mRNA_P-fluviatile_contig85.14889.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig85.14889.1
Unique NamemRNA_P-fluviatile_contig85.14889.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: D7G225_ECTSI (ThiF domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G225_ECTSI)

HSP 1 Score: 671 bits (1732), Expect = 3.200e-239
Identity = 353/476 (74.16%), Postives = 390/476 (81.93%), Query Frame = 1 
Query:   25 ERLALIAGGALALAVIQLFQAKRRSSSNDCKGKGCQGTTTHEPDPKPLLQLFPSDFGHSPQSRPQSPGAEANVPCAIPPELEQELFSRNRFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLAKQRGLD 1452
            ERLAL AGGALALA++QL QA+R   +   +  G +G   H P P+  L+      G S   R  S  A   VP  IPPELE+ELFSRNRFFF+EGFD IR + VIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATW DVG PKALVLK RLHAIIP AEIDARV MFR+EDAD LL  D   A + P+ CFVLDCIDDLATKAELIA+CS++GLRVLSSMGAGLKSDPTRLHIAKL DCCKDRLAMRLRA+LKKAH  +D DTVECVYSSEEQVTEMLPLS+EQ+ NPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCE+G KPFSP+++CH+SSKLRHKMLQRLRSREKRV+ ADWP IDE +LEYIVNQ        +WRGRCPVTGRRALGSN+LEL RWDRSE GPGCVPSNLV++A  +AN++D+ G     C+ AA R KIEATLA QR LD
Sbjct:    9 ERLALFAGGALALALVQLLQARREGGAPANEDHGTRGP--HTPHPRTFLEKL---LGAS--DRTSSIEATPTVPREIPPELEEELFSRNRFFFKEGFDAIRGALVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWADVGLPKALVLKDRLHAIIPNAEIDARVGMFRKEDADPLL--DISDAGVLPEECFVLDCIDDLATKAELIAQCSKKGLRVLSSMGAGLKSDPTRLHIAKLADCCKDRLAMRLRAQLKKAHS-LDPDTVECVYSSEEQVTEMLPLSKEQEKNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEIGRKPFSPLVVCHMSSKLRHKMLQRLRSREKRVHGADWPDIDESVLEYIVNQ--------MWRGRCPVTGRRALGSNILELSRWDRSEDGPGCVPSNLVLLAVDVANKLDEDGAG---CVSAAAREKIEATLASQRALD 463
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A836CIS8_9STRA (ThiF domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CIS8_9STRA)

HSP 1 Score: 389 bits (1000), Expect = 1.070e-128
Identity = 215/408 (52.70%), Postives = 277/408 (67.89%), Query Frame = 1 
Query:  226 GAEANVPCAIPPELEQELFSRN-RFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLAKQRG 1446
            GA A  P  +P E+E ELFSRN  FF  EGF  IR SF++VVGLGGVGSHAAHML RSGV+RLR++DFDQV+LSSLNRHAVA W DVG PKA VL+ RL AI+PG ++DARV MF +++AD LL    G  A      FVLDCIDD+ TK EL++ CS++GLRV+ S+GA LK+DP+RLHI  LVD  +D LA +L+ RLK+   +VD +T+ CV+ +   V++++PL+ +Q   P +FG V +FR+R LPVLGT PAIFGQ MA +VLCE  GKPF+P  M  L   LR+K+LQRLR+RE R Y      ID   + Y+V Q         WR RC VT  R +G++ LEL RWD    G   +P+N+V+++  +   V+ +G  E   I A  RA IEATL +QR 
Sbjct:   48 GAPAAAPREVPAEIEDELFSRNVGFFGAEGFAAIRDSFIVVVGLGGVGSHAAHMLARSGVRRLRLVDFDQVTLSSLNRHAVAAWSDVGLPKAHVLRDRLQAIVPGLQVDARVEMFTKDNADDLLS---GSPA------FVLDCIDDMNTKCELLSRCSKKGLRVICSVGAALKNDPSRLHIGSLVDAIRDPLAAKLKWRLKRH--DVDYETINCVFLAANPVSDIMPLTDDQAAAPDEFGTVSHFRLRTLPVLGTIPAIFGQAMATFVLCEQAGKPFAPAPMVGLGKNLRNKLLQRLRAREMRNYPGQKFPIDLDDISYMVEQ---------WRARCAVTRARMIGADQLELVRWDP---GHELMPNNIVLLSMPVIKRVEAEGRDE--AISAESRAFIEATLRQQRA 430
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A7S2V1B3_9STRA (Hypothetical protein n=2 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V1B3_9STRA)

HSP 1 Score: 343 bits (880), Expect = 1.600e-110
Identity = 195/376 (51.86%), Postives = 251/376 (66.76%), Query Frame = 1 
Query:  253 IPPELEQELFSRN-RFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQA-DWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKG 1374
            IP ELE+ELFSRN  FF EEG  +IR SFVIVVG+GGVGSH AHML RSGV  +R+IDFDQV+LSSLNRHA A W DVG PKA  + R L  + P   ++A   MF   DA  LL+    G+   PD  +V+D IDD+ TK EL+  C    L VLS++ AG K+DPTRLHI  L D  KD LA +LR RL K   +++AD +  VYSSE     +LPLS+EQ+  P +FGVVDNFRVRV+PVLGTTPA+ GQ MA  VLC + GKPF P+    ++S ++HKM Q LR+RE+RV+   D   +D  ++E++V Q        VWR RC VTGRR  G+ LL L RW++ +G    +P+NLV+++   A+ +D +G
Sbjct:   63 IPEELEKELFSRNISFFGEEGQQIIRKSFVIVVGVGGVGSHTAHMLARSGVGSMRIIDFDQVTLSSLNRHATAGWSDVGTPKAEAMARALQDLAPACRVEACARMFCARDAHLLLE----GS---PD--YVVDAIDDVNTKLELLEYCCHHRLPVLSALAAGGKADPTRLHIGTLGDAVKDPLASKLRWRLNKM--KINADEISAVYSSELPRCRLLPLSKEQEAEPHEFGVVDNFRVRVMPVLGTTPALMGQAMAAHVLCNLAGKPFEPLAAPRITSSVKHKMYQHLRNREQRVFGTKDLSCLDGDLVEHMVTQ--------VWRSRCAVTGRRIGGTQLLALTRWEKEKG---LLPNNLVLLSPKEADRLDAEG 416
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A7S2SSC0_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2SSC0_9STRA)

HSP 1 Score: 309 bits (791), Expect = 7.020e-97
Identity = 182/394 (46.19%), Postives = 254/394 (64.47%), Query Frame = 1 
Query:  256 PPELEQELFSRNRFFF-EEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLA 1434
            P  + +E++SR + FF + GF  +R SFV+VVG+GGVGSHAAHML RSGV  +RVIDFDQV+LSSLNRHAVA   DVG PKA VL + L  I+P  ++DAR +MF  E A  LL+   G     PD  FV+DCIDD+ TK  L+A+C   GLRV+S+M AG K+DPTRL I  + D   D LA ++R RLKK+   +D   ++ +YSSE+   ++LPL+ EQ   P +FG V+ FR R++PVLGT+PAI GQ MA +VLC+V GKPF P  +  LSSK + K LQ L++RE  V+    P  D+  ++++V +        +WR +C VT  R L    + + RW R E GP    +N V++  ++A+++D     E+   D  + A++++TLA
Sbjct:   64 PEHVMREVYSRIQTFFGDAGFKSLRESFVVVVGIGGVGSHAAHMLARSGVGVVRVIDFDQVTLSSLNRHAVAGLADVGRPKAEVLAQALTDIVPWCKVDARAAMFTEEQAGELLEPHEGRL---PD--FVVDCIDDVTTKGALLAKCKELGLRVISAMCAGAKADPTRLQIGSINDASHDPLAAKMRWRLKKSG--IDTSGIDVIYSSEKPRLKLLPLTDEQAQEPQEFGNVEYFRTRIMPVLGTSPAIMGQAMAAFVLCDVAGKPFRPEPVAGLSSKSKLKFLQHLKNREIEVFGNRQPVADKDDVDFLVTE--------LWRSKCAVTLER-LERQPMVITRW-RRERGPSL--NNFVLLRNTVADKLDAVAQPEDV-FDPEVIARVDSTLA 437
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A7S2DX06_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2DX06_9STRA)

HSP 1 Score: 307 bits (787), Expect = 1.440e-96
Identity = 175/375 (46.67%), Postives = 245/375 (65.33%), Query Frame = 1 
Query:  253 IPPELEQELFSRNRFFF-EEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKG 1374
            +P ++E E+ SRN  FF  +G   +++SFVIVVG GGVGSHAA ML RSGVK+LRVIDFDQV+LSSLNRHAVA+  DVG PK  VLKR L+ I P   +DA   MFR E A+ LL        IP    +++D IDD+ +K  L+A+C   G+RV+S+M AG K+DPTRLH+  L D  +D LA ++R  LKK +  V+ + ++ VYSSE+    + PL++EQ+ NP DFGVVD+ R RV+PVLGT+P I GQ++A  VLC + GKPF+P  +  LS K   KMLQ+ + REKRVY+ +    D   +++IV+        ++WR +   T  R   S+ +E+ RW R E GP  V +N V++ +    +++++G
Sbjct:   56 LPLDIEDEVLSRNESFFGADGLGAVKSSFVIVVGSGGVGSHAAAMLARSGVKKLRVIDFDQVTLSSLNRHAVASLRDVGRPKVEVLKRSLNDIAPWCAVDAHAVMFREETAEELLAPWEENGQIPD---YLVDSIDDVNSKVALLAKCQALGIRVISAMAAGAKADPTRLHMGSLTDASRDPLASKMRWALKKVN--VNCEAIQVVYSSEQPRVTLQPLTEEQRANPADFGVVDHMRTRVMPVLGTSPGIMGQSIAAHVLCTLAGKPFNPQAVPSLSHKATTKMLQKFQRREKRVYEEEKFLFDHEDVDFIVS--------TMWRSKTSDTLERMERSSHVEITRW-RREKGP--VLNNYVLLRSEECAKLEEQG 414
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: T0QPB9_SAPDV (ThiF domain-containing protein n=2 Tax=Saprolegnia TaxID=4769 RepID=T0QPB9_SAPDV)

HSP 1 Score: 303 bits (775), Expect = 5.720e-95
Identity = 183/413 (44.31%), Postives = 256/413 (61.99%), Query Frame = 1 
Query:  202 PQSRPQSPGAEANVPCAIPPE-LEQELFSR-NRFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLA 1434
            P ++P +    A  P +   + L  E FSR N FF +EGF  I+ +FVIV+GLGGVGSHAAHML RSGVK+LR+IDFD V+LSSLNRHAVAT  DVG  KA VLK+ LH I+P  E++A   MF  + AD LL      A  P    +VLDCIDD+ TK  L+   S +GL+V+++ GAG K+DPTR+HI  L D  +D LA ++R  LKK    +DA TV  VYSSE+ + ++LPL  EQ  +PG FG V+N R+RV+PVLGT PA+FGQ+MA +VL ++ G P +P  M  L  + R+K  Q+L+ REK +  +   A+D+  ++++  +        VW+ R  V+G R  G +   + RW + +      P N+V++      ++D  G   E+  D  + A+I+A LA
Sbjct:   30 PATKPSARDLPATAPSSSSGQVLTNEQFSRINSFFGDEGFAKIQDAFVIVIGLGGVGSHAAHMLARSGVKKLRLIDFDNVTLSSLNRHAVATRADVGLSKAAVLKKHLHEIVPQCEVEAVPLMFEADVADELL------AGNPT---YVLDCIDDVTTKTALLVAASTKGLKVITATGAGGKADPTRIHIGSLQDAVRDPLASKIRYFLKKKG--IDASTVTTVYSSEKTIAKLLPLDAEQAADPGAFGNVENMRIRVIPVLGTMPAMFGQSMAAFVLTDMAGLPINPENMPKLGREQRNKFYQQLQQREKNLGFSQKIAVDKDDMDFLYQE--------VWKARSSVSGIRCGGVDRTYMTRWRKDQP---LSPGNIVILTTKELKQMDDHG--IESFGDDVV-ARIDANLA 417
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A485KQ69_9STRA (Aste57867_10383 protein n=1 Tax=Aphanomyces stellatus TaxID=120398 RepID=A0A485KQ69_9STRA)

HSP 1 Score: 300 bits (767), Expect = 1.260e-93
Identity = 176/382 (46.07%), Postives = 235/382 (61.52%), Query Frame = 1 
Query:  232 EANVPCAIPPELEQELFSR-NRFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKG 1374
            +A  P      L  E FSR N FF +EGF+ I+ +FVIV+GLGGVGSHAAHML RSGV+ LR+IDFD V+LSSLNRHAVAT  DVG  KA VLK+RL  I+P   I+A   MF    AD LL    GG     +  +VLDCIDD+ TK  L+A  S +GL+V+++  AG K+DPTR+HI  L D  +D LA ++R  LKK +  VDA  +  +YSSE+   ++LPL  EQ DNP  FG V+NFR+RV+PVLGT PA+FGQ+MA +VL E+ G P  P  +  L    R+K  QRL+ RE  +      A+D+  ++YI  +        VW+ R  V+G R  G + + + RW +        P N+V+++      +D KG
Sbjct:   51 QAGAPTESEDTLSGEQFSRINSFFGDEGFEKIQKAFVIVIGLGGVGSHAAHMLARSGVQHLRLIDFDNVTLSSLNRHAVATRADVGLSKAQVLKQRLLEIVPRCNIEALPVMFEGAFADELL----GG-----EPTYVLDCIDDVTTKTALLAAASAKGLKVITATSAGAKADPTRIHIGTLHDAVRDNLATKIRYFLKKKN--VDASKITAIYSSEKSRMKLLPLDTEQADNPNAFGNVENFRIRVIPVLGTMPAMFGQSMAAFVLTEIAGAPIQPENVAKLGRDQRNKYYQRLQQREFDLGFDHKIAVDKDDMDYIYQE--------VWKARSSVSGIRCGGFDRMFMSRWRKENP---LSPGNIVILSTKEMQLMDDKG 410
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: K3W7Z7_GLOUD (ThiF domain-containing protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3W7Z7_GLOUD)

HSP 1 Score: 300 bits (768), Expect = 1.350e-93
Identity = 177/404 (43.81%), Postives = 246/404 (60.89%), Query Frame = 1 
Query:  250 AIPPELEQELFSR-NRFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRV-YQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLAKQRGLDL 1455
            A+   L++E  SR + FF EEGF+ I+ +FVIVVG+GGVGSHAAHML RSGV +LR+IDFD V+LSSLNRHAVAT  DVG PK   +K+ LH I+P  EI+    MF    AD LL+          +  +VLDCIDD+ TK  L+   S++ L+V+++ GAG K+DPTRL I  L D  +D LA ++R  LKK   +V   ++  V+SSE+ V ++LPL +EQ  NP DFG V+NFR+RV+PVLGT PA+FGQTMA +VLC++  +PF P  +  LS   R+K+ Q+L  RE+ +  +     +++  +E+I  +        VWRGR  V+G R  G   + + RW          P N+V +     N+ D+ GG         + AKI+A L +    DL
Sbjct:   67 AMEDALQKEQLSRIHTFFGEEGFEKIKNAFVIVVGVGGVGSHAAHMLARSGVGKLRLIDFDNVTLSSLNRHAVATRADVGTPKVTAMKKHLHEIVPQCEIEDLAVMFEEACADELLE---------GNPTYVLDCIDDVNTKLALLVAVSQKNLKVITATGAGAKADPTRLQIGSLSDAVRDPLATKMRYFLKKK--KVSTTSITTVFSSEKSVCKLLPLDEEQAQNPSDFGNVENFRIRVIPVLGTMPALFGQTMAAYVLCDLANQPFVPEAVARLSRDQRNKLYQKLLDRERVLGIEHGKMELEKDEIEFIFQE--------VWRGRSSVSGVRQGGHQRMFMARW---RADVPLRPDNVVFLTTKELNQFDKDGGIH--AFGDEVLAKIDARLQQFGDWDL 446
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A0A7CN03_9STRA (Secreted protein n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A0A7CN03_9STRA)

HSP 1 Score: 299 bits (765), Expect = 1.690e-93
Identity = 180/424 (42.45%), Postives = 253/424 (59.67%), Query Frame = 1 
Query:  208 SRPQSPGAEANVPCAIPP-------ELEQELFSRN-RFFFEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLAKQRGLDL 1455
            +R  S     +V  ++PP       +L  E FSR   FF E+GF  I+ +FVIV+GLGGVGSHAAHML RSGVK+LR+IDFD V+LSSLNRHAVAT  DVG  KA VLK  LHAI+P  E++A   MF  + AD LL           +  ++LDCIDD+ TK  L+     +GL+V+++ GAG K+DPTR+HI  L D  +D LA ++R  LKK    VDA  +  VYSSE+ + ++LPL  EQ  +PG FG V+NFR+RV+PVLGT PA+FGQ+MA +VL E+ G P SP  +  L   +R+K  QRL+ REK +       +D+  +++I  +        +W+ R  V+G R  G + + + RW +        P N+V++      ++D +G        A + A+++A LA     D+
Sbjct:   24 ARRNSTAQAPSVARSLPPSATEGSQDLNNEQFSRICSFFGEDGFAKIQDAFVIVIGLGGVGSHAAHMLARSGVKKLRLIDFDNVTLSSLNRHAVATRADVGLSKATVLKNHLHAIVPQCEVEALSVMFEEDVADELLS---------GNPTYILDCIDDVTTKTALLVAACTKGLKVITATGAGGKADPTRIHIGTLHDAVRDPLATKIRYFLKKKG--VDASLITTVYSSEKTIAKLLPLDAEQAADPGAFGNVENFRIRVIPVLGTMPAMFGQSMAAFVLTEIAGLPISPENVPKLGRDMRNKYYQRLQQREKDLGFGQKITVDKDDMDFIYQE--------IWKARSAVSGIRCGGFDRMFMTRWRKELP---LSPGNIVILTTKELMQMDAEGIES---FGADVVARVDARLASFGSWDV 422
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BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Match: A0A6G0WQ67_9STRA (ThiF domain-containing protein n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0WQ67_9STRA)

HSP 1 Score: 299 bits (765), Expect = 2.500e-93
Identity = 181/391 (46.29%), Postives = 241/391 (61.64%), Query Frame = 1 
Query:  265 LEQELFSRNRFFF-EEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSLNRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKLDFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDPTRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEMLPLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKPFSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARKNTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASIANEVDQKGGWEEACIDAAIRAKIEATLA 1434
            LE E  SR R FF +EGF+ I+ +FVIVVGLGGVGSHAAHML RSGVK LR+IDFD V+LSSLNRHAVAT  DVG  KA VLKRRL  I+P   I+A   MF    AD LL           +  ++LDCIDD+ TK  L++  S +GL+V+++  AG K+DPTR+HI  L D  +D LA ++R  LKK   +VDA  +  VYSSE+   ++LPL  EQ DNP  FG V+NFR+RV+PVLGT PA+FGQ+MA +VL E+ G P +P  +  L    R+K  QRL+ REK        A+D+  +++I  +        VW+ R  V+G R  G + + + RW +        P N+V++       +D +G   EA  D  + A+I+A LA
Sbjct:   62 LEAEQLSRIRSFFGDEGFEKIQNAFVIVVGLGGVGSHAAHMLARSGVKHLRLIDFDNVTLSSLNRHAVATRADVGLSKAQVLKRRLLEIVPQCNIEALPVMFEEAVADDLLD---------GNPTYILDCIDDVTTKTALLSVASAKGLKVITATSAGAKADPTRIHIGSLADSVRDNLATKIRYFLKKK--QVDASLITTVYSSEKSRCKLLPLDTEQADNPNAFGNVENFRIRVIPVLGTMPAMFGQSMAAYVLTEIAGSPINPENVAKLGRDQRNKYYQRLQQREKDAGFDQKIAVDKDDMDFIYQE--------VWKARSSVSGIRCGGFDRMFMSRWRKERP---LNPGNIVLLTTKELQLMDSQG--IEAFGDDVV-ARIDARLA 427
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig85.14889.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G225_ECTSI3.200e-23974.16ThiF domain-containing protein n=2 Tax=Ectocarpus ... [more]
A0A836CIS8_9STRA1.070e-12852.70ThiF domain-containing protein n=1 Tax=Tribonema m... [more]
A0A7S2V1B3_9STRA1.600e-11051.86Hypothetical protein n=2 Tax=Fibrocapsa japonica T... [more]
A0A7S2SSC0_9STRA7.020e-9746.19Hypothetical protein n=1 Tax=Rhizochromulina marin... [more]
A0A7S2DX06_9STRA1.440e-9646.67Hypothetical protein n=1 Tax=Dictyocha speculum Ta... [more]
T0QPB9_SAPDV5.720e-9544.31ThiF domain-containing protein n=2 Tax=Saprolegnia... [more]
A0A485KQ69_9STRA1.260e-9346.07Aste57867_10383 protein n=1 Tax=Aphanomyces stella... [more]
K3W7Z7_GLOUD1.350e-9343.81ThiF domain-containing protein n=1 Tax=Globisporan... [more]
A0A0A7CN03_9STRA1.690e-9342.45Secreted protein n=1 Tax=Achlya hypogyna TaxID=120... [more]
A0A6G0WQ67_9STRA2.500e-9346.29ThiF domain-containing protein n=1 Tax=Aphanomyces... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig85contigP-fluviatile_contig85:49966..68262 -
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 score675.6
Seed ortholog evalue1.7e-191
Seed eggNOG ortholog2880.D7G225
KEGG koko:K22132
EggNOG free text desc.cyclic threonylcarbamoyladenosine biosynthetic process
EggNOG OGsCOG1179@1,KOG2018@2759
COG Functional cat.H
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko03016
Hectar predicted targeting categorysignal peptide
Ec32 ortholog descriptionMolybdenum cofactor biosynthesis, MoeB
Ec32 orthologEc-11_003570.1
Exons8
Model size1458
Cds size1458
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig85.14889.1prot_P-fluviatile_contig85.14889.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig85 49966..68262 -


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

Feature NameUnique NameSpeciesTypePosition
1622817292.097619-CDS-P-fluviatile_contig85:49965..502081622817292.097619-CDS-P-fluviatile_contig85:49965..50208Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 49966..50208 -
1693571963.8112183-CDS-P-fluviatile_contig85:49965..502081693571963.8112183-CDS-P-fluviatile_contig85:49965..50208Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 49966..50208 -
1622817292.1104798-CDS-P-fluviatile_contig85:52607..528081622817292.1104798-CDS-P-fluviatile_contig85:52607..52808Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 52608..52808 -
1693571963.8289683-CDS-P-fluviatile_contig85:52607..528081693571963.8289683-CDS-P-fluviatile_contig85:52607..52808Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 52608..52808 -
1622817292.1201923-CDS-P-fluviatile_contig85:53697..537521622817292.1201923-CDS-P-fluviatile_contig85:53697..53752Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 53698..53752 -
1693571963.8404746-CDS-P-fluviatile_contig85:53697..537521693571963.8404746-CDS-P-fluviatile_contig85:53697..53752Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 53698..53752 -
1622817292.1344554-CDS-P-fluviatile_contig85:63149..633011622817292.1344554-CDS-P-fluviatile_contig85:63149..63301Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 63150..63301 -
1693571963.8570228-CDS-P-fluviatile_contig85:63149..633011693571963.8570228-CDS-P-fluviatile_contig85:63149..63301Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 63150..63301 -
1622817292.144401-CDS-P-fluviatile_contig85:64483..647951622817292.144401-CDS-P-fluviatile_contig85:64483..64795Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 64484..64795 -
1693571963.8688817-CDS-P-fluviatile_contig85:64483..647951693571963.8688817-CDS-P-fluviatile_contig85:64483..64795Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 64484..64795 -
1622817292.1542912-CDS-P-fluviatile_contig85:65620..657281622817292.1542912-CDS-P-fluviatile_contig85:65620..65728Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 65621..65728 -
1693571963.88021-CDS-P-fluviatile_contig85:65620..657281693571963.88021-CDS-P-fluviatile_contig85:65620..65728Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 65621..65728 -
1622817292.164202-CDS-P-fluviatile_contig85:66246..664831622817292.164202-CDS-P-fluviatile_contig85:66246..66483Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 66247..66483 -
1693571963.8950722-CDS-P-fluviatile_contig85:66246..664831693571963.8950722-CDS-P-fluviatile_contig85:66246..66483Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 66247..66483 -
1622817292.175581-CDS-P-fluviatile_contig85:68112..682621622817292.175581-CDS-P-fluviatile_contig85:68112..68262Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 68113..68262 -
1693571963.905851-CDS-P-fluviatile_contig85:68112..682621693571963.905851-CDS-P-fluviatile_contig85:68112..68262Porterinema fluviatile SAG_2381CDSP-fluviatile_contig85 68113..68262 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig85.14889.1

>prot_P-fluviatile_contig85.14889.1 ID=prot_P-fluviatile_contig85.14889.1|Name=mRNA_P-fluviatile_contig85.14889.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=486bp
MSSASVVAERLALIAGGALALAVIQLFQAKRRSSSNDCKGKGCQGTTTHE
PDPKPLLQLFPSDFGHSPQSRPQSPGAEANVPCAIPPELEQELFSRNRFF
FEEGFDVIRASFVIVVGLGGVGSHAAHMLVRSGVKRLRVIDFDQVSLSSL
NRHAVATWGDVGYPKALVLKRRLHAIIPGAEIDARVSMFRREDADSLLKL
DFGGAAIPPDSCFVLDCIDDLATKAELIAECSRRGLRVLSSMGAGLKSDP
TRLHIAKLVDCCKDRLAMRLRARLKKAHPEVDADTVECVYSSEEQVTEML
PLSQEQQDNPGDFGVVDNFRVRVLPVLGTTPAIFGQTMACWVLCEVGGKP
FSPVLMCHLSSKLRHKMLQRLRSREKRVYQADWPAIDEPMLEYIVNQARK
NTCISVWRGRCPVTGRRALGSNLLELCRWDRSEGGPGCVPSNLVVVAASI
ANEVDQKGGWEEACIDAAIRAKIEATLAKQRGLDL*
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mRNA from alignment at P-fluviatile_contig85:49966..68262-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig85.14889.1 ID=mRNA_P-fluviatile_contig85.14889.1|Name=mRNA_P-fluviatile_contig85.14889.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=18297bp|location=Sequence derived from alignment at P-fluviatile_contig85:49966..68262- (Porterinema fluviatile SAG_2381)
ATGTCCTCCGCCAGCGTGGTGGCCGAGAGGCTAGCCCTGATCGCTGGAGG
AGCGCTTGCGCTTGCAGTAATCCAGCTATTTCAGGCCAAACGGCGGTCGA
GTTCAAACGACTGCAAGGGCAAGGGCTGTCAAGGGACCACAACGCACGAG
GTAAGCGTGTGTTTCACGACCACCACAAGCTGCTGCTGTTTAACATAATC
GACAGCTAAAACGCATGATGGCTGTTCCTTTCGTTAGGCTGAGGCTGTGA
GTAGTACAGCGGTCGAGCACATCATGGGTTTTCTGCGCTCTCTCGCCCAT
TCGACCAGCCGTGTCGGGCACGTTCCCGACACCCTCGGTAGTACTGTACT
CGCTCCTGAACGGCTCGTCCCATCCACGTTCTTCAGGACGAAAAGCAAGT
GCTTAGCTTCAGCCCATTTCCACGTGGTGATATAGTGCCTTAATTGTGGA
CCGACTGCAAGACAGTAGTCCAGCCCCTGAAAATATGCACCAAAAACGCT
CGCACGGTGCACGGGGGAAAGGATTAAAAAATTTGAAAATTTGAAATAGA
GCCAGCAAAAACATATGTCTCCTCACGGCCGCAGTCCTTTACGTGGTACA
GGTACTGGGTTTCTAGTATGCTGGCCGTCTCTGCCCGCCTTTCACCCGAA
GGCACGGGGAAATTTCTGCGGAGGAAACACCAAACAGAAAGCCACGTCTG
GATCTGGACGCAGCCCTGGTCACGGGACAATTATTGCCTCCCATTGACCC
CCCCCGGAAACTCCGCCCTCGGTGTTTGCCATCGGGATTGGGTGTTCGTC
GCTTGGCAACGACGTTGTAAAACAAGCCAATTCACTTCGTGAACTCGGCA
ACCAGGTTACGGTCTTTTTTTTTCCTCTGTTTTTTCTTGGCGGTAATCAT
AATGGTGGTCGAGAAGATCATGTTGTGCGGGGTGGAGACCCTCACTCCGC
GCAAGGGGGATGATCGCACCGTTGTGTTAAAATGGTCAAGCACCCTCGAG
GCAGTTACACAGTGCTTGCAACTGTCTCTGGAAGTGAAAGCACCAGAAAA
TAAATTAAATCATACGCAGCTGTCATCCGTATGCAAGGAAGTAAGCACAG
GATGCCGAACACCCTTAGCAGGATGCAGCGCACCATGCATGCGACTCGCC
GAATACCTCACGGCGCTTCGCGCTTGGTGGTGTGAGAGCCTGGTCTGGTG
AGAACCCGGCGTGCTCCGTCCCGGCTTTGTAGGGATGCGAGGTCAATGGT
CTAACGACTACGGCATGAACGACTATGAGTACACCCCCCATTGACCACTG
ACATGCAACCGACAAATCTAGCCGCGTCGATCCTTCGAAAGTCATCAACA
AACCGCCTGTCTGTTAGTAGTGAATGTTTTGGGCTATGTACACACTTAAC
ACCGGCATTTCCGAGACGCTTTTCATGAACGGTGGACTGCACTGTGAGAA
GGCACCGACTGCGCGTTCGCATCTTCCAGGTTTCCTTTCAGCCCAGTGTT
CCACTGAAACAAACTCTCGCTCTTTCAGCCTCTCTTCCCCTCCTCCTTGA
CATGCGCTCCAGCAGAACCGGCTGACCGTTTGTCTACGTTTGCATTCGCC
AAACATTCGAGGCGTCGCTCCTATTATTTGCTCGCAAAAATTGCTTGTAG
ATTCGCGCTCCCTTGCCCTTGCTCGATCTGACTCCCTCCTTCCAGCAACG
ACCCTCTCTTTCAATCCTATCCATACCCTATATCCCAACCCAAACCTGGC
TCTCACACAAACGTGATCCTGACTCTAAGCCTGATCCTAAACCTCTTCTT
CAATTGTTTCCTTCTGACTTCGGCCACTCACCGCAATCCCGGCCGCAGTC
CCCAGGAGCAGAAGCAAATGTACCCTGTGCGATCCCGCCAGAACTAGAGC
AGGAGCTTTTTTCACGGAACCGCTTTTTCTTCGAGGAAGGGTTTGACGTC
ATTAGGGCCAGCTTCGTCATCGTGGTCGGCCTTGGCGGAGTCGGCAGCCA
CGCCGCCCACATGCTGGTGAGTGGATGGATCGGCTTTCGTTCATTCGTTC
CTTGGTTGCGTTGGTCAAGCCGTTTGCGCGATGCTCTGTTGCCCGCCTGA
TTGTGCTATGATAGGTGCCCGGTCTCCCCACGTCTGAGTCCTGTGAGTGA
GACCGGAAAGGCCTTCGTTTCCCTTTTCAGCTTTGCAAGTTCTGCTTGGT
CTTCAGTTGGCGTCCTGCTTCTCAACCCCCGTAATCGTAATACTGGGCGA
TTGTAGTTTACACACAGAGGTTGGCACACAGGTTGCACTGATTTGGAAGA
AAGATGCGATATCAGGAGGGCACTCGTGGATGTGGCGGCGTACGGTTGAT
GCTGATACTGGCCGAGAGGAGCAGGTGTAAAGTTTCGCCCTTATGCACGA
TGACCAAACGTGCACGCATCTGCTGGTCGTGGGATAGGTGTTTGACCTGG
CAATCCCTCTCCTTCTGCGTGCCGTCCGGTCCGGTATTCCGGTATGGCGT
GATCTGGTGTCGTGTGGTTTTCTTTCGCCCGCAGGTGCGATCAGGAGTCA
AGCGGTTGCGAGTGATCGACTTCGATCAGGTCTCGCTGTCGTCTCTCAAC
CGACACGCGGTTGCCACCTGGGGAGACGTGGGCTATCCGAAGGTGCGCGC
GGCGTTGCTTTCCACGTGCTGGGAACAAGGAACGGTAGGATGCTTGTGAT
CGATCGAGATGGGTGACGAATGGCGTCGAGAAGGTCGGATGTCTTGGACA
TGGCACCTTCTTGAGTACGGCGGCGCCGGCTGAGGTATTATCGTACTCCG
CAACTTTCAAATGTTTCGAAATTGCAACGAAAAGGGTGCTCTGTTAAAGG
TTGGCAGCGTTCGTCTCTCGCGTTGCCGGGCCCTATTTACCCTGCCCGTT
ACGATACCGTGAGGCAGGCAAGGTGAGCAAAAATATGCCGGTTTCGACTC
GCTTCGTCCAATCCGCTTTATGCGAGGAGGCGGACGGTCACGAGTGTGTT
TCAAGGGTAAACCCCCCGGCAGTCCACCCGCACCGCCCCCCCTCCCACTC
CCCGTCAGCCTCCCCACCACCAGTCACCCCGTCTTCTCCATCGCTTCCTC
CCATAGCCCTGTCATGGGTCATTTACAACCATTCTTGGCGAATTTTGCTT
CCTCGGGATAGCTGACCAGCCTATATCTGGAGCGTGGGCATCCCCCCCGC
CTTAGCTTGACTTTTGGATCCTAAACTTTGCATAATTGCCTCTCTGACTC
ACGGGATCGATGACGCTGCCCAGCGATTCAAGCCAGGTTGCGGTAGGTTT
CGGCAATTCGAGGACCACCCTTCGCATTACATCAAAATGAAATAACGTGA
GACTCGCAAACGCTCGCACACATCGCAGATGTCCCTGCTTCCCCCCCTCC
CCACCGCCGCCTCCCTCTTTGCTTCCTCTGCCCCCGCACGCCGATGTCTG
CGATCGACTCCCCGAAGGCACTAGTGCTAAAGAGACGCTTGCACGCCATC
ATTCCGGGAGCGGAGATCGACGCCCGTGTGAGCATGTTCCGCAGGGAGGA
CGCAGACTCGCTGCTCAAGCTTGACTTCGGAGGGGCCGCCATACCCCCGG
ATTCGTGCTTCGTGCTGGACTGCATCGATGACCTCGCCACGAAGGCGGAA
CTGATCGCGGAGTGCTCGCGGAGGGGCTTGCGGGTGCTGTCCTCGATGGG
GGCGGGGCTGAAGTCGGATCCGACCAGGCTTCACATCGCCAAGCTCGTGG
ATTGCTGCAAAGACAGGCTAGCTATGCGGGTGAGACGAGACGGAGAGAAT
ACGGAGGTAATATGGGGAGGGAGTAGAGAAAGAGATCGAGCCGACCAGGG
AGAAGGGAGGGAAAGAGGTGGAGACGGTGAGAAAGAGAGAGAGAGAGAGA
GAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGA
GGGAGGGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGA
GAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGA
GAGAGGGGGGGGAGAGGGAGAGAGCGAGAGTGATGTAATTAAGAGAAAGG
AGGTACAAGGGGGAATAAAAGAGAAAGGCGGAGGGAGAAAGGTGGAGAGA
ATGCAGAGAAGGAAGACAAAGTCATAGAACGAGTGGTACACAGAGATTTC
GAAAGGGAAAGGGCGCGGGGCGGCGGAAGGGAGGAGCAGTCCTCAACTTG
ACCGGAAATTCTTCTTTTCTGCTGCTTCCTGATCGACCGCGCGGGATGTT
GGAAGTTGAGATTGTCTCGTCAACTGCTGTGCTACCCAATGTTTATCGCC
CGTGATGTTGGCTGCGTCATCAAGGTTAGCGTGCCCTAGTGGTTGAGCCT
CCCTGCCTCAAGTCGCGCCCGGTGGTCTTAATACTCGCTTAGCATCAGCG
ACAGTCTTTACCCTGCCAGCTGTGCAAGCCGATGGTAACGCGACCTTGGT
TTGACTGTTGACCGCGCTATCCATTGGTGTAGCCTTCAGCGCACCTAACA
GGACAGAGATGAAAGTCTCAGCAAGGCGGGGCCCTATTCTGTATATTCAT
GTCTGATCCGCTACTGCGCAGCGCCCGTCGCCGGAGGAAGCAGGGGTTCT
TGGGAGGGTGGATAAACGACATGATTCTGAATGGATTGATTCTTAACGTA
CACACGAATGTTGCGGGCAGTGGACACTCCCGGCCCCCCTTCCCTTTAGG
CTCAAGATGGCTTCCGACGGCCCCATGAAACCCGACCTTTCGGGGAATGG
TATCACCTCTGTGGGTGTCGCACCGGACCGATCGATAAAGACATGAAGCA
GTAGCCGCAATCGATGATTTACTCTGGCCGGCGACCCCGCAGCTGAAACG
CTCTCGTCTCGTCTGTTCCTGCCACAAACGCCACCTGCCCCCCCCCCTGC
TGCAACGGCAGCTGCGCGCACGCCTGAAGAAAGCGCACCCCGAGGTAGAC
GCGGACACGGTGGAGTGCGTCTATTCTTCCGAGGAGCAGGTGACAGAAAT
GCTGCCTTTGTCCCAGGAACAGCAGGACAACCCCGGGGACTTCGGTGTTG
TCGACAACTTTAGGTAAATTCAAGGACATGTGCGGAATGGGTGAGGTCCG
GAAACCAGGACTTGTCTTGTTGTTATTGATGATGTTGGGGTGCGTATGGC
GATTCGAAGGAAAAGCAAATTGAATGTATTTGTGAGCTCCTGGTTATGGT
GTTTGCGGCATTTGACAGGGTATACTTCCTTCCCTCACGTTCTTGATTAT
TGTCTTCGTGTTTCACACAAAAGGTGGCTTGAATCTCCGTTCTCGAATCC
GTGAGGATGCCCTTAGAAAGCACCCCGATGGGCTAGTACTGGTTTTCTCA
GGTCCTAGAGATGATACTCTTGCTTGGAATCCATCGATCAATCGTCGGTC
GCAGGCTCTGGCGGTGCCTTCCATGTGATGATTGGCCGCTGATGATGATG
AGGATGATGATGAGTAATGTCGCAATCGACACGTGCACATGCATCCAAAA
AGCATATCGAGAAGCTCATTTCTCTTTCCCGATCGTGTGGAGATCTGAAG
TTGAAGTTGAAGTTGAAATTATGGTGCGCTCGCCGCCTCTCCATCTCTCG
CTCCCTTCCTCCGCACCTACTTCTCTCTCTTACCAGTATAAGGGGGATGA
GCCCCTAACAGGTTCTACAAGCTGTAAGTCTTGTGGTTTGTGCGCAGACG
CACCGGGTAAGGTGCGAGTGGGGCCGAGCTGCACCCGCTCCACGGTGCAC
TTGCCCGCGGGGGAAGACCCTCCGCATTCCTCCGAGGAACGTTCTGTCCT
CTGAGGAATCCTGGAAACGGTGCTGACTCTATCTGTCATACCCCGACCAG
AATGTGGGTTCTGGTTGGTCATCTGATGTCACGCTCTAACGGGTCAATCT
AGGGTGGCATTTACATCACCCCCCTATCTTCCGCGCGGGGGTCTGACGTC
CGTGTTGAAGATACAAGAATGAGAAATGTCTCCATTGATTGATCCAGTGA
ACTTAAAAATATTCAGATGAAGTATATTAATGGATATTCGACGGCGAATA
TGTTCATCATTAATGACTGGTAAGGTAGTTGGTGGCTGTCTTTGAGTAAC
CAATGTCCTCACTTCAACCGTATGTCACGTAGTAAAAACTACAATCTTGT
ACAGGAGTGATTCGTCGGATACTACAAATTCATGCCTAACGCAATCTATC
AACTACACAGATATTCGATGACATGACGACATGTTATCGTGAATATTCAA
TGACATGACGACATGTTCTCTTGAATTGACGAACGATGTACGGAAAAAAA
AAAAACCATCTCTGACGATAGATGTAAAAAAAAACCGTATCGGGGATGTA
CATACGAAGTACGTGCACTAAACGGACTTCCAGCATATCATGATATTGCC
CGTGTGTGGAACGGTAGTGCTTGCAAGGCTTAAAAATCAACACACACGTG
CGGTTGCCCCAACGAAAGGCTGCTGGGTGGTGCACCACGACGGGCATGCA
GGATTAACGGACCTTCCCTGAATGGCGGGATTCAGTCGGCTGGACTCGTG
GTCGGCGTGGACTGGTGTGCATGTCTACGGACGATTGGGTGGTTACTAGG
CGAAACAGAAGCGATGCGCTTACTGTAGTGGCAACAATGCGCCACGGGCA
GTGGTCAACGATACGATCAACTGGTGTGTTTCCCTCTCACATTTTCCAGT
TGGTGACCTACTGCACCAACGACGAGACCACGAGGTCTTCGGTTGGGACG
AGACGATTTTACTCAACAAACTCAGTGGTGTACGCCAGTCACAACAAGAC
GACAGCCAAAATTGTTTTGGTGGTTTTGTAAGTCACGCGTAGACTACAAC
CCTCCACCGATCACTCTCATAAGCCAGAGAGCAAAAACAACTCCTTCATC
ATTCCTGCCGCAAATCCTGCAGTCCCCATACGACGTACTCGTATCTCAAG
GACTACCGAAGACTGACTAAGTTGATTCTCCAAGTACATACCGGAGCAAC
TTGTATTTATACACCTCTACCCCCAGCATTGCGACCGACGGGTACGTTCG
TGCTGGCGGTTATTGTCAAACATAACTCGGCTTTCCAAAACAATACGGTG
CTTGAAACTCAATTCGTACATGTACGAAGAAAAAATAACAGAAAATGTAA
CCACACGAAAAATAAACAAGGTATGATAGAATTGACGTCAAACTATTCTA
CCTCAGTCGTGGAATATTACTTCACGTGCAAGCAACGGTGCTTGTGGTGG
TAGCACTCCGTCTGAGATTCCTACCCACGCGATGCGAAGAGCGCGGGGAA
TCCATCGGTTGAAACGGTGCCTGGCCAGGCTGCAAAAGAAACCGGGGATG
ACGGGCTACGACGGGGTGTCACTGAAACACGAAAACACGAAATACCGGTA
ATACGGTACAGAGGAACGTACTCTAACCGAACAAAACAAAATAAAAATCA
GCGAACACCGGTTGTGCAACAACGATGTTACTTAGCCGTGGAGAGATCAA
AGGCATGCGGGTCCTCACGTAGAATTTGCGCACGGTACGAACGGATCATC
TCTTTACATTGCGGGACGTCTTTCGCACGTCTCCAAATACCGAGACCACG
AGGTCGATCTTTGACGAGGAAAAAGTATTGGAAGTTGTGTTTCGACGGTT
TTCCTGCCGCACGTTTGAAACTATCGATGCCTTCGATGGTGTACGGACCG
ACTCGGGCAGCGAGTATGGAGCCATCGAGATCAGGGATCGGAAGTTTGGT
TCCCAGGAACATCTCATCTAGTTCAGTGAAATCGGGAACAATATTAGGGC
GCAACGCATGGTACTTCTTCATACGCGCCAAATGAACGGACGTTTCCGCA
AGTTCGCCGTCTTTGCTCACACGATAGATCACGGGTGACAATTGAGAGCG
GACGGTGAACGGGCCATGCCAGGGACTAATCAGTTTGGGATTGGGGCCCT
CAGTTACGGTAGCTGGGCGGTGCACGAGCACTTGTTCGCCGGGTTTGAAC
TGCGGAAAAGTTAGTTTCTCGTTGGATTCAGCTTGCTTGTTGGTACGCTC
TTTCAGATTACGGCGAGCGATCTCATACGCGAGTTGCAAGTTATCCACGG
TACGACGAGAGTATTCTAACTTAGACGACTCAGTACCGGATGATGGAACG
CCAAGGATTACATCCACGGGGAGCAACGCACGGCGACCAAACATGAGGTA
GTGAGGTGTTTCTTCCAGAGTCTGGTTGTACGCGGTATTGTGAGCGAGCT
GTACAAACGGTAACAGTTCTGCCCAATTGTCAAACTTGACATTCGAATAC
ATGGCGAGCATGTTATGCATCGTGCTGTGCACACGCTCTAAAACGGAATT
GCCTTGGGGGCGGTACGCAGACGTACGAGTCTTCTTGAACCCAAATACGG
ATTGCAGTTCTTTTACCAGCTCGTTCTCAAACTCAGTACCCTGATCGCTA
TGCAAGGTTTCAGGGGGGAGAAAACGAAAAAACGCGCTCTACGAGAGCTT
GGGCAATCGTCGTTGCTTTCTTGTTAGGCACGGGCACTAAAACGAGAAAA
CGAGTCAGGTGGTCGATCACGGACATGACGTATTTGCATCCTTGTGAGAT
AGATTTGTACTCAACAAGATCGATTGCTACACACTGAAACGGACGAGTCA
CCGGTCTATGCCCCACCGGTAACGGTGGTGAACGGCGGGACGTTTTACGG
TGTTGGCATGACTGACAGCATTTGATGTGCTTGGCAACATCTTTGGACAT
AGATGGCCACCAGAAACGATCTCTGAGTCTATCATACGTTGCCTTGAATG
CAAGATGTCCACCAGACGACGGCGCATCATGGCACTCATGTAAAATTAAA
TCACGAAGGGTGGTGGGAACAACTAGCTGGTCACGAAACGCTGTGTTCTT
GCGTAGATACCCAGGCAAATACGAACGGAATAACACGTCTTCGTTCACGA
AATACTTGCTCATGGAACCTTTGCTTTCACCAGGGGAAGAGCTGCTGTGG
CAGGCTCTCGAACGTAGTCTAGCAACGGGCTAAACTCTTTGCGCTGTTCT
TCCTGCAATTTTACAGAATCAAGCACAGGGAACACTGATACGGCACTGGA
GAACAATTCCGTGTCGTTTTGCACTAGATCGATGTCATTTAACGAATCGG
CGGAAATTTCGTAGTCACGGGGCCCAGGGGAAAGTACGGACGATCCTCCG
GCACATTACGGCAGATAGACGCTAACGCCGGTTGATGTGACACTGGTTGG
GACTCAATTTCGCCAAACAAACGCGACAGTGCATCGGGAACAACGTTTAG
TTTCCCGGGTACGTGCTTTACGGTAAAGTCAAAATTCTGGAGAGCAATCG
CCCAACGGGTGAGCATGTTGCTAGTGTCCTGCATATAATACAGGTGCGTT
AGCGCTTGGTGATCGGTCATCACTGTGAAGTGTTTCCCGAATAAATACGG
TCTCCAATGCGCCAACGCGTGCACTACTCCACAGCATTCCTTCATTGACG
CTGAATAGTGTCTCTGCCCTTGTTTGAAACGATGGCTATAGTAAGCGATA
ATGTCGAGGGATTTGTCATCATCCTTGGACGGTTGGGCGAGAAAAGCACC
ACATCCGGTTTCGGAGGCGTCCACGTGGACTACGAACTCTCGCGAAAAAT
CCGGGAAGTGTAAAACGGGGGCTGAAACCAACAAACGTTTGATGTGCGCA
AACGCAACATCATGGTTGACATTCCAGGCCTTTTTAAAACTGGATTTCTT
GCTGAACTCTTTTTTCGTGAGCTCAACTAAGGGTGCGGTAACTTCGGCGT
AATCCGGGATAAAACGGCGCACGAAATTGACCACCCCGAGTACTGAGCGA
AGGTCTTTGATGCAGGTGGGTGTCGGTAGCTTTTGGATAGCCTCGATCCG
ATCATCCCCAACCGAAACGCCGTCTTTGGAAATTATGTGCCCGAGATATT
CAATCGATTTGGGGCCAAACGCTACCTTAGACGGTTTCAGTGTCAGTCCT
GCTGTCTGCAGAGCTACGAACATGCTCTCCAAAGACTTCAAATGATTCTC
GAAGTTCGCCGATAGCACACAGAGATCATCCATGTATATCAACAACTCAG
GAATGTGGCCTAACGTTTGATGAGCCATCTCAGTAAAAATCCACGGCGCA
TTGCACACTCCAAACGGCATTCGTTTGTAACAATATTTGCCTTGGTTAGT
GACAAAAGCCGTACGCTCTACGTGGTCTGACCTCACGGGAAGTTGCCAGT
AGGCGGACTGTACATCGGCGACCGAGATGAACTGGGCGCTGCCGACGGTG
TCAAGGTTGGCCTCCATGTTGGCCATGGGCCAAGTCTTGCGGATCAGTAG
CTTGTTCAATGTAGTACGATAATCCACACAGAAACGGGGTTGACCGTCTT
TACGAGCGACGATCGTGACGGGGGAACCCCAAGGGCTTGGGAGTTCTTCG
ATAATCCCGTCAGTGAGCATATCTTTCACGCATTTATTGATAACGGCTTC
AGCGCGAGGATTGGCACGATACGGACGGCGGCTCACTGGGTTGGTGTTAG
GTGGCAAGGGAAACGTTGCCTCATGCGTGGTGCATTTTCCGAGTTCACTA
CGGTTCAGCGAAAACACGGGACGGTATTTTGCACACAAATCTAACACTCG
AGCTTGTTGCTCAGGGGCAAACGTGGAGTCCGCGAATGCTTTGGTCAACG
GCTCTGTCAATTCTTCACGAGCATGAGCGATTTCACCCACGGTTTTGGGG
GTCGCTGCTACGGCATGTACTCGGAGTTTCTCAGGTTCCACGATATCAAC
GAGGGACAGCTTGCCAACAACCAAATCGCTATGCAACGCCAGCGATTCCG
ACGACGGGTTGGCCACTTGCAAATAAACTGAACCATCACGAGCATTCCAT
GTAGTCAATGTGCGTGCAACGAGTACACGTTCAAACTCCATGGGAAAATC
ACCGGATTTAATTTCGGCATCTGTCAGCAACCGAGGTTCAACTACCACGG
CAGTATCACAGGACGGTTTGCTCTCGGAATATGCGCGAACGACTGCGACA
TGTCCGGGCTGAATATTATAACGTCTATTCAGTTTAATGGTATGCTCCTC
TGCCTCACTATGCACAGCAGCGACTGTAAAACTAGACGGCGGTTTGGCGC
TGGCACTCGGTACTTTACGGTGACGGGCAGGGAGGACGGTATCATTAGAC
TCAAAGGTCAGTTGTTCGTTCTTCCAATCAAGTATTGCGCCGAAACGAGA
CATTGCGTCATTGTCCAGCAAAATTTGATCAGGGCCGAGGGATGGAATCA
CCAAGGCATCAAGACGGCGGGAGATGTCTCCCAAACGAACGTGTAACGAA
ATATAACCTAACACTTGAAGTGGCGCTCCATTTGCGGCATTTAGCTTCAT
GTGAGAGGGTGGTACGGGCTCAAGATGAGCAAACGATAACGTGGGATGCT
GTTTCAAGTACGAAAGTGAAACGCATGTGACGTCACTTGCAGTATCAATA
GTCATCTCAGGGAGAAATGCACCATCGATATGTCCAGGGGTGCGAACACG
TTTGGACGAAAACGAGAAAGCCAACGAAGACTTCTTCCGCGTGAGCAAAG
AGAGGTAACGGGAAACACGTGTAATTCCGCCATGACGCATACGTTTCTTC
TTCTTACGACCGCTCGAACCACACTTCGATGCGGTTTCTACATGACTCTC
ACTGCTGGCCTTTGGTTTTCGGGCACTTTGAACACCAAACGGCTGACTAT
CATCCAGGGGAAACACGGCTGCGCAGACGCTGCGCTCTAACCTTCTAGCG
GGGACCTTCACGGAAGAATCTACCCTAAATCCCGGACGGGGTACAGCAGG
TACACACCCGAACTCTTACTTACAGATTTTGTACGGTCATGCTGGCTACG
CGGACGACCGTGTGACTCACGATTCACCGGTGACGATGTTGCAAGCGACG
TCAAACGACTACGGGATCGTTTAACGCCCCTACTACCGAGCGACGCGCTA
CTGGTATGTTTTATCCCAAGTGCTACGGGCACGGCACCTGGGCACCCCTA
TTCGGAGTCAGAGTCACTGCGCGACGAGCGCGACGAGCGCCTACGGGAAC
GCTTGCTGTGGCTGTGGTCGGTGTTGCTCCTCGTTGCCTCCTGGCGGCCT
TGTCCTCCCGGCTCTTCGTGAAGCAGTCCTCGATCGGGTGGGACGTCCGG
GAGATGCAGGTCTCGTGTGTGCACGGCATGTACGTCGTGCCGTCCGACCG
AGTCTGCAAGCCGTGCGGTGACCCGCGGCTTTGGCGGTTGCCTCTCGATG
AACGAGCACGGGAGTTGGAGTTGGAGTTACCACCTCCTCCATATCCACGG
TTACGGCCGCGGCCACCACCTCCACCGCCTCCACCACTTCCACGAGAGTG
GTTTTGGTTGCGGTGCCCGCCCCGGACGCACGAGCGTTGGGGTTGTTGCC
GCTGCGGGACGCGGCTGACGCCACCACGGTCCGCGACACGGTGCGGCGAT
TCCCGGCAGCGAAATCGGCGGCGGCGGCTTGGGCCTGGGGCATGGGTTGA
CCGAGACGGGTAGCAACAGTGGGGCTCCAGTTAGTGCACTGATAGTGGCC
CCGGCGGGGTTGACGGCTTCGCTACGGCGAGCACGTTCTACCGCCTCCCG
CAACGATACGGGTGCTTTGTTTTGAGCTGCATGAGACGGAGGTTCGGCGC
GAGACCGATCTGCCACAATTCGACAGTCATACAATTCCACGGGGTACGGT
CCCTTCGGCACGTTGTACTGCGGCCATGAAACGAGACAGCATGGTACGAA
ACCTGAGGGCGTACGAGCTAACGGTCTCGTTCGGCCCCTGCTGAATGGCG
GCGATTTGAGCAGCGCCTTCTTCAACCGAATTTGCGGAAAGAAGAAAGTG
CAGCAGGGTGTCTACCATCTCTTGCCACGTACGAGGTGGAGGGTGGGAAC
CCGGGGTCTCGGGGTCAGGTGTGTCGGCCGCTTTGGCACAGTTAATCTGC
CCTGAGAGGATCTGTTGAATGAGAGTCAAAACTTCTCCAGACGCAATGAG
TGCTACGTGCTTGAGAGCGACATTGTCAGCGAAAACCGGGTCACACGAGA
CCGCTGCGGCTTTTAATCCAACAATCACGCGAAAATGGCTCAGCGTTTCA
AACACATCGTCGCTGTTGTCACCATTCAAACGGGTTAGGCTACGGAGATC
AGCCATGGTGACGGAAACGTTGGTGGCTGTGCTAGCGTACGAACGCGCAG
CCGGGCGTGCAACGGCACGTGTATTTTCAGCTACGGTTGCTGCTTCAACC
GACGTGGTTGACGCTGCGGTGGTGGTAGCGACAGCAGACGACGTTGAAGC
TACAGCACCATTTGTTGTGGACGGAACGACTGAAGTGGCACGGCCATCAT
CAGTTAGAACGGTTGCACCACTAGACGGGGACGCAGCCGGCACGGCCGGG
GCGTCACTACTAGCAGGCTCAGACGAGGTGGAGCGCAACGGGGGAAATAA
TTCCCGGGGACCAATTTCGGTTGAGTCCCCGCCTCGGGGCTTACGAATTT
CCGCTTTCCACTTACGTTAAGATGAAGTTGACGCCGGGCCAAGTAGGCTT
GAGCTGCCTCGCTGTGGGGCTCCACGGGACGGCCCTCGCGGTGGGCCAGG
ATGCGAGCCTGCAACCCCTCTGCGTAGACGAGTTTCTCGAGATCTTCAAT
GGACGCGGGGACGAGGGGCGACACGGGCGCCTTCCCTTGTTCGGGTGACT
CACGAGAGTTTGCCGATTCGCCGCTGTCACTGGAGTCTTCCTCTTCACGT
CCGTGCTGATCTTCACTCTCACTCGCCTCGTAGTTGACGAAGGGGTTGTG
GTGGGGGTCCTCGTCTTGGGGGAACGAGGCTGCGTCGGCCGCCACCTCCG
TGGAGGAGGTAGAGCTGGCCGCCGCGGCGGCAGCAGCAGCAGCCGCCTTT
TTTTTCTTTGGTTTCATGATACGGCTGACGATAAGCCAGCCGACAGTCAG
CAGTCCTACAGCTTGCGTGTCGTCGACGCCACTATAAGGGGATGAGCCCC
AACAGGTTCTACAAGCTGTAAGTCTTGTGGTTTGTGCGCAGACGCACCGG
GTAAGGTGCGAGTGGGGCCGAGCTGCACCCGCTCCACGGTGCACTTGCCC
GCGGGGAAGACCCTCCGCATTCCTCCGAGGAACGTTCTGTCCTCTGAGGA
ATCCTGGAAACGGTGCTGACTCTATCTGTCATACCCCGACCAGAATGTGG
GTTCTGGTTGGTCATCTGATGTCACGCTCTAACGGGTCAATCTAGGGTGG
CATTTACACCAGCGTCTATTTCTACCGCCCTCGCTTTGTCCCTCCCTCCG
TGACTCCGTATCTGCCCCCGTTGTCTCCCCCCCCCTCCCTCCGCTACTCG
TTGTCTATCTTTGTGCTCTTCTTTCCTTGGCTGTTTCGACCCGGCATGGC
ATACGTTAAGAGTACGAGTGCTGCCTGTGCTGGGGACTACACCGGCGATC
TTCGGGCAAACGATGGTGAGCGGGAGTAGAAACGGAAGTTTGCGCGTGAT
AAACTTCTCGTCCTTGTGACGTTTCGAGGTGGTGATGGTCAGACTACCTC
ACGCCTTGGGACCTTAGAAGGTGGTGGTCGGACTTACCAGTGTTATCAGG
AGGTGTAGTGAATCAGCGCATCCTTCCCCCTACACAGCTATGGAGTTGCG
CAGGCTACATAAACTTGAACCCAACCGTGTTTGCCAGACACAGCGAATGG
AATGGTGGTTTGCCGACCCTGTTGTGTTGCCCTTTGCGGAAGAGATAAAC
TAGAAACTATGTTTCCCGGAGGATCGCACAGATTGTCACTACGAAAGGCG
TGTTGTCGGTTAGCGTTGGTGTTGGCCATTGGTAGTGGCAGTAATGGTGC
TGGTCTGTTGTTGGCCTCTGCAATATGTGGAGACTGATGTTGACACGCAG
CCCCGTTGAACACACGAAAAAGCTATTTTTTACTCTTTGTTCTATTTTTT
ACTCTTTGTTCTCATTCCTATGTCATTTCGGGCGCTGCCTCTTTTCAGAG
CTCGGCGGGGGGGGGGGGCAAAATTGCGGGCAACGATTTAAGTCGAGACG
AGGTCCCGGTGAAACTCCTCCTGACTTTCTGTGCAAGGTGAAAGTGACTC
AAGCTTGGCATGGCTTCAGCTGCGAACAACTGCAGCTGACACGACTCCTT
CCGTGGCTCCAGAGGTATCTGAGTATCAAGCCTATTCGAGCCTTGCGAAA
GGCATACACTTTTTTCGATCCCGTTTCCCCCCTCCCTGTCGGCCTTGAGA
TTTTTCTCCAGATTTTTCGTGAGATTTACCTTTTATTGCTCTTCTCCACA
CATCACTTCACGCCCCCACCTTCCCAATGCACTAAATGAATCATTCCGTT
TCAGGCCTGCTGGGTCCTGTGCGAGGTCGGGGGGAAGCCGTTTTCGCCGG
TTTTGATGTGTCATCTATCTTCGAAGTTGAGGCACAAGATGCTGCAGCGC
CTTCGGTCGAGGGAGAAGCGAGTGTACCAAGCTGATTGGCCAGCCATCGA
CGAGCCCATGTTGGAGTACATCGTTAATCAGGCACGAAAAAACACGTGTA
TCTCAGTATGTCTACCACCTACAAATGCCATGGTAGGCCCGCCACTCCTT
TCCCTCGCTACTCGCTGCCTTTGCGACACGGTGAGCCTCTACCACTCTCG
TTCTCCACAAAGTAGCTCTCGGGTGAGATCCATGGGCACACATGCAGCCA
AGAGCAAAAGGACACAAGTGCGGTCTTTGGGAGAGGTTGGAGGTGCTTTG
CTTCGCCTCTCCAGGCTTTCCTTTATAAATGTCCTTTGCCAAAGAAGAAG
GGTGACCTCTCGATCGGAGGGGATCTCCTCGACCGAAGGGGGTTTCTCGA
TCGAAGGGGTATTCTCGACCGAAGGGATCTCCTCGATCGAAGGGGTCTTC
TCGATCGACAAGGGTCTTCTCGATCGGAGGGGTCTTCTCGATCGAAAAGG
GTCGTCTCGATCAAAGGGAATTTCTCAACAGGAGGGGATCTTCTCGATAG
GAGGGGATCTCCTCGATCGAAGGGGATCTTCTCGATCGAAGGGGATCTTC
TCCATCGAAGGGGATCTTCTCCATGGAAGGGGATCTTCTCCATGGAAGGG
ATGCGAAATTGACCCTGGCCTGAAAATGACGATGCTCCCAGCTGCGGAGA
TAGAACAACAATTGGGTGAACCTCAGATGAGGACTAGGGCTATTCTGAAC
AACCGGACTCTACATAAACTCTGATTTTGTGGTCGAGTTGGACACGCACG
GAGAAGAGAAGAGCTATGGAGGAGAGTGCCCCTCCCACGTCGGGGAAAGG
CGTTCGTCTGACTGCTCTTGACAGTTGAAACTCCCGCCAGTGGGAATGGG
AACGTCCCTCACTGCTGTTGTGGGGAAATCGGTGCGGAACTTGCGATAGA
TCCGCGCACTTGCTACACAAGAGAGACCATCGAAACGATTGATCGAGTCG
ATTGCTTTCCTATCAGCTGGCCTCGAAGCACATGCATGTTTCGTCAACCA
AAAACGACAGAATAAGAACGCCCTTTTTTTTTTTTTTTTTTTTTTTTTGT
GTGGCACAATAAACCCAAGCACCGGAAGTTTTTTTTTTTTCTGCAGAGTT
TCCCTGCGCCGAGATCCCACGAAACAAAAAATTGAAAAATACAAGCTTGG
ATCCATTTTAGGACACATGTTTTCAGTTGAGACCGCCAGGAAGCTCGTTG
CATGCTGCCGAAGGGACCGAGCTGGGCTCTCAACCCTTACCCGAGCCGAC
GCCTCAGCCTTGACACGCGACGGTTTGTTGTCCAGGCGGCAACCTGTTCG
CTTATGGCTTTGTGGGCATCTCGCTTCAGTCTAGACGACGATTGTGCCTT
GCGATGTCATTTTCCGGTGCGGGACGAGCGTCTCCTCGAAATTGGAAGGC
GGGTGCCAAATTCGATCGATCTGACGTCAAGAACCTCTTTTTTTTTGCTT
GAAGTCACTTCCAGGCGATAGACACACACCCCCGACCCCCCCATTGGAAC
CACCGCCCACATATATCCTGAACGGAACACCACTCGAGATAATCAAAGCG
TTAGTTTCACCGGTCTGTCTTGTGTAGTTTGTCCTCGTCTGCCTGCCTTT
TTCCCTACGTTCACGCTCGTATCAGATGGGCGTGACGAGCACCGCATGAC
CCCTTTGCTCTCAACCCCTTTCCATAATGAATCACCACGTGTTCATAGCT
TACTCTCGTCCTCCCTTCCGAACTACCTACCTATCTTCCTACCTTCGCGC
CTGCCTCCCTCCGTGCCTCCCTCCCTACCTTCCTCAATCCCCCCCCCCCC
CGCCCGCCTGATGGCTCTCATCTCGGTGTTTGCCATCGGGATTGGGTTTT
CGTCGCGTGGCAACGACGTTGTAAAACAAGCCAATTCACTTCGTGAACTC
GGCAACCAGGTTACCGTCTTTTTTTTCCTCTGTTTTTTGGCGGTAACCAT
AATGGTGGTCGAGAAGATCATGTTGTGCGGAGTGGAGAACCCTCACTCCG
TGCAAGGGGGATGATCGCACCACGTTGTGTTAAAATGGTCAAGCACCCTC
GAGGCAGTTACATAGTGCTTACAACTGTCTCTGGAAGTGAAAGCACCAGA
AAATAAATTAACCCATACGCAGCTGTCATCCGTGTGCAAGGAAGTAAGCA
CAAGATGCCGAACACCCTTAGCAGGATGCAGCGCACCCTTCATGCGACTC
GCCGAATACCTCACGGCGCTTCGCGCTTGGTGGTGTGAGAGCCTGGTCCG
GTGAGAACCCGGCGTGCTCCGTCCCGGCTTTGTAGGGATGCGAGGTCAAT
GGTCTAACGACTACGGCATGCACGACTATGAGTACACCCCCCTCCCGCCC
CTTCTGCCTGCCTGCCTGTCTGTCTGTGCGTCTGTCTGTCTGCCTGCCTA
TACCTCCCCTTAACCTCTGTGCTTCTTTGTGGTCATGTTCATGCTGGGTT
CAAGGTGTGGCGAGGGCGGTGTCCCGTAACCGGCAGACGGGCGCTAGGGT
CTAACCTCCTCGAGCTGTGCCGCTGGGACAGATCCGAGGGCGGGCCCGGG
TGCGTCCCAAGCAACCTGGTCGTGGTGGCGGCGAGCATAGCCAACGAGGT
CGATCAAAAAGGGGGCTGGGAAGAGGCCTGCATAGACGCCGCCATCCGGG
CGAAGATCGAGGCCACGCTCGCGAAGCAGCGGGGGTTGGACTTGTGA
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Coding sequence (CDS) from alignment at P-fluviatile_contig85:49966..68262-

>mRNA_P-fluviatile_contig85.14889.1 ID=mRNA_P-fluviatile_contig85.14889.1|Name=mRNA_P-fluviatile_contig85.14889.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2916bp|location=Sequence derived from alignment at P-fluviatile_contig85:49966..68262- (Porterinema fluviatile SAG_2381)
ATGTCCTCCGCCAGCGTGGTGGCCGAGAGGCTAGCCCTGATCGCTGGAGG
AGCGCTTGCGCTTGCAGTAATCCAGCTATTTCAGGCCAAACGGCGGTCGA
GTTCAAACGACTGCAAGGGCAAGGGCTGTCAAGGGACCACAACGCACGAG
ATGTCCTCCGCCAGCGTGGTGGCCGAGAGGCTAGCCCTGATCGCTGGAGG
AGCGCTTGCGCTTGCAGTAATCCAGCTATTTCAGGCCAAACGGCGGTCGA
GTTCAAACGACTGCAAGGGCAAGGGCTGTCAAGGGACCACAACGCACGAG
CCTGATCCTAAACCTCTTCTTCAATTGTTTCCTTCTGACTTCGGCCACTC
ACCGCAATCCCGGCCGCAGTCCCCAGGAGCAGAAGCAAATGTACCCTGTG
CGATCCCGCCAGAACTAGAGCAGGAGCTTTTTTCACGGAACCGCTTTTTC
TTCGAGGAAGGGTTTGACGTCATTAGGGCCAGCTTCGTCATCGTGGTCGG
CCTTGGCGGAGTCGGCAGCCACGCCGCCCACATGCTGCCTGATCCTAAAC
CTCTTCTTCAATTGTTTCCTTCTGACTTCGGCCACTCACCGCAATCCCGG
CCGCAGTCCCCAGGAGCAGAAGCAAATGTACCCTGTGCGATCCCGCCAGA
ACTAGAGCAGGAGCTTTTTTCACGGAACCGCTTTTTCTTCGAGGAAGGGT
TTGACGTCATTAGGGCCAGCTTCGTCATCGTGGTCGGCCTTGGCGGAGTC
GGCAGCCACGCCGCCCACATGCTGGTGCGATCAGGAGTCAAGCGGTTGCG
AGTGATCGACTTCGATCAGGTCTCGCTGTCGTCTCTCAACCGACACGCGG
TTGCCACCTGGGGAGACGTGGGCTATCCGAAGGTGCGATCAGGAGTCAAG
CGGTTGCGAGTGATCGACTTCGATCAGGTCTCGCTGTCGTCTCTCAACCG
ACACGCGGTTGCCACCTGGGGAGACGTGGGCTATCCGAAGGCACTAGTGC
TAAAGAGACGCTTGCACGCCATCATTCCGGGAGCGGAGATCGACGCCCGT
GTGAGCATGTTCCGCAGGGAGGACGCAGACTCGCTGCTCAAGCTTGACTT
CGGAGGGGCCGCCATACCCCCGGATTCGTGCTTCGTGCTGGACTGCATCG
ATGACCTCGCCACGAAGGCGGAACTGATCGCGGAGTGCTCGCGGAGGGGC
TTGCGGGTGCTGTCCTCGATGGGGGCGGGGCTGAAGTCGGATCCGACCAG
GCTTCACATCGCCAAGCTCGTGGATTGCTGCAAAGACAGGCTAGCTATGC
GGGCACTAGTGCTAAAGAGACGCTTGCACGCCATCATTCCGGGAGCGGAG
ATCGACGCCCGTGTGAGCATGTTCCGCAGGGAGGACGCAGACTCGCTGCT
CAAGCTTGACTTCGGAGGGGCCGCCATACCCCCGGATTCGTGCTTCGTGC
TGGACTGCATCGATGACCTCGCCACGAAGGCGGAACTGATCGCGGAGTGC
TCGCGGAGGGGCTTGCGGGTGCTGTCCTCGATGGGGGCGGGGCTGAAGTC
GGATCCGACCAGGCTTCACATCGCCAAGCTCGTGGATTGCTGCAAAGACA
GGCTAGCTATGCGGCTGCGCGCACGCCTGAAGAAAGCGCACCCCGAGGTA
GACGCGGACACGGTGGAGTGCGTCTATTCTTCCGAGGAGCAGGTGACAGA
AATGCTGCCTTTGTCCCAGGAACAGCAGGACAACCCCGGGGACTTCGGTG
TTGTCGACAACTTTAGCTGCGCGCACGCCTGAAGAAAGCGCACCCCGAGG
TAGACGCGGACACGGTGGAGTGCGTCTATTCTTCCGAGGAGCAGGTGACA
GAAATGCTGCCTTTGTCCCAGGAACAGCAGGACAACCCCGGGGACTTCGG
TGTTGTCGACAACTTTAGAGTACGAGTGCTGCCTGTGCTGGGGACTACAC
CGGCGATCTTCGGGCAAACGATGAGTACGAGTGCTGCCTGTGCTGGGGAC
TACACCGGCGATCTTCGGGCAAACGATGGCCTGCTGGGTCCTGTGCGAGG
TCGGGGGGAAGCCGTTTTCGCCGGTTTTGATGTGTCATCTATCTTCGAAG
TTGAGGCACAAGATGCTGCAGCGCCTTCGGTCGAGGGAGAAGCGAGTGTA
CCAAGCTGATTGGCCAGCCATCGACGAGCCCATGTTGGAGTACATCGTTA
ATCAGGCACGAAAAAACACGTGTATCTCAGCCTGCTGGGTCCTGTGCGAG
GTCGGGGGGAAGCCGTTTTCGCCGGTTTTGATGTGTCATCTATCTTCGAA
GTTGAGGCACAAGATGCTGCAGCGCCTTCGGTCGAGGGAGAAGCGAGTGT
ACCAAGCTGATTGGCCAGCCATCGACGAGCCCATGTTGGAGTACATCGTT
AATCAGGCACGAAAAAACACGTGTATCTCAGTGTGGCGAGGGCGGTGTCC
CGTAACCGGCAGACGGGCGCTAGGGTCTAACCTCCTCGAGCTGTGCCGCT
GGGACAGATCCGAGGGCGGGCCCGGGTGCGTCCCAAGCAACCTGGTCGTG
GTGGCGGCGAGCATAGCCAACGAGGTCGATCAAAAAGGGGGCTGGGAAGA
GGCCTGCATAGACGCCGCCATCCGGGCGAAGATCGAGGCCACGCTCGCGA
AGCAGCGGGGGTTGGACTTGTGAGTGTGGCGAGGGCGGTGTCCCGTAACC
GGCAGACGGGCGCTAGGGTCTAACCTCCTCGAGCTGTGCCGCTGGGACAG
ATCCGAGGGCGGGCCCGGGTGCGTCCCAAGCAACCTGGTCGTGGTGGCGG
CGAGCATAGCCAACGAGGTCGATCAAAAAGGGGGCTGGGAAGAGGCCTGC
ATAGACGCCGCCATCCGGGCGAAGATCGAGGCCACGCTCGCGAAGCAGCG
GGGGTTGGACTTGTGA
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