mRNA_F-serratus_M_contig1144.1241.1 (mRNA) Fucus serratus male

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

Overview


Name	mRNA_F-serratus_M_contig1144.1241.1
Unique Name	mRNA_F-serratus_M_contig1144.1241.1
Type	mRNA
Organism	Fucus serratus male (Fucus serratus male (Toothed wrack or serrated wrack))

Homology

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: D7FGV8_ECTSI (Aspartate kinase/homoserine dehydrogenase n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FGV8_ECTSI)

HSP 1 Score: 1228 bits (3176), Expect = 0.000e+0
Identity = 652/928 (70.26%), Postives = 759/928 (81.79%), Query Frame = 1

Query:    1 QDLAWIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVGVDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGA---ALEKVSNGVAGEGGGP-GRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGS-----------VTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVK----KGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGARDCGHRHLMRSASS 2727
            +D+ W+VNKFGGTSVASA+A+R V+DIVM QV+ +G  GKMAVVVSAMGGKPKVTDLLLN+V+L+A+G R G+EA+L  IR+KH+QA+E L LP ED +RI+  ++ DLS+IRVLLKA+ LM H+D +MREL+SGFGE WSSQ+LC+LLNKNS+G   +RFCFL+ARRV+ VADPPEGE +  + GPEI+W+ S  +L  F S +E ++C T G+VITGFVASTK+GV+TTL+RDGSDYSASIFGKLL+ASA  IWTDVDGVLSADPRKVPEAKVL EVSF EA+ELAYFGAKVIHPKTMQPA++AG+PIFI+NTFNP FPGTRIFTSSTATKDRRRC+CGF+TMDNIALLNLEG GMAG PGVAARLF +LQR GISV+LISQASSEHSISVAI+   A  AK   +EAF++EIR  TV VDVISPCCIVAA+GDGMSHTTGVSGRFF ALG+AS+NVLAIAQGCSERNISCVV+Q Q AKALRA HAAFLLSHLTVSVG+VG GT G SLL ML  QR VL  QF+LDLQIRAVA+ +KM LS  PI+L RW DSL A PGVEEEREG           G   +GGG  G A  L+V A V+FV++DHLPHSVIVDCS AD ATSDHASWL  G+HVVS NKLASGG+L  YH+LL+ RD  PA+YHYE+ VGGALP++STLQNLRSAGDEV+ IEGVLS FLSYVFNRISPGP                  V FS+ACWEAAE+ GL DLG+V++DLGCEDQRRV LILGRE+GLEL E+DV LEPVLD S+ V G   +     ++VSALD EM++RV+AA   GKV+RY+I V+      + +A+AGIREV  SHPYAGL GAAFCV+Y+T+RMG STPMILQGP+ GPE VASGLLADLLRVC+SLGARD GH HLM+SASS
Sbjct:   19 EDMPWMVNKFGGTSVASAEAMRMVKDIVMGQVETRGDAGKMAVVVSAMGGKPKVTDLLLNSVALAAAGKREGSEAVLTSIRAKHSQAIELLGLPAEDSERIQAVVESDLSDIRVLLKAVHLMRHEDAKMRELVSGFGEVWSSQILCALLNKNSEG---RRFCFLNARRVLIVADPPEGEAMSTSPGPEIDWDASLSKLGDFLSSEEAKSCPT-GIVITGFVASTKAGVATTLQRDGSDYSASIFGKLLQASAVQIWTDVDGVLSADPRKVPEAKVLPEVSFNEAVELAYFGAKVIHPKTMQPAVTAGIPIFIKNTFNPAFPGTRIFTSSTATKDRRRCICGFSTMDNIALLNLEGMGMAGHPGVAARLFGALQRVGISVILISQASSEHSISVAIEAAGAAVAKKVTEEAFAVEIRSETVAVDVISPCCIVAAIGDGMSHTTGVSGRFFEALGSASINVLAIAQGCSERNISCVVEQRQSAKALRAVHAAFLLSHLTVSVGVVGTGTIGASLLGMLVEQREVLRTQFHLDLQIRAVANADKMFLSGTPINLARWNDSLNAPPGVEEEREGMRGLGANPCDYGDGADGGGDTGCAQPLDVPAFVDFVKSDHLPHSVIVDCSTADGATSDHASWLSLGLHVVSSNKLASGGALGSYHELLQARDTSPASYHYETTVGGALPVVSTLQNLRSAGDEVLRIEGVLSAFLSYVFNRISPGPDCSSXXXXXXXXXXXEEPVAFSKACWEAAEQ-GLMDLGDVVKDLGCEDQRRVLLILGREMGLELEESDVKLEPVLDVSNEVGGGETV-----ARVSALDAEMKRRVEAASGAGKVLRYIIKVECNGANGREEATAGIREVEMSHPYAGLKGAAFCVMYQTKRMGESTPMILQGPMGGPETVASGLLADLLRVCTSLGARDRGHGHLMKSASS 936

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A835Z198_9STRA (Aspartate kinase/homoserine dehydrogenase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z198_9STRA)

HSP 1 Score: 866 bits (2238), Expect = 5.500e-291
Identity = 481/934 (51.50%), Postives = 619/934 (66.27%), Query Frame = 1

Query:   13 WIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTV-GVDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVT-------FSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDG----------------------VEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGARDCGHRHLMRSAS 2724
            W VNKFGGTSVA+A A+R  RDI+++++  +   G+MAVVVSAMGGKPKVTD+LL+TV+L+A+G+  G   +L +IR KH QA+ +L L       I   +D+D+S++R LL+A+SLM H++ R+REL+SG+GE WSSQVLC+LLN     +S + F +L+ARRV+TV + PE        GPEI W++  ++L A       E      +VITGF+A+T  GV+TTL+RDGSDYSASIFGKLLRASA  IWTDVDGV+SADPR+VPEAKVL++VSF EAMELAYFGAKVIHPKTM PA+ AG+PIFIRNTFNP FPGTRIF SSTAT+DR RCVCGF T+D+IALLN+EG+GM G PGVA RLF SL R GISV+LISQASSEHSISVAID   A  A +GV++ F  E+    +  VD  +PCCIVAAVGDGMS TTGV+GRFF ALG A +N+LAIAQGCSERNISCVV     A+ALR  HAAFLLSHLT+S  +VG+G  G   L ++  Q   L  ++N DL+IRA+A   +M+LSDAPIDL RW ++L        +++G  ++                    ++AL   VR  H+PHSVI+DC+ +    + H +WL  G HVVS N  A G  L+ YH LL+QR R   +Y YE+ +GG LP++ TLQ+L+S GD    ++GV+  FLS V N ISPG    E G          FSEAC  AA + GL D  + ++ L C D  R  LILGRE+G+EL  +D+ +EP +   D                       +EG   +  +  + + A D +       A  +G V+RYV S D + G+A AG+ EV    P A L+GA++CV Y T RM  + P+IL+GPV GP  +A+ L ADL+RV   LGARD GHRHLM+  S
Sbjct:    6 WAVNKFGGTSVANADAMRRARDIIVAEMNGRDNSGRMAVVVSAMGGKPKVTDMLLSTVTLAAAGDHEGYARVLQEIRDKHTQAIADLNLSWGQASNIVACLDQDMSDLRDLLRAVSLMQHENERLRELVSGYGETWSSQVLCALLN-----ASGQEFAYLNARRVVTVDETPE-------TGPEIVWDVCQQKLAAVLQ----EVGDDKNLVITGFIAATVDGVATTLKRDGSDYSASIFGKLLRASAVNIWTDVDGVMSADPRRVPEAKVLSDVSFNEAMELAYFGAKVIHPKTMLPAVEAGIPIFIRNTFNPTFPGTRIFRSSTATQDRLRCVCGFATVDDIALLNIEGSGMIGVPGVAQRLFGSLHRMGISVILISQASSEHSISVAIDAKHAAAALAGVKDTFYKELLSRHITSVDCHAPCCIVAAVGDGMSKTTGVAGRFFSALGAAGINILAIAQGCSERNISCVVNAIDSARALRTVHAAFLLSHLTISAAVVGLGKVGACFLDVVHQQLDALRVRYNCDLRIRAIADARRMVLSDAPIDLSRWRETL--------DQQGVPVD--------------------LAALAAHVRPCHVPHSVIIDCTPSRAVAARHIAWLAAGTHVVSNNSRAMGAGLAAYHALLDQRRRTSNSYQYETTIGGGLPVLLTLQSLQSTGDAPHRVDGVIGAFLSRVLNAISPGHAAAEEGGAAAAAPLPLFSEACAMAAAE-GLLDTRDPMQQLACADVSRRLLILGRELGMELEASDLAVEPAVTLGDDGGAGXXXXXXXXXXXXXXAMQLLEGNA-LPPALLALLRARDADFAAAAARAHAHGAVLRYVASADARTGEAKAGLVEVPLKDPLARLEGASYCVRYTTERMTEAAPLILRGPVGGPRAIAAALFADLIRVARDLGARDRGHRHLMKRVS 893

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: W7U117_9STRA (Bifunctional aspartokinase i homoserine dehydrogenase i n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7U117_9STRA)

HSP 1 Score: 658 bits (1697), Expect = 5.000e-211
Identity = 417/946 (44.08%), Postives = 561/946 (59.30%), Query Frame = 1

Query:   13 WIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSL--NVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGP----------GR------------GEGG-------------------SVTFSEACWEAA-----EKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCV-IYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGARDCGH 2700
            W V KFGGTSVASA+  ++VRDI+++    Q    +MAVVVSAMGGKPKVTDLL+ TV L+A G+  G E +L  +R KH     +L  P       +T +D D+ N+R +L+A+S M +   ++ EL+SG GE WS+++L  L     DG     F F+DAR+V+ V +  E       +GP++ WE S   L+ + + Q   AC     VITGFVAST  GV TTL+RDGSDYSASIFG+LL A+   IWTDVDGVLSADPR+VPEAKVL +VS+ EAMELAYFGAKVIHPKTM PA++A +PIFIRNTFNP F GTRI+ SS +T DR +CVCGF+T+DN+ALLNLEG+GM G PG+A RLF ++Q+ GISV LI+QASSE+SIS A     A+ A   V + F  E +   +  VD+I PC I+AAVGDGMS+T G +G+FF+ALG A VNVLAI+QG SER IS VVK     K+LRA H+AFLLS+  +SVGLVG G   ++++ +L  Q  +L  +F  +  +RAV     MLLS           S G   G+E       L+   N           A+ L  ++ A  + VR +HLPH++I+DCS A+    +H  WLE+ +HVV+ NK    GS+SLY+ +L QR      Y YE  VGG L +I++LQ +   GD ++ +EG LS  ++YV   ISP P          GR            G GG                    ++ SEA  EA+     E+  L DL  V       +  +  L+L RE+GL L   DV +E ++     ++           ++   +EE+  RV AAR  G V+RYV  ++ + G+A  GI+EV   HP+A + GA +C  I+      +  P+ +QG +  P+  A+GL +DLL V   LGA D GH
Sbjct:   12 WCVYKFGGTSVASAECYQTVRDIILTA---QESTPRMAVVVSAMGGKPKVTDLLIETVMLAAKGDVEGYEQMLHLVREKHLACATQLFSPA-GAQFYETELDEDIRNLRDILRAVSFMRYSGEKIIELVSGHGEIWSARMLTRLFR---DGGHD--FMFVDARKVLFVDESGE-------SGPDVMWERSKGALDDYMA-QSPGACP----VITGFVASTVEGVVTTLKRDGSDYSASIFGRLLNATGITIWTDVDGVLSADPRRVPEAKVLADVSYSEAMELAYFGAKVIHPKTMTPAVAASIPIFIRNTFNPSFSGTRIYVSSASTMDRDKCVCGFSTVDNMALLNLEGSGMIGVPGIANRLFGAIQQTGISVSLIAQASSEYSISFATRQCDADAAAKAVTDEFFREFKSHLMNKVDIIRPCSIIAAVGDGMSNTKGAAGKFFKALGNAGVNVLAISQGSSERIISAVVKGSDSTKSLRAVHSAFLLSNQVISVGLVGRGKVAKAMVEVLRAQADMLYGRFGTEFHLRAVMDSTGMLLS-----------STGPTLGLE------GLDAAFN-----------AYKLPADLKAFTKHVRAEHLPHAIIIDCSDAEEVAREHPGWLEQNIHVVTANKKGLCGSMSLYNAILRQRKVKQHNYMYEVTVGGGLRIITSLQAMLIGGDSILRLEGALSASMNYVMGLISPVPPCRVPSLDSNGRSSSISSSMSNSSGSGGLRRSYSSLLNGHTHETAKTPLSLSEAVSEASRLEVFERDPLNDLNGV-------EMAQKLLVLAREMGLPLRLEDVKIETLVPKDTPLD-----------EIHRYNEEVAARVTAARIRGSVLRYVGCIN-EAGEAEIGIQEVPFEHPFATVRGAGYCFRIFSA--FHSPDPITIQGTIGLPKATAAGLFSDLLFVAQRLGATDKGH 887

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A4V5PJ22_9DELT (Bifunctional aspartate kinase/homoserine dehydrogenase I n=1 Tax=Polyangium aurulentum TaxID=2567896 RepID=A0A4V5PJ22_9DELT)

HSP 1 Score: 610 bits (1573), Expect = 6.350e-194
Identity = 388/897 (43.26%), Postives = 536/897 (59.75%), Query Frame = 1

Query:   10 AWIVNKFGGTSVASAQAIRSVRDIVMSQ-VQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTA---TKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGA 2685
            AW+V+KFGGTSVA+A+  R+V  I+ ++   RQG      VVVSAM G   VTD L+    L+   + A  +  L ++  +H  A+ EL L   D   +   + +DL ++ VLL+A +L      +M E+I+G+GE WS+Q+L + L      +      F DAR V+  A    GE+     GP I+WE S  R++A+      EA  +  +VITG++AS   G  TTL+R+GSD+SA+IFG+LL AS+  IWTDVDGVLSADPR+VPEA VL E+S+ EA+ELAYFGAKV+HP+TM PA+  G+PI+IRNTFN   PGT+I     A   + +    V GF+T+D++AL+N+EG GM G PG+A R+F +L+  G+SV LISQASSEHSI  A+ G + E A+S V+ AF+ ++ QG V  V ++  C I+AAVGD M HT GV+ +FF ALG A VNV AIAQG SERNIS VV +    +ALRA HA+F LS LT+SVGLVG G  GR+LL+ LA Q   L  QF +DLQ+RA+A   +M+LS+ PI L+RW+D L +                            RA   ++  L   V  +HLPH+VI+DCSA++V    +  W+E G+HV++ NK AS G LS Y  L +        Y YE+ VG  LP+ISTL++L   GD ++ IEGVLS  L+YVFN           G   FS    EA ++ G T+  +   DL   D  R   ILGRE GL L  ++V +E ++    G  G    +      +   D  M  ++  AR  G+ +RYV  VD   G+AS  +R    SHP+A + G+   + + T R  A  P+++QGP +GP++ A G+ ADLLR+ + LGA
Sbjct:    5 AWVVHKFGGTSVANAERYRNVARILDAEPADRQG------VVVSAMSG---VTDALIGLTKLAQRRDEAW-QGKLEELGKRHLDAIAELGL--SDAAGLLDVLRKDLDDVSVLLRATALGRACSEQMLEVIAGYGELWSAQILAAYLRAQDVDA-----VFCDAREVLIAAP---GEI-----GPIIQWEGSQARMDAWL-----EAHPSRRLVITGYIASAPDGSPTTLKRNGSDFSAAIFGRLLDASSVTIWTDVDGVLSADPRRVPEAIVLPEMSYAEAVELAYFGAKVLHPRTMAPAVDKGIPIWIRNTFNASHPGTKIHAGGRAEGASAEPTHAVKGFSTVDDVALVNVEGTGMIGVPGIARRVFGALREVGVSVSLISQASSEHSICFAVPGAQGELARSTVERAFAQDVAQGGVERVSLVPDCSILAAVGDEMVHTAGVAAKFFGALGKAGVNVRAIAQGSSERNISAVVDRRDANRALRAVHASFYLSDLTLSVGLVGPGLVGRTLLAQLAAQAEALRAQFRIDLQVRAIADSRRMILSNGPIALDRWQDELAS---------------------------DRAVPTDLEKLAAHVHAEHLPHAVIIDCSASEVVADRYVRWMEGGIHVITPNKRASAGPLSRYQALRKLGRALRTHYFYEATVGAGLPVISTLRDLVQTGDRILKIEGVLSGTLAYVFNAFD--------GERPFSAVVAEA-KRRGYTE-PDPRDDLSGMDVARKLTILGREAGLGLELSEVQVESLVPP--GCAGVANAEAFLGC-LERHDAAMTAKLTEARAQGEALRYVGVVDAD-GRASVSLRRYPLSHPFARITGSDNIIAFTTERYRAQ-PLVVQGPGAGPDVTAGGVFADLLRLTAYLGA 829

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A838IIS7_9DELT (Bifunctional aspartate kinase/homoserine dehydrogenase I n=1 Tax=Bradymonadaceae bacterium TaxID=2740543 RepID=A0A838IIS7_9DELT)

HSP 1 Score: 599 bits (1544), Expect = 9.700e-190
Identity = 377/897 (42.03%), Postives = 526/897 (58.64%), Query Frame = 1

Query:   10 AWIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSS----KVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGA 2685
            AW+V+KFGGTSVA+A+  R V  ++  Q    G G + AVVVSAM G   VT+ L+  V+L ASG     +  LA++  +H   V  L +P E  + +   +  D S+I  +L A+ L+        +LISGFGE WS+Q+L   +      +   R  +LDAR+V+ V        VP   GP I+W++S  RLE +   +E +      +VITGFVAST  G+ TTL R+GSDYSASIFG  L A++  IWTDVDGV+SADPR+VP+A+VL+E+S+ EAMELAYFGAKV+HP TM PA+   +PIFIRNTFNP F GTRI    +        + GF T+D +AL N+EG GM G PG+A+RLF +L+  G+SVV+ISQ SSEHSI  AI     + A++ V+ AF  E+ QG +  +DV   C I+A VGD M+   GV+ +FF ALG A+VN+ AIAQG SERNIS V+      +ALRA H+ F LS+ T+S+GL+G G  G +LL+ L  Q   L  +F +DL++RA+A+  KM L + PIDL  W+ +  +                             A +L++ A V  V  D+LPH+VI+DC+++D     +A+WLERG+HV++ NK A+ G+   Y +L          Y YE+ VG  LP+I TL +L   GDE+++IEG+LS  LSY+FN           GS  FSE   EA    G T+  +   DL   D  R  +IL RE+GL L   DV +E ++        P  +Q  S      ++ A D  M   ++ AR  G+V+R+V  VD ++GKAS  +    T H +A +      V ++TRR   + P+I+QGP +GPE+ A G+  DLLR+ + LGA
Sbjct:   10 AWVVHKFGGTSVANAERYRQVAQVLFEQ----GGGARQAVVVSAMSG---VTNALIELVAL-ASGRDLIYKQRLAELHKRHVDTVMAL-VPAERAEALLGRLATDFSDIEDILHALWLLRGQSEGALDLISGFGELWSAQMLAESML-----AGGARAQWLDARQVLIV--------VPGELGPVIDWQVSRLRLERWLEERELDT-----LVITGFVASTIEGIPTTLGRNGSDYSASIFGACLDAASITIWTDVDGVMSADPRQVPDAQVLSELSYHEAMELAYFGAKVVHPSTMAPAVERAIPIFIRNTFNPSFAGTRIHLHGST----ESTIKGFATIDTMALFNVEGTGMIGVPGIASRLFGALREAGVSVVMISQGSSEHSICFAIPRGHVQMARTAVERAFYAELHQGQIQTIDVEEDCSILAVVGDQMAGIPGVAAKFFGALGKANVNIRAIAQGSSERNISVVISGRDTTRALRAVHSGFYLSNQTISIGLIGPGNVGATLLAQLHEQLERLRAEFKIDLRVRAIATSSKMHLGERPIDLHSWQQTFES----------------------------EAEALDLEAFVGHVHADYLPHAVIIDCTSSDELAGHYAAWLERGIHVITPNKKANSGAFETYAELRRLGRSLRRHYLYETTVGAGLPIIQTLNDLIQTGDEIIAIEGILSGTLSYLFNAFD--------GSKPFSEIVIEA-RALGYTE-PDPRDDLSGMDVARKLVILAREMGLRLELGDVAIESLV--------PAALQAGSVDTFLRELPAHDAAMSGLLERARERGEVLRFVGRVD-REGKASVSLSSYATDHAFARIRLTDNIVQFRTRRYDQN-PLIVQGPGAGPEVTAGGVFGDLLRLATYLGA 827

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A7S2SL09_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2SL09_9STRA)

HSP 1 Score: 591 bits (1523), Expect = 5.750e-187
Identity = 362/849 (42.64%), Postives = 509/849 (59.95%), Query Frame = 1

Query:  190 LSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLV-GVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGARDCGHRHLMRSASSE 2730
            ++A+G       +L +IR+KH  AV+EL L  ++ DR+K  ++RDL  IR +L+A+ L   +   +RE+ISG+GE WS+Q++ +LLN+N +      F F+DARRV+ V D P         G E+ WE S   L+A       E      + ITG++AST++G +TTL+RDGSD+SASIFG+LL AS   IWTDVDGVLSADPR+VP+A+VL EVS+ EA+ELAYFGAKVIHPKTM PAISA +PIFI+NTFNP+  GTRIF  S  T  R+ CV GF+T+DNIAL+N+ G GM G  GV  R+F+ L    + V LI QASSEHS+  A+  +  +  K  +Q+ FS E+ QG +  +  +SPC IVA VGDGMS  TGVSGR F ALG A VNV++IAQGC ERNIS VV   Q  +ALRA H+AFLLS +TVSVG++       ++L+ +L  +R  +  +F+ DL++R +AS  KMLLS          + LGA   ++   E    EK                       V  +++DHLPH++IVDC+        H S L RGVHVV+ N  A  G L+ Y++++ +R  G   Y +E ++ G +P+ + L+ +   GDEV ++  V S  +S+V  RI       +   +TFS A  EA    G+T+  + L D+  +D     L++ RE+GL L E DV +EP +   +         ++++ K S  D+ MR ++++A + G V++YV  ++ ++G AS    EV        L G   CV   T R  A +P+++QGP+  P   ASGLLAD+LR+ S LG RD G   L R+ S E
Sbjct:    1 MAAAGRDQDYADVLERIRAKHETAVDEL-LQAQEADRLKAVVERDLGEIRDILRAVVLTRGESETLREIISGYGELWSTQIMTALLNQNGEN-----FHFVDARRVLRVVDTP--------LGTEVMWEESKALLDAVL-----EEAGDRNIAITGYIASTQTGGATTLKRDGSDFSASIFGRLLGASEINIWTDVDGVLSADPRRVPDAQVLPEVSYNEAIELAYFGAKVIHPKTMLPAISARIPIFIKNTFNPEASGTRIFVPSELTVLRKSCVAGFSTIDNIALVNVAGTGMIGVCGVTQRIFNVLAHANVHVQLICQASSEHSLCFAVKLSDMDRVKKELQDHFSREVSQGQLSAISTVSPCSIVAVVGDGMSSATGVSGRVFDALGKAHVNVVSIAQGCDERNISIVVHSDQTERALRAMHSAFLLSEITVSVGIIFDENDIAKNLVDLLTQRRGNIQTRFSSDLRVRGIASATKMLLSTG--------EPLGAADSLDASSEPVDFEK----------------------FVSHIQSDHLPHALIVDCTNNASLAQHHVSLLARGVHVVTANIHALAGPLTSYNQIMSERRLGKTHYGFEVSIAGGIPIQAMLKPIVHGGDEVTAVAAVFSSSISHVMGRIRERSAGLDSPHITFSAALAEAVSH-GMTE-HDPLDDIVGKDSLHKLLVMARELGLALTEEDVHVEPAVPVDELPPPTTGDGSAATRKWSVYDQVMRDKMESAASRGNVLQYVARLN-RQGDASIRREEVPAESNMGQLPGGNICVCLWTHRY-AHSPLVVQGPLGTPSATASGLLADILRLVSELGGRDRGPNRLRRTPSME 796

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A521U6A5_9DELT (Bifunctional aspartate kinase/homoserine dehydrogenase I n=1 Tax=Myxococcaceae bacterium TaxID=2484252 RepID=A0A521U6A5_9DELT)

HSP 1 Score: 588 bits (1515), Expect = 1.210e-185
Identity = 377/892 (42.26%), Postives = 532/892 (59.64%), Query Frame = 1

Query:   13 WIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVL-DASDGVEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLG 2682
            W+V+KFGGTSVASAQ  R V  IV  +      G + AVVVSAM    +VTD L+    L+ + + +   A LA++  +H +A +EL LP+     +   +  D ++I  +L+AI L       + EL+SG+GE WS+Q+L + L     G++ +   +LDAR+V+ V         P   GP ++W  S   L A+ + +  +      +VITGFVA T  GV TTL+R+GSD+SASIFG LL ASA  IWTDVDGVLSADPR+VPEA VL E+S+ EAMELAYFGAKV+HP+TM P ++ G+PI+IRNTFNP  PGTRI  +  A K     V GF+T+D IAL+N+EG GM G PGVA R+F SL+   +SVV+ISQASSEHS+  A+   +A  A + V++AF+ E+ +G +  VDV+  C ++AAVG+ M+ T GV+ R F +L  A +NV AIAQG SERNIS VV +    +ALRA HA F LS   +SVG+VG G  GR+LL+ L  Q  +L  +F LDL++RA+AS  +M+L D  +  + WE                              G G A   +++AL E +R  HLPH+VI+DCSA+D     +A WL+RG+HV++ NK A  G L  Y  + ++       + YE+ VG  LP+I+TL++L   GD V  IEGVLS  LSYVFN  +        G + FSE   +A +  G T+  +   DL   D  R  +ILGRE+ L +    V ++ ++ +A  G +  VE   +    ++  D  M   ++ AR  G+V+RYV  ++   G+ASA +R    +HP+A +  +   + + T R     P+I+QGP +GPE+ A G+ ADLLR+ SS+G
Sbjct:    6 WVVHKFGGTSVASAQRYRDVAAIVARE-----PGARKAVVVSAMA---RVTDALIALTELARARDESYV-ARLAELVERHVEAAKEL-LPEPAYLALTAVLRADAADIADVLRAIWLARTCSEELTELVSGYGEIWSAQMLGAHL-----GATGRSARWLDARKVLVVR--------PGETGPVVDWSASRALLMAWLASEPTDE-----LVITGFVAQTPEGVPTTLKRNGSDFSASIFGSLLDASAVTIWTDVDGVLSADPRRVPEAVVLDEMSYDEAMELAYFGAKVLHPRTMAPCVAQGIPIWIRNTFNPTHPGTRIHRAEPA-KAGVPAVKGFSTVDGIALINVEGTGMMGVPGVAQRIFGSLRSVSVSVVMISQASSEHSVCFAVPEAQAAVAHATVEKAFASEVHRGQIERVDVVLGCSVLAAVGERMADTPGVAARLFGSLSKAGINVRAIAQGSSERNISLVVDRADSTRALRAVHAGFYLSDQVISVGVVGPGLVGRALLAQLEAQAPLLRARFKLDLRVRAIASSTRMVLGDPSLAADAWE------------------------------GGGSAVPTDLTALAEHIRPSHLPHAVIIDCSASDAVAERYAGWLDRGIHVITPNKRAGAGPLERYRAIKDRAQARRTRFFYEATVGAGLPVITTLRDLIQTGDRVTRIEGVLSGTLSYVFNSYT--------GELGFSEVVRQA-KALGYTE-PDPRDDLAGTDVARKLVILGREMDLAMELDAVTVQSLVPEALRGAD--VEAFMTG---LADFDAPMAAALEEARAAGEVLRYVGVIEAD-GRASASLRRYPLAHPFARVGASDNILAFTTARYHTQ-PLIVQGPGAGPEVTAGGVFADLLRLASSVG 821

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A7C2JW55_9GAMM (Bifunctional aspartokinase/homoserine dehydrogenase n=1 Tax=Gammaproteobacteria bacterium TaxID=1913989 RepID=A0A7C2JW55_9GAMM)

HSP 1 Score: 586 bits (1511), Expect = 5.030e-185
Identity = 374/897 (41.69%), Postives = 524/897 (58.42%), Query Frame = 1

Query:    7 LAWIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDR-IKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSSK----VSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSL 2679
            + W V+KFGGTSVA A  IR V  I+ SQ     +G  + VVVSAM G   VTD LL  V  ++   R   E  L  +R++H +A   + L  E G R +   +DRDL +I  +LKA+SL+     R R+L++G+GE WS++ + + L +      ++   F++AR V+ +             GP   WE+S  +L A  +   F+  +    VITGFVA+ K G+ TTL R+GSDYSASIFG LL A    IWTDVDGV+S DPR+VPEAK++ E+S+ EAMELAYFGAKVIHP+TM PAI  G+P++IRNTFNP  PGT+I  SS +   R   V G + +D +AL+NLEGAGM G PG A RLF +L+   +SV+LISQ SSEHSI  A+    A+  +S V+ AF+ E+ +G V  V V   C IVA VGD M+   G +GRFF  LG A +NV AIAQG SERNIS V+   +  +A+RA H +F LS  TVS+G++G G  G +LL  LA     L ++FNLDL++RA+   +KM L    IDL RW +S                  + NG A           +++  LV  V+ DHLPH+V++DC+A+      +A WL+RG+HV++ NK A  G  + Y++ L++     A + YE+ VG  LP+I T+++L   GDE+ SI G+ S  L+Y+FN           G+  FSE   EA  K G T+  +   DL   D  R A+IL RE GLEL  TD+ +E ++        P  ++ +S  +    +   D  M +RV AA+  G+V+RYV ++DV+   A  G++     HP+A +      V ++T R     P+I++GP +GP + A G+ ADLLR+CS L
Sbjct:    1 MTWTVHKFGGTSVADASCIRRVAGIIGSQP----RGKNLGVVVSAMKG---VTDDLLGVVDKASK--RQPVEDTLQALRARHERA--NVDLLGEAGARAVMAELDRDLEDIGSILKALSLVRAASHRSRDLVAGYGEIWSARQISAFLQQEL--GKTREVKFVNARDVLVIEH--------TEMGPVANWELSRPKLRAAIA-DGFDGVA----VITGFVAADKDGLPTTLGRNGSDYSASIFGALLDADEVHIWTDVDGVMSGDPRQVPEAKIIDEMSYSEAMELAYFGAKVIHPQTMAPAIGRGIPLWIRNTFNPTHPGTKISASSGS---RAAAVKGISGVDKVALVNLEGAGMIGVPGTADRLFGALREAQVSVMLISQGSSEHSICFAVREETADQVRSVVERAFAAELAEGQVQRVGVTKGCAIVAVVGDDMAGMPGSAGRFFGTLGLAGINVRAIAQGASERNISAVIDAKEMTRAIRAVHGSFYLSAKTVSIGVIGPGLVGGTLLDQLARGAPALRQKFNLDLRVRAIGGSKKMALEQHRIDLGRWRES------------------IENGAA-----------MDIDRLVAHVQADHLPHAVLIDCTASQAVADRYAEWLKRGIHVITPNKRAHSGPFA-YYEDLKRLSSARAHFLYEATVGAGLPVIQTVKDLVETGDEIRSISGIFSGTLAYLFNLFD--------GTRPFSEIVREAKAK-GYTE-PDPRDDLSGTDVARKAVILAREAGLELELTDIAVESLV--------PAALKDASVDEFLQGLPDFDAPMAERVAAAKRAGEVLRYVAAIDVRARTAKVGLQAFAPKHPFANISLTDNIVQFETGRY-CDNPLIVRGPGAGPAVTAGGIFADLLRLCSML 819

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: A0A843T0E9_9BACT (Bifunctional aspartate kinase/homoserine dehydrogenase I n=1 Tax=Gemmatimonas sp. TaxID=1962908 RepID=A0A843T0E9_9BACT)

HSP 1 Score: 588 bits (1515), Expect = 5.300e-185
Identity = 375/896 (41.85%), Postives = 536/896 (59.82%), Query Frame = 1

Query:   16 IVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVG-VDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQ-RDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVEGPVEIQTSSSSK-VSAL---DEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGA 2685
            IV+KFGGTSVASA+  R V  I+ S+ +     G+ AVVVSAM G   VTD L+  V L+A  +R   EAL  ++R +H   +  L +P ++ D +   +DRD +++  +L A  L+     R  +L++G+GE WS+Q+L   L     GS  +   +LDAR V+ VA  P        AG E++W  SS RL A  + +  E   T  +V+TG+VA+T  G++TTL R+GSD SASIF  LL A+   IWTDVDGV+SA+PR VP+A ++ E+S+ EAMELAYFGA+VIHP TM PA+   +PIFIRNTF PD PGTRI    ++  D    V GF T++ ++L+N+EG GM G PG A RLF +L   G+SV +ISQ SSEHSI   + G+  + A+S V+ AF  E   G V  V+++  CC++A VGD M+   GV+G+FF +LG A VN+ AIAQG SERNIS V+     ++ALRA H  F LS  T+S+G+VG G  G +LL  LA Q   L  +FNLDL++RA+A+ ++  L++  +DL RW DSLG+                                 +++A+ + V  +HLPH+VI+DC+A++    ++A WL+RG+HV++ NK A+   L  Y  L    RD G A Y YE+ VG  LP+I TL++L   GDE+  IEG+LS  LSY+FN           G+ TFSE   +A  + G T+  +   DL   D  R  +IL RE+G+ +G  +V +E ++        P E++  S  + + AL   D  M    + A+  G+V+RYV  VD ++G ASA ++     HP+A +      V+++TRR   + P+++QGP +GPE+ A G+ ADLLR+ SSLGA
Sbjct:   51 IVHKFGGTSVASAERYRHVAGILASRSE-----GRRAVVVSAMSG---VTDGLVRAVELAARRDRGYLEAL-EQLRDQHRNTIVAL-VPPDEADELLERLDRDFTDVADVLHATWLLRSHSERAMDLVTGYGEIWSAQMLAGHL-----GSIGEPAGWLDARDVLVVAHGP--------AGVEVDWRTSSERLVALVA-RRGELPPT--LVVTGYVAATADGLATTLGRNGSDLSASIFAALLEAAEIHIWTDVDGVMSANPRLVPDAVLIDELSYNEAMELAYFGARVIHPSTMAPAVRNSIPIFIRNTFQPDLPGTRIHLGGSSDFD----VKGFATIEGVSLVNVEGTGMIGVPGTAHRLFGALHEEGVSVTMISQGSSEHSICFVVPGSVGDRARSAVERAFFAERHYGQVQTVELMPDCCVLAVVGDRMAGHPGVAGKFFGSLGKAGVNIRAIAQGSSERNISVVIDNADASRALRAVHGGFYLSPQTLSIGVVGCGLVGGTLLDQLAEQARQLKCEFNLDLRVRAIATSKRAALAEGQLDLGRWRDSLGS----------------------------DFEQTDLAAIADHVHAEHLPHAVIIDCTASETVAQEYAGWLKRGIHVITPNKRANTADLGYYQTLRRSTRDYG-ARYLYETTVGAGLPIIQTLRDLVQTGDEIREIEGILSGTLSYLFNVYD--------GTRTFSEIVADAKAR-GFTE-PDPRDDLSGMDVGRKVVILAREIGIPMGLKEVEVEGLV--------PHEMEHLSVPEFLEALPTQDAAMAALFEKAQRRGEVLRYVGRVD-REGNASARLQSYPLDHPFARIQMTDNIVLFRTRRYQPN-PLVVQGPGAGPEVTAGGVFADLLRLSSSLGA 867

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BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Match: UPI001994536E (Bifunctional aspartate kinase/homoserine dehydrogenase I n=1 Tax=Steroidobacteraceae bacterium TaxID=2689616 RepID=UPI001994536E)

HSP 1 Score: 585 bits (1509), Expect = 1.290e-184
Identity = 384/894 (42.95%), Postives = 531/894 (59.40%), Query Frame = 1

Query:   10 AWIVNKFGGTSVASAQAIRSVRDIVMSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLAKIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRRMRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEGEVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGVSTTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTEVSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTSSTATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGISVVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTV-GVDVISPCCIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQHQGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFNLDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSNGVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASWLERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLISTLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWEAAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDASDGVE-GPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKGKASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIVASGLLADLLRVCSSLGA 2685
            AW+V+KFGG+SVA A+  R V  I+      +   G + VV+SA  G   VTD LLN V+ + + + A    L A IR++HA  + E  LP E      +  DRD  +I  +L  + L       +R+LI+G+GE WS+++        +      R+  +DAR  + V   P         GP + WE S +R +A      F+      ++ITGF+AS  +GV TTL R+GSD+S SIFG LL +    IWTDVDGVLSADPR+VP+AKV+  +S+ EAMELAYFGAKVIHP+TM PA+  G+PI+IRNTF P   G+ I    +A  + +  V G T+++NIA++N+EGAGM G PG A RLF +L+  GISV+LISQ SSEHSI  AI G +A+ A   V  AF  EI++G +  + V     I+A VGDGM+   GVSG+ F ALG+ASVNV AIAQG SERNIS VV Q    +ALRA H+ F LS  T+S+GLVG G  GR LL  +A +R  LL+ F LDL++R + + +KMLLS+  I +           G  ++   AALE  ++GV  +           +   V+ +  DHLPH+VI+DC+A D     +A WLE G+HVV+ NK A+ G L+ Y  L + R  G + Y YE+ VG  LP++STL++LR  GD++ S+EG+ S  L+Y+FN           G   FS+   +A  K G T+  +   DL   D  R  +ILGRE+GL+L   DV +E ++ A  G+E G ++   +   K    D +M++R DAA   GKV+RY+  +    GKAS G+ E++ SH +A +      V Y T R   S P+I+QGP +GPE+ A+G+ ADLLRVCS LGA
Sbjct:    8 AWVVHKFGGSSVADAECFRRVAKIL-----DELPPGPLGVVLSACRG---VTDALLNLVARAEAQDDAYRGDLDA-IRARHA-TIAEAVLPPEAAKLYLSGFDRDRHDIEGILHTVKLTRSAATNVRDLIAGYGEIWSTKLFREFYAAKNQRPGEVRW--VDARHCVVVEWGP--------LGPAVLWEESRKRTQALVG-PNFKGT----LIITGFIASKPNGVQTTLGRNGSDFSGSIFGSLLDSKEIHIWTDVDGVLSADPRRVPDAKVIDALSYNEAMELAYFGAKVIHPQTMAPAVGRGIPIWIRNTFAPHIQGSLI----SAKPESKLPVKGITSIENIAMVNVEGAGMIGVPGTAHRLFGALREEGISVILISQGSSEHSICCAIPGKEADRASRVVTAAFDREIKEGQIQSIQVDKDLAILAVVGDGMAGLPGVSGKVFNALGSASVNVHAIAQGASERNISVVVDQKDATRALRAVHSGFYLSPHTISIGLVGPGAVGRVLLEQIAAERERLLRDFKLDLRVRGLMTSKKMLLSEGGISI-----------GGPKDDWRAALE--ASGVPAD-----------IDKFVDHLHVDHLPHTVILDCTADDSVAKHYAKWLEAGIHVVTPNKKANSGPLAYYESLKDARKHGGSHYLYEATVGAGLPVVSTLRDLRETGDKISSVEGIFSGTLAYLFNVYD--------GKTPFSDIVKDAKSK-GYTE-PDPRDDLSGTDFVRKVIILGREMGLKLEMKDVQVESLIPA--GLEKGSIDDFLNGLPK---YDGDMKKRFDAAAARGKVLRYMGRLTAD-GKASVGVVELDKSHAFANIALTDNVVRYATARYN-SNPLIVQGPGAGPEVTAAGVFADLLRVCSYLGA 831

The following BLAST results are available for this feature:

BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot

BLAST of mRNA_F-serratus_M_contig1144.1241.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FGV8_ECTSI	0.000e+0	70.26	Aspartate kinase/homoserine dehydrogenase n=2 Tax=...	[more]
A0A835Z198_9STRA	5.500e-291	51.50	Aspartate kinase/homoserine dehydrogenase n=1 Tax=...	[more]
W7U117_9STRA	5.000e-211	44.08	Bifunctional aspartokinase i homoserine dehydrogen...	[more]
A0A4V5PJ22_9DELT	6.350e-194	43.26	Bifunctional aspartate kinase/homoserine dehydroge...	[more]
A0A838IIS7_9DELT	9.700e-190	42.03	Bifunctional aspartate kinase/homoserine dehydroge...	[more]
A0A7S2SL09_9STRA	5.750e-187	42.64	Hypothetical protein n=1 Tax=Rhizochromulina marin...	[more]
A0A521U6A5_9DELT	1.210e-185	42.26	Bifunctional aspartate kinase/homoserine dehydroge...	[more]
A0A7C2JW55_9GAMM	5.030e-185	41.69	Bifunctional aspartokinase/homoserine dehydrogenas...	[more]
A0A843T0E9_9BACT	5.300e-185	41.85	Bifunctional aspartate kinase/homoserine dehydroge...	[more]
UPI001994536E	1.290e-184	42.95	Bifunctional aspartate kinase/homoserine dehydroge...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
F-serratus_M_contig1144	contig	F-serratus_M_contig1144:217078..258724 -

Analyses

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


Analysis Name	Date Performed
Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef90	2022-09-19
OGS1.0 of Fucus serratus male	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1202.2
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7FGV8
KEGG rclass	RC00002,RC00043,RC00087
KEGG ko	ko:K12524
KEGG Reaction	R00480,R01773,R01775
KEGG Pathway	ko00260,ko00261,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00260,map00261,map00270,map00300,map01100,map01110,map01120,map01130,map01230
KEGG Module	M00016,M00017,M00018,M00526,M00527
Hectar predicted targeting category	other localisation
EggNOG free text desc.	homoserine dehydrogenase activity
EggNOG OGs	2QQBK@2759,COG0460@1
Ec32 ortholog description	aspartate kinase/homoserine dehydrogenase
Ec32 ortholog	Ec-11_000830.1
EC	1.1.1.3,2.7.2.4
COG Functional cat.	E
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko00002,ko01000
Exons	23
Model size	5292
Cds size	2664
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622929045.7478793-UTR-F-serratus_M_contig1144:217077..219621	1622929045.7478793-UTR-F-serratus_M_contig1144:217077..219621	Fucus serratus male	UTR	F-serratus_M_contig1144 217078..219621 -
1690962680.2763915-UTR-F-serratus_M_contig1144:217077..219621	1690962680.2763915-UTR-F-serratus_M_contig1144:217077..219621	Fucus serratus male	UTR	F-serratus_M_contig1144 217078..219621 -
1622929046.2595582-UTR-F-serratus_M_contig1144:258640..258724	1622929046.2595582-UTR-F-serratus_M_contig1144:258640..258724	Fucus serratus male	UTR	F-serratus_M_contig1144 258641..258724 -
1690962680.5292711-UTR-F-serratus_M_contig1144:258640..258724	1690962680.5292711-UTR-F-serratus_M_contig1144:258640..258724	Fucus serratus male	UTR	F-serratus_M_contig1144 258641..258724 -

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_F-serratus_M_contig1144.1241.1	prot_F-serratus_M_contig1144.1241.1	Fucus serratus male	polypeptide	F-serratus_M_contig1144 219622..258640 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at F-serratus_M_contig1144:217078..258724-
coding sequence from alignment at F-serratus_M_contig1144:217078..258724-

protein sequence of mRNA_F-serratus_M_contig1144.1241.1

>prot_F-serratus_M_contig1144.1241.1 ID=prot_F-serratus_M_contig1144.1241.1|Name=mRNA_F-serratus_M_contig1144.1241.1|organism=Fucus serratus male|type=polypeptide|length=888bp
MSQVQRQGKGGKMAVVVSAMGGKPKVTDLLLNTVSLSASGNRAGAEALLA
KIRSKHAQAVEELQLPKEDGDRIKTSIDRDLSNIRVLLKAISLMNHDDRR
MRELISGFGEQWSSQVLCSLLNKNSDGSSSKRFCFLDARRVITVADPPEG
EVVPVTAGPEIEWEISSRRLEAFFSCQEFEACSTCGMVITGFVASTKSGV
STTLRRDGSDYSASIFGKLLRASAALIWTDVDGVLSADPRKVPEAKVLTE
VSFKEAMELAYFGAKVIHPKTMQPAISAGVPIFIRNTFNPDFPGTRIFTS
STATKDRRRCVCGFTTMDNIALLNLEGAGMAGFPGVAARLFDSLQRRGIS
VVLISQASSEHSISVAIDGTKAETAKSGVQEAFSLEIRQGTVGVDVISPC
CIVAAVGDGMSHTTGVSGRFFRALGTASVNVLAIAQGCSERNISCVVKQH
QGAKALRAAHAAFLLSHLTVSVGLVGVGTSGRSLLSMLANQRSVLLKQFN
LDLQIRAVASDEKMLLSDAPIDLERWEDSLGALPGVEEEREGAALEKVSN
GVAGEGGGPGRAHSLNVSALVEFVRTDHLPHSVIVDCSAADVATSDHASW
LERGVHVVSRNKLASGGSLSLYHKLLEQRDRGPATYHYESAVGGALPLIS
TLQNLRSAGDEVMSIEGVLSVFLSYVFNRISPGPGRGEGGSVTFSEACWE
AAEKAGLTDLGNVLRDLGCEDQRRVALILGREVGLELGETDVMLEPVLDA
SDGVEGPVEIQTSSSSKVSALDEEMRQRVDAARNNGKVIRYVISVDVKKG
KASAGIREVNTSHPYAGLDGAAFCVIYKTRRMGASTPMILQGPVSGPEIV
ASGLLADLLRVCSSLGARDCGHRHLMRSASSEESVGS*

mRNA from alignment at F-serratus_M_contig1144:217078..258724-

Legend: UTRpolypeptideCDS

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

>mRNA_F-serratus_M_contig1144.1241.1 ID=mRNA_F-serratus_M_contig1144.1241.1|Name=mRNA_F-serratus_M_contig1144.1241.1|organism=Fucus serratus male|type=mRNA|length=41647bp|location=Sequence derived from alignment at F-serratus_M_contig1144:217078..258724- (Fucus serratus male)
CAGGATCTCGCGTGGATCGTGAACAAATTTGGGGGGACTAGTGTCGCTAG
CGCGCAGGCCATTAGGAGTGTTCGGGACATTGTCATGTCTCAAGTTCAAA
GGTAAGCTAAACTCTACTGGAGAAATATTATCATGACGGATGACCTACTC
TGCAGCTAGAACCATAATATGCCATGACCGCATGGCCATGGACGAAAGGC
TACTAAATAATGTTGATGGCTCTGCAGTGTCATCATGAAACAGCCAGGCC
CCGCCCCCGCCTCTGTTTTAGCCGCCAATCTTGTTCAGCGAAGGTGCAGT
CCCTCGTTCATATCTTGAGTTTATACACATTATCAAGAGCCGTGTCCAGC
AATCGATATCATCATCTGCTGCTGCTGCTGCTGCTGTTTCTGAGTGCTCT
TCGGTGTGTTGCGAGTGTTCAAGGACTCCATCCTTCCGATATACTTGTAG
ACTGTATATTGAAATAGAATGTTTGCGCGAATTAGGTTCAATCGATGACA
TCACCATGGAGCTCAGGTATGTTGTTATCACGGTGCCTGTGAAACGCACT
CTTATCCCCATGACTAAGGGATCAGCAGACAAATATAAAGCTAGTTCGGA
GTGTTTCTTCCACCAATGCCTGACGGTGCGAGACCTTCGGATATGACATT
GACACACCAACCACACTTATACCTTCTTTCAAATCTTAATCTTTCAAATA
TTTCAAATCTGTGTACCACTACTGACTGGACTGTCTGAACTATATGCTCA
TACAGGAAAATACTCGTACCTTTGGGCAACTGCCTGTATAGATTCACCGA
CATTGTGTACCGCACCGGCACGTTGTACAGGAGTTGTCTTCGACAAACCA
CTCTCAGAAGGGAGGGACTGCAGAGTATACTGCAGGGGTTAGTGTATGTG
TGTGTGTGTGGTTACTATACAAGTACATGAGTAGCAGATTGCGCCAATGG
TTATCAAACCCTAGTGGTCAGAGCTGAACGCGGATAGGATCGCGCCTGAA
AATTTGGTCTCGCGAGATAGCCTCATATCTTTGGGCTACTGTCTGTATAG
ATTCACCGACATTGTGTACCGCACCGGCACGTTGTACAGGAATTGTCTTC
GACAAACCACTCTCAGAAGGGAGGGACTGCAGAGTATACTGCAGTGGTTA
GTGTGTGTGTGTGTTTGTGGTTACTATACAAGTACATGAGTTGCAGATTG
CGCCCATGGTTATCAAACCCTAGTGGTCAGAGCTGAACACGGATAGGATC
GCGCCTGAAAATTGGTCTCGCGAGACAGCCTCGTACCTTTGGGCTACTGT
CTAGATTCACCGGCATTGTGTGCCGCACCGGCACATTGTACAGGAATGAT
CTTCGACAAACCACTCTCAGAGGGGAGGGACTACAGAGTATACTGCAGCG
GTTAGTGTGTGTGTGTGTGCAAGTACTTGTCATCATCGTCTTGTGTCGAA
GAGACACCACACACAGTTACAGAAGGATAACAGTATTATTACGGTACCAG
TACTGTTTTTTTAAAATAAATCTGAATGCACCTAGCCTAGACCTTCTGAT
TTTGTAAGATCAACCACCGGCTGCACTTTCGAAAGGCTCCTCGGACTTTC
CTCCTAAAAACAAAACAAAACATGAACCAGGTATCAAGTCCTTGTACATT
TACCATTCATAGCGTGGAGCTGAATCTGACCAAGTGTTCGCCGTGTACAG
GTAGTACCTATTAATATTAAGGAAATGGCTATTTGCCCCACCGGTGGGCC
GTAGCCAAATTTACCCCACCACCTTGATCTCGCCTCAGAAGACACGGTTG
GTCACAATACATGCATGATTGTGTCGGCGCGTTGCAGGGCTATCATGGGG
TCATTTGTGCAGCCCAAACGGTCCTGTCTACGTGATGTTACGGCCGGTCG
GGTGGTTGGTGTTTTCTGGCATGTAAGGGCAAATAGCCATACATACCAGA
AAACACCAACCACCCCACCGGCCGCGGTAGCACGTAGACAGGACCGTTTG
GGCTGCACGATAGACCCGATAATAGCTCAGAAGGTCTTCTGTAACCCTAA
ACCCTAACCCTAACGCACTCATGCATGTACTGTGAGCAACCAAGTCTTCT
GACGCGAGATCCAGGTGGGGGGTAAACAAGAGAATAGCCCACCGGTGGGC
CAAATAGCCATACCCTAATATTAATAGTACAGTATCTTGTACTCAGCTCT
TTGGCACACCAAAGTACACGGTTGAAAAAACGTACCTGGTAGACAGTACT
TTCAACATGCCCACTTCATACCAATAGTGGGGGTGGGAAAGAGAGGCGCA
TATTAATTGGTCCATGGTAACCTTCCAAGGCAGCACTCGTTCGGAACTAC
ATTGAGGTTTACTGTCCCCGTGCCGGCGAAGTCTCGGCAGTGAACGCCAT
CGGTACGCAATTGCGTGACGCGATAAACTCGGGACTGCCCCGATGGCGTA
TGGCGGTGATAAATGAATAAAATGGACGCCGCCGCTGAAATCGGGAGGAA
TCCAGTAAGTTAAGCACCAGATTCAGGCTGAGTATGGAGATGAGCAGGCT
TACGCGGGACGGGACTGCCGAACCCGTCTCGCGAGGCCAGATTCTCAGGC
GCGAACGCGCGCAGGGAAATATTCATTCTTCAATATTCATTTTTCCTGTT
CAGCTGACCATGTGCCTTACCCGATTGATCTATACTCTTGCACTATACAT
TGCACCAGCGCAGACTCAGTACGAGTTACATACTGTGTGATGTTGCTGTA
TAAGGTAAGAGGTACAAATACTGAATAAGGTACAGTACAGAGTGCAGCCG
ATACTTTCAACATGCCCACTCCACACCATTAGTGGGAGTGGGAAGAGAAT
GGACGCCGCCGCGGAAATCGGGAGGAATCCCGTGAGTTAGCACCAGATTC
AGCCTGGATGTGAAAAATGAGCGGGCTAACGCGGGACGGGATGGCTGGAA
CTGTATCACGAGACCAAATTCTCAGGCGCGAACGGGGACAGGGAAATATT
AATTTCCCCTATTCAGCTGACCACGAGCAGGATTGGCAACCTTAGTACAG
CAACATAATAGGATTACGTCCGAGAGAATTCTTGTTGTTTTTGTTTCACA
CATCCAGCGTATTGATTGCCAACCCGAAAAAATTACTTTAAAAGTTCGCC
AATCCCGCTCGTGGTCTGCTGAATACCTGTAAGGTAAAAAAATAAGAAGA
AAAAGTATGGCAGCGCACCCACCCCCCCTCCCCCCACGCTGCTCGTTCAG
AGAAAAATATATATATGGAAGTCACGCGACGACCCTACGTGTCTAGGTGC
TACGCGGGTCTACGCGGGTCGGCGTTACGCAGGTCTCGGTCCGTCTCGCG
TCCGTACAAGGATTCCTTCGACTCGAGGCGAACGGGTGTCGCTTCGCAAA
ATTCATGAAACGAGGTCGGCGAGTCGGCTCATTTCACATGTTGAACGGAA
CATTGGCACCGACATTTGCGTCTACAGTAGTACTGCCACTTCTGCTACGT
GTACTTCATACATCGCGTGCTGTAACATTGCCATTGCACGGCGGACGGGT
GTGAACCGTTAAGCCCTCTCTATACAGTATACAGTATATTGTTTACCAGG
TCGTAAAAAGTACCGCAATAAAAAGTTGGTTGTTCCACGACGTCTTGCCC
GCTGTTGCTATGACAGGGCTCTCAAAGTCCCTGTTTTCACCCTGGGAAGC
CAATAATTGGTCAGATTCGTCGGTACTTTCAACATGCCCACTGCAGACCA
GTGGGTGTGGGAAAGAGAGGCGCATATTAATTGGTCCCATGGTGACCTGC
CAAGGTAGCACCCGTTTGGAACTACCTTGAAGTTTACTGGGCCTGTGCCG
GCGGACTCTCGGCAGTGAACGCTATCGGTACGCAATTGCGTGACCCGATA
AACTCGGGACTGACTCGATGGCGTATGGCGACTTCAAATTAAAAAAAAAA
AAAATGTAAAAAAAATGAGATAAAATGGACGCCGACACGGAACTCGGGAG
GAATCCCGTAAGTAAGCACCAGATTCAGCCGGAGTATGGAGATGAACAGG
CTGGCGCGGGCCGGGACTGCCGAACCCGTCTCGCGAGACCAAATTCTCAG
GCGCGAACGAGGACAGGGAAATATTCATTTTCCCTGTTCAGCTGACCAGG
TTGACCCATACTCTTGCTTAATGTGATGATGACCATACAGCCGTGGTTAT
CAACGAACCGCGACCAGAGAGAGAGAAAGAGAGTGCTTGTGGTCTGTGTG
TATGTTTGTATCTATTAAATTGCACATAACCGCGCAATCCGGCCCCGTCA
TCCTAGTCATTATATGCCACTCGTATTGACCCTCCCAAGGGGAGATCAAT
GGTACTTACTACGAAATATGTGTGTGTGTGTGTTTGTGTGTGTATTTATT
AAATTGCGCGTAACCGCTTAATCCGGCTCTGTCATTCTATGCCACTCGCA
TTGGGGGATCAATGATACTTACTACGAAAACCTCTGGCATGACGCGACAT
AGGGGACACAATCTCTTTAGTTGTACGGTAATGTTGCTACTTAAGCCCTG
GGAACCTTGTGCCCCCCACCTGCTTCCTCGCGATTCTCTAGAGTATCTGG
GCTATTAATAGCAGCTACGGTATTGAACCACCCATTTCTTGTGTGTGTGT
GTACTGGTATTAGTATTAATGTGTATTAATTAAATTGCACATGACCGCGC
AATCCGGCCCTGGCATCCTGTTATAGTAATGCTATACCACTTGCATGGGT
CCTCCCAAGGGGAGGGATCAATGATACTTATTACGAAAACCTCTGATCAG
ATGCGACAAAGGGGGCACACGCTCTCTACAGTTCTTACGTTAGCCCTAAA
CGCCTTGCGCTTCTCTCTCTCCATGCTTCCATACTATTCTCTAGATATTT
TCTGAATCGACGTCTACTGAGGCGAGTGTTTTTGGCTACGCAACAGGTAG
ACTTAGCGCGGGCCAGTCAGAAGCCGTGGTTGACATACGGATCAATCACG
GGCTGTTTCTGACACAGTCACCCCAGAAGGCACACACTACGCCGCCTCCT
AAATATTTTGAGCACTGCCGGAGAACTGCTGCGGGTAGCACCCCTCCTCC
CTGCGAAGGCATGGTGGGGCGCCCAGTCTGCTCGACAACAGTCAATAAGA
TGCCAGGCAAGCGGCATGAACCTCGAGGAGGACCACGGCCGAACTTTGGG
CAACCTCAACCAGGCATGCCGATCCATTTGTAAAGCCTGACGTCTGCTGC
TGTATCATCTGCATCATCTACCGCAGCGGGTGAACGTGTGCCACCATGCC
ATCACATGTAAACGCCACCAATGACGCGCACGCGCCTTTCACTGGAGCAC
GCTCTGGAGAGGTGCCTGGCCGCGGGATTTCGGGTGGTTTGCAGTTGCCT
GCTGCGTCTGCTGCCGGTGCAGGGGTTGCTACTACCTGAACTACAGTAGT
AGTACTTGATACTGGTAGACTTTATACCGGCAGTCTTGTATTCCTACAAT
AGAAAGGAAAACGTTTTGAGTCATTTTTTATTACCTTGGTAGAAGGGCTG
CAAGCACATCCGACAATTTTCTCTGTAGCTTAATAGTTCAGATTCTGAAC
TACTGTTACTGTTACTGTTAGTGTTATAGCAGCACTCCAGAAAGTAGAAG
GCGTACTTAGTACCCAATGCCGTCGTGTTTTATGCCGATAAGGTTCCGAT
GTTCTCGAGTGGTTGGACCTGGCAACGATCTTGTCGCAATTGGGATCCCT
GTTGGTTTGAGTAGCGGGTTGTCGCCATGATGTATGTATGGTCACACATG
TAGCAAGAGTATGGATCAACCGGGTAAGGTCGCCAGTCCTGCACGTGGTC
AGCTGAACAGGAAAAATGAATATTCCCCTGTCCGCGTTCGCGCCTGACAA
TTTGGTCTCGCGAGGCGGGTTCGGCCGTCCCGTCCCGCGTCAGCTTGCTC
ATCTCCATACTCAGGCTGAATTTGGTGCTTACTTACGGGATTCCTCCCGA
GTTCCGCGGCGGCGTCCATCTATTCATTTATAACCGCCATACTCCATCGG
GTCAGTCCCGAGTTTATCGGGTCACGCAATTGCGTACCGATGGCTTCCAC
TGCCGAGAGTCCACCGGCACGGGGCCAGTAAACCTCAAGGTAGTTCCGAA
CGAGTGCTGCCTTGGCAGGTCACCATGGACCAAGTAATACTCGCCTCTCA
TTCTCTCATAAACACTCACACCGTCCCTCACCCATGTCAGAATGGTGTTA
CGCTCCGGGTGGTCCGTCAGTAAAGCATCCCTCCAAAATGCGAACTCCCT
TGCCAGCCCTCCTGGCACAAAATCATCTCCCACCCTAGACTGCACATCCC
ATGGTGCGGTACACGCAACTCCCTCCCACTCCGGGCTGACGAAGTCCCAT
CACACAACCTCTAGCGCGGACCGCGGGCGAAACGCCGCGGCCGCCCACTC
CGCCTCAGGCGAGGGCAGCACCGGGTTGACCGGGAAGGACAGCCTCACTT
TCCCCCATTTCGCCTCCAGGCGTGTACGCCACGCTGAGCTATCCACCTAA
ACTCGGAGTAAATATGGTGCGGCGAAAGTGAAGCGCAAATATTTCGGGAG
GAATCCCGTGAGCAACCACCAGATTCGGCCTGAGCGTGGAGAATAAGCAG
GCTGATTCGGGACGGGACGGCCGAACCCGTCTCGCGAGACCAAATTCTCA
GGCGCGAACGGGGACAGCGAAATATTTATTTTCCCTGTTTATATAACTCG
TAACGAGCAGGATTGGCAACCTTACCCGGTTGATCCATACTCTCCTCTAT
GTTGATGACCATACATACATACAAATACATCACACATACGTTCCTGATTG
GATAATGTGAAGGACACATAAAACACACACAGAGTAACATTTGGCATGGA
GCGAGATCGGCGAATCGGCTAATATTACATGTTGAGCGAAATATAAGCAC
AGTAATAATACACCACCGACATTTGCGTCTATACTACTGTACTTCTACTT
GTATTAATAGTGGTGTTGTTCCATCATATTTTTTTTTTGCCGTTGCCATT
GCTCGACGGACGAGTGTAAAAGCTCTATATTATTTTGTAGTAAAAAGTAC
CAGTACAACAATAAGGTTGGTTTAAAGAAAAATCGGAACGCATCTAGACC
ATCTGTTAATAGCATACTATATACTATATATTATACCCCCAGTCAGGGGG
GAAAATGTCAAAATGTTTAGGTGGGGTCATAGGCTGCAAATACAAAGTAT
CTTTGTGACATTAAAACGGGTTCCCCGATGGTAGTAACATTGGGTCAACA
GTATACTATCGGGGAGAAACCCACCGCTATGATGACACTTACGTTGATCG
CCATGCAGGGACACCAGACACAAAAAAAAACATAAACATTTTAAAATATA
TTTACATACAGTATTAGTACCATCGACCCTTAGATATCCAATAAGGGCTT
ATAGTCTACTGGCAGAACACAAGCAATGTTACAATATTTTTCCATCACGC
CGATGTTGTTCCGCACTCTTAAATTCACCGCTTTTACTCTGGTAGTCATT
CATTAGCCAGATTCAACCGAATCGGGTGGTTGTCAACGAACCGCGACCGG
GGAGTACCGTAACCGTAACTGTTTCATCTTCTATGATTTTACATATTCGG
CGTATTGTCCTTTTGCAACTGAAGAAACTACGGTGACACAACGAGCCAGC
CATAGACCTATCAAATGCCAATCCCGCTCGTGGTTACAATAAGGTACCAA
GGTCAACGGAACGCATCATGGTGACAACCCGCTACTCAGACCAACAGGGA
TCCAAATCGCAACAAAACCGTTGCCAGGTCCAACCACCCGACTATATCAG
AAACTTATTGGTGTCAAGACAATCTCTTTTGAGTTCGAACTACAGCTTCT
ACTGTTTGGAATGCTGCTATAACACTAACAGTAACAGTAACACTAACAGT
AACACTAACACTAACACTAACACTAACAGTAACACTAACACTAACACTAA
CACTAACACTAACACTAACACTAACACTAACACTAACACTAACACTAACA
CTAACACTAACACTAACACTAACACTAACACTAACACTAACACTAACACT
AACACTAACACTAACACTAACACTAACACTAACACTAACAGTAACACTAA
CACTAACACTAACAGTAACAGTAACAGTAACAGTAACAGTAACACTAACA
CTAACAGTATTTCAGGATCTGAATTACAAGCTTCAGCGGATACTGTACCG
TCTGATATGCTGCCCATCTACCGAAGTAGTCTAACGTGACTTTAGAAGTT
ATTCTAGCTATTGGAAGGTTACAGGAAGACAGGTTATGCGACACTTGACA
AGGAATGGTTTTGATCATTTATCACAACGGTTCATCAAGCCTCCTACCAC
TAACACTAACACTAACACTAACACTAACACTAACACTAACACTAACACTA
ACACTAACACTAACAGTAACACTAACACTAACACTAACACTAACAGTAAC
AGTAACACTAACACTAACACTAGTAACAGTAACAGTAACAGTAACAGTAA
CAGTAACAGTATCATATTTCAGAATCTGAATTACAAGCTTCAGCGGATAC
TGTACCGTCTGATATGCTGCCCATCTACCGAAGTAGTCTAACGTGACTTT
AAAAGTTATTCTAGCTATTGGAAGGTTACAGGAAGACAGGTTATGCGACA
CTTGACAAGGAATGGTTTTGATCATTTATCACAACGGTTCATCAAGCCTC
CTTAGCCCATATCAAGAGCAACCTCGATCGACTCGGATTGTTGTCGCCTA
CCCATGCCTAGTGTTCTCAGCAACAAACCGGACAAACCATGCTCCAATCA
GTTTGATCAACAAGCTCAAGTTTCTCCAGGCCACACGCCATGCAGAAATA
AGGAAATTTTAACACCAAGGTCCGTAGTGGTAGAGGCCTTGAGCTGGTTG
GTGAAGCCGGCGCGCTAGCCAGTATCCTGCCGTCCAAAGCCCTGTACACG
GCTGGAAAACGCCTCAGGAATCTTGCCCGCTAGGCGCTCCTTGTTGACTC
TGGTAGGAAAAAACAGACCGTGGTCAGAGGTCAGCTTTTCCTTCAGGAAC
CTCCCGGGTGGCGCCTTTGATTCTCCCGCACATAAGGGTTCAGCACTCCC
CTGGCTCATCGACGACCGAGCTTCTTTCCGCCCTCGCCGAATATGGTGCT
GACTTACGCGATAGAGTATGTCACGGTTCGCTTGCGCGTGCTTGGGCGCC
CTACCAGGCGTTCCGCCACACTGCTCCCGTCCTCTCGCGTGCCCCCACCT
CCCGAAGGGCACCAAATTGGAGCTCGGAAGAGACGCACCGGGTGAACGCC
ATCCTCAACTAGACCAACTAGACAGATCGCCGCCGCGTTTTAACCGACCG
ATTCAATCGCGTAGCCTTACGCGACGCGGCTGCAGCCTTTTTTTGTTTCC
GTTACCGTTGGAACGAACGGCGTAGCACGTGGGTTAAGCTGGAGTTGCAC
CGTCAACAGCATCGGGCGCGCTGCTGGTGGATAAGAAAGACCACACGAGT
CGTGTCCCGTCAACGTTTTGTTGGTAGCTACCAATACTCCTCGTGGTCTC
TTGCCCTCGCTTCAGCTCCTCGGGGGGCTCAGGTGTATTGGTCCTGCCCC
GTCTGAGAGACAGCCGGGGCCAGAGGACGCGTTGTACAAGTATTTGTTAT
CAATACTTTGGTCTTCATGTATAGCGTACGGTATAGGACTGCAAAAAAAA
AGATACAGTACGCACATTTGGGAGATCGACTTATACAACTAGTTTTGCTA
TCATCTGTGGACGCAAACGGGGCAGGGGTCTGGCGGACGAAAAAGTACGG
TTGGTTAAATATTGTCGTTTATGGCATGTGATCGTACACTTTAGGTGGTC
CGGCGCATGCGGAAGTATACAGAGTGTTTTCATGCTTTCATACTTTGATA
AAGTGAAAATATACTCATGAGGGGGGAGCTTCGTCTTCGAGGATGTTGTC
TATATTGTATGGGGTGCTCTCTGGCAAATAATGTGCCAATAAAAAAAAAT
TGTCGCCCATTGGTTGTCCAGCACGAAAGTCCCCACGTTGGTTTCACTTC
ATTTTAATATACTTTTAACATACCTATAACTGGGAGGAATTATAAAAATA
AAGTCTATACGGAGTATTACACTTGGAAGCCTCGTCCCCCCAACTTCTCC
ATACGAGTACTAGTAGCATGATGATGTTACCAAAAACATTTGTACGCATG
AGTTGTGTGTTCTGTCAGTCATTTATTTATTTTTACTTCCGTTTAGTTCT
CTCGTTTCCCTCTCCCTAACTGCTGTTTTTTTTAAGAAATGTTCGCGTTT
CCTCTCTCGTTCTTTTTCTTCGCCCGCGCCTCTGTTTTCAATATTTTTCC
CGTTTGAAAACATATATTATATTATTATTATTATTTATTTATTTTCAAGT
ATTCCTATACCTGGTACCAGGTATATTTGATTTTTGTTTTGTTTTGTTTG
TTGGTCTGTTTGTTTGTGTGACCTACCTCATCAGGCAAGGGAAAGGCGGC
AAAATGGCTGTGGTCGTGAGTGCCATGGGCGGCAAGCCTAAGGTCACCGA
CCTGCTCCTCAACACAGTTTCGCTCTCGGCGTCGGGTAATCGTGCAGGCG
CGGAGGTAAGAGAGGACGAAACGACGAACCGACGAACCGACACATGAACT
GACGACATTGACTACGAAGTACGCGAAACGACACTTAGGTAGTGATTAAT
GAACTGTTTATATTTAAAACGTTACTTTATACTAGAACATATATTTGACT
TGCAATAGAACGATACTTGTAACTGTTGCAGCTGAAATACGCTTCAAACT
TTTGATATTTACAACGAAACGATAGGTACATGATCTTCGTTTTCTATAAG
CGGAACAACACTTAAAACTTGTTAAATACCTACTACCAGAGTACGATTTT
TGTTTAAAAACGAAACAACCTTGCGACGGCGGAGCGTTTCATACTTCCTA
CAACGAAACGGCAATTGTCCTTAGAGCCAATGTCCCCACCTATTAATAGA
CCTTTTCATTGCTCAGGAGGTTTGGCTGCGTTTAGATTTTTCTCAACACT
TGTCCTTCCTACTCGTGTACACTACGATGGGTCAGAGGGTTTTAACAGGC
CTCGGTACAACGAAACAGCACTTGTACTTCCTACTTGTATACAGTATACG
CTACGATGGGTCACAGGGTTTTAACAGGCCTCGGTACAACGAAACAGCAC
TTGTACTTCCTACTTGTATACAGTATACGCTACGATGGGTCACAGGGTTA
TAAGAGGCCTCAGGAATGAATGCAAATCCATCGACAGCCCCTATTGCTTT
ATAGTAATAATAAAACCGGAAATCACACGAAACGCTCCGATTTTGGAAGA
AAAAAAATCAGCGGATCCCTCTGGTGCTTCCCTGCTGCAGCCCTATAGCC
TATAGATCTATTGTCAAGAAAAATACACAAGGGAGGCTTCGGTGATGGCA
TGCTCGTTACGGTCAACCGTCGGGTGATCTTGCTGCTTTTGTGAGAGAGC
AGTAGACGCCGTAAATCGGCCGGTGTATCACCATGGTGCGGTCATTCTGG
ACCCGAAAATTTGAACTGTAATTTTTCTTTTTTTCGTCCTTCAGTGTTTG
AAATGGTTGTCTCCACGATGGATTACATACAAACCAAATTAATATGCCAT
ATTGCCAGAATTATGATCATACTGTAGCCGGTGTCCGAAAACCGAAACTT
GGGTATCGCAGAGGTACTGCATTAAATGAAACCCGGGGATGGATGGGAGT
CATCCCCTACCCTCATTTTCCTCGACATATACCTTAGTAATATACTGTTG
ATTGTTGTTTGTGGTGTTTCTCACACTCAGCTTGTGGCCTATCATTTCCC
TAATGTTGACACGATGGCCAAACGTGCTCGTAGAAAATATGCACCCAAGA
TATCGGATATTACCGCAATACGCAGTTGTCGTAGTCTCTTGATTGCAACG
CACCCCCAAAAAGAATATCTACAGAACCGCCCCCCGAGAAATGAATCTCT
GCCTTTCTAATCGGGAACAGTATCGCTATCGCTCCTGCCATGGGAATAAG
GAGATGGCCGGGGAGCCGCTACTTACGTCACGCATTCACACGCCTAGATA
TTATTACGATCTTCGGGCGGTCTAGGAGACCAAGAGACCAAGCGGCGCCG
CCAAGAGGGTGCTATACGCCCCCTGCCCGCGGACGGCGGCAACAACTTTG
CGATTCTCATTTACCCCTCCGTTCTGATGGTCGGTTCTCCAACCTTGTAC
AGTGTGGCGAAGGGAAAGATTGAAAAAATTAAACTATTAATAGTTATAAT
GTAACGAGATGATGTGACGAGATTCTCTTTAAATCTGCCGTAATTTTGTT
GCTGCGTCCGAACAGTTCATACTAAAAAAACAGACAACAGCAGAAGTACG
CAGTAATTGCCGACAAGATCGAGCGGGGACAATCGCCACTCATCCTCGTG
GGAATGAATCAACTACCCCCTTTACACCCCCCCCCCCACGGCAGTGCCGC
ATCAATTCCAGTAGTTTTTATTTATTTTACGGTTCGATCGCTCTCCCTGA
CGCTGCCCCCCCCTGGATCTTCTCTAAAAGGCGCTGCTGGCCAAGATCCG
CTCCAAGCACGCACAGGCGGTGGAGGAGCTACAGCTTCCAAAGGAGGACG
GAGATCGCATCAAGACCTCCATCGACCGCGACCTTTCCAACATTCGTGTT
CTTCTCAAGGCGGTGAGGGCGATGCTTTGGCTTCGTACAGTACCGCCCCT
CCCCTGCCCTCCCCTCCCCTTCCTTTTTCCGTTCACACTTTCTGTCCCTG
ATGTCTTATTATATTGTCTTGCTCCTTATGTGTACTATGATTTTGGCTGC
GTTATTGGGTAGGGGGGTGGGTTTGATTTTGGCTGTTTCATTCACTGAGG
AGGTCGCCGGCGTGGGCCTTGCTATCATATATAGATAATACCGAGATGGC
TCTGATGCCTTTTCCAACGGTCGTTCTTTTTGGCAGGATTTTGCACGGTT
GAAAATTGTCCTGCTAAAAAAAACACCCTTTTGGTACACGCGAGTATGTT
TTTCTTCTCTCCCAAACAACGCCTCCCTACACTGAACCCGGACGATGATG
CGTACTATTTTATAATACTGCTATTACTGTAGCGCATCATGAAGATGCTG
CTGCCAGACGCATCCGGCTTTCTATAGTGTACTACAATTATTAGCAGAAG
CCATAAGTTTGAGTCTGAAAAGGCTTTCTAGCCGCGGATACGCACGGCCT
AATCCATGTCCTATTTCAGAGCCCCAACTTTTTTTTCTGTTGAAAAAAAT
CGCGCGATAGGGCGGCAGGTCTCCCTGATGCATGATTCATGATGCATACA
TGTATGTATCTCTCACCCGACATGTCGTTCCGGATACTGTACCTTTTTTT
TTCTCGTTTCGAAGTACTCCGAAGAAGCTTTTTTTTTTGTTGGTTGCCCC
CCTCAAAACACTTGAATTTTTTGTTTCTTTCGCGATATGCAGGTCTCTCT
GATCCACACCCATAGCTCTTTAAGTATTCCGATGGATGAGAATTCTTTTT
TGCCTTCAAGTATTCCGATATTTATATATATATATATACACGTACATTAT
TAATAGCTCTTTCCCGACATGTGATTCTTCCGAATAAGGCAGAGTTTTTT
TTTGCCCCAAGTATTCCGAATATATAGATATATTGAAGAGGGGGGGAGGT
TCCTCTCAAAATAACTTTTTCGTCCCTTTTTGCGATACACAGATCTCTTT
GATGAACCACGACGACCGGAGGATGAGGGAACTGATCAGCGGTTTCGGGG
AACAGTGGTCCTCGCAGGTGGGTAAAAACTGAAAAAAAGGCTGCGACGCC
CACCAGAAAGCTACTGCACGTCCCGATCGTAGATTCATGCCGCCGTCTCA
TCTGTAGACTACCCTGCCCTACCCCACATGGTTGTAAATGACCGTCTTTT
GAACTTCCAAATGTATTGGTAAAACACGGCAGTTTTTTTTTGTCGCTTAA
CACGATACGATAGTAGGCGAGGACCAACCTGCACATTCGGGCAAAAAATA
GCGAGATATGTATCTCTTGCCCGAATGTTTTTGTCAAATGATTGATGGGC
AAAAAACCTCGACCGGCAAACTGCAATCGCCATAAATGTACAGAACTCGT
CAAAATGTTCGTGAGGGCGGCCGATTTGTTATCGTTGGTCTGAAACCGAT
GTAACCGTCTCCGTCGGCTTTAAACCGTCGAAACGTAACGTTTTAACCTG
TATGGATCTTTGTGGAACCGTCCGTCTGTAACATTGGCACGTAAACGCCA
GCCACATAATCTGCTATCTTCAAAGTACAGCATAGCCGTAGATTTTAGTT
GTGTCGTCCTGTAGCCATCGATCTCAGCACATCAACCCGGAACGGTCGAC
CTGCAACCGTTCTGTCACTGGTGGGCCTGTAGACGTCGACAGATGACGCC
GACATGACCGATACAGAAGGAAAGTATCAACGGCTAACCGCCGCCGAATC
TTATTAAACTAGCAGCCCTAGAAAACGTAACCGGCGAATTGTAGCCTGGA
ACCGATCGTTAGCCCTCGAGCTGTACTGTATCCGCCAAACTCTTACCGTC
GGCCTGTAGCCGTCGAAAGACCTGCACAGCAGCTGTTCTCTCATTTTCCC
CCCTTGGCAGCTATACTGTACCTGGTACTATAGTGTACTATACTCTACTA
TAATGTACTATACTGTATTATACTGTAGATTGAGTCCCCCTTCCCTTCCC
TGCCTCAGCGCGTTGCGCATATCCCACGAAGGAGTGGAGGCTGCACACCG
GCCTGCAGTGGACGTGACAAGCTTCACATCGATGCTTTCCGTTACATTCA
TTACTTATGAAATACTTTGCCATGTCAATTCCGTCATTTTCCGTCAATGC
TAATGTACTAATGCATAACGTCTTTAGAGGGGTGGGTGGCTGGGGGAGTG
GGAGCGGGGATTCTTTATTTGCATCAATAGCTCGTACTGTATATACATTA
TTTCAATCAATATGGTACATCCTTCTACCTTAAGAACTTCCCATAAAGAA
ATTGTTTTACAATGGAAATCCTTCCCCCCCCCTCCTTCCTCCCAGGTGCT
TTGCTCCCTCCTGAACAAAAACTCCGACGGGAGTTCCAGTAAGCGTTTCT
GTTTCTTGGACGCGAGGAGGGTCATCACAGTCGCCGATCCCCCGGAGGGC
GAGGTAACCGATACAAACTATCATGCATTAAAATTAATCACGTTCCAGTA
TTAATAGTACGTGGTAGTTGGTAGTTATTATTGCAAAAGCGAAAGGCGAG
GTGAAAGGTATTTGTACTCCGTATAAAATTCAAGACTGCTCGTGCTGCAT
GCCACACATGGCGCTGCGTGGTGCCTTGTCTAACACTCAAACTTACATCA
CATCCGAGAGCTGTTCAGTGCGTGCGGCCCATTGCGTGACTCTGATACTT
CTTGTGCCGAACATGTCCACACTGTTCTGTACACTGTTCTGTACACTGTT
CTAATCACCAATGGCGGGTGTGAAAAAAGAGAGGCAGGGGCATATTAATT
GGTCATAGTCCATAGGCATACCTGAATATTAGTATTGACAGCACCCGTTA
TTCGAACTACCTTGACTACCGGCCCTGTGCTGGCGGACTGTCGGCAGTGA
ACGCCATCGGTACGCAACTGCGTGACCCGATAAACTCGGGACTGACCCGA
TGGCGTATGGCGGTTTCATAAATGGATGCCGCCGTGGAACTCGGGAGGAA
TCCCGTAAGTAAACACCAGATTCAGCCTGAGTATGGAGATGGGCAGGCTG
ACGCGGGACGGGACGGCTGAACCCGTCTCGCGAGACCAAATTGTTAGGCA
CGCACGGGGACAGGGGAATACTCATTTTCCCTGTTCAGCTGACCACGAGC
AGGATTGGCAACCTTACACGGTTGATCCATACTCTACTATATGTGATGAC
CATACATGCATACATGCATACATACTGTTTTACATAATGTAATACACAAT
GCACGCGGTGTACGAAAACATGCACAATGCATGCACCGTGTGGCGTAAAC
TGGTACCGGTATTACTACATACTATATACTATATACAACATACCAGGGTA
CTACGTGACATGGCAAAATTGCTGAAATTCACCCGTTTCTCCACCTGGCG
CATTGTATACCGCCGATAGCAACGACGCGGTTTCTTATACTAAATACTAT
ATACGATGTACCTGTGTAACCGATAGCAACGACGCGGCTTCTTGGGCAAG
GTTGGAAGCGAAAATGTAAAGGGATCACGCGACTGTCGTTTCTTGTCTTG
TATTTTGTCTTTTTTTTGTATTGTTTTCTGTAATTTTTATTTCTATTTTT
GTCTTTTTGTTTGTTTGTCTTCCTTTTTGTATTATTTTTTGTATTATTTT
TTGTACTATTTTTTCGTCGTGTTTTTTTTATCTCGTTTCTTTGTTGTCTT
GTTTTTTTTTTGTCTGACGAAGAGGCCACGGGTGGGTCAAAGAGACCTCC
GTCCGGGTCGACTCTTTACAAAGGTAAAGAACAAAACAGTATGGGGCACA
AAGAACGCGCACAGAAAACTTCCAAAATGAGGTTGGTTCTACTGTGTATG
ATTGCGTTCGTTTGATTGGGTGGTTGATCCGGCCCTCCACGTGCTCTTTT
TTTCTTGCATTGAGATAGCGAGCTCATTTCTACCTGCCTACGTACACATT
ATGTCCGAGGACCCTTGCATTATTGGCGTCCATGTCCATGTCCATGTCGA
TCGTTGTCCCTTGCGAGCACCACGATTTCCAAAAATTTCACCCATTGTTG
TTGTTGACCCGGCCTAAAGCTTGGCAAAAGGTCCACGATGAAGGTCCCTT
TAGGCTTTAGGAGGAGGAGAAGGCCAAGGCTCAATTCATATATCAGTAGA
GCTATAGCAATATCAGTTGAAACAATACGGTATTATATAGTGCATAGGAA
TGGCGCGATCCTGTGTCTGTCTGTTCTGTTACAGTACGGTTTCGAAGTTT
GGGTCCTACTATTGCCTTCAAAAGAAGCTTGTGAAGTGCAGGAATTTTTT
CTGTGCCTTGTACCACGCGGTAAGTCTAAAGAAAGTCATGAGGAGTCAGT
TACAGTGTTCGAGTCACTCCAATTGTTTTTGTCTCCCCGCCAAACAACAA
ACAGACGACAAAACCCGGCGTAATGAAGGTTGACTGTTACTTTGCTATCA
ACTCGCGAGCGATTAGCTATTATAGAGCTATTATAGAGCTTTTGTGTCTT
CTCTCGCTTTCTGGCCGAAGTTCTAGATCTAGGGCACATCTCTATCAATA
GTTCGGCGGGCGACAGCGTTTCTTGCTGTTTTTAATAGTAAAGGGCATTT
TTTGTTTGGTGTTGGTGAGGAGGGGATACCACTATAGAGCCCCTAAGCGC
CCCAACCATAACCCTTTCATGCGGGGAAACCCGTTGTATAGACCCAGTAA
TACCGCGCGAGTACTCTTGGTGTACGGTATAGCATTGTAAAACCCGGTAC
ATGGTGCGGTAGGCAGGGAAAGGCCATACGAACATTTTGTTGTTGTTGAT
CCACATATTCAGCGTACTGGCCTGATAATGACTCAGCCATAGACCTATCA
AATGACAATCCTGCTCATCATGGTCACAAACAGGTACGAAGGTCAGCGGT
TCACATCACGGTGATAATCCGCTACTCAAACCAAGAGGGGATAATCCAAA
TCGCGACAAAGTCCTTGTCAGGTCCAACCACCCGGCAACATCGGAAACAT
ATCGAAAAAGTTTTCAAGCTATCATATCGGAGGGAGGGTTACACGAAGAC
AAGCTATGCGACACTTTACAAGGGATGGTACCGACCAATGTCAAAACGGT
TCATCAAATCTCCTTACTCCGTACCGAGAGCAATCGTTCTGATTTTTCTT
TAAACTCCGATTGACTCGAATCGTTGTCGCCTACAGTGCCCACGGCTGCT
TAATAGAGTTCTCAGTGCCGCAGGCCGAGCCTTCTCTGACATAATTATGT
ATGCTCTCGTCACGCCGCAGGTGGTGCCGGTGACAGCAGGCCCCGAGATC
GAGTGGGAAATCTCCTCCCGCCGGCTAGAGGCGTTTTTCTCATGCCAGGA
GTTCGAGGCGTGCAGCACGTGTGGGATGGTCATCACGGGCTTTGTCGCCT
CCACCAAGAGCGGAGTTTCCACAACCCTTCGAAGGCGTGTACTCTTGGGG
GGAGGGGGATATGGGAAATAGGGGAATATCAAGCTCACGTTGTACCCTGC
AGGAGTAGTGTAATTGTTTCTTGCATTCGGCGTAGTGTTTGCCAACCCGA
GCATCTTCACCCCTGTCTGCGCACGGTCCTTTATGTCGTTTTTGTTCAGT
TGTTCAGTTCATCATTAATTGTTTTGAGTCGTATTTCGACCTTGATGTTC
CATGTGTGTTTGAGCATGCTTGTGTTGGTCTCAAATATCTCGATTGGGCA
CGAACCACACCCAGCAACCCACTTAATATCCTATGCCAGTATTAACTAAC
CCGAGGTTTGACGACACTGTCAAAACCGTACGAAGGAGATCATTGATCCT
TGATGCTAAGCGATGTTGTCGTTGAAGTGGTTGAGGTGGTTGAGGTGGTG
TGCAGCCCACGTAACGGTCGTTTCTAGTTCAACATCGAGGGTGTTCCGTT
ATTAGCCAGAATCACCACATTGTTTTTCATGTGCTGCCTACTTGATGTCC
ATTTTTCGCCAAAGCAGGGACGGGAGTGACTACTCGGCCAGTATCTTCGG
TAAGCTGCTGCGGGCCTCCGCCGCACTAATCTGGACAGACGTGGACGGCG
TTCTCAGCGCCGATCCCAGGAAAGTTCCCGAGGCCAAGGTTCTCACGGAG
GTGAGTTGAGAATGGAGCTGCCGGACCGCAGCTCCAACCTCCGTTCCAGG
AAGCGCTCTTGGGAATGACGGAATCCAGCTTTCTCCTGTACTAATATAAT
AATAGGCGCGACCAGTGCTTCGCATTCGTAATAAATATTGTAGTAGCCCT
TTTGCGGCTCGTGGACTCGATCCAATGTCTTGCCCCAATGTCTGACAGTC
AAACTATTCTTGCTGTATATATATACTGTTATATATACTGTCTGTACGTC
TGTATGTGTGTTTTATTTCTTTTTATATTTTATTATTTTGGTACTTCTCT
GTGCTTTGGTTTTTCTCTAGATTTTCTGGACGGTTTTTCCAAGAACTCTT
CATATGCGAGTATTTCTATCTCCAGAACTGTAAAAATGCTCAAAATTCAT
GTTTTTTGTTCTGTTTCGTTTTTTATCTCTCTCCTCTCGGCAGGTTTCTT
TCAAGGAGGCGATGGAATTGGCGTACTTTGGGGCCAAGGTGTTTAGTGTG
TGTTTCTATAATTGTTATTTTGTACGGAGTATGTACATAAAGATATTTTT
TCTCAGTTTTTACCCAGGAAACCACCTCGTCAAGGGAATATTTATCGCTT
TCATTTTACTTTTTTCCCCGCGATGCTTTCGCGGTCCAAAAAATCCCGCT
ATGAATTATAGGTGATCCACCCCAAGCCAAGGCAACACATCCGCCGGAGT
CCCCATCTTCATCCGCAACCTTCTTAACGCGCAACTCGATGAAATCTCTC
TCGGGTGTTAATTTTTTTTTAGGTGATCCATCCGAAGACCATGCAGCCCG
CCATATCCGCGGGAGTCCCCATTTTCATCCGAAACACGTTCAACCCCGAC
TTCCCTGGCACGAGGATTTTCACCTCCAGCACCGCAACCAAGGACAGAAG
GCGGGTGAGTTCCATACTGAAGGGAAGATAAAAGGGAAAGAAGGAGAGAA
ATAAAAAACGGAAAAAATCAAGAGGAAATAACGAAGAACAAAAAAAGGGA
AAATAAATAAGACAAAAAATGGGGGGAAATAAGTAAAATATATATATTTA
TGTATATAAGAAAATGGACTAGGAGAGAAGAAAAAACTGTTAAAAGAGGA
AACGACGAAAAACAAATTAAAGGGAAAATAAATAATAAATTACAAAAATG
GGGGAAAATGAAGTAAATATATATATATGCTGTATATATATTTAATTAAT
AAATGGAATATACTAATATTCTTTTTCCTTGTTCAAAAAGAGAAAAATTG
ATCCAAAATGTGTGACCATACTAAGAAAGAGAAAAATAAAATGCGCGGGG
AAATATTGATGCCTCCGGGCGTTTGTTTGACTTCTTATTATTAATTTTAA
TAATACCGGGCATGGCTTTGTATTTATAGACTATGTAATGTATATCACCA
CTACCATGTGTGATGTTGTACTACATTGTCTCTGGTTTGTTTTTGCTGTT
TTTCTGGTGTCCCTGCATGGCGATTAATGTAAAGTACAGTATAACGGTGG
GCTTCTCCCCGACATCGGGGAACCTGTTCAAATGTCATGAAGAGGTTTTG
TATTTGCAGCCTTTGATCCCACCTAAACGTTTTGACATTCCCCCCCCCCT
AACCGGGGGATGCTCAGAAGGTATAGGTGCGTTCTGATTTTTCTTTAGAA
AATACCCGGCGAGAGTTTCGTGTTTTTTCCTTCGCTTTCTCGCACAATAA
TGGCCAAAACGATTGATTATCAGCAGCCTACGTTAGTTTATTGCATTCTG
TGGGCCCTATCCTCGCTCCCGATTCTCCTTTTCTTGTTTCCTACAGATGA
GGATGCCCCGAGGCGGGGAAACTGCGTTGTCCCCACCGTCGCTGTGTTAG
AAAGAATAATAGTTTTATTCCTGCCGTGGGTGAAGGCACTGAAGCAAACC
TGACCCTTGATTATTGCCGCTTGCTGCCTGCCTACTCCCCCTTCACCAGT
GCGTATGCGGTTTCACGACGATGGACAACATCGCCCTACTCAACCTGGAG
GGCGCCGGGATGGCCGGCTTTCCCGGAGTTGCGGCGCGCCTGTTCGATTC
CCTCCAGCGTCGAGGCATCTCCGTCGTACTAATCTCTCAGGCACGGCGCT
GCTGTAGCTAACGAGGGCGCGTTTGCCTCTGGGTGCCCTTGGGTGTACAT
TTTGGTGGGCTCTCTACGGTTTTATTTACTCGCATCAGGATTATTATTTT
TGTCTCAGAAGAAACAAGAGACAGGCATAGAAGGCAAGCTGGGGAAGTCA
CGCGGGAATGCAAGCACCACTATTAATAGTGGCAGGTTACTCTGGAAACA
TACATGTCATGGTCATGTACAGGTGACACGCAGCAAGGGCGCAGGACGAC
CTTCGGAGGTTGTGATGTCAAATTGTAATGTCAGGGTATACACATCACAT
CGATGGGGGAGGAATATGGAGAACATACATGTGTCGCATCCGTTGGTTGT
ACTGTTTGCCAAGCGAGTACGTATTGTTTAGGGATTTTGGTGTTTATCCG
GCGATCGTATTGAAACCGTTTTGTGTTTTGCTATCCAGACGTGATAGCTG
GTATATATTCCTGAAAACACCTACCACCGGCTCCCGCCATTATCACCACT
GCCACTACCACCATGGTCAGGCGTCGTCGGAGCACAGCATCTCGGTAGCG
ATCGATGGGACCAAGGCGGAGACAGCTAAGAGCGGCGTGCAAGAGGCGTT
CTCCTTGGAGATCAGACAGGGGACCGTCGGCGTCGATGTCATCAGGTGAT
CTCCCTCCCCACGATTCCATAACCTCTCTATATTTTTTAACCACCTCTGC
CAAACCTCGACTTTCCTCTGCCAAACCCTAATCCTCCTCTCCTTCTATAT
CCTGCTACCAAATCCCCACCCCCCTATACCAAACCCACCCCTCTCTCCCA
CCTTCTAATCCCTCTGCACCAACCCTCTAATCTGCCTCTGGAAACTTGAA
CCCCCTCGTGTATCAAACCTCAACCTCCTTCGATCAAATCTCTACAAAAC
CTCACGTCTCTTTCATCCAAACCTTATCCATCTTTGCCAGACCTGAATCC
CCGAGTGCCAATCGACGCCTCTCATTTATGAAGCACCTTATAGGAGAGGC
AAGGATTCGAGGGCTTGTCTCTCGTCCCTTGGGTGGCATCTATAGGAGGG
ACGAGGCGTTCAGGGTTCGTTTCTTTTCCCTTGGGTGGTCTCTTTCTGAC
CTCTTCTGTAGACCTCTTCGTTCCTGATGTATTTTTCTGTAGCGTCAGTT
GCCAACAGCATGACATGACGCCCTTGAACGTCGAGAGGAAGTGCGGGGGG
AGGATCATTAACGCTTTTTACAAACTGTGGTATTCGCACAAGTCTCGTTT
CGCTTCGTTTCATTTCGTACCGCGTTGTTCCGGTTCGTCTTCCTTTTCGT
TCCACTTTGTCTTCCTTTCCGTTCCACTTTGTTCCCATCTTGTCAAAAAG
TGTGTGGTTAAATGATCACAGGCAGCAAGCAGTTTGTTGTGAAATCCGAC
GCTTTTGGTCCTCGACCCCGTTAGAAAACCCTAGCCAGTGTGCTATGATA
TTATTGCCGTTTAGTGTGCTGCAATTTGATATTATATAAATAAATCAGTT
CGTTTTCCTTTTCGTAATGCTCCACCGAATATGTCATTTCCCCCTGTTTG
GTTCAACCAACACCTGTGTTCAGGGCGGGTTTTAGATGAAAAAAGGGCTG
AACAATTAATAACTTCGTTACTTGCCCTGTTTGATTGTGTGTTTTGACGA
TAGTTACTTGCACCGTGTGGGCCGTTTATTATCTAAATGTTTACTAGCTG
TGAGTGCAACTGCGACTGCAAATACCTGTGAAACTAACGTCTCTTCTTCT
CTTGGTGACTCTCAAATGCGAATTATCTGTGAATAAAACTTTAAACGGAA
CAAGTCAATGCAGCTTTAACCGTAACGGCAATTGTGACTGTAGACGTAAC
GGTAAACTTAACGATTAATGTAACCGTAAAACGTGATTGTAAATTCATCT
GTTCCAAAACCACAGCCCGTGCTGCATCGTGGCGGCAGTGGGCGACGGCA
TGAGCCACACTACCGGCGTGTCTGGGAGGTTCTTCAGGGCTCTGGGGACC
GCCAGCGTCAACGTACTCGCCATTGCACAGGTTAAGCCAGCTCATGCTCG
ATGGCTCCAGCGGACACATGCCCCCCACTCATTGATTTTCCCGCCTAAAT
TGCAAAACATACCTGGTATTACTAGTGATTACGGTAATGCACAGATCACA
TTTATATCTATCTTCCCAGAGGCCCTGCGAGTCCTCGTTCAGAGCCGTGT
ATTTCAATGTCGATTTCGAAGATGAGTTATATAGCATCATCATCATCACC
ACCACGCCATATCTTGGAACTCTGTGAACCTTGACTACCGTATCACCTCT
ACAGTATACTGTACTTGATACTGTTATATATAGTACCTGGTATAGTATAA
TATATACATTGCTCGCCCTTTGTAGCAACAGTGCCACAGCAGCAGTGCCT
TCGCCATTTCTTCGCAAAGCGGCATATATTAGTATATGGTATACAAAGTA
TTATCATATTTATATTGCTCGCCCCTGACAAAGCAGAGGGGGCCTTGGAT
TTCCACAAACCTTTGTATAACTATGATACACACCTGTACTCCTGTATACA
TATATACATATATTTCTGTGTTGCACAGCGAATAATGATCGACCAAGTGA
ACCACTCACTATTCGAATGAATCTCTTTGGAGTGGCCTCGCTCTTTTTCA
AGTCGACTTCCCTTTTCCTTCCCTTTTCCTTCGTGGGAGCGTGCGTAATC
AAAATTAAAACGATTATTAGCACTTGACGAGAGTAAAACAAACAAACAAA
AACAAAACGAGTCCCGAACTTGCGTCGCGACTACATAAATCTTTGGCGTG
AGTGACAAACTATTAATAGGGCGAGAGACATTGATTGGTGTTGATGATGC
CACACATGTACCACACACGCACCCCGCAGACGCTCTCAGTGCATCCTGTG
TCGTAATATATTACTGCTGTATGTAATACACTGATATACTGTACACACAT
TAATACACTGCTGTACACATATTAATACACTGCTGTACACACATTATTAC
ACTGCTGTACAGCAATACACTGTACACGCATCAATACACTGCCGTACACA
CTTGAATACACTGCTGTACACTCATGAATACACTGCTGTACGCACATTAA
TACACTGCTGTACACTGCTGTGCACACAGGGCTGCAGCGAAAGGAATATA
TCGTGCGTCGTAAAGCAGCACCAGGGAGCAAAGGCGCTCAGGGCGGCCCA
CGCCGCCTTTCTGCTGTCGCACCTGGTGAGGGAGAGGGGGGATTATGATT
ATCTTGATTTTGTGTTCTGTGTTTTTCAGGAAGGAGAAACAAAATGCTCC
AAAAGATGGGGCAAAAAGAGTGAAACGAGGGAATAGGCTGTGGCCACGTA
GAGTTTTTTGTTCCTATAGCCACTGTTCCCACCTAAACCTTTTGACTGAT
TATTCATATAAGGTTTAGATGCGTTCAGATTTATCTTGCGAACAATAAGA
TTTTTTGTATGTTCTATAGTCTAGTAGAAATATGTGCAATCGCATTGTGT
ATTATGTATTATGTGACAGGGGTAAAACAACACCAAGTACGGAGTAAGTA
CAAGTCACGTCATGTTTGCATCTTGTACGTTTTTTTGAAGTTCATAAGGA
GACATATCAAGTTACGTTCCCGGCAGCAGGGGCTATTTGAACCCCCCTTC
CCCCCTCCGAATTGTCGAAGAGATTCGCGCATAACTCCCCCTCCACACTT
CGTTTTTCATTCGATAACAACAGAAGAAGGTATACTTTTCTTTGAACGGT
ATTAAGAAGGGAGCCTTTCCCTCACCTGGCGCAGCACATTCCACACCAAC
CAGGGATTGCATCAAATGTGTCCCCGAAAAGGGCTGTTTTGCAATCCTCC
CCTCCCCCCCCTCCCCTGAAGCTGTGCGCCGGATTCATCCAGCATTAATG
CACCAGACGCTGCTTTCTCATTTCTGTCTTATTGGTTGTATAGACTGTGA
GCGTGGGGCTGGTCGGCGTCGGCACCAGCGGGCGCAGCCTGCTGAGCATG
CTGGCGAACCAGAGATCCGTGCTGCTGAAGCAGTTCAATCTGGACCTGCA
AATCAGGGCAGTGGCCAGCGACGAGAAGGTGTGCTGGTACAGGGGACAGG
GGATATAACATCCTGTCCCCGGGGGGGGGGGAGGGGGGTCAGATGTAAGC
GCTCCCGATCGGTTTGATTTTTCTCCCGCAAGATCACTGCACGCCCCAAA
CTGCAACAGCAGAGGAGCGGATTCGAAACGACCTCGCTACGATACATGGC
TGAGCTTTCTCAAAACCTATTAATACCTATTAATAGCTTGGCCTCTTGCC
TTGCGGTTGTTGCTGCCCCTACGTTGTTGGCGCCTGATGTGTGCTATTAT
AGCATTATAGTATTAATCTCTCTCAGAGCGGCTCATGTAAGAGTAAGAGT
CAAACAATGAGGGAATACATTTAAAATACATTTTTTTGTATCGAGCTTGC
AATGAGATCGAAGTGGGGGACGAGAGTTTGCTTTTACCTAACGAAGGGAT
GTTGTTCCTTGCCCTCCCCAAAGAAAAAGCAAAAGCCCCCCCCCCTGAAC
GGATCAGTGCGAGTGTTAGTGGCATAGAATGGCTAGGATGACAGGGCCGG
ATTACGTGGTTGCAATTCAACAAACACACACACACACACACACACACACA
CACACACAATAACGGGTTTTACCCTATATTTCCCTCACATTTGCTCATTT
GGTCTCTCGTCCGGCCCTTCTAACCCAGATGCTGCTCAGCGACGCCCCAA
TCGACCTCGAGCGCTGGGAAGACTCCCTCGGCGCTCTCCCGGGCGTGGAG
GAGGAGCGCGAAGGGGCGGCGCTCGAGAAGGTCTCCAATGGCGTAGCCGG
CGAGGGCGGAGGGCCCGGGCGGGCTCATTCCCTCAATGTGTCTGCCCTCG
TAGAATTCGTGAGGACGGACCACCTCCCGCACTCCGTGATCGTCGATTGC
TCTGCCGCCGACGTGGCCACAAGCGATCATGCATCATGGCTGGAAAGGGG
AGTTCACGTGGTGAGAGCCTGAGGGGGGCGGGTAAAGGGGATGTCTGAGA
GTCATTTAAAGTTAGGGGTGAGTGGAGGGACTGATGCAAATGTGTCCCCG
GGGAAGTGTTGAATCAACTCCTCCGGGGGGTTATTTCCACCATTCCCTTG
TGTATGTGCCAGGTTATTTCAAGTAGGGTTCCTCCCTCGGGGGGCGTAAT
TTAAAATATCTCCGCTATATGGGGATTCATCCCTTGATCATTCGGGGACA
TATTTACATATATCCCCCCCTTTCTTTGAACGACTCATGATTGTGTTATT
TTCGATTTTATACTGTGCAGAAGGAGGTTCGATGGGGCATTCACATATGA
GTCCACCACAGTTAGTTATATTGAGTTCGTTTGACCCGATGTAGACGTCA
TGGGGAGTTCACGTGATGAAGGCGTTATCAAGGGTGGGAAGACGGGGGGG
GTGTCACTACGAACATTATTCGAACATTATTTGATTTTTGAAGATTGATC
CTGCGCTCTCATATCCAACGCTACGGGAGCCATTCCGAGCGTTTAGTGTT
GAATGTTTAGTTTTTCAGCTTGTTTGGCCCTGCTGATACATTATTGTTTC
ATGTACGAGCATCGAAAAAACTTTTAAGGGCACGAGTAAACGGAATTCCA
GCCATTCGTTGACGAGGTTGAAGAGCGCGGGACTTGCCAGAAGACACAGT
CTGATCCCTCACCCTCACCTCGTTGCGGTAGGCGAGTTCGTTCCCAATGT
ACTGTACTGAATGATAGCCCCATCGGCAGAGAACGAGATGCGAACAAAAC
GCCCTCCCTCGAATCCCCCGTTGCCTAAAGGTGAGCCGCAACAAGCTGGC
CAGCGGAGGATCTCTTTCCCTGTACCACAAACTCTTGGAACAGCGAGGTA
CAGTACAAAGGCGTTTTTTTATCCCACTACAGTTATCAATGGTAAACGAC
CCTGTTGCGTCGTTTTATTTTTCACGTGTGAAACGGATCAAGTATTGTCA
CAATCGTCACACGGGGCTGAAGGGCAATGGCAGGATAGGGTAGATTTTGG
TTTCCTTGTGTTTGTATTGTGTTGGATAGGATTTAGCCCAACGTGGGGAC
GGAATCTTACCATTCCCTGCTTTCTGAACAAAAACACGGCCGGCTGTTTG
ACGAGATACTGCGATTTTTCAAATATCCAAGACTAATAGAGCTAATAGAG
CAGTACGGTACTAAATAAGACGTCATAACCCTGACATATTTATAGACATA
TAGATATATTTGTAGCTTCATCTCCGCTGTTGCGGGAAAAGTCGTCCTAG
GACTCGGTTCTGCATCCCTCGGGTGTACCCGTAGGTGTCACGCCCGGTAA
TATGTCAGATCCGGTATTCAAGGATATCCTATTTGTTTATGCCAGCGTAT
GTACGCGCTTGCCTTCTTGCCAGAGTCTATACTCTCGTGTATATATTTGG
GGGGCAAATCGGCTCAATCAGGCTTTCACTCTCTTTCACAGTGCGTTAGT
GTCATACTTAACTGCACTCGGGAGCAACCTCGACAACCACTTTTTTTTTT
AGTTTTGTCGGCCAGACTGTCCTGTCCTGTAGCGCAAACAAAATGATTTT
TTTATTTTTTTGCTTGTTTGTACCCGAGGCGACTGGTTTCTCATTTCTTG
CCTTGTACTCTTTTGACCGAATGGTGTGCTCAGACAGGGGTCCGGCGACG
TATCACTACGAGTCCGCCGTCGGAGGCGCGCTGCCTCTCATTTCCACGCT
ACAGGTAAAAAAGGAAAATTAAGCTCTTATGAAGTTGGGCCATAGGATCG
TCCCACTGTATCGTAGATAAAGTACATCTCCGATACCTGGTACTTTTTCA
TGTATCACACATGTCCGCTACATACCAATAGCGGTTGTGGGAAAACATAC
CTGGTAGGTGTACATTATTTGGTCATAGTCCATGGTGAAACCTGCAAAGG
CAGCACCCGTTGCTCAAAACTACCTTGAGGACTACTGGCCCTGTGGCGGC
GGACTCTTGGCAGTGAACGCCATCGGTAAGCAATTGCGCGACCCGACTAA
CTCGGGACTGGTCCCATAGCGATCGATGGTATGTGTTGACGCCGTCGCGG
AAATCGGGAGAAATCCCGTGAGTGAGCACCAGATTCAGCCCGAGTGTGGA
GAATTAGCGGGCTGACGCGGGACGGAACGGCTGAACCTGTCTCGCGAGAC
CAAGATTTTTTTCAGGCGCGGGCGGGGACGTGGAAAATATTTACCCTTTT
GAGCTAACCACAATCAAGATTGAAAACCAAACTCCATTGATACCCAGTCT
ACTGGACTTGATGACTATTCATAGATACATATATATAGTCTAGATACATA
CAACACCAACAATAACAAGGTTACTACCATTGGGGAACCCGATTAAATAC
CAGGTAATGGCTTTGTACTTATAGCCTATGTAATGTATATTACTACTACC
ATGTGTGATGGTATAATACGTTGTCTCTGTTTTGTTTTTAATGTTTTTCT
GGTGTCCCTGCATGGCGATTAATGTAAATGTACAGTATAACGGTGGGCTT
CTCCCCGACATTATACTGTTGACCCAATGTTATTTGCATCTGGGAACCTG
TTTAAATGCCACCAAGAGGTTTTGTATTTGCAGCCTTTGATCCCACCTAA
ACGTTTTGACATTCCCCCCCCCCTAACCGGGGGATGCTCAGAAGGTCTAG
GTGCGTTCTGATTTTTCTTTAAGTAACAGATACCTTTGTTTTTTGTTTTT
GTTTTATTTACGTTTTATATATAAATCATGCAATAGTGACATGTCATGAA
ATGAATGATGGAATGCTGATATATTGTAAAATAAGAAATATAATGATACG
TTTTAACATGAATGTTGTTGTTGTTGTTGTTGTTTCACACATTCAGCGTA
TTGGTTGCCACCCCGAAAAAACTACTTCAGTACCAGTACTTTACACGGTG
GCCAATTCCGGTCGTGGTCATAGTCTGCTGAACAAGGAAAAAGAGAAAAG
AAAAAAGAAAAAGTCTGGCAGCGCACGATGGAATAATGATATATTTCGAA
ATAAATAGCGTAATAGACTATTAACAGTGGCATAGTGGTACATATGTTGT
GAAATAAATCATGGAATAATGTCAGATTTTAAAATAATCAATGGAACAAT
CATTTATTATAAAACAAGTAATGGGATAATTACATATTATAAAATGTGGA
GTGGAACAATGATATATTACATATCAAATCAGCTGTGTAATGTAATATTA
ATAGCTCCAATGACATACCAATGAAGTAGTGGTAGAGAGCAGTTGTACTT
ATCAACGGTAGAGTTCTGGTAATATCCCCACACAGTTTGACATCGGCAAA
TTTTGCCTTCTCCGATGCTGCGGCGTTAATCGTTCACTTGGAACATTTTG
ATTTAACATGTGCCATCTTGTTATACACTTGAACATAAGATAGCGTAACC
GAACTTCGCTTCCATTGTTATACACTTCAACTTCAACACATCATGCTTTA
GTGTTGTGTTGACCCTTCCAAGTACTCGAGTGCAATTTTTGGTCTACATT
CTTGTACAGGAAAAACAACAGCATGATATCGAGTGTATTATTAGGGTCCA
TAAAAATACCTCGATTTCACCCCTTGAGGGTGACGAATTATATTGGAATT
AGTGGGAAGTCGACCGCCGGATGCGCTTGCATGCTGGAAATGAATGAAAA
TAACGGATGGTGCAGAACTTGCGGAGCGCGGGAGACGAAGTGATGAGCAT
CGAAGGCGTTCTGAGCGTGTTTCTGTCGTACGTGTTCAACCGAATTTCAC
CGGGGCCCGGTCGAGGCGAGGGCGGGTCGGTGACATTTTCTGAGGCGTGT
TGGGAGGCCGCTGAGAAAGGTGGGTAGTGAAAAGGAATACTCCAGTAGAT
CCGTAGTACCTATTTTTTGTTGTAGATAATCTTTAATGCATACTATTATT
AATACTAGTATTTTATACTACGTACACACTAGTATAATATAAATAATATG
ATATGATACTAATACATCGTAGTAGATACTAGGATATATACTGGTACAAG
TATACATGTAATTATTATAAATGCTTCATAAATAGAGTACCACGCGAGGA
CTATCGTGTGGTGGTGATATATATTGTACTGTAACAGAAGTACAGTAGCG
ACTACGAAAGCATGTACGGTATGGGCAGTATGGTTAGAGGGGGTTAGAGG
GGGTTAGAGGGGGGGGGGGGGGCAAAATGCAAGCAACTACCGCCATGTCA
CCAAAAGCAAAATCCTCCGTCTTACAGTACGAGCTCGAGTTGGCGATCAA
AACGTTGAGTGTGAGAAACAAGAGACATGTATACACTGACGTCTATCTGC
TGTGCCAGGTATTTCTATAATAGGTATGAACTCTGCTAACTTCTAGAGTC
TAGAGCTACAGAACCAAAGCTTTCCAGGTATAACAGAAGTACAGTACTAC
AAAGATCAGATTACATGGCGGTGACAGAAGTACCCCCTCTAACCATACTG
CCCATACCGTACATGCTTCGGGTCTGCTGCTGTTGTGCCTGACAAGAGAA
GCAAGAGAAGCGCTCACCCGCACAAGTTATTATTTGCCTGTCTTATTCGA
AAAATCAGCCTCTCGGCCAGTTTGTAGGTCGGTGTCGAGTATCTTTTATT
TTATCGGTAGCCGTTGAGCGGTGATGAACCAGCGCAAAATAATAACAAAG
CCTGTGGTTGGCTCGATTACGGGGTAGATCCAGTTCATATTTGGAGGTTC
ACTGCATCAGTATTAATAGAGGATGTGGGAAAAGAGGGACGCATTTTGAT
TGGCCCACCATCGGGTTACCTGAATAGGCAGCACTCGTTGCTGGAGCTAC
CTTGCGGACTACTGGCCTTGTGCCGGCAGACTCTCAGCGGTGAGCGTTAT
CGGTACGACAGTGCGTAACCTCATGCACTCGGGACAAGACCGATGGCGTA
TGGCGGTTGACGGTTTATATGGACACATTATATGGTAATGACAGTAGTCG
CGGAAAGCGGGAGGAATCCCGCGAGTAAGCACACAATATTTGGCCTGAAT
TTGGAGAATGAGTAGGATGACGCGGAACGGAACGGCCGAACCTTTTTTGT
GAGACCGAATTTTCAGGCGCGAACGGGGATAGAGAAAAAACACACTTTTT
CTCTGTTAAAGCTGGCCACGAGGAGCAACGACAACCTTACCCGGTTGATC
CATACTCTGCTATAAGTGATGACCATATATCTATAAATACACGTACACAT
AGACATACACCTTTTTCATACATCCATGTCGCCACTCATTACAGGTATTA
TTGTAAACATTTGAACCTTCATCCCTGCGTTCACTCAGCCATTAATTTCT
TTGCAATGGTCCGGAAGCAGGTCTGACGGACCTGGGCAACGTTCTGAGGG
ACCTCGGGTGTGAAGATCAACGGTGAGACGCTAAATGCGTTAGACACACG
TCTTTGACTTATTTATTTTGTCGCCCGAGTGGTCTAGTAGGTAACCTGCA
TACCTGCTAGTGCGGAAGTCGTGAGTTCGAATCTTAGCTTAAGCAGAATT
TGTGTTCTTTCTTTCGTAACGGAAAGCGTGGGAACGTGAGTAAGTAAAAT
TCAACCATTGGTTGACGAGTTGTAAGAGTGCTGAACTTGCATCGCGATAA
AAATTGCAAGGCGTAAACCGGGGAGAGATGGGAAGATCCTTTGTGACCAC
AGGCAGGATGGTAATTAGAGGTTCATCGGCTATAAGTGTGATTAAAAACA
AAAACAAAAAAAACTTCGTTTTTCAAGTTTCCAATCAACCGCTGAACGAC
TGATGCGTTACTGTAATACCAATAGTGGGGGTGGGAAAGAGAGGCGAATA
TTAATTGGTCCATAGTGACCTGCTAAGGCAACACTCGTTCGGAACTACCT
TGAGGTTTACTGGCCTTGTGCCGGCGGACTCTCGGCAGTGAGCGCCATCG
GTACGCAATTGCGTAACCCGATAAACACGGGACTGACCCGATGGCGTATG
GCGGTTTCATAAATGGACGCCGCCGCGGAACTCGGGAGCAATCCCGTAAG
TAAGCACCAGATTCAACCTGAGTATGGAGATGAGCAGGCTGACGCGGGAC
GGGATGGCTGAACCCGTCTCGCGAGACCAAATTCTCAGGCACGCACGGGG
ACAGGGGAATATTATTTTCCTTGTTCAGCTGACCACGAGCAGGATTGGCA
ACCTTGCCCGGTTGATCCATACTCTGCTATATGTGATGACCATACATACA
TACTGTAGCTGAGCTCTTTCTAGCTCTAGAGTAGTGCCAATCAATGATAT
GACTTGTTTTCAAAGTAGTGCGTCTTCCTCGGCCTTTTCGAGTTTGCTTA
CACTTCGATGAATATACTGTAACATAAGCTAACATTTTAGAGGTTTCTTA
TAGATAGAATATGTAGCCTGGGATGCAAACTCGATATCTCCTGTCGATTT
TTTTGCAGCAGTGTGGAAAACCCTACTGACGTATAGCGTATGGTAGTGTA
CGGGACAGGCTGTATGTCCTTCCTTGAAGGCAGGTGTTGCACAGTGCATA
CTTAAATACTACTATTAATACTAAAAACTACCTGGTATGTATCAGCATTG
AGTACTCCATAGTACTTTATATACTGTCGATTGAATACTTGAGACTACAG
CATCCATATTCATGAGTGCTAAAGTGTCTTTTTTTACTATTAATACCTCC
ACTTTGCTGCAATCGATCGTTCGACCGAACACGATGATGACTGATAACAC
AGACGCGTCGCACTCATACTGGGAAGAGAGGTCGGACTCGAGCTGGGGGA
GACGGACGTGATGCTCGAGCCTGTGCTAGACGTGAGAGTGCAGACCCCCT
TACAAATAGATGTCCGTCTAATGCGCTGTGACCCCTTTTCTTATTAAATT
AGTATTTAAGCTTTTAGTCCTTCTACGTGTCGTGCCGCATGAAGAATCCA
CACGCTTTTCAAAGCGTTTTGTCCTTAGGAGTAAGCCAAGAGTTTAGTTT
ACCCAAGAGCTGTTCGTTTTTCTTCTTCTCCGAGCGGTGTTGTTGAGGCG
GCCCATGTCAGGCATCGTAGCTGGTATCGAAGTCCGGGGCAACGTACGGA
CGGGTTCTCGAAGAGTACCTATCTGCACCTTCTCGTCTCTGTATTATGAA
AAGTAGATATATGCTTGTATACATAGCCCTAGTGTTCTCGATGTTGTCAG
AAAATTATGAAGGTATGACGGATAGAGGAATAACACTCGTTGCCCACAAG
CGTGGCAGCTCTGAGACTACAGACAGTATGAAGTGAGGTTGGTCCAGCAT
GCCTTAAGAGACACACAACTTGTTCCATGTTTTGTTTTGAACAGGGCTAC
GACGAGAGGCATGATTCCATGTTTTGTTTTGTATAGGGCTATAGCGAGAG
GCGTGTGCGACGCGGGGCACGAGCCTCGTGTTGCTCTATTATTATATTAG
TGATACATTGTGTGTTACAAGAGATGCACGAGTAGTTCAGGCGGTCTCAC
TCTCTCCTGCCGTGTACCAGGGGAAGTAGGAATTCCCAACGCTTACGAGG
CGTGAGGTATGGGAGATGTGTAAGAATATGTCCCCGGGTTCAGGAGCTTG
GCATCGAAACTCCCCCCCCCGGGTGATGAGCCTTCTTATCCCCTATCCCC
TACCGGTAGTTTATAGTCTAGTGAGTATTCCCCAAACACAATTCACGCTA
CGAGGGGGTGTATAAATCTGTCCCCGGGATCTCTGCATCCCTCATCCAAA
TTGCTGAATCTTTCGATGTTTCGAAACAGGCTTCTGACGGCGTGGAGGGA
CCGGTCGAGATACAGACGTCGTCGTCGTCCAAGGTGTCCGCACTAGACGA
GGAGATGAGGCAAAGGGTCGACGCCGCTCGGAACAACGGGAAAGTTATCA
GGTGTGTGTGTGTGTGTGTATTCATTAAATTGCACATGACCGCGCAATCC
GGCCCTGTCATCGTAGTCATTTTATGCCACTCGCATTGATCCTCCCGAGG
GGGGATCAATGATACTTGTGTGTGTGCGTATTTATTAAATTGCACATGAC
CGCGCAATCCGGCCCTGTCATCGTAGTCATTCTATGCCACTCGCATTGAT
CCTCCCGAAGGGGGATCAATGGCACTTATTACGAAAACCTCTGATCAGAC
GCGACAAACGGGACACGCTCTCTCTACTTGTACAATTCTTACTTAAGCCC
AGAGTTCCTTGTGCTCCCCCCCCCTGTAACAGTGTGTGTGTGTGTGTGTG
TGTGTGTGTATTTATTAAATTGCACATAACCGCGCAATCCGGCCCTGTCA
TCCTAGTCATTCTATGCCACTCGCATTGATACTCCCGACGGGGGATCAAT
GAGTGTGTGTGTGTGTGTGTGCGTGTGTGTGTGTGCGTGTGTGTGTGTGT
GTGTGTATTTATTAAATTGCACATAACCACGCAATCCGGCCCTGTCATCC
TAGTCATTCTATGCCACTCGCATTGATCCTCCCGAGGGGGGATCAATGAT
ATGTGTGTGTGTGTGTATTTATTAAATTGCACCTAACCGCGCAATCCGGC
CATGTAGTCTACTCATTCTATGCTACTGCATGTAACCCACTTGGGGGTTA
CTTACCCGTACATATTTTCCTTCCACATAACCAAATCCCCGCAAGCCATA
GAGCCCGGGGTGAAACACAAACCATAAGTCTTGCACTGGGCAGAAATCCT
GAGGACAAGGGAGAGTCAAGGGTGAAGCTAGTCGGATACACAGTAGCCGA
ATAGGGTCTGCGCTCGTATGTGTACGCCGGAACGCCCAACATATTGAGCT
AAAACTTCTCGAATCCACGCAATTTGTGCTCAATACTGTTCTAATGGTTG
CTGCATCCGCCAGTGGGCCCATGGGTTGCCCAGTAAATCCTCCTCCCCTC
TCGTACCAAAACATACAGTCACTCGAAAAATCCCCTGCATGCCATAGGGC
CCGGGGTGAAACATAAACCAGAAGTCTTGCACTAGGCACAAATCCTGAGG
GCAAGGAGAGAGTCAAGGATGAAGCTAGTCAGATACACGGTAGCCGAATA
GGGTCTGCGCTCTTATGTGTACGCCGGAACGCCCAACATATTGAGCTAAA
ACTTCTCAAATCCACGCAATTTGTGCTCAATACTGTTCTAATGGTTGCAG
TGTCCACCTGTGGACCCACGAGTTGCCCAGAAAGTCCTCCTCCCCTCTCG
TCCCCAGACATACCGTTATACGAAAAATCCCCCGCAAGCCGTAGGGCCTG
GGATGAAACACAAACCAAAAGTCTTGCGCTGGGCACAAATCCTGAGGGCA
AGGAGATAGTTAGGGTTGAAGCTAGTCGGATACACGGTAGCCGAATAGGG
TCTGCACTCTTATGTGTACGCCGGAACGTCCTACATATTGAGCTAGTACT
TCTCGAATCCACGCGATTTGTGCTCAATACTACTGTTCTAATGGTTGCAG
TGTCCACCTGTGGGCCCACGGATTGCCCAGAAAGCCTTCCTCCCCTCTCG
TCCCCAAACATACAGTAACACAAAAAATTCCTCACAAGCCATAGGCCCCA
GGGTGAAACATAAGCGACGAGTCTTGCGCTGGGCGCGAATTCTGAGGGCC
CGGCGAGAGTCAGGGTTAATTGTGAGCTAAAACGTTTCAGGTCCACGCAG
TTTGTGCTCAGTATTGTCATCATGATTGTATCCACAGATGGACACATCGA
TTGCCTAGTACATCCTCCTCCCCTCTCGCCCCAAAGAATACATCACACGA
AAAGACCCCAGCAGGCCATGGGGCCTGCTGCGGCACAGCACAGCAACTGC
TGTTGGCTACTGCTGTTCCTATTGCTACAGTACTCTGGGCTGGGGTGGAT
TGGTGCAAATCATCGTGAAACAGACCAAAACAAGAGAACTCGGCGGGATT
CGTACCCGGGTCCCCGATGTTGGGAGCCAAGCTGTTGAGATGGAGTGTCG
CCAAGCAGCACCTCTCCGCCCCTAGCAGTTCCGTCACTAGCAGTCTCGCT
TCTAGCTCTGCCCTCTCGCTCCGCCATGCTTGCTGGTCTGTAGCTGTTTC
GAGCAGGCGGGGCTCGGTCAATCCAACCGAGCCCTGGCCAAAAGGTTCCA
ATAGTAGCCCATAAAGTCCCACCAGAGCCACACAGCCGACCCGTGAGTTC
GTATCCCAGAGAAAGACAAAGGGGCTACAGGCCGATGCCTCCCGACCTCC
CAGGTGGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATTTATTAAA
TTGCACATAACCACGCAATCCGGCCCTGTCATCCTAGTCATTCTATGCCA
CTCGCATTGATCCTCCCGAGGGGGGATCAATGATACTTATTACGAAGTGT
GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACATAA
CCACGTCCGTGTGTGTATTTATTTAATTGCACATGACCGCGCAATCCGGC
CCTGTCATTATAGTCATTTTATGCCACTCGTATTGATTCTCCCAAGGGAG
AGATCAATGATCCTTATTACGAAAACCTCTGATCAGATGCAACAAAGGGG
ACATATTCTCTTTTACGTGTACAGTTCTTACTTACGTCCTGGGTACCTTG
TGCCCTTCCCCCCCCCTGTTCTCTATTTAATAGAATATCTGGGTTGGCAG
CTACTGGACCAACCCTTCTTTTCTACGTTTTCCCACTTTTCCCACCCAAG
TCTCCCCCGTTTCCAACATGGCGTCTATAAGTCTTATGCGGTTTCTTGCG
CTTCTTGTGTGTGTGTGTGTGTATGTATGTGTGTGTGTGTGTGTGTGGGA
GTACTAGTGTATGTATGTATGGTCATCATAAAGCAAGGGTATGGATCAAC
CGGGTAAGATTGCCAATCCTGGTCGTGGTCAGCTGAATAGGGAAAATCAA
TTTTTCTGTCCTTGTTCGCGCCTGAGAATTTGGTGTCGCCAGACGGCTTC
GGCAGTCCCATTCCGCGTCAGCCTGCTCATCTCCATACTCAGGCTGAATG
GACCCACATGTTCATGCTTTCCGCAATCACTATCACAAACTGTGATAATG
CCGTTCAAGTTACAGGTTGAACTACATGGGCGTGGGAATCAAGTCAGGCA
AGGGGATGGGTGATTCTCATCCCCGGCAGGGGCTGTAGAATAACCGCCCC
CCCCTGAAATCGGGGACAGACTCGTCATTTCCCCTGTCACTCTGGTTGGA
TCGTCGATGCAAGCGAAATAAAGTACAAGGCGAATCAAAAGTTTGCCTTG
TACTGTACCTACACAAGTGCGCCATCGGCCGAATTTCCGTCCATGGACTT
TTAAGCGGCTACTCCCCGCGTCGTCAGGCATTGAATTTATTTCTCACTTT
TATCATAATGTGTTTTAGAGTATACGAGCACGGCGGCCGGGAGTGTCGTT
ACACGAGCTAGCTCCAGCAGACGACGCCGCCCGCGGGAAGGGAAACCCTG
ATATCTGAATTTGGTTCGTGCGCCAATGTCGTTTCCATCAGGTCTATCAC
CGTAAATAACGTTTTTCTTTTATTTTCTTCTATTTCATTGATTATTTGAC
ATTTACTGTTTTGCTTCGTCTTGTTTTGTTTTTTTCCCTACCGCGGACTA
AAGGTGATCGCTAAAGTTTCTCTCAAGGATTTGTTTTTGAAATGTTAGGA
ATGAATAAACCTCCTCGCCCCCCCCCCCCCCAAAAAAAATATATATATAT
ATATCTTCTGTTTTATTTTTTATTTTACCGCTGAAATGTTGTCCCCCTTT
TTTTTAAAATGCTATTTTTTTTAAAACAGGTACGTGATCAGCGTAGACGT
TAAGAAGGGAAAGGCATCCGCGGGCATCCGGGAGGTGAACACGAGCCACC
CTTACGCCGGTCTCGACGGGGCAGCCTTCTGCGTCATATACAAAACCAGG
GTATGTCGGTTAATCACAAAAATGTCAAGTGACAAACTTTTGACCTCCGA
AGTATTTACTCGGGTGCGCAAGTTTTGTTTTTTTGTCTAGACTTTTGTGT
AGGGAGGGAAAAAGCACAGATCGGTTACGAAGAAGGAAGGGAAGGAGGTT
GAAAGTGCTCGGATAGGGGGAGTGTATTTTAGTATAATATTGTGTATATA
GTCCTCTAAACTGATTCAAGTACTCTAGGTGGGAAAATTTGGAAATAAGA
TAAAACAAAATCGAACAAAACGGCTGCGGGTTCTGAAATTCGAAAAAATC
TCACTAAGATTCTTTCGTCGGAACCTGTTCAGTATATTATATAGTCTAAG
TGCCGAAGCAGCGTTTGTAACCTGTTGATAGGCTGGAGTCCAGCCGCCGT
CTGAGCAATCGACTTTCATCCGGCGTTGAAGCATTGGGTGCGTGTGTTTA
TATTTTTGTTTTGGTTTTAGTTTGGTTTAGGTTTAGTTTAGTTTTTGTGT
TGTGGCCGCCGAGGGTTTGGTTTGTCCTACGTAACGCAAATGATTAGCGA
AGTTGCGTGTCGATTCAATCGTGTCGATTCAATCAGCGTCGATTCAATCA
GCGTAAATGTGGGCGGAAGGAGCGCTTGGATGGAAATCACGGTTAGCATT
CGCCCAACGACTTCCGGTAGTATTATTTTGTTAGAAACCCGACACTTTTG
CCCAAGAGACAGTAGATCGCTCTATGTAAACACTAATGACATTAATGTAG
AGTAAACATCGAGAGAACAGGTCACTTCCATTTTTTATTTTATCTTCAAG
TTCTAGTGCATTAAACTATTTAACCAATTTTTTTTTTCAAGGATTTGGTA
AGTGTCCCGTGACCCTTAAAAAAGAAGAGAAAAAACGTTTTGATTTATTT
TTCCCCCTCCACAATTTACTATTTACGATTTGCCTCCTCGCGTTATGTTT
TCTGTTTTTGTTTCTCGTTGCATATATTTTCCCTCTTGTGCATTGTTCGA
CGAAACAACTTGCCGTGTCCAATTTATAGCGCATGGGAGCATCGACACCC
ATGATCCTGCAGGGCCCCGTGAGTGGGCCAGAGATCGTAGCAAGCGGGCT
ACTGGCCGATCTCCTCCGCGTATGCTCCTCCCTCGGAGCAAGGGACTGTG
GCCATCGTCACCTCATGAGGAGCGCCAGCTCTGAGGAGAGCGTCGGCTCT
TAAGGCTGCCAAGGGGGTCCCGACTCATTTTCCGGCCTCCAGGAGGACCC
CGATTCGGGTTTTGAGCCTTGCTAGCAGCGTTTTTTTGTGTCATAGTCTA
CTGCGGAATCTACGAACTGTATATCAAAGTTCATAGGATGTGTCCGGTAA
ACACATCCCTGGTATATAAGTATATACCAGGTATACACATATATACTTAG
GAGTATATATATCGGGTTTACTACCTACAACGTAAAGTTTTCTACATGCT
GGAAATGATGAACCGATTGATATTATGCGTTTTCTACCGATCACGTTGCA
TTTCTGGTGTAAAGTGTTCGTGGTACTGTAACTTACTTGAGAATTCCTGG
TAATAAATACCTAACGCGTTGGAAATAAAAAGATGAAGAATCGTACGTAT
GGGCATGTGTATACTGGTGTTTATGTGAAGATGTATATTTGAGGCCTAAA
GCACAAGGGCATGTGAGGCTTACATACCAGGTTCCCAGTCAAACAGTTGG
AGACAACTAGGGTTGGACTCATAAGGATTTTGACTGATTCTTGAAAGTAA
GAGGAGTCTGTCTACACCTGCGAGGCGTTTAAAAAAAAAAAACAGAACGT
ATCTAGACCTTCTGAGCTTTGTTCTGGGAAGTCAACCTCCCGTCTTGGCA
GGCTCTGAGAATATTGCGGCCTCCGGTTCGATGAAACCCGGTTCCTCACT
TCTTTTCATACGGGTGTTGGATGTCTTTGATAACCCTCGATTTTGTTCTA
CGGACGACTTGTTTTCTCACCCACACGTTTTGATAAAAGAGACTTGAAAT
TGAGAGTTTGAAAACAAAACCGTGGCGTGCTTTTTTGCTTTATTGTTAGC
AGTTTCCAGCTCTATTAACGGCTTTTCCGACAAGATAAAAATATGCCGAA
AATAGAAGGGAGATGAGCCCCCTGAAGCCACCTGAAGGAGCTCCGGGACG
TGGAAAGTTGCGGGTATGTAGGGCTATTGACCTAAAACCTAAATAAACCG
CCTCTCTTTTGATAAATTGACTTATGTAGTGTATAGTGCAATCAATGTAA
GGCTCTCGCACCGATAAAATCTGCAGGACCCTGACTTCGAATCTCGGTGG
GAAAAACAAACAAGCCCTGCACGTAGCGGTTAGCAAAACTCAACTATTAA
TGTAGATGGTGTAGGTTTCAACTGAGGAGGTGTAGGAGTGCTGAACTAGC
ATCACAGAGCGTTGGCGCGAACCGGGGGAGGGTGTATATGTTGATCCCAT
AGGACCGCGGGCCGGGTGGGCAACATTGCTGTACGTGATGAGGGGATCGA
GAGCCTATTGTTGGCTCGTTGACCATAATAGCTGATGGCCAACTCCATTT
TCTTTAGTAATACGAGGCAGTGCGTGTTGCAGTAGCTCTAGTTCAGTAGT
AAGCTCCATCACAGCGGAGCCAGATTTTCCACTCTCAGAATGAAAGGTAC
CTGTATAGTCTGAAGCTACTGGTGTATATGTTGATAGCGGCTGTATCGTG
TCTGGTATCCAAACGAGTTAATCGAGCTCTACGCTCTACTTGTGGTTGAT
TCGGAGATTGATTTTTATATACTACAAAACCCCATAGGAAAGGTCCGTCG
GCGCCCACGCCTAGTTGATTTTGACTACCAGATACAGTAATTGTACGTAC
GGTACGAACAGGGTCTGTGGGTGGAATGCGTCAAGTCAGAACAAGAACAA
CGGAATGGCTGGCGTACTGCTTCAGTGTCTTGAGGAGCGTAGCTCTGCTA
TACTTGGGGCGTCAGAGCTGTATCTAATGCATCTAACGTATCTAATCCAT
CTATTGCATCTATACGCAGTATAATATTGTGTAACGTAGCAGTATATACT
CAATTGGCGCGCGTTCATGACAAATACCAGGTATTGATGACGGTTTAGGC
GCGCTAGCGAAAACGAAGTTGTGCACACGTTGTACGTAAATCGCTTCTTT
TTCAAGTAAAAAAAGTCGAAATGCATTTTTCTCTCTTCGGCGGGAGCTGG
TGTTTGCCCGAAGAAGACTAAGGGTGGATGCATATCAATTCAGTATACCG
CAAAGTAGAGACGGGGGCTGAAGTCTTCATGTCGGCCTGGTCCACCAAGC
GTGTGAACGAGACTAACGCCCGCCACGCAAGGGAACTTTTCGCCACTTTG
CCGTTTGAGCTCCCATGATGTCGATTTAAATGCCGCACAAGAGTAGCGGG
TGAGTGGGGTGTGTGCTTAGCGACTCGCGTACGGTTTCGGCATGCGTGTG
GTCTTGACACTTGGTATGTCTTGCTTGCTTATTTATTTGTCTCTCGGATA
TGCGCGGCGGGTATATATATCTTGTCTTATTTTATTTTATTTTTCCCCTC
CCCTCCGATCAGATCGGGGGGGGGGCTTTCTCGTCTGTTATTTTTATTTA
TTTATTTTCCTCTCTTTCTCTTGTTTTATTTGTTTTTTTGTATGTAGCGA
TGGTATGGAAAGGGAAGCCTGCATCTGTGACCACGGGCTCGAGAGATCGG
ACTTATGTGCGGAAATAATAATACTTGAGGCTCCTAATTATAGCATA

Coding sequence (CDS) from alignment at F-serratus_M_contig1144:217078..258724-

>mRNA_F-serratus_M_contig1144.1241.1 ID=mRNA_F-serratus_M_contig1144.1241.1|Name=mRNA_F-serratus_M_contig1144.1241.1|organism=Fucus serratus male|type=CDS|length=5328bp|location=Sequence derived from alignment at F-serratus_M_contig1144:217078..258724- (Fucus serratus male)
ATGTCTCAAGTTCAAAGATGTCTCAAGTTCAAAGGCAAGGGAAAGGCGGC
AAAATGGCTGTGGTCGTGAGTGCCATGGGCGGCAAGCCTAAGGTCACCGA
CCTGCTCCTCAACACAGTTTCGCTCTCGGCGTCGGGTAATCGTGCAGGCG
CGGAGGCAAGGGAAAGGCGGCAAAATGGCTGTGGTCGTGAGTGCCATGGG
CGGCAAGCCTAAGGTCACCGACCTGCTCCTCAACACAGTTTCGCTCTCGG
CGTCGGGTAATCGTGCAGGCGCGGAGGCGCTGCTGGCCAAGATCCGCTCC
AAGCACGCACAGGCGGTGGAGGAGCTACAGCTTCCAAAGGAGGACGGAGA
TCGCATCAAGACCTCCATCGACCGCGACCTTTCCAACATTCGTGTTCTTC
TCAAGGCGGCGCTGCTGGCCAAGATCCGCTCCAAGCACGCACAGGCGGTG
GAGGAGCTACAGCTTCCAAAGGAGGACGGAGATCGCATCAAGACCTCCAT
CGACCGCGACCTTTCCAACATTCGTGTTCTTCTCAAGGCGATCTCTTTGA
TGAACCACGACGACCGGAGGATGAGGGAACTGATCAGCGGTTTCGGGGAA
CAGTGGTCCTCGCAGATCTCTTTGATGAACCACGACGACCGGAGGATGAG
GGAACTGATCAGCGGTTTCGGGGAACAGTGGTCCTCGCAGGTGCTTTGCT
CCCTCCTGAACAAAAACTCCGACGGGAGTTCCAGTAAGCGTTTCTGTTTC
TTGGACGCGAGGAGGGTCATCACAGTCGCCGATCCCCCGGAGGGCGAGGT
GCTTTGCTCCCTCCTGAACAAAAACTCCGACGGGAGTTCCAGTAAGCGTT
TCTGTTTCTTGGACGCGAGGAGGGTCATCACAGTCGCCGATCCCCCGGAG
GGCGAGGTGGTGCCGGTGACAGCAGGCCCCGAGATCGAGTGGGAAATCTC
CTCCCGCCGGCTAGAGGCGTTTTTCTCATGCCAGGAGTTCGAGGCGTGCA
GCACGTGTGGGATGGTCATCACGGGCTTTGTCGCCTCCACCAAGAGCGGA
GTTTCCACAACCCTTCGAAGGTGGTGCCGGTGACAGCAGGCCCCGAGATC
GAGTGGGAAATCTCCTCCCGCCGGCTAGAGGCGTTTTTCTCATGCCAGGA
GTTCGAGGCGTGCAGCACGTGTGGGATGGTCATCACGGGCTTTGTCGCCT
CCACCAAGAGCGGAGTTTCCACAACCCTTCGAAGGGACGGGAGTGACTAC
TCGGCCAGTATCTTCGGTAAGCTGCTGCGGGCCTCCGCCGCACTAATCTG
GACAGACGTGGACGGCGTTCTCAGCGCCGATCCCAGGAAAGTTCCCGAGG
CCAAGGTTCTCACGGAGGGACGGGAGTGACTACTCGGCCAGTATCTTCGG
TAAGCTGCTGCGGGCCTCCGCCGCACTAATCTGGACAGACGTGGACGGCG
TTCTCAGCGCCGATCCCAGGAAAGTTCCCGAGGCCAAGGTTCTCACGGAG
GTTTCTTTCAAGGAGGCGATGGAATTGGCGTACTTTGGGGCCAAGGTTTC
TTTCAAGGAGGCGATGGAATTGGCGTACTTTGGGGCCAAGGTGATCCATC
CGAAGACCATGCAGCCCGCCATATCCGCGGGAGTCCCCATTTTCATCCGA
AACACGTTCAACCCCGACTTCCCTGGCACGAGGATTTTCACCTCCAGCAC
CGCAACCAAGGACAGAAGGCGGGTGATCCATCCGAAGACCATGCAGCCCG
CCATATCCGCGGGAGTCCCCATTTTCATCCGAAACACGTTCAACCCCGAC
TTCCCTGGCACGAGGATTTTCACCTCCAGCACCGCAACCAAGGACAGAAG
GCGGTGCGTATGCGGTTTCACGACGATGGACAACATCGCCCTACTCAACC
TGGAGGGCGCCGGGATGGCCGGCTTTCCCGGAGTTGCGGCGCGCCTGTTC
GATTCCCTCCAGCGTCGAGGCATCTCCGTCGTACTAATCTCTCAGTGCGT
ATGCGGTTTCACGACGATGGACAACATCGCCCTACTCAACCTGGAGGGCG
CCGGGATGGCCGGCTTTCCCGGAGTTGCGGCGCGCCTGTTCGATTCCCTC
CAGCGTCGAGGCATCTCCGTCGTACTAATCTCTCAGGCGTCGTCGGAGCA
CAGCATCTCGGTAGCGATCGATGGGACCAAGGCGGAGACAGCTAAGAGCG
GCGTGCAAGAGGCGTTCTCCTTGGAGATCAGACAGGGGACCGTCGGCGTC
GATGTCATCAGGCGTCGTCGGAGCACAGCATCTCGGTAGCGATCGATGGG
ACCAAGGCGGAGACAGCTAAGAGCGGCGTGCAAGAGGCGTTCTCCTTGGA
GATCAGACAGGGGACCGTCGGCGTCGATGTCATCAGCCCGTGCTGCATCG
TGGCGGCAGTGGGCGACGGCATGAGCCACACTACCGGCGTGTCTGGGAGG
TTCTTCAGGGCTCTGGGGACCGCCAGCGTCAACGTACTCGCCATTGCACA
GCCCGTGCTGCATCGTGGCGGCAGTGGGCGACGGCATGAGCCACACTACC
GGCGTGTCTGGGAGGTTCTTCAGGGCTCTGGGGACCGCCAGCGTCAACGT
ACTCGCCATTGCACAGGGCTGCAGCGAAAGGAATATATCGTGCGTCGTAA
AGCAGCACCAGGGAGCAAAGGCGCTCAGGGCGGCCCACGCCGCCTTTCTG
CTGTCGCACCTGGGCTGCAGCGAAAGGAATATATCGTGCGTCGTAAAGCA
GCACCAGGGAGCAAAGGCGCTCAGGGCGGCCCACGCCGCCTTTCTGCTGT
CGCACCTGACTGTGAGCGTGGGGCTGGTCGGCGTCGGCACCAGCGGGCGC
AGCCTGCTGAGCATGCTGGCGAACCAGAGATCCGTGCTGCTGAAGCAGTT
CAATCTGGACCTGCAAATCAGGGCAGTGGCCAGCGACGAGAAGACTGTGA
GCGTGGGGCTGGTCGGCGTCGGCACCAGCGGGCGCAGCCTGCTGAGCATG
CTGGCGAACCAGAGATCCGTGCTGCTGAAGCAGTTCAATCTGGACCTGCA
AATCAGGGCAGTGGCCAGCGACGAGAAGATGCTGCTCAGCGACGCCCCAA
TCGACCTCGAGCGCTGGGAAGACTCCCTCGGCGCTCTCCCGGGCGTGGAG
GAGGAGCGCGAAGGGGCGGCGCTCGAGAAGGTCTCCAATGGCGTAGCCGG
CGAGGGCGGAGGGCCCGGGCGGGCTCATTCCCTCAATGTGTCTGCCCTCG
TAGAATTCGTGAGGACGGACCACCTCCCGCACTCCGTGATCGTCGATTGC
TCTGCCGCCGACGTGGCCACAAGCGATCATGCATCATGGCTGGAAAGGGG
AGTTCACGTGATGCTGCTCAGCGACGCCCCAATCGACCTCGAGCGCTGGG
AAGACTCCCTCGGCGCTCTCCCGGGCGTGGAGGAGGAGCGCGAAGGGGCG
GCGCTCGAGAAGGTCTCCAATGGCGTAGCCGGCGAGGGCGGAGGGCCCGG
GCGGGCTCATTCCCTCAATGTGTCTGCCCTCGTAGAATTCGTGAGGACGG
ACCACCTCCCGCACTCCGTGATCGTCGATTGCTCTGCCGCCGACGTGGCC
ACAAGCGATCATGCATCATGGCTGGAAAGGGGAGTTCACGTGGTGAGCCG
CAACAAGCTGGCCAGCGGAGGATCTCTTTCCCTGTACCACAAACTCTTGG
AACAGCGAGGTGAGCCGCAACAAGCTGGCCAGCGGAGGATCTCTTTCCCT
GTACCACAAACTCTTGGAACAGCGAGACAGGGGTCCGGCGACGTATCACT
ACGAGTCCGCCGTCGGAGGCGCGCTGCCTCTCATTTCCACGCTACAGACA
GGGGTCCGGCGACGTATCACTACGAGTCCGCCGTCGGAGGCGCGCTGCCT
CTCATTTCCACGCTACAGAACTTGCGGAGCGCGGGAGACGAAGTGATGAG
CATCGAAGGCGTTCTGAGCGTGTTTCTGTCGTACGTGTTCAACCGAATTT
CACCGGGGCCCGGTCGAGGCGAGGGCGGGTCGGTGACATTTTCTGAGGCG
TGTTGGGAGGCCGCTGAGAAAGAACTTGCGGAGCGCGGGAGACGAAGTGA
TGAGCATCGAAGGCGTTCTGAGCGTGTTTCTGTCGTACGTGTTCAACCGA
ATTTCACCGGGGCCCGGTCGAGGCGAGGGCGGGTCGGTGACATTTTCTGA
GGCGTGTTGGGAGGCCGCTGAGAAAGCAGGTCTGACGGACCTGGGCAACG
TTCTGAGGGACCTCGGGTGTGAAGATCAACGCAGGTCTGACGGACCTGGG
CAACGTTCTGAGGGACCTCGGGTGTGAAGATCAACGACGCGTCGCACTCA
TACTGGGAAGAGAGGTCGGACTCGAGCTGGGGGAGACGGACGTGATGCTC
GAGCCTGTGCTAGACACGCGTCGCACTCATACTGGGAAGAGAGGTCGGAC
TCGAGCTGGGGGAGACGGACGTGATGCTCGAGCCTGTGCTAGACGCTTCT
GACGGCGTGGAGGGACCGGTCGAGATACAGACGTCGTCGTCGTCCAAGGT
GTCCGCACTAGACGAGGAGATGAGGCAAAGGGTCGACGCCGCTCGGAACA
ACGGGAAAGTTATCAGGCTTCTGACGGCGTGGAGGGACCGGTCGAGATAC
AGACGTCGTCGTCGTCCAAGGTGTCCGCACTAGACGAGGAGATGAGGCAA
AGGGTCGACGCCGCTCGGAACAACGGGAAAGTTATCAGGTACGTGATCAG
CGTAGACGTTAAGAAGGGAAAGGCATCCGCGGGCATCCGGGAGGTGAACA
CGAGCCACCCTTACGCCGGTCTCGACGGGGCAGCCTTCTGCGTCATATAC
AAAACCAGGGTACGTGATCAGCGTAGACGTTAAGAAGGGAAAGGCATCCG
CGGGCATCCGGGAGGTGAACACGAGCCACCCTTACGCCGGTCTCGACGGG
GCAGCCTTCTGCGTCATATACAAAACCAGGCGCATGGGAGCATCGACACC
CATGATCCTGCAGGGCCCCGTGAGTGGGCCAGAGATCGTAGCAAGCGGGC
TACTGGCCGATCTCCTCCGCGTATGCTCCTCCCTCGGAGCAAGGGACTGT
GGCCATCGTCACCTCATGAGGAGCGCCAGCTCTGAGGAGAGCGTCGGCTC
TTAACGCATGGGAGCATCGACACCCATGATCCTGCAGGGCCCCGTGAGTG
GGCCAGAGATCGTAGCAAGCGGGCTACTGGCCGATCTCCTCCGCGTATGC
TCCTCCCTCGGAGCAAGGGACTGTGGCCATCGTCACCTCATGAGGAGCGC
CAGCTCTGAGGAGAGCGTCGGCTCTTAA