC
CCTTTTAAACTATTTCAGCATGCAAATGATAAATTCGTTTCCTTTTTATC
CTCACGAGATATGTGATCATCCACAGACCCCTGTATATCTGGAAGTATTA
ATCACGATAGTACATTGTCAGACTTGGGGTTACCTAGTGCCAGTTTTATT
TAATATGGTCCACGTTTGCCTTGGCCATGGCTTGGATTCGGTCAGCAAAC
TTTTCCAGTTGGCCGAGACGTAATTAGTGCTCTTCCAAAATCATTGCTAA
TTTAAATTACCCATTGTCAATATTTTTTCGAAAAACAGCGATAGTTTGTC
AATTATCAAAGATTTTGTTAATATTGCTCATTAATCCACACAAAAAGAAC
ATAAGAAGTGCACATCAAACAGAGTGCTGTGTAATTGGTGGCCCTCAAAT
AAAAGCTATTGAAAACGCTAAAAAAATAATGTGTAGGCAATCATGAAAAC
ATTGATGAAGTAATGTACCACATTTGTCTGCTATTATCTGCTTACAGAAG
TAATCTTGAAAAACGTGAAATTTCTGGGCCTTGGCAAAAAACTGCAAACA
AACAAAAAAGGCATAGACGCTAAATGACGAAAATAATTTGGGCAATCTGA
CGAGAAATTATGTTTAGAACTAAATTTCTTTTTTAAAAATATGGAAAAAC
ATGAAAAATATCCAATGGAAACTAAAAATCATTAGGAAATTTTGTGTTTG
TTCATCATGCAGTCTCAAACTCATCGATAGTTGCATCATAATTAGCGATG
TTCGATTAGCGATAATTTACAAAATCTTTGACGATTAGCGAATTCCGATA
AGGGATCATGAGCAAGGGATCGGAGCACTAGAAGTGATGGATTTGACTGT
TACGGCCCTTTGCATAGTCCTACTACAATTGAAGGTCATTGGCAATCATG
GTTTTGCATTTCCCCTCCTAGTGGAGCTTTACTTTGTCTTGCCTCTTTGC
TTCCATGTCGAATTTATAATTCTTGCTTTTTTTAGTAAGTCCGTTTGACT
CACAAATGGGGGAAAAATCGGGAACTTTGAATTTTGAAGACGTTAAATAT
TCAGGAATCTGGGGTGGTAATATAGCTTTAACATATCCTTATATGCAGGG
TTCCGTGGCTAATTTAACGAGATTGATCATACAGTAGATCGCCGAACACG
TGCCAGATAAGAGAAACGACACTTTTTGGAATCGAAGTCTAAGGAGGTAT
TGCCACCTCTGCCAAATTAACCGTACTACCCTCGCATGTCATGGACTCGA
CATGGAATAAGCAAAGAAGGTCTTCTTGCCCTGGCTGAGTCACTCTCATG
AGAGGTGTTGAAGCCAGACATAGAGGATCTTAAGAGATACTGAAAAATCG
GCCTTTGAATATGTTGTTTTTTCAAAAAAGCGTCCTATTCAAGAAATATA
ATTTACTTCGAATTGTTGGGCCTATTGACAAACCAATGGCTACATTTTGG
ATATACGTAGTGGAATTCCAATAAAGTAAAGTAACTTACAAGTGCAACAG
ACTCCATAGCCTTGGGCACAACTTCCAGAGTTGATTCCCCCCTTAGTGGA
GCATTCATCGGCTGTGTAACAGGTTCCATTTTTACCCGCTGAACCTATGC
AACCATCGTTGGGAAATCTACAAGGAAAATATATATGCTTGTTAAGCATT
GAGGTTCGAAGCACAATCTTCGAACAATCTTCGAAGCACATCACAGGCAA
TTTTTTTTTATTATTATCCTACAAGGAAGCACTTTACCTTAAAGAGGTTG
TTTATTAAGCAAAAAAACAGGACACTCAACTTAGTGCCCGAATAAAATAA
TTAATTTTGTGAATTCAAGAATGATTTTCAAGAAGTGATACATTGGGTTC
AGATAAAGATTTTACCATTGTGGAGTACTACGTAGATGGAACACTGAAGC
TCTTTGGCGCATGAGTAGCTTAATTAATGTTCTCTGTGACCAAATTTTGG
CTACAACATTACCGAACTTATGGGGCTTTCAGTCATATTGAATAAATAGT
TTTAAATAATTTGTTTGAACAGGCGCTATTCGGTAAATGGACTGTTGAAA
ATGTGTTTGCAAATGGCCAACTGTCATTCATGTACCAAACTTTTAATATG
GCAATAGCTCCTGTTTTCCGCTGTTTGACCAAGATGGAGATGCAATTTTT
TACCCCAACCTTTACCAATAACAATCAAACCTATTTTAAATCGTCCATTC
TCACGCAAAAATACTAATATCTTTTTTTCTTTTGATCAAACTGGGAATAA
CATCAAAAGTTTGTGTATTCTTTCATCACCAGGTCCCGAAAGCCTATTCA
AGTTTCAGCTCTTTCCTGATGCTTCTTCTGAAGAATTGACCGTGTCTATT
TCTACGCTCACGTAATATTTAGGTTTCAAGTTAAGGCTCTACAGTATTTG
TTTAAATAGTCTCAAAAAGTGTTCTTTAACTTGTTTGTAGAATACGTAAA
ATACAATGATAAACTTACTTTGCTTAAACATGCTATTAAGCCTATCCATG
GGAGAAGGCATTTTGCCTCCATGAAACATCATTGTGTCTCATAATTTTGA
AGGATTCCTAGCTAAATCAGAACCAATTCGATTTAGGATTCCAATTAATA
AATCTTTTCCAAAACCTAGACCCAACATTTGGTCTGATTTCCTCCGATTT
TTGGTAAAAGTAAGGGTCCTTTTTGTCATTCACTTTGCCGATGTCAAAAC
TTTGTGTGGAGGACAAAATACAATGAAAATAATAAAAAAGATGTGGCTCC
AACTTTGTTGCTTCTGTTCTCTTCCCATGTCTTACAATGGAGATACATAA
GCTTTTGAAGTTAATTTAATCGTTTGGGCAATCAATGCGAAATTATGCCC
ATAGAATTGACCAAATACTTATTATTTCACTATACATTTATGTATTTGAT
TTTTTAAGTGTTGACCGGTTACTTTCGTAACTTTGGATAATTGTGGGTTA
AATAATGTGTATTTTTAGAGACAATACAATTTAAGGCTGCCTTATCTGTT
AACTATATACTTTTCTGTTTTGTACGAGTTTCGATAAATCAAAACACAGT
GTTCCTTCCCGATGTAAATACAGCATACGATACAGCGAATAAGGATTAAC
TATTACCTGACGATCTGAAAAAGCGAAACTAAAAAGAAAGAAAGAAAACA
TTATAACTGCCCCAATTAAAAGATCGGTTCATACACTGATTGGATCTTCA
TGTAGGCAAACATTGATATCTTTATGAGTGCTCCGGCAAACAGGGCTGTT
TTAACAGAGTTTCAATGAGACTTGTTTGCAAGCCAAGGCAAGGAAAGCTC
ATTGAAACAGAACCAACCGAACTCCACCATTGAATCCGAGTTTCGGCACA
CTTTTCCATACTCATACTTACAGAGCTTCCCCTCTCGATCTTGTCCAGCA
TCTCCTCTTGAGCCTCGTGAACTAACAGCACTCAGGCTGATAAGCATACA
AACAAATACAACCAATTGATTCTGACGCAACATCCTAAAAAGAAATGAAA
GTGATGCTCCTGAAATATTTCAAAAAATCCCTTGGAGGAGTTCTCCGAGG
ACTTACTTCAAGATCGTCCCAATCGCTACTGAGAAACACAGAAATATCCC
CCCAGATGAAGACTCACACTGGCCGGCCCAAAGTAAAGAGCCCAAAATGG
CAACTTGGGGGCTCAAGAGCGGGCCCTCATGTGTATTTGATGCCTTATAC
ACACGCTCGAGCTTGCGACCAAAATTTCGAGTTTTCGGCGTTTCTGATTA
AGTTGAAACGGCGCTCAACAAATTTTGAGCCGACTGCACGAAGGACGACT
CTCGTTCATGTACGACTGAGAAGTTCTCAAATTATCTTTGAGAGACATCC
ATGCCTGAAACCCATCGGACCAATTTAGGGTCAAAATGCTCATTTTTGCA
TAGAAAATCGCTAAACGGCGAATAAGGCTGATTTAACCAGGAAAGTCTAA
ATAATAATTGTATACGAATGGAGGCCGAGCGTTGGAAGCAACAGAGAGAT
GTGAGGCAATATTTCATGTGCCCTTAAATACTACCACTTGGCTTTAACAG
TAACGAAAGTATATAACACATGTTACAAAAAGTTTTTTTTTATTTACATA
CTTTTTTCTTAGCGGAAGTGTGACACTCGTATTTTGTTTTCGTTTCTGTC
TCTGAAACTATAATTTGGACAATCTCCTGGGTTCTGGGGTACGCTTTGGG
GATGTTTCATGAGGCCTTTTCCACTATGCGGGCAAAATCAATAATTAGAT
AAAAAAACGACTGAGAATTTTTTATTTATGTCACACTTCTCATACAAAAC
GAAGTGTGTGTAAATCAAAAATATAACAGTTTTTATTAGTTTCGTTACCG
TAAAAGCCAAGAGTTAGTCTTTGAGGACACTTAAAATGTTGCCTCTCATC
TTTCTATCGCTTCCTACGCTCGGCCTCCAATCGTATACGAGCTAAAAGGT
AAGCTGTCCCCTTCTTATCCAGACGTTACTGCTTTAACTCAGCATATTGC
TTAGAGATTGCGAAAAATATGTTTGAAAATAGTTTTACCTACGGTTACAG
GGAACATTTGTCTTTCTTTCAAACATTTTGGGCTGTGTTTTGGGCCCAAA
TCCGATCAAATGGGTTAAAAGTGTATCGTTTTCGGGTTTTCTCTACTTGT
CAGTCGAATGGCATCACTGGAACGGTGCCTCAAGGCCTTCTCCACGAAAT
AATGACTCGATTTTGCGAATACTGTGAAAAGGGTTTCCCGCCCGATGAGA
AGGTCCTACAAAGCCGGGGACTTTACCAATACGATTTCAAAATCAGTCCC
CATTCGACCTATGTTGTAAACTTTGGTTGTTTCACACATGATATTGTACT
TTTAGTTCGTGTGATTTATACATATTATCTTCTTAGACAAGTATTGAATA
GTTTTGCTCGCATTATTGCGTTCCTCGGTTATTCTGTAGAGTAATTCCGT
TTTGCAGTGTTGTTATTGATATTGCTCTGTTTTGCATATTCGGTTTTTGA
TGTAGTTCTATTTCCTGTTCTGATTTGATCTTGTTTTGTTCGTTACCTTC
GTTAGTTTTCCATACACTATTATATAAAATGCCCTATCACTGCTGACTAG
CACTTGTTTGATAAGTGTTGAATTCCGGGCATGCATCACCTCATACGCAA
TGTAAAAACTATAGATTTAAATTATTAAACATGTAAATTTATTTATATTC
ATAATTTAGCTTTGAGTTTAGTTCAAGATGGAATTGTAAGTCAAGCCTTT
TGACCTTTTTTGGACTAAAACTGACCCCGGAAGCAATCTTTATCTTGGTT
AATTTTAGTTGACCCGGCTGAAGCTTGGGTCGATACCCTCTGTACTGGGA
ATGGGCCCAATTAGCGATTTAAATATCATCGTAAATCTCGTCTTTACCGA
TAGTCGAAACTTGGTTTCGAAAAAAAAATATTATCGATAATTTTTGGAAA
ACGATGAGACTTGTGGTGAAAAACTACGGCCAAAGCCTTGTGGAGCAAGC
GCCTATGAGAGGCCAATGCAAACGGATGGTTTCGAACGTGGCCCCAGTCA
ATCTCTAAATGTGCCCCTACTTAAAACACAATTTTGATGTCAAACTCTGC
CATATTATATAACTTTTATGCTCTGTCTGGGTGTAGTCATTCATCAGTGT
ATCAGAAACAATGTCGTACCCGGGGGTGCTCAACTGAATTGACTCGACTC
AAATGCTGGGGAACACAACCTAGGTAAATTGTTATGTTCTAATAACTGAT
GGCAGTTACATATTACTATCATGTGTGACTGACCCTGCAGGTGTCGGGGT
TTAGGGGAGAGCGCGTGTTTCGGTGAAGTTTTGAGGGTTGTTTCACTCGT
TGAGGGCCAGAGTCGACTGTCCCAGCTCGTTTTCTGGTTCGGATAGCCGT
TCTGGTTTCAAAGTTCCGTGGTTCGGTTCACTGTGTTCCGATGATTCATA
ACTCCTTGCTTTGCCACCACCCCTTACAGCTTCCCGGTCCGCTGCAGGTG
TGTCCTGGGCCGATTACGTCCTGTATTGGGTCAGGGGTCGCCTGGGAGGT
CGTGTCCGATGTTGGAGGGTCGTCGTTGTGGCGTTAGTTCCCTTTAGTAC
CGGGCCGAGTCGTCTTTGAGCATTTGAAAATCAAATTTTCGAACCAAATC
CTCAAATTCCTTCCTTTTCATCAGCCGATTTCGTTGACATGTTCACTGTA
AAATCTAAAACCAATGTATCATTGGGAAGTTTTAAAAAAACCCTCGAAAC
AGGTACTTTGGAATCCTTCAAATATTATACCCTTCGCTCATTTATGAGCT
AAAAGGATGTTTTGCGAGAAAAAAAATCGGCCAAAGTTGGAAAAGGGTGA
AAAAGAAACTACTGAAATACTCTAGCAATATCCAAATGCCTACGTTGTAG
GACTACTATTAGCCTATTTTATATCATTTATGTAGCATCATTACTTTTTT
ATGTTTGGGATCACTTATTTTCGATGGCTTACTGATTATCGAAGAAGGCT
GCAATGTGACAACTCTCAATTTTTAGCAACTTTTCTAGGAGTAACCCTAT
TGTCATGGCTAGCGATGGCAATTTGCTGTTAACCGTTAGGGTTGAACTAG
TAGAGAGACTCTAGATTGAAACACTTAATGACAGAGAGGCTTCACAGACC
CCAATCGCAATTCCCTCAGGGCGATGAAGTATCCATCACTTTTCGACGAT
TATTTTTAAGGTAACAAAGAGAGCACTTCCGCAGTTAGATTTGCTACTGT
GGTCCGCTATTTTGTAGGATAAAGAATGACCTACATTGTGGCTAAAGTGT
GGATGCCAGTTGCAACCGAGTAGCCGATCATGCATTGGAAAAAAAATTGA
TTCAAGCTTTTGCTCAATGCCTCAGTAGGAAATTTTCTTGGGCATCCTTT
AATCCACTTTTGTTAGTTCTTCACAAATAATTAAGAACCATGCCTGAGAG
CCATCTATCTAGAATGTTTAGGGTAGCGTGCTATTTGTATTAACCCTTGA
GGCTTTTAGTGATCAGTGAACATGGTAAGAGGACTCATTTTTTCAAGGCC
AAAAAGGGAAGAAGGGAAAATTACACACCCCACATGAAGGTGCCTCCAAA
GTGGAGGAGCTCGCCTTGTGCCTTGGTGGGTAGCTCCTGGGGTTTATAAT
TTTCCTTCTTCCCCATTTCAACATGGAAGAATGCTTAGTCGAGCCGTGAA
ATGAATTTTATTTGACTCAAATTAAGCAATTGAAATAAGGTGCAAAAAAG
TCTCTTTCATGGCGAATGGTCAAGACGTGATAATTTATTATCCAATTGAG
AAGACTTGGCCACGCTTCGCCAAATTGAAGATACAGTAGTACCCTCAATT
GGATGGGTTTATGAGGTGGTAACCGAGAATGGTATTCATTATCGTTGGAA
TTGCCGATAGCTAAGACCAATTGTAGGCTCTAATTGTTCAAGAAAAAAGA
CCAGAAACGATTGCTCCCAGCATTGATCAGTGAGGGCTGAGCCCGAATTG
GACAGTTTCCGAATGCATCATTTTCGTATTCATTTGGTTAGAGGATCTTA
AGACAGAGGACTTCTTGATGCCACTTACAATCCAATATATTTTGGCAAAC
ATAGTTTGCGTGCAACCATTGAAGAATAAATTTACTAATTACTAGCTGAC
AAGGGTGTTTGGTAACCTTTTAGGTTGTGTTTAGTAGTTTTTACAATGCA
CCAGCGCCCTTATTCGTTTAAACCAAGTTTTCGAGTAGTAAAAATAATTC
GCCACACAAACACAAAACATTCTTGAACACAAACGATAGAATAATTGGCA
CACGGCTCTTAAAGTATCTTACCAGTTCAAAAGCCTCTTAAAAATTGGAC
AGGTTTGAGATAAGTTCTATTTTTTGCAATAGCAACGAGACGAGAGTTTT
GAATCTCTTTTTAAGCGAGACCACAAGAACGAAACGTGTCACAATCATCA
AAGAGAGAAAACGCGGGAAATTCAAACTGCGATACTTACCCTGGAGAAGA
GTACTCTTTCCTTGAGTACGGCAAAGTAAAAGCAAGGACAACAGAATCAA
GCGGGCAAAATTCTCTTTTATTCCCGCATTCCACAAGAGGCCTATGGCGA
TCTTAACAAAGGGTGGACAGTCCGTATTTGTAATCGCACCTTCCGGGGGT
TTCGTGTTCCACACCATGGAACGTCCATGGTGAACACAGGGCAAACTCGA
TGTTATTAGCTATTTTAGCTACAGGTAGTCCTTACTGTGCCTTAGCGTGC
AGCCCTTACAATCCAGCTCCAACGACTACGTACTTTAATTTGTGGGGAAC
CAGATAGGACCAAGCCTCAAGATGCGGCTCCACCTGTGTTCCTGACCTTC
GCCGACTAAGGTTACTGAGAGTCGTCAGCTCTCCTCAGTAGAAGAATATA
TGGGGTGGCGAAAAAATCTTTTTACACCGGGCCTGGGAATCGGTCTGCGG
CCTCTCAGCACGGCAGTAGTTTTCAAACCAAATCCAATTTCCTACTTATT
TGGGTAAGCCAACTTTAATGAAATCCAGAGTAGGATAAGTCAGAAACATG
AATTACATTTAGGAGTGTAGGTCAGCGCTAATGGCACTGAAATATTACGT
TACACGTTGTCAATGCCGATTCCAAATCCTGCGAAGTTCTAAATCATTGA
AAATCAATCGCGTTGATCTTACTTTGTTCAATTCTCTTTGGGTTCGCTTG
ATCGATTACAAAATCTTCAGCAGGCCTTAAGTATATGTTTGAATTCCAGG
TCGTGCGGTGAATTTTACCTCGGAGAAATTCCTGCAGTTTTGCCCACTTT
CATTCTGCTCAGTATGTTAGGTCAGCTTAGGATAAAGAGCGTCAGTAGCA
GGAAATGGACCAACCTGGGATCGGTATTTGGGTAAGCCAACTTTGAATGA
AAGTTATACATTTGAACTCGCTTTATTTAGAAGAAAATGTATTTAAAAAT
AAAGATACAGATATGTTTGTAAAACGTTTCATGCTCGTGAGTCAACACGT
GGGAAATTAATGCTAGTCAGCAGTGTCAGGGCATTTTATAATTTAATACA
GACATACGATTTGATTTATTTTCTTTAAATGTACGAACTCTCTTTATTGA
GTTGGTTGGTTTACCCCAATAAGTAGGAGATGGAATCTGGTTTTGAAATC
TCACTCCCGTCCACCTTGTGTTAAGATCCCCCTAGGCCTCTTGTGGAAGG
CGGGAGAAAAAGGGAATTTCGTCCTCTTGATTTAGTTGTCTCTGAGTAAA
ACCACCGAAACTAGCAAAAACAGTCAAACAAGCAAAACTTTGTTTTCACA
TTTTGCTTGATTTCTCTTGCCTCAATTTTTGTTTTGCCTTCTTCCATCAC
TTCCTTCCTGAGACCTAGTGCTTATATTTTCAAATGGAAGGAAGTCCATG
TGTGATCGTGTTTTTTCCATCAAAATATAAGGAAAATCCCATTAGCTTCT
ACAAGTACGGTAGTACGATTTGTTGCCATTCGTTTAAACCAAGTTTTCGA
GTATTATTTACATGTTAAAATAGTGTAGGTATACATGTATTCACTTACAT
AAATATGTGTAGCATTATCCTTGAACACATACGATAATAAAATTGGAATT
CAACTCATAAAGTAACCTACCATATGTCCAGTAACGTAACCTACACAGAA
TTCTTTCCCACCCTTGGCAATATCATAGAGTGTGTGTGTGTGTAATCGTT
TATTCCTAGATATTAAAATAGGTTTACACCCGGGAGTACATGTGTACCCA
ATGGTACACTTCTTCAGGTATGCTTAAAGTCCCAGGTCGGCAGGGTTTTA
TTCGAACAGTAGCATTGCTTTGCAAGGGCCGAAAGTGGCCTCGTCGTATG
TTGGTCAAAATGGAAATGTCAGTATTAGCTGTCAAAAGCCATTCGATTGA
TGGCAATCTGCGCCTATGATACCAATCTCCAAATGCCTCGCATACATCAG
ATGGCGAGCCTCTAGGAAGCCGATGGCGCAAATACCACTCACACTTTTGA
TACACAATGGCGCAAAGGAGCCATTTTTTGCCCATTTTTGAGCATTCGCC
TCCGAAAATGTTGACGAATGAACGAGATCTTGAGCAGCGATATCTTCGAA
CAGATTGTGATTTGCGATCGCAGTTGCTTTTCAAATGCCCGAGGACAATC
CAGAGTCCAATTTCCAAATGCAATTTCCAGTGTTCAAGCCTGCCTCATGC
TACGTGTACTCCACGTCAGCAGTAAATTATGCTAATCGCACGGAGGCGTT
CGAAGTAACAGATTGCAATGATTAGTTCAGGTGAACAACATTCTCAGTTC
CTTTCAATTGTGGAGATACCTTCTAAAAAAATCCTTGCCAAAGAGTTGTC
CACCATTCCAGAGTAGGATAAGTCAGAAACATGAGTTACATTTAGGAATG
TAGGTCAGCGCTAATGGCATTGAAATTTTACGTTACACGTTGTCAATGCC
GATTCCAAATCCTGTGAAGTTCTAAATCATTGAAAATCAATCGCGTGGAT
CTTACTTTGTTCAATTCTCTTTGGGTTCGCTTGATCGATTACAAAATCTT
CAGCAGGCCTTAAGTATATGTTTGAATTCCAGGTCGTGCGGTGAATTTTA
TCTCGGAGAAATTCCTGCAGTTTTGCCCACTTTCATCCTGCTCAGTATGT
TAGGTCAGCTTAGGATAAAGAGCGTCAGTAGCAGGAAATGGACCAACCTG
GGATCGAACCAATCTCATCCTTGGACAAGGGCATCATTATAATTACATGA
GTGTGTGTAATCGTTTATTTTCCTACCTATAAGAAATAGGTTTTTTTGTC
CCAGAGTCAACACTTAGCATAGGAATACTAGTCAATAGTGTTAGGGCCAT
TTATACAAATATACACATATTAAGTAGTAACGAAGATGGCTACAGAAACA
TAACAACATTGGAGCAAGCTATACAAAACAAAACAATAGTACAATAGGAA
AACACAATTTATGTTTGCGAGCCAATACAAATCAATAAATGTTTCGAACA
AACAAAAAACACAAGAACTGAACAATACACAGTGAGTATTTCCATTTATC
ACATCCAGTATCACATTTGCCATTTTTACTATTTCTTACGAGTTCCGCCA
TAACATTACAATTGGTGGCCAATTTGTCGAAGCCTTTCGATACGAAAGCA
ATTGTACGCGTACGATGTCAATTGAAGTATTGATCAGTGACAAGTAACGC
TGTAAAAAAAAGCAAAAAAATTGCCAAAAAGGCTCAAGAAACAAAAGATA
AAGTGTCGTTTCCAGCAAATACAAGCAGCAAATTAGAGTGAAATATGCAA
ATTTACAGCGAAAAAAAATTGGCCTTACAGTGATAAACAGCCAACATAAA
GGAAAGTATCTCATTGGGAAACGAAGGAAGTAAAAAAAATTGACACAAAC
ATGTGTTTATGTCCACTATATTTTGTAAGAATTTAAATAAATGTTGTTAG
ATGTAACGCTAACCCTACCCCCTCTCTAATTTTAAGTTTTTTGCCTATTT
TGAAGCATTTACAATCGGTCACCTACTGAAATCTTTCAAAAAAATCTGGA
AGATTATTTTTCTGGAAAAAATCTGGAAACCTTTTAAGATAATTTCCAGC
AAAAGAAGCGAAAAAAAGAAGCAACAAGTTTTTTCCAGCTTTTTACAGCC
CTATTGATGAGTAAGCGTTAACGACAAGTGGCATTGATAAAATGCTGCCC
AATTGTGTCTGGTGCCGTCTCAAAGAAAAACCAAGTGGCAAGGCGGAATG
TGTCGAGCGACCAATTCCCCAAGAAAGATGTTTGTGCAGAAGCGTCTGGC
ACTCTGGATCGTGAAGAACTTAATTTGAGGCAGATTAGCCGTTTGTAGCC
GAAATTAAGATTTTCTCCATCCGCAGTAAACAACCTGTCACTAAATCTCC
GATTTCGATTTGTCATCCATTGGGATGCACTCACTACTAGTAACCCGAGG
CGATGGACAGGCAAGCCCGAATACATGTTCGATCTTGATTGGTCCCCATA
ATGGAGCGAATTTTGAGCCGGGCTCTTGTGGGCAGACACGAATTACTCCG
TCCAAAGTGGGCCAGATGAACAGTTGTTTGTAATCAAAGAACGCTTGAAG
CTTCACGAGTCTCCATAAATCATTGGACTTTCCATTGGTGCCGGCCGAAT
GATGGATAGTGACGTGTTTTTCACGGACCAAAGATGCCTCTTAAAGTGTA
TGTTCCAGCTCACAGGGGTTCGAGGCTCTGCAGCTCAGCAGTGGCACTAG
AGCCTAGTGCTAGTGCTCGAAGTTCGCAGCATTAGGCTTGGCCAAAGTAC
GGATGCTTCGATTGTATCTTTAGTAAGACGTACGTTCTTCGAAGATCGGT
CATCGGGGGTACGTTTCTGCTCTGAGTTATTCCAAATATTTGAGGAGCCG
GACCCTGACTTACCAATAAGGAAAATGTTCAATAAAGCACCCAAGACAGC
CATGGCTTATCCCGTAAGACAACCGAGACGTTTAATCTGTGATTGGGCCA
GATAATTCCGAGCAAAAACGAGTGTACTTTGATCTGAATTCCCTGAACCC
ACAAACACGTCAGCTTGAAGCCATTTTGTGGTCTTAAACCATTTGACCTA
GCACCGTTGGCATCAAAAACAATATTCTACCCTATTTGAAAAGGATCTAA
CATAACTCTAACTTTATAACTACGTCCCTATTTAGTGACGGTACCCAATC
CTTTTTTTCATAACACATTGATATATAATAATGTATTAATTATATATAAT
TAAAAATATATATGGCCCTAACACTATTGGCTAGTATTCGTATGCTAAGT
GTTGACTCTGGGGCAAATAAACCTAATTTTATATGTACGTAGGAATAAAT
ATGTGTACACACACACACATGCGAAACTTAAATGGTTGTAAAATCAACTC
AAGAAGTTCGGCAGCGCGAACCCATTTTTTTGGCACAATATATAATATTC
TAAGAGAAGGAAATAGTACATTTGTTTGGGGAAAGGAATTGTGCTCGTTG
GGTGTTAGCACAAGATTCCTCCGGAAAGTATTGGGTAAAAATTAACTTTC
AAAGCATGATTTACAAAAGTTTCCAGAAAATTGCACTTCCCCCTACATCT
CACCCTTTGCCCAACATGTATACAGAGCATGCATTATTTAAAACAGTTTA
ACACTAAAGCATAATATTCAAATAAGCGACAGGGGAGGGCAAAAAAATTA
AACGAAATAAAAAGAATTTTCCTAATATGTGCCGTTTTCGAGTAATTTAG
ATTGTATTTTGGCTTTTAAGATAATTTGTTAAAAAATTGGCATTTTTGTG
CTTCTTTGCGTTCATTACTTCGAAAAAAGAGAAAATGAGGTCCAAAATGC
CAAAAACTCGGCCTCAAAACGCGAATTTACACGAACATTTTGAAATATCT
TGACTTTTTCAGAACTGATCTTTCGCAACAAATACCTGCGCTCACTTCTG
ATGCAACACCAACGGCTCACTTAAAAAATACAATCCTTCAATACACCAGC
CGTTTTGCTAAATCCCGGAATTTTGCCTAAATTTAGGGAAAATAACCACA
GGGAAATTCCCAAGCATGAAAAAACTGCGGATATTTGCTGGTATAAACAG
GCCTGTCAAATGATGGAACATCAATACATTTGCCAACTTTTGATCTCTTT
TGGGAACAAACTGGTGGTTAAAACATGCCAAAGATTAAAAAATAAATAGA
ATTATGAAAAAAGTAAACATATTTTGTTGTTCAAATAATGTTTGTGCTGA
AATTCCTTTAAACGACCAAAACAAGCATTTTCAAAGATGTCTAGTCAAGA
TAAGTATTACCATAATACGCTATAAATCTAACCTCTACGTAGATGTTACC
AGAATTATCTCTTAATATCTCGCTAATGGGCTGAATTAAACTACATACAT
GCTGGAAAATGAGCTCCAATATGCAATACCCTTAACCAGAAAAATGTTAC
CCCATGACTGGCAATGCTCCACCGTTGTATGTGGTCTTTCCATTTTTACA
CTCATATGATATTCTAGTTTAGAGTGTTGGTATACTCCTCTAAACAATTA
AATCTGCATTCAGGCAATATATACCTTTGGCCATTGTAGCATTTGATCCT
AGTTTTTCGCTTCACGACTGCAACATTCTGACATTTGGAACCTGGATTTT
TTTCAACCTGGATTTTTTTTTCATTTGGAACCAATTCTGACCTGGAACCA
AGTTCCGTGATAAAGCCCTATCTCTCTGGATTTCCTCTCGAAGTGTTGTT
GTTCTCATGTTCGTTTGAGCCTGTTTTTCCGATAGCGCTCGCACCCAAGC
CATGACATGAGTGCCACTGAATGTTGCACCCAATTCCAACCATAAATGAC
GGAGAATCCTGCTTATGACCACACTCGGTTGGCTCAATTTATTCGAGGCT
ACCTACCACTCTGGACTATTTCGACGGGCAATCCCCAAGGCAGTGACCGA
TCGGGCGGGCCCAAGAAGTTTCTTCGCACTGACCAAGCTCCAGGATCTTC
AGTCGGCCAGACTCAGTTGTTCAGTCATGTTCTTCTTCCAACGATCTTTG
ATTTTTAGCACTCTGACCCTCGTGGTCCTCGCCCTTGTCAATGCAGATCC
CGAGCCTCGGAGGAGTTCCAAAGTGGCCTCGGATTTCAAGAACCATGAAG
AAATTCAGAACAAACCCAACTTGGGCAACCGAGAAGGAAAAGGTATACAA
TCTGCACTATCTCCTTTCGTTTTAGGGACACCCCTCATCCATGTCTTCAC
ACCTCAGGTTGTGTAGGTCAATTTGGTAAACTCTTACGTCAGACATTCGA
AATTGTTCATGTTTGAAGGCGTTCTAATCGTGGTTGAATACACCGAAAGT
GTACTGATTTAGCCACCCTGACATCTTCTTAATCTCCGTCGAGGGCGAGA
AACAGACAACACAGATTTCAGTACTCACGTTTGTGTCTATGGGTAGGTTT
CTAAGGATCGTGAGCGAGAAAAGACTGCCACTTTGACTTGGGCCTTGGCT
CATTGGACAGTTGTTGTTTTCTTTAAACTCAGGGTCGTCGGATGAGATAA
GTCTCCCAAATAGACCCTTTGCCATTCCTCAGGTGTTCATATTTCAGAAT
ATATGCAATGATCAGATATAACGACTAAATTGCGAGAGGTAAATCCCACT
GAGCCAACTCCGAGTTGGTGGAAAACACAACTGGAATAGCCTCTTTCCAA
CACAAAGGGCGATTTATCCTCGCTCACCATCCAAAGAAAACGTCACAGAA
CATACGTCATAAATCTAATTTGTGTGCACCCAACGACACCAGAAGTTGGG
AAGGTTGCGTGGGCAAATTATTATTCTAAAGGAATGTCCGTGCCCATTGG
TTCGCCCATAGGCACATAAACTGGTGCATTCTTATTTTCAGTGCACGTAA
GTATATGATAAAATATCTTTAGCCTTGAAGAGCACCATTACGATTGAAAA
ACGTTTAGTATGCGTCTAATCACACCTTCCATGTTCCACACCATGGAACG
TCCATGGTGAACACAGGGCCCACTTGATGTGATTAGCTAGTTGAGCTAGT
CAGCTTGCAGCCTCGTACAATCAAGCTCCAACCACTACTTTAGTTTGTGG
GGAGCCAGAAGGGACCCATCCTCAAGATGTGGGCGCACTTTGGTCATTCC
AAACTGATCCCCCGTTTCCCAATCTTATAAATCACGTTTAGGTTCGTTAA
CAATCCCAAAAGGCATTCTGTATGTTTCGAGTCTGTATTGTTAGAAAAAT
AATGTTCGAGACATATTTTACAGATAACTTTGATGTCTGGTAAAAACAAG
TGCCATTGTACGACGTCGACTTCAATTATCGAGGGAATTGATCCAGGCTA
ACCGTGTTAGTCTCAGGGGACGCTCGATTATTCATAGATTTTTTTGTAGT
TATCAAATGCTACCTGACCTGCCAACGATAAAAAAACATCGAAAGTCTTA
TGAATTATCTACTCTATGTGCTTGCATCCATGCATACTTTTGTTTCCATG
CCATTCTGTTTGGTTAGTTATACCCTCGTAAATTTTGCTTTACGACTTTT
TGCAGTCTTTTTACTATTTATCATACCAATAATGCGCATTTGGTGGCTAA
ATATTTATTTCCAAGCATCTTCACGACTTGCTGCACTACATGCGGTAAAC
GTAGGATTAAAGTCTGAACCAATTCAATTTCGGCCCTGTGTTAACAGTTA
ACGAAAACAATGCACTTGATGGCCTAAAAGCTAAAAATGGAAAAAATCAT
ACGAGCATATTTTTTATTATATTATGTTTTTGTGTCGTTTGTGAATTCAA
GTGTCTCGTATGTCCTTCAAATGTCTCGAGCTGACTCACAGAAGGTTTTG
ACTTCCTTGCTTGCAGTGTTCTCGCTTTTCAACGTTGTACAGTTCAAGAA
TGATGGATGTCGAAGTTCTAGCACAATCAGCGGGTAAGCTCTCTCATATG
AACGTTTTATCAAGTGCGGTGTGAGTAAATCTGCTCTTTTGAACGTTTCA
GAGGTGGAACTGGATCCACCAACCGAAATGGAACCTGCTACCGCAGGGAT
GAATGCACAAGGAAAGGTGGATCTGTGGCTGGAACTTGCGCTGCTGGGTA
AATAGAGTCGTTACTTGCGCTTATCTCCGAATCCCTTTAAAGCACCCCCA
AGTGCTTGTGAACCGATAATAGTTCAATTCAACGAAGGAATGCTATCCTG
CCTACTCTGAGAAGTAGGGGAGGCATATTTAGGTTGACACCAGTTTTAGG
AATGTTATGAATAATGTCGTAGATTGAATTTCAGTTTTTGCACAAATCGA
TGATAGTATTTCTTATAGAGGTACATTAGAGTAATATTTAATCTTTTTTA
GTGATTTGTGAGACAAATTTTTAAAGGATCTTTTTTTCCTGAATCTCTCA
ACTTCAGAGATTCTCAAAGCATCTTAGCAGTATCTTAGCAAAAAATCTTA
GCAGTGCAATGTTTATCGTGTTTTCTTTATATTTGCGCATAGGTCATATG
CTTGTTTAATACTTGACAATTGTCGGTAAAGCAGCGTTTGAAGTTTTGCC
ATTATATTTAAAATGTCACCTCAAAAAAGCCGTTTTGAAAGTGTAAGCCC
CATTGAAGATAATTGACCAAGTAGTCGTCTTCGAGAAACTTGGGAGTCAG
TTTTTAACCTCAGGAATTGATAATGTTTTCCCCGCAAATCAATGTTGAAT
ATCCTCTCTCGGTACGAAGCTATGGAAGTTCTTGTTGCAGCCCATTTATA
GATTGTATCAGACATTTTCTGACTGACTCTCTGCAAAAGATCTTTGAAGC
TCTCTTCCAGCCAGAGACTGTTTTGGGGCTAAACCTCACTGAAGTCACTG
TTGAAGGCTCTTTTAAACATGAGTTTTTTCAAAAAGATTTGCCCTCGGTG
CTTAGAACAAGTCTGAGAGTCCTTGTAGTTCAAATTGAACTAAGCGAGGA
TGGTATTATGGCAGATGAATGTTGTGTAGTAGTATCTGGATACTTTATTC
GGATATGGTAGATGCACGTAGGGTAGGCCTGAGCAGTTACACGGGTAAAA
GTCTAGTTCTCTCGATTACAGCTTACGGGAGGGGGAGAGTTACACAGAGC
GAGCGTTTGCTCTCAACCTCTACTACAATGAACTTAACGGGAAAAATTAT
GTGCAAAAATTTCAACTTTTGAATAATTTCAGATTTGGCGTGTGCTGTGT
ATTCTTGGTGAGCAATTCCGGAGCCACAATCAATCAGAACTGCAGTTACA
TTCGGAATCCTAATTTCCCCAATGCCTACGATTCCACTTCGCAAGTCTCC
TACAATATCCAGAAATGCGACAATAGTAAGTTATCTGTTAGCCAAGTCCC
GATGAAATTAATTAAAAACCGGGTGTTCTTCCAATGCAGGTGTCTGCTCG
CTTCGTCTGGATTTTGAATCCTTCAGCATTCTGGGAACAGGCAATACTGC
GGAGGTTGACTCTTCTCTACTGCCTTTGGATCCTGGTGGCGTGTGTTTGG
ACACCTTTGATGTTACGGTAACATTAAAAAAAAAACTTTTTAAGACTTGA
GAATTGCTCTCGCTCGGAAAAGATATATTTGACATATGATTAATTATTAT
TCCAAATTGCACCATGGTAAATAGCGTCTGAGTGATATGCCGAGTACAGA
TGCAAATGGTGGAGCAAGTATTTTTTTTCTCAATCGAAGACACTTAAATT
GCTATGTACAGTAGATACCAACTGAAACAATCGGATGAAAAAGTTCGGAA
ACCAAATAAAAATACAGCTGTCAGGGATTACTCTGAAGTGAAAAATACAA
AAAGGACAATGCATATTTCATCCCGTTTTAGAGAAACTTGTCACCTCAGG
CATTTTTCATTTATTTCATGCTAACTAGGATAAAAATAAGCTTTGTTGCT
TTTTCAGACCAATACCGGATCCAATATTCCCACTATTTGTGGCCAAAACA
CGGGACAACACAGTAAGTTGACAAACAGCAAATTAAGAATCATGTGCTTA
AAGGTTGTTCGGGGCTAATCCAAGAACGAAACTCCGTTTAGAGACTTCGG
GAATTGGAATCAATATCAAGTGGGGATGGGTTGACTCGCACATTTTTATC
GAGTTCTGACTCTGTACTCAATTGGGTTTGGGAGTCATCGACCAACCCCT
TCTTGACGGTGAATCCAGGAGCTACAGTAACATTACGGGGTCAATTCGAG
GGTTCTCGAAGTCTAACGATATTGCATTACTAGAGCCTTTTAGGATGTCT
AAATACTGCGTGTTCTTCTAGTCTACGTGGACATCGGCAATCTTGCTTCT
GATACAGCCCAACTGAACTTCGCCTTCAACGGAGCCAGTAACAATCGACA
ATGGGAGATCAAAGTGACCCAAATCCCGTGCAACACTCAGGGACAGTAAG
CTCTATCTTTCAAAGCCATTGTCTGCTTTTTTCGTTCCGTCCTAATGCCC
TATCGCTATTTTTAGTCCCAACGGCTGTGGATGTCTGCAGTATCACACTG
GCCTGACTGGACGTTTGACCACCTTTAACTTTTTGCCCACCAATGACAAC
CATTTGGCCAACCAGCAGTGAGTCCTTCACCTCCTTGCCACCATAACCTT
CTGCCTTTAAAAACTTACAGTATAGTAGTTTCAAACACCTCTTGCTTGGC
AAATTCGCTGCAAAACTGACATTGGGTAATCGCACCTTCTGCTGGTGTCG
TGTTCCACAGCATGGAACAATCATGGTGAACACGGCCCACTGACGTGATT
AGTTATTTTACTTGGCTTTGAGAAGCCCTGTTATGAGGCAAACATTCATG
CGCGTTATTACGTTATCGCGTATACACATACGATTGGAACAATCGTGTTG
ATGGATTTGGACGCTTGCCACTATGGACTTCCTCTATTTGCTTCTTATTA
TTCCTGCATTTTCTCTTGTGTTTAGAATCGAACCAACGATCCTTGGCAAC
GCAATGATGATAAGCACTCTAGCGCCGCGATACGCTGCTTGCCTTGCTAA
AACTGGCATTTTTGCTCTGAAATTTAAATTCTCTGTCCAGTTTTTCCTCG
TAAAACTGGAATTATGGCATTTTTTCGATCAGGCTATTGCTTTTTGGCTC
CCTGAACAAATAGGAACCCCGGGTTTCACGCCTGAAGTCAGGGCATGTTT
GACTCAAAATTTGGAACACCGATTGGAAATGTTATAAACTTAAAAAAGTT
CACTCTTTTTGCTTGTGACAAAAGTTGAAAAATGCATTTAAATCCGTCTG
GCCTCTGCAGAACTGACGGGCCAATTCAGTAATCGAGTAAAATAATTTTG
CGCCTTATATTCCGACAATTCCGCAATAAGCTAATTCACACTCGTGCTCT
TTTGTCCCAGTATTTGGACAAAAAATACTAGGAAGACTGTTGGCCACAAT
TAGGCTATAGCACAGCAATATAACATGGGTAACTAGACCTGTGGGTTGTA
GTACCCTACATACAGGTGCCGCCACATCTTGAGGCAGGGTCCCTTCTGGT
TTCTCACAAATTAAAGTAGTGGTTGGAACTGGATTGTACAGGGCTGCACG
GCGACCACCTAAATTGGCTAATAACATCAGTGGGCCCTGTGTTCCCATGG
ATGCCTGTCCATGGTGCGAACACGAAACCACCGGAAGGTGCGATAACACA
CACACACTCTTCTTTACTACTCAGGAATAAGTGTACTTCGAGAGATCTGT
ACACAATTTGGAGTACCATAGCCCAACAATTAAGAGGACATCACAGGCTG
CCAGCCTTGATCAGGTTACATTGTAATTGGAAACAGCTTTTCAAGATCGA
GATCAACGAACTACACTGCTGTGTCTCGGGCACCATTTGATCTCAGAATG
AGGATATGCGAACGTCGATCTACAAAAATGTGACAGGTCAATTTGTGTAT
TACTTCCAGATATTCGATTTGCATCCGCCAAGAGGCTGGCTTCTGCTGCA
TTGAATATACACCTTGTGCTGATGCTATGTCCTTCAGTTTGGACACAAAT
GCGGGTTTAATGATGGCCAAAGTGGAAACAGAATGCTCACTCGATTACAT
CGGCATTGAAGGTATATAACTATTACCACTCGGAAAAGGTGTCGCTCATG
AGTCATGACGTGTTGTCTTCACTAATATTGTCCTTTTAAGACCTTCTAAT
GAAGGTTACAAAAAAATCATAAAATAAGACTGGGCAAATCGCTGGATAAT
TCTATGGAAACGCACCAAATTTGTGAGAATGCGGCTTAACCACATACGCC
AAGAAATGTAACATCTTTTTAAAACGCAGCAAGCGAGACAATTCCAGGTG
GAACACCTTTTATTCCCAACGAAAGCTTGTGCTTCCTAAATCTAGTTGAA
ATATTTAAGACTCATTATGAAGTGGATAGGAAATCCCCCGTAAAAACACA
ATTGATGTACAGTGATGATTTTGCATTGGTTTTTACGTTACATTGTGAAG
TTGGTTTATTTTATAAAAATCCCCAAAAGTTACTGACTAGCACTTGTTTG
TTAAGTGTTGAATCCCGGGCAACTGCCTCTTTTAATACGTCGAAATAAAC
ATTCGATAACACACACACGAACACTCTAAACATGTGATTTTAAAGAAGCT
ATGGATCATTGATGACAAAGATGAGTTGGCCACTTACAGGTGTTGGAGGT
TTGTGCTCCTACCGAGGTGTGGGTCAGGCCAGTGTCAACAAGTTGTGTGG
GGATAAGTTCAATGTGCTTTCTATGCACCCACTCGATGCCCCAGTTTGTG
GTAAGTATTAGTACACAATTGCCCGATCTCGAATCCATATTGATGTACCG
TACGCTAACACGTTCTAGACTGCACTGCTCCATTCCAAGTGGACATCTTC
ACTGACAACGATGTGGATGTTGGAGACGTGGGTGGCACTCCCAATACGAA
GCAATCGCGAGGTTGGCCATCCCTTTAGCAAAGAACTGGTCAAACAGTGT
GTTAATCTGTGTTTTGTGTTTGTTTCAGGCGTCTGTTTGAACTACAGACA
AATCCCGTGCTAAGAAGGTACCCTTCGAGGGTTGAAGATGAACGAGACAA
GCTCTTGGCATTTTTCTGCGAAAAATGCATGTGATTAGTTGTAATATGTC
AGTGGATACTTTTATTATGTTGTTTGTACCGATCGATTTTAGCAATACAC
TTAACCGACTCCTTAAACAAAGTGATGCACACTAAAACGTCCATTTTTCA
AAGCGTTGGAAAATCTCGTTTGTTAATGACCTCAGTGGGATCTGGCAACA
CTACTTGGTTGGTCGCAGGTGGTGCTTCCATAATCGTTAACCAGAATTCG
CTCATCGTCGAAGATTTAGAAAATTATCGCTAATTTTGATGCAACTATCC
ATAATTTTGAGATGGCGTGATTGACAGAAAATTCAACCTTTTTGGACGAT
TTTTCAGTTTTCATTTGATATTTTTCAAGTGTGTTCCATATTCTTCAAGT
TTTTTCGAGTTCTCTGCTTCTAAACTTTTAATTTCCATTCTGATCGGCCG
AATTATTTTTGATCTTTTCGGTATATCTGAGACTATATCATATGCACGGG
CGGTTTTTTTTTTTGAAAGGCTATTTCCGGCCAAGTGTTCACGTCTCTCG
TGATTTTCGGCAAATCAAGTTTCGGGAAATTTACAAGTTTCTCCAGATTC
TCTCTATAAGCAGATAATGGCAAAATAGAAATATGTTACATGTTCATTTT
TATTTCATGAATGGCATCCCAATGTGTTTATTTTTGGCCATTTTCTACCG
CTTTTTTCGAGGCCTACTAAGAGCACTTTACTCTTTTCGATGTGAACTTC
TAATGTAGTCTTTTGTTCATTTTTCACAAAACCTTTGATAGTCAACACAC
TATCGCTAGTTTTTTTGTTTGTTTGTTTGGAAGGCCCTTGGCATTTCTGA
CCAGCTAGGGAAATCTCCGAGGAGACATAGTCAGCCTGGCGGTCAAATTT
ATCATGAATTATTACCTTACCCTCGAGGAATTACCACAGGTACGCAAGGG
AAGCAAACAATAGCTGTGAGTTAACACCACAAGTTGCCGGAACTTGGCCA
GCCCGGGGATCGAACCAACGACCCCCGGATAACTCAATGATAGATGACAG
GTTGTGCCACTCTACCATTGCGCTACGCTGCTTGCCTACTATCGCTAGTG
TTGCTAAGAATGATCGACAATCGCTAATTTAAATTAGCGATGATTTTGGA
AGCTCTACTCACAGGGCTCAAACTGTTAAAATTAATAAGCAAATGGATCC
CAATGAACTATTTTAGCCCAATCTTGGAGAGGAAAGCAAAGACATTTTGA
TTAAAAATGTAGATTGGGAATCATTTTCATCAGAAGTTATGCTGTTATGA
AACAAGCTTGTCTAAATAACGACTGGCCGACTTGGGCGAAGGTGCACTTA
TCACCATTTTGGCTGTTCCAGCCTGGATTGGTCATTTCTCACATTTTCGG
ATTTTTGTCCACCAAAATAATGGTTAAAATGGACACAATTATTAACACTG
CAAATTCTTATTAATTTCGCTCTTAAATTAAACTCCTCTTGCTCTCTAGC
ACTATTCCGTAAATCCTTCACTGGAATCAACTATTGGCTTAATCATCCCC
TATTAAATACAATATTTCATTTGAATTCACAAGGCTTTGTACATATAACA
AATCCAATATATAGGCACTTTCATGGCTTAGTTCCTAGTAACCGCTTCTA
ATACATTATGTCGAGTCCTGGGGCCGAATGACTGGGAAAGCACGTCGGGT
CGGTGTTAACACGTAAGGTGTAATGTAATCAGGTGATCAGGGTGCCTAAG
GCGTTCTGACAAGTGAGGACAAGAACGACCTTTTTATTCGAGAATCAAAG
ACGGAATGTTCATGCAGTTTTTAGAAGAGCAAAAGCTGCTCGAGTCTCTT
TGACAGCTATAAGCTGTTGGAGCCGAGAGAAGTGGTCAAGCAAGCGCGAG
GATGAAAGAAGGGTAGTCAAACCGCTACAAACCACCCCACAAAATCCGAG
TTCAACCTGCTTGAAATGGAATGGGAGCCGTAGAAATTCGACCACTGCGG
GTAGTTGCGGGTATGGGAATATCGCCGACGGATTGATCTAGTTGAGATGA
CGAAGAGGTGGGAAGGAAGGCAGGTTTGAGCCGGTCGACCGATACAGTGT
GATGTTTATCACGAATCGAAATAACGAAAGTCTTACGGGATCTTGACATG
ACCCGATAAGGGCCTTCATACGGAGGATTCAGTGAGGGCTGTAACCTGTC
TACCCTAAGCCAAACGAATTCCACATCATAGAGGCCCTGAAGAAATTGAG
TTGGAGCAGGGTTAGAATGATGTTTGATGGGTGGTGGCCTCAGCAAGCGC
ATGGAGGTTTCGAGTTGTCGAAAGAATTCTGGTGTTTGCACACAATCATC
CGCAGGAAGCCTTGGTAAATCACCAGGTAAGCGAAGCAGAGACCTGTAAA
CCATTTGCGCTGGAGAAATATTGGAGTCGTCATTAGGGGCACTTCGGATA
CCAAGAAGTACCCAAGGAAGCTGCCCGAACCAAGAATGGTCGGTGAGACG
TGCTCGCAAAGATTCCTTAAGACGGCGGTGAAACCTTTCGACCAGTCCAT
TAGATTGGGGATGATAGGATGTAGTGTGATGAACTTGAGAGCCGAGAAAA
GTTGACAAATTGTGCCACAATGAGGAAGTAAATTGAGCTCCTCGGTCACT
AATAATACTGTTTGGAAGACCGAATCGCGCGACCCAATGGTGTAACAAAA
CTGAAGCACACGATAAGGACGATGTGTCCGAGATCGGAATTGCTTCAGGC
CAACGTGAAAACCTATCAACAATTGTAAAGAGATGAGTAAATCCGAAGGA
CACAGGCAGTGGTCCAACTAAATCTACATGAAGGCACTGGAAGCTTTGTG
ACGGTAAGTCGATGAAGTCTGGTGGTGTTCGAGTATGTTTTGTCACCTTT
GAGCACTGACACGGTAGGCATTCTCTGACCCAGGACTTGATATCGACGTT
CATGCGGTGCCATACAAAACGAGCTGAAATCAGTCGCTGTGAGGCTCGTA
TACCTGGATGAGAAACATCATGTAGGGCATGAAAGATTGGAAGCCTCAGA
GAATCCGGTATCCAAGGGCGAGGGGATGACAAAGTCACGTCACACAACAG
GGTTACGTTGCCAGGGAAAAACACATCCTTGAGTTGAAGAGAAGTCAGTG
CAGTGCGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNTCCTTGTCCACAATGTTGGCAACGATATGTGACGCC
ATCACGTCCTCGTAAGGCAACCGATCCAGATCTGCATTATCACCTAGTTG
TCTCAAACGAACCAGAAAAGAGTCAAAAGTCTCGCCAGACTTTTGTCGAC
ATTGGTGAAATTGCAATCTCCGCGTCATCAGATTGAGACAATCCTTAAAA
TGGGCATGAAGCAATTCCAACGCATCTAGAACATTTTTGTCCTCAGGAAT
TTCCAACAGGTGGACCATGGTGTCCAATACTTCTTTGCTCAAGCATGA
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Synonyms
The feature 'hypothetical protein KGM_18655' has the following synonyms
Synonym
Tk12190
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