mRNA_A-nodosum_M_contig1121.1.2 (mRNA) Ascophyllum nodosum dioecious

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview
NamemRNA_A-nodosum_M_contig1121.1.2
Unique NamemRNA_A-nodosum_M_contig1121.1.2
TypemRNA
OrganismAscophyllum nodosum dioecious (Ascophyllum nodosum dioecious (Feamainn bhuX, rockweed, Norwegian kelp, knotted kelp, knotted wrack or egg wrack))
Homology
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: D8LC30_ECTSI (Cytochrome P450 n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LC30_ECTSI)

HSP 1 Score: 508 bits (1307), Expect = 1.080e-164
Identity = 261/525 (49.71%), Postives = 349/525 (66.48%), Query Frame = 3 
Query:  288 RSAEAARVR---KTKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQVESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSKG------ENTPASGRDGVSTSTFLRNITTRSSDSAGS-DRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKL 1832
            RS+EAARV+   ++ +S DGS  LPSP+P LPRW GF+GGHTL++   +   Q+E WA+EF GDYEL + G +V V++ + DIRR+L LRPSKF RG+    T WA+ + G+  S+FF+EGK WGRSRRLISPN  GHN+ AM+P I K+ ERFC KLG  AD+ EVV ++  FA FTHDI+A  A  +DV +  +T++ P  SF AI+   + L  L     +I++WKYL   +PWV+  K+HS +L+ ++Q +++A R           ++ A G  G+   T LR I   ++ SA S DRM F++ E++H+   LF+A T+TT+L+LCW MYYL KNP    RCR EALK AP S GMVST EQL +L FCAAVF+E +RLRT  P    TC ED T   G  +KKG  V+ L R   ISE+ FTRG EF+PERWI SER++AL  K      K  + H  +AFL  G GPR+CPG+D+A+ E  I+IA IC+RF+++LAPGQ DPPEE + FT GP+   +
Sbjct:   33 RSSEAARVKNFVRSHSSSDGS--LPSPMPALPRWCGFIGGHTLVMQPGETVWQLEGWAKEFGGDYELYLAGNKVTVVSGLSDIRRILTLRPSKFKRGIVTNQTKWASEQVGVQSSLFFEEGKTWGRSRRLISPNLNGHNVAAMLPIIAKVGERFCGKLGDKADAREVVTSRDSFARFTHDIVALAAFGVDVGAITATEEEPCPSFDAIERITSALISLMGKPAEILKWKYLP-MVPWVRETKQHSRRLENVIQGAVNAVRADAKLADANLGDSAAEGDVGIG-GTMLRKIIGATNGSANSSDRMLFNERELMHQANGLFVAATETTALTLCWCMYYLTKNPKAALRCRAEALKVAPESDGMVSTAEQLKRLRFCAAVFKEALRLRTPAPRLSFTCTEDFTMKSGRVLKKGTAVLTLNRAVGISEDFFTRGDEFVPERWISSEREKALSEKQSTWIGKGGISHEEEAFLSMGHGPRICPGQDMAKAEGAIIIAAICARFDLSLAPGQADPPEEYSSFTCGPKEFNM 553
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: D7FPK1_ECTSI (Cytochrome P450 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FPK1_ECTSI)

HSP 1 Score: 409 bits (1050), Expect = 2.900e-127
Identity = 229/526 (43.54%), Postives = 309/526 (58.75%), Query Frame = 3 
Query:  282 WWRSAEAARVRKTKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQVESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGH-NLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSK---GENTPASGRDGVSTSTFLRNITT--RSSDSAGSD---RMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKL 1832
            W  ++ A RV K   S  GS  LPSPV VLPRW+ F+GGHTL +   K   QVE WA++  GDYE+ + G+RVI +T  EDIRR+L LRPSKF RG  P          G+ PS+FF+EGK+WGRSRRLI+P   GH N+  M+P I KIAER CAKLG      E VD  Q F  +THD IA +    D DS  +T D PS+SF A+ + +     L  + + ++ W  LSS +PWV+ IK+ S +L  +V+ +ID  R      G + PA G +G      LR + +    SD+A  D   RM  SD E++ + K LFLAG++TT+ +L WA+Y+LAK+P    RCR EAL+AAP+    +           C A  R                 E  T   G K++ G    +L R+  +SE +FTR  +F+PERWI++ER+EALLG+  +  K S+V H  +    FG GPR CPG D+A +EA I++A I +RF++ LAPGQ DPPEE  +FT G E++KL
Sbjct:   36 WSETSRARRVAKLGRSAAGSSSLPSPVAVLPRWIPFVGGHTLQMESEKMMQQVEGWADDLGGDYEITLIGKRVIFVTDPEDIRRILLLRPSKFKRGWRP---------VGVYPSLFFEEGKEWGRSRRLIAPFLSGHKNVAGMVPSIAKIAERVCAKLGD--GQGEPVDFVQEFGRYTHDAIALSGFGFDADSVRATKDRPSVSFEAMGAIVEAALALSVDPLAMLAWSTLSSLLPWVREIKEKSSRLQRVVEGAIDKTRSEMKEAGASHPAGGEEGA----LLRKLLSVEGGSDNAIKDVSNRMTLSDKEIVTQSKGLFLAGSETTAKTLSWAVYFLAKHPEMHLRCREEALRAAPLRTANIERA--------CIATTRR--------------SQETTTMKSGLKLEAGTAFTLLLRYPCLSEHSFTRAKDFVPERWIDAEREEALLGQPADR-KSSDVVHREEVAQAFGGGPRKCPGMDMAHLEAAIILAAISARFDLALAPGQADPPEEVFKFTAGVESLKL 523
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: UPI0004858FDA (cytochrome P450 n=1 Tax=Crocinitomix catalasitica TaxID=184607 RepID=UPI0004858FDA)

HSP 1 Score: 172 bits (435), Expect = 3.360e-42
Identity = 143/492 (29.07%), Postives = 221/492 (44.92%), Query Frame = 3 
Query:  396 GHTLLINISKFTAQ-----VESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQ-----LDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKLKFK 1841
            GH +L ++ +F  +     +E W EE    +++   G+  IV  + E   ++L +RP  F R    K T     E G+   +F  EGK W + R+  S      N+ +  P I +  E    K  G AD  E +D ++    +T DI    A   ++D+  +  D        I   IN     +     +  W+       W++R K          ++ I+   ID A+     ++        + S FL  +      +      KFSD E+   V S+ LAG DTTS S+ WA+YYLA+NP   ++ R+EA  A    +   ST + L QL +  AV +E +R++   P  +   + D T N  F I KG  +++ T+ A  +E NF+    FIPERWI              C    N  H  +    FG GPR CPGK+LA  E TI I+ IC +F+ +LA    +  E+ A FT  P+ +K+  +
Sbjct:   18 GHLILGHLPQFNTESKHLVLERWVEECGDLFKINFVGKPFIVSANHEMNEQILRMRPEVFRR--FNKITE-ILEEMGIL-GVFNAEGKVWEKHRKPTSEALNLKNVRSFYPIIAQKTENLIKKWIGFADQKETLDVQKELMKYTVDITTAIAFGYEMDTINNKSDQFQRDLEHIFPMIN-----ERITAPLPTWR-------WIKRSKDKKLDAALKSIETIIYKFIDEAKTRLANDSNRK----ENPSNFLEALLVEQEIAD-----KFSDKEIFGNVFSMLLAGEDTTSNSIAWAIYYLAQNPEIVSKVRSEA-NAVYADQLTPSTDKDLTQLKYANAVAQEAIRMKPVSPNLYMEAISDVTINN-FLIPKGMVMMLQTKIAQTTEANFSNTDSFIPERWIRG-----------GCPMHEN--HNPETIKAFGGGPRFCPGKNLAMHEMTITISAICKQFDFSLAVDPKEIIEQFA-FTMYPKHLKVNLQ 468
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: UPI0005CAF579 (cytochrome P450 n=1 Tax=Lacinutrix sp. Hel_I_90 TaxID=1249999 RepID=UPI0005CAF579)

HSP 1 Score: 166 bits (421), Expect = 2.300e-40
Identity = 144/494 (29.15%), Postives = 217/494 (43.93%), Query Frame = 3 
Query:  387 FLGGHTLLINISKFTAQVESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDS----SGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQ-LDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKLKFKWNED 1853
            FL GH    N       +E W EE    +++   G+  IV  + E   ++L  RP  F+R           RE G+   +F  EG +W R R+ I+      N+ +  P I        AK   HA  + VVD ++ F  FT DI    A  + +D+    S    +H  + F  I + +            I  W++  S      R+   S + ++ I+ + I  A   K E   +SG +  S + FL  +   + D+      +F+DDE+   + +L LAG DTTS SL WA+YYL ++P    + R EA    P    + S   QL  L +  AV +E +RL+   P  +     D   N    I KG  +I+  +     E+ F+    F PERW+ S           EC    N  H  +    FG G R CPG  LA+ E  ++I+V+C  F+  LA   N+  +E  +FT  PE +K+ FK  ED
Sbjct:   19 FLLGHLPQFNTYNKHQVLERWVEESGDLFKIHFVGKEFIVSANPEINNKILRQRPETFIRY---SKIDEVLREIGI-DGVFNAEGDRWKRHRKPIAEALNVKNVKSFYPIIQDKTRNILAKFKEHAVKENVVDVQKEFMAFTIDITTEIAFGLKLDTINNQSNGFQEHLEVIFPIINARLTA---------PIPTWRFFKSKK---DRLLDRSLKAIEKIIYEGIATA---KREMATSSGLN-ESPAHFLEALLLENKDA------RFTDDEIYGNIFTLLLAGEDTTSNSLSWAIYYLVQHPEIVNKVRAEAHAVYPKDE-VPSYYRQLELLKYADAVAQETMRLKPTTPQMYMESNADVVINN-LSIPKGTNIILQNKVPQTQEDYFSNAHIFSPERWLVS-----------ECPMHKN--HSPNVMRVFGGGTRFCPGMFLAKSEMVVLISVLCKHFDFKLASNLNEI-KERFDFTMYPENLKVTFKRVED 470
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: UPI0012BC62A8 (cytochrome P450 n=1 Tax=Xanthovirga aplysinae TaxID=2529853 RepID=UPI0012BC62A8)

HSP 1 Score: 165 bits (417), Expect = 5.020e-39
Identity = 143/516 (27.71%), Postives = 224/516 (43.41%), Query Frame = 3 
Query:  309 VRKTKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQ-----VESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKLKFK 1841
            V++ K S    + LPSP            G  LL N+ ++ A      +ESW +E    + + + G+R +V    +   ++L  RP KF R       S    E G+   +F  EG+ W + R++ S      N+    P I ++  RF  KL    +    VD +Q    +T DI    A    +++     D        I   IN      F   ++ +          +  I+K      ++ ++ +      K   T            FL  +  +  +  GS    FSDDE+   V +L LAG DTTS S+ WA++YLA+NP    + R E ++  P    +    +++NQL +  AV  E +RL+   P  F   +ED    K  K++KG   ++  R A I+EENFT+  +F PERW         LG G       +  H  +    FG+G R CPGK+LA  E  + +++IC  F++ L   + D   E   FT  P+ + LKFK
Sbjct:  107 VQEEKESIQTIEDLPSPK-----------GTFLLGNLPQYKATEKHLALESWVKECGPLFRISLMGKRFVVSADHDFNHQILKNRPEKFRRYFK---ISEIMEEMGIL-GVFNAEGESWKKHRKITSEALNMKNIRGFFPTIAEVTLRFYHKLKRLENQGVEVDIQQELIRYTVDITTTIAFGYPMNTLEKEGDVIQTHLEKIFPMINARITAPFPYWRMFRLIKDRELDHSLLEIRKSIMHFISVAKNRLSIFPELKENPT-----------NFLEALLVQQ-EKEGS----FSDDEIFGNVFTLLLAGEDTTSNSISWALFYLAQNPEIVKKVRQETMEVFP-GEVLPEDFDKINQLKYTEAVAMEAIRLKPVTPQLFIQSLEDQQI-KNLKVEKGTTFMLANRVAQIAEENFTKAQDFSPERW---------LGTGCPI----HTVHKPEVIKAFGAGSRYCPGKNLAMHEMIMALSMICKNFDLELTV-EPDQVREVFAFTMYPKNLGLKFK 575
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: A0A2G2KFU5_9FLAO (Uncharacterized protein n=1 Tax=Kordia sp. TaxID=1965332 RepID=A0A2G2KFU5_9FLAO)

HSP 1 Score: 157 bits (398), Expect = 2.230e-37
Identity = 141/508 (27.76%), Postives = 217/508 (42.72%), Query Frame = 3 
Query:  318 TKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQVESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKLKFK 1841
            T T     + LPSP         FL GH    N+S     +E W +E    +++   G+  +V  + E    +L LRP KF R       +    E G+   +F  EG  W R R+  S       +    P I K  +    K   +A++   VD ++  A +T DI    A    +D+    +D        I   +N          +I + K   +    ++ I+K       I+   I  A+    E    +     + S FL  +          +   FSDDE+   V ++ LAG DTTS S+ WA+YYLA++P    + R EA +    S  +  T + L++L +  AV +E +RL+   P  +    ED        I K   +++  + A  SE+ F+   +FIPERW++S            C  + N  H  D    FG G R CPG +LA  E TI I+ IC++F+ +LA    +  E+ A FT  PE + LK K
Sbjct:    3 TSTKFTTIKSLPSPKG------NFLLGHLPQFNVSNKHQVLERWVDECGDLFKINFIGKEFVVSANPELNAEILKLRPEKFRRF---SKINEILTEMGIV-GVFNAEGDSWKRHRKPTSEALNLKKVKGYYPTISKTTKELLNKWKTYAENSTEVDIQKELARYTIDITTTIAFGYKLDTLNHKEDDFQKHLELIFPMVNERITAPIALWRIYKQKKDKALDHSLKTIEK-------IIHQFIKEAK----ERLTTTPELKENPSNFLEALLVEQE-----NENTFSDDEIYGNVFTILLAGEDTTSNSISWALYYLAQHPGVVVKVRQEAKEIYSDSL-VPETTQLLHKLKYANAVAQEAIRLKPVTPNLYMQANEDIVLYN-LHIPKDTSIMLQNKVAQTSEQYFSNPNDFIPERWLKS-----------GCPMQQN--HTPDTIKAFGGGARFCPGMNLAMHEMTIAISAICNQFDFSLAVKPEEVKEQFA-FTMFPENLILKLK 468
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: UPI0012BC3AC0 (cytochrome P450 n=1 Tax=Xanthovirga aplysinae TaxID=2529853 RepID=UPI0012BC3AC0)

HSP 1 Score: 159 bits (402), Expect = 4.700e-37
Identity = 141/523 (26.96%), Postives = 225/523 (43.02%), Query Frame = 3 
Query:  288 RSAEAARVRKTKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQ-----VESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKLKFK 1841
            +SAE A ++  K        LPSP            G  LL N+ +F  Q     +E W EE    +++ + G+  +V    +   ++L  RP  F R       S    E G+   +F  EG  W + R+L S      N+    P I ++  R   KL       + VD ++    +T DI    A    +++  +  D        I   +N     Q     +  W++L   +   + +     +++  + D I  AR    +N     + G     FL  +  +           FSD EV   V +L LAG DTTS S+ WA++YLA+NP    + R E     P +   V   E +N+L +  AV  E +RL+   P  +   +ED   N  F  K+G  +++  + A  S++NF    +FIPERW+++       G  V      +  H  +    FGSGPR CPGK+LA  E  + +++IC  F++ L   + +  +E   FT  PE + L+FK
Sbjct:  107 KSAEDAPIQSIKD-------LPSPK-----------GTFLLGNLPEFQNQEKHLVLEKWVEECGKLFKINLLGKEFVVSADPDLNHQILKHRPDMFRRFFK---ISEIMEEMGIM-GVFNAEGNAWKKHRKLTSEALNMRNIKGFFPTISQVTHRLFRKLKAFDVEGKEVDVQKLMMRYTVDITTVIAFGYPMNTLENEGDVIQGHLEKIFPMVN-----QRITAPLTYWRFLK--LRKDRELDNALLEIEKTIMDFISEARNRLKQNPDLKEKPG----NFLEALLVQQEKEGN-----FSDHEVFGNVFTLLLAGEDTTSNSISWALFYLAQNPAAVKKIRQETQSIFPSTSHPVDY-EMINRLKYTEAVAMEAIRLKPVTPNLYFQALEDTQINN-FLFKQGTTIMMQNKVAQTSDDNFAEAGKFIPERWLKT-------GCPV------HGAHKPEMIKAFGSGPRFCPGKNLAMHEMIMSLSMICKNFDLELVV-KPEKVKEIFAFTMYPENLWLRFK 575
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: A0A4V3P4W8_9FLAO (Cytochrome P450 n=1 Tax=Flavivirga rizhaonensis TaxID=2559571 RepID=A0A4V3P4W8_9FLAO)

HSP 1 Score: 156 bits (394), Expect = 7.120e-37
Identity = 135/489 (27.61%), Postives = 214/489 (43.76%), Query Frame = 3 
Query:  387 FLGGHTLLINISKFTAQVESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDS----SGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQ-LDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAAEFTTGPETMKLKF 1838
            FL GH    N       +E W EE    +++   G++ +V  + +   ++L LRP  F R           +E G+   +F  EG  W R RR  +      N+    P I+   +    K   ++  + +V+ ++ F  FT DI    A    +D+    S S   H  + F  I S +            I  W+Y   F     +I   S + ++ ++ + I+ A+    EN     +     S FL  +   + D        F+D+E+   V ++ LAG DTTS SL WAM+YLA++P   A+ R EA +    S+    T E +  L +  AV +E +RL+   P  +    ED   +    I KG  +I+  + A   ++ F+    F+PERWI S           EC  + N  H  +    FG GPR CPG  LA+ E T++I+ +C  F+  L   + +   E  EFT  PE +K+ F
Sbjct:   19 FLLGHLPQFNTYNKHQVLERWVEECGELFKIHFVGKQFVVSANPDFNSQMLRLRPEVFKRF---SKIDEILKEMGV-DGVFNAEGTVWKRHRRPTAEALSVKNIKTYYPIILDKTKGILEKFKNYSQLNTIVNVQKEFMAFTIDITTEIAFGHKLDTINNKSNSFQKHLEVIFPMINSRVTA---------PIPIWRY---FKRKKDKILDESLKSIEKVIYEFINDAKKRIAENPKLKEQP----SNFLEVLLVENKDE------NFTDEEIYGNVFTILLAGEDTTSNSLSWAMFYLAQHPEIVAKVRREAREV--YSKDTPDTYENVEDLKYANAVAQEAMRLKPTTPQLYLESNEDVIIDN-VSIPKGTSIILQNKVAQTHDDYFSNPNSFVPERWIAS-----------ECPMQKN--HTPNVMRAFGGGPRYCPGMHLAKTEMTVLISTLCKYFDFKLEV-KPETIREQFEFTMYPENLKVTF 464
[Close]
BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: UPI0012BD5F26 (cytochrome P450 n=1 Tax=Xanthovirga aplysinae TaxID=2529853 RepID=UPI0012BD5F26)

HSP 1 Score: 155 bits (391), Expect = 1.170e-35
Identity = 149/524 (28.44%), Postives = 218/524 (41.60%), Query Frame = 3 
Query:  297 EAARVRKTKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQVESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAIN---TLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSKGE----NTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPE--EAAEFTTGPETMKLKFK 1841
            E +++ +  TS    + LPSP   L      L GH            +E WAEE    Y++ +  ++ +V T      +VL LRP +F R       S    E G+   +   EG++W   R+L S      N+    P I KI  R   KL         VD ++    +T DI    A    +++     D        I   +N   T  +  +  +K  Q K L   +  +++I         I++   DA    K E    N P +         FL  +              FSD EV   V +L LAG DTTS S+ WA+YYLA+N     + R E+ +  P     +   E +N+L +  AV  E +RL+   PT  +  +ED   N  F  KKG  +I+  +     E+NF +   FIPERWI +       G  V    K  V         FG GPR CPGK+LA  E  + +++IC  F++  A    DP E  E   FT  P+ + + FK
Sbjct:  103 EESKINEEHTSTVTIEDLPSPKKSL------LFGHLPQFKAKSKHKVLERWAEESGEVYKINLLDKKFVVSTDPNLNHQVLKLRPDQFRRFYK---ISEIMEEMGIL-GVLNTEGERWKNHRKLTSEALNLKNVKGFFPTISKITNRLFNKLKKLEAGQIKVDVQKEMMRYTVDITTAIAFGYPMNTLDKEKDVIQNHLEKIFPMVNKRLTSPLAYWRLIKFKQDKELDLALLEIEKI---------IMKFISDAKNRLKQEPELKNKPTN---------FLEALLVEQEREGN-----FSDLEVFGNVFTLLLAGEDTTSNSISWALYYLAQNSEIIKKVRKESFEIFPEHAHAIKY-EDINKLKYTEAVAMEAIRLKPVTPTMHYQALEDLKINN-FYFKKGTTIILQNKVPQTHEDNFIQAKHFIPERWINT-------GCPVHGTHKPEV------IKAFGGGPRYCPGKNLAMHEMIMALSMICKNFDLEFAV---DPEEVQEVHAFTMYPDNLWINFK 575
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BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Match: A0A2D0NIG1_9BACT (Uncharacterized protein n=1 Tax=Flavilitoribacter nigricans DSM 23189 = NBRC 102662 TaxID=1122177 RepID=A0A2D0NIG1_9BACT)

HSP 1 Score: 152 bits (385), Expect = 1.250e-35
Identity = 145/515 (28.16%), Postives = 228/515 (44.27%), Query Frame = 3 
Query:  324 TSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKF--TAQ----VESWAEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAAREAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAKLGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRAIQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSIDAARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRM--KFSDDEVLHEVKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVSTPEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVIVLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIHDAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPE--EAAEFTTGPETMKLKF 1838
            T++  ++I   P P          GH LL ++ +F  TA     +E W EE    Y +   G ++IV  + +   +VL LRP KF R L+  A      E G+  S+F  EG+ W R R  I+       +    P +         KL   A + E V  ++ F  FT D+    A   ++D      D      + I   IN     +  +  +  W+         ++++     ++ IV   I+ AR            + +     LR   T   +S   D+    FSD ++   V ++ LAG DTTS S+ WA++YLA++P    + R EA+ A      +  + E L++LV+  AV +E +R++   P  +    E+    +  +I K   +I+  + A    + FTR  EF+PERW+ES           EC    N  H  D    FG+GPR CPGK LA  E  I+++ +C +F+  LA    DP E  E  EFT  PE + ++F
Sbjct:    3 TAKQPTEIKDLPTPK---------GHLLLGHLPEFHKTANKHQVLERWVEECGELYRIHFAGMKLIVSANPQLNHKVLKLRPEKF-RRLSKMAE--IIEEMGVL-SVFNAEGETWRRHRIPIARALNARRIRTFHPVLRAKTGSILKKLSDRAATGEKVAVQEEFMLFTIDVTTSIAFGYEMDMINQQQDEFQDHLKTIFPMIN-----ERISAPLPVWRVFKQEKD--RKLETSLKVIEGIVHRFINEAR------------ERIKKQPELRENPTNLLESLLVDKEAHNFSDKDIYSNVFTMLLAGEDTTSNSISWAVFYLAQHPDLVRKIREEAI-AVYNGEDVAPSQEHLSRLVYTHAVVQEALRIKPTSPQLYLESNEE-VVLENLRIPKNTRIILQNKVAQTEAQYFTRPHEFLPERWLES-----------ECPVHQN--HSPDLVKTFGAGPRFCPGKYLAINEMLILLSALCKQFDFRLAV---DPQEVNEQFEFTMYPENLWIEF 467
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig1121.1.2 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LC30_ECTSI1.080e-16449.71Cytochrome P450 n=2 Tax=Ectocarpus TaxID=2879 RepI... [more]
D7FPK1_ECTSI2.900e-12743.54Cytochrome P450 n=1 Tax=Ectocarpus siliculosus Tax... [more]
UPI0004858FDA3.360e-4229.07cytochrome P450 n=1 Tax=Crocinitomix catalasitica ... [more]
UPI0005CAF5792.300e-4029.15cytochrome P450 n=1 Tax=Lacinutrix sp. Hel_I_90 Ta... [more]
UPI0012BC62A85.020e-3927.71cytochrome P450 n=1 Tax=Xanthovirga aplysinae TaxI... [more]
A0A2G2KFU5_9FLAO2.230e-3727.76Uncharacterized protein n=1 Tax=Kordia sp. TaxID=1... [more]
UPI0012BC3AC04.700e-3726.96cytochrome P450 n=1 Tax=Xanthovirga aplysinae TaxI... [more]
A0A4V3P4W8_9FLAO7.120e-3727.61Cytochrome P450 n=1 Tax=Flavivirga rizhaonensis Ta... [more]
UPI0012BD5F261.170e-3528.44cytochrome P450 n=1 Tax=Xanthovirga aplysinae TaxI... [more]
A0A2D0NIG1_9BACT1.250e-3528.16Uncharacterized protein n=1 Tax=Flavilitoribacter ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig1121contigA-nodosum_M_contig1121:53849..98950 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ascophyllum nodosum dioecious OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D8LC30
PFAMsp450
Model size3378
Max annot lvl2759|Eukaryota
KEGG koko:K15388,ko:K21446
Hectar predicted targeting categorysignal peptide
Exons14
Evalue1.13e-172
EggNOG OGsCOG2124@1|root,KOG0158@2759|Eukaryota
Descriptioniron ion binding
Cds size1716
COG categoryC
BRITEko00000,ko01008
Relationships

The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig1121.1.2prot_A-nodosum_M_contig1121.1.2Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig1121 55362..98801 -


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

Feature NameUnique NameSpeciesTypePosition
1680866520.9022462-UTR-A-nodosum_M_contig1121:53848..553611680866520.9022462-UTR-A-nodosum_M_contig1121:53848..55361Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1121 53849..55361 -
1680866521.0516152-UTR-A-nodosum_M_contig1121:98801..989501680866521.0516152-UTR-A-nodosum_M_contig1121:98801..98950Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1121 98802..98950 -


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

Feature NameUnique NameSpeciesTypePosition
1680866520.9136953-CDS-A-nodosum_M_contig1121:55361..554511680866520.9136953-CDS-A-nodosum_M_contig1121:55361..55451Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 55362..55451 -
1680866520.925211-CDS-A-nodosum_M_contig1121:55775..558531680866520.925211-CDS-A-nodosum_M_contig1121:55775..55853Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 55776..55853 -
1680866520.9358895-CDS-A-nodosum_M_contig1121:56076..562061680866520.9358895-CDS-A-nodosum_M_contig1121:56076..56206Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 56077..56206 -
1680866520.9503646-CDS-A-nodosum_M_contig1121:56704..568261680866520.9503646-CDS-A-nodosum_M_contig1121:56704..56826Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 56705..56826 -
1680866520.9585276-CDS-A-nodosum_M_contig1121:57046..571611680866520.9585276-CDS-A-nodosum_M_contig1121:57046..57161Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 57047..57161 -
1680866520.9688926-CDS-A-nodosum_M_contig1121:57406..575291680866520.9688926-CDS-A-nodosum_M_contig1121:57406..57529Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 57407..57529 -
1680866520.9778938-CDS-A-nodosum_M_contig1121:57683..577601680866520.9778938-CDS-A-nodosum_M_contig1121:57683..57760Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 57684..57760 -
1680866520.988047-CDS-A-nodosum_M_contig1121:57999..580921680866520.988047-CDS-A-nodosum_M_contig1121:57999..58092Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 58000..58092 -
1680866520.9976294-CDS-A-nodosum_M_contig1121:58304..583891680866520.9976294-CDS-A-nodosum_M_contig1121:58304..58389Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 58305..58389 -
1680866521.006877-CDS-A-nodosum_M_contig1121:58695..588461680866521.006877-CDS-A-nodosum_M_contig1121:58695..58846Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 58696..58846 -
1680866521.0155916-CDS-A-nodosum_M_contig1121:59385..594611680866521.0155916-CDS-A-nodosum_M_contig1121:59385..59461Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 59386..59461 -
1680866521.0274-CDS-A-nodosum_M_contig1121:61080..612271680866521.0274-CDS-A-nodosum_M_contig1121:61080..61227Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 61081..61227 -
1680866521.035485-CDS-A-nodosum_M_contig1121:70992..711451680866521.035485-CDS-A-nodosum_M_contig1121:70992..71145Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 70993..71145 -
1680866521.0435295-CDS-A-nodosum_M_contig1121:98525..988011680866521.0435295-CDS-A-nodosum_M_contig1121:98525..98801Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1121 98526..98801 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig1121.1.2

>prot_A-nodosum_M_contig1121.1.2 ID=prot_A-nodosum_M_contig1121.1.2|Name=mRNA_A-nodosum_M_contig1121.1.2|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=572bp
MAHFITHLGTQESAIDKAPQWNTNILLFCEAALVTTTLAVLTLLWWRSAE
AARVRKTKTSRDGSQILPSPVPVLPRWLGFLGGHTLLINISKFTAQVESW
AEEFEGDYELQIFGERVIVLTSVEDIRRVLALRPSKFVRGLTPKATSWAA
REAGLAPSMFFDEGKQWGRSRRLISPNFVGHNLTAMIPCIVKIAERFCAK
LGGHADSDEVVDAKQHFAHFTHDIIAFTACDIDVDSSGSTDDHPSISFRA
IQSAINTLDVLQFNAMKIIQWKYLSSFMPWVQRIKKHSCQLDAIVQDSID
AARCSKGENTPASGRDGVSTSTFLRNITTRSSDSAGSDRMKFSDDEVLHE
VKSLFLAGTDTTSLSLCWAMYYLAKNPVTFARCRNEALKAAPMSRGMVST
PEQLNQLVFCAAVFREVVRLRTAGPTPFHTCMEDHTTNKGFKIKKGRGVI
VLTRFASISEENFTRGAEFIPERWIESERDEALLGKGVECDKKSNVRHIH
DAFLGFGSGPRVCPGKDLARIEATIMIAVICSRFEVTLAPGQNDPPEEAA
EFTTGPETMKLKFKWNEDAST*
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mRNA from alignment at A-nodosum_M_contig1121:53849..98950-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig1121.1.2 ID=mRNA_A-nodosum_M_contig1121.1.2|Name=mRNA_A-nodosum_M_contig1121.1.2|organism=Ascophyllum nodosum dioecious|type=mRNA|length=45102bp|location=Sequence derived from alignment at A-nodosum_M_contig1121:53849..98950- (Ascophyllum nodosum dioecious)
GGTTCGTCTGCACGTTGTGCTCAAAACAAATTTCAAGACAAATCACTCCC
CCCCAAAGACATTACCTGCGCAGTCTTCGTATTTCGAGCGACAGAGAGCT
TACAGGCCAACTGGTCGTCTAGAGCGACTGGTCCGCGAGATTGTTTGTTA
TGGCTCACTTCATCACCCATCTCGGAACGCAAGAGTCAGCAATCGACAAA
GCACCGCAATGGAATACAAATATATTGCTCTTTTGCGAAGCTGCCCTGGT
GACGACAACGCTGGCAGTTCTAACCCTGCTGTGGTGGCGGTCAGCGGAGG
CTGCCCGTGTTCGCAAGACGAAAACAAGCCGTGATGGTTCGCAGATTCTG
CCATCGCCTGTCCCTGTTTTGCCACGATGGCTTGGATTCCTGGGAGGCCA
TACACTACTCATCAACATCTCGAAGGTGATCAGATACAATAAGTCTAATA
AAACATACCTGGTACTACTACTACTACTACTGTACATAGCTCTTCTCTCG
GCAAGTGTCTTGATAAATACACCCCGACGGCATTCTTCACTACTACTGTT
AGGGATGCTAAACCGACCTTGTATGCGCGTAAAAAACTGTCCGGTCTATT
CGAGAAATTCCCAAAAGTTCAGCTCGAAAAAAAAAAGGGGTAGATTCCGC
CCCAGGATGCCGAGCATCAAAACTACTTGATTTTAGAACACTATTACATT
TATTTTTGGAGGCCGTATTCTTGCGCCCAGGGACGTGTTGGCTCTTTATA
CTCCGCATGCACTTTCATATAGGCAGTGGCCAGTGTATTGTTGTTGTTGT
TGTTGTTGTTGTCTTCACATTAAAAGCCGTTCCGGTCTCTACTCAGTACT
TTCTAGCATCCGTACTGGTCCAACTGACGCGGACGCCTTCCGTGGTCACA
GGCTAACTACCCAGAAAGGGTACACATATCAGAAAAAAATAAAAGGACCC
AGAAAAGTCAGCACACACGCGATAGTTTGAAAAATAAAATAAAACCCCCA
GATAGTAAGCTTATATTTTCATTTTCTTTAAGAGTGGGCCGCAAAAGAGC
AAAAAAACTGTGATTTTCACACTTTTTGCTATGTCCCTTGTCCCTACGGT
GGGGTTGCTCCAAATATTGAGAATTGCGCTTACTATACACTTCCTTGGGT
TTCAAAGCACACAGCACAAAAACCAGAACTCGCATAGCGTACGTCACCGT
CGAGAACGGGTGTGTCAAAAATCGCCTCTTGGTCATCGTTTCGGGCGTCG
CCATGGACACCACTTCTCCTGCCCCCGAAAAAAAATCTGCTCCCCAAAAC
AAATCTGCTCCCCAAAACAAATCTGCTCCACAAAAAAATCGAGACATGCT
TTTGGCGCCTCGGCAACCCTTGCCCGGCGAATCGGAGCGGCTCGTGTTGT
ACCATACGAGGCCGAGAAGGGAGAACACGTGATCTCTTTCCCACTCGTTC
CACGGGCCCTTGCCGAGTGGGCCCATGAAGAATGTGCTGGTCATCCCTGC
AGTAACAGCGATGTGGAGGATATGCAGGACACACCCTAGACGAGCAGCAT
AGACCCTTCTATCTCAGAGGTCATCGAGCTCAGCAGCAGCGATTGCGTCA
CTAGGTAAAGCATCACTCTCATCGTGTTCGCCGAACGTCGGCTGCTCGGG
TGTGCTGTGAGACATATCTGTGTCGGTGTGGGTCCGTGCTGCTGCTTCAG
CTGCTGCTTCCTGCTGCTGCTGCTGCTGAGCTACTGACTGCTGTTTTTTT
CTTTTCCTTAGGAGAATGGGGACCGGTTCTAATGGGGACCGGTTCTCCGA
ATTTCATTGGCTCAACCGATTTTCCATCTGAAAGATCCGGGACACATTTA
AAAAAAAATCCTATTTGATTTTTTGGCGATTAGCACCCCTAACTGTCTGT
AGTATTTAATAGTACTCTTGCCTGCGCTGTTGATTCGTTTTCATGGAGGT
ATGCTGCGAATTATTTTCGTGAGACATTTTTGGGTCTTTGGGTTTTTCCC
CCTAATATGTTTTCCTCTTTATAAAGAAGTTAGAAGCGAAGTCGATGCTC
AATTTCCGTCTTTGGAACAAATTTTGCTGCCAAGTACATAGATTAACAAA
CACAAAGAGAATGCGCCCGGTGGCTCCTCGAGGCACGAACTTGGAGGGAA
GGTTAAGAAGAGTCCATACATTTTCAGCTCCAAACGGAAGATTCCACCCA
GATGTGTCCTCATTTGATCGATGTGCATGATTCCCTATTTTTAAACTATG
ACGAAAGCCTTGCGAGGATTGAGTGTCTTTGAAAGCCGCAAGCTCGATTC
CTCGCTATACTTTCCACGGTTATCTAGATCGAAGAATAAACATGGACAGG
GGAGCTTGCCCTTAATGTGTGTAATAGTTAGATAACTTTTAATGTCGCGG
TTTTGCCGTGATTTTGGCCCACTAACAGTTGACCTCCTGGTCCTCTGTTT
TCTTAGCACCATGATTTTGTTTTATTGGGTTGTAGTACATACTTAATACT
TAATAGAGGACAAAACAAAACAGTACAGCACAGTAGAACCACCGGTACTT
TCAACATGCCCACTTCATACCAATAGTGTGTGTGGGAAAGAGAGGCGAAT
ATTAGTTGGTCCATGGTGACCTGCCAAGGCAGCACTCGTTCGGAACTACC
TTGAGGTTTACTGGCCCCGTGCCGGCGGACTCTCGGCAGTTAACGCCATC
GGTACGCAATTGCATGACCCGATAAACTCGGGACTGACCCGATGGCGTAT
AGCGGTTATAAATGAATAAGTGGACGCCGCTGCGGAACTCGGGAGCAATC
CCGTAAGTAAGCACCATAGCTCTATTCAGCTTGAGTATGGAGATGAGCAG
GCTGACGCGGGATGGGACTGCCGAACTCGTCTCGCGAGACCAAATTCTCA
GGCACAACCGCGGACGAGGAAATATTCATTTTTCCTGTGTTCGGCTGACC
ACGTGCAGGACTGGCAACCTTCCCCGGTTGATCCATACTCTTGCTATATG
GGTGACCATACATACATAGTATTAATGGTAATAATATACGATAATACCTT
ACATCAGAAAAAAAAATAAGGCACGCACCGCAGAAGGGAGGTGGATGAAA
ATCCTGTGTGACCCCGGCTGGTACGTCTAACGAACTTGATGTCCAAAATG
AATGGGAAGAAAACAGACACACAAATGTTCACAACTGACCTTTCGATTAC
TCAATATGCTTCTCACATTCAGCGTATTGGTTGCCAAGCCGAAAAAACTA
CTTTATACGGTGGCCACTTCCGCTCGTGGTCTGCTGAGAAAGGAAAAAAA
GAAATATACGCTAGTGGTAGTATTGGCGTACTTCAAGTTGCCGGGTGGCA
AGGAGCATTGTACAGTAGAGTAGTAGTAGGAGTCAATAAATAGTACCAGG
TAACAATAGTAAGTATGGTAGTATCTTTCGGGATACATTTTTTTCTTTCC
CTCAGACTACGGACTCCTAGATTTCCCTCAACACCTGTGGTAGTGTATGC
ATCAACCGGGTATGGTTGCCAATCTTTCTCGTAGTCAACGGAACAAGGAT
AATATTTTTCCCCCTGTCCCTGATCGTGCCTGAGAATTATTTGGTCTCGC
GAGACTGGCTCGGCCGTCCCGTTATGCGTTAGTCGGACAGATAGCCCGAG
TAGGGGGTATCACAGTAACGAGGGTAGACCGCATCATGATTCACCATCGG
TAGCATAAGGAAGGGCGAATAACGCACTTTGATTGATTGATTGAATTATT
ATGTGTGCTGTTGATCGGGCCTCAACCATACCCAGTTATATACGTAGTTG
CCAATCCGGTACATGGTCTGCTGGACAAGAAAGTATCATCAGCGGAATAT
CATCATGTACAAAGCTACAACAAGAGCATGAAAACAAAACAAAATTAAAA
CGAAAACGACGAAAATAAAGGAACAATACAGAAGAAGGTCTAGGAGTGTT
CTGATTTTTCTTTAAACACAAAGCACACGCCAGAAAAATATAGAAGGGCT
CGATAGAGAGAGTTTGGCATCAGTGCCAGCCGCGAGCCATCCGATACTCT
CCCCGGATCGCAACCATACGCCCAAACGCATAGCATCTGCAACAACTCCG
TACTTACAGGGTTTGAGGTTTCTATAGGCACAGAGTAGTCGACGTCACTT
AGGGAGTCCTTGGGTTGGTCCAATCAACGCGGCTCTAAAACGTCTCAAGC
TTGCTACAGTCACCCCAGGTGCAATCTCAACCTTGTCCGCCTCTTCCGCT
TCTCTCTTCATTTGCTGGTGTTCGGACGCCATTTCCTCTTCCTTCACCCA
CGCGCACATAAGCTGATGACAAAAATACAGCCCGTGGCCACGAGGTAGAA
AACACTGTCCGGAGAGGAAAAACGTACGACGTGCTCTCCTACAAAGCGAA
AACGATAATGGTATAAAAATCTCCTTGATGTGCCCCCAGCTGGCATTATA
CCAAACTCTCTCTATCGAGTGCCCTTCTGCTCTTCTATCTTTTTCTGGCA
TGTGTATTTTGTTATTGTTTCTTTCTTTTTGTCGTTTCTGTTTTTAAAGA
AAAATCAGAGCGCACCTAGAGCTTCTGAGCATCCCCCGGTTATGGGGGGG
AAAATGTCAAAACGTTTAGGTGTTTCGTTATGTTTTTTATTTTTGTTTTG
TGCTCTCGTTGGTACTTTGTAGATGTTCGTCTGATTTTTCTCTGTCCAGC
AGACCACGAGTACTAGATTGGCAACCACGTATATTACTGGGTACGGTTGA
GGCCCGATCGGTTAATGTGAAGAAAACACAACAAAAGCACACGTCGTGTG
TCATTCATGGTTTGGCTAGATACTCCTACGTTGTTTTCCGGTCTAAACGC
GTGGATCGTTGTGTTTGATGTTGAGCATAAGGAGTATCTGGAAGCCGTAG
ACCTGACATCGTACGTGGGGACCATACCCACTTGGCTTGCCTCTGACATC
CTTGCGTGATCTTCCCACTGCTCTTCGTCTACTTCCAGGTGAATAACGGT
GTCTTGTACTATCTGGATTATAATGAAGACATCTACATCAGGACCCTCTG
TTCTCGTTTCAACCCTTGACCCAAAGATTGTATTTACCACTTCTAATAAC
TTATACGAAGTATACAACAATAAGGATCTTTTTCTTCCCGTTTCAATCCT
TAACGGGGCCCCACGCGTTTGGGCCGAAAAAAAACAAATTGGGCACAAAA
TACTGATGGAACAGCCACATGACTGTAGCTACTAGCCAATGGGAGGGAGG
CCAAATGGAGCTTTATTAAAGAAAACAGAGAGAAAACTGAAGAGCCCTCT
TTGGGCACCTCGGATAACGGAGCAACCACGGCGCCATGGCTGCTCTGCTC
CTATGACTCAGCGCTATCGGCCTGGGGGGGCTTGTAGGTCATGTGGCACG
ATACAAAGGAAATCGTCTCGGAGCCCAGGACTGTTCCTCGTTGTTTCTCA
CTATACTATTTGGACCACAGTTATAACCCTTCAAATATCTCCTGTGACCT
ATGCGCCCCGGGCGAGTTCGGTGCAGGTAGGCTGCCCTATCGCCGCGTGT
GCATTTGCGTAGTACATGATAAACACTGCAGACTGACGTCCGCGACAAGT
TGATATCTCTCTTGTGGCAATATATTTTCGAGAGTTGTGCTTGGTCGGCC
CTAGCCAGGCCTCTCGCCATGCAGCAGTAGAAACGGCAACAGGTATGGAC
TGCTCCTGAGCCTGATATCGCCTCCGAGATCGCGGTTTTGCTCAGCAGAC
CTCCCCAACCCCTGCTGGAGCAACCTCCGAAGAGGACAACCTTCTACGTG
CTACTAAGCCGAAGAAAGTTGTCTAAATGTGTGTAGTCACCTTTCTGTGG
CACGATTCCCGGGTTTGCACAAAACCACCAAAACGTCGACCGCCGAACCT
CGGTACATGACCTTCGAAGCCCAAACCTTCCTACTGAATAAAGATACGTG
ACTATGCACTCTTACGTATGGAACATGTGGCGATAGGGCCCCAAGCAGTC
TCGTACCTCGAATTCCTGATACCGAAATTGTACTTTGAGGCAAAAACGCC
CGTATTCACGCCTTTCTTGTACCGATCAACCGATCAACCTATTTTTTTAA
TGTTGTAGAGGTGTCGGAATATTTCTGGACCGTTCCTAGCCAATCAGGGG
CGGAGCTGCCGATATTTATATTCCCTTAATAACCATTTCACGAACCGTAA
CAGAAAAAAATCATATAAATGAGGTGTTATATTCCTATAGGAAAAAGGGG
CCCCGTTAAACCAAAACCATATGTAATATCCACTACTGATGTAGGGCTCG
CCTTGTTGTAATCATCCTGCTATCAAAAATCTAACACGTAGAGTGAAACA
TGTACCGAACAATGTTGTATAAAGTTCCCCAATGGCATCACGTGGGGTAA
AATGTTATTGTCTGGCCATCTCTTTAATAATATATATTGCCTCTGGTTTT
GTTTTTCTTGTGTACTTACATTACGATTAAGGTCACTATAATATACGGTA
TACTGTTGACCCAATGCCATGAAAAAGTTCTGAAATTGCAGCCTCTGATC
CTACCTTAACGCCTGTATGCCCACAAGGTCCAGGCGCGTTTTCATATGTA
CTACTTATGATAACATATACTAGTAACTATTTCTATAGTACTGCACGTAT
CCAGGATCACGTCTACATCTATAGATGTAGAGCTAATGTAACAAACTCTA
AAAACTGAGTTGTATCCCAAGCTTCCCGTGTATTCTGTGTTTGTTTTTTC
CCCCCACAACCGGGGGATGCTCAGAAGGTCTAGGTTCGTTCTGTTTTTTT
CGTAAAATACCCTTGCATGACAGTTAATGATATTATACAGTATACTAATG
TACATTTTACTATTTACCCAAGCCTCTATTCCTGCATGTCTCGATGGTAC
TATTATCGACAGTATCGTAGTAGCGTAACTGTGTATTACTGTGGTTATGT
TGGGGTATGATTGGTGGCTGTGCATGGTGATTAATATAAGTGTACAATAT
AGCGGTGGGCTTCTCCCCGACATTATACTGTTGACCCAAGGTTACTACCA
TTGATGTTGTGGCTTTGTATTTATAGCCTATGTAATAGTATATTATTACT
ACCATGTATGATGGTGTACTACATTGTCTCTGGTTTGTTTTTAATGTTTT
TCTGGTGTCCCTGCATGGCGATTAATGTATCTCCCCGACATTATACTGTT
GACCCAATGTTATCTGCATCGGGGAACCTGTTTAAATGCCATGAAGAGGT
TTTGTATTTGCAGCCTTTGATCCCACCTAAACGTTTTGACATTTTTTCCC
CCATGACCGGGGGATGCTCAGAAGGTCTAGGTGTGCTCTGATTTTTCTTT
AAACAATAACAGCTCAGAAGGTCTAGGTGCGTTCTGATTTTTCTTTAAAC
AACCACATGTATATAATATACAGTACTCCGTATCTATTTTCGCAAATAAT
TCGGCCTTTTTTCGTCACCTTTTTCGCCGTTACGATATACCTCGGCGTTT
TAAAGTACCAAAACATTTCAAATAACGATTGGTTCCCAGAAGAGACATCT
TGGATGGCGGTTAATATTGTCACTAGGCAGCGAAGCGCGGAGGATAAAAA
CATAACACCCTCCAAATGTATACGAAGATATCATATCAAAATAGACCATT
GCCACCTTGTGCCGTCTCGACCCTAAACATGGTTTGAGGGTATGAGTGTG
TGGGAAGCCCTTTCCGGCGGGGGTAGAACTGGAGTTATCCTCAAGATATT
ATAAAAACTGAGGCTGTCTACTCGATTCAGCTGGTTGATTGACAAGCGGC
GGAAGTTTGGTTGTCTCCACCACACGCGCCTCTCCCGAACGCCAATTTGA
TACCCTTCGGGAGATAGTGGCAAGCAAAATGCGGGTGACAATGTTGCCGA
AAGTCTGTTAGAGTTATGAAGCACAAGAGAGCGTACTACTACACGTACTA
TTGAAATCACGTGGTGAGTAAGCATCAGATTCGGAGAGGATGGAGGGTAG
CTCGATCGTCGACAAGAGAAAGGGATGCTGAACCGTTGAGGGGGAGAATC
ACAGGAGGTGAGAACCGTGGCGTCTCAGAAAGAGGAAACGAAAACGTTTT
CTTATAACTACGGCCTGGTTTTTCTACGAAAGGCAACCTGGAGGGGGAAA
CGACTAAGATTCCTAGGATGCTTTCCAAGGAGGTCCAGGGCTTTGGACGG
GTAGATGCTGGCTGGCGCGCCAGGGTCATGGCTCAAGACCTCCGCCACCA
TGGACCTCGGTACAACATTTATTTTCCACTTTTTTGCACTCACCTTTGAG
AAACGCGGATTTTTGTACTAGAATAAGTAGACAGCCTATTTTAGGTAGTT
TCGGAAATGCCATGAAAAAACTCATTTTCGTACCAAAAATCTTGTCAAAT
CTCATACGACACATGAAATTCTGTATCAGCGCCGGATGTTGCTGTTCATT
CCCATACACTGTACAGCGGCGGGGCAGCGCTTGAAGTCGTGGTTTATTAC
GCCGTCGGCGGGACAGCCCAGGGGCTGATGGTTACCCAAATTACCGAGGC
TTCAAACAGTGCACGCCGTGCAAAGCAACTATTTACAATAGTGGTGCTAC
CGCTTACTCCTCAAATTAAGGTGTTCAATAGAGAATGAGTGCCTGTCGAG
TGGGCCGTCGGAGAGGTATCACGTTTGGTGTGTGGGCTTTTTCCAATTAT
ACGAATAATCCTTCAGTTACGCAGTACTGTATCTCCGTATTCCTAACTCA
TGTCCACCCGCATTCCTGAACACGGGTAATCATGTTACTGTATTTCCGAC
AATTTTGGCGTGAAACCGCCGACGCCCGAGCAGTATTTAATAGTAAGAAT
TTGGACTCTGGCATAATAGGGTATATTTGACGATTATGCACAGGGGGGGG
GGGGGGGGTTGGAAGATGCAGGGAGTCCATTCAAATGAGTCCAGGTGTTA
AGGGTGCCGTATACACAGTATGGATTTTTATCTAGAGTTGCATGTTTTTG
GAGCTGTTCCTGTTAGCAAAGAAGATGAAATTCTTGACCAAGGGCGGGAT
TCATTGTATTTCCAGGTCTTCCCTTGGCACTTTTGTTTGCGCGGGCACTC
ATTGGTCGAACTGACGGAGCAGGATGACAGTGCTGCTGATATCATCTTAC
ATAATATGTAGAGCTATACATATATGCACTGCTGCATTCATAGTACATGA
TGTGTACCGATAATGAATGGACGCCGCCGTGGAACTCGGGAGGAATCCCG
TAAGCAAGCATTAGATTCAGCCTGGAGTATGGAGATGAGCAAGCTGACGC
GAGATGGGACCACCGAACCCGTCTCGCGAGACCAAATTCTCAGGCGCGAA
CGAGGACAGCGAATAATTCATTTTCCCTGTTCCTGCTGACCACGAGCAGG
ATTGGCAACCTTGCCCAGTTGTGAGGGCCATACATACAAACATAGTTCCA
CATACACATACCGCTGAAGTATGCATATTATACAAAACAGTGAATGGTGC
ACGAATGTACATGCCCCCAAATAAACAATATACTGGTCCCTGGTATATAA
ACCAATACAAACAGCAGTACTGTACCAGTACATATATATGTACTTATAAC
CACGGATACAGCTGACCACGAACAGGTTTGGCAACCTTACGCGGTTGATC
CATATTACTCTGCTATAAGTGGTGGCCGTACTTACTAGCTCTGTACATAA
ATACATACCATCAGCAATAATAGTACATGTATGTTGTACCAATAAACAAA
GCTGAATATCAGGTGTCTGTGAAGCATACTAAATTCTATTGTTTTCTTGT
GTAGATGTATTTCCACCCAACTACAGTACCCAGTAGTTATGTCGATTTTG
TGACAATTTGGACAGAACATCGAGTGTGATCTCTCCACGCGGATTTCAGA
AATGAAACGTGCCAATTTTTCATTGTGCCCAGGCTGAGACCATCTACAGA
AGCGTAAAACACCCAGGTATCTTTCTGTGATGACCGTAATTGGTTCGCAA
GTGTGTGCATCAAGCACGGTGTCTTCCAGTCGAGGCGTTCGAAGAGGGCA
ACCCGTTGCCCCGCAAAGGCTTTCAACTTCAACAAAAGAGGAGATGATTT
TTCCATCGTAGCTCGGTTTCGCGTGCTAATTCCAGCGGCCATGTATACCT
AACTCCCACATACGATGCTGCTTCCAGTTTCGTGAGCTCGGGGGCTTTGT
GTACCGTGAGTGGAATGTATTTGGTCGGCTGAGACAGGCTTTGGTTCACA
TCCAGACCACAAACGCTCTCGGCCGCCGTCCTCGACCGTACTCGACGTAC
TCTCAACCGTTTCGGCCCGGGCGGGAAATAGACGCGTCCGTGTGAGCTGG
TATGCACGATTTACAAGAGTCCGCTCCAACAACTTGAGCACTCAGCTCAG
GAGAACGCGAACCTCAAGCACAGTGTCTCCCCTGGTGCCTACCACTGTAA
CGGACCCCGAACAAACGGCAGATTCGGAGCAAATATGAGTGGCAACGATT
GCACTCCACACAGAGCAGGAAAAGACACGAAATCTTCAGGAAGCCCAGGT
ATCTCAACTTGCTTGCGGGTTAGCCATCTACGCTTGTGGGCTGACCACCA
TTTCTGCCATAGCTGCTACAGCCTTTGATAAGAGCTGCAAATGGCCCCAA
TAGCGCCATTTCATTAAAGCAGACATTCAACCGCATTTTTGTAACCGGCA
ATATTTTGGAGTACAAAAAGCAAAAAACGAGGATCGGGGAACAATCGTGT
AAAGTGCAGCCTAAAAGAGGACGTCAGTATAGGCTGCTTTTCATCCCAAG
CACTCTAACCTGCGTCCTCGCATAGCGTCAACAAGATTAGTATCGGGTAG
AAACCAACCGTTGCAATATACACTTCACATTTATCGTCGCCCGAGTGGTC
TAGTTGGTAAGCTGCACAACTGCTAGTACGGAAGTCGTGAGTTCGATTCT
TACCAAAGTAGGATTTGCGTTCTTTCTTTCGTAACGAAGAGCGTGGGAAC
GTGAGTTAAGTAAAGTTCAACCATTGGTTGACGAGTTGTAAGAGTGCTGA
ACTTGCATCGCGATAAAAAAGTTGTAAGGCGTGAACCGGGGAGAGATGGG
AAGATCCTTTGTGACCACAGGGAGGATGGTAATGATGAGGTCCATCGGCT
ATAAGTGAGATGAAAAGAAAAGAAAAAAGAAAAAAGAAAAAAAGTAGAAC
ACCAAAAATCTTACTATTCTTGCTTTTGTTACTACTGCATAATGATTAAT
GTACTTTGTAAAGTTCCCTCTCTGACCTTATTGAATATCCCTATGTCGCC
TCCCATCAATTTATATCAATAACAAAGAACCTCACCTATATTCTAATATT
AATTCAACTTTACTTTCACTTCTCTAAGACCGTGTAAGACCATATTACTA
CACTGTAGTCCAGGACTCTTAGATAAAAAAGATTGTGGTTTTGGTGTCCC
TGCGAGGAGATTAATTTAAGTGTACAGTATAACGGAGGGCTTCTCCCCGA
TATTATACTGTCGACCCGATGCAGTTACATTGGGGAACCCTTTTGATACC
ATGAAGAGGTTTTGTCTCTACAGCCAATGTTCCCACCTAAACCTTAAGAC
ACTCTTCCACTTGAGGTGCATGCTCAGGAGGTTTAGATGCGTTCAGATTT
TTCTTAAAAACAGAGGCAAAACCACACGACGAACCGAAATATAATAGAAC
TCAGTCTCATGCCATGTTTTGGATCGGATTCAAGAAATGGTGGAGCAGAG
TCTAAGCCTATTGTAGAATATATAGCGTTAATAGCGTTAATAGTGGCAAA
GGATCTTCAACGATCAACGCTAATAAAATATGGTGAACTCCAGAGGGAGC
AATATCAGGGCCCTCGTTCTAGGAGACTTAAGGCTGAGGTAAACACAGTA
TGAACTTTATTTAAGAGTTGCATGCTTTTTTGTTTTTTTGGGTGTTCCGG
TTCATTCACAGAAAACATGAAATTTGTGCTTAAGGGCCGGATTCCCTGTA
TTTTCCAGGTCTCTCCGGTACACTTTTAATTTATGCGCTGGTCGTCATTG
GTCGAACTGACAGGGGATTATGACAGTGCTACAAGTACCGTTGCTGTAAT
ACGAATGTCTCTCAAAGAGTATGCATGGCCATCACATATACTGAGTAAAT
AGCAGAGTATGGATCAACCGCGGGTGAGGTTGCCAATCCTGCTCGTGGTC
AGCTGAGCAGAGAATTTAAATATTTTATTGTCTGTCCCCGTTCGCGCCAC
GTAAGCTGATGTAAAATTCCAGCCCCAGGTCACAAGGTAGAAAAACATCA
TCCCGGAAGGGGAAAACGTACACTCTTCTATGAATTTTACTATAGAGTAC
TATCTGTACTGCTGATGCTCGGTACATACACTACTAGTCTACTGCTGTAA
CAACACACTATACCATGAAGAAGTTATGTATTTGTAGCCTTTGATCCCAC
CTTAACGTTTTTATGCCCAGAAGGTCTAGGCGCGTTTTGATATGTACTAC
TCATGATATCATTATGCCTATGGTACTGCACTGTGTTGTACTATATACTA
CTAAGTTACTAGGCGGGTGCTGATCTTTCTTTAAATACGTATAACAAAAG
TTATTGTACAATTTTCCAGGATCACGTCTACATATATACCTGTAAACCCT
CTTCAGTGACACCCATCCGATCCTAGATGTAATGTAACAAACTGAGTTGT
AACCCAAGCTTCCCGTGTCTTCTGTATGTGTGTGATATCCTCGCATGACA
ATTAATGGTATTGTACAGTATACTACTATACTACTATTATAGTGGATTTC
TCATCTACGATACATTTTACTGTTTACCCAAGCCCCTAGTCTTGTATGGT
TCGGTGGCACTATTATCGACATCGGTATTATCCTCTTAAATATGTACTAC
AGTGGTCATGTTGGGTTATGATTGGTGGCTGTGCATGGTGATTTATATAA
GTGTACAGTATAACGGTGGGTTTCTCCCCGACATTTATACTGTTGACCCA
AGGTTACTACCATTGGGGAACCCGGTTAAATACCATGTAGTGGCTTTGTA
TTTATAGCCTATGTAATAGTATATTATTACTACCATGTGTGATGGTGTAC
TACATTGTCTCTGTTTTGTCTTCACTGTTTTTCTGGTGTCCCTGCATGGC
GATCAATGTAAGTGTACAGTTTAACGGTGGGCTTCTCCCCGACATTATAC
TGTTGACCCAATGTTATTTCCATCGGGGAACCCATTTAAATGCCACGGAG
AGGTTTTGTATTTGCAGCCTTTGATCCCACCTAAACGTTTTGACACGTTT
TCCCCTCTGACTGGGGGATGCTCAGAAGGTCTAGGTGCGTTCTGATTTTT
CTTTAAACACACACAAATACATGTGTACATACAGTACTACAAGCTACTCT
TCCATAAATACTACTATGAGTAAAGTTCCTAATGATGCTCGGTACATTTT
CGATGTAGCAAGATTTTTCTTTTAAACACACAAAAACATATGTTAACACT
AGTGCTGTACTATCTGGTACTATTTATGTCGACTTTGGGGGGATTTGTAC
CAAATCTCGGGTGTCATCTCGCCCTGCGGATTTCTCAAAGTCAACGGTGT
CGTCTTGAACGTGCCATCACGATAGGCCACCGGAAGAAGCACAAAACACT
CAGCTATCTCTCACCGATGGCCGTGGTTCGCTCGCAAAAGTGTACAAAAA
GTGTGGTGGGCGGCAGTCGAGGAGTTGAACTAGGGTCGCTGTTGCTCCGC
ACAAGACTTCAAACACCAGTTGAAGAAATGATTTCTCCATCGCAGCGCTG
TCCCGTGCGCTAATTCCAGCGACAATGTCTACCTTACTCCCACATATGAC
TCTGCCTGCAGTCTGGCGAGCTCGGGGGTTTCGTGTGGCGTGAATGAACT
GCATTTCAGCGGCTAAGACAGGCTTTTGCACCAAATGGTGCACATCCGAC
GAACAAACACCGCGACCGCCGTCCTCAGCGCACCACAAACCGTTTCGGCC
ATCGCACCGATGCAACTCGTTCACAATACCCTTGACTATAATATGTAGAA
GAATTACGTCGTCTAACTTGAGCACTCAGCTCAGGAGAACGCAGGGCTGA
AACACAGAGTCTCTAACGATGCCTGCCACTGAGGCGGACCCCAGACAATC
GCTCGATTCGGAGCAAATCTCACCAGCGACGATTGCACACCACACAGTGT
ACGGAAAGACACCAAACCTCCAGCAAAGCCATGTCTGTCAATGGGGAGCA
CAGCCGTACTTGGTGGGTGCGCTATCTCGTCTCGTGGGCAAACCTCCTTT
TTCGCCATCACTGTGAAAGAATGTTCTGCCTTTGCAAATTGCCCAAATAT
CGCCATTTCATTGACGCAGACATTCGACCGCATTCTATTTTATGTTTGTA
ACAGTCGGTATTTTGGGATAAAAAAGTAAAAAACGGGGATCGAGGAACAA
TCGTGTTTACCGCAACCTTAAGCTCTGCTGCATTTGTTTAGAAAATAAGA
GAGGGGGGTGGTATCCCCACGTTTAGGTTCTTGACAACTTGCAATATTTG
TACAGTATAATAGGTGCATTAGAACATACAAGACACAGATTTCATGCTTT
GTTTGACTTTACAAGCACTTTATACTCTACAACTAGGAGTGGAATCATGA
TAAATGAAGTACATAAACGTTCTCAGAACGTTTTGGCTTCATTTTTACCT
ATATTACAAGGAGGGGTGGATACAGAGTACAGTACAGTACAGTACAGTAC
AGTACAGGATGAATACAGCAGCCAAAACCAGTACCTACAATTATAATGTC
TAGGAGAAACCCGCGGTTTGGTTGTACAGGAACACAGCAACTACGGCCGC
AAATATTTTTCTTTAAATACTTGAATTCGATCCCAAGCCCAACATAATAG
AGTTGTTTCCAGCTTTTGTTTAGAGTATAGTTTATACTATGCCAGGGGAA
GGATTATTGTCATAATCCTAGGGAGCTGCCAAGCATTACACCCTTCTACA
GGGTTATGCTATGTTGAGGGACACACGCCCCTTACTTCAGTCTTTTGAAG
ATCACTTTCATCTTCGACGATAATCATCGTATAATCATCGTCCTCTGGGG
TTTAGCACCTTATGTCTCTCCATGATATTAATGATACCTTCTTTGTGGTC
CTTCCCAAAGTCTCTTGAACCTGCCTGTGGCCAGGGTGTATGTATGTATG
TATGTATGTATGGTCATCACATATAGCAGAGTATGGATCAACCGGGTAAG
GTTGCCAATCCTGCTCGTGGTGAGCTGAACAGGGAAAATAATATTCTCCT
GTCCCCGTGCGTGCCTGAGAATTTGGTCTCGTGAGACGGGTTCAGCCGTC
CTGTCCCGCGTCAGCCTGCTTATCTCCATACTCAGGCTGAATATGGTGCT
TACTTACGGGATTCCTCCCGAGTTCCGCGGCGGCGTCCATTTATGAAACC
GCCATACGCCATCGGGTCAGTCCCGAGTTTAACGGGTCACGCAATTGCGT
ACCGATGGCGTTCACTGCCGAGAATCCACCGGCACAGGGCCAGTAAACCT
CAAGGTAGTTCCGAACGGGTGCTGCCTTGGCAGATCACCATGGACCAATT
AATATTCGCCTCTCTTTCCCACACTCACTATTGGTATGAAGTGGTTATAG
CATGTTGAAAGTACCGGCGGCTACAAACACACTAGTGCAACCGTGTTGTC
TCGTGCTGTCTGATGCTACTGTTAATCAGGATGTATCATTTTTTTTCCGA
TAGTAATTTGAACAGCTATCCTAAACCTCGCCCATGTTATTATCCCTACT
GTTGGTAGCTATGGAGGTATTTGTTTGCCGCGAGTGTCAGTTCAGGGAGG
GTAAAATGACTTTTGATCGCACATCTGCTTTGAGTAATATCATTTTACTG
GCTGCTGCGCTCCGAATACAACAGTACTGAACTGTCGTGTGCCTCGAAGC
TATACTGCTGTAATGGGTGCAAGTACTTGTTTTGTCTTGAATCTAACTAC
TGTCTGTAGAGAGCTCTTGCAGAAATCACTGCTTGCGACATGGGTTGCGA
TACCATTGCCTTTTCGTTTGAGATCGCTTGTGATGCTGAACTGATACGAG
AGTTTGAAGCAGTTAACAATGAGGCGTTGTTCCGACCCCATATGCGAGCT
TGTTTTTCCACAGTTGGTACGAGAACTGAGAAAGCTCCTCGAAAAGTGTT
TCAGAGGTGACGTGAGATATATTTCCTTCGCTCTAGTGAACTGAAAACAG
ATTCGAATAGTGGCCTCGCTTTTGTCTGGTTGCTATAGGCATCATTTGCA
GGGTTGTAGCTCAAGTATAACCGGGCTCTGAAATTCTTGGCCAATTTAGC
CTATAGTTTTGATATTCGAAATTTCAGTTTTCAATAGAAGTTACTACATT
AAATGTTGAACTGTTTTACAAGCTCTACCAGTAAGTACATTGTACTTCTG
ATGGAAATCTCACAGGGTGACAAAGATTGGTACTGGATTTGAAATCGTTG
AATACTGGTGAATGATATGCACGACTGCTTGACTATCATAGTAGACCAAT
TTACAGACTTTGTAGGGTTGTCTGCGATGTGAAATTTGACTTCCCTCTTC
TCACAGATAGTACTGTATAAGCTTCGCTACGGGAGCAAGTTTTACACTGA
AGTCGGTCGAACTAAAATAAGTATTCTCTACGCACTTGAATTGCTTGTTG
AAGCGAGGAAAAGTTATTCGCGTATCGTCTGCTCCTAGCCTCGGCGCATA
CTGTTTACCAATACGAATTTGCAGATTTTCGAATCAAGGAGTCCTTTTCG
GTTGAATTGACTAAACTGTACCGTGGAGCCGTTGACGTTTGTGAGATGTT
CCACTTCTCTAGAAATAGACTAGGCTCTTCGTCGCGCGGTCTTTCCGCTC
CGGCCGTACTTGATGTCATGAAAAGGTAACACTGACTCTTTTGCCTGCCT
AAAACTACTTTTAGATGGTTTGATTAACCGATAATGCAAACATCTGTATG
TTGTGCAATTGATTGAAAAGTCGAGAGAGTATTATAGTGCTTTCAACAAT
TGAAAAAGGATGCTTGATTTCTAAAGCAGTCGTTTCCGTTGCTCTGACTG
TTTTTGTCTTCAAGTAAATGAACAAAAATTATCTTCCTTGTCCGATACGA
TTCAGACATACTAGCAAATTTCAGCTTTGTTTTATTGGGGAGTAGAAATT
TTACTATCTGTTTTGAAGTCTATCGCGTACTTGTCAGTACAAGTTGGCGA
CGTGAATCTCGCAATTGCAACAGTTGAGTTTTAGGGTATTCAAAGTACAT
AAGTAGAATCATTTTTGCATCTCTTTGGCATGAAGTCTGGCTGATATTTG
ATGTTCGTACGCCTTTCTCCTCTGATTTTGGCGGTATAGTTTGCTACTGT
CTAGTAGAATCTATGGTAGGGTGTTCGGGTATAGATTATACTATGCCAGG
GGAAGGACTGTTGTCACTATCCTAAGGGGTTGCCAAGCATTACACCCTTC
TACAGGGTTATGCTATGTTGAGGGACACACGCCCCTTACTTCAGTATTCT
GAAGATGACTTTTTTTTTATCTTAGACGATAACCATCGTCCTCTGGGGTC
TAATCCCTTATGTCTCCCTTTGATACGGCGGTATATTAATGATGCGTTCA
TTGTGATCCTTCCTAAAGTCTCTTGAACTTGCCTGTGGCCAGGGTGTACA
AACAGGTTTATCGTTTGCTTTTGCCTCTTTGTAGGTGTACGGTACAACGA
TGGTTTCTCCCCGATATTAACTATAACCCGACCAAATTCGATGCAGAGTT
GTTATCTTTGTAGCCAATGTTCCCACCTAATAATATTGTTTTGACGACAT
ACCCCCCCCCCTAACTGGATGGATGGTATGGTCTTGGTATAAATATTGAT
ATTAATAAGAAGGTTTATAATGTTGATATTAATAACAAGGTTTATAATGA
GTGTTCACCCAATCGGTGTAATTTTTCCTCCGAGATAATAAGGCCATATA
TTTATCTTTAAGCACAATAGTGGTCAGAGTACTGTATTATACCTTGTGCT
ACTGTACTCGTGCCTTCTGCCTCCGAAACCTGGTCTTGGGATATGAGTGT
CGAAGGTCTTGACGGCGGGTGTAGAGCTGGACTCACCCTCAAGACATGTA
ACCAACCAGATGCCTTCGCGATTCAGCCGGTCGGTTGAGATGCGGAGCCG
GTTTAGTTCGTTGAGAATGGTACACACCAAATTCGGCGAGGGCGGAAGGC
AGCTCGATTGTCGACGAGCCAGGGGAGTGCTGAACCCCTGTGCGCCAGAA
TTAAAGGCGTGAACCAGGAGGTTTCTGAGGGAAAAGCTGACCTCTGACTA
CGGTCTGTTTTCTTCCTACGAGGGCCAACAAGGAGCGGCGAAAGAGAAAA
ATTCGTGGGGCTTTTTCGTGGATGCACAGGGCTTTGGACGGCTGGATTCT
GGCTCGCGCGCCGGCTTCACCAGCTCAAGACCTCCATTTTCCTTACTTCT
ACAGTATGATGTGTGGCCTTGAGAAACTTAGGCTTGTTGATCAAATCTGA
TCGGAGCGTAATTTATTCGCTTTGTTGCTGAGAACGCTGATCGTGGGTAG
GCAACAAAAATCTGAAGCGATCGAGGTTACTCTCGATACAGAGTTATTGT
TGTTGCTTGTTGTTGTCGATTCACACAGTATTTCAGCATATTGTCCTTGC
AACCGAAGAAACTACGGTGACCCAACAAGTCAGCCATAGACCTATCAAAT
GTCAATCCCGCTCGTGGCCACAAGAGGTACGAAGGTCAACGGGTCACATC
ATGGTGACAACCCGCTAATCAGACCAACAGGGAACCAAATCGCGACAAAA
AGTTGTGAGGCACTCGAAGCAATTGCCCCGACCAATGTCAAAACGGTTCA
TGAAACCTCCTTCATAATATAATCGAGAGCAACCTCAATCGACTCAAAAT
GTTGTTGCCTACCCACGGCTAGCGTTCTCAGCAACAAAGCGGACAAACCA
CGCTCCAATCAATTTTGATCAACAAAGCCCAAGTTTCTCAAGGCCACACA
TCGTACAGAAATAAGGAAAATTGAAATACTGAGGTTCATGGTAGTGGAGG
CTTTGAGCTGGTGAAGCCGGCGCGTGAGCCAGCGTCCAGCCGTCCAAAGC
CCTGTGCATCCTTGAAAAGCCCCACGAATCTTTGTTGGTCCTCGTAGGAA
GAAAACAGACCGTAGTCAGAGATAAGCTTTTCCCTCAGAAACCTCCCGGT
TCGTGCCTTTGTTTCTCGCGCACAGGGGTTCAGCGCTCCCCTGGCTCGTC
GAGGATCGAGCTGTTCTCCACCTCCTCCGAATTTGATGCGTACCCACCCG
ATAGAGCGCTACCAGGCTCTCGCGCGACAATGCTCCCTGCCTCTCGCGTG
CTGCCACCTCCCGAAGGGCACCAAAATGGAGCTCGAAAGAGGCGCGCACC
TGGGAACACCATCCTCAGCCAACGATACCGCCGCCGCGTCTCAACCGGCA
GGCTGAATCGCGAAGGCAGCCAGTTGGCTGCATCTCTCGAGGGGAAGTCC
GGACCTACACCCGCCGGAAAGACCCTCTTTGATGATATACTAAATTATTG
CTGTTTTATTTTTGCTGATGTCCCTGCATGGCGATTAATGTAAGTGTACA
GTATACGGTGGGCTTCTCACCGACATTACACTGTTGACCCGATGTTACTA
CCATCGGGGAACCCGTTTTAATGCCATGAAGAGGTTTTGTCTTTTGCAGT
ATATGATCCCACCTAAACGTTTTGACATTTTTCCCCCTGACTGGGGGATG
CTCAGAAGGTCTTTAAAAACAAAAGATAATACAGCACATAATTAAAGAGG
TGGTAATAATATACGATAATAATACCATCTAACCATACAACAATAGGGGC
TTGGGTCAACACTAAAATGTCGGGGAGTAACCCACTGTTCTACTGTTCAT
TCAAATTGGGCACCATGCAGGGACACTAACCCACAACAATTACAAAAGGC
GAGATAAGCTAGGATACAGCTCAATTTGCTACATTGGGTCTGGGATCGGA
TGGGTGTCAGTGAAGGAAGTCTACAAGTTATAGATACAAAGGTTATAATG
GAAAATTACGGTAGTACCAAAAGACAAGTCTTGGCGCCGATAAGTTTCCG
ATGTTCTCGGTTGGATGTACCTGGCAAGGATTTTGTCGCGATTTGGATCC
CTGTCGGTTGGAGTAGCGGGTTGTCACTATGATGTGACCCGTTGACCTTC
GTACCTCTTTGTGACTACGAGTGGGATTGGCATTCGATAGGTCTATGGCT
GACTCATTGTGTTACCGTAGTTTCTTCAGTTGCAAAGACAATACGCTGGA
TTGATTGATTGATTGACTAAATTCTCACATAAGCTGATATCAAAAATCCA
GCCCGTGGTCACAAGGTAGGAAAATACCATTCGGAAGGAAAGAACGTACG
ACGTAGTCTCCATACAAAGAGAAAGCGGAAATGTTACAAAAACAAATACT
CGGAAAAAGCGACATCTCCAAATAAACAAAAGGGAAAAAAAACCCCAAAA
AACGTGTTGCTATCGGGGCGCCTGCATATCGAAGGACGATTGAACGAAGG
GCGCCGCCTTCAACAAAAGCATAAAGACGAAAAACGGACCAAAGTAAAGC
TAAACAAAACAAAACGGACACCAGGGAAATACGTCATGACATCTGCAAAC
CAAACGCCCGGAGAGTACAAGTTCGCGCCACTTGTGGCTAGTCAATAAGG
GCGAGCGAACCAGCACGAGCCCGTTTGCTTTGGGCTATCCTCTCCTTGGT
CCTTCCCGTCACGTTCGGGCGTAGTTATATCAATTCTTCTGCAGTTGCAA
CCCTGAATGATGAGCCTGTAGGGACAAGCACTTCCTCCCTGAAGGGGCTC
CCTGAAGGGGACTATAGTAGCTTTAAGAGTTTGAGTGCGCGAAGCAAGGA
GACGACGAATCTCTTGTGGAAATATAATTGAGAGGTACAGTTTTCCCGTC
ATCTATCTGTGTTAAACGTGTGCTGTATGTTGAACGTGTGCTCTGTATTC
AACGTAAGCTCTGTGTTCAACGTGTACCTCTGTATCATCAGCGAAATTCT
GGCAAGTATCCCCTCGGCATTTTCAACATTTGTCTATCAACCGCCTTCAT
GACGTGCGTATCCATCAGTCAAATCAAAAATCAATCAACTGTACCGATAG
TTGGTGTAGGACAAGAGGGGCGCACAAAAAGTGGTCCGTATTCTCATTTC
ATCAAGTCATGATCGCGAAGTAACTGCTGTACTACCACGTCGCAGCAGGA
GAGGAAAGGTTAGTGTTATCGCTGTTGGTTTCACACAGACAAGTTATGCG
ACAATCTACAAAGAAAGACACCGACCAATGGTAAATCAGCGAAACAAATC
AACCTTTTCCAAAATGAGCATGCCCCCGTTCAACCACAGCTAAAATAGGG
CTGCTATAGTTGCCTAACCATGTCCAGCGTTACCAGCAACAAAGCGCAAG
AGTCACGCTCTGGTCAGTTCGATCAACCATACCTCCCGTGTTCCCAAAAG
GGCGATGTCATGATGAAAGCGGAAAACTTCTGTACTTAGGTCCATGGTGC
GAATGGCCTTGATGATCTGTGCAGCCGGCGCGCGAACCAGCATCCGCCCG
TCCAAAGCTCTGAGTTTCTTTGGAGATCGCCCCAGGAATCAAGCCAGTTC
GCCTCTCCAAGTTGGCTCTCGTATGAAGAAATCTAGCAGTAGTCAGAATT
AAGATTTATCGCCAACACAAACACCTCCTCCCGGTTCTCGCCTTTGATTC
TTGCTCACCAACATTCAACACTCTCTTGGCTCGTCAACGATCAAACTACC
CTCCACCCTCTCGCCGACTCTGGTGCTTTTACGCCGAACAGTACGTACAG
CGACACGCCTGCGTGTGCTGCAGCACCCTATCTGGCTTCCGCGATAGTGG
CACCTGCCTCTTGCGTGCCACATGCTCCCGGAGGACACCACATTGGCGTT
CAGGAGAGGCGCAGGTGGCGAAGCAACCGTCCACACACAAATAAGCTGCC
AACGCTTGTCAACCATCCAGCTAGATCGTGTAGACAGCCACTTGGTGTCA
GTCCTCGCGGGCTAGCCCCTCCCTAGACCCGCCGGAAAGACCCCACCAAC
CCACACTCCATAACCAGGTTTCGGAGGAAAGGGGCGCGAGGTTTGTCTAT
CTACTACATTTTATTGCTGCTCTTGTTACCTATCAATACTGATGCTTGAT
ACCTAGGTTGTGAGCAACGACCACCGAACCCTGCACAAAAGCACGCTAAG
CCCTTTTGAGAGGGTATATCGTATGGCAACTCGTGAACTTGGTGGCCAAT
GCTACTGCTTCTGCCACTACTCTTTCTTTCATAGTTCAGATATGGCTATA
GACCGTAAAATGTGGACAATATTTGTTGTGCCGTTCTGATAAAAGGAGAA
AACGCTAATGATACATAGTACTCTTAAAAAGCGACATCTCCAAAGAAACA
AAAAATAAACTAAACAAAAGGACACAGACAGTTAATAGCTATCCGCGTGG
GGCTGCCGGGGCTCATGCATGTCAAAGAGCGCTCGAACGAATGATCGCGG
GTTCGATAGCGAAGAACAAATGGACGAAGGGCCGCGGATTCAATGAAAGC
AAAGTAAAAAGACGCACACGAAACAAAAAGAAAACAAATAAGAACTAAAA
GCGCCAGAAAAAGGCAATATAACATCGGCAAACAAATAAAAACAGGATTT
GTACCTCAACTATAATACTATTTCTTGGTGCAAGTAGTTACGATCGAGAA
ACAACACAAACTTTATACCCCCAAATCAATTACGGCATACAGTCTGTACC
AATACTACACCTCTGCTACAACACACCCCTGCGAAGCACGGATCGCGCTC
CAGGAATGGAACGAATAACCGAACCACAACTTATAAAAGGATGAGCAGTC
GACACGATACTTGTACCTGAAAAGTTATTGTTCTCAACTCAGGGCTGCCG
TTGATGTAATCCAGCTTGGCCGTCCGGTAGTCCCCATGATGTATGCTTCA
CGCTGTGCAACATTGTACCAGGTATCCATGAGTATTGTTACGGCAGCAAA
TGCTGTGGCGATGGCAGCCATCATACACGCACAACCCCCCAGAGCTACCG
CTATCTCATCGTCATCGTCGTCGATATTGTTCACAAGCTACCTGCATGCT
CCTTCTCCGAGCGCCCTCCCGAGTGTTTCGTGGCGTCGGTCCTCACGTCT
GCTCTTCACACACTCGCGATGTAGAGCGTTTTGGAGGCCTGGATCTACGC
ACTGGCCACAACACTTCGGAGCTTTCGCAATTCTTTGCAACGAGATCAAT
GAAGTTTGTTCGCCCGATGGGTGCGCCCCGCGGCGACAGGTTACCCAGTC
ATCGCCCCGAAGCGCCAGCTTACAGAAATCAAGCCCGCAGCCACCACAAG
GAGCTCTAAAGGCCACTTCTGATTTCCGAGGTGAACTCGTACGTGAGGTT
TCATTCTGGATGTTGAAATCGGAAAAATGTTTCTATGTTCAAAGTAGTAA
CGTATTCAGCGTACTAAAACGGGAAATTTCACCCCTTCAAGATATGACAT
CAACTTGATGTCTGCGAAATTGAGCCGGCTGAATGAGGAGCGGGAGCGGT
TTGGTTGGTTGAGGAAGGTGTCTATCCTGTGCACCCTACTCACACACCCG
CCTCATATCGAGCCGCCTCAAATCCAGCTATTAATAGCAACAATCTGCAA
TCGGATGTCTAGAGGTAGAAATCATTAAGCACCATGTTGTTGTATCCAAC
ATTCAGCGTATTGGTTGCCAACCCGAAAAACCCACTTTATATGGTGGCTA
ATCTCGCTCGTAGTCTGCTGAACAGGGAAAAGATAACAAAAAGAGAGAAA
GTCTGGCAGCGTACCCCTCCCCTCCCCCCACGCTGCTCGTACGGAGGAAA
ATAAAATAAAATGTAACACAGGGCGCGTAAAACAAAGAGAAATATAAAAA
AGATGGCCAGAAAAGGCACGACGTGACGCACCTGCATGCATGCCTGGGCG
CTCCTCAGGTCGTGGTTTGTGTCGCGCCCGTACAGGTTCTTTCGGCTCGT
CCTCTAGGCCAAGTGGTGTCGCCTCGCAGGTTATAAGCTTCCGTGGACGG
TGGAAACTTTCCCAGTCTCGCTGTCTCTCTCTTCTATTAATAATAACACT
AATATAAATATTAATACTGGCGTTGTCCAGCCCCGCATCTACCTCTGATT
TTCTCCACGCGGCCATAAACCCCCGCCCACCCTCTGTGACCATCTCAACC
CATACCTCTGCCTCCAACGGCATCGCTTATCAGTCCCCCGCTATGCCAAA
TCCTCGGACATCGCTTTGTAAGCAATCGGTCCACTTTTTCTCCTCCTCGC
CCCGTCCTCTCCGTACTGCACCGTCAAGGTTTCCGGACATGATTCGCTTT
GGCAACCGCCCCCTGCTCATTCGGATGAGCATCCCCGCCCTGGATGGTAT
ACTATTAATATTAATATTAATAGACCAAGTGACTTTCGCTTCGAGAGTTC
TACACCCCTCCGATACTTTCTGTATCCCACATGTCATGTACACTATTATA
CTAATAACGGGTAGGGAAAAGAGAGGCGCACAAAAAATGATCCGTGGGGA
TACCTGAAAAGGCGGCCCTGCGCCGGTGGCCTCTCGGCAGTGAACGCCTT
CAGTACGTAATTGCGTGATCTGATAATATCGAGCCTTACCCGATGGCGGC
AGACGATACAAAGAAATGAACGTCTTCGCGGAAAGCGGGAGGAATCCCGC
AAGTAAGCACCAGATTCAGCATGAGTGTGGAGAATAAGCAGGCTTACGCG
GGGTGGGACGGTCGAACCGTGTTGCGGGATTAAGTTCTCAGGCGCGGATG
GATACGAAGAAGGGAATAAATACGTTTCCTGTTCAGCTGACGACGAGCAG
GATTGGTAACCATACATATCATAGATACCCCTCTCAATGCAATAATAACG
TGTCTATTAATAGCCTTACTTATTGCTCTCTCTTCGTATGGCGGATTCCC
GCGGCGTGTTCCCCCTCTTTCCTCCACGCGGTCATAAATATACGCTTAAG
CCTTCCCGTCTCGTTCCACACTATCGTCTCAAGCGTCATCGATTTCCAGC
CACTCGCGATTTGACAAACACCCGGGCGTCGCTTTCACGAAGTCAATCGG
CTCTTTATATTTCCTTCCCCGTCCTTTTTTTAGTGCAGTCTTAATAGCCC
CGAACACGTTTTGCTTTGGCAACCACCCGTCGCTCATGCGAAGGAGCGTC
CCCACCTGCAAAATATAGGCTCTAGGCACATAAATAAGTTGAGGTCTGTA
GAGTTTTCCAATCTGTTGCCCGTATCTAATGGAAGGAAGAAAATCAATGA
TATTTATATCCCTGTCGTGCCAACTATTTTTTATTTTCGAGTGGCTCTCG
ACGGGTAGATAGAGCTCACCCTCCCTAAAAAAGTATTCAAAATCTGGATT
TTCCCATTTTTTTAAAGAAAAATCAGACCACCCCTAGACCTTCTGAGCAT
CCCCCGGTTATGGGGGGGAAAATGTCAAAACGTTTAGGTGGGATCAAAAG
GCTGCAAATACAAAACCTGTTCATGGCATTTAAACAGGTTCCCCGATGCA
GATAACATTGGGTCCACAGCATAATGTCGGGGAGAAAGCCACCGTTATAC
TGTACATTTACATTAATCGCCATGCAGGGACACCAGAAAAACATTAGAAG
CAAACCAGAGACAATGTAGTACACCATCACACATGGTAGTAGTAATATAC
ATTACAAAGGCTATAAGTACAAAGCCACTACCAGGTACATGATATTTAAC
CGGGTTCCCCACTGGTAGTAACCTTGGGTCAACAGTATAATGTCGTGGAG
AAGCCCACCGTTATGCTGTACACTTATATTGATCACCATGCACAGCCATC
AATCATACCCCAACCTAACCACAGTAATACATAGTTACGAGTCTACGTTA
TCACTTTTAGCTTATTTGACACATAACTTATCGCATACTGGTACTGTACT
CCACAGACAACTAGAGTTGTACAACAGTGGTCCACAAGTCTGCCCGTGAT
CGGGTAGGCTTAGACACGAAATGGGGCTATTAACCACACCGTAACGAGAG
AGCAAAAAGGAAACAAGAGTCTAGCGTTAAAAAACTAACTTAAGCTCTTA
CTTACAGCTGTTACCAAACACGAGTCAAGGACTATTAAAGATAAAAAGAA
AACGACTGCAAACGTTGCCACGGACAATCTGTCGTTTCCAAGAACCAGAC
TTTTATAATCTGGGTTCGAGACAAGGCTTGCAGTTGGCATCTGAGCCGAG
GAACCCCATATGGCGCCGAAGACGAGGGGTATACAATACAGTGTCCTCAT
CTAGTCTTTAATATGCATATTTTTTAGCTTCATACAAAATATTATGTATG
GGTTATTGGCTCGAGCCAAGGAATAGATGGACGGGGGGAGACACGGCACT
AGAGACATCACATAATAACTTACAACAAACAAGCCGTGGGCACAATGCTA
ACTCATAAGATAAGATACCCTAAGAGTAAGCATAAAACAAGACTTACTAT
CATATAATGAAAATGAATAACTCTAGAGCTAGACTATACCAGCGAGTAAA
AACGAAGAAGCAACGGATATATCAATGATGGATATATCCAATACCGACGG
AGCACAAGGTGAAATGAAGACTTTCTTTTTCTGACATCGTACCATCCTGT
TATGAGAACCACCCCATGGAGATCCTTCTTGGTTCGGTCTTGAGCGAACC
TCGCGTGGGCTCCTAAATTTTGATGACTAACAACAACAACGACAACAGTA
ACTCCCGGTACCATGTGGCTCCTGGATCGATCGATCGATTCCTTCATATT
TCGTCTTTAATTTTTATATCCCTGGGTTGTCGTTGTTAGTCGTCGCGTTT
TTTACATTCTGAGTGCCCCCTTGTACAACATCCAGATATATATGTAATGT
GCTGTACTAAATGAAGGCAACAGGTGCACTAAATGCGAAAGCAGCCAGAA
ACGGACTAGCGGAGAACTTTCACATGAAGGAATTCTACGAGCACAACACC
TCCAAAGTCTCGCCCCAGATAGATGTACTTACCGAACCTCGACCGACCGC
AGTTACCACACACCTATAAGTACATGTAATACATACATACCCTGGTAGAT
ACAAAACATTGTCAGAGGGAAGAGTTTTCTTGAGTTGTGCTCCCGCTCCG
ACTCATTTGACATTGCATTCCCGCAACCAGTCGACAGTGCTCCGATAGAC
GGGAAGCACTCTAGGTGGTGGCAGAAGTGATCTGGGGAGGCGTTGTCGGA
CAACTCTCTGGCACCACAGATCATCGCTGTCCGCCCCTCCGAACTCAGCC
GCTTCCAAATAATGTTGTACCCTGGTTAGGCGTAATTGTATTAAATAAAT
GGTACATTTGAAGAACAATAGTACCGTAATGCGGTCGTCGTACAAGTGCT
GCTGAAAAAATGTGGAGAACTGTACATATTCTACTTATTCTACATTTTGT
AGTTATACTGCAGCATCTATTTGTCTACGATAACAAAGCGAGTACGAGCA
CAAAGTAATGTAGCACATTTATTGCACAGGTACCACATAAAAAGCAGCAT
TTTCGCTCACAAAAGTTGTTCAGGAAATCTTCGGTAGCAATTGTAGCCGG
AGAAGGGTGGCGCTGGATACCCCTTCCTCCCCATTCTCTTTTATCTCCAC
TCGCAGCCTATCCCACGATAACGACCACTTTACCTTGTCGCCACCTGTGG
AACAGTTCACGGCGCAGGTGGAAAGTTGGGCGGAAGAATTTGAAGGTGAC
TACGAGCTTCAAATATTCGGCGAGCGGGTGATAGTGTTGACGTCGGTCGA
GGACATTCGCCGGGTTCTCGCACTTCGACCCTCAAAGTTCGTGAGAGGCT
TAACTCCGGTGAGTTTACGTCATGCTTTACGTTTGTCCCTGCACTCACGT
TGCCTGCGGCGTAGAGTTCTTGTTGGAATGGTCCTACATCTTACAAGGGG
TAGCGATAATTATTACGATGTGATACTGTTTATACTAGTTGTTGGACTTG
TCCTACATTCTTAGAAGAGGTAGCAATAATTACGATGTGATACTATTAAT
ACTAGTTGCCGGCCGAAATAATAGTATTTATAGAACACTATGCTTCCTTC
GGCGCGAGATTGCTGCTTAAAATTCCCGCAACGCGAAAGTAAGAGTAGCG
AATACCACTAGAGTCGCGCTCCGCACTCACCTACGACGGAGGATTCAAGT
CATAAGACAACGGAGAATGCTTCGCGCAGGCGTGGGATCCGCGAGAGATT
CGATGACGAAAAATATCAATACGCTAGAGGCTTGCGGCGCAGAGTGTTGA
GTTCGGCAGCCGATGATATGCCGCCGCAGTCACCGCCGGCGGGTCCTTTC
TTTCCTTGCGATTGAGTCCACAGTAGTAGTATCGAACGACTCGAAGACGA
CGTGAAAAGATCTCGTTGTCCGTCCGTTGTTTGTTGTGTAGAACTCACGA
AAGGTGGCCCTTGGTCGTTCAAAATGAATAACACCGATGACATAATCCAG
CCAGCCACTGAGCGACCAAGTCTCTATCCCGTTTGTGGTCGAAGATGTAC
CAAGACCAACGGCCCACGTCAAGTACGACTGATGGCGGATATTTCTCTGT
CTAAAGCTTTGTTTCGTCCAAATAAAAACACAAGCTTGAGATGGATTGTC
CGGTGCATTTTTCGTTATCTTATGACATTAAAAAATACCACGTTTTGCCG
ATTGGCCCCTATTCGCAACCCCGCTTCTTATGATCCACTGTAAGCAAACA
ACGCGGACACAAAATGAAAGCAGATACATAAAAAAAAAACACAAAAAGCG
GAAACGATAACCACTTATCCCAAAACTCACACGGGGGAAATATAACTGCT
GTAGTTGAGGAAAGTTCAGACGCAGCCATAACACGATTACCGGGCAGACG
TATCGATATCGCGGCGGAATACCCAACGGTAAGAGGGAAAACAAGAGGGA
GAATACTGTATATATTTAGTTTCGCTTTGTTTTGCATTCATCCTATTCTT
TCCTTGGTCTATCTTGTGCCCGTAGGAGATTCCGTCACGTCGTGTTAGAG
GCTAATCGGTGATGCTTCGAAGGTCCTATGCTTCCCTGTAAGGCAACAAC
TTTCCAAGTCTCGTTTGCTTATTTCTTCTCCTGGCGAAGTCTAGCCGCTC
CTTCCTCTTATTTTCTCCACGCGGCCATGAACCTCCATCATTCCGTGATG
GTATCAACCCACACCCATGCCTCCAACGCCATACCTTCCCAGCCCCCTCG
CTGTGCAAACGCCTGGTTGTCGCTCTCTACGCAACCCATCCACGATTTCT
CCTTCCCACCCCGTCCTCTCCGCACTGCACTCTCAAGGTTTCCGAACACG
ATTTGCTTTGGCAGCCGCCCACAGCTCATTCGGATAAGCGTCTCCTCCTA
CAAAAGCCTTATCGTGCGCAAGGCTGTCTTAATGCTCTCACATCTTGTTA
TCTCGATGGTATGGCTGCAGGAAGTTATCCGGTGGTTTGATCTCTTGCGC
TGCGCCACGATGATACAAAGCAAGACCCAGTGGTGTACGGTGCGAAGTTT
GGAGTCACGTTCTTGGCGAAGGATCCGTGTATTACATCCGTACAGCATGG
ACTCGTTTGCCTTGGCAATTATAATTGGGTCTTGAGGGAGAGCGACACTT
TCGGCTAACCGCAGAGTTCACATAGTTGCCGCCTGATGCGCATCCAACAT
GGGCGGGTTCGCCTGGCGGTTTCAGTGAACTTGTTTGGAATTTGGTAGTA
GCCCCCCCCAGGTAAGTGAAGGATTGAACCTGTTTGTAGGCTTGCCCGAC
CACTTCAACTCGATATCATCGGCATTGTACGCGGTGGAGGTACGCATATT
GTCTCTGCTTTATTCTTAGAGATTGTCAGGGCGAAGGGAAATCTCAACGA
TGACTTCCATCATCTTTGCGAGTCCCATCGGCGACCGCGAAACTATGCAG
GCGTTATCCGCGTACCGTATGTCCCACACCGCACGACTTACGTAATCCAT
AGCCGGCTCCGATCTCATCGACATCGGCGGTTCCTCCACGTGCACCCACC
CGACTAGGATGACCGTACCCGCGTTTACTAATGAGAGGGCAACGGTCAGC
ACGGTTGCAAAAAATATGTAAAACAAAGGTAGGATAAAACACATTTTTGC
CGTTTTCTTTGGTTCGCCTCGAACGAATCTAACCTGACGCTGTCATCAGG
TCGCACACAAGCTCTCATCCCATCGTGAAATCGTCTAATAACTGCTATAG
TCTTCGATGGCAGTATGATGTGGGTGGGAACCTACCATAGGAGGGGGGGT
CGACAGTGTCGTGCACCTTCTTGACGCCCAAAAAGCACTGAAGAGTGACA
CTCCTGCCTTCCACCCAATTTCCTGCACCCATCACAAATATCGTGTCCGT
TTGTGGAGCGATCAGGCCGAAACTTGCACTGTTTCTCCGTTAACAGTCGA
TTGGCTTCACAGTAACCGCTAAGCCTTCATGGGGACACGAGCGAGATGCC
TCGGTAGTTTCCGCCCTCCTTGATGTTGTTCGTCTTGTGAAGTACAGTGA
TGGTCGCGTCTTGCCACTGCTGTAAGACTTCTTCCTATTAACAGTGCCAG
CTGAGGGTGATGAGTCGGCTGAAGTCTAGGAAAATCGTCTGGTCCCGTTG
TAGTCCGCGTTTCAACAGTTTCTTGGGAAGGCCGTCCCGCCCCGCCACTT
TCGCATTTGCCATTACCTTCATCGCTGCGTTAACCTCCTATTCCGTGGCG
TCGGTTTTGTGGGCAAATACGGCGGGTCGCTGCGGGCGCCTCTTTGTGAT
TTCGGATCAAGCATATCGATTTCGCGCTTTGCAGCGATCGGGAAAAGTGC
ACACATCTCATGCGAATGTGGCCTATATCATAACAGCCCCCCTTTTCTGC
CACCGATGTACTACCATTCGACATTTTTCGTCTCTTCCATTGGCACGGAT
TTGACGTCGTGGAGTGATAACCGCTGGTCTCCCACGGTCTAACTAAATGG
CGTGGCGCTCGAAAAAACGAATGACTACTGCACTTTCACTGTCTTCAGCC
AGTTGCAGTCGTGCCTGATGGCCCTCTACAGCTACGCATCCATGGTGTCC
ATTTTCAGGCGCTGCCAGGCTGCGTGCATCGTCTCAGTCGCACCCTGTAG
CTCAGCTTCCATTTTGGCGTCTCTATTTCGACCTCACCCTGGTCTTCTGC
GCTACTGGCGAGGCATCACCAGTTTAGCGGTGCGCATCATTGCCGGGGCT
AATGCGGCTTCCATATGTCGCCGACACTACTATATCTTGGTGGGTTTGCC
CTGAGGTGCCTTCTACTCGTTGTTGCTACCTTCTTCCGTCGAAGCTGGAG
ATCAGTCATCAGTCGACTGGTGGCTCAACGGAAGCCTTTAACCGGCAGTT
ACGAGTAAAATGGCCGATCTGCTTGACAGGGGCGGACACAGTGTTGTGGC
CCTAACAGGAACGAAGGAGGGCTGGTGGTGCACCGTAACGTTCCGTACGA
GTCTGCGATCACGTGTTCTCGTTAGGATTTAGTCGATACGTTTTTTGCCT
CACTCGTAGAAAGTACCAGTATGTGTTACGCCGCACTTGGGTGTGCAAAG
AACGTGTTCACAAACAAGAGGCCGTAGTTGGTAGCGAAGAATAGTAGCAA
GAGGACATCTCGGCTGTAGGCACCAAGAATTGTGTCATCCTTACCCCTCA
TCCCTGTTAATACACCCTCGTCAGAGGGAAGGGCTGCGAGTCTTGAAGAG
ATGATATAAAGGACGTATATTAGTAGCGGAGCATGAAGAGAAGACACAGA
GGACGTCGATAAACGCCCGGAGACGAAAGTACTGGTAAATATAATAAGGT
ACTCGCCAAGAAAAGACTGTCTACGGGTGGGCTACTCCATACGTACAGTA
TGACCCTACCGAAGTGTATAACGGAATAACAAATCCGATCGAGAATCATA
AGTGATGGTTCTTCCCCTGCTCATTTTAAGCTATATGTTCTGATACCCTC
CCATGATTATACGAGACAATAAAGAACTATCAGGATATCAGAGGAAAGAA
GGCGGTCAGATATCAGTCCAACTTAATGCCTACAAGATGGAGAAACATGC
TCTTACGCTACCGACTTGATATACCCCAAAGATGAGGTTATGTCAAACAC
ATCGCAAGTACGTATTAGCAGTACGTGCTCAAATTTAAAACGCATGAGGA
AGATCCTCCCTGTTGAATGCATTTTAAAAGCAAACGTTCAAGCTGCTGGT
TGAGCTCGCCGAACAGGGTATTTCCTGTTTCGAACAATACGGAAGCAGGC
AAAAGAGTCAGTGCGACTGAAAGCCCACTACTTTTGAAAAGCCAAACCAC
CTTTCAGTCACCCATATACTTCATTTAATAAATGACTTTTTCGTTCAAAA
CATAACTAATGACGACATGGTGGGAAACAATACAATACGTATAGCGAGCA
TACGTCAAGCGAGCATTTTCCCAACAGCGGTCAAGACAAGCTCAGCAAGT
TTCAAAGAGCTCCTCGGTTTTTTAGGAAGCAGTACAGGCCTCCCACGACC
ATCTACTGATTCGAGCGAGTTACAGACAATCTGAACATTTTTTCCCAATA
GCGGTCAGACGGATCAGTAAGCTTCAGAGCTACTTAAGTGCTGAAGAGAA
TTTTCGTTCAAGCACAACGGACTACCGTACTGTAGAGCTTGTTGCCGCAG
CGAAGCTTACACAGTACTCTTTGCGAGAAAAAATGAAGTAATTTTTGCAC
GGCACCGCAAACATATAATACTCACAGAGTCTACATCAGATCAGTCTATT
GTGATAACCGAGCGGCAAAGCAGTCATACGTGATATTACCCTCCTCAATT
CAAACACCTGCCACGAATAGCTGCTGCGTGAGTTCTAAGGGACAACACTC
CCTGAAAGAACAACATTCGCTGCGAGAGCAAGCTCTACATGCAGATTAGG
AGACACAAACTTTTGAAATCGTATGACCAAATACATGAGAGCACAAACCG
CGGGAGAAAGACGAAGCTATATGAGGTACTACTGAAACTGTACAGCAGTA
CAGTGTGTTTGTACACCCTGGCCACAGGCAGGTTTAAGAGACTTTGAGAA
GGATCACAAAGAACGTATCATTTATATATCGTCGTATCAAGGAGGGACAT
AAGGAGCTAGACCCCAGAGTACGATGGTTATCGTCGAAGACGAAAGTTAT
CTTCAGAAGACTGAAGTAAGGGGCGTGCGCCCCTAAACATAACATAACCC
TGTAGAAGGGTGTAATGCTTGACAGCTCCCAAGGATTATAACAATAATCC
CTCCCCTGGCATCGTATAAGCTATATACTCGAACACAGTGTATCAACCAA
GCACAACCCCTAAAGTCAGCATGCCAGACTGTTATAGATTGTCTTAGAAG
GTGGGTCAACGATGTTCCAGGAAACGGCGCATCCTCTCAGCTCCAGATCG
CGCTCGCCACCAAGCGCTGTCATCAAGTTTCTCGCTCAATGACGCTCCCT
GACATTTGGTCACCCCATTGCTCCGATAGCCTCGAGCCGTCCTTGATTGT
ACGGCCTTTTTAGATCAGTTTGACTGCGGAGAAACAGCAGTCGACCGCAA
TACGCACGGGGCAAATGATTCGCCTGTACCAATCATGATCAGGTTATGAC
TCCCTAGTCATCCTTCCGCCAATAAACATTGCAGCCTCTTACAGCCCCCC
AACGCATAACCTCCCAACAAAACGGCACGCGCCACGTTTCCAAAAACGGG
CAGGCGCGCAGACGACGTTTAGATCCGCCTGGATCGAATACCGGAGTTTG
CCTTGATTTTATTTGTGTAATCCTCCGCCAGGAGGGGGCAATAACCTGGT
TCCAGCAGAAACTGCTGTTGTACTACAAGACGTATAGAGTTGATGTCATC
TCAGAACTCGTCTCCTCGATTGGGCAGAACCTAAGACGCGGCTGATAAAA
GGTGATACTCGTCATTGCAGAGGCTTTGCCGGCGGGGAGTAAGCTACCGA
CGGCCGTTGGTGAGCGCATCTGTAAAGGCGAATGACACGACTTGGGCGCC
GCTGCGCCGTTGCCTCCCAGGACATCATTCCTTGAACAAAGGAAATTCGG
AGGTATCGGTGGAGTCATCACCAAAGCTGGTAGAACTTTTCGGATCGGGA
TCAACCCGGTTCGCAGAAAAGCTATCCCCGTGCATCGCTTGAACTGCTGT
AGCGGCGTCTTCCGTGCGCTTGCGAGTCTTCTTGTCTGCTGGCCCGTCTG
CCTCCATGGCGAGACGTGGCTGCCGAGCGTCCTGCTCGAGGCTTGCTACA
TGGTGATTTTCCCGTTTCAGATTCTTCCTAAGCTCGTCCAACTTCGTGTC
TTGTTGATCAAAATGGCTCTTCATCCTGTGCAGTATATGTCCGATCGATC
GAATCGTTCTTCAATCATTCGATATAAATCCGCCATCGTGGATTGATCAG
ACCCAAATTCATCTTGATGGGGGACGGGGCCATTGCCCTCGGGGACAGCC
TTGCTCTTCTTCCTTAGCATGTTAGAGTAACCTCGGTACCAAGGGCCACT
ACTGCACTAGTGTGTTAATACACCCTCGCCAGAGGGAAGGGTTGAGAGTC
TTGAAGAGATGACAAAAAGGACGTATATTAGTAGCGAAGCATGAAGGGAA
GACGCAAAGGACGTCGATAGACGCCCGAAGACAAAAGTACTTGTAAATAT
AACAAGGTACTCGCCAAGAAAAGACTGACTACGGGTGGGCTACTCCGTAC
GTATAGTATGACCCTACCGAAGTGTATGACGGGATAACAAATCCGATCTA
AAATCATAATTGATGATTCTCCCCCTGCTCAGTATAAGCTATATGTTCTG
ATATCCCCCCCTTCTTCCTCTTCACCGTGCGAGCGTTGGCATCCATCACC
ACAGACATATGTTCGTGTTTGGCTACCTCCTTCACAACTCAGTCAAAGGC
CGTCCAGAGGGCCTATTTATTACAAGCATTCTGAGTTTCAGTTGGGATTT
ATGCCACAATAAGCGTAACGGCCTCGGCTCGTCCACGCAGTTCAAGTATC
CCCTTCAGCAAGCCATCACCGGTAAACTCCGGTGGATGTGCCGCACGCAC
GAGGTAGCTTTTCTCAGTTAGTGCTACTCCGTGTTACTCTTTTCCCCCAC
CATTCTTGCCACCGCACCCACCGCTGCGGTACACCAAAAATACAAGCTTG
AACTGAGTGTCCACTGCGGTGGGTCCGATGTTGTCACATCCCAATCGATC
GTACGTATTCAACACATCCACTACTATCGTTCGTATATTGTACTTGGCGG
CTGTTATCCCCTGTCTGTTCGCAAGGATTTGTTCCTCGTTGCGCTCTGTG
GCATGAGGCGCCGTTCTGCTCTGCCTCGCCGCCTCCGTCTGCGCCCCAAC
AGCTTTTGTTTTTCATGGCTTTTCGAATAGTACTACTTTCCCTGTCCCAA
TACTTGCCTTTGAATTTAGGCTCGTGGCATAGGTTCAGCCGTCCCACATT
GCGCCACCCTGCCCATCCTCTGTTCCCGGAGCAGATCTCGTGCTTACCTA
CGAGCTCCTATTCTTCTTCCTACTCTCCTTGGTGGTACGCCGGTGTTGGG
GCCATGACTGGTGGGACGAACGGTCTACCTTAGGGATTCCACTCAAACTG
CATCCCCAAACCCGTGGATGCGCCGCAAGCTGCTCAGAGCACGCTGGCAA
CGTGTCGATAGCGCTAGGTATCTACTCAGGACTACTTTACCGTCTCCTCG
CTTTCTCGGTTTGGGCCTACCCGATTGAGAGGCAGCCGGGGAGGTAGGCG
AGGTGTCAGTACATACGTTACAGCTAAAACCTTGAGTTCTGAAACAGGAT
GTGATGGAAAGTGTGGCAAAGTATCTTGGGGTCCATCGAATGCTAGACTA
GAGCTAATACTTTGAACGCGCATGAGTGAAATTTCAACTTGAACGAATGC
CAGAAGGAAGTCGCTAAGCCCTGTTGTGCGTTAAGACCGGTAGTAGGTCT
ATTACCGGCAGTTGGTTTATGAAAGAAACGTGATTGAGCTGAATGAATCG
GTTGCACGCCCCATGGCCCACTGTAAGCATCGAGGGTTCCAGCTCCTCCC
TCTAGAGCGACGGCGATGGGCACAACTCATGCCCCCTTCCGACAGCCGTT
GTTACCCCGTCAAATTTCTAAATACAGTTGACAGAACATATCCTCTCTAG
TCAAGCTTTTTAAACCTCTCTTACCATCATCAACCCATGCTGCGCCCCCA
CGATCGATCTAGAAAATACTGGGTTTTTCAATTAACATTTAATCGTCTTA
TGGGTAGACGGCGAAATAATAAACACATCTTTGGCGTATAGCATACCCCG
CTCGGCGCGCTCGAAGTTATGGTCCGTGATTCAGCCTGCCATGCTAGTCG
ATTCTCGAGCAGATGCATTAGCTCTTAGTGGTTTTCGTGTCGTTGCTGAG
CCTTAGTGGTGACTTATAACGGAAGAAAGACGGGGTTGAAGAGGGATCAC
ACAAACTTTTCGCAACGCCTGTTCTACTCCGACCTACTTAATTGACCCTA
ATGCAACCATGCTTATCTTCTGGTTCATGGTGACAAATATGAAGGGTGCT
ACGACAGCCTTAGCATCAAAGTATATGGCTATTATACAACTATTTGGACG
GATCGCACACTTGTCGTTTGGCATCAGGCAGACATTTAGCGCTGTGGTAC
ACATGTCGCCGGGCCTCTTAGGGAGTGATATCAACTTTACTTATTTGTAT
TACATAGTCAAATAAATGCGGTTCTCTTGGAACCGCTTGGGAAATGTGAG
AATTTGCTACACTACAATAATAACCTTTTCTTTTAACAGGCTTCTCAAGC
AGGTGTGTGTGAGATTATGCTCTGGGGTCTTTCCTATAGCCACAGGATGT
TTCAGATTGCCCAGTTCATGCTGCACAGGCAAAACCACTAGCCAGTTTTA
AAGCAACACATCTACGACGATTTACCCTGAAATAATCCACTTTTACTCTC
CTCGTTCAATGGAACGAGACCGGACAAATCCGTCCAAGCCGGATACATCG
CTCTTCTGGGATCTTCCGCGTACTTACTCACCCCATGACATCGAGAAATC
ACTCATGGCCCGTTCATATACTGTTGGCTGATCATAATATTTTCTCCGTA
GCTATTGTGTATCTGTTCTAAAGGCATCGGACAGCAGAGCTTCGGAGCTT
ACGCAGTGGAATCAGGCAGATCACTGCGATATGACCGAGGCTGCGACCTT
GACAGACAATTTCCTCAGAGTATTTCTTTTATCCGAGTCCTTCAAAGGAA
GGGGAGGGTCCTAAATTTGTCCCGAATTTGGGGGGGGGGGCACGAAATAA
ATCCCTACCGAGGACACATTTGACCAATTCCCCAGTGAGATGAGTCAAAA
TCGGGGCAAGCTTGCTTACAATGTAGGGGACAGAACTGTCGAATCCCCGC
CACCATTCGTTGAACCACTCGTTCGTAGAAGGCCTACAACGCTGATATAT
CACTCTCTAGTGCACTCTGAAAATTGTATAATTTCAAACATGTTTGCTCT
AGTTTGACTTAATGACGTCATTAATTATCACGTGAACCAGCTGTCTCCAT
GTCGGTCACGTGGTCAACCTCAGAAAGCGACTTCATGGGCGGCGAGAGAG
GCTGGATTGGCACCGTCCATGTTTTTCGACGAAGGCAAGCAGTGGGGCCG
CTCAAGGCGGCTAATCTCCCCGAATTTTGTTGGGCACAACCTCACAGCAA
TGATCCCTTGTATCGTGAAGGTGCGTTCCCTGAAAGATTCCTGCTGGTGT
TGTGTAGGCGCTAAAAAGGATAGATATTTGCTTATCGATGTTAGGCTAAC
GTTCTCGATCGAATACGGTGAATATCGATGTTAGGCTAACGCTCTCGATC
GAATACGGTGCGACGAACAAAATTAAAACTTCATTAGAATAATTAGGCTA
AAGTATGGATGAAGTAAAAGTAACGGAAACCCCAGTACTCTTTTACCGGT
CCCTATAGGTAGCTTTAGCAATGTTGCGGGGATGGTTGGCTCGTGGGAGA
TGCAGGCAATAACTATAAGGCAACGTCTAAAGGTAGCTATTAATAGTCAT
TTGGTCCATCGGGAGTAAAACGACCCCGGCAATCAAATCTGCCGATTTAG
ACATTGCCCTCACAGCGTGCCCTTGGTTATATCCCCATGATTCATGAAGT
CACGCAACAAAGGAAAGCACATGAACAGCCCGACCGCGCAGGTGTTGGTC
GGGAGTGTAGTCACCGACACTGGAGTGAAACACGGAAAACCTAAGTCGAT
CACCATGACATGACAAAACTAACAAGAAAGAGTAGTCACAACCGCAAGAG
AGAGAGCATGACGCAAAATATTACTATGGGCCCCGGCGCGGTAGTAGGCC
AGGGCGTAGACGTTTGTTATAATAGTCCTACGAGCTCTGTTCGGAATTTG
AAAGTTCGTGTCGTATCAGAATAATTTCTTCCATTTTGGTGTCAGAAGCG
AAAATCGCGTAAAGAAAATTTAACCATTGGTTGACGAGGAGTACGAGCGC
TGAACGTCATCATGACCGCGACAACAAATCGAAGGGGCGAACCGAGGAGA
GACGGATTTATCGTCTAGTGACCACAAATGGGATTCTGATGACGTTGTTG
TAGGTGAATTTTTCAACCTGGCAACTATATTGACCCTTTGAAAAAGCGTG
CGATATAACTGCAAACGCAAACATTTCTTTTGTATGGTCCCGAGGACTTT
TTTTATGACTAATTGGCAGCGAGTTCGTTGACGGGAGACCATTGTTCGTT
GGATCTAGCACGCTTCGCATGTAGCACCGAGACACCAATTACCCGTTAGG
ACACAAGTGATTAATGGAGCTGACTTTGATGGCAATGCTCCTTTGATGCA
TTGATTTCGTCCGCATTTGCCGCTTCCCCACTGGAGTCGTAGCAGAAATC
CCTTTACCAATGACACACCTGCAGCAGCCCTCGACTTTTTGCGAACCACT
GCTGCAGGAAATCTACAGAAGTAGACTCGCGCGCCGTAAAGTAGGCTATC
TCGCATCGTAAGCCATGATTTATTCCGATATAATGTCACGAATACGAGCG
TCGAATTCATGATATTATGCCATTGAGTTAGCCATTCAGACGAAGAAAAG
GCGTAGAAGGCGAGCAGGGCAAAGCAAATGGGACGCAATGAGTATCCCAT
ACCAGAGGTGCCTTAATTGAAACGATGACGTAGCAAGGTTCGGCCGACTG
CACCCTAGTATGGACCTTGATTTACTATTGACAGCTATCTCAATTGAAGG
GACTAAAATAAATTACATTCAAGTACGGCCCAGCCCTGACTCAGCTCAAC
CGACGTTCGCGACCTGCCTACGGGTCGTTAATTCCAAAGATTGCGGAGCG
GTTTTGTGCCAAACTGGGTGGACACGCTGACTCCGACGAAGTTGTGGACG
CCAAGCAACACTTCGGTGAGACTTCGCCTGTCCTTGAAGCGATTCATTTA
CAAATATTCGACTGTCGCAGCATTATTTCGAACATCAATGCCCCCTTTCC
ACCGTCGACCACATTCTCGAGCATCATGGAAGTGGACCGTGTCACTACTT
CTTACTTCATGAACAATAAAGTTTCTTCAAGGACGATTATTTCTCCAGAC
TGTTCCTACGATAGCCCCCGCTCAAACCGTCGATAGCCATAAACGCAAAT
AGAAAACATTTAACGTTACAGCGGCGAAATTGGGGGGGGGGGGCGCCATA
GGCTTCAACTCACAAAAGGTAGGACCAGCAAAAATATAAATGAAGAAGGC
CAAGAGGCGCGGGGTTGGTGTGTAAATCGTCGCTAGGGTGGGGAAGGGGG
GATGAAGGGGCTTTCTATCGTAAAAACACTTTCTATGAGGCATAACGCGC
ACCCTCTAACCCCCTCGCTCCTTGTGTAGGAGTCAGTCGGTAACACTAAC
CGATTGGACCCGCCTTTGTTGATATTGTTGTCAATCCGGTTCGTGGTTGC
CCAGCGCATTTCACGCACGATATCATCGCCTTTACGGCATGCGATATCGA
CGTGGACAGCAGCGGCTCCACAGACGATCACCCCAGCATTTCCTTTCGCG
CTATCCAGAGTGCCATCAATACTCTGGATGTTTTACAATTCAACGCGATG
AAAATGTGAGACGATAAAGTCTTTTTCGTGATTGTGATTCCAACAGGCTG
CAGTGGCAGTGAGATACCTACAGTACCTACAGCATGCGCGCGAAGTGAGA
GACCTACATTACCTTTACGCACGCTTACTATATAGATGATATCGTGTCAC
CTTACGAACTAATAAACTCGTCCCTTGTTCGTTCCTGTCAGTCTAGTGCC
GAAGCTGCGTTCTTGGTGTTGAGGTCTGAACAACGCAAGGGTAATGTAAC
GTATGTTTACGATAAGAGTATAACCAATGGATGTTTGGTCCTCCATTTCG
TACACGGTCAGAATTCAGTGGAAATACCTCTCATCATTTATGCCCTGGGT
CCAGCGCATCAAGAAACATTCATGCCAGCTGGACGCCATCGTGCAGGTGG
GTAGGAAAGGGCATCCCACCTTCAAGCAAATTCTTTATATATTGTGGTAT
ATAGCTACTGTCCAAGAGGTATCGGGTACTACTATTAATGTCCGAAAGAA
ACGTGGCGATAATCGAGAGCATGCACAATAAGACACAACTTGTCTTGAAG
AATCCTAGGGACATTTACTCGACGTTTCTTTGCATTATTCTCTCTTGACG
AGCTACAGGACTCTATCGATGCCGCAAGGTGCAGCAAAGGTGAAAATACT
CCTGCCTCAGGACGTGATGGAGTCTCCACAAGCACATTTCTGCGTAATAT
TGTGAGCCTGAGTAAAACTGATCAAATATGATGACACTTTGCGGTTGTAT
CAGCCAAGTCAACTAGAGATGAAATTGAACTAGAATGCATACGAGAGAAA
ATGTAACTATCAGCTGCCCGTAGAGCTTCGCGTGAGGTCGACATGCATTA
TGGAAGTGAAGGAGAAGTAAGGTGGGTTTTGGAAACCTGATTCTATGATA
ATGAGCCAGTAATCTGTTCTCTCCTCCCCGGAAACAAAAGACCACGAGAT
CTAGCGACAGCGCGGGGAGCGACCGTATGAAGTTCTCCGACGACGAAGTT
CTTCATGAAGTGAAAAGGTGAGCGACGATCTGAATTGCCGACCCGCTTTC
TGATGCGTCGCGCGCAGAGAAAAGTGCAGATTAAATTTGAAATGCATCTA
TGCGTCTGTGAGTATCGCGTGTTCAAAAGTCGCATCTCATCCAGCCTTCG
GACGCCCTCTGTCTTCCGCAGCCTTTTCCTCGCCGGGACCGATACTACGT
CGCTCAGTTTGTGCTGGGCCATGTACTATCTCGCCAAGAATCCTGTGACT
TTCGCTCGCTGCCGCAACGAGGCGCTCAAAGCGGCGCCAATGAGGTGGGG
CAAAACAGGGTCGATGTCCCCAAGAATTTCATCTCGCATCGGTTAATCGC
CATGTTGTAAGACATGGCAGCAAGTCGACTGGGTTTTGTCAAATGCCAGA
GCACGCGGGCAGTTGATTTCATAGCCGTCGATGAACTGCATAGATTATTG
CCCACGTCGGCCATCGACACTTAATCATTCGCTGCCGCCCCAAACGCCTC
GCCCACACGTGCAACCGCGACCGAACGCTACGGCTCTAGCCGTGGAATGG
TCTCAACTCCAGAACAGCTCAACCAGCTGGTGTTTTGCGCCGCTGTGTTC
CGCGAGGTGGTTAGACTGAGAACTGCCGGACCTACCCCCTTCCATACGTG
CATGGTAGGCACTGCTGTTATGCATAGTTTTAATTTGGTGTAAAGACTCG
AGATTTCCAACGTCAAGGCCCAAAAACAGACAGACCGTGTACATGTCTCG
GCTGTACTTGAAACCGTTCACAGTGTGGATCAGTACGGGTTCGTCGATGA
TGCATATACATTCAGCACGCTCCCGCCGACATCAAGGTTACCCGCTCCGT
TCTTGCTTTCATGCCATAAAATAGGAAGACCACACGACGAACAAAGGGTT
CAAGATAAAGAAGGGACGGGGGGTCATAGTTCTCACTCGTTTTGCCAGCA
TCTCCGAAGAAAACTTCACAAGGGGTGCGGAGTTCATACCCGAAAGGTGA
GAGGCAAAGCGTGCTGGGTCTCGAGAAGTAAGATATGATAATAGTACTGG
ATGCATAACCTCGAAGCACTACATTAATGTAACGAGCAATGTTGCGCCTA
CAAGGACACTGGCTCCACAATTTTACAATAATATCGATAACCACTTTAAG
CACATTTTTCTAGGTAAACCTGTACGCATTTTTCGCATATTGGATGCAGT
ACGACAGGCATATTACTCTGGTGAGAATGGCGATGTAACACTAGATGTAA
ATTGAGGAAACATCTGGTATACTATGAGCAGAAGATCAACGCAGTGTGGT
TATTGGCTCAGCGTTTGCATGCTTACACATGCAGCTGTACATTCGGCCTA
CCCGACATAAGTCAGGTTGGATAGCTTCGTCCAGCCTAGCTATCTACGTA
TCTTCTCGATGCATGGGCCTCAGCTATTCCCATATCCAGTAACATTGCCA
CCAAGCTTTGACTACGCATCACATCATGCCGATAACTTCTTCAGGTGGAT
CGAATCTGAGCGGGATGAGGCGCTGCTCGGCAAGGGCGTAGAGTGCGACA
AGAAGTCTAACGTTCGCCACATCCACGATGCATTCTTGGGTTTCGGCAGC
GGCCCACGGGTGTGCCCAGGAAAGGTGCTACACCATTCATTTCTAGCGCT
TTCCGCTTGCTAAAGGCACTAGTTCAGACGTTCGTCAACCTGCCGAGCGA
GGGCGTGTAATCTCTATCCGTGCGCAACTACGGTGCCTAGTTTGATCTTC
AAACCAATATTGTACAAGCTCATCTCTGTCGCTTTTTTAGCGGTTAACAA
TCACCCTCGCATGTTGCTGGTATTTCGGTCGTGGGGTGCCAATGCAGGAT
CTGGCGAGGATAGAGGCCACCATAATGATCGCTGTGATCTGCTCACGTTT
TGAAGTTACGCTCGCTCCTGGTCAGGTGAAGTTCGCGGCCACGTCTGCTG
CAACAACTCTTCTAGGCTCATCGCCGTCGTTCTGTGTGTTCTGCGTCGTG
ATTATGCCCTACTCATATATGACGCCGCGTTTATCCTGACACCGCCTGAG
CTCATCCATAACACTGTACGTCTTACGTACTCGAAACAATCGCGTCGTTC
AAGCGTTGGTCTCTCTCCATTACATTCAGATATCTGACAACCGTACCAAA
AGCGATTAGGGGCATTTTAAAACGAGACAAACTAGAAGGGAAACGTCCAT
GATTGACAAACTATTATGCTCACTCTTTCACACTGCATCCATCGACCAGA
ACGATCCCCCGGAGGAGGCAGCTGAGTTTACCACGGGCCCAGAGACGATG
AAGCTGAAATTCAAGTGGAACGAGGATGCTAGTACCTAAATTGAGGTAAA
TGCTAGGGAGGGTGCGCTCGATGGCAAGCAGGGAACGGGGAAGCTAACCG
TAGCACTCCTGTCATAGCCAGACTGCCGCCCTACCCAATGCGTTCCTCAT
CGTGAATAATGAATAACAACATTTTGGTGCGAATTTCAACGAGTCACGCA
CCGTTCTGAAATCACCAGCGACAAGCGATGACAGCGCCCTTAAGAGTAAT
GAGCACTTAAAAGCTTTCATACCATACGTTCAGGTTGGCGAAGTGGAGAA
ACGCTGACACTGAAAAGCTACAAAAAGAGCAGCCTGGAATCAGGGAGATC
CACAGATCGTTTAGGTGCATATAATTATTGGGTTCGACAGTTGTCGTAAA
TGTAGGCGTTCATGTTAGGGACCTATATAATAGGGTTAATAATATTCACT
TGTGTAATAGGTTTGATGGTAAAACAAAACCACATTCGTTCACTGCAGCG
TCTCGATGCAACATCACAAGCGAGCGCAAATGAGCGTGTCTTCACGCGGT
AGTATTTGTTTTTTTGTTTCCATTTGTTTCCATTTGTTTAAGCGCTTCGA
GGGCATATATATGTAGACAGTGCGCATCTTAGGGGAGCAAACTCTCTTCT
ATTTGTAGCGTTCATGGGAAATCACGTTTCTTCACATTTTTGCCTTTCCA
ACGCTGTTAAATTTTCAGCTGCCGATGAGCAAACCCCGTAAACCATTCCT
CGTTGTTTATCGCTCAAGTATTTGGGTTCTTCGTTTATGTGTGGCTTTTA
TTTTGCAGACGTAGGTGCAGATGTCGACTCTATAGCAGCGGCTGCCGAGA
AAGGCGAGGTACGCTTGTCCGGGACTCGGGCTTACAAACGTATTGAAAGG
GCGGGCGGAAGCTCTCTTCGTCCTTGTAGTAGTGGCATCAGCATTGTAGA
GCCGATGACGGGTAGCCTGGAGATCTAGTGTAAAATAGGGCGAGGTAGGG
TTGTAGAATATGATTGCTACGCCGCTGTGGTCAGATGGTGGTGTGTTCTG
CTTGAACCCCACTGTGCAGAAGAGCTCTACCATGGAAATGGTATTAAGAT
TAGACGCCCGTACTAAATATCTTTGCTTGGAGATCTTTTCATGACAGATA
ATACGAGATATAGCATCTACCTCATGGCAAGGGTGACGGTGAAAATTCTC
ATCATTTTCCGTAGGGACATTTCACAAAATGTTTCGTAAACGTCCCGCGA
CTTCCCCACGTCCTTGAGCATAAGGCTGCCGTCTTTTAGCCTTCTGAGTG
CTCGCGTCTGCGTTGCTAATTAATAGTTATTATGTTTGGAGTATCTCGTT
CTCCTGTTGTGTACATACATTTTGAACTGATTCAGCACTACTGTAGCGTG
TCCTGTGCCCATCTCACGAGTTTCTCCATCGCGTAGCATTTCATAATTGG
AACTTTCAATATTCCCCATGCGCTGTATACTGAGTCGACTAATATAATTA
CACTTATCTTGGCCTTTGTATTTTCTGGTACTCGTCCACCTGTTAACAGT
TT
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Coding sequence (CDS) from alignment at A-nodosum_M_contig1121:53849..98950-

>mRNA_A-nodosum_M_contig1121.1.2 ID=mRNA_A-nodosum_M_contig1121.1.2|Name=mRNA_A-nodosum_M_contig1121.1.2|organism=Ascophyllum nodosum dioecious|type=CDS|length=1716bp|location=Sequence derived from alignment at A-nodosum_M_contig1121:53849..98950- (Ascophyllum nodosum dioecious)
ATGGCTCACTTCATCACCCATCTCGGAACGCAAGAGTCAGCAATCGACAA
AGCACCGCAATGGAATACAAATATATTGCTCTTTTGCGAAGCTGCCCTGG
TGACGACAACGCTGGCAGTTCTAACCCTGCTGTGGTGGCGGTCAGCGGAG
GCTGCCCGTGTTCGCAAGACGAAAACAAGCCGTGATGGTTCGCAGATTCT
GCCATCGCCTGTCCCTGTTTTGCCACGATGGCTTGGATTCCTGGGAGGCC
ATACACTACTCATCAACATCTCGAAGTTCACGGCGCAGGTGGAAAGTTGG
GCGGAAGAATTTGAAGGTGACTACGAGCTTCAAATATTCGGCGAGCGGGT
GATAGTGTTGACGTCGGTCGAGGACATTCGCCGGGTTCTCGCACTTCGAC
CCTCAAAGTTCGTGAGAGGCTTAACTCCGAAAGCGACTTCATGGGCGGCG
AGAGAGGCTGGATTGGCACCGTCCATGTTTTTCGACGAAGGCAAGCAGTG
GGGCCGCTCAAGGCGGCTAATCTCCCCGAATTTTGTTGGGCACAACCTCA
CAGCAATGATCCCTTGTATCGTGAAGATTGCGGAGCGGTTTTGTGCCAAA
CTGGGTGGACACGCTGACTCCGACGAAGTTGTGGACGCCAAGCAACACTT
CGCGCATTTCACGCACGATATCATCGCCTTTACGGCATGCGATATCGACG
TGGACAGCAGCGGCTCCACAGACGATCACCCCAGCATTTCCTTTCGCGCT
ATCCAGAGTGCCATCAATACTCTGGATGTTTTACAATTCAACGCGATGAA
AATAATTCAGTGGAAATACCTCTCATCATTTATGCCCTGGGTCCAGCGCA
TCAAGAAACATTCATGCCAGCTGGACGCCATCGTGCAGGACTCTATCGAT
GCCGCAAGGTGCAGCAAAGGTGAAAATACTCCTGCCTCAGGACGTGATGG
AGTCTCCACAAGCACATTTCTGCGTAATATTACCACGAGATCTAGCGACA
GCGCGGGGAGCGACCGTATGAAGTTCTCCGACGACGAAGTTCTTCATGAA
GTGAAAAGCCTTTTCCTCGCCGGGACCGATACTACGTCGCTCAGTTTGTG
CTGGGCCATGTACTATCTCGCCAAGAATCCTGTGACTTTCGCTCGCTGCC
GCAACGAGGCGCTCAAAGCGGCGCCAATGAGCCGTGGAATGGTCTCAACT
CCAGAACAGCTCAACCAGCTGGTGTTTTGCGCCGCTGTGTTCCGCGAGGT
GGTTAGACTGAGAACTGCCGGACCTACCCCCTTCCATACGTGCATGGAAG
ACCACACGACGAACAAAGGGTTCAAGATAAAGAAGGGACGGGGGGTCATA
GTTCTCACTCGTTTTGCCAGCATCTCCGAAGAAAACTTCACAAGGGGTGC
GGAGTTCATACCCGAAAGGTGGATCGAATCTGAGCGGGATGAGGCGCTGC
TCGGCAAGGGCGTAGAGTGCGACAAGAAGTCTAACGTTCGCCACATCCAC
GATGCATTCTTGGGTTTCGGCAGCGGCCCACGGGTGTGCCCAGGAAAGGA
TCTGGCGAGGATAGAGGCCACCATAATGATCGCTGTGATCTGCTCACGTT
TTGAAGTTACGCTCGCTCCTGGTCAGAACGATCCCCCGGAGGAGGCAGCT
GAGTTTACCACGGGCCCAGAGACGATGAAGCTGAAATTCAAGTGGAACGA
GGATGCTAGTACCTAA
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