mRNA_P-littoralis_Contig618.11.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig618.11.1
Unique NamemRNA_P-littoralis_Contig618.11.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: D7FJJ2_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FJJ2_ECTSI)

HSP 1 Score: 684 bits (1765), Expect = 6.120e-234
Identity = 413/724 (57.04%), Postives = 469/724 (64.78%), Query Frame = 3 
Query:   60 LVDTPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAAWGTLKSDRDTTKNFLSGATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGG--SGSSGPGSLAVKIGHVIKSCVVAPDD------CIRETPHVP--GSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKG-CGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESEVPWQTRRLHPVIYGWQQKAAHMSEAAGVIPRPSPPSAASVHQGSTSRKGSCGVSTAKPLG-----PIRHTMAAKPKKIVPTLVSGRHEQVEAGPVAPXXXXXXXXXXXXXXXXXXXXXXXXLHNSGIDPNPAWGANGSKDNHV-----VPGTHGVSSSST--VEDHASPNPLSATKNATGSGRDRTPKKKRLAPTLVSTL 2162
            LVDTPQIVWHGGEAGKNAPILS+DTHPL LDGG  G SR V+ATAGTDAEVRLW+VN+PTQE   + EQ  VS R+Q+FV SLGGHQRGVN VRFSPDGLSLASASDGG VVIWSV+ +AAW T+KSDRDT KN L GATEDIYDMAWSPDS  I CGSIDRR HVWEV T R IAT++ H  YVQGT                      +TQDGG  SGSSG G +AVK  +VIKSCVV  D+           P +P  G+TA  E PS   +ET           GD    I+P   A    + A  +     Q  G G KG  GGNE SC T  +++KD+ KP QRK    FVDETVTSFFRRLSWSPDGAFLITPTAQHWDAAT++TQFCT+LFTRGQFAKPA+CL GL KPSVAVRCNPRLFTLKG GDNT + ++E  +CDLPYRAVFAVVSLDA+VVYDTEH+ PL VA GLH S LTDACWSSDGL+LFVSSTDGYVSKIHFE  ELGD +P S+VP QTRRLHPVIY WQ +     E AG + RPSPP +  V   + ++ G    ST K LG             + KKIVPTLV+       A PVA                           ++ + P+P   +   K   +     VPG +  +S     V    SP P SA   A G   + TPKKKRLAPTLVS L
Sbjct:    3 LVDTPQIVWHGGEAGKNAPILSLDTHPLALDGGHQG-SRVVLATAGTDAEVRLWIVNRPTQEDAKNWEQAGVSSRLQTFVASLGGHQRGVNAVRFSPDGLSLASASDGGTVVIWSVEDVAAWSTIKSDRDTRKNILRGATEDIYDMAWSPDSKYITCGSIDRRAHVWEVATKRSIATLEDHANYVQGTXXXXXXXXXXXXXXXXXXXXXQITQDGGGGSGSSGAGRVAVKCCNVIKSCVVPSDEGSSGGSSAGGEPPLPREGTTAPGERPSTVTSETG----------GDGAGCIQPTSSA----VDARGSTTDDNQRSGGGDKGPSGGNEDSCATGVDSTKDKAKPVQRKN--LFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATRQTQFCTHLFTRGQFAKPAICLLGLTKPSVAVRCNPRLFTLKGCGDNTRSEAVEEAMCDLPYRAVFAVVSLDAVVVYDTEHATPLMVANGLHLSALTDACWSSDGLALFVSSTDGYVSKIHFEPGELGDTLPCSDVPLQTRRLHPVIYDWQTEVTPTEEVAGRVLRPSPPPSGVVRVETPTQAGG-ETSTGKALGLAPXXXXXXXATKQKKKIVPTLVTPLPAADRAQPVA--------------------------SSTAVPPSPTTPSTERKKRRITPTLCVPGMNEDASGDDGLVSGTQSPLPASAKHVAVG---NETPKKKRLAPTLVSAL 679
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A0W8BZZ0_PHYNI (Chromatin assembly factor 1 subunit B n=8 Tax=Phytophthora TaxID=4783 RepID=A0A0W8BZZ0_PHYNI)

HSP 1 Score: 263 bits (672), Expect = 3.030e-73
Identity = 202/628 (32.17%), Postives = 305/628 (48.57%), Query Frame = 3 
Query:   57 MLVDTPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGS--RFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQ-SFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIR--ETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDL---PYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESEVPW----QTRRLHPVIYGWQQKAAHMSEAAGVIPRPSPPSAASVHQ----GSTSRKGSCGVSTAKPLGPIRHTMAAKPKKIVPTLV--SGRHEQVEAGPVA 1871
            + V TP+I  H G  G N  +LS+D    +    G+  +  + ++AT G D E++LW V +         E P+  G +   FV SL GH R +N VRFSP+G  LASASD  ++++WS    A     W  + S  D  +  LS G   DI D++WSPDS  +   S+D R  +W V    +    + HT YVQG AWDPL++++ T+ +DR+CRVY +        SG G++    G      ++    CI+  +T   P       TP          A T TG +GD  +S + +                                G  PT A        PAQ K  +F +D+T  +F RR +W+PDG + + PT     + +       Y F+RG  ++P + LPG  K S+AVRC+P L+ L+ R D     + +APV +L    YR+VFAV++LDA+V++DT+ + P+    GLHY+ LTDA W++DG +L +SSTDGY+S I FE+   G  +P  +       + RR+       ++KA + ++    + + +P   A+  Q      T ++       A    PI      K +KI PTLV  +G      +GP A
Sbjct:    7 VRVATPEIRLHCGPTGLNEAVLSLD---FLRPNAGEATTTDKPLLATGGADKEIKLWRVGES--------EDPEAKGNVALEFVFSLSGHDRSINCVRFSPNGAYLASASDDTSIILWSKPKTAGDDWRWDHISSLSDVGRTILSLGHKGDITDLSWSPDSAFLASSSVDNRCVIWNVEKGDVAERRKDHTQYVQGVAWDPLNEFIVTEGNDRTCRVYSL--------SGFGAVTRPXGKKQGRKLM----CIQTLKTREFPSKQNGSSTP----------ATTATGDQGDKDNSKKAESEVA---------------------------SGDAPTKA--------PAQPKHRMF-LDDTCPAFARRPAWTPDGNYFLAPTGTFRSSESASPVNTVYAFSRGNLSQPTLHLPGQEKASLAVRCSPLLYKLR-RPDGQ---AKDAPVPNLFKTEYRSVFAVITLDAVVIHDTQQASPICTIKGLHYADLTDATWTADGQTLSISSTDGYISFIQFEDGFFGTSVPRKDQMALNEDKMRRMSATPKKARKKARNQAQPQ--VSKDAPTKTATTKQKAQPADTIKRALQNSEGATAGNPINVLQVRKKRKISPTLVPPAGTPPSASSGPHA 559
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A3M6VRG0_9STRA (Uncharacterized protein n=2 Tax=Peronospora effusa TaxID=542832 RepID=A0A3M6VRG0_9STRA)

HSP 1 Score: 261 bits (666), Expect = 2.290e-72
Identity = 174/520 (33.46%), Postives = 259/520 (49.81%), Query Frame = 3 
Query:   57 MLVDTPQIVWHGGEAGKNAPILSID-THPLVLDGGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESE 1598
            + V TP+I  H G  G N  +LS+D  HP V  G  +   + ++AT G D E++LW V +  +     LE          FV SL GH R VN VRFSP+G  LASASD  ++++W+    A     W  + S  D  +  LS G   DI D++WSPDS  +   S+D R  +W+V    +    + HT YVQG AWDPL++++ T+ +DR+CRVY ++  G +       L  K       C+       RE P V         P AA  + K           D G +++ +  A VG                                  +S  +  PA +     F+D+T  +F RR +W+PDG + + PT     + +       Y F+RG  ++P + LPG  K S+ VRC+P L+ L+ R D + + S    +    YR+VFAV++LDA+V+YDT+ +HP+    GLHY+ LTDA W++DG +L +SSTDGY+S I F++   G  +P  +
Sbjct:    5 VRVATPEIRLHCGPTGLNEAVLSLDFLHPNVDVGQSNTTDKPLLATGGADKEIKLWRVGEDIELKNVELE----------FVFSLSGHDRSVNCVRFSPNGAYLASASDDTSIILWTKPKTAGDDWRWDQISSLSDVGRTILSLGHKGDITDLSWSPDSAFLCSSSVDNRCVIWDVDKGDVAERRKDHTQYVQGVAWDPLNEFIVTEGNDRTCRVYSLSGFGATTRPNGKKLGRKF-----MCIQTLKT--RELPAVQSG------PIAAATKEKEGK--------DSGKTMDIEANALVG----------------------------------DSVPKATPASKH--RMFLDDTCPAFARRPAWTPDGNYFLAPTGTFRASESASPVNTVYAFSRGNLSQPTLHLPGQEKASLGVRCSPLLYQLRRRDDQSVSSS-PPNLFKTEYRSVFAVITLDAVVIYDTQQAHPICTIKGLHYADLTDATWTADGQTLSISSTDGYISFIQFQDGFFGASVPRKD 456
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A2D4BJK8_PYTIN (Chromatin assembly factor 1 subunit B-like protein n=2 Tax=Pythium insidiosum TaxID=114742 RepID=A0A2D4BJK8_PYTIN)

HSP 1 Score: 260 bits (665), Expect = 4.210e-72
Identity = 178/522 (34.10%), Postives = 252/522 (48.28%), Query Frame = 3 
Query:   57 MLVDTPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPY---RAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESE 1598
            + V TP+I WH G  G N  +LS+D     L   GDG    ++AT G D E++LW V +P  + T+ LE          F+ SL GH+R VN VRFSPDGL LASASD  +V IW+    A     W  + S  D T+  LS G   DI D+AWSPDS  +   S+D  + +W +    +    + HT YVQG AWDPL +++ T+ +DR+CRVY +                          V  D   R+                +  + ++    LT         I+    +G G     +AAA G +                         +  P  R     F+D+T   F RRL+W+PDG +L+ PT    D  +  +    Y F RG  + PAV LPG  K S+ VRC+P L+ L+  GD  +  S  A   +  +   R++FAV++L+A+++YD++ +HP+     LHY+ LTDA WS+DG  L VSS DGYVS I FE+   G  IP  +
Sbjct:   26 VRVTTPEIRWHCGPTGLNXAVLSLD----FLHAHGDGADHAILATGGADKEIKLWRV-RPDMKETEGLE----------FIFSLTGHERSVNCVRFSPDGLFLASASDDMSVTIWTKPKTAGDDWRWDXITSFSDVTRTLLSCGHKGDITDLAWSPDSAFLCSVSVDNSSVIWNIEKGEVQERRKDHTQYVQGVAWDPLGEFLVTEGNDRTCRVYTL--------------------------VGFDATSRQL---------------SKKQNRKCTAMLT---------IKSREFSGDGPAKTESAAATGEE-----------------------ASKGXPKHR----MFLDDTCPVFARRLTWTPDGNYLLVPTGVFRDEESAPSVNTVYAFARGNMSMPAVHLPGQEKASLGVRCSPLLYRLREGGDVADGSSPIAVSSNFFHSESRSIFAVITLNAVIIYDSQQAHPICTIKNLHYADLTDATWSADGHLLSVSSMDGYVSFIQFEQGFFGVSIPHED 455
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: M4BWL0_HYAAE (Uncharacterized protein n=1 Tax=Hyaloperonospora arabidopsidis (strain Emoy2) TaxID=559515 RepID=M4BWL0_HYAAE)

HSP 1 Score: 253 bits (646), Expect = 5.780e-70
Identity = 174/523 (33.27%), Postives = 256/523 (48.95%), Query Frame = 3 
Query:   57 MLVDTPQIVWHGGEAGKNAPILSIDTHPLVLD---GGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAP-VCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESE 1598
            + V TP+I  H G  G N  +LS+D   L +D   G      + ++AT G D E++LW V++        LE          FV SL GH R VN VRFSP+G  LASASD  ++++W+    A     W  + S  D  +  LS G   DI D++W+PDS  +   S+D R  +W+V    +    + HT YVQG AWDPL++++ T+S+DR+CRVY +        SG G+     G   +   V            P S +        + E K           D+  ++E       G LA A                     G  PT         K    +    F+D+T  +F RR +W+PDG++ + PT     + +  +    Y F+RG  ++P + LPG  K S+ VRC+P L+ L  R  N + GS+  P      YR+VFAV++LDA+ +YDT+ SHP+    GLHY+ LTDA W++DG +L +SSTDGY+S I FE+   G  +  ++
Sbjct:    3 VRVTTPEIRLHCGPTGLNEAVLSVDFLHLDVDSVYGAAAVPDKPLLATGGADKEIKLWRVSEDADTNRATLE----------FVFSLSGHDRSVNCVRFSPNGAYLASASDDTSIILWTKPKTAGDDWRWDHISSLSDVGRTILSLGHKGDITDLSWAPDSAFLCSTSVDNRCVIWDVEKGDVAERRKDHTQYVQGVAWDPLNEFLVTESNDRTCRVYSL--------SGFGAATQPDGKKQRRKFVGIQTLKTREFAAPRSGSFTVVAKGDDKEGK-----------DVVENVEDAE----GALAVA---------------------GDSPTPP-------KALVAQKHRMFLDDTCPAFSRRPTWTPDGSYFLAPTGTFRASDSSSSVNTVYAFSRGNLSQPTLHLPGQKKASLGVRCSPLLYEL--RRQNDQAGSLPLPNFFKTEYRSVFAVLTLDAVFIYDTQQSHPICTIKGLHYADLTDATWTADGQTLSISSTDGYLSIIQFEDGFFGTSLSRAD 462
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: K3XC86_GLOUD (Uncharacterized protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3XC86_GLOUD)

HSP 1 Score: 251 bits (641), Expect = 6.140e-69
Identity = 170/517 (32.88%), Postives = 240/517 (46.42%), Query Frame = 3 
Query:   69 TPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGSR------FVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDL---PYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELG 1577
            TP+I WH G  G N  +LSID     L   GD           ++AT G D E++LW V+   ++ T  LE          F+ SL GH R VN VRFSP+G+ LASASD   +++W+    AA    W  + S  D ++  L+ G   DI D+AWSPDS  +   S+D  + +W      +    + HT YVQG AWDPL++Y+ T+ +DRSCRVY +      G      L+ K   V K C+       RE P  P    A  + +  + +T   +  +  T G                                             ++   + D T  A       F+D+T  +F RR +W+PDG + + PT               Y F RG  ++P + LPG  K S+ VRC+P L+ L  R    E G    P  +    PYR+VFAV++L+ +++YDT+  HP+     LHY+ LTD  WS DG  L +SS DGY+S I FEE   G
Sbjct:   50 TPEIRWHCGPTGLNEAVLSID----FLHANGDKSKEDATKAPTILATGGADKEIKLWRVSYGLKDHTG-LE----------FIFSLSGHDRSVNCVRFSPNGVFLASASDDSTIILWTKPKTAAEDWAWDKITSFSDVSRTLLACGHKGDITDLAWSPDSAFLCSTSVDNTSVIWNAEKGEVEERRKDHTQYVQGVAWDPLNEYLVTEGNDRSCRVYTLN-----GFDPVSRLSTK--KVAKKCMCIQIIKTREFPADPAKQVAAPSAAVKDEKTDAESSAIKQTPGST-------------------------------------------SEGGATIDETTKASAPKHRMFLDDTCPAFARRPTWTPDGNYFLAPTGIFRATEASSPVNTVYAFARGNLSEPTLHLPGQEKASLGVRCSPLLYEL--RRQEAEDGDESKPTPNFFQTPYRSVFAVITLNTVIIYDTQQVHPICTLKDLHYADLTDVSWSRDGQVLSISSMDGYLSFIQFEEGFFG 499
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A836CAR4_9STRA (WD40-repeat-containing domain protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CAR4_9STRA)

HSP 1 Score: 254 bits (650), Expect = 1.010e-68
Identity = 197/614 (32.08%), Postives = 263/614 (42.83%), Query Frame = 3 
Query:   57 MLVDTPQIVWHGGEAGKNAPILSIDTHPLVL---------------DGGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPD---VSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAAWGT--LKSDRDTTKNFLSGATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTA------------------------------------WDPLSKYMATQSSDRSCRVY--DVTQDGGS------GSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTS--FFRRLSWSPDGAFLITPTAQHWDAATQ---------KTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESE-----------VPWQTRRLHPVIYG 1640
            MLVDTPQI+WH GEA KN PI S D HP  L                   D  + +V+ATAG   EV L+ V  P        + PD    S R+Q F+ +L GH   VNV RFSP GL LA+A D G V++WSV S   WGT  LK  R +    L+ ++  +YD+AW+P S  +    ID+   VW+    +  AT Q H  +VQ +A                                    WDPL +++ATQSSDR+C++Y  D    G +      G     +LA                                    ANA    AAP       D    ++ +  A                                               ++  L FV+E +    FFRRL+W+PDGAFLI P  Q                  +FCTY+F RG ++ PA+CL G +KPSVAVRC PRLF            ++     D  +RAVFAV++ D ++VYDT+   PL VA+ LH + LTDA W  D  +L V+S DGYVS++ F   ELG   P  +           V    RR +P++YG
Sbjct:    1 MLVDTPQIIWHAGEANKNVPIYSCDIHPSPLPQSTDRRSKHGDPAASDATDNATEYVMATAGIANEVHLFAVKAPGL-ADPRWDVPDGGTASVRLQRFLTALSGHDCVVNVARFSPHGLCLATAGDNGTVIVWSVASAGDWGTEGLKPSRYS----LNASSMGVYDLAWAPGSRLLASVGIDKTMRVWDCVARQCAATAQDHKQFVQASAVRGDGAGPRAVVXXXXXXXXXXXXXXXXXXXXXXVAWDPLGEHIATQSSDRTCKLYSYDAALQGSAQRFTLRGDKVIKNLAASXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXANAP---AAPXXXXXXXDSAMDVDAESDA---------------------------------XXXXXXXXXXXXXXQRHELLFVEELLMQGLFFRRLAWTPDGAFLIAPAGQQCGGVAGGEGGADGGGAPRFCTYMFMRGSYSTPALCLAGPDKPSVAVRCCPRLFLPHA------AATVSVRETDAAHRAVFAVLTSDTVLVYDTQTPTPLAVASHLHLAPLTDAAWLPDASALLVASQDGYVSRLTFAPGELGALAPLDDFSGGVTVTGDGVAAAVRRAYPLVYG 567
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A329S5C2_9STRA (Uncharacterized protein n=2 Tax=Phytophthora TaxID=4783 RepID=A0A329S5C2_9STRA)

HSP 1 Score: 249 bits (637), Expect = 3.670e-68
Identity = 171/528 (32.39%), Postives = 257/528 (48.67%), Query Frame = 3 
Query:   33 DQFGNCREMLVDTPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQ-SFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIPESE 1598
            D  G  R    D   +  HG E  ++  I  +   P    G      + ++AT G D E++LW V +         E  +  G +   FV SL GH R VN VRFSP+G  LASASD  ++++WS    A     W  + S  D  +  LS G   DI D++WSPDS  +   S+D R  +W V    +    + HT YVQG AWDPL++++ T+ +DR+CRVY +        SG G+     G       +    C++       +    E PS  N ++  +A T    +GD  ++ + +                                    T+A +    TK   R     F+D+T  +F RR +W+PDG++ + PT     + +       Y F+RG  ++PA+ LPG  K S+AVRC+P L+ L+ R D    GS    +    YR+VFAV++LDA+V+YDT+ +HP+    GLHY+ LTDA W++DG +L +SSTDGY+S + FE+   G  +P  +
Sbjct:   28 DDSGGARGDARDPTALRPHGAE--RSCSIAGLPA-PQCRRGRHXTTDKPLLATGGADKEIKLWRVGES--------EDTEAKGSVALDFVFSLSGHDRSVNCVRFSPNGAYLASASDDTSIILWSKPKTAGDDWRWDQISSLSDVGRTILSLGHKGDITDLSWSPDSAFLASSSVDNRCVIWNVEKGDVAERRKDHTQYVQGVAWDPLNEFIVTEGNDRTCRVYSL--------SGFGAATRPNGKKQGRKFM----CVQ-------TLKTREFPSNQN-KSNASATTSKSDKGDKDTTKKAE------------------------------------TEAVSGDAATKAPARPKHRMFLDDTCPAFARRPAWTPDGSYFLAPTGTFRSSESATPVNTVYAFSRGNLSQPALHLPGQEKASLAVRCSPLLYELR-RPDGQAEGSPVPNLFKTEYRSVFAVITLDAVVIYDTQQAHPICTIKGLHYADLTDATWTADGQTLSISSTDGYISFVQFEDGFFGTRVPRKD 487
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A087GE51_ARAAL (Uncharacterized protein n=2 Tax=Arabis TaxID=50451 RepID=A0A087GE51_ARAAL)

HSP 1 Score: 239 bits (611), Expect = 4.000e-66
Identity = 165/513 (32.16%), Postives = 238/513 (46.39%), Query Frame = 3 
Query:   57 MLVDTPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGSRFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSV---KSLAAWGTLKSDRDTTKNFLSGATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFI 1586
            M   T QI WH G+     P+L++D HP+            ++ATAG D +++LWL+N     G    + P VS     +  SL  H   VN +RFS  G  LAS +DGG ++IW +   ++  +W  LKS        LS   +D+ D+ WSPD   ++ GS+D    +W+V    +   +  H  YVQG AWDPL+KY+A+ SSDR+CR+Y V +      SG      K+ +V +  +   D                                    +GD   +++                                                       +  F DET+ SFFRRLSWSPDG+FL+ P      + T +    TY+F+R   ++PA+ LPG NKP V VR  P  F L  RG N+E G  +     LPYR VFA+ +L+++ +YDTE   P+ V  GLHY+ +TD  WS DG  L +SS DGY + + FE+ ELG+ +
Sbjct:    1 MKGGTIQISWHDGK-----PVLTLDFHPI----------SGLLATAGADYDIKLWLMNS----GKAEKKLPSVS-----YQSSLTYHGCAVNTIRFSRSGELLASGADGGELIIWKLHPSETSQSWKVLKS--------LSFHRKDVLDLQWSPDDAYLISGSVDNSCIIWDVNKGSVHQILDAHCHYVQGVAWDPLAKYVASLSSDRTCRIY-VNKPQTKSKSGE-----KMNYVCQHVITKADQ----------------------------------QQGDDAKTVK-------------------------------------------------------THLFHDETLPSFFRRLSWSPDGSFLLIPAGSFKISPTSEAVNATYVFSRNDLSRPALQLPGANKPVVVVRFCPVAFKL--RGSNSEEGFFK-----LPYRLVFAIATLNSVYIYDTECVAPIAVLAGLHYAAITDITWSPDGTYLALSSQDGYCTLVEFEDNELGESV 379
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BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Match: A0A0P1B6K6_PLAHL (Chromatin assembly complex 1 subunit b cac2 n=1 Tax=Plasmopara halstedii TaxID=4781 RepID=A0A0P1B6K6_PLAHL)

HSP 1 Score: 240 bits (613), Expect = 2.390e-65
Identity = 159/480 (33.12%), Postives = 236/480 (49.17%), Query Frame = 3 
Query:  174 RFVVATAGTDAEVRLWLVNQPTQEGTDHLEQPDVSGRMQ-SFVVSLGGHQRGVNVVRFSPDGLSLASASDGGAVVIWSVKSLAA----WGTLKSDRDTTKNFLS-GATEDIYDMAWSPDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMATQSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIR--ETPHVPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAAAAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDETVTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVCLPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSLDAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIHFEEEELGDFIP 1589
            + ++AT G D E++LW V +         E+P+    +   FV SL GH R VN VRFSP+G  LASASD  ++++WS    A     W  + S  D  +N LS G   DI D++WSPDS  +   S+D R  +W+V    +    + HT YVQG AWDPL++++ T+ +DR+CRVY ++  G    +GP     K G            CI+  +T         E    A N + K  +   T  E  +G  I                                            +K  + P  R     F+D+T  +F RR +W+PDG + + PT     + +       Y F+RG  ++P + LPG  K S+AVRC+P ++ L+  G+ +   ++         R+VFAV++LDA++V+DT+HSHP+    GLHY+ LTDA W++DG +L +SSTDGY+S I FE    G   P
Sbjct:   42 KSLLATGGADKEIKLWRVGEK--------EEPEAQDTIALEFVFSLSGHDRSVNCVRFSPNGAYLASASDDTSIILWSKPKTAGDDWHWDQISSLSDVKRNILSLGHKGDITDLSWSPDSAFLASTSVDNRCVIWDVEKGDVAERRKDHTQYVQGVAWDPLNEFIVTEGNDRTCRVYSLSGFG----AGPRLNMKKQGRKFM--------CIQTLKTRDFSPERHNERNLEAKNDKDKEESSNSTVAEATLGDVI--------------------------------------------AKTVSPPKHR----MFLDDTCPAFARRPAWTPDGNYFLAPTGMFRSSDSASAVNTVYAFSRGNLSQPTLHLPGQEKTSLAVRCSPVMYKLRCEGEESSVFNL----FKTELRSVFAVITLDAVIVHDTQHSHPICTIKGLHYADLTDASWTADGQTLSISSTDGYISFIRFEAGFFGTSQP 449
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig618.11.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FJJ2_ECTSI6.120e-23457.04Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2... [more]
A0A0W8BZZ0_PHYNI3.030e-7332.17Chromatin assembly factor 1 subunit B n=8 Tax=Phyt... [more]
A0A3M6VRG0_9STRA2.290e-7233.46Uncharacterized protein n=2 Tax=Peronospora effusa... [more]
A0A2D4BJK8_PYTIN4.210e-7234.10Chromatin assembly factor 1 subunit B-like protein... [more]
M4BWL0_HYAAE5.780e-7033.27Uncharacterized protein n=1 Tax=Hyaloperonospora a... [more]
K3XC86_GLOUD6.140e-6932.88Uncharacterized protein n=1 Tax=Globisporangium ul... [more]
A0A836CAR4_9STRA1.010e-6832.08WD40-repeat-containing domain protein n=1 Tax=Trib... [more]
A0A329S5C2_9STRA3.670e-6832.39Uncharacterized protein n=2 Tax=Phytophthora TaxID... [more]
A0A087GE51_ARAAL4.000e-6632.16Uncharacterized protein n=2 Tax=Arabis TaxID=50451... [more]
A0A0P1B6K6_PLAHL2.390e-6533.13Chromatin assembly complex 1 subunit b cac2 n=1 Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig618contigP-littoralis_Contig618:36130..74272 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7FJJ2
Preferred nameCHAF1B
PFAMsCAF-1_p60_C,WD40
Model size2814
Max annot lvl2759|Eukaryota
KEGG koko:K10751
Hectar predicted targeting categoryother localisation
GOsGO:0000228,GO:0000278,GO:0000724,GO:0000725,GO:0000775,GO:0000785,GO:0000790,GO:0003674,GO:0003682,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005654,GO:0005657,GO:0005694,GO:0005737,GO:0005829,GO:0006139,GO:0006259,GO:0006260,GO:0006261,GO:0006281,GO:0006302,GO:0006310,GO:0006323,GO:0006325,GO:0006333,GO:0006334,GO:0006335,GO:0006338,GO:0006725,GO:0006807,GO:0006950,GO:0006974,GO:0006996,GO:0007049,GO:0007275,GO:0008150,GO:0008152,GO:0008283,GO:0008593,GO:0009058,GO:0009059,GO:0009555,GO:0009653,GO:0009888,GO:0009933,GO:0009966,GO:0009967,GO:0009987,GO:0010026,GO:0010646,GO:0010647,GO:0016043,GO:0022402,GO:0022607,GO:0023051,GO:0023056,GO:0030154,GO:0031297,GO:0031497,GO:0031507,GO:0031974,GO:0031981,GO:0032501,GO:0032502,GO:0032991,GO:0033186,GO:0033260,GO:0033554,GO:0034622,GO:0034641,GO:0034645,GO:0034723,GO:0034728,GO:0042393,GO:0043170,GO:0043226,GO:0043227,GO:0043228,GO:0043229,GO:0043231,GO:0043232,GO:0043233,GO:0043596,GO:0043933,GO:0043954,GO:0044085,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044422,GO:0044424,GO:0044427,GO:0044428,GO:0044444,GO:0044446,GO:0044454,GO:0044464,GO:0044786,GO:0045005,GO:0045747,GO:0046483,GO:0048229,GO:0048366,GO:0048367,GO:0048507,GO:0048518,GO:0048522,GO:0048532,GO:0048583,GO:0048584,GO:0048731,GO:0048827,GO:0048856,GO:0048869,GO:0050789,GO:0050794,GO:0050896,GO:0051082,GO:0051276,GO:0051716,GO:0065003,GO:0065004,GO:0065007,GO:0070013,GO:0070827,GO:0070828,GO:0070829,GO:0071103,GO:0071704,GO:0071824,GO:0071840,GO:0090304,GO:0090558,GO:0098687,GO:0099402,GO:1901360,GO:1901576,GO:1902298,GO:1902969,GO:1903047,GO:1990426,GO:1990505
Exons4
Evalue3.41e-238
EggNOG OGsKOG1009@1|root,KOG1009@2759|Eukaryota
Ec32 ortholog descriptionChromatin assembly factor 1 subunit B
Ec32 orthologEc-04_006320.1
Descriptionnucleosome assembly
Cds size2109
COG categoryT
BRITEko00000,ko03036
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig618.11.1prot_P-littoralis_Contig618.11.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig618 36186..73623 +


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

Feature NameUnique NameSpeciesTypePosition
1680791286.323163-UTR-P-littoralis_Contig618:36129..361851680791286.323163-UTR-P-littoralis_Contig618:36129..36185Pylaiella littoralis U1_48UTRP-littoralis_Contig618 36130..36185 +
1680791286.389793-UTR-P-littoralis_Contig618:73623..742721680791286.389793-UTR-P-littoralis_Contig618:73623..74272Pylaiella littoralis U1_48UTRP-littoralis_Contig618 73624..74272 +


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

Feature NameUnique NameSpeciesTypePosition
1680791286.335321-CDS-P-littoralis_Contig618:36185..367461680791286.335321-CDS-P-littoralis_Contig618:36185..36746Pylaiella littoralis U1_48CDSP-littoralis_Contig618 36186..36746 +
1680791286.3468375-CDS-P-littoralis_Contig618:70334..709601680791286.3468375-CDS-P-littoralis_Contig618:70334..70960Pylaiella littoralis U1_48CDSP-littoralis_Contig618 70335..70960 +
1680791286.3609369-CDS-P-littoralis_Contig618:71368..716201680791286.3609369-CDS-P-littoralis_Contig618:71368..71620Pylaiella littoralis U1_48CDSP-littoralis_Contig618 71369..71620 +
1680791286.374929-CDS-P-littoralis_Contig618:72953..736231680791286.374929-CDS-P-littoralis_Contig618:72953..73623Pylaiella littoralis U1_48CDSP-littoralis_Contig618 72954..73623 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig618.11.1

>prot_P-littoralis_Contig618.11.1 ID=prot_P-littoralis_Contig618.11.1|Name=mRNA_P-littoralis_Contig618.11.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=703bp
MLVDTPQIVWHGGEAGKNAPILSIDTHPLVLDGGGDGGSRFVVATAGTDA
EVRLWLVNQPTQEGTDHLEQPDVSGRMQSFVVSLGGHQRGVNVVRFSPDG
LSLASASDGGAVVIWSVKSLAAWGTLKSDRDTTKNFLSGATEDIYDMAWS
PDSTCIVCGSIDRRTHVWEVTTTRLIATVQHHTGYVQGTAWDPLSKYMAT
QSSDRSCRVYDVTQDGGSGSSGPGSLAVKIGHVIKSCVVAPDDCIRETPH
VPGSTAAEETPSAANAETKRAAPTLTGTEGDIGSSIEPDRVAGVGTLAAA
AAAAGGVQGYGAGGKGCGGNEGSCPTDANNSKDRTKPAQRKPSLFFVDET
VTSFFRRLSWSPDGAFLITPTAQHWDAATQKTQFCTYLFTRGQFAKPAVC
LPGLNKPSVAVRCNPRLFTLKGRGDNTETGSMEAPVCDLPYRAVFAVVSL
DAIVVYDTEHSHPLTVATGLHYSGLTDACWSSDGLSLFVSSTDGYVSKIH
FEEEELGDFIPESEVPWQTRRLHPVIYGWQQKAAHMSEAAGVIPRPSPPS
AASVHQGSTSRKGSCGVSTAKPLGPIRHTMAAKPKKIVPTLVSGRHEQVE
AGPVAPSTAIPLGPSPPSFEKKKRRITPTLLHNSGIDPNPAWGANGSKDN
HVVPGTHGVSSSSTVEDHASPNPLSATKNATGSGRDRTPKKKRLAPTLVS
TL*
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mRNA from alignment at P-littoralis_Contig618:36130..74272+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig618.11.1 ID=mRNA_P-littoralis_Contig618.11.1|Name=mRNA_P-littoralis_Contig618.11.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=38143bp|location=Sequence derived from alignment at P-littoralis_Contig618:36130..74272+ (Pylaiella littoralis U1_48)
GCGGGAGGTCAACGCTCCGAGTAGGAAGCGACGATCAGTTTGGGAACTGT
CGAGAAATGCTGGTGGACACCCCCCAGATCGTTTGGCACGGAGGTGAAGC
TGGCAAGAATGCCCCGATACTGTCAATCGATACACACCCTTTAGTCCTTG
ATGGAGGTGGTGACGGCGGCTCGCGTTTCGTCGTAGCCACCGCCGGCACG
GATGCCGAGGTGAGACTCTGGTTAGTCAACCAACCCACACAGGAGGGTAC
AGACCATTTGGAGCAACCAGACGTATCGGGCCGAATGCAGTCGTTCGTGG
TGTCTCTTGGCGGACATCAAAGGGGGGTCAATGTGGTGAGATTCAGCCCC
GACGGGCTGAGCTTGGCGAGCGCGAGCGACGGAGGCGCTGTTGTAATATG
GAGCGTCAAATCGTTGGCTGCATGGGGCACTCTCAAGTCAGACCGAGATA
CTACAAAAAACTTCTTGAGCGGCGCAACCGAGGACATCTACGATATGGCT
TGGTCTCCGGATTCAACGTGCATTGTGTGCGGATCTATCGATCGCCGCAC
CCATGTTTGGGAGGTGACGACCACGCGGTTGATTGCGACTGTCCAGCACC
ACACCGGTTATGTACAGGTGTGTTCCTGTGTCGATGCGATGATCATGATG
GATTTAATTTTTACTTTGAACGAAGGCGGTTTCTTGTAGGGCCGAATTTT
TTATTCATATATTGATAAATTCCGAATTTGTTTTGAAATCAGGCTCCTTA
TAAGCTCGGAAAACACCTTTTTCCGAACAACATTTTCCGAACAACATTTT
TCCGAAGAGCTCTTAACCCTTCTGGGACCAGGTTGTTTTGTTCCTTTTCA
CACGAACAGCCCGGGTTCCAAATCAGAACCATACAATATTCCCCCGAGAA
AAAAATATATGGCTCAAATGTCCCTTTCAAATGTACAGCGGTCACGAAAC
CAAGAGAAAATGTACACATCAGCACCACAAAGATATACAGCCAGGGCCCC
TGACGGAGGCTCACAGCGGGCTGGTTACGTCCCTGGAGAGTACAGAAGGG
ATACCCGGTGGTCGAGATACCGCGGCTAGCTCTCAGGCGTCGTGCAACGT
GTTCTAACCATCAATAGCGCTTAAAGTATCCAGTCCCCAAAACAAGATAA
TAAGGAAAAAGAGTTACTGCTAAGGAGTTACTCGTTTCCCGCTGTAGCTC
CCGGCCTGGTAAACGTACTTTTGCGTAGGGGCCCCGTGGCCTGCGGCCGG
CCTGAAGGCCGATCCTTCCTTCTCGCACATAGTAGGCACATCATTGGTAC
TGGTAGCAGCAGCAGCCGCAGTAGTAATCTAGCAACCAATCTCATTTATC
TATATACTTCCTCTGTATCATAAGTCTGTGCCGTTATGTTTTTACGCCCC
CTCAACGGTGTCCGATGTCTTCGGCGATAATTTTTTCGAAATCTTCGGAG
TTTTTTGGGTTGCAACACATGCATATTTTTTTCTTGCGCACTACCTTGCG
CATGGGCTAGCGGCTAACAATAAAGTAGTCAGGCCAAAAATGGCCGTATT
TAAACCCTTTCCAGAGGTGGAGTGGGGGGCGGGGGCAAAAAAAAAAACCA
ATGCAATCCCCCCCAAAATTATTCCTAACCCTGAACCTAGCCCCCCTACC
TCAAAGATTCATGTCGAGTCCCTCCTTACTAAAATCAGTATAATAGTGAT
GCGACTCCAAAACCAAGACACTTGGGTTTGCCACACTAAAACGAAGATAC
GTGGGACTCATGCTCTAAAACCAAGACATCTGGCGGAATCAAAATTGTTG
AAATGGGCCAAAATGGGCATATTTTGACTTCAGTTTAGTATAAACAACTG
GCTTTTTTTTTGCTTTTTTTTTTGCATCAGCCTTTGAGACTTCGTCTTTC
GAACGAACCTAACTATAGGATGATCGAAACAGTATGGATGCGCAAACAAT
TACACGCACCTAACAGCCCAGACTTATGATACAGAGAAGTATCTACATAC
ATGCTGCTGCTGCTGTTGTCGCTGGGTATTGACCAAAATAAATAAGATAC
CATGATGTATTATTCATAGAGGTATGACTCTACCTCTCTCCTACTACTAC
CGCTCTTCTTGCTTGTTGTGTCATACCAACAAGGGAGGAGGTATCATATG
GCATGTGATGTACTGGTGTACAGCAGCGGCAGTAGTAGCAGTAGTTGTAG
TAGTAGTCTAGTGCTGCTGTAATGCTGGTGGTGTGGTGTTGTACTCCAGA
AAGATATGATACACTGCGAAGTGTATACTCCGGAGTATTATACTGCGTCA
GACGAGATGATTTCAGATTTCGACATGCCGGGGATTTTTTGTGTTGACTG
AGTCTTGCTAGGCACCCTCACACCCCTTGACCACACACACAGCAGCAGCT
GTGAGCGGTGTTTGTTTGTCCTCTTGCCCGTATCTGCGTGCTGCCGGAAT
GCTGCTCAACTCCCAACGTGAGGGGTTCGGAATTTTTTTGTTTCTGTCCC
CGTCCCGAAGAGACTGGCAAATCTAAAAATAAACAAATATTATGATTAAT
TTTTTTGATGCATTTATCACCTCAGAAGTTCCAGAAGGGTTAATCGGATT
TCAGCCGGAAAATCGGACATTTTCCGAACGCTGGATCAGTTCGGAAAATA
CGATCGGAAAAAATATATAAAAAAAAATTTGTGAAGTTATATCTCTTTGT
GTGTGGACAAAACAAACGATATCATCACAACAGGGTTTCAGAGGAGTTGA
GCTGCTGCTACTACTCTCTGTGTTGTTGCAGCTTCTGCTCCTGCTGCTGC
TGCTGCTACTACTACTGCTTCCTGCTGTCCATACATGTGTCCACCATCTT
TCTGTATACGCTTGCCGTGTCATCATCCATTCCATCGTGTTCATCAGCAA
CCAAAACCAACCGTATGTAGCAGCAGCATCATCAGCACAGCAGCAGCAGG
AGGAGGAGGAGTATCAAAGCTTCCTCTGAGTGAGACCACAGTTTGCATCT
TCGCTCGTAACTCCCTAATGAATGAAGCCACAGCGATGACAAACCCATCT
CCCGTGAGCTGTGCGTATGGCTTCCCTCGTGTGGTAATCGTTTGGGTGAG
GATCACACTGGCATGTTCGCAAAATGGTCATTGCTCGTGGCTGTGGCATG
TTGTTGTGTTGTACCTGGTAAAAAAGAACCCGAGCTGTCATCTCCTTTCT
CTACTGCTGTACAACTACCATACATACAGCAGTATATAATAATGCTGCTG
TACAGCAGACCGGCTGACACATGTTTCTCAATTTGTTTCGCATGAGTTGG
CCATAAGCAGACCTAAGTTGCGAATGTACGGATGCAACCCTAACCCAAGC
GATCACGACATGAGGGGTATCATATGCACAGCTCACGGAAGATGCCTTCG
TCATTGCTGTGTCTTCATTCGTTCGAAAGTTACGAGCGGCGATGCAAACG
GGTTTCAGCGCAATAAACACCACCATGCGGTCCTTCGATGCAGATATATA
CTCTGGAGCCGACTCTTCAAGCACCTACTTAAAAAAAAGGATCACCGGAA
ATCCGAACACCTATTTACCTATGAGAACAGCGGATCGGCAACCGTTGGCC
GGAAAAAGTTCGTTCGGATTCTATCAAAAAATGAAAAAAAATCCGGCCCT
ACAAGAAATCGCCTAAGGTCCTGTACTAACTAAATTAAAGTCGGAAAATT
ATTATCGGAATGAATCATTATCATAGAAGGTCTCTGATTGGCCAAGCTTT
TACTCCGTATTACCTTCCGACGACGCCAATGATTTTCCGGAAAACCCTTC
GAGACCAAAGAAGTCCAAAAAGACTTAATTGGAAGGAAATCATTAGTCAT
TATTGAGGGTCTTAACCCGATCAACGGCTTTTTGTGAACGATGTGCCTCG
CGCACGAGGCTGGCGAGACCAAATACTACCGAGGCAACCAACAGAGGTGC
CACAGAACATGGCATAGAGGTTTGCCGTTGCACCACGCAAGCCAACGTTA
GCACCACAAATGACAGCGCAGCAAACAAACACACCAGTTTGCATGATTGA
TGATGACGACCCACATTTCATTTTGCACAACACACCATCAGCACACACGA
CGCAGACAGGCAGGTCACAGGTCACGAGCGCGAAGCCGCCTCTCACAGCC
CATGGCAGACAGACGCATGACACAGCAGCAGTCTTGAGTGCATGAGCCAA
AACACATACCGGTACACACACACGGCACACGTCTACAAACGGGGTGTCTG
TCAGCATCAAGACTTGGTGCACAGATCCCACGACCTTGCCTTGCATGCGA
GAGGACGCACATGACTGCTGTACTGCTGTACGGAGTACTTTGTACAGCAG
TATATTTTATTGCTCTGTTTTACCCGTCGTGTCGTCATCATCAGAGGTTT
GCATTCTGCTTGCGTTTACAGGCCTTCAAAAAGCCTTTTCAGCTCTTTCG
TTAATATGGCTCGAAGGGTTGTTCGGAAAATCATACTATGATAATGATTT
CAATAATGATTCTCCGACTTTCGTTAACACAGAGCCTAAGGAGATGCAGA
TGAAAACAGGAGAAGGTAAATTTTTTGAGGAATGGTCAAAAACGGGTATA
CCTGGTGGTTTTGTGGCCATTATCGGGTACCCTTCTTTTTCGCCGATATA
AATGGTCTCAGGGAGCAATCCCATTGGCCAAACCCCGCCGCCACCCGGTC
CTGGCCAGATTTCTGCCAGGTATACCCGGTTTTGGCTACTTTCCCCGCGG
GAGCTACCCGATTTTCACAAACACTACCCGAAAGTGGCCCGACATAAAAT
CTATAACTAAGTTATATTTCATGCACACACACACACTGCTGTTGCTGCTG
AAGTTCATAACGTACTTCGTATCGTATGCGTATGATCATTGACGATGATG
ATGCCAGTCTCGCACGCAATACCCCTACCATACTACTCCTGTAGCACCAC
CACTACTGCTGCCGACTGTCATGAGCGCGCGCGTGTGTGTGTGTGCGTCT
GCGTGCACGGATGTGTGTGTGGTGTTGAGAGGAGATGTATGACGAGATAT
GTCAGCACGACAATATGATACGAAGTACATTATGAACTACAGCAGCAGCA
GTAAACAACTAAGTTACAGAGTGTGTGTCGGGCCACTTTTGGGTAGTGTA
TGTGAAAATCGGGTAGCTCCCGCGAGGAAAGTAGCCAAAACCGGGTATAC
CTGGCAGAAATCTGGCCAAGACCGGGTGGCGGCGCGGTTTCGCCGATGGG
ATTGCTCCCTGAGACCATTTATATCGGCGAAAAAGAAGGGTACCCGATAA
TGGCAACAGAACCACCGAGTATACCCGTTTTTGGCCATTCCTCTTTGAAA
AAAGGCTACTTATTAGGCTGGGTCTTCAGGCCCCGGTGGAAGGGGGTGTT
ATCTACCGTAGGAAAACCTGAAAAAAAAAAAGGAGCCACATTTCGACCAA
AAAAAAACTGACGGTTTCCATCTAAAATATTATAATAAAAAAGACGAGAC
TGCTGTTGCTGACGAATCAGAGGGCTCTATTTGAGCTCATATTTTCGCGA
ATCCCGACGAAGTCGTCCTCATCTGGGCTGGCCTCCAGAGGGTCCTCAAG
GCCGTCTGTCCCGGCGGAAGCATGGCAACCCCTGAAGGTGAGGTTGTTAC
TTAGGTACTCAGACAAGTCCTCAGTGACGGTTTGGCTGGCTGTGGTGCCC
TGTGGCTCGAGAACGGGTAGCCACGTATTTGTCATGCCGACCAGCTAAGT
TAGAACACAGCAGTCTGGCAGCCAATAGACGTGTTTCTGAGTTCTGCTCT
CACTGAGACCTGCGACCGATGCTTAGTGGCTTAGGTCCAGCACCGGGTAA
TTTGAAGCGCTTTGCTCGTCTGTGATTTCTCAATCGGTTGCGTACAACCC
GATTCCGAGCCAAAACATCATATTTTAGGTACCCTTCCCCAAGATAAAAG
CGCATCGACCAGGTGCCCATCAAACTCTAGCTGAGAGGCGTAGACAACCC
CCTACAACCTTGAAAAACCTGCGAGATTCAAAAATGTAGTGGACTTGATG
TGTACGGAGGCAACGCCACAGAAAGCGAGAGTGTGTGTACACCACAGCAG
TAGAAATCGATTTTTTAGCGTGTAGAGGTTTTCTGCTCGGACAAGTGCCC
CCCTATTACCCCGAAAACAATTGCCCCAGGGGTGTCATAGTTGTGTGTGG
GTTCTAAACCTCGGGCGCAAAATCACAGACGAGCTAAAGTTAGTTTTGGT
CAAATAGATTGGTATATATCCATAACCATTCGTCACAAGAGTATGCATTA
GCTAGAAAAGTCAAATACCGCAAACCTAGAAATGTGCTAAAATTCGACTA
TTTGTCAACTTTTGTATTGGAATTTATATGTGCAGGTAGCAATACAGCAG
CAGGTTCGGGCACAGCAGCCAAGGCGAACGATGGCCCTCCTCCTCTGGAT
CTCGTAGCGATGCTGTGCAATCTCCCGGCACACGACTTTTGGCGCCAACA
GCAAGACGTAGAAAGGTCATTAGCGCTCGAAGCTGGGGCACTTAGTTCGC
ATGTTCAGGCACTGGGCCGAGGACCAAACTCTCAGGCGAGGAGTAGTAAG
GTCTGCAAGGATCTGTCCAGGGCTGGTGTGTATCGCCACGAGAGTTTGGC
AGTAGGCAAGAGGGTCCGGTGGATGGTCTTTGTTGGTGCGTAGAGGGTGA
AGAAAACCAGTCTTGAAGAAGAAGGGAGAGGATAACTACACAACCCCAGA
GGATGGTTGAGCTGGAGAAACGGGGCCCAAGGCTGCTGTTGCACCCGCCA
TCACACCAGGGGAGGGCGGCAGGTGTCTTGCCTCGATCGGCGAGGACACC
CAACATGGTTCAGAGGTCACGCAACAAAGGTAAATACGGTACGTTGTACC
TCTTAGATGCATTTTTTTGGAGTTTTTACGCTCACATGTAGTTATCAGTT
GTCGACACAGTACTTGCTTCGCCTGCTGAACGTGCGCGCAGCACCAGCAG
CAGCAGCAGCAGCAGTGGAATGTGCCTGCTGCATGTACGATGGCAGTATT
TGTACAAGCATCTGCTGCTGTCCTCAAAGTTACTGTTGTCATAGAAATCA
TGCCGTGCTACGCCGCCACCATCACACTTGCCCACATTACCACGTCAAAC
TTCACCCACTCAAAAATGTGCAGTTTTCTGGGAACGCGCCCGAGGCTACC
GAGAACAATCCCCCTGTAGAAAAAATGTTTGGGGCAATGGTGACGAACGA
ACTTTTTGATATTCCTCGGAGATTCATGTCGAGTGTAGTCAGCGAAAAAA
TACCCAGATTGGGTTGCTGCAGGGTGGGCCGAGGGGGGGGGGGCGCGGTG
CTGTTGTCTGCCACGAATCTATGTAGGACTACAACTGTTTTTGTGCTCTC
GCTGATACGCTATCCCTTTGCCGAACGTTTTTTTTATGATATGTGTTCTT
CACGCTGTCCTACTGTGTCCGTGTAGTGTTGCTCGCCTTTTCAGGTTGGC
GTGTGTCCAGGGCGATGTACTACGGATGGTGATTTTTTGATCCGGCAGAA
GAGGGGTCCGGCGATGACGGCGCGGCGGTGAAGAGCTACACGAGTGTTTC
GGACGAATCGAGGAAGGCAAGCGATTCGAGCTACGCTGGCGATGCAAGCG
ATTCGGTGGATGAGGACGATTGTGGCGAGCCTCGAGTGGACCGCGGGGGG
GGGTGAGTGGCAGATGGCAGATAACTCTTATGTATGTGGCATCCGGATGG
GTGAGAAGAGCAATCGCGTGTTTCGTGTCGTATTTTGTTTCCCTGGCAGT
ACACTGAATACCTGGTATATTAGTATGGCTGCCGCGACATACTTTACGTC
GGAAGTGGGCCTTTGGCCAACGCTGTAATGTGCGGCTAGAATTGCCTTCC
CTTTCCGCCAAAGGACGGGGGTGAGCTAAGAACATAAGCGCGGTCACAGA
CCTTCCAGCTTTTTTTGTGCATGCCCCCTCTTTTTTTTGGTACACGTTTT
GGCACTCGGGCGTTGTAGGTTGTTTGTGTGTGGACTCATCAAACCAGCAG
TGGTATAGTGAAGCCGTGATTTTTTGGGTGTGTACATAGAAGTGCAAAGC
GATTAAGTGGATTGGTCGTTTTTTGGGCTGGAAGGGCCATGGGACTCTAA
ACCTTTTTTTCCACTTCCCTGTTTCTGTATGGAAGCAGACGGGGTAGTTG
TACATTTGAAAGGGGAGTTTCGATTCGACGTTTGTTTTCATCCATGTTTT
GTGTGAACGAGACGTCGCAACGAGTAGCTCGCACGAAACATGGCGAGATT
TTTTAGGCCACACAACAGGCAAAGCCTTCCTGCTCTGGTCATGTCAAACC
TGACGCTCTTTTTTCAGGCCACGCAAAAAAAAGCACACACGATTTGTTCA
AGCAAGCGCATGATCGTAGATGTTTCCATTTTCCCTATTTTTTTACGGAA
ACACAAAAAGAAGGTGAAATACTTAAAAACAATCGTCGACTTTCGTCAAA
GAAAGAGCGAACGGCAACCCTGGTGGCTGGCGCCTTGGTGACGTTTCTCC
GATTCGCAAGCTATATGACCGTTGGTCAAAAGTATGCCCAACATGACGCA
ATAAAATATCGGGGAAAAATAACTACGAAACAGGGCGGGGCGTTCGACAC
AACGGGACATGAGATAATCAACATATCGCTGAATGCGGGCAAAAAGGTGC
AGCCACCTCCAATGTGAACGTGTTTTTTTTTTCCGGTGAACCAACATGCA
TGTGTACTTCGGGGCGACAATCATAGAAAATCGGCGTTTTCGGTGATGCC
CACGGATGCAAGTCAAGTCACACCTTAGATGCTGACCACACTTGCTTCTG
AACCACGCCCTCGAAGCCCTCCATCATTATCAACATGCGCACGTTTTACT
TCAGTTTCCTCCCCATCGCAAGCACCATACTTGTACTGCTGTAGTTTTCC
ATCCTCTCATCAGCCCCCCCTCGTGATTTTAGTACTGTTTTTACGGTTGC
CTTCAAGCTTTGCACGCAAAATGAGCACGCAACGCGTGAGAAAACTCTGC
CTAAATTATAGCCCGCAATTGACCCAATATTCTATGATAGCAAGGATAGC
CATATAGCAAGCCTGGTGTCTCAGCAACGCAAGCATAACCTCTCGGCGGA
CACCATCCATTTCAGCGCCAGAGAACAGATCAGTGGCCTGTTTTGAAGCA
ACTCCCGCATTGGCACTGATTCCCCCCCCCCCTTTGCCCGATCTCAAGGG
CCGCGTTTTACTGAAGATTGCTCCGCAAGTCCGCGCAACATAGTCACGTT
ATCGCCACACTGATGTTCCCTGCTTTTCTGCCCACCCATGACATCCTGTG
GCACGGGCAACGAGGGGCGGAGGGCGGGGCGAGGGCGTGTGGGTCCACGA
AACAAACTCCTCCTGTTGTCTGTTATACTCGAATTTTCTGTGACTTTCCC
AAACTGCGTGAGAAAAGGTGCACTTTCGTACAAACGCGAAGCCGCGGTGG
GGGGTAAGTTTTGCTATTGATGTGCTGTACCACCGAAATAACACGATGCA
CCACCACCGGTCGCCCCGTTGGTTTAGTAGTTGATTATCCACGAAATCCT
CTGAAAACACGCTTGACTTCGAATCCCGGTGCAGTAACACGATCCGGGGT
TTTTCTCATGTCATGCGTGAGGGTGGAAAGCGATTAATTCGTGAGTATAC
AAAATTCGAAGTGTCGACGAGGGAAAGGGATCGTCGTACCGTTACTCGCG
AGAAAAAATTAAGGCAAGTACCTGAGTGGGAAGTGGAGAAAAAAAAATCT
CCTGTGTAGACTTCCTACTGTGTGACCCCGGTTGGAGCGTCTACCTACCC
GAAAGGCGAAAGAGTGGCGTCCAATTAATGGGATGACAACACACACACAC
TACCTGAGGGCAATGGTCGCAGCTTCGATTCTCTCTGACAGCGTTTTGGC
GAACTTTGCAATAGTGGGAAGCGATTTATTCGTGAGTAAACAGAGGGAAG
GGATCGCTGAACTCTTCTAGCACTCAAAATCAAAGGCAAGCACCGCCGAA
GGAAAGGTTTGTGGGCAATAAACAAAAATCTCGCGTGTGACCTTCCGCCT
GTGTGACCATGGCGGAACGGCAATGATTTCACCGAAAGGTGAAAGAACTG
GCGCCAGTATAAATGGGACGTACACACTCAAGTAATGTGAAAATCAACAC
TCCCCAGGTAAGTATTCCGTATGATATCATATATCTGGGAATCTTCTTTG
ATTATTCAGCAGTGCAGAGCGTGCAGCAGCACGAAAATTCTCTCACGATA
TAACGTGAACGAAAAGGGAGGATATGATATGATACGATACGATACTTCGA
AGTAGCATGTACTTGAAGTACCAGTATTCCTGTACTGCTGTAAGTGTAAT
AAAACCATGCTGAAAGCTTGTACTTCATACGACACTGAGCTCTGTATAAT
ACTGCTGTACATTTTGTATATATCCTGAGTGAAACACACACTGCTGTTTG
CCGCAGCATGACATCAGCATATTTTTCTGTCTTTGTTATTGAAAGTCAAG
GTTTGAATGCAGATTATTGGTCTTGTTGTGTGTCATGTTGGATCAGAGCG
TAGCCGGTAGAGTGGGTGTGCCCGACGGCATCGGGGTACTTACTGTGTGC
TTCTGGAGGGTGGGTGCCTCATCATGTTCTTTCTCTACTACTTACAGTCG
CAGAGAGCCAGCGGCTGCTGCTGTCTGCATGTATATAGAACACACCACAC
ACACGTGCACACTTGCCTCAATGTCCAGCTGGGAGCAGTAGTGCCAGCTT
TCTCGCCTATCCAGCCTCATACCCTAGGAGGGTTCTGCTTTTGCTACGTC
CCACTAGCTCGCTCAGGAACATGACTCCTCACCTCACAGTAAGAATCTCG
CCTTCCAGGAGGCATGCCATCTCTCTCTGCTGTTCCAAACTGATCAGCGT
AGGTTTGGTTTTCGAAGTCAGCAGTGCCTGCGCCGGTCTCGCCTCCGCCC
TCAGCGGCAGAATAACGTCTAGGGATGCATCACCCCTCGGCACCACTTGG
CTTCGCGCGCTTAGAAGGACGCTGCTCCTCGTGAACAATGCTGACGAACA
GCAATTTTTGTGTGCTACAGCAGCAGCAGCGGATAGATGCTGCGCGGGGT
ATCTATCTGCTTATTTTATTTTTTTGTCTTTTTTCTGTTTCTTATTCTAT
GAAACGCCATACAACGCTCATACAAGTTCGTCGGAAATCGGACGATGGAC
GAAAATTGCGAACAGGAACACACAATACGCCTCAAAATATACCGAGAACA
CCGCTTTTTTTTTGTGGGCTTTTTTTTCCCAGGCGTTCCACCGTGGCCTT
AACCGGAAACCAAAATCAAAGATAAAAATCAAAGCTCATATTAGAGCTGG
AAGATCCAAATAACACATCCTGTGATTGGCTGAAATGAGCAGGAGTCAGC
TTCCGCCCCGCAGCACAGAGACGGCTCTTTCCATCCAACTGTTATATTCC
GAATCCTAACTAGGATTTCAAATAAGTGATTTCGCATTTAATTGAAATCG
AAGTTGGCGAAACGCAGCACATAAAATTGAGACATTTCTGGTCTACTCGA
TGGTCTTGGGCAGGTTCTTCTGTTGTCTCACAGATACTACTCATTGTTTG
TATTACAAGCCGAAGACTTTCACAGAGATCTCTCTGCTGCATGAAGTGAG
GGCAAGGTACACCATTACTACACACCACCCACACAACTACTGAAGTCGAC
ATCATCAGAAAGCATTTTTTGTAGAGAGAACAATAATAAATTCAAGTTCA
CCAAAGTAGTTGTAAATCGTCTTTGTTGTAATGTGAAGCAAAATTTTCTG
ATATAAATTTTCGGCTCTATTTCGCGGGATCGCTTTCCGGGCAGAGAAAG
CTCGCCGAACCAAGTCGAACCCACACAACAAATTGCCCGAGCGGGTCGTA
TCACATTGAATGGCGTCATGCCCAGCCCATCTTCGTGCGTACAAAGCCAA
CTCCACCACACAGACCTCGCGTTACCCTAAAAACTAAGAAAAATGTGTTC
GTTACAATATTTGCTCCAGATCCTTGTCTCGAGAGACGAACACACTGATG
TTTTTGTAAGTTAAAAATAAAAAAACGTTGAGTGAGGGAAAAGCTCGCGG
CACGACCCGCACGCCTTCGACAATAATTCAATTCAAATATACTTCAGTAT
ACGGCGGCGCAATCTCGACGAAAAGGTCACAGCAGTAGTAATTACGAATC
TCCAAAAAAAAAATCCGAAATATTTTACAAGACGACCACCAAATTGATGT
TGTGATGTTGTATAATTCAATACATTGTACAATACCAGTATATCTTGCAG
AACAACAGCGTCTGTATGAAATACGCGCCGCAGGATATTTATGTGTTCAC
TCGCGGAACAGTGCCTACAACACATCCGCCGGCGCCGGTGATGATTGCTT
GGGCATGCCGTATGCGCTACGCCGACCGCTCTCTGTTCTGTTTATTTGAC
ATGTGCGTCAGCGTTCACACCCACCACATGCTCTTTTCAAATCTCACAGA
AGCAAGCAGCACACATCATGAACGTTTCAAGACGAACGCCTCAAATATAT
TAGACCTGCTCACTCATATGTAACCACCTCACAACGCCTCGGCACAAACA
TGAGGGGAACTACAAGGTAGACGTTTGTGATGTACTGTAGATACTTTGAG
AATTTCAAAAAAAAAATATTCTTACGAATACATCAATGTGTTCGCCTCCC
CCCAGACGAGGATCCGGGGTAGATATTGCAGCGAACACAGAGAATATTAT
GCATCTACCTGTTGTGTATCTAAACTCACCAGATAGTGCAGCTCCCCTGA
GGTTATCAGGCTCAACAAGACAATTTGGTGGTCGTCTTGTAAAATATTTC
GGATTTTTTTTTTGGAGATTCGTAATTACTACTGCTGTGACCTTTTCGTC
GAGATTGCGCCGCCGTATACTGAAGTATATTTGAATTGAATTATTGTCGA
AGGCGTGCGGGTCGTGCCGCGAGCTTTTCCCTCACTCAACGTTTTTTTAT
TTTTAACTTACAAAAACATCAGTGTGTTCGTCTCTCGAGACAAGGATCTG
GAGCAAATATTGTAACGAACACATTTTTCTTAGTTTTTAGGGTAACGCGA
GGTCTGTGTGGTGGAGTTGGCTTTGTACGCACGAAGATGGGCTGGGCATG
ACGCCATTCAATGTGATACGACCCGCTCGGGCAATTTGTTGTGTGGGTTC
GACTTGGTTCGGCGAGCTTTCTCTGCCCGGAAAGCGATCCCGCGAAATAG
AGCCGGTCCCGGCGACTTTGGGCGTCGAGAACACGGGCCCCCGATGCCGG
GCGACCCACGGACCTGCACGGTAATGTACCGACGCAGGAAAGAGACATCA
GCTACATACATACGTAAATGCGTAAATGCAAATGCACATTTATTTTTGTA
TAATTATGCTCCGCAGGACCAACAACAGCAGCAGCAAGGGGTGAGGTGTG
AGACGAGGTGTGAGACGAATGGGGTTACGATTTTTCGCGACACAAGGAGG
AGGGAACCCAGTCGTTGACTCTCCAAGCTGGTCTTCCGTGCAAGCCACTT
TTCACCAGCATGCATCCACACACACCATCCATGCTGCCGCGCATATATAT
GCGATCGGATTACTCTTGGTGTTGCTATCGCCACGTCCACAGCTTTTGTA
GGATGAACCAGAGGGCTGTTCAAGTCCCGAGGATACTCCGTTATTCAATT
CTGATTTCGATTTCGGCAATTTTGGTTAAGACACCTTCGAATCAAAACCT
CAATTGGGTTGGATCTTCCAGCTCTAATACGAACTTTGATTTTGATATGA
TTTTGATTTTCCGATTAAGACCTAGCCTTGTGTGTCAATAATCAAAACAT
CAATTCTGATTCGTTTTCGATATTGACAATTCCCACAGGGTGGTATCAAC
ATCGGATCTCTTATCATGTGTACATAAACAATTTATCAAAATCGGTATCG
TAGACAAGGTCTTTTGGCGGCTGACGCCGCCACGGTCATGACCGAATCCA
AGACTTAGTGGGAGGGTGTGACACAGAAGATCGCACATGGAACGTAGTAC
GTATGTGTGTACAGCGACTGATAGTATATGCAGAAGCGCGACCGCGACCG
ACATGCACGAATGTTTGCGCCAAACATGTACCCGTAAGTGCAGGGGGGAC
GGGGCTGGTCATTCCAACCAAGTGGTTCGGACACGAAGGATGGAAGAATG
GAAAGTCTCGCGAATACGATGAAGATGAAATATTTATTCGCGACCATATC
CATATAAGGTTTTCCAAGATGGCATGACGCACATGCCGTGCGAGGAACGA
CAGAGGCCTGGTAGCAAAGTATATCGCAGGCCGAAGTGTGTGCAGGAAGT
GCGCACACCGCGGACGACGCGAAAAAATAGGAGGGAAAAAAGCAAAACGT
AAATAAATTGGACAGCCCCACATCATGGGGTTTTGCCCTATCATGAACAG
GTGGCCACTGGGACACGTTGTCGCAGGTTATGCATATGTCCCAACCTAGG
AAGGTTGTGGAAGGTTGGGGGTGGTTATGGGAGGACGGAGTCGACCCGAA
CCCTATATTTTTTCCTTAACGATATTAGTACTAATATGTTTGATGCAACC
AACAGGTCGGGCTGGCAGCACAGGAAAAAAGATTTCAGGTCGATTCCGTC
CCCCCACAACCACCCCACAACCCTTCACAACCTCTAGTGCGTTGTGAAAA
ATGATAAGCTGCCATAACGTGTCCCAGTGGCCACCTGTGTGACATGCACA
CACCGTGCGAGCAACGACAGAGATCCAGGAGCAAAACAAATCTGAAAAGC
CAACGTGGCCAAACCAGGAAGGAGGCAAAGCACAAGCTTTATCAAAAGTC
AGAAGCCCGACGGCCAGTCACACCGCTGGTTGGTAGGCACGGAAGAACGA
AGGCTCGTTACACCAAGAATCACGCCACAAATAATAATGCAAGAGAAGCA
TACAAAAAAAGGCAAAGAGGCCAACGCCTGACCGCACTGTTGTGACTATG
GAGGCCACACCAGAGGGAAGGCAATGTACACGGTCCTATTGAAACATTCG
AGAATAGCGACGCCGTTGGAAGACACGAACGAAAGAAACTTGACTCGGAA
AGACGCGGAAATACCGGTAATATCCTACTACTCCTCACAGACCGCACGTT
ATGGAAGCCAAATCTTTTTGTTAATGTTGAGTTTTGGTGGGGGGGTGAGG
GTGATCCAATAAAACTTTCTCCATGTACGGCACAGGGGCAAAAAGTTGCC
TTGGAATCTGGAAAATTTTTGGATCGAGATATCGAGATCGCGAAGCTGGG
TATTTGGGAAAGTTGGACAGAACTTTTGGGCGAGCCACACCTCCTCGAAA
ACTTGTTTGGAGGGGGGGAGGTCGATTGTGCCGCTCCGCACACATGCACA
CATCACACATACATGCTGGAGACACAATCATCGACAACACAAGAAATACA
CAGAACGTAGCGCGCTCATCAAGGGCTCGGAGCAACCCTTCGTGAATTTC
CTTGCCAACTTGGCAACTGGCCGGTGGCGATCGTTCTTCAGGTGTGCAAA
TTTTTTTTGGCCACAGGCTTTGAGCTGGAGATGTCAAGCAGCATTTTTGA
GGCCCACTGAACTGATCCAAAAAATACAGCTTTTCAACAGACACCCGAGC
ACACCACACTCGATTTCTCGCTCCACAGAGCACATATCACGCCGAAACCT
GGAAGGGTAGGAGTTCCACTCACTATGTACGGCCGATACGGCTTTGGTTT
GGCGGTGGGATCATTCAATCAGTAGCAGCGTTGTGTATCGAACATCTGTT
CGGAACATGATTTCCAAGGCAGCAGAGGAAGCCCTCTATTTTCAAGAGAG
AAAAAAAAAGACAGATTCTGTTTGTTTTGGAAGCTCACACCCTCGAGCGC
TGCTACTCCTTGCTGGTTGAATGACCCCACCGCCAACCCGACTCTTTGCT
GGCGGTAAGCAGTTAGTGGAGATCCCACCCGTCTAAGTTTCAGGTTGATC
GGTGCTCGATGGAGCGAGAAATCGTTTGTGGTGTGGTCGGGTTTCTGTCG
AAAAGTTGTCTTGTTTGTTCTGTGGGGCTCACTTGATCTGTGCTCGATGG
AGCGAGAAATTGAGTGTGGTGTGGTCGGATGTCGTCGAAAAGTTGTCTTT
TTTGTTCTGTGGGCCTCAAAAAGGCTGTTTAACATCTCCAGCTTCCAGCC
TCTGGTCAAATGTTTTTTTGCACGCCTGAAGAACTACGGCTACCGTCCAG
TGGCCAGTTTGGCAAGGCAATGCACGTAGGGTTGTGCCGAGCCCTGGATG
GGCGCACCACGTTCGCTATTTGTTGTGTATTAATGGGTGGCTAGTCACCA
GAGTGCGATGAGATGGGCCACTCATTAATGCCACCCTCCCCACAGTAGTT
CTACAACATCAAGATATACGAAGTATATATGTGTTGTCATCCCATGTTCT
CTGGCACACTAGTCTGCAAACTACAGGCTAGGCCCATCGACGGGGTCACA
CAGGAGGAAGGTCAACACAGGAGGAGTTACCCCCACCTTCCTTCTGCGGT
ACATGCGTGAGATTTTTTCTCGCGAGCAGGGGTCCGCGGTCCCTACCCTC
GTCGGCGAAGCCGAATCTGATTTTACTAACAGCATAGCCGCTTTCAAAGT
AGCAAAGGAACACATTCACCGGGAATCGAACCCCCGTTCCTCTGCATCTA
GTGGTTAACGAGGGACCACTAGTCCACCGGGGCGATATATATACTCGTAC
AGCAGTAGTAGATTCCTGGACGAGAAGCAGCACGGACAGACAAAAGTTAA
TTTTGGAAATGCAGAGCCCAAATCTTTGGGGGGGAGTACGGAAAGATTAA
GAAAAATATTTGGCTGTCATAACGTGCGGTCTCACGTGGATAGTTTAGTC
CTGAAGAAACTGTTTGATGTATACGACGCATGAATATGAACAATATAGAA
CGACTCGTCTTGTTCCTGACGTGCAGAAGAGGTATACACGTATTTTTCAC
GGGTGAGGGGTATCATGATGGCTTTCACCTGACTAACTGGTAGGGGGTAT
ACACGTATCTTGTTACGTGTAAGGGGTAATAATGTGATTTTGATTCTTCG
TGCCATGTCTAGGGTGGATTATAGTGACCTGTTTCCCTGCTATGAGCCGG
ACAACCCTGCGACCGAAGAGCGAAAACGAGTGAACTAAATAGAAGAGAGG
TCGTCAGGTCTAGTCGTAAGGAACCTACTTGGAGAATATCGTGCGCTTGG
AATAATGTTTTGCGCGTGATTCACATATTTGAGGTGAAATTGAATATAGA
AGACTACACCAACTCTGACACAACGTCATGTGTTCTTTCTGTATGCTGTG
ACGCTGCCGTGAAAGGCATACTGCTGTGTAGGGCGTACTGCCCTGTATAT
ATCCTTGCTATGGAGGCCGGGGATATCTCTATCTGCTGTGAGGGATACAC
TGTATATATCTAATAATAATGGTGAGCTGTGGGTCGGGTCGCATAAACCA
CGACTTCATCTGCGAAAATTTGGAAGCTCGCGAAATATGGGTGAAATTGC
AGCGTTCTTTGATCAAATAAAAAATGATATGCAGATATTGATTGAGCTCG
TATCTGACTCCTGTGAAGGGCTTTACCGCTACTGTATTTCTATGCTTGCT
GTGAAAAGAAGTTCTTGCTGTGAAGGGAGGTAGGTGGCTGTGCCGTGTGC
ATTATTGAGGCAGGCTCAGGCATGCTGTCATGGTGAGCTGCGAGTTGGGT
CGCATGAACCACGACTTCTTCTGCGAAGATTTGGTAGCTCGCGAATTATG
GATGAAATTGCAGCGAGCTTTGATCAAGTGAAAAATGGGATGCAGACATC
GAGCTCGTATCTGACTCCTGTGAAGGGCATTACCGCTGCTGTATATCTAT
GCTTGCTGTGAAAGGTTCTTGCTGTGAAGGGAGGTAGGTGGCTGTGCCGT
GATAGGCATTATTGAGGCAGGCTGAGGCATGCTGTCATGGTGAGCTGCGA
GTTGAGTCGCATGAACCACGACTTCTGCGAAAATTTGGAAGCTCGCGAAA
AATGGAATGCAGACACTGAGCTCGCCTGAGCGTCCCAGCGGAAAGCATAC
GTGGTCCCGCCACAGTCTAATTTCAAGTGCAAATGGAATGGAGGCCTCTC
AGCGTATATTATGCGCATTACGATTCTTCTCATATCGCAGCATTCCGATC
GCTGAGAGGCCACCATTTCATCACTTGAAATTAGAATGGGGCGGGACCAC
GTGTTCTTTCCGCTGGGACGCTCAGGCGAGCTCAATGTCTGCATCCCATT
TTTTATGATCAAAGAACGCTGCAGTTTCACCCATATTTCACGAGCATCCA
AATTCTCGCAGCAGTCGTGGTTCATGCGACCCAACTCACAGCTCACGAGC
ATGCCTCAGCGTGCCTCGCTAATAATGCCCATCACGGCACAGCCACCTAC
CTCCCTTCACAGCAAGCATAGTTGTACAGCAGCGGTAAAGCCCTTCACAG
GAGTCAGGCTCGATGTCTGCATCCCATATTTTATTCGATTGATCAAAGCC
TGCTGCAATTTCACCCATATTACGCGAGCTTCCAAATCTGCAAATCGTGG
TTCATGCGACCCAACTCACAGCTCTCCCCATTAGATATAGACAGCAGTGT
ACCCTTTCACAACAGATGGAGATATCTCCGGCCCCCACAGCAAGGATATA
CAGGGCAGTATGCCCTACACAGCAGTATGCCCTTCACGGCAGCGTCACAG
CATATAGAAAGAACACACGACATTGTGTCAGAGTTGGTGTCGTCTTCTAT
ATTCATTATCACCTCAAAAATATGAATCACGCGCAAGACAAATAAATGCC
AAGCGCACAAAATTTTCCAAGCCGGTTCCTTACGACCAGACGTGACGGCC
TCTCTTCTATTGTTTCACTCAGCAGGTCAACAAGCCACTATATCCCCCCC
CGACATGGCACGAAGAATCAATACCATAACTATTATACGCATTACGAATT
CCCCCTACGCGCCCTCGCTCAGTGCGAGCGAATCCAAGGCAAATGTTCTT
TGAAAAGTCCTGCGGAATACTGGTATTTATTATTTTTTTCGATTATTAGT
ATGCCTGTCTGTTATGCAACCTGCAACAACAATTACTATGTTTTCAACTC
AAAGAGAAAAGAATGAAACACAATAGGTAGGGTAGAAATTGGCCCTTGAC
GACACTCTTTGTGATTCTTGCGACGAAAGCACATTATTTGTCATTTATTT
GAGAAATGAATGCCGAGAAGAGAGGGAGAAGAGGAAGCAACAAAGTTACC
ACAGCACACAGACGAGAGAGATAGGCGCTTCGCGCGCCCCCCCTGCTGGA
AAAAGAGAAGCCAATTGCATACATGCATACTTACGTATTACATACATACA
TACATACTCACTATACCTAGAAATAACAACAAACGCGGCATAATGTATTG
ACAACATTATTAGTCACTTGAGATATGCATGCCGAGAGAGAGAGAGGTGG
AAGAGGGGAGGAGAAACAAAATAAACCAAACCACCACCACACGGAGAGAG
GCGTTTCGCGCGCCCCCCCATTCCCTGCTAGAAGGAGAGAAGCCACTTTT
TTTTAACACATACTTGAAGTATTCACAAACAACGCGGCGAGAGACAGAGG
GGAGAGGGAGTGGCACCGACTGGGAGTGAGTGTGGTGTGTCTCTTTGACG
ACGGCGGGGATACTGAAAAGGGGTTGCTCTAAAATCGAGTGAAATGTTGA
TGAGGGGGAAACCGCACAAGAAATGGAGATAGGGCCTTTCACAGGCGCCG
AGAGAACATCAATTATATACTGTACAGTAATATACTTTGACTGGTGGTGT
GTGTGCGTTTTCCGTTCTCTTCTAGAAGAACGAACACGCGGCGCACGCGA
AGAGAAACTCAATGATAATAAAAGAAATATCGAACGAAGAACAAAGGATG
TACATAAACATTTATCATGTATTATTGTGTATTCTGCATATTACAGTGTA
TAATGTCCGGATGTCCTCCACACACAGAGACAGCAGGGAGGTATGTATGC
ACAGCAAGCAGCAGCATCATCAGCAGCAGTACACAACAATACAGCATGAC
TAAATAATGCTCGGAGTACGAAGTAGCAAAGAGGAGAGAGAGACAGGGGG
AAGAGTGGCACAACAGAGGGTGTATGAGGAGTACATAGATGGCGGGAAAA
CTTTCAGTCGTTATATATCCAGTGCTGGTCTTTGGCTGGATCTGTGAGCC
GTGGAAAAAAAATGGAGACCTGCGAGTGTTCCTGTATGTAACTAAAAAAC
GATACAGTAGCAGTAAGATCCAGTGGACAAGAAAACAATAATTGTACCCT
TCGTATCTTAATTCACACAGCACCCAGCAAAATAAACAGCTGATAGTAGT
TTCACCTTCACCGCCGTCGTACCCCATCCATAGAGATTTTCTGTAGGGAA
CGAGGAGAGGATGTAAAGTTTATGTCCGTACGTACGTCCTCCACAGACAG
GAGGAGCTCGGCATGATGTGGGGAGAGAACAGACATAATACGGCTGCCGC
TCTGAGAACTGCCGCTCTGAGAGCTGTCCTCCCGATGAAAGCGTGTATGA
GAGTTCGGAAAAATTACGAAGTACTTCAACCAAAAGTGTAAATCAAAGAG
TAGACTAATAATGCTCTCCGAAGCAGAGTTGTGAGATCATCATAGCGAGT
TCATGCAGAACACACGAGATTTTCCGAGAGCTATTTTCAGCAGTACGCAC
CAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGAGACAGCAGTACAGGCAG
GTAGTTATTGGTCGAACGTTCACAGAAATAGGGAGGAGGATGGGAGTTTC
GTTGTCATCGAGTGAATAATCTGGCTGTGAAGTGAAAAAGATAATACTAA
AATACACACTTGTACATCACATCAGGCGACCTTCACCGGAGAGGATATGA
AATTCAGGTAGTAGATAGGTGCGCACAAGGGCCGACCCCCACCGGCGAGG
ACACATACATATTGGAATACATCGTCCGGCTGCTGCTGTGAAGGGAATAT
TCGAATAGAAGACGTGGTCCGGCTGCTAGAGCTGTTCCTCGCAGATAAGA
CTATAATACATGCATACATCAAAGTTGAGAAGAGGAAAATGATATACCGC
AAATGCGCGCAGGGGCCGACCCCCAACGGCGACGGACAATTTTGGAATAT
GTTGTACGTACTAACTCGAAGACAGAGGCAAAGGCAATCTGGATGATGCT
ACACGATTTGGAGGCAGACTAAAAAAAATAAAAAGGTTGCAAAAGAGAAA
AAGCGTAAACTGAAAATGAAAAAAGAGTTTTCTCTAGTGGAGGACTAAAA
GAGCTCAAAGACGAAGCGAATGAACTCAAACATATTAATGAAGCCTTCAC
CGCCGTGGCGAACGTGAAAAAAACCAATGTAGGGGCTGACTAAAAATACT
GCCGCAGAAGGATAAACGTCCAGACAATATTAGTAGAAGCGGGAAATTAT
ATACTCTGTTTTTCCCAACTTGCGCACAGGGGCCGACCCCCATCAATGGC
TAGGGAAGAAATTTGATGGTGCTACGTCTCGAGGCAGACTAAAAATACTG
CTGCACAAAAGATAAACGTCCAGATAATACATAAAGCGAGACCAGTCTTC
TGACAGAGAGAGCGAGTCCGCCTCACAGAGCACAGAGCGAGTCTTCCTCT
AGACAGAACGAGTCAGAGATCCGTCGCACACAGAGCAAACAGCGAGTATT
ATAAACAGAGCGAGTCCAGTAAGAAATTACACAGGAAGAGAGAAGAGGAG
ACATGTATGCGTGATGGGAGAGCTGCATGAGGAAGATACCAAGTGATACA
TGAGAGGAGACAAAAGTCGAGTTCAGTCTAAAACCCCGCCCTCACACACC
TGTGAGAGTTCCTGAAAATAAAAAGGGATAGATGTACGTCCGCACAGAGC
GAGAGTCCTTCTCTAGACAGAGCGAGTCAGACGTGTACGTCGCACAGAGA
ACAGGTCCACTATCATAAACAGAGCGAATGAATTCAACAGAGCGCGTCCA
GTGAGTGAGATACGCTAGAGAGAGAAGAGAGATGTGTGGAGGTAGAGCTG
CAGTGTTCATGATGAGAGAGTGAAAAAAGAGAAATTAGTGCGCCGGGAGG
AGATTAAAGTCGAGATAAAAGTCGAGTTCAGTCTAAAACCAACTGATAAA
TGAGAGGGATTCCACAGAAAAATTGAGGTATATGCAGGTCTGTCAGGCGG
TCCTGAAAAAAATGATAAAAACAAATGCAGGTCTGTCAGGCGTCGAGAGC
CGCTCTCAGATCAAAATGGAGACCTGTGAGAGGTCCTGAAAAAAAATATA
AAGATGGAACCCAGCCATTCTACCGAAATATTCATTGATAAAAGGAATAC
AAGGTCTCTGGCGCTACGCGCCCCCGCTCAGTGGGAGCGAATCCAAGGCA
AATGTTCTTTGGAAAGTCCTACGAAATACTGGTATTACTTTTCTCGATTA
TTTGTATGCCTGCCTGTTATGCAACCTGCAACGACAACAATTATTATGTT
TTAAAGAGAAAAGGATGAGACACAATAGGCAGGGTAGAAATTGGCCCTTG
ACGACACTCAAAGAAATAGTCTATTTCTGTTGTGATTCTTGCGACGAAAG
CACATTATTTGTCATTTATTTGAGAAACGAATGCCGAGAAAAGAGGAAGA
AGAAGAGAAGCAACAAAGTTACCACAAAACACAGGCAGACGAGTGAGAGA
GAGATAGGCGCTTCGCGCGCCCTTCCTGCTGGAAAAAGAGAAGCCAATTG
CATGCATGCATACGTATTACATACATTCTCAATACCTAGAAATAACAACA
AACGCGGCATAATGTATTGACAAAATTATTAGTCACTTGAGATATGCATG
CCGAGAGAGAGAGAGAGGTGGAAGAGGGGAGAAACAAAATAAAACCAAAC
CACCACCACACGGAGAGAGGCGCTTCGTGCGCCCCCCCATTCCCTGCTAG
AAGGAGAGAAGCCACTTTTTTTAACACACAATACTTGAAGTATTAACAAA
CAACGCGGCGAGAGACAGAGGGGAGAGGGAGTGGCACCGACCGGGAGTGA
GTGTGGTGTGTCTCTATGACGATGGCGGGGATACTGAAAAGGGGTTGGTC
TAAAATCAAGTGAAATGTTGATGAGAGGGAAACCGCATAAGAAATGGAGA
TAAGGCCTCTCACAGGCGCCGAGAGAACATTTTGACTAGTGGTGGTGTGT
GTGTTTGTTGTGTGTTTTCCGTTCTCTTCTAGAAGAAGAACGAACACGCG
GCGCACGCGACGAGAAACTCTATGATAATAAAAGAAATTCGAACGAAAAA
CAAAGGATGTAACATAAACATTCATTGATGTAGTATTATTATTGCGTTTT
CTGCATACAGTGTATAATGTCCGGATGTCCTCCACACACATAGAGAGACA
GCAGGGAGGTATGCACAGCAGCAGCAACATCATCAGCAGCAGTACACAAC
AATAATACAGCACGACTAAATAATACTCGGAGTACGAAGTGGTAGCAAAG
AGGAGTGAGAGACAGGGGGAAAGAGTGGCACAACAGAAGCTGTATGACGA
GTACATAGATGGCGGAAAAACTAGAATGAATAATAATGGGACATTCCGCC
CCACAACTAACAGGGAAAAGAGAAATAAATGCTGGAAATACTCCGGAGTA
GGTAGTATTGTTCGATATTATTTCCGTCTCCCAATCCGCAAGAAAAGTAA
GTGTAGTGCGAGTATATTGTTCGGTAAATTTCCCAAGGGTGGGGGGTACG
TTCGCAACAACAGAAAGACAGAGGAGCCTGCAGTCAGTGTTGGTTGGATG
TCCACAGGAGGGGGCTAGGATAGATACCATAGGAAGCAGGAAGGTGTTTG
TTATTGCCATCGAGTGATCGAGCGCTGGCTGTGGAGTGAAATCACGTGGT
GAGAGGCCGAGAGAGCAGCTCTAGATGGCGGGAAAACTGCTCGAATCCTT
CCGGCTGACAACGAACAGAACAAAAGAGAATATTACAGAAAGATAGAGGA
GAATGCAGTCATTGTTGGTCGGATGTCCACAGGAGGGAGCTAGGATAGGA
GTGCTGTCATCGAGTATCCAATGGCTGTGGAGTGAAATCACGTGAGAGGC
CGAGAGAGCAGCTCTAGATGGCGGGAAAACTACTCGAATCCTTCCGGCTG
ACAATGAACGGAAGAAAAGAGAACACCCGAGAGTTACAACACGTACATAA
GATCATCAATCGATGCACGAACAATCTTTTCCTCCAGGAATTAGCAATAA
GTGGTCGACAGGTTTCCGAGTGCATGTTTACCGGTATCTTTTCAACAGTA
CACAACAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAG
AGAGAGAGAGAGAGGGGACCGCAGTGCAGACAGGTAGTTATTGATCGAAC
GTTCACAGAAATAGGGAGGACGTGAGTGTTGTTGTCATCGAGTGGATAAT
CTGGCTGTGAAGTGAAGAAGATAATACTATAATACACACTTACTTGTACA
TCACATCAGGCGACCTTCACCGGAGAGGATACTCAATTCAGGTAGTAGAC
AGATGGCCACAGGGGCCGACCCCCACCGGCGAGGACACACACATTTTTGA
ATATTCGAATAAAAGACGTTGTCCGGCTGCTAGAGCCGTTCCTTGACGAT
AAGACCATACATGTCATATCATACATCAAAGAAAGTAGAGAAGAGGAAAA
TGATATACCGCGAATGCGCGCAGGGGCCGACCCCCAACGGCGACGGACAA
TCTTGGAACATGGTGTGCGTACTAACTCGAAGACAGAGGCATATATATCT
TGATGACGCTATGCATACTACGATTTGGAGGCAGACTAATAAAAAAAAAA
AGATTGCAAGAGAGAAAAAGTGTGAACTGAGAATGAAAAAAGAGTTTTTT
CGTCCAGTGGAGGACTAAAAGAGCTCAAAGACGAAGCGAATGAACTCAAA
CGTATTAATGAAGCCTTCACCGCCGTGGCAAACGTGAAGAAACCCGATGT
AGGGGCTGACCCCCAACGGCTACGGAAGCACATATTATGATGGTACTACC
TTTCGTGGCAGACTACGAATACTGCTGCAGAAAGGATAAACGTCCAGATG
ATAGTAGAAGGGGAACATTATATACTCTGTACCCAACTTGCGCACAGGGG
CTGACTCCCGGCAACGAACGGCTACGGAAGAACATATGATGGTACTACGT
CTCGAGGCAGGCTAAAAATACAGCTGCACAAAGGATAAACGTCCAGATAA
TACATAGAGCGAGATGAGTCTTCTGACAGAGCGAGTCCGCCTCACAGAGC
ACAGAGCGAGTCTTTCTCTCGACAGAACGAGTCAGAGATCCGTCGCACAC
AGAGCACAGAGCGAGTATTATAAACAGAGCGAGTTCAGTAAGTAATTACA
CTAGAAGAGATAGGAGACATGAATGTGTAAAGGGAGAGCTGCATGAGTAA
GATACCAAGTGATACATGAGAGGAGATAAAAGTCGAGTTCAGTCTGAAAC
TCTGACCTCACAGACCTGTAAGAGTTCCTGAAAAAAAAAGGGATAGATGT
ACGTCGCACAGGGCGAGAGTCCTTCTCTGGACAGAGCGAGTCAGACGTGT
ACATCGCGCAGAAAACAGGTCGTCTATCATAAACAGAGCGAATGAATTCA
AGAGAGCGCGTCCAGTGAGTGAGATACGCTAGAGAGAAGAGAGATGTGTG
GAGGTAGAGCCGCAGTGTTCATGATGAGAGAGTGAAAAAAGAGAAATTAG
TGCGCCGGGGGGAGATAAAAGTCTAGTTCAGTCTAAAACCAAGTGATAAA
TGGAGTGATAAACGAGTGAGATCCACAAGAAGACCAATTGATCAATGAGA
GGAGATAAAAGTCTAGTCGAGTCTAAAACCAAGTGATAAAATGAGAGGGA
GACCACAGAAAAAAATAGAGGAAAATAAATGCAGGTCTGTCAGGCGGTCC
TGAAAAAATAAATAAAGATAAATGCAGGTCTGTCCGGCCTCGAGAGCCGC
TCTCAGGGGAAAGTGGAGACCTGTGAGAGGTCCTGAAAAACAATAAAGAT
GAAATCCAGCGATTCTAGCGGAATCTTAATCGGTAAAAGGATTATGTAGG
ATCCCAAGAAGAGCCGTTTGGGTATACAGCAGTACGGCATATACATTTCG
AAAATTTGGACCGAGCGCAGCACCATCTCGGGATGGAGCACGACGCGCTG
GGTCACAGCCAGAATACAGCAGCACCGCGCGCAAACCATAAATCTAGACA
AGGTGTTGTCCCTCCCGCTGAACTACTCGGATTACCCCCAGACCTATTTC
AAGCTTGTTTTGGGAGGCTATATGTCGTAAGAACATATGATTCATATGCA
GGGCATCTATCTGCACAGCAGCCGTGTACATGTGCTTGAACATGAAACGC
AATCAGTCGCTCTCTGCTGCTGCCGCCATGGGATGAAGGGCCACGCTGCT
GGCGGGCGACGACGAGGAAGTAACACGCTGACCGCCCGCGATAAGTAGTA
GCAGCAGCAGCAGCAGTAATAATGTGGCAGTACTGCTGCTGCTGCTGTGG
GTGTTTGTTTTGTATGATGGCGTGCGTCGGAGTCTCAAACGTTTTCAATA
ATCATTTTTGATATGCGGAGTAGATCAGAAATGAGGCTCATTTCTGAGCT
GGTGCGGGATAAAAAAAAATGATTATTGAAAACGTTCTTCTCAAAAATGG
CCCGTTTCTGACAAGATAAGATGCCAGATCTGGGCCCGATATCAAAAAAG
AATCAGTTTTGATATCCAGATTCGACACACAATAAGTAGCGTAAGGGTCC
GCTGGGTTCAGTACAACAAGAATGTGGAAGACGCCGTCCCCGGGTATCCC
GTCCCCGGGTATCCCGTCCCCGGTATCCCGGGGTTCCGTTGTCGCATTTT
TGCTCCAACGGTATCATTTTTTATTTTTTTCTCTCAACTTCTAGATGAAA
AAATCTTTGGCGTGCCCCCCCTGACTGCTGTGGTAGCGGCAAATGTAAGG
GTGGCTCTTGTCAAATTTTTGACCGTATTCAAAATCAAAAACAAAATTGG
GTTTGGATTTTGATTTCATGTTGTGTCCGATCTGCTGTAGCTTTCATTTG
TCCAAAAGCAAAAGCGGATGCATAAAAAAAAAACAGTCACAGAAAGGTGG
TGTGTGATATGAGCATGCCGTGTCTCGATTCCAAGATAAGTGCGGGAGCT
GTCGTGCCTCACACGAAGAGCACGATGGTGCCCCACGTCGCCCTGACTCA
GGCGCGTTGGTAGTTCTTTGTTTGGGATCGATAACCGAAAAACTCGGCAA
GAGATGAGTAAGTGCGTGTTGCACATCTGCCCTTTTTTGGAGGTAGCGGC
TGTGTCAGCTACGCAAACAGCAGTTGAGCAACAGACTTCCTGCACACTTC
TACACACTTGAGTGCTGCTCTCCGGATTCTGGTCGGAATTCGCTCAAACA
AAGTGATACGTTTTCTGCGTGATACCAGCTTTCTCCGGAGCTAGCACATG
TGTACAGCCGGGGTCTACACGCTGTGCTGTGGTCAGCTAAGCAAACATAT
GCAGTGTGCACCATGTGCTCCCGGAATGCACAGCAAACACCTCTGTCTCG
TATTCTAGGTCTATTCGTTTTTGAGCCGCGTTTTTGATCTATTGGCGGGA
AGGAAAGTTTTTTTTACTTTCCTTCCCGTTTCGGAAGAATAAAACTGAAA
TCCAAAGCGTGGTGCGGGCGGATGAATTGTTGACTTATCAGTGACATATT
CTGAGTTTGATATTTGCTTTTTTCTTTTTTGAATGGGCCCAAAACGCTTC
GACAAGAGCCACCCTATAAGCCCGAATTTACGGGGAAGTAAAAAAACGAA
ATTGTGAAAACGAAAACGAAATAAGTTCGTTCTTCTGTAAAAAAAAGAAA
AAATGTTGTTGGGTATTAACCGAAGAAGCATTTGTTTTTTTTTACACGCT
GCTGCAGCGGACCTGGTACCAGGGTGAAGAAGAAGAGGGGCACACGAGAG
GACACCATTTACGTTGACTTTTGATATTTTTTGGATGGCTGATCACTTGT
TTCCCGTCACGCTCAACACTCACCGACTCCAGACCTTGGGTGTTCCCGAG
ACCCATCTCTTTAGGCACGCAGTTGGTAGGGAATTTCATCCGTTTTCCGG
CGAGATATCAGCGTGAACTTGGCTGCTTGCGAACTCACCCGATAAAGCGG
CTCAAAGCAAAAGCGGGTCGTTGTGCACGAATTGAAAACTTTTTTCGCAT
CACGCTTGACACCCCACTGCCCCGAACCTTGGGCATTTCCAATTTACGCC
AAACCCACCTCTCTAGACATGCAAATAGCAGGGAATTTCGTCGTTTGTGT
CGCGAGTCATTAGTCAACATGTGAACTTGTCTGCTGTACAAAAGTCTACC
GGAAATGCCTCGCAGAGCTGAAGCGTCCCCGCCAAGAAGCCGAGCAGGCG
GTATTTCGTTTATAACTTTATTTTCGCGAAGAAATAAACGAAAACACACC
TCCTCGATGTGTGCTCAATCGGAGTCACGCCTCTTTCAAAGAAAATACCT
CCTCTTTCTCTTTCTTCCTCGGACCAATCAGAACCCAATTTCGTTTTCTT
TTTCGCAATTTCGTTTTTTTCAATTCCCCGTTAATTCGGGCTCTAAAACA
TGGCGAAACAGAACTCACGACCCACGAGCCAATCAGTGGCCTCTACTTTC
ACTAGCTACCACGAGCCACCGCCAATCAAACGCCTCTATTTCACGAGCCA
GCACGAGCCACGCGGAGATGCGCCGCGCTTGATAGTAGTAGTGTCAGTAC
AGCAGTATGTGTACCAACAGACAACGAGCACCATCACGAAAAAAACACAC
ACAGCCCTCGCGGTGGACTCGGCGCCCTGCAAGTCATCCACAACCCGCAT
CTCCCAGTAGATGGATAAAGGGCTGCTTTTTTTGCTACCCCAGCAGCACA
CAATGTAAAATGCATCATCATCACGTGACCCATGACCAACCTTAAATCGT
CAACAACAGAGTCATCAATCCGCTGCGATCACTGCTGCTCTCCCGGTGTC
ATCTACGGTCACCTGGCCCCTCCCGCTAAACTCGCACAGCCGCAAGAATA
GTAAAGCGTGTGCTGCTGCCAAGGACCACACTGCTGTGCTGTTATTGAAC
TACAGCAGTATGCAGCAGCACAGCTGCTGCTGCTGCTGCTGCTGCTGCTG
CTGCTGCTGCTGCTGCTGCTTCATTGATGAAACATGTAAACCTCGTGAGC
GGGCGGTGCTTTGGACTCCTCCTCCTCTTCCTGCGGTGGTTGATTGTGGT
GGTGCATACCCCCACAATACCGCCTTCTTTTGTGGATCGTTGGTGCATGT
TCCGCCACTCACGACTGTACTACGTACTGCTTTTCCTGCGGTTGTGGTAC
ATTCACACACCAGACAGACTGCTGTGTAGTACTTGATGGTCGGATTGCAA
AATGTATTTGAGTCATGTTATGGAGAACTGTTACATGTGTCTGTTGTGAA
TGTTCCAAATTGTAAATTTTCCGCTTTTGGGGGGCTTCGCCCCTTTATTT
TAACCCCCCCAAGAGCTGTCCCGCTATGTCAAAAATTTGCCAAAAAGGGC
AAATGTAAAACATGGCGGGACAGACTTCACGACCCACGAGCCAATCAGTG
GCCCCTGTTTTCACTAGCTACCACGAGCCACCGCCAATCAAACGCCTCTA
TTTCACGAGCCAGCACGAGCCACGCGGAGATGCGCAGCGCTTGATATGTC
AGTACAGCAGTACGTGCACCAGCAGACAATGAGCACCGTCAAAAAACAGT
CCTCGCGGTGGACTCGGCGCCCTGCAAGTCGTCCACAACCCCCACCTCCC
AGTAGATGGATAAAGGGCTGCTTTTTTTGCTGCCCCAGCAGCACACAATG
TAAAATGTAGAATGCATCATTATCACGTGACCTATGACCAACCTCACACC
ACCAACAGAGTCATCAATCAGCTGCGATCACTGCTGCTCCCTGTGTCGTC
TACGGTCACCTGCCCCCTCCCGCTAAGCTCGCAAAGCAGCAAGAATAGTA
TAGTGTGTGCTGCTGCCAACTACCACACTGCTGTGCTGTGTTGAACTACA
CCAGTATGCAGCAGCAGCAGCTGCTGTGCTACTGCTGCTGTTGTTGTTGA
TGAAACATCTAACCTCGCAAGCGGGCGGCTAAAAGAACGACACCAAAGAG
GAATGAAGCTGTGCTTTTTTATTCGTTTTTCGCACCTAGTGTTCCAGTAC
GAGTATAGCGGTGAATTTGAAGCACCGAGTTTTCTCTGAACTCGCGACAG
CTACGTACACGAGCTCGCGGCAGTGCCTCCGCACACATCAGGAACGGCGG
GGCATCTGGCTGTCTCACCAGTGGCGGTCAGGGCGAGCGAAAACAAAAAA
AACGACTTGAATTATACGCACTTCGTAAAGGCCGGGGAAAAGTGTTGGTT
TGGTGTAAGCTACAAGTGATAAAGCAGATGGAAACCAGGTGAAAAATCTC
TCGATGGGGCAACGCAAAATACATCACGTGTGAGGGAGCGGGTGCGCTCC
GCGTTCCGAACTGCCGTAAAATCATGCAGCAACAACAGCAGCCTGACTGC
TGTAGCCATATATCACTACTCCATACAGCGGCAACGGGCATAGCTCGGTA
AACTTACCAGCCCTCGCCGTTCCTCTGTTGGAATTTGACACCGGCTGCAA
CTATTGATGCCACCCAACAATGGTCATGCCAGTGCGACGCCACCACCAAA
AAGAAGAGCAAAAACGATATGTATCTCAGAGAGAGACGACCGTTGTTCGT
TATTATCGGCACCATCGGCTTGCCCTGCCAACGACCATCTCGCAACCAGC
GCGAGGGCAGTGCACCCCAGCGAAGACGGTTGCAACATGCGACGGCAGCG
AGAGTGCAACGCCCGTCAAGCCGCCAGAGATGAGATACTTGCGAGGATGG
ATGCAAGCACTGAGAAGTCGCTGAGTTCGCCAAGACTGCCAAAACAAAGG
TGCGCCAAGCAAAGTGGGCTGCAGAAAACGCTGGTAGTTTCCCTGCCGGT
AGCCGACAGAGCGAAGCGTCCAGAAGAAAATAACGCAACTCTGAAGAAGG
TGTGATGCACAGCAGCAGCAGTATAGCAGTCAGCGTATACGGCGCGCTTA
ACAACTACTCTGTGGTGTAGAGTATACTCGAAGTATATGCCATCGCCGGG
TGTGCATGCGAAACAGCTTGGTAACGTTTGAACCGTCTCCCTCCAAAGGA
AATACGAGATTCCCTTCTGAGTTGTACCCTTGGAGGGATGAGTCTTTTGA
CCGCAGAGGGAGACCAAGTTTTGGGCCCGTGCGCTGTCAACCGCCTCGCG
AAAAAGTTTCCTTTTTTATGGCCACCGAAAACAACATACCACACGCTTTT
CTCCTGTCAGCCCAAAAAACCGGAACATGTGCTAGGTGGACAGCACCTAC
ACTCACGAGTCCCTCGCCGAAACAGGGACGAAATTTAATCAAGCAGACTT
CCGGAGATACGGGTCTATCGTCCGTCGGCACGTCAAAGGTCGAGTGGGGT
GACTGGGCCTCCGGGAGTTTCGCTGTATAAAATTTTGAAGAAATATAAAG
CGTCGATCAAGGGTGTCGCGCGTAGGATGCGCACCCATGCCCTCCTCCCC
CCTTTCCTATCTCCTTTTTCTTTGTTTGTTGGCAGGTAAAGTTATTTGTA
CTTGTCGGCAACCTTTGTATTTCGTTGTCCCCTCTTTCGTGCGCTGTTGC
AAACCATCTAGCGCATTGAACGGATTCAAGGCTCCCAGGTTGCCTGTAAC
CCTCGCCTCTTTGGTATAGACACCGATGGCCCCAGTTGTTTTGATTCCGT
TGTCTTCGTCTCCTTCTCGTCGCCCCTTTCTGCCCGTTCATTTTTGCACG
GTTCCGCCCTTCTGCTCTGCTATCGCGCACCCATCTACCTCCGTCCCCTC
TAGTTATCGTACACTGTTGGTGCTTTCTGCCAGCAGTCGGTACTCAGTAC
TCAACGAAGGTACGCAACATGTATCACGCACACATACCGCTTTTCCGTCC
GGTGCAGGCTGTCAGAAGAGTCACCACTCGCTCCTCCACTTCGCCCGGTG
CATCTTTAGGCGGAGGTCCTTTTATATTCTACAAATTAGTTCAGAGTCCA
ACACTGTGTACGAGTGGGTTGACCGTACTTGATCTTCATACCCATATATG
GCTGTGGCATCTGGCTGCGAGTAGGTTCTATCACTTTCCGTGTTCCTACT
TCCGTATACCACACGAACAACACGCACACACTCAATGCACACACTGCTGT
TTTCTCATTGTTTCTAGTAATTCCCACTTTCCTCTGTTTGATCCATCTTT
GCTGCTGAGAGTGCCAGTTGGGTCTGTTCGAGCGCAGCACACCTGTGGTT
GATAGACACCGGCAGCAGCAGCAATAGTAGATATGCGTGTGAATTGGCCC
CTCTTGTCGCATATTACATCACCGTTATTCCCGCACGCATCAGCTGTAAT
TGCTCTTGTAGAAACACAATCCCACGGCGCCATTCACGAGCACCACCATC
ACTGCCATCCTGCTCGTTCCTGGTACTTGTACTTCGTACGCATTTACGAA
AACGCATACACTCTTCTTTTCCGGGATTTTCATGTTTATCCCGTTATTAA
TATTCTGTTCTCGTTGGGGTTATGCACATCTACTGCACCCCACTGCAGCG
CGCACACTTCCGGCCCTCCCTCCGATTTCTTTTTAGTGTACAGTCTGCTT
GCCCCCGTGCTGTTTGTGTGCTCCAGCAGCGGGACGTTTTCTTTTCGGCA
CATATTTATTATTATTTGCTTGCTGCAGACTGTCACGCGGGGGTCTCTTT
CATCGATGAGCCTACAGCGCAATCGATTCTCATAGACATGTCATCGTCAG
CAGCAGCAGCAGCAAAAAAAATGACAGTTGTGCATTTGACATGTCGGACC
CAGGCACGCATTGACTCTTACTCTGTTACTGATTTGGCAACACCACGACA
GTCATATCGTACCTTCGCGCCGAGACTACGCATGTAATGCATACAAAAGT
GCATTGCATACAAAAGTGCATTGCATGCAAAACACATATGAGTGCTGTCG
ACTGACGGTGATCACAGGCGGAAACGTTCAGGAAACGACATGTGCTTGTG
ACGGCTCACGTGGTGGTGTTCAGAGTCCAGAGTTAGATAAAGGCCAGAAT
CCACAGCTTCTGTCCATGGCTGCTGGTAGAGCTGACGAGCGGGCGAGTGG
TAATCGCCATGACGCCGTGCTTGATGGATGGTGCGGCTCGGAATGAAGAA
CCAGCCGACAGCACCCACCCGTCCTTTATATTTTCGTGACCCCACCGGCG
AACTGTTGCCTCTGTCCTCTTTCTGCTTTTACTTTGACCGCACACACATG
CAAGATTCATGCGTTCCTCTGAAGCCCACGTAGGCTTGTCCGGTGATCCC
TTTCACTGTGGGCGCTTTGCTGTGCTACATTTTTACCGCTACTCCCTTCT
TCCGACATTACTATTTTGCCCTACAACACTTTTTTGCGAGAAATCACTCA
GCCGGTAGATCACACGGGAGACCATTCATGTGTACTGCGCACGCTGTCGT
GCTTTCAGGTGTATGATTCCATGTCATATTGTGCAATATCGGTAACACTG
GCACCACTCCTGACAGCAGCAGTAGTAAGCCGTTCCGCTGATTTCGAACC
CCCCCCCCCCCGTTGTCTCGGGTTATTCGGTATGGTCATCAATAGAGAGA
GACGAGATCCCCCCCCCCGTGCGCGCCGCTTTCTCTCTCGCGCAGAAAAA
GGGGATGCCATTAAGTTTAGCCTGGAGATACCCCCCGGTTATCGTTTAGA
ACTGCTGGTGGAGAGAAAAATACTGTTGACAGCGCCAGCAATTTTCCGTG
CGTTTGCGTTTCTTCCATCGACCCGCATGCAGTTTCTCGTTGCGTTTTCT
ATCCCCTGATGTGCGGTATCTGCTTGAGAGTTGAGTGTTGGGTTTTCAAG
CGTATGCATACATCAAATGTTAACGTTTTTTCCGCATCCGCCCGAAATCT
TGACCGAAGGACTGTCTGCCGTATTGGTTGTCCTCGTTCATGCCCTTGAT
CGCAGGGTACCGCATGGGACCCATTGTCGAAGTATATGGCGACACAGAGC
AGCGATCGCTCTTGCCGTGTGTATGATGTCACGCAAGACGGGGGGAGTGG
ATCCTCTGGGCCGGGATCTCTTGCAGTTAAAATAGGTCACGTGATCAAGT
CGTGCGTGGTTGCCCCAGATGATTGTATCAGGGAGACCCCACATGTGCCA
GGTAGTACTGCTGCGGAGGAAACGCCTTCCGCGGCTAACGCCGAGACGAA
GCGGGCAGCCCCGACTCTAACAGGGACGGAGGGAGACATTGGCAGCAGCA
TCGAGCCAGACCGAGTTGCAGGAGTAGGCACACTGGCTGCTGCTGCTGCT
GCTGCAGGCGGTGTTCAGGGCTATGGAGCGGGCGGGAAAGGGTGTGGTGG
AAACGAAGGTTCATGCCCAACCGATGCAAACAACTCCAAAGACAGGACCA
AGCCTGCCCAGCGAAAACCAAGCCTGTTCTTTGTCGACGAGACGGTGACA
AGTTTTTTCAGGCGGCTGAGTTGGTCACCCGATGGGGCTTTTCTCATCAC
CCCGACCGCCCAACACTGGGATGCGGCCACGCAGAAGACCCAGTTCTGCA
CGTACCTCTTTACACGAGGGCAATTCGCCAAGTGAGTAGATGCCAGTGTT
GCGCGAGTTGTTTTTGCGAGAAGCCATAAATCGCTCGGCGCAGCCTTTCC
ACCGAATTTTTCGATGTGTCTCTCAGTCACTGGGCGAGCGAAACGCTCCT
TTGAGGTCCCCACTAGATGCGACCCCGAAATATTATAATCGGCTGCTTGT
GGCTTTGCTTACCTCAAAAATTTTGCGAATCTGCTGTATTAATAAAATCA
AGCAAATGAGTTGCCGGCGCGATATCCGATCGGCCTGGAATGTAAGTATT
CCAATTTCGGTTTACTACGGCCCCATTCTTCACATCCGAAGTATGCGTTT
CGTCAATCTCGAGTTTGCTCGTTTCGATGTGCGTTATGAGCACGGACCCC
TTTACCGACAGGTGTGCTGATACCTATTTCCCCCACCAGGCCAGCTGTGT
GCCTACCTGGCTTGAACAAGCCGTCCGTTGCTGTGAGATGCAACCCTCGA
CTATTCACCCTGAAGGGGCGAGGCGATAACACAGAAACTGGGTCCATGGA
AGCGCCTGTGTGTGATTTGCCTTACCGCGCTGTGTTCGCGGTCGTGTCTC
TGGATGCTATAGTGGTGTACGACACGGAGCACTCGCACCCTTTGACTGTG
GCCACGGGACTGCATTACTCAGGGCTCACCGATGCTTGCTGGTGAGGACT
GTTTAAAAATTGATGAACAAGGGTAACGCTGTTTTTCCCTACACATAAGG
TTGCCCATACACATCTGATATATGTCAGATAATTTTCAATGGACATCGAA
AATGTGTCACGAAAACCGTACATGGCCTGGTCTTGACTCCTACGACGTAG
CTATTCTCGGTAAAATGGAGCGTATACAGCGAGCATCTCTACTTGAGAAC
CTCGTAATTTGCACGAGACCCGGCGATCATTGGCCGCCCTTCTTGTTTTC
ATCGGGAAATGTTTCTTTCAACGGTTGCCCCATACATGAGAGCGTTCTTA
TTCAAAGTGAAAGGAACACCCCCGAACAGTGTTCTTGGAAGAGAACAGCC
TGGGCGACAAGTCCCCTCTTTATTTCGATAGACCACCGGCCAGGGTGTCG
CTTGAGCAGTAGATCCAATCGGCGTTGGTAAATAAGCCATAATTAGCTCG
AGGGATTTGCTCCATGTACGCATTCAATCCCGCAGCCGCTGCCGTCTGTC
TGCCTCTGAAGCAGTCTATTGTAGAATGAAGACATCCTTAAACGGTCCAT
ACCCCGTGGAACCTTCGCGTCGAGCGTGGCCTGAGGACAGGTCGTCAAGC
GGTGCCCACTCCTGCTCGCGGCATCTGTCGAAGATGATTGACACACCGCC
GGAAGGGTGATTCTGTCTGGTTGCTGGGCGCAGTCGTCTGTCAACGCACG
CAGGCTGCGCTTGGCTGACCATGGACAGCTCGCCATCGACAGCTAGTCTA
CGACGATGTAGCGCACGTCCTTATCTCATTCTTCAATACAGGTAGTTTCG
TCCGAAGGAGGTTTGGTTCTCCCTGACAGGTAGTCTCAGGAGAAAGCAGC
GTGCACCTTGCGATGAGAAGCGCTGCTTCTTGTCGGGGCAACTCATCCAA
CGCAAGCCGCGAGAGCTCGTACTCACGCCACGACCTCCCCGTATCCACAG
CCCCGAACCATCATGCGAAGAGGCGGTTCATCTCCACCTTTGTCGAGCGT
GAAGAAGACGGTGGCGTATCCTTTCGTCGTGGAAATGCTCTGCAGCTCGT
ACCTCCTCGCGTACCAGTTTTGTGGACCCTGTGATGTTGGCGCCATCCGG
GGGCATGGGTGTCGAAGAAGAGCAAAACCTCAGAGAACAGTCACGAAGCA
ATCAAGAATACAGCAGTAAATACGAAATAACCAGATTTCCCTCCAACCAC
TACCATCCACCCTCCTATCTTGCGACTTATTTTGTACACTTGATTATCGT
TGGCCGCGGTAGGTAGTTGTTTTGCCTGCTTGACCCCCCTCTTGTTTGTG
CCCGTGTGTTTTCGTACGTTGCAGGTCCTCGGACGGGCTCTCTCTCTTCG
TGTCGTCGACCGATGGTTATGTTTCGAAAATCCACTTTGAAGAAGAGGAG
TTGGGAGATTTTATTCCCGAATCGGAGGTGCCGTGGCAAACACGGCGCCT
TCACCCAGTCATATACGGTTGGCAACAGAAGGCGGCCCACATGAGCGAAG
CGGCAGGTGTAATACCGAGACCAAGCCCTCCTTCAGCTGCTAGTGTACAT
CAAGGATCAACGTCGCGAAAGGGTTCCTGTGGGGTCAGCACGGCAAAGCC
CCTCGGGCCCATTCGTCACACTATGGCCGCTAAACCGAAGAAGATTGTGC
CGACGCTGGTCTCTGGGCGCCATGAACAGGTCGAAGCGGGGCCGGTAGCT
CCTTCGACGGCCATTCCACTTGGCCCCAGTCCACCTTCATTCGAAAAGAA
GAAGCGCCGTATAACTCCGACGTTGTTACACAACAGCGGTATCGATCCCA
ACCCGGCGTGGGGCGCGAACGGCAGCAAAGACAATCATGTGGTGCCGGGA
ACACATGGTGTATCCTCTAGCTCGACGGTCGAGGATCACGCCTCGCCCAA
CCCTCTGTCTGCTACCAAGAACGCGACGGGAAGTGGACGAGATCGTACTC
CAAAGAAAAAGCGACTAGCACCCACGCTCGTTTCAACGTTGTAGTGCAAC
ACTTGTCGTGTGTTTTTTCTTTCGGGGAGGGTGGGCACACCATGCAGGGT
TGGTCGGCGTTTACGTGGCAACGAGTTGCTGGCGAGCTGTCCATGGTCAG
CCAAGCGTCTTCTCCAGATGCCGCGAGCAGGAGTGGGCACCGCTTCACGA
CCTCAGTCCTCAAGCCACGCTCAACGCGAAGTCTAGTTGCTGGTATTTGA
CAACTACAAAAAAAATTGGTGGTCTACTTTCTTTGGTCTCCTTTTTGTTC
CGCGCTGTCCCCGGCCGTCTTGCTCATTCACATTCGTTCGGGCTTTCTCT
TTGCTCTAAGTTTCTCTTGTTGCGAAGGCCGTTTTGATACGCTTTCAGTG
TTCTTCTCAAGTCTCCTTTGGGCGCCAATTTGGTCACTGTTTATTTATCA
CCTGTGGTTTGAACAGGCCTAGTTTCCCGTTAATGATTAAACCAAGCGTA
AAGCCGAAGTACCGCCCACCAAAGTTGCCTACCCTCGTCCCATTGAAGCG
CAGCGTGCGCCGCGCCCCCTACATTCGACACCTTCAACAACAGAGAACTT
TGTTCGCATAAATGTGGTGCCACCTGCATTCAATGCAGGATTTCTCCTAC
AAAATATTATTGGAATGTTGTGAAACAGCAACAACTGTGCCCG
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Coding sequence (CDS) from alignment at P-littoralis_Contig618:36130..74272+

>mRNA_P-littoralis_Contig618.11.1 ID=mRNA_P-littoralis_Contig618.11.1|Name=mRNA_P-littoralis_Contig618.11.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2109bp|location=Sequence derived from alignment at P-littoralis_Contig618:36130..74272+ (Pylaiella littoralis U1_48)
ATGCTGGTGGACACCCCCCAGATCGTTTGGCACGGAGGTGAAGCTGGCAA
GAATGCCCCGATACTGTCAATCGATACACACCCTTTAGTCCTTGATGGAG
GTGGTGACGGCGGCTCGCGTTTCGTCGTAGCCACCGCCGGCACGGATGCC
GAGGTGAGACTCTGGTTAGTCAACCAACCCACACAGGAGGGTACAGACCA
TTTGGAGCAACCAGACGTATCGGGCCGAATGCAGTCGTTCGTGGTGTCTC
TTGGCGGACATCAAAGGGGGGTCAATGTGGTGAGATTCAGCCCCGACGGG
CTGAGCTTGGCGAGCGCGAGCGACGGAGGCGCTGTTGTAATATGGAGCGT
CAAATCGTTGGCTGCATGGGGCACTCTCAAGTCAGACCGAGATACTACAA
AAAACTTCTTGAGCGGCGCAACCGAGGACATCTACGATATGGCTTGGTCT
CCGGATTCAACGTGCATTGTGTGCGGATCTATCGATCGCCGCACCCATGT
TTGGGAGGTGACGACCACGCGGTTGATTGCGACTGTCCAGCACCACACCG
GTTATGTACAGGGTACCGCATGGGACCCATTGTCGAAGTATATGGCGACA
CAGAGCAGCGATCGCTCTTGCCGTGTGTATGATGTCACGCAAGACGGGGG
GAGTGGATCCTCTGGGCCGGGATCTCTTGCAGTTAAAATAGGTCACGTGA
TCAAGTCGTGCGTGGTTGCCCCAGATGATTGTATCAGGGAGACCCCACAT
GTGCCAGGTAGTACTGCTGCGGAGGAAACGCCTTCCGCGGCTAACGCCGA
GACGAAGCGGGCAGCCCCGACTCTAACAGGGACGGAGGGAGACATTGGCA
GCAGCATCGAGCCAGACCGAGTTGCAGGAGTAGGCACACTGGCTGCTGCT
GCTGCTGCTGCAGGCGGTGTTCAGGGCTATGGAGCGGGCGGGAAAGGGTG
TGGTGGAAACGAAGGTTCATGCCCAACCGATGCAAACAACTCCAAAGACA
GGACCAAGCCTGCCCAGCGAAAACCAAGCCTGTTCTTTGTCGACGAGACG
GTGACAAGTTTTTTCAGGCGGCTGAGTTGGTCACCCGATGGGGCTTTTCT
CATCACCCCGACCGCCCAACACTGGGATGCGGCCACGCAGAAGACCCAGT
TCTGCACGTACCTCTTTACACGAGGGCAATTCGCCAAGCCAGCTGTGTGC
CTACCTGGCTTGAACAAGCCGTCCGTTGCTGTGAGATGCAACCCTCGACT
ATTCACCCTGAAGGGGCGAGGCGATAACACAGAAACTGGGTCCATGGAAG
CGCCTGTGTGTGATTTGCCTTACCGCGCTGTGTTCGCGGTCGTGTCTCTG
GATGCTATAGTGGTGTACGACACGGAGCACTCGCACCCTTTGACTGTGGC
CACGGGACTGCATTACTCAGGGCTCACCGATGCTTGCTGGTCCTCGGACG
GGCTCTCTCTCTTCGTGTCGTCGACCGATGGTTATGTTTCGAAAATCCAC
TTTGAAGAAGAGGAGTTGGGAGATTTTATTCCCGAATCGGAGGTGCCGTG
GCAAACACGGCGCCTTCACCCAGTCATATACGGTTGGCAACAGAAGGCGG
CCCACATGAGCGAAGCGGCAGGTGTAATACCGAGACCAAGCCCTCCTTCA
GCTGCTAGTGTACATCAAGGATCAACGTCGCGAAAGGGTTCCTGTGGGGT
CAGCACGGCAAAGCCCCTCGGGCCCATTCGTCACACTATGGCCGCTAAAC
CGAAGAAGATTGTGCCGACGCTGGTCTCTGGGCGCCATGAACAGGTCGAA
GCGGGGCCGGTAGCTCCTTCGACGGCCATTCCACTTGGCCCCAGTCCACC
TTCATTCGAAAAGAAGAAGCGCCGTATAACTCCGACGTTGTTACACAACA
GCGGTATCGATCCCAACCCGGCGTGGGGCGCGAACGGCAGCAAAGACAAT
CATGTGGTGCCGGGAACACATGGTGTATCCTCTAGCTCGACGGTCGAGGA
TCACGCCTCGCCCAACCCTCTGTCTGCTACCAAGAACGCGACGGGAAGTG
GACGAGATCGTACTCCAAAGAAAAAGCGACTAGCACCCACGCTCGTTTCA
ACGTTGTAG
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