transmembrane protease serine 9-like, snap_masked-scaffold203_size261420-processed-gene-1.2 (gene) Tigriopus kingsejongensis

Overview


Name	transmembrane protease serine 9-like
Unique Name	snap_masked-scaffold203_size261420-processed-gene-1.2
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000010925 (supercontig:LSalAtl2s:LSalAtl2s730:283497:284811:1 gene:EMLSAG00000010925 transcript:EMLSAT00000010925 description:"maker-LSalAtl2s730-augustus-gene-3.19")

HSP 1 Score: 105.531 bits (262), Expect = 7.778e-26
Identity = 68/210 (32.38%), Postives = 103/210 (49.05%), Query Frame = 0

Query:  176 GRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQ----ADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            G +IVGG+E   +  P+ V  +  T  G  FCG SV++  T++TAAHC D           VA   D       EQ    +DI  H+ + +     D+ LLKL +++ FN KV+P+ LP    +    + V+GWG  +++G  +  LK   + + +D  C   Y  S+  + +C       SCQGDSG  + QD       T  G+VS+G
Sbjct:   11 GGRIVGGEEVEPNSIPFQV--SFQTTGGFHFCGASVMDKDTIITAAHCCDSFFPWEVQ--VVAGEHDLFSTSGDEQTIDVSDITYHEMFASHGTNYDVCLLKLKSSLHFNEKVKPIALPEKDQEFIGDVVVSGWGTISSSGPASPVLKAVTVQVVSDEDCSDAYYGSIDETMICAAAPGKXSCQGDSGGPLAQDG------TLVGIVSWG 210

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000004828 (supercontig:LSalAtl2s:LSalAtl2s254:397245:398159:-1 gene:EMLSAG00000004828 transcript:EMLSAT00000004828 description:"augustus_masked-LSalAtl2s254-processed-gene-4.1")

HSP 1 Score: 105.531 bits (262), Expect = 1.484e-25
Identity = 67/210 (31.90%), Postives = 104/210 (49.52%), Query Frame = 0

Query:  176 GRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQ----ADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            G +IVGG+E   +  P+ +  +  T  G  FCG SV++  T++TAAHC D    +      VA   D       EQ    +DI  H+ + +     D+ LLKL +++ FN KV+P+ LP    +    + V+GWG  +++G  +  LK   + + +D  C   Y  S+  + +C       SCQGDSG  + QD       T  G+VS+G
Sbjct:   39 GGRIVGGEEVEPNSIPFQI--SFQTTGGFHFCGASVMDKDTIITAAHCCDSFYPSEVQV--VAGEHDLFSTSGDEQKIAVSDITYHEKFASHGTNYDVCLLKLKSSLHFNEKVKPIALPEKDQEFIGDVVVSGWGTISSSGPPSPVLKAVTVQVVSDEDCSDAYYGSIDETMICAAAPGKDSCQGDSGGPLAQDG------TLVGIVSWG 238

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000005882 (supercontig:LSalAtl2s:LSalAtl2s3194:2307:3653:1 gene:EMLSAG00000005882 transcript:EMLSAT00000005882 description:"maker-LSalAtl2s3194-augustus-gene-0.3")

HSP 1 Score: 103.219 bits (256), Expect = 1.466e-24
Identity = 69/226 (30.53%), Postives = 118/226 (52.21%), Query Frame = 0

Query:  171 CGIKG---GRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLI--NGNDIALLKLPTAVQFNAKVRPVCLP----TTRLQANQTLWVTGWGKTATTGQLAMNLKEAE----LNLQTDSYCRRFYGSSLASSFLCT-TQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGG 382
            CGI+      KI+GGQEA  +++PW+VA+ +S+  G+  C GS++N + +LTA+HCV    + T   G     +D    +++   + + H ++ N +    +DIAL+KL   ++FN  VRP+CLP      +  A++T+  TGWG    +    +++ +      L +  +  C + YGS +    +C  +      C GDSG  +  + + DG + Q GV  F G
Sbjct:   26 CGIENKEXSSKIIGGQEAEPNQFPWVVAILMSSIFGSGRCTGSIVNKQYILTASHCVAQFDRFTISAGTHDYSKDEPHQQIMLATESIPHPNFTNNMFEYHDDIALIKLEKELEFNDYVRPICLPKYSDMEKTFADETVTSTGWGLIQGSPN-PISVPQLHYVNGLRVIKNDVCAQTYGSLINEDLICIDSSDHKGVCNGDSGGPMNYEIE-DGKYMQIGVADFVG 249

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000002149 (supercontig:LSalAtl2s:LSalAtl2s139:22566:31405:1 gene:EMLSAG00000002149 transcript:EMLSAT00000002149 description:"maker-LSalAtl2s139-augustus-gene-0.10")

HSP 1 Score: 103.605 bits (257), Expect = 1.562e-23
Identity = 76/240 (31.67%), Postives = 108/240 (45.00%), Query Frame = 0

Query:  168 STGCGI--KGGRKIVGGQEATAHEWPWMVALTLSTPQGT-FFCGGSVINNRTVLTAAHCVDGVI-------QATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTL----WVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGA--SCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLEVGDAG 391
            S  CGI  K   +IVGG+     E+PWM A+ L     T F+CGG++++ R V+TAAHC            Q T   G           R  E  D++ H  +      +D+A+LK    V+F+  ++P+CLPT  ++ +  L       GWG T   G+    L+   L +  +  C   Y   +   FLC    SG   +CQGDSG  +   +     W   GVVSFG    E G  G
Sbjct:  241 SPQCGISQKPQSRIVGGKATYEGEYPWMAAIYLHGGGRTEFWCGGALVSERHVITAAHCTKDAKKKQFKARQFTIRLGEWDLDDKETYSREYEIVDVIAHPDFKANGFYSDVAILKTIEPVEFSEYIQPICLPTGSMKNDNFLGTLPVALGWGATHYRGKEVNKLRGVALPVWNNKDCDGAYFQPITEVFLCAGYASGGRDACQGDSGGPLMLYSQKRKAWVLIGVVSFGNRCAEAGYPG 480

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000007886 (supercontig:LSalAtl2s:LSalAtl2s464:52646:53754:1 gene:EMLSAG00000007886 transcript:EMLSAT00000007886 description:"maker-LSalAtl2s464-augustus-gene-0.4")

HSP 1 Score: 99.3673 bits (246), Expect = 1.869e-23
Identity = 69/211 (32.70%), Postives = 97/211 (45.97%), Query Frame = 0

Query:  175 GGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQ----ADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            G  KIVGG EA  H  P+ V+       G  FCGGS+++  TV+TA HC  G   +      V    D +     EQ      I  H+++ +    NDI LL++    +FN  V+PV LP         + V+GWG     G  +  L+   LN+     C   Y   L  S +C + +   SCQGDSG  + Q+N      T  G+VS+G
Sbjct:   35 GESKIVGGTEAQPHSIPFQVSF--QRKNGFHFCGGSILDETTVITAGHCCKGF--SINDVQVVVGAHDFNSPEGTEQTQNIVKITYHENFASKGINNDICLLEVEHPFEFNDNVKPVTLPEKEFTPTGEVVVSGWGTLRANGNSSPVLRTVTLNMVPYLRCYINYIGGLDESMICASGKGKDSCQGDSGGPLVQEN------TLVGIVSWG 235

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000011454 (supercontig:LSalAtl2s:LSalAtl2s790:183804:208736:-1 gene:EMLSAG00000011454 transcript:EMLSAT00000011454 description:"maker-LSalAtl2s790-augustus-gene-2.32")

HSP 1 Score: 102.449 bits (254), Expect = 1.108e-22
Identity = 71/216 (32.87%), Postives = 105/216 (48.61%), Query Frame = 0

Query:  178 KIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCV-----DGVIQATAYFGCVARRQDCD-QIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR--LQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYG----SSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            KIV G  A+ HEWPW+ AL     +G  FCGGS+I+   +LTAAHCV       V       G    +   D Q+ V +   I+ H+ + +    ND+ALL L   V ++  ++P+C+ T+      N T  V GWG    +G     L+E  L L  +  C+  Y     + +    +C  ++   SC GDSG  + +   GD  W Q G+VS+G
Sbjct:  662 KIVNGWPASKHEWPWIAALF---NRGRQFCGGSLISRSHILTAAHCVAQMTRSDVNNLEVRLGEHNIKDALDTQVEVRKVNKIIRHKGFSSQTLWNDVALLFLSDPVSYSDIIKPICIDTSDDPYDKNXTATVVGWGSLRESGPQPXILQEVTLRLWKNEKCQETYNGASPAGITDHMICAGRQGKDSCSGDSGGPMVKAK-GDK-WVQIGIVSWG 872

HSP 2 Score: 92.0485 bits (227), Expect = 2.405e-19
Identity = 75/255 (29.41%), Postives = 120/255 (47.06%), Query Frame = 0

Query:  163 GEDFSSTGCG---IKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRV------VEQA----DILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPT--TRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGS----SLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLEVGDAGQTFEGDQ 398
            G   SS  CG        KIV G++A+  E+P+M AL     +   F GGS+I+++ +LTAAHCV  + +    +  V  R    Q R+       EQ      ++ H+S+      ND+A+L L  ++ F+  V+P+CL +  T       + V GWG  +  G+ +  L++  + + ++  C   YGS     + S  LC   +   SC GDSG   G     D   TQ G+VS+G     +G    +++ D 
Sbjct:  233 GVKLSSDHCGQRFFSNNLKIVNGEDASVDEFPFMAALF---NKXRHFXGGSIIDSKHILTAAHCVAHMTKIDVRYLRVHVR----QYRIKSSNIGTEQEFRVRRVIRHKSFSANTLYNDVAILTLRGSIDFSKSVQPICLASDNTETYEGDIVTVAGWGTLSDGGRQSSILQKVSVGVWSNYDCGASYGSRAPGGIKSHMLCAASKGKDSCSGDSG---GPLFYCDTYCTQIGIVSWG-----IGSKPDSYDDDH 472

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000012442 (supercontig:LSalAtl2s:LSalAtl2s914:161702:164343:-1 gene:EMLSAG00000012442 transcript:EMLSAT00000012442 description:"maker-LSalAtl2s914-augustus-gene-2.11")

HSP 1 Score: 100.138 bits (248), Expect = 2.399e-22
Identity = 70/229 (30.57%), Postives = 110/229 (48.03%), Query Frame = 0

Query:  171 CGIKGGR---KIVGGQEATAHEWPWMVALTLSTPQGT-FFCGGSVINNRTVLTAAHCV-----DGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCL-PTTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGS---SLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLE 386
            CG    R   +IVGG+ A  +EWPW+ A+   +   +  FCG ++I++R V+TAAHCV     D +      +   A  +  D+   +E   +  H+ Y  +   NDIA++KL   V F+  + P+CL P       +  +V GWG     G  +  L+E  + +  ++ C+  Y +   ++ S  LC   R   +CQGDSG  +   N     W   GVVS+G    E
Sbjct:  281 CGTNAKRYSTRIVGGRPADPNEWPWLAAMIRPSEVSSGQFCGATLISDRHVITAAHCVAPFKQDQIKVRLGEYNFNAEGETLDRTYNLESIKM--HELYDAVKYYNDIAIMKLDRPVTFSKSIYPICLPPPIETYEKRRGYVIGWGTIYFGGPTSNILQEVNVAVWDNNKCKENYSALNRNVTSKMLCAGDRGRDACQGDSGGPLNCLN-AFSQWELCGVVSWGARCAE 506

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000004826 (supercontig:LSalAtl2s:LSalAtl2s254:382958:388781:1 gene:EMLSAG00000004826 transcript:EMLSAT00000004826 description:"maker-LSalAtl2s254-snap-gene-3.35")

HSP 1 Score: 97.8265 bits (242), Expect = 3.018e-22
Identity = 80/261 (30.65%), Postives = 116/261 (44.44%), Query Frame = 0

Query:  173 IKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINN-----------------RTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQ----ADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLEVGDAGQTFEGDQRF---ALFKVVAGH 409
             +G  KIVGG     +  P+ ++  L +  G  FCGGS+I+                   TVLTAAHC             VA   +  ++  +EQ    + I  H+ Y      NDI LLKL ++++FN KV  V LP    +    + V+GWG     G+ +  L+  ++ + + + C   Y ++L  S LC   R   SCQGDSG  + + N      T  GVVS+G     +G A   F    RF    LF  VA +
Sbjct:   33 FQGDGKIVGGNAVKPNSIPYQISFQLKS--GFHFCGGSIIDKVHMSILEFSMSSLESLKDTVLTAAHCCQNFEPEEVQI--VAGEHNLSKVSGIEQIANVSFIKYHEDYATKGTNNDICLLKLESSLEFNDKVDAVNLPRKNKKFKGKVRVSGWGSVTPGGESSDFLRSVDVKIMSFAKCNLLYLNALDKSMLCAGARRKDSCQGDSGGPLTKKN------TLVGVVSWG-----IGCASPWFPVMMRFLYILLFLAVAAN 278

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000012246 (supercontig:LSalAtl2s:LSalAtl2s892:54138:171852:1 gene:EMLSAG00000012246 transcript:EMLSAT00000012246 description:"maker-LSalAtl2s892-augustus-gene-0.10")

HSP 1 Score: 97.8265 bits (242), Expect = 9.183e-22
Identity = 69/214 (32.24%), Postives = 103/214 (48.13%), Query Frame = 0

Query:  185 ATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQ--------ADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR-LQANQ--TLWVTGWGKTATTGQLAMNLKEAELNLQTDSYC----RRFYGS--SLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            A   EWPW  A+ L  PQ  + CG ++++   VLTAAHCVD  +  T Y   + R  + D     E          DI+ H  + N    +DIALLKL    +    +  VC+P +R    +Q    +VTGWG+   T + ++ LKE E+ L + + C    +  +G   SL +  +C       +C GD G  +  + +G   W Q G+VSFG
Sbjct:  189 ADMAEWPWHAAI-LEKPQDLYVCGSTLLDESWVLTAAHCVDDYLN-TWYIFSIVRLGEYDVSTTAEPLRHEEFNVTDIVMHPGFNNSTLVHDIALLKLERPAKRKQNIDVVCMPKSRDFNPSQFARCYVTGWGRRTETSEHSLVLKEIEVPLWSYTNCNGALKAQFGPAYSLPTXAICAGAEGRDACDGDGGGPLVCEKEGK--WYQIGIVSFG 398

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BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Match: EMLSAG00000000025 (supercontig:LSalAtl2s:LSalAtl2s1005:6858:7782:-1 gene:EMLSAG00000000025 transcript:EMLSAT00000000025 description:"maker-LSalAtl2s1005-augustus-gene-0.8")

HSP 1 Score: 94.3597 bits (233), Expect = 1.196e-21
Identity = 73/211 (34.60%), Postives = 106/211 (50.24%), Query Frame = 0

Query:  176 GRKIVGGQEATAHEWPWMVALTLSTPQGTF-FCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQA----DILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            G +IVGG+EA  +  P+ ++   +   G F FCGGSV++  TV+TAAHC D     +     VA   D       EQ     DI  H+ +G+L    DI LLKL +++  N KV+PV LP    +    + V+GWG  ++ G  +  L+   + + +D YC   Y  S   + +C       SCQGDSG  + QD       T  G+VS+G
Sbjct:   39 GGRIVGGEEAEPNSIPFQISFQTT---GDFHFCGGSVMDKDTVITAAHCCDSF--NSWEVQVVAGEHDLFSTSGDEQKIPVKDITYHEMFGSLGMNYDICLLKLKSSLDLNEKVKPVALPKKDQEFTGDVVVSGWGTISSNGLSSPVLRSVTVQVVSDEYCSDAYYGSNDETNICAAAPGKDSCQGDSGGPLAQDG------TLVGIVSWG 238

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BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|117615|sp|P00766.1|CTRA_BOVIN (RecName: Full=Chymotrypsinogen A; Contains: RecName: Full=Chymotrypsin A chain A; Contains: RecName: Full=Chymotrypsin A chain B; Contains: RecName: Full=Chymotrypsin A chain C; Flags: Precursor)

HSP 1 Score: 120.553 bits (301), Expect = 2.097e-29
Identity = 80/224 (35.71%), Postives = 116/224 (51.79%), Query Frame = 0

Query:  173 IKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQA-TAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR--LQANQTLWVTGWGKT-ATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGS-FVGQDNDGDGLWTQDGVVSFGGSSLEVGDAG 391
            + G  +IV G+EA    WPW V+L   T  G  FCGGS+IN   V+TAAHC  GV  +     G   +    ++I+ ++ A +  +  Y +L   NDI LLKL TA  F+  V  VCLP+      A  T   TGWG T  T       L++A L L +++ C++++G+ +  + +C      +SC GDSG   V + N   G WT  G+VS+G S+      G
Sbjct:   10 LSGLSRIVNGEEAVPGSWPWQVSLQDKT--GFHFCGGSLINENWVVTAAHC--GVTTSDVVVAGEFDQGSSSEKIQKLKIAKVFKNSKYNSLTINNDITLLKLSTAASFSQTVSAVCLPSASDDFAAGTTCVTTGWGLTRYTNANTPDRLQQASLPLLSNTNCKKYWGTKIKDAMICAGASGVSSCMGDSGGPLVCKKN---GAWTLVGIVSWGSSTCSTSTPG 226

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BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|68566103|sp|Q8VHJ4.1|TM11D_RAT (RecName: Full=Transmembrane protease serine 11D; AltName: Full=Adrenal secretory serine protease; Short=AsP; AltName: Full=Airway trypsin-like protease; Short=AT; Contains: RecName: Full=Transmembrane protease serine 11D non-catalytic chain; Contains: RecName: Full=Transmembrane protease serine 11D catalytic chain; Flags: Precursor)

HSP 1 Score: 123.635 bits (309), Expect = 4.886e-29
Identity = 89/253 (35.18%), Postives = 124/253 (49.01%), Query Frame = 0

Query:  138 LAEVSGGPGLDDGDDENGGGNETGPGEDFSSTGCGIKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVI---QATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLP--TTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRF--YGSSLASSFLCTTQRSGA--SCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            +A  +G   L D D EN    E G   D  +         +I+GG +A   +WPW V+L L+       CGG++I+N  VLTAAHC        Q TA FG         ++RV  +A IL H  Y ++   NDIA+++L   V F   +  VCLP  T  +  +   +VTGWG     G    NL++ E+ + +   C     YG S+    LC   RSGA  +CQGDSG  + Q+ D   LW   G+VS+G
Sbjct:  150 IAPSNGITSLTDQDTENVLTQECGARPDLITLS-----EERIIGGTQAETGDWPWQVSLQLN---NVHHCGGTLISNLWVLTAAHCFRSYSNPQQWTATFGV---STISPRLRVRVRA-ILAHAEYNSITRDNDIAVVQLDRPVTFTRNIHRVCLPAATQNIMPDSVAYVTGWGSLTYGGNTVTNLQQGEVRIVSSEVCNEPAGYGGSVLPGMLCAGVRSGAVDACQGDSGGPLVQE-DTRRLWFVVGIVSWG 389

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BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|729224|sp|P40313.1|CTRL_HUMAN (RecName: Full=Chymotrypsin-like protease CTRL-1; Flags: Precursor)

HSP 1 Score: 117.857 bits (294), Expect = 2.324e-28
Identity = 76/229 (33.19%), Postives = 118/229 (51.53%), Query Frame = 0

Query:  170 GCGIKG-------GRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR--LQANQTLWVTGWGKTATTGQLA-MNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGS-FVGQDNDGDGLWTQDGVVSFGGSSLEV 387
            GCGI          ++IV G+ A    WPW V+L  S+  G  FCGGS+I+   V+TAAHC     +     G   R  + + ++V+  +  + H S+ +    ND+ LLKL +  Q+  ++ PVCL ++   L    T   TGWG+ +  G +   +L++  L L T + CR+++GSS+  S +C      +SCQGDSG   V Q  +    W   G+VS+G  +  V
Sbjct:   18 GCGIPAIKPALSFSQRIVNGENAVLGSWPWQVSLQDSS--GFHFCGGSLISQSWVVTAAHCNVSPGRHFVVLGEYDRSSNAEPLQVLSVSRAITHPSWNSTTMNNDVTLLKLASPAQYTTRISPVCLASSNEALTEGLTCVTTGWGRLSGVGNVTPAHLQQVALPLVTVNQCRQYWGSSITDSMICAGGAGASSCQGDSGGPLVCQKGN---TWVLIGIVSWGTKNCNV 241

[Close]

BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|117612|sp|P04813.1|CTR2_CANFA (RecName: Full=Chymotrypsinogen 2; Contains: RecName: Full=Chymotrypsin 2 chain A; Contains: RecName: Full=Chymotrypsin 2 chain B; Contains: RecName: Full=Chymotrypsin 2 chain C; Flags: Precursor)

HSP 1 Score: 116.316 bits (290), Expect = 8.769e-28
Identity = 84/234 (35.90%), Postives = 116/234 (49.57%), Query Frame = 0

Query:  170 GCGI-------KGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHC-VDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLP--TTRLQANQTLWVTGWGKTA-TTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGS-FVGQDNDGDGLWTQDGVVSFGGSSLEVGDAG 391
            GCG+        G  +IV G++A    WPW V+L  ST  G  FCGGS+I+   V+TAAHC V    Q  A  G   +  D + I+V++ A +  +  +      NDI LLKL T  +F+  V  VCLP  T    A      TGWG T  T       L++A L L +++ C++F+GS +    +C      +SC GDSG   V Q    DG WT  G+VS+G  +      G
Sbjct:   18 GCGVPAIQPVLSGLSRIVNGEDAVPGSWPWQVSLQDST--GFHFCGGSLISEDWVVTAAHCGVRTTHQVVA--GEFDQGSDAESIQVLKIAKVFKNPKFNMFTINNDITLLKLATPARFSKTVSAVCLPQATDDFPAGTLCVTTGWGLTKHTNANTPDKLQQAALPLLSNAECKKFWGSKITDLMVCAGASGVSSCMGDSGGPLVCQK---DGAWTLVGIVSWGSGTCSTSTPG 244

[Close]

BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|68566214|sp|Q8VHK8.2|TM11D_MOUSE (RecName: Full=Transmembrane protease serine 11D; AltName: Full=Adrenal secretory serine protease; Short=AsP; AltName: Full=Airway trypsin-like protease; Short=AT; Contains: RecName: Full=Transmembrane protease serine 11D non-catalytic chain; Contains: RecName: Full=Transmembrane protease serine 11D catalytic chain; Flags: Precursor)

HSP 1 Score: 119.398 bits (298), Expect = 1.208e-27
Identity = 81/241 (33.61%), Postives = 116/241 (48.13%), Query Frame = 0

Query:  147 LDDGDDENGGGNETGPGEDFSSTGCGIKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLP--TTRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRF--YGSSLASSFLCTTQRSGA--SCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            L D D EN    E G   D  +         +I+GG +A   +WPW V+L L+       CGG++I+N  VLTAAHC         +           ++RV  +A IL H  Y ++   NDIA+++L  +V F+  +  VCLP  T  +      +VTGWG     G    NL++ E+ + +   C     Y  S+    LC   RSGA  +CQGDSG  + Q+ D   LW   G+VS+G
Sbjct:  159 LTDQDTENVLTQECGARPDLITLS-----EERIIGGMQAEPGDWPWQVSLQLN---NVHHCGGALISNMWVLTAAHCFKSYPNPQYWTATFGVSTMSPRLRVRVRA-ILAHDGYSSVTRDNDIAVVQLDRSVAFSRNIHRVCLPAATQNIIPGSVAYVTGWGSLTYGGNAVTNLRQGEVRIISSEECNTPAGYSGSVLPGMLCAGMRSGAVDACQGDSGGPLVQE-DSRRLWFVVGIVSWG 389

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BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|1717787|sp|P50343.1|TRYB2_RAT (RecName: Full=Tryptase beta-2; Short=Tryptase-2; AltName: Full=Mast cell protease 6; Short=rMCP-6; Flags: Precursor)

HSP 1 Score: 114.775 bits (286), Expect = 4.250e-27
Identity = 80/237 (33.76%), Postives = 112/237 (47.26%), Query Frame = 0

Query:  171 CGIKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQ---DCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLP--TTRLQANQTLWVTGWGKTATTGQL--AMNLKEAELNLQTDSYCRRFYGSSLAS---------SFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLEVGDAG 391
            C +K    IVGG+EA+  +WPW V+L         FCGGS+I+ + VLTAAHCV   I++   F    R Q     DQ+  V +  +  H  Y  + +G DIALL+L   V  +  + P+ LP  +    +  + WVTGWG   +   L     LK+ ++ +  +S C R Y + L +           LC       SCQGDSG  +     G   W Q GVVS+G    E    G
Sbjct:   22 CPVKQRVGIVGGREASESKWPWQVSLRFKFSFWMHFCGGSLIHPQWVLTAAHCVGLHIKSPELFRVQLREQYLYYADQLLTVNRTVV--HPHYYTVEDGADIALLELEIPVNVSTHIHPISLPPASETFPSGTSCWVTGWGDIDSDEPLLPPYPLKQVKVPIVENSLCDRKYHTGLYTGDDVPIVQDGMLCAGNTRSDSCQGDSGGPLVCKVKGT--WLQAGVVSWGEGCAEANRPG 254

[Close]

BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|117616|sp|P00767.1|CTRB_BOVIN (RecName: Full=Chymotrypsinogen B; Contains: RecName: Full=Chymotrypsin B chain A; Contains: RecName: Full=Chymotrypsin B chain B; Contains: RecName: Full=Chymotrypsin B chain C; Flags: Precursor)

HSP 1 Score: 112.464 bits (280), Expect = 1.060e-26
Identity = 77/217 (35.48%), Postives = 113/217 (52.07%), Query Frame = 0

Query:  173 IKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYF-GCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR--LQANQTLWVTGWGKTATTG-QLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDS-GSFVGQDNDGDGLWTQDGVVSFGGSS 384
            + G  +IV G++A    WPW V+L  ST  G  FCGGS+I+   V+TAAHC  GV  +     G   +  + +  +V++   +  +  +  L   NDI LLKL T  QF+  V  VCLP+      A      TGWGKT     +    L++A L + +++ CR+++GS +    +C      +SC GDS G  V Q N   G WT  G+VS+G S+
Sbjct:   10 LSGLARIVNGEDAVPGSWPWQVSLQDST--GFHFCGGSLISEDWVVTAAHC--GVTTSDVVVAGEFDQGLETEDTQVLKIGKVFKNPKFSILTVRNDITLLKLATPAQFSETVSAVCLPSADEDFPAGMLCATTGWGKTKYNALKTPDKLQQATLPIVSNTDCRKYWGSRVTDVMICAGASGVSSCMGDSGGPLVCQKN---GAWTLAGIVSWGSST 219

[Close]

BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|544112|sp|P36178.1|CTRB2_LITVA (RecName: Full=Chymotrypsin BII; Flags: Precursor)

HSP 1 Score: 112.464 bits (280), Expect = 1.977e-26
Identity = 71/214 (33.18%), Postives = 112/214 (52.34%), Query Frame = 0

Query:  178 KIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQANQTLWVTGWGKTA-TTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSG-ASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSS-LEVG 388
            +IVGG EAT H WP   AL +      +FCGGS+I++  VLTAAHC+DG        G    RQ+      +   D   H+++ + +  NDIAL+KLP+ V  N+ ++ V LP++ +    T+  TGWG+   + G ++  L++ ++ + T+  C   YG  + +  +C     G  +C GDSG  +  +          G+ SFG S+  EVG
Sbjct:   45 RIVGGVEATPHSWPHQAALFI---DDMYFCGGSLISSEWVLTAAHCMDGAGFVEVVLGAHNIRQNEASQVSITSTDFFTHENWNSWLLTNDIALIKLPSPVSLNSNIKTVKLPSSDVAVGTTVTPTGWGRPLDSAGGISDVLRQVDVPIMTNDDCDAVYG-IVGNGVVCIDSEGGKGTCNGDSGGPLNLNG------MTYGITSFGSSAGCEVG 248

[Close]

BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|342187072|sp|Q8K1T0.2|TMPS3_MOUSE (RecName: Full=Transmembrane protease serine 3)

HSP 1 Score: 115.931 bits (289), Expect = 2.707e-26
Identity = 82/247 (33.20%), Postives = 116/247 (46.96%), Query Frame = 0

Query:  157 GNETGPGEDFSSTGCGIKGGR--KIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAY---FGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR--LQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYC--RRFYGSSLASSFLCTTQRSGA--SCQGDS-GSFVGQDNDGDGLWTQDGVVSFGGSSLEVGDAG 391
            G  +G       + CG + G   +IVGG  ++  +WPW V+L     QG   CGGS+I    ++TAAHCV  +    ++    G V+         +VE+  I+ H  Y     GNDIAL+KL   + F+  ++P+CLP +       +  W +GWG T   G  +  L  A + L ++  C  R  YG  ++ S LC     G   SCQGDS G  V Q+     LW   G  SFG    EV   G
Sbjct:  193 GCTSGHVVTLKCSACGTRTGYSPRIVGGNMSSLTQWPWQVSLQF---QGYHLCGGSIITPLWIVTAAHCVYDLYHPKSWTVQVGLVSLMDSPVPSHLVEK--IIYHSKYKPKRLGNDIALMKLSEPLTFDETIQPICLPNSEENFPDGKLCWTSGWGATEDGGDASPVLNHAAVPLISNKICNHRDVYGGIISPSMLCAGYLKGGVDSCQGDSGGPLVCQERR---LWKLVGATSFGIGCAEVNKPG 431

[Close]

BLAST of transmembrane protease serine 9-like vs. SwissProt
Match: gi|119762|sp|P03951.1|FA11_HUMAN (RecName: Full=Coagulation factor XI; Short=FXI; AltName: Full=Plasma thromboplastin antecedent; Short=PTA; Contains: RecName: Full=Coagulation factor XIa heavy chain; Contains: RecName: Full=Coagulation factor XIa light chain; Flags: Precursor)

HSP 1 Score: 117.857 bits (294), Expect = 2.728e-26
Identity = 73/219 (33.33%), Postives = 109/219 (49.77%), Query Frame = 0

Query:  171 CGIKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQAT---AYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTT--RLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYC-RRFYGSSLASSFLCTTQRSGA--SCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            C  K   +IVGG  +   EWPW V L  ++P     CGGS+I N+ +LTAAHC  GV        Y G + + +  +        +I+ H  Y    +G DIALLKL T V +    RP+CLP+   R       WVTGWG      ++   L++A++ L T+  C +R+ G  +    +C   R G   +C+GDSG  +   +  + +W   G+ S+G
Sbjct:  380 CTTKIKPRIVGGTASVRGEWPWQVTLHTTSPTQRHLCGGSIIGNQWILTAAHCFYGVESPKILRVYSGILNQSEIKEDTSFFGVQEIIIHDQYKMAESGYDIALLKLETTVNYTDSQRPICLPSKGDRNVIYTDCWVTGWGYRKLRDKIQNTLQKAKIPLVTNEECQKRYRGHKITHKMICAGYREGGKDACKGDSGGPLSCKH--NEVWHLVGITSWG 596

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1190431923|ref|XP_020819327.1| (chymotrypsinogen B-like isoform X1 [Phascolarctos cinereus])

HSP 1 Score: 142.51 bits (358), Expect = 1.706e-34
Identity = 91/232 (39.22%), Postives = 126/232 (54.31%), Query Frame = 0

Query:  167 SSTGCGI-------KGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHC----VDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTT--RLQANQTLWVTGWGKTATTG-QLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDS-GSFVGQDNDGDGLWTQDGVVSFGGS 383
            +++GCG+        G  +IV G++A    WPW V+L  S   G+ FCGGS+I+   V+TAAHC     D VI      G      D D ++V+E A +  +Q+Y +L   NDI LLKL T  QF   V PVCLP+      +  T   TGWGKT  T  ++   L++A L L ++S C++F+GS +  S +C      +SCQGDS G  V   N   G WT  G+VS+G S
Sbjct:   15 AASGCGVPAIEPALSGLARIVNGEDAVPGSWPWQVSLQRS---GSHFCGGSLISENWVVTAAHCSVRTTDKVIAGEFNLG-----SDSDDVQVLEIAKVFKNQNYNSLTISNDITLLKLATPAQFQENVSPVCLPSADEDFPSGTTCITTGWGKTRYTALKVPDKLQQAALPLLSNSECKKFWGSKIKDSMICAGASGVSSCQGDSGGPLVTLSN---GAWTLVGIVSWGSS 235

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|696962711|ref|XP_009569479.1| (PREDICTED: chymotrypsin-like protease CTRL-1 [Cuculus canorus])

HSP 1 Score: 138.658 bits (348), Expect = 3.988e-33
Identity = 91/230 (39.57%), Postives = 121/230 (52.61%), Query Frame = 0

Query:  169 TGCGIKG------GRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSY-GNLINGNDIALLKLPTAVQFNAKVRPVCLPTTR--LQANQTLWVTGWGKTATTGQ-LAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDS-GSFVGQDNDGDGLWTQDGVVSFGGSSLEV 387
            +GCG+          +I+ GQ A    WPW V  +L T  G+ FCGGS+IN   V+TAAHC           G   R  + D ++V   A  + H S+ GN  N NDI LLKL +  Q    V PVCLP T   L  N     TGWG+T    Q LA+ L++  L L + S CR+++GS + SS LC      +SCQGDS G  V Q+ +   +WT  G+VS+G S+  V
Sbjct:   17 SGCGVPALSLSEYSERIINGQNAVPGAWPWQV--SLQTRSGSHFCGGSLINENWVVTAAHCEFNPYSHVVVLGQYDRGSNTDTVQVKTVAKAITHPSWNGNTFN-NDITLLKLSSPAQLGPHVAPVCLPPTNLVLPINLPCVTTGWGRTNVNSQALALRLQQVTLPLISLSQCRQYWGSRITSSMLCAGGVGASSCQGDSGGPLVYQNGN---VWTLIGIVSWGNSNCNV 240

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1215482769|gb|OXB76048.1| (hypothetical protein H355_000147 [Colinus virginianus])

HSP 1 Score: 136.346 bits (342), Expect = 2.602e-32
Identity = 84/229 (36.68%), Postives = 119/229 (51.97%), Query Frame = 0

Query:  169 TGCGI-------KGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRL--QANQTLWVTGWGKTATTGQ-LAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLEV 387
            +GCG+       K   +I+ GQ A +  WPW V  +L T  G+ FCGGS+IN   V+TAAHC           G        + ++V   +  + H S+      NDI LLKL +  Q N++V PVCL +  L   +N     TGWG+T TT   LA  L++  L L + S C++++GS + SS LC      +SCQGDSG  +  +N     WT  G+VS+G S+  V
Sbjct:   17 SGCGVPLISPSVKYSERIINGQNAVSGSWPWQV--SLQTRSGSHFCGGSLINEYWVVTAAHCEFSPYNHVVVLGEYNLNSATESVQVKTVSKAVTHPSWNAYTLNNDITLLKLSSPAQLNSRVSPVCLASANLVLSSNMQCVTTGWGRTHTTSNALASRLQQVTLPLISQSQCQQYWGSKITSSMLCAGGAGASSCQGDSGGPLVYNNGNS--WTLIGIVSWGSSNCNV 241

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1020460816|ref|XP_016135178.1| (PREDICTED: trypsin-2-like [Sinocyclocheilus grahami])

HSP 1 Score: 137.502 bits (345), Expect = 3.178e-32
Identity = 83/209 (39.71%), Postives = 112/209 (53.59%), Query Frame = 0

Query:  178 KIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPT--TRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCT---TQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            KIVGG++ATA  WPW V++  ST  G  FCGGS+IN   VL+AAHC    +     +     +   +   V   A ++ H  Y +L + NDIALLKL ++V F   +RPVCL    ++L A    WVTGWG   + G     L+E  + + + S C   YG S+ S+ +C     +    SCQGDSG  +   N    LW Q GVVSFG
Sbjct:   35 KIVGGEDATAGSWPWQVSIQ-STAFGGHFCGGSLINKDWVLSAAHCFQSSLGTIRIYLGRQSQSGSNPNEVFRTASVINHPDYYDLTHDNDIALLKLSSSVTFTNYIRPVCLAAAGSKLAAGTETWVTGWGALQSEGSSPDKLQEVMIPVVSSSDCDDAYGGSITSNMICAGLLNEGGKDSCQGDSGGPLVTRN--GSLWIQSGVVSFG 240

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1215457247|gb|OXB58486.1| (hypothetical protein ASZ78_009051 [Callipepla squamata])

HSP 1 Score: 137.117 bits (344), Expect = 4.104e-32
Identity = 84/228 (36.84%), Postives = 117/228 (51.32%), Query Frame = 0

Query:  170 GCGI-------KGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRL--QANQTLWVTGWGKTATTGQ-LAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSSLEV 387
            GCG+       K   +I+ GQ A +  WPW V  +L T  G+ FCGGS+IN   V+TAAHC           G        + ++V   +  + H S+      NDI LLKL +  Q N++V PVCL +  L    N     TGWG+T TT   LA  L++  L L + S C++++GS + SS LC      +SCQGDSG  +  +N     WT  G+VS+G S+  V
Sbjct:   52 GCGVPQISPSVKYSERIINGQNAVSGSWPWQV--SLQTRSGSHFCGGSLINEYWVVTAAHCEFSPYNHVVVLGEYNLNSATESVQVKTVSKAVTHPSWNAYTLNNDITLLKLSSPAQLNSRVSPVCLASANLVLSGNMQCVTTGWGRTHTTSNALASRLQQVTLPLISQSQCQQYWGSKITSSMLCAGGAGASSCQGDSGGPLVYNNGNS--WTLIGIVSWGSSNCNV 275

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1325315677|ref|XP_023339538.1| (brachyurin-like [Eurytemora affinis])

HSP 1 Score: 134.42 bits (337), Expect = 3.342e-31
Identity = 81/223 (36.32%), Postives = 118/223 (52.91%), Query Frame = 0

Query:  170 GCGI-KGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLP--TAVQFNAKVRPVCLPTTRL----QANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSG-ASCQGDSGSFVGQDNDGDGLWTQDGVVSFGGSS 384
            GCGI     +IVGG     H +PWMV L+ +   G +FCGG+++N   +LTAAHC  G I A AY G      + +   ++   + + H  Y      ND+AL+ LP  +   +   + P CLP         A Q+L+  GWGKT     ++  L E  ++L T+  CR+ YG  +  S +C    +G  +CQGDSGS + Q +  DGL+ Q G+VSFG S+
Sbjct:   53 GCGIPNASNRIVGGTGVQPHRYPWMVGLSFN---GQWFCGGTLLNKEWILTAAHCTHGAISAYAYLGAHNLYNEEEGRLIIFSQEFVEHPQYNVEKILNDVALVHLPKNSIPAYTKNISPGCLPARNAVDQNMAGQSLFAVGWGKTQNGALISPTLNELRVSLVTNDVCRKSYGDIIQPSNVCAQGANGTGTCQGDSGSSL-QYSPRDGLYIQYGIVSFGAST 271

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|831505490|ref|XP_012712218.1| (chymotrypsin A [Fundulus heteroclitus])

HSP 1 Score: 132.88 bits (333), Expect = 4.629e-31
Identity = 89/237 (37.55%), Postives = 117/237 (49.37%), Query Frame = 0

Query:  167 SSTGCG-------IKGGRKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGV-IQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTT--RLQANQTLWVTGWGKT-ATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDSGS-FVGQDNDGDGLWTQDGVVSFGGSSLEVGDAG 391
            ++ GCG       I G  +IV G+EA  H WPW V+L   T  G  FCGGS+IN   V+TAAHC  GV I      G   R  + + I+V+    +  H +Y      NDI L+KL    Q NA+V PVCL  T            +GWG T +T       L++A L L T++ C RF+G+ + S  +C      +SC GDSG   V Q N   G WT  G+VS+G  S      G
Sbjct:   15 AAYGCGTPAISPIITGYSRIVNGEEAVPHSWPWQVSLQDYT--GFHFCGGSLINENWVVTAAHC--GVSISHRVILGEHDRSSNAESIQVISPRQVFRHPNYNGYTINNDITLIKLANPAQINARVSPVCLAETNDNFAGGMRCMTSGWGLTRSTAANTPSRLQQASLPLLTNTECSRFWGNKITSLMICAGASGASSCMGDSGGPLVCQKN---GAWTLVGIVSWGSGSCSTSMPG 244

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1025068044|ref|XP_016336442.1| (PREDICTED: trypsin-2-like [Sinocyclocheilus anshuiensis])

HSP 1 Score: 133.65 bits (335), Expect = 5.458e-31
Identity = 80/209 (38.28%), Postives = 111/209 (53.11%), Query Frame = 0

Query:  178 KIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPT--TRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSSLASSFLCT---TQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            KIVGG++ATA  WPW V++  ST  G  FCGGS+IN   VL+AAHC    +     +     +   +   V+  A ++ H  Y +L + NDIALLKL ++V F   ++PVCL    ++  A    WVTGWG   + G     L+E  + + + S C   YG  + S+ +C     +    SCQGDSG  +   N    LW Q GVVSFG
Sbjct:   23 KIVGGEDATAGSWPWQVSIQ-STAFGGHFCGGSLINKDWVLSAAHCFQSSLGTIRIYLGRQSQSGSNPNEVLRTASVINHPDYYDLTHDNDIALLKLSSSVTFTNYIKPVCLAAAGSKFAAGTETWVTGWGALQSEGLSPDKLQEVMIPVVSSSDCDDAYGGGITSNMICAGLLNEGGKDSCQGDSGGPLVTRN--GSLWIQSGVVSFG 228

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|529418800|ref|XP_005229271.1| (PREDICTED: chymotrypsin-like protease CTRL-1 [Falco peregrinus] >gi|541974182|ref|XP_005440360.1| PREDICTED: chymotrypsin-like protease CTRL-1 [Falco cherrug])

HSP 1 Score: 132.109 bits (331), Expect = 8.825e-31
Identity = 81/215 (37.67%), Postives = 115/215 (53.49%), Query Frame = 0

Query:  177 RKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQDCDQIRVVEQADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPTTRLQ--ANQTLWVTGWGKTATTGQ-LAMNLKEAELNLQTDSYCRRFYGSSLASSFLCTTQRSGASCQGDS-GSFVGQDNDGDGLWTQDGVVSFGGSSLEV 387
             +I+ GQ A    WPW V  +L T  G+ FCGGS+IN   V+TAAHC           G   R  + + ++V   +  + + S+      NDI LLKL +  Q   +V PVCLP T L    N     TGWG+T T  Q LA+ L++  L L T + C++++G+ + SS LC      +SCQGDS G  V Q+ +   +WT  G+VS+G S+  V
Sbjct:   32 ERIINGQNAVPGSWPWQV--SLQTRSGSHFCGGSLINENWVITAAHCEFNPYSHIVVLGEYDRSSNAESVQVKTVSRAITNPSWNPYTLNNDITLLKLSSPAQLGPRVAPVCLPPTNLALPTNLQCVTTGWGRTNTNSQALAVRLQQVTLPLITLNQCKQYWGNRITSSMLCAGGVGASSCQGDSGGPLVYQNGN---VWTLIGIVSWGNSNCNV 241

[Close]

BLAST of transmembrane protease serine 9-like vs. nr
Match: gi|1069678441|ref|XP_018301175.1| (PREDICTED: proclotting enzyme-like [Trachymyrmex zeteki] >gi|1012983358|gb|KYQ57069.1| Serine proteinase stubble [Trachymyrmex zeteki])

HSP 1 Score: 137.887 bits (346), Expect = 9.384e-31
Identity = 89/236 (37.71%), Postives = 132/236 (55.93%), Query Frame = 0

Query:  162 PGEDFSSTGCGIKGG----RKIVGGQEATAHEWPWMVALTLSTPQGTFFCGGSVINNRTVLTAAHCVDGVIQATAYFGCVARRQD-----CDQIRVVEQ--ADILGHQSYGNLINGNDIALLKLPTAVQFNAKVRPVCLPT-TRLQANQTLWVTGWGKTATTGQLAMNLKEAELNLQTDSYCRRFYGSS----LASSFLCTTQRSGASCQGDSGSFVGQDNDGDGLWTQDGVVSFG 381
            P  D + + CG K G     +IVGG+ A   EWPWMVAL      G  FCGGS+INN+ VLTAAHCV   + +      +AR  D      ++IR +E+    ++ H+++ +    ND+ALL L   V+F  ++RP+CLP+ ++L + +T  V GWG    +G     L+E  + + ++S C+  YG++    +  SFLC  + +  SC GDSG   G     DG WTQ G+VS+G
Sbjct:  260 PINDDNLSQCGAKNGNQDQERIVGGKNADPGEWPWMVALFNG---GRQFCGGSLINNKHVLTAAHCVAN-MNSWDVARLIARLGDHNIKTNNEIRHIEKRVKRVVRHKAFNSRTLYNDVALLTLSEPVEFTEQIRPICLPSGSQLYSGKTATVIGWGSLRESGPQPAILQEVSIPVWSNSECKLKYGAAAPGGIVDSFLCAGRATKDSCSGDSG---GPLMVNDGRWTQVGIVSWG 488

The following BLAST results are available for this feature:

BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
BLAST of transmembrane protease serine 9-like vs. SwissProt
BLAST of transmembrane protease serine 9-like vs. nr

BLAST of transmembrane protease serine 9-like vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25


Match Name	E-value	Identity	Description
EMLSAG00000010925	7.778e-26	32.38	supercontig:LSalAtl2s:LSalAtl2s730:283497:284811:1...	[more]
EMLSAG00000004828	1.484e-25	31.90	supercontig:LSalAtl2s:LSalAtl2s254:397245:398159:-...	[more]
EMLSAG00000005882	1.466e-24	30.53	supercontig:LSalAtl2s:LSalAtl2s3194:2307:3653:1 ge...	[more]
EMLSAG00000002149	1.562e-23	31.67	supercontig:LSalAtl2s:LSalAtl2s139:22566:31405:1 g...	[more]
EMLSAG00000007886	1.869e-23	32.70	supercontig:LSalAtl2s:LSalAtl2s464:52646:53754:1 g...	[more]
EMLSAG00000011454	1.108e-22	32.87	supercontig:LSalAtl2s:LSalAtl2s790:183804:208736:-...	[more]
EMLSAG00000012442	2.399e-22	30.57	supercontig:LSalAtl2s:LSalAtl2s914:161702:164343:-...	[more]
EMLSAG00000004826	3.018e-22	30.65	supercontig:LSalAtl2s:LSalAtl2s254:382958:388781:1...	[more]
EMLSAG00000012246	9.183e-22	32.24	supercontig:LSalAtl2s:LSalAtl2s892:54138:171852:1 ...	[more]
EMLSAG00000000025	1.196e-21	34.60	supercontig:LSalAtl2s:LSalAtl2s1005:6858:7782:-1 g...	[more]

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BLAST of transmembrane protease serine 9-like vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|117615\|sp\|P00766.1\|CTRA_BOVIN	2.097e-29	35.71	RecName: Full=Chymotrypsinogen A; Contains: RecNam...	[more]
gi\|68566103\|sp\|Q8VHJ4.1\|TM11D_RAT	4.886e-29	35.18	RecName: Full=Transmembrane protease serine 11D; A...	[more]
gi\|729224\|sp\|P40313.1\|CTRL_HUMAN	2.324e-28	33.19	RecName: Full=Chymotrypsin-like protease CTRL-1; F...	[more]
gi\|117612\|sp\|P04813.1\|CTR2_CANFA	8.769e-28	35.90	RecName: Full=Chymotrypsinogen 2; Contains: RecNam...	[more]
gi\|68566214\|sp\|Q8VHK8.2\|TM11D_MOUSE	1.208e-27	33.61	RecName: Full=Transmembrane protease serine 11D; A...	[more]
gi\|1717787\|sp\|P50343.1\|TRYB2_RAT	4.250e-27	33.76	RecName: Full=Tryptase beta-2; Short=Tryptase-2; A...	[more]
gi\|117616\|sp\|P00767.1\|CTRB_BOVIN	1.060e-26	35.48	RecName: Full=Chymotrypsinogen B; Contains: RecNam...	[more]
gi\|544112\|sp\|P36178.1\|CTRB2_LITVA	1.977e-26	33.18	RecName: Full=Chymotrypsin BII; Flags: Precursor	[more]
gi\|342187072\|sp\|Q8K1T0.2\|TMPS3_MOUSE	2.707e-26	33.20	RecName: Full=Transmembrane protease serine 3	[more]
gi\|119762\|sp\|P03951.1\|FA11_HUMAN	2.728e-26	33.33	RecName: Full=Coagulation factor XI; Short=FXI; Al...	[more]

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BLAST of transmembrane protease serine 9-like vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1190431923\|ref\|XP_020819327.1\|	1.706e-34	39.22	chymotrypsinogen B-like isoform X1 [Phascolarctos ...	[more]
gi\|696962711\|ref\|XP_009569479.1\|	3.988e-33	39.57	PREDICTED: chymotrypsin-like protease CTRL-1 [Cucu...	[more]
gi\|1215482769\|gb\|OXB76048.1\|	2.602e-32	36.68	hypothetical protein H355_000147 [Colinus virginia...	[more]
gi\|1020460816\|ref\|XP_016135178.1\|	3.178e-32	39.71	PREDICTED: trypsin-2-like [Sinocyclocheilus graham...	[more]
gi\|1215457247\|gb\|OXB58486.1\|	4.104e-32	36.84	hypothetical protein ASZ78_009051 [Callipepla squa...	[more]
gi\|1325315677\|ref\|XP_023339538.1\|	3.342e-31	36.32	brachyurin-like [Eurytemora affinis]	[more]
gi\|831505490\|ref\|XP_012712218.1\|	4.629e-31	37.55	chymotrypsin A [Fundulus heteroclitus]	[more]
gi\|1025068044\|ref\|XP_016336442.1\|	5.458e-31	38.28	PREDICTED: trypsin-2-like [Sinocyclocheilus anshui...	[more]
gi\|529418800\|ref\|XP_005229271.1\|	8.825e-31	37.67	PREDICTED: chymotrypsin-like protease CTRL-1 [Falc...	[more]
gi\|1069678441\|ref\|XP_018301175.1\|	9.384e-31	37.71	PREDICTED: proclotting enzyme-like [Trachymyrmex z...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold203_size261420	supercontig	scaffold203_size261420:68737..143935 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

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


Feature Name	Unique Name	Species	Type
snap_masked-scaffold203_size261420-processed-gene-1.2-mRNA-1	snap_masked-scaffold203_size261420-processed-gene-1.2-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold203_size261420:68737..143935-

gene from alignment at scaffold203_size261420:68737..143935-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>snap_masked-scaffold203_size261420-processed-gene-1.2 ID=snap_masked-scaffold203_size261420-processed-gene-1.2|Name=transmembrane protease serine 9-like|organism=Tigriopus kingsejongensis|type=gene|length=75199bp|location=Sequence derived from alignment at scaffold203_size261420:68737..143935- (Tigriopus kingsejongensis)
ATGACCACAGGTATACCCACTTTAATCCCGCAAAAGAAGCCAACAATAGC
TGTGAGTGAACACCACTAGTGGACGGAACTTGGCAAGCCCGGGGATCGAA
CCAACGAGAGACTTCCAGAGACTCCTCGTCAGCAATGGTATTAAATTGTG
GAATGAGTTCCCACAACTGAGGGAAGCAAAAACTCGTGGTGCTTTGAAAA
CCATTGCTAAACAAATCGCAAGAAATGCTCCTATTTAGTGCCAACTCCCC
GCTCTGTTTGCCTCCTGTTTGTTCCCGTCTGCTCCCTGTCTGTTTCCTTT
TGGTTCCTTCTGACAACAATTAATTCAAAAGGGTGTAAACACTTTTGTCA
GATGGTTCACAAAACAATTACTGGAAAACTCCCTCATTCTATTCACAAAT
TTTCAAATTCGTCAAAAAATCTGCCCAACCTTTCAATCGATATGAATTGG
CAAGCCAAGATCGCCAATTTGAGCATGAGCCTTTTGTTAAAACTGTGAGA
ACCAGTTTCTTTTTTCGTCGACTGTCCCCTGAAATAATAAAAAAGTAAAC
AAATGTTCAATGAAAAAGTCTGAACTAGTTTATCGTGTACCTATTATACT
GCTTTTACCCTTGCCAATAAGGACCTGTACTTTTCTCTCGGATGATCGAC
ATTATGGTTCCTCATGTACTCGTATTAACCTCAATTTTAGATTTTCCACC
AAAAACATTTCAAAATCAGTAACTTATTTTTAGTGGCGGCCTTTCTGAAA
GTCGAAAAAAAAATATTTTTTTGAAAATATTGACTAGATGCACCACAAAA
TTAATGGGTCTGGGCTATGTTTTGTATCAAGGGTGCAGCAAATAATACAG
GTCAACGATAATACGTAACCATTGAAGAAAGTGAAAATATTGAAAATCTT
TCTTATATTATTTCAACGATTTCAGTAGTGATCAAGAAATTTCATTCTGA
AAAAGTGCCGTTATTCAGGGTTGATTTAAGGACGAACTCTGAAAATGAAT
AACTACCGTAGAGGAAATTACCCAAAGAAGTAAATGTCATTGAATTTTCC
GAACAACTTATGTAGTATCCCCCTCGATTTTTTTCTTAGGAAGTTCACTT
GTGTTGTATACGTGGAGTAATGCGAGACGTGAACGCTTGACTTAAGATGG
TACAGAACTGCCGTTTATTCACGATGAGTTAATGTGCGCAATACGAGGGC
CACCTAGTGACAAGACTCAACAACTTAATTGTTACCTGAAATTAATCCAG
ATGCTACTTTTTGGATCGTAACCCAAAATTAATCTGTCCCTTGCGGGTCA
ACCATTACTATCTTGAACTAGGTCCAAGGATTAAAATATTTTTTCAGAAA
GTCTTTAGGCCGAATTTGTCTCTCCGGAGATTTCTAACCGAGAATTGACT
GTACTGTACTGATAATTCCCAGGGCCTCACAAATAAACTAACAATGTAAT
ATAGTTGCTCCTTCTTTTTCACTGTCCTCAAAATTAGTGTCAAGCTCAAC
ATGAACGTGAATACTACCCAACCAAATGCATTTATGTCTCAATCGTATTG
TAGCGAGGATGTCAATCCTCTCGAGATTAAAGCTAGACTCCTTTTGTTAC
TCATAGATGCATGATTGAGAGCGGTGGCACTAAAAAACAAACATACAGGG
TGCGTAGGTAACACTTTCCGTTGTTCCAAGTTAATTTGAGACGCTCGCGT
TTCCTTTAGAGTAAGTTGCTGTATATTTTATGAAATGTATGAATCTCATG
CAGATTTCCTTTTTGTAAGATTTTTTTATTGCGGCTGATATCTAGGGACA
GAATCCTAAGGTGCCCAATCAATAACAACCACACGCACTCAGAATCGCCG
ACACACAACTTCGACTCGAGCTTCAGTCAATCCAAGGTCAGCCACGCCAA
TGGTAAAAATGACCAAGAATTATTACCAATATATTTTCTGGGACCTAAAG
GGACCTATGAGAAATCTGAGCGAATAGTGTAACTCATGGTCTTGGAATAT
CGGAAGGTGCCTTTTGAGTTTTCTAGGAGGTTGAGGTATTTGGCCGTGGC
TTCAAAATGTCTCAATCAAAGTGGGTCATCTTTTCATGGAGGATTGAGTG
TTTCTCCGGAACTGAGCATAAACATGTATTTTTTGCATCTCGGTAACAGA
AAACTACCATTTCGATGACATAATTGGGGAAGCAGAACTTGAGTGGAGCT
CCTTTTGACCACCAATGATGTGGAATTGAAACTTTTCTGCAGTTGTGATA
TTACGCATCCTATGATCTGAACTTCAAATCCTGGTTATGTTTGGAGTTAT
TCATTCCAAAGCTGGCGAAGCACTTGACCCCAATCCGAAAAAAAATCCCC
CCAAAGATCGGAGCAACATTTAGGTCAAGTCTGAAGGCCAGGACAGTTCA
GTGTTAAAACTTAGACTGAAGATGCTCAAGACTTTTGGCAATTGTATTTA
ATGAAGACTAAAGAGAGATGTAGCCTCTAGTTCTTCTTTAATTTTGAATT
CTAGTTCTCAAATTGAGGGCGGGAAGTTTTGCGTACGCACTCTGTATGCA
CAGCAAATGTAAGCCAGGTCCTCCTAGTGGCTCTAGGTCCTCCACTTGTC
TTTGGATCTAGGAATCCGCTAGGAGAAACAGCTTTGATTCTTGTGAAGCC
ATTTCACATGGTGGCTAATGAGACATATAAATATGACAAGCATTCCAAAC
GGAAATCAGAGCCATTCGAAATCCCACAACGATGTCATTTCAATTTACCC
TTTTCCTTCTGTCTGCTTGGGCGGTAAATATTTCCACTTTTTTTAAATCC
ACTCCATTCAAACAGATGTTTCTTTCCAGAGTCACGCCTTTGCCAAGGAT
GGCGATGTGAGGTTTCATCGCATTTTGGCCCCTGAGGCCTTTACCGACAA
CTCTTCGACCCCATCCGATTTGGAATCATTGAGGTGCAACACAAGAACCA
TGGTAACCCGAGGAGGACTGTACCGAATAAGTCAAATCTCGGAAAGTTCA
AGGTGGGATTCCTAATTTTGCTTCAGATCTTCGAGTGTCAGGCTCGTTCA
TTGATTCCAGATGTCGATGGCAATTCACGATACCGGCTGGTTTGAAAGTG
GATCTACTGTGTAGTCGCTTCGATCTTCCTTGCTCGAATGGAAGACTCAG
TCATGTGTATATGTTCCCAATCCGGGTGGGCCGACTTTGTAGTGTGGATC
AATCCAGAGATGCATTATTATCGTTCTGGAACCAGGGCTCCCGATCCGAT
GTCCTGCGACTGACTTATCGCCCTCGATCCCGAGGTTCCAACCAGGATTT
GGGCTTAGATTGTGTCCTGGCTGAGGTGTCCGGTGGTCCTGGTTTGGACG
ACGGCGACGATGAAAATGGCGGTGGGAATGAAACTGGTCCCGGAGAAGAC
TTCTCATCCACTGGATGTGGCATAAAGGGAGGACGCAAAATTGTCGGTGG
TCAAGAGGCCACAGCTCACGAATGGCCGTGGATGGTGGCCTTGACTTTGT
CCACGCCTCAAGGAACTTTCTTTTGTGGAGGATCAGTCATCAACAACCGC
ACTGTCCTCACTGCAGCTCATTGCGTTGACGGAGTCATCCAAGCCACGGC
CTACTTTGGATGCGTGGCACGAAGACAAGACTGTGATCAAATCCGAGTGG
TTGAACAGGCTGATATCCTTGGACATCAGTCATACGGGAACCTGATCAAC
GGGAACGATATTGCCCTCTTGAAGCTCCCAACAGCCGTCCAATTCAATGC
CAAAGTTCGGCCAGTTTGCTTGCCCACAACCCGCCTTCAAGCCAATCAGA
CCCTTTGGGTGACTGGGTGGGGTAAAACAGCCACTACCGGACAATTGGCA
ATGAACTTGAAAGAGGTAGGTATTGGAAAGCTAGATAAACACCTTGTAGG
TAACTTCACAATTACATTCGCATGAAGTGAAGCTCGGATTTGATGCCGCA
ATGATAATCTGACCGTACTCAAGGATGGTGGAGATGTAGCAAAGTAGCAA
GAGGCCTGGGAAGTTTTACACTTGCTCAGGGTTTGAGCCTTGAAGTGTTT
GCAACAGAGTTAAAGACTATCGAACGAGAGCGTTGCCACATCTACCTATA
TCGTTCTTGACAAATATACCCCGGTAGTTTTCAGAGCAACTACTGACAGT
GATTAACTGTGAAATGGGCCAGGGTTGCGAGATTGACTCTCAAAAGTGTT
GAAACCTAACGAGAGCTGTCATTTAACATGGCTTGTATTTAAGTAAATAA
TGAATGCTCTGTAAAAGGGGTTTAAGGTGAAATAATTAATCATTAAGCCA
ATCGATTTCACCCTCGTAACCGCTCACGAAGTCAATATCTACGTAATTTT
GTTTCCAGGCCGAGTTGAACTTGCAAACCGATAGCTATTGTCGTCGGTTT
TATGGATCAAGTTTGGCAAGTTCCTTCTTATGCACCACCCAGAGGTCCGG
GGCATCTTGCCAAGGCGACTCCGGATCCTTTGTGGGTCAGGATAACGATG
GCGATGGACTTTGGACCCAAGATGGCGTCGTGTCATTCGGTGGCAGTTCC
TGTGAGCTGCATCCATCTGGCCACACTGAAGTGTTCAATCATTTGAACTG
GATCCGAAATAATCAGTGATGTCGAGTCGACGCTATCCAAAGGAATGAAG
AGTGCATCCATAATGTTTTGCTCTTTAGGCAAATTTGAAATATATCCAAC
CTAAGCAATGATTTTGACAACAAAAAAAAATCCAAGCCAAATTGTGCCAA
TACAGTCAGTGTATGAAATGCCACTGTGCAGCGTACAAGAATTGCTCAGG
AAATACAGTAAACAATTAAACTGACGGATAACCGACGCTCCGACAATTGC
CAAAATTGGTCGTGGCTGCCTTGTTGGGTCATAGTGTTTATTTAAATCTG
TCTGAGACTCGTAAACGGTTCTTGACGGAGCTCCTCGGGTCTGAAAAACG
TCTTCTATACGAGACTTCTCAAGTGTCAAATAGTAACAGTTGACCTTCAT
AATCCCTTTTTGCTCACGAACACCAAGTAGCAACGTTTTACGTAAATATG
GTATAATTGAGTCGTTTACATTAATAGAGACTATAATATATATGTGTGTG
TATCTTAAGAGTTGTTTTGACAATAAGCAACTGACGTGGACAAGCAAGAC
AGGTTGAATAAAACCTGTTTGAATAGTAATCTCTTGGCAAAACCCATTTC
AGAAGATCTTGGAGACCACCGAGCCAGGATTCATCCCATCGGAATTTCCA
AAAGCTTCTGCTCCATTTCAGTCCATTTCGAGAGCCTGAAATAGGAATTG
TCGGATTGTATAGGAGCATGAATAAGTCAGCGAATAAAGTCTTTGTGTAC
CTTAACATTAATCACAGCCAGCTTTGACCTTTTTTAGGAATCGAGTCGGA
TTGAGAAGCTGTCCATGTATTAACGTTCAAGGTCCTCGAGGACCGAGCCA
AACAACGAGAGTGAAAAGACTCAGACATTGAGGTACAGCGATACTTTCCA
CGCCGGATGAAACCAAATCTGGAAAGGCAATGGTCCGGATTATTGGGAAA
GCTTATCTTGGCGATGCTTGAGAGCATCTGTTTATTCTCCGAACCCATCC
AATTTGCATAATCAGTTTACCTCAAGACATTTCAATCCATTGTTTCCTTA
TTGTTATTGTTCGAACCTTTCCGATGAATCGAGCGCATCACTGAGAAAAC
TCGAGAACCGCAACGACTCAACTTCATGCCACTTCTCAGAGCAAAACTTT
GTCGGATAAGTTAGTTTTAATACTGAACACTTTTTGCCTGGATAGCTTTT
TCCCTTGAACTTTTTGGGGCATAAGATTTTACGTTGGCCGTATCGTAAAT
ATGAACTGTGAATAATAATTTCCATATTCCTCCAACCTTATAGCCCCTTG
GAGCACTGTTCAAAATAGGGAACCCGAAACCGTTGAATTCCAGCAGGGAT
CTCTCTGGGTTGGTTCTGAATTATGTTCAATTACCTGGGGAGATCGCTCC
GAAATGGCTGTTTTTATAGGATATCATGGGACTATTACTCTATATTACCA
CTAGTTCTCAGCAACTATGTAACCCGGAAGTCAAAGGAAACTCCACCAAG
TTGAAATGTGGGCTCAAACTCTCCAGATGATTGTTGAACAAGGTTTTTGT
TCAGTGTTTCAGTTGGCTCATGGCAAAAAAACACCCAGAGCTGTAAAGTT
GAAACGATTATTGCCCAAACGGGTTGTTGAGCTGAGTAACATGTATGAAG
TTGTTACCCTTCTGGCAATTCCCTGCCTTTCTCGACAATTGGCTTCATGA
ATAGAATAAAGGTAGAACGGGGAACAATTTGCCATCATCTCTCCTGAGAC
CGGAAAGTAAAGCTTCTCATCTTGGTAAACCATTCAAACTCTCAAGGTTT
TGGCCACCATTTCAGTGTTGTGGGGATGATTAAACCTAGCTTGTATTTTC
CTCCCGGAATGGTATTTTCAATTCATAGCTCATTTGCTCCCGAATTTGGG
ACGTTTTGAGCAGAAGAGCTCAGCCCTAAAGTGACCCTCGGGGTTGTGGG
TTTGAGGCGCGACATTGCCAATTTTTAGGACTTTTGAGGACAGGCTCCTC
TGGGCACAATCATCGGGACTTGGCGAGTTTAACTAAGCTATGAATTTTTA
TTGAGCTTTGGCACTAGTTTTCTTTATTCGGAAATTACCCTCGTTTTGAA
CAAAAATGCCAAAAAAATTTGGTCTTTTGTGTGGGTGTGGATGGGCAACC
GCTAGGTCGTATTTTTAGCACCTCACAGAAGATGCAACTATCAGAATAAC
CTATTAAACCAGATTTATAGAACAGCGTATTGAAAGCTTGGCATTGCATC
CCATTGTACATTCACTTCAAGTTGCAGTGGCAACGATCATACCGTGCATC
GAGTGGAAATACGAGAGTTTCATTGGACATTTCATACTCCCAGGTCGAGA
AATCCCCTTTCTGTACCCAATGGTACATGCTCAGGTTAATGTTAAATCAT
CTGTGTTTGGAACACTAATTCATAAACAGGGATACAATAATTGTGCCGCC
AATTCAGGCAAAAAATCAGCTATGGGGTAGTTCGCTTCAAGACGTTTTTT
CTGAATTGTTCAAAATGTTTTTGCAATTATCTGCATTTTCAAACATCTTC
CCAACTATATTAATCCTTAAAAAGTGTTTGTTACTCTCTCTAATGGGCCA
ATTTTCCCACACCAATCTTGATTATCAAAGGAAAGTCATTTTTGTTCGTC
GCCGCAAAAATTCTGTAAATAATTGGGTTTCGGCCTACCAAATTGTCTGA
TGGCAAAATAAAATTAAATTTTGCATTTTTGGGACAAAAAAACTTATTTC
AGTCTTTTTTTGCTTCAAATCAAGTTTTTGTGCATTTTTAAGGTTTTCCT
TAATTTCAGAGAAGGAAAGTTGCTACATATCAAGGCAGTGTACCCAAAAA
TACGTTGCAGCTTCGAACATTTATGTTTATTTTGCATTTTTGGTCAAATT
TGTGTTTTTACATGTTCTGGATTGTTCTATTTTTTCTGTTTGTTTATATT
TTATGAGCGGAAAGTTGTCATATTTGAAGGCTATTTTTTCCTATTTTATT
TGCATTTTCACTCTTTTTTTGTATAGTTTAATAAATTTCTTTCTTTTTTA
TTGCATTTTTTGCATATTTCCCTCATTGTAATCGGATATTTTTAATATCC
CTGATTATGTCGTGTTTAAAACTTGAAGTGGTTCTAATAGTTACCTGTTC
CCTCCATTCCATTACTACTGGCGGCGGCTGAGGCCGACGACTTGGCCAGG
GCATTTTCCGGACCCCCTCCATTTTCCATCACAGACGCATATTTGGGCTT
CTCTTGAAGCAATTGGATCTCGTCGCTCTTCCAGTAGAAGTTGGAGATGC
TGGCCAGACATTTGAGGGTGACCAGCGTTTTGCTCTTTTCAAAGTGGTTG
CTGGTCACTGGGAAGATGAGTTCCAGTCCATGATAACCGTCACGCACGGG
CAGCTGCCTGGTGTAAGCCTCGTTGGCCTGAAAAAAGCCAATCCGAGGTC
AGGCACCCCATGATTTAGGCCAATCGGCCCGAATGGTACTCACCGGCTCT
CCATTGATGTACCATGCCAATTGGGTGGGTGGACTGGATTTTTGGGCCAT
ACAAGTCAAATGGGCCGTTTCTCCCACCTGGTATTGCTGGCGCTCACTCT
TAATGGTCGGTCCAGAGTCGGGAAAATCTGCAAATTGACAAGTAATGGTG
AGTGCATAACTCATGGAGAGCCACCATTTTCCCTCGCAGCAGGCCTCTGG
TGGACGTATAATTTTGGCCCATATGCCTCGCAAGCGAGGCGGTAGATAAT
GAGTTATGCCCTAATTTGTGGTGTCCTTCATCCGCAGACATGAATTTGTT
GTGTGTGCCCAATAAAAGTTTACAATAGAGTAGTATAAATACACGGTGGC
ATGGGCAAAAACGAAACTTTATGTGCCACAGCAACTTCCTAGGCTCGTAT
TTCCCTAGGGAGGCACAAATATGTTCCCCCCCCATTTGAAGGAACTTTGG
CCTTGCATCCCAAACAACTGGTTGACTAACCGCGCTGCCACCCTTGGGAT
CATTTTTTAAGCATCCTAAAATGGCTAAGCTTGCATTGAGTGTGCCAATT
CGGGGAACCAATTCACAGGCAGGCGTGGAACCTGCTCCTCGGAGGACAGA
ACCTTAACATGGGCTGGGATTGAGGGCGACGTGATCTTTTCTGAGGCAGG
CCAAGTCGGTCCTTTTTCTTCATTGGACGAGGCTTCAGGGAGAAAATTGG
ATTTGGAGGTCACCGAATTTACAACCGCAAATAAGTGTTACGATTCTGTC
CTGGAATCCCATTTGCCTTGACACCCAAGGCGATTGGCCTGATATTCTGG
CTGCCTGCTTTACGGAGACAGATTGTCTGACTTAAGGCCTTTTGTGGCCT
CTCCTCGGCCTTTTGGCCCGTAATCCATTTTATGCATATAAGATTTATGT
CACGGCTTTACACCGCCCAGCTTTCCAGATCGAAAGGAGATTTTCACCCT
GGGAAAAAGAAATTCCGAAGGGTGATTCTGTCGGCGAACCTCAGAGAAAA
TTAAAACTCTGAAAAGAGATCCAAGCTCTGCTGACTGATACCCATTTGGA
TCCATTCCACGTTACAGTATTCTGCAAACAGCTGAGGTGTGGGAGAGAGA
GATGGGTCAGTTTTATGGAATAGCCCAATTGGCACTGACATTACCTACCC
AAAACAACTCATCTGATTCGCAAAGAGAGCCAAATTGCTTAATTTAGAAG
TCTCACAAAATGGGAAGCTCAAATAGGATCCTGTTCAGCTTATAACTCAC
TTCTGTTTATCTAGTCAAAACCACTGTGTCTCTGTTGTGTGACTTATGTT
AATTAATAAAGCGTAGGAGCCAAAACCAGTACGGTTGAGAAACAAAATTC
CGTCTTATATGATGTTCTGATGTAATTAGAATTGCCCATTTAGAGCAACA
TTTAAGTTTTACATCTGCATAAATTCCATTTCACTCTATGTTTTCAATCT
TTATAGGATGATTTTGCCGTAGTTGCTTGCACTGTGAGATATTTGACCCG
TTTTTTTACTTTCAATCCATAAATCAAAAACGCCAATGAGTTGTTTGAAA
GAATAATAATTGTTGAGTTCCGGTGCAAGCTCTACATAACTTGCAATAAT
TCCTCAGCTAAATTAATATTACTGGTTCAAGATGAATTTGTCTGCCAGAC
AAGCACAAAAACGGGTCCATTGCTTTCGATTTTATTTTGCTGTTCTGTGA
GATAACGTCATTTATACTACAATATATGTACGTAGTATACCGAGGTATGT
AATTGATAATTTCGCGAGGGTTTGATTTTCAATACCTTATTTGTATTCAC
CAAAGAATTCCGGCATCTCCAACACACAGTAGGAGGAAAATGAGTCCAGA
CAGGTCTGGTGGCCAATGCATGCCATGGTCAGATTGATTGCTCCAAAGCC
AAGTGGAACTGTTTTCTACCCACTTCAAAGGAGTGGAAAGTGAATTTCGC
TCAACCGTAGAATTCACGTCCGACCCAGACGGCCGAAGGGAAGAGCGCTG
TGATATAAGGGCTTCTTCTTGTACAGTAGATATTTTTCTGTTATGAAAGG
AAACAAGTGGGTCTTCTTGGGTTGTTTTCAAGGGGGAATGATGGGCCGAG
CTCTATTTGAGAAATTTGGTGCTCAAAGTCATTGGGGATTTTGTGAAGTG
AAAGGGTTCTTTCATGATTCCTTTTGGTCCTGAAATTTCCTGCAACTTTC
TGATCAAAGAGAAGATAGTGCTTGTTCAACTTGACAAGGGCCACATTGCC
TTCTCTCAGGCCCATTTGAGGGAAATAATGACCAATTCATCTCCTCAAAA
GCGGCATTCATTCTGCTCTTCTCACCCAAGAAGCACTCTCTGGATCTCGC
TTCTGTACAACATAAATCCTGCAAATTCAGACATTCCTTAGGCCAGCCAA
ATGGGAACAATCTCTCCTCGATCCGACCCTATTGCAGGGACTCGTATTTT
CAGCGTACATATCCAAAAGCTTGGCCAAGCACACATGTTATTATAGGCAC
GTAGTCAGGGATGTCACATCATCTGGGAAAAACTGGGCGCGGGATCGAGA
TTCGAGATCCTCCCCTCTATGGCAGGAGGCTTAGGTAAAAAATTCAGGAG
GTGTTCCCTGGTTAGGCTAGGGAAAAAGCTTGTCCATCTGCCGGCTTTAT
TTGGCACTCCATGACACTTCCCTTTTTAGTGGGGTGATTGAATACCTACA
ATGTATGTGACCTTTTTAAGAGAGACGAGCCGAGAAAAAAGACCAAGGTG
CTCGGCGGAAGCGATCATTTTCCCGAGCATCCCAAAACTTCCGCCCTTGA
CATTGCGCCCACTAGAAGCCATCAAGCCAAAGCTTTCTCCTCCAAATCAG
CACTTTCCTAGTGATGCACCGAAACTCTCTGCTGACCATTTTAGGGAAAT
CCAAATGAATCAGGTTCTGACCAAGAACCATACGCATGAGAGCTACCGAA
AAATGACCCATTTGGGATTCCATTTAGTGCCGTTAAATGGATATTATTGT
AAGTTATTGAGTGAATCTGTGCACGGGCAGGATATATTGCCTCAAGGGAG
CTAATTGCCTTTCTATCTTCTCTATGAGTTCTTTGTATAGGTGCTAGCCA
TTGAGTTCATTATTTCCCGACATTCCCTAGCATCTTAGAGGGCAATGAAC
AGGGTTACCACTCCACTCTCTCTCTCTCCTTTCGAAGGGATCCCCGATGC
TCCACTGAATGGTTGGGAGACGAGGCCAAATTGGGATCCCAGTGAAGATG
GAAAGCCCTTTCTGTCCTTATCTTACCTACGACTGTCATGTTGGCATATT
GCATGAGGGCAAAATAGCTGGGTGTCACCGTCACCTCGCAAAGGTAGGTC
CCGGTGAAGCTGGTCTTGACATCCTCTATCACAACTCGGGTTTGGTCGGA
TGCCGTCGTCTGGAAAGTGAAACGTTGGTGAAATAAGAGATTGTATTTGC
CGGTAAAGATTTGGACACTGTCCAAAGGAATTGGAGCATTCTATTCTTCC
TCTTTTCAAGGAGCCAAAGAAAATTGCCTTTTTTTCTGTAACACAGACAT
CCCATATCAGTGCGAGTTTGGAGGAGGAGAAATAATTCAATTCGTGGCAG
CCATGACTTATGGCCAGGTGATGTGTAGTCCACTCAAGTAGTTTTTTTAC
GAATCACACTCAACCCCCTAAAGTGCAAGGTTCGATTGCACAGTCTACTA
CCGGATGTGTCCCCAAGAAGGGATCAATATGAACCGTCCTCGGCTCGTTC
CAATCCGGAACCAATAAACCACAAGTGGCACAACCATAGTCGATGATTAA
TGTGTTGAACTGCCGTGTACTGCTTCCATCGTCAAATGTTGAATGAGTGT
GAGTTATTTCGATCTCACTTAGGACCGACTTGATGGTTTTTCCCGAGACA
ATCCTACCACGTTCTTGGCCACAGTTTCAATTGCTTGGCTGAAAGTTTGT
CCTTAATCCTGGGCAGAGGAAAGAAATCAGCCCGAGGAACTCACCGAAGA
GGGCTTGATAGTTATTTATCCGGCCAGACCCATTCAACTTACAGCTGTAG
ACAGGGGCCATGCCAAAACTGTCGCTGGAAAACCCAAACTTCCGGTCATA
AACATACGCCATGTATTTCCCATGTCAACCGGGACGCAAGGGATACTGCA
CACATTTAGTGTATAGTGTAGAGCCCAAGGTCAGCTCTACTACTCTCGGG
ATAACCTCAACTGGATACATACGTAGGCTCCAATTCTTTGATTGAATGAT
GTTTTTATCATGGGGCATTTAATGTCAGTGTATTTCCTCAATGTCTACTA
CACATCATTTTCGGAGCATATACTTTGAGACACCAGGTTACCACAGGTTT
CACAGGAAAAAACTGTTGCAAGTTCACTTGGATCAACATTTCTCTAGAAA
AAGCGAAATTATCACTTTTCCCCAATATTGGCAATTAGCCAAATGTTGAC
ATTTTTCATTTTTTTCTTCCACATTCTTCAAGATTTTTCGAGTTCTGACC
GTTTTTTATTTCCTCTTTTTTAAAGTTCGGCCGAGGCCAAGCCAGCATCC
TATGCAGGATATAGCCGCCACCTTCAAAAATGATATTGGCACAATTAACA
CAAGTCTTGCCTTTTTTCATTATTTCCTATTCAACTGCGTTGAGAACGGA
GTTGTTTTTTTGAAAGGTTATTTAGGCCCATGCTTTTACTTTTTTGCAAA
TTTCCCACTCACTTGTGTTAACACATGGGTTAACAAAAAGCGTATCGAAG
TAGTAAAGGAGTGACCTCCATCAAAAGAATGATTCTGTACCGAAACAACT
TTCTACGCGATTCCTTTGTACCCATGTGTGGTCACCTCCACTGGGACAAT
CCTTTCCTTCCAAATAGAAATCTTCTGGTAGGGTCCAAAAATGTCTTTCA
ATTAAGATAAACACCCATTCGGTCAAGACTTTGAAGACGGAGACAAAAGG
AGAGCAGTTCAGACAAAGCGACTTTCCGGCACTAAAGAATGGCCACCAAA
ATGGAAGCGATGTCTTTTTCGCCCGATAATCATTCGGTTGGTTGGTTGCT
TTTTACAGACAATGTAGTTTCAGCTTTGTCACTGATTTGAAAGATTAGTT
GCCAAGAAGCGTGAGTTTTAAATGGCTGTGAACACTAATGAAAAATCTTA
CCGTCAAAGCGGCATAGATATCTGAATGTTGCTAGAGATCCCTGCTGGCA
TGTGGGTCATCCGATCATTAGTCAATTATCCAATTTAACCAAGAGTGATG
TAGCTTAATTGGGTTAGCCTAATCACCTAACGCAACGCCGATGTCAAAGG
TGAAGAACATATGCTGGAGTCCAAAAGTGCAAAATGTGGGTCCATCAATG
CAGGGCCCAAATCTTGGGCGACGCACTTTCCACAGCTAGGTCTATCTTGG
AACCTAGGCATGGATATGAGGGGTATTCATTGACTGAGTGGGGTCTCAAA
GCCTTTCAGTATATCCCAAAATATTCATTCATCAACTCTTGATTTTGCGA
ACCTTGTCGGGGTTTCAAGGAAACCTCCTTTTATCGGGTGAAAAATCCCA
GTTTGCTCCCATTTCGCTCGCTTCCCAAATGGTTCCAGTCAGATATTGGA
TCTTCACTGACATGCACTTGGTCGAATTGATATTTTGCTCGTGATCATGT
CGGGCCCAGCTCATCTAGCTAGCCCCGGCCAATCTATGACCATGGCCTTT
TCATGCCTACACAAAGTCATAAAAGTCTAACAGGTTGGAGGCAACTCTCA
GCTACTTTAGGATGGATACAGAGGAGTGGGAGAGGAAACGAAATGCCCCT
TTTATTCCCAAACTTTCATAGAAAAGCTTTTAGCCTAAGAGAGGCCCCAG
TGCTGCAGCATTCATTCGGCATGGCTTTTCCATTTTAATTGGTGTCCAAA
TGGGGCCTAAATCTTGCCAAATGGCCAAAACTGTTTTGGCATTTTTACCA
ACGGGACCAATTACTTTCAGAGTGGGGAATTATTTTGCCCCTCCCACGGC
AAAACTGTGCAGTTGAAGTCCGCAAGGAGTGTGCGAATCAATCCTTGCTT
GATCCACAAATTTGACAGCAGACAGGAATCGGGACCAGAAATGGTACAAA
AAATATCCATCAATATACATGTACATCAGACTGTGAATTCAAATAAGTGC
ATGAGCACGTTTGCATACGTGTCTTAAGGCGGAATAGCAAGTAGGATATA
CCAATTGTCACATTTTGGGGGAACCATTCAGGAACCATTTATATAGTCTT
ATTTTATATAGTATCTACAAATAATCTTACAAGCATAATTCAAAAACGGT
TGAATTGCGGTCCAATAGTTGTTCTACGCATATTTGTTTCAAGCAGATGC
CTATGTGTTGTCTGGTGACTAGTATGTATTCGAATATGATCCTAGAATGC
GACAATGACTAGAAGTAAACACGAGGACACAATGACACGAGCACAAGACT
GTAGGGTGACTAGATGAGCACATCACACTTCCCTTCTTGAGGGGGGGGAG
AAAACATTAATACTTATAATTGAACATTTGACAAAAAGACATTGGCAAAT
AGCCCAACAAGGGTCAGCCGGTGACCACAAGTGCGGGAAAATCTCCCGCA
GCGGGACCATCTCGAGGCCCATCACCTGGGCGGACCATCCCGAGGCCAAC
ATCGCAAGCGGACCATCTCGGGGCCAACCAAACAGGGGGAACATCTCGAG
GCCACAGACCTGCGAGAAAGCCATAACAGGCTCACTGGGCGAACCCCCAA
ACAGGGGGAAAACTTCCCAGAAACGGGCAGATCAGGCACGAGGGCCACGA
AGGTGGGCCGAAGAGGCGCCGAGGTCCTGGGGGTGGGCCGCGGAAGAGGA
CGGGGCCACACCGTCCGAGGTGGACCCCCGAACGCCGAACAAGCCGCGAA
GGACAAGAGGTCTCGGCATTGGGGGCACCACAACTCGGAGGTTGGCAGGA
ACGACCACGCCAGAGGCGCGGCGGGGGCCATGAGGTGGCGATGATGAGGG
GCATTCAGGGAAGGTGATGACTAGGGATGCAGTTTGTATGTGGGGGGAGC
GGGTTCACTAAAAATCCTACGAAGATCGACATGTGTTGTCTGGTGACTAG
TATGTATTCGAATATGATCTTAGAATGCGACAATGACTAGAAGTAATCAC
GAGGACACAATGACACGAGCACAAGACTGTAGGGGGAGTAGATGAGTACA
TCACAGGTATCAACACCGTTTTGCTTCTACTATTTTCGTTCATTCGAATC
CAGTATCGCCTAATGGACAATTTGAGCTGGGGTTAATAGAAGAAAGTATT
ATTGCAATAAAGCTTAAAAGATTGTGTGTTGCACCCAATACGCGTGTTTT
CAAAGTTATTGTTACTCATGAAATAAGAAAAAATAAACCCGTTTAGACAA
CAATGCCTGGGAGGTAAAACTAAATGGTGTTCCGAAGGAATCTTTTTTAG
TTATTATTCACAATTGCGTTAATCGAGTTGCGCCAATAGTTAGCCTGCTT
GGCCCGGCGAGTGAGTGATTTTAGGCCCGAGCAGCCCAATGAGGTTCTTC
CCCTGGAGTGAGCATGCCTGGGAAAGCAGCTGAAAAGGAGAAGCGACAAC
CGTTTCTGCTGATCTAAGTGCAAAAAAACTCGCTGTGCCTAGTCTTCAGA
AGGCTTGCCTGGTGCGCTTGAAATTTGAGAGGCAAATGTTTTTGCATATA
CATTAGATCAGGACTCATTGTTGCTCCTTTTTGCCTTGCTCTAAAGTGCT
TGCTCTTGTAATATTAACTCTATGAAGCAGCCTGATATGGGGATGGGTTG
ACTTGCAACTTTTGCAAGTCCCAACTCTCGACCTTTGTGAGTTTTGGGAG
TCGCAGATTCTCGACTCGCGAGTCGAAAAAAAGAGTAGGCGACTCGCGGT
TCGACTCTTTTCAACCACAAAAATGCCGTTTCTTGAAGTTTCCTCCCCTA
CATACTGTACTGGACTGAGTTATGCGTGGCTGGCCAAGTTTAGGGAACAA
TGGCATCGATTTGGTGCTTATGGAAGGTGTTTTAGCTAGTTGTGTAAGCG
AGCATTCAGATATGGCAGTTGGCAACAATAGCTGGCAACCCTGGTCTAGT
GTAAAGTCGTTTAAACCTTTTTAATACTGTCAAAAACCACTTGGGAACGG
CAAGCTCTTGACCTTAGGGAAGCTCAGGAAGAACCCTTTCAAAAATTGAC
GAATTTGGAGGACTTTTCAGACAATTTTAAAAATCTCCAAAAGAGTCAAA
AAGATTTGATTCTTTAGAAAAAAGAGTTCTCACTTTAAAAAAGGACGAAA
TTCGGGAGTCATTGACTGTTTTTCGACTCTTGACTCGCAAGTCAACCCAT
GGCTAGCTTGATAAAAAAAATATACACATGGCATTTTAGTTCTGAAGTTT
GTGTACTGAAATGTCTTATTTGTTTGGAGTGGATACCCAGGATGGCTTTC
AAGGGAAGAAACAGATAAACAAGTCGGCATGGGATGAACAAATTGGGTGG
TTATCCAACCTGTATCTGGACCAACAACAGGTCATGATAATTTGTTTTAG
GGCCAAAATTGAGTTCGGCCTAAGGTTGTCACAACTCTCCTTAAAGGCGC
AAGTTTAAAATTATCGACAAAGCAGAGAAAATATAGGTAGGGAAGCAATG
AATGTCTACAATGAGCAGCGACACATTTAGCCCATTTGGACAGGGAAATT
TGGTTTGTTTAAGATACTGGGAGGAATTCTACCCACTTTCTCTCTCTTTT
CTTTCGACCAAGGGCTTACTTGTGTGATTGAGACTAAATATAATTTGTTC
GTAGAGATGTCAACTTCCCTCTCACTCACCCCTCATAGCTAAAAGGTCAT
GGAAGTCATCCTCCATAGCGGTTACTGTGGATATTAATCACATTCGCCAT
TTCCAACTCGACTAAAATAATCGACATTGATCTTGAGAATTCACAGGAAT
CAAATTATTCTTGGCTTGGCGTTATGACATGGAACGACAATGTCACCCTG
CTAAGGCTGAAGAGTTTGTCAGTTTTCTATAAACAAATATAGTGCAATAG
CCTCTAATGGAGTTCTGTTTCATCATTCGTATCTGTCCATTGACCATGAC
TCTAGGGCTAATGGTTATTTTTCAAATTGCGTTTAAGGGCATACTCACAT
TAATTTTCATTCCCTTCACTGGAAAAATCTTCATGGCTGGGATCTCATGG
GGCATATAGCGGAAAAATTCGTGTCGGCCCTTGTACCACTTCACACTGTA
GAGCCTGTCGCCACCGAGGTTATAGCTGCAGGTCAAATCTGCCGTTTCGC
CCTTTTGCAGGAACTCTGGGATGCGAACCGAGAGATTAGAGAGGCTATCA
ATCACTGAAAGAAAGAGAGAAAACCCGGTTAGAATTCCAAATCCTGGCCC
AAGAAGGAACTGGCCTGGAGAGCCAGAGGTCGAGTAGCACCTCGACTTAG
GCACCAATCTCGCCACATACACACTTTGAAGCACAGAAGGAGACCATATT
TAGAGAATTGGAAAAATGAATGGTATTATACGTACATGTATGTCTCACAT
TTCACGGTGGCAGAGTCAGTAAATTTGTGTTTTAGATGTTTGAAAGGTCC
GCCAGGACATTTTTTCCCTCTCACAAGAAATCTCTTTTGAGACAAAGTCA
GCCTGGTAGACAAATCTAACATAAATTATTTCCCTACCCTCGAGGATTGA
CCACTGGACCGGTGGCCTACTTAAATCTCGTCAAGGGAAGCTAGCAATAG
CTGTTAGTTGACACCGCTAGTCGCAGGAACTTGGTCAGCCCGGAAATCGA
ACCAACGTCCCTAGGATAACCCAAAGATAGATGACCGAGTATAAAACTTA
ACCACTGCGCTACGCTGCTTGCCATGAGTCCATGATATTTGGGCTTTGTT
TGGTCCAATTTTCGAGGCTTGCCGCTTGAGAAGATTCATTTGGATTTTTC
TTGTAATCTTAAATTTGAGATCCATTATTATGCGATGCCTTTGTTGACAC
AAAATGGGATGTGCTTTGAGGGTGTCATGTGTACGGGGTGAAGATTTTAT
TCAATGGCCTATGTAAAGCTTTTTCAGATTATTTGTCGATTATTTTTGGA
AAATTCCGGTGGTTTCTCATTGATTTGCCTTTTTCACTAAGAAGGTTTGG
CTTTGAATCTGCATTTATTTTAGGCTTTTCTTTCGGAGATTTTTCACGTT
TCCCAGCCAGCTCTAACAGTTTGATGTTTTGCTCTTTGGGGTGTTGTTTT
ATTTCCCGGAACAAGTAAGGTAATCGTTAAAAGGCACAGACGCGACTGTT
TCTTCCACCTCTTCACAATACAATATGATAACATTAGCACAGAATGGAAA
AAGTCAATCTTTATAGCTCAAGTCGTGAGGAGCCAATTAGTGTAGTACAA
TCAGGCACCTGTGTCTCATTCAGGGGTTTTTTTTTTTAAATTTGCTTCAA
ACCCGATCTGGGTGAGTTTCGCCAATTAGGTCAATTCTACTAAAAGTGTT
GCTTTTCTGGTTGAACTGAATTAGGCCGTTTTGCTGTAATGATCGCAATT
CATTACATCGATTAAAATATCGAAGAAAATATATGATGTTCAAGACATCA
TATATTGTGTAATCTGTATTAATGTCACCCAGTTACGACTAGCTTACTTG
CTGATGTGCGCTTAAAAAATCAACTCAAAAGTAACCTCTATTACACACAG
ACAGGATTGGTCAAAAAAGTACAATATTGCAAACAACTCGTAGAAACCAC
GCTGACGGCATATCCTTTCTAATTTTAATATGCACAAGTCTAGCCGGTGT
CCATATCCTCGCCGATGAAACCAAATGTCAAATTTCTACTCCATGGACCC
CAAAAACTTCCCATGTTTGTGGCGAGGTTTCCAGTGTCTGCCTTATCGAT
AACAAACGGATCTGGCTGATGGTATAAAACAACTCCCCTGGCAGGCTAAA
TTGGACCTGGTCCCAGTGTATTGTCATTGGAGGTCCATCTTCGTCCTCTG
CGCCATGTTGATCAAGTTCTTGAGAATCCGGGCAGGAATACTCATCAATT
GGAGCCGTATGCACCCAAAAGTGGACTCTACCCGTCCGTGAAATAATATT
CATTTATAACTGGAGCAATGTGCCAAGCCGGCTAGCCATCATCTGCTTCT
CCTCCTCTTCCTCTTGTTCCGTGTCCATTGGCCTCCTTTCCCTCTTGAGT
CAGGGACAAAGTCCATGCCAAGGTTATCAATCGTTCTTTTGCTCCACTGT
ACTACATACATTGCATGTGATGATGAGATGAGAAATGAGAGTCACGAACC
ACACGACACACCATGTCTTTGTCTTGGACTCCCAAGAAGTCAGCCCTGAA
CTCATCTGACCTGACGACTACTTAATTCTCCCCTCATTGGTGTCCAATCC
AATGGGGAGCGAAGTCACGATGGACATGGAAAGTGCATTTTAAGCCATCA
TAATGGTTCATGGTGCATTGATCTGAGAGAGGGTGCCAAGCATGGCAATC
TTTCGAAAGGACATCGAGGCATGGGAATGTTCAATTAAAACCATTTCCCT
TCATCGGTTATTAACTCATTATCTCAAAGTACGTACAACACTAATTGTTG
GGAAAACCCCGGAGACTCCCTACAACAGTTTCATGGAATCGATTCTCAAC
CTCAACCATGGACAAATCCCGGTGGTTCCCAAACGACGCCATTGGGAGCT
CTGTAGTACGATTTGAAGTAAATACCACGTTTTAACTTTAAGCTGTAAAA
TGATTTAACTGGTTTCAGAGGAAGGAGATAATAGAAATGCCAGAAAATGA
CTCCTGATGTTTGCGTCCGTAACGGTTTAAGCTTAGCTTTAGTGTGTTAT
TTATGTTCGTGAAGCACTGTACACTCATTCGACTTAAGGCGTTGGCCAGC
CTAGGTCAACATTGCCTTCGAATGTTACAAGCAAACAAAACATTGTTTAA
GGAATTATAGCAGAGGAATGATTTCTTCATTCCGAGTTAATGATACATGG
CTCAACTAACAGGGAAACAAGAGGAGGAGGCGGGAGCCAATTCATGCTGT
GGCGTGAAGTGCCAGTTTTCCCTGATTTTAGGCCATCTGCTGTTCACCTC
GCTACGAAGTAATCCTTCCTTTCATAGAATTCCTTGGATTTTTAAAAGGC
GAATCGTAAGTGTCAGAGGAATCGTTCGTGAAGATAGTAAGCGGTGTTAC
CATAGAATGATTGTTTGTTTATTTAACCACTACAAAGGCTACACTACACT
ACAAAACCTCTACCCTACATAAAATTTACTATACTTTGGGCGGCCAGAAG
GATCTCGAAACCTGACTACAAGCTTCAATTAAAATTAAAAGAAAGGCAAT
GAAACCTAAATCATTCCAAACCAAAAATCGGTTCGAGTTGAGAGGAACCA
TTTTGCTAAATGAGAGTTTTGCCTTGTCGTTCTAAGTGGATACAACCCAC
TATGTGCACACTAGTAGGGTGTTTAATCAGACTAGACGTGGATCTCATTG
CCAACATCAACAATCAATGCTCAGCATAGTGTGTTTGAGTGCTTACAAGG
TTTGACAGATCGAGGATCCGAGTTTTTCGTCAACCATTCCGGTCCTTGGA
CAATTAAAAGTCAACTACTGCCAAACATTTTAATCCCCCCGGCTTTGGTG
GCTAACGAAAGAGCTAGCAGCCCTTGGGCGATATTTTCGCGAGATCTCGC
CTCAACCGTAGATTTATGTCTACCGGAGGTAAATTGGCAATAACCACATC
TGATAGTGTGGGAAGAGTCTCTTAATAGCCGCCTTGAAGCCAGGTGGTCT
GGTTTATATGGCCGAGTGCTCTCTTCGGACAGACTTTTCCCCACCACTGC
CCAGAGACCAGCTTGTGGCTTATCTTAATTTCCGTTTTGGCGAGAAGTGG
CCAAAATAATTTTACGAACACGAATCCGGGGAACATGCAACTTTCGGTAA
GATCATGCACTTTATGACTTGCAGCCGATTCGAAGCTCTGTTCCGGGCCC
AACCACCCAGAAGACATGACTCGATGAGAGCATAACTTTCGGCAATTCGG
GGGACATCGAAGAAAAAAAAGCTCATTTCAAAAGTTGGAACACCCATCAT
GTGCATGACTGGCACACAGGGACTTCAAGGTTACCTCACAGCGGGACCTT
TTGTCAGCCTATGCTGGTCTAACTGGATCAGGATATAGGACCATATTGGT
TGCCGAGGGGTGCTCTGCCCACACTCCTCGCTTTCGCCCTAAAAGTCTTG
GTTCCCACTCACATTTTCACACCCAAAGGGATCACACGACAGGCAAGCGG
GGACAGTATTTTAAACTTGGAACAGGGACCATTCAAATCGTGTGAACCAC
GTACTTTTATCCAGCGGTTGAAGAACGAAGTCGCACTCTTGCATATTCAT
GCAGGATCCACTGTTGAACTGTACGGTACACATCTTTTTAACTTTACTTG
CGGATTGCACAAGCGTCATTGAAGATTTAGAAGCAAGATCCAAGCTGCTC
CAATGTGGAAGGTATCACGATGGGACGACTTGGAATTGGGGATTTAAAGT
GGACCCCAAACGATGGTTTTGAATGTGTTTACCGAGAATTACATTGCTCG
TATCGCAGTAAACCTGAGTACAAGATACAATTGCTGGAAGCCCCAAACCA
AGATGCATTTCCCAGTTTATTTGCACTACGTATAAATGTAACCAAATTTG
GTGACTGCGTCCGAACTGTTTTATTTTGGGGCATTCTTCGCCAGGGAGAC
AAGGTACATTTGAACTGGTGCAAGTCATTAGTGCAAGTTTAGTCAGAAGT
CATTGGAATAAAGGTCATTAAACTGCGCGACTTTTCAGCAGTTCTCTTTA
TAATTAGAATGGAATACTATATTAAACTACATGTGCGCAGTTAAGCAACT
CGATGTTACTCTTTGAAGGCCATTTTGTAGGGTTTAAACTGCCTACATCT
GTAAGGTAAAGCTTATTAGTATTTGAGTGCAAGCAAATTTAAAGTAAGCT
CAATTGTAAGTGTATTAGGGGGCAGAGCATTGTCAGTGTCATCTATTTAC
ACCACAGGGGCTTGGGGCTGGAAATAGAACAGAAATTTAGAGCGGGAAGT
CCAACAAAGTGTGCTCATCATGTTATTTTAGTTGTGAACTTAAGTCAAGG
ACCTACAGCAGTTGAGAACAAGATCCCTAATCTCCACGTTTTGGACAAGT
GATCCCTTTTGGGAACGAAGCCTGACCTTTACAAAACAGTGTATGTAGTT
ATAATATGAGGACTAGTGCCCAATGCTATTACACACACTTAAGCTAAGCT
TCTTTCTTCGCCTTTCCAAATTCGGTAAGTGACTTTTCTTGATCGTTGGA
ACTGGAACAAACCTTTCAGAGCCATGTGGGGATTAAGGCTAATACTCACT
TTGAAGGAGATTTCCAAAATATGGAAGAACAACCTTCACCCCAAAATCTT
AGAAATACCCCCAAGCTCTTGCTGTGTTCCATTCGAATTTCCCAGGCAAT
CCCCACGAACTATTGGTTGAGAGCACCCGGCAAAGCGCAGTGAAGATGTT
GTCTCCAGTTGTTCTTAAAAGGGTGATTCCCTCGGCTCTGGGCGATGTAA
CAATTCTCCCAAGGGGTCCAATACTCTCGTTGCAGAGACTACTCAATCTA
GGTCAGTCTGCTCATATCCGCTTATGATTTGCAGATCCAGAGGTGGAGGC
CAAAGCCTTAAGGCACATTTCGAAAACGAGTTGCTTTGAGTCTTCAGTGG
GTCGGACATCTTTTAAAGAGCTTAGCCAAAGTAATCTCTTCGAGGTTCCA
GTCCACTTGAGACAATGGGTGAACTGGAAGTAATGAGCGCGTTCCTCAAC
CTGCCTCATTTTGTGGGAGGGCTCGGGAGCGGAACGATGATTTTGGATCA
TGGCAAATCTGTTCCAAGTGGGAAGTGGAACGCACACGGAAACGAGCTTC
GACGAGAGAGAGTGAAGGAAAGGGAATATACTGGGCATGTACAATGCTAG
TTGGTAGGCTGCAATTTCCGTTGGCTCCTTATGGACCATCATTTTCGACA
TCCATTCAGGTTTACCCACGCCACAAGAATTTATTTCCTCGCAAAAATGA
TTTGCAAACTTGGATCCAGGACTTTTTATGCGCCCATTCTGCTCAGTGTC
GCCAGTTCGCGACCAAATGAAAGCGGCCAAATCGACCGTCCCACCATTAC
TACGTAGGTGTTGTAATTAGCTTAACACTACCCAGAGAGGCCATAGATGG
TTGGTGATCAAAAGAGGACACAAGTCTTCCTAATATCACCATCTACCAAC
CATTAATGTGATCTTTTTCCACTCTATCCTGTGTATCCTTGCATCATTAC
AATTGTCGTTTTCACGGTGGTGCCAAATATGAACCGGAAGGTCGAGGAAA
TGACCGCCTTTCAGTGGCCAAAATCAACTCGTTAGGGTTTAAAGTGATAA
TAGCTCACCCTGGTGTTTAGTTGTTTTTTCAAGGTCCACCTTGGTGCCTT
GAGGGACTAGAATATGAGGGAGGTGGGTGCAATTTCAGGATCGAATCCCT
CATCCCAGAACGTCTCAAAAGTATACCTATACTGCAGATGTTTATGACTC
ATCCCCAGTTATGCCAAGGTGTCCCTTTATGAGGTGCATTTTTGGGGCCT
TGGAGACTCCAATCGGGCGGGCTTGCGTTTAGCTCTAAATTGTATGTGTG
AAAACAACCTCTTTTTGTTATCCACCAATCGTCCACAGTAGTTTGTAACT
AAGGAGCAAACCAATCCCTACCAAAAGACCTTCATCAGCTAGTGGCCACA
GATCAGTGAGTAGACCCATGATTGAAAGTGTCACCCCTACTGCCACATGG
AAACTTGAGCTCCGTCTGGCCTCAAAGTGCAGTTGCTTGGACCTCAAAGG
GGCGACACTGAGTGTGGGTAAATCTGCATTGTTCCGTCGGCAGCCTGGAC
ACGTGTTGTGGCGGTAGCCGTGTCCTATGTGAGGCCAATGAGAGTAAACT
TTTTATGACGGATGTCCACCTAACTTTTCTGCAATGTTTACGGGATGTGC
GGTGTTTACTTTTGCAATGGGTCCGTGTGCATCATATTCACATCTTCTTG
GGAAACATTTGCACTTCCCTCCCGGCCTTGGACGAAGCCAAGCGACGATG
CATTTTCGAACCACAAGTTTTTTTCTATCTTCCATAAATATTCATCTCCA
TATTGGTCTGGCAGCTCTAGAGGTGAATTACATCTTTCACATTAGTGCAC
GATACCAACTTTATTCAAAAGCCTTGCCTCTCCACCGGAAGGATCCGGAA
ATAGATGAGTAGTGCCTGTTTCTGCCATTGATGAGCTGCCAAGGCTTGAA
CCCCCCAAGAAGAAGATTGCACCACCAATCCCAGGAGCCCTCAGATCGCA
CTGAAGCGAATGCATCAACTATATTTGGAGAATTCAGAAGCAAGGCCCGA
GAAAGCGGATAAAAACAGAGTTGCCCGAGTAATTTGATTTCGTCCGTCTT
CACTTCCAGCATTCCTGTAGTGAGAATCAGCCAGCTTGGTGCCACACTTG
TCTTCATCCCCAACCATTTCTCAAGCCTTTGTGGCCTCAAAATTTTGCTG
TTTTTGCACATCTAGGAGAAATGATGATAAGTGATTCTCCGAGTTCGGCC
TCGTTTTTGGAGGCCGGAAGCAAATCTCGAATCTCTAAACCGCAGTCGCC
CGAAACCAAACAGGAGCGGGGAAGAGCTCTCATTATGGGAATTATTCAGA
GGCTGATTAGGTCTCCTCGTCTCATTCATTCTCTCATATATCGGGTTTAT
GCGCTCATTAATACATGCTTCTGGCCTTTGATTAGGAATGCCAGAGAAGC
ATGCGTCCTTTTCATCAGTGCCCTTGAGTCAAATAAATACACCTCCCAAA
GAAAGACGACCTTCCCCTCTCAAACCCCGAGATAAAGTGGGCAAAACAGG
TAGAAATATATTCGCTGCCTTGGCCTCCACTTGTGCTCTCATCAGGAAAT
TCGAGGAACGTGATGATGCTAGCAGCTGGTCGCCCTTCAATGGCCTTCAG
GCATGAAATGCAGCATTTTGCGCCCCCCAAAACGAGTAGCCACAATTGGC
TGGCAGCACTCATCTACTCTTGGCCAGCTGGTATCCAGGATCCATTTGCA
GCTATTAAGAGTGTGCCAGTCACTGACCCAAACGTGTACCCGAGCAACGT
TTCATTATTGTAAGTGTTCCTTTCTGTATCTGTCTTCTGCCAGGGTGAAG
TTTTTTGCTCCAGTGAATGAAGAGCACTCTCTCTCTCTCTGGACTTGGAA
CGGTGATGAGATCGCATAGTCATCTATCATGGGCGATCATGAGTACCTTT
AGCATATATTCCCCGACGAGTTTAATAGCTTGGACCTAGCTGTCCTTCAT
GTGTTCTCACGGAAAGTAAGTTCATCTTACTTTTAATGGAATGAAACATC
TAAAAAGCCACAAAAATGTCGGCCTGCTTCATTCAAATATTAGCTGGAGC
ACAAAACAAAAGCCAATCCATCTTCCACAGAATAGAAAATAACCAAAACT
TGTCCTTTCACAGAATGCAAGCGCATACTTTTAAATGATTTCTGATTTTA
ACGAAAACCTACTTGCTAAGTGTTTAGTCCCGGCCATCAGGGTCCGATAT
CTTTCTAGGTCAAAAAACGATAACAAACACTACTGTACTTTGGTGAGCCA
GACACAGTTTTTTCAAAGTACTCTTTGTGTACAAGTTGATGACCTGTACG
TACTTTGTACCATTGGCTCTGACGCACTCTTAATTATTTAGCTCCTAATA
CTCTGCAATATGCCTTAACCCCTCTTGGACTCAAAATGAGGTTCAGCTCT
TTGGGAACCTCAGAAAAAGCAAAAAACAACGTGCTTTTTCATAAGGGGAA
AATAATGTTCACTTAGCGGTGAGCACAGTGGTTGATCATTGTTGTACTTG
TTTAAGAAGAATCTCTCGCACATGTGAGATTTTGCTTCTACCCCCGATGG
ATCAGTTATTCAAGGGTACATACATGCTTTATTCAAAAAAATACTTGCCA
GACATCAATCAATGTCTAGGGCTCCTTTGCCTAAAGTGTACCAATGATCC
GGAAGCATTGCTGGTTTAAGGTTTTCAAAACAATCCTTGAGTTTGATAAC
TACTCCTTTCTTCGCCTCGTAAGAGACTCGATATCAATCACAAGTCCTTG
TCTCCTTGGATTTCATGGTCTAGTTTCCTTCGCGGCTTTTGTAGTTGGAG
TTTCCAGACGTCTTCAATTAGGACCATCAAGACCGATCGTGAAGGGCATA
TCTTTTGCTCTTGGTGGTAAAGAAAGGAAAAAAGATTGGGTCACTTATTC
CCTGCCAGCCTTTCTATCAAGGCCATAGGGATTGGCGGGTTATTTTGAGG
TCAGTGGAGATCACATCGAGTTCCTCTTTTTACTCGATCAATTCCCGATC
AGGATGAACAAAGACTGGAAGATTGACTCGTTGCCGAGGGCAAAGCAATG
TATATTGATTGGCCTCAGGAAATGATTTTGTCATCGATGAACCCCTTAGT
TTAGGAGTTCTCTCTCTGCACTTGGATCTTAGTAATTTACCCTCGTTTTG
GCTCCTCTCACCAATCACTTAACATTTGTTATTCAGTGTACAAGCTGCCA
AGTATCAGTTCAGCGTACGAATCGAATGGGAAAGATGTAAGTTGCGAATA
CCTTGTTTCTTCACGACCAAGGTACTAAATCATTTACATTCTCGAATGCA
GGTATACAGTACGTGCGCATAGTGCGTAAATCATAGGGTAAATTCGAATG
TTTGTACTGCGCAATGCACATTTACGGAGAATTTGTGCGAGCAAATAACT
AAGTACTTCGGTCTTAGAAACAATTTAAATAACTAACCATCTGCTATAGG
GAAAATTGTGTTTATCACACATGTGTTTGATGAGAAGCATACCTTCTCCA
AAATCAAAGAGCTTTGAGAGCTGTCGACATAATGTAACATTGTCAACCAT
ATTAATGGTTCAATCACTCCGGCTGCTTTTCTTGATGGCTCATCTTGGAG
TATGACGGCCAGAAAATAGCACTTCATTTCATATGCAAATAAAATATGCA
CGTGGTGCAGTTGCGAATTTCTTGCTGGCTGCAATGTAAACCCGCAAATG
TGAGTGACTCTTCAGACCTTTTCGGCTGTGAAGTGGCTCAACAATCTCTA
ATGCCGTACATGAAAACTTCCCACTTGTCAATTCAATGTCGCATGGAGCT
TTTGTCGCATTCATAGTCAAAGTTGTCTACATGATTGTTTGACTTGCATA
CATGTTTTCGAGTAGGTGGTGAAATGGGTCTAACATACTGTTCCTTTCTG
CAGGATCGTTGAGATGGTTGATATGTCTGTTTTTTTATCAAGGAGGCTCA
AGTCTTGTTCCTCCAGATATTTTCTAACAATGACTCTCTGGAATTTGGCC
AGGATGAAATTCATGAATTGTCTTTTTTGCTATAGTACGAAGGAACTGAA
GGAATCAAATCAAACTAGCTGCTGCATTGCTCCACTCCGCTTTGCGGGCA
TTGGAACCTAATGGGATCTCAATGGCATTGGAGAGTATTGTTTGGTGCAG
GCACTCACCTTGAAGAAGTGCAGCCAAGACAAAATAGATCCGGTGATGGA
TTGATCCCATTTTTGATGCACAGAGCTGTCGAAAAAGTGTCTTGACTCCA
GTGGAGGAAACTGTTCCAAAGTGCGCTACTCCCGCTCTTGATCCAGGCCC
AGGCGTGTCTGTTTAGGATCAAGCCTGTGCCCACTTTCACTTGGGTGGTG
GTGGCTCACGAAATGCACTGGGTTGACACTCGGTGGAGGAATTCTGAGTG
GTGCCAAATATCGCGAGAAGTCCCATGAAAGGACACCAGATGAACTAATT
GGCCATGATTTGGACTTCTTCCCTAGCAATTCTGGCCCATGGAATTGCAA
CCTTGGCTTCCTTGGCGTTGTCGTTGGCTTTTTTGATTGAGAGGAATGTC
TTTGATCGGTCTTTTGGGAAGTGGAACTTCCCAGAAGATATATAAAGGCC
GATAGTCAACAACAGACTTTCCCAAGGAAGTGTTTGAAAAAGGGTCTTTT
CAAGAATACTCCAGTCGGCAGGAGATATGAATTGTGAAGGCAAAACGACG
CCCTCCAGGAGTCTGTTTGTGCTCCGTCTGATTTGGCCAGGAGGAAAGTT
AGAGTCTCACATTTTATCTGCCATTGGCTCGATGCACACGAGGACTGCCA
ACTCGGGGAATGTCAATCACTTTTTGCTGCCACACAATGCGGTGCTGGGA
GATCCAGGCGAGTAATTTGTTTCCACTTTTATCTGATATTTACATACACC
ACTGCAATTCAATCCATCACGTCTACCCAACGGGGATCCACAATGGAGGA
GGCTATGAGGCTGCTTCTTCTTCTTCTGGAACCGGATTGAACCTCACTCC
TCGCTCGGAATTGAAGTCTGGAAAGGAAAATCAGGAATTTGGGGAATGCT
CTCCTAGTCCAATATGGTCAAAATGTGTTATAGTAGAAGGAGGCTCAGAC
GGAGGGCCATTATGCATGGTTCGTTAGAGTGAAGGAGACGTTGGAAACAT
TCCTCTTCGGTCCGAACAACTCAAATAATAACTTCAAGGCCGGTCTTTTC
CCGAAAAAGAATGGACCAGGGGTACAATGTATGCCCATCCAACACGTCTC
TCAATGGAATTGAATGCCATGGGCTGCTCTCCAAACCATGGAAAATGCAA
CCTTCAGCGCCATGGGATTGCATCTTGCCCGCCTCCAGACACACGAAGAA
GCAAATTTTGAGGGCTTCCTGAGACCAGAAATATTGGCTGGAGGCCACCA
TTCATGGCGAGCTTGATAAACGAGAGGCCAATATTTCGCTCGAGCCAAAG
ATCAGGAAGGATATTGCTATGTTCTCGCTCCCTCAGTTCACAACAGCTAT
GAGTTGTATCCAACGTATTAATAACCCCAGGAGGTCAATTTTGGTCCGCA
TTAAAATAGGCGCTGGCCGCTTCTTGGTGCACCCTCAAGGAAAATGAAGC
AATTTTCAACTTGTACGGTACCGGTAATACTATTTTATAGCCAGGGAAGC
GGCGTGGCCGAGTGGTTAGAGTGGTGCTCTCAGAGTACCCCTATCACTTG
CCTGCCATGCGTCAGGGGTTAGATCCCAGCGAAACTAGTTGGACCTAGCT
GCCTCAGCTTACAGTAGAGCCTCTTGGGGATCTCTCACTGGCTACCGAGG
GCAAACCGCGGGTTATTATGTCCCTGCTAGTTCCAAGTGAATACCGTGGA
GTTCCTCATGTTGGTGCTACTGGTTTCGCGTACTAATGAATTATGCGCTT
ACGAAGTACTCGTTTTGTTTCACTCTACATTGGGGGTGGGTAACCAATTT
CTAAACGTACCACAGCTCGGACGGGTCCAGGAGGTCCAGGAACCCTGTTG
GAAATCGTATTTATTTACTCGTTAGACACGTCGTAATATGCCCAGACACC
AACACTTTGTAGCGATGTGATAGTAAGAGTGTTGGGGCACTTTTTATAAA
AAGAGAATAAGTTAAGAGAAAAGTACCAAAGAGTTGAAAACAAGATTTTC
TTAAGAGAAGACCAGAAACTAAATGGGGGCCTTCCTAGCCAGGTCCTTGC
ACACCCTGATAGCTGCCCCCTTAGTAGGAGCCTCCCTCGGTTCCTTACTG
CCGTTCCAGTTGGTGGTAGCGTGCCACACAAAGGACTCTGCCCTGGGGAG
CAGGGGGAGAGGGATGGCACCCTTAGTTGCTGCCTCGGTCTTCCTCTTAA
TTGATGTGTTGAAAAAGAGCTTTCACACACTAGTTGATCGGCTAAAATAA
TCATTCGCAATAATAAAGTTATAATTAAAGAAAATGTCGATGACCGGTCT
CTCCGAGGCGATTAACCGGTTAATACCGAAGAAATCTCGCGTCATTGGAC
AATTTCTTGAAGATCAAACAAAACTTCAATTTTGGTCTTTGTTTCGTTTG
GTTGGATGATATATTTTTGCTTGAAAGGAACATCTTTTTGGGCGCACACA
CTTCTCGGCTTTTCAGATAATACTAATTATGTTAAACGAGTGATTTAATA
AAAATCTGAAAAGTGCCAATATGGAATGATCAAAATCGAGTTTTTGTTTT
ATAACTACCCTTTTCACATGGTTGAGGATTGAAAAAAATGGACGGAAAGT
GTGGCCTTATTGCAATAATTTATATCTTCAGGTCGAATATCTGATTTAAG
GGAAGTTTGTAGACGGGTTTGAAGCAGAATGAGGCAATGGAAACCAAATT
TACCACATCCTGGCTGGGCACTTAATTAAGCTAAATATTAGACACAGTTT
GGCAATTTTTCAAATTTCTATCTGTTCAACATCTACTGCTCAAAAATGTC
ATATCAGTTTCCACTTTTAGCGTTCTCAAATCTATCTTTTACAGCTAAGC
AATAGATAGCTATCCACTTTAATTCAAAACAACTGACAGTACTGAGATAA
TACGACATTTTGCTTTTGCCAAGCTCAGTCCTCAAAGAAAGGCTGGACTA
TTGTTTGCGTTGGAAGTCAAAGTATCAAGGTCAATCACTGCATTTGGAGG
CAATTGCTGTGATTGGACCTGTCCTGGGTCGACGGACAACCATTGATTCC
CTGATGTACCTTCAAGATATGGCTTTGTTCTTTGGTTGATCTGCAAACAA
TCGGGAATCAGAGGTTCGCGGTCCTCCTTGCTTCTATCTAAATGCAATTG
ACCGTTACGAATATGGTCAAAAAAGCAATACAAAACTGTTATGGCATTTG
AACTCATTAGCACAACTTCCATTTTTAATTTTTAATGAGCGATTCACAAC
TTTAGGTGAAAGCCATTAATGCCCCATTTTCGTATCAGATTCCATCATGC
GTTGTAAGAACGAGCTCAACGACGAAAGGTTCAAGACTAATGCTCTTATA
CGTAATAACCACCCAAAGTTACCAAATTAAGCTCCTTCTAGCTCTTGGAA
AAGAAGTCAATTTGCAATGGACGCATACATATGTATATTGGCTGATTCTT
TGGCATAATTTGACTATTTTTCGAGCTTTCACCCAGCACTTGCCCTTCCC
ACTCTCAGGAAGAGTCCATTCAGTGACTTGTGCAACATCGCCTAAGGGAT
TAAAGCAAGATATGGGAACAAACCCGATAATACTGTAATACACTCTGTAA
ACTACGTAATGGAATAGCCACGGAGTTGATTGCCCGATTGCAGGCTAATC
TGACTGCCGAAGGGATTGGAAAGGAAAAGGAGTTTTCCTCCTTTTGGTAA
TCGTTCTAAGGGCGTTGAATGGGTTTGGGGTATTTCTCTACCCCAACAGC
ATTGGAATGGCGCGGGGGGGATTCATGTGCAGATATTCAATCGTACGCAC
TTCCAAAGGGCGCCATAATTATCCATGGGTCCATTAAATGCACACTGCAC
GTTGAATGCACATCCTACTTAGACACCCAGAGGGGCAGAAACCAAACCCA
GGGATCCAACTCATAAAGAAGATAGAGTGATAATTGCTTTGGGTGACAAG
AGAAATAATCCCAACCAACAACAGTTCAAGAGTGACTATATCTGTCGACG
TAGGTGTCTGCCGCTTTCTAAATTTCTTCGAAACATTTATCCATCAGCAA
AACATTTTTTTTTATACCGAAATTCAAACTTTGGCTCGTCTAAAAGAGGC
CTACTACCGAAAAAGAGATTAGCTTAGTAATGCTCTGAAAAAAAGTCGAG
TTCAAGTTTTGTGAAAACCTCTGATTTTTTCATGTGCACAACTGGGCCTG
TGTGCTTTTTGGTGCAGTGTTTTTTTGGGCGGCCTGATTGGGTATAACTG
GATCTGGCAACACTGCCAGCCTCGCCAGATTGGTATAATCTACACCATTT
TTCAGGTAAATGGCATGATTGAGAAGGCTCTGGGTTAAGGAAATTACATT
TGGTATAACAGCTGATTTGGGTATAGTTATGGCATGATTGGTCAACTTTG
ACAAAAAGTCAAGAAACAGGGGAAGAGTTGCCAAACAAAAAAAGGACTAT
CTTTGTCTTGTTTTGTGAACAACTGTTGTCCTTTTGAACGTTAGGACACA
AATATCTTTATACACTATTTTGGCCCATAATTTGATGTTTTTAAATCAAA
ATTTCGAAAAGCCTTGGATTGCACTGCAACACCCAAAATAGGGCCTTTGT
AATTAGTACTATTTAGTATAATTGGAGACTTGATTTGGTAAAGTCACCTC
TGTCGGATCTGACAGCACTGAACACAGCCTGCCAGATTTGTGGAGTTCTT
TTGCTAGTTGGGTGCGTTTTTTCTTGGGATTGACCGGCTGATAATGAGAT
ACTTGCCCGTGTTGTCTCTGCTCCTCTATCTTCTCTATGATCCAAGCTAA
TAGTGCCCGATTTGGGTGCAAATCCCCTCGTCCAGCCATCAGCTGATGGC
TGTAGGATCACCCTTGATTGGATTTAGTCTTACTAGTTGGACTAAATCCA
ATCAAGGGTGATCCTGGTCCCATGTCTGGTCGTTGTTCCCCACTTGCGTG
GGCTGGATTTGAGAGCCTGAACTTGGGGCCGCAAATGAGGTTCGCCTCAC
TCTGACCAGATGATATGCGTCCCACGTTTCTCGGCCAGAGAGAGATATTC
AAATTTCAAAATTTTAGACATTCGCATGGATCTTCAAGGGGGCTTTTCTG
GCCCTCTCTCAGGAACTCAGACAGATAATTTGCCTAGGATATGGACCATG
ACTCGAGGCCGTGTCAAGGCTATTTCAAACTGCCCAAAAGTTCCTTGAGG
CCGCGAATTTGAATGAAAAACCTGGAGACGTCAGCGGCTGACGGTGAATT
TGCCTTTTCAGAACTTCAATGCCCCTCCTACTGTGCCTTTTCAATGGCCG
AGCTGCTGCTTCATCTCTCGTCTATGTACTGTAACTTGTTGAATTTCGGG
AGCTTTTTAAGAATCCGAAAAAACTTCCCGTCACATGATTAACGGCCTTA
GAAGAAGGGCATGTTCTGGGATGAAAAGTTTTCTCATTAGTCAGAGAAAC
TTTCATCTCAAGCGGGTACCGGTGGCGAATTCTCTGTAGGCTAATTATGG
CTGAGTAACGGTTAGTTTGGCACTGTTCTCAGCTGATTGTTTGGAATTAC
CGAGACTTAATTTATCTAATCCGAGAACTCCCAGAGTCTCAACACAAGCT
ATTAAGTTCCTACGTAATGTTTGGCAAGTTTGTCTTGAAATTCTTGGATT
TGTGCACTCGAAAAAGTGGTTTGGCTACACGGTTTCTACCCCAAAGGGGG
GATTGGATTGCAATTAACAGCTTTGAGAACGCGGGAACATATGGCAGACA
ATGACTTTTAATGTGATCCCCTATGTTGATTAGCTATGCTCATTGTCTTG
TCACCAAATCCACGGTATACACCGAGTTGAAATAGGCTAACAAATCTTAA
GGCTGATGTGGCACATTTTGCGAAAGTAATTGCACTAGATCCAAGGATCG
ATAGAGATAGGAATGAGGCCAATGAAAGATGACTAAAACAATCCTTAATT
AAAGCAGAAGGTTCTCCCAGAGTTTGCTTCTTGGCTGATTTACATACCAT
TTTATGTCCAAAGCCTATCTAATCTCAAATGTGCAATCCTGCTTTTAATG
AAGAAAGAAGCAATATGAACTATGCATTAATTACAACTGGAAACCACCAT
GATGTTGAGCCCCCTAATTGCTACGGTTTTACTTTGTACAAAATATAGGG
TTTGGATTTGAGATAAAATTGGTACTTGCCTAGAAAAGGCGATGATTTGT
ATTTAACTCACATCATTAATAATTGTAGTTTTGTCTTAGTGGCAAATATA
CTATGATATCTTAGAATATATACAAACAAGACTATTTATTTTACCTATTC
CTTTCTCTCCGTTTAAAAGGGGGATACTTCAATCCGAACTTGAAAGGCAA
CTCTTTTTGTTCTGCAAACAATCCGGTCATATGATCCCAACTTAAAGATC
TTGTTTTTTTTAAATTCCTCGCCGTTTCAGTAAATAATACGGAACTTAAG
CACATCTTTTCAAGTAACAGGAATGTATGTGACTCTCAGGGTTGGAAACA
AGGTTGCAGCGGTTAAACTTAATTAGCCCAAATATTATTTGACTAAAAGG
GGCCGAAGCAAAATTTGCATATTTTTGAACTAGCAGACAATCTATTTATG
TCTTTATACAATTCTGGGCACAAGACATATCGTTCCATCCTTTAACAGAT
GAGTGCTAATTTGCTTTGGCGTCAAAACGCACTTTTTTAGTTTCTTTGAT
TGTGTCCCAGAGTTTATAGATCATATTTATTAAGGTTGTTTGAACTTCTG
TATGTGTGATCAGTAGGGCTGTAAAAGATCATTTTTTGCAAAATTTTACC
CAGACCCTCCGTTTCCAACGTTTATGAAGGGAACCAAGAGGAGCACCTTC
GAATCATTGGCTCAATCCCGATTGAAAATAGTTCTACCAAGATTTGGGGG
CATTTTGAAGTTCCAGTCATGTTTTCCGTAACAGTGTGACAGAAAAAAAT
GAGATTGCAACCTTAACAGTGGCACCCAAAACAGTGAAATGTAGCTTGGT
ATTACAATGACTGTTATGTCCGCGTTTCCTCAAGTGCCGCTGGCTAATTA
CATTAGCCAGCTAATTACTTCTAGTCATGTTTATGTTGAATAAATCAGTC
TTTGCTTGTATCTCAACGTGTGGAGTTCCTGCATGGCTCCAAGACCGGAT
AGGCAGACCCTATCGCGGACCCGACCCCGGACGAGAAGACCTTGTCTGTG
GGGGACGTTACAATGACCCATTAACAAAAAATTAAAAACATCACGGGAGG
GCAATAAGTATGTTGCACAGAACGAAATATGTGTCCAAAGACGACTCAAA
AGCCGTTAATGCAATCAATTGAGGGGCGGGAGTGGCGGCAACATTTCACC
TAGTTCTGTAGGGTTTCAGCGTGACTGGCTGATTGACTCTTAAACCCTAC
ACAACTGGTAGAAACGTCATGCACACCTCAAGTCCGTCAATTGATTGGAT
TAACGGCTTTCGAGCTACCTGAACTGGTCTTGGACACATTTTTCGTTCTG
TGAGACCTCCAGGTGATTTTAGTACTCCATGGCTAAGAGGAGGAGACTCT
CCTCCTCCACCCTGAAGGACTCCTGACCTGGGGCATTCTTTTGCGACTTT
TGTGCATCAAAGAGAATAACCAATACATATTTGAACACCCACGTCGTCCC
ATAAAAGTTTGCGGCTGTCTAGCGAGAGTAAGCTCAGGTGGTAAGCAGGA
ATTTTAAGGTAGATGCTAAAATGGCTGCATAGATGAAGATGGCGCATCTC
GACATGGTGCATACTCAACCTGCATGTTACAACCTAACAATTGCGGGGAT
TGCAAACCAGGCACTGAATAAGTCATTGTTCTGACCGGCCTTATTTTATT
CTAGGGGCATTCATGGGTCGTAATTGTGGCTTCCTGCCTTCGTGTAGAGA
AGAAACCAACTTTGGATCGTTTTGAGGGAAGTAAAATGCGCATAAAGGCG
AGTGTAAAAGTGGCAAATGTTTCTATTTGAGAGGCGGGTTAGTGTAGTTC
TAGACCACGATTGGAGCTCGGCTCATCTCCGATTTCTATTACTTGGGACC
TGTCAGAGTGGACTGAAGTGGTTGGGCGGTTTTGAAAAGAAAACTTATAA
TGAAGGCCCCAGAAAAAGCCTCGACATGTCTGGTTGTACTTTGCCAGTCA
TTAGTCTTGAACACTAACAGCTCACCCAATCGGAGTTCGCCTGTAACTGA
ATTATTCTTACGTGTTCCAGACAAACAATAAGAGTGAATGAAAAGTCCAG
ATATGATAATGCATCCCTTAAAAGGTTTGTGAGTTTTCACGATTCCTCAA
CATATTTTTAAATTGAACATATACACTCCAATGAAAACAGTCTCTCAAGA
AAAACACTCTTACTCTAGTAACATAGGGGGTCACTCCTCAGACAATCAAT
TAATTCTCTGGATGTCAGTTGTACGGATCTTCATGTCTTCATTGGCTTCG
TTTGAAATATGTACTGTGCAAACCTTAACTTATAAAAATGCCTTGTGACA
GTTTATTCTCGCACAAACTTGTCTTATTCCGTTTTAAACCTCATAAAAAT
CATGAATAATTTGAAAAATTATCAAACCGTATCGAAGGGCGGGTTCGACT
GTTTAGGTACCGATATAGCTAGCTTTTTCATCGTGAATAGGACTTCTAAG
TGACGATAGACTTATATTACATCAACAATGAAATCTGCCGGTTCAAGGGG
CCCCTTGTGAAAATCGCTAATGTCAACGTTTTTTTGAATTTTGTATCGTT
TATATGTATTCACGTCATAAGAAAAACACAGTTTTTAAGCAAGTTAAGTT
CGTCAGCTGTCTCTTCAAAATGTTATGGCCGACTTTAAGTTCAAGGGTGC
ATGAGCAGTATAACATAGTATCTCAAGAAAGGAAAACATGGGGCAGGCAA
TGCAGTTATCTTTGAATGCTTCTTCATAGAGCTCAAATTTGGAGTTGTGC
CTTTAAATAGGAGCTTGTAAAACTGGTTCTTAATTCTTCGAAATCATGCA
TACTTCGATGTGTATCCATGGATCAAAATGGCAGGAGAGCCCTCTCTATT
GATAGGATGCTCCAAGGACAAAATTGGACCGTTGGAAATATGTCAATTCC
TGGCTTTGTAAGAGGAGCCTATTCGCTTTAGTGAGGAATAAAAAGTTCAT
CCTTCATTGTTGATATCTATACCAAAAAATCCACATCGTATATGGGAGAA
CTGGCTAAGGTGGATTGACTAACTGGATTTGGGAGTCGAGCGTTGGAGTT
CACAAAAGTTTTATGAATTCCAGCACCGAGATGGAATGGCATTGGCAAAA
TCCCCCACTCTATGAAGAAGTCCATGTATATTCCCGATCCTGAATCTCAC
GGAACTGAATAGTTCAGATCGAACACTAAATCATGTTTCAATGCGGACCA
GGATCGGATAAACCCCCCAAGAACTACTAGTCCTAGATATTGGAACAGGG
ACCACTGTGGAAAATCTCGCCTTATCCCCTGATCTCCTCCAAGCCCACAG
TGATTTCATCTGGACTCCCGAAGGACAGATTTAGATGGAAGGAGTAAAAA
ATCCCATTTAGGGAGATGTGGAGGACATTCCTTAGACATAAAAAGGCCTT
TATTTCGCGCAGTGATGCTCATGATATGGACGCATTCCCTTGAAAAATCC
CCAGCAGCACTCTTACCAGAGTGACTCTGTAAAAGGTGCAATTTTTATCT
GACCCGATCTCTATCCAGGGCTTTACGGCCCAAACCCATCAGAGAAGCAG
ACCTTGCCCATAAACGATGACTGCATTCAAGGACACGCGACGAGCACATA
CCCACTCGGCCTTTGGGACCGTTTTCCTGCCAATTTGAAGTATCACCGTT
CCATTTTTTTAGTTCTGAAACGTTCCATCTGGAACATTTCTGTTCCCAAA
GTCATGACTCAAGGGCGAGATGGAAATGAATGAGGTGTCTCAAGGACCTT
AATTGGAGCATCGAGCGAATCTCTCATCTGTTTTCCGCTAGGTTTAAACC
ACAAACCCAGTTTCAAAAATGATGTTCATGTGACAGTCCAGACTTGAACA
GCGTAACAAGTGGCTTAGTATTGTGGCCATTATCTCTTGTACACATTCAG
CAATCTTGTATACTATACATATTCAGATTAGAGACAGAAAGTCCAGGACC
CAACCAAGCGAGTCAGTCGCGACTCACTCCAGGTAGAACGAGATACCCAA
GAATTTGATGCAATGCCCTCACAGAGAGTGATTCATAGCCACCGGTTATC
TGGCTAGGCTAGACACTCGCTCACAACTCAAGTGTAGACTGGGGCATGCA
CTCCAATGCAGTCTTGGATGGCGGACTCGAGTTATTGTGGGGTTTTAGAG
CAATAAAGTACCAAAAGCCCCCTCCAAGTCACTAAAATATCGAGGTTTCT
CAATTTCCCGGTCCCATGGAACTCGGTGGGGGAACCATGTGTGCCAAGAT
CGTTCCCACTCGCACTGTACTCCGAGCCAATGGGACATCCATTTCACACA
GAGGTTTACCATCCGATTCAATTTTGATCCAAAGTACACGGATCAAAGAG
ATCTGGGAAAAAAATATACTCTGAGCCTGAATCAGCATTTTACAGATACC
AATTCACTCGAGAGCATAGCTATATTGTAGAGAGAGACAACAACCCTCAA
TGAGATGGGCTACCTTTTTATTTTGTTTTTTCACTTGTTGAAGTTGAATT
GAAAATATTTAGTAGGAACGAAAACCTAACTTAACTTCGCCGAAGCAAAA
TTGTCGCCATTTAAGAACATGGAACACGCAGAATTCGCCGCTAGATGGGG
CTGAATGGATCGGGCTATCCTTGATTCAAGATTTCAGCTAACAACATTTT
TACGAGTATTTTGGACCATCTGTGAAAACTTCACAAAAATGCAGGAATTC
GGGCATCTGGGAATGATTATACCAAGTTTATATGTTTTGAGTACATCTCG
AAGAGTTGTTAACCAATATGCATGCCAGATTAAGGGCCGAAACATACCTA
AGCAAACATATCTAAGCAAACATATTTTCAAGCGGAAATACCCCTGAAAT
CAGGATAACACTAATAGCAAACAGAAAATAATCGGTAATGCAAAAAAATG
ACCAACTTCTTAGCCGGTTGACCTGATTTTGCAATACGCATTTTTGAATT
GCTTCGATCAGGTTCAGCTTTTACAATTGTGAAAATCTGGTTCCTTTTTA
ATGTTGGCCTCAAATCAGACAATGTAAAACTTCGAGTAATGCTGCCAGGT
AAATAGGGTAACTTGTCCATGAGTCTTTTAACCCTTCGTTCGTTGGGATT
TGCGGATAATCGACGGGAGTTGGTCAATAATTTGTACGAGATATCATCTC
AGACAGAGTGGAAGTCAATGAAAGGCCTTTGGGGCTCTCCAGGGTCCCGA
ACCAATCAGAATGACTTAGTAAACTGTAGATAAATCTTCAATTTGTCGAC
TAGGGTCAACCAGATGCCTTGGGACTCGTCTCTGGGTCCCAAGTCGGCCC
ATGAAACTGCACGAGGCTGGGAGGGTGATTCAAGAAGGCAGATTGAGATC
GAAATGGTTTATAAATGGAAGAAGCCTTCCAAATTGTCTACCTCGTGATT
GGTGGACTCTAGTCATGGGTGGCGAGAGGTACGTGTGGAGTAACAGATAG
ATGGAAGCTGGAGTGGAGGAAATAAAATGCTGTTAAACTGGTCATAAAAT
CTTCGTCCCCTCCTCTCTTCGGTGCTTCTCCAGCTCCCGTTTTCTCCTCC
CTTTGGCCGGGAGATCCTTTTCCAGCTTGGAGTCTTGGCGACTCGCAGAG
GAAAGCTGGGCATCAAGTTTCATTTGATATTTTCGGGAGGGAAATCTCTC
TCTCTTTGTGCTTGGGACCGCTCTGGGATGCAATCTTGTCTAATAACATT
CCTCTTGGAACTTAAACTATAAAGGAGGTTTTCATAGGAAATCTGCCACC
CTCTCATGAGATGCCAATGCAACTTAATCACACCAAAGATCCTCCTCCAC
CTGGTTGGGCCACAATCCTGATTTTGGCTGGCAACCAAGTCAAACCAAGT
TGCTCCTTTTGGACTTGGCGGATAAGATGTGGCCGGGAAAATATATGTGT
CCCAGGGAGTGAGTCGTAAGTCTGAACCTGGAATTGCATACTTTTGCATC
GCCGGAGCATTAAGAGCTCACGTTTCTGTGTGTGGTGGCATTTTATCTGA
TACAGAAGCCAGCACAAGTAGAACCCATCGTTGCCAGGGACCGATAAAAA
CTCGACATAAATTTAGCACACATAAACGGGCCTGGAAAAGTGTTTCCTGC
CCTACCTCTCTCTCTCTCTCTTATGGGCCGGCACCATCGTCCCATATCTT
GGACCATATGGGATATAACTGCTCCAAAAGGAGTGAGATATAGAAACATT
CCACTTTGGTAGATTGACTTCTTGAAAATAGGCGTACCTATTCGTAATTT
GACGATCCACCAGAATCACTTTGGTTACTTAAAATTGCTCTTAAATCCTG
ATTTGAACGAAACTTGCATTTTTATGGTATATTTATCTAGGTATTGAATA
TGCTTTTTTATTTATTGAACTAGCAGCTTTATAATGAGGCGAAAGGCCCA
AAAATTTTGTTTTTTCTGGTGGTAATGATAATGAAAAAAGTGAAAGAAAT
CGCCTAAAAAGTGTTTTTTTTCGAAAAGAAATCGCCGTTGTTCATATGAA
AAAATTGAACTAGCTAAATGTGTTTTGTTCGAAAATGTCGAACTAACAAA
AGTTGGTACCTTTATTTTTTATGCTAATTGCACATTTTCAAAAAAAGTCC
CCTAACCCTTTTGTTGTGAAGAAGTGGTCAAAAAGGGGTTTTCCCTGAAT
CACTTTTTTTCCGCTGCCTAGTAGTTTTGCTTGAATTCAATAATAATTTG
TTTTCGAAAGTAGTTCAATATAATACCCATGAAATCAGTTCTGCCCGCGT
CAGAACAGTCTGCCATATCGACGGTTTGTCATGAATGGTAAAATACACAA
TTGGCCATCTACAGTAGATGATTGAAATCTCAATTGAGAATCACTTTGTC
AACAAATGCTTCACGACTAGGATGGCAGGCAAGTATTCAACTTGCGTGCT
CAATTCTTTCTCTTTCCTTTTTCAAGGTACTGTTCCGATATTGGTCGTTT
ACCAAGCTCAGACAAATGAAGTGAGTCACCTCTGGTCCAATTAACTTACC
CGAAAGGGAAGACGTTTGCACCTCTGAACACGCATTTTTAATGATTTATC
TTTTGAGCAGCTTCAATGGCTTTCAGAACATTAGCAATGGTCGACTAGAG
AGCCTTCCTTGCAGTAAGGCGCGATTAAGGCAATCCCAATTTTTTAAATT
GAAGGTTATCATAAGAGAGGTTTGGACCTTAACACATCAGTTACATTACT
ACTCTTTATGGAGCCCCAGTGTGGTCAAACCCTTGTCACATAGGTATGGT
GGCTAGTAATGGAAGTGCATCATGATGACTGGATACACGGATCTTACAAA
AACATACTCGGTAGATGCTCTACTCCGTGACTCGTCACCCTGTCTTCCTC
CTTCCCGTCCGTCCAATTGACACCATTCATTAGTCACTTCTCGTCTGATC
ATACAATAGTCTAATTATTTCCTGGTTATTTATGCAAACCAATGCTTTAG
CAACCCTGATGGCGATGGTCACACCCCAAAAAGAGTCAAACTTGGTTTCC
CAAACTGTAACGCTTCATAATTCCATTAACCACTTTGGTTGTTCGGTCAC
ACTCTACGTTTGCTGAGATTTCATTTCGATTTTGCTGGTCCCGATCCCGA
AGGTTGTGAATGACTTAACTTATTTACACCCCTCCCGCTTTTCATGGAGT
TTGCATGTAATTTAAGAACCAGAGTGACTCAGAGCACCGAGTCTGTGGGA
TTATAATCCCCGACTGACCAAGCTCTTGGCTCCAGAGATCCACAAGTGCA
GCTAGTGTGGCTAGCTTGAGAAGTTGGAGGAATCCGAACCAGACTTAAAT
CTTCAAGGGTTCGATTACACGCAGGTAAAGACTACAAGGTGCGTAGATGA
ACTTGGAATGATTGTAATGTTGTCATAAGTGTTCTCTCAAAAATGGCAGC
CGCTTTGTTGGTAAAGCTCCATGACGGTCGGCCTCTTCGCTTCCACTCAT
CACATCAAGCCGGGTGAAAGTGTTTTTGTTTGCAATATTGGTGTCAAAAT
TCATCCCTTTGAAAGGCTGAAGACTCCAACATGTTGTCAATCTTGAAACC
ACACTTTAAGCAGCATCAAAGCCATTCTAAGTTCATCCTACGCACCCTGT
AAGTAATGTGCCGGCCTTGTGTCAACTACGTAAGGGTTCCAACCAAGACA
TGGAAGTCAGGAGGGTCTGATAAAATCAAAACTCTGCCACGTTCTACGGC
GAAGCTCAGGATGATTCTTGAGCTGCTTTCGAAATGGCAATAAAACTGTA
AGATAGACCATTCCGTGAAAGAAGGATAATCCAATTGGGTCACCTAACTC
ATTGCCTCCGGAGAACTGTTTGCCCTTCACCGCCTGCAGCAACGAGCTGG
GGAATGAGAGAGTAAAGTGACTTCCGTTGGTGACATTCTTGCCTCGGCAT
TTTCCATGTATTGGATTTGGGGTGCGTCGCCTTCCATTTAGTATATTTGG
AATGTGCATAGGCTCTTGAATATGTTATTGCGTCAAATAGTAGTAGTGAC
GGCAGAACCACTCTAGATCTCCACTTGATCTTTAATGTCAACTGATCATA
GATCTACTCGCATATGTCTGGGTTAGATTTCCATGCAAACCCACATATAT
GCTGTTTGAAAGATTGTGGTTACTTTTCAGGTATTAGCTGGACCTATTAA
TGCTCTTTACGAAAGCGAAAAGGATACACGGTTGTGCTGCAAAGTTTAAG
CAATAATAAGAATGGTCCAAGGCTCACCGTTTGCCCGTTAGATTACTCAA
CGATTTAGGTGGCGTGGTTTGCTTTTTTCCCAACCATATATAATGCTGCT
AAGGTTAGCAGAAACCTTCATCCATGCAGCTTTTGAGAGTTCACTTCTAT
TGAGGAACTCTCAAATGCATGCAAAACATGAATCCATTGCGCCGCGAGCG
CCACTGATCAAACGAATGGCCTTGAAACTAGTTCCACTGTCGCCAAAGGA
TCCGTTCCTAAAGGTCAAAAGATGCTCCGAGTGTACGCAACGAGTGATCG
AGTCGGTATTGGAGGCGATTTTTCAGGCAGGAAAGTAATTACCCCAAGGT
GCCAAATTTCTCAAGAGCTGAGGGGGAAAGTTGGGCCGAACTCCATTTGA
ATTTTATGATCTTCCAATTTTTAAGAGCACCCAGAAAAAGTTCCCAAAAT
GAGAGGATCAGCAGCACACAGCTTGGAACAGGTTTGAAGAGCCGTCGGGG
TTATAAATTCTCATTTGGGAATTTTCCTTTGAAGTGCCTCACTTCGATGA
TAAGAAGTAGCGTGATATCCGTGCCTACAGAGGTCCAACTAAGCAATGCA
TATTTATGTCGTTGGAACAATGAAGTCTAAAATTGAATCATAAAGCGCTC
GAACCTTCCCATAATTTGAATATTGTACGCATTTCTCAGTGTGCCCATTT
TGCTAGTCTCTCAAGTTATCCTTTGAATACGCCATAACACGCTAGAGTCT
TTCACTTTTGTATTTGTGCCCAAGGCCAAACATTGTTTTATGAATGATCC
ATATCCAAATAAAGCACCAATACCTGGTTAATGTAGTGAAATCAAGAGTA
GCCACACGTCTTTTGACAAGGCCGAATATTACTAATGGAACTGTGTCTTA
TTCCAGCTAATCGATTAACAACGGTCTGTTAAAACAAAAGAGCCCTGGAA
CCAAAAGGAAACGCTTATCACAAGCATTTCTGCATCCAAATACTTGTCAA
GGCTGTTGTTTCTGCCAGTATTGCCATTTCAGTGATCACAGTACCAAATT
TGACCAATCTAGCGTTGAACAGATAGGCTGCAAAATGTATAAAAAATCTC
AGATGTCTCCGTTGGGACAGGTTCAGCCATGAATTACATATCCGGATACT
TCAAGGCTCCTTAAGTGGAAAAAAACTGAAAAAGTCGGCCATATATCCTG
AAATGGTTTCAGCTCCAATGCAATTCCACTGTTGGCCATAGTGGCTATAT
TTTTTCTCAACATTTCCGTCAGACTTCTTCACAGGTTTGACCGAAGCCAA
TACGGTCGAAAATCATTAACAGGATATTGTTGTGTATCCAGTATTTTCAG
TGAATTCAATGTAAATTTAAGTGCACAGTATTATAAGCTCAGCCAAAGGC
AGAGGGGGCTGAGTAAAAATCGACTCCACTCTTGTCAAAGTCTCATATGG
GCTTGCCTGAATTACTGGACGATTGTCACTTGGAATACATATAATATTGG
TGTAGTAAGTGCAATGTCCTAAGGTAGCAAGCTCAGCATAAAGAGATACG
ATTAGAGGGCGATAAGGAGGTGTAATTAATCTTGTCGCAGAAAAAGCGTT
AATGTATCGACAGTTATACGCTCTAGTTTTCCTTCTCCTATTACAGTACG
TAAATTAGATTCAGCTGAAAGTCTCTGATTGAAAGATCGCGCAAACAACC
CATTAGTCAAACTAAGGCCAAATCAAAGTGTAAATGTTGTTTTGGCTCGC
ATAATCCAATCCAAACTCCCAGTTATTGTTGCCCACATATTTGTTACAAG
GAGACTGATTTTTTGGAGGAGAATGCTAATTTACTGTAAGTGCCTAGAAA
GATTCGGCATAAAAGGGCTCATTTATGGTTCATTGGAACTTTGATCATTC
GCTTTTCTATTTTGATACTTCTTTTTGGAGTTAGATGGCCTGTTTAAAAT
ATAGTTATGAATCGGTATCTTTGCCTCAAGAATCCCAGAAGTTTTAACTA
GTAACGATGAAGAAATGTGAATAGTCTGGTCATCCTTTTCTATTTCAGAT
GTACATGTATGTTTGCTCATGTGTGGAATACCTGCTCTTGATAGAGGTGT
TTTTGGTGAAGCAGGCAGTACATGAGCTCTGTGTTGCTAATCATTGATAC
CCATTCTTATTTTGCACAAAAGGTAACCATCAACTAAATCATTTACTCGC
CTTTGGATGCAGTACACACATACTTCGGAACTACAGTACAAGATACCAGG
AAAGAAACTGGAGGTGTCAACTTTGTGGGCTTGAGTCAGGGAAGACTCCA
AAGATTACGTCAAGGTCCATAGGGTACAGAGACTTGTACCCTTGATTCAA
AGAAAGGTTTTTCGGAAAGACAAACGTTGGTTTTTACTGAGCGTTTCAAT
TCTCACGAGTGACTGTGTTGGTGGATTTTTAATTCTGCCCGACCATAAAC
ATCCTTACTTAGAATGGCCTTTCCCATTTTGTTCGGGGAAAAGGGCTAAA
TAACACTCTACCAGACTTTTGGTTAGCGTTTCTAACCTTTGCAGTTTGCT
CGTCAATTTTCTTCCAGTTCAAGGTATTTGCTCAATTATTCGAATGTCAA
ACATCTAGATGGAATGTTCCACAATCAATATACAGTACGTTCACACCGAT
TTCAAACATGATGACCCTGTTGCAAGGTAACCTTCAAGAACTTATAGGTT
TGATCAAAATTGGCCTCACTCTGGTCTGAATGCATGGACATTGAATCTTT
CCTGCCGGCAAAGGGGTCCATTCGGGGCGTGGAAGAGGGGCTTTTCATGT
CGGAACAATGTTCCAGGGTGGGAACTGACGGGTCTGCACATGACATAACT
TGTCCAAACCTTCATATATATTTGTGACCCTGCTGAGATACACCTCACGC
TGTGTCCCACATCCGTGAAAGAAGGAGCAAGGCCAGCCTCGAGGGCTCTG
CGTACCTATTGCATCAACTGGATATTCTAGGTGGGTACGTGCGCATATTT
ATACCAGCCCCAGGGATTCGAAAAGAGGCCTTCTCATGCAAAGAACAGCC
CATTTCCAGGAAACCAATTTTTTCCCCCTTTTTACTGTTCGCAGACGTGT
CACCCGGTCTTGATAGCCAATGCTGAGTATATCTTGACGTCCAGAAAGTT
GAGGAAATATTTATGGGCCAAGCAAGATCTTGTACTCCCAAGCAAGGAGG
TCTCAATTTGAGGAAACGTGGTGGAAGCCAGAACGGCTTCCCGAAGTGCC
ATCTCCTCTTCCGAAGCCAAACCTTTCGAGAGTCTGGTTCACCAGAATCG
AAACACAGGCTATTCAAAGTTGGCGGAGAAATAAGCTGTCATCGAGGGTG
GCTGATAGTGCTAGATTGCCATGGTATTTTTGTCCCCGAATCATGTCTTG
GGATTAGGACATTCGATCAACTATCATTGAAACTTGCTTTGAAAAATCCT
TCCTGCTCACACTTGTGTCGAAAATGTCAAACAAATGTTTTGTTGTGTTC
GGATCAGGCATGAAACTCTGAATCACTTCCTTTTTTTTAAACGGTCACCC
TTCGATATTGAGAAATTCCGGATAAATCAACTACACCGGTTTGAGCTGAG
GTTTGGAGGTTATGTAATAATTCACAATTATAATTGATTTTGTGGCAAGC
AAATGATGAACTGTGATATGGTCACCAATATTTTCCGTCAAAAAGGTGAT
CTTATCCGTCAAACAACGTTGTTGGTTGAACCACCGCATAAGCCCAAATA
TTTCTTAAACACTAGGAATATTGGCCCGGACGAAGATATTCAAAGTCGGC
TACTTGATGGTGAGTCACCATTCTCAAAGGGAGGCTGGTTAGTTTTTAAA
GCACCAAATGTAAAAGTTGCATTTCTTAGGGTTGCAAAACACAGCCAACT
AGTTGAACGAGAAGGATGAATCGACAGATTCGGGACAAGGGGACAGAAAA
CGAGTATGGCTGCATCTGTGTTCCTTTGTGGGTTTGGATTGAAGAACTCG
CTTCAGAATTGACGAAAGTAGGCCATGAAGGGATTTGTGTTGTATCCCAA
ATTGAATGGGATCCACATTAACCGCGGCCCTTGGTAAAGGCATGGCCAAG
TAAACTCTTCGACCATGATACAATCGTCCAATCGTGGTCGGCTGCCCTCA
CAACGGGGGGACATTGAAGCGAAATCGTGGAACAGAAGGGGAAACTGCCA
AAGGTGATCTGGGTGAAGGATGCACTGCATCCTTGGTCCAACCTGCCAAG
AACTTTTAAAAGGATCTTCGCTGCTAACAAACTCCAATCTACTTGGCATT
AGCCTTATGCAAAAATGTCCGCCAGAAACTTTATCCACCTGAATTTTCTC
CGGTTCCAATATGTTCCAACGAGGATTGCTCGCCTCTGTTTAGAAGATTT
CTTCGCCAAGATTGCTTCCTGCATTGTGGGGCACTGCCTGCCTGAAGGGT
AATTGCCCATAACAAGCTCCTTCAGGCGCTCCCACCCGCCTCGGGTTGCC
CCGAAGAAGTCATAACGCCTCCCTACGGATTCAGAATAAACGTGGAAATT
CAAATATCAAGTGCTAAAAACCGCCGGAACAGAGGTTGTTGATCGATCTT
CCCGAGTGTTGTCTGCGTATGTCTCATAACTTTCGGTCATGTGTAAACAA
TCTGTGATGAAGTGCACATTTTAGTGCAAGTTGTTTCAAAATATCTGCAA
AATTATGAAGGCAGAAACTATTGGTGCAAGATCGTGTGTTCCAACATTTG
ATGCAGGATTCTGAGATCAAGGAAAACTGACAGAGGCACATTGCAAGAAG
CAAGGTCAGAGAGCTTGTCAAGGGGTGGCTTAAAATGAGAGAGTCATTCC
TCATATGCTATGTTCTATGCTAGACCCCAAAAGTTTCCCTTGGAGCCAAT
TTATGCTCAGAACTTGGAAACTTTTAAAGGATTTGGGGTGAAACATTCCT
TGAACTTTCGAAACACCATAAAAGTAACTGGTTTTCGTTTCAATTGACCC
TATTCAGAGACCTCGAAACCAGTCTTGAGCATTCCAACATTCCACTTTTT
TCCAAGTGTTGGCCTTAGCCTTAATCATAAGTTTATTCGTTGCTGCAGCG
TTCATTTTCATTTCGAGGCCAAACAATCTTCGCAAAAAAACTAGTAGCTT
CGCGTGATATTTGCCATTATTTCGAGACATTCTGTTTGTCTACGTTTCAA
GGAAATCAACTTAGGTCAAGTTAACCCACAAACATAGTATTCTAACCAGC
TTTCAGATTGCTAAGTTCCTCAATTAATATGGATAATTTTGAGTCACAGC
AGGGGCTTTCAATCTTTTAAAGTATTTTCTCGAAAGCCCAAGCTGATTAG
CCCCTCCATAGAGTTATAGGTGAGCCTAAATTTGGCATTTTTAATACACA
ATTAAACACAATGATCGGAAGGATCGTTGATCTCCGTTGGGCGTTTACTT
AAGTTTTGCCTATTTCGAAACTCTCGTTTTGATTTGCTATATCTTGAACA
TATTTTGTCGACTTCCAAACACCAACCAGCTGGATTCGGAAATATTCGAA
GCAACTTTTCCACATTTGAGGTCAATTGCCTTGGTTCGACTACGAGCAAA
AGTCAAAACAAAGGCTTGAGTTTGTTCTTCTTCTTCATGCTCACTTAATA
ATCACTGGCAACAAGGCCACCCCAACGGAGTATTTTTTCTAGTTTATGCG
AAAGGCTTAGTTGGGCCTTTGGCCGTAACGCAAAGTGTCACCAATTTCGA
GTCGGCAATTTCGTGAATTTCGGTTGAACGAACTTTCAGCCCGGCTGAAC
TGAGCCAAAAATATTTAATTAGTTTGTAAAATGACTCCTTTAATAATGAT
AACCAACGTAGCAGTCCATAACGACAAAAATATCGCACGATTACAACGCA
AGCAATAATCGTGGTGTATACTTCTATGTGTGTAAAGGCCACCATAGGTC
AGTGTCAGTGTGCGTTGCGCTGATGCCGAGTGGGCGGGGTTCGAATCCCG
GGCTTCCTAGATCACGCCAACTATGTGTTGTTAACTCTCAGCTACTTTAT
TGTTTGCTCCCCTGCTGAATTAAATTAGCCGAACCTGTGCTCATACCTAC
AGTAATATTTCATGACAAATTTTCAAAGTTGCCTGGCTATGTCTCAACAA
ATATTTACAAGCTGGACAGATATGTCAAGGGATTTCCCCCCAAAACAACA
AAAAAATGCAGTAGGGGTTGGATAGATGTTTTGATAAATTGGATTTTTTT
GCTTATATGTATATTCTGCGGATTGGCCATGAGGTGACCTCCATACAACA
CCCACCATGTGATGTAACTCCATGAAGTAGAACCTAATGTTTACTGAATT
GTTAAGTAATGCTGACCATTTCGGCCGGTTCTATTTGGCGGATGCTGAGA
ATAAACGTGCGACAAACAGACCAAGCTCCATCGGAGTATATATACTGTTC
AAGTATGAAGGGTATACAAAGCATAAGTACTTGGCAAGGGCGGTATTATG
TAAAAAGACACCGGCCTTGAAGTCCCATTTTCATGTTACGTTTTTTATTA
TCAGGAAATGTAAAAAAAAAGATATCCGAGGCCATAAGAATGAAAAATAC
CGCTGATGTTAATCAGCTGATTGGCCAAAAAGTGACCTCCATAGCAGCAA
CCCCCCATCTCAGGTAACTCCTTGAGGTCATTGCCGTATGTTTCCTCGCA
CATTTTTTTTGAGATTGAATGTGTAACGTTTTAACATAACTCAAGTCTGG
GACCAGCCCTTGGGACCAAGTGCTCTTCTGCCAAGACTCGAGGCTTTTAG
CCCCATCAGAATTTGCACAACTTGGACAGCATAGTTCCAAAACCACAATG
CTAGTAGCCATGAGGAGAGAGAGAGAGCCAACATGTCGAGCAGTTGTGCA
TGTCTGATATGGTACTATCCCATTGAATTGAGCCTCACCAGCCTCACATT
GTCCTCTCGCTCTCCGTGGAGGTCCAGTAATCCTAATCACTTTGGCTTGG
CAACTAGTGTTGAAGCTACTGGTTTTGGACCACTGATCGAAGGCCTGGCC
TTAAGGCCCAGAGCATGTGCATTCCAAATAGCTGAATGTGGCCAAAGTTC
TAAGAGGGTTGGCTTGACCCATTTGGATTTTGGAGGTACTGTAGGAAATT
ACCGAGCTCCTCCACTCTATGGCTCAATCTCAAGTTTCGGCCCCGGCAAG
ACAAAGGGCTCTCCGAGGCTAATAATTGGCTTTGCAAGGTAGGGCTTAAG
GAGGAATTTAGTATCATTTGTCGGAAGATAACTGCCCACAATGGTTTGCC
GGGAACCCACTTGAGAACCTCTTCGGTGCTCTTCAACCATTATTGTCCGG
ATCCGTGAGTTCAGGCAGTTCCATTCCCATTATGATTTCATTTGAACCGA
AGGCCAAGGAACAGCCTATTTTGTGCCAAACTTATGAGGCCGTGGGACCA
CTGTTGTTGGCTTCTTGGAACAAATCTCATTTACTAATGTTCTCTACACC
ACGAGTTAGTTTCCAGCGATCATTGCAATCTTGGCACTCATTATGATTAT
TTTTTTGGGTGTAAAAGAGACTTTTGGTCATGGTTTTACATAAGCCTGCT
CATTCCTGGCTCAAAAATTCACTCTAACCTTCGATATTTCATTCAACATA
ACTAGATTTTCGATGCAATCCAAGGTAAATTGAGGATGAAAACTTGAGCA
AGATGCAGTTACAACTTTGAGGTCAACAAGTCAAACCAGTACCCTCAGAT
GTACAGAACGACGTTGTAAGTTGTAGATTTTTGGCAAGAGCGTCTCTGAA
CATCTTTGTGGTATAGAATTATGTTCTTCATACACACGTATAAGTCAACT
CGGTTAAAAGTACAATCGTGTATCTCTTTGTGGGAAACACCTTCTGGGGT
TGGCAGTGATTATTTGCCCATGGTCAAAGGAAACCTTGAGCAGAAAGAGC
AGCAATTAGGGTTTGTAGAGAGCACTTGAAAATGAGCTGGAATTGCAAGT
TGCTCCTCTGGCCCTGTCAAATGGGAAGCACTCGCCAGTTTGGTTCCATT
TAGTGGCCTTTCTGGAAAGTTTGTTTCAATTTAGGAGCAAAGAGAATTAA
TTGCCAGTTGACATGGACTAAGTAAACGGAGTCTACTAGACAGAGGCGAT
GGTGGGCCTTGTTTCTTTCCACTTCTAGTTTCATGTGAGGTCTTGAAGTC
GACTTCAAGTCGAGAACGTGGAACAGACTCGGAGACAATCCGCGTGATCT
GGGACAATCACGGTTTCCCAATGATATTCAGACCAGTGGTGGGAAAACTT
TTGATTTATTCACCCCCTTCTTTTTGGCGTGGCTCAGCTTTGAAGGGGCT
GACTTTATGAGCAAAGTTTGTCCATCCCCAAAGCCCTCCAGAGAAGGGTT
GCTCATCTTAATTGACATTTTCTGCTTTTGCCTCGCCATTGGTCCGGTAA
TCAACCCATAAAGCGAGCAATGTTCCGCAAAAGTACCAAATTGGAAGAGC
CTCTATTGGGACCACAAGAGCTGAGCACATCAATTGTTGATTCAGCAAAA
GGAGGCTAGGAGCTAGACGGGGCCTCAAGTTCGAATCCTACCAAAGATCG
GCTAACTCGAGCCATTTTATGGAGGGACTCTTTTTAGTCTCCCTAAAGGG
GCTAAGATGACCCTTAGCCAGAGATTGACGAATAAAACATTTTAAGATAC
AACGTCTCTTAGGCTAGATAGGTAAACCTCATAGCGCAATAGGCGGGTGA
CTTTTCCTACCACTCGTCTGCGGATTATTTTTTTTCATGAAAATAGGGGT
TTCCACTTTTCTCGTCAGAAACAAACGTTTTATCTTTTTCAAAGATCGAC
TTTTTAGCTTTTTACTGGCTTTTTTTACTTTTTTGCTGATTTCTGTTGCC
ATAAATGTCACATTTTGTGTCAGAAACACACTTGTTATCGATTTTTTTCT
GATCCCGTCACTTTTTGAGTTTTGTTTTGGCAGAAACAAAGTAATTTTCC
GCAGCAATTAATGACTGATCACGGACCCAATACTGCAGAATGCGAAAAAG
GAGGGTTCGATTCCCCACCTGAGCGAGTTCTAGCTAATAATTATATCCAA
TTACTTTGATATGAGAATGAGAGTTTGCGATTTGTGGTTCATTGAACGCA
AATTTATGAGTGACGATACATTTGCCTTTTACGATATACGATACAGATCA
GCCTTTATAGAGGCTATGGGGTAAAGAATCGAGGTATATCAAATCAACGA
CCACAAATGAACAAAAATGAACTGTACAAACTTATTTCCCTTAGTTGTAG
TTGTTACTCAAACGTAAGGTTAGAATGCAGCCAAATAAGTATGTTTTGTT
TATCTGTGCTCCAAAAATGCTAAAAACGGTTAACTATTGAGGTGTTGTTT
AAAAATGTAATGCCACCAGGATGTAACTTGGATAAACGATGATGCAAAAT
ATCCGAGAGACGCTGGAGAAAGGAGACGTCTTATGCTTGTTTGTTTGTTC
GGAAGCTCCCAGGTATTTCTGCCCAGCTAGGGAAATCTCCGAGTACATAC
AGTAGTTAGCTTGCTGGACAAATTTATCAGGAATTATTACCTTACCCTCG
AAGCATGACCACAGGTAGGTACACCCACATTAATCCCGCCAGGGAAGTCA
ACAATAGCTGTTAGTGAACATCACCAGCTGCCAGGACTGTGCCAGCCCGG
GGATCGAACCAACGACCCTTATGTGAACATTATAGAACAAGAATGTAACA
AAAACAACACGTTTTTGAGGTGATATTTGTTCGTTTAATTCGGTGATTTA
TGATTCAGACGCAAATCTTTTTTTATTGCTTATGATTTCCTGCAAAACTA
GAGGCTAGGTTTGGTTTTCGAGCGAACTCAATTTTGGTGGCCAAGAAGAT
CACCAAGAATGTAATGTTGAACTCAAAGGACTTAGAGAGTACACTGCAAC
GATGGAACTCAATATATAGGCCGAGGTATGTTTAACGGTAAAACGATTCG
GCACACATAATTATCTTGCGAATGAGTTCCCCGAAGCGACTAACCATTTT
GATGAAGGTTCAGCCTCAGCATTTGGTCCCCAAACAACTCTGCAGATTCA
AGCCAATTTCATGCTCCATGAATATCGGCAAATTTCTCGCAAAGATCTTC
TCTCCTAATTCATTTAGAGCTGGCGGTGTTTGAAACTATGAATGTGTGCG
TATTCCTTCATGAACTTATCTAGTTTGACATTCAGAAACCATGAATGAGA
TTGCAATATTTGGATGCTTCTTCGTCACTCACTGGCTCGTTGGATGTCGC
TGGTCACTTTGAATAGTGTGCTCTCTTGAATGTGGTAACTCGATATAGAG
ATTAATTTGACTGCATGAATTGGGGAAAGAGTGAGAGATGCTTCATTTAT
TCTAGCTACCTTGAGAATACCCTCGAAGTTGAGGTTAAACCAATCCCAAG
CGGATTTGAAAGAGCAAGACGAAATGGTTAAACCAATTGCTCGGATCGAG
ATTTCTCAGCCCAAAGTTTGGAATTGATTTTGGAAGTGGAAGTGCGGTTG
TTCCTCTTTGGCACTGATCGCTCTTCGAGCGTCTTGAGCCAAAGAGACAC
ACATATATCCCCACAGTACTTAGAGTAGGGAAAACCTTCAAAAGGATCCA
GTTTTTGCTACGATTAACCTTTTTCTTTCATTCGATTAGGTTGTGTAATT
TGAAAGAACTCTCTTGGTTCTTATTCCGTTGGTGACCCAAATCGTACTGG
AAGTTGTCGCTGTTCATTGATGTTATTGCTGTTGGACCTGATGGAACAGA
GATTGGTTTGTTTACACCTGTGGCGATATTTGAGTGAGACATTGCGACCA
TTTAAGGAAATGTTCATTCTGGAGCCAATCGAGTTCTCCCCGAGAGTCTT
TTTAAACATGTTGCATACTCAACGTGGTCCCTCAAAAGTCAACACTCAAG
TCAATAGTCAATACAGAAGGGAGCAACAGTTAATCGAGTATTTTGTGCTA
CAAGTCAGTAAGATTGGCGACGTCTCAGTAAATGCTTATTTTCAAATTTA
TAGAGTGACCGATTTTAAAGTACGTTCAACATCAAAGTTATGAACTCACA
GACCGGGATGGAAGTCAATCAAGTGTGTGCGTGTGTGTAATCGTTTATTT
ATTTATATTGAAATAGGTTTATGCCCGGGAGTCAACACTTGGCAAACAAT
TGCTAGTCAATAGTGTCAGGGCCATTTATGAAAATATAAACATGAAATAG
TTAAAAAACAAAGATAAATAGAGAAGCATAACAACATTGTTGCACACTAT
ACAAAACGACACAATATAATATAATAATGGGAAATCACAGTAATTTTCCA
GAACTTAACAATGCACATAAATGGTAACGAAACTTATTCAGACAGTGGTT
AATTACAAAACTATACCAAACATAGAAAAATGGTACACATTACAATACAA
AACGGAACAAATGTTTACACAGGAACACCAACAGAAGTACCAACGTGTAC
TAGCCTGAAACTATATTTTGTGAGCTGAATGTCTGTTATGTCAGACAAGA
AATGCATAAAAATAGTTCTACCAATGTGCCATAGCGTCTGGTGACCAATA
ATATATATAATATATATTTCAGAATGGTGTAGATGTCTATGGACATCATT
AATATGAACAGTTTTCCTCCAAGACCTCTTGTACATTAAGACAGCTTTGA
ATAGCAAGGCATCACGTGGACAATAATCTGCGTTAGCCTCGTTCTAACCA
ATGTCTCAAAAATGTGTCTCATTTTTAGCACATAATTGCCACGTTTTGCA
CAGTTCATATATCTTTATTACAAAGTTATTTCTAAACAAAACATAAATTT
GGCCAATTATTGGAACATTAAATATTAGCTTCGAGCCATGATCCTTCAGA
GAATGTGGACCATTGGAGCAGAATGGGCACCAAAAGTTCTCCCTTAGTCC
AAAGTTCCAATATAGTAATCTATGCTTTGGTGCCCGATCAAAGAAAGCCA
AGAATCGGCCAACTCTACTGGAAGGATTTTGTCTTTGCTGGACATCTCTA
ATAATTAATTGCGCTACCCATATAAAGTAACCTTTTGCATTCATGGCTAG
GAACGAGAAGATGGCAAAGCATTTTAACTTTACACGCGAGATAGTGATGG
GAAACTTTCAGGCATCGAATACAAAGTTCAGCCAAGATGGGGACAAAGTT
GCAAACCTTGTACACATTTCCTGGCACAAATCTGGCTCTCCGAAAATCGA
ATGGAGGGAGATTGGGGTGAATTGGGGTCAAATTTCGCCATGCTTGGATG
TGATTTTGAATAATCTCGCTGGGTTGGGATCGCTTTGCTTCTCATTTGGG
GTTGGTTGGGTCGTGTGAAAATTTCTGGGTGATGTAAGCGAGTCATTATG
CAAAGTGGATTCAATTTAACTTGGGGGAAATTCCGATGAATTGCCAAATT
CCAACCAATTCTTCAAGCCATGGCTAATTGGGCTGATGATATATCTTGCA
AACTTTGCATTTAAATCATTCTCGAGAGTCAGCAACTTTCCCAGGCGAAA
TCCTAAATCTCGAAATATGCACAACCATCCTTTCATTCCTCAGAGATGAG
ATTTATAATGAACTAGTGAAGGCTCACCCCCCAATTTCGCTGTCAAGTCG
GTGTGAGGCTCCACAAAAGGCCGCTTTTGCGGCCTTGAGGACATGTACAG
TGGGACAAGTGGGGCTGGCGGCTACTTTGGGACTCTCATTCACATCTGGT
GTCAATATTCTCCCACAAATTATGTCATTCGGATGTCTCAAGTGCTGACA
AGGCCTCGAAGGACACTTTTCAAGTGGGAAAGACAGCCAATTTATTACCC
TCCAAAATGGCAGAGGTGGGCAAGAAGTCGAATCAGTAGCCACATTGGGA
ACTAATAGCACCTATTTTCTCTCCCATCAAATACGCCAACGAAAACCTTT
CCTCCATTAATAAATGCCCAGGAGGTTGAGTCCGGCAGAGAATGTCTCCC
ATATAAATGTAAAAATAAAAAGGGCTTTACCTCACATATTATTTAATGGC
ATTGATGGGTGAGTGTGTGTGATTGCTTGTATTACCAACTTATTAGACCA
GGTTTATGCCTGGAAGTCAACACTTAGCGAACGAATGATAGTCAATAGTG
TGAATTGTTTGAAAATCTGCAGATACAAGTAGTTCAGGCAAACCAAATAT
TCCAACAGGTAACTACAGAAACAGAAAACTTTACAAAACAAAACTACACA
ACACAATAATGGAGAAACGCAATAAAAGTTTATAAAACTATAAAACCCCT
CAAGGAATGTCAAAAGAACTATACAAAATTTCATTCATGTTAACAAACAA
TAAAAAAACCAAGAAATGTTACCAAAACTTTACGAACACAATCAATATTT
AAAAAACTATACCAAACACACACATAATGTGCACAAAACAATACAAAACG
CAGCAAATGTTTACCAAACATGAAAAAACTCAACAAAAGGCTCTAAATAA
TACAACAATCGGGCAAAACTGAACTGAATTACTGAAAAGTCTACGTTCTG
ATGGTGTTAATTAAGTTTGTGCTGAGTTCATCATTGCTCTTTCTGTTGCC
TTTGTTAACCAAAAAACCCAAGCTAAAAAAAAATCGGAAACACGCAGTTA
TGCTGACTAAAAATTCTTTGTACGTAGATGCCCAGAGTTATGTCATATGA
AAGGTCAAAAGGGCGTTCGAATAGCGGAGCAATTTAAAGTGCAGGACCGG
GAAGCCATTTGGGTGTGAATTTCCTCCAAGGCCTTCGAACAGCTTCAAAT
TTTCCGGGTAGGCGTCTGTATGGCAGCCCTGTCCTTTTATCTAGGCCTGT
TGTATCGGTTAGTCCACAAGGAAAATTGTGGGGACAATTTAGACGAACTT
CAATCTCCCTAAAGCAGTCTTTTATTTTGAAAAATAATCATGTTTATTCA
TTTTCCAGCCCAATTTGCAAAACGTGGTCTTCATTTGTAGATAATGCAGA
TATTTCAACTGCAGACGCTAAATTTAACCGTGTTTTAAACAACATACCCG
TAGAAGGATCTTTTTTCACGCTCGATTTGCAACCTATTCTGGTTCCTCGA
TCTCACGAAGTAACTATGTGTAAGCTCTGACAGCGACTCTAACATTTTCC
TTACAGTATATCAGGCAATTCTCCAAGTTTTACTCTTTTGAGTCGTTCAC
TACAGTTTCAGCTGAAGAGTGTAAAAAATAGAGAAATAAATAAAATGCAC
CAGACGTAAAAAATGCAGATATCAGGAGGCAAACCCGGTTTAGAGCGACC
AAAGGTGCTGGCCAAAGTTAATTTTTTTTATTACGTATCCAATGCCATAC
ATACGTAAGCGTACGTTCGGTACGTTCCATTTCAAATTTCCGAGTAGTGA
AGCTCAAGGTAGGTTCACCTCGTAGGTGATATGGCAGGCCAACTGTCAAA
TGCACTTTGGTGGACCTTTTTCCGAAGGCATTATAAAATGCATAATCTAA
TCAGGTTCTTTGTCAATGCTTTTCTAACTAAGCCATTCAACCAAGGACCA
GATAAAGAACTCTGACCCCGGCAGAAGAGGTTCGAAGCGAACTCCACACA
ACCTCCCACCGGGTGAGGTGAGAGATTTTATCATAATCATGGGTCAATTA
TTTCCTCTTGTCGAGGCCAAACTTGAGTCCACAGAACCATGTTGATCAGC
TTCAATCTGTTCGTGGTGAACCATGTTAGCCCATATTATGTGTGTATTCA
GGGTATCTATACTTTAAGCCAGGTACGCCGAAATGTTCCATTGACCTGTG
TGCATGGAAAATGACAAAATACAGTCCTATAAACCTTGTGAATATTTAAA
CTCTTCTCGTGAGCGTCCACTTTTGGACTTTCGTTGTCCTGGATTGGTTA
AATAAGACCGAAAGGGACTTTTCAAGGATAGATCGAATAGTTCAGCAAAG
AGGATCCTCCTTCATCTGCCAATCCACCATACTATCTTGAAAATATAGAA
TACACTGACCTATGCTTTCTTTGCCCTGGACTATAGGGGTTGGTTGATAT
TTCGTAATACACAACACACATGTGCAAAGTGTTAAAGTGTTACGTTAGTT
AAAGTGAGTGCTGGTTGATTTAAATAATTTCTAACCACATTGGCAAGCCC
TGGAAAGGGTCATATTAGGCCACTGATAATGCTTTTCCGCAGTTTTACGC
ATGATGGAATGGTTGATTGGCTAAATATAATAACCTAGGCTGAAGATCTA
GTAATGGATTTATTTGTGGCCACAATTGGGCACAGATTATTGACTGTTTT
CGGCGACGCTTTCGTCCACAACCTTCCCCTTCAATCGTTGCTTTTTTTTA
ATTGTTGATGATTGAGTATTTAAAGAGTTTACTTCAGATTTAAATTCGTC
TAACTCTTAGTTTATATAGTTAGTTCAGTTTGTATATTGTTTATTTCAAA
ACCCCGATCAAGGTCGCCTAATATGAAGGGACACAAACCTGATGGGCATT
CAGATAATTTTTTCATCTGAATTGAATTTGACCTTTTTTGATTGAAGGCA
AAAATCTTTTTCCCGTTAAGATGTTGCATTTTTTGATAGCACATATTCTT
ATGGCGAAATAGGTACTTTCTACTGAATGAAAACGGTGGCGATTCTCTCT
CACCAGTGATTCCTTTTAGAAGAAATTAACTAATTCGCCGTAAGAATTTG
GCATTCAATAAACGGTCATATACCGGTACTTGTTTTACATTGTTCAATCC
GAGCTGTTTAGTCTGTATTTTTTCTGTATAGTTTTCCACGGTTGTATTTG
TGTTCCCTTTACCGTTGTCTCGCCTCTTACGTGCAGATTATTTTACAATA
TGCCCCAGCGCAGCCGACTATAATTTGTTTGGCAATTGTTGACCCCGGGT
TTAACCTCATTTAATCTGAAGGAAATTACACACCCACGCGCACATTGTCG
ATAACATAGAAGTGTCACTTCTGAGCATTACTTGCATTAGTTGTCAGTTG
TTATTGTTTTCATGGACTACTATGCTGGTTATTATAATTCATTGAGTCAC
TCTACAAACCATATTAGCTGTTGCAGTACAAAACATATTGAGCTCTGGGA
GTCTGTCAAAAGAATTCAGTTATGGATTGAGACCTTAATGGAATTCCGGC
GTCTCAAATCGCCTTTCGTCCCAAGTAGGGAGCAATCCTACGAGGGTCCC
AAAACGTCCATGGATAGGGCACACATTTCGAGATGATCTCATTCTTGGTT
CAGGTCCCCTTTTGTTTTGCAGCTTGGGCGTGGGAAGCCTTGCGAGGCTT
TTCAAGTGGATCAAGGCTTCTTCATCCCCAAGACCACTGCCGTCTCCTTG
CACTTTCAATGCACTGTCCTGTTGCACATGAACATGATATCAACTCCCTT
GGATACTAGCCTTCATCCCATTGAAGGCCAAACTAGGACCCTTAAAGCCT
GCCTCAATGTTCAGGACCAAAGGTGACCTCAAAATTGGACCTTCGTGGAA
TGTGGCACCTTCAGTGGTGTGCGCTTGCCCTCAATTGGCCACTTGAAACT
TGGCCGAATGCTCAAGATGTTGCACTTGTGAAACAGAATGTCACCTTGGG
TGAGTTGCACTTCTCTTCATGGAAAATTTATGGCCAATACGATGTGCTAT
AGACAGAAGTGGACGAAATCCGGGCAGGGCGGACCCACTGGCAGTTTATA
TTGATGGCATCACTGAATTGGGTGGAAAATCGGGCTTTAAAATATTTGGA
GTTTCTCAACCCACGCTCCAAATGCCTCGTTCCAAGGGCTCCGAGTGCTT
GGAATGGCATCTTAACCAAGTTTCAAGTGGAACTCTAACAAACGCCACCG
TTCCATCGCTGTCCCATTGACTGTAGTTCTGATCCAAAAAAGATCTCCTT
CCCAGAGGGCTGCCATTTTGAGTCAGTGAATGTGCACAATCGGGACTTGT
GGCCAGATCAAAAGTAATCCCCTCAAATCATCATATAACTTAAAGGGCTT
CTTCGTACCAGCAATTTCGGGAAAGTCAAAGTCCTCAAAATTACTGCCGC
AGTTTTATGTGTAACTAACCTAAAAATCCCCTCTACTCTGCTTATGATGA
AACTGCCAAAATGGCGAAAGTGTAAGATGAATTTCAACCCAAAAGACCCA
TAAATATGCTTCTCGTGGAAGATGCATAATGTTTCATAGATATAATAACA
CTGAATATCTTAACAATTCGACGTTTTATAATCAGGCTAGGCTCAAAATA
ATACAACTGTACAAGATAACAAAATTTAACATGCCCTCATTTCACTCAAG
GATGACCACTTTTTGCCAAGCTTTCTCAAATTATTTACCTCAAATGAGAA
TAAAAGTGGCATCACTGACTACTGAAAGCATGCATCTTCGGTATCACTGA
CTAGTTCATTGCTGGGTTGATGGCTCGAAATTAAATCCGTCTCAAAAAAC
GATTCAAGGGACCATGAAGTGTTCCTGGAAATGCCTCACCCAAGTATCAT
TGCGAAGATATTACCCTGTTTCGGGACACTTATTCCAATCCAGCCCAGTG
ATGCAACTGGAAGATACTTGGGCCGTATTTCTCTCCAAATTGTCCAATTG
AATCAACCTCAACTTCTCGAGCTAAGCCAGATTGAGCCCAGAGGCCTCGA
CTCCTTGGCAACACTGAGTCTTGTGGGAAAGCGACAGATCCCCAGAGCTT
GCTCCCTTAGGTAAATGTTGCATTGCAACATGGCTCGGCTTCTGTGGGCT
AATTTTGCGGTGTTTAACAAATACTGCCTAATCTCGTTTTGCTCAGAATT
CCTCCACCTTTCTGAGCCAGGTTTTGCCCTTATTTCTCTTTCCTCTTTCT
TGGCCAATGCATCCGCGAAAAAATCTCACTTACACACAAGAAGGTGGAGT
GCATGGGTAGGTAAAACAGCCTTTCCCATGCCAAACATTGGGATTGAAGG
CCTTCTTTGCCTGCATGCTTCGAACTCATCCATTTGAAGCCTGCAATCAA
ATGCAGGCATTTGCGGCAGCTTTACTTTTGAAGGTGCCTCTCAAGAACCC
ATCCATGGATACTAAAAGGCCCTTACGAACGGAGGAGTGTCCGATTGAAT
TTTTAGGCACTATGAAAGTCATATCTAGAGTTGACAATCTATATATGTTT
TGCCCATAAAATGCGTACCCAGATACATGGGGGTAATGCGAACCGGAAGT
ATGTACGAGGACGTGTTCCAATTGCGTTGAAGAGCGCGTTTCAAAACAAA
TAGGGACCAACAATTGCGCTCCGTATTGGATTAGACGCTATTGAGTCATA
CAAAAATATTCTTCACATTATACAAAAAGGTCCCAGTCAATCACTCTGAA
TGGAAATGAGACCCAAGTATTTGATATTAGTTCCGGGTACTTCACGGATT
GGTTTCTAACATATGGCAGCGTTGATTGTTTGGGGCCATTTCTGGGAAAA
TCTGGAGTGTTCCAGGTTTCTGAGAATGTGAAAGTGAGAGGAGCTGGGAA
CTGGAATTACTTGTTTTCTCACGACAAGAGACATGTGGAATCTGAAATGA
CATGGGGAAATCCTTTCCTATGTTGGCCATTTGTCTGGGGGTTTTAGGGT
CCTTCAGCTTCGCCAAGGTCCGTATTCAAGGCTCCAACGAAGGCAGTCAT
GAATCAGAAATGAGATACAACCAAGTCGGCCTTTGGAGGCCAGGGAGTTC
CAAGGCTGAGAAACACACCACACTCACAGAGTGTAGGCCTCGTTCGAAAA
CTACCCAATTCGAGTGTATCCTAGAGCATCATGACTAATCACACAATCAC
ATAAAGCGCCCTTCCTTCAACCCCTTTCGGTATCCTTAGTCAGCTTTGGG
CCAAAAATCCAAGGTACATCCCAATTCTAGACGGGTTTAACCAGCTTAAA
AAGAGGTCAAAAGGCTTGGAAGATTTTCGAGATGGATCAGGGAACAACCC
AAGGGGACAAAGTATAAGCTCGATTACGCTATTTGGAACATAAATACATT
GATACTGCCCCAGTGAGAAGGAATGTCCCTTTCACGGACAGGACCGAAAC
AGTTTCCCACTTCCCATTGATGCATCTACGCTTAGCCACTCAAGTTTGAC
CGATAACCCAACAAGATTGGACTTGGACCAAGTTCAGCACCCAAACTGGC
CACGTTTTTCTGTGTTCAGGATTTAATTCCAGTGTAGAAGAAATTTGAAG
CTGAGGGCAAAACGTCATCTGAGATCATCAAATGTCTCGAATGCTTTTTT
GCCATATTTTGGCTCTTTAGTTTATTTCGCTCTTCCCAAATGATGGTTGT
TTTTTGAACATTTAAGATCCATTAAGATATGTGCCATTTTGGGCGATGTT
TAAAATAGATTAAAAACAAATATCGCTCGTGTGAATTTCGTTCAATTTCA
GCACTACAAATAAGGGCCTTTTTCTACTCAGTGGTAGCATCACTACTCAG
GGTCTTGGTAATACAACTACACATATTTTAAAAACAACTACATATTTTAA
AAACAACTACATATTTTAAAAACAACTACATATTTAAAAAACAACTACAT
GTCTTAAAAATGGCAACATATTTTAAAAATCACTACATATTTTAAAAATT
ACTACATATCTAGTCAATTACTACATATCTAATCAATTACTACATATCTA
ATCAATTACTGCATGTCCTAAAAATCACAATAAACTAAAAAAACTTAATT
AAAAACCAATCGTTTAAAAACACATTTTTTTAGATTACTGCATGTTTAAA
AATTACTGCATACTCACGCAATAAGTGCAAAATTTTTTGAAAATCAGTTC
TCATTTGTAAGAAAATGCTGCATTTTTTTTTAAAATTCTACTTCTTTTTT
TTCACTTTTTGAAATGTGCATATTTTCAATCATTTCATTTCCATAGGAAC
GAAAAAGACATACTATTGTTATTTATGTACATAACCCAAAAAGTCTTGGG
TTGACCTTTTTTTAATCCTTGCCTGTAAGCAAGTGAATTTTGGGGAACCG
GCTGGCTTGACCTAAATAACTGGGCTGATTATATAACATTTCAACAAGGT
TTGCTTCAACCGAACAATTTTGTACTGTCAATCTCAGACTGGATTGACTA
ACCCATGGAATACTAGAATCACCTGGAGGTCGCACAGAACGAAAAATCTG
TCCAAAGACGGCATGGTTCAGGCAGCTCAAAAGCCGTTAATGTAATCAAT
TGGCGGACTGGAGGTGCGTAAGACATTGTATACCAGTTCCGTAGTCCATC
AACTAGTCACTCTGAAACCCTATGGAACTAGGTGAAATGTCCCCGCAACT
CCCGCCCGTCAATGGATTGCATTAACGGCTTTTGAGCTGCCTGAACACTG
AACTGTCTTTGGACACATTTTTCGTCGTGTACTCCATTACTAATCGCACA
TTAATTTTGTATGTAAACGTACTCTGTGATAGTTTCTAGGAACGTCGCAC
AAATTGTGCATTTTAAGATGGGATCTAAAGTTTAGGGACAAAATACATGA
AGGCTATTCACACGTACCTTTAAATGTTTAAACATGTAACGTATGTTTAA
CCTCAAAATTGGAGTGAAATTCAACCTTTCTGAAGTTCTTCAGCCAAGAC
TAAACAACTTTTGCATTCAAAATCCGGTCTGCTTCTTACTTTAAATAATA
TCTTTCCCATGGCTTCAAACCAGTGCCCTATTTCATGTTTCAACGAATTG
TTTTAAGTTCAATGACAATTTTCCAATTGTTGAGAATCAAACAAAATCGT
CTTCAAGGTCAGAAGGCATGTTTTGTTTGCCCTTCTTAGAATGGAAAAAC
ACACTCCAGGCGCATTACTGTAAAAGACAATGAAAAGAGCTGTAAGCTCC
AATTTTGCGACATTTGCTTGACATCCTCTCCGAATAATCAAGTGCTCTTC
GGGGCTTCTTGAAAGTGTTGGAAATGATTGGATGTGACATTTTCTTGGCT
ATGACAAATTTCAAAGTTCGTTAGGAGAGAACGTGAGAAAAAAAATATTT
TCAAGCCATTCATTGCTTCTTTGTGTGGGATCAAACTGAGCCATTCAGTG
TAGATTTAACCGGTCAATGGGTTCACATTGCTAGTACTTTGACAGTTACG
TTCCTATCGTGACATTTACTCAGTATTAATCATTTGAGTTGTGAAATCAA
TATCGAATGTTTTAACGGGGGAGAGAGAACACTTTTTATACGCAACACAT
ATTACAACAAATTCCTTTTTGAAAGAAAATTAAAAATAGCAAACCAACTC
AGATTGTTAAAATTTCAGCAAATTTGAAAAATAAGAATTTTGCGAACCTC
AAATTTGCGGACAATTTTCCGGCAAGAACTGTGACAATTTTTTGAGTTTG
ATGGCTCAACACAATTTCAGCTAATAACTTGTTTTTGTGCACTCTTTGGT
TTCATCAAAGCTTACGTTTTGCCCTGCATTACTTCACATTCGTTAGGTGT
CAACTTCAAAGTGTTCATCAGGTAAAAAAAATTGAAAACAGTGACGGATT
GCCCTTATAAATGGGTCCAATAGAGATCAATATGGTCATTCCTTAGGAGT
GGTCGATAATAAGCTTAGTTGAAGGATCACGACAGACGAAACCAAAATTT
CGGAAAGAAAAGAGTGTGCTTTTCAAGATGTAGAGACAGATCTACAGTAT
TTTCGTCTAAGGTGCGAATAATAGGCAAAAAAATTATAACTCTCGAAAAC
GACGTGACTGCCGAATAAATGCCGTAAAAAAGTCAAATTTTCGCACCTTA
ACCAAGATCTGCCCATTTCTCCAAATTTCGGTTGTTTAAAAGTTGCTCTT
AGGTTTGGGTTTTGATTTCAGGTAAATTATACTTTTGGCCGCCATTACGA
CTATCACGAGTTTTGACTTATCAAACTAGAGAGCCTTCGGATGTTTGCTT
CTAACAGCGGTAAAAGGGACAATGATTCTGAGACCATTTCCCCAAATCAG
CCATAGGTATGGGCTTTACTACAAGAACATTTGTCCATGAACGTGATAGT
ATTCCATGGTATAGCAATCGGTACTTTTCTTTTAAGGTATGGGCATGACC
CCTTGCCATTAGAGGGCCAAGAGTTATGTCCACCATCTTGATCATGGGGA
TCTTTTCATCCTTGGATCAAGCGTGGAAGCATCTTGAGGTCGTTTCTTCC
CATTTGCTGATGAAAAGAACAATTGATCTGGACTCTCCAAGAAGACGCAG
CCGTTAAGAGGCCAGAAGAGAGTAATGAGCCTGAACTATTTGTACCCATT
GACTGGAAACTGATCAGATTATGTTTGGCCAGCCCGGATAAGGGCGCCCT
GAAGCGTTGATCAAAGGCCGTCAGAGTGGAAATCCTTGATCCAATCATCA
TAGGATCGTACCGTAAATACAGCCCAACTGCGTGCTTCAATTGCTTCCTC
CGACAAGGCAGGGAGGCTTGGTTTGGCCTTGATAAGGCTCATTAGCATAT
CCAGGTAAGGCTCGATCGACGTCCCAGAGTACAGACGACCCAAAAACTGG
ATGATCCAATCCATGGCCCCATGTCCCCCTTGGCTCGCAATTTTCTCAAT
TGTATTGTTATGACCTCCAAAGGCTGACACAGAACCCTGGACTAGGGCCC
TCCAGCATAAAAGGCCATCAATCTGAATAAAGGTTCGAAATATGGCCGAA
CTTGCTGGCCAAGGCCAATGTTCCACCCAACAAACCAATAGCGATCCTCG
GATCATTAGACGTGCCTCATCCTCCCAATGCTTCTCCCTTCATTTGCAAA
TAATGAGCATTCAATAGCTCTGAGCTATCATTTTCCAAGGCTCTGAAATG
GCCCCAAAGGTCGTTCCACCTTGATACCAATCCAAGCATTCGAGCCTAAT
TATCCTGGCTGAGTGGTTCCTGCACCTTGGCGTTTAAAGACCTAGTCGTT
CCCTGAATGGCTCAAGGAACAATGTCGGGGTCCAAGTGGAACATTGTCAG
TGCCAGCCAAAAAGCAGCACTCGCTGATTGGATCAGTTGGTCCGAATTGG
TTCAAATACCGGAGAACTTGGTGGTTGGAAGTGGATAACTCCTTGGGGTT
GATATATTAGATGTTTGATGATTCCAATGCTAAAAGTTGTCCAAATTGAG
AAAGTTTTCGACTCTTGGATCCAGTCAGGCATTTCTAGTTAAGGCCTTTG
TTATTCCAGTATCTGCTCAAGTATCAAGTTGGAAACTGGCTCCCTTTGTT
CCAGGATCGTTCTTTTCCTTGTTATTGGAGTCAACAGCAAAGTTCTAATA
CCAGTTGCTCCATTGGTCCACACTCCTCACCCAATAATCGCAACAGCACT
ACAATCTGAAACTATCTTGGCATGAAAGCGGATAATACTCCCAACGTCAC
CGACACAGCTTGAGTCCAAGTGCTAATGCCAAGAATATATGACACCTTGC
TCCACAACGAACGTCAGTCAGCCAGGGATCGAACTTTGGAGTTCCAAGTC
CTAAAGTTTCGACTCATTCACAGAAGTCCGAGTATGAGGAAAATTCTTCA
CACATATCTCAAAGTCGAACATGCATTCGTGAGTCTAGAAGACACTTCAA
CCCAATGATTTCACGATTAATTCGTCTCCGTTATGATTGCAATTTGCTCA
CTTGTCTTTGCACTCCTACATGTCTACTTGGGAATAGAAAGTACACATAC
ATTCAAAACCTCACGCTGGATTGACCGAGAGGTATGTACAGAAATTGATG
ATCACATGAAAATGTGGCCGGCCGCATGATTCAAAATTATCTGCATCCTC
AAAATTAGTGTCTTGACACCTTCAGCATGATAAAGTGTACATAGAGCGAA
ATGCAGATGCATCCAAGGAAAATACTACAACAATGTATAAGCCTACAGCA
TCGTTTGTCTTTGGTTTGCCTGTGACGGACATGTATTGCTAGGATTTTGC
ACCACAAATGCGAGCCAGCTTGGCGAGAGAACTAGTGTTCCGGCTAAAAC
CAACGTAACCTCAGTCAACTAATGACAGAGGACACTAATTACTCCAATGC
ATCGGACCCGTTGGGGAGGCTAAATGCAAGGACCGGATGAACCCAGCTCA
AAATGTATGAGTAAGGCCTTGCTTGACACAAGTAAAAAGCTGTGGATGTA
TTGCAATCGAGGCATATTCTGCTGAAAGAATAGAACGATGAATTCATATA
GAGAAGTTTGATTCTAAATCCGACTCTCAATAGAAAAATATCAGGTTGTC
AATGCAGGTGCTCAGTGGGTGCTTGCCTGACCTAACTCGGACATTTTGAG
CCGGGTCCCTAGGGTTCATCCCGTTCTAATTTTCTACCCCTTGTTTACTG
GTTGGGGTTGACTGGTTGGGATCCTCAAAAGTATCTTGATTCAGAGGGAG
GAAACGGATATTGTGGACGAGGAAGAGTCTCTTCCTGCCACATTTTACTC
TGTTAATTGTTTTGATGCTCTTTAGGGGTTTACGTGACGAAAATTCTTTA
TTGTGGTTCCTCACTCTATTATCTCCTGAACTGCATATACTCCACGACGA
TATTTTGCTTTCAATTGTTTTACAATTTACTCATGTGTTTTTCACCGGCC
TTTTTGAAAACACGGCTCATGGCTTGTCTCAGCTCGGGGTTCCCATTCCC
TCCTTGCAATTATTGACGTCCTTTTATCATGTTGCATTTGGATGCTGCCC
ATTGAGTATTAAGAATTTTTTTTATTACGGTAGCTGTGAAATGTGACACA
GTTTTCAAGTAATTCTCCCTCCCAATGAGATGGCCGTACAATCTGGGATT
TGGCCTTCTTTTAATGAGTTACAACGAATTCTTAGGCCAACGAGCTATAG
CTCGTCGGGCTGGTGACGTCAATTTAGCCATCCGGCATTGAAACTCACGA
ATCGTAGCTACTTCATTTAGGGTGACTCCTATGATAAATTCAACCTTACG
TTTGTAACGTGGAGCATAGAGAGTGTGTCGGCCTTGGTAGTCTCTATGAG
CACATTCAATCTTACGCTTAGTATGCTGCTGTGCTAATGCTTAAATTTGG
TCCGAGGACGAATGAAATACAATCCCATTCATGTCCGATAAATATTTACT
TTTAAAGTTTCGGATGCTTTGGTCACCCTACTGATGTGCTTGTCTCTTGA
TTTTGTTTAGCGCCTCAAAAAGGCAAGAAACTTCCAATTGCATTGGAGGT
GCACCGATAAGGTCGGTCCCAGGTTGATAAAAGTCGAGCTTTTCAAGTTG
GCAATGAAAAGGTTGGCTTTCGAAAAGGACGGTGGACATGGAAGGAAATG
ATGACAAATCGTGTACATTGTCTGACTTGAGGTGCGAAGCGGCAGAGTAA
ATACATCTCAAAGCCAATCCAGGCCATCTTTGAGCCGTGGGAAAGTGAGT
CATTGGCGAGCTCTTTAGCCTGATTGAAAGCTGCAAATACTCCAATGCGT
CGGTCCACACGGTTTTTTGAGGATCCGTGCAAAAAGGAAACTAATTTCGG
CGAAAACATTACTTGAAGGCTTTCAATGTCTGGCCAACCATTTATGGTTT
TCCTTTAATGGCTCCTTGTCTGCTGTTTTCGTAGGGGGCGAAAATTGCCG
CGAAGAATATTGACAAAGGCCAATTTTACTTGGCCACCAAGACGAAAAAT
GTGCGGTTCCTGAGTTTGCCCGACAAAGGGCCATGTTGACCTTCGTAAAG
GTGGCACATTCAATCAGTCAACGCCAAATTTCATCAATATTGGCTGATTT
GTTCCCACTTCGAGCCAGCTCGCAGACGAGTGGCAACTTCGTTTTTTGGG
GCGAGTCAAAAAGTGATCCATCCAATGCCTTGTGGAATACACGCGTGATT
TGCCAAGTTCAACCATCAATCAAAACCACACACACACACAAGTTCGATCC
TCCTATGAACTGCCAAAAATACGGAAGATCTTGCGGGGCATTTGGTCCAT
GGCCCACTGCTTCAACCATTGCGACCATTTTCATCCGTGCTTGAGTGCCT
AATTTATGGTTTCATTGGGCATGAAGTTTTTCTTTAATCACAATTAACGA
GCTGCTTTTGTAAGCCATTCAAACATATTATGTTTGGCTCAAGTAAGGGA
CAAATTGCCCCTGCCAAGGTAACGCAAAAGCTCCGCCACTGTTGTACTGT
TCTTTTAAGAACGCTGGAGCTAGAAGAGAATTCTGAACAAGTCAGAAACT
GAAACGGGGCGTCCAAAAAACTTGACGAACACTCACTTCCAACCCAAAAC
ACTTCTTTGAAGGCCCGAAACCTGCAATCATGTTTGTGGATGAAGTAATT
CTGGGAAAGGATTGAGATCTAATGTCATTCCCACCGGCACGATATTCCCT
AGCACAGGGCTGGTTATTAAGTGTCAGTGTCTGGGATTTCCGTGCCTGGG
ATCACCTAGATATTTGGCACACTCCTGTCCCGATGGACTAAAGCTGGAAA
ATGAGAGAATGAGACGGGGACGTGATAAAAAACTCTTTCGATACAATATT
TGCCGGCCTCAACCCAACGCAGGGACTACGTATAATAAATAATCAGCGAG
TCCACGTCTCATCTGAAAGGGGATTCATTCCCTGGATTTCCTTTCGCAGG
GACAACACATTTGTTGTGGTGTTTTGAGTAAAGATATACAATGCATTCAG
AGTGGCCAAAGGTATACAAGAAAGTAGCTATAAGTACTCGGCAAGCAAAT
GTTTGAACCCATTCTTCAACAAGCTTTGGATTTTAAGCTCACTTTTTCAG
GACTGCCGTCTACATCCTCGACCTTTAGAGCCAACCAATAGACAGTGGTT
ATCAAAGGCATCCTTTGTGCTAAAGGTGAAGGATTACGAATGTAATATGT
ATATATAATGAGTATTTACGAGCCTGATTTCACCCAGTTTTGGGAACATT
AATGCACGAAGAGCATTTTTAGGTTATCATAGACTCAACGAATATTTTTG
GGGCAGCTGAGCAAGCATCTGTCTGAGATAAAATGTTGTTGTTTTTTGTA
CAATTCTCTGACTTTTGTATCTTATGGTTTAATGTTCGCTTTAATAGCCA
TAATTACTTGTGTATCGCTTTTTGTTCATGAGAGGAAGATTGCAATGTTG
TCTAGGTTCAATAAAACAGACAATTTCAAGATAGAGAGAAAATAAAACTA
ATTTACACTCTTAAAGAATATTAAAGAGTCGCAACAGTTTTCAGGGATAT
CCCTGCTCTTTGTTGGAACCATTTCAATGGTTGTTCCTCTTCAGTGTCAT
GGACTCATTCAATTTGGGTTAGGGCCAGACTAGTTTAACACAATTCAATT
ATTCTTATAATGTAAATAAAATAAGTTTTAAAAGTTGAAAATCATTTGAA
AGGAAAAAAAATCACCCCTTAGTAGCATTATCGGCTGGCGAAGACGGTGC
AAGTTTTTGGGTTCATTTCATTTTAGTTTGAGATAGCTTTGTGATGATCT
GCTGCCTTTCAACACATTTTTGGTAAACTGTTTATAAAAAGATCTGTCTC
TGTGCCAAGCAAATTAGCACAGTTAGCTCCAGTGTTTGCTTACTGTGACA
TGGATCGAATGATATCTTTGGACCCCCTTTGGAAAGGCACCATCCACACT
TGGGACTCTTACATACCTGGAAGGAGAAGTGAATAAGAATTACACCCTCT
GAGCACTTTGGCCGGTTCTCTTGGCCTGCTCAGTCCTGAGGTCCCACAGA
AGCTGCAATATATTCAGGTCAATAGTTCAGTTTGTGCCCTATTTCCACTC
GATCAATGACACGGTAATTTTGCCAAATTGCCCCTTTCACTCATGGTGGA
GAGTAAATTACGTGGCCAAGGCAACGAGGTAGCATGAAAATCTGGCGTGG
CGTTGAAATTTGCTGCGAGGCCTGGGAAAGTGCTGGATTGTCATGGAGTT
TTGGCAGCAGATCCGATTTCTTGCCATGGCCAGGCGATTTGGCGACACTT
GAGGCAGTGATTCCATTAATCTTGCTCCTTTCTTTGATGACCATCACATT
CTTATCCACTTTGTAAGCCAGGTCAGTCTTGGAGACGAAGAAACGCTCGA
GGACACATCTGTGTCAAGATAGAGAGAGGGAAGAGTGGTGCATTTTTGGA
AACCACCACGAAATGTCTGTGTTTGGAACAATTTTGGGAACACTGACAGA
AATGGCTCCGACACGCTTGAATTAAGTTTGAAGGCACTTTGCACGTAAAG
TCCAGTCCAAGAGGCCCCAACGCACGAGAACGGCCTGACTTGAGGCTGGC
ATTTTTGAAATATCTGCACAGTGACCGTTTTCATGGGACATGACTTGACT
GCACCAGGAACATGTGGGACGGGTGAAAAGTTCCGCTTTGGAGTCAAAAA
GTGCGCGTTCTGAATTGTGATCGAATGTACATGTGCTAACTTCGAGAATA
TCAATACAATGCAGTTGAACACATTGGCCCTAGGGTTCCATCAGGCCTCG
AAACTTGGCTCTATTCTCAACTCTCCTTTGCCCTACCAGAAATCATCGAC
AGGAAACCCACTTGGAAAATCAATAATCCTCAGCACGATCCCACTACTCA
TTGCCACATACCCTCACTCCATTAGGAACCCTTGGCGTAAAAAATACAAT
ACACCGGATAAACCGATTCACCAAATGGCTGGAAGTCATCGCTGGTTATA
AAAAGTTCACGAAGCAATCCACTGGATCCCATGATTAGTAGAACCATCCT
TTATGGCCACCAATTGGACAGGTTCTTGTCCTGGCTCAGTTCAGTTCGTA
CTTTCATGGTAGTCTTGGCAAAGACATGTTGGTCCTATTTTTTCCAACTC
CGAAGGTGACGGTGTTTTTTCAAGTTCAATTTCAAAGAAATGGCTGTGAA
GCTCTGATTTCCGAAGGTGTTGGTGAGCTATATTCGTGGTTTTAAAACCT
AGGCCAGTATTGGTTATTTGGTGCTGGAAGTTTGCATCTGCATGCGAGCA
AAGCCATGTGGGTTTTAACTTATTTAAGGATTTTGGCCAAGCCAATCTTA
AACAAGGAAGCCTTTTCCAAGATTTCAATTGGTTCTTTGAATTTTGAAGG
CAACAAATGCCATCATTGTCTAAGGAATCGTCAATTTAGAAAGGCAATAC
AAACAATCATCATCTTGAAATCGATTGTGTCCAGAGTCAATTTAGTGAAT
GTTTTAACACCATGCTTTTTTCAGCGGTGGGAATAAATTTGGGACGCAGC
GTTTGTACTGCATGTTGTGTTGTGTGTGAATGCTCAAATAATCACGCTTG
TTTTGGTTAGGGGTGTAATACTTTGGCATAGTGCTAAGAAACTGTTGTTG
AATCGCATGAAGTTGAACACAATTTTATTTTGCAAAATTACATCTAAGGC
CCAATTTCATGGAACTGGCATGTCTCTTTTATGAAAACGGGCCAGTATTT
CTGTAAATTGATAATTTGGGCGTATCATCTTCATTTGAAATTCATGATCA
ATATGCCCGACTTGAATAAAGATTGCATTCCCGATACAAAAAAGCAAATT
ATGAATCAACTCCCTTCAAATGCAATTATTTGGTATAGAAATATTTCCCA
CCTGTTAAGTCAAATTTAATGGGGAATGGGGGGTTGGGGGAAAGAAACTC
GATTTTCGAATAAACATGTTCCGAAATGTTGGTAAATTGTACGCTTTCAT
TTTTTTGAAAATAGCACTTGCGGCTGACTTGTGATTTGTCCCTATCAATT
CCGAAAAATGGCTCATAAAAACTCAAATTTTAAACAAAAGGAAGAGTCAT
TGACTTTGGCCAAATGTTTGTCCATCCAAGGATCTTATCATACCAGGATG
AATCACTGAATTCGAGCTCACGTGAATGTCCCTTCATAGCTTGCTTAGCT
TGCACCCAAACCAACGAGACTAGAAGCTGATTAAGTTGCCAGAAGAGCAG
TTTGGCGAGCAAGACCACTTCTAGTACGTAAGGGTTCTATTCTCGTTGGT
TTGGGCGCTTTCCAATGTAGGGACATTCGCGTGACCTTGCACCTAGTGAT
TCATCCTGGCATGATGAAATCTATGGTTCATTGCACCATTTTTGTCATTA
AATCTTTCTTCAGGGTCTTTAAATATTGGCCGAAATAAATGTATAATCAT
TGAGCTAGGACATACACTACATGCTTAAATGCATTGACATCGGAATTTCT
CTTTTGGAAAGCATCTAAGGAAACCAAAGAGAAACATAACCTAAAAGCGT
TAAAGACCATGTTTTCAACACCGATGATTTTACTCTTTTCCATCCTCGGA
TGAACCATTTTTTGCGACACAAGCCATTTTTCCCGTTTCATTAATATGAT
ATTGTGCATTGCTAGATATAGCTTTCATTCCTGGAGCAACTGGGGTTTTG
TAAAAGACAAGTTTCATGTCAGCAATGAAAAGGGTATTTATCATACCCTC
AAAGTAGGTACTTGCGGACTTGAACACATCAGGCCACCTAGGAGCGAATG
GAAGCACTTTCAGAGTACAGTGACAAACCACGACGGGAGGGTCGAGTCAA
GGTGCCAATGAGACAATTGAAGTGGTCCATTCTTCGGGTTGGGATGAGCT
TGTGTAACGGAACCTGCTTCAGTTGCCGTTTAGATATCAATTTGGCTTGG
TGCAGTGCAGGTTGGGAAGTCTGCTGTTATGTGGCAGAATGGAATGATTT
AAGAGAGGCTTTTACTTTTTGTACGGATACAAACAAAACTTGACACAGAG
CGAGCGTTCATGAGGCGAGCTGGCTGGCGGTGGCCATGGTCTAATGACAA
ATTTCTTTTCCTCCCCATAAAGGAGAAATGGTGACATTTTTCCCCTCCAT
TCCAGGGCAATAAAATCCAAGTGGGCCCTTTTCCAATCCAGTGCTTTTTG
CTTCGTGTAAAGAAGCTATAACATTTCGTCGAAGATAAGATCTCTTTTAG
GGGAGCGGGGGTAACGATTGCTAATGTGCTCCTTATTAATTGATAAGCGG
GGAAAAGCGAAATGAGTCGGGAGGATCAGGAACAGGCTTGCCTCCAGAGT
CACCAGAAGCCCTCTCTCTGCCAGTGGACCCAAGTCAAAAAACTGGCGGT
GAAACACACTGCGACAAATGGCAAATGCACAAAAAGACCCGGCCAGGATC
TGCTCCTTCGAGTCCACAGAGCACCTCTTGTTGCATTCTTCCAGCCCTTA
AAACCCGGATGCTCGAGGGGGAAATCAATTGTCGCCCCTCTTCTTCACTC
GGTTTGACTGGAACAGTATTTGTGATTATATACTGTATTACTGAAATTAT
TCGCCTGTGACAATTATTTCCTACCATATACGCATGCCAAAGCCTGAGAG
GTGCAGTTGGGATAAGTATTGGCCAATATGGATGCATCGAAAAAGTGTTG
AAGCTCGATTTTGGCCAAGGAAAACGACCAATATGACATTTTGGTACCAT
GAACGACGTTCCTCTTGAATTGCAACTAATAAATACTTAAGTTGTGAACT
TCTAACTTTGGCCCTTGCAAGTAAAGGCTGAACAGAACAAACAGATCAAA
TTTGCCCGCTAACTAACGTCATTTCCACGAAAATGATGAATTATCAAACC
AATGTGGGTTACTCGAAAAGCTGTTATTCCATTTTGGGATCACTACGAAA
GCAAATGGTTACAACACGTTTCGCAATTGAACTACGCGTAGTTAACATGT
TTTTCATAAAACAGATCTATCTACAAAACGTTAGTGCATGATATCCAAGT
GCTCGCCTAATTTCAAGGCACCCATGGAATGTTTCTCATTTTTTACGTTT
GAGAGTGAGCGAGTTGTCAGCCAAGTCGGTTGGCCTAGAGATCCTTCCCT
GTATATTGGCAACCTGTTGGCGTTTCTTCGTCATGAGTTGCCTAAAGGCA
CCAGAATGATATTTTTTGATGACCAGGTTGATACAATGCTAAATGTTTTC
AATTTTGAAGCAAATTATATTGCCATTATTATATTCACATTTAAAAACCA
CAATATTGCACTCAGAGGTGAATGTAGCGATTTTGAGATTTTTGTCATCA
GCAGAAATAATATCTTTAAAAAAATCATGTGTAACTCATTTTTGTTTATC
TTCCAATTACCGGGTCGTGCAAAAGTTTTTGCACTAACATGAAATGCCAA
ATAACTTCGAAACTATTGAATCAATTTGAAATTGCCGCCATTGTATCGAC
AGCTGGAGTTGTCAACGTAAATGTTTATTTTGATTAGTTTTCTCGAAATC
TTGAAACAATGGCTCAAGAACAAAAACGGCGAGAAGTGGCCGCGATGCTC
CGCGCCGGCCTCCCCATCCGCGACGTCATCGCGACCAATATCACCTCCAG
GCGGACCGTTTTCAATGTGAAAAAACGTTTAGATGATGGCGAGGACCTCT
CAGAAGCCCCCCGAAGTGGTCGTCCTCGTAAATTGAGCTCTGAGCATACC
ATCGACGTTTTCAAAGAGCAGCCAGAGCTCTCCATGGATGTCGGCGTGTC
AAGGTCCACCGTCTCTAGGCGCATCAAGGAGTCCAAAGGCATCTCTCTCA
GAGCACTACAGGTGCCTCTACTGACAGCAGTGATGGTCCAAAAGCGCCAG
GAGCGGTCCAAGTTCCTCTTGAATCAGCTCAAGCACCAAGCGGCAGGGAA
GGTCATTGTCTTCTCGGCCTCCACAGTCGCCGGATTTAAACCCTCTTGA

Synonyms

The feature 'transmembrane protease serine 9-like' has the following synonyms


Synonym
Tk10416

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