aldehyde reductase, maker-scaffold694_size110379-snap-gene-0.3 (gene) Tigriopus kingsejongensis

Overview


Name	aldehyde reductase
Unique Name	maker-scaffold694_size110379-snap-gene-0.3
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of aldehyde reductase vs. L. salmonis genes
Match: EMLSAG00000006626 (supercontig:LSalAtl2s:LSalAtl2s364:608007:609141:-1 gene:EMLSAG00000006626 transcript:EMLSAT00000006626 description:"maker-LSalAtl2s364-augustus-gene-6.40")

HSP 1 Score: 111.694 bits (278), Expect = 2.347e-28
Identity = 75/265 (28.30%), Postives = 122/265 (46.04%), Query Frame = 0

Query:   79 NGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNK-GVSTAQLLLAWAVTRDTVVIPKTVKEHRLTEN 342
            N  ++P LGLGT  S       ++    E  YR  D A+ Y  ++ +GRA    I    + RS  F+T+KL    +    V     +++  L  DYLD+Y +HWP+ +++ I+                 +TW  +         ++IG+SNF    +  +++   + P  NQ E +PY+ Q      C++NNI    YCPL                 L D+ +IQ   NK  VS AQ+L+ W++ +  + IPK+  + R+ EN
Sbjct:   14 NNVKMPILGLGTTHSGGYNHDTVVYALKECNYRLIDTAKRYGVEKFVGRA----IVXSGIPRSHFFLTTKLMPRDYA--SVRDTFFQSMNLLNTDYLDMYYLHWPMENKSMIE-----------------DTWRQLELLLDEEHVRSIGISNFEDDQILHMLDFASVIPHANQCEFNPYIQQKSTIKLCEENNIAFQGYCPLSKGK-------------LMDEPVIQSWANKLNVSPAQVLIKWSLEKRAITIPKSTHKSRVLEN 242

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BLAST of aldehyde reductase vs. L. salmonis genes
Match: EMLSAG00000010803 (supercontig:LSalAtl2s:LSalAtl2s715:242575:348584:-1 gene:EMLSAG00000010803 transcript:EMLSAT00000010803 description:"maker-LSalAtl2s715-augustus-gene-3.14")

HSP 1 Score: 109.768 bits (273), Expect = 4.510e-26
Identity = 73/210 (34.76%), Postives = 108/210 (51.43%), Query Frame = 0

Query:   99 YPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLAT 308
            YP  + A + GYR  D A  Y+N   IG+     I EG   R D+FITSKL       ++   A++  L +L+  ++D  LIHWP     D   P N  E L +      ETW  + +  K G  ++IGVSNF+I+++E + +   I P +NQVE HP   Q +L +YC  N I L AY  LG++    +    G   LL D  +++ ++
Sbjct: 2815 YPRTECAFKAGYRLIDTASVYKNIPMIGK-----ILEG---RDDIFITSKLGPKEMGKEKASSAIERMLSELRRTHIDCLLIHWPGVQGLDPSDPRN--EELRI------ETWKVLEDYYKQGVLRSIGVSNFNISHIESLKKVCTIVPHINQVECHPQYSQKELSSYCRHNGIHLQAYSSLGTTQPSYDPLGKGIKPLLEDPTVLKFSS 3008

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|81671277|sp|P74308.1|AKR_SYNY3 (RecName: Full=Aldo/keto reductase slr0942; Short=AKR; AltName: Full=AKR3G1)

HSP 1 Score: 265.388 bits (677), Expect = 2.905e-85
Identity = 140/287 (48.78%), Postives = 189/287 (65.85%), Query Frame = 0

Query:   64 KACHRNGAYKQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            ++ +R  + K     NG QIPALGLGTWKS P  V   +++A+++GYRH DCA  Y N+ EIG   ++A  +G+VKR +L+ITSKLW+N+H  D V PAL++TL+ L LDYLDLYLIHWPV  + D+ FP +  ++L  +   L  TW  + +    G   +IGVSNFS+  LE+++    I P +NQVE+HPYL Q DL  + +  NILLTAY PLGS DRPA  Q+  +P LL D  +  +A  +G S AQ+LLAWA+ R TV IPK+V   RL +NL +A I L
Sbjct:    2 QSFNRINSMKYFPLSNGEQIPALGLGTWKSSPQVVGQAVEQALDLGYRHLDCAAIYGNEAEIGATLANAFTKGVVKREELWITSKLWSNAHHPDAVLPALEKTLQDLGLDYLDLYLIHWPVVIQPDVGFPESGDQLLPFTPASLEGTWQALEKAVDLGLCHHIGVSNFSLKKLEMVLSMARIPPAVNQVELHPYLQQSDLLTFANSQNILLTAYSPLGSGDRPAAFQQAAEPKLLTDPVINGIAAEQGCSAAQVLLAWAIQRGTVTIPKSVNPERLEQNLRAADITL 288

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|122145122|sp|Q3ZCJ2.1|AK1A1_BOVIN (RecName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=Aldehyde reductase; AltName: Full=Aldo-keto reductase family 1 member A1)

HSP 1 Score: 239.195 bits (609), Expect = 4.541e-75
Identity = 121/271 (44.65%), Postives = 163/271 (60.15%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEG-LVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVA-HRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +  H G ++P +GLGTWKS PG+V   IK A+ +GYRH DCA  Y N+ EIG A  + +  G LV R +LF+TSKLWN  H  + V PAL +TL  LQL+YLDLYL+HWP A  R D  FP NA   +        ETW  +      G  + +G+SNF+   ++ ++    ++P + QVE HPYL Q++L A+C   N+ +TAY PLGSSDR     E  +PVLL +  ++ LA   G S AQ+LL W V R    IPK+V   R+ EN+
Sbjct:    6 ILLHTGQKMPLIGLGTWKSDPGQVKAAIKYALSVGYRHIDCAAIYGNETEIGEALKENVGPGKLVPREELFVTSKLWNTKHHPEDVEPALRKTLADLQLEYLDLYLMHWPYAFERGDSPFPKNADGTIRYDSTHYKETWRALEALVAKGLVRALGLSNFNSRQIDDVLSVASVRPAVLQVECHPYLAQNELIAHCQARNLEVTAYSPLGSSDRAWRDPE--EPVLLKEPVVLALAEKHGRSPAQILLRWQVQRKVSCIPKSVTPSRILENI 274

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|22261795|sp|P27800.3|ALDX_SPOSA (RecName: Full=Aldehyde reductase 1; Short=ALR 1; AltName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=Aldehyde reductase I)

HSP 1 Score: 238.424 bits (607), Expect = 8.074e-75
Identity = 132/279 (47.31%), Postives = 174/279 (62.37%), Query Frame = 0

Query:   76 TFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAH--RADIK---FP-ANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASI 348
            T + G  +  +G GTW++ PGEV   +K AIE GYRH D A+ Y NQ E+G A    IKE  VKR DLFITSKLWNNSH+ +QV PALD+TL++L L+YLDLYLIHWPVA     DI    FP AN  E+    EV L +TW  M++    GK K IGVSNF    ++ IIE+T + P +NQ+E HP L Q +L A+    NI +TAY PLG++        VG P+L+   ++ ++A   G + AQ+L+AWA+     VIPK+V   R+ EN    S+
Sbjct:    6 TLNTGASLELVGYGTWQAAPGEVGQGVKVAIETGYRHLDLAKVYSNQPEVGAA----IKEAGVKREDLFITSKLWNNSHRPEQVEPALDDTLKELGLEYLDLYLIHWPVAFPPEGDITQNLFPKANDKEVKLDLEVSLVDTWKAMVKLLDTGKVKAIGVSNFDAKMVDAIIEATGVTPSVNQIERHPLLLQPELIAHHKAKNIHITAYSPLGNNT-------VGAPLLVQHPEIKRIAEKNGCTPAQVLIAWAIVGGHSVIPKSVTPSRIGENFKQVSL 273

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|1703237|sp|P51635.2|AK1A1_RAT (RecName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=3-DG-reducing enzyme; AltName: Full=Aldehyde reductase; AltName: Full=Aldo-keto reductase family 1 member A1)

HSP 1 Score: 237.269 bits (604), Expect = 1.988e-74
Identity = 117/271 (43.17%), Postives = 164/271 (60.52%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEG-LVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVA-HRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +  H G ++P +GLGTWKS+PG+V   IK A+ +GYRH DCA  Y N+ EIG A  +++  G  V R +LF+TSKLWN  H  + V PA+ +TL  LQL+YLDLYL+HWP A  R D  FP NA   +        ETW  +      G  K +G+SNFS   ++ ++    ++P + QVE HPYL Q++L A+C    + +TAY PLGSSDR     +  +PVLL +  ++ LA   G S AQ+LL W V R  + IPK++   R+ +N+
Sbjct:    6 VLLHTGQKMPLIGLGTWKSEPGQVKAAIKYALSVGYRHIDCASVYGNETEIGEALKESVGAGKAVPREELFVTSKLWNTKHHPEDVEPAVRKTLADLQLEYLDLYLMHWPYAFERGDNPFPKNADGTVKYDSTHYKETWKALEALVAKGLVKALGLSNFSSRQIDDVLSVASVRPAVLQVECHPYLAQNELIAHCQARGLEVTAYSPLGSSDRAWRHPD--EPVLLEEPVVLALAEKHGRSPAQILLRWQVQRKVICIPKSITPSRILQNI 274

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|22653628|sp|Q9JII6.3|AK1A1_MOUSE (RecName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=Aldehyde reductase; AltName: Full=Aldo-keto reductase family 1 member A1)

HSP 1 Score: 234.572 bits (597), Expect = 2.696e-73
Identity = 117/271 (43.17%), Postives = 163/271 (60.15%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEG-LVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVA-HRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +  H G ++P +GLGTWKS+PG+V   IK A+  GYRH DCA  Y N+ EIG A  +++  G  V R +LF+TSKLWN  H  + V PAL +TL  LQL+YLDLYL+HWP A  R D  FP NA   +        ETW  +      G  K +G+SNF+   ++ ++    ++P + QVE HPYL Q++L A+C    + +TAY PLGSSDR     +  +PVLL +  ++ LA   G S AQ+LL W V R  + IPK++   R+ +N+
Sbjct:    6 VLLHTGQKMPLIGLGTWKSEPGQVKAAIKHALSAGYRHIDCASVYGNETEIGEALKESVGSGKAVPREELFVTSKLWNTKHHPEDVEPALRKTLADLQLEYLDLYLMHWPYAFERGDNPFPKNADGTVRYDSTHYKETWKALEVLVAKGLVKALGLSNFNSRQIDDVLSVASVRPAVLQVECHPYLAQNELIAHCHARGLEVTAYSPLGSSDRAWRHPD--EPVLLEEPVVLALAEKHGRSPAQILLRWQVQRKVICIPKSINPSRILQNI 274

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|75054741|sp|Q5R5D5.1|AK1A1_PONAB (RecName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=Aldehyde reductase; AltName: Full=Aldo-keto reductase family 1 member A1)

HSP 1 Score: 233.032 bits (593), Expect = 8.536e-73
Identity = 116/271 (42.80%), Postives = 164/271 (60.52%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEG-LVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVA-HRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +  H G ++P +GLGTWKS+PG+V   +K A+ +GYRH DCA  Y N+ EIG A  + +  G  V R +LF+TSKLWN  H  + V PAL +TL  LQL+YLDLYL+HWP A  R D  FP NA   +        ETW  +      G  + +G+SNF+   ++ I+    ++P + QVE HPYL Q++L A+C    + +TAY PLGSSDR    ++  +PVLL +  ++ LA   G S AQ+LL W V R  + IPK++   R+ +N+
Sbjct:    6 VLLHTGQKMPLIGLGTWKSEPGQVKAAVKYALSVGYRHIDCAAIYGNEPEIGEALKEDVGPGKAVPREELFVTSKLWNTKHHPEDVEPALQKTLADLQLEYLDLYLMHWPYAFERGDNPFPKNADGTICYDSTHYKETWKALEALVAKGLVRALGLSNFNSRQIDDILSVASVRPAVLQVECHPYLAQNELIAHCQARGLAVTAYSPLGSSDR--AWRDPDEPVLLEEPVVLALAEKYGGSPAQILLRWQVQRKVICIPKSITPSRILQNI 274

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|113600|sp|P14550.3|AK1A1_HUMAN (RecName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=Aldehyde reductase; AltName: Full=Aldo-keto reductase family 1 member A1)

HSP 1 Score: 232.261 bits (591), Expect = 2.374e-72
Identity = 116/271 (42.80%), Postives = 164/271 (60.52%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEG-LVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVA-HRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +  H G ++P +GLGTWKS+PG+V   +K A+ +GYRH DCA  Y N+ EIG A  + +  G  V R +LF+TSKLWN  H  + V PAL +TL  LQL+YLDLYL+HWP A  R D  FP NA   +        ETW  +      G  + +G+SNF+   ++ I+    ++P + QVE HPYL Q++L A+C    + +TAY PLGSSDR    ++  +PVLL +  ++ LA   G S AQ+LL W V R  + IPK++   R+ +N+
Sbjct:    6 VLLHTGQKMPLIGLGTWKSEPGQVKAAVKYALSVGYRHIDCAAIYGNEPEIGEALKEDVGPGKAVPREELFVTSKLWNTKHHPEDVEPALRKTLADLQLEYLDLYLMHWPYAFERGDNPFPKNADGTICYDSTHYKETWKALEALVAKGLVQALGLSNFNSRQIDDILSVASVRPAVLQVECHPYLAQNELIAHCQARGLEVTAYSPLGSSDR--AWRDPDEPVLLEEPVVLALAEKYGRSPAQILLRWQVQRKVICIPKSITPSRILQNI 274

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|1703236|sp|P50578.2|AK1A1_PIG (RecName: Full=Alcohol dehydrogenase [NADP(+)]; AltName: Full=Aldehyde reductase; AltName: Full=Aldo-keto reductase family 1 member A1)

HSP 1 Score: 229.95 bits (585), Expect = 1.512e-71
Identity = 116/271 (42.80%), Postives = 163/271 (60.15%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEG-LVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVA-HRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +  H G ++P +GLGTWKS+PG+V   IK A+ +GYRH DCA  Y N+ EIG A ++ +  G  V R +LF+TSKLWN  H  + V PAL +TL  LQL+YLDLYL+HWP A  R D  FP NA   +        +TW  +      G  + +G+SNFS   ++ ++    ++P + QVE HPYL Q++L A+C    + +TAY PLGSSDR    ++  +PVLL +  +  LA     S AQ+LL W V R  + IPK+V   R+ +N+
Sbjct:    6 VLLHTGQKMPLIGLGTWKSEPGQVKAAIKYALTVGYRHIDCAAIYGNELEIGEALTETVGPGKAVPREELFVTSKLWNTKHHPEDVEPALRKTLADLQLEYLDLYLMHWPYAFERGDNPFPKNADGTIRYDATHYKDTWKALEALVAKGLVRALGLSNFSSRQIDDVLSVASVRPAVLQVECHPYLAQNELIAHCQARGLEVTAYSPLGSSDR--AWRDPNEPVLLEEPVVQALAEKYNRSPAQILLRWQVQRKVICIPKSVTPSRIPQNI 274

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|259710097|sp|Q6AZW2.2|A1A1A_DANRE (RecName: Full=Alcohol dehydrogenase [NADP(+)] A; AltName: Full=Aldehyde reductase-A; AltName: Full=Aldo-keto reductase family 1 member A1-A)

HSP 1 Score: 223.016 bits (567), Expect = 6.821e-69
Identity = 112/278 (40.29%), Postives = 166/278 (59.71%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGL-VKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAH-RADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            +T   G ++P +GLGTWKS PG+V   +  A++ GYRH DCA AY N+ E+G A ++ +  G  ++R D+F+TSKLWN  H  D V  A   +L  L+L YLDLYLIHWP+A  R D   P +    +   +    +TW  M +    G AK IG+SNF+   ++ I+     KPV+NQVE HPYL Q +L ++C   N+ +TAY PLGS DRP      G+ +LL+D +++ +A +   + AQ+++ W + R  V IPK+V   R+ +N+     +L
Sbjct:    5 ITLSTGQRMPTVGLGTWKSAPGQVKQAVLAALDCGYRHIDCAAAYSNEREVGEALTERLGPGKSLRRDDIFVTSKLWNTKHHPDDVEEACRRSLSDLRLSYLDLYLIHWPMAFGRGDELIPRHPDGTIQYDDTHYRDTWAAMEKLVDQGLAKAIGLSNFNAKQIDDILSIAKHKPVVNQVECHPYLVQAELVSHCWSRNLTVTAYSPLGSPDRPWVTP--GEALLLDDPRVVGIAKSYNKTPAQVIIRWHIQRGVVCIPKSVTPSRIKQNIEVFDFKL 280

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BLAST of aldehyde reductase vs. SwissProt
Match: gi|1723578|sp|Q10494.1|YDG7_SCHPO (RecName: Full=Uncharacterized oxidoreductase C26F1.07)

HSP 1 Score: 223.016 bits (567), Expect = 7.994e-69
Identity = 116/287 (40.42%), Postives = 176/287 (61.32%), Query Frame = 0

Query:   60 LSDEKACHRNGAYKQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHR-ADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNK--GVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENL 343
            +S E+    N      T  +G++IP LGLGTW+S+P +    +K A++ GYRH D A  Y N++E+G    D IKE  V R D+++TSKLW N+H  + V  AL++TL+ L+LDYLD YLIHWPV+ +  + KFP +    L   + P+ ETW  M +  + GK ++IG+SNF+  NLE I++   +KP ++Q+E+HP+LPQ +      K  I +TAY P G+ +      E   P L+  + + ++A +K  GV+ A + ++WA+TR T VIPK+V E R+  N 
Sbjct:    1 MSAEQKYFENAQNVHFTLADGSKIPGLGLGTWRSEPNQTKNAVKTALQYGYRHIDAAAIYGNEDEVG----DGIKESGVPRKDIWVTSKLWCNAHAPEAVPKALEKTLKDLKLDYLDEYLIHWPVSFKTGEDKFPKDKDGNLIYEKNPIEETWKAMEKLLETGKVRHIGLSNFNDTNLERILKVAKVKPAVHQMELHPFLPQTEFVEKHKKLGIHVTAYSPFGNQN---TIYESKIPKLIEHETIQKIAKSKGEGVTGATIAVSWAITRGTSVIPKSVNEQRIKSNF 280

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BLAST of aldehyde reductase vs. nr
Match: gi|1245962597|ref|WP_096191877.1| (aldo/keto reductase [Cytophagales bacterium TFI 002] >gi|1243934502|emb|SOE20090.1| alcohol dehydrogenase (NADP+) [Cytophagales bacterium TFI 002])

HSP 1 Score: 325.865 bits (834), Expect = 1.400e-106
Identity = 161/278 (57.91%), Postives = 211/278 (75.90%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            K  T  +G+++P LGLGTWKS  GEVY  I++AI +GYRHFDCA AY N++EIG+AF+DA   G VKR +L++TSKLWNN H+   VG +LD+TL+ LQLDYLDLYLIHWPVA  A+ + P + S+M++L  +PL+ TW  M+ + + GKA+N+GVSNFSI  LE ++  T + P +NQVE HP++ Q +LKAYCD   I LTAYCPLGS+DRPANR+   +PVL  +  L ++A  KG +TAQ++LAWAV R+T VIPKTVKEHRL ENLA+A I+L
Sbjct:    2 KHFTLADGSKMPILGLGTWKSAKGEVYTAIRQAINVGYRHFDCASAYGNEDEIGQAFADAFAAGEVKREELWVTSKLWNNRHEPSMVGQSLDKTLKDLQLDYLDLYLIHWPVAFNAETQMPRDGSDMISLKNLPLSVTWKAMLAEKEKGKARNVGVSNFSIKKLESLVAETGVHPAVNQVESHPFMQQKELKAYCDSKGINLTAYCPLGSADRPANRKLDTEPVLFENSVLKEIAEEKGCTTAQVMLAWAVNRNTTVIPKTVKEHRLIENLAAADIEL 279

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BLAST of aldehyde reductase vs. nr
Match: gi|1325847429|ref|WP_101726129.1| (aldo/keto reductase [Emticicia sp. TH156] >gi|1319731765|gb|PLK44698.1| aldehyde oxidoreductase [Emticicia sp. TH156])

HSP 1 Score: 313.923 bits (803), Expect = 6.439e-102
Identity = 143/278 (51.44%), Postives = 200/278 (71.94%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            K LTF NG+ +PALGLGTWKS  GE+Y  I+ A+EIGYRHFDCA  Y+N+ EIG+AF+DA+K   VKR DL+ITSKLWNN H+ + V PA++++L  LQ++YLDLYLIHWP+A    + +P  A +M++L+++PL++TW  MI+    G  ++IG+SNFSI  +  + + T + P   Q+E+ P+L Q +L  Y  +NNI LT +CPLGS+DRPA+R    +P L  ++ ++ LA  K  + AQ++LAWAV R T V+PK+V EHRL ENLA+A I L
Sbjct:    2 KYLTFSNGDLMPALGLGTWKSAKGEIYSTIRTALEIGYRHFDCAFIYDNEREIGQAFADALKNNEVKREDLWITSKLWNNRHRTEDVQPAIEKSLRLLQVEYLDLYLIHWPIALVRSVNYPQKAEDMISLNDLPLSQTWQAMIDMKTKGLTRHIGLSNFSIKKISALRDETGVMPEALQIELQPFLQQKNLLNYAQQNNIALTGFCPLGSADRPASRISPNEPKLFENETILTLAQEKDCTPAQVMLAWAVNRGTSVVPKSVHEHRLRENLAAAEIVL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|1232162227|gb|OYU94066.1| (aldehyde oxidoreductase [Bacteroidetes bacterium B1(2017)])

HSP 1 Score: 312.383 bits (799), Expect = 2.250e-101
Identity = 160/278 (57.55%), Postives = 205/278 (73.74%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            K + + NG+ +P+LGLGTWKS PGEVY  +++AI IGYRHFDCA  Y N+ EIG+AF+DA+K G VKR++L+ITSKLWNN H+ +QV PAL+ TL+ L+LDYLDLYLIHWP+A R D+ FP  A EM++L+  PLTETW GM    +   A +IG SNFSI  ++ + E T +KP  NQVEMHP+L Q  LKAYCD   ILLT Y PLGSSDRPANR   G+P L +++ +  +A +KG S AQ +LAWAV+R T  IPK+V  +RL ENL +A I+L
Sbjct:    2 KYIKYSNGDLMPSLGLGTWKSAPGEVYKAVREAITIGYRHFDCAHLYGNEPEIGQAFADALKAGEVKRAELWITSKLWNNRHRKEQVQPALELTLKNLRLDYLDLYLIHWPIALRDDVTFPTKADEMVSLNVTPLTETWEGMRAVQEMDMALHIGTSNFSIKKIKELTEVTGVKPENNQVEMHPFLQQKILKAYCDAEGILLTGYAPLGSSDRPANRIVAGEPKLFDNEIIRNIAESKGCSLAQTMLAWAVSRGTCTIPKSVNANRLKENLEAADIEL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|499123365|ref|WP_010852288.1| (aldo/keto reductase [Lunatimonas lonarensis] >gi|496565358|gb|EON79334.1| aldehyde reductase [Lunatimonas lonarensis])

HSP 1 Score: 310.842 bits (795), Expect = 1.202e-100
Identity = 144/276 (52.17%), Postives = 195/276 (70.65%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            L+F NG+QIP+LGLGTWKS PG+V+  +  A+E GYRH DCA  Y+N++E+G A   A +EG+V R  +F+TSKLWNN+H  + V   L  TL+ LQLDY+DLYLIHWP+A + ++ FP +  + L  +E PL+ TW GMI +   G+A++IGVSNF+IA L  IIES+ IKP MNQ+E HPYL Q  L  +C K  ILLTAY PLGS+DRP  R+   DPVLL D  + Q+AT    + AQ+L+A+A+ R   VIPK+  + R+ +NLAS +++L
Sbjct:    4 LSFSNGDQIPSLGLGTWKSAPGDVFQAVLWALESGYRHIDCAAIYQNEKEVGEALKRAFEEGIVTREQVFVTSKLWNNAHLEEDVAAGLARTLQDLQLDYVDLYLIHWPIALKPNVMFPQDKGDFLTYAEAPLSGTWQGMISEKSRGRARHIGVSNFNIAKLTEIIESSGIKPEMNQIESHPYLRQDALVDFCKKEGILLTAYSPLGSADRPKARRRDDDPVLLEDPMVKQIATKHSATPAQVLIAYALRRGMAVIPKSADKGRIQQNLASQNVKL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|655253226|ref|WP_028663813.1| (aldo/keto reductase [Runella zeae])

HSP 1 Score: 310.457 bits (794), Expect = 1.239e-100
Identity = 160/278 (57.55%), Postives = 203/278 (73.02%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            K   + NG+Q+P LGLGTWKS  GEVY  +K AIE+GYRHFDCA  Y N++EIG A  D+I+EG+VKR DL+ITSKLWNNSH+   + PA+  TL  LQLDYLDLYLIHWPVA + ++ FP   ++M++L+EVPL+ETW GMI+  + G AK+IGVSNFSI  +E I  +T + P +NQ+E+HP+L Q  L  +C    I +T YCPLGS+DRPANR   G+P L  ++ L QLA  KG +TAQL+LAWAV R T VIPK+V   RL ENLA+A I L
Sbjct:    2 KYFEYQNGDQMPLLGLGTWKSSKGEVYKAVKTAIELGYRHFDCAMLYGNEKEIGEALHDSIREGVVKREDLWITSKLWNNSHEQKYILPAIQTTLHDLQLDYLDLYLIHWPVALKHEVSFPQVGADMVSLAEVPLSETWQGMIDLKEKGLAKHIGVSNFSIKKIEEIAGATGLYPEVNQLELHPFLQQWPLVEFCKTKRIHMTGYCPLGSADRPANRIVEGEPKLFENQTLQQLALAKGCTTAQLMLAWAVNRQTSVIPKSVNAQRLQENLAAADIDL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|1024868522|ref|WP_063520398.1| (MULTISPECIES: aldo/keto reductase [Alcanivorax] >gi|1024513100|gb|KZY32299.1| aldehyde oxidoreductase [Alcanivorax sp. HI0044] >gi|1024653157|gb|KZZ25939.1| aldehyde oxidoreductase [Alcanivorax sp. HI0083])

HSP 1 Score: 308.531 bits (789), Expect = 7.051e-100
Identity = 145/278 (52.16%), Postives = 193/278 (69.42%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            K LTF NG+ +P LGLGTWKS+PGEVY  +K AIE GYRH DCA  Y N++EIG+A +D    G V R +L+ITSKLWN+ H  + V PAL+ TL  LQL+YLDLYL+HWPVA +  ++FP +A +M++L E+P+  TW  M     N   + IGVSNFS+  L+ +I     KP MNQ+E+HPYL Q ++ A+C +  I LTAY PLGS DRPA  +   +PVLL D  + ++A + G S AQ+L++WA+ RDTVVIPK+V   RL +NLA+A + L
Sbjct:    2 KTLTFDNGDTLPMLGLGTWKSEPGEVYNAVKSAIEAGYRHIDCAHIYGNEDEIGKALNDVFAAGTVTREELWITSKLWNSDHAPEDVQPALETTLRNLQLEYLDLYLMHWPVALKPGVRFPKSADDMVSLKELPVETTWAAMEALVDNNLTRQIGVSNFSVKKLQDLIGKARYKPAMNQIELHPYLQQKEMLAFCQQQGIHLTAYSPLGSFDRPAGLKAEDEPVLLEDPVIREIADHHGASPAQVLISWALHRDTVVIPKSVNPERLKQNLAAAELSL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|1270373687|gb|PHR68226.1| (aldehyde oxidoreductase [Alcanivorax sp.])

HSP 1 Score: 305.834 bits (782), Expect = 8.774e-99
Identity = 144/278 (51.80%), Postives = 192/278 (69.06%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            K LTF NG+ +P LGLGTWKS+PGEVY  +K AIE GYRH DCA  Y N++EIG+A +D    G V R +L+ITSKLWN+ H  + V PAL+ TL  LQL+YLDLYL+HWPVA +  + FP +A +M++L E+P+  TW  M     N   + IGVSNFS+  L+ +I     KP MNQ+E+HPYL Q ++ A+C +  I LTAY PLGS DRPA  +   +PVLL D  + ++A + G S AQ+L++WA+ R+TVVIPK+V   RL +NLA+A + L
Sbjct:    2 KTLTFDNGDTLPMLGLGTWKSEPGEVYKAVKSAIEAGYRHIDCAHIYGNEDEIGKALNDVFAAGTVTREELWITSKLWNSDHAPEDVQPALETTLRNLQLEYLDLYLMHWPVALKPGVPFPKSADDMVSLKELPVETTWAAMEALVDNNLTRQIGVSNFSVKKLQDLIGKARYKPAMNQIELHPYLQQKEMLAFCQQQGIHLTAYSPLGSFDRPAGLKAEDEPVLLEDPVIREIADHHGASPAQVLISWALHRNTVVIPKSVNPERLKQNLAAAELSL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|655077689|ref|WP_028525820.1| (aldo/keto reductase [Runella limosa])

HSP 1 Score: 305.449 bits (781), Expect = 1.415e-98
Identity = 160/290 (55.17%), Postives = 211/290 (72.76%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL-RYGHPAVRRLAVQ 363
            LTF NG+++PALGLGTWKS  GEVY  +K AIEIGYRHFDCA  Y N++EIG+AF+DA+KEG VKR +L+ITSKLWNNSH+   + P+++ TL+ LQLDYLDLYLIHWPVA +  + +P    +ML+L++ PL+ETW  MI   + G  ++IGVSNFSI  LE +  +T ++P +NQ+E+HP+L Q  +  YC ++ I+LT YCPLGSSDRPANR   G+P L  ++ +  LA  +G S AQL+LAWAV R T VIPK+V   RL ENLA+  I+L      A+R L +Q
Sbjct:    4 LTFENGDKMPALGLGTWKSAKGEVYTAVKTAIEIGYRHFDCALVYGNEQEIGQAFADAMKEGTVKREELWITSKLWNNSHEKQYILPSINTTLKDLQLDYLDLYLIHWPVALKRAVAYPQTGEDMLSLTDAPLSETWAEMIVLKEMGLTRHIGVSNFSIKKLEEVTAATGVRPEVNQLELHPFLQQWPMVDYCRQHGIVLTGYCPLGSSDRPANRIVDGEPKLFENEVIRALAQARGCSAAQLMLAWAVNRGTSVIPKSVNAGRLQENLAAVDIKLTEQEMKAMRELDLQ 293

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|1269691469|ref|WP_099153826.1| (aldo/keto reductase [Lewinella nigricans] >gi|1269195238|gb|PHN02885.1| aldehyde oxidoreductase [Lewinella nigricans DSM 23189 = NBRC 102662])

HSP 1 Score: 304.294 bits (778), Expect = 3.845e-98
Identity = 155/276 (56.16%), Postives = 203/276 (73.55%), Query Frame = 0

Query:   75 LTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            LTF N +++PALGLGTWKS PGEVY  +++AI IGYRHFDCA  YEN++EIG A +DA+ EG VKR DL+ITSKLWNN+H  D V PAL E+LE+LQLDYLDLYLIHWPVA + ++ FP+ A E L+L EVPL ETW GM +      A++IGVSNFS+  L  ++  +  KP MNQVE HPYL Q +L ++C +N+I  TAY PLGS DRP+  ++  +P+LL +K ++ +A + G + AQ+L+ WA+ R T VIPK+    RL EN A+ASI+L
Sbjct:    4 LTFENNDRMPALGLGTWKSGPGEVYKAVREAIRIGYRHFDCAARYENEDEIGSALADAMAEGEVKREDLWITSKLWNNAHHRDHVVPALRESLEKLQLDYLDLYLIHWPVALKPEVIFPSKADEFLSLEEVPLLETWQGMEDCLIQDLARHIGVSNFSVKKLRGLLRESRFKPEMNQVESHPYLQQDELLSFCHQNDIHFTAYSPLGSMDRPSRLKKDEEPILLENKVIVNIAESHGCTPAQVLIGWALQRGTSVIPKSTNPKRLRENFAAASIKL 279

[Close]

BLAST of aldehyde reductase vs. nr
Match: gi|1293217887|ref|WP_100627134.1| (aldo/keto reductase [Algoriphagus sp. XAY3209])

HSP 1 Score: 301.982 bits (772), Expect = 2.806e-97
Identity = 141/278 (50.72%), Postives = 198/278 (71.22%), Query Frame = 0

Query:   73 KQLTFHNGNQIPALGLGTWKSQPGEVYPIIKKAIEIGYRHFDCARAYENQEEIGRAFSDAIKEGLVKRSDLFITSKLWNNSHKLDQVGPALDETLEQLQLDYLDLYLIHWPVAHRADIKFPANASEMLNLSEVPLTETWNGMIEQAKNGKAKNIGVSNFSIANLELIIESTDIKPVMNQVEMHPYLPQHDLKAYCDKNNILLTAYCPLGSSDRPANRQEVGDPVLLNDKKLIQLATNKGVSTAQLLLAWAVTRDTVVIPKTVKEHRLTENLASASIQL 350
            +++TF NG+ +P LGLGTWKS+PGEV   +  A+E GYRH DCA  Y N++E+G   +DAI + +V RS++FITSKLWN+SH+L+ VGPALD+TL+ L LD+LDLYL+HWP+A +  + F     E     +VPLT+TW+ M EQ   GK K+IGVSNF+   L+ +++     P MNQ+EMHP+LPQ  L  +C +N+ILLTAY PLGS D  A + +  DP LL++  + ++A   GVS  Q+L+AW++ R+ VVIPK+V + R+TENL +A I+L
Sbjct:    2 QKVTFKNGDTMPILGLGTWKSKPGEVRQAVYWALEAGYRHIDCAAIYGNEKEVGEGLADAIADKIVTRSEVFITSKLWNDSHRLEDVGPALDKTLQDLGLDHLDLYLVHWPIAFKHGVGFATLREEFFTYKDVPLTQTWSAMQEQKALGKTKHIGVSNFNSRKLQELLDMGGESPEMNQIEMHPFLPQDKLVKFCRENHILLTAYSPLGSPDSRAEKHK-NDPKLLSNPVVKEIAKKHGVSEGQVLIAWSIARNIVVIPKSVNQSRITENLKAADIKL 278

The following BLAST results are available for this feature:

BLAST of aldehyde reductase vs. L. salmonis genes
BLAST of aldehyde reductase vs. SwissProt
BLAST of aldehyde reductase vs. nr

BLAST of aldehyde reductase vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 2


Match Name	E-value	Identity	Description
EMLSAG00000006626	2.347e-28	28.30	supercontig:LSalAtl2s:LSalAtl2s364:608007:609141:-...	[more]
EMLSAG00000010803	4.510e-26	34.76	supercontig:LSalAtl2s:LSalAtl2s715:242575:348584:-...	[more]

BLAST of aldehyde reductase vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|81671277\|sp\|P74308.1\|AKR_SYNY3	2.905e-85	48.78	RecName: Full=Aldo/keto reductase slr0942; Short=A...	[more]
gi\|122145122\|sp\|Q3ZCJ2.1\|AK1A1_BOVIN	4.541e-75	44.65	RecName: Full=Alcohol dehydrogenase [NADP(+)]; Alt...	[more]
gi\|22261795\|sp\|P27800.3\|ALDX_SPOSA	8.074e-75	47.31	RecName: Full=Aldehyde reductase 1; Short=ALR 1; A...	[more]
gi\|1703237\|sp\|P51635.2\|AK1A1_RAT	1.988e-74	43.17	RecName: Full=Alcohol dehydrogenase [NADP(+)]; Alt...	[more]
gi\|22653628\|sp\|Q9JII6.3\|AK1A1_MOUSE	2.696e-73	43.17	RecName: Full=Alcohol dehydrogenase [NADP(+)]; Alt...	[more]
gi\|75054741\|sp\|Q5R5D5.1\|AK1A1_PONAB	8.536e-73	42.80	RecName: Full=Alcohol dehydrogenase [NADP(+)]; Alt...	[more]
gi\|113600\|sp\|P14550.3\|AK1A1_HUMAN	2.374e-72	42.80	RecName: Full=Alcohol dehydrogenase [NADP(+)]; Alt...	[more]
gi\|1703236\|sp\|P50578.2\|AK1A1_PIG	1.512e-71	42.80	RecName: Full=Alcohol dehydrogenase [NADP(+)]; Alt...	[more]
gi\|259710097\|sp\|Q6AZW2.2\|A1A1A_DANRE	6.821e-69	40.29	RecName: Full=Alcohol dehydrogenase [NADP(+)] A; A...	[more]
gi\|1723578\|sp\|Q10494.1\|YDG7_SCHPO	7.994e-69	40.42	RecName: Full=Uncharacterized oxidoreductase C26F1...	[more]

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BLAST of aldehyde reductase vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1245962597\|ref\|WP_096191877.1\|	1.400e-106	57.91	aldo/keto reductase [Cytophagales bacterium TFI 00...	[more]
gi\|1325847429\|ref\|WP_101726129.1\|	6.439e-102	51.44	aldo/keto reductase [Emticicia sp. TH156] >gi\|1319...	[more]
gi\|1232162227\|gb\|OYU94066.1\|	2.250e-101	57.55	aldehyde oxidoreductase [Bacteroidetes bacterium B...	[more]
gi\|499123365\|ref\|WP_010852288.1\|	1.202e-100	52.17	aldo/keto reductase [Lunatimonas lonarensis] >gi\|4...	[more]
gi\|655253226\|ref\|WP_028663813.1\|	1.239e-100	57.55	aldo/keto reductase [Runella zeae]	[more]
gi\|1024868522\|ref\|WP_063520398.1\|	7.051e-100	52.16	MULTISPECIES: aldo/keto reductase [Alcanivorax] >g...	[more]
gi\|1270373687\|gb\|PHR68226.1\|	8.774e-99	51.80	aldehyde oxidoreductase [Alcanivorax sp.]	[more]
gi\|655077689\|ref\|WP_028525820.1\|	1.415e-98	55.17	aldo/keto reductase [Runella limosa]	[more]
gi\|1269691469\|ref\|WP_099153826.1\|	3.845e-98	56.16	aldo/keto reductase [Lewinella nigricans] >gi\|1269...	[more]
gi\|1293217887\|ref\|WP_100627134.1\|	2.806e-97	50.72	aldo/keto reductase [Algoriphagus sp. XAY3209]	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold694_size110379	supercontig	scaffold694_size110379:9038..65739 -

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	P:oxidation-reduction process

Relationships

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


Feature Name	Unique Name	Species	Type
maker-scaffold694_size110379-snap-gene-0.3-mRNA-1	maker-scaffold694_size110379-snap-gene-0.3-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold694_size110379:9038..65739-

gene from alignment at scaffold694_size110379:9038..65739-

Legend: mRNA

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

>maker-scaffold694_size110379-snap-gene-0.3 ID=maker-scaffold694_size110379-snap-gene-0.3|Name=aldehyde reductase|organism=Tigriopus kingsejongensis|type=gene|length=56702bp|location=Sequence derived from alignment at scaffold694_size110379:9038..65739- (Tigriopus kingsejongensis)
ATTTCCACAATCGCCCAAAGACCTGCTAGTAGCTCTGGAGGAGGGCGACC
GGGTGCGGCAGAAAAAGAGGTGGGTAATTCAAAGCTCATAGGCTCCATTG
TGGACTCCGTGTCTAACACTCCAGTGGAGTTTGCCGCCATTGGACTATGG
AAAGATGGGAAGGCTATAGACGGAAGCTTGTCAGACGAAAAAGGTAACTT
TAAATTTGAAGGAATGGTGAAAGGTTCTTACAAGTTGATTATTTCATTCG
TGGGGTATCAGCCAAAAACTGTAGAAGGGATAGCCATAAACAGTAATAAT
GAAACCAAAAAACTCAATGCTATCAATCTTGCTGGCGATAATATCGCCTT
AAATGAGGTGGTAGTGACGGGTCAAGCAGCATTGATTGAGGATAAGGTAG
ACAGGCTTGTTTACAATGCTGATAAAGATGAAAGTAATAAAGGGGGAGCT
GCGGACGAGGTGCTGCGAAAAGTGCCAATGCTTACAGTGGATCTAGACGG
AAATGTGGAGCTAAGAGGGAGTAGTAATGTAAGAGTATTAATTAATAATA
AACCTTCTACGATTTTCGCTTCTAGTGTAGGTGAAGCTTTACAGCAAATC
CCCGCAGATCAAATAAAGCAAGTAGAGGTTATCACCTCACCAGGTGCCAA
ATATGACGGTGAAGGTACAGCAGGAATTGTAAACATTATATTAAAGAAAA
ACACCCTTGCTGGGGTTACTGGTAACTTGTCCGCTGGTGCTGGATACCAA
GGGAGCTCGCTCAATGGAAGTGTGAACCTAAGAGACAAGAAATGGGGCTT
ATCTATTAATGGTGGTGGACGTTACTCTTACAATTTTCTCATTGATACCG
AGAATACACGAGAAAGTGTGATCGATGGAGCTACTAATATTTTAGACCAA
ACAGGCTCCAACCAGTCTGTATATGGAGGAGGCAGAGTGAGAGCCACTTT
TGATTATGACTTGGATAGATTTACCAATGTATCACTTTCTTGGTCGGGAA
GAAATAGGCTTAGTGGAGGTGAAGGTGACTTAAATACACAACTTACCAAT
GCCACAGGCGATGTGCTTTTTAGCAATTTACGATTTATAGATCAGCGAAG
TAACAGCAACTCAAATGATGTAGACTTTTCGTTTTTAAAAAAATACGAAA
ACCCATTGCAAGAGTTAAGCTTCCTTGGCCAGTACTCATTTAGTAGAAGA
GCTAACGACTTCACAGCTACAGAAAATGGTATCGCACAAGATAGTAGCTT
AAACGATGGTACAGATAGGGAAATTACACTACAGCTAGATTATGTGCATC
CTATTGGAGAGAAGTCAAAGTGGGAATCGGGTGCGAAAGGTATTTTGCGT
AAAGCCACAAGCGATGGTGAATTCCATTCCTTCACCGAAGGTGCTTATAG
GCTTAATGATCTTAGGTCTAATTTCCTAGATTATGATCAAGATGTGATAT
CTGCTTATACTTCATTCACTTTCAGCTTGCCACAGAAATGGGGCTTACAA
GCAGGTATGAGATATGAGCAAACAGTTATTAGAGCTGACTTTAAAGAAGT
GCCTAACGCCGATATTCCAGATTACAGTAATTTTTTACCGAGTGTAAATT
TATCTAAAAGGTTTGAAAAAGGGGGGAGTTTGAGATTTAGTTATACCAAG
CGTATCCAGCGACCGTCTATTCGTTTCTTAAATCCGTTTATAGACTACAG
TAACCAAAACGATATCTCATTTGGTGAGCCTACGCTTGACCCTGAGCTCG
TAGATCAAATAGAAGCTGCTATGAGCACTTATTTTAAAAGAAACTCGGTC
AACCTCTCTCTCTTTCATCGCTTCACGGATAATAGTATCGAACGGATTCG
TAATGTAACTAGGATAGATGGTTTAGATATAACAGAAACTACTTTTGGTA
ATATAGGTCAAAACCGACAAATAGGAACCAACTTGTCATTTAACTTAATG
CCTAACAAAGACTTTAGAATCGGGGGTGGTTTTAATGCAAGTTATGTATA
CATGGATAACAGAGTCATCTCTAATGATGGTATGAACTATAGCTTTAACG
TTAATAGTGGTTATAATTTACCTAAAGACTGGAGCGTGGCTCTTTTTGCT
TTTGCATCTTTACCAAGTGTAGAGCTTCAAGGAACTCGAGGTGGATTTTA
TTTTCACACCTTGAGTACAAGAAAGAAAATCAACGGTGATCGCGGCAGTA
TAGGATTTGCATTAGAGAATCCGCTCTTTAAATCCATCAACCTATATAGT
GAGCTAGAGGATAGATCAAATCCAGATAACTTCTTTACACAACAAAGCGT
AAGGAGAATATATAGACGAGCTGTAAGGATAGATTTCCAATATAAATTTG
GGAAAATGGACTCTAAAAGAGAAAGCTTATTTAAAAGAAGAAAATCTGTA
GACAACAACGACCAGCTTAGTGGTGATGATGGGAATATGATGTAAAGAGG
CTCTTTGTATGGATTAATAGAAAAGTGGATGTAGTGATAGCTCCACTTTT
TTATTTTTTTTATGAGTGTTCCAGTATAGTCCAGCATACTAATATTGGTA
CTTCTTTGTAATTTGGCTTTGAAAACACTTAAAACTTATGGGGCAAATAG
TACCTACAATCAATACCAATTATCCGTCTATTGAAGACCTGAGAAAAAAA
GCAGCTCGAAGAGTGCCTAAGTTCGCATTTGAATACCTCACTGGCGGAGC
AAATGCCGAGTTAAATCTTCGTAAGAATTCTTATGATATTGAGCGAGTAG
AGCTAATGCCTCAGTATTTGAAAGATTTCTCCAAGGCTGATATGTCACAA
GAGTTGTTTGGAAAAACATACGACGCTCCATTTGGCATTGCTCCTATAGG
GTTACAAGGCTTAGTATGGCCGCAAGCTCCTCAGATTTTGGCGAAAGCCG
CTGTAGAGCAAAACGTACCCTTCATATTAAGTACAGTATCAACTGCAAGT
ATAGAGGAAACGGCAAAAATTACAGATGGGAATTTTTGGTTTCAATTGTA
TCACCCAAAAGAAACTGAGCTAAGAGATGATCTTTTAAAAAGGTATGCCG
AAGCAGGTGGAAATGTACTCGTTATCTTAGCTGATACACCAAGTTTTGGT
ATTCGGTATAAAGATGTGAAAAATGGGCTAGGAATGCCGCCCAAAATGAC
CCTGTCAAATATCGCTTCCATTATGACACACCCAAACTGGGCACTTCAGA
CACTCTATTATGGACAGCCTAGTTTTGCTTCACTTAAAGAATATATGCCA
AAAGGCTTAAACCTGAAGCAACTTGGAAAGTTTATGAATGATACTTTTGA
TGGTCGCTTGAGTGAAGATAAGATCAAGTCGCTAAGAGATCAATGGAAAG
GTAAGCTGGTGATAAAAGGAGTTGTCAATGAGGTAGATGCCGAGAAAGCA
GTTAAACTTGGTGCTGATGGTATTATTGTAAGTAATCACGGCGGAAGGCA
AATAGACGCAGGAGAAAGTACGATCCATTCCTTACAGCGATTAATTGGCA
ACTACAAAGACAAGCTAACGGTAATGATGGATAGTGGCATACGATCAGGG
CCAGATATAGCTCGAACTATTGCCTCCGGGGCAGAGTTTACATTTTTAGG
TCGCCCGTTTATGTATGGCGTAGGAGCTCTAGGCTCAAAAGGAGGTCATC
AAACTATTCAGATTTTAAAAAATCAGTTACAGCAAGTCATGGAACAACTG
GGTTGCGAGTCCCTTGCCGAGTTGCGGGAGCGAGTTATTTCGTAATTTCT
GCTGTTTGGAAAACCATTTCTTTACAAGCATTTATAATTGTTGCTAATGC
TTTGTTTTTCCCTAAATCTCAATGCTAAGAAATTAGAATCGTTCTAACTG
CAATCTACATCTGGAGCGAAATTGACCTCTAGGGCTTTTTGTCTATAAAA
AAAACTCCAAAGCCTATCGCTGTTCATTGTTAATGGAAAGGGTAAAACTC
GCTTTTCTTTTGATACTTTACCCGTTCCATCCTTTTTGTGAGGAAAAGCT
TCAGCAATAGTTGAGCTTTGGAACATTTACGCTACACTTGCTTTTCTCTT
AGACTTTTGCTATATAATTGATAATCATAGTGGTTTGAGAATTAAGTCTG
TTTTGATGGTATGGTTATACATGCAATAGAAATTTAAGTAACAAAGCATA
GGCCCCATTATTACCATTATGAGCTTTTGATTAAACCCAATTACTAAAAC
CAATTATGACACTCAGCAACAGTCAATTTGCAAACCTTTATGTACAGTAC
TTCCCTGCCTTAAAAAGCTTCGCCCTAAAACTAACACAAGACCCTATCAA
GGCCGATGACCTCGTGCAAGAAACAGCCTTTAAAGCATTTAAGGCAAAAC
ACAACTTTAAAGAAGGGACCAATTTCAAGAGTTGGGCTTTTACAATTTTA
AAGAACAGCTTTATAACTACCTATCATAAAAATCGCAAAAAATCTTATGT
AGATCAGCCAATAGAGGAGCTTAATATGTGCGACACGAGCTTTTCGGTGG
ATAATAAAGCCGTAAGCAATTTGCAAATGGAAGAGGTTGAAAGGTGTGTG
GACTCTTTAAGTCAGAAATGTAAGGTGCCTTTTGAAATGCACAGAGCGGG
ATTTCAATATGATGAAATTTCTAAAAAACTAGAAATCCCAATGGGGACTG
TCAAAAGTCGGATCAACTATGCTCGCACCACACTCAAAAAGAAGCTCCGT
CGCTACGCCTAATTTTAAAACCGGATGGACTCATAGATATACCAAGCCAA
TTTTGATAAATTGGGTTTTATTTGAAAATAAATATGACTTTCACTCCCTT
TGATATTACATGTTATAATAAGCTATACGAACGCTTCTCTTTTTTATTTG
AAGAAATACTTATAGACGAAATTTGCCAAAGTGGGAGCTTAAAGGTTTTT
AAGCCCCAAGATTGTATTGTTGATATTGGGGATAAAGTATTACAAATACC
TTTAGTAGTCTCAGGCTCCATAAAAATAATGACTGAGGATAAAGAAGGTG
ATGAGCTTTTGCTTTACTATCTTGAAGTAGGAGATACTTGTGCTATAACC
CTTAATTGCTGTACGAGAAATACGCAATCAACTATAAGAGCAATAGCCGA
GTCCGACTTAGAGATTCTCTTTGTACCTGTGGAGAAAATGGAAGACTGGA
TGGAGAAATACAGGTCTTGGAGACAGTATATACTAGAAAGTTATAATTCT
CGCCTAAGTGAGATGGTCTCAGCCATAGACAACTTAGTTTTCAATAATAT
GGAAGACAGACTAAAAAACTATCTAAGAGATAAAGCTTTGGTTTTGAAGT
CTGCTGAGTTACGAATTTCTCACTTAGATATCGCCAATGACCTCCACTCT
TCAAGAGTTGTAATTTCTAGATTAATGAAAAAATTAGAAAACGAGGGTTT
AATTGAGCAGTTCCGAAACAAAGTTATTTATCGTGAATTTGCAGATAAAG
TTACTTAGGTTACTTTTTTAGTCGATTAGATATACCACCTTTGTTTACTA
GAAATGCACAAATACCTTCCTCTTTTACAATGGATTACGAGTTACCAGCA
GAGCTTACTCAAGGGAGATGTAAGTGCCGGTCTTACTGTTGGTATCATGT
TGATTCCACAAGGTATGGCCTATGCCTTATTAGCTGGGCTGCCGCCTATT
TATGGGCTTTATGCATCTACTATTCCACTTTTCTTATATGGTATTTTTGG
AACTTCACGGCAGTTAGCTGTAGGGCCTGTAGCTTTAGATGCCTTACTTA
TCTTTAGTGGTGTAAGTGTGCTTGCTGCTCCTACAAGCGACTTGTATATC
CATTATGTGATGATATTAATGCTCATGGTAGGAGCTATTCAGCTTATCAT
GGGTGTTTTTAAAATGGGTTTTTTGGTTAATTTTTTATCTAAGCCTGTAA
CTGCTGGGTTTACGACTGCAGCCGCATTTATCATTGCGGCAAGTCAGTTA
TCTTATCTTTTTGGGATAGAAATACCCAGAAGTGGTTTCGGTAAAACAGT
CCTTGATATTGTTATGAATCTAGGAAGCCTAAATCTTCCAACCAGCATCT
TAGGCTTTCTTACAATAGCCATATTGGTCTTTTTTAAAAGGTTTTTTCCA
CAATGGCCAAGGTTACTGCTGGTGGTAATACTAGGAGTGGTGGCTGTTAT
TTTGATGAATCTGGAGGCTAAAGGTGTGGCTGTGTTAGGAGAAGTCCCGA
GTGGTTTTCCCAGTTTTAGTTTCCAGTCTTTGGAGCTTTCAAAAATGACG
GAACTACTACCCATGGCAATAACACTTGCGTTCATTGGTTTCATGGAGTC
CATTGCAATAGGTAAGTCATTAGAAGCCAAAGGGAGAAAATATGAAATAG
ACCCCAATCAAGAACTAAGGGCATTGGGAATAGCTAACACAATAGGTTCT
TTTTTTAAAGGAATGCCAGTAAGTGGAGGTTTTTCTCGCTCTGCGGTAAA
TTTTCAAGCAGGAGCCAATACGGGCTTAGCATCTATGATAAGTGCGGTTT
TAGTAATGGTATCTCTACTGTTTCTTACACCGTACTTTTATAACCTTCCA
TTTGCAGTTTTAGGAGCCATTATTATCGTTTCAGTAGTCAATTTAATGGA
CTTTAAATCTGCCAGACTTTTATGGACAACAGATAGAAAAGACTTTTGGG
TATTTATAGCAACAGCACTAGTTACTATTTTCCTAGGAATTAAAGAAGGG
ATCATTTTTGGTGTTTTACTATCTTTGGCTTTGCTGATTTATAAAGAGTC
TTATCCGCACATTGCTGAACTAGCTAGAGTCCCTGGCTCTAAAGAGTTTC
GAAACATAAAACGGTTTGCAGGTTTAGAGTCATACAAGGGCATTCTTATT
ATTAGGTTTGATGCTCTACTTTACTTCGCCAATGCCAACCGCCTACGAGA
TTATATTAGAGAACGAATTAAAGCTGATGACTCATTACAATATCTTATAC
TAGATGCCACTGCTATCAATAGTGTTGACTCTACTGCAATGTATGTACTA
CAAGGCATTATTGAAGATTTAAGCGAAAAAGGAATCATGCTATATGTAGT
AGATGTGAAGGGACCTGTCCGGGATATATTTACGAAAAATAAGTTTCTTA
ATGAAAGTGAGCACCTCAGCTTTGCACTTAATATTGATACGGCTCTCCAT
CGAATTACCTACCTCAGCGATAGTGACTTTGAGAAATATGTATACCAAGC
AGGTTAGCGTTTCGTGTGATTTGAGTTACACATTTTTGTTAAAGAGTGTG
GTATATTTAATCCTATAATCAAGAATATTATGGACAGTATCAGTATCAGC
ACCACCATTATTTTAATTGTAATAGTTCTTCATCTTGTATTGGGTTTTGC
ATGGCTTATTTATAAACTATCTCCAAGAAAGAAAAAGAAAACGATAAAGA
AAGAAGAGTAGCTCACTGCTGATAGCACTTGAGCTGGCACGTTTTTTTTT
AAAATCAGTATTATTACAAGTATAACCTAAGTTATTTTTAGTGATTTTCA
TCTTTGGTATATTTCATAGAAAATACAAACCATAAATATGGAAAGGCAAC
ACAAGGTTCTCATTATTGAATGCGGACGGCTTGTCTCCCTGATGGATAGC
AAACCGACTAAAACAAGAGGGTAGTTTGTGAAAACTCTAAAAAGGCTTGT
TTCAGAGTCTTCAACGTAGTTTTTTTGGGTATTTTGAAATTTAGTCAGAT
GCCAATGATTAATAATGAAGCACCTACTAATAAAAGCTACAAGGCTTACT
CTTCTTCTATAGTAGTCACTACTAATGGAAAAATGGTTTTAGCCGAGTTT
GATTTCCTAAATTACTTCACACTTGATCCCAACTTGAACAGAATGCTAGT
TTCTGATAGCTCATTGGAGCATTAAAGATTATGGGCACTAAAAGAAGTAT
GGATTACCGGACTTGTATAGGAACAAATCGATAAAAGCAGAAAAAGTCTA
AGTCTTTATTTTTGGGATGATTTAACCAGAGTAGGAGGATAATCATTGGG
GCTGTGCTTTTGTTGATCCAGAGTCAAAGAATCAATTGGTCACAAAATGT
GGTTATACGCCACCTACTTTTAGTAAGTATTACTTAAGTACTTATCAGAC
ACTAGGCCTAAGATGGATACGTTCTTTTTAGGCTATTTGGCATGAAATAG
GGCTATGCTTTTATTTCAAAACAATTTACGCAACCGCAATTAAAACATCC
ATTACTATCTCAAGTTTAATAGTCATATTTGACAAAACGTACTTATGAAA
TACCTTTTCCTATTAATACTTCTCCCACAATTTTTACTTGCTCAGTTACA
AACTAGCGAGATCAAAATTGCCCGTGATAATTTCGGCGTGCCGCATATTT
TTGCACCCACAGATGCTCAGGTGGCTTATGGGCTGGCTTGGGCACATGCC
GAAGATGACTTTAAAGCTTTACAGTTTTCTATGCTGGCAGGCAAAGGGAT
GTTGGCTGAGGTGAACGGGAAAAGTGGAGCTGCTATAGATTATGTTCGTG
GGCTACTGCGATGTGAAGAGTTGGCTATAGAAAAAGAGAATATGCTTTCT
CCAGACTTCAGAGCTGTAGTAGATGGGTATATTGCTGGGATGAATGCGTA
TGCTTCAAGTCACCCTGAGGAGGTTTTGCTCAAAAAGGCTTTTCCATTAA
ACATAACTGATTATTTATCATCTACTGTTTTGTCGCTATGCGTAATTTCT
GGAGTAGATAAGGTACTAAGTGATATTTTGAAGGGTGACATAGGTGAATC
TCATATTCCAAAAGGGTCAAATGCCTATGCTTTTTCCTCTAAAAAAACCA
CCGATGGGGCTGCTTATTTAAATGTCAATTCGCATCAGCCCCTTGAGGGC
TAATTTAATATTTTCTACTTTTTGAGGTTGTGGCTGGACGTCCACATATT
TGGCAACCAAGGTAGAGTTATTTGTCAAGAGGTCGGAATCTGCCACTCTA
CCATGCGTTGTTGTGCACCATATTTGTTCCTCGAAATTAATAATAAAAAA
AAGTTTCACTCAATGAGTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNCATAACTGATTATTTATCATCTACTGTTTTGTCGCTATG
CGTAATTTCTGGAGTAGATAAGGTACTAAGTGATATTTTGAAGGGTGACA
TAGGTGAATCTCATATTCCAAAAGGGTCAAATGCCTATGCTTTTTCCTCT
AAAAAAACCACCGATGGGGCTGCTTATTTAAATGTCAATTCGCATCAGCC
CCTTGAGGGCCCTGTGGCTTGGTATGAGGCTCACTTGGTAAGTGAAGAAG
GCTGGAATATGCTTGGTGGGCTTTTTCCAGGTGGTTGTACTGTTTTTGTA
GGGACCAATGAAAACTTAGGCTGGGGACATACGGTTAATCATCAAGATAA
AATTGACACCTACCGACTTACATTAAAATCACCCAAATCTAATGAGTATT
GGTATGATGGGGCTTGGAGAACACTGGAGCAAAAGAAGGTAAAAATAAAA
GTAAAAATAGGCCCCTTTAGTATTCCTGTTTCTAAAAAAGCATATTGGAG
TGTATATGGAGCAACAATCAAAACTGATGATGGTGCCTACTCTGTACGCT
TAGGAGCGAATCAAGACATTCGTGGTATAGAGCAATGGTTTCGAATGAAT
AAAGCTCGTAATTATCAAGAATTCTACAAGGCTATGGAAATCGTTGCCAT
TCCTGGTTTTAATACGGTATATGTGGATAATGAAGACAATATTTTCTTTG
TCAGTAATGGGAAAATACCCTTACGAGACCCCGCTTATGACTGGTTAGGT
GTTCTTCCTGGGGATACTTCGGCTACCTTATGGTCTGATTTTCATCCCTT
GCAAGACTTACCGCAATACTTGAATCCAGAGTCGGGCTACTTATATAACA
CCAATAATACGGTTTATAAGGCGACAGACCCTAGTGAAAACCTGAAGCCA
TCTGACGTTGACCCTACAATGGGCTATCCTATGACCGACAATAACCGAAG
TATGCGTTTTGCTGAGCTTATCGCAGCAGTCGACAAGGTAAGTTATGAAG
ATTTCAAAAGGATGAAATACGATGGACAGTATCCGGCTAAGTTTTACTTC
CCTACTGATATCAATGCTATTATGAACCTAAAAGCAGAGCAATACCCTGA
CATACAAAAGGAAATAGAGAGGCTGCAAAACTGGGATCGTAAATCTAATA
TTGAAAACGTAGGTGCTGGCTTTTTCTCCATTTTTGCACGCGAGGTATAC
GCTGCTTTTGGGACAGAGAAACGGGTGATAAGTGAATCGGAAATTATAGA
CTTACTTATAAAGTCGAAAGCGTTTATGCTCAAGCACTTTGGCACAACAG
AAAAAACACTGGGAGAAGTGCAAAAGTTGGTAAGAGGTGATAAAGCTTTG
GCACTTCCAGGCTTGCCTGATGTACTTGCCGCAATGTATAGTAATGATTA
TAAAGATGGACTCAGTAAGGGCCTCGCTGGCGACTCTTATATCCAGCTAG
TCAAATACCAGAAAGGTAAGCTGCCGCAAATTGAGTCCGTAAACTGTTAT
GGGGCATCCAATCATCCAGGAAGCCCACATTATGACGATCAAATGGAGCT
TTTTGTGAATCAAAAGACCAAAAAAATGACTTTGGATAAAGCATTAGTTC
TACAAAATGCAGAAAGGGTTTACTCGCCTCATTAGAGAAGTTTAACTTTT
AATGGTCACATCGAAATAGTTGGTGATAAATGATGAAAAGTTACGACTTA
ATGAAGGCGAAACAACTTACCGTCTCTACATCTACCCGAGGGTGTATTAG
ATGATTTTGAGGTAGCAGATTTACGTAAAAGTGCTACAAAAGAAAATGGT
TTCGCAATTTGTTTTTTACTGGCATCTGAGAAAAACAATAAACAAAATGA
ATTCCTTACATCTCCCTGTACTGCTTGAAGACGGTCGAAATCCTAAACTA
AAAATACGAATTCACAATCACCTAATATCAAGGATTTTGACTGTGTGAGT
TTACGAGTCGCACCGCCGATGCGAGGAACGACCAGTCTCCCCGCTGGAAA
GCGAGCCGAGTAAAAGGAGGGGAAAGTTTTTGGTATTGGTCAAAAAGAAC
CCTTTATTATCGGTGTAGGAGACTTTTATGGATATTTAAAATTTAGTCGG
ATGACAGTAATATTGAAATAGTAAAAAGCCTCGATTTAAGAATAAGTATG
ACGTTTTAGTTTATAACGTATTTCAGTTTAAAGTTAGCAAGGAGTCAGTG
TAGGTCCTGTAAGTTGAAGTTATGATGAAGCCTAGTGCACAACAGGCTAC
AGTTTTATCTGGCACCTAGACTGCTTTACTTCACCCTATCTTTATTTTCA
CTTACAAATGCTGCCCAGCCCTTTTTCTTTGAATTATTGCCTGTGAGTGC
CTTAGTTTTGCCATGCATGTGGTGACATATTGCTACTGCGAGAGCATCAG
TTGCATCCAAAAACTTTTTATCAATCCTTTCTCCAAGAAGCTTCTCTACC
ATAAAAGCAACTTGCTCCTTTCCCGCATTACCGCTTCCTGTTACACTTTG
TTTTACTTTTTTAGGCAGGTACTCCACAATGCTCACTTCTCTAGATAAGC
CTGCCGCCATTGCAACGCCTTGTGCCCTTCCTAGCTTCAGCATTGATTGC
ACATTAGTTCCATAAAAAGGGGCTTCTATGGCCATTTCATCCGGCAAAAA
CTCTTCAATTAGAGATACCATTCTTTCAAAAATCCGCTTTAACTTCAGTT
CATGAGAGGGGAGCTTCTCTAACCTAATAACACCATAGGTTATGAGTTTT
AGTTGGCTACCCTGTACAGATATTACACCGTAACCCATAACACGAGTTCC
AGGATCTACCCCAAGGATGATTTTTTCGTTTACCTTTGTACCGACCGATT
GAATAACCTTATTTATCAAAGATTTGCTTGGCAAAACGCCCCTTTTAAGA
CGCCTCCTTTTTTTCGTCCTCAAGTTAGCCATTTTTATGGGCTTGATGTA
CATCGTTCTTAAAAGATGGTGGGATCAACCTCTTAGTGTATCCCCATTTG
AAGCGGTTTTTAATAAATTTGAGACCAGTTTCTACTTCTTCTTTTGTATC
GCACTCATATTACCCAATTGGCTACTAGAAGCTAAAATATGGCAATTCTT
ACTAAAAGATGTTCAACAGCTAAGACTCATAGTAAGCTTTAAGTCAGTGT
TAAGTGGCCTTACTTTAGGTATTTTAACCCCATTTATGACTGGTGATTAT
GTTGGACGTGTGATGCACCTACCACCACAGCGAAGAAAGCAAGGCGTAGG
AGCAAATCTTGTAGGAAGCTATATTTTCACCCTACTCTCCATCCATTTGG
GTACTTTAGGCTTACAATTTTTTATTCTCAAAGCCCCTACTTGGGAACTA
GAAGTACACTCCTCCTTACCCTTTTTACTATATGCTTTATGGTTTGCAAG
TATTGCAGGTACAGTTCTTTTGCTCATTAACTCCTTACGAACTTTAGAAA
GAGTTAAGTTTTTAAAACCATATTTATCGGCGATTGAAAACTTTAAAAAG
TCAGATATGTTATGGGTCTATACCTTGGCTATGTGCCGCTATGCTGTATT
TCTTTTTCAATTTGTTCTTATGTTTTGGGCCTTTGAGGTAACAGTCCCTG
TGCTTTCTATGATAGGAGGTATTCTTCTTGTTTTTTTAGCAAAAACTATT
GGCTCAGCCCTTAATATATTCGGAGATCTCACAACCCGAGAAATGGTAGG
ATTAGGGTATTTTGGAATATTTTCTGTAGACTTAGGAGCTGTAACTTGGG
TGATATTTTTACTTTGGCTGCTTAATATCATCATCCCAGCCTTTGTTGGT
TTCATTTTTATCTCCAAGGCCAAAACAGCTATGCCCGAAAATGATTAATA
TCGCAGTCTTATTTATTTTTGCTTACTCGCTCCTTATATGCATAGCTTGG
ATTGCATGGATAAGACAACCCATTCTTAGGCTCAATACTAAACCTTTGAG
CAGATTCAGTATTGTGGTTCCTTTCAGAAACGAAGACCTTAACCTAACTC
GCCTGATAGCGTCTATTAAAGCTCTCGATTACCCAAATGAGAATTTTGAA
TTACTACTAATAGATGATGAAAGCACTGACAAGTCCGTAATAATTGCACA
AGCCCTACTTACCCAGTCCAATATCGACTACCAAATACTGAAAAACCCTA
ATGGGGAAGGCTCTCCAAAAAAGCGAGCCATTACAACTGCACTTAAACAA
AGCAAATACGAAATAATTGCCTGCTCAGATGCAGACTGTGCAGTGAGCAC
CTTGTGGTTATCAAGTTTGAATAATATTTTTCAAAACTCAGAAAACGCCC
AATTTATAAGTGGCCCAGTTGCTTTTTTTGATTCAAAAACAACTGATTCT
TTTTGGAGGAAAATCTGGAATCGATTGCAACAAGTAGAATTCGCAAGCCT
TATTGGCAGTGGTGCCTGTGCTATCCTATTAGGAAAACCCAATATGTGTA
GCGGAGCAAATATTGCTTATAAAAAAGCAGCATTTAAAGCCGTAAATGGC
TTTGTAGGGAATGAGCACTTGGCATCTGGAGATGATGAGTTTCTTTTACA
TAAAATTGCCGACAAATTTCCCCAGAGTGTTTACTATCTTAAGCATCGAG
AAGCAGTAGTATTTACTGAAGACCAAAAAAACATAAGCTCCTTCTATCAA
CAACGAAAAAGATGGGCCAGTAAGTGGTCGTTTTACCAAAGTTTAAGTCC
GAAACTAGTGGCTGTATTCATTCTCTTGGTGAACCTTTTCACCGTTTTTG
CAGCACTTGAAGGTTCTTGGGAAATCTTGCTATTAAGAGTGATTTCCGAA
TGTATTTTCCTTTCAACTTTTCTTATATTTTGGGGTCAAAAAAAAGTCAT
CCCATACATTATACCTATGCAATTAATTTACCCTTTTTATGTTCTTATAT
TCGGCTTTAGTAGTTTAAACAAAACCAGTTATATCTGGAAAGACAGGTCA
CTAAAATGATTCCATTCAAAACACCTTGGCTCCTTAAAAAGGCTTTCCCG
AGTCTCATTTGGGATATAGAAGAAACAGCCGATAAGAGAATTTATCTGAC
CTTTGATGATGGGCCTATTCCATTTGTAACTCCTTTTGTGATAGAAACAT
TGAGGCAATTCAACGCGAAGGCAACTTTTTTCTGTATTGGAGAAAATGTC
AAAAAACATCCCAAAATATTACATAAGATCATAAATGATGGTCATGCAAT
AGGAAACCACACATACAATCACCTAAATGGAAAAAAAACTGCGACTAAAG
AATACCTTCATAATGTTAAATTATGTGAAGACATACTAACAGGTCAAGGA
GTACACACAACCTTGTTCAGACCGCCATACGGTAGACTCAAACGACATCA
ACGCCTTCAATTACAAAATCAAAATATAATCATGTGGGATGTGCTGTCTC
AAGATTATGACCATACCATAAGCCCAGAAAAGTGTCTTCAAAAAAGCATA
AAACATACTACGAGCGGGTCCATCGTATTATTTCATGATAGTTTAAAGGC
TCAAAAGAACCTCAGCTACGCACTTCCAAAGTTTCTTGAACATTTCACTT
CAAAAAACTATTCTTTCCATACCATACCATTGTAAGCATTCAATGGATTT
TTTGTATTAATTTTAGACCAAAATAAATATTAAATGCAATCAATTATAGA
TTACTTCGCAACTATTCCTTCTAGTCATAGAAGTGCCATCCTTGTTGGAG
GCATCACTATATTTTGGCTTATAGAAAGTGCAGTACCACTCTTTAAATTC
TCTTACAATAAATGGAGACATGCAGGTATTAACATTTTTTTTACGCTTAC
TACGATTGTCATTAACTTTGCTTTGGCATTTCTCTTACTGATGTCGTCAG
ACTGGGCTGTTGCCAATCAGTTTGGGTTCATGCAGTGGCTCCCAGATATG
CCTCTGTGGGCTTTTGCTATCATTGGATTGCTACTGCTAGACTTGATAGG
TGCTTACTTTGCCCACTGGGCGGAGCATAGAGTCACCTGGATGTGGAAGT
TTCATCTCATTCACCATACGGACACCAATGTAGACACCACCTCCGCCAAT
AGACATCACCCTGGCGAAAGTCTAATTCGTTTTGTATTCACCACGATGGG
TGTTTTATTATTAGGAGCACCGATGTGGCTGGTTTTCATGTACCAAAGCA
TTAGTGTTCTACTTTCACAATTTAACCATGCAAATATTACCTTGCCCCAA
AGGCTAGACAAAGCACTTAGCTATATAATTATCTCTCCTGATATGCATAA
GGTTCACCACCATTATACGCTTCCTTTTACGGATTCCAATTTTGGGAATA
TCTTTTCTGTTTGGGATAGGCTATTTGGCACTTATATGACCATGAATCGT
GCAGATATCGTCTATGGCATTGACACCCACATGGATCCATCAGAAAATGA
CCAATTGAGCAACCTCCTGAAGATTCCTTTCCAGGAGTATAGACCTCCTA
CTGTTGGAGGTAAGTAGACTTTATTTCACCCCTACTCTTTAGTAACAGTT
ATGGGTGTAATCCAGTAAGGCGTATTGCTTAGCTTAAATCGTTATAAGAC
TTAAAGAGCCGTTAAATCAGGATAATTAAATTGAAAGAGAATCGTATGCT
ATCGGAGTCTGATTCTTGCTGATCGATATCAGCATAGTTTACGATCCGTT
TTGTTATACTCAGGTTATTTGCCTGTGGGCGGTTGTTTAGGACGAAAGCC
CTCGCTATCGAAATAAATATTAGGGTGAATAGTGAAGCTTATTCATACGC
CATAGCTCATGTTATTTATTACACCTTTGAATCCCAAGCCTGTACTCCCT
AGGTGACAAGAGATATTAAAACATATTAGAACTTTTAATATATTTTCTTA
ATACTCATACCGCTTTATTTCATTCTTAATCTTCGCACTCCAAGCCTGTT
GCTTAAATACGTTCAAGCCATGCTTTGACTCCTTATCATAGTCTATTTGA
AGCTTGTTCATTCCTTGATACGCAATTAAGTATTCATATTGAATATAGCT
TTGGAGGTCTTTTAGTGAAGTGGTACGGATATCTTTCACTTTCGCTATCA
TTTTAAGACAAGAAAGATAGGCTATGTCAAAATGAAGCTGCTCATGAGCT
AGTGCATAATCTGTATTTCCACCTACTTTCACCCAAGACATATTGGGCAG
CATATATACATAGGGCTCTATACTTGCCAATAGCTTACCGTTTTTTAGCT
CTAAGGTTGAGCTGAAGGCAAAACCAGGAAATATAGACGCAGTAAATTCA
GAATCCTTTTTAGGTGCTCCTTTGAATAGGTTCCACCTAACCTCACCTCT
ATTATAAAACACGGTGTCGGCTATGAATGTATTTCTAAAAGGTTTTACCA
AAATCTCGGATCCTGTATTAAAGTCAAGCAGAGTGCTTTTATGATCTAAA
ATATAGCTTTCAAAACGCTTCGCAATCTTGTCAAGTTTATATTTTTTTAT
GTTTCACGCGAAACTTTGGTCATTTTCCCCAATTTTTTTTAACTTTTCTA
ATATAGTCTGACGTGTCTGTCCAACTATGGAAAAGTNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGCAC
CTTTAAACCGTACTATTCTACAAAACAGATGAATCAATTATGGCTTACAG
TTGAATCATGCAATAGCTATAAACTATGCTAATATTTGGTCTTTTTATTG
CAACAAAACCTACAGATGTATTCCTAAATTAGTAGCTTGCGTAGTTATAG
CAAGGCTTTTACCCTAATGAACAATTCTTTTTTATTTTTTTTAGCTTTCT
TCGCCTACAGTAGCACATCTACGTACGCCCAAGAAGTATTGTGGGCATCG
GAATTGATAGAGGTTTCTTCAGAAAAAACTGACGAAACCTACAGTCCTCG
CTTTAGAGGCGTTCAAGTTTTAGGCAAGCCCAACGTATACCCACAGTTGG
TAAGCTCAGCCTGTGCTTGGCAGCCTAGTGGCAGTAATTTTGGCGAGGAT
TATATACGTGTACGTTTTGAAAAAGCTATCGTTCCAAAAACAATAGCTAT
TGTTGAAAATACTAACCCTGGAGCGGTTGCGAGGATTTTTGGTTACACAC
AAGAAAAAGAAGAAATACTGTTGTTCCAAAACGGAGAAACAAAACCTAGA
TTAAATGGCCGAATTTGGAATGTATCAGTAAATAGTAATGGAAAAGCCAT
TAGAGATATCAAAATTGTAGTAAACCACATGATGTCAAAAGGCATAAAAC
AGTATGATGCTATTGGCATGACCGCTGGCAATGCAATAACATCAGAAATT
AATATTGCCGAAGATATCCCGGAAGACCTTATACGCGAAAATCTTGGGAG
CTCGGTAAATTCAACCACGGGTGAAGTTGCTCCTATGATTACACCCGATG
GAAAAACACTTTATTTTACTAGATTAAATCATCCAGAAAACCTTACAGAT
AAATCTACAAAAGGCGAAATAAAACAGGATGTATGGTACTCTCGATTAGA
AAAAAATGGCCAATGGGCAAAAGCAATAAATATTGGCCCTCCAATTAACA
ATGTAGAAGAAAATGCATTGGTAGGTACCTCTAAAGATGGGAAAACACTG
TATCTCTTAAATGAGTATGGAAAAGATATGTCGCTAGGTATTTCAAAATC
AACACTATACGGAAATACATGGAGAAGACCTGAAGCAATCAACATAGAAA
ATTTCCAAGTATTATATGTCGATGAAAACAAAAATGACAACACAGATAAA
GAGTACAAGGTAGAATTCTCTGTGAGCCAAGATCAAAAGGTCATTATAAT
GGGACTTAGGAGAAGCAAGAGTTTTGGAGGAAGAGACCTTTATGTTTCAA
ACTTACAAGCTAACGGCTCTTACTCATCTCCCGAAAACCTCGGCCCTACC
ATTAATACAGCTGAAATGGAAGGTGCCCCATTTCTTTCATTCGATAAGAA
TACGCTTTACTTCAGCTCCAAAGGTCACTCAGGATATGGAAATGCCGATA
TATTCATAAGTAGAAGACTAGACGACACTTGGACAAACTGGAGTGAGCCC
AGAAACCTTGGACCCAAAATCAACTCAGCAGAGTGGGATGGTTTTTTTGC
AATTCCTGCTTCAGGAGACTATGCCTATATAAGCTCAAAGAATGGCTCCA
TAGGAGCTGAAGATATATTTAGATTAAAACTATTCCCATCTATTCAGCCC
AATGCATTAGCACATGTGAACTTTTATACGCTAAATGAAGCAACAAAGAA
GGGTGTTGATATTGAACCTTCCTTTACGGCAAGTATAGACTCCATTAATA
CTAATTTAATTGAAATCACCACAGACTCCCTTTTACACACGTCCTCTATT
TACCTTCCGATGGGAGCTATTTATACTTTCCGATTTACCAAAGCAGGGTT
TATGGAAGCCGTGGTAGAAATAGACCTAAGAAAGCTTGACGAAACAAGTG
AGCAGGATATAGAAGTATTTATGAAGCCACTTGCCGAAGGTCAAAAAATG
GTTTTAGAAAACGTCAACTTTGACCAAGGTAGGTTTGAAATTAAAGAAAG
CTCTTTTGATGAGCTCCAATCAATCATTGACTTAATGAAAAAACATCCCA
CAATGATTGTTATGCTAGAAGGGCACACCGACAATCAAGGTGACTTTTCA
CTAAATGTAAAACTGGCAAAAGACCGGGTAAATGAAGTTAAAAAATACTT
AATAGAACAAGGAGATATCAAAAATAATAGGATTCAAACTAAGTCCTGGG
GGCCGCTAAAGCCTGTAGCTAGTAACACCACCGCCGACCTTAGAAAGAAA
AATCGTCGTGTGGAGTTCACCATCCTCAAAATGTAATTACTTTTGTAGTC
TAACAAAACATCAACATTCTTAATGCCCACAAGTAAATTACTTATAGTAG
TTCCATGTTTTAATGAAGAGGAAGTACTGGGTGACAGTGTGAATACCTTA
CTGCAATATTTAAAAGAGATGCAGAAAGAGGGTATTGTATCTGATGATTC
ACAAATATGCCTTATTGATGACGGCAGTAGAGATAACACTTGGAGACAGA
TTGAAGACTTTATCGCTACCCAACCATCCATTCAAGGGATTAAGCTCTCC
CGTAACTTTGGCCACCAAGCAGCTCTTTTAGCAGGGCTACTTGAAAACCA
AGGTGCTTATGACTGTTATATTTCTATTGATGCCGACTTGCAAGACGACA
TAACTGTTATGAAAGAAATGGTGCGAAAGTACCAGGGCGGAAGTAGTGTT
GTGTACGGTGTAAGAAACGACCGAAGTACCGACAGCTGGTTTAAGAGAAC
CTCGGCAGAGGGATTTTATAAAGTAATGCTCAAGATGGGTGTCCCTGTGG
TCTTTAATCATGCAGACTATAGGTTAATAGATGACAAAGTACTTAAAGAG
TTTGCTGGCTATAAAGAAGTAAACTTGTTTATTAGAGGTATCATTCCTAG
TATAGGGTTTACCAGTGATAAGGTATTCTACTCTCGTAAAGAGCGACAAG
CAGGAGAAAGTAAATACCCTCTTAATAAAATGCTGATTTTTGCATGGAAT
GGAATAACATCATTCAGTACAGTGCCCATGAAAATGGTACTTTACTTTGG
TGTACTTAATTTTTTAATTGCTTTAACAATAGGCAGTTATGTACTTATAA
GTAAATTAAACGGCATCACCGTTCAAGGCTGGACTTCTATCGTACTTCCG
ATGGCTTTCTTTAGTGGCAGCAATATGATTGCGGTCGGTCTTATTGGTGA
GTATATTGGCAAACTTTATGAAGAGGTCAAGGCTAGACCAAGGTATATCG
TCGAAAAGCACAAGTAATAATACATGGAAAGAAGGTATATCATATATATA
ACTTTGTGCTTAATACTAGGATCTTTTCTCCGCTTTTACAACATCGGGAA
ATATAGCCTACTGGGTGATGAAATGTATGCACTTTCAGTGGCCAACTTTG
TCGCACAAGAAGGTGCTGAACAGCATAAAGCTTTTCGCAAGCCAAACTCT
CCTTATTTTACAAATATTGAAACTCACGAACCTCGAGACCTTTCTAATTT
TCTAACTGCAGTTGCAAGACGAGACAATGGTAGTGCGGCCCTACATACTT
TTGTTTTACACTATTGGATTAAGACTTTTGGTCAGTCTGACACAGCACTT
AGAGGTCTCTCGGTATTGTTCAATCTATTTCTTGTAGGTTTCTTGTTTTA
CTTTGTGGTGCGTCATTTTCAAAATAAAAAATTAGCCCTATTAGCCACTT
TTCTAGCAACAATTTCACCATTTTACGTGGTCTTTTCTCAAGTGGCTAGA
GGCTACAGTATACTTTTCTTCCTTGCCATATTGGCAACACATTTACTGCT
AATATGTATTGAAAAGAAGCGATTCTCTTGGGTTCATGTTGCTTATGGTA
CTGTATGCTTCTTTCTTTTAATGTCTCATTATAGCTCTTTTGTTTTATTG
GCTTTTCATGCTGCTTACGTATTTATTTACTTTAGAAAGCTCTCTATTGT
AGTACAACTAGCCATCGCAACAGTAATTCCACTTTGTGGTCTAAGCTTGT
GGCTTTCAGGCCCAGGAGGGCAATGGGCTTTTCATGCCATAGACCATTCT
AAAACTACCTATCTTCTAGAAGCCGTTTTATACAATGACCCATTTATTCA
GCTCTCCAGTTTTCAAAGCGTACTGAATCAGCTGACTTGGGTAAGTGCCA
TGTCATTCTTGCCACTTGAAGTTATTTTTGAATACGTAGGAGGGTTTAAA
AATTGGGGATTTACTTTACTGCATACGCTTTTGGTTATAATTGTGATTCG
GAGCTCTCGGAAATCATGGGAAAAAATTTCGTCAATTATACTGATGAGTA
TTTCCTTGAGTTTTATACTTTCCCAAAACTATCTTGCCTTTATAGAAGCG
TCTTACACAATTGCCTTAGTTATATGGTTTCTTTTTGAGGTCAATTGGAA
AGTTTTCTCTAAAAAGAAACTGCTAATTTGGATATTCCCTGTCTCCCTCC
TTTTTCTTGCTGTCTTTGCTTATATGGATGCTAATACTTTTCGTATGATT
CCACGATATTCAGGCTATGGCTATGTATTTGGGCTGCTATTTTGGGCCGC
AATAATTCTAAAACTCTGGGATTCAAATGACAAGGTTGTTAAAACCATTT
TTGGTGTTCAATCCATACTCTTTCTATATTACTGGTGTTTATCTCTCGTC
AACTTTTATGGAGATCACCAAATAAGATATTTTCATATATTGAGCGAACC
CAGAATAGAAAATCCTTATTCACTTATTGCTGAAAAGATAGAAAACACCT
ACGCTAAAGGTGATACAGTGATATTTCCGTCTGAGGTATTTCCTAGTAAT
TCCGTTGGGTTTGATATGCCTGAATACTCCGTACAGGATGCTCAGTATGT
GAATCTATATTTAAGAAAAACTGAACCTGTCATAATACAACGTGTAGACA
CTACTGAAAGTAATAAGGTATTTCTCAAAAGTTCAACTGGTAAGAAGCAA
CTTCTATTTGACTTTGAAAATGGAAGATATAGGTACTAAATGAAAAAAAA
CTGGAAATCCATATCAACCCTAGCTTTGGCCTTTTTCCCATTGGTACTAT
TTGCATGCCTTCTGGCCTACTATGGTGTAAATGTACCTCACTGGGACGAT
CATGCAATTCGCGTTTTTGTTGATGAGTTTAGTAGTAATAACAATACTTT
TAAAGATAATATTAAATCAATTTTTGCGTATCATAACGAGCATAGAATAG
GTCTTACACGACTATTTGCCCTTGGTGTGTATAAGTTACAAGGACACTTA
GACTTTAAATCTTTGCAGATTTTAGGCTTTGTAGGTTTACTTGGTATTTG
GTGGATATTGACATTGATTGCAAAAAAACTACATAGCCCACAGTGGGTCT
ATCTAATTACCTCCCTTTGTATTTTCAACTTTAGCCTCCATGAAAACCTT
TTGTGGGGAATGGCATCCGTTCAAAATTTCTGGGTTTTATTCCTTGCATT
GGGTACTGTTTACCAGCTTTGTTTCCCTTTTAATACCAAACATATTTCAC
TACTTATTGCCCTGCTCTTTTCTTCGGCGGCGATCTTCACCTCTGGTAAT
GGTGTAATGGTCCCAGTAATAGGAATTATACTTTTACTTATTCAAAAAAA
ATGGCGAGCAAGTACGCTATGGGCTGTAGCGTCACTCCTATTCTTATTGC
TTTATTTCCAGGGTTACAGTGACATTCCAAGCAAAAAGTGGATTATTGGC
CTTGAAACCTTTCGGTCATTTTTTATATCCATTGCTTCGTTTATGTATGC
CGACAATGACCTAGGACTTTTAAACCAGAATAGCTTGGCAATTTTGGGAA
TCCTAGTATTTATAACAAGCTTAGTTATTTTCGGAGTTACACTGCTATTT
TGGTTTCAAAAGTCTCAAAAGCTTAAAAACACCCAAGAACTGCTTTTTCT
AGTAGGGGCAGCATTCTTTACTTTTGGCACTTTAGTAATTGTAAATCTTA
CTCGTAGTGACGAAGGGATTGGTCTTATTCTGAGTGGTAAATATAAGATT
TACTCTTTTTTAACCTTGGCCTTGCTTTTTATATTTGGACTACGCCAGCT
ACCGCATAAGTTACAGTATAAAGCCTCTGGAATCGCCGCAATATTCATGC
TTTTGGTATGGGGCGTAAGCTATATTGGTTATTTTAAGTATTTTGAAAAA
ACAAAACTAGAACGTTTCAGATTTGCCTTGGACAATTACCGAAATAGTGA
TCCTAGCGAGACTTCTTATTCCGCACCTAATAGACTTAGCAACTTGACCT
TAAACTTTGAAGAAGCCACAGAAGACCCCGAACATTTAGATAGTCTGAAA
TTATGGGATGACAAAGTNACGAAAGCAGTGACGAGATGCTAATCCAATGA
TCATTCTTCTAGTTCGCGCTAAAGGATGTTTCAGTTTCCATCATTGATCG
GAATGTCAAACAATGTGATCCTATCTTAATACTAATGACATCGTGCGTAT
CAATGTGACTTTTATGGGTTGTCCCTCCTTCTTGCTTTTTATATTTGGAC
TACGCCAGCTACCGCATAAGTTACAGTATAAAGCCTCTGGAATCGCCGCA
ATATTCATGCTTTTGGTATGGGGCGTAAGCTATATTGGTTATTTTAAGTA
TTTTGAAAAAACAAAACTAGAACGTTTCAGATTTGCCTTGGACAATTACC
GAAATAGTGATCCTAGCGAGACTTCTTATTCCGCACCTAATAGACTTAGC
AACTTGACCTTAAACTTTGAAGAAGCCACAGAAGACCCCGAACATTTAGA
TAGTCTGAAATTATGGGATGACAAAGTTGAAGTATGGGAGTTTAAACCCA
CTAATCAATCGGCATTTACTGTTTTTAAAAGTGACTCAGCAGTGTTTTTT
GTTGGAATGGAATCAATACCCACAAGAAATCTTATAAAAAGGAATTTTGT
TTATTATGAGAAAAGAAAAAAAGGCACTTTAGACTTAGTTGGCTTCCCAT
CAGGCTTATATGAGATTTATTACCTCTACCTAGAAGATGAAAAACTTATG
AACTCAGGTAAAATCATAAGAATAACGGGCAAGCCCTACCTTGCAGCACC
TAAAAACTGGTAATGATGAAAGCAACTGGATACATAAAACCCCTTGATGG
ATTGCGATTCCTTGCCGTTACCTTGGTTTTATTTGACCACTGGTCGGGAG
ATAGCTTAGGCTTTCCTGCTTCCTACTTAGGCGTATGCATGTTTTTTGTT
TTGAGTGGTTTTTTAATCACTAGGATTTTGTTGGCGGCAAGAGAGAAAGA
TAATCACGAAGGCCGTGGCCACAGTTTTTCTCTTAAACGCTTTTATATTC
GTCGTACACTTCGCATTTTCCCTTTGTACTATTTGACTCTAGCGGTGCTA
TGGGTCATTGACTTCCCTGCGGTGAGAGATACCATTGGCTGGCTCATAAC
TTATATGAGTAATAATGTAATTGCTTATAATTCGCAGTGGTTAGGAAAAA
TAGATCATCTCTGGTCTTTGGCTGTTGAAGAACAGTACTACTTATTTTTT
CCATTTTTACTCTTTTTTATACCATTCAAGAGAGTTAAAAGCTTATTGAT
ATGGATGATTGTAGTCTCAGTTGGAATTCGAGCGGCACTTTTCCTATCTG
GTGCTAGCTGGATCACACCTTACGTATTAATGCCTACATGCTTAGACGCT
TTCGGATTAGGCGGTTTACTTGCCTACGGGTTTTATTATCAAAAAGAGCA
AATCGTAGCTTTTTTTGCCAGCCTTAAAACATTTTCCTTGAGCATCGCAA
CCTATATATTAGTGGTGGTTCTCATGCATAATATGAGTGCTGGTCACAAC
GCAATCTCCATTGTTTTCCTAAGACTCGCAGAATCTTTTATTTCAGTATG
TTTAATTGGTGTACTTATTGCCAATAGAGAGCCTGTAGGGCAGCTGCTCA
AAGCTTTTTTTTCGTGGCAACCATTTGTCTATATTGGAAAAATAAGCTAC
GGAATTTACATTTTTCATAATCTCATTTACAACCCTTACCACCAAGCTGG
AGATGCCTATACAACTCAACTACTCCAAAAACTCAGCTTGCATTTCCCGA
GTATATTCGATCACGAACCGGGTAAAATATTAGTTCTTTACACTGTTACA
GTAGCTATGGCTACCATCTCTTGGTACTTTTTCGAAAAGCCGATAAATCA
ACTCAAAAATAAGTATGGATATTGAAATGAGTTTTGAAGAATACCTAAAG
TCAAAGAAAATAAACCTAGCAGATTTTAAAGCTGCTGAACCCGCTCGTTT
TGAAGAATGGAAAACCTTATTCGCCCAAATACACCCAGATAGCTTCACTG
CTCAGAAGAAGTTTTTTATTAACCCTATACGACGTAAATACTTATTGAAA
GTAGACTAATCTTTTGTCACTTTTAGCTCTACACGTCTATTAAGTTTTCG
GGAGTTGTCATCATAGTTGGAGAAGCGAGGACGAGTGCCACCAAAGCCTC
TAGTCTCTATTCTTGCTGATGCTACTCCCTTACCTACTAAGTACTGCTTA
ATGGTCTCAGTTCGTTGCTTAGAGAGTTCAATGTTTTTATAAAAATCACC
CTGATTGTCCGTATGACCTTGAAGCTTAATCCTACGACTAGGGTTCATCA
CAAGAAAATCCAAAAGTTGATCCAATAGTGGTAATGACTCTGATAATAAG
TCGGCCTTGCTCTGCTCAAAAAATAAATCAGATAGCACGTTTCCTTCTAA
GTAAGTATCAAAATCTATGTACTTTCCTCCTTTTGTATAGTACTTAAAAT
ACTTTACGCTCATCTCTTCGGGAATGAAGAAGTTGTATATTTTAATAAGT
GAAACAGCTCCAGAGGTGGTATTCCTGCCTTCTTCTGCGAAGAACTCAAT
TTGACTTTCGGAATCAATTACTAGATTATCATCCTTATCAACAAACTCCA
ACGTTTTGACACCATTGACATAGACGAGTACGTTTTTTGTGTGGTAGTCT
CTTGACATTACGAGATGCTTATATTCACCTTCATTTTCGTTGAGATCATC
GCCTAGTAATTTGCCATAGAGCAATAACTTCGCATTGTCATATCTAAAGT
ACATCTCTATCGTATAAGAGTCAGTAATAAAATCACCCTTAGCTTCTTTA
TTTACAAAGTATAGCCCGGAATTCTCTTGAAAATCGTAGACACTCCTGCC
CGTTTCTCCCATTTTACTTACCACTTCTTGTACAAACGCTCCTTTTTTAG
ACAATACTTTTAAGGCGGGAAAATCAGCCGTAAGTGGGTTTAGGTTTCCC
CTGAAAAAATAAGTAGCTACTCTTCTTTCTTGAGCTGTTACTTCACTGAA
AAGCGAGCTAAAAATCAAAATAACGACTACATACTTAATCCAATTCTTCA
TACGCTTTCTTTATTTCTTCGAGAGCAGGCTTTCCTTGAAAACGAAACTT
ATCTCTACTCTTACCATTATTACTCTCAAAAGGGAACCACTTCCATAAAT
GAGCCCCAGCAAACCATGGCTCTCCCCATACTTCAGCGAAGAGTGCTTTG
TATGCGTTTACTTGCAGCTCCTCATTAGATGGTAAATCATAAACGGTCTC
CCAAGGTTTCTCTGTTGCAGTCTCACAACTTCTATAACCAATTTCCGTAA
AAAGTATGGGTTTTTGATATTCGGTAGCCAAGTTTGAAAGTTGTTTTTTC
CAAGTTTTCCAGCCCTTCCTTATTTGTGACAGGCTAGGGTTTTTACCATT
TGCCAATGGATAGTAAGCATCTACTCCTATATAATCTAGCTCCTGCAAGA
AAGGAACCTCCTCTATGGAGTCCCAGTTTTCGGCATAAGTTAAGTCTCCT
TTGTAAAATGTCCTTATCTCTTTTATGAGATCAAACCAAAACTGCGGCCT
TTCTCTTACCATTGCTGCCATCTCAGTACCAATACAAAACATGGCTACGT
TTTCTTCAGCTGCTATTCTCGCATTTTGTAATAGATACGCTCCATAAGTC
TTTTCAAATTCTTGCCAGTCGTCTTCTGATTCAAGCATAAACTCACCTGT
AAAAGCACCCCAGCCAATCCACACATGCGGTTTCAGCATAACGCTCAGGT
TATTCTCATGAGCCATTTGAATACATTTTCTTAATCCCACCGGTGACTCT
CCCCACCATTGATGAGATTGCTCCTTTGAAGAGTCAGATTTAATGTAATA
AAACGTAGGCCTATTATCTTTGACAAATCCATAAGGCATAAGCGAAACCC
AATCGCTGTGCGTGTCGGCTATTTCAGCAAAAGCACCAGACTCTATTTTA
AGTGGTGGAGCTACTACAGCCATCCCTTTATGCTTGCTCCCTTTAAACTC
GTAAGGCCTACCTGAGCTTTGTAGCCAGAAAAAGCCGATTCCTAAAAGGA
ATAAAAAGGATATGCTGATTACCTTTGTCTTCACGTTTTTTACTTTAAAT
TGTAAGATACACAACGTCGAATGAAAAAAGAAAGCATAGTAGAAGCTCAT
AAGTTCAAAATTTGGAAAGAAAGTCTTTTAAAAAATGGCTTAACGATTCA
TAAGGTAGAAGAAATGCACACGCGTCACCGCTATAACGGCGAAGTACTCT
TCAGTACTCTGATGCTTGATGCAAGCACTCCAGAGGGCGACAAGATACCT
CCTATCTGCTTCCTAAAAGGCGAGGTGGTGTGTATAGCGATGGTGCTCAT
CGATGATGCGTCAAAAGAAAAATACCTCCTACTCGTAAAACAAAGAAGAA
TTGCCGAAGGTGCATATACCTATGAACACCCCGCAGGAATGGTGGACGGT
ACGCAAACTCCTGAATCTATTGCCGTGCTAGAGGTAAAAGAAGAAACTGG
TGTTACAATTACTGCTGAGCAGCTCATTAACCTCTCGCCGTCCAAAAGGC
TTTTCCCTAGCACAGGTACTAGTGATGAAGCTATGTATTTCTTTGCCTGT
GAAGTAGTAATGACCAAAGCACAGATACTAGCTTTACATAATAAGCAAAT
GGGCACGGACTATGAGTTTGAACGGATCACGACGGGTGTCTATCCTTTTG
TAGAAGGTCATGCTATAATCAACAACACCAACGGCCTATTACTCAATTAC
CTGTACCTGAGTCATGTTCAAGACTGGGAATTACTTAAACAACTTTCCTT
ACATTAAAATACCCAAAAGACTGCTACTCCTCCTTATTTTCAAAAGCACA
AGAAATTCCTCCAAACTTAATTCCGAAAGTAAAAGAGCGGGAAACTAAGT
TTATTGAAATCAAAGCTGAACGAAAGGCCGAATTGGAAGAACTTACTGCT
GAAACAGTAAAAGTTTGTAATGAAAAAAGCAAAGCCCCTCTCACATTCGT
ATATACTCACAACTCTCGCAGGTGCCAGCCAGCCCAAGTAATGTTCATCC
TAGCAGCAGAATAGTACGGATTAGATTCTCTTTGCTCCTACTCTTGCGAA
TCCGAAGCAACGCCTTTTAATCAAAGAATGGTTGCTGCTCTCAACAGGTA
TGGCTTTGATATCATCAAAACTATGGAGGATAAAAACCCAGTTTATCATT
TTAAACCAAACCCCCGTGGACCTCAAATGCTCACGCTGTTATTAAAAAAA
TACAGTGATGACTATAACCCACAAAAAGACTTTATTGCCGTAATGGCCTG
TAGTGAAGCTGATGAGTCTTGCCCTGTGGTGAATGATGCTGCTTACAGAC
AATCTTTGCCTTATATTGACCCAAAAATAGCCGATAACTCTGCAAATGAA
ACCACTACTTACGATGCCTAGGTATTAGAAATTGGTAGGGAAATGCTTTG
TCTTGTTACAAAAATAAAGCTCGGCATTAGTTAAAAAGGAACTTTCTACT
TATAGTATTGGTGCTGAAGTTAAGAATAAAAGTTTAACCTGCTGTGCTGA
CCTACAATAAAGCTTTTCAGTTTTATCTTTCTACAAAATTACCATGACAG
AAAAAACATCCAAAACCTTACAATACGTAGGCACAACCTCGGTCATCCTT
AGCGTGCTACTAATGTTTGCTGGTAATTTTATGGAAAATCAAACGGTAAA
AGATATAGCTGAGCACAACCAAGCCTTCTTTTGGCTAGGAATTTTGCTGT
GGGCACTTGGGTATATGAAGGTGGAGGCGGATCAAAAAAAGAAAAGGGGG
TAGTTTGTTTCTCAAGGTTAAACCTATTCTAAGCTTCTATGTAGAAATAC
TATTTATAATAAGGCATGCAAATAATTGGCAGAATCAATTAACCCATTTT
TACGTAGTCTATCTAAGACCTCAAATTCATCCAGGTTTGGATTAGTTCTA
TTCAAAACCAATACTCTGAAAGCCTCAACGGCCAATTCATTATTTAAGTC
TATGGTATCTGTTATAAAATCATCTGCAGTTTTCGCTGTTAGTCCGAAAG
TAGCAAGGTAATCCCTGGGGAAATCTTTGATATTATTAGTAACAATAACA
TTCGCATTTGTTTTAATCGCAGCTGCTAATACATGTCTGTCCTTTTTATC
AGGAAGTGTAAGTGAGTCAATTAGTAACTCGTAGCTTTCTACCAAAGCGT
CAGGAAATGCAAGCTGAGCTTTAGCAATTCTTTTTTTTATCTCACTAGGA
GGAATTTTCTTCCTTTTCATCACGCTTTCCCATTCGTCAAAAATATGATG
GCTCCATTTAGGAGTGAAAAGGTCATATGAAGCGAACCAGAAGAGTAAAT
CTCTCACATCAATTGGATAAATAACATTTGTATCCAGAACGCATGTAAAC
CTTACACTATGAATCATATAAGCCTGCTTCTTGATCAGCTTTCATTATTT
CAACAAGTAGCTTTCTTTGCTTGACCTTCAGACTATTCTTATATTCTAAA
ATATCTTGATATTTAATTCTTCTATGCTTGCCAATTTTGGTGAATTGTAT
ATCCCCTTGTTCCAATAGCTTAATAATATGAGGCCTTGAACAACCTAAGA
GATCGGCTGCCGCTTGTGTAGTTATTTCTGTTGCCATGGGAACAATAGAA
ACTGCTTTCCCTTGACTGGTTTCTTTTAAAATTTTCATCAAAAGTTTAAG
TACACTTTTAGGGACTTTAATTCTTTCTTTGGTTTCCTCAATTTCGATTT
CAGGATAATCGGTATTAATCTGATCTATAGTGGACGCTAGTGCATCATAC
GACTCCATTGCGGCTCGTTGCTCTTCCTTTGATGGTCTTTCTAAGTTAGA
CGTACTTTTCATTTATATTTACTTTCTATGTTACAAATAAACGAAATATT
CGAAACTAAATTTGCGTTTGTTTCGATTTTTTAATCATTGACCGCGTTGA
ATGCTCTAGTATCGTTTGTCTAGTCTTTCCAAGTTAGTATGACAAAAAAT
TCGATATACGAATCGTTCTAAAGTGAGTTACTCCTATGGAATTAACCTTT
TAACCTAGATAATCATGTTTAAGTTAAGAAACTCTAAATTTCGCAAGACC
CTTTTGCCAACTCCCCAACTGTTAATTTTCACCTTATTAAGAGCTTCAAA
ATTGTCCCTTAAGTTTTGTTCTAAAGCAGCTTTATTTCTAATATCACTGC
GATAAGTTTAATTTAAATCGGTGAGCCTAACTATTAACTCTTCTTCTATC
TGTTGTTCTTTGGTCATTGACCTTATATTGCTTTAAGAAGATGAAATCTG
CAAAAGATATTAAAATCGCCTACTTTTTATCAATATTAAACTTCATTAAC
AACATTACCTTTTCCGCTTCATCCTCATTATCAATTTTATACGAAGTCCA
TTTATTTTCCTCGTTATAGGTGTAAAATAGAAAGTACTTTCTTCTTGGTT
CAAAGTAGGAGAAAACTCTCCCTGAGTATTTTAAAGACAAGCTATATTTT
ATAGGCTCTACCAGAATTTTAGTTTTATCCCAGTTTTTAATTGCCTTTAT
GGTCTTTTTAGCTAATTCTCTCATCATTTCATCAGTAATGTAATTTATTC
TGTCATCGAATTTATACTCTTCCACCCTTTGTTGCCTTGACGGAAATGTT
ACTTCCGTAAATGTCAGAATATTTTCATCTAGATCTTCTAACCTGACACA
TGAATAAGTATATAAAGAAATATTTACGTCAAGCCATTTACATCTATTCA
AAAGGTTTACCGAGAAGCTTGGTGCTATAAGAATCAAACGTATTTCTTGT
CTAGTATCGATTTCAAAGTTCTTATAAGCATTACAAATACCTTCAAAATT
TCTTCAAATATAGTCGTAGTAATCAAGCCCTTGCATTAACATTCCATCAT
CTTCCACCACTTTTAATTCGGCTATAACTAAAGATTTACCGCTGTCCACA
AAAAGCATATCCAATGGCCCTCTATCTGTAAATCTTTGATGGTCAACATA
AGTCAAGTCCTTTTCCAACGGGTCTGGGTATTGCCTTATCAAATCTTCTA
ATTCCTTTTCTGAAATGTCAATTGTTTTATATTTTATCATTCACCAAAAA
TTGTTGCTCGGTTTACACTATATTTTATAAAAAACATGACATCACCCCTC
AGGATACACCCACTCGCCACGATAATCGCGTCTCAGCAGCTTATTGGCGG
CTGGGTCGTTCAGGATGAGGTCTTTTTCATGATCCCACTCTATGGAGCGG
CCAATATTAGCGGATAGGTTGGCAAGGAGACACATATTTGTTGCTTGTCG
ACCGTGTTCTATGTCGGCATGTGGCAGGTTTCCTGTTTCTATAGACTTGA
TAAAGTCTGCCCATAAGAGGTCTATATTTTGACCATCTGGATCGTTTAAT
TGAGCTTTTTGAGAAATAACTGAAGCTCCTTTCTTTTTCGGGAAAAATGA
CCAGCCATCAAGCCAGCCCATGAAGAATGTCCCCTCCGTACCATAGAAGT
AAGTTCCCCATCGTTCGGTTTTCCGTTCACTTTTTTGATTTAGCAAGTTG
CTTTCCCAAGACATGTGAAAGTTTTCAAATTCAAATACCGCAAGCTGCGT
TTCCCAAGTATCGGCATGGGTTTTTTTATAGTTTTTTTGTCCTGAGCTAA
AGATTTTTTTAGGTGCTTTTTCATCAGTCCACCATAAGATTTGATCAAAC
CAATGTGGGCCCCAGTCGCCAATGAGTCCATTGGCAAATTGGCTGTAAAA
CCTAAAGCCCTTGGGATGTATACCTGTGTTGTATTTGACAATTTGCGAAG
GACCACAATACATATCCCAGTCCAAGCCCGCTGGAACAGCTGGTTGCTCC
TCAAAATCACCTATGCTACCTCCATAATTCACAAAAGCTCGTATTTCATT
GATAGTACCTACTTTACCCGATTTCAAGAACTCCATACCACTCACATTAT
GTGGTGAGTATCTTCTGTGAAAGTCTACGATACATATTCTATCGGTATCT
CTCGCTACTTTTTGTATGGCGGTACCTTCTTTAAGGGTATGTGAAACTGG
CTTTTCCAAAAATACATGAGCACCGGCTTTCATGGCTTCTATAGCTATCA
AGGCATGCCAATGGTCAGGTGTTGCATTGATGACGATATCTGGGTTTTCG
TTTTTGATACAGTCGCGGTAATCCTTGTAGACTTTAGGCTTATCACTTGA
GACTTTCCGAATCTCCGACTGCGTGGTTTTTAATTGTGCTTCATCCACAT
CGCATATTCCTGTGACCTTGATAGTACCACTTTGTAGGGCAACTCGGAGG
ATGTTCATGCCCCACCAGCCCGATCCAATGAGGACGGTTTTATATTGGCT
CTTTTTGGCAAACGTAATAAATGGCGTTGTGCTCAGTGCCGCAGCTCCCA
GCATCGTAGATTTTATAAATTCTTGTCTTGTCATGATTGAATAGGATTTG
CAACGAAAATACAGAAATATGGGACTAGAACCTTATTTGCCAGTTAAATT
ATTGTGAGTAAGTGTTTAACTTACTTAAAAAACCTTTTTACTTGATTGAA
AGTGTTTTTCAGCCCTGTCAATTACATTTGTATGAATTAGTACTAGCCCT
AAAAAATATACTAAAACAAGACTCGTTTACCTAACATACAATAACGCTAT
GATCAAACGACTACTTGCAGTTTTCATTTTTACACTCATCGTTATTCCAC
TTGCAGCCCAAGATTATGTAAGTATCAATGGATACGTCTACGAAGACGGA
AGCAAGGAGCTACTCCCTGGGGTTAATATAAGGCTAAAGGGCACAAATAT
TGGCACTTCTACCAATGCTTATGGCTATTTCTCTATTCAGTTAGAAAAAG
GTAGAGAGCAAATATTGGTCGCTTCATTTGTTGGTTTTCAGCCTATTGAA
AAAAGTGTAATGGCCGACAAGGAATTAAGTATTGACTTCTATCTAAAATC
TGGCACCGAGCTAGATGAGGTCCTTGTAAGTGCTTTGGAACAAGAACAGC
GTATCTCCGACCAAGTAGAGATGAGTAAGGTGAGTGTTCCCATTGCTCAA
ATCAAAAAAATCCCTGCCCTATTGGGTGAAAAAGATGTCTTAAAAGTGCT
TCAGCTAATGCCCGGTGTACAAAAAGGCTCGGAAGGTCAAGCTGGTATCT
ATGTAAGAGGCGGTGGTCCAGATCAAAATCTCCTCATATTAGACGAAGCA
CCGGTTTACAATGCCAATCACCTATTTGGCTTCTTTTCTGTGTTTAATGG
CGATGCCATTAAGAGTGTGGAACTCACAAAAGGTGGCTTCCCAGCACAAT
ATGGTGGTAGGTTATCTTCTGTCATTGATATGAAGATGAAAGAAGGAAAC
AAAGAGGAATTTCATGGAGAAGGTGGTATTGGCATTATCTCTTCTCGCTT
GACACTGGAAGGCCCTATTAAAAAAGGAAAGTCTTCTTTTCTCGTATCGG
GAAGAAGGACTTATATAGATATATTGGCACAACCCATTATCAGGAGTATT
TCACGCTCAGAAGGTGCGGAGTCTAACGTCGGCTATTACTTTTATGACCT
CAACACAAAGCTTAACCATGAGTTTAGCAAAAAAGACAAGGTGTACCTCA
GCGGTTACTTCGGTAGAGATGTGTTTTATGCCAACATTTCGGAAGATTTC
AACAAAGAAGACTCGGGCTTGAGCTAGTGTAATGCCACGGGAACTGCTCG
CTGGAATCACCTTGTCAACTCCAAGCTATTTGCCAATACTTCTTTGATAT
TTAGCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTGATGAGCCCTTTA
CCGACGATTTTAGTTTGAGATATAATTCTAGAATCCAGGATATTGGCCTT
AAAGTAGACTTTGACTATTACCCAAATAACAATCACAAGGTTAAATTCGG
TATTAATACGATACGCCATCGCTTTGAGCCTAGTGCCATTGCTGTGCAAG
GTAGTTTTGTTAATGAGGATCTTACATTTGAAGAAAAACCAATTAACTCA
CTAGAGTCAGCTATTTACATTGAAGATACTTGGCAAGCCTTGGATAAGCT
TAAGATTAATGCAGGCTTACGGCTTAGCCATTTCCAAGCAACCACAAGAA
ATTACCTAAATCCTGAGCCTAGGTTGGCATTGGCCTACAAGGTAAAGTCT
GACCTGTCATTGAAGGGCTCTTATGCCATCATGAACCAGTACATTCATTT
GTTATCTAATACTGGAATAGGCCTTCCTACCGACTTATGGGTACCTACTA
CAGATATTGTAAAACCACAGCGATCAGAACAAATAGCCATAGGAATGGCA
AAAGACTTTGTTAAACAAGGCTTAGGCCTATCAATAGAGGGGTATTACAA
AAAAATGGGAAATATAGTGAGCTATAAAGAAGGGGCGACCTTTTTAAACT
TAGACGGGTCTGGTGCTAGTGAAGAAACCTTTGAAGATAAAATCACACAA
GGAAGAGGCTGGTCTTACGGTGCTGAGTTTTTACTGCAAAAAAAGGTAGG
AAAGCTAAGCGGCTGGCTAGGCTACACGCTCTCGTGGACACAGTGGCAAT
TTGATGACCTCAATTTTGGCAAAGCATTTTTCCCACGCTATGACCGTAGA
CACGATGCCTCTATTGTGGGTATTTATGAGATCAATAAAAGAATAACCCT
ATCCGCCACTTGGGTGTATGGAACAGGTAATGCACTTACTCTGCCGCAGG
AGCAATATTTTGTAAGACTTGATAACAATGTGCCTTTTTCTAACTCATTT
GGTTTTCCACTGAGCACAAGTGAAGTAACCAATTTTGGAGAGCGAAACTC
TTTCCGTGCAGAGGCTTTTCATAGACTAGATATTGCGGTTCAAGTTCGCA
AGCAAAAAAAATACTGGGAACGCACTTGGGAATTTGGGCTTTACAATGCT
TATAATAGAAGAAATCCATTTTTCTACACAATTGGACAGACATCCGTGAG
TCAAGATGCAGGAACAAGTCGTAATGTGCTCAATAGATTTTCCTTATTTC
CTGTTATTCCTTCCGTTTCATACAGTTTTAAATTCTAAAAAATGTATAAG
CTAATCATCACTATCATCCTTTCATTTACTTTATTGAGTTCCTGTGAAAC
CTTGGTTTCTGAAGTACCGCCAAGTGTGGCGAACCTCAATGAAGAGCAGC
TAGCCATTTCCTGTTTTTTGAGTCCGCAGGATACGCTAATTTCTGTTTTG
GTAACCTTATCAAATCCATTATTCTCCGAAAGGAAAACTCTTACTCGAGG
ATTCTCTACCAATGGAATAGATACCACATTCTTCTCAAAAAGTGCTATAA
TTCAGCAAGCAACAGTTGTCTTAAAAAGCCTCGATACAGATGACGAAATA
ACCTTGGCGTACGACCCTAATTATCAAGCCTATGTTTACAGGCCTTTTGA
GGAAGGTTCTACTTTTAGAGTAAGGCAAGGGAATTATGAGCTATCCGTAA
CCCATGAAGATATGAAAGCCACGGCCACTACGGAAGTTCCGAGAAGAAGA
AATGATTTTTTTAGAGTTCTTAACACTACGGACTTTACAACTTTTGGATT
TGGAGGAGACTCTTCGTCTGTTATTAGGCTTACTGCACAGGTGGGCTGGA
CTTATTCAAAAAATGAAAGTGCGTACTTCAGAATAAGAGGTGGCGTTTTT
TATTTATCTGAACAACTTAACAGGCCTAGCAATAGTGACTTCAGAGATCC
ACCTTTATTTGAAAAGGTAAGGCGTATGAATGTAATATCCTTTAGTAATG
GTGGGGTTTTCGATGGTTCAGCCTTAGAAACTAGTGATACTCCGCAGATA
GCTGGGCAAACCTTTATCACACGCTTTCACAGAAACTTAGAGGGTAACTT
TGGCTCAGAAACCTTAATAGAATCCGTTCATGTGGATCTACTCACTATTT
CTGAAGATTACTTTAAATTCTATGAATCCTATTCACAAAATGTTGAGGCT
AATCCGTTTATTGAACCTACAAGTATATTTTCAAATGTTAAAGGCGGCCT
AGGTATTTTTGCTGGTAGCAATGGTGTCAAAGAAGTGGAAATCTATGATA
CTGAAGATCCAATAGAATAATAAAATGCTATTATTCCCAAACATTTGACG
ACTTTGGGGTTTAATAATACAAAAACAACCTATGCCCTACAACTTTGATG
AAGCCGTTGACCGCCAAAACACTAACTCCTATAAATGGGACAAATTCAAA
AAAGGTGTTTTGCCTATGTGGGTGGCAGATATGGATTTTAAATCGCCGCT
TGAAATTACTGAAGCTCTAGAAAAGCTAAACAAAAGCGGCGTATATGGCT
ATGCTCATGAGCCAGAAGAACTTTATGAAGTTATTATCGATAGGCTTAAC
AAGTTACACAACTGGAAAATAAAGAAAGAGTGGATCGTGTTTCTACCAGG
CTTAGTGCCGGGTATTCATGTCTCCACACGTATAGCTGGCACAGGTCACT
TTAGTATTATGACCTCCTCGCCTGTATATTATCCATTTTTACAAGCAGGC
GATTTTGGGGCTCGTAGATTACAGGATATCCCGTTTATTGAGAACAAAGA
GAATATAAGCATGGATTTTGAGACGATGTATAAAAAAGTCACTCCCGATA
CCAAGGCATACCTCCTCTGCAATCCACATAATCCAAATGGTCGTGTTTTT
AGCAAAAGTGAACTGCAAAAGCTCGCCGACTTTGTTATCGAGAAAGACCT
ATTGCTAATGTCTGACGAGATTCACTGCGACATGATCTTAGATGAGACCA
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNGCAAAAGTGAACTGCAAAAGCTCGCCG
ACTTTGTTATCGAGAAAGACCTATTGCTAATGTCCGACGAGATACATTGT
GATATGATATTGGATACTTCCAAAAAGCACACTTCTATAGCGACTCTAAA
TGACGAAATAGCTCAAAGAACGATTACACTATTAGCCCCTAGTAAAACCT
TCAATATTGCCGGGCTTGGATGCTCCATAGCTATTATTCCGAATCCTACG
ATTCGGGATAAATTTAATTATGAGCGATTTGGAATGATGCCAATGGTGAC
TGCTTTCGCCTTTGAGGGTGCTTTAGCTGCTTATAAATATGGAGAACCTT
GGCGTAAAGAACTCATGGCTTATCTTCGTACTAATCATGATTATTTACTA
CATGAAATCAATAAAATAGAAGGATTAGAAATGAAACCGCTGGAAGCTAC
TTATCTAGCTTGGGTGAGATACGATAAAGAGATTGAAAACATAGAGAGCT
ATTTAGCCGATTATGGCCTCGGCGTGTCACCGGGTAGTATTTTTAACGGC
AAGCATTACTTTAGACTAAATTTTGGCACTCAAAAAAGTAACCTGAAAAA
AGCCATAACTATTTTACAAACAGCATTCAAATCTTAAAAAAATATGAAAA
AGCTTACTTTTCACAATGGAAACCAAATACCTGCCCTTGGCTTGGGGACT
TGGAAATCTCAGCCCGGTGAGGTTTATCCGATCATCAAAAAAGCCATTGA
AATAGGTTATCGCCATTTTGACTGTGCAAGAGCCTATGAAAATCAAGAGG
AAATAGGCAGGGCTTTTTCAGATGCTATAAAAGAAGGATTGGTAAAAAGG
TCGGATTTGTTTATCACATCCAAGCTTTGGAATAATAGCCATAAGCTAGA
TCAAGTAGGTCCAGCATTGGACGAAACCTTAGAACAATTGCAATTGGATT
ATTTGGACTTGTACTTAATTCACTGGCCAGTTGCTCACAGAGCTGACATT
AAGTTTCCTGCCAATGCTAGCGAAATGCTCAACCTCAGCGAAGTACCACT
TACTGAAACTTGGAATGGTATGATAGAGCAAGCCAAAAATGGGAAAGCCA
AAAATATTGGTGTTTCAAATTTCAGCATAGCTAATCTGGAGCTCATCATT
GAAAGTACTGATATAAAACCAGTAATGAATCAAGTAGAAATGCACCCCTA
TTTACCCCAGCACGATCTAAAAGCTTACTGCGACAAGAATAATATTTTGC
TTACAGCTTATTGTCCACTAGGCTCCTCAGATAGGCCTGCGAACAGACAA
GAAGTAGGAGATCCTGTATTACTGAATGATAAAAAGCTCATTCAGCTGGC
CACAAACAAAGGTGTATCCACCGCACAGTTGTTACTAGCATGGGCGGTCA
CTCGTGATACTGTTGTAATTCCCAAAACAGTGAAAGAGCATAGACTAACA
GAAAATCTTGCTTCCGCTTCTATACAGCTTAGTGAGCATGAAATGGAGGC
TTTAGACCACCTAGGAACTCATTTCAGATTTATCAAAGGGGACTTTTGGT
GCTTAGAAGGGACTGACTATACTTTGGAAGGCCTTTGGGCTTAATATTAT
TTTAATATCTGATAAACCACAAAAGCAGATACATAAGCAAGTGCTGTCAT
GTATGCAAGTTGGATCATGGGCCATTTCCAGCCTTTGGTTTCTCGGTATA
CTACTGCCAGTGTGCTCATACACATCATAGCGAATATGTAAAACACCAAC
AGCGAAAATGACGTAGCCACATTAAAAGTGGGCTGCCCGGTTTCTGGATT
GATTTCATTACGCAGCCTTGACTTTATAGTTTGCTCCTCGTCGCTCTTGG
AACCTATGCTATATATGGTAGATATTGTTCCTACAAAAACCTCCCTTGCA
GCAAAAGACGCAATCAATGCAATACCTATTTTCCAATCATAACCCAAGGG
TTTAATTACCGGCTCAATAGCCTTTCCAAAGTGCCCGGCATAAGAGTTTT
TAAGTCTTTCGGATGCTACCCTATCTTCTAAGTCATTAGATTCTAATACG
GCAGCTTGCTCTTTCCTTACCTTTTGCTCTGCCATATCCATCTTTTCACC
AGGCCCAAATGAAGCCAAAACCCAAAGCACCAAAGATATGGCCAGTATGA
CCTGTCCAGCTTCCCATACAAATGTCTTGGACTTTTCATAAATAGTAAAA
AAGACCTCTCGCCACCTTGGTGGTCTAAAGCTAGGAAGCTCCATAAAGAA
GAGGTTTTTGTCTCTAGATTTCACCAGAACCTTTATAACCAAAGCCGCCA
ACAAAGCCGATAAAAAACCAATCAAGTAAAGCCCCATTAGTGCCAATCCT
TGCACACCTATGAAACCAAGAACTTTCTGCTCAGGTACTACCAAAGCAAT
AAGAATGGTATAAATAGGTAACCTGGCTGCACAACTCATTAATGGCACTA
CCATTATGGTTATCATTCTTTCTCGCCACCCTCCTATGGTTCGAGCACTC
ATGACAGCAGGTACGGCACAGGCCATCCCCGATATGAGCGGAACTACACT
ACGGCCACTCATGCCAAATGGTCGCACAACTTTATCCATTAATACAATGA
TCCGAGCCATGTAGCCCGTTTCTTCCATGATGGTTATAAAGCCAAAAAGC
AGGGCTATTTGAGGTATAAAGATTAGTACACCGCCTATTCCTGCTATGAG
ACCATCGGTTAGAAGGTCTGTTAGCATTCCTGCTGGAAGGGTATTCTGAA
GAAAACTGGTAAACGAAGCAATACCTGCATCTATCCAGTCCATTGGATAG
TTTGCTAAACTAAAAACGGCCTGAAACACTAAGAATAAAATGACAATGAA
AGCCACATAACCCCATATTTTATGAAGAAATAAGCTATCCCATTTTGAGA
TATTTATAACTTGATGGTCTTTTCTTTCAATTTTCTTAATTAGCTCATTG
ATCAGCGTAAAACGAGATAATGTCTCTTTGGTTTGAAACTCTTTTGGCTT
AAAGTTATTATCAGCAATCAGCTGCTCGGCCATACTTTTTTGCTGTGTGC
TTAAAAAGCTTAGTTTTTCATGTTGGGCAAGTATTTGTAAATTTCGATAG
GCATTTGCAGGCCCTAGCATATCTGCCACTTTCTCTACAAGCGTTTCATA
TTTAGCATCTACTAAACTGGTATTTTCATTTAAGATCGCTCCACCTTTCA
GTATGGCTTCTTTTACGTCATTTACTCCGTAACCCTCTCTTGCATTTATA
CTTACTACAGGCGAACTAAAGCTATCTCCTAAGCTCTCGGACTTGATCGC
GACTCCTTTTTTCGCAGCTTCATCTATTTGATTTAAAATCATAATACATG
GCAAGCCCAATGACCTCACTTGCTCAAAAAGCAATAGGCTTCTTTTGAGA
TTAGCAGCATCAATAACTGCCAGGATAAGGTCAGGGTATGATTGATTATC
AGCATCCAGCAGTATATTAAGCACCACACTCTCATCAAGTGAGTTGGGGT
AGATACTGTAAGTACCGGGCAGGTCTAGCAATTCCACCTTCTCTCCGTTG
GATAGCTTAAAATAGCCAACCTTTTTGTCGACCGTGACGCCTGGAAAGTT
TCCTACTTTTTGATTTAAACCTGTAAGTTTATTAAAAAGTGAGGTCTTAC
CACAATTGGGGTTTCCTAGCAGAGCTACTCTCATGAATTTTCTACTTTTT
GAAAAGTGGTGAGTAAAACGCTATCAATTACTATTGACTTCGCATCCGAC
ATTCTTAATGATACTTGATATTTATCTTCAAAGACAAAACACAAGGGACA
ACCCAGCGGAGCTTTCTTGAATAATTGCACTTTAGAGCCTGGGATAAAGC
CCATTTCTAGTAATTTGGGAGCATTATCTTCATTTTGTAGTGAAGTAATT
ACTCCACCTTGCCCCTCCTCCAAATCCGAAAGCGTAATCATTGTTAATTA
TAATTATTCTAAATTAGGAACAAAACACAGGCACTGCTCCGAAGGTTCTA
AGAAATATAAATAATTAACAACTAATCTGATAATCCTGCTCTTTTGATAA
ATTTATGAAGCAGCTCTTTGTAGGCTTCCACATTAGCTGTTTTGATATCG
GCAGACCAGCCGAGTTCTTCAGCAAAAAGCTCACCAGCTCTATCAAGCGT
CGATAAAGCGGCTTTCCAATCACATAATTCAAAGCGGGTTCTGCGAGCAT
AAAAATCTCTTAATGCTACGACCATCTCCTCTCTGATAGCATAAATAACT
TCAGCTTCAATGTAGGGATACTGAGGATGCAGGAGTTCTAGGTATTCGTC
TTTTTCCTTTAAAATCTCTAATACCTCATCTATTCGATCACCATACTTAG
CCAGTAAGTGTGTGATCGTTGGCTCTGTGAGCCCGTAATTTTGACCACGT
CTTATAGACCCGGTAGGTTCAAAGTTTTTCATTTGACTTCCTACTAATTT
ATACGTTGAGGTCTTACATTTAGTATTTATTTTTAAGGCACTGCATACCT
CATCGATAGCATCTTGTGCCATTAGCCTGTATGTGGTCCATTTACCACCA
AGTAGACTCACTAGCCCAGACACTTCATCTACCTCTACTTCATGGTCTCT
TAATAGTGACTTGGTGCCTTTTTTGCCGGCACTTTTGGGAGCCAGCAAAG
GCCTCAAACCTCCAAAACCCGAAACTACGTCATCTTTGGTGGGCATTTTA
TCAAAAAACGGCTCCATGGTTTCCAATAAAAAATCAATCTCACTTGCCTC
AAGAATAGGCTCTTCATTTAATTCAGCGTACGTTTCATCTGTTGTATCTA
ACTTAAGTACTTTTGTTGTCGTGCAGTTGAGTATTGTTGCATTTTGGTTG
AATATCATAGCGAGAACTCGCGTAGGTCAGTCATATGTACTGTAAATGTT
GTGGCATCAACGAATTGGAGCATTCAGAGGGAACGCGTGCCAAGAGAAAC
TTACATATAACAATGCGGCAATACTACTTTCCTTGACGCAGCTCGACGTC
ATGGGTATNCTGCATACCTCATCGATAGCATCTTGTGCCATTAGCCTGTA
TGTGGTCCATTTACCACCAAGTAGACTCACTAGCCCAGACACTTCATCTA
CCTCTACTTCATGGTCTCTTAATAGTGACTTGGTGCCTTTTTTGCCTGCA
CTTTTGGGAGCCAGCAAAGGCCTCAAACCTCCAAAACCCGAAACTACGTC
ATCTTTGGTGGGCATTTTATCAAAAAACGGCTCCATGGTTTCCAATAAAA
AATCAATCTCACTTGCCTCAAGAATAGGCTCTTCATTTAATTCAGCGTAC
GTTTCATCTGTTGTACCTACCATTATTTTACCCTCAAAAGGTATCACAAA
TACCACCCTCCCATCTTTAGTCTCAGGGATAAGCATTGCATCTGTAGAAG
GCATAAACTCATTAGGTATTAATAAGTGTACACCTTTACTTGGCCTTATA
CGACTTTCTTCTTCAGGGTTAGCCATGAGACGTATACGATCCGCAAATGG
GCCTGTACAGTTAAGAATCACCTTAGACTTAACTTTTATTTCTTTACCAG
AAAGCCTGTCTTTTACTATCGTAGCTATTATTTTACCCTTCCCGTCTTTT
TGAAAAGACCGAACCTCCGCATGATTAATCGTTGCAGCTCCTACTTCGTC
GGCGGTTTGCACCATTGCAAAACAAAACCTAGCATCGTCTAACTGCCCAT
CATAATAAAGTACCGAGCTATGAAGATTTGGATTTAATGTGGGTATTCTT
TGAATGGTCTCTTGCTTACTGAGCCACCGAGCCTTAGGAAGGGAGTCGTT
CTTGGCAAACCAACCGTATAGTTTAAGCCCGATAGAGTAATAGAGGCCTT
CTATCCAGGAGAATACAGGGGTAATAAGACCAAGAGGATGTGCTAGATGC
GGTGCAATGGTAAGCACTGTATGTCGTTCTTCCAAGCCGTGTTTAACTTG
TTTCAGCTGCCCAAAGTCCAGTTTTTTAAATGCTTGCTCAAGATAACGAA
CACCACCATGAATAAGCTTGGTGCTCTTAGAAGAGGTCTCAGCCGAGAAG
TCTTCCTTTTCAATAAGTGCTACTTTAAGTCCTCTTAATACTGCATCCAG
TGCACAGCCTGCACCACTTGCACCTCCACCAATTATGAGGAGATCAAACT
CCTCACTTTCCAATTGGTTTAAATTTTCCAATCGATTCATAAATACTTTC
TAATTATCACAGGTTATGTGATGTAAAGGTAAGAACCCTAAAGGCTTATA
CCCAAGATTCAGCTAAAGAACTGTACAGCCGTCCATAAGTTTAACTTTTA
TTGTATCAGGAGCAAAGCCAAACTCCCTTTCATAAGCTGCCTCTACCTCT
ACTATAACTCTCTCACTAGCTGAGCTTTCTATAAGATTGATGGTACAGCC
ACCAAAACCTCCACCCATCATCCTCGCACCCATCACTCCTGAAATGGACT
TTACAGTATTCACTAAAAAATCAAGCTCCTGGCAGCTAACTTCATAACCG
AACTGCAAGCCCTCGTGTGTTTTAAACATTAAATCACCAAAAAGCACGAC
ATCTGCTGTTTCTAATGCCTCCTTGGCAAGTACCATTCGCTCGGTCTCAC
CAATGACGTATTCGCAACGCTTATACACCTCAAGATCTAGATTATCCTTT
GCCTCGTTTAATTGCTTTCGACTCACATCTCTTAGATCTTTTATTCCTCT
ATACACTTTCTGAAAATGGGCTAAACCTTTCTCACAACTGGCTCTACGCT
CATTGTAAGCAGAGTCGGCTAGGCTATGTTTAACCATGGTATTAAACAAA
ACCAATTTATAATCATCAAAAGGAAAACGAAAGTACTCATGAGTTATACT
CCTACAGTCTAAACAAACCACTTGATCTTTTCGACCAAATATAGAAGCAT
ACATATCCATAATACCACACTTCACACCAGCAAAACGGTGCTCTGCTTGC
TGAGCAGTAAGTGCCAGATTTTTCTTACTCATACCCATCTTAAATAGGGC
GTTCAAAGCAGTTGCTGCACCACACTCCACGGCTGCTGAAGAAGATAAGC
CAGCACCTAAGGGGATATCTCCTCCAAAACATAAATTAAACCCATGATCC
ATTACATAGCCCGACTTTGACATCACATAGGCCACACCCAATATGAAATT
AGCCCACTCTTGCTCTGTCGCTACAATATTATCAAGAGAAGCCATGCATT
TTTGTTTTAAATCATGACTGTATAAAGAAATGAGCCTATCTTTTCGTTTG
CCTATTGCCACATATATGGCCTTATTAATCGCTGCGGGCAATACGTACCC
TCCATTATAATCTGTATGCTCACCTAGTAAGTTAATTCTACCGGGTGCTC
TAACAAGGAGGCTAGGTGAAGTATCAAACTGGTTTGTAAAACTTACTTTT
ATTTCTTCAGCACTTGAGTTCATTTCTTGTTCATCTGGGTTTTGATATTC
AAATATACACGCTGATCTACTTTTTCTGCTTTTACCAAGTCAATTTTAAT
AAGCCTTTCTTTATTTCGGGCGATTTCAAATGTAAATTGCCGTCAAATTT
AAAGGTATTGAAAGAAGCACTTGCACTTATTGCTAAGGATATCAAACTAG
AACTCAGAAACAAGTATGCTTTCAGTGGGATTGTACTTTATGTAGTATCT
ACTGTTTTTGTGTGCTACCTAAGCTTTAAGCTTAAAGTTGACAACCTCAA
CCCTATCACCTGGAATGCACTTTTCTGGATTATCATACTCTTCACAGCAA
TCAACACAATTGCCAATAGTTTTCAAAACGAAAACAAGCGACGTCACCTA
TATTTCTACACGCTTGTAAGCCCACAAGCTTTGATTATCTCCAAACTTAT
TTATAATGCATTGTTGATGTCTATTCTGTTGATTTTAGGCTTGGGTATTT
ACAGCTTGTTTCTAGGCAACCCAGTTCAAGACGGCACACAGTTTGTTTTA
GCTTCTTTTTTAGGTGCATTTAGTTTTTCGGCAACCTTAACACTAGTAGC
TGGTATTGCAGCTAAAGCCGATAATACAGCAAGCCTAATGGCCCTACTAA
GCTTCCCCATTATTCTGCCAACTCTTATGATTTTGATAAGAATAACAAAA
AATGCGATGGACGGGCTTGAGTGGTCCAGCAGCCGATCTGATTTCTTGGT
ATTAATGGGGATTAATTTAATCGTAATTACGTTATCATACTTACTGTTCC
CATATTTATGGAAAACTTAAAAATCTATTTATGAGAAAACATTGGTGGAA
AGTCTTAGCTATCATCTTACTCCTATATGTAGTGGTAATGGGCTTGACTG
GACAAGTGCCTAGGCTACCTATTCTGAATGAAACCATCCGTAACGTGTAT
TTCCATGTCCCGCTTTGGTTTGGAATGATGGCATTGATGGTCGCATCCCT
ATATCACTCCATTGCCTATCTAAGAAAAAACGAATTCCAAAGAGATGCCA
AGGCGGTAGGTTACGCTAATGTGGCCATGCTATTTGGGATATTGGGGTTC
CTTACAGGTGCACTGTGGGGTAACTATGCCTGGGGAAGCCCAGTACCCAA
AGACCCAAAGATAATAGCTGTAGAGGTTGGACTACTTATTTATGCCGCCT
ACTTTATACTAAGAGGCTCTTTTGAAGATGAACAAAAAAAAGCAAGATTA
TCAGCCGTCTACAATATATTTGCCTTTGCCGCTTTTATGCCCCTAGTATG
GATTCTACCAAGACTTACCGACTCGCTTCATCCGGGTAATGGTGGCAATC
CTGCATTTGGCAAGTACGATATGGACGATCAAATGCGGATGGTGTTTTAC
CCTGCTGTTATCGGATGGTCTTTGCTGGGTTTTTGGATTTCTCAGCTAAA
AATCCGAATGGCTATTTTAAAAGAAAAACAAACTGAAATATAAACAAACT
GAAATATAAATGAGTATCTCTATAATTTTAAACCTCTTGTTCCAACAGGA
CGTTGCAATGGCAGATCAAATGAGGTCAGATGGTAAAATATGGGTTGTGG
TGGGTGTGATTTTAATTGTATTTATTGGTATTCTTGTATACTTAATCTCG
CTGGACAGAAAATTATCAAAACTCGAAAAACAGATCAAATAGCATTATTA
TAAAAAAGAAAAAGAACTATGAAAAAAACTCATATAATAGCCCTAGGCGT
AATTGCGATGGCAGTTGCGATGATCATATCTACTGTAGGTGACGCAAGTA
CTTATGCAAGCTTCAAAGACGCAACAGAGTTAGCAGAAAAAGGCAACGAT
CGCCCTGTACATGTTGTAGGCGAATTAAAAAAAGACGCAATGGGTAATTT
TGTTGGCATGAATTACGACCCTATCACCAACCCCAATGTGTTTGAATTTG
TAATGATAGATAGTCTTAATTACGAATCTAAGGTATTGCTGAGTCAGCCG
AAACCTCAAGACATGGACAAGTCTGAGAAGGTGGTAGTGGTGGGCAAAAT
GAACCTTGCTTCAAATCAATTTGAAGCGGATCAGGTTTTGCTTAAATGCC
CCTCAAAATATAACAATGAAGTGAATTTTGAAGAGACAGCTTCAAGATAA
GTAAAGCTAGATGGCCGTAGCCCAAAAAGTACAACACAGCGTAAAGCCTC
ATCAAGTCATTACTGCAATGATTGATAAAGGAATGGCTATGGCTGTATGG
AAACTACCGCACGACCATCAAGTTTACCTACTTGCCTCTACCACAGCTAC
TGGCTTACCTTCAGAGCTAGACTTGGTAGACGGGAAACCAGCATTTGCCA
TTGCTCCTTTTGACACGGCGGAGAGGCAAGCATTTGTTTTACCTTCTGAC
TTTCTTGAATCATGGGAAATAGGCGACATCAGTGGGCGTAGTGAGGTATT
TACTAAGCTGATAGATACTTTTGACCTCACTATTGACTCACAGCGAGACG
AAACCAAACAAAACTTAGGGGATATTCTAAGTCCGAACAAACCAGATAAG
GATCAGCGTTGCATATTTGAGCTCACTGTGAATAAAGCGGTAGCACACAT
AAATGAGGGACTATTTGATAAGGTTGTAATATCTCGCAAAAAAGACTTTA
CGCTCAAAGAAGACATGAGTGTTTTTCAACATTTCAATCAGCTCATACAG
CGTTACCCTGAGGCATTTGTAAGCATGGTGTACTTACCTTGGAAAGAGGA
GTATTGGCTTGGAGCAAGCCCGGAGATTTTAGTGCATCAAGAAAAAAACA
CCTTCAAAACCGTATCCTTAGCAGGTACACAAAGTGCTATCTCTAAAGCT
GGCCATGAGATATCCCCCAAAGAAGCCCTATGGAGTCAAAAAGAAATAGA
AGAGCAAGCCATTGTTAGTAGATACATCATCAATCGATTTAAAACCGTAC
GTGTCAGAGCCTTTAAAGAAGTAGGACCCAGAACCGTAAAGGCTGGTAAT
TTATTACACTTGAAAAGTACTTTTGAGGTAGATACTCATGAAATAGGCTT
TAATGAAATGCCTACCGTTATGCTTGGCTTGCTGCACCCTACTTCAGCGG
TATGTGGGCTTCCAAAAGAGCCCGCACTTGAGTTTATTATAAAAAACGAA
GCTTACAACCGAAGCTTCTATAGCGGCTTCCTAGGTCCTATCAATATCAA
CAACTCCAGTCAGCTATTTGTAAACCTTAGAAATCTTAAACGGTATAAAA
ACACCATTACGACTTACGCCGGTTGCGGCATTACTGCAGATTCCATCCCT
GCTAAAGAATGGCAAGAAACAGAGCTAAAAATGAACACTATCCTGGGAAT
TTAAGTTACCGTTCAATCATTTTATACCTTTATACCTCTTCTTTATTTCA
CTTTTTTTGTATCATGCCATACAGCTTTAGGCATAAAAGTTGTTAATGAA
CATAAAACACTATATATCAATATTTTAAGAGAGTCTGGTTCTAATACTGA
ATCAAATACGCTTTGCTTTTAGGAAATAAAAAGAAAGACAATTTGATTTT
TGGCACGGTTGATGAAGTAAGTATTTTCACACCGCACACACAACCAAAAC
AAACCTTTACTTACGATGCAAAAACTATCCCTAAGCCAATCACTCCAGCA
ACGGTTATCACCACAACAGATACAGTTTATAAAGCTCCTACAGATACCTA
CAGCGGAACTAGATCAAAGAATAGAGGAAGAGCTTGAAATCAACCCAGCT
CTTGAAGAAGGTATGGAGGCCCAAACAAAAGAGGAAGAATTTCAAGACGA
ATATCAAGATGATTACGAAGAAAATTACAAAGAAGATTTTCAAGAGTTCG
ACAGCCTAGACAATTCCGACCCTGTAAATGTAGAAGATTATCTAAACCAA
GATGATTACTCAGGTTATAAAATGCAGAGTGATGGCTGGGCAGATGAAGA
CAGAGACGCAATGCCAGTAGTGGCAACCGATACCTTGCTAGAGGCTTTAA
ACAACCAGTTGAGTTATTTAAACCTAGAGGAAAGACAAGAAAAAATCGGA
CTACAGCTGATAGGGAGCATTGAAGAAGATGGCTACATCAGAAGAGCCAT
AAAGTCTATATGTAACGACTTGGCATTTGGTCAAAACTTATATACCACCG
AAGAAGAGGTAATAAATGTCCTGCATAAAGTACACCAATTTGAACCAGCA
GGTATTGCTGCCAGAGACTTAAAAGAATGCTTGCTACTCCAACTTGAAAG
ACTACCTTCTCATACCAGTGACCGTGAAAACGCAACTATCATAATTACCA
ACCATTTCACTGAATTTACCAAGAAGCACTTTGAGGCCATTCAGCGTAAA
ATGAATGTAAGCGACGAGGCTCTTAAAAGTGCCGTACAATTAATTACTAA
GTTAAATCCTAAGCCGGGCAGCATAGGACAAGGCGACACTACGGCAACCT
ATTTATTACCCGACTTTATCGTAAGTAATAACAATGGCAAATTGGAAATT
ATCTTAAACTCACGAAACGCCCCCGAGCTCAGAGTAAGCAAGTCATTTTC
AGACATGCTTGACACTTACTCCAAGAGCGATAAAAAGAATAAAACCATAA
AAGAAACGGTAACATTCGTAAAACAAAAGCTGGATGCCGCAAAGTGGTTT
ATAGATGCAATTAAGCAACGTCAGCAGACTTTACTCAGAACAATGGATAC
CATTGTTAAATACCAGCAAGATTTTTTCTTTGAAGGCGACGAAAGTAAGC
TAAAGCCAATGATCCTTAAAGATATCGCCGAGCGTATCGACATGGATATC
TCTACAGTTTCACGGGTGGCCAATAGCAAAGCAGTACAAACGGACTTTGG
CCTGTATCCATTAAAGTACTTTTTCTCTGAAGGAATTTCTACTAAGTCTG
GAGAGGATGCATCTAGCAGAGAGGTGAAAAATATCCTGAAAGAATTAATC
GACTCAGAGCCCAAGCACACCCCTCTATCGGATGACAAACTAGAAAAGCA
ACTAAAGAAAAGAGGCTACAATATTGCTAGAAGAACCGTAGCTAAGTATC
GCGAGCAATTAAACATTCCAGTAGCAAGATTAAGAAAAGAATTATAAACC
AAGCTAAATCGCTATATTGCAGCCTTGTAAAAGGCTGCTTTTTTTTTGCT
CAGTGACTAAAAAACTATCGACTTTCTTAACCTATTTATTTTTTCCAGGC
TTAGTACCCACTTATCTGCTAAGCTTGCTATTGCTATTAACGCCTTATAT
AGTTGCACTGAACGAAGTAAACATAAGGTATAGATGGTATCTAATAGGCT
TTATTGCAGCCTACACATTTTTATTTCCAGCATTTTTTACACTATTCCTC
TATAAAAGAGGTCGTATTGAAAGCCTTACCCTAGAGAAGCTTGCAGATAG
GCGTTTACCTTTTCTTTCAGGCATTATTCTTATCTTCTTCCTTGCATTTA
CCTTTTACAGCAAGTCTGGTGAATTATTCTCTTTATCGGTTATACTCACC
TATATAGGAATCACCATCGCACTAATAGCACTCATAAGCCTGTGGTGGCA
AGTAAGTGCTCATGCAGCAGGCATGGGTGGCCTTGTAGGTGCAATAGGCA
CTTTGATGCTTATTTATGATGAACCTTCACTAAGGCTACCTTTTTTTATT
TGCCTCATCGCTGCAGGAGCCGTAATGGCTGCAAGGCTGAGACTTGGTGC
TCATACACAGGCTCAAGTATATGTAGGTTTCTTTATTGGATTAATTATAA
GTGTCATTGGCTCATTTTTCGTTTAAAAATATGAAAATTAAAATAGGAAC
ACGTGGTAGTAAATTGGCCCTTTGGCAAGCCAATTATATTGAAGAGCTTT
TATCTAAGGCAGGCATAGCGTCGGAAATCAAAATAATCGTAACAAAAGGC
GACAAAATACTAGATCGCTCTATATCAAAAATCGGAAGCAAAGGTGTATT
TACCGAGGAGTTAGAAGAACAATTAAGAACACGCGAAATAGACATTGCCG
TACACAGTGCAAAAGATCTACAGTCAGACTTAGGAGACGAGTTTGAAGTA
ATCGCCTTCACTGAGAGAGAAAAAGCTAACGACGTGATCGTTTCTGCTAA
CAACAACTTAAACCTAGACAAAGGCTTCGTACTAGGCACATCCAGTACCC
GTAGAGTAGCACTTATAAGCCGTTTTTATCCCAATATCAAAATCGTGGAT
ATGCGAGGCAACCTACAAACTCGTTTTAAAAAAATGGAAAAAGGAGCCTG
CGATGCTCTTTTACTCGCATACGCTGGTGTATATAGAATGAACTATCAAA
AGCTCATTATACATGAATTACCCTTGGCCGACTTCACCCCTGCCGTAGGG
CAAGGAAGCGTTGCCATTGAGTCACATGTAAAGCTATCCGAGCTAAAGAA
AGCTGCCATCACTGCCGCCTGTAACAATGAAGAAAGTAGCACTTGTCTCC
ATGCCGAGCGAGCGTTTTTAAAAGAGGTCAATGGAGGCTGCAGCATTCCA
GTATTTGGCAATGCATATATAAAAGACGCACTCGTCCACTTCAATGCTGG
TATCGTATCACTTAATGGAGAAACCTTAATTAGGCTGCAAGACTCTGACG
CTGACCCTATTGCCCTAGGTATACGAGTGGGCAAAAAAATACTAAGTGAA
GGTGGAGCCCGTATTTTAGAAGAAATAAAAGAGTTACAAGCACCTTAAAG
AATTACCAACACCATAATATTTATAATACTTTACTAATCTAATTCCACAT
TAGTGGTAGGCCACGTATGAAAAAACTCATTCCCTTTATTTTAATTATAG
CGAGCTCTGTCAATCTATTGGCACAAAAAAAAAGTAAAAAAGATTACCTC
ATCACCATGGAGACTAGCAAAGGAACCATGCACTTAGTACTTTTTGAAGA
CACCCCTTTACACCGAGCTAATTTCTTAAAATTAATACAAGAATCTGCTT
ATGACAGTGTGATCTTTCATAGAGTCAAAAAAGACTTTATGATACAAGGA
GGAAACCTAGGTATGAAAACGTATAAGGTAAAAAGCCCCACAGAGGAGCT
CAAGCGAATCCCCTACGAGTTCACACCGAAACACATCCATATCAAAGGTG
CACTAGCCGCCGCTAGAGACAATAATCCCGAAAAAGCATCTAGCGGAAGT
CAGTTTTATATCGTAACCGGTAAGAAATACCAAGAGATCCAAATCAGACA
AATGGAAGAAAGTGCAGGTGCCAAGAAAGAAGGTCGTGAAATACTTGCAT
ATACGGATGATCAAGTAAAGGCATATCAAACTGTAGGCGGAGCCCCATTT
TTAGACAATAATTACACCGTCTATGGCGAAGTAATAAGTGGCATAGAAGT
AGCAGATAGTATCCAGGAAGTAAAAGTTTCAAGAAGAGACAAGCCTTTTG
AAGACGTGTGGATGGTGGTCTCCGCCAAAAAAATGCGTAAAAAGAAGATT
ACAAAGCAGTACGGGTATAGGTATTTGTAACCTATTTTCAGATAAGAGCA
GTGGATATTTTTTTCTATTATTCCTCTCCATTAAATCGAGAACAATACGA
ATACTCTTGTCAGATATCTAAAAAGAATATACTTTTAGAATATGAAAAAT
GTATCTTTAAAAATAGATGAATCAATTTTCGGAGAGACTGAAAAAATATT
ACAACGGATAAAAAAGCCTCGTAATAGATATATAAACGAGGCTATAAATT
TTTATAATAAAGTACACGCAAAATTATTTTTGAGCAACAACTAAAACAAG
AATCATTGCTTGTCAGATCAGAATCAATGATAGTTTTATATGAGTTTGAA
GAAATCGAGGATGAAGATTAAATAATTCGAGATTTGAATTGCAGACTTAA
ACCCTAGGAAAGGTACTGAGCCTGAAAAAATGAGACCTGTAATAGCGATT
CAGTCTAACTCTTTAAATAAAGCCTCACATCCATATACTATCATTTGCCC
TTTAACTACAAATGTAAAAAAAGAACAAATATTTTAAGGGTTCACCTTGA
AAAGGGTACCGCAAACCTTGAAAAAGAATGTGATATTATGATAGATCAAA
TAAGATCTAATGTTAATGAAATACTTAAAAAGAAGATGGGTGTTTTACCT
TCAGAACTAGCCACTTTGCTAAGTAGAAATATTCAAATTGTCTTAGATTT
AGAGTAAAAGGACTGTTTGAAATAGCAAACGTCAAACAAAAACAACTAAA
GCCACTAAAGCCACTAAAGCCACTAAAGCCAAACTATGAGTAAAAAAATA
CTAATCACAGGAAGCAATGGTCTATTGGGCCAAAAACTGATGAACCTTTA
CAAAGGAGATTCAAGGAATAGCATTTTCGCCACAGCAAGAGGAGAAAACA
GACTTCCGTTTACTGAAGGCTACGAGTTTATCAGCCTTGACATTACTAAT
AGAGAAGAGGTGAACCAAGTCATCGCAGCCGTAAAACCCGATATCATCAT
CAATACTGCCGCCATGACCAATGTAGACCAGTGCGAAGATGACAAAGAAG
GCTGCTGGAAATTGAATGTAGAAGCAGTAGAATACCTTACGGATGCTGCA
ACTGCTAACGATGCTTTTCTTCTTCATTTATCTACGGACTTTATCTTTGA
TGGTACGGATGGGCCGTACAAAGAAGAAGCAGAGCCCAACCCTATCAGCT
TCTACGGCTGGAGCAAGCTCGCTGCCGAGAAATATATCATGCATTCCAAT
TCTAGCTGGGCTATTGCACGTACCGTACTCGTCTATGGTATTGCTCATGA
CATGAGCCGAAGCAATATTATACTATGGGCCAAGGCCTCCCTAGAACAAG
GAAAAACCATTAATGTTGTCAATGACCAATGGCGTACTCCTACCCTTGCG
GAAGACCTCGCAAAAGGCTGTGCCCTCATTGCCGAGCAAAAAGCCGAAGG
TATCTTTAACATCTCTGGGGAAGAGCTACTCAATCCATTTCAAATGGCGA
CTGCTACGGCAGCATACTTTAAACTCAGTACAGAGACTATGAATGAGGTG
GATGGCTCTAGCTTTTCCCAACGAGCAAGACGCCCACCGCGTACAGGCTT
TGATATTACAAAGGCCAAAGAAGTACTAGGCTACCAACCCATGACTTTCA
ATGAAGGTATTGCCCTACTCGCTTCACAATTACCCAAACCATGATAGAAA
AAAGCACCTTGCAATTTCTCAAAGACCTCGGTAATAACAACCATAAAGAG
TGGTTTCATGACCATCAAAAAGAGTACAAGGCCTTAAAAGCCAATATTCT
TGACTTTACGGCCGTAGTTATAAAAGAATATGGCCAAGTAGATCCTACAA
TTGCCCATCTAGAGCCCAAAAAGTGTCTTTTCAGGATTAATAGAGATATT
CGTTTTTCTAAAAACAAAGACCCTTACAAGACCAATATTGGCATTTCTAT
TAATAAAAGTGGAAAGAAAACCGATACAGCTGGTTATTATATCAATATTC
AACCTGGAGGTAGTTTTATAGGTGGTGGCATGTACATGGTCATGCCTGAT
GACCTAAAGAAGATTCGCCAAGAGTTAGATTACAATTTTGAAGGGTTTCA
AAAAGTATTAAATGACAAAAACTTTAAGCCTTATTACGGAGCATTAAGTG
TAGAAGAAAAAATAAAGCTAAAACGAGCACCTAAGGGTTATGATGAAGAA
AACCCAGCCATAGAATACCTGAAACTTAAAAGTTTCACCGCCATCAGATC
GCTGAACGACAAAACAGTCTCAGCACCCGACTTTTTAACCGAATGTAANN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNCTTTGAGGCAAGAAAAAAGGGAATAAT
GACAATTCGACTATTTTTTCCCAAACCCTAAAGAGAGAAATCGAATTTTC
TTAGACTTTACCAAGTTGAAACATTCACAACTTGATTTTTTACAGTATTA
GCAACGCTTGATTAAACTAGAGCCTAAACAAAATGAATTCCTTACATCGC
CCTGTACTCCTTGAACACGGTCGAAATCTTAAACTAGAAATACTAATTCA
CAATAACCTAATATTCAGGATTTTGAGTGTACGAGTTTACAGGCCGCACC
GCCGGTGCGAGGGGCGGCCCGTGCCGTGCCGTTTTTTTTGACGAAAGACC
GCTGCCGTTCCTTTTTTTTTGAAGGGTACGGCCATCCGGCGGTGCGACGA
CTCGCGGTGCAGCCACCCGGCGATGCGACGACTCGCCGGTGCGACGACTC
GCCGGTGCGACGATTCGCCGGTGCGACAATTCGCAAATTGAATGCGGACG
GC

Synonyms

The feature 'aldehyde reductase' has the following synonyms


Synonym
Tk11089

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