conserved hypothetical protein, maker-scaffold20_size707684-snap-gene-1.9 (gene) Tigriopus kingsejongensis

Overview
Nameconserved hypothetical protein
Unique Namemaker-scaffold20_size707684-snap-gene-1.9
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: 159.458 bits (402), Expect = 4.138e-45
Identity = 112/319 (35.11%), Postives = 144/319 (45.14%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKN-QVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKCSC----VYLDL---------------GAVCSD------------------------------------TATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLNTKTQLAMTDNMCIGDYIGIQGSGATCNQNTIVGALRDKYCGLFLSPVDGGVANIPIC 266
            LS+FS+V+F+N AC STST +     + SRNGTCYT  EC+++ G+AAG CA+ FGVCCV  V +SG+TI +NCTY  NPGFP   T +T   YT+ K       + LD                G  C D                                    TA + FNF        R +EIK +Q+ C +  + P GCLQYH G+TG+ TTFNF      H    R   C                   ++ SL  K   AM D  C  D+IGI+GS + C        L D+YCG  L+       N PIC
Sbjct:  304 LSLFSIVQFKNEACRSTSTISNGGSGSTSRNGTCYTDVECTNKGGLAAGQCAAGFGVCCVFLVSSSGSTIRENCTYXTNPGFPNAYTGSTAVSYTINKAHIDICKLRLDFESFTTNGPSSSEEVDGGKCVDTFMITTSTLVDQSVPTICGQNTGQHVYIDIGNGESDTAQMRFNFMGDS--GVRMWEIKVSQLKCDAPFSAPPGCLQYHEGLTGKLTTFNF--PXYGHKPFSRSKVCSEP----------------NAFSLWVKEAKAMIDTGCTLDFIGIEGSSSDCTCGAPGLNLSDRYCGAKLNTQAMAEVNAPIC 602
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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: 143.28 bits (360), Expect = 7.743e-41
Identity = 100/314 (31.85%), Postives = 147/314 (46.82%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQ--YTVAK-----CSC-------------------------------------------VYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLNTKTQLAMTDNMCIGDYIGIQGSGATCNQNTIVGALRDK-----YCGLFLSPVDGGVAN 262
             S+ ++VRF N  CT+ S+        SR+GTC+T  EC++  G+  G CAS FGVCCVL++++ G TI QNCTY++NP FP   T   NT   YTV +     CS                                            +Y+  G V    A+   NFD    +  R+++IK T +PC S   PP+GCLQY+TG T +   FNF       L++Q Y+ C+RQE G+C + Y          S++  +Q+    N+ +G    +   G   N   ++ +  +K     +CG FL+ V G V N
Sbjct:   31 FSLLNIVRFANQKCTTQSS----TPLASRHGTCFTRDECNNNGGLIDGNCASGFGVCCVLTLKSCGGTITQNCTYVQNPEFPSGFTLGGNTMCSYTVPRNMDGICSIRLDFETFSIRQPVQGNCLNENFMATSPTGLVLPVLCGTLTGSHMYISSGTVSQTAASFKINFDPAS-NAVRSWDIKVTMIPCNSMTLPPDGCLQYYTGTTAKIQNFNF----GALLQSQAYNICLRQEAGFCTVSY----------SVDESSQMPDPFNLDLGATSKVN-PGECLNAQIVIPSTVNKNAGNFHCGNFLNTVTGSVVN 324
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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: 122.865 bits (307), Expect = 4.054e-33
Identity = 90/303 (29.70%), Postives = 134/303 (44.22%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKL------------------------LTTTTNTQYTVAKCSCVYLD--------------LGAVCSD-------------TATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCP-GVDSSMSLNTKTQLAMTDNMCIGDYIGIQGSGATCNQNTIVGALRDKYCGLFLS 254
            LS+FSVV F N  CT +++         ++G C+T+ EC+   G A G CAS FGVCC  +V   GTT+++N TY+ NP    +                          T   T+    +CS    D               G +C D             T ++  +F        RT++IK TQ+ CG+    P  C QY TGI+G F ++N +   D  L++Q Y  CIRQE G C +QYT     +D+++   +++  A   ++C    I I G         +VGA   ++CG  LS
Sbjct:   29 LSLFSVVTFDNVECTGSAS--------KKHGICFTSDECTENGGSADGNCASGFGVCCTFTVSTCGTTVSRNLTYVTNPXXXXIRLQEPVHLQLIESMTVNICQIRLDFDTLVLTEPATGECSSTNTDKLTFTSPSGFVPPGTGGLCGDSLSGDHMYIETGLTGSVGMSFAIGSATGSRTWKIKVTQIECGTSWKAPEDCAQYFTGISGEFQSYNNV--GDQTLQSQNYKYCIRQEAGMCGIQYTSVEMDLDATIDAASQSVDATDADICPITAIRIPG---------VVGAKASEFCGSILS 312
[Close]
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: 114.005 bits (284), Expect = 1.046e-29
Identity = 71/182 (39.01%), Postives = 101/182 (55.49%), Query Frame = 0 
Query:   87 LLTTTTNTQYTVAKCSC-----VYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLN-------TKTQLAMTDNMCIGDYIGIQGSGATCNQNTIVGALRDKYCGLFLSPV 256
            ++ TT   Q T   C       +Y+D+G + +D+A+++F F        R ++IK TQ+PC S + PPNGCLQ+HTG  G F TFNF      HL +Q    CIRQE+G+CC+ Y  C   ++SM+L        TK  +  TD  C  D+I I+GS AT  ++     L+ +YCG  LS V
Sbjct:  164 MMVTTPTGQRTPTICGSNSGQHIYIDVGRMPTDSASIAFQFMGAF---NRMFDIKVTQIPCNSESAPPNGCLQFHTGTAGMFETFNFDGPLQQHLASQTQQVCIRQEDGFCCIDYQVCSD-ENSMTLGNGGIADFTKAGVG-TD--CSEDFIIIEGSSATGQRD-----LQQRYCGGKLSDV 333
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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: 107.842 bits (268), Expect = 1.712e-29
Identity = 50/106 (47.17%), Postives = 73/106 (68.87%), Query Frame = 0 
Query:  104 VYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLN 209
            +YLD+G + +D ATL+F F        R Y++K TQ+PC SRN+PP+ CLQYHTG++G+F TFNF   ++ HL +     CIRQE+G+CC+ Y  C   ++SM+L+
Sbjct:   50 IYLDIGRMTTDXATLNFAFTGV---FNRFYDVKITQIPCNSRNSPPDNCLQYHTGVSGKFETFNF-EGNNQHLASTNQVVCIRQEKGFCCIDYQVCSE-ENSMNLD 150
[Close]
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: 110.923 bits (276), Expect = 5.119e-29
Identity = 74/221 (33.48%), Postives = 101/221 (45.70%), Query Frame = 0 
Query:   33 NGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKCSC------VYLDL----------------------------------GAVCSD-------------TATLSFNFDA-TQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFL--PTDDNHLRNQRYSTCIRQEEGYCCMQYT 197
            +GTCY+++EC+ + G AAG CA+ FGVCC+  V+  G+TI++N +Y R+PGFP   T T  T        C      + LD                                   G +C D                ++FN DA T     R + IK TQ+ C   N PP GC QY TG +G   ++NF     +D HL    YS CIRQEEG+C + Y+
Sbjct:    2 DGTCYSSSECAEKGGRAAGNCAAGFGVCCLFIVDTCGSTISRNNSYFRSPGFPTAFTVTAATACAFTIQRCQSNICSIRLDFENLIXSEPADGACGANNFDKITITSPSGFSPPGPGGLCGDGLSGQHMYVDTTLAGAVTFNVDAGTAAIANRAWNIKVTQIACDDMNRPPQGCTQYFTGPSGSIKSYNFDGGQINDGHL----YSNCIRQEEGFCGIDYS 218
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000001500 (supercontig:LSalAtl2s:LSalAtl2s1258:34385:35961:1 gene:EMLSAG00000001500 transcript:EMLSAT00000001500 description:"maker-LSalAtl2s1258-augustus-gene-0.19")

HSP 1 Score: 108.997 bits (271), Expect = 2.139e-28
Identity = 94/284 (33.10%), Postives = 131/284 (46.13%), Query Frame = 0 
Query:    2 AVLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPK--LLTTTTNTQYTVAKCSCVYLDLGAVCSDTATLSFN----FDATQVDPKRTYEIKATQ------VP--CGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLNTKTQLAMTDNMCIGDYIGIQGSGATCNQ------NTIVGALRDKYCGLFLSPVDGGVANIPI 265
              L +F+++RF N+ C + S+         R G C    EC ++ G A G CA+ FGVCCVLSV   G +I +N TYI+NPGFP   + + TT   Y + +       +  +CS    L FN     +A+  D     E    +      VP  CG  +   NGCLQY+ GI G  T +NF       L+N  Y+ CIR+E G+C + YT     D+S S+N            +G     + S   CN+      +TI     + YCG  LS  DG   N  I
Sbjct:    8 GALGLFNIIRFSNDECETLSSTD----AARRQGXCMRTNECETQRGEADGGCAAGFGVCCVLSVSNCGGSITRNTTYIQNPGFPSKFVRSDTTTCTYNIPR------SMEGICS--IRLDFNTLRIRNASPNDGDCGNEFFTARPGTGAIVPNFCGVLSGQHNGCLQYYFGIAGTITNYNF----GTLLQNTAYNMCIRREIGFCKVLYTV---DDTSKSVNP---------FGLGKSTSSKTSTGLCNEAQLQIPSTISANKDNVYCGDTLSTRDGNDVNAAI 263
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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: 102.449 bits (254), Expect = 8.197e-26
Identity = 77/292 (26.37%), Postives = 106/292 (36.30%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKCS--------------------CVYLDLGAVCS----------------------------------------DTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLNTKTQLAMTDNMCIGDYIGIQGSGATC 235
             S+FSVV+F+N  C   S  ++      RNGTC   +EC+ R G     CAS FGVCC  +++  G+   +NCTYI+NPGFP      T   YT+ +CS                     +  D G VC+                                        D  + S NF   Q    R ++IK TQ+PC + + PP                                        G+CC+QY PC    +S S+      +  D  C  DYI I  +  TC
Sbjct:    1 FSLFSVVQFRNTVCAIGSGASR-----IRNGTCLKQSECADRGGSGRANCASGFGVCCFFAIQTCGSVARENCTYIQNPGFPTPYRVLTPCSYTIQRCSNNVCRLRLDFEMFTTFEPAGTIETDDGGVCNPRWDQFSVQNLNTGNPMNSIIPVICGENTGQHIYIDIGNQDGDSASLNFAFRQEQRDRVWDIKVTQIPCNTIDDPP---------------------------------------AGHCCIQYIPCANEANSFSIGGTNLKSAVDTDCSTDYINIPNASNTC 248
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000009716 (supercontig:LSalAtl2s:LSalAtl2s627:172122:174346:-1 gene:EMLSAG00000009716 transcript:EMLSAT00000009716 description:"maker-LSalAtl2s627-augustus-gene-1.20")

HSP 1 Score: 99.7525 bits (247), Expect = 6.089e-25
Identity = 64/188 (34.04%), Postives = 92/188 (48.94%), Query Frame = 0 
Query:    3 VLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQ-----------------YTVAKCS--------------CVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCG-SRNTPPNGCLQYHTG 158
            ++S+ +VV FQN+AC + S+   N +     GTC++A EC +  G   GTCAS FG CCV ++ A   +I  NCTYI NPG P +     + Q                 +TV   S               +Y+       D  TL+ NFD T ++  R + IK T++ C  + + PP+GCLQY TG
Sbjct:   36 LISLLNVVTFQNSACAAASSTVSNPI----QGTCFSAGECGAMGGRVDGTCASGFGACCVFTLTACTGSIANNCTYIMNPGSPGICRIRLDFQNFVINTPMPDGTCPVEKFTVTSTSRNNIPNFCGTLTNQHMYITTPTGPGDLGTLTINFDTTLMNANRRWNIKVTRIHCSDTLSLPPDGCLQYFTG 219
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000004324 (supercontig:LSalAtl2s:LSalAtl2s227:172946:176787:1 gene:EMLSAG00000004324 transcript:EMLSAT00000004324 description:"maker-LSalAtl2s227-augustus-gene-1.18")

HSP 1 Score: 99.7525 bits (247), Expect = 6.350e-25
Identity = 68/212 (32.08%), Postives = 95/212 (44.81%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKCSC----VYLDL---------GAVCSDT-ATLSFNFDATQVDPKRTYEIKATQVPCGS-----RNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQY 196
              +F++V+F N  C+             R G C+T  EC +RNG   G CAS FGVCCV SV   G+T++QN TYIRNPGFP  L +T    YT+ K S     + LD            VC  + A  +   D   V     +        CG       +  P GC QY T  +G  +++N     +       Y  C+R+  G+C ++Y
Sbjct:   31 FGLFNIVKFDNVECSE------------RMGVCFTTGECENRNGKINGHCASGFGVCCVFSVTDCGSTVSQNVTYIRNPGFPSALRSTQTCSYTINKASPKICQLRLDFERLATAEPTDGVCGKSGAGAAGTGDKVTVTSPTGFNPPGIGGLCGENLNGQHSKAPTGCTQYFTEKSGVISSYN--RAGERMPAGSSYQNCVRRANGFCSIEY 228
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|939232680|ref|XP_014249299.1| (uncharacterized protein LOC106666516 [Cimex lectularius])

HSP 1 Score: 130.568 bits (327), Expect = 1.444e-31
Identity = 93/288 (32.29%), Postives = 131/288 (45.49%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDS--------SMSLNTKTQLAMTDNM-------CIGDYIGI 228
            LS+F+VV+F N+ C         Q +   NGTC T+AECS+R GVA G CA +FGVCC+  +   G T +QNCTY  NPG+P     T + Q T+ K                                                 + +Y+D G   ++  TL+           R +++K  Q+PC S      GCLQY+TG++G+  +FNF PT    L NQ YS C+R E  +C +QYT C   D+        +MS NT +Q   T  +       C GD++ I
Sbjct:   81 LSLFTVVQFGNDGC---------QASTGDNGTCMTSAECSARGGVANGPCAKTFGVCCLF-MSTCGQTTSQNCTYFVNPGYPTAYDGTGSCQLTIQKAHPDVCQYRIDFDQFTLAGPEPVNNVCNNDQFIVSGGNPVPGICGMNNGNHMYIDAGTGVNNPVTLTVVTSGPTF--ARNWKMKICQIPCSSNYRAEEGCLQYYTGVSGQIKSFNFDPTGGLQLSNQDYSACVRIERNFCGIQYTAC--ADNMGNRTHAFTMSGNTMSQNPTTSMIGGLGPTACSGDWVII 354
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|936575516|ref|XP_014219686.1| (uncharacterized protein LOC106647697 [Copidosoma floridanum])

HSP 1 Score: 129.413 bits (324), Expect = 3.054e-31
Identity = 81/253 (32.02%), Postives = 120/253 (47.43%), Query Frame = 0 
Query:    3 VLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAK------------------------------------------------CSCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMS 207
            +LS+F++VRF+NN C  +S           NGTC + AEC+ R G+A+GTCA+ +GVCC++SV    +T + N TY  NP +P     T + Q TV K                                                 + +Y+D+G   ++   LSF    +  +  R++ ++  Q+PC S      GCLQY+TG++G+  +FNF P     L NQ YS CIR E  +C +QY  C  V+S  S
Sbjct:   59 LLSLFTLVRFENNICVGSS---------GENGTCISPAECAQRGGLASGTCANGYGVCCIVSVSCGQSTYDNN-TYFVNPNYPSGFDGTNSCQLTVLKQHPDVCQFRLDFVQFSIRGPENINNLCTYDQFIVSGGNPVSPICGNNNGNHMYIDVGTGPTNPVILSFVTSGSGFE--RSWRVRVAQIPCSSIFRAEEGCLQYYTGVSGQVKSFNFDPIVGLQLSNQDYSICIRMERNFCGIQYMACEDVNSLQS 299
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|766938368|ref|XP_011501685.1| (PREDICTED: uncharacterized protein LOC105365268 [Ceratosolen solmsi marchali])

HSP 1 Score: 130.183 bits (326), Expect = 4.526e-31
Identity = 92/317 (29.02%), Postives = 138/317 (43.53%), Query Frame = 0 
Query:    1 LAVLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKCSC------------------------------------------------VYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDSSMSLNTKTQLAMTDNMCIGDYIGIQGSGATCNQNTIVG---ALRDKYC--GLFLSPVDGGVANIP 264
            + VLS+F++VRF+NN C   S           NGTC + AEC+ R G+++G CAS +GVCC+++V    +T + N TY  NP +P     T + Q T+ K                                                   +Y+D+G   ++  TLSF    +  D  R++ ++  Q+PC S      GC+QY+TG++G+  +FN+ P     L NQ YS CIR E  +C +QY  C   D S   N          M       ++ S  T + NTI G   A+ D+ C     + P  G    +P
Sbjct:  148 VVVLSLFTLVRFENNVCMGVS---------GENGTCISPAECAQRGGLSSGICASGYGVCCIVTVSCGQSTFDNN-TYFVNPSYPSTFDGTDSCQLTIIKSHSDICQFRLDFVQFNVKGPETLNNLCTYDQFIVSGGNPISPICGNNNGNHMYIDVGTGPTNPVTLSFVTSGSGFD--RSWRVRIAQIPCSSIFRAEEGCMQYYTGVSGQIKSFNYDPNIGLQLSNQDYSICIRMERNFCGIQYMTCD--DGSKIANPMANAMSMQQM-------MRSSSFTLSGNTINGQYTAMTDRSCQNDWLMMPCAGNSGRLP 443
[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: 126.716 bits (317), Expect = 3.701e-30
Identity = 78/245 (31.84%), Postives = 114/245 (46.53%), Query Frame = 0 
Query:    3 VLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPC 199
            +LS+F+VV FQN  C ++S           NGTC T+AEC  R GV++G CA  FG+CCV  +   G    +NC+Y  +P FP+    T + Q TV K                                                 + +Y+D G+  ++  TL+F       D  RT+++K  Q+PC S     +GCLQY TG++G+  ++N+ P     L NQ YS CIR E  +C + Y+PC
Sbjct:   64 LLSLFTVVEFQNQGCGASS---------GDNGTCLTSAECEERGGVSSGPCARGFGICCVF-LATCGQDTKENCSYFVSPNFPQSYDGTGSCQLTVHKSHPNICQFRLDFDQFNIAGPEPINNICNNDQFIVSGGNTVPGICGMNNGNHMYIDAGSGITNPVTLTFVTSGPSFD--RTWKVKICQIPCDSVIKAEDGCLQYFTGVSGQIKSYNYDPGAGLQLSNQDYSICIRSERNFCGIHYSPC 296
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|646707559|gb|KDR14260.1| (hypothetical protein L798_10568 [Zootermopsis nevadensis])

HSP 1 Score: 126.331 bits (316), Expect = 5.170e-30
Identity = 83/270 (30.74%), Postives = 125/270 (46.30%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDS------SMSLNTKTQLAMTDN 219
            LS+F++V+FQN  C ++S           NGTC T+AECS R GVA+G CA+ +GVCCV  +   G    +NCTY  N G+P     T + Q T+ K                                                 + +Y+D G    +T  ++ NF  + +   R ++IK  Q+PC +      GCLQY TG++G+  ++N+ P     L  Q YS CIR+E  +C +QY  CP   +      ++S NT+ Q A++ N
Sbjct:   86 LSLFTIVQFQNQGCAASS---------GDNGTCVTSAECSDRGGVASGPCANGYGVCCVF-LATCGQNTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFSIAGPESIDHICNNDQFIVAGGNPTSAICGINTGNHMYIDAGV--GNTNPVTLNFVTSGLSFPRNWKIKICQIPCNTIYRAEEGCLQYFTGVSGQIKSYNYDPAFGLQLSKQDYSICIRKERNFCGIQYAACPDTVNNRTHAFTLSGNTRGQTAVSSN 343
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1330907926|gb|PNF30477.1| (hypothetical protein B7P43_G12146, partial [Cryptotermes secundus])

HSP 1 Score: 124.79 bits (312), Expect = 9.668e-30
Identity = 78/248 (31.45%), Postives = 116/248 (46.77%), Query Frame = 0 
Query:    1 LAVLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCP 200
            ++VLS+F++V+FQN  C ++S           NGTC T+AECS R GVA+G CA+ +GVCCV  +   G +  +NCTY  N G+P     T + Q T+ K                                                 + +Y+D G    +T  ++ NF  +     R +++K  Q+PC +      GCLQY TG++G+  ++N+ P     L  Q YS CIR E  +C +QYT CP
Sbjct:    9 VSVLSLFTIVQFQNQGCAASS---------GDNGTCLTSAECSDRGGVASGPCANGYGVCCVF-LATCGHSTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFNIAGPESVNHMCNNDQFIVAGGNPAPPICGINNGNHMYIDAGI--GNTNPVTLNFVTSGPSFPRNWKVKICQIPCNTIYRAEEGCLQYFTGVSGQIKSYNYDPGAGLQLSKQDYSVCIRMERNFCGIQYTACP 244
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1227995898|ref|XP_021929756.1| (uncharacterized protein LOC110834663 [Zootermopsis nevadensis])

HSP 1 Score: 125.946 bits (315), Expect = 1.225e-29
Identity = 83/270 (30.74%), Postives = 125/270 (46.30%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDS------SMSLNTKTQLAMTDN 219
            LS+F++V+FQN  C ++S           NGTC T+AECS R GVA+G CA+ +GVCCV  +   G    +NCTY  N G+P     T + Q T+ K                                                 + +Y+D G    +T  ++ NF  + +   R ++IK  Q+PC +      GCLQY TG++G+  ++N+ P     L  Q YS CIR+E  +C +QY  CP   +      ++S NT+ Q A++ N
Sbjct:  133 LSLFTIVQFQNQGCAASS---------GDNGTCVTSAECSDRGGVASGPCANGYGVCCVF-LATCGQNTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFSIAGPESIDHICNNDQFIVAGGNPTSAICGINTGNHMYIDAGV--GNTNPVTLNFVTSGLSFPRNWKIKICQIPCNTIYRAEEGCLQYFTGVSGQIKSYNYDPAFGLQLSKQDYSICIRKERNFCGIQYAACPDTVNNRTHAFTLSGNTRGQTAVSSN 390
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1339045271|ref|XP_023710755.1| (uncharacterized protein LOC111866229 [Cryptotermes secundus])

HSP 1 Score: 125.176 bits (313), Expect = 1.884e-29
Identity = 88/286 (30.77%), Postives = 130/286 (45.45%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDS------SMSLNTKTQLAMTD-------NMCIGDYIGI 228
            LS+F++V+FQN  C ++S           NGTC T+AECS R GVA+G CA+ +GVCCV  +   G +  +NCTY  N G+P     T + Q T+ K                                                 + +Y+D G    +T  ++ NF  +     R +++K  Q+PC +      GCLQY TG++G+  ++N+ P     L  Q YS CIR E  +C +QYT CP   +      S+S NT+ Q A++        N C  D+I I
Sbjct:   95 LSLFTIVQFQNQGCAASS---------GDNGTCLTSAECSDRGGVASGPCANGYGVCCVF-LATCGQSTKENCTYFVNQGYPGPYDGTGSCQLTINKAHPDICQFRLDFDQFNIAGPEPVDHMCNSDQFIVAGGNPAPAICGINNGNHMYIDAGV--GNTNPVTLNFVTSGPSFPRNWKVKICQIPCNTIYRAEEGCLQYFTGVSGQIKSYNYDPGAGLQLSKQDYSVCIRMERNFCGIQYTACPDTVNNRTHAFSLSGNTQGQNAVSSSTGTLGPNSCNTDWIII 368
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325319228|ref|XP_023341394.1| (uncharacterized protein LOC111711301 [Eurytemora affinis])

HSP 1 Score: 124.79 bits (312), Expect = 3.542e-29
Identity = 90/317 (28.39%), Postives = 144/317 (45.43%), Query Frame = 0 
Query:    4 LSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKCSC------------------------------------------------VYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPCPGVDS-------------SMSLNTKTQLAMTDNMCIGDYIGIQGSGATCNQNTIVGAL---RDKYCGLFLSPV 256
            LS+F++V F+N+AC ST            NGTCY++ EC+S+ G +AGTCAS FGVCC+ +    G+T N N TY +N G+P    +  + Q T+ KC+                                                 +Y+D+G   S  + +      +    +R++ +K TQ+ C S +   +GC+QY TG+ G+F++FNF       L N  Y+ CIR E  +C +QY+ C    +             S++  T T  ++  N C+ D+I I  +  T +  T  G+     D+ CG+  + V
Sbjct:  136 LSLFTIVSFKNDACVSTG---------GTNGTCYSSNECTSKGGASAGTCASGFGVCCLFTATCGGST-NVNGTYFQNSGYPSTFNSVGSCQLTINKCASDVCQLRLDILSMTLSGPETTDNQCQGDQFIVSGGSPLPAICGVNTGQHMYVDMGL--SSNSPIVLTVVTSGASFQRSFSVKVTQIECSSLSKASDGCVQYFTGVNGQFSSFNFNAGSGLQLSNTDYTVCIRMERNFCGIQYSACIVSTATGTAITTTTPRAFSITGGTPTVGSVVGNSCLTDWITIPCATNTNDPTTQSGSPVVCVDRICGMVFNSV 440
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|972177874|ref|XP_015190998.1| (PREDICTED: uncharacterized protein LOC107074261 [Polistes dominula])

HSP 1 Score: 123.635 bits (309), Expect = 5.094e-29
Identity = 89/291 (30.58%), Postives = 134/291 (46.05%), Query Frame = 0 
Query:    3 VLSIFSVVRFQNNACTSTSTFTKNQVTVSRNGTCYTAAECSSRNGVAAGTCASSFGVCCVLSVEASGTTINQNCTYIRNPGFPKLLTTTTNTQYTVAKC------------------------------------------------SCVYLDLGAVCSDTATLSFNFDATQVDPKRTYEIKATQVPCGSRNTPPNGCLQYHTGITGRFTTFNFLPTDDNHLRNQRYSTCIRQEEGYCCMQYTPC----------PGVDS-----SMSLNTK-TQLA-MTDNMCIGDYIGI 228
            +  +F+VV+F NN C  ++           NGTC +A ECS R G+++G CA+ +GVCC++ V + G TIN N TY  NP +P     T + Q T+ K                                                 + +Y+D G   ++  TL+F          R+++++ +Q+ C +      GCLQY TG++G+  +FNF PT    L NQ YS CIR E+ +C +QY PC          PG  S     +++ NT+ TQ+A MT   C  DY+ I
Sbjct:   71 LFPLFTVVKFDNNVCAGSN---------GENGTCISATECSQRAGISSGICANGYGVCCIVMV-SCGQTINDNNTYFVNPNYPSTFDGTESCQLTLLKSNPDVCQFRLDFVQFMIRGPETTNNLCTYDQFIVSGGNPVPTICGTNNGNHMYIDAGVGQTNPITLTFVTSGNSF--PRSWKVRISQIRCSTIYRAEEGCLQYFTGVSGQIKSFNFDPTTGLQLSNQDYSICIRMEKNFCGIQYMPCSDEGIMVTSGPGQMSRNNAFTLTGNTQGTQIASMTGAACQTDYLMI 349
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
EMLSAG000000129154.138e-4535.11supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1... [more]
EMLSAG000000014987.743e-4131.85supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 ... [more]
EMLSAG000000000674.054e-3329.70supercontig:LSalAtl2s:LSalAtl2s100:474667:476504:1... [more]
EMLSAG000000119091.046e-2939.01supercontig:LSalAtl2s:LSalAtl2s83:645541:647862:1 ... [more]
EMLSAG000000075381.712e-2947.17supercontig:LSalAtl2s:LSalAtl2s434:421036:426698:-... [more]
EMLSAG000000051675.119e-2933.48supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 ... [more]
EMLSAG000000015002.139e-2833.10supercontig:LSalAtl2s:LSalAtl2s1258:34385:35961:1 ... [more]
EMLSAG000000018708.197e-2626.37supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1... [more]
EMLSAG000000097166.089e-2534.04supercontig:LSalAtl2s:LSalAtl2s627:172122:174346:-... [more]
EMLSAG000000043246.350e-2532.08supercontig:LSalAtl2s:LSalAtl2s227:172946:176787:1... [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|939232680|ref|XP_014249299.1|1.444e-3132.29uncharacterized protein LOC106666516 [Cimex lectul... [more]
gi|936575516|ref|XP_014219686.1|3.054e-3132.02uncharacterized protein LOC106647697 [Copidosoma f... [more]
gi|766938368|ref|XP_011501685.1|4.526e-3129.02PREDICTED: uncharacterized protein LOC105365268 [C... [more]
gi|242023955|ref|XP_002432396.1|3.701e-3031.84conserved hypothetical protein [Pediculus humanus ... [more]
gi|646707559|gb|KDR14260.1|5.170e-3030.74hypothetical protein L798_10568 [Zootermopsis neva... [more]
gi|1330907926|gb|PNF30477.1|9.668e-3031.45hypothetical protein B7P43_G12146, partial [Crypto... [more]
gi|1227995898|ref|XP_021929756.1|1.225e-2930.74uncharacterized protein LOC110834663 [Zootermopsis... [more]
gi|1339045271|ref|XP_023710755.1|1.884e-2930.77uncharacterized protein LOC111866229 [Cryptotermes... [more]
gi|1325319228|ref|XP_023341394.1|3.542e-2928.39uncharacterized protein LOC111711301 [Eurytemora a... [more]
gi|972177874|ref|XP_015190998.1|5.094e-2930.58PREDICTED: uncharacterized protein LOC107074261 [P... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold20_size707684supercontigscaffold20_size707684:138338..174260 +
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-scaffold20_size707684-snap-gene-1.9-mRNA-1maker-scaffold20_size707684-snap-gene-1.9-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold20_size707684:138338..174260+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold20_size707684-snap-gene-1.9 ID=maker-scaffold20_size707684-snap-gene-1.9|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=35923bp|location=Sequence derived from alignment at scaffold20_size707684:138338..174260+ (Tigriopus kingsejongensis)
ACATTCGTTACGTGGCATTGTGACCGGGTGTCCAAAGGCGATGATGATGA
TGGTGACGAGGACTTGGCTGGTGAGACAGACGCAAAGAGGCTCGTTGCTG
GATGGAAATCATGGAATTGGGGAAAAGGAGGAGGAGAGAGAGTAGGAAGT
CTGATTTTTTCGGGGAACGGTGATTTACTCATTGAGAGTGCATCCAAATG
AGGGAGGACGACTCACATCGTGAATTGAATGTAGTTGATCAATTTGGAGA
CCACTGTGTGCCCTGTCAGGAGACAAACTGTCTCCAAAATGGCAGGCGAC
AGCCTTCTACCCACAGCCATGAGTCAACTGGAACGTTCAAAGAGACCAAA
GCCTTGAATGATTTGACTCAAACTGCTTGTCTGACACAAGTGTGGTTATG
GTATAGAGTTGATGAATTCTGAGCTTAATTACCGTAAGTATTATGTTCAT
TAATAAAATGGGCTTGGAAGAAGCTGTGAAAAAGCATGAGGTATGAAAAC
TGGATTTGCAAATTGGAACGTAAAAAAACTTGAATCAACCATTCCACGTT
TTCGTCAATATGTGGACCGAACACAAAATTGAAATGCCTGCACGTTTCCA
AGAAAAATTTGGTTTTTTTTTAAATTTAAAGGTTTCCAGGGAAGATAGTA
AATATCCTTGCTCTTTAAAGGCTCATGAGAACATATATTTTTTTCCTTTT
CCGACATTTTCCCCAACTTGAATTTTGGTGATGTGTGCCCCAATAACATC
AAAGATAACGCACATTTCCCGTAACTTTACTTACTCCATGTTCACTGGAC
TTTTTCCCCTACCAATTTTATTTAATTTGTTCCAATGCCTGGCTTTGAAG
TTGTATGTGTAATTGTGAATACTCAAATTATTCCATAACTGCAGGCTTCG
TCAGCCATCAGTAAAATGAGCAGCCAACAGTTCATATAAGAAACTAGTGA
CCAAGGGCAAAATGCAGTAGAGCCCAAAAATTATTTTAGTCCCACAAATT
TCAAACATTTTGTGCTTGGTGCATATCTAGGTGGTTGAAGCTAGAGTCCC
GTAATACGCACAGATAGCCTGGCTAATGGACCAACGAACCTAGTGCGGTA
GATGTTGCAACACTGAGTGGTTAAACTTATCAACCAATCATGCTACCAAT
ACTGTATCATTATTCAAAAGAACTGACAAAATGCTTGTTGCCCATTTTGG
TGGCATTGAGGTGTTACAGTCAACTTGGTCATTGTGTGGCATTATCCGAA
TGAGAATGAAAGTGTGTTACAAAACAAAGCTGTCAGGTTGCCTTTGTAAA
GGATCTCTAGTTGAAGCCGCCATCAAAGTTTTCAGAGCGGGAAGACCGTT
CAACCACGTTGACTGCAATACTCCTAATAATGTAGAATCCGGTCGCATTT
CCGGGAATATGTTCTGTGTCAATATTTTTTGACATAGATAAAGGATTGGA
CCAAGTTTGGTTGCTTCCAAAATGTACCTTTGTTTGGACCGCTTCGAACT
CTTGGCATTTGAATGTTGATTGTCCTGCCGGTAAGGCATTTGGTGTATAG
ACTGTGTGTAAAATTCTCATCCAGTGGATTGTGAGGAATGTTGGTTTGAT
TTCGGCCACATCCCCTGACATTTTGGGAGCCATTCTGATGTGGAGGGCCG
AAACTGGTGTGATACGGATTTATTTGGTGGACTTCAAGTTGGCGTTAGTT
CACGGTGAATTGGTGGACACCAAATTTGGCCGTGGGCAGAGAGGCTAAGC
AAACTCTTTCTTATTTTCATTTTGAAATTCGCTTTGCCTCGAAAACTGGG
TGGTAATTTATTATTATTTAGAGCTGGCGAGTCCAGCTACTAAATTGAAC
GTTATGAGGGTTTCATATTTGAAAAGAATAATTTTCAGATTATTTTCAAA
TCGTAGAAAATGGCGGGCGAAGAGAGAGAAAGAAAATTCAATTTGTCCTT
CTTTTATTCAACTCGAAACTATTTAATGTCAAAGTGTCCGTCAAATGAGT
TCAATTGGACACCCCTCCTCTGAAAAGAAGAGGCGTAGCATGATACGCCC
ACTTAATGGCAGGCTAAGTGATATAAATACTCAATATGTTATTCTCTGCT
CTTTTGATTTCCAAACCATTCACCCTCGCTCGATTCTGGGAACCAAATGG
TTTTGTCCCCCACCAAAAACGGGCACAGGGTGGTCCAAATGCATCGACGC
CATTGATTATCCCTAGCGAGAGGTGGAATTTCTCAGTTTTCCCGATGAAG
TGAGAAATCTGCATATTTTCACCATTATTTCACATCGGGGGTTGGCGTGT
TGCTTGTCATATTGATTGTCAAAGGAAAATATATCAATTTCATCCCCAAA
AAGCAATTTGAATGGTTCCAAATCAGGGTGGCTATCTTTATCAATGGGAT
ATCTAAACCCAAATACACTCGTCTCACACTAAGTCGTCTAAGGCCCTTAT
TGTTAGCTTGGGTCAAATTCTACCTGCCCAATCAGGGATTTGGTCTTCTC
TTAATGTAGATGTATGGCAATCTGGCACAATCCATCGCTTATAATCCAGC
TTTCTTGCCTTGAACTGACCTTGTTTGAGTTGATCTAGATATCTATCCAG
CTGGGATTCAAATTTCTGTGCATATTCATACTCATATTCTCGACCTCCTT
TGCTTTGCGTATAATTTTGAAAGCAATTGTCCTTTGACAGGATCGATGGT
GAGGAACCCAAAATTTGCATTTATGACAGCATTTCCACACAAGAACAACA
ATGAACATACATGAGCACACTAAATACAAGTCACTTCTAAGCTATGAGTA
GTTACTCAGAGCGGAAAGCACGGTTTAAAAGTCAACAACTCACTCAGTCG
AAATCAGTTTTGGTGTGTTACGGAATTAGCCTACATAGATACACCGTTCA
GTTAAGTGTTTACTGTATACCTATTATTGTATGCCATAATTGTTTGAAAA
CTTGGATCATGCCAGCATAGGCAAACTGCAGTCCATTTACATTAGGAATT
GGGGAACACAAAGTGGATTTCAGCAAGCATTTCAACACCTCTGTCGAGAA
TTATTCCTTCATCATGATCGTGTAAAAAGGGAATAGTTTTTGAATCAATA
ACAGGTTATTTATGATTTACCAAAAAAACACCTTTCGACCATAGTTTGTC
AAAGTTCATATAATCGGTTCATATTGTGAGTTCCTTTTTAACTGTTCGTT
GTTTAGGCAATAAAGCTATTTTTCATTGCGATTAAGAAAAATCTTTAAAA
ACAAACTGTTTGATAAAAACATGTCATATTGAGATTATACACGAGTGACG
ATCCAATACACTCCATAGGATTTGTTTGTAACTAAAATGGGAATTGAGTC
AGCCTAACACTCGATTAAATACCTGAATTTAGCATTAACAAAATCTGCAA
AAAGATAATCATTATGTCAACGATCAAGAACAAAGAAAGTTTTCAAGAAT
TGATATTTTTGCCGAAATTCCGGCGTTTTTTATTTATTTCTTTTTTTGTC
AAAATGGCTATCGGACCTCGCTAGGGACTATTCTTATGAAAATATTTTTG
GGTGTTTGGAAAGTTCAGCCAAGAAATTTCTAATATATATTATTATTAGA
GAAATTGTCCGCCAGGATTTGGAAACATTAAGCAAATAATAGCCGTTATA
TAACACCACTAGTTGCCGTGAACTGGGAAAACTGGCATTCGAACCTCAGC
CATTAAGCAACATTTGCATATTTCAATTGTCAGCGCTCGCTGACAATGTT
TCAAAACCTTATGGATAATTCTTTCCGACTCTGATCTTGCTCTATGTAGG
TGGCCCAAACCCTGTTAATCTAATCAGGGGCAGCCTCTGTCCCAGCTCAT
GACCTCATCCTCGAAAAGACTCTCATGGGGCAGAATCCTCAGCTAGGTAC
TTGAAAGAGTGTATTGTAGGACCTAGGTAAGATGGGTATTTCCCATGTCC
AAGTATGGATCCCTGTATACGTAGTTACTTGTCCCCAGTTGAGAGTGACA
TGAGCCCAATTCAACTTCAGTCTGGGATAGAGCCATAAAACGCGATGTTT
CCCATAAATGCGGATGGTGTGGCTGTCTGGCTTGGCCACGCTCGGGATTA
CGGTTATGGGGTAAGAGTGTGAACGATTTATCAAGTTATGTCAATATAGC
ACATCAGTAGTATTGCGTATTGATGGTTGCGCTTCTTCCATATGGTCTGC
ACATGCATGCATATATGTATGCATAAAGCTGTGAATGAAAAGATGCTAAT
TCGCGTCCCAGGTCCAAGTGTGAATAATGATTGCAATCAATGGTTGAACC
CGCCCTGTGACAACTCCTAATGAACGACGACTCAACAACTACCGATTTGT
AGCAGCTCCCTTCACAAAGATCGCTCATTTGTCAACTTGGCCTTTGGGTG
ACTTGAAAAATGGATCAATGTTTTTGTGAAGCTGAGAATTTCCGTGGCAT
GGACAATGGTGATTCTCACTATTCATACATTGGTGTGGTCCCCGAAAGTG
ATTGAGAATGAGCTTGGATCCATAAATCCCATTGATATTTGGAACGGGCG
CAGCAGAAAATGGTGTTCTTTCCGTCGGATATAACCCAATTCTGAGTTTT
TTTGAGACGTCGAGAGGCAAATTTAATTTTCCTCTTCCATTTATACTCTC
TCTCTCTCTCTCCGTTTTACTCTCGGAATCGGGGAAATTTTCGTCAAGAA
ATATGCTTGAATTCAAGCCCACATTCCAATGTCGGCCATAAAACCCGATA
TGGTATAAATCAACGGTCTCCAAATTTTAGTGAACTGACACACACTTAGC
ACCAAGATATTTTTGTCTGTTTGTCCAATAAAAACACAAACATTTGTCCC
AGTCATTTCAAGCCCTTATCAAACCTTGAAATGTTCATTTAATCCGTCTC
TGCTGAAGCAGTGTTATCTGAGCACTTGGCTCATAAACTGTAGGCCTGAT
CGCTACTTCTTTAATTTTTAAGCACGACTGTGAGCTTGTGTTTTTGGAAG
ACCTTAATCATATGTGCCCAGTTTGAAAATATCTGACAAGGACCTTATCG
GCCAGGACTACTGAATGAATTAGACTCATTTCAGGCTAACTTTTGAAAGA
GCTGGCCAATTGACCTTTTATAATAACACACAAAATTACACTATTTTTGG
AGAGTTAGTTGCATCTGTACCTTTGAAGAAGCAAGACAATATTTAAAAAC
AAACACTCCACAAAAAAGTGTTTCTCGGTTATGGATGGTATGGCTCCAAG
CCCGATATATTTGCTCCAATTCTAAGGCACAACGTTGTCAAGTTAGACAA
TACAATACTGAGCATTAAATGAGAATAAGTTAGAAACGATGAATATGTAA
AAACCCTGGTGAAAAATGATATATTTTAAATACTGTCATACGTAGGTATA
AGTAGCTTGGCCAAAGAGCAGATTTCTGATGTGTACTGTATGGTCCTTCT
AATGCCTGAATAGAGTACCATTAAGACCACAGTAACCAGTAGCAACTATT
TTGTAATGTTTAGGGGTTAATAATTATCCTCTGATTGCCTTGACTATCGA
AAGTGCGAATGAAAGTGCAAAGTTTAATTGTCTAAATTGCCGTCTTGTTG
ATCCATAGTAGTTGTTGAAAAAATTGGGGTCCGACTTACTTATTTGTATT
TTCTACTAATTTTCCGCCATTGCTTTTCAAATCAAGATTTATGTTCCGAA
AGTGTTTATTGTAAAAGGCTAAGCCGATGGTATCCACAACACTACTGTTC
ATTCCACATGGGATATTAAAATGGTCCAGACACAACTATTGACCTTATAA
TTAGAACTCAGCATCTATAAAAAAAACATCCCAGATGGTTAATGTGATAT
AGAACAATGATTTTACCTGGTTTCTTATAACTAGAAAGTGTATGAGAGAG
AAGCACACGCATTAAAACTAACGAAAGCTTTATTGCATCGTGATATAGTA
TCCTTAGTTTGTGAACCTCTTTTGTTTAAGCATTAAAAGATTATGCTTAG
TTGTGCTAATCATATTTCATGGCCTCGTGGACAAAAACAGATGGCCTCCA
ATGAGCTCAGCACACCGCCCAGGTTCAGAGCTCTCTCCTCCCCATGGCAC
GAGAATTTGGGCTATGGCTTCGGAATTGGTTGAGCCTAGCCAGTTGGCTG
TCTTTATTGCTTAATTCAATTCTTTGTTGTTGTCATTTCTTATTGGTTTG
GATTTGCATATTGAAGTTTTCTCCTACTTCCGCCCCTTTCCTGCCTTTCA
TCCATCCATCCACCCTCCCAACAACAGTGAAGAGCTCTGTTTGGCTCACA
TCAAGTTATCTCAGTGTTTTCTCAGCAGGGCTGACAAGTCAAACCCAGAA
ATCATCGCTCTGTATCATGTGAGGTTGGTGAGTTTGAGGTGAAAAACACC
GGAGTAATGAATACGGAGTAATGGCAATGAGGTTGGGATTTAGTCACAAA
CACACGATTGAAGGTGTTTTTTGCCTCAAAGGGTCCATTTAAAACAATTG
GGAGGGCAAAAAGGGCTCTCAGGATGCTGAATGCTGATGAATATTGAGGC
TCCTTGGCTACTGAGTAATGGCCAGAGTTCACAAGGTCCCAGAGTCCCTG
GCTGCTCATAAATTGGGATTTATTTAGTGGTTAACGAACTTGCGAGTCTC
TGCTCTTGAATACAATATTGCTAATTTTCCTTTCATCCTTTGACGGAGGC
AAATCTCTTTAAATGAATTATAGACCTATTCCCCATGACGGAGGACAATA
AAAATGCTAATTAATGAACTCTTAGGGCGACATTATTACGTTCCAATCCC
ATTGAAATGACTGAAGATTGCGCAGAGCTTCTGAATCCATTCACAAGACT
TGATGCTCAAGATGAAAACCGAAATTATGCATGATTTGTGACAAGATAGC
CCAATTTGGGCCCATCGTTTATCAGCAAAATGGTGCTGACCAAGACACTC
GAGAAGGGCCATAAATATTGACCGCTCATTAGAGAGAGAGCCAATTCCTG
GGCATTAAAAGCTTCTTCGGGGTTACCTTTAATGGGCATAATTTATACGC
TTTTCACAACCTTAGAGGTCAAGACAAGTGAAAAAACATGATTTATTTCA
ATATCGACTGCGCCTTGGAAAGGACCCAAATACATGAAGGGCCCTTATCC
AGCCAGCAAAAAAATCCAAATCTTTCTACGTAGTGGCAAAACGTAAGAAC
AATCAGTTACCAATGCTTAAGTAGGCATGCAGTGAAAGAGAACGAAAAAT
CTCGGCTATTCAAGTACCGTGTAGTTTTGTTCTTGCTCATGCCCTGTATT
TTGTTTCACTTACTGTGTTTCTTTTCCCTACACAAATCGTTGCGAGCCTT
TGTATTTGTACAATCTAATTTTGTGCAGTTTTGTGTTTAAGAGGTGCTAT
ACTACAGTTCAGTTGGGTTACTTTTTTCTGGTTCCAGAAGCCTTAAATGC
CACGATATCAAAAGTGGGCATCATAAATTTGATAAACGTTGAAAGCATTC
ATTACCCTCTTAAATGTTATGCCACTTATTACTGATAATGTTGCTGCAGC
ATACTCATTGCCGGAGTTTTGAGGACCAAATCCTTATTACTTTCTGATCC
CCTGAACAATGTCATCTCCTTTTGAATGTGCCTACGGATAGACTACTTTA
AAGCGGTATGAGCCAAAAGTGTCACTACCTTTTTCACACTCTCAGTAAAT
AAGGTGTCGTTACCGAAAAATATTCTTGAATAGCAACCTGTGGCTAGCTC
AAAATGCATTCAATTAATCGCCATCGAACCAAGTAGTATGCAAAACAATT
TGCGTTCTTAGCATCTATCATCTTTGAAGTTGTTATTCTTTTGTGCTGGA
TAATTGTCGATACATTTGGCCTTTTTCAGCCCATACGTTGTGTTGATAAG
AACACAGAGCGTGCTACATTTGGAGACCAACATTCAAAAGCTGAGTCTAA
ATAGTGATGGAATAATAGTGTCGATATAGGTTCCTCCGTGTCACTGCTCT
TGGAACGAGTGTCCATAGGGGTGAAGGATTTTGCTCTAGACTGAAAGATG
AATCTCTTTTCAGAGGGTAAAAAGTCCTCGGTTTGGCACCACACGCTTCC
CCCATTCATCTGCATTGGCGATCCATTCAAAATTCATACTGTCCAATGGC
ATTGGCAATCTGGCAATCTGTCTTGTTATCAAGGGACCATTTCAAAACAT
GCAATGCTCATTAACAGTTGCTTTTTGCTCAGATTTATCTCTTCCAACCA
ATCAAGCCATTGTGCATCACTTTTTTCTCCATTACCACTGACATTTATAT
GCCAGCTCGACCGGGCAGGAGGGGCCATTGTCGCCCCAACGATCCGACCA
ACTCAAAAACCATTAAAATTGGGGTTTGTTATTTAAAGTGAGGGATGTAA
ATATAACTGGCTCCCTTCGCCTCCTCGCACTCTTACCCTCTCTGGTCACA
GACCATTAAGCTGACACCGCCAGAGACCGCAAGGGGCAGAGAGAGAGAGA
AAGAGAGAGAGAGAGAGAGAGAGAGAGTCTGGTCTTTGAATTGAACTGCA
TTATTCCAAGCTCAGCCAACGTTGGGCTAACTGGATGGAAATCAGTGGTT
CCACACAGGACGACAAACAGTGTGTGTGCGTGTGTTCCAACCCTCTTTTC
AGTCTAATCAAATTGTTTGAATATTGGATTTTACTCTCGGATGGGCTGAT
GCTTTGGCATGGATCCGAGAGAGACCCCAGGACAAGTGGTGTCCCTTGGG
TGGTGTGGATTTTTGAATATCCATGTCACATGGGGAACAATTGTTAATGG
GTGGATTTCATGTTGTTCCACATTTTAGGAGCCAGCCAAGGAACGGCAAA
TACCCCCGAGAATGTCTAAATGATGATGATTCAGAGTCAGTGCATCAGGG
CTCTTTGTGGTTGGGTATTTGCATATCTGTTTTTTATTCATGTGACAGCT
AATCCCATTGGGGAACCACAATCAAATGACCCAATCAATGAACCAATGCA
GAATACTGTACCTTGGGGCAAGTCTGATCCGCACTGTCGCACAAACCAAC
TCCAAGTTGAAATCTTACATCATTGGCCCCAATCATGCAGTATTGACCAC
AATTGAAACCACTGGAGTACTCAAACAGGGTTCGAGACTTGAAACAATGC
TGTAGTTTTGATGGCAAACTTGGACAGTTTGAGTCGAATTTAGTCAGTGC
CAATTGTGGAGGTTATTCACATTGAGTTGTGCTCGTGCTCCAGTCAAATC
AGCAGATGGGTTTTAGTTCTCTTTTGAATGAAAATTAGGCTTTGTACCCA
GCTGCGGAAAAAAATCCTTTGCTTTAGGCGTAAAACATGCGGCTTTGTTC
ACAGATTATGGCCGACTTGTAGTTCCTTAGTATGCGGAGTTAAGCTCGTT
ATCTAGCTCGATCGCCTCCACTTTGATTTCGGATCACAATTATTTGCCCA
TTTGGACTGACATGTGGAAACGTGTGGAACATCTCACTTAAAAGCCGGAG
GATTTGCCCATGTCTTATCATTAACAAATGTGTTAAGCCCAGGTCTTTTC
AGCTTCACACATCGGTACAATTATGGCTTTATTCCCTTTGGTGTGCTCAA
CCAAATATGCACTCGTATTCCCTTAAAAATGTTGAAATCCAGTTTGAGAC
AGCTTTGGTTGAATGCACTTCCCAGAACATGAAAAATAAGAACACTTGTT
TTTTGGGGCTTTAACTAGTGTGTAGTTAGGTTGTTAATTCCTATAGAATA
AATATATTGGAGTCGACATTTGGCCAAAAATACCTGCTCAGGAGTACGAT
TAGTAAGAAAGAATGTGTGATCCCTTAATTCAACTCAGTATTTAAGCGAA
TACTAGTCTTGTTTCATACGTCTCTAACTTCTAAACGTATATTTTTGAGT
TGTTTATGTTTTATCACGTTTACTGTTTGTTTAATTTAATGAGACAACGG
TACTTAATAGGGAATCCACTTGTATTGTTGGATTGTAAATTGCTTAATAC
ACATTTGATAAATGAGATTAGAATACTAATCCTGAGCCATTTACTGTGTC
GCCAATTATGCCCCAATGTTCATGTTACCCCTGAATGCAAACAAGCCATT
TAGTGTAGGTATATACGTCTGCAGTCTCTTCTTAGCAGTTTTAACACGTT
TGGTTCAAGCTCCAAAAATGAATATATGCTAAAGAGGGTTTGGATTTGAG
TGTAGCTATCGAATTCTAGCCATCTGAGAATGTAATCGCAAGTGGTCGAT
TCGAGCCAGTAACTATCCTGACTTGGAACTGGTTTGGAACAAATAAGTCG
TGGTGGAAAAATGTCCTCGAGATAAGGCAATTGACGTTACTTATTTGGGA
CAGCACTTGAGTTGCTCTTAGCCGTAATGTAAGGCTTTGTCAAAGGCTCT
CTTTACCCCCATTGTGAGTGACTTGAATTGCCAGTGCATTTCGAGCTCAA
AACCTGCATTGTGTTCACTCTCTGGGAGACATTTTATGAGCAATGAAGAT
TGAGCAACTGTTCATAATTCTGTCACTGTAAAAAATGAGGGTCCTCAACT
CTCGCGCACCAATTGTGTTGCTTATCTACTTAGCTTACAACGACACTTTA
CTTACCAGTTGACTCAGCAAATGTGTATTGAAACAATCGCCACCAAATCT
AGACTTGACAGATTGGAGAAGCTCAAATATCTCACCGACTTGCTTAGTGG
TTGGTGCTCTCCCTGGAATATTTTTTTATGACTGGCTATTCTTTTCATGT
GAAACCACAGTTGAGTACATAAAATGTCACCTCGTCTTTGTGCTCGGGCT
ATTTGAGGGTGAAGGGCTATTGAACCTAAATTTCTATCCTGATTTAATTT
CAGTTTTTTCTTCACCAAGTAGGCTATTAAAATGGGCTGGTGTTGCCTAC
TTGGAGATGTGAGGTGCCAGCCAGCCAATTTGGCGATACTGACACTCGGT
GTCAGGGTTGGTAGAGTATATATAATCCATCCAATATGTATGCTATTCAT
GCTCGGTATCATGTTAGGTTTGTGGACAGAGAGCGAACAAGCTTGGGACA
TGGCATCCTTTTGATCTTTGGGAGGTCTATAATTCTCGAGTCAACTCAAC
CAATTTGAGTCTTGGGATTAATTCTTGTGTCAATAAAAAAGTGTTAATCT
AGTTAGTGGTAGCATTGTCTATAATCAGTCAGCCAAACAATGGTCGTTGG
AAACGAAAAGTGAATATTAATTTTCCATTTCACAAGTTCCAAACAACAAA
GGTTTAAAAAAAACATGTGCACTGCTTCCCATATGCCCTGTTTCAGCCGA
CATTCGCAGAACAAAACGATTGTTCTTATCAAAGAAAGACATATTTCTGG
GGTTTCAAATCGTTTTCACTGGTGTTTCCCAGTATTTCCGTTAATGCTGA
CCAGTCATTTGAGTGTTAAAACTTATATAGTATTCATGAGAACAAAGATT
TTAATTGAAGCAGTAGGTCACCAGACTCTCTGTGTGATCTGTGTGTTCAA
ATTGTTGGTTTATTAGGACCGAATAATCCACCTTGAAGAACACAACGACT
CTCAATTAGAATCGATCATTGACTGGAATAACCGCCTGCTTGTAATGAGT
GAATATCACGTGAGCTTTGAAGCCTTCTGAATTGGAATCAGCAATCGATA
GAATATGTGTGATCAATTGGTTTATTGTCGAGAATCTTACAACGTCTGCA
CAGTACAGTATACATACGATAGTTTTTGACGCTAGATCTCTAAGTTGATG
ATTGTCCCGAAGCACAGATGCAGCAATAATAGTCGATATTTTTATCTTTT
TAAATGAACTTCTGATGAAATGAAATGATGCAGTCGGACATTGTGTAAGC
AAATTATTAATTCTGCTGTGCAGAAGTAAAATAACACGAGAATATTGGTA
AGACTATGGGTTAAAAACTAGGGTTTCTTGCGAGGTTATCATAGATCTTT
CGTTTAGGGCTGAATGATCGCAATCCATGACGAAAGATCCGCCGATTTGC
ATTGTTTTTCCCAAATGAGTGCAGCAAAGCTGAAAATGACTGTTTCTGGT
AACATTTGTCGAATGTTCTGTTTACCCTCGTTGGAGGTGTTCAAATGGAG
AGAGAATGGAAATAATTAGCCATGGGTGTCTCTTAGCAAAAATCCATCCA
TGTTTGATGGACATTGACAAAATTGCATGACTTCAGAGCACGCATGCGAC
AGTCGTCTTCACTTGACTAACTAACCATGGCAGTGTTTGCATATTGTCAG
TTAACCTCTCCTGGTCCAATCCCAAGGCAAAAAGAGATCAGACTCAGATA
ATTGAAGTGTAAAATCCAAATCCGATTTAGCAACATTTCAGAGAACTCTT
CTCTGCCCTGAGTGTGAGCTTCCTCACTCACCCCTTGGATGGTATGGTTC
AAAGGCATCTGGCCGAAATTAGCAGGCTTATAGCGCAAGCAAGAGGGTCA
CCAAAGTGACAGCATGTGGGATCAGAACCAAAGGGTGTCAATCTCGGACA
TCGAGCCTCTATCTGGAGAGTATTGTCCAAGGAATCAGTTAGCCAATTAG
TCATGGTGGTCCGGGTTGGGCACTGTCTTTACGTGTGAGATTGTCCAAGT
GTTACCTAGTGGGAGACTTAAAGATCATGATGGGTTTATGACCTCACACG
TCTTCCAATGTCTAGACTATATTTTGCTACAAACCCGGACAACACGTCTT
GCACCTTTCATCGACGCAAGGATAAGAAATTGGTTAAAGACCCTCATAAA
ACCCCAGTTTGAAGGCTATATTTTATAGGAGTTCTTCGAGTGCAACTCTG
AGGTGGATTTTAAAATCCAGAGGCTCAAAACTCTTAGGGGTACATTGGCA
ATAATTGATTTTTTACTGGATTGCTGAGTAGGGCTGATTCTCCTTCAAGA
TATAGTTTGCCAAGCGAGCCTCTCAAATCTCTGTAATAACTAATAATGTT
GGATGTCCCAACCGTTAAGAACCATTTTAAGATTTCACCACCCATGACTC
GGACCCCTGACGAATTTGCTGGTCGAATCCATCATTGCGATTGTACTTTG
CAGGTAAAAGCCCCAACCCGGACTACCTATTTCATCATTAATATTCGCGG
GAGTTTTTATTCTCGCAAGATTAATAGCTCTCGCACATGCAGTTGATAGT
AAATTGAACCAATGGACTGGAAAGACGCCCATTCATCGCACCTCTCCCAC
CGGAAATCTAGGTGTTCGCCCTGTCTATTCACTATAGACAGGAAAAGGCT
GGACCCTTGAGGGAGATCAAGCAGAAGAAAATTTCCATCCCCTCAAGGCC
AGATTGGCTGGTTCATGGACTATGGTTCAACCCCTCTCACACTCTCTCCC
TTGTTCACCGGCTGGCCGATTGTTGGCTTGAAAAAAGCTCTGTTGTTGCG
CCAGCACACGATAGATGTCAATCAGAATCAGCTGAAGTTTTGAAAAGCCA
CAAAAAGATCGGAATTAAGCCGTTGAAATTGAAATCCTCTAGCCAGACAG
CAACCGGTTCACCGGGTGCCGACTTGGATGAGCCAGACAGACGCGAGATT
GAGCGACACCTTTCAATGGGGCTTTTTGGGGTTCGGCAAGGGTTTAATTT
GGGATCAGAGAGTGAGAGAGGGAGTGATTCAATCACAATATTTACTCATC
CCGGCATTGGGGAGGAGGACGATGGTGGTCGTGTGATCACATTGGCGAGC
TGGGGACAATCTGAGGCCATATTCCAATTGGATCCCGGAGATTGGATTCG
ATTTATGGGTCATGGCCCATTTCGTCCAAAGGTATTGTTGAACGTAGAGC
ACACAGTCGGCGGCGAGGTGACGACCAAGCCAACTGTCCCCCTCCCAGAT
TCCTGTCAACCCGCCACGGCTTTCAGACACCTTTTCCCAGTCAGATGCGT
TTTTGTCTTTTGTCTCTGGAAGGCTTTTTGGTAAAGGATTGATAATCTAT
GATGCCTGTAACTAATTTAGAACGTCATCATATGTCAAACATTCGTCACA
GAGCAACAATTTCAAGCCATCGTCTGCCAACCCGAGCAGCTGGGGAGACA
GAGTCAAAAACATAAACGGATTCCAATGGTTGCACTTTGGCCGACCACAT
TGGCCAAGGATCCGGCATATCTGGAGTTGTTGATTAGTCATAACCGGTGA
TATGGGTTGGGACGCGCCTCTTTGGGCCACTTTACGTCAGGGTGGCCAAG
TTGGGAAAGTACGGATTGGCCTCAAGACCCAGTGTCGAGAGCTGCAACGA
GTATTTATGGCAATGGGTGTGGGTATTGAAACATCTCACTTAGCCCCCTT
GGAACGGTCTGGGATCGGCTAGATCCCCTCTGAATTTTATGGAGCAATAA
AAATTAGCGAAATTTTCATTCCCTTAAACTTCGAGCATTTTCCGAGCCAA
TCCCAATGATGGTCACTATGTCGAGGCAAAATGGCCCCTCAGATTTCCCG
GCCGCGGAGCTTAACTCAGTTGTTGGGTACAATATACAGTCAGTAAAACG
ACATAAAATTGCCTTAAGAGACCCCTCAACCCGTCTTGCACTCTGTAATT
ATGGCAGTCAAGCCGTTTTCCAGGCCACACTCCTCGGCCGGGCTGCCTCA
GCGCGGCCGTCTGCCCAAGATGCCCAGATATCGATTCAGAGCTCCAAGCT
TCCAAAGCCTACAAATTAAATGGTGTAAAATAAATCATACTCCTCCATAG
AATTAACTCCTTCTTCGCAGCACTCCACACTTGGCCCTCGTCCACTTGGC
CCAGACCTCTTGAAAGCTTGAAAATCTTGACTGACAACCACTTGACCAGG
TTTTCAAATCCAAGTATCCAATACAACTTTCTTATCCTCCCCAATGGTAC
AATGTTTCGGGCCCCAACTCAAAGATCGAGCTATTAATTTTCGAAAAAAA
GTTACCTTGCGAGCGTTGGCCAAGTACATTTTCATCATTCAAGACATGGG
CAAATGATTTTGGGTTGAGAGTGCGGTATTTAGATGTTGGCTCAAATTAT
AAGCACACTTGTTAAGGGCATTCCATCCACCAACATATCACAATCCTTGT
GATTACTCTTTGTGGGCACTGAATGTCGCGTAACTTCGCAAAGATATGCA
GCTTTGCACTCCAAAAGGTCAAATATTTTAGAAACAGCCAATCCACATTT
TTTGAATGCAGTTGTGGATTAGTTAGAGAACGTCACTTTTGCTGGAGACA
AAAAGCAACCGACATCAGGGATGTTATTTCTGGGATTAATTACAACCCCC
AACAGAGATAAAGAATAAGCTGGTACAACATTGAGCCAGGCACTTTCTTT
TTAATTCAAATGCAAATAAAAAGAAATATTTTACCGTGCAAACTCTAAAA
TCATTGGCAAACAACTTCCATCTTAGCTCAACAAGAATTAAGGACTGAAA
ACTGAGAAAAATGCTTCAAGTCCGTTGATGACGGAAATACCAGCTCTTTT
AGTTCATAGTGCAAAACGAATCCACACAATCAAAAATGTTCAACCGTGTA
CCAATATTATAGTATTACAACATGTAACTTGAAAATACGCAAATGTTTGG
ACTCAGATTTGAAACACCAGTTTCCCTTCCTTCACAGACACAACCCACTA
CCAATAATAGTCAAATGATGATAATGCTTCTATAATTTTTAGTATGATAT
CTGGTGTATTTAATCAAGTGCTTTATTATGGTTGATGGACAAATAGTCCC
ACACCAGCTTTGTCTAAGCAGTCATAGGTGTCACCTTGTGTGCGAGGTGC
TGTACATATATTAACTCTCAACTCCCAACAGGATGCATATTAGGAAGCTT
TGTGGCATTGCATTTAGCATTAGATTTGCATCGATTTCTAATCTTTGTCG
AGAATGAATGATGATTTTTTTTAAATTCCGCTTGCCTGAATACTCGCCAT
GTCGTAAAATACACACTTTCCGGGGGGGAAAAGGAGGAGGAGGAGGGGAG
ATGTCATCACTTTTACTGATCTCAATTTCAATTTTGATGTAATCTGTCTT
TATTTGGGTGCTGGAGAGAGAGAGAAAAAAATCCATTTCAGTGATCGATG
CTTTAGATGACACGATTCAGCATTTCCTGTTGTGAAGCTGAAATTTTCTC
TTATGGCGTCGGGATTGGCCGGAATTGTCACCATTTTTACCACCTTTTTC
CGGAGCACCGTTTCCTAAAGTCATACAAATGGCTTCGTGAATCCTTTAAC
TCCCCAACTTTCAACTTTGGATCTGGAATCATGGAGGATCGTCTTCAACA
CTTTGGCTGATGAAAAACGATGCTGGGCGGCCATTTGTTGGGGGATTTTC
CTGCGGGGGTGTTTCATTGTGCACATGCTCATTACCCCATCATTTTTTAC
TTCCAATGGACCCACTGCCAATGGCGATGACCGTGTGCCAATTATGTGTG
GATCATCATTGCCAGTTGTTAGTTATCTCTCATCGAAAGACCAGGGAAGG
TAAAGTAGTGGCGGAGAGGAAATAGTTAGGAGCAGAGTTTGATTCGGGAA
GCAACCAAATTTCCTGTACAGTTTAGAAGGTACTGATCTTCCCTCCCTGT
TCATCAATAGGTCGGGTAGGATAACAATTATGTCTTTGGGACTCAAAATT
ATGGCTTCCTCAATTTCGAAGCAAAGAGAAATCCTTCCACGTGGGGATTG
AAAACCCAAATAACCCCCAAAGAACGCTCGTTCATCAATAGCGAGCTCAG
TCAGTACTGCTTGAAGATGGTTGACTGCAAGTGAATGGATGGTTGTTCAT
GGTTGACCCAGGCAGTTGGGATGAGTGGTTTCCACCTTTGGGGAGGAATG
CTTTAAATTCTCGATAACGAGAATACTTGTGCTCTAATGGTACGATTAAA
TTTATGATTTTCAAGATTCGCCCTGATAGCTCTTGTCAAAGGTTATCAGG
GCTAACAATCAGTATTGGCTGGCATCCATCCCCCATCTTGCTTCAAGTTG
AGCAAAAATTATCGGCTCTGATTTGAGACATTCGATGCTCAAACGAAATT
CCAGAGACATCCCTAATAAATAAAACACTGGGGGAACTATCGTTCTCACT
ACTAACGTACAGCCGTTTGAGGTGAAAGTTGCCCAACTTAAAAAAACATG
CCAAGAAGTGGTCAATTCCACTATCGTTGACATGAAGAGGATAGCCATCG
GGCAAATGTTTGCGTGGTAAAAATTGGCTGAACTACAATTTCGTCAATTT
GTTCAATTTATTCGAATATTGGAAAAAATGGTCTGCAGAAGCAGTAACAT
GCTTTGAGTTCACCACTGATCAGTAGATATTTTTATGCAAACACGGAGCG
TGCAAGCAAAACATATACATGTACATTGTAATGAAAACAGGATATAAATG
AGTGTTGAGGTTATTTGAAGCTTTTAGGGACATATGCCCGTTGTCATTGC
ATTTGGCAAAGTTTCTATCACAATCGGGCAAAATCTCAGCAATGGACTAA
GCCAACCTTAGCTTTGAGTCCAGATTTTTGATTAAATAAAAACTATGGGA
ATACACCCACGAGATACAAGCAGGCAAGTGACAGAGATCACAAGAAAGTG
GTCGACGCAAGAGCCTATCTTGTGTATTTTAAAAGGTTGCATTTTGGTTA
TCAAAGTACAGAAATGAGAGAAAAAGGTAATCACATTCCATTGAAATTGT
CTCGTAGAACCAAGAAAAAAGTACACTTGAGGGAAACATGTACATTTCTA
AAAAAGTAACGCGAAGTGTTTTTACGTACTCTGGCCCAATCATTATCACC
TCCTTCATTAATTAGCTTGCAGTACTTTCAAGGCCTCATTACGAGACTAA
AGTTCAATGTTTTTTTCTTAGACGCCGTTTAGAACCTATTTCTTGAAATA
TGGTCATTGATCTATTTTTTTCCAAAACGGCTCACGGCTAGGGTTATGTT
TGAAGCATATTTTAAGATCAATGTTCATGGGCGAAATGTGTGCATCTTTA
AGTTGATGAAATATTGAAAGTCTGGTCTATGAGCAAGGTTGTATGTGATG
AGGAACATTAAACGAGTTATGCTTATTTAAAGGGTTCGGGCATTTTTTCA
GTGTGCTGCAAGGTTGCAATAATCCGAGAAGACATCCAATGGGGGAAGAG
GAGGAGGAGGAGAAGGAGGCCAGGAAGATTTATATATGATCTATACTCTC
GCATTCTCAATCGATTTATTGACAAGCAGATTAGGGGCATGGGGATGGCA
CAATCTGCCCCGGAATGATGTGGAAATCGTGTTTATTTTCAAGGAAACTC
AACCAGACGACAGAGCATATTCATTGGAGCCGAGCAGCCCAAGCTTCAGC
CATGCTTTGAGGTCAATGTTGATTCTTTGGCTCGGGCAATTGGTGTCTTC
TTCCAACATGGAGGAGTGGAACAAATGCCTTTAATCAAAGTCCTAAGCGA
CCCTAATAATTCAGTCCTTGATGGAAGGAAATCAATCAGAGGGCCTCCCT
TGTGGTTCATGAGCGCCCCCTACTGGGATTTATTACTCTTGTCCATCATC
CCATTTTGACAGCCACCACACAGTGGTGGGTTGTGTGCCTGAGTCATTCC
GAAACCTGCCCAGAAGATGGGAGTGGGAAGCAATTGAGAAACTCGGGGTT
GGAAGTTGCAAACTGTCGCGTCGACTTTGATTTATTCGCTTCACACCTTG
ATGAATATGTGTGAAGGACGACGACACCAGCTTCCATTTGTCTCCAATGC
CGAACAACAGCAGTATTGATGTCAGATCGGCTTGATAAATATTTTCCGCT
CTGCTACAAATCTGAGTGGATGGCGAGGGAGAGAGAGACGAGAAAACAAA
GAGGGGAGCAATATATTGCCATCTTTTTCTATAAAGATGTCAGCATTTGT
CAAAATACTTTTGAGCCCCTCCACAATTAACGATCTTACAGCAGGATGCG
TCCATTCAGAGTCAAACAGCCAAAGGTGTACATTATGCAATTGATATTAA
TGACGTTCTCCTCTCATAAAACGAGGGAAAATGACTTCAGTCAAGCATGC
CCTAATTTGGAGCTTTTTTCACTGCATACCTGCAACCCTCTATTATGCCC
GACCAGCCCCGAGCACCGGAATATCCGTAATGCACAGAATAAACTACTAT
AAAGACCATGCTTGAATACCTCAACGCAACCTCCACCACCGAGCCAATGG
TCACGCTTTAAGCTACCCTGAACTTGCGCACATAGAGTATTCAAATGGAA
ATGAATGAAAATCCGCTCCAACCGCCAAGATCACGCTAAATCAGGGCTAA
ATACATCCACACCAATGGGGATCAGTCCATCAAAATGTATCCAGAGACTG
ATTGGCTGGTTCACGATAAACAATGACAATTGCCTCTCATGTGGACTCAA
TCCAAAATGGCGGTCTCTGTTCCATGTCTCGCTTGATTTTTTACGGAAGG
TACAAATGTGTGTTATACACTGTACGTGCAATTATGCCATTTCCTTCATC
AAGACTATGATCAAATGGGACAACAGTATGATATTTTCACTGTTCTCAAG
TAGTATTTTAACATATCAAACCACAAACATGGACGATGCTGACACAATTT
TGACCTTTTTGGGGCTTTTTTAACAGAATGAATTTTCCAACAGAAGTCAA
AGTTTGATCTAGGTATATTCCCCAATATACTTCGCATACATGTACAGCTC
GCAATACAAGCTTTAAATTGATTTCGATTGATTAACCTATTCAAAAGAGA
AGGTGACAAATTGTATTTAGAATCGGACACAGGCGATTTTGCTGGCCAAG
TATGGCACAATTTCTTGTCTAGGGACGAAAAAACGGAAACCAGCTCAAAA
CAGGGTCGCCATCTAGTCCGTGCTTGACAATCATCGTTTATTTGCAAATA
TGTTCGATGCTGTTAACATAGCATATTGGTGCCAATAAAGATGAAAATCC
GGCCAAAATGGACTGCTTTGTTTTGCTCAAACTTCAGCTGCCGATTAACA
AAAGATAAACTTGCCACTCGGGAAATAATCTTTAAATGACTATTGCATAA
GCTAGTTTCCCATTTCCTGTCTGCTTAAAGTGTCTTTTTGGGTGTGCCTA
AACAAGAAATATACTAGATTAAACGATGATATTGCACTCTTTATTTAGTT
GATTATGGCAGTGTTAGGGTGTGTGTAATCGTTTATTTCCTACATATTTA
AATACGTTTATGCCCGGGAGTCAACACTTAGCAAACAAATGCTAGTCCCC
AGTGTTTGGGCCACTTATAAAAATATACACATCAAGTAGTAAGGCAAAAC
AGCGATACAGGAAACAACTATACTGAAAACTGCACCAAACAACAGCTACA
GAATAATGGAAAAACCTAATTATATTATAAAGGTATTTTATTAGCAATTC
CAAGAGGCAAACATAAAAAGGAACCTCGATTAATACGAATTTAGTCTGAA
TGCACCCATAGAGATCTAATTTCAGTAATTGACAGTTGAGACAATTACAT
GTTTAATGTTTGTCATTTCTACCCCTACATCTGGTTTGAATTGAGCAGAC
CTGTAAGTACAGTATTATGCAATTCAATGGAGTGGCAGCAGGTGACGATG
AGGCCATGGTTACCTGTGATGGAGCTACTAAAGATAGACGGACAACCTGA
AACTTGAAAGTTGTTTGCATCTGCTAATGGGCACACTTACCAAGAATGCT
AGTCCGTAGTGTTTGGGCCATTTATATTTGGGTATGGGTATGATCGAATG
GTATTGGTAGGAAGGAATGCGACTTCACGCATACCCCCAATGTTATCCAA
TCGTGGAAATGACCGGGTTAGAATTGACGGGCTAGAAATGCTTTGGCTTC
CAACCAAAAATCGCTTCCTCACCCAACCCAAACGAGCATGAGGTTGATCC
TTTCCTGTTCAGTACTTGCTGAGTTAGCTTGAGCTAGACATGGACACTTT
GGTCGGACTTCCTTGGCATATATTCGGGGAAGAGGACGTTTTTAATAAGT
CTTTGGGACTATTCGCCGAGTACGCCTTTCAATGGGTCACGTGTTCATCT
GATGAGAGGCGAACGAGTTGATCGGACGTACAAATTAGCTTTTCTCGATG
TCATAAAGGTTGACCTTGGTGGGTTCAACAAGCCACAAGAAAAGTAAATA
ATTTCCTGTCTAACCTTTCGCCATGCGTGGTGTACACTTCCAATTGGTCT
TGTACTGGAGATTGCACCACAATCTATTGGTTGGAAGAAGCCCTATGGTC
GTAAAATGGCACAACCAAAGCTTCTCTGTCGTCTGAGCATGACCAATGCC
CTCACCGACCAGGTTATTACCGCAAAATTGTGTTTCTCTTCAGGGACAAT
GAGAAAAACTTTCAGAAAAAGCATGGAAAACGCATATTTTGATATTTCAT
ACATTTATTATGCTGACATTTGCTCGCCCCTCACGCAACAACCACGGTTC
TCCATTCTGACTGAATGAAGCACATTCATACAGGGTGGGGACTAAGTTTG
GGGACACTGTGCACACTAGTGAGGTAACTGAAATGCATTGGATCTAATTC
ACCGTTCATTGACAATAGGAGTGTGTGTAATGGAATGTATTTCCACGTAT
AAAGGAGGTTAATGCCCGAGATTCACTTAGCCAACAACTACTAGTGAATT
GTGTTGGGGCATTTTATAGTTTAATCTATTCAAAAGCTAATGGTGCAGTA
ATGTTCAGACACAAACACCATTAGAAAATTGGTCAACGCATAAAAAATGA
AACAAAATTTGACAAACAAATAAAAAATAACACAACTAAAGGACAGAAAA
ACGCAAAAAATGTGAACAAACACTATGACCATACAAAGAGTATTCCAATG
ATTAATATTTTTAACTTCGGATCTTCCTGTTTCTTACCGGTAAGAGTTTT
ACCTTTAAAGTGATGTTGTGTTTATTTTGAATGAAATGTGTACATTAGCA
TTCATGAGATTATATCAGTAGCATCCTTAATTGTTGCCGTCTTGTTTCTT
ATATTTTTTTTTTTCATATCGTCAACAAAGCTCGGCATTGCTGAATTCAT
TTTCAACCAGTGATCGAATTCTCTAAGCAATTATCTTGACACTGAGGCAG
CATATTGTATAAAAAACGGGCATTTAAAATAAGTCAGTGACCAATAACTC
ATTTAATCGGGCCAAAATTGTGACAATAGTTTTAATTTGTATTTTAAAAC
TGTGTGATAGATGAATCTGGAAAAATGACATCCACTGGGGGATTTGTAGT
TTCATATGCCTTTAAAGGTTTCAGACTATTTGTAAACCGTTCCAAACTGG
GTCCTGGCATTGTCATCGTAAAAGTAATGGGGAGCTTCTGGTGCACCCTG
TGGTTTGTCCTCCTGGAAGCTTGACAATGCAACACAACAATGGAAGCTGG
AGTCAAAATTTGGCTTAACTAGGTGAGACAGACAGACAGAGTGTCACTTA
AAGTATGTTTCACACTGTCATAGTTGGGTTCAGGAGAGAATGGTAGTCCT
GGCAAGTGACGTATTATCAATGTGTTAAAGCTCTAAATGGATTATAATCC
AATTTGGTATCATACTGGTTGAACTTATATAATAAAAATCTGCCATATAT
CTGGTCTGCCTAGTACACGTATTTGGAGTATTAAGTGTAATTGATTAGCT
GAAGGTCTCGTATGCCCAAATATGGGACTCCACGGCATGTTTGAGGCAAC
TCGGAATTTGAACGAGGATTTGCATATGAAGGGACTTGTTTGTAAAAGTA
AGAGCACGGTTCCCAAAATGACCTGCAACTAATTGGACATTATAAATGTG
GGTGCATAATTGATGCATTTTATTGTGCAGGAGCCCATTCTTTCAGACCA
TTCGGGGATTTATTGCTCACACTCAACCGTCTCTCTCCGAGCTGGAATTG
CCACCGAACCCAAATGGCACTATGAAAGTACACGAATGTCCTAACATTGG
CGATTACAACTCTCCTGAAGCATCAACTAATCAACCATCGGTGGTTCGAA
TCTTGGCCTTACCACCACTAGATTTGCCTTTTAGCATTTGAAACACTAGC
AGCCAGACTTTTGGGGCCGAAGAAGAGCTTCATGCATATTAGACTGCATT
CCAGAGGGCATTAGGAGGAAGTCCAGCGGTCATCTTGGGCATTCTGCACT
TAAGAAGAATTACCCGCCGGTCTGTAATTTGGGGAAACCGAAGCTTAATA
AATTATCTGGAAAGAGGTGGATAGTTTGTCGATGAGCCGGTCAGAGGTGT
CCACAAAAGAAATTTCACGGATTTTCCGGGCTAAAAACGCTAGCAACCCA
AATCTCAGGTGCAATTTTCACTGAGCACTTCATTTTCGGAGTAAATTCCA
AGTCCACTCCTCAACTATTTGTCTTCGTCACGAGGCTCAGGAATAATCAC
AGACTCTGATCTGCTACCCAAGTTATTCTTGGCTCCAAAAACATTTCCAG
TTGTTTACCAAGGCATGAACTAATGGTGAACGACTCAGTGTAATGCTATA
AACATCTTCACAATCCAAGTGTGTGTACATATGTAATCGTTGATTTCCTA
CATATCCAAATAGGTTTATGCCCGGGAGTCAACACTTGGCCAACGAATGC
TAGTCAATAGTGTTAAGGCCATATATAATAAAATATACACACATCAAGTA
GTTCAACCAACAAAGCAGCAAACTAAACCAGACAAAACAACTCAATTATG
GGAACACACAATAAATGTTTAAACACTTGAACAAATCAATAAATGTTAAT
GGAACTAAAAAACACACAATGAATATTTGAAAGCCTATACAGATCAATAC
TTGTTTACAGAACTAAACAGCACATAATATGAAGGTAAGTTTTTGGCCTC
GCTAAAACAGGCAATGACGTTAGTCTATCGATGGAGTGTGTAATTGTTTA
TTCCTAAATATTAAAATAGGTTTATACCCGGGAGTCAACACTTAGCCAAC
GAATGCTAGACCGCAGTGTTAGGGCCATTTATAAAAAATATACTGTACAC
ATATTAAGTAGTTTAGACAAACAAAGATAACTAAAAAAACATAACAACAT
TGCAGCACACTATACAAAACATAACAACATTGTAGCACACTACACAAAAC
ATAAGAACATTGCAGCACACTATAAAAAACAAAAAAACACAATAAAATAT
TGGGAAGGAACAATCAATGTTTCCTGAACTAAACAATACAAGTATACCTG
AATATCAAACTATTTTGCCACTGCTAACAGTATCAGCAGTTCCATCACTA
AAACCCCGTATTTGCTTCAGCGCCTTCCCCAAGATCTCTCTGAATATAAA
GACAATAGATGGAAAAAATGTCTGGTACATTTGGTAGGGTGGCATTTTTA
TGTAAAACACAGTTTTGGCATTTTCATTATTTTATTGGCATGTATTGATG
CTAATAAAAAAGTGAAAACAAAACAAATATTCCCAATCAGTTTCTTTTTT
TTCAATATTAATGGACACATTTTCCGATTAAATTGGTAAACAGCCGTTGA
TGGAACTGCTAACTATGTAGTGTTAAATAATAGGCATTTGAACTACCAAG
TAACAACGTTTGAAGCTTTTTGCATTGTGTGCCAAGTTTGGGATAGAAAT
TGGGTAGGAGGAAGGATAAAAGTAACTGGTATATTTAAAGACCAAAATAA
TATTTTGGCAATTTGATATGAACAACTCTCGACTTGTAAGTCGACAAATC
GAGTTGAGTCACTCTTATTCCTAAAAACTTGTCAATTAGCCAAGGGAGAA
TCAATTCAGCGAACAATAGCATCGGTTGATATAACTTGTGGCTCTAAGTT
TTATGAATGTACAGTATGTTGTCGCAATTGTTGCCAGAGGATGGTTGTTT
CGTATTGTCCAACATCTGTCGAGAACTCTGGTCGAGGGCACAATAAAATC
TAGGCTTGATTTCAAAAGCCACCCAACTGACTTAGGTAAGGCACAAAATT
GACTCATAAGAATGTTATGAAGAATACAAAATCCTGCAGGCAGAAATTAA
AACCTTTCCCGGGCCTTTCATTGATTTTTTTGAAACTTCCGAACGAATTA
AAAGGGACCTAACTAATCTAATCTGCCCTTGGCCCTCAATCTGCAACTAT
TTACAACAATTGGAGGAACAATCATCCAATTTTACTCTCAATCGGGTTAT
TTCCATCCTCACGTTCTCCTTCAGGAAATTTTACACTTGCTAGCTTTTAA
GATCAGGCGAAAGATGGCGCTGCTGCTCATACTATTTCAGGGTGCAGGGT
TACCACCATCTATTGGTTTACATGTCAAACAAATTTGAATGAAATTTAGA
TTTATTCCCAAGGATTAATCGGGAACTCCGACGTTTAGCATGCTTGTTGG
ATATAGGTCAGTTTGAAGCCTTTGTCCGCCTTGGCCGCCTCAGTCTTGTC
AGCCCCACCGAATTCAAAGTTGTCGGATAAAAAACGAATGTTGAAGGGTG
TTTGCCTCGCTGAAAGAGGGCATATAAATAAATGCAAACAGATGTAATGC
CTTAAATATCCTGCCATAATAACTTACTACAAATTGTCATGGCAGCCCCC
CCTGCTGCCGTCACTAATCCTTTACTGCGTCCGCAAAAAGCATTTGCAAC
TAAAGCCGCCATATCGCCCAATTTAGAGGCTCCAGGAATGACGACACAAT
CGAACCCGTTGGTTCCCTTGCCATCAGCTCCATAACCGCAACACTGGAGT
CCCTAAAACAAAGTGGTTATTTCCGATTAAAGGTGAACATTGCTGAAATA
ATCCCCTCCAGAGCCGCGACAGGTTCAAGAACCATTTGTTTTTTGGAAGG
CCCCGGACATTTCTGTCCAGCTAGGAAATCTGAGTTGAAACATGGTCAGC
CAGCTTGGCTAATTTATCATGAATTACATTACCTTACCCTCAAGGAATGA
CCACAGGTTTCTCCAATGTATGTATGTACCGTAATTAATTTATTGTAAGT
GATGGTTCACTTTCATCCACGTTCACGTAATCCCGCCAGGGAATCAACAA
GAGCCCTGAGTGAACACCACTAGATGCCGTGAACTGGGGAAGCCCGGGAT
TCGAACCAGCACAACGCTCACTCGCTGACACTGAGCTATGGTGGCTTCCC
TTCAAGAAGTTGAATTGCGTTCCTATTCTTATGGATCTACTGTACATACA
ACATTGAAACTAAGGATTGAGCCAGCGAAAAATGCTGCTTCGTCTGAGGA
AACAAGAATTATTCGTTTCTTTGAGAAAAAATGAAAGAAATATGAAAGTC
GGTAGTGTTGTGGTGTGGTATCAGAATAGGGATAAATGAAAAAAAAATAG
CTGTTTTTCTAGCTATCCTTAGCCTAAAGTTCGAAGGATCCACAGGGCTC
CTGATGCGATCTCTCTCCAGTTGGTCCAGGGAATGCATTGAAATTGTCTG
AGGACTCGAGACCCACCAGATGTTGGCCCCAAGGGAGGAGATGAGAAGAC
TAACTAGAACTAACAACAGAGGGAAGAAGACAGAGACGACAGGTTTGTCG
GCCGTACCAACCTAGGGGTCAGCCATGGTCAGCTGTTGGCGGTGTAGATA
ATTTCAGGGCCAAATGCTCTCTCAACTCGCTCATGAGTAAAGGCCAAATT
TGACCCAAAGACATATTATGATAGTGTTTAAACTTGAAAACATGTCATTT
TTGGCCTAGACAAGAACTAACTGATTGAGGCTTACCATGTTTTCTCGTCT
CCTTTGTTCCTCACTGCTATATTTCAAAAGTAATCCAACCAGGCACTACC
AATTGTTGCCTGCTACACATATATTAACAATGCATAAATTGATAAATATA
CCCAAATATTAGATGACCCAACAGCAGGTGCTAATGACCTATCATGGGGT
ACGCAACATAGTCAGTTCTTGGTCAACGAGGCCAATGGGCATAATGACCA
ACAATTATTATCAAATGTATGATCTCAGATCATTGATCCCTTGGGACCTA
AAGGGTAAATTGCCTCATGGACTTAAAATATTGGAAAATGCCAGGTTTGG
GTTTTTAAGGAGGTTTGGGTAATTTGCCGTAGCTTTATATTGTTTAAATC
AAAGTAGTTCATCTTTTGATGAATGATGAGAATCAGAGTTAATCTCCTGA
ACTGAGCATAACAATATATATTTTGCATCTTGGTGATAAAAAAGCACATG
GTTGAAGAAGCAGCACTTGAGTGGAGCTTCTTTTGACCATCAATGTTCTG
GAATTAAAACTTTTCTGAAGTTGACGCCTTATGCGTCCTTTGATGGTATG
AATCCAACCTTAACTCCTGGGGAAATTTGACGTCATTCACTCCAATGATG
GTGAAGCACTGGACCCCAGTCCAAAAATATTGTCCTCCCAAAATTAGAGC
AACATGTAGGTCGAGTGTGAAGGCCAAAATCACGGTTTAGTGTTAAGACT
TAAACTGAAGATTCTAAGGGCTCAAGGCAATTTTACTGACTGAAGACTAA
ATGAGATGCACCCTCTAGTTCATCTTGAATTTTTATTTATAAATCTCAAA
TTGAGGGCAAAAATTTTGCGTTTGTACTCTGTTCATTTTAATTGAAGTTT
GAAACTAGGAATTGTATTTTAGGGAGAAAAATATGATCAAACATCAGTAA
ATGGATTACAGATCCAAAATACCATTGCATCTTATAAATGCAGTTTGTAT
TCTCATGATATCCAAGTTCATTAAGTTTTAGGAGCATAATGATTCGGACA
TTACATGTGAACATTGTCAACATTTAGTCCCAAAAATATAGGGCTCGCTT
GAACCGCCAAAAATATGTCAGGGAGGTAGTCAAAAAAGATATAGGAGGGG
TGTCTAACTAAGGCTTCATATACCTTGGACAGTGTGTGTGTAATTGCATG
TACCTGTCAAATATAAAATGTAAACGTGTCAATTGAATTGAATGAAGTGC
TTTTAGAGATAAGTTTTATCTGGAGTTTGGATCTCCAATCTAAATTTCCG
AAATGTTGAGGGACACATTTCCAATCCAACATTTATGATGGGATGAAGTG
TTTTAATTTCCTACATCCCAAATTAGCTTAAATCTGTTGGCCATAATCCA
CTGATTTCCAATAAATGGAGCAATTATGGGCTGAGAAATGCCTTTCCAAA
TAGTATGAGCTAAGCTGTAGCATTCTTAAAATTACATCTACCACATCATG
CCAACACCATTTCATGAAGTTGTTCTGTATGCACAACACCTCACCATTTT
GAGATTGAAGATGAAATTGTCCCTGATCTACTCTGTGTATGCTCTGAAAG
TTATTTTGTTTGGCACTGAAACTCACTCCATGGTGACCAGCCAATCAGAA
GGCCATAATTTTCGGCCCATCTCGGCTGGCTTGCCAGAAGTTGGCGCATC
TATAAATATTGTTTATTGTACTAACAACAGAGGGAAGAAATACTAACTAG
TAGCCGATCGATCACGGCCGAGGTGGTTTGTTCCCCACAATGCCGTCTAT
ACTTTTGTGCTCCAGTACACTCGTATGTCACAGGCTGGAAAGTCAATGAG
CAGTTTGTCTCAAATTTCTTTGCCCACACTTTGCAAAAATTGGGATTTGT
GAAAAAATAAAAATATTTCCCTTTTTGAAGGACTTATCGCCGACCCTATG
CCAAATCCTGAATATTCGTTTAGCACTTGCATGAATAGTTTGAATTGTCA
TACAGGGCGGTTAGTTTCGAGGTACTTACGTCTGTAACACCGGCTGCGAC
GTCGGTTTTGCCTGAAAGATAGCAGAATTGATGGACGTTATGCAGTAATG
AAACTAATTCCTTAGGAGTTACCTGAGAGCATAAAGTCTGCATCAGCTTG
AGTGGTCCAACATATTCGGCAAAAGCTTCTTTCTCTTCGGACGCAAATGT
TCTGATCTTGGTTGGCCAAGTGGCTGCCGCCATCAAAATTGTAGGTCTGG
ACTGTTTGCGAGGCAGACCCATAGAAATATTGAGTGCAACCACTCGGGGC
CAGGTTGCTGAAGTTGCAGTCATACTGTGTGATCTAAAAAGCAAATATTT
TTACACACATTTGGGTTAAGCTCTGGATGTTCGAATAAAAGTTCTGTGTC
TATGATCACGACTCAACGGGAATATATATTGTAGCGTCTTATTACTTGGC
CTCGAAAAAAGCCCTGTATTGCCAATTCTGAAAAATATCGTTTTCCTCAT
ATATCTTTGTTTGGATTTTTTGGGCGAATTTCCACAATTATCATGACGTT
TTCGAGTTCATATCTCATTTAATTTCATTGATAAATGGCGTTTGTTCGTT
TGGAAGGCACAAGTTCACCTAATATGTTATGTTAGGCAAATTAATTCTGT
TTCTGGCGACTTGTTGCATATTTTTGATACACCGCTCACCCAAAGAACCA
TTTTTGTTTTGATTAGCTCTTCAGGGGATTCAAACAGATAACGAATCAAT
TAAATGCTGCTCTCAACCTCTAGGGTACAACCATGATTTCAAAAGCCCAT
GTTGCCTTGCCATCTTATGAGCAAACTGTATTGACTATTGAAAGAAAACA
TCACAAACAGGTAAGGGGTACAAGCAAAAAAAGGTACGTAAGGATCCTAG
AAACAGCTATGAAGAACATATCCATGCATACTGTAATAGACAAAACATTG
CTCTCCTCCTCTATATGTTCAAATACAGGGAGCAATTGCTGATCATGGAC
TAAGTTTTCAAAATACTAAATTTGTATGAAATTCATTCACTCGCGTCTTC
TCTAAAAAAGGCAGTCATGAACCCATGAAATAAAAAAAAGGATTAATAAC
GCTCATGGCTTTATTTTTCATACCTTAATGTCGAAGGATCTGGTTGCCAA
GGTTGTACCCTGTCCAGTGCCGCCCAAGTTGAAAGTTAAGTCGTTGCACT
GCTCTGAAGCATCCACGTACACTAAGTGGAAAGTTGAAAGATGCTCAAAA
CTCTCCTGGTCACTAAAATACTCCATTATGGTCCACCTACTATGCTCGCC
TGTGTTGGTGCCACAAATGGTCGATGGTCGATTGCCTCCTGGATTGGTTA
CACTGAAGGTGTCAGTTAGACATTGAGTGGCACTAGCCACAGATTTCTCT
CCCATGGAAAATATCACACCATTGGTGGCCTTGGCAATACTTGTAGACAA
CATGGATGGACCCGAGATAACGAAGTTGCTAAAGTCCAATCGTAGCTGCA
ACAGATTCGCCCATTAGAACCACCCTTGTACGTGTTTTGAAACCAACTCC
TTTACCTGGCAAATATTGTTGCTACACGGACAAATAGCGATTCTACATGT
CCCTGAAGTTGGAAGGGCTGAGGAATCAAAGTAGGTACAATTCTCAGAGG
ACACTGCGCCACATGACCGGGTGACTAAGGATGTAAATGTGTGTGTTTTC
AAACCCATATGATGGTTTAGACTTCTAGGCAGATGTTCTACTTTCAGCAG
GGGCACAAAATGAAACAATTTGCCAATCTTCCAGATCCCCAATTGTTACC
CGCGTGCAAACAACAATTTTTGTTGGGCCAACTCTAAAAAAATACGTTAT
AGCTGACATCCTTTTCCCTACACTCCAGACCCTCATTAAGCTATGAAACA
TTGCTCACAGGTGCAACACACTCCATAGCCAGAGGCACATGATCCGGCAC
TGACTCCATTGCGGTTGCTGCATTCCGTCCTAAAAGAGATAAAACACTAC
AAGATTAACACCAAAATGCACCTCTTTATGTGAAAACAAAGAAATATGTA
AGTGGCCAGTTATTTGATCAACCCGTTTAAAATGGTCATACAAGGTGGCA
AAGTGGTGTTTCTTTCTAGTTTATCAAAGAAATTTTGAAAATCTGCTTTT
GTTTAGATATTCACAACGATCAGATTATTGGACAAGGAAACAAACATCCT
TATCTTCACATTAAGGCTATGTCCACATAGGAAAACCTCCCAGGAGAGCT
TAAGCCGCAAAACCGGAGAGTAGATTCGACCATTCATAGAGTCTTTCAAT
TATTCCCTGTAATTTTGTCTATAGGTCTCCAACAAATTTCATCAAAACCG
TAACTGCCAATTTCAGTAGTAAAGTATGAATTGAGCTGCGAAAAACACAT
GTTTTGAGCTAAAGACCCAAACAACAATAGACATTCCAATTGATACAGAT
TTTCGCCAAAAAATCGCACTCGCGACTCCTTAGTGCCTGAGAAGGAGCTG
CTCCTCTCCCAAGACATGTGTGAGGTTAACTTCTGGATAGCACGATGTTC
AAACCAAGACAAAAGTCAGGGTTTACAGATCTTATGGAGGGTATTATACC
AAATGAGGTCTCCAATTATACTAATGCATGCCATTTTCAAAAGGGTCCGG
TTCTGGGCGCTGAAGCATAATTGGCGGCTTTCCTAAAGTTGGATCTCATT
TATTTTTTTCCACTTTGCCCCCCCCCCCCTCCCCCCCAATAGGGTAAATT
CCATTTTCATGGAAAAATTAAATTCATAGATTTTTTAAATAAAGATTTTG
GTGACATTCCTTTTTTGCTTTGGTCAAAGTGCACCCATGATACCAAAATG
AGCTCTTATTCCAAATGAAATTTGGTTTGACCAAAGCCTTCCCCATTGTA
CCATGTTCTTGAAAAATGATCTAGAATAAATAAATATACCAACCATGACA
AAAAATGGTTGTCTAGTACCATTGAACGAAAAAAAATATACCAACGCTGA
TCACAATTCATCAGATCACAATCAACTAGAGAGGACACCACATCTCGCCC
AAGATATTTTAAATAACTCGGTACGAACTTGCAATGCTCGGGTCGAATGG
CTGGTAGAGGAGATCGAAGTGCACTTTCTCAATGCACTTGTGCACTTGAG
ATATTCTTTTTAATAAAAGCTTCTTGAGAAAAGTATATTTTGGCCGTAAA
TTACAAATTCATATTTTGTTCAAAAAATCCGAAAATGTGAAAAACGACCA
ACCCTAGTTTTCATCTGCCCTGAAGAAAAGGTCGCAATAACTTCTCAACT
TTTTGATCAACCTGTGACTATTGCATAGATGGATGTAGCGTGTCAGTCAT
TATGCCTCGAAACTATTGACCTGCCCTACTGCCCTCATTGTTAATGTGTC
GATAGTTTCAAAAGATTGAAACCAAAGCGTCATGCCAGATGACTAACCTA
ACCTAGGTAAAGCCGTTATTTGGTGAAATCTTTCTCTATGAGGATTACCT
CAGATTTAGTAAAAAATGAAGAGGCACTTACGGTGTTGTACACGTTCCAT
TTCTAGAATTTGAGCCGGCGCAAGCCCCATTTTCAAATCTGAAATAGTTT
TGATTTTTAAGTTCCTTGAGCTTTTGCTTTGAACACAGATTTGTTTACCC
ACCTAACCACAGTGAATAAGCTCACTAAAATGAAAACAAATGTTTTGATA
AGCTACTGGATGGTTATTATCTTATGCGAACTCTTAACTTACGTATTCTT
TTCTCTCTTTCAGTCTTTGATTCACTTATATTCGTCCATACTTGGGTCAA
AAGTAGAGTTAGCAGAGAAAGACCAAGTAGAACACTTGACGCTTCCATTC
TCTCGGACGATCTCTTCTCGGGAATGGACGAGGAAAAAATAACTGTTTCG
AATCAGTTGTTGAGTGAAGATTCTCAATGTGTTAATCAACCCAAACTCGG
TTCGTTTGTGCATAGAGTCATCAACTAGTTTCCGCTTTCAGATAGGGGAT
TCACTATTCAGTCATCAAATGAATGCCATTTCTGAAAATACTGAAAATGT
GACGGATTCTGTTCATGATGAGATCGGACGAGTATTTTGGACTAAATCTA
CTTTGAATAGAGACCTCTCCCGTTCTCCAACGATTCGTTTTTTCTTTCTT
CTCTCAGATGAAAGAGGCTTTTTTCACCTAAAAAATAATGTCAAGAATGA
CGAACCTCAAAATATTTGTGGTTCTTCGTGTTGTTTTAATTGAAGTGTGT
GTGTGTATTCATGACTGTAATATTCCACTTTCAATCTGGTAAAAGTCTCT
TCAGTATCGAGAACTGGTCATTGGATATTATGAAATACTTATCGAGTCTA
ATTGTTCATATACGTAAATGCTTTTATCGCAGAATTGAATACCGACTGGC
CAGTTGTTTGGACAGTATGACAGGAAAAAATGTGTTTCAAATAAATTTCT
TCTTCAATCATACTTTAGATCGACTTACACAATAAAAAAAGACATCGCAA
TTGCAAACTTTTGTGACTGACGTTTCGGTCAGGCTGAAGCTATACACAAT
CAATGAACATAAGTACTTACGTAGACCAGAACACCTCAAGAATGGCCAAA
ATTATGTATAGGGAAAGGGTAAAATTATGAGCTTGTACCGTCAAAAGAGT
ACAATTTCGGCGACATTTGTCATTTGTTTGCCGAAACTAGGGAAATGCTT
ACTTTCAATAAATGTCAATTAAAAAGGCAACTACGCAGTGCAACCACTAT
ATATTGGGGATGACTAATATGCTTACTTTAGTAGAAATGATGGTGCCAGA
TTGACAAAAAATGAGTCGGCATACACTACTGTATTTGTGCGAATGATCGT
TTAAAAATCATAAAGCTAAAAATGAGGCTCCAGGATGTGCTCAATCGGTA
AAAGTTTGATTTTAAGCTTGAGTGAAAACATCCCCAGTCCTCCTGGGTTG
CCTCTCTGAGGAAAATCAGTTAAACAGATGCTGATCAGGTAAATTGGAGG
TTTGCCCCTAGGCAACTTGGCAATGTTTTGGTGGCCAAATTCGTTGGGTT
GTTCCGTCTTTTGTTGGAAGGGCGAAGGTAACAGCGATACCAAGTCATGC
CAAAAGGATCTTTCCACGCTCAATTGTCTCTTAAGTTTAGAAACAAGGGC
TCGCTGTCGCTCCTGTGTCTTCACTCTGGGTGGAGTGAACTAGTGGTCAA
TGTGCCTTGCATACTGTAAATAGGTACATCGCCGGAATAGAGAAACCTAA
CAACTGAGACAAGTCCCGTTACCACAAATTTATGAGTTGGACGAACAGCA
GTCTCTTGAGATTGATCAGTAGGGGTTCATTCCAAGTTTCGCCGAGGATG
AAGCTCATGATCCTTTTAACGCTAGCCGGGCACTTAAATTATGTGTATTC
TTTGAACGAAGCTCAAAGCAAGATTGACAGCATCCGCGAGAAGAGAAGTA
AGTGACCACTCAACCATTTCAAATTAAGACAAGAATTCGAGCGAAACCAG
TGTCGACCGAAATATATATACTATATATCTGAAATGATTTGCTTCCGGAA
GAAAATATTGGACTTTTTCAACCCAGTTTTTTCGGTCCCAAGCAACCTTA
AAAAAGTTAATCTTTACTAGGCTACAGAAACAAATGCATGCGAAAGAAAG
GTAATTGTTGTTTCTTCTTTCCCAAATAATTGTGGTTCCCTTCTGTGCCA
AAATTAAAAAGAAGAAAACAGCATGTGTTGTGAAAGAAATCAACTTGTGT
TCTTAACTTTTTTTACCATTTCTTCCATTTTGCTGCTGATTGCTGCTGAC
CAAAAAGCTTTACTTCAAGTCACTCTTTCTTTCTGTTTTTGCTATACCGT
ATATGTCTTCTGACATCCCTGATTCTATAACAAACAATGTATGTACAGTA
TAGTTAGCTGTGTATACATCAATAAGAACATTAGAAGATAATTTGCAAGT
TTACCTACAGTACATAACTATGAGTTCTGGGTTGCATATTGTGTACATAT
TTGTTTATTTTTTACATTCGTTAACGAGCCAAAACAACACACATTTTCCT
AGTTTTTGGCCCACAAAATTGACATTTTTGGTTGTATAAATGGCATTTTT
CGTTGCACTCTATTCCTTTTCGCTTTCAGTTCTCTCCATCTTCAGTGTTG
TTCGGTTCCAAAACAACGCTTGCACGAGTACGAGCACCTTTACTAAGAAT
CAGGTTACTGTGAGTCGGAATGGAACTTGCTATACGGCAGCCGAATGTTC
CAGTCGAAATGGAGTGGCAGCTGGAACATGCGCCTCCAGTTTTGGAGTGT
GCTGCGTTTTAAGTGTGGAGGCATCCGGCACTACGATCAACCAGAACTGC
ACCTACATCCGGAATCCGGGGTTTCCTAAGCTATTGACAACAACAACCAA
CACCCAATACACCGTGGCCAAATGCAGTTGCGGTTAGTAATAAGAACAGT
TTGAACTCAATATTTAACTGGCTAAAATAAAATTGGGTTTACTCTGGGTA
GACGTTTGCTATCTCCGTTTGGACTTTGAATGTTTCACCACCGTTGGAAC
AACTCTCAGCACGGAAGCCAATGGTGGTCAATGTGCAGACACCCTTTCCA
TTACGGTATTCCTCTAAGATTTATGACTCATCTGGACTGTTTCGGCAATC
TGCATACCTTTTTAGACAACCACTGGAACTGCTGTCCCCACCATTTGTGG
ACAAAACGATGGACAGCACAGTGAGTACAGGTTTGATTGACTCCTTTAAC
ATTTTTAGAAACGCACATTTTTCCAGTCTACTTGGATTTGGGAGCAGTTT
GTTCGGACACGGCGACATTGTCCTTCAACTTCGATGCCACTCAAGTGGAT
CCCAAGCGGACCTATGAGATCAAGGCCACTCAAGTGCCCTGCGGATCACG
AAATACTCCTCCCAATGGGTGTTTACAATACCATACCGGGATAACGGGCC
GATTCACCACCTTCAACTTTCTTCCCACTGACGACAATCACCTACGGAAT
CAACGGTGAGGCCGATTTGACCCCGAGATTCCCTCCTTTCAATCCAGTTT
CAATCTGGTTCCAGATATTCGACGTGTATTCGACAAGAAGAGGGCTACTG
TTGTATGCAATATACGCCTTGCCCAGGCGTGGACAGTTCCATGAGCCTGA
ACACCAAAACACAATTGGCCATGACCGATAACATGTGCATCGGCGATTAC
ATCGGGATCCAAGGCTCGGGTGCCACTTGCAACCAAAACACCATCGTTGG
TGCCTTGAGGGATAAGTATTGCGGACTATTTTTGAGCCCGGTGGATGGTG
GTGTGGCCAACATACCCATATGT
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Synonyms
The feature 'conserved hypothetical protein' has the following synonyms
Synonym
Tk03839
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