mRNA_P-fluviatile_contig78.14185.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig78.14185.1
Unique NamemRNA_P-fluviatile_contig78.14185.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: Q8QNN8_ESV1K (EsV-1-23 n=1 Tax=Ectocarpus siliculosus virus 1 (isolate New Zealand/Kaikoura/1988) TaxID=654926 RepID=Q8QNN8_ESV1K)

HSP 1 Score: 771 bits (1990), Expect = 2.010e-274
Identity = 403/566 (71.20%), Postives = 462/566 (81.63%), Query Frame = 1 
Query:   67 ALVRLRGDLKSGPTQVRFGGVAGRSGRPQAKRVTYDPSAGKMRVSSSNAKKKKLGLNPTRSTIDDRVETAKARVRGREQAKDKQNQCNVMEFMKSVADPSKNKQGKYADTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLNRRGREFTQSLVIVDKAHC-NGLSLGSLYKSDVRYIMLLSGTPAPNTPSEIVPLINLLCRKKEERWTTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGTEFPSADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGVVTPKIAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQKPCEHEHVDVYIYQSVFSTKQPRGVKCFDAHVLIDASKKWKKVATMIEKIMKPASINGDQSCKR 1761
            AL+RL+ DL     +V  GG+ GRSGRP+AKRV YDPS  K RVS S +  + L  NPTRST+D RV+TA+ R +GR Q   K+NQCNV+EFMK VADP++NK+ KYA+TKGLL+AHGMGSGKTLTSLWVAKEYIA+NRV FVNILAPNVAVGEFIDSFERAGITPQ AGKIRVL HDEF LN++ REF++SLVIVD+AH   G+   +L K+DV Y+MLLSGTPAPN PSEIVPLINLL RK+E+ WT +KWD   TT   K+ FL++KVS+YNIGPKYNYLR+RGTEFPSA+NFPGY+VSTR+VKLS SQNA Y++LNK VKKES  EREK +PFYARER IVNTHPKR     R  G G VTPKIAKVA    R+IKK HG  QSKQDP RL RGRLLLYAY++ T  DLEGEI  LCA+K  +SP+I  YNG TSA ER+RIKEAFNNGE D+LIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQ+IGRAIR+KSH +PC+H+HVDVY+YQSVF TKQ +GVK FDA VL DA KKWKKVA MIE +MKPASI    SC +
Sbjct:   55 ALLRLQEDLVPSKKRVDVGGMVGRSGRPRAKRVRYDPSTAKKRVSPSKSAPEIL--NPTRSTVDARVDTARTRAQGRNQETQKKNQCNVIEFMKRVADPTRNKEEKYANTKGLLIAHGMGSGKTLTSLWVAKEYIAKNRVKFVNILAPNVAVGEFIDSFERAGITPQTAGKIRVLTHDEFALNKKAREFSKSLVIVDEAHMFTGMKYDALAKADVSYLMLLSGTPAPNAPSEIVPLINLLHRKREDHWTRQKWDKSTTTPSEKKKFLRDKVSMYNIGPKYNYLRQRGTEFPSANNFPGYKVSTRNVKLSPSQNAAYMKLNKTVKKESPGEREK-HPFYARERVIVNTHPKR-----RHVGRGNVTPKIAKVASDVARDIKKSHGRNQSKQDPNRLGRGRLLLYAYHRDTITDLEGEIRRLCADKNIVSPQISTYNGDTSARERMRIKEAFNNGEMDLLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQVIGRAIRFKSHHEPCKHKHVDVYVYQSVFVTKQAKGVKVFDAQVLFDAVKKWKKVAHMIENVMKPASIKNAASCDK 612
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: D8LP58_ECTSI (Helicase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LP58_ECTSI)

HSP 1 Score: 763 bits (1970), Expect = 1.970e-271
Identity = 401/578 (69.38%), Postives = 466/578 (80.62%), Query Frame = 1 
Query:   31 KEQKTGKKKPPLALVRLRGDLKSGPTQVRFGGVAGRSGRPQAKRVTYDPSAGKMRVSSSNAKKKKLGLNPTRSTIDDRVETAKARVRGREQAKDKQNQCNVMEFMKSVADPSKNKQGKYADTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLNRRGREFTQSLVIVDKAHC-NGLSLGSLYKSDVRYIMLLSGTPAPNTPSEIVPLINLLCRKKEERWTTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGTEFPSADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGVVTPKIAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQKPCEHEHVDVYIYQSVFSTKQPRGVKCFDAHVLIDASKKWKKVATMIEKIMKPASINGDQSCKR 1761
            KE +  KKK    ++RL+ DL S   +V  GGV GRSGRP+AKRV YDPSA K RV  S    K L  NPTRST+DDRV+TA+ R  GR+Q  +K+NQCNV+EFMK VADP+KNK+ +YA+TKGLL+AHGMGSGKTLTSLWVAKEYIA+NRV FVNILAPNVAVGEFIDSFERAGITPQ+AGKIRVL HDEF LN++ REF++SLVIVD+AH   G+   +L K+DV Y+MLLSGTPAPN PSEIVPLINLL RKK++ WT +KWD   TT+  K+ FL++KVS+YNIGPKYNYLR+RGTEF SA+ FPGY+VS R+VKLS SQNA Y++LNK VKKES  +REK +PFYARERKIVNTHPKR+         G VTPK+AKVA    R+IKK H  KQSK DP RL RGRLLLYAY+K T  DLEGEI  LC EK  +SP+I  YNG TSA ER+RIK+AFNNGE D+LIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQ+IGRAIR+KSH +PC+H+HVDVY+YQSVF TKQ +GVK FDA VL+DA KKW KV+ MIE +MKPASI    SC +
Sbjct:   43 KEAEAKKKKIARQMLRLQEDLVSSQKRVGVGGVVGRSGRPRAKRVRYDPSAEKKRVRPSKPAPKML--NPTRSTVDDRVDTARTRALGRKQETEKRNQCNVIEFMKRVADPTKNKEKQYANTKGLLIAHGMGSGKTLTSLWVAKEYIAKNRVKFVNILAPNVAVGEFIDSFERAGITPQIAGKIRVLTHDEFALNKKAREFSKSLVIVDEAHMFTGIKYDALAKADVSYLMLLSGTPAPNAPSEIVPLINLLYRKKKDNWTKQKWDKSTTTSSEKKKFLRDKVSMYNIGPKYNYLRKRGTEFHSANKFPGYKVSMRNVKLSPSQNAAYVKLNKTVKKESPGQREK-HPFYARERKIVNTHPKRQ--------KGRVTPKVAKVASDVVRDIKKSHSRKQSKHDPDRLSRGRLLLYAYHKDTIADLEGEIRRLCDEKNIVSPQISTYNGDTSAGERMRIKQAFNNGEMDLLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQVIGRAIRFKSHHEPCKHKHVDVYVYQSVFVTKQDKGVKVFDAQVLLDAVKKWTKVSHMIENVMKPASIKNAASCDK 609
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A6H5JDR8_9PHAE (Reverse transcriptase Ty1/copia-type domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JDR8_9PHAE)

HSP 1 Score: 230 bits (587), Expect = 7.480e-64
Identity = 131/224 (58.48%), Postives = 157/224 (70.09%), Query Frame = 1 
Query:  109 QVRFGGVAGRSGRPQAKRVTYDPSAGKMRVSSSNAKKKKLGLNPTRSTIDDRVETAKARVRGREQAKDKQNQCNVMEFMKSVADPSKNKQGKYADTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLNRRGREFTQSLVIVDKAHC-NGLSLGSLYKSDVRYIMLLSGTPAPNTPSEIVPLIN 777
            +VR GGV GRSGRPQAKRV YDP   K RVSSS +    +GL+PTRST DDRVE+A  R RGR+Q  DK+ +CNV++FMK VAD +KN++  YA+TK                           +V FVNILA NVAVGE I+SFERAGITPQ+AGKIRVL HD F LNR+ R+F++SLVIVD+AH    +   +L K+DV Y+MLLSGTPAPN PSEIVPLIN
Sbjct:  435 RVRVGGVVGRSGRPQAKRVQYDPGTAKKRVSSSKSAPT-VGLDPTRSTFDDRVESANTRARGRKQETDKKKKCNVIDFMKRVADLTKNEEKIYANTK---------------------------KVKFVNILASNVAVGELINSFERAGITPQIAGKIRVLTHDGFALNRKARKFSRSLVIVDEAHMFTAIKYDALAKADVSYLMLLSGTPAPNVPSEIVPLIN 630
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A6C0F7I3_9ZZZZ (Uncharacterized protein n=1 Tax=viral metagenome TaxID=1070528 RepID=A0A6C0F7I3_9ZZZZ)

HSP 1 Score: 113 bits (282), Expect = 5.090e-23
Identity = 134/492 (27.24%), Postives = 231/492 (46.95%), Query Frame = 1 
Query:  391 DTKGLLVAHGMGSGKTLTSLWVA----KEYI----ARNRVNFVNILAPNVAVGE--FIDSFERAGITPQMAGKIRVLMHDEFF-LNRRGREFTQSLVIVDKAHCNGLSLGSLYKSDVRYIMLLSGTPAPNTPSEIVPLINLLCR---------KKEERW---TTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGT-----EFPSADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGV--------VTPKIAKVAKVFFREIKKQHGPKQSKQDPK------RLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQK-PCEHEHVDVYIYQSVFSTKQPRGVKCFDAHVLIDASKKWKKVATMIEKIMKPASI 1737
            D+KGLLV HG+GSGKTLTS+ +A    KE I    A  + N+   +A   A  +   I SFE +  T ++  K +VL+ DE   L    R+ T++++   K                  I+LL+GTP  N P++I  LIN++ R         K E+ +   TTK  + P           Q  + + +I  +  Y+++ G      E  ++ N+P   V  + V +S    AE  ++++ ++ E              +RK++  +         KPG  V                   +    ++     + K  PK      +++     +  Y+   +  ++    LL  +K N++ +  L+ GSTSA+++ +I E +NN + DVL +S++GS GLDL+ T +V + + +WN  Q++Q+IGRA+RYKSH+  P   ++VD+Y + SV+S +        D   LI+ SK  +++     +  K AS+
Sbjct:   24 DSKGLLVFHGLGSGKTLTSIAMAHNSDKEVIVIVPASLKDNYKKEIAKFGANKKKFTIMSFEMSAKT-KLQLKNKVLVVDEAHRLRNTNRKDTKNIIDASKK--------------AEKIILLTGTPFVNRPNDIASLINIIARENVFPTNKDKFEQEYIEVTTKVVNVPYKVFGLTIYQNQQTIQVADIKNRKEYIKKLGNYVSFYENKNSSNYPSKTVYYKPVVMS----AEQEKIHRAIEAEQ---------LTNEDRKMLKVN--------YKPGGYVNIXXXXXXXXXXXXSKLNAYLSATRQISNVVKGKPSPKVFQMLEKVKNANKPVVVYSNYISKGVKMFQTLL--DKDNITSR--LFTGSTSAKDKKKIVEDYNNRKFDVLCLSRSGSEGLDLKRTREVHIMEPFWNNSQLDQVIGRAVRYKSHENMPNNEKNVDIYHWYSVYSKRSSSKDISADKF-LINMSKSKQELINKFIEATKEASV 474
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A6M3I0K6_9CAUD (DEAD/DEAH box helicase n=1 Tax=Pseudanabaena phage PA-SR01 TaxID=2723892 RepID=A0A6M3I0K6_9CAUD)

HSP 1 Score: 100 bits (250), Expect = 1.090e-18
Identity = 122/458 (26.64%), Postives = 195/458 (42.58%), Query Frame = 1 
Query:  331 VMEFMKSVADPSKNKQGKYADTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLNRRGREFTQSLVIVDKAHC-----NGLSLGSLYKS-DVRYIMLLSGTPAPNTPSEIVPLINLLC--------RKKEERWTTKKWDNPATTTRAKQGFLQ-NKVSIYNIGPKYNYLRERGTEFPSAD--NFPGYRVSTRSVKLSSSQ----NAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGV---VTPKIAKVAKVFFREIKKQHGPKQSK--QDPKRLRRGRLLLYA-YNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQK-PCEHEHVDVYIYQSVF 1620
            + E  + VAD       K A+  GL+  HG+GSGKT+T +  A++Y     V    ++ P     +  D+F +   T    GK  +  +++F   R   + T   ++VD+AH         S G L  S      +LLSGTP  N+ S+I PL+N+          R   + +T KK   P    R  +G      V   N+   YN  +     +   D  N+P        + L  +Q       Y QL  KV                  R I+N+  +  A  K          +  + +  A+ ++R  +KQ+  K  +  Q+    +  + L+Y+ Y      D++  +        + + K     G    E++ RI + +NN   + L++S AG  GLDL+ T  V + +  +N  ++NQ+IGRA RYKSH   P E  +V VY YQS F
Sbjct:  143 LQEHQQRVAD-------KLANQHGLIAYHGLGSGKTITGINAAEKYGTNGTV----VVTP----AKLQDNFRKELKTYGAKGKYDIYSYEKFL--RDNPDTTNKFLLVDEAHKLRNSNTARSQGLLAASRKANKTLLLSGTPIQNSASDIAPLVNIASGEDLLPSGRAFIDTYTEKKTTKPNFIDRTFKGARPITTVQPKNLEDYYNKSKRYVDYYSPEDRSNYPTINEQRVDIDLDPNQLKLYKQTYSQLPSKV------------------RNILNSGGQESATEKDVQQLNTFLNLNRQASNTARKYYRAGEKQYDSKSLRILQNIAENKYKKSLIYSNYLDSGLEDVKQRL------STDPNIKYGEIRGDIKPEDQRRILDDYNNDRLNTLLVSSAGGEGLDLKGTRGVHILEPHFNDEKINQVIGRAARYKSHANLPEEDRNVQVYKYQSKF 559
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A1W1BPW1_9ZZZZ (COG0553: Superfamily II DNA/RNA helicases, SNF2 family n=1 Tax=hydrothermal vent metagenome TaxID=652676 RepID=A0A1W1BPW1_9ZZZZ)

HSP 1 Score: 95.9 bits (237), Expect = 1.650e-17
Identity = 102/359 (28.41%), Postives = 154/359 (42.90%), Query Frame = 1 
Query:  646 VIVDKAHCNGLSLGSLYKSDV------RYIMLLSGTPAPNTPSEIVPLINL-------------------LCRKKEER--WTTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGTEFPSADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTH--PKRKAPSKRKPGNGV-VTPKIAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQK-PCEHEHVDVYIYQSVFSTK 1629
            +IVD+AH  G S     KS V      + ++LL+G+P  N PSEI PL N+                   + +KKE+R      K   P T T     +++NK ++     K N+        PS D +P     T S+ +S SQ+  Y  L      +   +     P    ER   NT     R   +  KP  GV +TPK+  +A     +  K                        N   +  L+G +  L  E K+ +    +YNGS + +E+  I + +N  +T  L+IS AG+ GLDL+ T  + + +  WN  ++NQ+IGR  R+KSH   P E ++V V  Y S    K
Sbjct:   51 LIVDEAHRLGDSTSGRSKSLVEAAKRHKRVILLTGSPIRNNPSEIAPLANMVGIDKAYAPLSRKNFDNKYIGKKKEKRSFMDFVKGVKPGTIT-----YIKNKDAL-----KKNFSNSIDKYMPSKDYYPDVIEKTHSIPMSDSQHKLYKNLVDNTNSDVVYKIGNNRPMTPTERANANTFLSAARILSNSEKPFGGVNITPKVKAIADSVTDKPSK------------------------NVVYSSFLDGGLNSLSEELKHRNHPHQIYNGSLNDKEKKAIIDKYNKSKTSTLLISGAGAEGLDLKGTRNMHIMEPHWNSARINQVIGRGARFKSHTHLPKEEQNVTVRHYLSAIPNK 375
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A5J6VJP7_9VIRU (SNF2 family N-terminal domain protein n=1 Tax=Megaviridae environmental sample TaxID=1737588 RepID=A0A5J6VJP7_9VIRU)

HSP 1 Score: 92.8 bits (229), Expect = 2.630e-16
Identity = 114/439 (25.97%), Postives = 193/439 (43.96%), Query Frame = 1 
Query:  385 YADTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVNF-VNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLNRRGREFTQSLVIVDKAHCNGLSLGSLYKSDV-----RY---IMLLSGTPAPNTPSEIVPLINLLCRKKEERWTTKKWDNPATTTRAKQGFLQ--NKVSIYNIGPKYNYLRERGTEFP----SADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGVVTPKIAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSH-QKPCEHEHVDVYIYQSVFSTKQPRGVKCF 1653
            +  T+GL++ HGMGSGKTLTS+  A++ + +N+ N  +++  P   V  +     +A        K  ++ HD++ +      ++  L+IVD+AH   L   +  KS V     RY   ++LL+GTP  N PS+   L+N++   K      K ++     T  +  F     K++  NI  K    +           +  +FP    + R V +S  Q   Y    + +++E    + K         +++NT   +             T +I+ + K   R  K     KQ K D        +L+Y++     V+   +       KK    +I    G T+  E   I + +N  + D+L+IS A   GLDL+ T  + + +  WN   ++Q+IGR +RYKSH   P +  HV VY + SV     P+ +  F
Sbjct:   15 FRKTRGLILNHGMGSGKTLTSIACAEDAM-KNKPNLQIHVAVPAKLVSNYEKELAKANAN---TSKYIIMSHDKY-IKWIQPPYSNILLIVDEAHI--LRNATTEKSKVFFKVARYCYKVLLLTGTPLVNYPSDASHLLNMIKGNKFLPTDQKIFNTKFIKTSTETNFFPFTKKITKINIIKKKELAKAFKNHISCIKTTIKDFPSVSYTYRRVDMSPQQYLVY----RDMEREYLSSKAKRIMAETGSSQVLNTFMNK-------------TRQISNIIKNHKRSPKINAIKKQIKND----NMFPVLIYSFFLDAGVNPMFKT----LSKKYKCKRI---TGDTNKLELEDITKKYNTKKLDILLISGAAGFGLDLKRTMSIHIMEPTWNKANIDQVIGRGVRYKSHIDLPEKKRHVKVYHWLSVI----PKSLSSF 414
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A6N1NTM0_9VIRU (Putative ATP-dependent RNA helicase n=2 Tax=Tupanvirus TaxID=2094720 RepID=A0A6N1NTM0_9VIRU)

HSP 1 Score: 92.4 bits (228), Expect = 3.680e-16
Identity = 115/466 (24.68%), Postives = 207/466 (44.42%), Query Frame = 1 
Query:  397 KGLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGI-----TPQMAGKIRVLMHDEFFLNRRGREFTQSLVIVDKAHC-NGLSLGSLYKSDVRY----IMLLSGTPAPNTPSEIVPLINLLCRKKEERWTTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGTEFPSADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGVVTPK----IAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQK-PCEHEHVDVYIYQSVFSTKQPRGVKCFDA-HVLIDASKKWKKVATMIEKIMKPASINGD 1746
            +G+++ H  GSGKTLT+L+   ++    + + + I+    +   FID+ ++A +     T     KI+ ++     +      F  + VIVD+AH     ++ +LY +        I+LL+ TP  N  +++  L+N++ + ++   T +K  +       +   +   +    I    +Y +    E     N+P        +++S  Q  EYI   +K+  E +               I+N               G++  K       V +     +K      + K+  K++  G   +  Y+      +     LL  EK  ++ K     G T+ ++   I   +NNG   VL+IS AGS  LDL+ T ++ + +  WN  ++ Q+IGRAIRYKSH+  P E  HVD+Y + S+F    P+ +K   A   LI  S+K K++    ++I+K ASI  +
Sbjct:   19 RGVILYHSTGSGKTLTALYAVYQF----KYDII-IIGTKSSKKTFIDNIQKANMDASRFTFYTYTKIKKILETNITI------FRNTSVIVDEAHAIRNENMYNLYIASALMVASKIVLLTATPVINYFNDLSVLVNIV-KGEDALPTERKLFDQMFYDDERMVLINENILFDKIKNTISYFKINDDE-----NYPKSTTHYLEIEMSHEQIDEYIYYIRKIIYEDK--------DIVSGVDILNID------------YGLLPNKKRNFFLNVTRQLSNTVKNSEDSPKIKEIFKKIEEGPYPIIVYSNFLKSGIYTLAILL--EKNKINYKT--ITGFTTNDKLNVIVNNYNNGMYKVLLISSAGSESLDLKNTRQIHIMEPHWNESRIQQVIGRAIRYKSHENLPLEQRHVDIYRWVSIF----PKQIKNLSADQYLIKLSQKKKQLWDKYQEIIKSASIENN 439
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A7D3QWN1_9VIRU (SNF2 helicase n=1 Tax=Fadolivirus 1 TaxID=2740746 RepID=A0A7D3QWN1_9VIRU)

HSP 1 Score: 90.9 bits (224), Expect = 1.020e-15
Identity = 124/481 (25.78%), Postives = 209/481 (43.45%), Query Frame = 1 
Query:  391 DTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGITPQMAG-----KIRVLMHD--EFFLNRRGREFTQSLVIVDKAHC-------NGLSLGSLYKSDVRYIMLLSGTPAPNTPSEIVPLINLL----CRKKEERWTTKKWDNPATTTRAKQGFLQNK----VSIYNIGPKYNYLRERGTEFPSADN--------FPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*YPFYARERKIVNTHPKRKAPSKRKPGNGVVTPKIAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQK-PCEHEHVDVYIYQSVFSTKQPRGVKCFDA-HVLIDASKKWKKVATMIEKIMKPASI 1737
            + KGL++ H  GSGKTLT+L+   ++        + +L P  +   F+D+ ++A + P         KI+ LM    E F+N+         VIVD+AH        N + L +L KS    I+LL+ TP  N  +++  L+NL+        E R     + +        +  L NK    +S Y      NY +    E     N        +  Y++  +  K+ +  N ++  L+K+ K            F +  R++ N+              G VTPKI       + +IK    P                +  Y+      +   I LL  E+ N++ K     G T+ ++   I   +N+G+  VL+IS AGS  LDL+ T ++ + +  WN+P++ Q+IGRA+RY+SH+  P    +V +Y + S+F    P+ +    A   LI+ SKK   +     +I++  SI
Sbjct:   17 NNKGLILFHSTGSGKTLTALYSMYQFDKD-----IIVLGPKSSKKAFMDNIKKANLDPNRVTFYSYKKIKNLMETQMEIFINKS--------VIVDEAHNLRSETTDNLMVLSALSKS--YKIILLTATPVINYLNDLAVLVNLVKGSDSLPTERRLFNNMYYDEDDFKILNKDILINKLKNCISYYKHLDDENYPKSSTQEIEIEMNPDQLQEYVYYVYKILFKDKKVENPYNIDFSTLDKRKKNF----------FLSATRQLSNSV------------KGSVTPKI----NAIYDKIKSGPYP----------------VIVYSNFLKNGIYPLIQLL--ERDNVTYKT--ITGDTTDDKINMIVNNYNSGKYKVLLISSAGSESLDLKNTRQIHIMEPHWNLPKITQVIGRAVRYRSHETLPKLDRNVVIYKWISIF----PKTILNQSADQYLIELSKKKDLIFDNFLEIIESVSI 432
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BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Match: A0A6C0LX60_9ZZZZ (Uncharacterized protein n=1 Tax=viral metagenome TaxID=1070528 RepID=A0A6C0LX60_9ZZZZ)

HSP 1 Score: 91.7 bits (226), Expect = 1.480e-15
Identity = 112/454 (24.67%), Postives = 185/454 (40.75%), Query Frame = 1 
Query:  361 PSKNKQGKYADTK-GLLVAHGMGSGKTLTSLWVAKEYIARNRVNFVNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLN--------------RRGREFTQS-------LVIVDKAHCNGLSLGSLYKSDVRY------IMLLSGTPAPNTPSEIVPLINLLCRKKEERWTTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGTEFPSAD--NFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQ--------REREK*YPFYARERKIVNTHPKRKAPSKRKPGNGVVTPKIAKVAKVFFREIKKQHGPKQSKQDPKRLRRGRLLLYAYNKQTTVDLEGEI*LLCAEKKNMSPKIDLYNGSTSAEERLRIKEAFNNGETDVLIISKAGSVGLDLQCTSKVFMFDLWWNIPQMNQIIGRAIRYKSHQK-PCEHEHVDVYI 1605
            P + K  KY  T   +LV HG G+GKTL+++ +++ Y+       V  + P   +  F    ++ G++     K       + FLN              R+  E+  +       L+IVD+AH    S GS  ++ V+        +LL+ TP  N   + +PLIN+L        T +++            +L  +++I N+    N LR++     + D  NFP        + +++S    Y++L ++ K            ++  K Y  Y R  +I               G    + KI     +                       G+ ++Y+  +Q  V+       +    K  +     + GST   ER  I   FN G+ DVL+++KAG  GLDL     V + D  WN   + Q+IGRAIRYKSH+  P E   V+VY+
Sbjct:  459 PHQGKVVKYMKTHDSILVVHGTGTGKTLSAVTISQCYLDEYPRRKVVFVGPTSLISNFKKELKKYGVSSDTILKKYKFYSFDTFLNITKRRPMNNVSIKDRKNIEWPMNPIPLNNKLLIVDEAHNMRNSHGSKSRAIVKASFNADKTVLLTATPFVNNIRDFIPLINML-HGSYVVGTYREYQQNVNIP----DYLTKELTIDNLYSFSNLLRDKIDVVNTRDPENFPKRNDIVLEIPMTNSYYNRYVKLMQEEKFNIPLIGESFGFKDPSKFYHGYRRACQIA--------------GPSYYSKKIEAALPILMS--------------------GKSIVYSNWRQFGVEP------ITDALKGANVSFRTFTGSTPVSERQGIVNDFNKGDFDVLVVTKAGGEGLDLVGVKSVVILDPTWNDAGLQQVIGRAIRYKSHESLPIEERVVNVYM 867
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig78.14185.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
Q8QNN8_ESV1K2.010e-27471.20EsV-1-23 n=1 Tax=Ectocarpus siliculosus virus 1 (i... [more]
D8LP58_ECTSI1.970e-27169.38Helicase n=1 Tax=Ectocarpus siliculosus TaxID=2880... [more]
A0A6H5JDR8_9PHAE7.480e-6458.48Reverse transcriptase Ty1/copia-type domain-contai... [more]
A0A6C0F7I3_9ZZZZ5.090e-2327.24Uncharacterized protein n=1 Tax=viral metagenome T... [more]
A0A6M3I0K6_9CAUD1.090e-1826.64DEAD/DEAH box helicase n=1 Tax=Pseudanabaena phage... [more]
A0A1W1BPW1_9ZZZZ1.650e-1728.41COG0553: Superfamily II DNA/RNA helicases, SNF2 fa... [more]
A0A5J6VJP7_9VIRU2.630e-1625.97SNF2 family N-terminal domain protein n=1 Tax=Mega... [more]
A0A6N1NTM0_9VIRU3.680e-1624.68Putative ATP-dependent RNA helicase n=2 Tax=Tupanv... [more]
A0A7D3QWN1_9VIRU1.020e-1525.78SNF2 helicase n=1 Tax=Fadolivirus 1 TaxID=2740746 ... [more]
A0A6C0LX60_9ZZZZ1.480e-1524.67Uncharacterized protein n=1 Tax=viral metagenome T... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig78contigP-fluviatile_contig78:15793..38072 +
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 scopeViruses
Seed ortholog score410.6
Seed ortholog evalue6.1e-112
Seed eggNOG ortholog654926.Q8QNN8_ESV1K
EggNOG free text desc.N-methyltransferase activity
EggNOG OGs4QB5I@10239,4QUT2@35237
COG Functional cat.S
Best tax leveldsDNA viruses, no RNA stage
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categoryother localisation
Exons2
Model size1761
Cds size876
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig78.14185.1prot_P-fluviatile_contig78.14185.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig78 15982..37376 +


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

Feature NameUnique NameSpeciesTypePosition
1622817204.0659614-UTR-P-fluviatile_contig78:15792..159811622817204.0659614-UTR-P-fluviatile_contig78:15792..15981Porterinema fluviatile SAG_2381UTRP-fluviatile_contig78 15793..15981 +
1693571507.6006408-UTR-P-fluviatile_contig78:15792..159811693571507.6006408-UTR-P-fluviatile_contig78:15792..15981Porterinema fluviatile SAG_2381UTRP-fluviatile_contig78 15793..15981 +
1622817204.10104-UTR-P-fluviatile_contig78:37376..380721622817204.10104-UTR-P-fluviatile_contig78:37376..38072Porterinema fluviatile SAG_2381UTRP-fluviatile_contig78 37377..38072 +
1693571507.625314-UTR-P-fluviatile_contig78:37376..380721693571507.625314-UTR-P-fluviatile_contig78:37376..38072Porterinema fluviatile SAG_2381UTRP-fluviatile_contig78 37377..38072 +


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

Feature NameUnique NameSpeciesTypePosition
1622817204.0776925-CDS-P-fluviatile_contig78:15981..164781622817204.0776925-CDS-P-fluviatile_contig78:15981..16478Porterinema fluviatile SAG_2381CDSP-fluviatile_contig78 15982..16478 +
1693571507.6098325-CDS-P-fluviatile_contig78:15981..164781693571507.6098325-CDS-P-fluviatile_contig78:15981..16478Porterinema fluviatile SAG_2381CDSP-fluviatile_contig78 15982..16478 +
1622817204.0886226-CDS-P-fluviatile_contig78:36997..373761622817204.0886226-CDS-P-fluviatile_contig78:36997..37376Porterinema fluviatile SAG_2381CDSP-fluviatile_contig78 36998..37376 +
1693571507.6174152-CDS-P-fluviatile_contig78:36997..373761693571507.6174152-CDS-P-fluviatile_contig78:36997..37376Porterinema fluviatile SAG_2381CDSP-fluviatile_contig78 36998..37376 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig78.14185.1

>prot_P-fluviatile_contig78.14185.1 ID=prot_P-fluviatile_contig78.14185.1|Name=mRNA_P-fluviatile_contig78.14185.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=292bp
MRVSSSNAKKKKLGLNPTRSTIDDRVETAKARVRGREQAKDKQNQCNVME
FMKSVADPSKNKQGKYADTKGLLVAHGMGSGKTLTSLWVAKEYIARNRVN
FVNILAPNVAVGEFIDSFERAGITPQMAGKIRVLMHDEFFLNRRGREFTQ
SLVIVDKAHCNGLSLGSLYKSDVRYIMLLSGTPAPNTPSEIVPLINLLCR
KKEERWTTKKWDNPATTTRAKQGFLQNKVSIYNIGPKYNYLRERGTEFPS
ADNFPGYRVSTRSVKLSSSQNAEYIQLNKKVKKESQREREK*
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mRNA from alignment at P-fluviatile_contig78:15793..38072+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig78.14185.1 ID=mRNA_P-fluviatile_contig78.14185.1|Name=mRNA_P-fluviatile_contig78.14185.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=22280bp|location=Sequence derived from alignment at P-fluviatile_contig78:15793..38072+ (Porterinema fluviatile SAG_2381)
AAGAAAGACACACGGGCTGGGGACAAAAAGAAGGAGCAAAAGACAGGGAA
AAAGAAGCCACCTCTGGCCCTCGTGAGACTCAGGGGGGATTTAAAATCTG
GGCCGACGCAGGTCCGCTTCGGTGGCGTCGCCGGTCGCTCGGGTCGGCCC
CAAGCAAAGAGGGTTACGTATGACCCGAGCGCGGGGAAAATGCGCGTTTC
TTCTTCCAACGCGAAGAAAAAAAAACTTGGACTCAATCCCACTAGGTCGA
CCATTGACGACCGCGTGGAAACGGCAAAAGCACGTGTCCGGGGTAGGGAA
CAAGCAAAAGATAAACAAAACCAGTGTAACGTCATGGAGTTTATGAAGTC
GGTTGCCGACCCTTCCAAAAACAAGCAGGGCAAGTACGCAGATACTAAGG
GGCTCTTAGTTGCGCACGGCATGGGATCTGGTAAAACTCTCACGTCTCTG
TGGGTCGCCAAGGAATACATAGCTAGAAATCGCGTCAATTTCGTCAATAT
TCTGGCTCCTAACGTAGCCGTGGGTGAATTCATTGATTCTTTTGAAAGGG
CTGGCATCACTCCACAGATGGCTGGGAAAATCAGGGTTCTGATGCACGAT
GAGTTCTTTCTCAACAGAAGGGGGCGCGAGTTCACACAATCTTTGGTGAT
TGTCGACAAAGCCCATTGTAACGGGCTAAGTTTAGGGTCAATCATGGGTA
CTCCATGGACACACCTAACTCACACCGGCGGGGGTTCATAGGGGAAAGTA
TAGGGGAAAGTACAGCTCATTTCACGGGGTAGAGTCAGGACACATACACA
CACAACACACACGTGAATCTCATTACATGAACTCAGCACATACATGCTTC
ACACGTTCACATACCGTTGAGTAACGTCCCTAGGACTAGCGTTGGACTCA
CAGTCTCGTTTCGTTTGGCACCAGTGGTAATTGGCGTCAGGCTCAGTTTC
TTTGCTTCGTGGGCAGAGTTGAGTAAAACTCTAGGTAGTTTCGCCAAGGG
ATCCCAAGAAACGGGATGCTCGACATGATTCGGGGTACCAAGGGGTTACG
TGACACACTCCTTGGATTTCCCTAGCCCTCATCGATTAACATACGAACAA
CCTCACGATCGAACGATAGTTAATTGAATCATCGTATTTCTGAGAAGCTG
AAGCTGCCGTGACACCCCCAGCATCTCTGTGTTGAAAAACACAAGATGCT
CAGGAGGCGGCGGAGCGGTCGTCCCTTCCTCCCTAGGTTAGATCACACAG
GAATTTTAACCTAGTGGAGGGATGATGCCGGTCTTGAGTCGACGTCGATG
TTGCATCTCGAGAAGCCGTCGATCTTGATTGTCGAGGTCGGTCTTAATTC
TTCAACCACGAACACTCGTTCCTTCCTCCCTAGGTTAGACCGCGGAGGAG
TTTAAACCTAGTGGAAGGAAGATGCCGGTCTTGAAGTAGACGTCGGTCGC
AAGTAAGGGAGTTGACGATCTTGCGCACAGAGGACGTTGATCTTGGTTCT
CTCGCCCTCTTTCGACCGTCTCCTTGAAAGATGATGACGGCTCCCGCAAA
AGGAAGCCCACCAAAACTATCAACAATACTGCCACAACACCCCCCCCAGC
TTGAAGCACGGGATGCAAAAAGCTGATGGCAGTGTGATTAGGCCTGCTGT
GAAGCCGGCGGAATCTGCGATGCCAAAGCAATGCCGTGCCGTAGTTCTCT
CCGGGTGAACTCCTCCCAGTCTCCATCACTGAACTCCACCCGCCAGTAAG
GATCGTAGAAGTCGCAGACCTTTCCGCGGCTCAGGATAATGTTGTCGTCC
ACGTCGCGGAGTTTCTTGGCTACCTCCGTGTTCAATGGAAACTCCTGCAA
AGCGGCTTCCCTGGTGGCCACCTCACGTTCTCCTCGAGTCGGTGCTCCCG
GTGGTCGCGGGGCGACGTCGCTCCCGTGGTAATTTTCCCACAGAGCGTGG
AAGACGTCGAGTTGCAGTGGTGAGAAGCTGTCCTTCACAGTGTCCTCGGT
GAGCCAAGACGACGTAGTGCCATCCTGATATTTTCCTCGGTATTCCCACG
CCCACGCAGTAGATGCTCCTTCAGCTCCCTCCGTGATCTTTCGGTCGATA
AGTGTGTAGAGAGGGGCCGCGACGACGGAGTCCTCAACGAGTCCCAAGTC
TGGTCCCCACACGAAGTGTGAGAACTCGTCCTCGAACAACAGTCGCAGAT
CCAGGGGCCGCGAGTAAAACTGCTTCATGTCGGAAGCTACCACCGTCCTC
TGTCGTATTTGGCGACCGTGAAGTCGAACGGTGAAGCTCAGGCCCGTTTT
GACGACGTTGACCACCACCCAGGGTCCCGTGAAGTGGTCGTGAGCGAGTT
TGGGATGTACTCCATCGCGGTGGAGAGTACTAGCGCTTTCTCGCACTAGG
ACCTTGTCTCCCACCCGCGATTTCGCTCCCGGGGATGCCCTCAAGATTCG
CGCGTTGTGCAGGTCGCGGTGCCGGTTCTTCTCAGCTTGTCGCTTTCGTA
GAGCTTCGGTCACTTCGATGTGCTTCCGACGAGTCTCCTCCACTGACGAC
CCCAGGCCAAGCGCAGATCCCGAGTTGTCCAAGGATGGCGAGAGCTGATC
GAGTGGTGTCCGCGGTGCTCGACCAAACAGCATCTGGTACGGTGATACGT
TGCCAGGAAGACTCTCGTCCGGCTGCATTCTGTGCGTCCATGTAGCGATG
GCGACGTACTCGTCCCACCGTTGTGGCCACGCCTGGCAAAGCTCCGAGAG
TAGCTGCGCCAGGACTGCTCCCATCCGTTCGACTGTTCCTGGCCCCCTGG
GGTGGTTTGCTGGCCCGAAGTCTAAGGACACCTTCAACCAGCGGCACAGG
TGTTCCTTGATCTCAGATGTGTTCTCTCTCCCCGGGTCGCAGCGGATCGA
AAGTGGTAGTCCGAAGATGAGAAGCAACTCCAGAAGCTTGCGACTAACTC
CCACGGTCTCTTTGGTCGGCAATGGGAACCCGAAAAGGAACTTGGTCGCT
CTGTCCACCACCACCAGTAAGTACCTGTTGCCCAAGGCAGTCACTGTCTT
CATGTCCAGGATGTCCAGCTCCAGGACTTGCCACGGCAGCAGAAAGCAAG
CTGGCAGCATACGTAGCTGTCTGCTCCACGGCCTCTTTTTCATGCGGCAC
CGGCACGATTCAACGTAGCGTCGCACGTCTTGCTTGAGAGAGGGCCAGTG
ATACTTACCGGCGATGATGATAGTGGTACGTGCCCGTCCCGAATGCGCAA
AAGTCCCGTGTGCCAGAGCCAACACTCCAGGAATCAGTCTCCTCGGTAGA
GCGATTGCGTGCGGTTTGCCGCGGGGTGCGTGGAAGAGCAGATTTTGGTC
ATCCAGGATGTAGTCGCCTGTTTCACCTTTTCCGTTCTCCAGATCTTTCC
TGATAGGACCAAGTATAAAGTCCTTCTGCTGCTCGGCCGCTAGTTGCACA
GGGTCTCGCAGAATTCTTTCCATCTTCTCCAGCTGCTCTGAGTGGCCTCG
AAATGTCGGTTCACTCACGTTCCCTGTCCTTCCATGGACAGCCGGAGTGG
GTAGTTCCACGTCGGGCATCCTGATGTCCGGGTCTTCGTTTACCGGAGAC
GGTGGAGATGATGGTACCGGCTCGTCGACAGGCGGAGAGCCCTGTGGCAT
GGGTGTCAAAGCTTGTTGCGGTATCCCTGTCGTACCATGGGATGCCTGTT
GGAGTGGAGGTGATGTGGACGGTAGCTCCAGTGCCGATGATGGAGGTGGT
GGGTCCGCCGCTGATGATGTTTGTGCTTCTCTAGCCTCTCGCGCTCGTCG
AGCAGCTGCTGCGGCTCTGGTTTCTCGGGGGATAACCTTGAAGCGAGATC
GGTCAAACGACCGTTGACGGCCTGTAGACGTCTCCTGTACCGGTGCCGTC
TCGTCCAGCTGTAGAGCGGCCAGCCCGATGAGAAGTTCGCCCTCCTGATG
TGGCTGTTCCTCTTTTTCCTGCGCTGGCGCACCAAAAGTCTCTACCATCC
TTCGTTCCCTTCCACGAAGTTGTAGCAGGCTGAACACCTCCTATAGCATC
GGTGGTAGTGTCCACTCATCCAACACCCTGGCCACATCCCGTCTTCGAAG
AGTGTTCGGGACGACCAAGTCTTCACGAGTGGTGGTGAGTTTCACGTAGT
CGGTCCATGACAGCTCTTGAGCTTCCTCCAACCTTCCACAATCCTTGGGG
TGTGCTTGGTATTCCTCCACCGGCGGTTTACGAGCCATGATGTGATCCTT
GGTAATCGTCACCGTCGGTTCAGCAAAAGAGAAGATTTCCTTGTGCGGGG
CTCCCCGCTTGAGGAAGAAGGACCCTTCTCTCCCCAGGTATTCACCCACC
GTGGGAATTGACGGGGCAGGTCGTTCCACATTCTGCTTCCACCTTTTGAG
TTTGGCTCCGAGGTTGTCGTCTCCGTAGCGCTTGACTGCGACAACGAATA
CTCGCTGTTTGTTTGTTGGTTGGTACACCCACAGAGGTCGCCTTTAAGGT
TGATGTCGCCACTTCACAGCCGGCCATGTGCAGCTGAGGCTTTAAGGTGT
CTCGCCACACCTCGATCCCCGTAAATCTAGTGGGGGCTTCCATCACCATG
ATCTGGGCTCTGGAAGAGATGAAAATCTGCGCGATAGCAGTGGCACAACG
CTCCGTTGCTCCTACCAAGCACGGATCGTCGATTTTAGAGCACACATTGC
CGAGAAGAACCTCCGGTCTCGCCTCCGAAAGAATCTTCTGACACACCTCA
AGCTCGAGTGGTTGATGCACCAACTCCGCTCCTGCGGCTCCACCGTTGGC
AGAAATGTACGCGAACGTCATCCAGTCTGAATCGATGACATGGGTGACGT
CCAGCGTTTCTTCCACTGCCTGTAGTGCTCCTCCGGCTCCACGACCAAGG
ATGACTGCTCGCGGTTTCCTGATCATGAAGAACTCTTGCACTTCCTCTTG
AGCTCCAAGCCATTCCGCATCCTGGGCTCCGAGTTCTTCTGGTGTGAGCT
GTAGAGCGTAGAAGACAGTTAGATCCTCGCCCTTGTGGTCATCCACCTCG
GTCGCTCCCAAATCTGCCAAGCGGATGCCATCAAGCTCCATCTCGTCTCT
GGACATGTTCACCAGTGCTGCCAAATCCGGCGGCATGTCGGTCAACTCCG
CAGTCCGCGGCTGTTTCTCCTCCAGCGGTGGCGCTAGTTGCTGAAGTGGA
ACACCATCCAGCACAGGGCCCGTCATTCCCTGTGCTGTCCCGTCGTCTGA
ATCCTCTTCCGCCATGTCGACAGGCTCATCAGTGTCGCGGCGTCGAAGAC
GAGACAGCGCGTCCGGACCCACATTCTCTGTCCCTCGGCGCCACTTGAGA
ACCATGTCGTAGGCCATCAGCTTCAGAGCCCATCGGTGCATCTTCGAAGA
CAGGTTCTGGCTGGTGAAGAGCCAAAGCAGAGCTGCGCAGTCCGTGTAAA
GGGTGAACTGTCTGTGCTGCAGGTAGATTTCGAAATGCTCGACTGCATGC
AGGACGCCCAAGACCTCGCGGTCGTTGACGGAAGCGTTCTGCTGCGCTCT
GGAGAGCCTCTTGCTGTGGTAGCCCACTGGTCCGTGGCGGGCACCCCCAT
CCACCTCTTGGGTGAGAACCGCCCCGGTGGCCAGAGTGATAGCGTCCGTG
TGTACAGTGAACGGCTTGTCCCAGTCAGGAAGGAGCCTAACAGGGTGCGT
GGTGAGAAGTTCGATGATCCTTAAGAACGCCGCCATTTGCTCGTCGCGCC
ACGGTACCTCCTTATTGCGCGCTCTCTTGGATTTGAAGTTAGGGTCCCGG
AGAAGATCGGAAATCGGCGCGGTGATAGCGCTGAAGTTCGGAACAAACCC
GCGGAGGTAGCCCGCGAGGCCCAGAAAACTCCTCACCTCACCCACGTTGG
TGGGAATCGCGAGCTCCTGGACGGCCTTTATCTTCGACGGTGCTGGCCTG
ATTCCATCACGCCCCACCATCACTCCCAGGAACTCAATCTCCGAGAGGAA
AAACTCGCTCTTGAGAAAGTTCCCGGTGTACCCGCGGGCGATGAGGATCT
TGACGACTCTCCGGATAAGCTCAACGTGCTCGTCGAAGGTCTCGCTGTAC
AGGCGGATGTCGTCAAGCCACTTCACGACTCCTTGGCCCAGCAATGAGCG
CAGGTCGTCGCCCAGCGTCGAAGAGAAAACCGCTGGAATGGTGGTGATGC
CAAAGCTGGCAACGTTCCACTGCAGCAGCCGTCCAGAAGGGTCCCGGAAC
GCTGTCTTATGTCTATCACGTTCCTTGATCTTGAGCTGGTGATATGCGCT
CTTGAGATCCAGAGAGCTGAAGAACTTGCTGCCCTTCATGCGGTCGTACA
TCCCCACGATGTCTCCCAGACCATTGACGTTCTTCCTGAGCAGTTTGTTG
AGCTCCCTGTAGTCGATGCAGATCCTGTAGGTCCCATCCTTCTTCAGGAC
CGGCACAATGCGAGCACACCACTCTGAAGTGGCAAACCTGAGAATACCCG
CCTCCAGCATCTCATCGATCTGCTCCATGAGAATGTTGGACATGTGCGGG
CTAAACCTCTGCGCTTTGCACGCAAAAGGTTTGACGTTCTCGTCATACAG
GGGCAGTTCCACCTCACGTCCTGAAATAACGTTAACGATTTTGGTGTTCT
GCGGAAAGAAATCCTTGCACTCTCGAAGCAACTCCACCGCTCTCCGTCGG
CTTTCCGGTCCAAGCTGTCCCATCTTCGGCTTTTCAAAGTCGGTGCCCGG
GTCCTCCATTTCTCCTGGTGCAGGCGGTGGGAGTTCTTTGGGTTCGAACA
GTGGTTGATCCTCCTTGATATCCGGCGGGCTTTCCGGAAGTGGCTCCTTG
AGAAGCACCATGCGCTCCACGTCGTCGCTGTTAACGGCGAACGCTTCTGC
AACGACCATCCCGGCAGGAATCGTCGCGGAAGAGGGGTCTTTGTTGTCCA
CCTTTAGTTTGAGGCTAGACCCCGGAATCCACCATTGGACTCCCTTTGAA
ATGCCAAGGGAAGTTTGGTCGTCTAGGTTGAAAGGATGCCGCGGGAAGAC
CACCACTAAGGTTTTAGAGTGCGGTATTGGCCCTTCGACTTTCGCCTCCA
CCTCTACACTAACGCCACCCGGCACAGTGACATTTTGCATCAAGGCCATG
CTCCACTTCTGGGATCCCTCATCTTGCCAAGCGTTTGCTCCCAGCTCCAT
GGTGTCCATCGCTAAGGCCTCTGCAGGAGTAGCGCTCTGATCCTGGTCCA
AGCTGACGATCCACTCCTTGCCATCCGGGGTCCTCATCCGTAGGTCATCG
TCCTCCTCGCTGTCGTCTTCGTCTTCTTCCTCCACATCGTGTAGAGTCTT
CATTGGTCGCTCCAACCACGGCAGCAGGGGAACTCTTGACGATGTCGGAG
TAGGTTTAAACCATCCAGACCCCGGACCTTCGAAGATGAGCGAGCTCTCA
TACCGCCTCATGAAAGCTGTCCCCAAGATGAATCCCAACGGGAGTTGGTC
AACCACTCTCACCTTGACCGCAAAAACGCCATCAACCGGAGGAAACACCA
AAAAGAGTAGGCATGTCCCCAAGATATACATTGGTGGTTCCTTGCTGTCC
TCCGGATTAGCCGCTCTCAAGCGTCCTCTTCCTCTCTTGGAGATCATGTT
GCGGCCTCCGTACTCCGCCCGTTCAATTTCGTGAATGAACTTGGCGCTAG
CATAGCTTCCCCCTCCCGCGCCCGAATCAACGAGAGCATCGAAAACTCTG
GTGCGTTGTCGGCTGTGGTTGTTCCATAGGCATGCGCGCACCCAAGCTTG
GTGCGTCCCTTTCGATGAAGGTCGTTTCCGGTGGCCGGGGGCCACGTCCG
CGTCGTGTTCGAAGACGATGTCGTTAACGGACTCCCGCCTGTGATGTGGA
TGTTCATTTGTGTTCCCCCGAGGAAGTTCCTCGAGGGCGCCCCTGCAGTT
GTGGGAAGGAGACGCTTCCTCCGGGCTCCTCTCGTCGGTCGAAGCGTCAA
TAGTGTCGAGGAGAGCGAGGTTGCTGGATGTGGAGAGGAGTATAGGTTCC
CGCTGTTCGAGCTGTTCCAGCTGAAGCATGAGCAGTTCCTTTTGGTGGCG
GTTCTGATTGGTCTGCTGTCCCTTAGGGAACGGGTATGCTCCCCACGGCA
CAGGCTGTGGTGCATGTGAGTACGGACAGCATCCTTGGTCCACCATGTTG
GAGCATTGAAGACCCCGTGCGTGAGAGATGCAGACTCCCTGGCGGAAGAT
GTACCGTTTGATTTCGTCCTGCGAGGAGTCGGGCTTCGGGGCATCCGATG
AAAGTTCAGCTTTAGGCATGGCCCTCTTACGGCCCTGGTTGCGGTTCCCC
GTAGATCGTGTTCCTGGGGAGAAAGTTCCCGGCCTCTCGGAGAGTCGAGG
AGTAGTCGACCGGTCGTCGATGGAGTGTCGTGGTCGAGCTGCCCGTGACG
ATTCCTGTTCAGCCCACGGTCGCTTCCTGGTGGCTCCATCTGGGTGAGCA
AGGGCCAAGAGTTACTCGGGTCCGGAGGTGCCCGAAGGGCAGTCGAAGTT
GTCGAAGTTGCCCTCGAAGTCGACTCTGTTGGTGTGGAGGGCGCCGCTGT
TGTCCTCGAAAGTGTTATTGTTGTCAGCATCATCGATCGCACAGAGAGGA
GCCGCCGGGTTCCTGGAGTCGGCGTATGAGCGAGTCGGAAGTTGCTGCGC
GGCTAGGCGGATGGGTATCTTGTTGGACTTGAGAGTGTTTACTTCCGCCG
TCCTTGTTTGTGGGGATGGTTGAAGGCACTTGCCCGCATCCTTGGCCAAG
CCCTGGGAAAATTTCTTGAAGATGCCCTTTACCAGGGCGCCTCTGTCGTT
CATTTGCTTTAGGCCCACGAGGTGTTTGACGACAGGCATAGCTTCCAACT
GTGGTCCGTGGTAGTCTCGCTGGACCTGTAGAAGTGCCTCCTTCGCCGCA
CGATCCGTAGTCGAGGGAATGCAGAGCTCGATCGTTTTCTCCTGGATGAG
CTCGAGCTGGTCCGCGGATAGCTGAGACCAGAAATAGGTCTCTTCGGTTA
AGAAGGGCAGTGCCGGGTCGACCGTAGAAGCCCTGTAGATCTGGATCACC
CGTTCCGCCACGGCCAGCCAGGATTCCTTTGGCCGGATCTGAATGGAGTT
GAATGCGGTGGACGCGGCCACCTTAGTGGCATGTTTCCTCCACTCCTCTT
CCAGGAGCAGACGAAGAAAGTCCATGACAGTGACGTGGTTCTGTGGAACG
CTGCGCTTCCCCCCGCGAGGATCGTGGATCTTCATGTCTTGGTTGGTGGA
AGTGTTATACTCCACTACCGTTCCGAGTCCGGTCGGCAGGAGGTCAAGGA
GAACCTCCATCCGAGTGGTCGTGAGCCAGTCGGGTCTCGGGTGAACGATG
TCGACGCCCGTGTGTGGATGGTACGTCATGTCGTCAGTCGGCAGCGCAAG
AACCCCCCCCGATTCGTTGGAGAATGCGGTGATGACCGAGTCCTGGAAGC
ATACGGGGTCGTTCCTGGCGGTAAGGATAGCCGAGGAAGACGGTTGCGCG
GGCGGACCCTCGTACTTCGTCGTTTTCATATCATCTTGCACTCGCTTTGT
GATGTTTCCACAAACCACGCGGCGTTGCTTGGGGTCGTGGATGTTGAAGT
ACCATGCCGAGCGAGGTCCCAGCCAGTTGTTGGGAACGGCTCCCATGGCT
CCTCCCCCGTGAGGGAAGGGTGGACCTTGTCCGGGTCCGAAGATGTTGGG
GCCCTGCCCTTGGGGAAAGGGTTGCGGACCTCCGCCGGGGAAAGCGGCGT
GAGGAGGTTGGTTGGGACCTCCGTAGCGAGGCTGTCCTCCAGCCTGAGGG
GGTTGCGCGAAGCCCCCGGACTGCTGGGGTCCACCGAAGTGGGGAGGGGG
CTGGTTAAAACCTCCCTGCTGCGGAGGGCCACCGAAGTGGTGAGGAGGCT
GGTTGAAACCTCCAGGCGGGATGGGACCTCCGCCTTGCTGAGGGTGAGGG
TTGTAGAATCCTCCCGGTTGCTGAAGTTGCTGAGGCTGGTGCGGAGGCGG
TCCCTGCTGAAGCTGCTGAGGAGGCAGTCCGTGGTGAGGCTGCTGATGCT
GTTGAGGCTGTTGGTGCCGCTGCGGGATGGGTCCCTGTTGCGGCTGCTGG
TGTTGCTGCTGGATGTTCATGTTTCCTGTTTATGGTTTTCGGGTTCACAA
TTTTTCATTAACCTATCCTGTGTGCTAGTGGACTCTGTTGTCCTTCCGAC
ATCTCTCGTGTCTTGTCGGTCCTCCCTCTCTCTCTCTCTTTTTGTGTGAG
AGATGACAATTTCCATGAACAAGGATGTTCCGGGACGTATAAAGAAAATT
ATGACCGAGTAGAGAGGGGAAGGAAGGATATAGGTACACAGGAATCGGAG
ACGGAAAAAAAACAATGGCGAACAACCGTGGATTCTGTCTCTCGTATGGT
TTACGGCGGGAACAAACATACGTATGGTTACGGTGCAATGACCATTTGTG
TATCAAGTAAGGAGGTTGCCACGGCATAGGACGCAGTCGGTGGTTCGGAA
CTATTACGGTCTCTGCTGTCCTCGCGGTGGTCGAATGCACGCTCGCGGTG
GTGGTCAGCGCTACGATATTCTTGACGCCGACGGCGGAGGACATCCCATT
CGTCTCCTGCAGACGGGCTTTCAAGCGGACTCTGCCGTATGGCATTACTT
TCACGCACGAGGTGCTCTACAAAATCCGGTGGCCTCGGGGATAGGAGGCG
CCGGCGTTGTGGATCACGCTCGCTGACGTCCCACACCGGGTGCTCTCGTT
CCTGCCTCCTACCGCGGTCCCTACCGGGGTGCGTGTCTATCTCGCCACTC
CCAATCAAGCGAAGGCTGCCTGCCTCTCTAAAAATAGTGACATAACCGTG
AGGGCTTAGAGTCACGCGAACGGTAGTGGAGGGCTGCTGGTCCGGATTGT
CGCGCATACGGACAATCAGGAGATCAAAAGTGTCGTGTGGGTGTGCCATG
GTGTATGTAGTGATCGGCAGACACCTGATAAGTATAAATAAAAGGACCAA
CAGGGGAACATAGGTGGGAGCCAAAAGTGGCGGTCATCAGCTACGGGGTT
AGGAGGTATATACCCGTAAAATGTGTACAGAAGTCATCATATTTAATGTA
CAGCGTGGGTGGAACGGAAAAGACAACGGCGATAGCAAATGAGAAGTGGA
CAGACCGATACTGAAAACAGTACGAAAAAAGGACAAACGGTCAAAAAGTA
GCAGGCAACGCTACACGACTGGACCGCGTAGAGTAGAGTACAGCACCAAC
GCAAAGGTGTGCATCTAGTGGTCATCCACTAATCATATACTTCATCGTTG
ACCCTCTCGTCCAGAAATGAAAGGAAAGAGATGCCTTCACACCAACAGAA
CAAAGCGGTGTGTACAAAAAGAGAGAGCGTTGCACGACAGCAGTGCATGC
AACAAAATAAATGGATATTTTGTTTAGTCGACAGACAGAATAAAATAGGA
TTTATTGTGGAACCGTCGAATTTCGTCACTGAATGATCAGGGTCCCACGT
AGAGAGATGTATGGTACGGAGCCCCGAAGGAAAAAGGGGGCCACTTCTTT
CGAGCGTGTCTACGTAGTAGTCCCGAGGGCACTTGAGAGTGCAGGGCAGA
TACGAGAAGGAAGTAGACACAGAGAGAGGTTAGAGGATAGCTCGCGGACG
CGCGGAGTATCCGCAGAAAGTCGAGTTTTTTCTATTTCTCTTCAACGGAG
GACGCGCGTGCTAGCCCATCGTTCGCGGCGGCGGCAGAGCACCAGTGCGG
GAGCGCCGGGCGACGAGGCGCCACACTGTACGGTACGACGCGTGGTGTGC
ATGGGTAGACGTTTCGATGAGCATGGGGCAGAGGCTTCAGGTGGATGATT
TATTCTCCTGACCAGAATATCCCAAAAATCGCGTTTTTCTGGCGGCATGC
CGAGGCCCCATTGGCGAGTACCTCAGCGTTTCGGCTCATCGACCATCAAT
AGGGCGGGCGGCCGTGGTGGTCCGCTGCTACGCTGTCCGCAATTTTTTGT
GAGGCACGCATAGGTTGCGTTGATTTGTGGTTGGTTTTCTGTCGGTCCGG
ACCACATCAATCGTGGTCCGCGGTCGCAGCCGCAGGCACTCGTGCTGCGC
TGCGGCCGTCACGCAAAAATTGGTGAGACACACCGAGAGCAACATCCTTC
CGAGAGCAACATTCTTCTTCGTATGTCTGTCGGTTCACCGTTCATTAATC
GGACGGTGCGGCCACGGCGGTCCGTCGCTGTGGTTGTCACGCAGTATTGT
GAGGCACACAGGTGTTACGTTTATCTTTATTTGGTCTCTGTCGGTCCAGA
CCACATCAATCGTGGTCTGCGGTCGCAGCGTAGGCACCCGTGCTGCGCTA
CGGTTTTCACAATAAAACTGGTAAGGCACACAGAGAGCCATATTTCTTCG
CGCGTCTGTCGGTCCACTGTTCATCAATCGGGCGGTGCGGCCGCGGCGGT
ACGCCGTCGCGGGTGTCGTAATCAGTTGCGAGGCACACAGAACGCAATTT
TTCCATTCGCATACCTGTCGGTTCACCGTCCATCAATAGGGCGATGCGGC
CGCGGCGGTCCGCCGCTGCGGTTGTCACAATCAGTTGTGTGGCACACAGG
TTTTGCGTATAATTTTTCTTGGTGTTCTCTGTCGGTTCTGACCACATAAA
TCGTGGTCCGCGGTCGCAACTGCAGACACCCATGGTGTGTTGCGATTGTC
ACAATCAAATTTGTGCAGCACACAGAGAGCAACATAGAAATTTTCTTTCC
TCGCATATCTGTCGGTTCATCGCTCATAAATAGGGCGATGCGGTCGCGGC
GGTACGCCGCCACGATCGTCACAATCATTTGTGAGGCACACAGGTCTTGG
CGTTGACTTTTATCTAGCATATCTGTCGGTTCAGAGCACATAAATCGTGT
TCTGCGGTCGCAGTTGCAGGCGCCATCGCCGCGATGCGATTGTCTCGAAT
CTATTTGGGAAGCACACAGAATTTACGGAATTTACGGGGTGGTTCTTTGC
GCATCTGTCGGTTCACCGCTCATAAATCGGGCGGTGCGGTCGCAGAGGCA
GGCGGCAGTGATGCGCGCTGCTACGTGATCGTCACAAACAAATTGTGAAG
CACACAGTTTACGTGGTTACCACCGATGTTCGTCCCAATTACCGCCTCTA
ACTCCTGCTTGCGAGCAGATGGTAAACGAGAAGATGGTCACGAGGTCGGG
CCGGGGGCGGGCAGCCGGTCGCGGGCGGGCCACGTCCCGGGGGCCCGCGC
GGTCCCAAGGGCGTTCAACGTCGCGGGCGGCTGCGGCCGCCAAGTCGCTT
CGACGGCCTGCCGGGAGGGGGCGGACAGAGAGTCCCCGTCCGTCCGGGGC
TAGTTCCTTGCTGTCTGCAAGTGAAGTGGAGTCCCTGCGCGCGGCGATCG
CCGAGATGCGAGAGAAGAATGACGCCATGTCCGCCCGCCTAGAGGCTACT
GAGGCGGAGCTGGAGGCTCGCGGTGGCGCGACACAACAGCTGCAGTCGGA
GCTCGACGATCTCCGGGCTTCGCGCGACGAGCCCATGGCGGATCTGGACG
GTGTTGGGGACGGGCTTGCTGGCGACGACGAAGAGGTGGCATTCGCGGGG
ACGGGCCCGTCGCCGCCGGTCCCACAGCCGGCGGCGGCGCACACGGCCCA
TGCGTCGGCTGTCCTGTCCAAAGCCAAGTTCAAGTTGTTGCGGTCCCCAC
AGGCGCAGCGGGTGTGGTATCTCACTTCGCAGAGTCCGAAGTCGTCGCCC
ATGACCGTCGTCGACATGCGGGTGGTGCTGCGCACAAAGATGCACGTCAC
CAAAGAGCTCGCCGACGTGGTGAATGCGTTGGCGGATTTCAAAGTGCGCG
AGTTTCTCCCGGCTTCGAACGAGCCGTCGGCTGTCGGCGTCTCTACCCTG
GACCACTTCGAGATTCTCATCGAAGCCGTCTCTTCTGTCCTGCGCCGCCA
ATCTTCCACCAACGACGCATCCAAGCGTGTTGATGTCCTCGAGCGCGCCT
TCCGCGAAGGGCTGGTCCGGTTCAAGGCACACTGCAACGAGTTCCGGCAC
AAGTTGCGTGTTCCCGACAACGTCGACGTGCTGGCGGCTTGGCTCGACAA
GAGCATCAACGACTGGGCGGACGCGGTGCACGAGCAGGCGGGGGAGTTTG
CTCAGATCCACGAGACCGGTCCGCCGCCGCCGGACCAATTCCCGGCGGTG
CTTGTTCCCGACTTCGCGAGGCTCGACGGTTGGATGGAGCGGGGAGGGCT
GCAGTACCTGCCCGATCCGCCCCGGCAGGCGCAGCAGTCGGGGGCATCTT
CGTCCGGAGGGCAGAAGGGTCGCGAGAGTGGACGGACCAACATCTGCTTT
GCGTTCAACACCAAAGCTGGGTGCAATCGGGCGGCGCGCGACTGCAGATG
GCGTCACGTGCTGGACCCGAGCATCGGTAAGAAACGCAACGGTGGAGGAG
CCGATAAGGGCGGCCGTGGTAGCGGCGGCAGCGGCGGCGGTGCTAGCGGC
GGTAGCGGTGGCGGCGCTAGTGGCGGCGGCGGCAGTACAGGCGGCGGCAG
CGGCAGTGGCGGTAGCAACGCCGGGGGTTATCAGAGCCACCACTAGGGGC
GCGGGCTCTGCCGCTTGGCAGGGCCAACCTCGACCGGAGCGCGAGTGCCG
CACGAGGAGGGGGCGACGGCTGCGGCGTCGAGGAAGGCCGTGTCATCGGC
AAGAGGAGCAGCGCCTAGGTCCGGAAGCGGTGGACATCACCTCCGCGGTC
TTGGCGTCGAGCTCATCGGAAGAGCAGTTGCGTGATCGACTCAAAGCAAT
TAAGCGTCAGGTTTCCGGTCTTGGCAATCGTTTTGTAGGATTACGGCGCG
GGACGAATTTTTTCGGGCAGGTGTGTCGCAGGAAAAGGTGACGTGGACGT
TGATCGAGTTTGCGGCCTAGTGATTCGAGTCCGGCAATATGCCGGGTACG
ATATTCGGCAAGTTGGCGGCAGTCCAGTATTTTCACAGGATGCATGCCGG
GGTAGAGCTCGAGACGTCGTCACCATTGCTCAAGTGTGCGCTTCGTGGTA
TTGCTAGATCCCACGTGGACGCAGGCACACGACATCGAGTACGCCTTCCG
ATTACGTTGGATATGATGTTGGAGGGCGAGTCGATCACATCGTCGGGAGA
GTCGAGCAGACACGTCCTTTGGATGTGTTTGACTGCGATGTTTTTCTTTC
TTCTGCGATCCGATGAGATGTTTGCCAGCGATGCGGGCGTAGTCCACCCT
GTCCACTGTTTAACGCGAGGGCAGGTTGCATTTCGCCTCGGCGATCATCA
GTTGAGTTACGTAGACTAGCGGGAGGCGGATGCAGTAGAGGTCCTCTTCC
GGGGACATAAGGCCGATCAGTTGCAGCAGGGGACGGTACGGGTGCGGACA
AGAGACGAAGTCCACGGCCCCCGTTCCGGCTACAGGACAGGCGGTAGTGC
CGTTGCCCTGATGGTGGAGTTGATGTCGTGTTACCCGACATTGCCGGATC
ATGCGCCGTTGTCTTCTTACCGGGAAGGTGGGCAAGTCAAGGTTTCAGAT
ATGGGAAGGCCACACAAGTGCTGAGAGAGATAGTGAAGACGTCTGGAAAG
GATCCGAGATATTTCGCTTTGAACTCGTTGCGAATCGGGGGAGCTTCTAC
GATGGCAGCTGGAGGAGAGATTTCAGATCGGTTAGTTCAGTGGGCAGGAA
GGTGGAAGTCCGAGGCATACAAAGGGTATGTGGTAGACAATCTGGACGAT
TCGCGGGATGCGTCGCAAGTTCTGGGGGATAGGACTAGAGGTGTTCAGAG
ACAGCCGGGCGACGGGACGGTGTGGGGTAGCAAGAAGAGACGAACCCACC
GGACGGGGTAAGTCAAGATGACCTCGTATTTGGGAAGGGAAATGGTAGTG
TAGTACCATTTGGGGACTTGGTCATCTGAGTTTACCACGTGCAGTAGGGT
TAGCTCCCTCCACCGGAGGGTTAGAATCCTCGGTTGTCGTCTGAGAGGGA
AGCGAGAGTGAGAGTTTTTCGGGCAGGAGAAGGAGTGGATAGTGGCAGGC
TGAGTTGGCCACAATCGTGCTCTGCCCAGGGATCTCTCTCTTCCCTCGGG
ACCTTGTATTATTTAATGCCAAATTCGAAAGAAAAGCAACAATAAACAGG
TAGTCTATACATATACCCAAATTTAGCGTTTTCTCGCAATTTGAACGCTG
CTGTGTGATGCCGTCAAAGCAAATTAAACAGAACCAACGTACACAACACG
CAGGCCTGACGTAGGACTCAAATATAACCAAAGCATACTGCTGGTGTTGA
CGACATAGGCACACACAGACGCGTGCAAAAGGCGATGTATCATGTTTTTC
GTAGATCAGTGGTGTTGCTCCGTCTACAGCGGTTTGGTAGAACCTCAAAC
TAGAGCGGCAGACGTGGGTATGCGAAAACACAAGGGTTGTGAAGCACGCC
AACAGGTAGAACTTGTTGGTAAATCCGTGGCTTCTGGGAAAAGGTATTGT
ATTAAAGACCTGGTCAGGATAGACTGGTCGGAGAGTGGAGTGAGCGAAGG
GGGGAGAGCTGAGGGGCGAGCAGAGCTCTCGTACTCAACGTGTCCCTTCA
CACACACTCTCGGTGCATTGCACACTTGGAACAAAGCCAATACGCCGACA
CGACCAACTACCCGATATCCTACCTCCAGCAACATTGCCTGAACATTCCT
ACTGGGCAATTGTCCGACGAACCACATGCCAACGTCCCGACACATACACC
TACGGACCGTTGCATAACCCATACGTTGACCCATACGTTCCCATACGTTG
GTGCAATCTACCGATGTGCCACAGGGAGTATTCTTGGAATATCTATGATT
GACAGTTTCACACATTCAAAACTGTCCAATCAGATTATCCTATCGCAGTA
GCCGATACACTGCCGCTACCTCACGAACACCCTCCCGAGGGGCTGTTGTA
TCAACCAGACCAAGTACTTTTTACCAAGAAAAACAAAACAAACAAAAACA
AAATCAGACTCCTACTTCTTAGAGCCCAACGCAAAGTCACGGTGAACTTC
AAAAAGGTCTCTCGGTAGGGCCTTTGTGAGGATGTCCGCATGTTGTTCCT
TGCTTGGGACATGCGTGACCTCGATGACTCCCTCCTCCGTCAAATTCCTA
AGGAAGTGGTGCCTCACGTCAATGTGCTTACTCCTGCACGAGCTAAGCGG
GTTTTCTGCGAGCGCAATCGCACCTGAGTTGTCCTCAAGGACACTATCTT
ACGAGGCTTCATACTGGGTCTCAGAAACTGAAGCATTCCGTTCACGAACA
GAGCCTCTTCACACCATCACCCATCGCAAGGTACTCTGCCTCAGAAGTCG
ACTGCGAAACGCATTTCTGTGTCCTAGAAATCCAAACTACAAGCATAGCA
GCCACAAAAACCATTGCTCCTGAAACAGATCTACGGTCCGTAGCCTTACT
CGCGAAGTCGGCATCTACATACACCAAAGTGCCTACGTCTACCGAACTAT
CACGTTTGAACTTCAGAGTCAGATGTGCCGTTTCCAGAAGATAATTTAGG
ATCTTCTGGGCCGCCTTCCAGTGGCTCTTCTTTGGCTCGTAAGAGTGCCT
TGCCACCGCCCGCACAGCGTAAGAGATGTCGGGTCTCGTTTGGCTGGCGA
TCCACATCAGGCTTCCCACCACCTCTCGGAACGGCACATCTCCTGCCCCC
TCCTCCTCCTTCATGGACCTGTCATCGTTGGCAAGGGAAGCAGGGATCGA
ACTGGTGCGACAAATGTTGAACCTTTCAAGAACGCTGCGGATATAGCTCT
CCTGAGAAATCTCAATCGTACCAGCCTTGCGGTCGCGAATGTATTCGCAA
CCAAGAAAGAACTTGACCTCACCCAAATTCTTCGTAGGAAGAGAGTCACC
TAGTGCTGCCACTACCACCTCAGAAAGACTTTTTTTCTTAGGCTTGGACA
TTAAAGCAACGCTTCCTCGCTTCTTAAGACCACCCTTCGCCAGCAAGTCA
TGGTAACGTTCACGCACCTTACTCTCAATGAACGCCGGATCATTCTGGCA
AAACACCACAAGCGTCTCACGCAAAATCTTGTACTCGAAGACAACCCCTC
GAGCATCAAGTTGCACACTTCACGGTCATCCTTCTTCACCTCTAGCATTT
CAAGCACACCAAGAGTCTCTCTGATGGACGTAAAGAATTTCGTGGGGTTT
TCATTCGAGCGCATACGAAGAGACTTGAGCTTTTCCTCGTGCACGCGGAT
CTGACTCTGACTGAGTGGCAAGAAGTGTTCTTTGAGAGCTTGAAAAGCCT
TGAAGGGCGAACCAGCAAGTCTAGCCATGTTTTGCAGGCTGTCTTTCTTC
AGAGAGTCGAATAAAACCACCAAGCCATCTCAGTCTGCCGCACCTGACCC
ACGCTGTATCCCTTCTCAAGCCAGGGGAAACATCAAAATGTATGTCAGCA
ATCGGAATGCCCATGTCGTGAACAAACGGTTCCAGCAGATTAAAGTGCTT
AGCTTTCATGAGAAAATTCTGAGACCATCCGGGATACACTACATCTGTAC
CATCGAATCCTGGACCTTTGGGAACGTTCTTAAAAGACGGACCCCACCCA
ACCTGTCATCAGAATTCATTACAGCCCCAGGAATCAACGTGTTTCCACTG
GCTATGTTTCCCCACCACTCACTCGCATGGTTTGTGGCAGGCGGAACAGC
GGACTGATCATTTAAGTTCCCACCGACAGTCCCGTGAACCGTCCCAAAGT
TTACAGCTGACACAACGGGACGGTCTGTTGTACGTGAGGGGAAGCCCATG
TCTGCCAGAAGACCTCTACCACTTCCAACTCTTGTACCGGACACGCCAAG
GCCTAGGGCACTGTTGCCCGTTCCTCCGACGGCCCCGCTGACCGCACCCG
ATTGGTGCGGGCCAGCCTCTGATCCTGGGTTTCCAGGCGCAACAGAACCA
GAGGACTCCACTCTCTCTCTATCCGCTACCAGTGCCGTGAGTTGGGTTTG
TTGAGTTGTGACTAGAGCAAGCAATTGAGAAAGCTGCCCTTCCAAAGAAC
TCATTCTCTCACCTCCGCGTCACCCGGAGGGTTCAGCGAAGGGTCCACGA
CGCCATCCCCTTCTGCCATGACGAAAGAAAGAACAGGTGATCAGCCCGTC
CCTCTCACAGTCCGTCGACGTTGTCCAAGGGGACGAAAACAGCAGTCGAC
TGATGCGCTTAAACGTGTTGGTAAATCCGTGGCTTCTGGGAAAAGGTATT
GTATTAAAGACCTGGTCAGGATAGACTGGTCGGAGAGTGGAGTGAGCGAA
GGGGGGAGAGCTGAGGGGCGAGCAGAGCTCTCGTACTCAACGTGTCCCTT
CACACACACTCTCGGTGCATTGCACACTCGGAACAAAGCCAATACGCCGA
CACGACCAACTACCCGATATCCTACCTCCAGCAACATTGCCTGAACATTC
CTACTGGGCAATTGTCCGACGAACCACATGCCAACGTCCCGACACATACA
CCTACGGACCGTTGCATAACCCATACGTTGACCCATACGTTCCCATACGT
TGGTGCAATCTACCGATGTGCCACAGGGAGTATTCTTGGAATATCTATGA
TTGACAGTCTCACACATTCAAAACTGTCCAATCAGATTATCCTATCGCAG
TAGCCGATACACTGCCGCTACCTCACGAACAGAACTCTGAGGCTGTTGAT
AGACCGCAAACGGACGCCGGTCGTACgGGGTTCAATCGACGTGTAGGGGC
TGATACCAATGTACTCAAAAAGTTGCGGCACGCAGCTGATGTGGTGTAAT
TGTAGAGAGGGCAAAAAATTGAGAAGTGTCGATGACACACAGCAATAGCA
GTCCGTTTACATTTCAGATGCAAAGAACAGGATAAAACGAGAAGTTCACT
GCTGTTGCCCACAGCATCACGCCGTAAAGAGAGGTGCATATGTGTAGATA
AAGCCAGGGAAGAGGGAACCAGCAGGTCTCGCTCGTCCCGCACATGGCAC
ATGGCGGATGAGCAGACTAGACAAGAAAAGAAAACAGGTTGACAAAGTGC
CAGTCTGTCTGGGCATAGAATCAACGCGGAGGGACAGACCACGCTTTCCC
GTTTGGATATGGAAGATCGACGTCGAAATCATACTCGCGAAACTCCTGAA
TTGCGTGGGTTGTGTCTCTAAGATCCGAACTTAAGTTCAGACGCTCGGTG
CAGCAACAATGCACGCTGAATAGACACAGATGCTCTCAACAACAGCTGTG
CCAAAGGTAACGGGACAAAAAAAAAAAAATCTCCGCTTCGCGGTAGCGTG
ATCACCACTTTTAACACCATCGTTGGTCATCCCCCCAATGGTTTACACGC
AAAGAAAATAACTCAAACCGGTGCATAATCCATCCTGATGAGTTGGAGAA
CAGTTCCTATGAAAGACTGGGTCGATTTGAGTTCGTCAGGGGTCGAGGAG
GTTGATCAAAGCAAGGGTAATTTTTGAAACATACATGCAGGATAGCGTAC
GTGTGTGTGACTCAGAAACAAAATTGAAAAGACACGAATCTCCAATTTTG
AAATTGACAAGACACGAATCTCCTTCACGGAGGATGCACACGGCAACAGG
TGATATCAAGGTATCCCCATTCTCCACCATGTAACGGGCTAAGTTTAGGG
TCAATCATGGGTACTCCATGGACACACCTAACTCACACCGGCGGGGGTTC
ATAGGGGAAAGTATAGGGGAAAGTACAGCTCATTTCACGGGGTAGAGTCA
GGACACATACACACACAACACACACGTGAATCTCATTACATGAACTCAGC
ACATACAAGCTTCACACGTTCACATACCGTTGATTAACGTCCCCTAGGAC
TAGCGTTGGACTCACAGTCTCGTTTCGTTTGGCACCAGTGGTAATTGGCG
TCAGGCTCAGTTTCTTTGCTTCGTGGGCAGAGTTGAGTAAAACTCTAGGT
AGTTTCGCCAAGGGATCCCAAGAAACGGGATCCTCGACATGATTCGGGGT
ACCAAGGGGTTACGTGACACACTCCTTGGATTTCCCTAGCCCTCATCGAT
TAACATACGAACGACCTCACGATCGAACGGTAGTTAATTGAATCATCGTA
TTTCTGAGACGCTGAAGCCGCCTTGACACCATTAATTTATGGGATTAAAG
TACAGCTCTCTGTACAAGAGTGACGTGAGGTATATCATGCTCCTTAGCGG
AACCCCGGCTCCAAATACACCGTCTGAAATTGTGCCTCTAATCAACTTGT
TGTGCCGAAAAAAGGAAGAAAGGTGGACAACGAAGAAGTGGGACAATCCA
GCTACGACGACGAGAGCAAAGCAGGGGTTCTTGCAAAATAAGGTGTCTAT
ATACAACATTGGGCCGAAGTACAACTATCTCAGGGAACGCGGAACGGAGT
TCCCGAGTGCAGACAATTTTCCTGGCTACCGAGTTTCCACCAGAAGCGTC
AAGCTCTCTTCATCGCAGAACGCCGAATACATACAGTTAAATAAGAAGGT
GAAAAAGGAGTCTCAGAGAGAAAGAGAGAAGTAGTATCCTTTTTACGCTA
GGGAAAGAAAGATCGTAAACACGCACCCGAAACGAAAGGCTCCGAGTAAG
CGCAAGCCAGGAAATGGAGTGGTGACCCCAAAGATTGCGAAGGTAGCTAA
AGTGTTTTTCCGGGAGATTAAAAAACAGCACGGGCCTAAGCAATCCAAGC
AGGATCCGAAACGCTTGCGTCGAGGCCGGCTCCTACTGTACGCGTATAAC
AAACAAACGACCGTTGATCTGGAAGGCGAGATATGACTTCTCTGTGCGGA
AAAAAAGAATATGTCGCCGAAAATAGATCTGTACAATGGTAGTACGTCGG
CGGAGGAGCGACTGCGCATAAAAGAAGCCTTCAATAATGGGGAGACGGAT
GTGCTTATCATAAGCAAGGCGGGAAGCGTAGGCCTCGACCTTCAGTGTAC
ATCCAAAGTCTTCATGTTTGACCTTTGGTGGAACATCCCTCAGATGAATC
AGATCATCGGACGCGCGATCAGGTACAAGAGCCACCAAAAGCCGTGTGAG
CACGAGCACGTAGACGTGTACATTTACCAGTCCGTGTTTTCGACGAAACA
GCCGAGAGGTGTCAAGTGTTTTGATGCACACGTCCTTATCGATGCCTCCA
AAAAATGGAAGAAGGTAGCCACCATGATTGAAAAAATTATGAAACCAGCT
TCTATCAATGGCGATCAGTCTTGCAAAAGA
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Coding sequence (CDS) from alignment at P-fluviatile_contig78:15793..38072+

>mRNA_P-fluviatile_contig78.14185.1 ID=mRNA_P-fluviatile_contig78.14185.1|Name=mRNA_P-fluviatile_contig78.14185.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=1752bp|location=Sequence derived from alignment at P-fluviatile_contig78:15793..38072+ (Porterinema fluviatile SAG_2381)
ATGCGCGTTTCTTCTTCCAACGCGAAGAAAAAAAAACTTGGACTCAATCC
CACTAGGTCGACCATTGACGACCGCGTGGAAACGGCAAAAGCACGTGTCC
GGGGTAGGGAACAAGCAAAAGATAAACAAAACCAGTGTAACGTCATGGAG
TTTATGAAGTCGGTTGCCGACCCTTCCAAAAACAAGCAGGGCAAGTACGC
AGATACTAAGGGGCTCTTAGTTGCGCACGGCATGGGATCTGGTAAAACTC
TCACGTCTCTGTGGGTCGCCAAGGAATACATAGCTAGAAATCGCGTCAAT
TTCGTCAATATTCTGGCTCCTAACGTAGCCGTGGGTGAATTCATTGATTC
TTTTGAAAGGGCTGGCATCACTCCACAGATGGCTGGGAAAATCAGGGTTC
TGATGCACGATGAGTTCTTTCTCAACAGAAGGGGGCGCGAGTTCACACAA
TCTTTGGTGATTGTCGACAAAGCCCATTGTAACGGGCTAAGTTTAGGATG
CGCGTTTCTTCTTCCAACGCGAAGAAAAAAAAACTTGGACTCAATCCCAC
TAGGTCGACCATTGACGACCGCGTGGAAACGGCAAAAGCACGTGTCCGGG
GTAGGGAACAAGCAAAAGATAAACAAAACCAGTGTAACGTCATGGAGTTT
ATGAAGTCGGTTGCCGACCCTTCCAAAAACAAGCAGGGCAAGTACGCAGA
TACTAAGGGGCTCTTAGTTGCGCACGGCATGGGATCTGGTAAAACTCTCA
CGTCTCTGTGGGTCGCCAAGGAATACATAGCTAGAAATCGCGTCAATTTC
GTCAATATTCTGGCTCCTAACGTAGCCGTGGGTGAATTCATTGATTCTTT
TGAAAGGGCTGGCATCACTCCACAGATGGCTGGGAAAATCAGGGTTCTGA
TGCACGATGAGTTCTTTCTCAACAGAAGGGGGCGCGAGTTCACACAATCT
TTGGTGATTGTCGACAAAGCCCATTGTAACGGGCTAAGTTTAGGCTCTCT
GTACAAGAGTGACGTGAGGTATATCATGCTCCTTAGCGGAACCCCGGCTC
CAAATACACCGTCTGAAATTGTGCCTCTAATCAACTTGTTGTGCCGAAAA
AAGGAAGAAAGGTGGACAACGAAGAAGTGGGACAATCCAGCTACGACGAC
GAGAGCAAAGCAGGGGTTCTTGCAAAATAAGGTGTCTATATACAACATTG
GGCCGAAGTACAACTATCTCAGGGAACGCGGAACGGAGTTCCCGAGTGCA
GACAATTTTCCTGGCTACCGAGTTTCCACCAGAAGCGTCAAGCTCTCTTC
ATCGCAGAACGCCGAATACATACAGTTAAATAAGAAGGTGAAAAAGGAGT
CTCAGAGAGAAAGAGAGAAGTAGCTCTCTGTACAAGAGTGACGTGAGGTA
TATCATGCTCCTTAGCGGAACCCCGGCTCCAAATACACCGTCTGAAATTG
TGCCTCTAATCAACTTGTTGTGCCGAAAAAAGGAAGAAAGGTGGACAACG
AAGAAGTGGGACAATCCAGCTACGACGACGAGAGCAAAGCAGGGGTTCTT
GCAAAATAAGGTGTCTATATACAACATTGGGCCGAAGTACAACTATCTCA
GGGAACGCGGAACGGAGTTCCCGAGTGCAGACAATTTTCCTGGCTACCGA
GTTTCCACCAGAAGCGTCAAGCTCTCTTCATCGCAGAACGCCGAATACAT
ACAGTTAAATAAGAAGGTGAAAAAGGAGTCTCAGAGAGAAAGAGAGAAGT
AG
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