hypothetical protein L798_10568, maker-scaffold160_size295910-snap-gene-1.34 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein L798_10568
Unique Namemaker-scaffold160_size295910-snap-gene-1.34
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of hypothetical protein L798_10568 vs. L. salmonis genes
Match: EMLSAG00000012914 (supercontig:LSalAtl2s:LSalAtl2s981:97107:102445:1 gene:EMLSAG00000012914 transcript:EMLSAT00000012914 description:"augustus_masked-LSalAtl2s981-processed-gene-1.0")

HSP 1 Score: 170.244 bits (430), Expect = 8.772e-51
Identity = 88/185 (47.57%), Postives = 115/185 (62.16%), Query Frame = 0 
Query:   23 MSASRFCIL--TILILGCLSQSLVWGKRTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPP 205
            MS    C+   +++ILG   ++L      T + R  +L  +FQ++ F ND C G G KNGTC+T+ EC  +GG NGG+CA G+GVCCTFT  C G   ENCTYFES G E G C  TIC C  ++CQLRLDF+ F ITGPST   +IG   FG ++     + S  +QC TD+F+V +P G  PP
Sbjct:    6 MSLFLLCLFHYSLIILGSEEEAL------TKNQRESRLLPVFQVIRFRNDACSG-GSKNGTCYTSAECESRGGTNGGSCASGFGVCCTFTSRCSGMSRENCTYFESVGNEQGSCSLTICKCDESVCQLRLDFQSFMITGPSTLTETIGKTTFGILSAGGAVEVSDQTQCTTDTFTVTNPGGTTPP 183
[Close]
BLAST of hypothetical protein L798_10568 vs. L. salmonis genes
Match: EMLSAG00000012256 (supercontig:LSalAtl2s:LSalAtl2s895:139847:141906:1 gene:EMLSAG00000012256 transcript:EMLSAT00000012256 description:"maker-LSalAtl2s895-augustus-gene-1.27")

HSP 1 Score: 162.54 bits (410), Expect = 6.979e-48
Identity = 91/218 (41.74%), Postives = 125/218 (57.34%), Query Frame = 0 
Query:   23 MSASRFCILTILILGCLSQSL-VWGK------RTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQ---CLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQVPIAEIVDI 230
            M  +R  +L   ++  LS S+ V G+      ++  + R+ KLF LF ++ F N  C G+ G NGTC T ++C  + G  GGTCA GYG CC  ++ CGG  S N TYF S G E G C  TICPC +N+CQLRL+FE F + GPST   S  T   G      G + +  SQ   CL+D+FS+ SP G   P+ICGINTG+H ++    P    +++
Sbjct:    1 MITNRLFLLGFRLIALLSFSIDVRGEERRIDDKSDFNERDEKLFPLFTVIQFANTVCAGSNGMNGTCLTANDCQSRNGSPGGTCAAGYGTCCIISLGCGGMSSSNNTYFTSSGTETGMCSVTICPCDSNVCQLRLEFESFMLAGPSTISTSAFTIIKGTGVAGIGGKSTAVSQKTLCLSDTFSITSPGGATGPTICGINTGQHMIMPMNSPSCNTLNM 218
[Close]
BLAST of hypothetical protein L798_10568 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: 157.147 bits (396), Expect = 1.930e-45
Identity = 82/183 (44.81%), Postives = 108/183 (59.02%), Query Frame = 0 
Query:   61 LFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQVPIAEIV-DIVGVKKTMVYDTK 242
            ++ I  F NDP       NGTC+T DECT +GG   G CA G GVCC FT +CG   +ENCTYF  +    G C   ICPCS NICQLRLDF  F ITGPST+ IS+G         AA  + +   +CLTD+F+V +P G +PP ICG+N+GEH  + +     E+  ++ G     +++ K
Sbjct:   89 IWIIYRFRNDPXSTGDNTNGTCYTTDECTARGGTPSGDCASGXGVCCVFTFSCGQTSAENCTYFIGQNVPDGQCRLEICPCSDNICQLRLDFTTFDITGPSTNTISVG-------KNAALKEVTNEQRCLTDTFAVTNPGGASPPVICGMNSGEHMYVDSSEQCNELAFNLQGANARQMWNIK 264
[Close]
BLAST of hypothetical protein L798_10568 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: 150.214 bits (378), Expect = 1.102e-41
Identity = 93/219 (42.47%), Postives = 118/219 (53.88%), Query Frame = 0 
Query:    9 REASTKRMASSVAKMSASRFCILTILILGCLSQSL-VWGKRTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFE------SRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRA 220
            +E + KR      K S   F  +++LIL C    L           ++ KL S+F +VTFPN  C G+  KNGTC+T DEC  +GG   G+CA GYGVCC  T++CGG  S+NCTY E      +       C  TIC  S  IC++RLDF  FTI  P T+   +G    G   T AGA   TG  C+TDSFS  SP     P ICG N+G+H +L A
Sbjct:  295 KETTLKRDKPWDQKNSPCSF--ISLLILLCTINELDATANDVVEDKKDEKLLSIFNVVTFPNTFCTGSASKNGTCYTADECETRGGTASGSCASGYGVCCXITLSCGGTSSDNCTYIEQSSFTSTSSLNSNPCTYTICKNSNMICRIRLDFTTFTIANPFTT--PVGADAAGTTITNAGA---TG-DCVTDSFSFTSPGSRGSPVICGANSGQHMILDA 505
[Close]
BLAST of hypothetical protein L798_10568 vs. L. salmonis genes
Match: EMLSAG00000010265 (supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1 gene:EMLSAG00000010265 transcript:EMLSAT00000010265 description:"maker-LSalAtl2s67-snap-gene-9.21")

HSP 1 Score: 129.028 bits (323), Expect = 2.471e-35
Identity = 73/161 (45.34%), Postives = 91/161 (56.52%), Query Frame = 0 
Query:   61 LFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQ 221
            +F I+ F NDPC G G   GTC+T++EC+ +GG  GG+CA GYG CC F++ CGG  SEN TY E        C  TIC CSTN+C++RLDF  F I GP             E+A      Y     C TDSF+V    G   P ICG NTG+H ++ AQ
Sbjct:   39 IFNIIKFENDPC-GTGSMVGTCYTSEECSSRGGTAGGSCASGYGTCCVFSLGCGGTTSENSTYLEVT-SRTTDCAYTICRCSTNVCRIRLDFLNFVINGP-------------EMADDNPNSY---GNCNTDSFTVSGNQG-GSPVICGFNTGQHMIVEAQ 180
[Close]
BLAST of hypothetical protein L798_10568 vs. L. salmonis genes
Match: EMLSAG00000009733 (supercontig:LSalAtl2s:LSalAtl2s627:64350:67809:1 gene:EMLSAG00000009733 transcript:EMLSAT00000009733 description:"snap_masked-LSalAtl2s627-processed-gene-0.30")

HSP 1 Score: 126.716 bits (317), Expect = 2.553e-35
Identity = 68/163 (41.72%), Postives = 92/163 (56.44%), Query Frame = 0 
Query:   59 FSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQ 221
             SLF +V F N PCIG    NGTC+T ++C  +GG   GTCA GYGVCC+F++NCGG  SENCTY  +     G C  TIC  S  +C++RLDF  F I  P    +S+ T   G +      Q+S   +      ++GSP       ICG+N+G+H ++ A 
Sbjct:   62 LSLFNVVRFRNIPCIG-FPLNGTCYTEEDCQTRGGVQSGTCASGYGVCCSFSLNCGGMNSENCTYLVNNNPSPGACTYTICKKSNWVCRIRLDFADFRIGAP----VSVATVDXGAVGDCVTXQFSVTXR------NMGSPI------ICGMNSGQHMIVDAD 207
[Close]
BLAST of hypothetical protein L798_10568 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: 127.872 bits (320), Expect = 9.330e-35
Identity = 79/194 (40.72%), Postives = 99/194 (51.03%), Query Frame = 0 
Query:   28 FCILTILILGCLSQSLVWGKRTTNS-ARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRA 220
            FC    + +  +   LV  +    + +R GKL  LF IV F N PC G G   GTC+T+ EC  +GG NGG CA GYG+CCTFT  C  + SEN TY  +     G C   IC  +  +C+LR DF  FT+  P              + T AG   S G  C TD FSV S  G   P ICG NTG+H ++ A
Sbjct:    8 FCCQVFVFIAVVGSDLVDDQEYEEAQSRGGKLLPLFNIVRFQNKPC-GAGPLRGTCYTDKECNSRGGSNGGPCAGGYGICCTFTPECXSQSSENLTYLTNNNPSAGPCSYRICKNNDWVCRLRFDFIDFTMAQP--------------VLTRAGEGSSIG-DCTTDQFSVTSANG-GSPVICGTNTGQHIIVDA 184
[Close]
BLAST of hypothetical protein L798_10568 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: 124.79 bits (312), Expect = 1.650e-33
Identity = 74/197 (37.56%), Postives = 102/197 (51.78%), Query Frame = 0 
Query:   30 ILTILILGCLSQSLVWGKRTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIAT------ICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRA 220
            ++ I+ + CL    V G         GK  SLF +V F N  C G+  KNGTC+T++EC  KGG   GTCA GYGVCC  T+ CGG  SENCTY E         +++      IC  S ++C++RLDF +  +  P +    +G     +      ++Y+ G QC  D F+  S      P ICG NTG+H +L A
Sbjct:    4 VIVIVCVFCLLALQVAGGEXLEKDIEGKSLSLFNVVRFENIVCTGDS-KNGTCYTSEECEAKGGLAQGTCASGYGVCCIITLGCGGTSSENCTYIEQSSFTSSSSLSSNPCSYKICKLSDHVCRIRLDFTKHVLADPVSGTAVVGAVNVID------SRYAHG-QCTEDRFTFSSIGKNGAPVICGYNTGQHMILDA 192
[Close]
BLAST of hypothetical protein L798_10568 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: 123.25 bits (308), Expect = 1.747e-33
Identity = 66/171 (38.60%), Postives = 93/171 (54.39%), Query Frame = 0 
Query:   51 NSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGG------CIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEH 215
            + +++GK+ SLF +VTFPND C GNG +NGTC   +EC  + G   G+CA GYGVCC F I CG   S NCTY E       G      C   +C  + ++C+LRLDF         T+I++           AA     +   C+ D+ ++ SP G   P+ICG+N+G+H
Sbjct:   26 DESKDGKVLSLFNVVTFPNDVCAGNGARNGTCLPANECASQQGAASGSCASGYGVCCVFVIQCGSMSSANCTYIEQTSISSAGSLSQNPCTYRLCRNNDDVCRLRLDF--------VTNILAQPFMGTAVANAAAVGVGGSIGDCIDDTMTLSSPGGQGSPTICGLNSGQH 188
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BLAST of hypothetical protein L798_10568 vs. L. salmonis genes
Match: EMLSAG00000010824 (supercontig:LSalAtl2s:LSalAtl2s719:60764:248752:-1 gene:EMLSAG00000010824 transcript:EMLSAT00000010824 description:"maker-LSalAtl2s719-augustus-gene-2.10")

HSP 1 Score: 107.457 bits (267), Expect = 8.294e-28
Identity = 68/183 (37.16%), Postives = 89/183 (48.63%), Query Frame = 0 
Query:   40 SQSLVWGKRTTNSARNGKLFSLFQIVTFPNDPC-IGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRG-----GEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAP-PSICGINTGEH 215
            S +L     +  S  + +  SLF IV+F N+ C   +G  NGTC++  +CT  GG   GTCA G+GVCC FT +CG     N TYF++ G       VG C  T+  C+ N+CQLRLDFE F +  P                           QC  D F V   +G  P P+ICG N+G H
Sbjct:   66 SLTLDPSSPSNRSPNDPRFLSLFTIVSFKNEECGSKSGNNNGTCYSKSDCTKMGGTGSGTCAHGFGVCCIFTKSCGYSTKNNGTYFQNVGYPSTFDSVGSCQLTVHKCNDNVCQLRLDFENFVLAQPE----------------------PIDHQCQDDQFIV---SGGPPIPAICGTNSGAH 223
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325295901|ref|XP_023330828.1| (uncharacterized protein LOC111703186 [Eurytemora affinis])

HSP 1 Score: 149.443 bits (376), Expect = 1.005e-38
Identity = 85/198 (42.93%), Postives = 117/198 (59.09%), Query Frame = 0 
Query:   28 FCILTILILGCLSQSLVWGKRTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYF----ESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPT-GCAPPSICGINTGEHNLLRA 220
            F  + + +L     S V  + T  + RNGKL  +F ++ FPN PC+G+GG NGTC+T  EC+ KGG +  TCA G+GVCC F++ CG   S+N TY      +       C  TICPC+TNIC+LRLDFE F+I GP ++            ATA  +   +   C TDSF+V +P  G APP+ICG+NTG+H  + +
Sbjct:   25 FLTICLFLLKGFHASEV-NQTTQATDRNGKL--IFSVIRFPNAPCVGSGGFNGTCYTASECSAKGGSSSLTCASGFGVCCVFSMACGTTISQNNTYHIISSFTAATTASPCTYTICPCNTNICKLRLDFETFSIAGPQSA-----------DATAIASVGPSIGDCRTDSFTVTAPDGGSAPPTICGLNTGQHMFVDS 208
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325311639|ref|XP_023337446.1| (uncharacterized protein LOC111708343 [Eurytemora affinis])

HSP 1 Score: 138.272 bits (347), Expect = 1.504e-34
Identity = 82/195 (42.05%), Postives = 106/195 (54.36%), Query Frame = 0 
Query:   46 GKRTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYF----ESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQVPIAEIVDIVGVKKT 236
            G  TT S R GK  ++F +V FPND CIG+   NGTC+T  EC+ K G   G CA G+GVCCTF+I CG   SEN TY      S   +   CI T C  + NIC+LR+DFE  T + P       G     ++ TA    Y  G QC+ D   + +P G +PP+ICG+NTG+H  + A     +I   V   KT
Sbjct:   29 GNATTTSTRGGK--AIFNVVRFPNDACIGSNKFNGTCYTASECSSKSGTAAGACASGFGVCCTFSIACGATSSENNTYAVISSYSTSVDANPCIYTFCRQNANICKLRIDFESMTTSLPQ------GYEATDDVRTALANSYRLG-QCVNDVVKITNPGGPSPPTICGVNTGQHMWVPASSACNQINIDVDTGKT 214
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325334810|ref|XP_023349221.1| (uncharacterized protein LOC111717987 [Eurytemora affinis])

HSP 1 Score: 133.65 bits (335), Expect = 7.809e-33
Identity = 84/230 (36.52%), Postives = 115/230 (50.00%), Query Frame = 0 
Query:   28 FCILTILILGCLSQSLVW---------GKRTTNSARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYF----ESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISI--------GTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQVPIAEIVDIVGVKKT 236
            +C+  + +L  LS  +V          G  T++SAR GKL  +F +V FPN  C G    NGTC+T  EC+ K G   G+CA G+GVCCTF+I+CG   SEN TY      S   +   CI T C  + NIC+LR+DFE FT   P   +            +F+ G              QC+ D   + +P G +PP+ICG+NTG+H  + A     +I   V   KT
Sbjct:    5 WCMSGLFLLTLLSDHVVTHVSAENIEGGNSTSSSARGGKL--VFNVVRFPNSACSGTNSLNGTCYTASECSSKSGTAAGSCASGFGVCCTFSISCGTSSSENNTYAIISTYSTSTDSDPCIYTFCRRNANICKLRIDFESFTTAPPQGYVAEATATATAFSNSFRLG--------------QCVNDVVKITNPGGPSPPTICGVNTGQHMWVPASSACNQINIDVDTGKT 218
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325289764|ref|XP_023329554.1| (uncharacterized protein LOC111702179 isoform X1 [Eurytemora affinis])

HSP 1 Score: 132.109 bits (331), Expect = 2.791e-32
Identity = 80/216 (37.04%), Postives = 111/216 (51.39%), Query Frame = 0 
Query:   54 RNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTF-TINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISI-----------GTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQ------------VPIAE--IVDIVGVKKTMVYDTKK 243
            R+GK FS+F +V F N  C     K GTC++  ECT KGG   G CA G+GVCC F T  CG   +EN TYF         C   ICPC++NI Q+RLDFE FT+ GP T+                TF + +   A  +  +T  QC +D F++GS +G +PP ICG N G+H  +                PIA+   V +  +++ M+++  K
Sbjct:   21 RDGKGFSVFNVVKFDNAECTTTDNKAGTCYSGAECTAKGGVASGNCASGFGVCCLFATSTCGASSNENNTYFSQPSTLPLSCSLEICPCNSNIKQIRLDFETFTLDGPDTTAALPVPAVAADGAGGDTFTYTDGTQAWTSHPNTHGQCNSDYFTIGS-SGTSPPVICGENAGQHMYVETDGVNCVTMTFNMASPIAQQWSVKVAQIEEGMIWEAPK 235
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325319228|ref|XP_023341394.1| (uncharacterized protein LOC111711301 [Eurytemora affinis])

HSP 1 Score: 132.88 bits (333), Expect = 4.227e-32
Identity = 83/215 (38.60%), Postives = 110/215 (51.16%), Query Frame = 0 
Query:   57 KLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRG-----GEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSV--GSPTGCAPPSICGINTGEHNL----LRAQVPIAEIVDIVGVKKTMVYDTKKLLEAGDSLERSLGVEAT 260
            +  SLF IV+F ND C+  GG NGTC++++ECT KGG + GTCA G+GVCC FT  CGG  + N TYF++ G       VG C  TI  C++++CQLRLD    T++GP T                      T +QC  D F V  GSP     P+ICG+NTG+H      L +  PI   V                + +G S +RS  V+ T
Sbjct:  134 RFLSLFTIVSFKNDACVSTGGTNGTCYSSNECTSKGGASAGTCASGFGVCCLFTATCGGSTNVNGTYFQNSGYPSTFNSVGSCQLTINKCASDVCQLRLDILSMTLSGPET----------------------TDNQCQGDQFIVSGGSPL----PAICGVNTGQHMYVDMGLSSNSPIVLTV----------------VTSGASFQRSFSVKVT 306
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325269884|ref|XP_023319522.1| (uncharacterized protein LOC111694750 isoform X2 [Eurytemora affinis])

HSP 1 Score: 130.954 bits (328), Expect = 4.576e-32
Identity = 68/159 (42.77%), Postives = 91/159 (57.23%), Query Frame = 0 
Query:   59 FSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGG-CIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIA-TAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEH 215
              LF ++ F NDPC    G NG CFT+ EC  KGGR  G CA G+GVCC    +CG + ++N TYF          C  TICP  +N+C+LRLDFE FT+ GP     +       ++A TA    +S   +C+ D+F V +  G +PP+ICG NTG+H
Sbjct:   32 LHLFTVIKFHNDPCQAVSGLNGICFTSSECEKKGGRASGDCAMGFGVCCIVEKSCGSQINQNLTYFNFNSSISDSFCKITICPLDSNVCRLRLDFEDFTLAGPLEDTAA-------DVADTAVKTLHSIIGECIEDTFIVKAAEGPSPPAICGTNTGQH 183
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325269882|ref|XP_023319521.1| (uncharacterized protein LOC111694750 isoform X1 [Eurytemora affinis])

HSP 1 Score: 130.568 bits (327), Expect = 9.561e-32
Identity = 68/159 (42.77%), Postives = 91/159 (57.23%), Query Frame = 0 
Query:   59 FSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGG-CIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIA-TAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEH 215
              LF ++ F NDPC    G NG CFT+ EC  KGGR  G CA G+GVCC    +CG + ++N TYF          C  TICP  +N+C+LRLDFE FT+ GP     +       ++A TA    +S   +C+ D+F V +  G +PP+ICG NTG+H
Sbjct:   32 LHLFTVIKFHNDPCQAVSGLNGICFTSSECEKKGGRASGDCAMGFGVCCIVEKSCGSQINQNLTYFNFNSSISDSFCKITICPLDSNVCRLRLDFEDFTLAGPLEDTAA-------DVADTAVKTLHSIIGECIEDTFIVKAAEGPSPPAICGTNTGQH 183
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1325299459|ref|XP_023331656.1| (uncharacterized protein LOC111703824 [Eurytemora affinis])

HSP 1 Score: 122.094 bits (305), Expect = 5.380e-29
Identity = 67/169 (39.64%), Postives = 93/169 (55.03%), Query Frame = 0 
Query:   53 ARNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSVGSPTGCAPPSICGINTGEHNLLRAQ 221
            +R  K  ++F +V FPND C    GK+GTC++  EC+  GG + GTCA G+GVCC  T +CG   S N TYF+S   +   C   +C  + NICQ+RLDF+ F I  P +  +S  T              ++ +QC +  FS  +  G A P ICG NTG H +L A+
Sbjct:   27 SRQDKALNVFNVVRFPNDVCNTTSGKSGTCYSASECSAFGGSSLGTCASGFGVCCGLTASCGATTSVNNTYFKSSTSDTSPCQIFVCKITNNICQIRLDFDTFDIDQPVSQDVSSAT--------------TSKTQCNSAQFSATTDGGTA-PVICGTNTGYHMILEAK 180
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BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|1227972888|ref|XP_021917889.1| (uncharacterized protein LOC110828963, partial [Zootermopsis nevadensis])

HSP 1 Score: 124.02 bits (310), Expect = 2.189e-28
Identity = 66/166 (39.76%), Postives = 83/166 (50.00%), Query Frame = 0 
Query:   56 GKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRG-----GEVGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSV-GSPTGCAPPSICGINTGEH 215
             K  SLF IV FPN+PC    G NGTC+ + +C   GG  GG+CAQGYGVCC F  +CG    +NC+YF + G       +  CI TI    +++ Q+RLDF  F + GP                        T   C+ D F V G  T    P ICGINTG+H
Sbjct:  532 AKFLSLFTIVQFPNEPCQTGDGVNGTCYHHLQCRSLGGVAGGSCAQGYGVCCYFEKSCGEVTRQNCSYFVNPGFPSPVTNMLACILTIEKAHSDVSQIRLDFFTFELLGP------------------------TNGTCVDDQFIVTGQNTNSIAPIICGINTGQH 673
[Close]
BLAST of hypothetical protein L798_10568 vs. nr
Match: gi|646707559|gb|KDR14260.1| (hypothetical protein L798_10568 [Zootermopsis nevadensis])

HSP 1 Score: 120.939 bits (302), Expect = 5.317e-28
Identity = 77/176 (43.75%), Postives = 89/176 (50.57%), Query Frame = 0 
Query:   54 RNGKLFSLFQIVTFPNDPCIGNGGKNGTCFTNDECTGKGGRNGGTCAQGYGVCCTFTINCGGRRSENCTYFESRGGE-----VGGCIATICPCSTNICQLRLDFEQFTITGPSTSIISIGTFKFGEIATAAGAQYSTGSQCLTDSFSV--GSPTGCAPPSICGINTGEHNLLRAQV 222
            RNGK  SLF IV F N  C  + G NGTC T+ EC+ +GG   G CA GYGVCC F   CG    ENCTYF ++G        G C  TI     +ICQ RLDF+QF+I GP  SI  I                     C  D F V  G+PT     +ICGINTG H  + A V
Sbjct:   81 RNGKFLSLFTIVQFQNQGCAASSGDNGTCVTSAECSDRGGVASGPCANGYGVCCVFLATCGQNTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFSIAGPE-SIDHI---------------------CNNDQFIVAGGNPTS----AICGINTGNHMYIDAGV 230
The following BLAST results are available for this feature:
BLAST of hypothetical protein L798_10568 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000129148.772e-5147.57supercontig:LSalAtl2s:LSalAtl2s981:97107:102445:1 ... [more]
EMLSAG000000122566.979e-4841.74supercontig:LSalAtl2s:LSalAtl2s895:139847:141906:1... [more]
EMLSAG000000119081.930e-4544.81supercontig:LSalAtl2s:LSalAtl2s83:643787:645943:-1... [more]
EMLSAG000000051661.102e-4142.47supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1... [more]
EMLSAG000000102652.471e-3545.34supercontig:LSalAtl2s:LSalAtl2s67:935633:937393:-1... [more]
EMLSAG000000097332.553e-3541.72supercontig:LSalAtl2s:LSalAtl2s627:64350:67809:1 g... [more]
EMLSAG000000021019.330e-3540.72supercontig:LSalAtl2s:LSalAtl2s1395:30727:32553:-1... [more]
EMLSAG000000000661.650e-3337.56supercontig:LSalAtl2s:LSalAtl2s100:472529:474152:-... [more]
EMLSAG000000043231.747e-3338.60supercontig:LSalAtl2s:LSalAtl2s227:164788:172918:-... [more]
EMLSAG000000108248.294e-2837.16supercontig:LSalAtl2s:LSalAtl2s719:60764:248752:-1... [more]

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BLAST of hypothetical protein L798_10568 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 L798_10568 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325295901|ref|XP_023330828.1|1.005e-3842.93uncharacterized protein LOC111703186 [Eurytemora a... [more]
gi|1325311639|ref|XP_023337446.1|1.504e-3442.05uncharacterized protein LOC111708343 [Eurytemora a... [more]
gi|1325334810|ref|XP_023349221.1|7.809e-3336.52uncharacterized protein LOC111717987 [Eurytemora a... [more]
gi|1325289764|ref|XP_023329554.1|2.791e-3237.04uncharacterized protein LOC111702179 isoform X1 [E... [more]
gi|1325319228|ref|XP_023341394.1|4.227e-3238.60uncharacterized protein LOC111711301 [Eurytemora a... [more]
gi|1325269884|ref|XP_023319522.1|4.576e-3242.77uncharacterized protein LOC111694750 isoform X2 [E... [more]
gi|1325269882|ref|XP_023319521.1|9.561e-3242.77uncharacterized protein LOC111694750 isoform X1 [E... [more]
gi|1325299459|ref|XP_023331656.1|5.380e-2939.64uncharacterized protein LOC111703824 [Eurytemora a... [more]
gi|1227972888|ref|XP_021917889.1|2.189e-2839.76uncharacterized protein LOC110828963, partial [Zoo... [more]
gi|646707559|gb|KDR14260.1|5.317e-2843.75hypothetical protein L798_10568 [Zootermopsis neva... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold160_size295910supercontigscaffold160_size295910:60798..105786 -
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-scaffold160_size295910-snap-gene-1.34-mRNA-1maker-scaffold160_size295910-snap-gene-1.34-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold160_size295910:60798..105786-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold160_size295910-snap-gene-1.34 ID=maker-scaffold160_size295910-snap-gene-1.34|Name=hypothetical protein L798_10568|organism=Tigriopus kingsejongensis|type=gene|length=44989bp|location=Sequence derived from alignment at scaffold160_size295910:60798..105786- (Tigriopus kingsejongensis)
ATGTGGAACAAGTTCCCAGCCCTGCGAGAAGCCAGTACCAAGCGGATGGC
TTCGAGCGTGGCCAAGTCAATATCAAGATCGGCCCCTATTTGATCGATGT
TATTCGGTTCTGTCGTTGGTTGTTGTTGTTACTTAATTTGTACGATTTTT
ATGATGATACGTGTGATTTATTATTTAGAGCCTTTTGTTGTTTCATATTG
TTAAGTGAATATTTTCTGTATTTTGTTTTGTTTACAACATTTGTGTTTGG
TGATTTATTTATAACATTTATTGTGCGTTTTGACTTGTAAAGATTTATTG
ATTATTTAGGTTCTTAAACATTTATTGTGTTTCCATTATTGAGTTCTTCT
GTTTTGTACAGTGTTTATACAGTATCTTTGTTTTTATTCATGTGTATATT
TTATTTATAAACGGCCCTAACACTATTGACTAGTATTCGTATGTTAAGTG
TTGACTCTGGGGCAAATAAACCTATTTTATATGTAGAAATAAACGACGGT
GGGCGGTGATGAGGTCAGACAGGACCCGCTGGGAGCCCGCAGGACGACTC
TTCCAAAGCATCTGAGGGATACGTCTCGCCTAGCCGCAGTCCACTGATTT
CGGGCAGGCTTGTTGATGTTCAGTCTATTTTTCGCGGCCCATCCACACCA
AGATGGCGTTTTATTTACCAATGCCCATCCTCTGATGCCATACGGCCCTT
CGAAAGAACGATCAAGGTTCGATAGCCAGATTTTGACTGTCACAGGTCAT
ATTAGTTAAACGCCAGATCTGTGGGTAAGGCGCAACCCGGGCCCATATCG
CTTGGCGGCTGAAGTCGACCTGACGCCAGACCTGGACCAAGTTCAAAGCC
TGACGCCACAATCCAGCCTGGATCAACGTGTCCGTGCTTTCAAATGATGA
AAGGATCGACCACGATTCCCGTTTTTGCCCCTGAGTGTAATGTTCACAGC
TTCGCCCGTGGCGTCAGTGCAGCTGTAAACAAGTGGAAGAAATCTTGTAT
GCTCGTTTCGGGACCCGAGTTCTTCATGAGCAAGGCCATTGGAATTGGAG
CTAGGACACCAATTCCCGGGAACTGGAGTCTGGCTTAAATAGCCATGATC
TTTTGGCCACAACAAACCAATGATCGTTCAAAATTTGTTGTACTTATTTA
TTACTTTTTGGAATTGCATTCCGTATTTTCGTCCTTCCCTTGTACTAGTT
GCTAAAAGCAAAAAGTTGAGCTGCAGAAACGAAGAATTGGAATTATTTGA
AAGCATTTCGATTTACAGGATTGTTCGATTCATTGCATAAAGCTTTGTTG
GAACTCACCTGTAAATACCCCTGCCAGGCCAGTGCATATAATTTTTTTTG
CCCATCTCTACTGATAACTCTTTACCATTCTTGACACATCCCGAGCTCCA
AGTGAGACGAAATGGGAGCCAAAATCATATGCACGTCAGTTTATTGAATA
AAAAAAATTTGTTCCCTTGACATCATTTGACTCCTTCATGCCATTTTTGT
CCTCTCTAGCAAGGTATTTGTCTGTATTCCAAGCAGACTCCACGCGATTG
TTTTCCAGCATCATCATTTATTCCGATAGCGCCGGCAAGTGCATCAGCCA
TATTGTTAGTGAATATGTCGACTCGAAATGGTTTGGAACAATCTGAAATG
AGGGAAAATTAGTGCCCTAATCCCAAACCAAACGGAAGGTAAAGTAGTTA
TGTGCTAAATCTTCGTAATTTCTACAGAGGGGAATAATGTTATCAATTCA
CTTCAGTGGATTTGTTTGTTTTATGAATATATTGCTTTTAGCATGTTTAA
TTCACTGATCTACCTTTTGCCAAATAAGTTGTACTTCTTTCAAGTTTTTG
ATGTACCGGTAAATGGATAATTCCTCCCTAAACAGAATCTGGGATTCATG
TTGATTGCAATTGGAGTTAAAACATCTGGGAAAGTGGAAAGTTGAATAGC
ACACAAAACTATCAAAAGACGAGTTTAAGCTAAGCCCGAACTGAAGCAAC
TCTGATAAAACCCTTCTGAAGTATTAGGCTTCCTGTTAATCCATAATTAT
AATCAACATGGTTGTCAAGAGTGACAGAATGCTTAGCAAACATGTTTGAT
TGATCAATGATAACAGTTCGCAATGTATAGTGTTTGATTGGTGAATGCGA
ATCAAACAGGTGTGAATAATCACGTGTACTCTATGTAAGAGCAAGAAATG
AACTGACAGTATTTCATAGGAAGCATATCAAATGAAACAGCTGATCGGAT
CTAGGTGCAGAAAGCCGGATATGGGTGTGGTTTGAATTAGGCGTCAGATA
TGAACGCAAAGAGACCGTGGTTATGTAACATATAGGTGGGTAGACTTAAC
ATTATTAATGTTGTATTTAAAGTTAAAAGTAAACCAACAGTTAAAATCCA
GATAAGTTGATTTATTTAAGGTAACAAATCCCCAAAAAGTTAAAACATTC
TTAAATGTGAATGTACTGGAAGCAGTTCATAGCTTCTGATTAGGTAATAG
CTGGTATAACTACTTTAAACAAGTTTATAAAACATTAATTCGTCTTAAAA
CTTCAATCGTTAGAAACATTGGGCGACAATATGATTATTTCGGGATACTA
TAATTTTCATTTTTTGAACGTGTACACCTTGTAGATGCTATTTGCTTTTA
GAAAAAGCAATTTTTAATGCCTTCCAAGCGGTAAAAGGCTTCAAAAATCA
ATACATCGGAAAACAAATATTTCTAAAAATCAATGCCTTCTAAAATATTA
GTCCTTAAATGTTAACACCTCCAAAGAGCTCCTAACTTGTAAAAAGTAGC
TCACTATGAATAAGTTCATTCAAAAAAGTGGATGACTTGTAAGAAGTTAC
CTCATACTACAAATGATCTTCATAATTCAATTGTAAGCTTCTAAAAAGTC
AATCTTTAAAACAAATTAAGCATCTCAAAAGTTAATAACGAAAAGCAAAT
CCATTCATCTCAAAATATACTATTGTGCATGACTTTAAAAAACTCATTCC
TAAAAGTTAACTCATTTTACAAAGTCAACTCATTCTAAAAAGTGCACTTC
TAAGAAGTAAGGTCATTCTTAACATTAAATGACTTCCAAAAGTAAACTCA
TTCCTACGAGTAAATAACTTATAAAAGTTCACTAATTATGAAAGTTTTTA
ACAAGATCACTAATTCTAAAAAGTAAATAACTTTTGATTCATTCACTGAC
TCTAGAAGGTTAGTGTTTTCTGCAGACTTCACTCATCCCTAAAGGTTAAT
ATATAAAAGGAATACATTTTAAACCAGTTGTTGACCTCTCAACAGTTTTA
AATTGAAAAGGAAGAATGGCTCATGATAAGTAAAACAAAAGCAAACAAAT
TTTTTTTACAGGGCATGTTCGTCTGTTCAATTGTAAGAGATGCCCTTCTG
CTAGCGATTTGAATTTACCACACTTTTCAGTCTGCTGATAAAACTCCCAT
AGGGGGGAAGTTGCTCTACAGTACTCTGGTAATATAGGTACTCGAGTTGG
ACCTAGCTACCTCTGCTCAGAGGCCCTTCGGGGATCTCTCACTGGCTACC
GAGTGCCAACTGCGGGTTATTATGTCCCTGCTGGTTCCAAATGAATACCG
TGCAATTTCTCATGTTGGTGCTGCTGGTTCCGCGTGCAACCGCCGCCAAA
CTCCCATGAGCGCCCTCTGCAGGTTACCGAGTGCAACCGCAGCGGCGAAT
AGCCCCTGCTGGTTAACGAGTGCAAACCGTGGAAGTTTATCATGTGGGCT
GCCTTTGAAGGCGAAACTGAGTAAACCTCTGGTCATTCCTCGAATGTAAG
TTAACAATTCATGCATACGAATCTTTTAGAGATTGGTGAAAATCGAGTTC
TCCATACACTCCGAAAGCTTAGCAGAAAGAACAGTCCGAACCATAATGGA
TCATAGAGCGACCAAGGGCATGATAGTCGTGATAATTCGGTGGCTTATAA
ATAATTGGAACTAGCTAGTGAGGCAGACATTGTGACTCAAATTCAAATCA
AGGTACCCCTACAACTCGTTATATCACAGCTCCTTGGTGGATCGCACTAG
AGTGCCTATATAACCAGTGTAAAGCAACTTCGCCCCTATTGGAGTTTCAT
CATCAGACTGAAAAGTGCGGCACATTCAAATCGTCAGGAGAAGGGCATCT
CGTACAATTGAACAGAGGAACATTCCCCTGTAGAAACCTTGTTTTTTTCA
AGATTTCAAATGCATGTAGAAGCTTTTACCTGCATAGAAGATATTATAAT
ATATAATTATTTTTATCATTTTCAGGAAGTATACCGGTACACTTTTAACA
TGTTCATTTTAGGTAACTTTCACTTTTTTTTAATTTTAGCTTTTTATGGG
CTTTTGACCTTTTCTAAAGGAATGAAACATTTTAGAAGCTTAAAATATAT
TATTTGAACCATTTTTTATAATGTTAAATCTTATTAAAATTGTACAAGTT
ATTCACTTTTTGTTTGTGTTAACTTTTTCATAGACACTTGTGTAAAGTAT
CTTTGTGATTGAAGGTGTACACTTTTTAGAAGTTACTTTTTTCGAAGGTA
TTGATTGATTTTTAGAAGGGATTGATTTTTAGAAGCTTTTAACTTCTTGG
AAGACTGAGGGTGTAAATATTGTAATCATTTTTAGCATGTGTGTATTTTT
TTACCATGTGTATATTTTTGAGGTTATTTACTTTTTAGAACAAGTTATGT
TTTAGAAGTTGCTTACTGTTTAGAAAGAGTGAAGTATTAAGAGGAATTAA
TTCATTTACAGATATAAGTTTGCTTAATTAAGTCATAAAAGCTATTAACT
AATCAGAAGCTATTAACTAATCAGAAGCTTTTAACTAATCAGAAGCTATT
GACTAATCAGAGGCTTTTAACTAATCAGAAGCTATTAACTAATCAGAAGC
TATTAACTAATCAGAAGCTATTAACTAATCAGAAGCTATTAACTAATCAG
AAGCTATTAACTAATCAGAAGCTATTAACTAATCAGAAGCTATTAACTAA
TCAGAAGCTATTAACTAATCAGAAGCTATTAACTAATCAGAAGCTATTAA
CTAATCAGAAGCTATTAACTAATCAGAAGCTATTGACTGCTTAGTGGTCA
TAAATCTCTTAGAATGTATTTACTTTTAACAGATTTGATACTTTAAATGA
ATCAACTAATCTTACATTTTATTGTTTGTTTACAATTAACTTTAAATACA
TTGTTAATGTTAGGTTTACCCGACCTACACATTATGAGCTGTTTATCATT
GATCAATCTGACAGGTTTGCTAAGCATTCTGGAATTCATGACATGTGTGT
TATGATCATGCATTAACAAGAAGCCTAATACCTCAAAATTAAACTGATGT
GCTTAAGTTCAAGTTTGGCTTAAAATCTTCATTTGTTAGTTTCGTGCGTA
AATCATTGATATTTTTTAACTTTCCATTTTCCCAGATTTAAAGGGTTAGT
AGATTTTATAAGTTAGGGCTTCCAAGTCCTAACTCGAACTTGACGAGAGA
AAGAGGACTGCCAAAGAAGCACCAAAGATCCTACCACAAATGGGTCTGTT
GAGCTTGACAATCGGGTCAAAGGTCAGCATGTTTCCGCAAAACTTGGTAA
AAATCATGGAGGATGAATCCGGTGTGCAAGTTGAGGTTGCTCCTGAAAAA
GGAAGGATGCCATTAGACGAAAGCACAACTATAGCCTATCAATAAGTTAT
ATTGAGTACACACACAATGGAAATACAATATTTATTTTACTTTTGGCAGG
AATTACGGTTTTGGTTCAAATCACCACACGAAGCCAAACTCTCTTTTTAT
CTTTGAAGAATTAGTTATTGCCAAAATGGCCGCACTTGGGCACAAACTGT
CTAAATTCGGGTTCGATTAGGCAAATTTTAGGCCATTATTTTTTGCGATA
AGTCATTGGGGTACAGTGTCAGCTTATCCATATTCCACTAGAAAGAGGAC
GGAAATCTGATTTGTTTATGACCGGCTTTCTACGATATCAGGGACGATCG
ACTGGTGCTTGTGGCTCAGCAGCCGACTTCCACAACACGACAAAAACGCA
AAAGTACAAGTGCAGATTTTGAAATGAAAGTGAGTGAGGATATTGGCGCA
GTGATGAAGTCTCAAGTGAACTAGAATAGCTTCGGCTACATCGGGGAGCC
CTGGTCACTTCAAAGCATTCAACTAGATCGTCCCAGCGTTAATCCAGGTG
GTCGTAGTATTCGACTTGACCATCCAAGCACCGGAACAGGCTGTCCCAGT
GGTCGACCAACTCGTTCCAGAGCTCTACCAACTCGTTCCAGAGCTCGACC
AACTCGTTTCTTTTCGGTTATTCATAGTCCTTCGTATAAGACCTCATAAA
AACATTCATGGGCTATTGTATTTTGGGTTTGTTAACAACCCTGGACTGGA
GCACCTCCATAACATTGAATTTGCCGGTCTTTTTCCCTTTTCTCCTCTTT
TCGTAGAGCGCTGAAAAGATCCCCGTCCTCTTCTTGGAGGAGTTGATGGC
TTATCTTATGGCGAGATCAAGTTTGGGCTGATGGAACTCACCTTCAATGG
CAACATAGTCCAAACTGGCAGAGCATGCCGTATCCTGATTGGCCACATTA
TTGGCAAGTACCCCGGCGTTAATGCTGAACGCGAAAGCATCAGAGCATGC
GCTATACTCAATGCAGCACATCCCTGCTTCTTGTCTGATGCAGATGGAAT
ACCTAGGCAGAGATAGAGCAAAAGACAGTTTTAGAAGGCTGCTTCCAAAA
TATATATATAGTAGCACTACTAGTCAAGTAGATTGCTATATACAGGTAAA
CTGTGTACCAAACAATAACACTTTGAGCATGAAGGGTCTGCTTCATTCTT
GGACTGTTTAAGTTTTCACACACACAATTAATGCGCAGTTAAAGAAAAGA
GGACAAACTCACTCTTGATTGGCCAAATGGTTGTCGTTGGTTGGTATGAA
GTTGAAAGTCGTGAGCCTCCCAGTGATTCCAGTGTGGTACTGTAGACAGC
CACAGTTTCTAGGACTTGGGGGAGTTACAAGTAAACAAGTCATCACGTGC
CACTAAATATTGATCATGAATACTTACTGGCCCTGAGTGTTGCATGGAAT
TTGGGTGACCTTGATATCCCACAAGCGATTGGCGTTGACTCCGCCAAAAT
TGAGATTCACACCAACTGTGTCCGTGCCCAGGCAGCCCATTTCCACATAA
ACTGTCGGAAGGCAAAGAAGTTATTAGGTCGTAAAATGCGGATCACCATA
TCCGTATTAGTACTGTGCTGTCCGGTGTTTTGTCCACAAATGATGGGAAG
TGTGGTTCCAGTGTTGGTCTAAGGGAATAAGTATAAAATAGTGATAGCTA
TGCAAATGTGACAATCGCCTTATTTTTGTAAACCAGCCAATGCTAGAGAT
TGGGGCATTTTGAAGCGGAAATGGCTGTCTCTCGAATTTCTTGGCGAGAT
TTCCCAAGACTTGACAATCGCGGCACCCGACCCTTGCCCGGATTGCTAAT
ACTTTTTCCCGGAGTACCTGGCTTATTTGAAGGTCGAAGACCTCAAAAAG
ACATCAAATACTGTAAGGGTTTTTTTTTCCAGGACTGGCATGGCGGAACT
TTCATCCAGGCGACACTAATAATACTATTTTCCAGTCAAACTCTTTTGGT
TCAATTGGTTGCACCAGGCTCGAGTTTGGAGAATAAAATCGACATTCTAA
TCAAGACAGATTTTTCGGGGAAAGTTTAAGGTACTCTCGCAACCTTTCGA
GCTTCTCGGATCGCGGGATGTCAACAATGCAGCTCTATGTACTGCGCTGT
AATGGCCTTTTTCATCGAAGCTAGTGACATATGATCACTCGGCACGTCAA
AATATGCATACAAACCAGGGAAAATTGGAACAGAGAATGAAAATTTGCAA
ATAAGTAATGAAAATACAAGTAAAGCAGGAAATATGCAAATAATATGGCC
AAAAATGCAAAGACTGGACCAAATGGAGGGCCTGGTCTTGTCTACGCCTC
TGCTTAAACCCATCGTGACCTTGCCTGACCATCTGGCGCGAGGCTGACAC
GTCACCCAAAAAAGCGTCCCCTGTCCAAAAGTTCCTAGTAAATCTGATCC
AGAAGAGTCCACCCAGGCTGTTCGGCACGTTCGTGCCTTGTCAATCAAAC
CAGCTGAACAGGGTGACGAAATTCGTAGATCCAAAACAATGTGCCTTCAA
ATGTAATACTTGCCCTCTCTCAATTCGGTAACAGCTCCAAAAAGATAGGA
AGAATTGGAAAACCCGGAAAAAAAGGTGAAAATAGTATTCGATCCAAAAG
CGCATTCGTAGATGCAGTATATTTTTTCGGAAACTTTCCTTGAAATATTG
TAATTTATATGGTCATAAGATAATTATTTTTTTTAAACAAATTCAAGTAA
GGAAAAACTTAACGAAATAGAAAAAAATGATTTCACCCAGATATGCACAA
AAATGATTTAAATATCTTTGGCGAAAAATCAATATGAACGGAAAATGAGG
GATTAGAGCAGGTCCCGTTAGTTACCTCTGAGTTTACCTTGAATCAAAAA
TTTAAAAAACACTTTATCGAACTGACAGATAACATTGCTGATGTGCTGAA
AAGCCAGGCCTTAAAAGAGGTCGGTTTTGATACTTTCCTTTCTTCTAGAA
TACGGAGTTGGTTGGAAAACTGTCCAGCAAGCAGTTGTTCAACGTCAATT
ACTGATTGATTTGCACTGGTGACCCTTGTTAACCCAACTACAGACGCAAT
ACATAAGTCTGTATCGTCTAGATACATATCGATGTTGTTATTTATGGGTA
CGATATTGCCCGATTAGAGTCCGTATTCAACTTATTTTTCGTTGAACTAT
CCTACCCAGGCAGTGTACAACACTGAAGAGGTTGATTTGAACGATTCCAA
CCAACCAATCAGAATTGCAGTATCACAGTCTCTGTAAGCTTTCCCCGCCT
CAGCTCTGGCAGCAATGTGTGACCCTAAGATAACCCAGTAACTTACAGTG
ACTGTAAACATGTCCAGGCAGACCCCTCCAGCCGCTGTTCCATCTCCTTC
CTGCGTGTTCCCAGTTCCAAGAAGGGTAAAAGTCTCAAAATCTAGGCGAA
GTCGACACACATCTGTTGAAAGAAAGGGATAATGTCAATTTTGTCCATAA
ATCATGCACACAATAACCATAATCAGTAGACCCCGGCATTAAAACTGCAT
ATACTTTTCTGTATCTTAGTTAACAGTACCCTCTATTTTATGAAAAAATT
GTAGGCACATTTATTTATCGCCATTTTGCCGGAAAAGTCGCAGGCTTTAG
ACAATTTATTTTAGTTACTCTGAAAGATATTGACTTACCCAGGGAGCACT
TTCGGATGGTGTACGAAACTTGCGTGGTGTCAGCATAAGTATTTGGGAAA
CCGGGATTTCTCAAATATGAGCAATTCTGATTGGTGGTGGCTCCAGAAGT
GTCAAGGAAGAACACACAACACACACCGAACCTAAAAAATAGCCGTCCAC
AATCAATGAAAATGAAACCTCTCACAGGGGCGAGAGCACTCACCCTGCTG
CACATGAGCCTGCAGCTGATCCCCTTCTGTTGGAACACTCGGTCAAGGTA
TAGCAGGTTCCATTTCGATTTGTGGCTCCTGTCCCACCACTGAAAATTGA
AATGGAACGCTTTTAATGGACACTCAATTCATTTTATCGGATAATTGAGG
ATTTTAAAAGTTATGCTTCAATGATTCTGGTTCGATGGCAATGTCCTCGT
GGAGAAGTGACGACCATGGGTTTTTTTTTTTTTTTTTGGCGGATGGGAGA
GGGGGGGTTTCATCTGGACAATGCTACTAACCAACTAACTTTCAATGAAG
ACTTTTTTGCGAAGTGTAACACCATCCCATGTGGGTCGTTGGTAACCTTT
CTGAGATAGCCAGAGTGTGTGGACTCTCTACATGAGCGTAATATGACTAC
TATACGAAATATTTCTCTTTTAAATAGATACACATTCAGGTGAATAGTCT
GAGGCTTTTTTCAGTAGACCCTGCAATTGAAATTGATTTTAGAAAGCAAA
ACAATGTGCATAAACTAAATAAATTGGGCAAATCACTGATCATATCATCC
CCTTACCTTGACTGAGTCCAACTTTTCCCCAAGAAAGGAATACACAATGG
TCCATGTTCCAAATTTTTTTTACGAAAAAGGGGAAAATAATTAAAAAATT
ATGGAACCAAACTTTTGATTTCCTTTCAGGGTCTTCTTCTTACTTGATGA
TTTACCATCGCTTCAATCCCACCGTGGGAGCAAAAGCTATTAATTACCAG
TCTTTGGCAAGCTAAGGGGTTAAGCCAAGGACCCTTGACAGTTGGCCACA
ACTGTATGACATAACCGATTCATCATAATTCACAATTAAGAAGTTTCTTT
TCAGATTATTTTGATGTTTGTAAAGTGATGCCACTCTTAAATAATTCCCA
GGAGAAAGCAAAAGGCGATTCAATTCCAAGTTGAATGCCTGCATGGAATC
AAATTTGGTTCCCCAATTCGTCACTCATTCCAATATGTCATGGCTTGTCG
GTGCAGTTCAATTAATGTAGTAAGGGAATAATTTCAACTCCGACATTTAA
TTGGCCCGTCTCGACATGAAAGCTTGGCATCGTGTCCATGCATTTTCAGA
TCTTGACGTGTGTTCAATCGCATAGTTGTATATTCAAAGCCATTACTCAT
TACTCATGGCGAGAGCTGCCTCTGAGGGAGTAGAGGTTCAGTTCTACCTC
CATTCGCTAAGGAAGATTGAAATTAATGGAATATGCCCCACAGAGCTTCT
CGAATTTAGGAATTACATGCTAGTAAGGGCCACAAAGTTTGGCTGTGTTC
ACAACGGAGCCCAAATATCATGGCAAATGAGTGGGAGAAATGCTGTATTT
AAGATCCCCAAATCACAGAATCTACCTTTTGACCGCTAGAGGCTCCAAAT
GCTTTTAGTGTCGAAACACCGATTTGCAGTATTGTTCACCTTGACGCTTA
AACTACACATTTTGAAGCACTTGATTCATGCTAAACACAGGGCTGGGAGA
CCCACTTGTATCTCGCATTTGGACACAATTATAACATGGCCGCAATTCAT
GGTGTCTCGTGCTCCTGCCTGATACACTGCAATGAACATTGAGCTGCAGT
CAGCTAATTTTTTCACCTCCAGTAGGCTAATTTTTTCAAATTCCGGCTTC
CGCCATTTTTTGAGCGTGAAGGGCCCATTTTGTTCATTTGTGTACCCTAA
CATGGACTACTAAGGTTCTCTAATCAGGTAAAGTCGTACCAATAAAGACC
AACGGCCTACTCAGAACGGCTCCCTGTCAGTTCTGGAGTCCCACAGGGCA
ATTTCCCGGGGCCTCGACTATTCTTAATATTTAGCAATGACATCGGCAGT
GCTATATCCTCTAAAGCATGAATGTACGCGGACGATACCCAAATCTGTAG
AGTGATTCGTTGTCAAACAGATGTCAGAGCATTGCAGAGAGACTTCACTA
ACATCACTGACTGGGCCAACCATGATTTGATGCCTTTTATCGCCAAGAAG
CGTGTTGCTCTACATAAGGGTTGGAACAAATGCCGCCATCCCTGAGTACA
GAATGAGAGCAACACCTTTAAAAGTTGTAAGCACATACATTTTACACGAA
ACAAACCAATCTATCCGCTCCATTCTGACAATTGAGTCGCTCCGATTTGT
TTGATCATTGCGTGAGCATATCTTTCCTATTCCAATGTAATAACTCTCCA
ATGCACCATATGCGTGCTTTTAAAATTCAGCAACCATACAATAAACAGGG
CTCACACTTAAAAATAAATAATGAAGTAAAAAATCCAAAAAAAAAATCGC
TCTGAGATTTTGGGGCTTTCCCACTATTTTTGGGCATAACCATGGAACCC
TGTATTGATGGATTGAACACTCACTGGTGTCTTTTGCCCTACTTAGAGCT
GGGATTAAACGTGAAAATATATTCCAGTTCAGAATGAAGTTTTTTTAAGC
TGAAGACTGATCGCTATTAAAAATGGATGTTATAGAATATTGCAGGTTCT
GGTCACCCGGGAAGATCTGGTCCGTTGCAAGCTCCCATAATGAACTTTTT
TTTGGTTCAATATTTTTCATCGTTGACAATTCTCGATTGTGACCAGTTTT
GAAATTATAAGATCTGCCTTTTTAGAATGTACATGTATGTATTTTTAAGT
GAATGCTCACTTTTGGTGGTAATTTTTAACACGTTAAAAGTTGTACAATA
TCAGATAATGTAATTAACAGATGGTTTTCGGTATTCGACAACTGAGTGAA
ATTGGCTAAATGTACGTAGATATTGAGATACAAATCGTCGGTTTTGCATT
GGCAATTCTAGTCGTAACAACAAAACGGGAATTCAGTTGTGAAGAATTTA
TTGAAAAGGCAATCTGTCTGTGACAAGTGCAATACTAAAGTTGTCGACCT
GGCCATAAGAGACGGACCGATTCCACAGTTCAACCATAGTTCGTATTTTG
AGGCCACATTGACTTGGGGGAGGCAATGGTACTGGAGCTGAGATATTCGA
GCGAAGATGCATGGTGTGGTTTGTTGGTGTGGGAATCAGAATGTGTGCCA
GTGGCCAACCCTCTTTTGATGCTCTCACTAACTCTTTCAGAGTCGCTGAT
GCACATATTCTGTTTAAAGTCGGAATGCCTGTCAATTCTAACAGGTAACA
ACAGGAGCACTGGTCGGAGATTCTCTTGTTGGCTAGGAGGTGCATTTGGT
CATTGATAAATCCTTAAATTTTTCTCACGTGACCACTGATGGGATCTTGG
TCATGCAGTCGGACCTGACCAAATATGGGAAGACCGTACCTTAGTTTGGA
AATGACGAGGCCGTCCACGATGGGTAGTAGTAGACTTGGCACCGCGGAAT
CCACTGTAGGAGGCGCTTGACTAGTCCCATGCGTTGATATAGATTGGTTA
AAAGGGTGGTCACGTGTTCACCCCAACCCGAGTTGGACTGTACCGTGATG
CCCAGTAGCTTCATGTTGTTGGTGGTATTGATGATGGTGTCGCCAAGTTG
GACTGGGAATGATTGGGTTTGGCGTGTGGGGGGTGAAACCATGACAGATG
TTTGGAGCGCGTTGGCCTTCAGCATATTGGTGTTCATAAATTGGCGTACG
TTCTTGGCATCGATTTCTAAGTCCGCCAAGGTTTGTTTTTGGGTCTTGGT
GCGATAAGTAAATAGTAGTATCATCGGCATAAGACATCACTGAGCACTTG
GCCAGCCAGAGAGGGAGGTCTGCCATATAAATGGTGAAAGAATGGATCCC
TGGGGAGTTCCAAACTCTAAGTCGGCACTTGAAGAGATAATTTGTTCTAT
ACCTAGGTAGCAACTCGTTGTGATCGTTGGCTTAAGTACGATGAAACCCA
GGCCATACTCGTCTTGTCGAAGTTGTAGCATTCCAGCTTTTAGATCAGAA
TGTCACGGTCCATGCAGTCGAATGCAGCACTCAAGTCGAACGCTGCCATC
GCTGTAGTTAGACCGACTTCTTTGGCTTGACTTAGACCCAGTAAGACTTC
CAACATAGCAGTGGTGGGGAAGCGGCCGGGTCTGAAACCGTGCTGGCTTG
ATGGTACTAGGTCCAGCGATTCAATGTGGGTCGAGATCTGGCGATGGACT
ATCTTTCCAGGATTTTTGAAACAGCTGGTAATAATGAGATGGGTCGATAG
TTTTGTTTTGAACATTCGTCTCCTTTTTTGGGAACTGGGACGACCTTGGA
CTCTTTCCCTGCAAGGGGGAAGATCCCACTGGTGATAGAAGTATTGACTA
GAAACTTAAGAGGTTCTGTCGGGATTGGCATTCCATCCTTGATGGCTCGT
ATTGGTATTCCATCTGACCCCGGACTAGACGTTCTCATGCCCATCACCAC
TCTGCTGACCTCATGGGAGTACACTGGGCGGAGACGAAAGATGGGATGAG
GGACACGAGGAGGAATGCTTGGATTTTTTGGGTGGGACTTGATCCTGAGG
ATGGATGAATGGCTGCTCGGATTTTGGCAATCTTCTCGATGAAGAAATTG
TTGAAGCACGTCCCAACCTCAGTTGCTGAGCTGACAGCTATATTTTCTTC
AATTAGGCTAATTGATTTCGTTGCCTTGGGTTTGTTCAAACTGTTGACCA
GGTCCCAAAGCCTCTTCGTATTACTTGGATTCGCTTGGGCTATACATTGG
GCGTGCCTCCTTTTGTCGCGACGAATAGCGTTGGTGGTTTGGTTGCGGAG
GGTCCTGTAATTGTTGCACTGTTCTGGCTGATTCTTGACTTTGACAAACT
TTTCATGTCTCTGCCTTATCATGTCATTTGTCTCCTTGGTTAATCCAAAC
TTTTGGCAGGTTTGATTTTGAACAACTTGAACGGGGCACATCGATCCAGG
CTGTCTTCAATTGAGGATGTGAAGCGAATGGCCATTTCGTCAACCTCTAC
GTAGATTGATGAAGGCTTCCCAATTGGCCTGGGAAAGTGTGACAAGGTAT
TGATGAGTATCAAAGTTTTGATAACAACGTTTCCAGATCGTTCTCGGCTT
GAAGTTTTCCTTGATCCTGCTCTTCAGATGCGCGTAAATTGGTACATGGT
CGCTCATTGCACTATCCAGAGTTCCAACCGAGAGTATCAGGGAATTGGTG
GACTAGTAAATGTGATCGATTGCTGAGCTCATGATCCTAGCAGCACTGTT
GTCCGAGTTCTTAGTAGAAAGGAATGTATCCCCCCATTGGGTGAGTGGTG
AAGTCTAGGCGAGTGAGGAAGTTGCTGAAATCGTTGAATAAGGGTTTCAG
GTAATAGTTGGGATTGGTCCACTTATTATGATCAAGATTGAAATCCCCTT
GAGCAATGACGTTGTTAGATTGGCGAGCCGCTGCTTCAATTTGGGAGATT
ATGTTATTCAGACGCAATTTTTGACTCGATAAGGATTTTTCGTTGCCCTG
ACCCCATTCTCTGTAGAATCCGCCAATTAAGGTCGGGCTCTTGCCTGGAG
AACGCACCTCTATCCAAATTGAGGGAATTTCACAAATCATTAGGTCGGCC
CTTAGTTGAAACAGGGTACTGAACTCTTTTCGGATGAGACAAATGATTCG
AGCTTTGGAGTTCTTTTGCTTCAGAATTGGCATATACTGTAGGTCTGATA
TCCGGCAATGTCAGGGACGTTGTCCTGTGTGAAAGCTGTCATGTCAACCT
CCGATAGGAACATTGCGTCAATTTGAAAATTGTCCTCCATCAGTGTTCGT
ATTTCAGGCTCTTTCGTGAATAGTGCCCGTCGAATATTCCAGGAAGGTCG
GAAGATACTATTAGGTCGTTTGAATCAATTTTGGAGATGGTTTGTCGACA
CTTATGACTCTAAATCTTCCAGCCTCTGAACCACTTTGTATTTGGTCTGG
CAAATCGGGCCCAGTTCGTCGTTTTTTGCCTTAGCCCTGGCCACCGCCTC
AGATCGTTCTTGTAGTTGTTGTCTCGTCAGATCATTTGTTATAAAAACAC
CAGGGTGTTCTTCTTTGAGATTCTCCTTGTTCTTTATTATCGCCCCTTTG
CTGCCAGGGGTGAGTTCCAGAGAAGGAGCCTGGGCCTTGGGCTCGAGGAA
GCTGGACCCAGGCGTCGCATCTTCATGATTTCGCCATTTTTGGGAAGTGA
ACCAATCTTTTGCAGGATGCCTTCTACATCTTGACCATACTCGTCCGATT
CGGCCAGACCATGGATGATGACATTATTGGCCCTCCTCTGTATGTCCGCC
ATTTCGGCGACAACAGTGTTTGTGGTATGTTTGTGGCGGCTCATCTTGTC
CCGAGCTGTTGTTTTTCACGATTTTCTGATTTGATTCTTGAAGGGCTTGT
TCAAGTACTTTGAGTCGATCTTCAGCCAGAGTCATTTGCGCTGCATTTTT
GTTAAAGCAGAGAAGATTCTTCTTGACCCCTTAACGCAAAAGGAACAACT
TAGGATGTGTCCTTCCACGTGAAGTTCCGTGATCGTCGACTGCGAAAGTC
CAAAACATGTTTCGTGGAATTGATTTTCGCAGACATCGCAATGGATTTTC
TTTGAGCGACCGGGAAAACCTTTGTCACATTTAGGACAAATTTTGCAGTG
GGGTGTTTTAATTGATTTCTTGGAGTTTACCAGACCTTGATCTTCTTTAT
GGGTTGCCATTCTTTGAGATTGCGACTCCTGGTGAGGGGAGGGGACTTGG
AAGAGGGGGTCGATTATCAGGGATGTACTTCAAAAGCAACGCCCAAGCCA
GGCAAGCCTGAACCTGGTCACCGCAAACTCTGGGAGGGGTTCCGGGATCG
TCGGATTTGAAAGTTGTGAAAGAAGCTAACACTGTTTAGTATACTTTATA
AGCAACACCCAAGTTTGATTTTGGTCTGTGTGATCTTGGGTAGGGTTCCA
GGATCGTTGGATTTGGGTTCCAGGATCGTTGAGGAAGCTCTCACTAATTA
GCAGGAATGAACTTGAAGATTGGGGCAAACGCAATGTTTAATCAGAGGTC
ATTTTGTCTTTTCTTTATCTCTCGGCCGTCAGGACTCGACTGAATATTTT
TCCATGTTTGATTTTGGTCCTTAGTATAGCGATGTGTACCTTCATAGATA
CGGATTGATTTGCGCACCACCTAAACAATCGTAAAAAGGTCCGACTCTAT
CCAGTCTGAAAGCATCGCCAGCATGGACTGTTGCCTATGCTGATGTTCCG
GGTCCAATCATCTTAATATGCTACAACTGCTACATCAGGGAATCTTCAGT
TGACCCCATGCATGCCTCAATACCATAGAGGCAGTTGGCTGACCCCTGGG
GTTTTTGAATGGTTGATCTTCAGTTGACCCCATGCATGCCTCAATACCAT
AGAGGCAGTTGGTTGACCCCTGGGGTTTTTGAATGGTTGACTACGCAGGC
TAGTTGTGCCTCTACCTTTGCAGACCCATGAGGAGTTGACACATCCAGAT
ATTTTTTTTTTATCAGGAACCCCTTGTAAAGCTTTGTTAATGTGCCACAA
TTCCAAAGGTGGGGTGGTTGATGGGCAAACTTTACTGGGTTAAATTTAGG
AGCCGTAGACATACTTTATGACTAGGGGAACAATTCAAAATATGTTTGTT
CCCTACGGTTGAACGACTAATTGTCACAAGAGATGTCTTAGCCAAACATA
CATAGCGAAGTTATTAACCGTATGTACTCACATGGAGACATGGAAACAAA
TGAACATCACCAACCTGTTAAATGTGCTCGTACTTCGGCAGACCTCGTTC
TTGAATTGGACGATATTGAACAACGAGAGTACTAAAAAGAAAGAACATCA
ATAATACAAGGGAAGTTGGCAAATAGCCTTGTTTCACCTTTCCCATCTCG
GCTCAGCTTTGAAGTATTTTGTAAGGCAAAATGCCCCGTGACACTGAAAA
AGAAAACTACAAAGACAGACAGAATGGCAGATCCACTTGGATGGACCATG
ATGGCGCTTTGGGATTCGAGAAACAAGTGAGAACCTAGACATTCCCACTG
AATAGTCATTCCACCTCCCTCTCATTACTTACTCAGCAGGAATCAAATGC
TCGCCCAATTTGGGATTGGTCGAGGAATCCACTAGGAATGGAGTCCGCTC
ATCAGAATTGGTCTACTGTACATCCCAACAATTGGACACCTCCATCAATC
AATGTGGTAAGTGCAGCTTCAAAGTTGCAATTCCAAATAATATTTCCTAG
GGCTCTGAGCAAGGAGTGACTTGGTAAAGTTTGCTTTTTTGCATATTGAA
TATGTGCTCGTAGGTATTCCATCCAAGTTGGATTATTCTGTGGATGTAGA
TATTGCACTCGCAACCTCTTCAAATTTTGGTGTCGCTGAGATGCAAAGAG
AGCAAGGGGATGGGTGAGAATTTATAAATATTGGGCAACTACTGTTATGT
TCCAAAGTGGGCTTGCATGACATGGGAACCATTGTCACACAATACAATTC
TTTAGATTCTTTTTGCAAATGTACTGTTTGACATTTGACCATGGATAAGA
TAGTGACAACGACCCTGCTGTGAGAAAACTGCTCAACACATTTGGGGAGA
TCCTTAAGAAGCGGAATTTTGAAGGGATCGCAAAATTATGCTATGTCTCT
GTACCATCCTTGTTACCAAAAATGGTCACCCTCTCCTTTTATTACTCTGG
TAAATTTAAATATCCGTCACCCTGATGGGTGGTTAAAACTGGATGTGGTA
GAATTTGTGATTTTCAGAGCTGTGGAGATGCTTTGGCTGTGATATGAGTT
TCTTTCTTCTGGTAGATCAACTCAGTATGGCGATCATCATTGTACATTCC
CTTACAGCCTTTACATTGGATCTTCTTCATGGTTTCAAAAGTTGGTAATG
TTAATCTCTAATGATGGTGATTTCACATGGACTTCACAGTTGTGATCATT
TAAGATTTACCACGTATTTCATCTTTTGGTTTGGAACAAGGCTCTTAAAC
CTATTTTTCGCTCCCTCCTAATCGGAATGACGTGAAGGGGAATTGGTGGT
TTGAGCGGAGTTGAAGACTGTGGTCCAATCAAGTAATGCCACGTATTCCG
GAGAATTGCCTTGTCCTCAGCCCATTTAGTCTCACCTGTTCCCCTCCCAA
GCGCCGGGGAAGAGTTTTATCGCACTCATTTCTTCCTAACGGTGTTTCAC
TCGAGTATTGACGGGTCGGAAAAAGCACGCCAAGAAAGAGTGGAAGAGGA
GTGAGTCTCTGGAGATCAAAGGAGCATCAGAAGTTTCTTTCAACTCGGGC
GAGTAAGACGTTCTGAACTAATGTACAGACTTGTGACTACTGAGCCAAAC
GCAATTCTCTATAATTCCTACTTTGGTTTTTTTAGGATGAGTGCGAGCCG
ATTTTGCATCTTGACGATTTTGATTTTAGGATGTCTGTCCCAAAGCCTTG
TCTGGGGCAAGAGAACCACTAATTCCGCACGAAATGGAAAGCTGTGTGAG
TCAGTGTAAGAGGTGGGAAACATAGAATCCATTTCCAACATATCTTTTTA
TCTTTCAGTTTCTCTCTTTCAAATTGTCACGTGAGTTTTGGGAGCCAGAA
AAGATACTTGCAATCTACTGTAGGTTGAAATTACATCCCTGAAATTATCA
GAAACCACAGGCGTGCATGGCCTTTAATCCTGCCTCCTCTCCTAAGATAA
CATTAATGTTCCGCTTTAAAACTTAACCCAAGTTATGCATATTCTGCCAG
TTTTACGCCTCAGCTTTTCAGAGTGGTCACTTTTAAATTTGTTGCAGATC
TCGGAATGAATTTCACTGGGGTTGCACTTATTGATTATCTCTTATAGTGA
TTGGCAAAAGAAAAAAGTGAAATGGCAACATATGAGAAATCAAGATGTAA
ATATTGATTACATTTTCACGTCCCCCTTTAACTAATCACCGGAATTATGT
CTTCGTTTGCGACGGGAGGAAGGTGATTGCTCTTTTTCAAGACGATTCAG
GTTCTCACAAATGATTGAGGTCTTAGATGATATCTTTTGAAACCTCCTGT
AAACTATTGCTCTATGAAGTTCAGCAATAACACTGAAGCCCGCTTATTCG
ATAATGTGCGGTTCATCATCTTCTTTATTTTTAGCTGAACTACACATGTC
AACAATTGGCGACTAGTTCCAAAAATCCCTCTTGCCATGCTGATGTGTAG
TTGAAAGCGTTTACAACGTTGGGAATTATCATGTCGATAAGAGTTCGGGA
AGGAATTGAAAAAGAACCCTTTGACGAATCTCGTTGCATTTCCAGATTCC
CAAATGACCCCTGCATTGGCAATGGGGGCAAAAATGGAACTTGCTTCACC
AACGACGAGTGCACGGGCAAAGGTGGACGCAATGGTGGAACCTGTGCTCA
AGGCTACGGCGTTTGCTGCACATGTGAGTAGCTTCCTGTACAGATACTCG
CAAAAGTGAGACTCAAGCAATTGTAATATGTGCCGCTCTCATGTACACAT
AGGGAAGAGTACGCACATTGTTTTACTTTGTAAGACAGCGGGTAATCCTG
GCCAGAGTTACTCTTTTTGTAATATTGGGATTGAGCCTGACAGTTAGTGT
TAAAGCTCGCAAGTGCCGGATATGTTTCGGTCTTGAGGCTTCAGGGATGA
CCTGGGACTCATACCTACTCATCGTCAGGATGGGATCTTAGCCCCTCAGC
AATTGAGCAATAAAGTGACAAATTTGACAAAAACGCGCGTTGGTATGAGA
CAAAAAAAGAACTGAAAACCACTCCTTCAGAACCAAGGGGATCAATAATG
ACATTTGGCTTGCTACTTGGACAATTGCTCTGAGTTAGTTAACATTACCG
CTCTAGCACATTAATGCCCAATAGGCAAAAACAAAAATCATAGGAAATCA
AGTAAAGCAAACTTTGTTGACCAACTGAAGTCCGCTGACACCCAGGCACA
AATCTCAATGATTAGACTAAAGGTCCTTCTTAATCTTGATTTTCAATTCA
GTGCAATAGTTCACATTTCTATGTGTGTATACTTTCTCAAAGTTCCATTT
GAAAAACGACGCGATACCTTCCACTGGTCTTAAGGTTGCCCCTTTTAAAG
GGGTGAGCTAAATGTTATGAATTACAATAGCAAACCTCTCCGGACCCTCT
TGATGTTCAGCACCAGTGCTTTGAGCTCTTAAATAATAAACAACAGGTCT
GAATTAAAGTTGTTTAGGCCTGCTGGTGAGAAACAACTTTAACCCACTAT
GATTGGATCAAATGGCATCCGTTACTTTCTATATTCATGGCTTTGGTGAA
AACCTGAAAACCAGGTCCAGTTAGCGAAAATCCAACGAAATTGGGAATCC
ATAGTCACACACAACGTTTGTTAAACTCCCTTCGTACTGGTACATAATCT
GTCTCCTTTGTATTGACATATGCACACAAATTCAATTATTACAATGCTCT
AACCCATGACAAAAAAAGCCTCTAGCCCGATTTGAGTATGCATATAGAAT
TCCTGTTTTAATTCCGAAGTAGCACCAAGCTCTTGGCCACTTCATCCTAG
GGTGGGGTCAACAAGTACTCTGCCAATGGGGTTACAAGCGAAGGCAAAAG
TTTACTTACGAGAAATCCAAAATGTGTACAACAAAAAGCCAGCTCAATTG
AGGAAGCGGCGAACATATCCAGAACAACTGGAGTAAAACCCGATTCTGGC
CATGGCAAAAACAAAATATGGGGTAGGGGTCTCTGATTTAAAAAACCCGT
AAATTAATTGCTAGTGAGTCTTGATCGCTAATGGCTATCTATGACTTTAA
ATGTGACTTAAAAGACCCTTGGAATGATCAGTACAGTACAATCACTTCCC
AGTTAGAAATCTCCGAAGAGACAAATTCAACCTTAGGACTTTCTGAAAAT
TTATTCTAATCCTTGGACCGAGTTCAAGATAGTCATGGTTTGACCCAGAA
GGGACAGGACTACCTTGGGATTCCAGTCCAGGGATATATTGGTGCCGTCG
TGAATACTAGCCCACAGACGGCAGGTTGCAGGGCAAACCCGAGAATCACC
CTAACCCGTGAAGATGTCTCTGCTAAAAGATTTAGTGTCCTGTAACAACT
CAATGTGATCGAAGGCGATGTTGTCTTTTGCAGTAAAGCTAAGAGTGCCG
TTTCCTGCACACAAAAATATCAACATTCCCGGCACATTCGGACAATAAAC
TTTCGGCGATTCTGCCAATAGCTGTAAGGTCCGCTTGGCCCGAAGTGGTG
AACTGCCCTAAGAAAGCAGTTTCGTCTTGGAAAGAATTGTGGCTGTTGGA
GATGACAATGGCTGCCACCGTTCTTCCATTTGTGACAACATCCCCCACAT
AACCTACCACGGTGCTATTATGAGGTTTAGTGATATTGTCAGTTTCTATG
ACCGTAACCTATGAGTGTGGAATATAATCGGTAGGGATCTCCCCACCCAG
GTAGTGTCCTGACCTCATCTTTCCAGTAGCGAAGATGACCTTTCCCACTG
ATACCCAGCCCATCCCATCTAGTGGGCAATGTGCTCTGGATACGGATATA
AGTGGTGGTACTTATCTTGTGTAGCAGGAGGTCATATGGCTCTAGACCCA
GCAAGAGTTCCAGACCTTCTGTTGGTGTGCTTCGTTGGAAGCCCGCCATT
GTTTGAGCTGCGAGCCTGTTCAGTCTCCTCAGCCTCACTTTGTGTCGCGC
CTTCAGATGGTGAGCCCAGAGGTGCGCTGCGTAGGTTAGCCCGGTTCGAA
CAATCCCGGTGTAGGCCCAACGGGAGAGTTTGGGAATCGGGCCCCACGTC
CTTCCGATGCTGTTAGACACCTGGAAGAGTAGAGCCAATGCCTTATTGAT
TTTGTGATCGATATGCTGGGTCCACGATGACTTCTCATCGAGAATAACAG
CGAGATATTTCATAGATTTTTCATATCTGATCAATTGGGCACCCATTTTT
CATCTTGGAGGGGGTAATGGTTTAAGCTTCCTATGCAACCAAACCGCAAT
GGTCTTCTTTGGGTGAAATATTAGGCCATTTTTCCGACCCCATTCCAAAG
CTATTTTAATTTTGCCTTGGGCGATCTGACCGAGTGTTCCTGGGTCATGG
CCTGTGACTAAAATTACTGCGTCGTCCGCAAATCCAGTAACAATGGCTCC
TCCACCGTTCAGTTCCCTCAGTAGGGATTGATGACTTTAAATAAACGAAC
TGAACAACCCCTCACAATCATAAATGTGAATGGAACTTTAATCTTGATAC
AAATGTCGAGTCATTTTACACATCTAAGATCAGGGACCAAAAAAAACCTT
TCCATAACTTACCCACTCGACCTCTGATTGAAGGCTTTACACAAGTCCAA
GGGAGGTGAAATAGGCTAATTAACATACAGAAGCCTTTATTAAGAAGAGT
GCATGCTTAGTTACGTTATAAAGTCTAGCCACAATGGAATATCCAAGGCA
TGGTGAGCATTTTAGATCGATAACACCCTGCTGCCTTTTTTTAGTCACCA
TAAATTGTGGAGGACGAAGATCCGAGAATTGTACCTATTTCGAGTCCCGT
GGGGGAGAGGTCGGAGGTTGCATTGCTACCATCTGTCCATGCTCGACCAA
TATCTGCCAATTGCGGTTGGACTTTGAGCAATTCACCATCACAGGCCCAT
CAACTTCCATTATCTCCATTGGCACCTTCAAATTCGGCGAAATAGCCACA
GCTGCTGGCGCCCAGTACTCCACTGGCAGCCAATGCTTGACGGATTCGTT
TTCGGTGGGCAGTCCCACGGGCTGTGCTCCACCCTCCATTTGTGGCATCA
ACACTGGAGAGCACAGTAAGTGATTCGATATGGACATGTACGTACTTCTG
AATGCATCAACTAACCCAATTGATCAGCATGCACCCTTGTTTGTTTGTCT
AAAATAATAGCCATTAAGATATGCCAAGGACCAATTGTAGTCACTTTGGT
CAAGGCGATCTACAGAACATGAGTTCTACTGTATATGGACCGGAAGCTTC
CTGCAAAGGTCACGTGACTTCAAGAATATGCGTTCTGATTCAGAGAGAGA
GTTGGTCAATTCTGCCTTGTTCGATCTGCCCAGCCAGCCGAAGCAGGTCC
AGCCGCAAATGCGTTTTAGGCATTCACAAACCTTAGAACGCACTCCTGAA
GCACGTGACCTTTGCAAGTCTGTATAGTACTTTTGTAGATCACCTTGCTT
TGGTGGACAGAGTTGGGTAAAAATATGAGGGAAAAGGGCGACATGACTCA
AAATGTCTAGATAGGCCCGGGTTTGAAAAGAGGACATTTTTGCGACTAGC
TACTATCTTGGCAAACACAGTAAGTAGTATGAACAGCTGACCCCATATCA
ACATATTTTCTCCGGATTAATCTGCCTGCCCCTGTCCGATCTGAACCCCA
TTTATATTGCACGTCTATTTTAACATACAGTAGGATTGTCGGAGCTCTTC
GCCAATTTGTCATCAAATAAGTAACGGTTTGATTCCTACGATTACTCACT
ATTTGTCCTAGTAAAAATGAACTCAGTTATTTTACAGGCTGGGTTCATCG
AGCAAACAAACCCAATTATGTTTTATCGCTCCTGGGTCCATAGTCTAAAT
GTTTGGTCTCTTCCAGTGTATGTGGATGCGTCAGATGCTTGCAATGACTT
GAGATTCGCCTTGGGCAATCAAGGACTTGGAGCCGCAATCTCCAACCGAC
AATGGAGCATTAAGGTTTAGGAACATTTTCGACAATTTGTCAAATTGTAA
AATGTGTAATAAGTTATCGGATCTATTGGGGAGGCCCAGAAAACAATTGT
GTTGACATGTTAATTGGCTCAACCGTGACATCTAATTGTTCACGGCTTCA
CCCATAGTCAATCAGACCATAGCAGAACAGCAGACTGGAAAATAGAAGGT
GTAGGCTGTTTGGTAGATCTACAGTGCACTCTGGAGGCAGCAGTTTCGAA
CCTGGTTGTGATGCTTGTACCTATTATTAAAACAAGACCAATCCACGATT
GATTCAATTACACCCAAAGCAGCCTGCATTTGCGGTCTGCCAGTCTCCAT
GGTATAATATCCTATGCTCTAACTATCCGATCTTTGAGTCAACAAGGGGT
TAACGGGGGAAAAATGCCACTTTTTGGGTTTCTTGAGGTAATTGGTAAAG
TAGTCTCAATTCTCCAGACAAATCTCGTCGAGAAATTCGAGAAATCTACG
AGAAAAAAACAACTACTTACGTTTCCTGATTTTTTAAAAAGTCCTTCCGT
TACTCCCATCCAATCGTCGGGATGTAAAATATGAGTAGTAGAAAAAAATG
AGCTAGCCAGTGGGCAGACCATTCGGATATTGATAAAAAGGATGAGAAAA
AGTGTTCGGATGCAATGAAAAAAGTGGAAACCAACGTTGAAGAGCGAGTT
TGTTTAAATTAACGTATATCAGGTGAAAAGGCAAGTGCGTAGTGCAGTGG
GCCAATCAGTCATATTTATCTGCCTGATTCAAAGGTCTTTTGTTCGAGCT
CAACTTACCGAGATCCGGCAAATACGTAGTGGTGTTACGTTAGAGCTATT
ATACGTATTGGTAACCTAACGCATGCCTGGCAGGATCATAGTGGGCAGAT
GACAAATTGGACTAATACCTCGTTGCCTTCATCGCATCAGAGATTGGGAA
AACAGTGCATAAGTGCTTGGGTCTCGAAACAAAGCAATCACGTGATATTG
GTCACCGCTTAAGCCATGGATTTCATCGTACCCGGATGAAACATTGAAGC
CGAGGTCTTCTGAGCGTCCCCCAATTGGTCAGTGGTCAAGCCAACAAGAC
TAGAAAGCTGACTAACTGAGAAGTGGTCATGCTTGCCATCTTACTCCTCT
AAGCTACTAGTCTCGTGGGTTTGGGAGCTTTCCAATGACATTCACGTGAC
TAATCCTGTTGTGACGAAATCCATGATGAAACCTTTGTTTCGTATTATTT
TCTCACTTTTAGTACATTACATGCACAATTAAAGTTGCTGATTTTAAAAC
GTTCAATTTTAAGAGATTTATCGCTCGATTTTCGACTTAATAAAATCACC
CAATTCCCGTTAATTCCTGACTTAAACCTCAAAGATCGAGATATAAGCGA
AAAGCAAAGTTTATTTTCAAGAACTGAGTACATCTTATGAACGCTAACCA
GTGTCATTGGGTTAGCGTGATTTAGGATAAGTGAACCTTTTTGGTATATA
AAAAAAAAAACATTTTCAGCGCATTAGTGAATCACAACACACTATTTAGT
AGCATTCGCTGGCTAAGTGTTGACTCCCGGGCATAAACCTTTTTTAATAT
GTGGGAAATAAACGAATACACACACTTGTGGTACATCGCCTCACCAAACT
GCTAACTGTTCCAAAGAATGGACCCCAAAAGTACTCTCCCATGACGTGAT
AATCATTATCCCATACTTTCTAGGTGACCCAATATTCGTGCGATTTTAAG
AACCTGGCTCCTGATGGATGTACCCAATACTTTTTTGGGTCCCCAATGGG
CATTGTCCAGACTTACAACTTTGACGGTGGTCGCCATTTAGCCGAACAAA
GTCAAAACATTTGCATCAGGTGTGTATTTTCTACAATCAATGGAAATTGC
GACTTATTGTGGACTATCGTGCCTCGTGAAAAATATGTCATGAATTGTGT
CCGAAGGAGCGAAGCCGACCAATCAATCTGCTTCACCCCCTCACTTTGAA
TTGCCTTGCTGAACCTGGATCAATCTACATACAGGTTCCTAAAGTGTTGG
GCCTGGACAAGGAGGTTAACTCAATGGGTCTTGGGTCAAACACACCTTTT
TATGAGGTTCCAAAAAGGTTTTCCCTAAAGATTTTTATATGTCTTCCCTG
GCTATTCTCGTTTGATAAACCACAACATAAAAACACGGCACTCTATCGCA
TAATTCATGCATAACTTGCATGACTTTGACGGCAGAGAGTGGAAGGAGCT
TTCATTTTAAGCGCGAGGTGTCAAAAATCATTATGAGTCGAAAAGAGTTG
GAATTGATGAGGTTTCTAATCATTTATTCAAACGTTATCTACTTGCTTTA
GTCAAGCCAACAACAGATTTGTTAAATACAGTATTTCTTTTTGTAATGGG
TACCTCCCAATGGAGTGGAAAAGTGCAAAAGTAATTATATTGTACAAAGA
TACGGAACATGCACAAAATTAAGTATTTTATCGTCTTTCTCCAAAGTATC
AGAGAAGCTAGTGCACAAAATGTTCGCATTTTTAATGAGAAATTTGTTAG
TCCCGAGCAATTTGGGTTCAGACCGGTACATAGTACAATGCATACAGTGA
ACATTTTTTTACAAAATATATATCTGCACCGAGATAAAAGAGCTTCGATC
GCGTTTTTTTTTAATATGAAATAAGCCTTTGACCATGACATTTTACTCAC
GAAAGTACGGCTTTATGGTTTTAAAAGATTTAATGACTTAGGAAATATTG
ATCTGATCGGCTTCAAATTGTACTAGAACACGTTAGTGTTGCATCTGATC
GTAGGGAAATCACTTGTGGTGTTCCACAAGGGAGTATTTTGGGACCTTCA
CTTTTCTAGACTTACATAAATGACTTGCTCAGCGCGACTGATTTTACAGT
AACCATGTTTGCTGATGAAACCACTCTACAGAACTTCTGAGATAGCTTAA
GTGACATTGAAAAAGGGACCAATCCAAAGCTCAATCAATATCGTATTAGA
CTGGCTTGAAAAAAACGGACTGCGCCTTAATATAAAGTAGACTAAATTTG
CCATATTCACAAAAATAAAATCCCCTCCTATAGATTTCAACATCCATTGT
GAAGGAATACACCTAGAACAACCCGCTAATTCAAACCCGAGCTAAGCATA
AGGTGTTTAGGCTGGTTGATCGATGACCAACTGAGCTGGTATGACCACAA
TTTTATTTTGAACAAACTCAAACGAGTTCTCTTACCACTCAATCGAGTGG
AAGATTGTATGACGCGACAAATAAGAATAATGATGTACAATGCATTGATC
ACCTTACTACGTATGGTCTATAATTTCTTGGCTAATGCCCTAAACAAAAG
ATCCTAGAGACACTGCCAAAGCGAATCCAGGTTCGTTGGATTGCCAACGC
CAAATGAAACGCACATACTAGTCCCACCTTTAATCAGTTAGGGTTGGTCA
AATTAGGTGACATGACAGGGTTAAAATTGTCAAATTGTTCCAGAATACAT
TCAAACAAAACCATCCCAACATTACTGGTGTCTGTAGTCTTGAAGAAACT
AGAAATGGGTGGAAATTGCACTGTGCTTTACACGTAAATATGATCGGAGA
TCCAAAATACAAACATACCAACTTTCTCTAGACATAATCATTGAAGTTTA
AAATTTGATGTTCCTTAAATAACGGTTCCGTGTGGGAAGTTCCAAGATGA
GGTACAGTAGATATACATCGTCTAGCCTATTTTTGGATACAGACAAGCGA
GTCAACCTTGGCTGATAAGACTATGAAATTCTACCCCGTACTTGAGTTCA
TGTTTTATTCAGGGGGATTGTTATTACCGAGGGAGGAACTGTTGATCTCA
TTCTATTGAAGTCAAAACAAGGTATATTTATTTAATCTATCATATGCTCA
AGGAGAAAGTTCCAGTTTAGCTTCCAGTCGATGTAAATTCCAAGCACTTT
GGCGCTTTTTTTTTAGGGAGAGTTGCAAGGAAAATATGAAAGCATATTGT
TTCTCTTTTCCTCTTCATTGTCTTTTTATTTTTGGAGTTTCCAAACGAAA
TGTCGTAACATTAAATAACGTTTCTTCTTTTCAGGGCCAGCACACTTATT
GATTAGTTGTATTTTTGTTGCTCAATATTGACAGAGAAGAAGTATGGAAC
AAATATGTGTTCATGACATTTACAGGGGGCCTGACCTTAATTTCATGCCC
GCAAAAAATATTGATTGGAAATATTCAAATTTGTTTTCTTCATTCTTTCG
AAGATTCGAAAAACAAATTAGAACAGACAAAATTGGAAAATCGTAGGATT
TTTTTGTTACGTTTCATTTTTTCTTGATTGACATGTTGTTTGTTATAAAA
ATCGTGATAAACACCCGGCAATATGCACAACGTACATAGGTGTGATGGTT
TATGAGAGGGGGGTAATCAAAGTGGCAAAATGTGGCAAATTTGACTCCAA
AATGGCGAATTGTGGCGACTAAGCTATCCAGGTGTGGTGACAAACCCAAG
TTTGGACCTGGCAACCCCGTATGTTACCATTGCAAACAATCAAAAGATGA
TCATAATGGACAATATTTGATATCACATTAGATGGCTACCTGGAGTAGTA
CGAGAAGAGGGGTGAAACTTGGCCTCGTTCCCACCTTTGGGAGAGTAGGC
TGACAAGCTTTGGCAAAGCCACTGTATTCATGTATTGCTTTTAGGCTTGA
ACATAATCCAGAGTTCTTTTACGGACGCTAGCTAGACATACAGTATGTTC
CGAAGGCATCTTATTAATTGCTTATCTTTATTTGGTTTCAGAAGGGAAAG
AGGAAGTTGTCGCATTTGCTACACAACCTTGGTAGATGCTGACTTCTCCG
TGAGTGGTAAAAGTGCCCAAGGAACTGTGATGGTAATCCAATTTCGTTCA
TTTTTGGTTCACGAGGAGCGATCTCACTTAAAAAAGCCTTAAAGAACTGT
TCAAGAGATATAAGACTCTTGTAAAACACATTTTTTTCTGTAACGAATTC
GTTCCAAAGAGACTCGAGGCAGGGGGCTGGAACGTTTTTAATCTGAGAAG
GTGAAGAAAGTCCCCACATATTTATACGGTCTAGCACTATCTCCATTGAG
GCAGCTAAGTTCACAATCAATGACAAGTGGGTTTCACGTAAAGATAAGCT
TATCGTCGGGTTGCTTTTTAAACGGAACCTAAAACATTCGACTTACAAAC
CAGTAGGCTACACAAACTTGGAAAAAATAAGTCTGATCCCTCAAGAACAG
TTTGGCGGCAATTCCGAAACCAGCTCATGGATACCTTACTGTTACTGTTT
GTATTCAGGGCAACATCGACATTGATGGAGTTCAGAGGATCAATCAAATG
GGCCATCATGGATAACACAAAGAATAGCCAGTTTAAGCAGAAGCCTTAAG
GCTCACACTTAAGCATATCAGGGCTTTATTACAAACAAAAAGTAACACAT
TTGCTACGTCATCGACAGAAAACTGGTTACGGTAATGGATATGTGATGTC
CTTCTAGTTGTCCCCGCTTTTGTTACGAGCTTCAGGCCTTTGCTAGGCCT
GATCCAATCCAGATTTAACCTTCATTGTCCTTTATGTCACTCTTATCCAA
TGAGGTCTGCTCACTGATCTACGAGAGGGAGCTACATGGTGGCGGGTAGA
GCACTAGAATAGTAAGTAATGACATGAGAACAATGAGCGGCGCCATCTAG
CGAGTAAGGCTCTATTTGTTCCAGAAGGGAGAGCTCCAAGGGGAAGCCGG
TGGTAGAATGGACATCTTTGAAAGACTATCACGCCTCAATCAACATACTT
GGCGCTAATAGGTATATGTCCTTATTTACGCACTTGTAGCTATGGTTTAA
AATTTCATCTTAAATAGTTATGCATATTAATTTGGGAGATCAGTTCTTTT
GTGAGTACAACGATAGCAGCTATTCAGAACATAATTCGCACTTATACTTT
TCTTGGCCCCTTAAGTTATAACGGAAGCCATTGAAAGAAGATTTACTTAC
TTCTCTGGCCCAATTTATGCTCCTTCCTGGAATTTTATCTTGGGACTCAA
TACAAAAACGCAGCCAAAACTCATAATAATGTTTTCACAATTATGCAGTG
TGCTTGTCTCCCCATTAAAACTTGACTAGCACCTTTGGTGTGACAAATGC
TCTGGAATATGTATTACTTTCAAACCGTTTATAACCTTCAAAGTGTATTT
CTGAAGAGGTTTGGCCCAATTTGACCAGAATAATGCACCTCCTTTCGACC
TTACAGTATACGTACGCACGGATTTACTTAAATTTGAGTCGAATTCTGAT
GTCACTGATTATTAGTGTTTGGACACTTTGATATTTCGCCCCTAGAATTA
AGACGCAATAAAGAAAATCATAGAGAATTTATCTACAATGAGATTCTCAC
ATTTCATGATACTTTTAGCAAAGTACCCTCAAGCAAACTTAGGCATCACT
CATTCACTTAGCAAAACGGAAAGTTTTGCCTATTCACTCTGGATTTATGT
GTGTGTGTAATCGTTTATTTCCTACATATTAAAATAGTTTTTTTCCCGAG
AGTCAACAATTAGCATACGAATACTAGTCAATAGTGTTAGGGCCAATTTT
ATATAAAATATGCACACTACAAGTGGTGAACGACTAATAAGGATACTGAA
GACAACATTCCAGCAAACAATACAAAATAGAACAACTCAATAATGAGAAC
ACAATAAATGTTTAAAGCCCTAAACAAATAAATAAATCTTCACAGAACTA
ACAAACAATAAATGTTAACAAAACTTAACACAAAACAATACACAGCAAAT
GTTTACAGAACAAAGCGAAACTCAACAAAAAGGCTCTAAATAATAAATAA
GTCGCACTAAGTAAGTTGAAAGTTGAAGTAAAAGAAAGTTGAAAATAGGT
GTAGTAGAAGTTGTAACTTGCCAGAAAACGGCACCCAACACCACAAGCAT
ATTTGCCACAAAAAGAAATACAATCATAAAATATCCTATTGTCGGGTACT
TTGCACTGACTTCCATTTTAACTCAATCCTGCCCGGCTCGATCAAAGTTT
GAGAGCTCCCGAAACGCATTGGCGGCTAGACAATTGATCACTGTACTTCA
GGATGAATAGCTCCTACGTCAAGAGGCCAACTCTCGAAACCTATTACCAC
CGAAACGTCAAAGTTCTGCAGATAAATTTGTCGTAGCCACGCGAGCTGGG
AAAAATCATACTAGGGTTGCGATGTCTTAGTAAGAGTTTGGCCAACTATG
ATGTCCAACAGAGCCAAATTTAAAGTTGGCTCACGGCTCTGACACGATTG
GGAGCCAATCAAACTCTGAAAGGGCCAGTTTGGAGCCAAATCGGGGTTCT
CTCCCGACTTGAAAAATCTGGGAGCCAACCAGTTTTCAAAAGAGTCAGAT
TTCTGGAATTTAGCTCCCGCAAGAGCCAGATCGCAACCCTGAAAGTTGGC
CTCCTCCCGTAGTCCCGCCAGAGGGACTGCCACATTCCGAGTAGAGTCAT
CACTGGCTAGACCTACTTCGGCTGGGTGAGCAGATCAAGGAAGGCAGAAT
TGGCCTAGCATCTCTGCCTTAGAACGCATATGCTTGAAGCTTCCGCTCCA
TCTAGTTCTTATGTGGAACCCCTTGCTCTGTGTGACTTCCTAGCTTCATC
TATCATTTGAACACACAGTCCATTCATGACATCACATGATTGTATTTCAG
GTTCATTGAAAGTTGTTCGATTTTTTTTGGGGGGGGGTCTTGAGAATTGA
GCATTCACCTCAAGGATTGCCAATTGCCATCTCTGGAGACACCTGAATGG
GTACACCGTTTTGATTTAATTTAGTTTGAAGATACTAAAGAAGCAAAAAT
GTATGTGTTCTATAACATTGTGGTAAACTATTTGCCCTGAACGACTTCAA
CTCTCAGTATTGATTCGAAGACGTGTCTCATCAGGGGACAAGACTGATTG
CTCAAGCTTATTAATCCCATGACATATCTTGTAAGAAGTGTGAACATGTT
CAATGTCTTGATTTGACGCAGGTAATTATTCGATGAGAAACTCAATTAGT
TTGCGATTGTCGTCCTTCTCAACCCAACTTTGGCCTCAGGCGAAAAAGGC
AGTTGAGTCCAAACCGTTTCCAGAAGTCATCTCAAACTATACCTTCCAAG
CCTCTCTGCCTCGTCACTGTGAGAAAATTTGGATATCGTTCTAGGATTCG
CGATGCTGTGGATACTTAGCCGCAGGAGGTGATAATGGTAAAGGCTACGA
TTGTGTCATCATCCCCGGAGGCAGGCAACAACTTGCGACCACAGTGATGA
TTGGAAACGAAATTTGTGGCATGGGCAAAGGACTCGTGACTTCGTCCCCA
GGATTAGTGGCCAAAACTATTTGCAGTAATACACTCTATCACTTTACCAG
TTGGACAAAATATTGCCAAAAGAATCTTCTCGTTTCAGCCAATCGACAGC
CTTTCAGCATCCGATTTGTCAGCGACCTCTACGAGTCGTTCCAAGAAACT
GGGACGAAGGGATTCAAATTGGCCTTTTTCCAAAACACAATCGGCTGTTG
ACTAACGAACTCGTAGGCCAAACCATTGAGCCATTCATATCTTTCACGCA
ATTTGAGTCCATGTGTTCCCTTGCCATTGTTTGACTCACAAGTTGTTAAT
TGTGCCATGATTTGTGCGATGACACCCAGATGTAATAAAACAATTCAATC
TCGTCCATTGCATATGATTCAAAGGTTAGAGAGAAGCAAATTTGAAACTC
CTCGCAGTAAGATTCCTAACAACTAAATGCAGTATTCATTGAGAACCTCA
TCATTAAAAATGATAGTTTGTGCGACATTCGCCAAAATGAATAACGATAC
CTCACTTTAGGTCTATGGTTTTTTTCTTCGAACAATGTTTCAAGTATTAG
CTTCATTTTACGATCACATGATACTGTATGAGAGGTTGCTGTATTGTTCC
TTCAGCCCAAGGCATCACTTTTTTGTCACTAAACACTTGATTTTCTAATA
AGATTACACATTTCTCAAAAATCCAAGGTTGTGCGATGTTTCCTGTATTC
GTTGGGTGAAGCTTGTTTCGGCGTCAGGGTTGTACAGTAGACTTGGTTGT
TCTTTCATCGTAATTCACAAATTTCGAAGCTTTTTGAAAAGTCTCATCCT
CATTATTTCGTAAAAAACTTTCCCGACTTATAAGTTGTTCATTTGACGGT
TGATTAAGTGAGGGCTTTAATTAGCATGGTCGAAACCAGAACCACAGCAA
GAAAATACAAAATATTTGCAGGCAGTGGCAGCTACAATGCTGTAACTCTC
TAACATTTCATCAAAATATGAATATCCTCAAAACAATACTTGAATATACT
TGTTGGAAAATTACCATTTTACGGCTATTTCTCTTGGGTGTATTTTTGGC
TGATGATGCTATTGATTTGTATGATTTTTACGATTTATGCGATTTTTCAT
TATTAAGCGCCTTTTGTTGAGTTTGATATTCCTGTGTAAACATTTGTTGC
CTTTTGTATGTGTACTATTTTTCTATGTTTGGTATAGTTTTTAATTAACC
ATTGTCTGGTTAAGTTTTGTTAACATGTACATTTAGTTCTGGAAACATTT
ATTGTGCTTTCCCATTATCATATTGTGCTGTTTGGCTCTGTAAAGTGTGC
ATCAATGTTGTTAATTTATCTTTGTTTCTCTAAACTATTGAATATGTTTA
TACTTTTATAAATGGCCCTAACACTATTGACTAGCATCGTTGGTTAAGTG
TTGACTCCCGGGTATAAACCTATTTTAATATGTAGGAATAAACGATTACA
CACACTCGATGAATTGCCGAGCTCAAATGAAATATAGTTCCCGATGTTCT
GTCTTTCACAAAAGATGAAGGGTATCCCTAGTTTTTTAGAGTGCGTTTTC
TACGTTTAAAATAAGTTTTGAGGTAAAAGGTCACTTTCACGACCAATATG
CAGCGTTGAGGTCACTTGCTTGGTGGATGGGAATCCGATTTATGGGTCAT
GGCTTAGATTCCCCGCAGTAAAGTATTTGGTGTCAAAAATCAGCCCATTG
GACCTTCCCAATAACACTATGAGCATTCGTAATCCTTCATAATTTCGGAT
TCTTTTGGGACGCCCTTCTCATATTCGCCCTTTTAACTATATACTTATGT
ATGTGGATTTATTCGCATATTTGGTCAACTCTACCATGGAAAGGGAATTC
CCTTGTGTTGTCTATTTGGGAGAGCGGTGGGTGGTGGCGAATTCCTTATT
CAGGGCAATTGCGAAAATTCAACTACCAATGTACCAAACCAAGTTGGCCT
GAATTGATTTTTAGTTAGTTATCATTTCGCGTAAATCAGATTGCATCCAA
TAAAACGGTGTGAAAACTCATGTCAGGTGAACGTTTATTTTTGATATCTC
AAATCATGTCGAGGGAACACACGACACTACAATGGGGAACATATGGACAA
TTCATCTTGTAATCTAATTTATCACATCCTCTCAACATCCAATGGAGTTT
TGGATGTAGGTCAGTTTGAATCCTAGATTTCCCGTCTCGAGCAGGGCTTC
ATACTTGTCGCTCAAAAAGCGGATATTGAAAGGCTGTCGGTTGGCTGAAA
ATGAAATTGCGAAATGTTCAATTCAATGTCAATGAATTGTAAATGTTAAA
CAAAATATTACTGCAAAGGGTCTTGCCAACAAGGCCAGCATTTTCTGACA
CCAATCCTGCCAATAATCCACAGATTTCGTTCGGAAACATTTCTGTGCTA
ATGGCGGGATTTCGAACGCCAGGAATGATGAGGCAATCATAGCCACTTCC
ATTGTCACCTCCAGTTTCTGCGTACCCACAGCATTTCATATCCTGAACGA
TGCCAAATGGGTAAAAGTAGAGTTAAATAAAACATTGAGCAGTCCCTGTG
AGTTATTGAATGATATAGATAGAGTAAGGAGTTCAGGCTTTTTCAAAGGC
TTTTACCCTAAATGGAACTTACCGTATTTGCTCCTATAGCTGCGTCACCG
ATGCCATTCACAGCAAAATCTGCGTCCAGGACTGCTGTGTAGCAAATGCG
GCAATTTCCTCTCTCTCTCCTGAATAACAAAAAAATGGGTGAAGAGGGTC
TGACAACAGCTTCAGAGGACAAATAAACTCACCTAATGCAAATGTTTTGA
TTTTGATCTGCCAAATGTCGCCCGCCGTCGAAGTTGTAAGTTTGAACCGA
ATCGGTGGATGGTCCAAAGAAATACTGCGTACATCCATCGGGTGCCAGGT
TTTTGTAGTCGCAAGAGTATTGAGTAACCTAACAGATAACAGAAATCATG
CACCAGGGAACCCACACTCGTTTTTGCACCTCCTCACAAATATTTTTGTT
ATTCTTATGAGATTATTTCACCTCTTGTTGGTTTGCCAATTTTGATTTCA
ATTGAGTTTCCCTTCACAAAAATTCGTTTCCCATATATGGTTCCTTTTTA
TGTTTTCATATAAAAATACGTGTATGTGATCACAGCTATGATTAACGAAA
AAGGTGCTTTGAAGTGAACGTAGTTGATCCAATACATTTTGAGTGGGTCT
GGTATTTGTTTGCACTTTTACAATTTCCCATCAATATCCTTTTTCGAAGG
TCCCGTTTAAAACAGTTCTACCTAATTGCTTATCTACATCCTCGGCTGCT
CCTTCGCTTTATATTTCTGCTTGGATATTTAAGTTCACACCACAACAGAG
AGCCATATAACTAATACATGCATTCATATTTATCAGTGAACTTGGTTCAT
TTTGAAACGTCAAATATACTACTGCAATAGCAATTTACCTCCTTTTGTTT
TATTGTGAACAAACCTTTATGCTCCATTGCCGATTAGCTATTCCAGTTCC
AAGATCCTGATTTCCCAAAGCAAAAGTCAAGTCATTGCAAGCCTCAGATG
CATCAACATACACTGTAAAGGAAACAAACATCATAAAAATATTGGTGATC
GAGCAATTTTGAACTGTCATATTTCCGAATGACTAGGCGAATGTGTATTT
TTGCATTGTAGTTTGTATAAAATAACGACAAATCTTTTTCGTTCAGTGTT
CAAAGGCATTACCATCGAGACGAATTTTACTCCAAATGTTTACAATGCGC
ACAAACCTTACGAGCCTCTAGCTTTTGCCTATCTAATGTTTCGTGCTAAC
CCCTTTGACCGTGGCAAGCAAACCGTGATCCTCCATTCGGATTGGAAATT
AACTTAACAACCTCCTCTCTCCAATGATTCTGAGGTTCTCTATTGACAAA
AAGGTTGAAGGGATTATCAAATTGGAAGAACTAATCGCACCTCCAAAATT
CAGAAAAAGTTGCTTTTGAGATTTATATCTGTCTCTGTTAATGCTTTCCT
TGGTTAATGCTTTCCTTGGTTAATGCTTTCCTTGGTTAATGGATTGATGG
GCCGGGCCGGGAGTGCGCAAGACATCTCCTAGTTCCCGTAGGGATTAAGA
GCGACCACTTGATGGAATTGCCTCATCACAATCGATGACATTAACAGCTT
TTGAGCTTCCTTAAAATTCTTTGGACATCGTTTTTTTCTGTGCGACATTC
AGCTAAGCATAGTACTCCACGCGTAACGAAGACAACGAAATTATGCTAAC
CTTTGAAAAATTTATATCAGAATAAAAAAATATTGGCCATGAAAAAAACT
TCGCTCTGTTTGAGTTGTTTCAGTAGTGCATTTCCTGCTGAAGCATTCTT
GGAGCGTTTCGTCATCCTTCCCATCTATTTACATAATGTTTTACTACCAA
ATAGTACTCTTACTGTGCTCATTTGTGTTTATTCCGCAGATAGTGGGTGG
AGCACAGCCTGTTGGATCTCCCACCGAAAAAGAGTCCGTCAAGCATTGGC
TGCTTGTGGTGTACGTGGCTCCAGCTGCGGCAGGCTGGCCAAATTTGAAC
GTTCCTATCGACGCCATAGAGGTTGATGGACCCGTGATTGTGAATTGGTC
AAAGTCCAATCGCAGTTGGCAGATATTGTTGGAACAGGGACATATGGTGG
CAATACATCCTCCCACCTCACCCCCACGGGACTCGAAATAGGTGCAATTC
TCGGATCGCTGACCTCCACAATTGACGGTGACTAAAAAGCAAGCGCATGT
TCAAAGGAACCTCCGACCTGAAGGCGCCGCAGATGGCACCCGTGACTACT
CACAAGTGCAGCACACGCCATATCCTTGGGCGCAACTTCCTCCACTGCTT
CCACCTTTGGTTGAGCACTCATCATTGGTGTAGCAAGTCCCATTTTTGCC
TGCATTGCCTATGCACGGGTCATTGGGAAATCTGGAAATATGAAAAGTTT
CATGTCACATCTGATACATCTTCGGTACTTCAGCTTCAACACAGGGGGTA
AATGCATAAAAATTGTACATAGAGCGTAACATGGGGAAGCGACGCTAAGC
CGACAAGCAGAATGGTTTCGCTGCAGCCTTTCTTGTTCTTCTTTTTAAAT
CCGCCCGCCACTAAAGTCCCCGAATAGCCATAGTACCATAACTCCTTAGG
GCAGTTTTCAACAAAATCTTTTCTTTTTCTTGTTTTTAACCTTGTTCCAA
AGAGTTCACTCGTTCAGCCCTTGAGTCCGGCCTCCTGTATACCTTATTCA
TCGAAGGAAAGTACTATATGCTACGTGAAGCCTGGTTAGACTTTGTATTT
AAAGTAGTGATTGGTGTTTCACAACACGTACAGTGTCCTAACACTCGAGT
TTTGAGAGTCCCCGATTCTCAAGTGGAAGAAAATAATCAACTCTTCTGAG
TCGGCTCTTCCGTCGACTCCTTCCTAGCCCAAAATGGTATGTTTTGACAT
TATTTTCGCGACAGAGTTCTCAGTTCTGCAAGGCCGCAAGAGTTTGGGTA
ACTGACATCATTTTGAAAATTTTGGACGGTGTTTTACTAAGTTTTGCACT
AGGGCATTGAAATATGTCATAGTATCAATTAAAGTCCCTATATAACCTAA
TAATATAATATATGGGTATAATGGGACTTTAGTATCAATAACACCCAGGA
GCCCTTCGCGAGTGCAAAGTTGCAAAAAGGCTTAAAAACAACGCCATAAA
CAGCTTGGGGCACGGTATAGCACTGACTTTTGAGCATACCATGAAGAACC
CAAGCCTTTCCAACAAAAATGTACAGATTTGGGGAACATCACTTAGAAGG
TTCGAAATTTCCTCTCGATGATAAATTGTACTCTTTGAAAAATGCTAAAA
TTCAAGATGTCATCGTCTCTTTTTTCGACACTGGACCAAGGAGGTTCTAT
CTCCTCGATGCTGCCGACCCGTGAATCAACCCTGTCGTACCTAATGTGAA
GTCCTTGCCAACTCAAAGACCCGGTGGCCGGCGCCCTCCCTCTACTGACA
GTCTTACACCTTAAAGCCAGTGTATTACCAAAGCCATGCTGGGACCCAAA
AGCCAGCTGAAGAGAAAACGAGGGAAAATCAAATATCGAGACCGGGGCTA
GAGAGATTGGGAGGGATTCTGCCCGTGCCAGGATTCGGAGTGAACCAAGC
AGTGGAAAGAAACTTGTACAAGGGCATTCATTTCACGCCCAAATTTGAAT
GAATAGCTCTCAAATGGAAGCAAAGATCCTACCCTATGCAGCAGAAGAAG
GGGACTTGGAGAGCCATAGGTTTAGAGTGTGTTGCAAATTTTGTAGAAAA
AATCTCACTCTGGACACTACTGTGTTTAAAGGCAAGTTTACAGGGAAGTT
TGTAGGCAAGGAAGTTTTTTTTTCTTGAGCAAAATCCAAAGATTTGGGAG
GTGAGCAACAATCTTGCCACAATTGAATTTATGCATTTCAATGCACAAAT
CCAAACTGGCAAGTTGGCTCTCAGCGGCTGATGTTTCTAACTTTGAATGG
GGCGAAGATACCCCTGATATTGGTTGAAATTGAACTGACTTTGACGGCCT
GAATGAATGAATCTGTGGTCATACTTCGAGGGTAAGTCATGGGTTTTGTC
ATACCAAGATGAGTCACTGAATTCGAGGTCACACCCAACCAACGATAATA
GAATGCTTACTTACAGTGCTAGATGAGCAACACATTCAACTGAGGCCAGT
TCGTTGGTCCCGAGCCCTAATTTGTGCATTAGGGGCAAAAGGTGACTCCT
TAGCTACCGGTGAGCCAAAAATGCCAGCAGATTTTGATAGGATTAAGATG
TGGATGCAGTGTTAGGGATTCTGATTATTTTTGATCAATTTATTTTTTGG
TGTACCGATGTGTGTTATCGCACCTTCCGGTGGTTTTGTGTTTGCACCAT
GGAGCACCCATTGAAGCGCAGAGCCCACTGATGTTATTAGCTAATTTAGC
TAGTCGGCGTGCATCCCCGTACAATCCAGTTTCAAGCACCACTTTGATTT
GTGGGAAAACAGAAGGGAACCTTACTCAAAATGTGGCCCCACCTGTGTTC
CTGACCCCTAAAGGCTAGTAGGGTTACAGGGAGTCGTCAGATCCCCTCAG
TAGAAGAAAGTCTGGGGTGGCAAAAATTTCTGTATGAGACGAAGTCTGGG
AATCCATCTGCGGTCCTTCGGAACCGCAGACCTCATCGCTGACCACTTCA
CCATTCAATCTCCCATGATGACGCCTGAAACCTATTTTTTGTTTACCCCC
ATGTTCTGCCTCTTTTTGAGCTTGATGTGATTTCTTTCACATCCTCAATC
AGTGGATACAGTGTTTTTGGGCCTGCAAAGAACATCGGTGTTGACCCTTT
AAGCTCGTTTTTGAGTGATTAAAATGTTATTCTTAGACTAACTTCCAACA
GATACAACCGCACTGAAGCTTATTTTCTTTGTCCTTTGTCATCTCAGTTG
CCCTTTCACTTAATCAATAGTTCGCACCAAATCGGTCAACATTTCTCGAC
TCAGAAGTTTTTTTGACGCTGTCACGTTATGTGTTCAACTAAAAACTATC
TTAGAATCTTGTGCGTTTGCGAGTGCGTTTTCCGTAAATGGTAAAAATAA
GGTGATTAGTATTTTTCGGCAAGTCGAAGAAATATGGTCTCATAATCTGG
GCTCTGCAAAAAAAGTAAGGATTGTAAAAGCAAGCTACTTGTCAGTCAAT
TGAGGAAAACTAAAAGAGAAAGAAAACAGCTAATACACATAACCCGTGAT
AGCCTAAAAAGGAAACACCTACAAAGAGTCTTCACAAACATTGATTAGCT
CCTGAAAAATAAAGATCTAAAAAGACTTTGATAGTCAAAAAGGTATTAAG
TTCGCCAGGAGACCTAAAAGTAAAAGACTTTGATAGTCAAAAAGAGATTA
AGTTCGCCAGGAGACCTAAAAGTAAAAGACTTTGAAAGTCAAAAAGATAT
TAACTTCGCCAGGAGACCTACAAGTAAAAGACTTTGAAAGTCAAAAAGAT
ATTAAGTTCGCCAGGAGACCTAAAAGTAAAAGACTTTGATAGTCAAAAAG
AGATTAACTTCGCCAGGAGATCTAAAAGTAAAAGACTTTGATAGTCAAAA
AGAGATTAACTTCGCCAGGAGACCTAAAAAACTAAAAGTAAAACCTGAAA
AAGAGCTTATTTAATAAAACAACACACCTAGTAATGTTGTCTTCACCGAA
ACAATGTTTACTGAGTTCGTTCGCTCGAAGAAATATCCGGGGTTATCGGG
GGGTATATACTCTTATGTAATTTAGGAAATATACTTACTAAATATTTGGT
CATATTTAACAAAAAATCCACTTACCGAACGATTTGGAAAAGAGACACTA
AAAAAGAAAAACAGATTAATTCAGCCCTGGAAAAGGGAATAAACGAGTTA
TTGAATAACTCACAGAGTTTGCCATCCCGCTGGCCAGAGCTCGAGCGGCT
TCCTTGAACATTGTTCGTAGATACACAGAGATACAGAAGAACTGCCAAGG
AGATAGAGCTGTGGCCAATCATCCTAAAAATAAAGACTATCTTCCTGTAG
AGGGGAAGAAAAACCAAGTCGGATTAGATGTCTTACTTCTCCAAGGTTCG
CAATTGGACTGATGAGTGGGACTCAAAACTTGCCACCGCGTTATCTATCC
CGCTCTCTCTCTTTCGGCCAAGAGGGTGGATCATTTGCGCGCACCGTCAT
GTGGCAGAAAAGTGGCGGACGTATCAGAAGCAGCTCCTGCGATAGATCCA
GCAGATGAGCCATGCAGGGAAGGCGACATTTGATGATTTCAATTTTCCGC
TGTCAAACCTGAAGCCATTTGTCAATCCCCCTCCGAAACCCAAAACGCAA
TCAGTCATGCAGTGGTTAAACGTGGATCTTGCACCGAGGGATGTTGATCA
TTTTAGTCCCACCTCCTGACCTCCATCGTTCTATTCTGGAACAGAACCAT
CGAATCGAAATGTTTGAGACAAGAGTAGGCTAACGGGGTGCCACTAAGAC
CCTTGGGGGAAAAGGGGCAAACGGTCGTTTGAACCGTGAACGCTTAGCCG
GTAAACCACATCCTGGACCACCATTTGCAACGAGTTGTTTTTTCCCAGAT
AGTGGTCTGAAAATCCTTGGTCAAGCATTACTGTTCAATGAGAAATGTGG
CTCAACGCTTAGCGTCTGCAACCATCCAATATCTTGGAGCAGAATAGTTT
GCCATCTAAAAGATGAGTCAGGCTGGACTCCCTTCAAAATAGAAAAAAAG
ATCCTAAACCTACTACCGGTTAATAACTTCAAAGAAAGAACAAGAGGAGG
GACCATGTGGCCATTATGGACTTGCTGACCTAAGCCATAGAGTACTAGAA
TCACCTGGAGGTCGCACAGAACGAAAAATGTGTCCAAAGACGGTATGGTT
CAGGAAGCTCGAAGCCGTTAATGTAATCAATTGACGGACTGGAGGTGCGC
ATGACATTTCTACCAGTTCTGTAGGGTTTAAGAGTCCATCAACTAGCCAC
TCTGAAACCCTACGGAACTTGGCGAAATGTCCCCCCAACTGTCGCCCGTC
AATGGATTGCATTAACTGCGCCTGGGCCAACCTCCCAAGCCTCAACACCA
TCACAGTCAGGGCCGTTGCCATAAGGTCTGGATGGCTCCCCGGAGCCGGG
ATGGTCCTGCTGGGTCCTTCAGCCCCCTTGACGACTTCCTTTTGGCAAGA
GCTTTGGGACCAATTCCAATAGGAAGACCAGGGCTGCAACTGCTGGGGTC
ATTACTAACCCATTATTGTGAGTGATCTAGTCTGGCCGTCCTATCTGTGA
TATGCTCCTGTGATGAGGTGCTCCTACTTGTGTAGAGCACCCACTATATA
TACATACATGTATTCCTTGGGAATAAAGACATTACCATCCCACTCGAGCC
TTAGCTCACAATTATGCACTGCTGCCAACACTTTTGCATGGCACGCCACC
AAATTATGGAACGCCAGCAAGGCTCTGAGGGGCACTTCATCCAGTGGAGC
GTGGCCAACGTGGACAAAAGCCTGGCTGCGAAGGCCCCAATACAGTTCCC
ACTAGCCATTGATATATTCCATATATTTCATTCTTTCATTGATTCTGTCC
CAGATTCGTAGTTCAGCCATATTTTCTTCCCAAACCTCTATAGTTCCTAT
TATTCACGCTAAACTAGTCAAGTGCTAAAGTGAATAGCATGTCATGTGGA
GGGAATACATAAATAAATAAAATGAATGCACACACACACACATGACTAGC
TGCATTACTTTTAGGACATTTGGAAATCTGCACAGTATGTGGATTGATTG
AGAGGCATAAAGTCCTCGAATATTAAGAAGAGCTATTAGTCTTCAGCTAA
TGCACTTTTGTCAGATTTAAAAACAAATATTTGTGTTCTTGTGTTAGGGT
ATTGAGTGTTCTTAACTACGGTAAATGCCAGGACTTGGTGAACAAGTGTT
AGTCAGAAGTGTTGGAGCACGGTGTAAGAAATCAACTTATGGCACAAGGA
GGAATTTAAAACGTAAACAGAAGAGAACCAGAAAATATACCAAAACTACG
TACGGTGGATCTGATTATAAACAAATGTTGATTTGTCGCTTTTCGGGTTT
GGCTAGAGAGCTCTTTGAGTAGGATTTCTGTCATTCCTCGTTGCAATTGA
TCACTAATGGACATGGAAGGAAAATTGCACCGTGGAACTCTAGTTACTAG
ATGATTGAGGTGTGGTAGAGTCTGAACCAGAGAAGATAAGTACCGGTGCT
TCGGGTGATTTAGGAGCCAAATTATTGAGTGTTTGTTTTTTTGGCCAAGT
CATTAGTTGGAAGGTACACTGCAATGCTGTTAGTTGCCGGCCGACGGTGT
GAATTTCTCACCTCAGGACGTAATTGATGGAAAAGCCTCCAAATGATCAT
GATTACAGCACGGTTGGTGAACAATTGAAGCCTAGCTGTAACAACAAGAA
CACTAAAATAGATTGACTGAACATTTCTTATATTTCCCCCCATAATATAT
CCAACAAGACACGTCAGGTTCGGGTTATGTCGAAAAGGACCAGCCTACTA
CGTCAGTTATGCCGGTTGTAACTAAACTACGCCTTGAGAGCCATCTGCAC
TAGCAACCAAACAGTCAAACATTGGAAAACTTAAATATTCCTTATGCTAT
ACAATTTCTCGGCTTGGGTAAGGTGTGCTTTTGTAATGAGTTTGTCTCAA
TCAAAATATGTGATTTTCAAGTTCTTATTTTGTCAGTGTACCGACAAACA
GTTTGTTGACGTGGATCGAGTGTTGACTTCGTTCGCAGCAGAGTTAATTT
TCTCGGAAAAATTACACCCTGGTCCCAGACCAACGTTTCCTCCAGATTGT
TTCCAGATTTAATCGACTTTTGATGATGAATTCTGCCATTAGAGAAAAAA
CGATGGATGTTAGGGTGCAATACTCTTGCCTCTGTGCTTTGCTTTTCCAC
GCCATGAAGATATATTTTCTAGGCTGGTTGAAATGATACTTGAGCCCTTC
ACTGAAGCTTGAAGCACATGGCGAATCAAATGAAGGCAACATTCCGTAAA
ATAAGACATCAATTGGTGCAGCCCTGATCATCCGCGGAAATCATCTGTGT
CCAATTATCTGCGGTTGATGGAATCTAGAGCTCACTAATGTGCATGGACA
TCAGTGAGATTTTAGAGATATCTTACCCACCCTGGTGCTACCTAGCCCAA
TTGGGGTTGCATCATATTTCATGGAAGTTCGGGATCCACGATCCAGGTCA
ATAATTTTCCAACCATACCCTGGACCCAAGGCGGAAAGAACTTAAACCCA
ATTAAATCACGACAAGTGGTTGGCCATAGTTGTCACTTACGCAGATATGA
GGAGGAATCATCTAGCGATAGTTTGGCTTGCAACCTGCCGTCTTTGGGCA
AGTATTCACGATAGCACCAACACTTCCTTGGGATGGAACCCCAAGTTAGT
TTTGTCCATTGTGTGTGGATCAAACCATGCCTATCTTGCACTTGGTTAAA
GGATTAGTATACATTTTCAGAAAGTATTTTGCCAACATGGACCTTATCAG
CTGTGTGTGTGTGATCGAATTTATTTCTGCTTACAAAATGGGGTTTTGCC
CGGGAGTCAACATTTAGCAATTCCAATGTTAGTCAGTGGTCCTAGTATAT
TTTGTGAAATAGTATTTGCAAAACTTATACTACAAAAACGGATTTAACTT
TGACAAAGCATAGCTTCCGCATTTTTAATGATAGAGAGGTTGCGTTAGCA
TCTACAGAATGTTCCGGATCTTAGCTTTCAAACAAGGTGCACTTGACGCC
TGTAGCTTCTTTTGGAAAAAGATGTGTTCAAAAAAGCAACGTGTGGCAGA
TTTGCTCCGTGCACAAGTGCCCATCGCCGAAATTGTGGACATTGTGGGGG
TCAAGAAGACCATGGTGTACGACACCAAGAAGCTCCTCGAGGCTGGGGAC
AGCCTTGAGAGAAGCCTGGGAGTGGAGGCCACAACCTAA
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Synonyms
The feature 'hypothetical protein L798_10568' has the following synonyms
Synonym
Tk01242
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