conserved hypothetical protein, maker-scaffold86_size395752-snap-gene-2.34 (gene) Tigriopus kingsejongensis

Overview
Nameconserved hypothetical protein
Unique Namemaker-scaffold86_size395752-snap-gene-2.34
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of conserved hypothetical protein 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: 181.03 bits (458), Expect = 1.136e-50
Identity = 100/231 (43.29%), Postives = 128/231 (55.41%), Query Frame = 0 
Query:  220 AEVLSLFNIVTFKNEACQSNNVIR---------------------------------FGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGV--SVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNF 413
             + LSLF+IV FKNEAC+S + I                                  FGVCC+F   +SGSTI +NCTY  NPGFP  Y   ++++YTI K   D+C LRLDFESF+     ++ E +        GG C+D   I  S+ V  SVPTICGQN+G+H+Y+DIGN  +  AQ+ F F    S +R WEIK  Q+ C +  S P GCLQYH G +G L TFNF
Sbjct:  301 GKFLSLFSIVQFKNEACRSTSTISNGGSGSTSRNGTCYTDVECTNKGGLAAGQCAAGFGVCCVFLVSSSGSTIRENCTYXTNPGFPNAYTGSTAVSYTINKAHIDICKLRLDFESFTTNGPSSSEEVD--------GGKCVDTFMITTSTLVDQSVPTICGQNTGQHVYIDIGNGESDTAQMRFNFMGD-SGVRMWEIKVSQLKCDAPFSAPPGCLQYHEGLTGKLTTFNF 522
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BLAST of conserved hypothetical protein 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: 171.785 bits (434), Expect = 2.461e-49
Identity = 87/190 (45.79%), Postives = 110/190 (57.89%), Query Frame = 0 
Query:  265 YIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVDVNAFSL 452
            YI+NP  P      S  ++TI K APDVC  RLDFE FSI    +T ETN        GG C D + +   +G   PTICG NSG+HIY+D+G   T  A + F F    +  R ++IK  QIPC S  + P GCLQ+HTG +G   TFNF      HLA+Q   +CIRQE GFCC++Y  C D N+ +L
Sbjct:  107 YIKNPNSPAALTDTSPCSFTINKCAPDVCDFRLDFEMFSISGPSSTDETN--------GGECRDTMMVTTPTGQRTPTICGSNSGQHIYIDVGRMPTDSASIAFQFMGAFN--RMFDIKVTQIPCNSESAPPNGCLQFHTGTAGMFETFNFDGPLQQHLASQTQQVCIRQEDGFCCIDYQVCSDENSMTL 286
[Close]
BLAST of conserved hypothetical protein 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: 154.066 bits (388), Expect = 7.224e-43
Identity = 91/255 (35.69%), Postives = 124/255 (48.63%), Query Frame = 0 
Query:  221 EVLSLFNIVTFKNEACQS----------------------------NNVIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQ--TYEQQSSITYTIRKTAPDVCSLRLDFESFSIL--ATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTSSV--PQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEY 441
            +  SL NIV F N+ C +                            N    FGVCC+ T  + G TITQNCTY++NP FP   T    +  +YT+ +    +CS+RLDFE+FSI     GN L  N +   PT               G+ +P +CG  +G H+Y+  G  + + A     FD   + +R W+IK   IPC S    P GCLQY+TG +  ++ FNF       L +Q Y+IC+RQEAGFC V Y
Sbjct:   29 KYFSLLNIVRFANQKCTTQSSTPLASRHGTCFTRDECNNNGGLIDGNCASGFGVCCVLTLKSCGGTITQNCTYVQNPEFPSGFTLGGNTMCSYTVPRNMDGICSIRLDFETFSIRQPVQGNCLNENFMATSPT---------------GLVLPVLCGTLTGSHMYISSGTVSQTAASFKINFDPASNAVRSWDIKVTMIPCNSMTLPPDGCLQYYTGTTAKIQNFNF----GALLQSQAYNICLRQEAGFCTVSY 264
[Close]
BLAST of conserved hypothetical protein 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: 137.887 bits (346), Expect = 2.347e-37
Identity = 89/264 (33.71%), Postives = 133/264 (50.38%), Query Frame = 0 
Query:  221 EVLSLFNIVTFKN-----------------EACQSNNVI-------RFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSIT---YTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD-VNAFSLDV 454
            + LSLF+IVTF++                 + C +N+ I        FG CC+F     GS + +N TYI +P +P     +SS+T   Y I+    ++CSLRLDF+ F +       E N        GG C     ++  +  SVP ICG N+G HIYLD+ + A  ++ +   F  +    R+W I + +I C +      GCLQY+  ++G + TFNF     +HLA+Q Y+IC R+    CC+EY  C D   AF+L +
Sbjct:   25 KFLSLFHIVTFQDFICPSALDSRNGTCLSAQKCTTNSGIPSGKCASGFGTCCVFETQTCGSKVLRNMTYITSPDYPSMI--KSSLTQCDYRIQAEMKNICSLRLDFDRFEVRGPPGRNELN--------GGACSLDTFVIQGTLGSVPVICGLNTGAHIYLDVNDNAL-KSGIELKFQFKGXGQRRWRILSSEIECNNPGRARPGCLQYYFESTGRINTFNFNAMGSSHLASQKYAICFRRNLNTCCIEYRVCEDEKEAFTLGI 277
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BLAST of conserved hypothetical protein 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: 132.88 bits (333), Expect = 1.983e-35
Identity = 89/266 (33.46%), Postives = 123/266 (46.24%), Query Frame = 0 
Query:  223 LSLFNIVTFKNEAC---------------------------QSNNVIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGIC---LDQLNIV-LSSGVS----VPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTSSVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCV-DVNAFSL 452
             SLF++V F+N  C                           ++N    FGVCC F     GS   +NCTYI+NPGFP  Y   +  +YTI++ + +VC LRLDFE F+      T+ET+        GG+C    DQ ++  L++G      +P ICG+N+G+HIY+DIGNQ    A LNF F  Q    R W+IK  QIPC                         N  D+              AG CC++Y+PC  + N+FS+
Sbjct:    1 FSLFSVVQFRNTVCAIGSGASRIRNGTCLKQSECADRGGSGRANCASGFGVCCFFAIQTCGSVARENCTYIQNPGFPTPYRVLTPCSYTIQRCSNNVCRLRLDFEMFTTFEPAGTIETD-------DGGVCNPRWDQFSVQNLNTGNPMNSIIPVICGENTGQHIYIDIGNQDGDSASLNFAF-RQEQRDRVWDIKVTQIPC-------------------------NTIDD------------PPAGHCCIQYIPCANEANSFSI 221
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000007538 (supercontig:LSalAtl2s:LSalAtl2s434:421036:426698:-1 gene:EMLSAG00000007538 transcript:EMLSAT00000007538 description:"maker-LSalAtl2s434-augustus-gene-3.7")

HSP 1 Score: 123.635 bits (309), Expect = 8.006e-34
Identity = 61/119 (51.26%), Postives = 76/119 (63.87%), Query Frame = 0 
Query:  337 GVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVDVNAFSLD 453
            G  VP ICG N+G+HIYLDIG   T  A LNF F    +  R +++K  QIPC S  S P  CLQYHTG SG   TFNF  N + HLA+ +  +CIRQE GFCC++Y  C + N+ +LD
Sbjct:   35 GQMVPVICGTNNGQHIYLDIGRMTTDXATLNFAFTGVFN--RFYDVKITQIPCNSRNSPPDNCLQYHTGVSGKFETFNFEGN-NQHLASTNQVVCIRQEKGFCCIDYQVCSEENSMNLD 150
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000000067 (supercontig:LSalAtl2s:LSalAtl2s100:474667:476504:1 gene:EMLSAG00000000067 transcript:EMLSAT00000000067 description:"maker-LSalAtl2s100-augustus-gene-4.19")

HSP 1 Score: 124.405 bits (311), Expect = 4.014e-32
Identity = 83/256 (32.42%), Postives = 117/256 (45.70%), Query Frame = 0 
Query:  223 LSLFNIVTFKNEAC------------------------QSNNVIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSIL--ATGNTLETNTI---------LIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTSS--VPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEY 441
            LSLF++VTF N  C                          N    FGVCC FT    G+T+++N TY+ NP       Q+      I     ++C +RLDF++  +   ATG    TNT           +PP TGG+C D L                 SG+H+Y++ G   T    ++F   +   + R W+IK  QI C +S   P+ C QY TG SG  +++N  N  D  L +Q+Y  CIRQEAG C ++Y
Sbjct:   29 LSLFSVVTFDNVECTGSASKKHGICFTSDECTENGGSADGNCASGFGVCCTFTVSTCGTTVSRNLTYVTNPXXXXIRLQEPVHLQLIESMTVNICQIRLDFDTLVLTEPATGECSSTNTDKLTFTSPSGFVPPGTGGLCGDSL-----------------SGDHMYIETG--LTGSVGMSFAIGSATGS-RTWKIKVTQIECGTSWKAPEDCAQYFTGISGEFQSYN--NVGDQTLQSQNYKYCIRQEAGMCGIQY 262
[Close]
BLAST of conserved hypothetical protein 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: 123.635 bits (309), Expect = 1.666e-30
Identity = 92/274 (33.58%), Postives = 124/274 (45.26%), Query Frame = 0 
Query:  221 EVLSLFNIVTFKNEACQ---SNN--------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSS-ITYTIRKTAPDVCSLRLDFESFSI-----LATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPC----TSSVPQGCLQYHTGASGTLRTFNF------LNNADNHLANQDYSICIRQEAGFCCVEYLPCV-DVNAFSLDV 454
            ++LS+FN+VTF N  C    S N                       +GVCC  T ++ G T + NCTYI    F  T    S+  TYTI K +  +C +RLDF +F+I        G      TI     TG    D  +         P ICG NSG+H+ LD  ++      LNF   +  +  R W IKA Q  C    +   P GCLQY TG +G + +FN+         + +HL+NQ YSIC RQEA  C + +   +   N F L V
Sbjct:  342 KLLSIFNVVTFPNTFCTGSASKNGTCYTADECETRGGTASGSCASGYGVCCXIT-LSCGGTSSDNCTYIEQSSFTSTSSLNSNPCTYTICKNSNMICRIRLDFTTFTIANPFTTPVGADAAGTTITNAGATGDCVTDSFSFTSPGSRGSPVICGANSGQHMILDASDECNV---LNFNIGSSAATSRSWIIKATQYTCGDYDSLGGPPGCLQYFTGTTGKISSFNYPTSETTTTTSSSHLSNQCYSICFRQEATKCSICFASAIAGQNTFGLSV 611
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BLAST of conserved hypothetical protein 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: 119.013 bits (297), Expect = 2.212e-30
Identity = 83/218 (38.07%), Postives = 112/218 (51.38%), Query Frame = 0 
Query:  239 NNVIRFGVCCIFTAVNSGSTITQNCTYIRNPGFP--QTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGIC---LDQLNIVLSSGVSVP---TICGQN-SGEHIYLDIGNQATSRAQLNFVFDAQVSNI--RQWEIKAVQIPC--TSSVPQGCLQYHTGASGTLRTFNFLNNA--DNHLANQDYSICIRQEAGFCCVEY 441
            N    FGVCC+F     GSTI++N +Y R+PGFP   T    ++  +TI++   ++CS+RLDFE             N I   P  G       D++ I   SG S P    +CG   SG+H+Y+D     T    + F  DA  + I  R W IK  QI C   +  PQGC QY TG SG+++++NF      D HL    YS CIRQE GFC ++Y
Sbjct:   21 NCAAGFGVCCLFIVDTCGSTISRNNSYFRSPGFPTAFTVTAATACAFTIQRCQSNICSIRLDFE-------------NLIXSEPADGACGANNFDKITITSPSGFSPPGPGGLCGDGLSGQHMYVDT----TLAGAVTFNVDAGTAAIANRAWNIKVTQIACDDMNRPPQGCTQYFTGPSGSIKSYNFDGGQINDGHL----YSNCIRQEEGFCGIDY 217
[Close]
BLAST of conserved hypothetical protein 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: 115.161 bits (287), Expect = 2.427e-28
Identity = 88/280 (31.43%), Postives = 123/280 (43.93%), Query Frame = 0 
Query:  212 KRLEAIILAEVLSLFNIVTFKNEAC----------------------QSNNVIRFGVCCIFTAVNSGSTITQNCTYI-RNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGV-----------------SVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPC--TSSVPQGCLQYHTGASGTLRTFNFLNNADN------HLANQDYSICIRQEAGFCCVEYLP 443
            + LE  I  + LSLFN+V F+N  C                      Q      +GVCCI T +  G T ++NCTYI ++     +    +  +Y I K +  VC +RLDF             T  +L  P +G   +  +N++ S                      P ICG N+G+H+ LD   Q      L+F   +  +  R+W IK  Q  C   ++ P GCLQY T  SG+  TFNF  ++        HLANQ+YSICIR+ A  C V Y P
Sbjct:   22 EXLEKDIEGKSLSLFNVVRFENIVCTGDSKNGTCYTSEECEAKGGLAQGTCASGYGVCCIIT-LGCGGTSSENCTYIEQSSFTSSSSLSSNPCSYKICKLSDHVCRIRLDF-------------TKHVLADPVSGTAVVGAVNVIDSRYAHGQCTEDRFTFSSIGKNGAPVICGYNTGQHMILDASEQCNV---LSFTVGSSTAVSREWSIKVTQYNCGDLNAGPSGCLQYFTDDSGSFSTFNFRTDSATVSATATHLANQEYSICIRRTANKCRVCYSP 284
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|242023955|ref|XP_002432396.1| (conserved hypothetical protein [Pediculus humanus corporis] >gi|212517819|gb|EEB19658.1| conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 166.777 bits (421), Expect = 3.817e-43
Identity = 96/256 (37.50%), Postives = 135/256 (52.73%), Query Frame = 0 
Query:  222 VLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTSSVP--QGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD-VNAFS 451
            +LSLF +V F+N+ C +++                          FG+CC+F A   G    +NC+Y  +P FPQ+Y+   S   T+ K+ P++C  RLDF+ F+I              P     IC +    ++S G +VP ICG N+G H+Y+D G+  T+   L FV     S  R W++K  QIPC S +    GCLQY TG SG ++++N+   A   L+NQDYSICIR E  FC + Y PCVD VN FS
Sbjct:   64 LLSLFTVVEFQNQGCGASSGDNGTCLTSAECEERGGVSSGPCARGFGICCVFLAT-CGQDTKENCSYFVSPNFPQSYDGTGSCQLTVHKSHPNICQFRLDFDQFNIAG------------PEPINNIC-NNDQFIVSGGNTVPGICGMNNGNHMYIDAGSGITNPVTLTFVTSGP-SFDRTWKVKICQIPCDSVIKAEDGCLQYFTGVSGQIKSYNYDPGAGLQLSNQDYSICIRSERNFCGIHYSPCVDPVNNFS 304
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|914563964|gb|KOB69580.1| (Uncharacterized protein OBRU01_16443 [Operophtera brumata])

HSP 1 Score: 163.31 bits (412), Expect = 1.454e-42
Identity = 93/262 (35.50%), Postives = 133/262 (50.76%), Query Frame = 0 
Query:  210 FRKRLEAIILAEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
                L   +   VLSLF +VTF N AC   +                          FG+CCIF   + GS+ ++N TY  N G+P +Y+   S   T+ K+ PDVC +RLDF+ F+I              P     +C +Q   ++S G  +P ICG N G H+Y+D G   T+  +L FV     S  R W++K  QIPC++     +GCLQY+TG SG +R+FN+ + +   L+NQDY IC+R E  FC ++Y  C D
Sbjct:    5 LENELNVWVTYIVLSLFTVVTFANGACAGASGDNGTCMTARECASRAGSANGYCANGFGLCCIF-MTSCGSSTSENGTYFVNSGYPSSYDGTGSCELTVVKSHPDVCQIRLDFDRFTISG------------PEQMNHVC-NQDQFIVSGGNPIPAICGVNQGSHMYIDAGIGTTNPVKLTFVTSGN-SYARMWKVKVTQIPCSTIYKADEGCLQYYTGVSGQMRSFNYDSVSGLQLSNQDYGICVRMERNFCGIQYTSCPD 251
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|939232680|ref|XP_014249299.1| (uncharacterized protein LOC106666516 [Cimex lectularius])

HSP 1 Score: 163.696 bits (413), Expect = 7.121e-42
Identity = 90/252 (35.71%), Postives = 127/252 (50.40%), Query Frame = 0 
Query:  220 AEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTSS--VPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
            +  LSLF +V F N+ CQ++                           FGVCC+F +   G T +QNCTY  NPG+P  Y+   S   TI+K  PDVC  R+DF+ F++              P     +C +    ++S G  VP ICG N+G H+Y+D G    +   L  V     +  R W++K  QIPC+S+    +GCLQY+TG SG +++FNF       L+NQDYS C+R E  FC ++Y  C D
Sbjct:   78 SRFLSLFTVVQFGNDGCQASTGDNGTCMTSAECSARGGVANGPCAKTFGVCCLFMST-CGQTTSQNCTYFVNPGYPTAYDGTGSCQLTIQKAHPDVCQYRIDFDQFTLAG------------PEPVNNVC-NNDQFIVSGGNPVPGICGMNNGNHMYIDAGTGVNNPVTLTVVTSGP-TFARNWKMKICQIPCSSNYRAEEGCLQYYTGVSGQIKSFNFDPTGGLQLSNQDYSACVRIERNFCGIQYTACAD 314
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|768418065|ref|XP_011549702.1| (PREDICTED: uncharacterized protein LOC105381624 [Plutella xylostella])

HSP 1 Score: 160.614 bits (405), Expect = 3.024e-41
Identity = 94/253 (37.15%), Postives = 132/253 (52.17%), Query Frame = 0 
Query:  219 LAEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
            + +VLSLF +VTF N  C   +                          FG+CCIF   + GST ++N TY  N G+P  ++   S   TI K  PDVC +RLDF+ F+I              P     IC +Q   ++S G  +PTICG N G H+Y+D G   T+  +L FV  +  S  R W++K  QIPC++     +GCLQY+TG SG +++FN+  ++   L+NQDY ICIR E  FC ++Y  C D
Sbjct:   15 IEKVLSLFTVVTFPNGGCAGASGDNGTCMTARECSARGGSANGYCANGFGLCCIFM-TSCGSTTSENGTYFVNAGYPSGHDGSGSCELTIVKNHPDVCQIRLDFDRFTIAG------------PEQINHIC-NQDQFIVSGGNPIPTICGVNQGSHMYIDAGIGTTNPVKLTFV-TSGTSFERMWKVKVTQIPCSTIYRADEGCLQYYTGVSGQVKSFNYDPSSGLQLSNQDYGICIRTERNFCGIQYSACPD 252
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1274145661|ref|XP_022833253.1| (uncharacterized protein LOC111361114 [Spodoptera litura])

HSP 1 Score: 159.844 bits (403), Expect = 4.490e-41
Identity = 93/251 (37.05%), Postives = 127/251 (50.60%), Query Frame = 0 
Query:  221 EVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
            +VLSLF +VTF N  C   +                          FG+CCIF   + GS+ ++N TY  N G+P  Y+   S   T+ K+ PDVC +RLDF  FSI              P     +C +Q   ++S G  VP ICG N G H+Y+D G   T+  +L FV        R W++K  QIPC++     +GCLQY+TG SG LR+FN+   +   L+NQDY IC+R E  FC ++Y  C D
Sbjct:   18 KVLSLFTVVTFPNGGCAGASGDNGTCMTARECTARGGSANGYCANGFGLCCIFM-TSCGSSTSENGTYFVNSGYPSVYDGTGSCELTVIKSHPDVCQIRLDFNRFSIAG------------PEQMHNVC-NQDQFIVSGGNPVPAICGNNQGSHMYIDAGIGMTNPVKLTFVTSGPTFE-RLWKVKVTQIPCSTIYKADEGCLQYYTGVSGQLRSFNYDPVSGLQLSNQDYGICVRMERNFCGIQYTACPD 253
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|972177874|ref|XP_015190998.1| (PREDICTED: uncharacterized protein LOC107074261 [Polistes dominula])

HSP 1 Score: 160.614 bits (405), Expect = 1.022e-40
Identity = 106/319 (33.23%), Postives = 144/319 (45.14%), Query Frame = 0 
Query:  154 WPPYSSDADPLDYSFWPHVEGKACRVRDPNVEALKASVKEHWAGMEEGYIVKVCQAFRKRLEAIILAEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGIC-LDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
            W  +     P    FW   E ++    D    AL+               +K  Q+ R++        +  LF +V F N  C  +N                          +GVCCI   V+ G TI  N TY  NP +P T++   S   T+ K+ PDVC  RLDF  F I              P TT  +C  DQ   ++S G  VPTICG N+G H+Y+D G   T+   L FV     S  R W+++  QI C++     +GCLQY TG SG +++FNF       L+NQDYSICIR E  FC ++Y+PC D
Sbjct:   24 WNIWKMHKFPQVRRFWQTNENRSRESYDQQTHALQN--------------IKSAQSLREK-------RLFPLFTVVKFDNNVCAGSNGENGTCISATECSQRAGISSGICANGYGVCCI-VMVSCGQTINDNNTYFVNPNYPSTFDGTESCQLTLLKSNPDVCQFRLDFVQFMIRG------------PETTNNLCTYDQF--IVSGGNPVPTICGTNNGNHMYIDAGVGQTNPITLTFVTSGN-SFPRSWKVRISQIRCSTIYRAEEGCLQYFTGVSGQIKSFNFDPTTGLQLSNQDYSICIRMEKNFCGIQYMPCSD 305
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1199382377|ref|XP_021185761.1| (uncharacterized protein LOC110373003 [Helicoverpa armigera])

HSP 1 Score: 159.458 bits (402), Expect = 1.403e-40
Identity = 92/252 (36.51%), Postives = 127/252 (50.40%), Query Frame = 0 
Query:  220 AEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
            +  LSLF +VTF N  C   +                          FG+CCIF   + GS+ ++N TY  N G+P  Y+   S   T+ K  PDVC +RLDF  F+I              P     +C +Q   ++S G  VP ICG N G H+Y+D G   T+  +L FV  +  S  R W++K  QIPC++     +GCLQY+TG SG LR+FN+   +   L+NQDY IC+R E  FC ++Y  C D
Sbjct:   56 SRFLSLFTVVTFPNGGCAGASGDNGTCMTARECTARGGSANGYCANGFGLCCIFM-TSCGSSTSENGTYFVNSGYPSVYDGTGSCELTVLKAHPDVCQIRLDFNRFTIAG------------PEQMNHVC-NQDQFIVSGGNPVPAICGANQGSHMYIDAGIGMTNPVKLTFV-TSGTSFERLWKVKVTQIPCSTIYKADEGCLQYYTGVSGQLRSFNYDPTSGLQLSNQDYGICVRMERNFCGIQYTACPD 292
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1344800465|ref|XP_023942673.1| (uncharacterized protein LOC112049123 [Bicyclus anynana])

HSP 1 Score: 158.303 bits (399), Expect = 5.274e-40
Identity = 92/252 (36.51%), Postives = 128/252 (50.79%), Query Frame = 0 
Query:  220 AEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVD 446
            +  LSLF +VTF N  C   +                          FG+CCIF   + GS+ ++N TY  N G+P TY+   S   T+ K+ PDVC +RLD + F+I              P     +C +Q   ++S G  VP ICG N G H+Y+D G   T+  +L FV     S  R W++K  QIPC++     +GCLQY+TG SG L++FN+   +   L+NQDY ICIR E  FC ++Y  C D
Sbjct:   62 SRFLSLFTVVTFPNGGCTGASGDNGTCMTARECSSRGGSANGYCANGFGLCCIFM-TSCGSSTSENGTYFVNSGYPSTYDATGSCELTVVKSHPDVCQIRLDLDRFTIAG------------PERMNHVC-NQDQFIVSGGNPVPAICGFNQGGHMYIDAGIGTTNPVKLTFVTSGN-SFERLWKVKVTQIPCSTIYKADEGCLQYYTGVSGQLKSFNYDPTSGRQLSNQDYGICIRMERNFCGIQYTACND 298
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|322794484|gb|EFZ17537.1| (hypothetical protein SINV_00302, partial [Solenopsis invicta])

HSP 1 Score: 158.688 bits (400), Expect = 5.492e-40
Identity = 87/210 (41.43%), Postives = 116/210 (55.24%), Query Frame = 0 
Query:  244 FGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICL-DQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVDVNAF 450
            +GVCCI T V+ G  IT N TY  NP +P T++   S   T+ K+ PDVC  RLDF  F+I              P T   +C+ DQ   ++S G  VPTICG N G H+Y+D G   T+   L FV     S  R W+++  QIPC++     +GCLQY TG SG +++FN+       L+NQDYSICIR E  FC ++Y+ C D    
Sbjct:  122 YGVCCIVT-VSCGGMITNNNTYFVNPNYPSTFDGMESCQVTLMKSNPDVCQYRLDFVQFNIRG------------PETVNNVCVYDQF--IVSGGNPVPTICGNNDGNHMYIDTGVGQTNPVTLTFVTSGN-SYSRSWKVRVSQIPCSTIYRAEEGCLQYFTGVSGQIKSFNYDPTTGLQLSNQDYSICIRMERNFCGIQYMACPDAQGM 315
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|998498553|ref|XP_015525109.1| (PREDICTED: uncharacterized protein LOC107228237 [Neodiprion lecontei])

HSP 1 Score: 158.303 bits (399), Expect = 6.950e-40
Identity = 96/266 (36.09%), Postives = 129/266 (48.50%), Query Frame = 0 
Query:  209 AFRKRLEAIILAEVLSLFNIVTFKNEACQSNN-----------------------VIRFGVCCIFTAVNSGSTITQNCTYIRNPGFPQTYEQQSSITYTIRKTAPDVCSLRLDFESFSILATGNTLETNTILIPPTTGGICLDQLNIVLSSGVSVPTICGQNSGEHIYLDIGNQATSRAQLNFVFDAQVSNIRQWEIKAVQIPCTS--SVPQGCLQYHTGASGTLRTFNFLNNADNHLANQDYSICIRQEAGFCCVEYLPCVDVNA 449
            +FR R         LSLF +V F N  C   N                          +GVCC  TA+  G T + N TY  N  +P T++   S   TI K+ PDVC  RLDF+ F+I               PT      DQ   ++S G  +P ICG N+G H+Y+D G    +   L FV     S  R W+++ + +PC+S     +GCLQY TG SG +++FN+  N    L+NQDYSICIR E  FC V+Y+PC D +A
Sbjct:   65 SFRDR-------RFLSLFTLVQFDNSLCSGMNGENGTCISAAECSTRGGVSGGPCANGYGVCCALTAM-CGQTTSTNNTYFVNMNYPSTFDGTDSCQLTILKSHPDVCQFRLDFDQFNIRGP-----------EPTNNACTNDQF--IVSGGNPIPPICGSNNGNHMYVDAGVGQVNPVMLTFVTSGG-SFARSWKVRIIHVPCSSIYRAEEGCLQYFTGVSGKIKSFNYEPNTGLQLSNQDYSICIRMERNFCGVQYMPCSDADA 308
The following BLAST results are available for this feature:
BLAST of conserved hypothetical protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000129151.136e-5043.29supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1... [more]
EMLSAG000000119092.461e-4945.79supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 ... [more]
EMLSAG000000014987.224e-4335.69supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 ... [more]
EMLSAG000000006422.347e-3733.71supercontig:LSalAtl2s:LSalAtl2s10:144553:177864:1 ... [more]
EMLSAG000000018701.983e-3533.46supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1... [more]
EMLSAG000000075388.006e-3451.26supercontig:LSalAtl2s:LSalAtl2s434:421036:426698:-... [more]
EMLSAG000000000674.014e-3232.42supercontig:LSalAtl2s:LSalAtl2s100:474667:476504:1... [more]
EMLSAG000000051661.666e-3033.58supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1... [more]
EMLSAG000000051672.212e-3038.07supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 ... [more]
EMLSAG000000000662.427e-2831.43supercontig:LSalAtl2s:LSalAtl2s100:472529:474152:-... [more]

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BLAST of conserved hypothetical protein 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 conserved hypothetical protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|242023955|ref|XP_002432396.1|3.817e-4337.50conserved hypothetical protein [Pediculus humanus ... [more]
gi|914563964|gb|KOB69580.1|1.454e-4235.50Uncharacterized protein OBRU01_16443 [Operophtera ... [more]
gi|939232680|ref|XP_014249299.1|7.121e-4235.71uncharacterized protein LOC106666516 [Cimex lectul... [more]
gi|768418065|ref|XP_011549702.1|3.024e-4137.15PREDICTED: uncharacterized protein LOC105381624 [P... [more]
gi|1274145661|ref|XP_022833253.1|4.490e-4137.05uncharacterized protein LOC111361114 [Spodoptera l... [more]
gi|972177874|ref|XP_015190998.1|1.022e-4033.23PREDICTED: uncharacterized protein LOC107074261 [P... [more]
gi|1199382377|ref|XP_021185761.1|1.403e-4036.51uncharacterized protein LOC110373003 [Helicoverpa ... [more]
gi|1344800465|ref|XP_023942673.1|5.274e-4036.51uncharacterized protein LOC112049123 [Bicyclus any... [more]
gi|322794484|gb|EFZ17537.1|5.492e-4041.43hypothetical protein SINV_00302, partial [Solenops... [more]
gi|998498553|ref|XP_015525109.1|6.950e-4036.09PREDICTED: uncharacterized protein LOC107228237 [N... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold86_size395752supercontigscaffold86_size395752:352924..385077 -
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-scaffold86_size395752-snap-gene-2.34-mRNA-1maker-scaffold86_size395752-snap-gene-2.34-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold86_size395752:352924..385077-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold86_size395752-snap-gene-2.34 ID=maker-scaffold86_size395752-snap-gene-2.34|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=32154bp|location=Sequence derived from alignment at scaffold86_size395752:352924..385077- (Tigriopus kingsejongensis)
ATGTCGTGTTCCTCGCCGTCTACCGTGCAATACGACGAGAACACTAAAGT
GTTTCCATGAGAAATGACTAGTGGTAATGAATGCTGGCTAATGTAATTAG
CCAGCTTGATTGGGGAAACGCAGGATACAACAGTACTGTTCACAGGAAAT
TAGACAAGCAGGGTAGGTTGTCATGCAGGGCTTATAAACGTTTCAAGTCA
CGGTCTTATACAAGAAACATATTGGCTTTGGAGCTACGAGACGACTACTG
TAAATAATGACCAGACCATGGTAGAATGGAGGTTTTGTGCATGATTCAGT
CGATCCTGGAGGAGGCGCACTCAGTCTTGCTAGCCTCCAAGAGCCCTTAT
CTAGTGATCTAGTTTAGCCAACGCAGTAGAACCAAAGGTCAAAAGTGTCG
CCTCCCGAGTAGAGTTGAGTTTATAGTGTGCCATAGTTTACTTGTAAATA
GGTTTATTTTTCTAGCAAAATTACTTTGCTTGGAGGAACTTACGCCATAA
GCACTAAATCGGAGTTCCACCTGGCAAACAGATGATTTCTGAGATGCATC
TCAGTCGTGTGAGTTTCTTTTTGAGCTAGGGATGCATTATAATATGTACT
GTAGAAAAGGTCCTTTCACGCTCGACGTTATTAACACGTATTGATGAAAT
ATTTGATATATTCCTAGTGCTCTCACTAGACCTTGAGTCTAACCTTCACA
TTTGGCCGACAGGTCGCTCCAGTTTCGGCAGAGTTTTATTCTTTGATTCC
AGTGAACCTTCATCTAAAAAGTGAGTGACTTCAAATTTCGGCTGGAGTTA
GAGTTGGATTCGTATCCGTGGAATTGAATAGGATGCTTCGGGAGTCACAT
TTCGCATATTTTCACTCTCAGATTGGTCCTTCTAATGGAATTCGATGCCA
ATGAAAATCTTGCCAATCCTGAATTCACAGGAATGATTGAAATTCCTTCC
CTGATTGTTGACTTTGCTTTCTTGAAAGGCCATCCCTCGTATCTCCTGCT
GTCCAGAGAAAAATTGAAGAAGGCTTATCTGAAAATCTACAAGGAGCTCA
CAAAGTTTAGTGCTCATGCATGTTGTTAATGCATGCTGCCTCTGAAGAAA
AAGAGGAAAACAACCTTAATCCTACATAGATTTTAATTTCCAGAGACAAT
AGCCAGGATCCTCCAAAGAGCGAAGTAGTCGAACAATCGAATAAAGCAAT
TATTTGGTGTTTTTGGGGGGAAGTATTAATTCCATGAGTTCCAAGATCCT
TCTCCCCTTACGGCAATTGGAAAAGAATGATGTATGAATATAATGCTACA
GTTACTATTGAGATTCAGAGCCCCGGGTGTGCAAGAAGCTTTGGCTTCTT
TGCTTGTTTGAATGCACCCCCGTTTGAAAGAGGGAAAAAATCGCAGTCAA
TCGAGTCAGCAAACATGTTTAGGTTTCATCGCACCAAAACCCTCCTATTG
CGAAACAACCTTGCCTTAATCGGAGTATTTGGATTACTCATTTTAAACGC
ACCTTGCACTTTCCACATCAGGCCGAGAAATTGTCTTGTAGGTAATCCAT
TCAGACAAGACGCATCAGCCTGAAATGCACCCCTATTTCTGAATGCGTTG
AATGGAGAGTTCAAAGCCGACACGAGTTTACTTTTGCCCTCTTCATCACC
ACAAAAAGAGGGCTCAGAAGATGCAATATGCAATTCAATCGCCGAATTTG
AACGATCACTCAACTCTCACAGACGTCATTCCTGAATGTATTTTGATGGA
TGATCTGCTCGCAAAAAATGCGACTCGTGGCCATGAGTTATTTGGCACTA
GTAAAGGTCACATTTGGTAGAGCTCCTCCACAGGTTTGCCTCGGTGGTTT
TTAACCGGTAGGAGATACTCATAGCCGAAATTGGAAAACACCTCCCGGGC
AATACTGGGAATCAGGAAATGATGATTCATTTACATGTATTTCATAACTG
TTATTGGACGATATGCGTACACGAGTGGGTATTATGCCTTATGAAAAATT
CGGTATTTCCTCCTGGGGTGGGAAAAACTGTCCCAAAAATGAATTTTACA
ACACTGTAAATCAAATGGTCCTCCATGCACTAAGTGTTGGCACATAGGCA
AAATTTGGCAATACTGGCACAGTGTGTGTTAGTGTTAGGTGTTAGTGTGT
TTGTGGGCTAGTTTTGTAAAGATTCATTGATTTGTTTAGGCTTTTAAATA
ATTATTGCATTCTCATTTTGACTTGTTCTGTTTTGTAATGTTCTTCTGTT
TCTGTAGCCATGTTTGTTTTTATTCACTACTTTTACAATATTAATAACAT
AATTTTATTTATAAATGGCCCTAAGACTATTGACTTGCATTCGTATGCTA
AGCGTTGACTCTCGGGCAAAAAATATTATTTTATTGGTAGGAAATAAACG
ATTACATGTATACTGGCCCTTGTTAAAACATGCCAAATGGCTTACCAAGG
TTCAGAACTGCTCCCTTGTAAATTTCTTTGACACCTATTTGTCCCCTAAT
TTATTGCTGTCGATTGTGAGCAATCAAGTACAAAACACATAGATTTACAC
CATAATTTATGCATATGTGAAATAAACGATTACAAAGGCACGCAATGCAG
GCACTGAATTGTTGCTGAAGGTTTCTTCTGACTCATCCCTGTTGGGACTA
AGAGCAATACTCTGCACTGCTGGGAAGCGAGCTTGGTTCAATCATAAAAA
GATAGAGCACTAGTTTTAGGCAGAAACTCTGTAACTTTGGCTTCTATTTC
ATTGCAAAATTCGTCGTCCTTATTTTCAATGTATTCCCAAAGTGGCCTGA
CCTCACAATCTGATCGCTCTCTTTTAGAAATCATTGAACCACCACATACG
ATGGTGGGCTATCCCTACCCATAATACTTCCCATCAATTGATGGGATCCT
AGTGCCTATGCTCATCAAGAATGCAGGAGCATTTGGCCAAGCCTGGCCAT
TCCCCTCAACCATAACGGGGTATCTCATAATGACCTTACAGTTGAATGCC
AAACAAATCCACAAAAACTGCTATCTGACTCGTATCAGTCATGCTCAGTA
TATGCTGCTTTTGGCAACCTGCTGTCAATGATCACGGGTCGGCGTCTTGT
CTTTGCACGTGAACTTGCACATTTTCGAAACAGATTTTCCCCTTTGGTGA
CCTCTCATTGCAGTAGTTGAGATTGGTAATGTCACATGTATTGTAGCTGT
AAGTCCTAATCATCCACGTCTGTTTCGTTGGGAAAGGTTACTGGCTGTTC
CACCCTTGTTCCCCGACTAACTTAGAATATTACGAGATACCGAGCCTATC
ATAGGTACTGTCTCAAAATGACTCTCTTGTAGATTCCACCGAGTACTTAC
CTCACAACCTCCAACAATAAAATGTATGTACCAACACCGATTTGTATGTC
TATTTGCTCTATTGTTGGAAAATATTGGTCCGTTGGAGGCTATGACCCTC
CAGCAGCGGCAACCGAAAGTGAGGCGGGAAGAGCTATTTTAGCCCGACCC
CAAATTGGCCCACAATGGCGTGGACCTTGGGATCTTTAAATATGTATGCG
GCTGATAGGTCCTACATCCACATACATTGGCTGCCACACAATTTTCATAA
ATTCTCTCAGGAACGGGTGTAATTGCGAATTAAAAAACATGTCATGGCGG
TAGACAGGTAGACCTGGATCAGTAACAAATTTTTCCTTTCTCCATCTAGC
TCAAAAGCGTATTTTCGATAGCAGGGAACCCAGTTCGAGTTGGAAACATG
GTTTTAGACAATAATTGGGCGTATTTCATCATTTAAATCCCATTTAAGTG
TAAATTCGGTTGGGAAAAAGTAGTTTCGAGAACCCACTAACTCTGACTTG
AAGAACATTGAGTTGGTTTGTGGGCTCTGGCTGAATCTCCAGTGGCCGTT
CTTACCACTAATCAAACACAAGTGGTAATAAAAACATTTTGTTTTAAATA
ATATGCAGGTTTGGGGAAACATTCAATATTACGGCTCTTTTCAGCAGTTT
TTAATATTTTGGCATTTGTCGACAAATCTCATCCGGTTTCTGCTCATACT
ACTAATAAAGGGGACGAAAATGTGGTCTGAAGTGGCAAAATGTCAGCCTC
ACTGGGCAAATGTTTAAAAGAACTTCGATGCTTGTGGACAAAAAAGAAAA
ATCAATTCTGATGCAACAGCAGCTCCTCCTATAAATAAATGAAACTCCAG
AAAATACCAGAAGTATTGCCAAATCTCGGGCAAATGCCAAATCCAGGGAT
ATTTCATGTCGCTTTGGGATTAAAAAACAAGCCATCCAAATTCTTGAGAA
ATTTGGCACTCTACTCAAATCCGGGGAAATGATGGAAAATCCCTATTATT
TAGCATATTTTGATTCCTTTTGGACAACAAATGTTTCCACATATTGGATC
TCCACTACCCTTCAAATTCATTACAAAGCTGTTGTTTTTACCTATGTTTA
TAGCAAGTGCAGTTTATGGGGGGAAATGAGGATTGGACATGTAAGCAAAT
GCTTCATGCGTTATAACTCCTTTAAGTTATCTTATTGGTTACAGGCAACC
CGATTCTGATTTTTTTGATCAAACGCATGATGCAGAAAGATATTTTTTCC
ACTGTTTTTAAAGCAAGGATTGCCAAGTTGTACCGAGGAGTTTCAAGACA
ACATTGATGTGCCTTGGGATCATTGAAGCAATTAACTGAAGCGTGATGTT
TGTACGAAGATCTTTTGTTCCAAATTTCCACGATAGTTCAATTCAGGCAA
AACTACTCAATAATAACAACGTTTTCATTTCTGACGGTCATGAACTCTGA
CATGCAAAATTGCCTCTATGGCTTTTGTCCACTTGTTTATCCCCAAAGCA
AGCATTGAAAGTGGAATTTATTGACCCTTCAGTAAAAATTACGGTAATGC
AACCGTCGTGAGTGCACGTGGAATATTCAGATTCACACACACTGTTTTCC
TGATGAGTTCGTGCGATCAGGCAAAGATTTGTCGCCGAAATCGAAGGCCA
ACCCGCGAAGGAGTCTGGAAGAGCAAAGAGATGAATGATAGTTGGATGGA
GCGGATTCGACTGTGGGTCATTGGCCACCTTGGAGCACACTTGGTACGGA
TTGCCTTGGTATCCCTCAGCGCAGTAACAAACGGGACGGTTCAATTGCAC
CTTGCATAGGGACTCACGACCACAAACTGAAAGAGTCACATTGGAATGCA
TACACTGGCTTTGGATTCGAGTGAGATATGATGGCTACCAGCCAGACGAT
AGAGCCTGAGTCACATACTTATTTCGATTTGCAATCGGTTCATCTTGTTT
GTGACCGATCTAGTACTTGGACGGACTGTCAGCCAAACAGCTGATTTTCT
TTTCAAATTTTGCTTTCCCACCTAATTATGAGCATCATCAGCCCGCTGCC
CTATAAGCTGCTCCTCGATAATTGACTCAAAATAGTATACCATGGAACAA
ACTGAGGGCAAGTAAGTACTTATAAGTGGCAAGGCAAGCAATTTTTCATA
CTCTAACACAAACCATGAACTTGTTAGCTTTACAAAAAATTACTAATACT
ACGAAATTGAACGGCTTTAGGAGAATAATTTGTTTAAGGCAAGATGGGAT
TCGAGGTTCACTTATAAGTCTGTTTTCTTGCCTTTTGTTGTAGTTCTGAT
ACTAGGAATACAAAGCTTTGGCAAGATCTGGGTTGATAATACCAGCGCAT
TGCTGGTCAACTCAACTGCCCGATTTTAGCCCATTTGGGACAACCGTGTG
GACTTCAGTTCTTGTCCCTATTCACGTCATTACTTTCTTTCCTTCAGAGG
CCTACGGCAATCTAAAGCCCTTTGGGTATACAGGGACTTCACGGCAATCA
TAACAAAGGTGGACGGGAGTGATATTTCAAAATCTCACCCGTCAGAGAAT
TCCGTCCTCTTGATTTAGTTGTCTTTGTCATTACTCTACTACGAAAAAGG
GGAACTATTCTCAAGCGACATCTATTCGGCGGACAAAACCAAAGTCACCC
TGGCACCTTCTCATACTATTTCGATTGGAAATGTATAGTTGAGTGATCCA
TTGAGGACTATTTTGCAAATGCTTGTTTTTTTCCATTTACCCTTGTGTGA
GGTCTAGTCACTCTGGGGTGATGGCTCCCTCTTGTACCTTTACCACTATC
TATAAATAGTCTCCTTCAATAAAGTATCATTCATATTTCATCTGTCTCTA
GTGACAGTTGTCACAACCCTTTTACTGGTTCGATATTGAAGAATTTTGTT
CGATATAGTTTACCCCTTATGGACAATTGCCGAGTTTGCTTTGCATTATT
AGATTGTGAAAGAGTTGTATGAAATAACTACTCTTAATTTATGGCTAATA
GCGAGCCAATGTCAAAAATACCCATTTCAGTGTCGGATTCATTTCATTAC
CACCTTTTCAGGTACAGAAAAGGTGTATTTTGATGTCGTCTTCTCCCGTT
TTCCCCATTATCCATGACATGAGAATGACACTGGGCTCCCTTTTTCACCC
ACCTTAAAATGTCTTTTACGTACTAAATTGCATTGTACATGTACCCCATT
TCTGTGTTAAATTTTGGGTGTTCAATGCTCAAATATGATTGCATTCGGTA
AATTGAGTTGGACGAAACGTATGTTTGCAATTTGACAATGGGTGGTATGC
AGAAATGATCCGAAGGCACCAGTCCGCGTATGTGATGGTATCTACGTACA
CTGGCAATTTCGAAATGACTCGCGCGGACCATTTCATTATGTTAGAATAT
TTAAATCGCCTGTCAAGCACTCTTGCCAAAAGGAGATGCGATCATTGCGA
TGCAACCTGACATAGAGGTCAATGAGTTTGTCTACGGTTACCCTCTTCGT
TTGTTCGCTTCTCCGTGAAGAATCTTCAAGCTACCAATGTTCAATTCAAT
CAATGTAGATCAGAATTTCAAAACGATTTGGGATGATATCGGTGTGTCAG
CATTCGCTTACCTCCTACTACTTATTTTCACTTCATCATTCCCTCTGTAC
TGAACTTCATTACCGGACTAAATGTTGGGAATGACTAGATTTTATGGTGG
ATTAAACCAAATAATGTAGAGTACAGTAATGCCTGCTTTTGGGAGTTCAT
AATAATTTCAAGCAACCCTGTGTTAAGCTCACGGTTTCACTAACTGTGCA
TAGTTAGTAAAACGTACTCTGGATTTTCTTTTTATATGAGAAACTACTTG
TAATTTCGAAAACGAAATCATCGAGAGCTGCTCTGGTCATCTGGTGGCAC
AAACAAAGTTATTAAAGATACTCCATTTTCTGATAGCTTACTGTTTAGGC
CACATGGATCCTCACAACGATACACGTCCTGATTGCAGTATGTCTGAAGA
GAGCAATCTTCATTCACCAGACACTCTGAAAACGTGGCCAAGAAAGACCG
AATATTGTTAGCGGGAATATAATCATGTGGATAATACGATTAGCTAGCAA
ACTTCAACCAGTACCAGGAAAATGAGGAGGTTATTCAGGGATGCCATAAA
CTGGCGCTGAACCGGCTTTCAATAGACCACTTGAACACGTAAGAGGGAAT
GTGTCAAACTTTCGAAGCTATATTAGGGAAAGCATTCTCAATACAGAATT
TGCAGTGGTAAAGGTATCATAAAATTTCAACGTTACCTAGAAATACGTTA
CAGCGAGTTTAATTAAAGGGTAAGAATTTGCCGAGGAACTGAGCCTGATT
GATTCCCTGATTCCCATTATTTTGGGAATGCAAGGAAAAACGGATTAGTA
ATACAAATGCTATGCAAAAAATGCTTGTCCTTATTTTCCCCTTTTTTTGT
TCACGTTCCTGTAGTGTTGCTTAAGTGTTGTTTAAAGCAGATTCATTTCT
ATATCTCTATTTATTTCTTCATTAAAAAAAGGCTGTTTCCCGAAAATTTC
TGCATGCTTAGGTTTTTGTTCAAGCAACATTATTTTAGAGGGAAAATGAA
ATTGAAACCTTAGCAAAAATCCAAGGCTTTTTGGAAAAAATGAAAAAAAT
ACTGTTTATGTGTCGAGAGAAAGGTTAACATTCCGAATGATGGTATCCAA
CGTACTGGTCTTTGTGAGACCAAAATGGAATACTGGAGTCCTGGAGTGAA
AGATAATTGTGTTTAATATGTACCTTCCGGAAAAAGTCGCTGAACCTCGG
CGGGTGTTTGAGGTTTCTCAGGATTGCCTGGTCTTTTAAAGGGATTGCGG
GAAAACTCGGGCTTGAAAGTCACATCCAGAGCGGTCTCGGATTCACTTAA
GGGCGAATTCACATCGGAGAGATCGAGCTCCGACTCTCGGATAATATTGC
CTTCCACTTGATTGGTCTTGACCAAGTCACTACCGGACACAGCCTTGCCG
GAGTCATCAAAGCCTGCGTAGAAGGATAAATTTGTGGAGTTCAAAATAAT
CCAAGGCAAAGCCCACCAAATAGAATACTTACCAATGACCAAAGGTGACT
CTCTGTCTGGTAGTCGATCCAAACCAGGTTCCAATTGGGGTCGATTGTCC
TTGGTGCCAAAACGAGATTCACTGGCAGTGGTTGTTGTGGTTGCTGCTGT
TTCAGTAGTGACTTCAGCACTCAGTTCTTTGGCCGGGATCCTGANNNNNN
NNNGCTTGAGTGGTGGCTCCAAATCGGAATCCAGGCTTCAGAAAGTCCAT
GTAGGGGGGCTTCTGGATGCACAGCGGATCTCCCGAGCCGGATCCCATGC
TGGAGAAGAGCAATTCCGAGGTGGGCTTGTTGGCCGTCGTTGGGCGGGTG
AAGCCCTTGACCAAGTCACTACCGGACACAGCCTTGCCGGAGTCATCAAA
GCCTGCGTAGAAGGATAAATTTGTGGAGTTCAAAATAATCCAAGGCAAAG
CCCACCAAATAGAATACTTACCAATGACCAAAGGTGACTCTCTGTCTGGT
AGTCGATCCAAACCAGGTTCCAATTGGGGTCGATTGTCCTTGGTGCCAAA
ACGAGATTCACTGGCAGTGGTTGTTGTGGTTGCTGCTGTTTCAGTAGTGA
CTTCAGCACTCAGTTCTTTGGCCGGGATCCTGAAGTTTCCAATAGCAACT
TTGTGGGAGTGTGACATATCTTGAGGAATTTTAGCTTAAGCCCCTACCTA
TCATTTTTTAATGAAAATTGTGACTTTTTGTGAAGGACAGTGCGAGATTG
AAATTTACGATAGCCTCTTGTTGTGCATTCAAGTTCAAATCCCTCTTGTA
CATTTTTGTTTTGAAAAAAGGAATGCTTTGGCATAATTGGAATTAAATTT
GTATAATAAACACTCATTATGATGAGAAATATCCTCCTTGGGATCTGCCA
AGTGGCAACACTGGTCAGACAGCTGTTTGCTCGGGTTCTCAATCTTCAAT
CTTCTGTGGGATATCTTAGCCACTCCCACTTCCACCCTTTAATTACATTG
AATGGTTATATACGATATAGATGTTGGCTTGGCACACAATCATGACATCT
GACCTTTGTGCCTCGTTCCTCAATGCCTATGCATTCAAGGGGCCATCAAG
ATTGTAAGCATCGCCGGCACCAAATTAATGAGGGGGTTATCGTGCCAAAG
CTCCATTGTCTGATAATTTTGCTCCATTCAATTCAAGAAAACGAACGAAT
TATTGGCTCGTTATCATTAGTTTGGAATTCCATAAATTGCGATTTTGAGG
TAAGTTCAAAGAGCTGGCTGAAAGGGAGTGAACTCGCATCTAGTGTAGAC
ATCTTGGGCCATCGGGTCTCACCACTAATTATCGAGTGTGTTTAATTAAA
TGCATTACATACTGTACATCTAAAGAAATGTATCCCCAAGACTCAGAGGC
TAGTGAAATATATGTGAATTAGTTGACTGTACCTACTAGGCTGAGTGCCA
ACAAGTGCATCACCCATTTTCAGATTGTTGGTACCATTCTTGCCATCTGG
ATCATGTGTCTTCATTCTTACGACCATTGCCGCTATTTTTTACCAAATTG
TATGCGACAATTCTTTTTCCGAAAGAAGAATTCACAAGTACAACAAATGA
GACCTCCAATTCCCATTATGTGATCCCGCCTTGTCTTTTCTTATTCTTAG
TTTTCAGTTGAGCATATGTGAATCTTTGTAATATATTTGTTCATGGAGGG
GAGACGGCGTGGCCGAGGGGTGAGAGTGTTGCTCTAGAGTACCCCTATCA
CTCGCCTGCCATGCGTCTGGGGTTCGATCCCCAGCGAAACAAGTTGGACC
TAGCTTCAGCTCTGCTTTCGGATTTCTCACTGGTTACCGAGTGTAATGGA
AGGACGATTTGGCTGAAACCTGACTTCAAGGTTATTGACGAACCGAACTG
TATTCTACCCCACTTCAGCTCCTGGGTGGGTTATGTCCTTTAATTGGTCA
CCCCAGGCAGTCTTGGTCCATCTGGATCAAACCATGACAGTCTTGATGGC
CACCCAAGGATAGAGTAAAATGTTTAAGAAGTCACGTGGTTGACCAAGTT
TCTTAGGAGACGTCACACTGGAAATGATCTTTCATGATCTCCTTCTAAAG
CCATTCAAACAAGCAAACCTAAACGAGCTCAGCCAACCATTCTTTTCCAG
ATTAAAGGGCGCTGAACTTGAAGGTAATCCCAAAGCGTGACAAATTGTTC
CAAACAATTTTGCAACGGATGAATTTTTTTGAACCATTCCGTCCCATCAA
ATGTCATCTTCATCACCACCATGCCAATGAAATAAAAAAAAAAAGATATG
TAGTGGAGTCTAACGAAAAAGTACCCGCCGAATTTGAAAAATCCCAATAA
TGCTGCCCGCCTGGGTGTGTGTTATCGCACCTTCCGGTGGTTTCGTGTTC
GTGCCATGGGAACACAGGGCCCACTTGATGATATTAGCTAATTTAGCTAG
TCAGCGTGCAGCCCCGTACATTCCAGTTCCAACCACTACTTTAATTTGTG
GGAAACCAGAAGGGACCCTTCCTCTGGATGTGGCCGCACCTGTTTTCCTG
ACCCCCAAGGACTAGTAGGGTTACAGGGAGTCGTCAGCTCCCCTCAGTAG
AAGAAAGTCTGGAGTGTCAAAAATTTCTTTAAAAGCATTTTCAAAGGAGG
CCAAAGATCCCTGGGGTTGAACAAACTGCAATGCCTGCAATATTGGCCTT
ACAATCGTGGACGCTCAACCATCGACTACGTATCGCACTGTGGTGAATTT
ATTTCGCACTGTTTCGCTATCTGACTGGTTGGTGAATGTTCTCAGGCCTA
CTTAAGAACGTGTACGTACATGAGCCGACTTCATGTTGTCGACTTAGTCA
TGCTTTTTATCAATTAAGATGTGGAAAATGAGACTCACTCTTTCTTCACC
ACGTTGCTAATCCGGGGCTGATTGAAGCGATCCCTGGTGTCTGCTCGCTT
GGCGCATCCATCGGAATCATCGTCGATTTGAACGAAGCCTAGAAACACAC
TTCAAACGAATCACCAGCCGTTTGAATACACATATGCCTATGTACGACCC
CTGCTGGTCCCAGCTAGAGTTAAATCTACCTTAACCGGGGGTCATATTCA
CCTGGCAAGCACTTGCACGAGATCACGTTCAGGCCCTGAGCCAGGCAGAG
TGTGTTCTCGCCACAGGGATTGGGGTCGCAGAGGGATTGACCTCGGGCGG
AGGATGAGGCCCACATGGCCCAGAGTAGCACCTAACGTTTAAAAGAGGTT
ATCTTAACACATTCAAAAGCTCCAGATGCAGAGTGACAATTTGCTTTACC
TGAGTAAACCGAACCATCTTGGAGCTAAATCTGAACTGGAAGCCCATTGT
GAATGTGGGAACTGACAAAGTCCAGAGCCGACATTTTCGTCGTTGGAACA
ACTCGGACTTGGCTAAATTAGGCGATACATTTCAACCTATTCCTTTCAGC
TCTGACCTCATAGATTTAGGTCTCAAAGTATTACAGCTCCTTGCAAGTTA
TGCGGTAATATGTTTCGGTTTACCCAAATGAAGGCATGGGCTGTCGTCAA
ATATCATGGGAAACATCTTTTTGTGATGAAAATCGCCTCCAATGGTAACT
TCCCTTCCTTGCTCGAATGACTTCCACCAGTTTAATGAGTGCTTTTGACT
TTTATGGCTCCATCGTTATAAACACATTTCAAATTAGGCAGACAGGTGCT
CAAACCGAAGTGGACATCCTCGTTAATTGTGTTCAACAAATCTTGAATCA
TACGACAATATTGTTTCGCCCTTGGCGAAGTAATTTGAGCGTCAAATCGG
TTGAGTCATCTGTATATATTGTTCTGTAGAAGTTGTTTGTAGAGATACAC
AATACAATCAGTGATAAACCCGGATGTAGACCTAATATAAACAAAAGTCA
ATCGGAAATAATCACATTTTCCTTAAACTTTTCTTTTTTGTGTTTTAGCA
AGGGCACAGTTTGAGAGTTTTAGGGTGATAAAGCTGTTCTGTTCTAGAAC
AATCATGAATTTTAACCCAACATGCAGTAGTCCAACTTTCTCCGTTCTTC
TAGTTTTAAAAAAGGCGAGTCTTCTTCAATTGGTTACTATTTTGTGCAAA
CGCTAAAAACTACTACAGAATCATAATAAACTGAACGTGATGGACTTTTC
TGAACAAATAAAGCGATATTGTTTAATCATTCGTCCAATTGCCCCGAGTG
AACGACTATTTGGGATGGTCTTCGCCAGTGCAAGTTCTTTTCAAATATCT
AAACGGTTGAACTCCAAATATTATCGACATTATATAAAGTTGCTCAGCAT
TTTGGCAACATTCTAAGTTTTGACCATGTCGGCGCTTGGGCTACAATTTT
CTATCATTTGGTTCGCCACAATTGCATGTGCATTTTTTATTAACAATTAA
TATATGTCAAATTTCTTATCTTGCATGTCAGAATTAGTTCTTGAAGCCTT
CCAAGCTCGCTTTGGCAATTGTAAAATCGAGGATGAGCGATCTTTTTTTA
ACCTTCCGAGGAAATTACGAGTACGAAATGGTCATCCCGACCATTTTCAC
GATGAACTGTGGGAAATAGTGCTGGATTGGACAACTAAAAAATTAACTTG
CATAGTGTGGAATCGTTTATTTATATTTGGTGCAAGTGGCAACACTTAGC
GCATTTGGCTAGTCGTAGTGTTCAAGAACCTGTATACATAAAAAAATAGA
AATATATTATCAAAATCAACATTGATCATCTCGAAAACAGGTCAGACGAC
GGATTCTGGATGTCACCAGACTCAGCAGATTTTCGAGATCTTATATTTCG
TGGGAGAGGCAAGAATTGTTGGAGGAATTTGCAATTCCTCAACTTTCCAG
ACTGCAAAACCGCGGAATGGGATCTCAATCAAGATCAATAATTGCTCGTC
TCCCACGAAAGAAAAAAAGAAAGTATCTGTGCTGATACAGATGGAGGNTT
CAAGAACCTGTATACATAAAAAAATAGAAATATATTATCAAAATCAACAT
TGATCATCTCGAAAACAGGTCAGACGACGGATTCTGGATGTCACCAGACT
CAGCAGATTTTCGAGATCTTATATTTCGTGGGAGAGGCAAGAATTGTTGG
AGGAATTTGCAATTCCTCAACTTTCCAGACTGCAAAACCGCGGAATGGGA
TCTCAATCAAGATCAATAATTGCTCGTCTCCCACGAAAGAAAAAAAGAAA
GTATCTGTGCTGATACAGATGGAGGCTGAAGGAATGTTTGGAACAGGGGG
AAACAAATATCATTAATCTCAGCTGCTTCTTCAACAAACAAGTGTAGCTT
TCAAGAACTGCCCTAGTAGAATCGTATGCGATACTTTGGAGTCTCTGCTT
GTGTGTAAAATGTTTATCATACTGTACATTGTACTGTAGAACGCAATTTT
TGCGTACAATTTTAAGGTTTGGTAAAGTTTTGTACATCCCTTGCCTGGTT
AGGCTGTTTTAGCAGTTATTGTGTTTATTAGTTATTTAAACATTTATTGA
ATTGTATAGCATTGTGTGATATACGGAGCCCGCTTTTGGAGAGTCACAAC
CGGGGGTTATTTATTTATGAATATGTTTTTACAAAATTTACAATGTTAAA
TTGTTAAGGTACTGACCCTGTCGCTCTTAGAATCGTTTGCCTAGGAGGGT
GTAGTCGTTGTCGTAGTTTTGGGAGTAATGACGGGTTCGGTGCTTGTGGT
CGTATCTCATCAGAATTGGTGTCATGCTTTTGATTGTGGTTTGGTGATCT
TGGATCGCGGTAAGTCCGATAAATCACATTGTTAACATGTACATACAGTA
TTATGTTTATCCATTATTCTGTTGTTTTCTTTGTATAGTTTACTATAGAT
GTATCCTTGTTTTGCCTACACTTATGTGTGTGTGTAATCGTTTATTTCCT
ACATATCAAAATAGGTGTATGCCCGGCAGTCAACACTTATATTGTATAGT
GCATATTTTTATATCCAAAGTGTTGACTCCTGGGCATAAACCTATTTAAA
TATGTAGGATATAAACGATTACACACTCTGGGGCATTTGTGGATAGGAGG
GTGGTTACATGGGAATTATAACTGGAACACACGGGACCAACATCGTCCAC
AAAGTGCTAACCTAGTGAGTTGGGTGGGGAAGTCTGCCTGCCGTATGAAC
GATTTAAAATGGTTCATGGTATCCGCACTCTTACAATCTTGTGGGAAGAG
CTGAAGCGGGTGCTTGGTCCAGACCTGTGTTTTTCACAAAGTTCAACCGC
TCAGTTCCTGTCTGCGGTTATACAGAGCTAAGGAGACCCTGATTCTTGGG
ATTTGGAACCGGTGGATAAGGACCGTCCAGGTTCTCGTATGTACCAAGGT
GAAAACGTCCAGACGAAATAGTTGATATTGATCTTATAAAGCTTTAAAAG
CGGATAAATGAAAAGTCCATGTTCTTTTCATGTATCATAAATTGCGTGTT
TATACGTTTTAGACAACACAAATTAAGTGTGATGGAATTCTACCCAAGGT
GCCCCTCGGAAGGCTGATAAAATGTGACAAGAGTGCTTTCTGCGGAAGGT
TACGAAAAATTAGTTTTGGAACTTCGATTACAACGACCTGGCTAATTCGC
TCCTTTGTTACAATTGAGCCAAATTCCCGTGGTGAAATGGCAGAGTTGTA
TCCTTTTTCAGTTGCCTTAATCCATTTTTATTTTATTTTATTAACGGTTT
GACATAACAAGGGATCTCAAAATAATGCAGTAAAATGGAGGTAGTTATCA
AGCTGAATTCCTCTGGATTGTCGAGGTTATTTTTTACTAAATTGTATATT
TTTTTAAACTGTTCGTTGTTCTTGCACACTTGTTGAACACAATAGCAATT
GACTTTGAATTTCCTCTGTTGGTTTTGGCTTCCTCTCACGGCCATGTAGA
TTCCGGCCGGTTTTTTCGATAGATGGCAATCCGACGGTTTTTTCTCTCAG
TTTTCCTCTCTCACATCTTGGACTCTGCTCCTATAAATGCGCGATGTTTG
TACGTGTCTTCTGGATGTGCCTCTTGCTTTTGTTTTAGTTGATTGTAACA
TAAGTGTGGCGACTAGTGATGGAGAAGTACTTCATTGGATCCGTAATAAC
TAGATACACAGAGCTTATATATTGCCTGCCTCACCAATAACATCACTGGT
GAGAGCAGGCATATCACACAAGAGCATACACGTCACCATACACTAGATAT
TGTTGAGGGATGACTAGACTACTCACATATCCTCCTTTGGGGGGGTATTT
GACAAATAAGACGAGTGTGCTGAAATCAGCAAAATTGTCTGACCACACTG
GCTCACAGGTTAAACGGGGTCAAGCATATCATGAAAAAACATCGTCAACA
CTAGACCAGCACTAGACCAGCACTAGACCAGCACTAGACCAGCACTAGAC
CAGCACTAGACCAGCACTAGACCAGCACTAGACCAGCACTAGACCAGAAN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAAACC
GTGAGCGAGTCCGATCAGCTGATTGATTTCATCCGAACATGAGTTCAACA
CCACCAAGTCAAACGCACCAAAATGCATTCCAGTCTTGCCTTCCTTGTCC
TCCCCAGCGGATGCTATCTCAATACACCTCCATGCCCTATGTACAAATTT
CTGATAATAAAGAACTGTACGCCTAAAAGGATCGATTTGCCCCCCTAAAA
AAAAGAAACTCCAACGACAATGTTTTGCTTCAAATGGGTCTTTGAAAGCG
GCTAGACATACTACTTTTTAAGTGGTATGGGGGATCAAACCCCCATACCA
CTTAAAAAGTAGTGTGTGTGTGTGTAATCGCACCTTCCGGCGGTTTCGTG
TTCTACACCATGGAACCCCCATGGTGAACACAGGGCCCACTGATGTTATT
AGCTAATTTAGCTAGTCGCCGTGCAGCCCCGTACAATCCAGCTCCAACCA
CTACTTTAATTTGTGGGGAACCAGAAGGGACCTTTCCTCAAGATGTGGCC
GCACCTGTTTTTCCTGACCTTTGAACGACTAAGGTTACAGGGAGTCGTCA
TTCACTCCCCTCAGTAGAAGAAAGTCTGGAGTGGCGAAAATTTCTTTATC
CGCCGGGCCCGGGAATCGATCTGCGATCTTTCAGCACGGCAGACTTCTTC
GCTGACCACTTCACAATTCAATCCCCATTAAGTGGATGGTTTATTTTTCC
AAATGAACATGCTGGCCATTTCTAGTTAGTACTCGTAAAATCCAGGCAAT
CGTTAGGCTTTCTGTTTAAACACTGTTTAAACACATCACCACGGAGTAAG
AATCGCAAAAATTATGGCGGAAGTATCAGTGGGGCGAAAATCAAACCTCG
CTGAATCCTTTATTCGCCATCTAGAAGCCTAGGCCTGTTTCCAGTCTTTT
GGTGAGCTTTAAAAGGTGGTTAACCTCTGGATCTGCTTTAATTTTGTGAT
TCTTGCTAACTGAGGGATATCTTCTCTGTGTGCATATTAGGCTCTCCAGT
GTGTTTGTTATCGCACCTTCCGGTGGTTTCGTGTTCGCACCATGGAGCAC
CCATGGGAACACAGGGCCCACTTGATGTTATTAGGTAATTTAGCTAGTCA
GCGTGCAGCCCCGTACAATCCAGTTCCAACCACTACTTTAATTTGTTGGA
AACCAGAAGTTTTTCGTCAAGATGTGACTGCACCTGGGTTCCTGACCCCT
AAAGACTAGTTGAGTTACAGGGAGTCGTCAGCTCCTCTCAGTAGAAGAAA
GTCTGCAGTGGCGAAAATTTCTTTAATTTCTTTATCTGCCGGGCCCGGGA
ATCGAACTGCGGTCTTCATAACTGCAGATTTCATCGCTGACCACTTCACC
ATTAATCTCTATTTATTATTAGTGTTACGAGTATAATCAAATTTGTGGTT
CAACAGCAACTACTACCACAAATTTCAAAGCAAATTAATGGAAGTACTGT
AAACCAGATGTAACTAAGCTGATTGATACAGTGACATATTATGGGGATTA
CCTGACACAAATCACTTGGTTTTGATTGGCCAAATGTTGGCCACCTTGAA
AATTGAAGGATTGGACGGATGCAGTGGGCTCAAAGAAATATTGAGTGCAG
CCTGATGGTGCCAAATTGGAATAATCACAAGAGTATTGGGTTGCCTGCAA
ATGAGATATGAAAGAAGTCTGCAAGGTATCATCCTGGGTGTGAGCTTATT
CAGTCTTAGGCAGGAACCCCCACACTTTGTAACGCATGGAATTTCCTCCT
ATTTGCGATTTGCCTGCCCAAGTTGTAATTTATTGGAACAAACTAAGTTA
CCTTCATGGACCATCTTCGTTGGACCATTGAGGTTCCAACTGCAGTGGTT
CCCAGAGACATCATTAGCTTGATGCAAGCGTTTCCATCCACATTCACGTA
CACTATAAGACACCAATAGGTCAGTACGATGAAACAAAATTAACAATTAC
GATGGGCACTCTTAGTGATACAGTACAACAGAATTCATGTGGCCTTTTCC
ATCCCTTTTTGGAGCTAAAATAATTTGGCATCAATCTCTAAGAAATGAAA
TGCAAATAAGATCACACCCGAAGCTCCGAACAATCACTTAACAACTTGTT
GTCTTAGTTTCCCGATCAAAACATTGTTATCGGGAACGAACCTAGAATGG
GATTTTTGAAACAGTAAATGTGTACGTACTGTGTTGGTCTTTGTTGGTGC
CACAAATGGTCGGAGGCGATGGGTTCGTTCCGCCCATCACGGAAAAGGTA
TCTGTCAAGCACTGGGAAGCATATGTGACGCCTTGGGTGGCTCCAGGAAG
GTTGACCATCCCATGAAGTTGATTAGCAATGGTAACCGCCGAGGTGGATG
GACCAGTTATTTGGAACTGATTAAAGTCCAAGCGAATCTGAAAACACTCA
AACCTATAAATTCCGTAATTCGTGCAACTAAAGTGAATTGCAATATACTG
GGAGTAGTGCTTCCCAAATCAAAGCTTATTTAAATAAACGATTGTCGATA
GTTCTTAGAAAAGTTAGCGATTGTTTGTCAACTATCGATTTTGTGGAAAA
GTGTTCATAAATCACCAAAAAAGTGCATAAGAAATTCCCATCGAAAAGAG
TAAAGTGTAATTTGTAGGCCTCGAAAAAAGCGATGGAAATGGCAGAGAAT
GAGAAGTTGCGTAGCAGTCATGAAGAAATTGATGAATATGTGACACATTT
TTATTTTGCTATTATCTGCCTGTAGAGATAATTTTGAAAAGATCTTAAAT
TTCTCGAAATTTGAATGTGATTTTTTACCTAAAATCGCAAGGGAAGTGAA
AACTTGGGCGGAGATAGCCTTCCAAAAACAACAACTTTATAGTATAATAT
AAAATGAGCTATATCGAAAAGAAACGAAAAAATTGGCCAATCTGAAAGGA
AATGAAAGCTGAGAAGGAAGAGCTCGAAAAACTTAAATACGAAGAATAGG
GAAAAATGAAAAATAGCAAATGAGGGATAAAATATCGTCAAAAAAGTTGA
ACGTTCCATGTCAATCACGCAATCTCGAAATTATCGATAGTTGCATTACC
AGCGATTACCAACAAGCGATAATTTAATACATCGACAATTAGCGAATACC
GGTAAGCGATAATGGAAGCACTATTAAGGAGGCCCTGAGCACCTCCATTA
TTCATTAGCTCTTGAATCACCCCCGACGGAAATGATTATCATCCAAATGG
CGAAGTCAAAATGAAAAAAAAGCGGAAAAAACACCTGACAATAATCCCGG
CTAGAGATCCTGTACCAAACACTAGCTACCTGCTTCCTTGTTCCATTTGC
AAAGGTTAACAGACAATCGAACGATATCGCCTTGAGGTTTTCTCATCTGA
CCCTGATCACTGGAATGCCTGATCAGCTGAGTGTTTATCAAGCTTTAAAA
ATGGAATAACGACGACAGGTTGCTAGTTTTAATCAAAGGTCTCTAATTAC
TTTACCAGTGGATGGGACACATTTGATCCCTGGATACCTCAATGATAGCA
ATCCCCTTCCCTAGAGCATGGAGTACTAGAATACTAGAATCACCTGGAGG
TCGCTCAGGACGAAAAATGTGTTCAAAGAAGGTTCAGGAAGCTCGAAAAC
CGTTAAATAAATCAATTGACGGGCGGGAGCTGCGGGCACATTTCACCCAG
TTCCGTACGGTTTCAGAGTGGCTAGTAGATAGACTCATAGTCTATACCCT
ACAGAACTGGTAGAAATGACACGCTCACCTCCAGTTCGACATTAACGGCT
TTCGAGCTTCCTGAACCTCTGTGTCTTTGGACAGATTTTTCGTTCTGTGC
GACCTCTAGGAGATTCTACCTGCCTAGAGACAAAAAAAGCGAAAAACAGT
GGTTAAGAGCTCTCTGTTCCGGATGAGTTAGGCAAAATCCCATTTGATGT
CCAAAGTGATGTTTACGGCCAAAGAATTGCTTGGAGGGATATGCGTACAA
TCTGTCTGTTAACGATTGCGGCGATTTTTTCATGTTATTATTTTATGAAA
TAGGTTCGTCGTATATGGCAACCCTCCAATCAGACCAAATTGTTCGTCGA
ACAATGATTCAAATTGGCTTTTCCAGTTTTTTGCGCACGGGAGGAAATAT
CACCCAACCTGGCTATTTATGGCTTATCTTGATAGTGTATTAAATAAAAC
CCATGTCACGATTGATTTCGAACCTGACAAATGTTGAGACCAGCGGGACA
AATTGTGGCCATACAATCTCCAGCTGTGCCAGCCGTGGACTCGAAGTAGG
TGGTGTTCTCAGACGATGTTTGACCACATCCTAATGAAACTGAAAATAAG
CACAAGTTACAATTATCCTATTTATTGCTCTTGGAACGAATTTTGAACTC
ATATTTTTTCGGGGGGGAGAAAACCCGATGAAAAATCTGGTAAAAAATAT
GCCGACTTTAAGCAAACATACCAAAATTTTTCAAGTTCTTCCCAAGAATG
CACATTTCCTTAGCACCAATTTTACATTACTTCTTCGAATGTTGTTGGTG
AATAATGATCGGAATTAGGTCAAAAAGTCAAGGATGCCCAAAACTTATCT
TTGCTGAATTTTTGTACTCTGCTAATTACTAGAATATCCTTGCTCTAACA
TACGATTGGGAGGGCTTTCTCTGCTGTGATTTCATTATTCTCACAATTCT
GAACAACCTTTTTTAATGCGTTGATTACTGACATTTTCGAAGCATTCTTC
TATAAAGTCTGAAGTTGGGACAAAGACCTTTAAAGCGCTTTAAAGTTGAG
TAATGATTTTGATTTTACGAACCAATATTAAAAAGAAGAATTGATCGATT
GAAGTATTTCCTAACTGAAATTTTCTTGGGGTTAGTTTTGTAAACATTGA
ATCTAAGTTACATCCTAATAACGGCTCAACTGGCGGTTTTCGATTTTTTT
TTGTTTTTGTTGGAAGACCTCTGATTTTAAATCATTCAAGGTATTTAGAC
AGTCAAGAATGTGACTTTCAATATTGAGTCCATAGCATCGATAGAGTGGT
AATCAACTTGCTTTACACGACTTATCCTGCCGGTGAACCTCAAAAAAACC
TTTAAAAACATTGTTTGTTGATGATAAATCAAGTTTTTAAAGGTTTTTTG
AAAGGCATTGTCATTTCTGCCCAGCTAGGGAATTCTCCGAGAAAACAAAG
TCAGCCTTGTGAACAAACTTATCCTGAATTATTACCTTACCCTCGAAGAA
TGACCACAGGTACGCCCATTTTAATCCCGTAGGGGAAGCAAACAATAGTT
GTGAGTTAACACCACTAGTTGCCGGAACTTGGCAAGCCCGGGGCTCGAAC
CATCGACCCTCGGATAACGCAATGATAGTTGACTGAGTGTGTCACTCTAC
CATTGCTCTACGCTGCTTGCCTAAACAGTTGATGATACGACTAAGAGCAT
TGGAAGATAGTTACATGTGCAGCAAGTTCCATATCCTTGAGCGCAAGATC
CCGAGGCCTTTCCCCTCAATGTGGTGCATTCATCTGTTGTGTAGCAAGTT
CCATTCTTGTTATCCTGACTCACGCAAGGATCATTGGGAAATCTGAAAAG
GATTACAGATTTTTACCCTGATCAAGGTAGACTACTGTATACAGTGATAG
TTTAAAATGATCTTCCAACATCGATTCAACTATAACCAAAACGTTGGAAA
ATGAGGAATTATACTTCACCTAATGATGTTGAAGACGCTGACTAAAAAAG
AAAACGAACAATTATTTGCCAATAACACATTTCTTAGAAAATTGTGAGGA
GCTTACAGAGTCGCTTTTGCCTGGGTTCACCATTGGTCAAAGAGACACCC
AAAATAATGACCAGCACAAGGAAATAGTCCATCTGTAAATACAATTTCAA
GAATTAGATGAGTTGTACAATTTTCAATCAAGTCTCGAGGAAAAGACAGA
GGAACAAAAAGTGGATTTCTGCCAACACACCTTGAGGTCTAAAGTCAACG
AATAACTGATTTATGCTTCAATTTTTTGCCCCACAACAGCTTCTGTCCAC
CAATGACTTAGGCGATTTTGATTCAAACTGGAGGATAACTCTAGTCCCTG
GTAAGGACGACTCGGAAACAGACAGCTCTGTTCTCCCCTTTTCTACGACT
TGCCATGAGGCTTGAGTCTTGGGATGAGTTCGAATTTCGAACAAGGCTTC
GTAAGTATTGAAATAGCAAATAATTGGATGACTTTTATCCGAATGATTCA
AATGATTGGAGAAATACATATACACTGTGGTTACGGAAACAAACAGGAAT
GTCCAATGCTTGTGAATCTGAGAGATTTTGTGAGAAAAGAAAAAATGACC
CGATATCAATTTTACTCTTGCAAATGGTGTCTTGGCATCTAACTAGTATT
GTGTCAACAGCTACGCTTGCTTACTGTAAGTCAAGGAGCTCTACACAAGT
AGGTGGAGAGGAAGCTTCCCAAAATGGTCACGTGACTTCAAGAATTTGCA
TTCTAAGGAAGATGGGACTTTTCGGCTAGACCTGCCTCGGCTGCTCAAGC
AAATATAAATGAGGCAAAAAGGGCCTGGCATCTCTGCCTTAGAACGCAAA
TTTTTGAAGCTTCCCCTACGCCTACTTGCGTAGATCTCTTTGCTGAAGTA
CAGTAAAACCAGAGTACAGCGTCAGCCTACGACTTCACCGCTAACCTGGT
TTACGCTGAAAAGTCCCAATGGCGACCAAGACTACATTTTCAGGGAATGA
TTGATACCCATCATAATACTCAAGAGGGCCAAGGGCAATGCTCTTAATAC
AGGGTACATCCTGTTCAGTTTCCGATGGGTTCTCAAGCTCAAGCCTTGTC
ACCTGACAGAGGAAGGCAAGCAACTTAATAGGGCTAAAATCGGGTTCATC
AATCTTAAAAAGGGCATTGAAACGGTCCTTCACCCAACCTCCTCTCCAAG
CTTGAACCCCTGTTTTCCCATCTATGTCTCGTTTTTATGTATTGAGATAA
TTTTCCGCAAATGCAAATGCCCCTTCTGCAGCTTTGCTCGACCGTCATTC
ACAGAAAGTACCGTTTTTTTGCCTTGGCAACAGCCGTCTCATTTGTACAT
GTTGAATAGTGACATGGCAACATCTTTTGGACAGTGATATGGTTATTTAG
TACTCGGCATGCACTTTCTTTTCTGCTCTTCTTTACTTTCTTACACATTT
ATATTTACATTGCTTCTTGTCGTTCTGAAATAGAAACCGTCAAAACCTGA
GAAAATCGACATTTCGTTGGTCGCGCCTTCACTCCCTGAACACGTTCTTC
CGAGAGTAAAATCTGCTCCGGAAGAAATGTATTGCCCGTGAGAGCTCGGA
AAAAATCTAAGCAGGACGGCAGGACAAACGACTTTATTTTTATATTATTA
TTGACAGTACTGTATGAGCAAAACCACCAAAGGCTTTGGAGGTTCTTGTG
TCGAGAATTTTGTGAACAAAATTTTCATGAAAACGCCAATATTTTGGACG
TAATGGCACATTCTTGTTTGTTTCTTCTATTGCGTCGTACAATCATAACT
GGCAAATAACGTGGTTTAAATGTTAAAAACGAGCCTGAAGTTTTCATTTT
ATTATTTTAAATTTCAAATATGCACTCGAAGTGAACACCAAAACAACTTG
AGCGACCATATACAATATACATTTACATTAAAAGACATAAAATAAAAAAA
ACTCATTTTGAGAGTTTGACATTGTATTGTACATTTTTGGCTCTCTCTAT
GCATCGACAAGAAAATTTATGAAATCATAAATGCATCTATACCGGGTGTG
CGGATGAAATCTGAACACTTAATTAAAAAGTGCTTACCGCAAAACTAAGA
AGTTTTATGACCTGAAATTTTGTTCGTTTCGAAATTGAACATTGTCAGGT
CTGTTTTAGTAAACATATTAGAAAAAGAAAACGTTTTGAAATTTTGAAAT
TATCAAAGATGGAATGGGACAATCGAATTCGGATCCGCACGCTTCTTGAT
GCCGGAAAAAACCATTGGAGATCTCCAAGCAGTTGGGGGTGTCTCGCACC
ACCGTTTATGCCGTGAAACAGCGGAATGACATTGACAGAAAGCCTGGCAG
TGGCAAAACTCCAGCTTTGGATAAAAATGTGATCAAGACGGCCATTGAGG
CCGACCCTCTCAAGTCTTTGCGGAAGCATGCAGCCGACATGAACGTGGCT
CCATCCACGATGTCCATGACGGTCCAGAGGGAGTTCCCTGATGGCAACGT
GGTCCTGCAACAAGATGGGGCCCCAGCCCATACCGGAAAGGTTGCCCAGA
AGTTTTTGGCAGATCAGTCCGGCATCATGAAGTTCTGGGACAAGACAATG
TGGCCCCCCTACTCCTCTGATGCCGACCCCCTCGACTACTCCTTCTGGCC
GCACGTGGAGGGCAAGGCCTGCAGGGTCAGGGACCCAAATGTCGAGGCCC
TCAAGGCCTCAGTCAAGGAGCACTGGGCTGGAATGGAGGAGGGCTACATT
GTGAAGGTGTGCCAGGCCTTCAGGAAGAGGCTGGAGGCCATAATCTTGGC
TGAGGGTGGCTACATTGAGTAGATATTGTCTAAAGGGTTGTGTGAACACG
TCCTAAAAGTTTCATACATTTTCGTCATCAGGTTCCTTGTTCAGTGAGTT
CAGGTTTATTGTTGTGATCAATAGGCATCTCAAGCTATCAAATACGCCTT
CTAGGCAATCAAATGTGCATTCACATTCTTTCAAATATTCGGTGTATGCA
TCGAAACTTTGTATCAAGTATCAAACATTTATGTGATCTGTACATGCACA
AAATTTGAGATGATGTATATTGTTTGCAACACAACGGCATTTGTAGGGGC
GAATTTTTGCATACTTTAACTGCTGATATAAGCACTTTCAGTCCCAAACG
AGTCATTTTAAGCCACTATATATGTACGTATTATAAACTGAAGAAATGCA
CTGTTGGTTCAAGCTGTGCGATATTCTAAAATAGCGATATATCCACTTCG
ATATTTCACTTCAGGTCAAGTTCAATGATCGATATTCACTCTAAAAAATA
GTATTTATAGCTTATCTTTCCTTTGTTCGAGACTTGGCTCTCTTGCAGAT
ACGTTTCCCTGAAATCCAAGGTCATCCAAGGTCATCCAAATCACATCCCT
CAAGCATTTGCAATTTCAGTGAGTCAACGATATCCGGTTCAGCCGAAATT
TTGGTTGAAATCCGAACCCAAAAAAACCCTAGTTTTTAGCAAAACTAATG
AACATAGAGTTTTTGTCAATAAGTTTCATTATCAACAATGTTTGGCCACT
ATTTTCGACTTAACTATGTAATTTTGGTCGATTTGCAGTGATGAAAACGC
ATCCATCGCAAGTTTGGCCATTTTCCTCTATTTCGGTTATGAAAAATCCC
TTGATCACTGAACTTTTGGATTTGTCCCTATTCTGGACAAAAATGTACAC
ACCTTGAACTCTACGGGAAAGCTTCTCAATGTTCAGCGTAAATTTAAAAC
TGAAACTAATTAATAACACTTTATAAAACTGCTTAAGTCAGTTTTGTGCA
GTTTATTAGATTGAATAAAACTTTCCAGTCCTAGGAAATATAATCTTCAA
TCCTGGATATCGTGATAGGAAAAACATTGTTTTTTCCGGAAAACAAGACT
GAAAATTCCAAACTTAGCAACCCTGATTGGCGATTTTTCTTAATCTTTTT
ATGCCTAAAATATCGATCGATATCTCGAATATCGAATTAACCTAATGTTG
AATATCGAAATCTGAAATTTTGTTTCGATTATCTAATTCAATAATCGAAT
ATTGCACAGGCTTACTTTAGGTGGCTGCATGTTGATTTGTTTTATGTTAC
ACTTCAGTTGGATATTCACTCATTAAGTTACACATTTGACTAGTATTGAT
TTGCATAGCAAGTGTTAACTGCCCACCATTTTCGCCAGATATTACAATTT
CTGTATTAAATACATTTGATAGAACGATATCGTTTTTAAATGAAAAACTT
GTCTGGTCAAAAGTGTATTCAATACAGAACATTTTTTTCCTATTCTTTCA
CTACTAACCATGTTGTCACAGTAATGCCAAAAAGCATTTTCAAAAATTTA
ATTATAATTGCAATTTTAGATAGAACAGTGAATGGCGACACTCTTCTCTG
TGATACAAATTAGGTGGGTATAACGAACGAACCAAAAACCAAGCAAACAC
TTGGCTTGTATGAAAAGTTACTGAACACAGATTTTTTCCTGTCGTTTTTG
TTCAGAGCAGCGATTTTTGTTATGTCTCAAACGATGTAAAAACCTAAGTT
TGAGATGAAAGTGAAGCCTAAAATCTGTCAAAAATGCACGCAAAGGTACT
CGTAAATGACGCTCAAACAAGGCTTTTTTGCCCTGTTGTCTCCACTATGA
AAAAGGCATGGTGTACACTCTGGTTAGAGTTATCCCAGTTAAACTCATTT
CAATGGTTGAGCAATGACATTTGAGCGGATTTCTCCATTTTCATGCATGA
TTTTAGCGCCAATCCAATGAATGGATTCCTGATAAACCAGGCACGCCTCA
ATTTTGCACTCCGTTTGAGACGTTAGGAGGCCAATTTGCCACTTAAGGCG
GATTAGTTTGTGACTTGAGCCACAGAAGAACGGATCTCAAAATGGTCTCT
ATCAATCTGACATTGGCTTGTCTTCTTTGTTCGTTCATCATGATTGGGGC
TGAACATGTGAAAGAACCTTCCAACGATCGCGAAGGCAAAGGTATTCGAA
TGATTCAAGTTGTTTTTATCTTCTTCTGACCCGTATCTTGTGTTTTAGTT
CTCTCCTTGTTCAACATTGTCACCTTCAAGAACGAGGCATGCCAGAGCAA
TAATGTTATCAGGTAATAACGGCATATCTGCTTTGAACAAGATATACCTT
TACCTATACCTTTGTCGGAGTTTTTCATTTCTGCCTTAACTTTAAGTAAT
TTGTATCCTTTGATCCCAAGTGTAGTGATGCAAATCTACATGAAACCTAC
TAGCCTTCAGTTTGCTGATATGTGAATTTAATTATTCTCTAATATATCAC
CTAAATTTTTATGAGACCATTTTAACAGAATTTTTCGTTGACGTTTCTTT
GATATTTTTCGTTGAATCATTAACACATTCCATTTTTTATGTTACATGGA
TGGACGAGTCTGTTAGTTGGTAAAACAAGTTGGTATATTTGTGCATAAAA
ATAATTTTTAATGACGAGCGCAATTATAATCCGTTGGTAGACTGCCAAAA
CCTCCATGAAAGGATAATTTGAAATGTATTGATGGCTAATACCAAAATAG
CTTGATGGATAAATCCACCATATTTTGATGGACAATAAAGCACGCTTTTG
ATGGATAATGCATCCATATTTTGATTGATGATGCATCCATCTTTTGATGG
AAAATGCATCCATCTTTTGATGGACAATGCATCCATCTTTTGATGGAAAA
TGCATCCATCTTTTGATGGACAATGCATCCATCTTTTGCATCCATCTTTT
GATGGATAATAATTCATCCATCTTTTGATGGATAATAATTCATCCATCTT
TTGATGGATAATAATTCATCCATCTTTTGATGGATAATAAATCCAGGTTT
TGATGGATAATAAATCCATCTTTTGAAAATAGTCCATCTTTTGAAAATAG
TCCATCTTCTGAAAATAATCCATCTTCTGAAAATAACCCATCTTCTGAAA
ATAATCCATCATTCGATGGAAAATAATCCATCATTCGATGGAGAATAATC
CACCATTCGATGGATAATAAATCCAATATTACATTGATAATAATCCATCT
TTTCATGGCTAATATATCCATCTTTTGATGGATCTGATGGATTTGATGAA
TCCAACATTCATTGGCGAGTAATATTTCCATGGCTTGAAGGATTCACTAC
AGTGAGACAATTTGCTGATGGGTAAACGGTGTATAAAGTGAAAAAGAGAA
CCAGTGCCGGTACTGATTCCATCTTTTGGCACACTGATGGGTTCATAATT
CTATAATCTATCCAACAGCGGAGGAGGAATTAATGGGAGGTTTCGTGGCG
GAACGTGTTTCACTACCGCGGAATGTGCTCAGAAGAATGGCCAAGCCGGA
GGAACTTGTGCTTCCGGGTAAGTGGAATCAGTATAGTGATAAGCACTCAT
AACGGTTAAATAGTACTTCAACTCCAGATTTGGTGTGTGCTGCATTTTCA
CCGCCGTGAACTCGGGCTCGACCATAACGCAGAATTGTACCTACATTCGA
AACCCTGGTTTTCCGCAGACCTACGAGCAGCAATCGTCTATAACCTACAC
CATTAGGAAAACTGCACCCGGTAATTGGCATTCATAATCAAGTCTTCCGA
CAAGTTTGCTAACCTCTCTTAGATGTGTGCTCCTTGAGGTTGGACTTTGA
GTCCTTCAGCATCCTGGCCACTGGGAACACTCTGGAAACCAACACCATTC
TCATCCCTCCCACGACTGGAGGCATTTGTCTGGATCAGTTGAACATTGTG
GTACTTAACTTAAAAATGTAACGAATTCGAGGGAAATATCTAAGATGAAT
CCTCATTTGGTAGCTGTCTTCGGGTGTGAGCGTTCCAACCATTTGTGGAC
AAAATAGTGGAGAGCACAGTAAGACCTCTTTTTATCACTTAATGATCTGC
ATGACTCTAATAAATAGGTTGTTTGACCCAAAAAGAATTGAAAAGCCTTT
GGGGGGTTGTTGAGCAAAACACGCGCACAGGGTTGCAAACCAAAACTTAA
AGCGTTCTTCTGAAATAAGAAGCACATTTTTTGCGAACAATCACATACTA
AGGCCATACCCAATAATCAAACTTTTTTGATGGACTCTGAATGTTTTAGT
CTACCTGGATATCGGAAATCAAGCCACAAGTAGGGCCCAGCTGAACTTTG
TCTTCGACGCTCAGGTGTCCAATATCCGTCAGTGGGAAATTAAAGCCGTG
CAAATTCCTTGCACCAGGTAAGGGAACCATTCATCGTCATATGGGTATGA
TGATGACGATATAACTTCTTTCCCAAACCATAATCTGTATTACAGTTCAG
TGCCCCAAGGTTGCCTTCAGTATCACACGGGAGCGAGTGGAACATTGAGG
ACATTCAATTTCTTGAACAACGCGGACAACCATTTGGCCAATCAGGAGTA
AGTTCAGTCTGAAGCCACATCAATCGAAGCAAGGAGGAAGTAACAAGGGA
ATTGGTTCACTTTGAGACGAACTGGTTGCAGTACAAAGTGGCAGGAGTAC
TCCATATGTACCATAAGTAACCTTTATGGACATCCGTTTTTTGTCTTACT
TGGACAAACGTGGACTTTCTACTTTTGTCGCTAGGGGGCGATGTACTCAG
GACATTACTCATGAACACAAAGCACTGGTTGGGTTTCGTGCCACAGGGCT
CTTAGTCGCACTATCCCTGATCCAACCCCGCCTCATTTAGTGTCCACTTC
TTTCTCTTGCCCTTGTGTGGTCTGACGTCATAAAAACTACTTGGCGAGTC
TCCATCTACCAGCTTTTACTTGCATAAAAAAATGAACCCTTTGAATCGTA
AATATCTCTAGAATCTGCAGATAATTTGCCAGATCTAGACCTCGGCTCGC
TAATTCAGAACTTTCGCAGACAAGTTCCTGTAATGGGTGGACTACATTTG
CATCGTTCTGCCCATGTCTGATATTTTACGCTCTAAAGTACAAATCAATG
TCCATTTTCAGGGACGCCATGGCCGGAATGGTCAGAATAGTCCAAACATT
TATATTTCTTTCTGTCATTGCCCTTTTGTCTATATTGGTCCCAACTTTAC
GCCGTGCCAATGAGTTCATTTTTTCCGAAGATATTGGCCCAAATTCAGCA
AAAATGTTCGTAACCTGATCTCGGTCCCCATGACGTCATTAACGGTGTTA
ATTCTTGAATTGACCATTTTGAGCGTTTCAATATAGCGATGAATTCCGGC
ATTCAACGGGATAGGATCAAAGTACAGTTTTAAACTTAGGCTAGTAGTTA
TGCTAAGGTTTCAAAGGAATGTCTTGGAATTTATTCTCCAACGGTTTCCC
AATCTTACTGGAAATCTTGGTCAAATGAATTTGGCCTCCTGAAAAAGCGC
CCCTAGTTAAAAATGACGGATGGCTATAGAGCTTTAACTTCACTAGTGCA
ATTGAATTTTGCAAATCACTGGCATGAATTGTTTCTCATTACCTAGCTCA
CGGAGTCCGAACAACATGAACATAATGATTAGAGCTCGAAAGTGTATGCT
TTTCCATAAAAAAATACGCCTTTATGTGTTTCGCCTTGTTTTGGAGATTT
TACAAAACAAAATCATATTTTGACACCCTGAAAACCAGCAGTAATTAAAG
CACGTGTTAGTTTTACTTCCCAGCTTTAAACCAATCATGCCACACTTTAA
AAAAGCTCCATAGCCCAAATGACAGGAACAAAATACTTCAAAGTCTCCAG
AGAGTTCAGGGCTTATTTGGGCTGGGTGAAATCGAAATATGTTTATTTTA
ATATACAAGACCTATGAACCCATTTAATACGCTGGTGTCAACTAAAATAT
AGACCAAACAAATATGTCAAAGGATAAGGTTTCTCTCTAAATGAGGAATT
GCATTGTAATTTGTGGGAAACCACAATAGACCCTTCCTCAAGATGTGGCC
GCACCTGTGTTCCTGACCGCTAAAGACTAGTAGGGTTACAGGGAGTCGTC
AGCTTCCCTCAGTAGAGGAACGTCTGGAGCGGCGAAAAAATCTTTTTCCG
CCGGGCCTGGGATTAGATCTGCAGTCCTTTGATATCGCAGACCAGTACAT
GGATCTGCAATTTCCCACAACTCTGACTGTTCATTGTGGTATCTCCCAAA
AATAACTTTTAACTTGAACTAATTGTCTTAAAAATAAATGAAAGAGGACA
TTTGTTTTCATTCAGCCAGTTTGGCTACATGTTTTGGGCAAAATATTATT
TACATCTATCGCTCTTTTTGGAACATAAAATGTCAAGATCTAATAAATCT
AAAAAAAGTGTTTACTAGAGCTCTAAATATAAATTAGAAATCACGAGTTA
GCTTTGCAAAATCACCTTTAAATCTGATATATACAGTACAATTTCAGTAT
TTACTTCTACCCTTCAGGTCAAATGATGGATCATTTGACCTGAAGGGCAG
CAGAAAATACTTGTTGATAGTTATGATGGCATTGCATTTTGTTTTCCATT
TGATTACATTGTACATTTAAAAACAAAGTGCAACTATTAATCCAGATCAC
CCGATCTGGTAGTGAAGCATGGGTTACTATGAGAATCTCTATCTCTTTTT
CTTTGTCCAGCTATTCCATTTGCATTCGTCAAGAGGCTGGCTTTTGCTGT
GTGGAGTATTTGCCTTGCGTGGATGTCAATGCCTTCTCCCTAGATGTCCA
AGCA
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Synonyms
The feature 'conserved hypothetical protein' has the following synonyms
Synonym
Tk10887
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