mRNA_P-fluviatile_contig1.22.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig1.22.1
Unique Name	mRNA_P-fluviatile_contig1.22.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: D7FSA5_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FSA5_ECTSI)

HSP 1 Score: 1136 bits (2939), Expect = 0.000e+0
Identity = 741/980 (75.61%), Postives = 780/980 (79.59%), Query Frame = 2

Query:  194 MADPGKKMPWGMKIGGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGL-MGLPGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPR--VLGGLTGAVLPA--------------------------------VGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXX-------------STSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALANRYKYQTGRELEKAREQNKTAEELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSLDKEALAQKANQAGIYTEGLSALDLLKRLNYLNEYAKKKAARNAG 2989
            MADPGK+MPWGMKIGGLKPGAKETITDKKLK FVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGG+AG G  GGG+     G  P RG        +GS   ALGAYGPAS               M LPG  A GEEYKLGGG KPGAK+AKPMSEMEKMVEEMK RQEQRMNPGK     GQQGGRQ   ID FFEEIKGRVDKG+SHQMYSDQTP+SGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGF+SFWR+EDAVNAKRAMMD DFEG+RMSIGWGKPINKLANAVGVETKIE  DAPPPDVLDPGLPESLQ LTPEAKASLQKILPTLNP+NNAVAASLQAL+GANNWLGTV  FGIN+      +GG  G A   L A A+ SPR  + GG+ G   PA                                     +  +GGG  RSRS SXX XXXXX XXXXXXXXXXXXXX             S+SRG XXXXXXXXXXXXXXXX G SXXXXXXXXXXXXXXXXXXXXXX   X    S                   EDGPR+GDVKIEVEIP EKERRYMVDRTARYVAKDG PFEQRLLDREAGNPDF+FLFEYESKEGQYYRWKV+SLVMGDREDRW +RP+QMTPNGPWWVPP+ PL+SS  XXXXXXXXXXX    K+EALANRYKYQTGRELEKAREQ+K A+ELSDKDFD FS+LLR LTNS                  ADVVGVLKESLLVPETPIHVKIARLY+LSD+LHNSSAPVKKASSYRTHLQKGLPEIFDGLN+AFRGVEGRMTAKQVEDRIMALL+AWD+WSIYPPLYITGLEA+FMRKSGDLEA DLTGVEESSLDKEALAQKANQAGI+TEGLSALDLLKRLNYLNEYAK+KAAR AG
Sbjct:    1 MADPGKRMPWGMKIGGLKPGAKETITDKKLKTFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGVAG-GRGGGGM-----GAPPARGAXXXXXXXSGS---ALGAYGPASXXXXXXXXXXXXXXXMXLPGASAVGEEYKLGGG-KPGAKAAKPMSEMEKMVEEMKQRQEQRMNPGKAHR--GQQGGRQ---IDTFFEEIKGRVDKGSSHQMYSDQTPSSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFLSFWRKEDAVNAKRAMMDTDFEGHRMSIGWGKPINKLANAVGVETKIEGHDAPPPDVLDPGLPESLQNLTPEAKASLQKILPTLNPSNNAVAASLQALTGANNWLGTVAKFGINS-----NNGGAAGGAMAGLVAGASASPRPGLPGGIGGGAAPARPILTSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTADGDGGGDPRSRSRSXXGXXXXXRXXXXXXXXXXXXXXXXXXXXXXXXXRRSSSRGXXXXXXXXXXXXXXXXXGGRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRS-------------------EDGPRKGDVKIEVEIPAEKERRYMVDRTARYVAKDGQPFEQRLLDREAGNPDFAFLFEYESKEGQYYRWKVFSLVMGDREDRWVTRPYQMTPNGPWWVPPEEPLTSSSDXXXXXXXXXXXXXXXKKEALANRYKYQTGRELEKAREQDKGAQELSDKDFDAFSALLRGLTNS------------------ADVVGVLKESLLVPETPIHVKIARLYLLSDILHNSSAPVKKASSYRTHLQKGLPEIFDGLNEAFRGVEGRMTAKQVEDRIMALLAAWDNWSIYPPLYITGLEASFMRKSGDLEAKDLTGVEESSLDKEALAQKANQAGIHTEGLSALDLLKRLNYLNEYAKRKAARKAG 923

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A6H5JCR2_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JCR2_9PHAE)

HSP 1 Score: 1088 bits (2814), Expect = 0.000e+0
Identity = 922/1323 (69.69%), Postives = 971/1323 (73.39%), Query Frame = 2

Query:  503 GVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAG-VPMPSALAGLMGLPGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPR--VLGGLTGAVLPA-------------------------------VGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALANRYKYQTGRELEKAREQNKTAEELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSLDKEALAQKANQAGIYTEGLSALDLLKRLNYLNEYAKKKAARNAG-VXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLDGVPLDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRRKALAPSSXXXXXXXXXSRGGRGQWAQVKAKANLGDPSSXXXXXXXXXDGVPLDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRPMSPPFPGRAFSRSASTSAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTSADPAATGKAQKAIGGSXXXXXXXXXXSDGEGAG---------------------------------PGKIDVWGDDDEDAGGAADSAVGVGGSVDXXXXXXXXXXXXXXXXXEAGNRDDSVPKLTEKEQ---RTERIVLRKVETEVLKLRDDLEAKGTPEEEIKAMCEAKRTEMVETWEKNK 4258
            G  P RG  G GG  +GS   ALG YGPASGG G VPMPSALAGLMGLPG GA GEEYKLGGG KPGAK+AKPMSEMEKMVEEMK RQEQRMNPGK     GQQGGRQ   ID FFEEIKGRVDKG+SHQMYSDQTP+SGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMD DFEG+RMSIGWGKPINKLANAVGVETKIE  DAPPPDVLDPGLPESLQ LTPEAKASLQKILPTLNP+NNAVAASLQAL+GANNWLGTV  FGI++      +GG  G A   L A A+ SPR  +LGG+     PA                                    +  +GGG  RSRS SXX XXXXXXXXXXXXXXXXXXXX            XX  XXXXX  GSSXXXXXXXXXXXXXX     XXX   X         XXXXXXXXXXXXX  EDGPR+GDVKIEVEIP EKERRYMVDRTARYVAKDG PFEQRLLDREAGNPDF+FLFEYESKEGQYYRWKV+SLVMGDREDRW +RP+QMTPNGPWWVPP+ PL+SS  XXXXXXXXXXX   RK+EALANRYKYQTGRELEKAREQ+K AEELSDKDFD FS+LLR LTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLY+LSD+LHNSSAPVKKASSYRTHLQKGLPEIFDGLN+AFRGVEGRMTAKQVEDRIMALL+AWD+WSIYPPLYITGLEA+FMRKSGDLEA DLTGVEESSLDKEALAQKANQAGI+TEGLSALDLLKRLNYLNEYAK+KAAR AG    XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLDGVPLD   XXXXXXXXXXXXXXX                  R+  AP+SXXXXXXXXX    R QW  VKA  NLG+PSSXXXXXXXX DGVPLD                                                                  S +  T +A            XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX     +S   + +G A+      XXXXXXXXXX                                        PGKIDVWGD+  D GG        G     XXXXXXXXXXXXXXXX      D+ PK+TEKEQ   R ER VLRKVETEVLKLRDDLEAKGTPEE+IK+ C AKR EM++TWEKNK
Sbjct:    2 GAPPARGAAGRGGGXSGS---ALGTYGPASGGGGGVPMPSALAGLMGLPGAGAVGEEYKLGGG-KPGAKAAKPMSEMEKMVEEMKQRQEQRMNPGKAHR--GQQGGRQ---IDTFFEEIKGRVDKGSSHQMYSDQTPSSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDTDFEGHRMSIGWGKPINKLANAVGVETKIEGDDAPPPDVLDPGLPESLQNLTPEAKASLQKILPTLNPSNNAVAASLQALTGANNWLGTVAKFGISS-----NNGGAAGXAMAGLVAGASASPRPGLLGGIGXXXAPARPIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTADGDGGGDPRSRSRSXXGXXXXXXXXXXXXXXXXXXXXXXXX--------XXSRXXXXXSRGSSXXXXXXXXXXXXXXRGGRSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRSEDGPRKGDVKIEVEIPAEKERRYMVDRTARYVAKDGQPFEQRLLDREAGNPDFAFLFEYESKEGQYYRWKVFSLVMGDREDRWVTRPYQMTPNGPWWVPPEEPLTSSSDXXXXXXXXXXXXXXRKKEALANRYKYQTGRELEKAREQDKGAEELSDKDFDAFSALLRGLTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYLLSDILHNSSAPVKKASSYRTHLQKGLPEIFDGLNEAFRGVEGRMTAKQVEDRIMALLAAWDNWSIYPPLYITGLEASFMRKSGDLEAKDLTGVEESSLDKEALAQKANQAGIHTEGLSALDLLKRLNYLNEYAKRKAARKAGGTAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLDGVPLDEASXXXXXXXXXXXXXXXNTGGKHGAGGDLGS----RRVPAPASXXXXXXXXXXXX-RSQWKPVKA--NLGNPSSXXXXXXXXVDGVPLDAAAAAIAGVKTTSGG---------------------------------------------------SATTMTISAPTARGLASPERGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAKIASSSGSGSVSGLARSGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPGKIDVWGDEMGDKGGG-------GAGQAEXXXXXXXXXXXXXXXXXXXXXXDAAPKMTEKEQASRRMERNVLRKVETEVLKLRDDLEAKGTPEEQIKSRCAAKRAEMMDTWEKNK 1237

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A7S2WJA8_9STRA (Hypothetical protein (Fragment) n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WJA8_9STRA)

HSP 1 Score: 439 bits (1130), Expect = 9.350e-132
Identity = 343/952 (36.03%), Postives = 462/952 (48.53%), Query Frame = 2

Query:  188 AWMADPGKKMPWGMKI-----------GGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGLPGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLA---NAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALAN-RYKYQTGRELEKAREQNKTAE----ELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVE--GRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSLDKEALAQKANQAGIYTEGLS--ALDLLKRLNYLNEYAKKKA 2974
            AW    G  +PW  ++             LKPGA +TI+D KL  FV+G+QKK+R QKE+E +E K+K+   EAA IY+ FV SF+G G  D KTF+RGG                                 + ++   AYGP  G  G                       K               SEME+++EEM        +     G       R    ID+F +EIK R   G   +  S      GS DDGDP +TNLY+GNLAP++TEEAL + F  +G++YS+KIMWPRT+EERARKRNCGFVSF +REDA  AK A+ +++ +G+R+S+GWGK I KL+   N+V     ++    P    L PGLP+ +        A L+ +           AAS  A    ++   T                               TSP                 ASKSN     R++                           TSR                                                                               D +I V  P +++ RY +DR ARY+AKDG   E  + +REAGNP +  L E +S +G YYRWKV+SL+MGD+E RW  +PFQMT +GP+W+PP +  + +      X XXXXX        L   RYK+ TG +LEKAREQ + A      L++ ++D     L+ L+ SR  +KEAMGFALDHA+AS +VV +LKESLL+ ETPI VK+ARLY+LSD+LHNSSAPV+ AS+YRT LQ  LP+IF+ LN+ FR VE  GRM+A+ +E++++ALL  W+ WS+YPP YITGLEA F R++G LEA       ++SLD E L +KA   G++ +  +  A  LL +LN LNEY + KA
Sbjct:    3 AWCRPCGPGLPWPFRVPVPVLSTCRGMSNLKPGAMKTISDNKLATFVIGQQKKTRFQKEKEAREAKRKQQLAEAADIYKDFVASFEGDG--DSKTFVRGG---------------------------------AHASEDSAYGPRRGRGGXXXXXXXXXXXXXXXXXXXXXXXK---------------SEMERLLEEMXXXXXXXXSRSAGSGFSSAPP-RPKRAIDSFLDEIKTRQSSG---RPPSPDPMARGSYDDGDPDTTNLYVGNLAPSMTEEALNDIFGKYGEIYSVKIMWPRTEEERARKRNCGFVSFMQREDAEAAKAALNEIELDGHRISVGWGKAIKKLSGSTNSVAAGGFLK----PKASALPPGLPKDMH-------AKLETVYK---------AASSAAEKSDHDRRST-------------------------------TSPS----------------ASKSNWDSGPRAQEREM-----------------------TSR-------------------------------------------------------------------------------DEQIRVIPPADRDLRYAIDRLARYIAKDGQQLESMIQEREAGNPKYKCLLEPKSPDGVYYRWKVFSLLMGDKERRWRDKPFQMTVDGPFWIPPPMESNRADDSDDEXTXXXXXXXXXXXXXLRKERYKFATGAQLEKAREQEQGARGGGGSLANHEYDELQDRLQTLSTSRQTIKEAMGFALDHAEASQEVVKLLKESLLLGETPISVKLARLYLLSDILHNSSAPVQHASTYRTLLQACLPQIFEHLNRIFRDVERLGRMSARSLEEKVLALLGVWEQWSLYPPTYITGLEATFERRAGALEAGLQDVDPKASLDLEDLKRKAKHTGVFFDDSNDTAAHLLVKLNLLNEYVRAKA 731

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A7S2WJ81_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WJ81_9STRA)

HSP 1 Score: 442 bits (1136), Expect = 4.190e-130
Identity = 345/957 (36.05%), Postives = 465/957 (48.59%), Query Frame = 2

Query:  188 AWMADPGKKMPWGMKI-----------GGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGLPGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLA---NAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALAN-RYKYQTGRELEKAREQNKTAE----ELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVE--GRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSLDKEALAQKANQAGIYTEGLS--ALDLLKRLNYLNEYAKKKAARNAG 2989
            AW    G  +PW  ++             LKPGA +TI+D KL  FV+G+QKK+R QKE+E +E K+K+   EAA IY+ FV SF+G G  D KTF+RGG                                 + ++   AYGP  G  G                       K               SEME+++EEM        +     G       R    ID+F +EIK R   G   +  S      GS DDGDP +TNLY+GNLAP++TEEAL + F  +G++YS+KIMWPRT+EERARKRNCGFVSF +REDA  AK A+ +++ +G+R+S+GWGK I KL+   N+V     ++    P    L PGLP+ +        A L+ +           AAS  A    ++   T                               TSP                 ASKSN     R++                           TSR                                                                               D +I V  P +++ RY +DR ARY+AKDG   E  + +REAGNP +  L E +S +G YYRWKV+SL+MGD+E RW  +PFQMT +GP+W+PP +  + +      X XXXXX        L   RYK+ TG +LEKAREQ + A      L++ ++D     L+ L+ SR  +KEAMGFALDHA+AS +VV +LKESLL+ ETPI VK+ARLY+LSD+LHNSSAPV+ AS+YRT LQ  LP+IF+ LN+ FR VE  GRM+A+ +E++++ALL  W+ WS+YPP YITGLEA F R++G LEA       ++SLD E L +KA   G++ +  +  A  LL +LN LNEY + KA+  AG
Sbjct:    3 AWCRPCGPGLPWPFRVPVPVLSTCRGMSNLKPGAMKTISDNKLATFVIGQQKKTRFQKEKEAREAKRKQQLAEAADIYKDFVASFEGDG--DSKTFVRGG---------------------------------AHASEDSAYGPRRGRGGXXXXXXXXXXXXXXXXXXXXXXXK---------------SEMERLLEEMXXXXXXXXSRSAGSGFSSAPP-RPKRAIDSFLDEIKTRQSSG---RPPSPDPMARGSYDDGDPDTTNLYVGNLAPSMTEEALNDIFGKYGEIYSVKIMWPRTEEERARKRNCGFVSFMQREDAEAAKAALNEIELDGHRISVGWGKAIKKLSGSTNSVAAGGFLK----PKASALPPGLPKDMH-------AKLETVYK---------AASSAAEKSDHDRRST-------------------------------TSPS----------------ASKSNWDSGPRAQEREM-----------------------TSR-------------------------------------------------------------------------------DEQIRVIPPADRDLRYAIDRLARYIAKDGQQLESMIQEREAGNPKYKCLLEPKSPDGVYYRWKVFSLLMGDKERRWRDKPFQMTVDGPFWIPPPMESNRADDSDDEXTXXXXXXXXXXXXXLRKERYKFATGAQLEKAREQEQGARGGGGSLANHEYDELQDRLQTLSTSRQTIKEAMGFALDHAEASQEVVKLLKESLLLGETPISVKLARLYLLSDILHNSSAPVQHASTYRTLLQACLPQIFEHLNRIFRDVERLGRMSARSLEEKVLALLGVWEQWSLYPPTYITGLEATFERRAGALEAGLQDVDPKASLDLEDLKRKAKHTGVFFDDSNDTAAHLLVKLNLLNEYVRAKASGLAG 736

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A7S3UX26_HETAK (Hypothetical protein (Fragment) n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3UX26_HETAK)

HSP 1 Score: 411 bits (1056), Expect = 9.280e-124
Identity = 278/702 (39.60%), Postives = 364/702 (51.85%), Query Frame = 2

Query:  917 GSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLT-GAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALA------NRYKYQTGRELEKAREQN-----KTAEELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVE--GRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSLDKEALAQKANQAGI-YTEGLSALDLLKRLNYLNEYAKKKAA 2977
            GS+DDGDP +TNLY+GNLAPT+TEE L + FS +G++YS+KIMWPRT+EER RKRNCGFVS+ RR DA +AK AM D D EGYR+S+GWGK I KLAN                    PG                  I P + P   A  A+ Q  +GA   +GT K                               P ++  L   A+   V GV +K +G                                                                                   R G+ D                    E      D KIEV  P ++ ++ ++DR ARYVAKDG P E ++ ++E GNP+++FL E+ S EG YYRW+V+SL+MGDRE +W  RPFQM   GP+WVPP +  ++         XXXXX                 RYKY TGR+LEKARE+      KTA  L+D ++D  S +LR LTNSR K+KEAMGFALDHADAS +VV +L ESL +  TP  VK+ARL++LSD+LHNSSAPV+ A+SYRT LQ  LP++FD L  A    E  GRM+A+  E ++M +L  W+ WS+YPPL+I+GLEA F R+  DL+ +   GV E+ LD+  L +KA QAG+ +T+   AL LL++L +LN+Y K KAA
Sbjct:    2 GSVDDGDPETTNLYVGNLAPTITEETLTDIFSAYGEIYSVKIMWPRTEEERQRKRNCGFVSYMRRADAEDAKMAMHDQDLEGYRISVGWGKAIKKLAN--------------------PGA-----------------ITPLVKPRQLAAQAAKQIAAGAK--VGTGKGD---------------------------LDPSMVASLAVAAIQQKVSGVDTKGSG-----------------------------------------------------------------------------------RSGKWD--------------LAPEEVERAMTDEDEKIEVAFPEDQRQKVLIDRLARYVAKDGQPLENKIREKEIGNPEYAFLTEHGSSEGHYYRWRVWSLLMGDRERKWRERPFQMAVGGPFWVPPKLDAATKKYEEQEEKXXXXXXXXXXXXXXXXXXXRDGRYKYMTGRQLEKAREKERGRAAKTA--LTDDEYDQLSDMLRGLTNSRRKIKEAMGFALDHADASEEVVQLLAESLGLKATPAPVKVARLHLLSDILHNSSAPVRHAASYRTRLQDALPQVFDALRLAREAEEAKGRMSAQSFESKVMRVLGVWEGWSLYPPLFISGLEATFRRRQEDLDRAKPEGVAEADLDRPGLEKKAKQAGLHFTDADGALLLLQKLTHLNKYIKAKAA 538

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A836CAC0_9STRA (Uncharacterized protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CAC0_9STRA)

HSP 1 Score: 419 bits (1076), Expect = 1.110e-122
Identity = 367/970 (37.84%), Postives = 469/970 (48.35%), Query Frame = 2

Query:  242 LKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDG-GGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGLPGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQAST-------------------IDAFFEEIKGRVDK-GASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVP--------------LSSSXXXXXXXXXXXXXEVKRKREALANRYKYQTGRELEKAREQNKT----AEELSDKDFDLFSSLLRELTN-SRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIH----------VKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDL---EASDLTG-VEESSLDKEALAQKANQAGIY-TEGLSALDLLKRLNYLNEYAKKKAARNA 2986
            LKPG+K+ +T  KL++F VGKQKK+R QKE+E  E         AA ++++F  SF+G  G   GK+FL+                             GGS+          Y P S                                        KPMSEME++  E++       + G   G GG                            +DAF EEIK R +  GA+            S++DGDPTSTNLY+G LAPTVTEE L E FS FG++YSIKIMWPRTDEERAR+RNCGFVSFWRR DA  A+ AM   D EG  + IGWGKPI+KL  ++G ETK+      PP  LD        +    AK +    +  L P  +A   +L AL                                                L  A LPA        +   A R+ + +XXXXXXXXXXXXXXXXXXXXXXX   RG                                                                           + GD K+ V +P ++ RRY++DRTARYVAKDG   E RL+ RE+ NPDF FL  Y S+EG YYRW+ Y+  MGDRE RW  RPFQM   G +W+PP  P                  XXXXXXXXXXXX   K   +A A RYKY TGR+LEKARE  +        +   + D F  LL  LT  SR  ++EAMG ALD+++ SA VV +L ESL+     I           V +ARLY++SDVLHNS+APV+ A+S+RT LQ  LP++F+ L  A RG+ GR+TA+Q+ +R++ALL+ W  WSIYPPL++TGLEA+ MR   D+   E +   G V E  +D+ AL +KA QAG++ ++ +SALDL  RLN+LN Y K KAA  A
Sbjct:    2 LKPGSKQNLTASKLQSFEVGKQKKTRFQKEKEAAEAXXXXXXXXAASLFQEFAASFEGDSGGGGGKSFLK----------------------------TGGSI----------YAPQS----------------------------------------KPMSEMERVALEIQ-------SGGTPRGPGGDDSXXXXXXXXXXXXXXXXXXXXXXXXEMDAFLEEIKQRQENPGAAPVGGGGGDFGRASIEDGDPTSTNLYIGFLAPTVTEERLNEIFSAFGEIYSIKIMWPRTDEERARRRNCGFVSFWRRGDAEAAREAMQGKDVEGMSIQIGWGKPISKLERSIGEETKVSDL---PPQTLD-------ARDGAAAKPNDPNAITVLGPPPSASPPTLPAL------------------------------------------------LASAGLPA--------SANSAARAVAEAXXXXXXXXXXXXXXXXXXXXXXXXXXRGAEPLAEREM------------------------------------------------------------------QEGDQKVVVVLPRDEGRRYLIDRTARYVAKDGAALEDRLIQRESSNPDFDFLTNYTSEEGTYYRWRAYAFAMGDRERRWRQRPFQMVVGGAFWIPPAEPEDXXXXXXXXXXXXXXXXXXXXXXXXXXXXEAAKDPGKAQAERYKYMTGRQLEKAREAERERGGPVGRMPQPEEDNFRELLGRLTMPSRRLIREAMGAALDNSECSAHVVEILSESLMEAGRIISEDGPAPXXXXVIVARLYLVSDVLHNSAAPVRNATSFRTLLQSCLPQVFEALGTALRGIAGRLTARQLRERVLALLAVWSDWSIYPPLFLTGLEASLMRAPADMAAVEGATAAGDVREEDMDRAALERKARQAGLHVSDAMSALDLFNRLNHLNAYVKAKAAGRA 754

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A8J5M413_9STRA (Uncharacterized protein n=1 Tax=Phytophthora aleatoria TaxID=2496075 RepID=A0A8J5M413_9STRA)

HSP 1 Score: 332 bits (852), Expect = 1.290e-94
Identity = 282/927 (30.42%), Postives = 394/927 (42.50%), Query Frame = 2

Query:  212 KMPWGMKIGGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGLPGVGAPGEEYKLGGGGKPGA-KSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALANRYKYQTGRELEKAREQNKTAEELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLE-----ASDLTGVEESSLDKEALAQKANQAGIYTEGLSALDLLKRLNYLNEYAKKKA 2974
            ++PWGM+   ++P +  ++TD KL  FV+G+QKK++ QKERE +E KK++AD EAAKIY  FV SFD      GK F+RGG   + AQG                     S + + S                                 G+ Y+L G  +     S + MSEM+KM++E+K +  ++    +   R      ++   ID F EE+K   ++G +           GS D+GDP +TNLY+GNLAPTVTEE LQ  F  +G+VYS+KIMWPR++EERAR+RNCGFVSF+ R DA +A+  + + + EG  M +GWGK +           KI+      P    PGL      L P A        PT++  N    A L                                                                                                                                                                                        G   I +EIP ++E R  VD  A YVA DG  FE  +  REA N  +SF FE +S    YYRW+VYS  MGD E  W   PFQMT  GP W+PP +P  S                 R++ A A        R++E+ RE+N+    LS++D+D F  L+ ELT  R  VK+ MGFALD+++A+ D+  ++ ES     +     I  LYV SDVLHNSSA VK AS +RT  Q+ LPEI D L  A + + GRM+A  +++++M +L+AW+SWS++PP  + GL A F+RK  + E       +  G+ ES L++  L +   Q+GI   G  A  L  RL +L E+    A
Sbjct:   25 QLPWGMEKTEMQPSSLTSLTDDKLARFVLGQQKKTKFQKEREDREAKKRQADEEAAKIYATFVASFDNEDETKGKAFVRGGT--QAAQGN--------------------SQSAAQS---------------------------------GDVYRLKGKEQAAHFSSGEKMSEMDKMLQEIKQKDAEQREQVQTMHRP-----KKRRAIDEFLEEMK---ERGPAPISMEGVCMAKGSFDNGDPETTNLYVGNLAPTVTEEVLQAEFGRYGEVYSVKIMWPRSEEERARRRNCGFVSFYERRDADDARINLDNKELEGQPMIVGWGKAV-----------KIQ------PRARAPGL-----LLPPAAPVPSVTTTPTVSTPN----ADLT---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------GKPTITIEIPTDQEARRRVDNLAHYVAADGLQFENAVRMREANNKAYSFFFEPQSALALYYRWRVYSFAMGDDEHTWRENPFQMTLEGPVWLPPKMPPQSPRDRRRGFSSRSSGRFSRQQIARA--------RDMERGRERNR----LSNEDYDNFKQLVEELTLERESVKKTMGFALDNSEAAVDLANIILESFKNSTSSGVTLIGLLYVTSDVLHNSSAAVKNASLFRTTFQECLPEIMDTLRIAHKNIAGRMSANAMKEKVMDVLTAWESWSLFPPAVLVGLHATFLRKVEENEYIATRRLNFEGIGESDLER--LRKTCRQSGIMATG-DAKRLAARLQWLKEFTSPTA 664

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: W7U2X6_9STRA (U2 snrnp-associated splicing factor putative n=4 Tax=Monodopsidaceae TaxID=425072 RepID=W7U2X6_9STRA)

HSP 1 Score: 340 bits (871), Expect = 1.140e-92
Identity = 343/1016 (33.76%), Postives = 459/1016 (45.18%), Query Frame = 2

Query:  308 KKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGG--GPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAG---LMGLPGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVP-------------------LSSSXXXXXXXXXXXXXEVKRKREA-----------------------------------------------------------------------------------LANRYKYQTGRELEKAREQNK---TAEELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESL---------LVPETPIHV--KIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAF---MRKSGDLEASDLTGVEESSLDK--EALAQKANQAGIYTEGLSALDLLKRLNYLNEYAKKKAA 2977
            KK+R  KE+E +E +K++ D EAAKIYEQFV SFD G    +DGK F+R   A +G++              RG  G G   AG + +    Y P        MP +LA    L  LP    P             A S +  S     +   +        P  VPG       +    IDAF EE+K   + G S +   +  P  GS+DDGDP +TNL++GNL+P  TEE L+  F  FG+VYS+KIMWPR++EERAR RN GFVSF+ R DA +AK  + D   + +R+ IGW K + KLAN       +  +    P  L PGL      L P A                     L A SG      ++K  G        + GG  G+ G  L     T+ +   G  GA   A G + +  +   AG  + SS          XXXX           +  R                 G                         RR GR      R           XXX    P  GDV + V  P +K+  +++ RTARYVAKDG P E+RL   E+ NP F FL+E +S E  +YRW+V+S +MGD E RW  RPFQMT +GP+W PP +P                       XXXXXXXXXXXXX  +RK+EA                                                                                   +     + TGR+ E+AR+  +    +  LS KD++ F +LLR L   RAK+KE MGFALDHADAS +VVG+LKESL         L  E P+ +  ++ARLY++SD+LHNSSA V+ AS+YRT LQ  LP +F   + +   V GR+TA+ VE++++ +L  W  WSIYPPL+I GLEA     + K G+ E           L+K  +AL ++A QAG+ TEG   L LL+++  L+E+ KKKAA
Sbjct:   12 KKTRFHKEKEEREARKRQEDAEAAKIYEQFVASFDAGDGNGNDGKRFVR---ARDGSR--------------RGSSGKG--RAGLADDGPSHYQPQ-------MPVSLASKAPLAPLPTAAFPSHTSATA------ADSTRTTSASGSTLGN-RSHGGGSSGPALVPGLASANSKKGPRQIDAFLEELKQSQESGVSKE---ETCPREGSLDDGDPHTTNLHVGNLSPLTTEERLEAVFGRFGRVYSVKIMWPRSEEERARGRNTGFVSFYTRADAEDAKDQLQDFLLDDHRIGIGWSKAVKKLAN-------LSPSTLVSPSALPPGL-----SLPPSA---------------------LHAASGPEEEGRSLKGSG--------RRGGDGGLPGAGLT----TALQAGSGPAGAEGEATGRLVAADSAA-AGLGQGSSVRPPTSTSSSXXXXPSSLSSNPLEEALRRATSISSRVVQEPSRLDDGEDEGR-------------------GRRGGRYGRSRSRSPEGEPGRRKEXXXXXXXPGPGDVVLPVLFPEDKDVEFLISRTARYVAKDGGPLEERLKVTESQNPRFRFLWEGDSPEALFYRWRVFSFLMGDTETRWRVRPFQMTVDGPFWAPPAIPGAWRDRREVKEEXXXXXXXXXXXXXXXXXXXXXXXXSPERKKEAGKRGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPGGSRRGGGRGRVGAPGDEGQEAVMPAAAFLTGRQAERARDIARGRAPSSRLSRKDYETFVALLRALDGGRAKIKEGMGFALDHADASEEVVGLLKESLCAEKGWSEDLAGEQPVSLSRRVARLYLVSDILHNSSAGVRNASTYRTSLQLALPYVFSAFHNSL-AVLGRLTAQHVEEKLLKVLKVWGEWSIYPPLFIAGLEATLTVDLEKEGE-EXXXXXXXXXXDLEKGRDALVRQARQAGLTTEGPLVL-LLRKMKRLDEFVKKKAA 923

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: G5AB50_PHYSP (Uncharacterized protein n=1 Tax=Phytophthora sojae (strain P6497) TaxID=1094619 RepID=G5AB50_PHYSP)

HSP 1 Score: 322 bits (824), Expect = 8.620e-90
Identity = 280/934 (29.98%), Postives = 380/934 (40.69%), Query Frame = 2

Query:  203 PGKKMPWGMKIGGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGLPGVGAPGEEYKLGGGGKPGAKSA----KPMSEMEKMVEEMKLRQEQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKP--INKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNP-DFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALANRYKYQTGRELEKAREQNKTAEELSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLE---ASDLTGVEESSLDKEALAQKANQAGIYTEGLSALDLLKRLNYLNEYAKKKA 2974
            P   +PWGM+   ++P +   +TD KL  FV+G QKK++ QKERE +E KK++AD EAAKIY  FV SFD      GK F+RGG    G Q  G+ G V                                                         Y+L     P A +A    K +SEM+KM++E+K +  +     +       Q  ++   ID F EE+K   ++G +         T GS D GDP +TNLY+GNLAPTVTEE L++ F  +G VYS+KIMWPR++EERAR+RNCGFVSF+ R DA +A+  + + + EG  + +GWGK   I   A A GV   +  +   PP V  P +P                                     AN  + T                                                                                                                                                                                I VEIP +   +  VDR ARYVA DG  FE  +  REA N  D+ FLFE +S    YYRW+VYS  MGD E  W   PFQMT +GP W        S               +  K + L    +    R+LE+ RE+N+    LS++D+D F  LL ELT  R  VK+ MGFALD+++A+ D+V V+ ES           +  LYV SD+LHNSSA VK AS +RT  Q+ LPEI D L+ A + + GRM+A  ++D++M +L+AW+SWS++PP  + GL A F+RK  + E      LT       D E L +   Q+GI   G     L  RL++L E+    A
Sbjct:   23 PQTPLPWGMEKTEMQPSSLTALTDDKLARFVLGHQKKTKFQKEREDREAKKRQADEEAAKIYATFVASFDNEDETKGKAFVRGGTQESGRQSAGLSGDV---------------------------------------------------------YRLRAKDPPSAATAAAAGKKVSEMDKMLQEIKQKDAEHREQLQTT-----QKQKKRRAIDEFLEEMK---ERGPAPVSVEGAAMTKGSFDTGDPETTNLYVGNLAPTVTEEVLEKEFGRYGDVYSVKIMWPRSEEERARRRNCGFVSFYERRDADDARVNLDNKELEGQPIIVGWGKAVKIQPRARAPGV---LLPSPVTPPSVTTPTIPS------------------------------------ANVGMRT--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ITVEIPADGSVKRRVDRLARYVAADGLQFENAVRMREANNKADYGFLFEPQSPLALYYRWRVYSFAMGDDEYSWRENPFQMTADGPIWD------RSRDRRHFDSRTTRESTIVVKDQKLLTGQQLARARDLERGRERNR----LSNEDYDDFKELLSELTLERESVKKTMGFALDNSEAAVDLVNVILESFKSSSASGVTLVGLLYVTSDILHNSSAAVKNASLFRTTFQECLPEIMDTLHVAHKSIVGRMSANAMKDKVMNVLNAWESWSLFPPAVLVGLHATFLRKVEEDEYIATHSLTFEGIGEADLERLRKTCRQSGILASG-DVNQLAARLHWLREFTSPTA 665

[Close]

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Match: A0A225VBK9_9STRA (U2-associated splicing factor n=1 Tax=Phytophthora megakarya TaxID=4795 RepID=A0A225VBK9_9STRA)

HSP 1 Score: 319 bits (818), Expect = 4.630e-89
Identity = 277/937 (29.56%), Postives = 404/937 (43.12%), Query Frame = 2

Query:  209 KKMPWGMKIGGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVKEEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPGMVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGLPGVGAPGEEYKLGGGGK---PGAKSA-KPMSEMEKMVEEMKLRQ-EQRMNPGKVPGRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPTSTNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGFVSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESADAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSGANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGAVLPAVGGVASKSNGGGAGRSRSSSXXXXXXXXXXXXXXXXXXXXXXXSTSRGRXXXXXXXXXXXXXXXXXGSSXXXXXXXXXXXXXXXXXXXXXXSRRXGRSDSRDGRXXXXXXXXXXXXXXREDGPRRGDVKIEVEIPPEKERRYMVDRTARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMGDREDRWPSRPFQMTPNGPWWVPPDVPLSSSXXXXXXXXXXXXXEVKRKREALANRYKYQTGRELEKAREQNKTAEE--LSDKDFDLFSSLLRELTNSRAKVKEAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSAPVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAWDSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSL---DKEALAQKANQAGIYTEGLSALDLLKRLNYLNEYAKKKAARNAG 2989
            +++PWGM+   ++P +  ++TD KL  FV+G QKK++ QKERE +E KK++AD EAAKIY  FV SFD      GK F+RGG                              M  +  + L +                            G+ Y+L        PG+ SA K +SEM+KM+ E+K +  EQ  +  ++  +   Q  ++   ID F EE+K   ++G +         T GS D GDP +TNLY+GNLAP+VTEEALQ  F  +G+VYS+KIMWPR++EERARKRNCGFVSF++R DA +A+  + + + EG  M +GWGK       AV ++ +++                     TPE       +LPT+        A+  A+SG  +     +  G +A                                                                                                                                                                        + ++IP ++E +  VD  A YVA DG  FE  +  REA N D++FLFE  S   +YYRWKVYS  MGD E  W   PFQMT +GP W+PP +P  S                      + N  K  TG+++ +AR+  +  E   LS +D++ F  LL +LT  R  VK+ M FAL++++A+ D+V ++ +S     +     I  LY+ SD+LHNSSA VK AS +RT  Q+ LPEI   L  A + + GRM+A  ++D++M +L+AW+SWS++PP  + GL A F+RK  + E      +   S+   D E L +   Q+GI   G  A  L+ RL +L E+    +A   G
Sbjct:   17 QQLPWGMEKTEMQPSSMTSMTDDKLARFVLGHQKKTKFQKEREDREAKKRQADEEAAKIYATFVASFDNEDESKGKAFVRGG------------------------------MQAAHQSTLQS----------------------------GDVYRLKDTEAAVFPGSVSAGKKISEMDKMLREIKQKDVEQMQHKDQLQAK---QMPKKRRAIDEFLEEMK---ERGPAPVTMEGTGMTKGSFDTGDPETTNLYVGNLAPSVTEEALQTEFGRYGEVYSVKIMWPRSEEERARKRNCGFVSFYQRRDADDARINLDNKELEGQPMIVGWGK-------AVKIQPRVQ---------------------TPEV------LLPTV--------ATPTAISGPISSSYNAEVTGKHA------------------------------------------------------------------------------------------------------------------------------------------------------------------------VTIQIPTDEEVKRRVDHLAYYVATDGLQFENAVRIREAENRDYTFLFESRSAVARYYRWKVYSFAMGDAEHSWRETPFQMTLDGPVWLPPKMPPRSRESTRVDRRNGFGQGY------VDNDKKLLTGQQIARARDMERGRERSRLSREDYEEFKELLEKLTLERESVKKTMAFALNNSEAAMDLVNIILDSFKSSTSSGVTLIGLLYLTSDILHNSSAAVKNASLFRTTFQEYLPEIMHSLRIAHKNIVGRMSANVMKDKVMNVLTAWESWSLFPPAVLVGLHATFLRKVEEEEYIATHNLNVDSVGGSDIERLRKTCRQSGILASG-DAKQLVARLQWLKEFTSPISATTPG 672

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig1.22.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FSA5_ECTSI	0.000e+0	75.61	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A6H5JCR2_9PHAE	0.000e+0	69.69	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A7S2WJA8_9STRA	9.350e-132	36.03	Hypothetical protein (Fragment) n=1 Tax=Rhizochrom...	[more]
A0A7S2WJ81_9STRA	4.190e-130	36.05	Hypothetical protein n=1 Tax=Rhizochromulina marin...	[more]
A0A7S3UX26_HETAK	9.280e-124	39.60	Hypothetical protein (Fragment) n=1 Tax=Heterosigm...	[more]
A0A836CAC0_9STRA	1.110e-122	37.84	Uncharacterized protein n=1 Tax=Tribonema minus Ta...	[more]
A0A8J5M413_9STRA	1.290e-94	30.42	Uncharacterized protein n=1 Tax=Phytophthora aleat...	[more]
W7U2X6_9STRA	1.140e-92	33.76	U2 snrnp-associated splicing factor putative n=4 T...	[more]
G5AB50_PHYSP	8.620e-90	29.98	Uncharacterized protein n=1 Tax=Phytophthora sojae...	[more]
A0A225VBK9_9STRA	4.630e-89	29.56	U2-associated splicing factor n=1 Tax=Phytophthora...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig1	contig	P-fluviatile_contig1:303802..329359 -

Analyses

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


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1149.4
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7FSA5
Preferred name	U2SURP
KEGG ko	ko:K02878,ko:K12842
KEGG Pathway	ko03010,ko03040,map03010,map03040
KEGG Module	M00178
GOs	GO:0000375,GO:0000377,GO:0000398,GO:0003674,GO:0003676,GO:0003723,GO:0003729,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005654,GO:0005681,GO:0005685,GO:0005686,GO:0006139,GO:0006396,GO:0006397,GO:0006725,GO:0006807,GO:0008150,GO:0008152,GO:0008380,GO:0009987,GO:0010467,GO:0016070,GO:0016071,GO:0017069,GO:0030532,GO:0030619,GO:0031974,GO:0031981,GO:0032991,GO:0034641,GO:0035613,GO:0035614,GO:0042802,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043233,GO:0044237,GO:0044238,GO:0044422,GO:0044424,GO:0044428,GO:0044446,GO:0044464,GO:0045292,GO:0046483,GO:0070013,GO:0071704,GO:0090304,GO:0097159,GO:0097525,GO:0120114,GO:1901360,GO:1901363,GO:1990904
EggNOG free text desc.	U2 snRNP-associated SURP
EggNOG OGs	KOG0151@1,KOG0151@2759
COG Functional cat.	J
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	br01610,ko00000,ko00001,ko00002,ko03011,ko03041
Hectar predicted targeting category	other localisation
Ec32 ortholog description	mRNA splicing factor, Cwf21
Ec32 ortholog	Ec-05_004750.1
Exons	27
Model size	5420
Cds size	4638
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622815273.5924559-UTR-P-fluviatile_contig1:303801..304390	1622815273.5924559-UTR-P-fluviatile_contig1:303801..304390	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 303802..304390 -
1693561333.666398-UTR-P-fluviatile_contig1:303801..304390	1693561333.666398-UTR-P-fluviatile_contig1:303801..304390	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 303802..304390 -
1622815273.910078-UTR-P-fluviatile_contig1:329166..329359	1622815273.910078-UTR-P-fluviatile_contig1:329166..329359	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 329167..329359 -
1693561338.8643472-UTR-P-fluviatile_contig1:329166..329359	1693561338.8643472-UTR-P-fluviatile_contig1:329166..329359	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 329167..329359 -

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_P-fluviatile_contig1.22.1	prot_P-fluviatile_contig1.22.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig1 304391..329166 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig1:303802..329359-
coding sequence from alignment at P-fluviatile_contig1:303802..329359-

protein sequence of mRNA_P-fluviatile_contig1.22.1

>prot_P-fluviatile_contig1.22.1 ID=prot_P-fluviatile_contig1.22.1|Name=mRNA_P-fluviatile_contig1.22.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1546bp
MADPGKKMPWGMKIGGLKPGAKETITDKKLKAFVVGKQKKSRLQKEREVK
EEKKKEADVEAAKIYEQFVQSFDGGGPDDGKTFLRGGIAGEGAQGGGVPG
MVGGVLPPRGLPGVGGSMAGSSSNALGAYGPASGGAGVPMPSALAGLMGL
PGVGAPGEEYKLGGGGKPGAKSAKPMSEMEKMVEEMKLRQEQRMNPGKVP
GRGGQQGGRQASTIDAFFEEIKGRVDKGASHQMYSDQTPTSGSMDDGDPT
STNLYLGNLAPTVTEEALQEAFSPFGKVYSIKIMWPRTDEERARKRNCGF
VSFWRREDAVNAKRAMMDMDFEGYRMSIGWGKPINKLANAVGVETKIESA
DAPPPDVLDPGLPESLQKLTPEAKASLQKILPTLNPTNNAVAASLQALSG
ANNWLGTVKAFGINAAAAGGKSGGGFGVAGGALAALAATSPRVLGGLTGA
VLPAVGGVASKSNGGGAGRSRSSSRSSSRSSRSSRSSKSSRSSRSSRSTS
RGRSRSRSGSKSRSRSRSRSGSSKSRSRSRSRSGGRRSRSRSSSRSRRRG
RSDSRDGRRRGGDSRSRSGGRRREDGPRRGDVKIEVEIPPEKERRYMVDR
TARYVAKDGTPFEQRLLDREAGNPDFSFLFEYESKEGQYYRWKVYSLVMG
DREDRWPSRPFQMTPNGPWWVPPDVPLSSSSDSEDEEEKERLREVKRKRE
ALANRYKYQTGRELEKAREQNKTAEELSDKDFDLFSSLLRELTNSRAKVK
EAMGFALDHADASADVVGVLKESLLVPETPIHVKIARLYVLSDVLHNSSA
PVKKASSYRTHLQKGLPEIFDGLNQAFRGVEGRMTAKQVEDRIMALLSAW
DSWSIYPPLYITGLEAAFMRKSGDLEASDLTGVEESSLDKEALAQKANQA
GIYTEGLSALDLLKRLNYLNEYAKKKAARNAGVAAAAAAAGGVVSSSGGG
TNGRSLAGGDDDDDDDDDDEDLDGVPLDEEGAAAAAAAAASAGAAGGGGK
QGESSSSSNRSNGRRKALAPSSGSAAAGSGGSRGGRGQWAQVKAKANLGD
PSSSSDDDDEDVDGVPLDDAATAGAAAGAAAAAAAGGKTRASSSRGGSGG
LSVSAASSPPRPVGGGGNGGGGRPMSPPFPGRAFSRSASTSAAGLPPPAP
ASNAGGSNSSSSSIRGGVVGASASPPRPQEPLGGRGGGVSATAGSPPADN
AAAAAGATSADPAATGKAQKAIGGSGGGSSDSSDDSDGEGAGPGKIDVWG
DDDEDAGGAADSAVGVGGSVDGGGDGGGDGGGGGGGSGEAGNRDDSVPKL
TEKEQRTERIVLRKVETEVLKLRDDLEAKGTPEEEIKAMCEAKRTEMVET
WEKNKAKAREAMQKRDSRDRDSKSRERSRARSGSTSNGRGKDAAGGGGSS
NSGRDRRGFVGKEAEAGGTHRSSSSRSRRSTSASPSASEKSKDRERDRDR
GRERSRSRGRSERSDRKSTSSRDAAGDKDKDRDGRSRDGGRDTRSKEGGG
GGGDGTRKDRRRSRSRSRSPSSKRTKRARSSDRGDRDRDRKDRRR*

mRNA from alignment at P-fluviatile_contig1:303802..329359-

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig1.22.1 ID=mRNA_P-fluviatile_contig1.22.1|Name=mRNA_P-fluviatile_contig1.22.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=25558bp|location=Sequence derived from alignment at P-fluviatile_contig1:303802..329359- (Porterinema fluviatile SAG_2381)
GTTACTCGCAGGAGAGCTTCTGGGACATCAGAACAAGCGGTACTCAACCT
TGTACAGGCCCTTGCATTCTTTACGCGAGAAAGCGTGACGAGAGGCTTTT
AAGCCGCCACAGACACACTATTTAAACAAAGGGTCTCTCGAACCAGCCGG
GCGGGGTGAGGCGCCAGTGTTGTCTCCTGGTGTGAGGGCTTGGATGGCGG
ATCCAGGGAAGAAGATGCCGTGGGGAATGAAGATCGGAGGACTGAAGCCT
GGGGCGAAGGAGACGATAACGGACAAGAAGCTTAAGGCATTCGTCGTGGG
CAAGCAGAAGAAGAGCAGGCTGCAGAAGGTGCGTACACGGAATGATTGAA
ATCAACAAAAAACTACACATCACGACACAAGCGCTTGATGAAGAGGGAAA
GGAAACAGAGGGCGTCAGGAGGGGGTGCGCCCGGCACCTTTCTCTCGTCT
CTGTTGCCAAACGACGCCAGCAGCAGTATCACAGCAGCAGCAACCATGCA
TATTCGAAGTGTGCACGGGCGTCACTGATTCACATGGATGAGGCATGATA
TCCATTCCACAAATCTGGTTTTTGCGGTTCGCGTGGAGTCCTCGCGTTGC
CCTCCCCACTCTCTCACATATGCTCGACTCAAAAGCACCCATATCTCTCT
CACTATCCCCCCACCCCCCCATCTCGCCCTTTCCCCCGCCTCTCATCCTC
TGTATTTCTGCGCGTTCGGAATGATTGGGTTTCATTGTGCGTCAAATTTA
TCACTCTTGCTCGACTTTTTGTATGGTATATCTCTCTCCCTATCCCTCCC
ACCCCCCAACTCGCCCTTCCCTCCGTCCCTCATCTGCGTTTCTCTCTTGC
GCCTTCGAAATGACCGGGTTATTGTGTGTCAAACTATCGAATCTGCCTCG
ATTCAATGCCTTTTGAATGGCGAAGAAATTGCGCCCAGTTGCGGATGGAC
GGCGTAAATATACAACAGCGACAGCTTGCTTTATTGCTGCCTGAGGGCGG
CCACCCAAAGTGGAGGCCTGTGGGCACTAGTAATGGCCTGGTGCCTCGTT
TTCGCAGATGCGCATGCACCACCAGCTTGTAAGGACTGGAGACGCTCGCA
CATGCAGATCTCTGCCGCCTACAAGGGATTCTCAACTGCCGACCGCGCGG
TGTCCACGTTCACAGGCCATGGGTAATATCCGCGGCTAAAGGGACATCCA
CGCAGGCCCTGAGAAGTGGATACCATTGAAGAGAATCCATGCTTACGCTC
TTCGTTCAACATTGGTTTGAGGGAATGCTGATCACGTTTTCACATTGAAG
AGGTTTGCCATTTTTCTACTCTTGCGTTTAAAACGAAGGCAAGCACTGCG
GGCATGCGAAGGTGTAGGGGGTCGCGAGGAGAGGGGGAACATTGTTTGCA
TACACATGAAGCCTGAGGTTGTGTCCGCCTCGATCTCGCCCCCCTCCCTC
TATCTCTCCTCCGCTTCCCTCCTCCCTCCCACGCTCCCTTCCCTCCTCCC
AGGCTCCCGCCCCCCCCCTCGACCGGATGTTTCACATCGAACGCCTTACT
CAACGTGCGCAAGGATGAATGAAATTAGCCACTTGTGGTGTTGAAGAGGG
AAAAGCTTCGCCGACTGCCTGTCAACTCCCTCCTCTCTGGCTTCACGTAA
CCCCTCATCTTCGTCCCGAGGGACCAGGCGTTATCACAAGCCGATGGGTC
ATTCTTTCTCTTTCCGCTGCTGGGGCGGCTCTCTCTCCCCCCTCTTTGGT
GCTCTGGTGTCCTGGTGCCCGTGCAGCGTGCGCGACTTTGTACGAGAGCT
CCACATGTACTCATGGAACACAAACCCAAGGGGAGAAAATCGACAATGTA
CAGGAAGTTATCGGTTCCATATTTGCGACGCAAACCCGTTCGGGCATCGA
TATTCCTCCTGGTTGACAATTGTATCTTTTATGGTCGACCCAGGGGTTGG
GGTGTGGTAATCCTGTGTCGCGCACGAAACAGCCTCCGCAGGCACATTTT
TTTTAAACGGACAAGGAATGGGATGGGAATCAACGGTTCTCCTCAACTTC
TTGCCGACGACAGGTGTATGGCATGCAATCCTCTTGCTAACATGTGAAGA
ACAATCATCCTTCGTGCATTGAACTTTTTTTTTTTTTACTGGCAATGTAA
CAACGAGGTTTGTTGTGCCCGCGGCGACAGTAACGAAGGCGGGGGAAAGC
CGAGGCCAGACTCTCTTGCTTTCTAAGAACATAGCAGGGGTTCCCTATGA
AAATGGAGGCTCAACGCGGGAGGCCACACTTTTGCTCTCACCATCCTCCC
TCCCCTTGTGTGCTCCCAGGCCTACCGAGATAACATTGTGTTTAGTTGTC
GTACTTGCCCCGGATCTCCTTCCCCTTTGATCAAAGCCGCCCGCTGTCCC
CCATGCACGTCTCAGCATATTAGCCGACACCGCCCCCCCCTGGTCAAAGT
CACCCGTATTCCTGTATGCACGACAACAAGAACTCGTCCCCCTCCCGCCA
CAAAAACAAAAAACAGAAACCCTGTGGACTCCCCCGCCACGGCCCTACCC
ATCCCCTCAGAAGGGGGTTGGAACAAGTACGAACAATGAGTTTTTGCGTA
GCGCAGCAGCACGGCAAAGCTCTTCCCATGCCAAAATGTCGAAGGTGCCT
CTGCCGCCAGTAGGAATGCCGCTCTGTCTCAGAAGGAGTGCATGGTATGC
AATTGCCTAGAAGAAAGCAACTACATTGTATCCCCACCCCTTGCATCGCG
GCGCTTGACGATTGGCGAATGCGAGCTTGGGCCGGTGAAATCCCGGTAAA
TCGCTCCGTCTCGGCTAACTGGGGATCCGAGATCTATGGCTTGTCGGCCA
CGTTATGCGTGACTTGAATACCCCCCCTCGCTCTCGATCTCCCATACTCT
TGCCTGCACCCACTGCGCCCCGCCTCTCGTCCCGCTCGCCTCCGGCCCCG
GTCCCGGTCCCCTCTATGCTGCCCCTGGTGCTACCGAGGAGGAATCAGCT
CCGGCTGGCGGTCAATGCCCCTTACACTTTCGATTTACGCCCCCCCTCCC
CAATTCGTTGCCGCTCTCTCCCTATCTGTGCCCTGCGCCTCCCCCATTGC
TGCCGCCGCTGCCGCGTAGGAGCGTGAGGTGAAGGAGGAGAAGAAGAAGG
AGGCGGATGTGGAGGCGGCAAAGATCTACGAGCAGTTTGTGCAGTCGTTC
GACGGAGGGGGGCCCGACGACGGGAAAACGTTCCTCAGGGGGGGCATTGC
CGGGGAGGGGGCCCGTCGGCGAGAGAGGGTGGCGGGGTCCCGGGGATGGT
GGGAGGAGTGCTTCCCCCCCGGGGGTTGCCGGGCGTCGGGGGCTCCATGG
CGGGGAGCAGCAGCAACGCGCTAGGGGCATATGGGCCAGCGTCCGGGGGC
GCCGGGGTACCCATGCCGTCGGCGCTGGCGGGGTGAGTTGAGCGCGTTTT
GTCGAGCTTGTGGACAGATTGGGGGCGAAGGAGGGAAGAGCACCCCTGGC
GCTTGATATTATGTGTCACTGGTGTGGTTTTTAACGTAATGTTAATGGCG
GTGGTTGTTTGTTGTGTTTTTTTCGATACATTTGTTATCGTTTGCCCCTC
CCCCCCCCGCCTGCTTTTGTCGTTGTCGTTTGTTCGGGTGCTGGTCTGAT
GGAACCCCCGAGCGGCGGGGTACAATGAAAATTCACGATCATGCGGTGCC
CCCAAACATGCGAATTAGCGGCGCCGTCAACAACTCATCAATGATACGCC
TCGGGGAGCTCGCCGATGCCGCCTGTCCCCGTGCTCTCTGCTGCATCGTA
ATGCCCTGCATGAGTGGCAGGCGCAGCGGTCTTTGCTGCCGCCTTGCTTG
CTTGTTAAGTCGCCGGTCTTTCATGCGATTTTGGGTTACGTATACCTGCC
GCCGCACGTGTTGGGTGTGTCTTTCGTTGCTGCCCTGTTGCCTCCTCTGC
CCGGCCGTGGGCACTAATTGTCCCTTTCCCGGTGACAGGGAGACCCCTCG
TCGTGCTCCCGTACAGAGAACGCACGTAGTAATGAACACCGTCCGAGACG
TCTTGAAAAGGTCTCGATGAGATCTTTGCAAGGCCGCCCCCATTGACCTC
TCGACGAGAAGCAATTGCGCTTCTAAGTTCGGGTGCGTTCTTTGACCGCT
ATACGGTTTCCCCTTACGCATGTGGGAGCGGAAGTTGACGCGGTAGGATG
TATTCAGGACGGGCGTTTGGGGGTGCCGAAAGGCCGGAATGGTTTTCAAG
GTGCGGACGATGTTGACAAACAGCAACAACACCAAATCCCGGGACTCAAA
AGGTGATGCAGCAGCTGAAGCTCGGAGCAGAGATTGACGTGTGTTGCCGA
CACGGCAGCAGCAGGGAAAATAGCGGCGGCAGAGCACTAGTACAAACAAA
AGGACGATCAAGGAAATCACCGCTCCCACCCGCCTCCTATGACCCATCAC
CACAACAAGAACAACAACGAGGTGAAAGAAGAGGGCAGAATCGAAACAAC
ACCTGCCGCGAAATTTTCGCCACCACGACCACCACCGCCACTACCGCCGC
CGCCGCCGCCACCACTCACCACCACCAGGATGCCAACAACAACAGCGGCA
GCAGCAGTAGAGAGAGAGAGCACGGAGCGAAAACAACAACCAAAATCGTC
ACACCACCACCTCCATCGCCACTTTCACGAACTCCACCAACGCAAAACAC
CGCGACCAGAACGGTCGAGAGCAGGAACAAAGAGCGCAGGATCCAAGCAG
GATTAAGGCAACAATAACGACATGCGAGGTTATCACCATCGCCGTCATCG
CCGCTTTCAGCAACTCCGCTAACCACCGCCCGCCGCAACACCAGGCTGAT
GGGTCTCCCCGGGGTGGGCGCCCCCGGCGAAGAGTACAAGCTGGGCGGCG
GCGGCAAGCCAGGAGCCAAGTCCGCGAAGCCAATGAGCGAGATGGAGAAG
TGAGTGGGCGAGTTAACCGAGGGTCGGGGGATGACGAACGAGCAAGAAAA
TGGAGAAAAAAAAAGAATCACCTTCTTCGTCGCGACCCTTTGTTGTTTAT
ATGATTTGCGCCGGGGCAGCAGTCTGAAGGGGGTGACACTGCGATCGACA
TTTTTGTTTTCTTCATAAAGAGAGCGATTGGTACTTACCTGGGACGTTTT
AGTCGAGGGATGGAAAAGTGCGTGGAAGACTTGTGCCAATGGAGAAACAT
GAAGGGCTTCCTTCGTCAGCAAGGACGCCTTCGTCACAAAGTAGGTTCAG
GGCGGGCCAAGTAGGTCCAGGGCGGGCGTGGGATACCATGTTGTGTACGG
CTCTCTCTCCGCAAATCTGATTGGCTTTGTCAACATGCCACGGCCCTTGT
CTTTTCGTCGAAGTCCCTCTGTTTCGCCTGTAGAGGATGCAGAGAGAAGT
GGGACAAGAGGCAGGAGCAGCAATTGCTCTTCAAAACAACTTTGTTGGCG
TGGTAAACGTGATACGGAGTGCTTCCCGTATGATCCCTGACTTTTCGTTC
TGGTCACTTCCGCTCGTAGGATGCTGAATCGATCAAACAAGAGAGGGTGG
TGGAATAGGTCGCGCAGAGGCGCCAGCACCGCTTTCTCGCGAAAGCATGC
CGTGCGCGACGGTGTTTCCCCAACCCCCTTCCGATGTTCAAACCTCGATT
GCTGCGCTATGGTGGAGTTCCAAACGCCGAACCATACGTTTTCGAATAGC
CATTAATGCGGTTGTCGGGGAGCCGCCGTTTGGGTCACGGCACATGTCAT
TGAGGAGCGCTTGCAATCCGAGTATCGCCCCCATGGGGCGTGGTCTTCAC
CGAAGCTTCCGGAACTTTTGATTGGCCTCGTGACCGTGATGTTGTACCCC
CTCATCTCTGACGTGTTTTTCCTTTGCTCTTCGCGAAGGATGGTGGAGGA
GATGAAGCTGAGGCAGGAGCAACGGATGAATCCCGGGAAAGTGCCGGGCA
GAGGGGGGCAGCAGGGTGGGAGACAGGCGAGCACGGTGTAGCCTGTGTGT
GTTGTGAAAGCGGAAGATTAGGCATTCACAGGACCCCTTTGTGACCGTCG
TTTCATTGGAGGTGCTTCTCGCTGGATTTGGTGTTAATTCAGTTTTTTCA
CGAGCGTGAGTCAGCGAAACCAGTGTTTCGATGACAAAGGTTGGTGTAGA
CCTCTTCCCTTTCCCATCCGACTGGTCGATCGGCGTTGTGGTTGACTTGC
TGGGCTGCCACTGCTACCCCTGGAAGCCTTGCCGACTTGGAAGCCTAAAT
GATGGGGGGCGGGGGCGAAGTCTTCCTGCCTGAAAAGCAAGAAAACTCAA
GTAGGGGGGCGGGGATAGGGGGGCGTAGGAGGGCTGCCGGGGCGGACCTT
TGGGGAAACATTTAAAAGTCCCCGACATGTGTTGAGGAAGAAACAACCCT
TTCCCCGGCAGAGGCAAAAACAAAAACCGGCAAGGGATGGTAGCAAGTCG
GGAGACCGGCACAGGCACACGACGTGTGGTTTACTTTAAATCCTAACCAT
CTCTCTTCTATTTGAGTGTAAAGAGTCGAATCCTGAACGTGAATTACCGA
ATGAAACTCGGGCGAGGGGGCCCGCAGGGTGGTAGATAAGTAACACTGCA
AAGGACGTAGTCGTTGTTGATTTTTGTTGTACCCGCAACAAATCTCAAAC
TGCTTGAGCTCGAAGAAATAAGTCCAACTCTTGCCCCAAGCTTTCTCTCC
CGCCCCCCCTCCCCCCGACGAATCGAGAACAGATCGATGCCTTTTTCGAG
GAGATCAAGGGCCGAGTTGATAAGGGAGCCAGCCATCAGATGTACTCGGA
CCAGACCCCTACCTCCGGGTCGATGGACGACGGCGACCCTACGTCCACGA
ACCTGTACCTCGGTAACCTGGCGCCGACCGTCACGGAGGAGGCTCTGCAG
GTGAGATGGGGTGACTGGAAGACAGGCGAGAGAGGCAGGTAGATAGAGTG
AAGCGCAGAGCGACAGGCTGACGGACAGAGGGGCATACGCGAGGACTAGT
ACGCACACGAAAACATCAGCCAAGCCGTCATTTCCCCTCGCGCTTATGGT
TTACTGTACCCCCTTTTGTAGTCCTTCCTTCCGACTCGATATTTTTCTCC
TTGTTTCGCTGCTCCTTTTCGTTTTTGTCGTTTCTTGTTTGACGGAACGT
TATCCCCCTTCGGCAAAGCGAACTCGCGAACATTGTCCCCTCTCGCGCGT
CTCCGTTTTTCTTTTGAATTTGCCTTTCTCGTGTCCCCCTTTTCTCTACA
CTTCCTGCAACTTCTTCTCCCTCTTCCCTTTGATTCTCAGGAGGCGTTCT
CCCCCTTCGGCAAGGTGTACTCCATCAAGATCATGTGGCCCAGGACGGAC
GAGGAGCGAGCGCGGAAAAGGAATTGCGGCTTCGTGAGCTTCTGGAGGAG
AGAGGACGCCGTGAACGCCAAGAGGGCGATGATGGACATGGACTTCGAAG
GTCGGATCAGACCTGATGTCGTGGCTGGCTTGGTTGTTGTTGTTGTTCTT
GTTGTCGTTGTCGTTGGTGGTGGTGGTGGTGGCGGTGGTGGCGGTGGTGG
TGGTGGTGGTGTTGGTAGTGTTGGTGTTGGTGTTGTTGTTGCTGTTATTG
TTTTTGTTGTTATTGTCGTCGTCGTCGTCGTTGTTGCTGTTGCTGGTGTG
GATAGTGTGGGGTATTTGATTTGTTGGTGTTTCCGTAGGGATCCTGGCGT
TGCTGCTCTCTTGCGTCTTATGCTGGCTTCCTGGGCTACAGCCGTCGTTC
GCGTGGCCTGACATAAATGTAATCAGTTTGTTTGTCATCGTGGCACAAAC
ACATCTTTTGGAGGCTCCGTACATGACGCGAGTTTGGTCATTCTTCCTGA
TCGCACTCTCTCGCTCGCCTCCGACCCCCCAAACCAGAGCACCGAATATG
GATCGGGAGGCGGGAGCCCATCAACGCGCTTCGCCAACGCGTAACTCTCT
GCCCCTTTCTCTCGGCTTCTATTCCCGAACCCCCTCCACCAGGGTACCGC
ATGTCGATCGGCTGGGGGAAGCCCATCAACAAGCTCGCCAACGCCGTGGG
AGTTGAGACGAAGATCGAGTCGGCCGACGCGCCTCCCCCCGACGTCCTCG
ACCCCGGACTGCCGGAGAGCCTGCAGAAACTCACGCCCGAGGCGAAGGCC
AGCCTTCAGAAGGTGATTGTTGTCTTTGTTCTGGTTGTTGCTGGTTGTTG
TTGTTGTCGTTGATGTTCACGTTGTACCTTGGCTACTACTGCTGCTGCTA
CGGGCTACTACTGCTCCTGCTACGGCACTGTTGTTGTGGGTAAGTGATGC
TGTGGTGGTGGGGTTTGTGGTCGACAAAGCAACGAAAGGAATGATCTCGC
TCGCATTCAGCAGAGCCTGATCATACGTTGTCCTCGATCCCAAGTTGCCT
CGCCACCCTTGAACATTCACAGAGGGCTACGTGTGGCACCGTGTTCCAGA
AATTTGCCACCCCTATCCGCCTTCCCTCCTTCCGCCATCGCGCCGGCTTC
CCCGCGAGCCTCCCCGGTCGCTCCCGCTCGTCGAATGTCATCATTGCCGC
GGTTCCAGAACCTGCCCAGTGCTGACGCTGAATCCCGACAACTACGCCGT
GACCGCCTAGTGTCTCACCCCCCCTATACCCTACTCCCGCGCGCTCTTTC
CCATGTCCCCCTCCCCGCGCCTCTCACTCACTCCCATGCTCGTCGCTCGG
CTACTTCCTTGTGTTTTGCAGATCCTAACTCACTCTGAACCAACAATGCG
GTCGCCATGTTGTCTCACCCCCTACCCCCCCCCCGGCTCTCTCTCTCTCT
CTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCCCTCT
CTCTCTCTCTCTCCTTATCTGTCTGTCTATCGCTGCTTGCTTGTACTTGC
AGATCCTGCCCACGCTGAACCCCACCAACAACGCGGTGGCCGCCAGCCTT
CAAGCGCTCAGTGGGGCGAACAACTGGCTCGGCACGGTCAAGGCCTTCGG
AATCAACGCCGCCGCCGCGGGCGGCAAGAGCGGCGGCGGCTTCGGCGTCG
CCGGGGGCGCTCTGGCGGCTCTGGCGGCGACCTCGCCGCGCGTGCTGGGA
GGTCTGACGGGTGCGGTACTGCCAGGTGCGATGATTATTTTTTTGTTTAT
TTTTTCGTTTATTTAATTATTACTCCGGAGTATTAAATTTGTTTATTTAT
TGTTATTATTTCTATATTGATATGTTTATTTATTTATTTACTTATTTATT
TATTTATTATTTTCTTTTCTTTACAGTATTTGTTTTAGGATAGGGTCCAT
CTTTGTTTTTTTCCCTCCAGGAACTAGCACGATTCGCACTCCCATCTTTC
CCAGCCCCGGCAAGGTCTTCATGTTTTATATCTCAGAGGGCAGGGTACGA
CTTTCAAAGTTTCGATCTACTTCGAAGCATGATTTTTCTTGAATCGTACA
GAATATTTCAAAGAATTTTCCGCCGCTTAAATAAGTATTGCGGATTCCGA
GGCGAAGCCCTCGAAACCACGCGATCAACGTGACTTACCGTTCCAGAGTT
ATGGGAGTTAAGGCCTCGGAAGAGCGCTTGGCGCGAAACGCCTAATCTCT
ACGCGTATATTCCTTTCTTCATCCATTCGTTCCTTCCTTTGCTTTCTCCT
TCCCTCACTTCTTCGCTCTCTCTTTCCGTCCTTCCTCGTGCGGTGGTGGC
GGTGGCGTGAACGAATGGTTTTCAGCCGTCGGTGGGGTTGCCTCAAAGTC
CAACGGGGGCGGCGCAGGGCGGTCGAGATCGAGCTCGAGAAGTTCTTCTA
GGTGTGCATGCGTTGCAATTCACGTCGTTGTTGGTGTATGATTTTTCATC
GTTGCTTGTGTTGCTTTTTTGATGTGGAAAGTGGACGGGAGCGAGAGCGA
AGTCTCGCCAAGGGTCGCCACATCTATCAAAGCCCCGTGGTTTTGCGCCA
TGAATACTTTAGGTGCACGCCGCCACTTCGTCTGCCTTGAGCTGATGGGA
GTAACGCAAAAACTGGACCCCTGGCTTGTCCTGAGCAAACGTCTTTTCCG
GATATGTGACGAAAGAGATGCAGTGGCAGCGGCAACAGCAGCAGCAGGAT
GGGCACAGCTTAGCAGCACAGGCACTTAACGTCGTGAAGGGGAATCCCGC
GCGATCATTTTTAAGAGAACCACGGAGCATGCCCACCTGCTCCCCTGACC
CCCACCCCCCACGCGTCTCTCCCGCTGCTCCCTCTCTCCTCTTTCCCCGT
ATTGGTTGCCATCGATGATCCTACCCTTCGCACGTTTTTATTCAGATCTT
CGAGATCTTCGAGATCGTCGAAGTCCTCCAGATCCTCCAGGTCTTCGAGA
TCAACGAGCCGCGGCAGGTCTAGGTCGAGGTCGGGGTCCAAATCGAGGTC
GAGGTCGAGGTCCAGGAGCGGGTCGAGCAAGAGCAGGAGCAGGAGCCGAT
CAAGGTCTGGGGGCAGGAGGTCCCGGTCAAGGTCCTCCTCTCGGAGCAGG
TGAGGGGTCTTCGGGAATAATCGCCGGGGTGGAGGAGGGAGGCGGGGTCG
GGTAGTGTCGTGAAGCCCAGGTTCGGGGCAAGAGGTCTCGGTCAAGGTTG
TCCTTTCGGAGGAGGCGAGGGGGCTACAGGGATAGTCGTAGGGTTGAAGG
AGGGGGCGGAGGTAATGTCGCGGGGCCCCGATTCGGGGGTTGGAGGTGCA
GGTCCAGGTGCTTTTGTCACTCCACCCATTTCGCCCTAGTGCCTCATCTC
CTGACCCGAACTTGTAAACACACCATCCCTTTTCGTCCCCAGGCTTCGCA
GCAGGAGCAGCTCCCTCCCGCCGCTCCCCTGTCTTCCCATCTGGACTCTG
CCCTTTCACCCTGCCCCTTTTTCGTCTCATGCCGTACGCCGAGCCAATTT
CCTTCATGTGCCATCCTTTTTTTTTGCTCCAGACGTCGCGGCAGGAGCGA
CTCAAGGGACGGGCGGCGACGCGGTGGAGACAGCCGGTCGAGGTCCGGGG
GCAGGAGGAGGGAGGACGGGCCTCGCAGGGGCGACGTTAAGATCGAAGTG
GAGGTGCGTGCGCTTGACGTGTTCCGTAAAATCAGGGGGCGTTTTCCGCT
ACAACCGTTTTTTTCTTTTTTTTGTGTGTGTGTTGTGTGAAGGATGATTG
CGGTTTGTGAGACCACAATACATGTTTTACGCATTTTTGCTCCAGGACGG
TATGCCATCCAACTTTTGCACGACCATTGTTTGGGGGGGGGTTGGAAAGG
AGTATCAACTCTTCCGTACCGAACGGGGTTGAAGGAACGAAAGAGGCGAA
GGTGCTTAGGTAGGCTGAACGTAGTGTGGTGATCTGACTTTTTTGGGGGG
AAACAAGTAGCTGCTGCTTTCGTCGAGTAACTGCTATTGCTTGCGTGTCA
CCGCGAAACTTTGGCCTTTCATCACGACCCTAACCAATGCAGCATTTGAC
GGTGCTCCCGTGTGATCCGAACGGACAAGTTTAAAATGTTTAGAAGCAAA
CAACAGACACGCTGCCGCTATATTTTTCTTCTCAGACTCCGCGGGGGCAG
GAGCGGCGCTACAGGGCGGACCCTGACTCAACTCTTTCGAAGCACGCGCT
TATGACGCTTGCATCAAATCTTCCGCGGAATAAAAGACGCCCCATGTGAT
GGTTTGCCGTGTAAATAGGCGTCGCCTTGTAGGGGATCGAAGGGAGAGGG
GTGTTGTTGCAGAGATATTACTGTGGAATCAAAGTGTATCTGAACTGAAA
ATGAAACCGCCTACGGGGACGAAGCCTGCCATTTGGACTCACGCACGCTG
CCCTTCCCCCCCCCCGCTTTTTTCAGATTCCCCCGGAGAAGGAGCGGCGC
TACATGGTGGACCGGACCGCACGCTACGTCGCAAAAGACGGGACCCCCTT
CGAGCAGCGCCTCCTCGACCGTGAGGCCGGCAACCCAGACTTCTCCTTCC
TCTTCGAGTACGAGTCCAAGGAGGGGCAGTACTACCGGTGGAAGGTGCGG
TGTGGTGCTTTGCGACTAGTGTCTCCTCGGCGATGCGGCGTACTTTTGCC
CCCTCAGCGTCGTTTTTTGTGTGTTCGAGTGCGTCCCCAACGAGGGGCAG
TACTACCGTTGGAAGTTTGATTATCAAACGGTTGCGGCGATTCGGCTTAA
GTTCCCTCCCCCCGGAGTGTCATTTTGCAGCGCGGATTATGCCCCCCTGA
CGTTATGTAGCGCTCTGCAAGGTAAGAGGCAAAAGGGGTAGCACCACCGG
TGCAAGCGTAGTTTGTGCTTCTTCGGCGATGCAGCACAACGTTGTTTGCC
TACCCGAGCCGTGGTTGGGGCACCCGAGCCGTGGTTGGGGCGCACGCTGC
GGCGGAGCTGTTGCCCGCTCCTTAGATTGGATGTTTTGGTCGGGTCTTTT
GTTGTTCAGCCGAGCAAAGGGCTCGAGCATGAGACGACAAGGGGGGGTGC
TGCACGCGAGAGATGGTTCCTCCCTCCCCCCACCGCTGTTTAGTCCTCCC
GTCGCCCACCCTTTCTTGTGGCCAAACGGCTAAAACCGACGGAACGGCGA
CCCAGTCTGATTCTCACATTTGACCCATTCACTATTTGCGTACAATAGGG
GGCCCTCAACAGCGCGAGTCGAATGGTGCGGGTCCCCCGTAACGTGTAGC
CGAAATCAGTGGGCACGAAAGTTCTCTGACATGCTAAATTCTTCACGTAA
CCTTCTTTTGACATGTGTGGGTGCCCGCTATAGTGCGGGTGGAAGTTCTC
GTCCTACCCTGCACTATTGAGGGGCCCCTACTGTATCACGAGAAAGGTGC
ATTCCCTGTTGAAAAAAGACTGAGAGAACAGTTAGCCCGCCGTTCCAGAC
GACCCCGAAGACCCTTCGTGGGTGCCGCTAGTCTAAACCAGCAAACCGTC
TCCCGCAATCAATCCGTACCATGGAAGTGGTGTGTTTTCTGGTGACAGGA
GGCCGAGAGGACCGGTGTGTCAGCCGCCGTTCCGGGTGACTTCCGGCGGC
CCTTGGCCGATGCCGCTCTGTAGTTTAATCGTTGTACTGTTCCTCTTGTC
CGTTTACCACGAACAAGGTGTATTCCCTGGTGATGGGAGATCGAGAGGAC
CGGTGGCCCAGCCGGCCGTTCCAGATGACCCCCAACGGGCCTTGGTGGGT
CCCGCCCGACGTGCCCCTCAGCTCGTCCAGCGATAGCGAGGACGAGGAGG
AAAAAGAGAGGCTCCGGGAGGTCAAGCGCAAGAGGGAGGCCCTGGCAAAC
AGGTGGGTCGGGGTGGGGGGAGGAGTTAGGGTGAGGGGTTCCGTGATGTC
AAGGGGAATAGGAAGGCCCTGGCAAACAGGTGGATCTTGTCCGTGGTAAG
AGTTGAAAGGTCAGGGATCGGGATAAACGTACACAGTTGCAAAGTCAGAG
TTAGGGGGTTAGGTTGAATCGTTTCGGTAGTAGGGTTGCATGCCCGCGTC
CTACCAGGATTCGATCGGGAACAACCCAAGTGCCTGGGACAGAATATTGG
AGGAGGGGTGCAACCGTACAGGGCATGCGGGATCAGGGTAAGAGGTGTAA
GGTTTGGTTTACAGGGGATTAGGATAAACATTCGGGTATGCGGGGGCTCC
TGAACCCTCTCCCACGTCAATGGTCTCAAGGGCTAAGGATTTCGCAGCAG
CGCCCCCCCACCGTGTTTTCCACTCCATATCCGGTACGGCACCTCCCGTT
CGAAAGCATCATGGCGCTTCGCGCTTGGTGAATGCGAGCTTGAGCTGGTC
AAACCCGGCGAATCGCTTCGTGCCGGCTTAGTTTGAGGGGTGCGAGGTCT
GCATCCTAACAGCTACGGCATGCGTGACTTGAGCACACCCGCTCCCCATC
CTGTCCCTCGCAGATACAAGTACCAGACCGGACGCGAGCTCGAGAAAGCC
CGCGAGCAGAACAAGACGGCCGAAGAGCTCAGCGACAAAGATTTCGATTT
GTTCAGCTCCCTCCTCAGGGAGCTGACCAACAGGTGTGTTCCCTGTGCTG
TCGCCATGGTTCGGAGGAAGTCTTTGGTCAGCCCCCTCCTTTGGGAGCCG
ACCAACGGTTGTGTTGCTTCCTCATCTAGCTCGCTGGTCCCGGTGTTCTT
GTTGCTCCTTGGTTTTGTTCCGGGTGCGGTTCTGGAGATGGTTCCGGGTG
CGGTTCTGGAGATGGTTCCGGGTGTGGTTCCTGCGGTGGCCTACTATATG
TTGTCTTGGTTCTGGTGCGGCGGTGTGGTGGCTCGAACGACTGAATACCT
GAACTGGCGCATGAATCGTTTTCCAGAAGGATCCGCCAGGAAGGCAGATT
TTAACGAAAACGGAGCATCGACGGGAAACAGAGTTGGGAGAATGAGAAAA
TCCGGCTTCGTAGTTGTTCGTGTCTCAAGTCCTGCGTACCGTATCAAGAA
AAATAAGTGGTAATAGCGCATCTTAAGTGTTTTGATGGAGGTTTTGGTGC
TTGGACAGGGTCACGCTGTTGAACTAGCCGTGGAAAAGTTGAGACAGGGA
GGTATGGACAAAGTGTGCCCGGAGTCTCTGGCGCCGGAAGGGCGTCAATC
GCGAGAGAGTCCGTTCTGCTGGTCGGTTTCGGCTGATGGGCCTGGGAAAG
GGGTGGCATTGTCGCGAGTAGCGGCGTGGGCGTTGCCTTAAATACTCCGC
AGCAGATGTGAACCCCCTACTCTCCCCTCCCGTCCCGTACCCCCTTTCTA
GCGATATTTCGTTTTGGAGAAAGGCAGAGGTGAAGGCAGCAGTGTTGAAA
TCCACCGTCCTCATCCCCCCCCGCTCCCCCCTACAGCTTATTTTTGTTCC
CTGGAAAAAGAAGTTGGGCGAAGGTGAACAAAAGCAATGGGCAACACCCC
TCCTCAGCCCCTATCCTCACCCGATCCCTCTCACACTTTATGCATTATTT
TGAATCTAATACAGCCGTGCCAAGGTGAAGGAGGCGATGGGCTTTGCGCT
GGACCACGCCGACGCGAGCGCGGACGTTGTAGGGGTGCTCAAAGAGAGCC
TCCTCGTGCCCGAGACTCCGATCCACGGTGAGCAAGTTTTTTCTACTTTT
TGTTTGTTTGTTTTTGGATTACATTTTCTGTACCTTTTGCTTTACTTTCC
AGTGTATGCCGCGAGAATAGATTTCGAGTATCATGGATGGGGGATGGGGT
GCGCAAAGAGCGACTCTTCGTGCCCGAGGCTCCGATCCACCGTGGGTCGC
TCCTCTACTAAGGGGTATCACAGTAAGAGTTTGAGTTTCGACCACCGCAG
GGGGCGGTGGTTCGTTGGTCTCCCTGGAGTCTGCATTCTTGCTGAAGGCT
GAAGTCCGCATCCGGTCGCTGGGAGGACAGAGTCGGGGCAAGGGGTTAAG
GTCGGGAGTTAGGGTGCTGAAGGAGAGCCTTTTCGTTGTGCATGTTTCCT
CACATGACATGTGGTCAAGCTTCTCTGCCGATTTCTTTCTCCCTGACTTT
GGCTTCATCCCTGGTAAAAATTGCGTGACTGCTAGCCTCTCCTCTCGGTT
TATCGCTATGGTCTGCGTTTTTTCGTTTTGATATATTCGTGAGATTTTCT
GTCCTGCTCTACCTTCTGGAGTGTGGTCGTGCTTCTCTCTCTCTCTCTCT
CTCTCTCTCGCTGTCTGTCTCTGTCTCGCTCGCCCGCTCGCTCGCTTTCT
GTTTGTTTTTTTGCAATGCCTCTCTTCGTTGTTCGTCGCCGGGCGGATTC
CCTTCTGTGTCCCGTTCTGTTTCTCTTTTCCGTTCGTGAAATCTCACGCT
TGTGTTGTTGTTCGTCCATCTTTTCGCCAGTGAAAATCGCTAGGCTTTAC
GTCCTCTCGGACGTGCTCCACAACAGCTCGGCGCCGGTCAAGAAGGCCTC
ATCATACAGGACCCACCTTCAAAAGGGCCTGCCGGAGGTACAAAATGCTG
CGGAGTAACCCTTTTAGGTTGTTTGTGTAATACCTTATTTGGTCGCGGAC
CCGTCGTCAGCGTTTGCCTCTTGCGCAGTGGAATGGTTCTGTCGAGAAAT
CGCTCGACACCGCTGCCGCAGGTATATGATACTTCCTTGTGCGGTCGCTG
TGAACCTTCTTCATTCTTAAGCCCGCTTTCTTTCGTGTTCGGAATGCTCA
ACGGAGTTCTCGGTGAAACGGTTACGAAACATCGCCCAACACCGTTTGCG
CGGAGCCCCCCGTTCACTTGGGAGTAACAGCCCACCCTCGCGCTCGCTTT
TAGTCAGTACATTCTTTGCTGCAGTTTGAGTCGAATGTACATTGCATCAG
CGCGTCCACTTTCAGTTCGTCGCCGACGATCCGAAGGGACTCCGGCGGGT
TCTGTCCCACAATTCTTGATTATTATTTTCTGCCCCACCAGACCGTGTTT
TATGCGAACCGATGTCATTTTGAGATTTTTTCCGATCCTCGTTTCCCCTT
TTTGCTTTCTGTTTCATATCCCCTTGTCTATTTCTCGCTCTGCCCCTTGC
GCGCTATACCTGTCCTTCCCCCTGCCTTCACCCACCCTCTCCCTGTCTCA
CTCTTTCCTGCTCGCTTTGCTGCTTGCTGTGTCCCTCCCTCTCTCCACCT
CTCCCTCCCTCTCTCCGTGTGTCTCCCTCCTTGAATCCCTCTCCCTGCCT
TTCTCTCCCCCTCTCTCTCCCTCTCGTGTCGTCTTTGGGGTGGTACGCCG
TGGCGGGGCGGTCTTGCCGTGGCGGGACGGTCATGGATGTGGCGGGGCAT
GTCAACGTCGTGCGGGACTGTCATGATGTTGTCAACCATCCAACTAGATT
TTCGACGGGCTGAACCAGGCTTTCCGAGGGGTCGAGGGGCGGATGACGGC
CAAGCAAGTCGAGGACCGGTGAGGAAATAAGATCGGAAAGGAGGAAGGGA
GGTGTTGTATAACAATAAAGGACGGGGAGGGGCGGTTTGGGGAGTAAAAC
ATGCTTGGCCGGGGTTGTGAGGTTGCAGGCGGTCAGTGAGGGGGGTGGTA
TGTCAGGGTTAGATGCAGCAAGTGCGATTGTGTGACGGGCGAATGACAGC
CATGCAGGTCGAAGAGCGAGAAACAACTCCGGAGGGGCGTGGTTGGTGAC
TTAGTGTGTGGGTATCTTCCCGTGTCCGCGGCCTCCTTCGCCGTCGGGGA
TCAGATAAAGCTGGTTTCGGGTAAGGAGTACTGTATTTTGGTGTGGCTCA
GGTCACCTAGAATACGGCCTTCGCACCGAACACATCCCGAAAGTACAACA
TCGGACTTACCCGTCCTCCCCCCTCCTGCCTGCACGCGAATCGCAATGCC
GCCGCACACCTCACAGTGGCGGAGCTTCGCGCTCTGTGCTGTGCGTAACG
CTTTGACCCCACCCGTGACTGTGTATCAGAGTTTAGTCCATCCCGCCTGC
TCCGACAGCAACCTTTCCTGCGCTTGACAGCTTCTTATGGTGTTCGACAC
AGAGTTTTAGATATTCAAGCAGGTATGATCTGTAGGAAAACCACGGAGCC
TCGCCCTTGTTGCTCTCGTTCTTTCTCCTTTTGGGACGCTACGAAAGCGT
GGCAATGGCTATGCTCTCTGCGTGGGAGGGCTAGTCCATCTACCCCACCC
TACCATGAACACAAAACCCACATTACAACAGTTGCCGTGCCTCGGCGTGA
TGAAGATGGTTCATCTACTCTCCCCTCCCTGCACTCAAAGAAAAGCACCG
GACCCCCGCCCCCCCCTTCTCTCCGCCCGCCCTTCCCCGTTTTTTCTCTC
TTTTTCTTTCTTGCACACAACACATAAAGGATAATGGCCCTGCTCTCGGC
GTGGGACAGCTGGTCCATCTACCCCCCTCTGTACATCACCGGGCTTGAGG
CCGCCTTCATGCGCAAGTCGGGGGACCTCGAGGCGAGCGACCTCACCGGC
GTGGAGGAGTCGTCCCTCGACAAGGAGGCCCTCGCACAGAAGGCAAACCA
GGTACTCCGTACGTTTTCATTTTTGTGTGTGCATCCATTCACAAAGGCGG
GTAATTATACTGCCTTTATTCGCATGGGACGCCCTCCCTGCCTTCGGATG
CGTTCACTTGACATACTCCCGGACCTCTCGGCAAATTGCTGAATGATAAA
AGTGTGATTTTATCCCGTGTGATTATCATGAATTATCCCTGTCGCAACGG
ACGGCTGTTGAATGCTGCTAATTTAGCTTGACTTGACCGGCGCAAAAAAA
AAATTCCTGCAAGCATTCACATCGAGAGCCCTTGACCTACGCGACTTGAT
CTGTCCACGATAGTAATTCTAGACTGTTATGTGTACCGAGGGACTTAGCG
AATTGTCTACTCAGTGAAGCTGCCTACTTAGGCGTTGATCTACTTATTTA
TACATTCAGGCTGGAATTTACACCGAGGGGCTATCGGCCCTGGACCTCTT
GAAGCGGCTCAACTATCTCAATGAGTACGCCAAGAAGAAGGCGGCCAGAA
ATGCGGGCGTCGCCGCCGCCGCCGCCGCCGCGGGCGGGGTGGTGAGCAGC
AGCGGGGGCGGCACCAACGGCAGGAGTTTGGCGGGTGGCGACGACGACGA
CGACGACGACGACGATGACGAGGACCTCGACGGAGTGCCGTTGGATGAAG
AAGGCGCTGCCGCCGCCGCTGCTGCGGCGGCTTCGGCGGGAGCGGCCGGC
GGCGGCGGGAAGCAGGGCGAGAGTAGCAGCAGCAGCAATAGGAGCAATGG
CAGGAGGAAGGCTCTAGCGCCGTCTTCAGGAAGTGCTGCGGCCGGTAGCG
GCGGCAGTAGAGGCGGAAGGGGGCAGTGGGCACAAGTGAAGGCGAAGGCT
AACCTGGGAGATCCGAGCTCGTCTTCCGATGACGACGACGAAGACGTCGA
CGGCGTGCCTCTCGACGACGCTGCTACCGCCGGCGCCGCAGCCGGTGCCG
CAGCAGCGGCTGCTGCAGGCGGCAAAACTCGAGCTTCGAGCAGCAGAGGT
GGCTCGGGAGGCTTATCCGTATCCGCCGCTTCGTCTCCCCCCCGTCCCGT
CGGTGGCGGCGGTAACGGCGGCGGCGGCAGGCCGATGTCCCCGCCCTTCC
CCGGCCGGGCGTTCTCTCGGTCGGCGTCGACGTCGGCGGCAGGCTTGCCC
CCGCCGGCGCCGGCAAGCAACGCCGGCGGCAGCAACAGCAGCAGCAGCAG
CATTAGAGGCGGCGTTGTTGGTGCCTCCGCCTCCCCGCCCCGCCCCCAAG
AACCACTCGGCGGCCGCGGCGGCGGAGTCTCGGCGACGGCGGGCTCTCCC
CCTGCAGATAACGCCGCTGCTGCTGCTGGTGCTACTTCCGCTGATCCCGC
CGCCACCGGTAAGGCGCAAAAAGCTATCGGCGGCAGCGGCGGTGGGTCCA
GCGATTCTTCGGACGATTCGGACGGGGAGGGGGCCGGGCCCGGGAAGATA
GATGTGTGGGGCGACGACGACGAGGACGCGGGCGGAGCTGCGGACAGCGC
CGTGGGGGTGGGGGGTTCCGTGGACGGCGGCGGTGATGGCGGAGGCGACG
GCGGCGGAGGAGGTGGCGGCAGCGGGGAGGCCGGGAACAGGGACGATTCC
GTGCCGAAGTTGACTGAGAAGGAGCAGGCAAGTTGCTCGGATTGTTGTTG
TTGTGGCTGTTGTTGTCGTTGTTCCTCTTGGTGTTGTTGCTGCTGATGTC
GTCGTCGTCGTTGTTGTCATTGTTGTTGCTGCTGCTGTTGTTGTTCTTGT
TCATGTTGATATTCTCGCCGTAGAAAAGAAATGTGCACGGCATACTATCG
TGCAGCTTGATTGAAGAACAATCAACCATAAAAAATGTGTCTGATCTGTT
GTTTAAAAATATTTGTTGTGCCCCTCGCCCCCCCCCCCAACTGTTCTTCA
CGTTTGCCCCGTTCTCGACAAACAGCGCACGGAACGCATCGTGCTGCGCA
AGGTGGAGACGGAAGTCCTGAAACTCAGAGACGACCTGGAGGCCAAGGGC
ACCCCCGAGGTATGTTGGGAGGCGACCAAAACGCCAGGAAAACAGTGCCA
ACTCCTAGTCAAACGTGTTGTTCTTGACTTTTATCGCATCTTTAATCTCT
GGCACAGAGTGCCCCCCCAGATTGGAAGACCGCGTCGAAGTCAGGGATGA
AATTTCCTTGACGACCTTTCAGCGTCAACGGAGAAGAGCTCCTTCCCTTT
CGACGCACGGCTTTTCGTTTGGTCGGGAGCGCCATCTGTGTCATCGTCGC
CCCCCTACCGATCTCCCTTCTGCCCCTTTGGCATTTCCCTTTCGCGAGCC
CGTACGCAATGAGGGGATTATTGCAACGTGCTCATCAAGCTCAGGGCACG
CACAAACATTCACAATATATGCAGGATGCAACAATCGAACTGTTGACGTC
GTCCGAGAGCAGCTCCTTCCCTTTCGACGCAATCCTTTCCCTCGGCTCAT
GACCGCCATCTGTGCCGCTGTCGCCCTTTCCTCTATCTCCTCTCTGCTCT
CGACATGGCCCTTTCGCGAGCCTCTGCGTTGTGAGTTGTAATTTCGAAAT
TGTCCCCTCACGATGCACGGGCTTGGGAAGGGAGATCTCGAAGGGGCAGA
AATGACACAGGGGGGGTAACGGCGACGGGACTGGTGGAGATCTCGATCCC
ATGAAAAGCCGTCCATGGAAAGGGAAGGAGCTGCCCCTTGTTCAACGTCA
AGATTTTTTCGGCTTGCATTATGTTGTGGTTTTATGAAGGCCCTTTGCGG
AAGGAGAGCGAGGATAAAGTGTTGATGGCTTGACAGCCACGCGTACCCTC
GGCTCTCCCCTTGTGATGGCTTGTTTCGCGTCTCCTGTTGATAAATTCCC
TCGCCTCTCTCCTGTTGAATAATTGTCCCGGCTCTCCTTTTGATTTGCGT
GTCCCGCCTCTCCTTTTGGTGGACTGTCCCACCCCTCGTAAATGCCCCTA
TCCTGCCTGGTTGCATTTCCGGTGACAGGAGGAGATCAAAGCCATGTGCG
AGGCAAAACGCACGGAGATGGTGGAGACGTGGGAGAAGAACAAGGCCAAG
GCGAGGGAGGCCATGCAAAAGCGGTGAGTCGCCGTTGACAGTACGGTCGT
TGTTGTTGCTGTCGGCGGCCAAGTTGCTATTGAGGTGTTCAGTCTTTTTT
TCCCGTGTTGCTGTTTGTCGTATAATTCCCCGTCAGCGCTGTCGTTGTCG
TTGTTGATGTCGTAGTCGTTGTCGTTCTTGGTGTTTCAATTAGTTTTTTT
TGGTTTTGTTGGTTTGTCGTTGTCGGCGTTGCGTTCACTCTCGTTCTTGT
CGTGCACGGCCAATTTCGGCCAATGAAAGTGGCGCAGTATATCATGACTA
AATATACCCCCCCCGTGCGCCCTTGCGGTGCCGTCTCGTATACCAGAGAC
AGCAGGGACCGGGACAGCAAGTCGAGAGAGCGAAGTAGAGCGAGGAGCGG
CAGCACCAGCAACGGAAGAGGGAAAGACGCGGCTGGCGGCGGCGGCAGCA
GCAACAGTGGCCGGTGAGAATCGACATGGTTTTTCCCCCGGCTCAGATGG
CGGGTTGCCTGTGTGTAGGGTGTGAGCCAGGATTCGGAGTTTAGAATGAC
TTTCTACCCCCTTCCCCTACACAAGCCGCGTGAGCTTGGATTCGGCTTGT
AGAGTGTCTCTTCAACCCCTTCACCTGCGCACGCTGCCGATGACCGTTAT
GGTGGTTGCTTGACCTGTGGTTGACGTGCTTGTTGGTGCGCCCGTTGTCG
TGTAGTCTGGTGGTTGCGGCTGTGGTGCGGTCCCACTTGCCGGAGAAATG
CGGCTGCGGGTCCTGTATTGTAGTATGGAACTCATCCTTCCTCCGAGTTG
CGGGACACATGCGGCTGCGGGCCTCGTTATGTTGAGTACGGCTCACCATT
CCTCCGGCTTGCCCGACAAAACGTGACGGCGCTTTGCGCTCGGTGCACCA
CGTTCCGGCCTGGCACGGAAAGAAAAACACCGGAAGGCGAGCTCAGAATT
CCTCCCGGCTTCTAGAGGCATGCCTAGCAATTTGCTATAACAGCTGGCAC
AAGGGGCGAAACATCTGCAAAGCACCCTTTTGTCTCTAGCATTGAAAACT
CGAATAAAAGCAGCAACAACATCGTCAACATTAACAGGTGCAATACCAGC
ACCATTACCACCACCACCACCACCACCACCGCCTACAACATCAGCCGCAA
CAACCACAACATGGATCTTTGATTCCAAAATTATGCACCGATGCGACGCA
CTCAGGGACCGTCGGGGCTTCGTCGGGAAGGAGGCGGAAGCGGGGGGGAC
CCACCGCTCCAGCAGCAGCAGAAGCAGGCGCTCGACCTCCGCCTCCCCGT
CCGCGTCGGAGAAGAGCAAGGACAGGGAAAGGGACAGAGATCGCGGCAGA
GAGCGGTCGAGGTGTGTGTGCTGTGCAGGGGGGCCGTCCCAAGTGTGAAT
GTATCGAACGTGCCTGCGCATCTTTGTCGACGGGGGCAGGGGATGGGAGA
CTTAGCCTAACTCATGCGCGCGTGTTTGTGTTTGTGTCTTGCTTGTGTAC
TTTCTGCTGTGTCCGTGTGTGGAGGTGCTCCATTTTTCCTGTGTTTGCGC
AGTGATGCATCTTTTCGAGCTCAAGAACGGCGGACAAGACGACGTGTCAG
TTATCATGCGGACGTTGAAACTATTGTCCCAAAGGTCGCCGAACCCTTGG
TTTGAGGGCTTGTGCGTGTGCGCAAGATTGTGGTTGGAACGAGGCCGCCT
GAAAGAACGGGTGACCGACACGTTCGTCAGCCTGAGCATGAGAAAAATGT
GCTTATCTGCGAGCGCGCTGCCACTGCGCTTGATGTTGTGGTTGTTGTGT
TGTCGCAGTGTGCAACCTCTCTGAATGCCTTCCCCCACCCTCTTTTCCCC
CCTCCTCCTCTTCCCTCCCTCCCCCCCCTGTTCATTGTTTCGCCTTCTGT
TGCCACCGTATCGGCGCCGCTGCCGACGACCCAGGTCGAGGGGCCGCTCA
GAAAGGTCCGACAGGAAGAGCACCAGCAGCCGCGACGCCGCCGGTGATAA
GGACAAGGACCGGGACGGCAGGAGCAGGGACGGCGGCAGGGACACCAGGA
GCAAGGAAGGAGGAGGCGGCGGCGGCGACGGCACGAGGAAGGATCGAAGG
CGCAGCAGGTGTGAACCAAAAAAATAAGAGGACACGAACACACGGAACAG
AAGATGTAGCGCGGATTGTATCCCGCCCGGGTCGCGTAGCCGACGCGTCG
TATATCGAGGTAGAGGGGGCGACAGGGAAAGGGAGTCAGATGTCGCGCGT
GCTGCCATTTACACGACGAATTTCACACTTTTTTCAAGGCATGGGTTACC
CTCGACCGAAAAGTGTCGCCGCATATGGGAGTCGAACGTAGCACCACCCA
GATCGAGCTTGAGCGAAAAACTCGAGAGACTCAGAGACAGCGAGAGCGAG
AGCGAGATAGAGAGACCGAGCAGCAGCGATTATGGGGGCACACATCCCCT
CGCCACGGCCAATGAATGCCAACAGATGGGCTAACGATCTCCCACGACCC
CCCATTCTGTACCGAAGGAGCAGAAGCCGAAGCCCGTCATCCAAGCGGAC
GAAGCGAGCAAGGAGCAGTGACAGGTGTGGATAGGCATATTGAGGGAGGG
GACGCAGAGTGTTTTGTTAAAGCTTTTATTTATTTTTTCCCTCGTTTTTT
TCGGCATTTACTTTACTTCGTGTTCTTGCCATTATTTCGCATTTTTCTTA
CAACGGAGGTTGGGTCAAAACTCCTTCGTCGTATGGGAAGAAACGGTAGA
GGAGAGGGGATGCTTACGGGGGTGTTACGCGAGAACTAGACACACCTAAT
TGCACTATAGGCCCACTCCTCATGAAGGCTTGGCTGTTCACCTTCGGATC
CATGAGTGGTTCAGGGAGAGGATCGCGCCAGAAATCAAGGAAGCAATGAT
CGGTGTCACAGTATACATCATCTGGTGATCGAGATCAGAATTCTCGTGCC
GGCGTTTTGATGAGATTTTGGAACTTCAGTTTGGTGGCACGTAGTAGCTC
CCTGTTTTTTCGACCTTTTGTTTCTTACCTGCTTGTACGTTGCTTGTCCA
ACTCCGTAGGCTAGAGCGGAATGTTGGGGCAGTTGCGATCGATTCCTTCT
CTATGATGCCAAGGAAGAGCATCGTACCGCGTTGTGTGCATCGCATCGCA
TCGCATCGCATGGTGGCCGATGCCATTTTTTGCTAGCCCGGTTGATGTCC
TCGTCGTTGAGCCTCTGTTCACAAACCAACAGTTGCAACTAAAACTGTTT
ATGGCTTATGGCTTATGGCTTACGGCATACAGGCTGTATCTTGTCCTCGG
CCTTCACGTGATATAAATACCACCAGCCCAAAGTGAAGAGCTGCTCTTCC
GCCGGAAGCTCGATTCACCCTCCATGTTTCGCACTGACGTCATCGCCACG
TGCGGCGCTACCGCCCCCCCCCTTCCTTTCCCATGCCCCGCTCTGCTCCT
TCCCGCCCATTCTCCACCGTGCCATGCGTTCTTCCCTCTCTTTTCTTCTT
GCCCTTCCTCCGTTTCTCTTTCTGCTCTTCGGGGCGGGTCTTCGCTGGAC
GGGAAATATTCGGATGCATCCCTCCGCGCATTCACCTCCTGTTATCCCTT
TGTCCTGTCTTCGTTGAAAAAAACTCGAACATCACCGTCCCCCAATCATA
AAATCTCAAACCTCATTTTCCTCTCTTTCGCACTCCTTTCCCCCCCAACT
TTGGCCGTCCCTCTGTCGCATTGATTCATCGACCTCCCAACGTTGTGCCC
TACACATTTTTTTTCTCGTTTTGCTGCTTGTTTTTTGTTTGCGACCTTTC
TCGATTTTTTTACTATATTTCCCCCGCTCTTTTGTTTCTGTGAAAACATT
GTGGACCGAAATCGGTTCCCTGCTGGCCGGCGTTTTGTTGTTGTGTTTGT
GAATGCTCCATCCTATGCGAATATATATCTACGCGACTTTCATGTCTCTC
GTCATTTGATTTTTCCGGGGATTCCGCAGGGGGGACAGGGATCGTGATCG
TAAAGATAGACGTCGCTGAAAGGAGAATGACACCCCCCTCCCCGGTTTGA
TACCGTGCGCTCGTCTTATGTTCTTTTCGCCGTCTATTTTTTTGTTGTTG
AAGCAGAGGTGAGAGGAAAGTAGAAGTCACAGTAGGAGTGTAGGCTTTCC
CACGTGAAGCGTGGTTCAGGAGGAAGGCGTGCTAGGATTTGCCAGAACTA
TACTGGAGCCGTACAAACGTGCACCGGCATCGCGGACGGATCTACAGACT
TTCGACTTTGAATCTTTCTTGTTCAATCAGTTTTCCTCTTTCTATGGCAT
CGGAAAATGTTGCTCGGGCCCTGATTTTCGACGGATTGTTTGGGTTCGTA
ACGGTTACTTATGTGTAAATGCCGCAAGAGGGCGAAGGTTGGCACAGAAA
GGTGTGCGATATATTTTTTCAAGTGATTTTAAACTGGCTTTTTACCGCGC
AGGTGTGCCATCTTGCCGTCCCTGTGCGAACTTGGGGACCTTGTGCGAAA
CCCAATGAAATCCTTACGTTGTGCTCCTCTAAGAGCGCACACTACCCTGT
GTGATCGCGGTGACATACGTATGCGATACTAACCAAATGACACTGGTGAC
AGTGGGAC

Coding sequence (CDS) from alignment at P-fluviatile_contig1:303802..329359-

>mRNA_P-fluviatile_contig1.22.1 ID=mRNA_P-fluviatile_contig1.22.1|Name=mRNA_P-fluviatile_contig1.22.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=9276bp|location=Sequence derived from alignment at P-fluviatile_contig1:303802..329359- (Porterinema fluviatile SAG_2381)
ATGGCGGATCCAGGGAAGAAGATGCCGTGGGGAATGAAGATCGGAGGACT
GAAGCCTGGGGCGAAGGAGACGATAACGGACAAGAAGCTTAAGGCATTCG
TCGTGGGCAAGCAGAAGAAGAGCAGGCTGCAGAAGATGGCGGATCCAGGG
AAGAAGATGCCGTGGGGAATGAAGATCGGAGGACTGAAGCCTGGGGCGAA
GGAGACGATAACGGACAAGAAGCTTAAGGCATTCGTCGTGGGCAAGCAGA
AGAAGAGCAGGCTGCAGAAGGAGCGTGAGGTGAAGGAGGAGAAGAAGAAG
GAGGCGGATGTGGAGGCGGCAAAGATCTACGAGCAGTTTGTGCAGTCGTT
CGACGGAGGGGGGCCCGACGACGGGAAAACGTTCCTCAGGGGGGGCATTG
CCGGGGAGGGGGCCCGAGCGTGAGGTGAAGGAGGAGAAGAAGAAGGAGGC
GGATGTGGAGGCGGCAAAGATCTACGAGCAGTTTGTGCAGTCGTTCGACG
GAGGGGGGCCCGACGACGGGAAAACGTTCCTCAGGGGGGGCATTGCCGGG
GAGGGGGCCCAGGGTGGCGGGGTCCCGGGGATGGTGGGAGGAGTGCTTCC
CCCCCGGGGGTTGCCGGGCGTCGGGGGCTCCATGGCGGGGAGCAGCAGCA
ACGCGCTAGGGGCATATGGGCCAGCGTCCGGGGGCGCCGGGGTACCCATG
CCGTCGGCGCTGGCGGGAGGGTGGCGGGGTCCCGGGGATGGTGGGAGGAG
TGCTTCCCCCCCGGGGGTTGCCGGGCGTCGGGGGCTCCATGGCGGGGAGC
AGCAGCAACGCGCTAGGGGCATATGGGCCAGCGTCCGGGGGCGCCGGGGT
ACCCATGCCGTCGGCGCTGGCGGGGCTGATGGGTCTCCCCGGGGTGGGCG
CCCCCGGCGAAGAGTACAAGCTGGGCGGCGGCGGCAAGCCAGGAGCCAAG
TCCGCGAAGCCAATGAGCGAGATGGAGAAGCTGATGGGTCTCCCCGGGGT
GGGCGCCCCCGGCGAAGAGTACAAGCTGGGCGGCGGCGGCAAGCCAGGAG
CCAAGTCCGCGAAGCCAATGAGCGAGATGGAGAAGATGGTGGAGGAGATG
AAGCTGAGGCAGGAGCAACGGATGAATCCCGGGAAAGTGCCGGGCAGAGG
GGGGCAGCAGGGTGGGAGACAGGCGAGCACGGATGGTGGAGGAGATGAAG
CTGAGGCAGGAGCAACGGATGAATCCCGGGAAAGTGCCGGGCAGAGGGGG
GCAGCAGGGTGGGAGACAGGCGAGCACGATCGATGCCTTTTTCGAGGAGA
TCAAGGGCCGAGTTGATAAGGGAGCCAGCCATCAGATGTACTCGGACCAG
ACCCCTACCTCCGGGTCGATGGACGACGGCGACCCTACGTCCACGAACCT
GTACCTCGGTAACCTGGCGCCGACCGTCACGGAGGAGGCTCTGCAGATCG
ATGCCTTTTTCGAGGAGATCAAGGGCCGAGTTGATAAGGGAGCCAGCCAT
CAGATGTACTCGGACCAGACCCCTACCTCCGGGTCGATGGACGACGGCGA
CCCTACGTCCACGAACCTGTACCTCGGTAACCTGGCGCCGACCGTCACGG
AGGAGGCTCTGCAGGAGGCGTTCTCCCCCTTCGGCAAGGTGTACTCCATC
AAGATCATGTGGCCCAGGACGGACGAGGAGCGAGCGCGGAAAAGGAATTG
CGGCTTCGTGAGCTTCTGGAGGAGAGAGGACGCCGTGAACGCCAAGAGGG
CGATGATGGACATGGACTTCGAAGGAGGCGTTCTCCCCCTTCGGCAAGGT
GTACTCCATCAAGATCATGTGGCCCAGGACGGACGAGGAGCGAGCGCGGA
AAAGGAATTGCGGCTTCGTGAGCTTCTGGAGGAGAGAGGACGCCGTGAAC
GCCAAGAGGGCGATGATGGACATGGACTTCGAAGGGTACCGCATGTCGAT
CGGCTGGGGGAAGCCCATCAACAAGCTCGCCAACGCCGTGGGAGTTGAGA
CGAAGATCGAGTCGGCCGACGCGCCTCCCCCCGACGTCCTCGACCCCGGA
CTGCCGGAGAGCCTGCAGAAACTCACGCCCGAGGCGAAGGCCAGCCTTCA
GAAGGGTACCGCATGTCGATCGGCTGGGGGAAGCCCATCAACAAGCTCGC
CAACGCCGTGGGAGTTGAGACGAAGATCGAGTCGGCCGACGCGCCTCCCC
CCGACGTCCTCGACCCCGGACTGCCGGAGAGCCTGCAGAAACTCACGCCC
GAGGCGAAGGCCAGCCTTCAGAAGATCCTGCCCACGCTGAACCCCACCAA
CAACGCGGTGGCCGCCAGCCTTCAAGCGCTCAGTGGGGCGAACAACTGGC
TCGGCACGGTCAAGGCCTTCGGAATCAACGCCGCCGCCGCGGGCGGCAAG
AGCGGCGGCGGCTTCGGCGTCGCCGGGGGCGCTCTGGCGGCTCTGGCGGC
GACCTCGCCGCGCGTGCTGGGAGGTCTGACGGGTGCGGTACTGCCAGATC
CTGCCCACGCTGAACCCCACCAACAACGCGGTGGCCGCCAGCCTTCAAGC
GCTCAGTGGGGCGAACAACTGGCTCGGCACGGTCAAGGCCTTCGGAATCA
ACGCCGCCGCCGCGGGCGGCAAGAGCGGCGGCGGCTTCGGCGTCGCCGGG
GGCGCTCTGGCGGCTCTGGCGGCGACCTCGCCGCGCGTGCTGGGAGGTCT
GACGGGTGCGGTACTGCCAGCCGTCGGTGGGGTTGCCTCAAAGTCCAACG
GGGGCGGCGCAGGGCGGTCGAGATCGAGCTCGAGAAGTTCTTCTAGCCGT
CGGTGGGGTTGCCTCAAAGTCCAACGGGGGCGGCGCAGGGCGGTCGAGAT
CGAGCTCGAGAAGTTCTTCTAGATCTTCGAGATCTTCGAGATCGTCGAAG
TCCTCCAGATCCTCCAGGTCTTCGAGATCAACGAGCCGCGGCAGGTCTAG
GTCGAGGTCGGGGTCCAAATCGAGGTCGAGGTCGAGGTCCAGGAGCGGGT
CGAGCAAGAGCAGGAGCAGGAGCCGATCAAGGTCTGGGGGCAGGAGGTCC
CGGTCAAGGTCCTCCTCTCGGAGCAGATCTTCGAGATCTTCGAGATCGTC
GAAGTCCTCCAGATCCTCCAGGTCTTCGAGATCAACGAGCCGCGGCAGGT
CTAGGTCGAGGTCGGGGTCCAAATCGAGGTCGAGGTCGAGGTCCAGGAGC
GGGTCGAGCAAGAGCAGGAGCAGGAGCCGATCAAGGTCTGGGGGCAGGAG
GTCCCGGTCAAGGTCCTCCTCTCGGAGCAGACGTCGCGGCAGGAGCGACT
CAAGGGACGGGCGGCGACGCGGTGGAGACAGCCGGTCGAGGTCCGGGGGC
AGGAGGAGGGAGGACGGGCCTCGCAGGGGCGACGTTAAGATCGAAGTGGA
GACGTCGCGGCAGGAGCGACTCAAGGGACGGGCGGCGACGCGGTGGAGAC
AGCCGGTCGAGGTCCGGGGGCAGGAGGAGGGAGGACGGGCCTCGCAGGGG
CGACGTTAAGATCGAAGTGGAGATTCCCCCGGAGAAGGAGCGGCGCTACA
TGGTGGACCGGACCGCACGCTACGTCGCAAAAGACGGGACCCCCTTCGAG
CAGCGCCTCCTCGACCGTGAGGCCGGCAACCCAGACTTCTCCTTCCTCTT
CGAGTACGAGTCCAAGGAGGGGCAGTACTACCGGTGGAAGATTCCCCCGG
AGAAGGAGCGGCGCTACATGGTGGACCGGACCGCACGCTACGTCGCAAAA
GACGGGACCCCCTTCGAGCAGCGCCTCCTCGACCGTGAGGCCGGCAACCC
AGACTTCTCCTTCCTCTTCGAGTACGAGTCCAAGGAGGGGCAGTACTACC
GGTGGAAGGTGTATTCCCTGGTGATGGGAGATCGAGAGGACCGGTGGCCC
AGCCGGCCGTTCCAGATGACCCCCAACGGGCCTTGGTGGGTCCCGCCCGA
CGTGCCCCTCAGCTCGTCCAGCGATAGCGAGGACGAGGAGGAAAAAGAGA
GGCTCCGGGAGGTCAAGCGCAAGAGGGAGGCCCTGGCAAACAGGTGTATT
CCCTGGTGATGGGAGATCGAGAGGACCGGTGGCCCAGCCGGCCGTTCCAG
ATGACCCCCAACGGGCCTTGGTGGGTCCCGCCCGACGTGCCCCTCAGCTC
GTCCAGCGATAGCGAGGACGAGGAGGAAAAAGAGAGGCTCCGGGAGGTCA
AGCGCAAGAGGGAGGCCCTGGCAAACAGATACAAGTACCAGACCGGACGC
GAGCTCGAGAAAGCCCGCGAGCAGAACAAGACGGCCGAAGAGCTCAGCGA
CAAAGATTTCGATTTGTTCAGCTCCCTCCTCAGGGAGCTGACCAACAGAT
ACAAGTACCAGACCGGACGCGAGCTCGAGAAAGCCCGCGAGCAGAACAAG
ACGGCCGAAGAGCTCAGCGACAAAGATTTCGATTTGTTCAGCTCCCTCCT
CAGGGAGCTGACCAACAGCCGTGCCAAGGTGAAGGAGGCGATGGGCTTTG
CGCTGGACCACGCCGACGCGAGCGCGGACGTTGTAGGGGTGCTCAAAGAG
AGCCTCCTCGTGCCCGAGACTCCGATCCACGCCGTGCCAAGGTGAAGGAG
GCGATGGGCTTTGCGCTGGACCACGCCGACGCGAGCGCGGACGTTGTAGG
GGTGCTCAAAGAGAGCCTCCTCGTGCCCGAGACTCCGATCCACGTGAAAA
TCGCTAGGCTTTACGTCCTCTCGGACGTGCTCCACAACAGCTCGGCGCCG
GTCAAGAAGGCCTCATCATACAGGACCCACCTTCAAAAGGGCCTGCCGGA
GTGAAAATCGCTAGGCTTTACGTCCTCTCGGACGTGCTCCACAACAGCTC
GGCGCCGGTCAAGAAGGCCTCATCATACAGGACCCACCTTCAAAAGGGCC
TGCCGGAGATTTTCGACGGGCTGAACCAGGCTTTCCGAGGGGTCGAGGGG
CGGATGACGGCCAAGCAAGTCGAGGACCGATTTTCGACGGGCTGAACCAG
GCTTTCCGAGGGGTCGAGGGGCGGATGACGGCCAAGCAAGTCGAGGACCG
GATAATGGCCCTGCTCTCGGCGTGGGACAGCTGGTCCATCTACCCCCCTC
TGTACATCACCGGGCTTGAGGCCGCCTTCATGCGCAAGTCGGGGGACCTC
GAGGCGAGCGACCTCACCGGCGTGGAGGAGTCGTCCCTCGACAAGGAGGC
CCTCGCACAGAAGGCAAACCAGGATAATGGCCCTGCTCTCGGCGTGGGAC
AGCTGGTCCATCTACCCCCCTCTGTACATCACCGGGCTTGAGGCCGCCTT
CATGCGCAAGTCGGGGGACCTCGAGGCGAGCGACCTCACCGGCGTGGAGG
AGTCGTCCCTCGACAAGGAGGCCCTCGCACAGAAGGCAAACCAGGCTGGA
ATTTACACCGAGGGGCTATCGGCCCTGGACCTCTTGAAGCGGCTCAACTA
TCTCAATGAGTACGCCAAGAAGAAGGCGGCCAGAAATGCGGGCGTCGCCG
CCGCCGCCGCCGCCGCGGGCGGGGTGGTGAGCAGCAGCGGGGGCGGCACC
AACGGCAGGAGTTTGGCGGGTGGCGACGACGACGACGACGACGACGACGA
TGACGAGGACCTCGACGGAGTGCCGTTGGATGAAGAAGGCGCTGCCGCCG
CCGCTGCTGCGGCGGCTTCGGCGGGAGCGGCCGGCGGCGGCGGGAAGCAG
GGCGAGAGTAGCAGCAGCAGCAATAGGAGCAATGGCAGGAGGAAGGCTCT
AGCGCCGTCTTCAGGAAGTGCTGCGGCCGGTAGCGGCGGCAGTAGAGGCG
GAAGGGGGCAGTGGGCACAAGTGAAGGCGAAGGCTAACCTGGGAGATCCG
AGCTCGTCTTCCGATGACGACGACGAAGACGTCGACGGCGTGCCTCTCGA
CGACGCTGCTACCGCCGGCGCCGCAGCCGGTGCCGCAGCAGCGGCTGCTG
CAGGCGGCAAAACTCGAGCTTCGAGCAGCAGAGGTGGCTCGGGAGGCTTA
TCCGTATCCGCCGCTTCGTCTCCCCCCCGTCCCGTCGGTGGCGGCGGTAA
CGGCGGCGGCGGCAGGCCGATGTCCCCGCCCTTCCCCGGCCGGGCGTTCT
CTCGGTCGGCGTCGACGTCGGCGGCAGGCTTGCCCCCGCCGGCGCCGGCA
AGCAACGCCGGCGGCAGCAACAGCAGCAGCAGCAGCATTAGAGGCGGCGT
TGTTGGTGCCTCCGCCTCCCCGCCCCGCCCCCAAGAACCACTCGGCGGCC
GCGGCGGCGGAGTCTCGGCGACGGCGGGCTCTCCCCCTGCAGATAACGCC
GCTGCTGCTGCTGGTGCTACTTCCGCTGATCCCGCCGCCACCGGTAAGGC
GCAAAAAGCTATCGGCGGCAGCGGCGGTGGGTCCAGCGATTCTTCGGACG
ATTCGGACGGGGAGGGGGCCGGGCCCGGGAAGATAGATGTGTGGGGCGAC
GACGACGAGGACGCGGGCGGAGCTGCGGACAGCGCCGTGGGGGTGGGGGG
TTCCGTGGACGGCGGCGGTGATGGCGGAGGCGACGGCGGCGGAGGAGGTG
GCGGCAGCGGGGAGGCCGGGAACAGGGACGATTCCGTGCCGAAGTTGACT
GAGAAGGAGCAGGCTGGAATTTACACCGAGGGGCTATCGGCCCTGGACCT
CTTGAAGCGGCTCAACTATCTCAATGAGTACGCCAAGAAGAAGGCGGCCA
GAAATGCGGGCGTCGCCGCCGCCGCCGCCGCCGCGGGCGGGGTGGTGAGC
AGCAGCGGGGGCGGCACCAACGGCAGGAGTTTGGCGGGTGGCGACGACGA
CGACGACGACGACGACGATGACGAGGACCTCGACGGAGTGCCGTTGGATG
AAGAAGGCGCTGCCGCCGCCGCTGCTGCGGCGGCTTCGGCGGGAGCGGCC
GGCGGCGGCGGGAAGCAGGGCGAGAGTAGCAGCAGCAGCAATAGGAGCAA
TGGCAGGAGGAAGGCTCTAGCGCCGTCTTCAGGAAGTGCTGCGGCCGGTA
GCGGCGGCAGTAGAGGCGGAAGGGGGCAGTGGGCACAAGTGAAGGCGAAG
GCTAACCTGGGAGATCCGAGCTCGTCTTCCGATGACGACGACGAAGACGT
CGACGGCGTGCCTCTCGACGACGCTGCTACCGCCGGCGCCGCAGCCGGTG
CCGCAGCAGCGGCTGCTGCAGGCGGCAAAACTCGAGCTTCGAGCAGCAGA
GGTGGCTCGGGAGGCTTATCCGTATCCGCCGCTTCGTCTCCCCCCCGTCC
CGTCGGTGGCGGCGGTAACGGCGGCGGCGGCAGGCCGATGTCCCCGCCCT
TCCCCGGCCGGGCGTTCTCTCGGTCGGCGTCGACGTCGGCGGCAGGCTTG
CCCCCGCCGGCGCCGGCAAGCAACGCCGGCGGCAGCAACAGCAGCAGCAG
CAGCATTAGAGGCGGCGTTGTTGGTGCCTCCGCCTCCCCGCCCCGCCCCC
AAGAACCACTCGGCGGCCGCGGCGGCGGAGTCTCGGCGACGGCGGGCTCT
CCCCCTGCAGATAACGCCGCTGCTGCTGCTGGTGCTACTTCCGCTGATCC
CGCCGCCACCGGTAAGGCGCAAAAAGCTATCGGCGGCAGCGGCGGTGGGT
CCAGCGATTCTTCGGACGATTCGGACGGGGAGGGGGCCGGGCCCGGGAAG
ATAGATGTGTGGGGCGACGACGACGAGGACGCGGGCGGAGCTGCGGACAG
CGCCGTGGGGGTGGGGGGTTCCGTGGACGGCGGCGGTGATGGCGGAGGCG
ACGGCGGCGGAGGAGGTGGCGGCAGCGGGGAGGCCGGGAACAGGGACGAT
TCCGTGCCGAAGTTGACTGAGAAGGAGCAGCGCACGGAACGCATCGTGCT
GCGCAAGGTGGAGACGGAAGTCCTGAAACTCAGAGACGACCTGGAGGCCA
AGGGCACCCCCGAGCGCACGGAACGCATCGTGCTGCGCAAGGTGGAGACG
GAAGTCCTGAAACTCAGAGACGACCTGGAGGCCAAGGGCACCCCCGAGGA
GGAGATCAAAGCCATGTGCGAGGCAAAACGCACGGAGATGGTGGAGACGT
GGGAGAAGAACAAGGCCAAGGCGAGGGAGGCCATGCAAAAGCGGAGGAGA
TCAAAGCCATGTGCGAGGCAAAACGCACGGAGATGGTGGAGACGTGGGAG
AAGAACAAGGCCAAGGCGAGGGAGGCCATGCAAAAGCGAGACAGCAGGGA
CCGGGACAGCAAGTCGAGAGAGCGAAGTAGAGCGAGGAGCGGCAGCACCA
GCAACGGAAGAGGGAAAGACGCGGCTGGCGGCGGCGGCAGCAGCAACAGT
GGCCGAGACAGCAGGGACCGGGACAGCAAGTCGAGAGAGCGAAGTAGAGC
GAGGAGCGGCAGCACCAGCAACGGAAGAGGGAAAGACGCGGCTGGCGGCG
GCGGCAGCAGCAACAGTGGCCGGGACCGTCGGGGCTTCGTCGGGAAGGAG
GCGGAAGCGGGGGGGACCCACCGCTCCAGCAGCAGCAGAAGCAGGCGCTC
GACCTCCGCCTCCCCGTCCGCGTCGGAGAAGAGCAAGGACAGGGAAAGGG
ACAGAGATCGCGGCAGAGAGCGGTCGAGGGACCGTCGGGGCTTCGTCGGG
AAGGAGGCGGAAGCGGGGGGGACCCACCGCTCCAGCAGCAGCAGAAGCAG
GCGCTCGACCTCCGCCTCCCCGTCCGCGTCGGAGAAGAGCAAGGACAGGG
AAAGGGACAGAGATCGCGGCAGAGAGCGGTCGAGGTCGAGGGGCCGCTCA
GAAAGGTCCGACAGGAAGAGCACCAGCAGCCGCGACGCCGCCGGTGATAA
GGACAAGGACCGGGACGGCAGGAGCAGGGACGGCGGCAGGGACACCAGGA
GCAAGGAAGGAGGAGGCGGCGGCGGCGACGGCACGAGGAAGGATCGAAGG
CGCAGCAGGTCGAGGGGCCGCTCAGAAAGGTCCGACAGGAAGAGCACCAG
CAGCCGCGACGCCGCCGGTGATAAGGACAAGGACCGGGACGGCAGGAGCA
GGGACGGCGGCAGGGACACCAGGAGCAAGGAAGGAGGAGGCGGCGGCGGC
GACGGCACGAGGAAGGATCGAAGGCGCAGCAGGAGCAGAAGCCGAAGCCC
GTCATCCAAGCGGACGAAGCGAGCAAGGAGCAGTGACAGGAGCAGAAGCC
GAAGCCCGTCATCCAAGCGGACGAAGCGAGCAAGGAGCAGTGACAGGGGG
GACAGGGATCGTGATCGTAAAGATAGACGTCGCTGAGGGGGACAGGGATC
GTGATCGTAAAGATAGACGTCGCTGA