mRNA_P-fluviatile_contig13.1839.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig13.1839.1
Unique NamemRNA_P-fluviatile_contig13.1839.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: D8LS47_ECTSI (Predicted methyltransferase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LS47_ECTSI)

HSP 1 Score: 561 bits (1445), Expect = 4.920e-193
Identity = 297/388 (76.55%), Postives = 312/388 (80.41%), Query Frame = 3 
Query:  840 RRSSCNVTRLTRQQMIDMGLVPPEENRQQHQQTNQLPLPSADEVD----------GEDGCCGGDSAAEESGEPVGLIGHFEAMRLMGQKGKLGSFVGSLDMSLTERDLVSTEEGVALPPAA------GGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            RR S      TRQQMIDMGLVPPE   +Q  Q   L  P + E            G       D  AEE  E VGLIGHFEA RL+ QKGK G+FVGSLDMS+TER+LVSTEEGVALPP+       G  E  LV SWDELAVVLKKAKKGQYGCWELYADGN+P KVSDISEST RPAMLCAPLRSAG PTMVLGGFAMHRISGGDQKSTMEPGLDTE KVSASGARR+NGRVLDTCTGLGYTAIAAARC+GV+GVVTVELDEVSLRMC RNPWS+EMF N KITSL GDCCE  K    F DGEFAAIIHDPPARALCKTTDMYGA FY+DLARVLKPGGTLFHYIGNPES EGGRLFRGVIDRLIGAGF++CKTDK AFGVVARR
Sbjct:   11 RRCSNTALAFTRQQMIDMGLVPPE-GAEQEAQNLLLSRPYSTEXXXXXXXXXXXXGHPAAMADD--AEEPAEAVGLIGHFEASRLLAQKGKEGTFVGSLDMSMTERELVSTEEGVALPPSPAAADGDGDAESNLVASWDELAVVLKKAKKGQYGCWELYADGNTPCKVSDISESTSRPAMLCAPLRSAGAPTMVLGGFAMHRISGGDQKSTMEPGLDTEHKVSASGARRTNGRVLDTCTGLGYTAIAAARCRGVSGVVTVELDEVSLRMCRRNPWSQEMFRNEKITSLLGDCCELVK---DFDDGEFAAIIHDPPARALCKTTDMYGAAFYKDLARVLKPGGTLFHYIGNPESNEGGRLFRGVIDRLIGAGFHDCKTDKKAFGVVARR 392
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A7S4DCZ9_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S4DCZ9_HETAK)

HSP 1 Score: 335 bits (860), Expect = 5.780e-105
Identity = 166/305 (54.43%), Postives = 210/305 (68.85%), Query Frame = 3 
Query: 1047 FEAMRLMGQKGKLGSFVGSLDMSLTERDLVSTEEGVALPPAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGN-SPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKST-MEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            F   +   +K  L SF  SLD+  TE +++   +GV +       EP L+ +W EL  +++KAKKG Y C++LY DG   P K+S +S++TG PAMLCAPL  +G PTMVLGGF MHRI+G D+K T M P  DT+ K+ A+G ++  G VLDTC GLGYTAIAAA C  +  V T+ELD+VS+ MC  NPWS+++F N KI  +HGD CE  K    F    F+ IIHDPPARALCK +DMYG  FY+DL RVL+PG TLFHYIGNP SKE GRLF+GVIDRL  +GF +  TDK AFGV A++
Sbjct:  105 FRKSKSKDEKEVLASFQASLDLGKTEEEVLVLPKGVGIRHHD---EPVLLATWKELDKIVQKAKKGHYACYQLYNDGGCEPWKISAMSKTTGNPAMLCAPLTGSGAPTMVLGGFTMHRITGDDRKKTSMGPQEDTKNKIKAAGFKKVYGSVLDTCLGLGYTAIAAAECANINKVTTIELDDVSIEMCRNNPWSQDIFQNEKINLIHGDACEVIKS---FPANHFSGIIHDPPARALCKASDMYGQAFYDDLWRVLRPGATLFHYIGNPASKESGRLFKGVIDRLYKSGFQQVSTDKQAFGVTAKK 403
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A7R9U1D7_9STRA (Hypothetical protein n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9U1D7_9STRA)

HSP 1 Score: 311 bits (796), Expect = 3.470e-96
Identity = 166/319 (52.04%), Postives = 208/319 (65.20%), Query Frame = 3 
Query: 1029 VGLIGHFEAMRLMGQKGKLGSFVG-----SLDMS--LTERDLVSTEEGVALPPAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMF---DNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            VG+I H EA +L+  +    +        SLD+    T   +   +EG+ L   +GG   C   +W +L  + KKA KGQ GC++L+ DG+ P KVS +S +T RPA L  PL + G PTM+LGGF+MHRISGGDQKS+M+P  DT  K++A GA R  G VLDTC GLGYTAI AAR  GVT VVT+ELD+ S+ MC  NPWS  +F   +N  +    GD CE   + T   D +F+AIIHDPPA ALCK TD+Y   FYE L RVLK GG +FHYIGNP+SKE GRL+RG+  RL  AGF   KTDK AFG+VA+R
Sbjct:   42 VGIISHHEARQLLALRHAAHAVANAPLQVSLDLGRHATADHVEIADEGLLL--RSGGESVC---TWADLKKICKKADKGQQGCYQLFCDGSPPQKVSCLSPNTQRPASLMPPLYAGGAPTMLLGGFSMHRISGGDQKSSMDPMEDTRNKIAALGADRLYGEVLDTCCGLGYTAIEAARSSGVTKVVTIELDDASIEMCEANPWSWPLFGDEENLDVDLRRGDACE---IVTSLADEQFSAIIHDPPALALCKDTDLYSLSFYEQLRRVLKRGGKIFHYIGNPDSKESGRLYRGISSRLQDAGFGSVKTDKTAFGLVAKR 352
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A0G4FLZ1_VITBC (Methyltransf_25 domain-containing protein n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4FLZ1_VITBC)

HSP 1 Score: 261 bits (668), Expect = 5.580e-76
Identity = 149/357 (41.74%), Postives = 199/357 (55.74%), Query Frame = 3 
Query: 1029 VGLIGHFEAMRLMGQKGKL---GSFVGSLDMSLTERDLVSTEEGVALPPAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADG-NSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKS--------------------------------------------TMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            V ++ H EA  ++     L        ++D+ L E  L+ +EEGVAL      +    + SW+EL  ++ + +KG+ GC+EL  DG + P +V+ ISESTGR A L  PL   G PTM+L GFAMHR+      S                                            +MEP  DT RK+ + G     GRVLD CTGLGYTAIAA+R +G   V+T+ELDEVSL MC RNPWSRE+  + KIT L GD  E   + T   D  F+ +IHDPPARALCK  D++G  FY +L RVL+ GG LFHY+GNP+ +EG  L++GV++RL   GF+  +    AFG+VAR+
Sbjct:  112 VAVVSHREAESIVDSYHSLDGPSEVSVTVDLGLREMRLLLSEEGVALLDHPDRI----LASWEELGDIVDRGRKGRGGCYELVGDGEHKPQRVASISESTGRQAALIPPLTDNGAPTMLLAGFAMHRVVSDSSASPASKRRSSPADDPLATARDRKRRKXXXXXXXXRTRGRTRPSDDGSMEPWKDTMRKLESLGPGGVMGRVLDICTGLGYTAIAASREEGAPAVLTIELDEVSLDMCRRNPWSRELLTSDKITMLRGDASE---LITELPDESFSVVIHDPPARALCKEGDLFGEVFYSELYRVLRRGGRLFHYLGNPDGREGPSLYKGVMERLSQQGFWSIRKVPRAFGLVARK 461
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A4D9D0J7_9STRA (MTS domain-containing protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9D0J7_9STRA)

HSP 1 Score: 245 bits (625), Expect = 4.420e-70
Identity = 144/345 (41.74%), Postives = 196/345 (56.81%), Query Frame = 3 
Query: 1011 EESGEPVGLIGHFEAMRLMGQKGKLGSFVG----------SLDMSLTERDLVSTEEGVALP---------PAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPK---------ITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTT-DMYGAKFYEDLARVLKPGGTLFHYIG-NPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            EE    VG+I H EA+ L+  +  LG   G          SLD+  +E  +V TEEG+A+P         P     EP LV +W EL  ++ +A++G+ GC+ LY DG  P K+S +S  TGR A L   L   GPPT+VLG + MHR+ G      + P  DT RK+ A   ++  G+VLDT TGLGYTAIAAARC  VT VVTVE D+ +L M   NPWS ++F +P          I  + GD CE   +   F+D  FAA++HDPP+ AL +    +Y   FY  L RVL+  G LFH++G +P++KE  RL++ V+ RL  AGF +     +A GVVA +
Sbjct:   43 EEELVAVGVISHHEALELLCLREGLGGRGGRGGVHYHDGVSLDLGRSETMVVVTEEGIAVPVVEASHPRHPQREAREPALVATWGELEDIVDQARRGRPGCFTLYTDGTQPWKISAVSLQTGRAANLLPSLHVKGPPTVVLGSYRMHRLDGPRPGRYLGPAEDTRRKLDAIKMKKVYGKVLDTTTGLGYTAIAAARCAHVTEVVTVEADQAALEMSRYNPWSTDLFSSPSARASQGLSPIHMVQGDVCE---LIHSFRDNAFAAVMHDPPSMALSRAAVHLYSPAFYAQLYRVLRWRGRLFHFVGGHPKAKENARLYKTVMQRLEAAGFKKVMILASAQGVVAEK 384
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: W7U6Z1_9STRA (Methyltransferase type 11 n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7U6Z1_9STRA)

HSP 1 Score: 246 bits (628), Expect = 6.570e-69
Identity = 143/345 (41.45%), Postives = 197/345 (57.10%), Query Frame = 3 
Query: 1011 EESGEPVGLIGHFEAMRLMGQKGKLGSFVG----------SLDMSLTERDLVSTEEGVALP---------PAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITS---------LHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTT-DMYGAKFYEDLARVLKPGGTLFHYIG-NPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            EE    VG+I H EA+ L+  +  LG   G          SLD+  +E  +V TEEG+A+P         P     EP LV +W EL  ++ +A++G+ GC+ LY DG  P K+S +S  TGR A L   L   GPPT+VLG + MHR+ G      + P  DT RK+ A   ++  G+VLDT TGLGYTAIAAARC  VT VVTVE D+ +L M   NPWS ++F +P + +         + GD CE   +   F+D  FAA++HDPP+ AL +    +Y   FY  L RVL+  G LFH++G +P++KE  RL++ V+ RL  AGF +     +A GVVA +
Sbjct:  191 EEELVSVGVISHHEALELLCLREGLGGRGGRGGVHYHDGVSLDLGRSETMVVVTEEGIAVPVVEASHPRRPQREAREPALVATWGELEDIVDQARRGRPGCFTLYTDGTQPWKISAVSLQTGRAANLLPSLHVKGPPTVVLGSYRMHRLDGPRPGRYLGPAEDTRRKLDAIKMKKVYGKVLDTTTGLGYTAIAAARCAHVTEVVTVEADQAALEMSRYNPWSADLFSSPSVRASQGLSPIHMVQGDVCE---LIHSFRDNAFAAVMHDPPSMALSRAAVHLYSPAFYAQLYRVLRWRGRLFHFVGGHPKAKENARLYKMVVQRLEAAGFKKVMILASAQGVVAEK 532
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A7S1TCJ3_9RHOD (Hypothetical protein n=1 Tax=Compsopogon caeruleus TaxID=31354 RepID=A0A7S1TCJ3_9RHOD)

HSP 1 Score: 214 bits (545), Expect = 3.200e-59
Identity = 138/326 (42.33%), Postives = 180/326 (55.21%), Query Frame = 3 
Query: 1035 LIGHFEAMRLMGQKGKLGSFV--------------GSLDMSLTERDLVS----TEEGVALPPAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRS-NGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR 1955
            ++ HFEA  L+  +   G F+              GS  ++L  RDL+S    T EGV +            V+WD+LA + KK K G + C+   A    P +++  S++TGR A L     S  PPT VL GF MHR      KS  +P  DT  K+SA    R  +GRVLD CTGLGYTAI  AR   V  V T+ELD   + + SRNPWSRE+F NPKI  +  D   A          EF++IIHDPPA+A+  + ++Y  +FYE+L RVL+  G L+HYIG+P S+E GRL+ GVI+RL  AGF   K    AFGV A R
Sbjct:   70 VLSHFEAAELLRLRFNSGEFIENGCDREIAQRVVMGSFSVNLG-RDLLSEVVVTSEGVQMGVGLNRT----TVTWDDLARMAKKGKSGAFECFPDTA-AVEPRRIATFSDATGRAASLLPVDGSGVPPTAVLAGFGMHRF-----KSNCDPLQDTLLKLSALDRNRQIHGRVLDICTGLGYTAIELARLSTVKSVHTIELDPGMVELQSRNPWSRELFVNPKIERVVAD---ATDHIVSLNSMEFSSIIHDPPAQAM--SGELYTTEFYEELFRVLRFKGKLYHYIGDPRSRESGRLYAGVIERLYQAGFSRVKRHDRAFGVTACR 379
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A7S0JHK9_9EUKA (Hypothetical protein (Fragment) n=1 Tax=Calcidiscus leptoporus TaxID=127549 RepID=A0A7S0JHK9_9EUKA)

HSP 1 Score: 212 bits (539), Expect = 3.290e-59
Identity = 124/277 (44.77%), Postives = 160/277 (57.76%), Query Frame = 3 
Query: 1212 LAVVLKKAKKGQYGCWELYADGN-SPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR*NLDLPMTCRWSEKWEQRFADRSAAGVP 2039
            L+ + K AKK + G WE YA+G   PSKV   SE T R A L  PL    PPT VL GF MHR+        ++PG DT RK+ A G++  NGRVLD CTGLGYTAI AA    V  VVT+ELD + + +   NPWS E+F++PKI  L GD  E   +     DG F A IHDPP  AL    +++  + Y  L R L+PGG LFHY+G+P SK  GR+F+G+++RL  AGF E +    A+G+ A    +D+P   R S    +      A G P
Sbjct:   50 LSFLAKAAKKRKLGAWECYANGEYPPSKVEGFSERTRRTASLL-PLPGGVPPTAVLSGFNMHRMR------DVDPGEDTRRKLGAIGSKL-NGRVLDVCTGLGYTAIGAAARPTVDEVVTIELDPLMIELQRANPWSAELFESPKIVRLLGDATE---LLPALPDGHFHACIHDPPTAALAG--ELFSVEIYRQLRRCLRPGGVLFHYVGDPASKASGRMFKGIVERLRVAGF-EARVHAKAYGIAAVA--VDMPCERRRSVVSPEMRVPTRALGNP 310
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A2V3IYU6_9FLOR (MTS domain-containing protein n=1 Tax=Gracilariopsis chorda TaxID=448386 RepID=A0A2V3IYU6_9FLOR)

HSP 1 Score: 211 bits (536), Expect = 1.620e-58
Identity = 127/316 (40.19%), Postives = 174/316 (55.06%), Query Frame = 3 
Query: 1023 EPVGLIGHFEAMRLMGQKGK----LGSFVGSLDMSLTERDLVSTE---EGVALPPAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVA 1949
            +PV ++ HFEA      K +    L +  G   ++L    L +     EGV+LPP      P  ++SW  L    K +K    G +E++ D ++P K++++S  T RPA L  P+    PPT+VL GF+MHR        + +P  DT  K++A    R  GRVLD CTGLGYTAIAAAR   VT + T+ELD + + +  RNPWS E+F   KI  +  D  +A     R +D  F  IIHDPPAR L    D+Y   FY  L RV      LFHYIG+P S+E GRL++G+ DRL+ AGF   +    A+G+ A
Sbjct:   35 DPVLVLSHFEARHFFSLKSQATTQLTAHPGPFSINLGHDSLPAISLDHEGVSLPP-----HPHPLLSWAHLK---KLSKNNSTGAYEVFPDLSAPEKIAELSLLTNRPASLL-PVGPNVPPTLVLAGFSMHRFK------SFDPAADTAEKLAALSPLR--GRVLDICTGLGYTAIAAARSPAVTSLTTIELDPMVISIARRNPWSAELFSLRKIKIVEDDATQALP---RLQDKSFDVIIHDPPARVLAG--DLYSLLFYRQLRRVCASRALLFHYIGDPNSRESGRLYKGITDRLLQAGFGRIQLQPRAYGLTA 328
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BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Match: A0A7S0G4I5_9RHOD (Hypothetical protein n=1 Tax=Rhodosorus marinus TaxID=101924 RepID=A0A7S0G4I5_9RHOD)

HSP 1 Score: 209 bits (533), Expect = 5.030e-58
Identity = 126/326 (38.65%), Postives = 180/326 (55.21%), Query Frame = 3 
Query: 1017 SGEPVGLIGHFEAMRLMGQKGKLGSFVG-------------SLDMSLTERDLVSTE-EGVALPPAAGGVEPCLVVSWDELAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGPPTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTGLGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHGDCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKPGGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVAR 1952
            +GE   ++ H++A  L+  +G++   V              S+D+     + +S +  GV L   A      + +SW +L  + KK K G Y C+E   DG    ++++ S+ T R A+   P+     PT+V+GGF MHRI   D      P  DT+ K+ A G   ++G  LD CTGLGYTAIA A    V  V T+ELD   + +  RNPWSR +F NPKI   H +  +A K+     D  F+ I+HDPPA ALC   ++Y  +FY+ L R LKP G L+HY+G+P SKE GRL+ G++DRL  AGF + K    AFG++AR
Sbjct:   36 AGEDCLVLAHYKASELLKVRGRVNELVTLKQASRCRVGGPFSVDLGTRALESISADARGVFLDDDA------IPLSWKDLQKMTKKGKTGAYECYE---DGWE--RIAEFSDKTQR-AISLLPIAKGVAPTVVIGGFGMHRIKSSD------PWTDTQLKMKALGT--ASGNALDICTGLGYTAIALADQSTVDRVTTIELDPSIVNIQLRNPWSRRLFQNPKI---HREVGDAVKVLPTLPDRSFSTIVHDPPALALCN--ELYTLEFYQQLRRTLKPSGKLYHYVGDPASKESGRLYNGIMDRLQQAGFQQVKKADGAFGIIAR 336
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig13.1839.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LS47_ECTSI4.920e-19376.55Predicted methyltransferase n=1 Tax=Ectocarpus sil... [more]
A0A7S4DCZ9_HETAK5.780e-10554.43Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
A0A7R9U1D7_9STRA3.470e-9652.04Hypothetical protein n=1 Tax=Pinguiococcus pyrenoi... [more]
A0A0G4FLZ1_VITBC5.580e-7641.74Methyltransf_25 domain-containing protein n=2 Tax=... [more]
A0A4D9D0J7_9STRA4.420e-7041.74MTS domain-containing protein n=1 Tax=Nannochlorop... [more]
W7U6Z1_9STRA6.570e-6941.45Methyltransferase type 11 n=1 Tax=Nannochloropsis ... [more]
A0A7S1TCJ3_9RHOD3.200e-5942.33Hypothetical protein n=1 Tax=Compsopogon caeruleus... [more]
A0A7S0JHK9_9EUKA3.290e-5944.77Hypothetical protein (Fragment) n=1 Tax=Calcidiscu... [more]
A0A2V3IYU6_9FLOR1.620e-5840.19MTS domain-containing protein n=1 Tax=Gracilariops... [more]
A0A7S0G4I5_9RHOD5.030e-5838.65Hypothetical protein n=1 Tax=Rhodosorus marinus Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig13contigP-fluviatile_contig13:2102981..2117458 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Porterinema fluviatile SAG_23812021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score562.8
Seed ortholog evalue1.5e-157
Seed eggNOG ortholog2880.D8LS47
KEGG koko:K06983
EggNOG free text desc.Pfam:Methyltransf_26
EggNOG OGs2S1AS@2759,COG2521@1
COG Functional cat.S
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000
Hectar predicted targeting categorysignal peptide
Ec32 ortholog descriptionS-adenosyl-L-methionine-dependent methyltransferase
Ec32 orthologEc-12_004840.1
Exons11
Model size2184
Cds size1347
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815570.5438821-UTR-P-fluviatile_contig13:2102980..21030671622815570.5438821-UTR-P-fluviatile_contig13:2102980..2103067Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2102981..2103067 +
1693562280.9760501-UTR-P-fluviatile_contig13:2102980..21030671693562280.9760501-UTR-P-fluviatile_contig13:2102980..2103067Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2102981..2103067 +
1622815570.5571275-UTR-P-fluviatile_contig13:2103720..21041061622815570.5571275-UTR-P-fluviatile_contig13:2103720..2104106Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2103721..2104106 +
1693562280.9883492-UTR-P-fluviatile_contig13:2103720..21041061693562280.9883492-UTR-P-fluviatile_contig13:2103720..2104106Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2103721..2104106 +
1622815570.57095-UTR-P-fluviatile_contig13:2104404..21045381622815570.57095-UTR-P-fluviatile_contig13:2104404..2104538Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2104405..2104538 +
1693562280.9963927-UTR-P-fluviatile_contig13:2104404..21045381693562280.9963927-UTR-P-fluviatile_contig13:2104404..2104538Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2104405..2104538 +
1622815570.5807116-UTR-P-fluviatile_contig13:2112782..21127861622815570.5807116-UTR-P-fluviatile_contig13:2112782..2112786Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2112783..2112786 +
1693562281.0054796-UTR-P-fluviatile_contig13:2112782..21127861693562281.0054796-UTR-P-fluviatile_contig13:2112782..2112786Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2112783..2112786 +
1622815570.7001324-UTR-P-fluviatile_contig13:2117232..21174581622815570.7001324-UTR-P-fluviatile_contig13:2117232..2117458Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2117233..2117458 +
1693562281.090898-UTR-P-fluviatile_contig13:2117232..21174581693562281.090898-UTR-P-fluviatile_contig13:2117232..2117458Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2117233..2117458 +


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

Feature NameUnique NameSpeciesTypePosition
1622815570.5903208-CDS-P-fluviatile_contig13:2112786..21129911622815570.5903208-CDS-P-fluviatile_contig13:2112786..2112991Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2112787..2112991 +
1693562281.0152435-CDS-P-fluviatile_contig13:2112786..21129911693562281.0152435-CDS-P-fluviatile_contig13:2112786..2112991Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2112787..2112991 +
1622815570.6030192-CDS-P-fluviatile_contig13:2113535..21138741622815570.6030192-CDS-P-fluviatile_contig13:2113535..2113874Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2113536..2113874 +
1693562281.0244443-CDS-P-fluviatile_contig13:2113535..21138741693562281.0244443-CDS-P-fluviatile_contig13:2113535..2113874Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2113536..2113874 +
1622815570.6156788-CDS-P-fluviatile_contig13:2114301..21144381622815570.6156788-CDS-P-fluviatile_contig13:2114301..2114438Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2114302..2114438 +
1693562281.0339317-CDS-P-fluviatile_contig13:2114301..21144381693562281.0339317-CDS-P-fluviatile_contig13:2114301..2114438Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2114302..2114438 +
1622815570.628735-CDS-P-fluviatile_contig13:2115178..21153071622815570.628735-CDS-P-fluviatile_contig13:2115178..2115307Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2115179..2115307 +
1693562281.0439887-CDS-P-fluviatile_contig13:2115178..21153071693562281.0439887-CDS-P-fluviatile_contig13:2115178..2115307Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2115179..2115307 +
1622815570.643048-CDS-P-fluviatile_contig13:2115708..21157761622815570.643048-CDS-P-fluviatile_contig13:2115708..2115776Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2115709..2115776 +
1693562281.0550377-CDS-P-fluviatile_contig13:2115708..21157761693562281.0550377-CDS-P-fluviatile_contig13:2115708..2115776Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2115709..2115776 +
1622815570.6593654-CDS-P-fluviatile_contig13:2116042..21162451622815570.6593654-CDS-P-fluviatile_contig13:2116042..2116245Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2116043..2116245 +
1693562281.0653358-CDS-P-fluviatile_contig13:2116042..21162451693562281.0653358-CDS-P-fluviatile_contig13:2116042..2116245Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2116043..2116245 +
1622815570.6755598-CDS-P-fluviatile_contig13:2116659..21168191622815570.6755598-CDS-P-fluviatile_contig13:2116659..2116819Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2116660..2116819 +
1693562281.073851-CDS-P-fluviatile_contig13:2116659..21168191693562281.073851-CDS-P-fluviatile_contig13:2116659..2116819Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2116660..2116819 +
1622815570.6900694-CDS-P-fluviatile_contig13:2117126..21172321622815570.6900694-CDS-P-fluviatile_contig13:2117126..2117232Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2117127..2117232 +
1693562281.0822978-CDS-P-fluviatile_contig13:2117126..21172321693562281.0822978-CDS-P-fluviatile_contig13:2117126..2117232Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2117127..2117232 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig13.1839.1prot_P-fluviatile_contig13.1839.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig13 2112787..2117232 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig13.1839.1

>prot_P-fluviatile_contig13.1839.1 ID=prot_P-fluviatile_contig13.1839.1|Name=mRNA_P-fluviatile_contig13.1839.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=449bp
MHRPTKRRRRWPRKSSPFCLAALVLGQSDALVPTAHGPSSAAEALRGQYT
SCAAWFSDTREGMRALLPSRYRHRTRRRSSCNVTRLTRQQMIDMGLVPPE
ENRQQHQQTNQLPLPSADEVDGEDGCCGGDSAAEESGEPVGLIGHFEAMR
LMGQKGKLGSFVGSLDMSLTERDLVSTEEGVALPPAAGGVEPCLVVSWDE
LAVVLKKAKKGQYGCWELYADGNSPSKVSDISESTGRPAMLCAPLRSAGP
PTMVLGGFAMHRISGGDQKSTMEPGLDTERKVSASGARRSNGRVLDTCTG
LGYTAIAAARCKGVTGVVTVELDEVSLRMCSRNPWSREMFDNPKITSLHG
DCCEARKMKTRFKDGEFAAIIHDPPARALCKTTDMYGAKFYEDLARVLKP
GGTLFHYIGNPESKEGGRLFRGVIDRLIGAGFYECKTDKNAFGVVARR*
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mRNA from alignment at P-fluviatile_contig13:2102981..2117458+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig13.1839.1 ID=mRNA_P-fluviatile_contig13.1839.1|Name=mRNA_P-fluviatile_contig13.1839.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=14478bp|location=Sequence derived from alignment at P-fluviatile_contig13:2102981..2117458+ (Porterinema fluviatile SAG_2381)
ATGGAACCCTATCGCAGGGGAAGAAAGGAAAAATTATCGCTTCCGTCATT
GGCTGAGGAGACATCGAAAGGTGTCGGCATCACGGGGGTGAGAGTGTAAG
AGTTGAGATTTGATGCTAAGAACTGACCCTGGTTGCCCCGCTCGCCGATG
TTATCCCGCATTTCCCATGAGATGCTGCGGAGATTCCCTAGGTAGCAGCT
GTGGGAGTTGCGCTGCATGCCTGAGCGCATGCGCGTAGGGGCTCACCCAC
TATCATATGGCGTCTGAGGTGGCCTCATGATAGTCATGTCAGCAACTGTG
GGTACGGCAATGGATTAGTACACGACAAGTTTTGAACATGACAACAGGTT
GGTAGACGACAGGCGACAAAATCCATGCTTTGAAGTCTTTAGCCATGGGC
GCTGGAGACGCGAGGATGTACTCGTTGCTCGGTGGTGTGGCTTGATTTCT
GCATCAAACTGTATTTGCGTGCGAGTTGGCGTGTACCTGTGGATAACAGG
TGAGGTGGTGTGTTCTGGCGCTCTCCTGAGAGCTGCCGACCATGTTCAAG
GGCGGTTTTTGCGCTTCACACCCTTACCCCAATATTTTTGGCAAGGCGTC
AACGCCAACGTCGAACCACACTTAAACACATGAAACAAATCCATTTAACC
CGTTTACTGCTGCACATTCTCCGGTCCATAAATGCTCACCTCGGTCGTTT
TGTTGTTGGGTGCTTGATTTCGCTGCCGTGCCACACCAAGGCCAGCGCCC
CTTCTCGAGCTCTGCTTGGTCTAAAAGCCCTGTACGCCGCCGTCGACGTC
GATCGCCGCAAACGAGCAAGGCTCAACTCGGGGAATCAAGGCTGTGCGTC
AACTTCGCACTGCGGTGGCGGCAGTATTATTCCCAGTCCTGATGGTGCAG
GCGCCGGAATGACAAGTTTCGGAGGAGTTGACCGAACGCCAAGGGCCGAG
ACGCATTGCATGGATGGGGACGGACGGGGCGGCGGATGGCCGTCGATGTC
CTTGGCGCCGCAGCTATCACCCCTGCGAGGGGTTTCCCCGGATTTTTTCG
CAGATATGCCGCTACTGGGCCACCGCTATAGATACGTATCCACCATTGGC
AAAGGAAGGTTTTCAGACGTCATCAGGTATGAACATTTTTGGCGGGCACG
GTAGAGGCCCGTCGTCGGCTTTGCGTGAACCACGGCAGTAGTGGTGAAGG
TATTGTGAGGCTCACACATGATGGCGTCATGAACTTGTTTTAGTGAGGCA
CCGGCGGTTTTGGTTCCACCTTGGACGTGCGACACAAAGTACATACGGAC
GCCAACAGGACTGTCACTTGCAGCCTCCGTGCATCCCCCCAGCCACAAAA
ATCGCGTTGATGAATCGACTTGCCTTTTGCTTTTCTCTTCGGCGATTTTT
GCCTCTCGTCCTCGATTTTTCAAGGGCGGACGACACGTTTCGGCCCGGAA
GATCGGTCGCCATCAAGGTCATGAACGTCGCCTGCGGAGCGATCGCTGTG
CGAGAAGTGCGACTCATGCGATTCCTCGGCTCTATTCCCAACGCCGAATA
TTGTCCAGGTGTGTGCGTGCGTATCTGTCAGATACTGAAAGTGTGTGTAG
TTTTGGAATTGGCGCAAGGTACGATCCGTTTCTCTCGGGTGGAAGCAGAA
TTCCTTGTGTCCAAGGCTTCAGCACCCTCTTTTGTTGACGTTGCGGTAGG
CCCGTTAAGTGTTTGATTGGTCAGCTGCCTAACAACAGCAGCAATGTGGA
TTTCAACCTGCGGCACGCTCGCACAACCTCGTGATGTCGGCAGAGTTGAT
ATTACGGCCATCGCATACATTTTCAGGATTCTTAAAAGCGCCCACGAAGC
GTCCCGTTTCACTTTCGCACCTTCGTCTGTGGCGGCTGTGTTTCGTTGAA
GTGGTGAGGCTGCTCGATGTTTTCACATACCGTGGGCGCTACTGCCTCGT
AATGGAGCTTTTCGACAGTACTCTCTCTCAAAAGCGAGAGCGTGGTGCGG
CGGCGCCGGGACCAGCGAAGCACGACTTCACCACACCCGACGTAGGTCCT
CCCCGGGGGGCAGCTTCACACCTTTTTGATCAGACAGTACCTGATGCCCC
TGGCTGCAAACGATTGGGCATCCAAGCCGACTCGGGCAGTAGATCAGCAG
CGGTTGAATGGGGTATCGAATTTGGAGAAGGAGGATTGCCGATGGCATCC
TCGACCTACACCGGTTTTCCTCGAAGCATCGATGAGCGCATGGGCGGGCA
ACGAACAAGTAGTGAGCCGTCATCTGGCGCCGGGTGTCCCACGCACGTGA
TTCGGCACGTGGCTCTCCAGCTGGTCAGCGCGTTGCTGCTGCTCCACAAC
CATGGGCTTATTCACGCCGACATTAAGCCTGAGAATGTCCTCCTACAGCT
GAAGATTGAAGACGGGTGTGGATATGATCCCGTAGGGGATTTGGAAGATT
CGCCTACTCGAAGCTCACGCCTCCAAGAGCTCATCAGAGGGCGAGTAAAT
GTACAAGGCTTAGAGAGCCTGACGGTGCGGCTGTGCGATTTTGGAAACAC
CATCCACAAGAGTGAGGCGTACCTTTACTACGGCGACTTCGAGATCCAGA
CGCTCGCCTACCGGGCACCTGAGGTGAGGGCTTGCTGTGCCAGTAGGGAG
CGTTGTGCATTGGGAATGGTTGCTGCAAACGAAGCATTCTGCAGGGTATC
TACGCAAGATTATTTTTCAAGACAGGAGGCGCTCACCTCGCCTTCACCAG
ATTCTTCATCACCAGCCCCTACCATTTACGAGTGCGCTTGATTTCGACCG
GCCCCATTTGCCACTTCACTTTACAGGTGCTCATGGGCTGTCCATTCGGC
CCGGCGGTTGATGCGTATAGCGTGGGCATCATCCTACTGGAGCTCTTGAT
TGGGCGGCCTATGTTTCACACTGCCTGCTCGCGTGCCGCTCTGCTACAGC
AGACCTTGTGTGCCTTCGGACCTGTGCCCTTGAGGCGTTTCCGAGTCGGT
CAATACTTTTCGCAATACTTCGCTCAGGACCAATCACTGAAGGTAGGTGA
AAAATAAGCTTGCTCTCGCTACGCCTACTGCGCATCTTGCATGGGAAGCA
GGTTAGGCGGGACGAGAGGGCGACTTGGACTGATCTGCTGCTTGCCGAGG
TCTTCTGATCTCGAACCATCCACTTAGTTAGCGACAGAGTTTCGGTCCTC
CTGCGACGATAGACGATGCCGTCAGTGTCTGCCTGCTCTGCTTCACTTTG
CTCTAGGTGTGCCGGATGGAGGCGCCGTTTGGCAGTAGTGGAGAATGAAG
GCCGCAAAAATCAACTTCTGGTCTGTTGCCTTGGTTGTGTGTTGTCAAAT
TTGAAGTGGACGATCGTTTTGTTGAAAATATTCTGTGTTGTCCTAGGGAG
CATGCATGCACATACCTCCGCGAACTTGAATTAGCGCAAGGCACACCACT
AAGTTCGTGCTTGGTGTACGTAGCTGACGCTGTGAACTCGGCCTGAATCG
CGATTCTAGCTGTTACCAAGGGGTGTGTACGCTAGGTTACACCGAAAGGA
CCTTGGCCTACAGGTCCAAAAGTCGGGTTGTGAAGATTGCGTCTAGACAC
TGCATAGCACTAGTTTTCCGACCTTAAATGTCACCCGCAACCCCCCCTCC
CCTCGACCACGAGCACATCTCAAGGCAATCCTGCGTTGCGGCCTACAACA
CTGGTCGCTCCATCTGGTGAAGTCCACACCAAGCACCTGCAAACACGTCA
TCGCCGGTCACCAGCTCGTTGCTTCCGGTTAATCCTTCGAAATAACGGAA
GCACGCAAAGATCCACCATTCGCGAGCACGGCGTCCATTCTCGATCCACT
TCTTCGAATGCCCGATAGGAGTGCATTGAAAAGTGATTATATTTGTTTTC
AGCTGGTCGAGCTTTGTCGAACTGATTTTGCTGTTGCTCCTCCACTTGAT
AGACCGACACTGCGCGCAAGCTTTTGTTTTGCTGGTCTAGCCACAAGCGC
GCGTAACATTAACACGTTAAAACGAAGGTTCTGACACCAAGAGTTTAACA
CAGTTTTCCCTGCTGTGGGACTTGTGGTCTATCTTGTACTGCAATCTCTT
CTCTCCTTCCGTTACTTTGCGTATCTGCAGTGGTCAAGGTAGTAGGCGTG
ATGCGAGATCGGGCTCGCATGAACGCATGGCTGCATGAAACTTTTTTTTG
GGCTTGTCTACCGTATACTTTTCTCGCGCGATCAAGAGGTTTCGCTTGTT
CCTTTGCCACGGATACGCCCCTTGTCTCCGCCCCCGATCTCCGGATTACT
TCTACGTCCCCGCTTCCCGTAGCAGGTGGGCATATCTTCATCCAGCCCCG
AAGAGGAACATGAACGAACGGGTTGCTGCTCTTGCTGCTGGAAAGGAGAC
TACCCTCCCCCAATCGGAGGAGCAGGGCGGCACGTTTACGTTGCTTCCGC
TGGCAGCTCGTGCGACGGCTGCTGTGCCCAGAGGTGTGGTCGTCAAGATC
AATACAGCGAGGGATCGACACGTTTTGGAGTCGAAAGGCGGCGAGGTTTA
GGTTCAGCTGGATCTGCGCGGAGTTCTACCTGGGGTGTCGCCCATGCACA
CCTCACGCGCCTCGTCAGCGCAGCCGGTGCGGTTTCACCGACATCAAACT
GTTGCGATGAGAAATGGAGTAGCATAGATTTCGCGGAGAATCGTTGCCAA
CCTAGCGCCCGAGTTTGCAAGCCACGTCCCCGCCGTTTCGGCGCTAGCTC
CTCCGGCATTGCCAGACCAAACCCACGACTGTTGAGTCTTCTCGCAGGAC
TGCTCTGCTTTGATCCTGACGAGAGGTTGACTCCTCTCCAAGCCCTGGCA
CATCCTTTCTTCCTCGAGGCGCTACCCTTCGCGTTCCCGCCGACGATGAC
TTCGGACGCTGACAGGCACCCGAGCAAGGCACCGTCTGTGGAAGGCCGAC
CCATGGAGCGAGCAGATGGGAACTTGGAATCATCGGCGCAAATCGGAGAT
CGCGCAAACGTCTTGGCGTCGGCTAGTGCGACTGGTCCACGCGCCACCGC
CCGCCCTGCTGCACATCTGCAAGAAAGTTCGCCGAGCCTCGGCTTCAGTA
GTCGAACATGCGTGAACAACGCTCCGTACGAAGCAGCGTCTTCAGGGAAG
CCCCAAGGAAACAGCGGTCAAGATAGGATTCGCGAAGAGATTGGAGCAGC
CGCCGCCCTAACAGCTCGGTCCGCGTTGTCTCCCCGTCGAGTTGCTCCAA
GCGTTTGCACCTTTGAGAGTGACAACACCGGCAGTGAGCTTGAACCGACC
GCACGGCTTCAGCGGTTGGCGGAGATGGCAGAGGTAATCGTAAGGAAAGG
TGAAGGTGGAGGTACCCGCGAAGGCGACGGCAGCAGCGAAACTCCCAGCA
CCGTTCCGCTATCGTCGCCACGCAGAAACCCGTTTCTAAACGCCTCAATC
CTCGCCAAGTTAAAGCGCGAAGAAGAGCCCTTCACATCCGGAACCTCAGG
AGTTTCTGGAACATCACGGCTGCAAATGTACCAGCAAGCCAATCATGGCT
TGGCTACTACGCCATCGGCAACAATAACAAGACGACGAAAGCGTAACCGC
TTCCTATCTCCGGCAACTCTCGCCCTTCTCAATCCTGAGCTAGGGTTAAG
GACGCATGCTACAACACCGGCGGTCGCAGCGTCACCTGCGGTAAACGGGA
CGGCAGGGAAAGTGAGGGAAGGTGCAACGCTGGATCGGTTTGGGTTGGCC
AAACGAAGCACGACGACAACAGCAAGACCAAAAACGACAGTAATGCCACT
GCAAAGGAAAAGCCCACGGAAACGAGACACTTTTTCACCACCACAAGAGG
CGAACGCCTCGCCCTCATCGACAACCTCTACTCGGGCAGCGACTAGAGCG
ACGTTGGAGGCAGCCCAGCACCAACTGGAGGAGGAAGAGACAGAGAGAGA
GGAGGACAGAGAGGACCATGCCCAATGTGAACCACGAGGGCCCACAACTA
CTAGCAAGAGAGGGCGCTCAAGAAAATCGGCAAAGGGCGATCGGACACGT
GCTGCGGGCAACAGCCACACAGCAACGTCTCCGATGACACGAGGGGGGCG
GACGACGACTCCGCGCAGAGCAGCTGTCGCGGCAGAAAAGGCTCTCATGC
GACTGAGAGAAGATGACGAATCATCCGACGGTTCCATGACATTGTGAAGT
TCGTAAAGATTTCTATAGCGAGTTGACGTAAAGATTCCAGTTCGTATGCG
TTTGCGTTTGCATAGCGCCGTGTTTTGGGCGACCACTGAAGTGGTTTCAC
AGTTTAAAAACATAAGCAGGAAACTTACGTTCCTTTGGCTTTAGGAAACA
AAACACGCTCAAATATCGAGGGAATTTCGATTGAAAGAAGTGTCCGACCA
AAAACGCATGATTGTGAAAACGAACCGGTCGTCCGCCACGTGCAACAGCA
TGTGGCACACCGACTTCGCAGACTCACCGGGGTGGGTGTTGATGCATACG
TCAGGCTTCCTTTCCTCCAAACCGAGCCCCGGGACTCTCAAGCTCCCGGC
TCAACTCTCGAATCTAGTGGCACCGGCAAGATTGCGAACGCGGTACGGTG
TAAGAGCTCGTGCTTTTGACAACATTCGCGAGAAGAAATGGTAGCCAGAG
CCTGGGGGCATACAGCCACATCGGCGATGAAGGCGTGCTTCCATACGCTA
CCACAAACCAACGGTTTACCATAAGCTGTCGTTTCACACAGTAGGCAGTA
GGGGACATAGCGTGATACGTGCCTGAGACTTCTCTGCAAAATATCTTACA
GCATGTGAACTTGCACCCACACGCCGGCATGACGCTCTTGGCTTCCTTAC
CACATGGGTCGGCCGCTCTCACCTCATGTATTTCCGACAGGTAACGGTCG
TCCAGAAAGGGACGGAGACCCAGAGCCTCTCGGTAAGCCGTGATAGTTTC
TCCGGGAGTGTCATACCCGAGATCGAAGACGACGGTTTCCTATGGCAGAG
GACAAGCAGCGGCGATGATCACCATCAAAACTTTTGTTCGACTCCGGTTT
TGCGAATCGTGCAGCGATTGAGAGAATGCCGGCCTACAACACTGTGTACC
GAGCATCTTACCGACCAAGGGCTTGCGATCTTCCTAAGGAGCGATCTGGT
CACGGACAATGGTCTGCGACTGCGCAACTTTCGTGCCTCAAGCAACAGAG
CATTCCCCTTGGAGCTAAGCACACTGCATCCCGTTTTTAGTGATGTACCG
AAGGCGCCCAGTCAAAATCCGACAAGGCTCAACCCCCAAACAATCCACGG
TATGTACCTGCATCTCCAGCTCGCTCTGGTGCATTCGGAGTAGCCCTGCC
ATCGCCCTCACCATGTCCACCGGCGACATGGCGCAGCCAGAATCGCCGCG
GCTCAATGCCTGGAGGGATGCCCTCGCCCGCACGACTTTACGTGCTTCTC
GGCTTACCACCTCATCCGTATTATAGCTCGATCCTGAAATAGTTTTGTTG
TTGCCGCGCTTGTGAGGGAGGACACAACCATCACCGGGACGTGGAAGGCA
TGCGACTTGCACGGCCGGGAAATCCAAATTACAACACTGCACCCAATCCA
TCGGCAAACAGGAGTTCTACATCGAGTAATTGACACGCGATGTGTGACGT
GGAGTTCACTCGGCGTTCACGCCTACTTCTCCGGGAGCGAGTCGCCGTTC
ATTAGTTTACGTGCTTTCACACGGAAAGGTGCCAAGTGCACGTTTTTCAG
GGATGAGATCAACAACGCATCCCGGGGCAAGCCTTGAAGCCATAATCGGC
GGGGCTACGCGAGTGGTGAGAAACTAAACCCAAAGAAAAAACGGCGATGA
AAAATGGTGAAAAATGCCGGAAGTGAACTCGACAAACACGGCAGTGGTCC
GAACCGGACGGGGCAGCTGCTTTGGGTGCTGTGTGCATCAGTTCGCAATC
AGATCTGACACGACCAACGAAGCAGAGCGAAGGTAAACTCGTCGAGGGAA
TCGATGACTCCAATCGGCAACTATTTTACCAGGTACAACGCGCAACACTC
GGCCGCACAAGACGTGTGTAGTTGTCTAATACTGCATTTTGCTACGCATC
GCTCCATTGCTCACAAAGCCTGGGCACTGTAGGTCTCAGGATGTTGTGTC
GTCCGCCTTCCCTTCGTCTCGTGAAGGGGCCCTCACTAAACTGCTGCCAA
AGAGGGGCAATCAATTCTCAAGCACTCATGAGGAATGCTGCGAGTATCAT
ACCCGGGCTGCACGGAAAAAACGCACAACGAATCTTTGGCTGAACCTGCT
GTTCTTGATTGCATCCTCGAAAAGCTCGGCCCCTCGTTCGTGGGCCATGC
GAAAGCCTTGATCGCCATCTATTTTCACGAAATTGAATGTGCTAAAAGGC
ATACTTCCAATAACCCACCGTTATCCATTCCTCGCTCTTATCTCTCTCAC
TTATGCACACCCTTGCCCGCTCGATCTCCTCTCTCATGAGCTGCAGAGTC
GCCTCGCTGCGTGCCAGCTGTTCCCGCGCAAGGACTAAGGCCTCCTCGGC
CCTGAAGTACGCTCTGCGCGCCACGTCGTCGGTGTCATCAGCGTTTGTGA
TTCCGCGGGGAAGGGACCCAAGCAATGCTACCCGTGTATCATCATGCTGA
CTGTCGAACAGGTTCGGGGCCGATAGTGCTAATGCTGCATCTGTAGCAGC
GGTCGCCGGCTCACGATCTGCAGTGAAGGCTCCACGGGCGCCTGCTTGGG
GCGCCGCGAAAAGCGATCGAGAAAGGTTCCCCAAACAAAATGAAACATGA
CAACGCCCGAGCTCGCGAGAGCACGAGGAAACGCGCAAGTGCGGTGGGTA
CAAGATCACCCGGGCGGTGGCCTCGTGTGGTGCTGTAACGAGTTCCGATA
TCTCTCCTTCCCGGGCGCCTCGCCTTTCGCTGCCCGCCGCACCCTCGCAT
GGGGTTTTCAACGGGCATTTTCATGATTGGGCATCTGTGTGTACAGGACA
CAAGATAACACACCCCCTTAACCGATTTTTGAAGCTCGATTTCTCAACTG
CAGGAACAGTCACAGCGCCGAAAATGGCGGCGTTGAAACCGTCTCGTCGA
GAGCTTTTCGAAAATGTATCATTTCGTTTATGCATCCTCTTCGTCGTGGA
GTATTCGAGCATTGAAAATCGGTCCAGGGGGTGTGTTATCTTGTGTCATA
TATGGTATACGACCACTTTCAAATTTGTCAAAACTGACATAATTACTCCG
CCTCAGGTACAGCGCGGTCGATGCTCAAAATGACGCAGTAGCACAACGAC
GTGAACGGAGGCATGCGCACGGTGAGTTGTCAGCAGCTCGCCCTCTCCCT
CAAGAAGATTGTTTCACACAGAAGTCAAGGACTCACAAATCACAAATCAT
TATCTCCCCCACACCTGCAAATACATCCAGAGCGCGGATGATCACTTCAT
TCCCTCCGCTTTGGCTGTCCACCAAGGCATCGAGGGCGCACCAGTGCGCT
TCAATCTGAGCTCTGATTCTTCCTTGATCCATGTCATACGACCACACACA
CTGCCACAATGCGGCCGAGCGGGGCGCAGCTCCACCGGGAAAAGTTCGCG
GCATTGGGGGCAGCCCTCATTTTTTTCATACACGGAAGAGGTGTTCCATT
GTACGAAGGCGGCTTGTACACGAGGGGACGGCCTGCATGATGCTTGAGCG
ATGACGCGATGAGGCTATGAGGCAATGCCCACACAATCCAGGCCTTCAGG
CTGAACATTTGTGGTTCCTGTTCCTCGTTGTTCGCCCCTTCTCCATTTCC
AGCTGCATGCATCGGCCAACGAAGCGGCGAAGGAGATGGCCACGGAAAAG
TAGTCCGTTCTGCCTTGCAGCTTTGGTACTTGGCCAGAGCGACGCTTTAG
TCCCCACAGCACACGGGCCTTCGTCGGCTGCTGAGGCATTGCGGGGACAA
TATACTTCATGCGCCGCATGGTTCTCAGATACGAGGGAAGGTATGAGGGC
TTTACTGCCAAGTGAGTATTCCATCTCCCGCGATCCCGTCCTTGTGTTGG
ACATCAGTTCACAATGGCTGCGGTTAGTCACAATTGAACTGAAGCGAGGA
ATTAGTGATATTATACAGAGCTGCCGAGTGTGTCGGTCAAGAAATAACAA
CTTTTAATTTTTCTGTGATCGTGCAGTTGCATTCATCACCAAGTCGGAGT
ATCTCTTCAGCGGTTTGTTCGTGTCTCAATTTTTGAAGACGCCTTCAGCG
GTTGTCCGGCCGATATCCTGAGCTGTCCGTCCTGTACCTGCTGCTGTGGA
ACACAGTCTCGGTCACATTATCTCTGCTGACCTTGTGTCGCACGAGTAGA
AGTTGTACGTTCGGTATTTCATCACTTAAGTTACTGGAAAGTTCGAGACG
TTCCGTAGCAGAATGCCGAATATCAAATCCCCGCATACGCAAGGCCAATG
GTTGCCTCAAGCGGGAAAAGCGCAGCATTGGTGCACACTGACACGGCACG
GGCACTGAACCCGGCATCCCGACGTACTTGAACCCAAAACCACTGCACGT
AACAGGCCGTTACCGCCACAGAACTAGGCGACGAAGCAGCTGTAACGTGA
CGCGCCTCACGCGACAGCAGATGATCGACATGGGCCTTGTGCCACCAGAG
GAGAACCGCCAGCAGCATCAGCAAACGAATCAACTCCCTCTTCCGTCGGC
CGATGAAGTAGACGGGGAGGACGGATGTTGCGGCGGCGATAGTGCTGCAG
AAGAGTCAGGAGAGCCCGTCGGATTGATCGGGCACTTTGAAGCGATGCGT
TTGATGGGTCAAAAGGGCAAATTGGGAAGCTTCGTTGGATCCCTGGACAT
GAGCTTGACTGAGCGGGACCTGGTGTCGACGGAGGAGGGTGTAGGTGGGA
TACACTTTAGCCAGGATATCCCACGGAACTTGGTTTTGCAGATGCAGGCC
AACCTTGGCGCACACTCCCAGTGGTGGGCAAAACGACGGGCGGGTTGCGC
GACGTGGGCACCAAAGCACAGAACCGTTTCTAGCGTCATCGCTAACAGCC
GTAGCCTACTGTTCGGTTCCTGGTTGCAGTAACGCAACAAGCTTACAATG
TTTATGTGCCCTGCTGACAGCGAATCGTCGCGGTGTGTGCGAAGTCTTTC
TGTGTGCTGCACGGTTCTGGTCGGCGAAGTCCTTGGTTAGCCAGAAAATT
TTCTTACCAGATCGCCCAATCATGCCCCGAACGATGCACTGCAAACTTGG
TTTGGTTTTGATAAAAACAAATCTGTCGCCCCCGCCTTCCCCGCTGCGGC
AATATCCCTACGACCCTCAAGCGCTACCACCTGCAGCTGGAGGGGTTGAG
CCGTGCCTGGTGGTTTCTTGGGACGAGCTTGCGGTAGTGCTGAAGAAGGC
AAAAAAGGGGCAGTATGGGTGCTGGGAGCTGTACGCAGACGGCAACAGCC
CTTCGAAGGTAAGAAGCGTCGATGCCCATATCTTTGGTATGATGAAAACG
CTTCACTGGAAGCATGGCCGCGTGCGTGGTCGCAAGTCAATTTTCGTGCA
CGCTCCTGGTTTGCTCGCGAAGTCGTCCCCTAGTTGCTTCGAGGGAAGAG
TAGTGCTGCCTGCTTTTGCGAATGAATGCCATCGTATTTTTTCTGCTGCT
GTGGCTCTTGACACCGCCTTGCTCCCATGCGGTAGGCCATTGAGTGTTGC
TGAGAAATATGTCGGCTCTCAACAAGGTTTACATGTTGTGCCCATTCACG
CCATTCGGTCTTGAATCTCCATGTCGTGTGCGCGGGAAATGTAGGTGCAC
CTCGTGATGCATTTCTTCACGCAACAGAAAAATGTCGATCAAGCAACTAC
GATCGATTGTCCACCCGTGACTACCAAAGGTTAGGCCAATACACGACAGA
GCGACGGTCTTCTACAGTATATATTGTGTGCTGGCATGCGCTTCACCGTT
TTCCAAATTTGTTTATCCTACTTCCGATGCACGGTGGCTACTAGGGACAA
GACAGGAAGGGAGAATGTGTCGATACCACCCAAATTTGTGTGGTAACTCC
ACCATAGGCATGAATGGTGCGTCGCCTCGAAGGCCATGCAAAATAAATGG
GCAACTGACTCTTCGTAGGCAACAGATGAAAACCCTCACGCCCACAACCG
CCAGCATATCCACAAGACGGCCCGTGTTCTCGCTGGCTTGCTTCCCAGGT
GTCGGACATCAGTGAAAGTACAGGCCGGCCGGCCATGCTCTGCGCCCCTC
TTCGATCCGCCGGCCCGCCCACGATGGTCCTCGGGGGGTTTGCGATGCAT
CGAATAAGTGGCGGTGACCAAAAATCGGTAAGGCTCGGTTCTATTCGGCG
CGTCCTCGCGATTAGACGGCCCAGTACGTGTGGTTATACCAGCCGTTCAC
ACCTTGTAGGAGGCAGCCCCCTGAGCTGGTTTGAACGTCGCTTTACGGAT
ATTTTCGCTATCGAGCACATGCAGAAGTGATGTTCTTCTGGCTCTTCCCA
GGGGATGTGCGAGTCGTTGTTCGCATATTTGATTCTCTCTTCTGCAAGCT
CTGCTTGCCGGAATTTCACACCCGCTGACATCACACGCCGAATTCCCACC
CTCAAGTGAAGCCCCTAGTTCGTGTGAATCCCTCATCGTGGGCCGTCGAT
GTTTGTTTTCCTTCCCGACATCCCTCCGTTTCTGCGTCGTAATCGTCGCT
TCCCTTCGCCGGCGCCGGTTCTCGGAAGACCATGGAGCCGGGGCTGGACA
CTGAACGCAAGGTGTCAGCTTCCGGCGCGCGCCGGTCAAATGGGAGGTAC
CTTTTTGCGTTACTCGTCACCTAGGCCATGCGCTCGATGTTCATGCTTTG
GTGGAGAAGTTGATGTCGACGTCTAGAGAAAAATTTTCACTCGGCGACTC
GCAGTTTTCTGTGTGGACCTGTCCACCCCGGTAAGGACGGCGGAATCGGT
GTTAGTCCACTACGACGATCCAGTTTCGATGCTGTTGCAGGTACATGGCG
CCAAATCAGAATCTTCCCCTTTCCTGATCCTGCGTCTCTTACGTGTTCGC
GCTTGCACGCAGGGTTCTAGACACATGCACAGGCCTGGGCTATACGGCAA
TCGCGGCAGCCAGGTGCAAAGGAGTGACCGGTGTGGTGACGGTCGAGCTC
GACGAGGTGTCTTTGAGGATGTGCTCGCGTAACCCGTGGAGCCGGGAAAT
GTTCGACAACCCGAAGATCACAAGTCTTCACGGGGACTGCTGCGAGGCAA
GAAAAATGAAAACGCGTCGTAATTCTAGCCATCTTTTGAGCCCGAGCAAA
ACTACTTCTTTATGTTCCATGTGCTCCTGATCTTTTGGTTCATGAACTAG
ATTTTTTGTCGCTGTTGACCAGCTGCCTCCCTCCCATTCCCTCTTTGCGA
TATACCTTATCAGCGCCAATGGAAGGGAATCATGATGAGTGGATGCCTTT
TTTTTTAATTGTGTGACAAGAAGATGTAAACTCGTGTTTTTCCTACTTGC
TCACGTCACAACGAATATGTACTTGTCGGCATTTGCGACAAGCAGCATTT
TCAGGCAGCAGGTCGGCAGCGCAGTGGAACTAACAACCGATCCTCCCTTG
ACAGCAAAATGACGTCGTGTTGACCCCCTCCATCTCGTTGTCTTGATCAA
ACGATCAACTTTGATTTAGATTGTCAAAGGTTTCAAGGACGGCGAATTTG
CCGCAATAATTCACGATCCGCCGGCTCGCGCCCTCTGCAAGACTACGGAC
ATGTACGGGGCGAAGTTTTACGAGGACCTCGCCAGGGTTCTCAAGCCAGG
CGGGACTCTGTTCCATTACATCGGGAATCCTGAGAGCAAGTGAGATTTGA
CCGGCAAGGGTATAAAATAACCTGTGGTGGTCGCTGCGCAAAAGGCCGCC
AATCGATTGTAGATTATCTGGTTTATGGTTTAAAATTTCCCAGCTTCGCT
CGAAACAGCTGGAAGCCGGCGCAAACACCGTGCTTTTTTCTTGTGTCTTC
TCCTTGAGCGTCACCTGAGCAATCCCTGCGGCGCGGTTTCATAACTGCCA
GGCTTCTCATCCCTTGTCTCACACCCCGTCGTATCCTCATCCTTCTCTCT
ATGCTCTGTGCCCAAATGTCTCGCGTTTTCCCCTTTTCTGTTTCAGAGAG
GGTGGACGATTATTTCGAGGGGTCATCGACCGTCTCATCGGTGCCGGGTT
TTACGAGTGCAAAACGGACAAAAACGCGTTCGGGGTTGTCGCGCGTCGCT
GAAACCTCGACCTGCCGATGACCTGCCGATGGAGCGAAAAGTGGGAGCAA
AGGTTCGCTGATCGATCTGCCGCTGGGGTACCGCTGTCACAGAAGTTCCT
ACCAGCGAGTAGAGAGGCGTGTGGGGTACGGATGCGTGTGTTGTTCATGG
ATGTGAAGATTTCGGCGCGGTGGGTAGGCCTTGCACCTAAGTATATGGAA
AAATCTTATCTGCGTTATCGCGCTGCTG
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Coding sequence (CDS) from alignment at P-fluviatile_contig13:2102981..2117458+

>mRNA_P-fluviatile_contig13.1839.1 ID=mRNA_P-fluviatile_contig13.1839.1|Name=mRNA_P-fluviatile_contig13.1839.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2694bp|location=Sequence derived from alignment at P-fluviatile_contig13:2102981..2117458+ (Porterinema fluviatile SAG_2381)
ATGCATCGGCCAACGAAGCGGCGAAGGAGATGGCCACGGAAAAGTAGTCC
GTTCTGCCTTGCAGCTTTGGTACTTGGCCAGAGCGACGCTTTAGTCCCCA
CAGCACACGGGCCTTCGTCGGCTGCTGAGGCATTGCGGGGACAATATACT
TCATGCGCCGCATGGTTCTCAGATACGAGGGAAGGTATGAGGGCTTTACT
GCCAAATGCATCGGCCAACGAAGCGGCGAAGGAGATGGCCACGGAAAAGT
AGTCCGTTCTGCCTTGCAGCTTTGGTACTTGGCCAGAGCGACGCTTTAGT
CCCCACAGCACACGGGCCTTCGTCGGCTGCTGAGGCATTGCGGGGACAAT
ATACTTCATGCGCCGCATGGTTCTCAGATACGAGGGAAGGTATGAGGGCT
TTACTGCCAAGCCGTTACCGCCACAGAACTAGGCGACGAAGCAGCTGTAA
CGTGACGCGCCTCACGCGACAGCAGATGATCGACATGGGCCTTGTGCCAC
CAGAGGAGAACCGCCAGCAGCATCAGCAAACGAATCAACTCCCTCTTCCG
TCGGCCGATGAAGTAGACGGGGAGGACGGATGTTGCGGCGGCGATAGTGC
TGCAGAAGAGTCAGGAGAGCCCGTCGGATTGATCGGGCACTTTGAAGCGA
TGCGTTTGATGGGTCAAAAGGGCAAATTGGGAAGCTTCGTTGGATCCCTG
GACATGAGCTTGACTGAGCGGGACCTGGTGTCGACGGAGGAGGGTGTAGG
CCGTTACCGCCACAGAACTAGGCGACGAAGCAGCTGTAACGTGACGCGCC
TCACGCGACAGCAGATGATCGACATGGGCCTTGTGCCACCAGAGGAGAAC
CGCCAGCAGCATCAGCAAACGAATCAACTCCCTCTTCCGTCGGCCGATGA
AGTAGACGGGGAGGACGGATGTTGCGGCGGCGATAGTGCTGCAGAAGAGT
CAGGAGAGCCCGTCGGATTGATCGGGCACTTTGAAGCGATGCGTTTGATG
GGTCAAAAGGGCAAATTGGGAAGCTTCGTTGGATCCCTGGACATGAGCTT
GACTGAGCGGGACCTGGTGTCGACGGAGGAGGGTGTAGCGCTACCACCTG
CAGCTGGAGGGGTTGAGCCGTGCCTGGTGGTTTCTTGGGACGAGCTTGCG
GTAGTGCTGAAGAAGGCAAAAAAGGGGCAGTATGGGTGCTGGGAGCTGTA
CGCAGACGGCAACAGCCCTTCGAAGCGCTACCACCTGCAGCTGGAGGGGT
TGAGCCGTGCCTGGTGGTTTCTTGGGACGAGCTTGCGGTAGTGCTGAAGA
AGGCAAAAAAGGGGCAGTATGGGTGCTGGGAGCTGTACGCAGACGGCAAC
AGCCCTTCGAAGGTGTCGGACATCAGTGAAAGTACAGGCCGGCCGGCCAT
GCTCTGCGCCCCTCTTCGATCCGCCGGCCCGCCCACGATGGTCCTCGGGG
GGTTTGCGATGCATCGAATAAGTGGCGGTGACCAAAAATCGGTGTCGGAC
ATCAGTGAAAGTACAGGCCGGCCGGCCATGCTCTGCGCCCCTCTTCGATC
CGCCGGCCCGCCCACGATGGTCCTCGGGGGGTTTGCGATGCATCGAATAA
GTGGCGGTGACCAAAAATCGACCATGGAGCCGGGGCTGGACACTGAACGC
AAGGTGTCAGCTTCCGGCGCGCGCCGGTCAAATGGGAGACCATGGAGCCG
GGGCTGGACACTGAACGCAAGGTGTCAGCTTCCGGCGCGCGCCGGTCAAA
TGGGAGGGTTCTAGACACATGCACAGGCCTGGGCTATACGGCAATCGCGG
CAGCCAGGTGCAAAGGAGTGACCGGTGTGGTGACGGTCGAGCTCGACGAG
GTGTCTTTGAGGATGTGCTCGCGTAACCCGTGGAGCCGGGAAATGTTCGA
CAACCCGAAGATCACAAGTCTTCACGGGGACTGCTGCGAGGCAAGAAAAA
TGAAAACGCGGTTCTAGACACATGCACAGGCCTGGGCTATACGGCAATCG
CGGCAGCCAGGTGCAAAGGAGTGACCGGTGTGGTGACGGTCGAGCTCGAC
GAGGTGTCTTTGAGGATGTGCTCGCGTAACCCGTGGAGCCGGGAAATGTT
CGACAACCCGAAGATCACAAGTCTTCACGGGGACTGCTGCGAGGCAAGAA
AAATGAAAACGCGTTTCAAGGACGGCGAATTTGCCGCAATAATTCACGAT
CCGCCGGCTCGCGCCCTCTGCAAGACTACGGACATGTACGGGGCGAAGTT
TTACGAGGACCTCGCCAGGGTTCTCAAGCCAGGCGGGACTCTGTTCCATT
ACATCGGGAATCCTGAGAGCAAGTTTCAAGGACGGCGAATTTGCCGCAAT
AATTCACGATCCGCCGGCTCGCGCCCTCTGCAAGACTACGGACATGTACG
GGGCGAAGTTTTACGAGGACCTCGCCAGGGTTCTCAAGCCAGGCGGGACT
CTGTTCCATTACATCGGGAATCCTGAGAGCAAAGAGGGTGGACGATTATT
TCGAGGGGTCATCGACCGTCTCATCGGTGCCGGGTTTTACGAGTGCAAAA
CGGACAAAAACGCGTTCGGGGTTGTCGCGCGTCGCTGAAGAGGGTGGACG
ATTATTTCGAGGGGTCATCGACCGTCTCATCGGTGCCGGGTTTTACGAGT
GCAAAACGGACAAAAACGCGTTCGGGGTTGTCGCGCGTCGCTGA
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