mRNA_P-fluviatile_contig2.3946.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig2.3946.1
Unique NamemRNA_P-fluviatile_contig2.3946.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: A0A6H5JQ39_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JQ39_9PHAE)

HSP 1 Score: 837 bits (2161), Expect = 4.260e-292
Identity = 439/761 (57.69%), Postives = 547/761 (71.88%), Query Frame = 3 
Query:  297 GGFESAATGGRIFTMEKVRDYHGPPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPG---SSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFV--APTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSR---VIEQEGLTPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGYDLQE-HATVDPPMETEAGEAKSRGSTITEETNSAGPRENVLLVIAIISGRPERRAALRDTWFAWKDERVNIRFFTENPVGRSREERKARAALHAEAEAYGDVVILNIKPGMNFAVKLLEAMRWMSAEFSFDFFLRLDDDYFLCLRRLLDELDSTKASISAAKKPVQIYAGFLQCKE-NSTRIDEAYMLLTGDIVSRAVAAPPDLLCGGHAGVTSGYWLAKGHVLNPLGDVTWVWDRRLDHTGKLVEETVENYASVCLTHMGIHKTYPEHMQPLWDAAKDIAGPGFNQTDLEGSYVQDYIHDIPQCKYLERG-VTEESFKNDH--SQLCATFEARSTKK-YCGGQGC 2537
            GGFES+ATGG++F ME++R + GP +VDF AA       PPPADEEMC++WAVLTSIF PTETV+QLA L  WCVVVVGD++GP +Y+V GV+YL+PGDQ+ LPYRI ++LPW+HFGRKN+GYMYAI HGA+VIYDVDDDNALI+PEEGVP AG+S   S   + L  FS  PS+ VHNPYGCFGAPGV WPRG PL  I D     ++ CD+D  G + SR  +GV+QALANHDPDVDAIYRLT+P GGLPF F   AP T ES   LRGVPA   TPYNAQAT+HFPVAFWG+LLPVTVHGRVSDIWR +FTQ LLPLA     FAPAWVEQ+RN HDYL DFQAELPLYE++  LVEFLLGY+         GLT S VEDL +TM+EYGI++E+DV L Q WLQDL+  GYDL++       P++    +  S  S+  E  +S   R +V+LVIA++S RP+RR A+R +W  W+DERV +RFF E P   S ++     +L  E+ A+GD+V+++I PGMNF +KL+ A+RWMS EF+FDFFLRLDDDYFLCLRRLLDEL+  +A    A+ P++IY G + C   + TRIDEAYMLL+ D+V R V  P DL C   AG T+ +W A+GH LN LGDV WV D RLDH GK+++   E +A VC+ HMG+H TYPE M   W+AAKD  GP   +T  +G+++  Y+ D   CK  + G VT+E F++     Q C TF++ +    +CG QGC
Sbjct:   37 GGFESSATGGKVFAMEQIRTFEGP-RVDFDAAEILPG--PPPADEEMCEKWAVLTSIFEPTETVKQLAELRGWCVVVVGDKNGPAEYHVTGVKYLTPGDQDALPYRITEILPWNHFGRKNVGYMYAIQHGAKVIYDVDDDNALIHPEEGVPHAGVS---SIEDNVLSRFSGHPSSSVHNPYGCFGAPGVSWPRGYPLPAIQDDSPHHAAYCDVD--GISGSR--IGVVQALANHDPDVDAIYRLTHPPGGLPFSFNPGAPGTPEST--LRGVPADKMTPYNAQATLHFPVAFWGMLLPVTVHGRVSDIWRSYFTQALLPLANAVPVFAPAWVEQIRNPHDYLGDFQAELPLYERASTLVEFLLGYADEKGASNSGGLTWSLVEDLAVTMYEYGIVDEEDVVLTQAWLQDLRDSGYDLEDVTGQQGHPLQVPVHQGGSPSSSAIEPLDS---RAHVMLVIAVVSARPDRRHAVRQSWLTWEDERVEVRFFVEKPEPGSADD----TSLAQESAAHGDIVMMDIDPGMNFGLKLVWALRWMSDEFTFDFFLRLDDDYFLCLRRLLDELEIARA---VAEAPLRIYGGLVMCNVYHMTRIDEAYMLLSEDLVRRVVDTP-DLQCASDAGTTASWWFAEGHPLNQLGDVKWVNDPRLDHFGKIIDGPPELFADVCVAHMGVHHTYPEQMGIFWEAAKDKPGPAPAETG-DGTFILSYVSD-DTCK--DTGPVTDELFRSGRFEGQSCDTFKSNNKITIWCGKQGC 770
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: D8LCM9_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LCM9_ECTSI)

HSP 1 Score: 744 bits (1922), Expect = 1.220e-255
Identity = 397/771 (51.49%), Postives = 501/771 (64.98%), Query Frame = 3 
Query:  297 GGFESAATGGRIFTMEKVRDYHGPPKVDFKAAAAA---TARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWV-EQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQEGLTP-------STVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGYDLQEHATVDPPMETEAGEAKSRG-----------STITEETNSAGPRENVLLVIAIISGRPERRAALRDTWFAWKDERVNIRFFTENPVGRSREERKARAALHAEAEAYGDVVILNIKPGMNFAVKLLEAMRWMSAEFSFDFFLRLDDDYFLCLRRLLDELDSTKASISAAKKPVQIYAGFLQCKE-NSTRIDEAYMLLTGDIVSRAVAAPPDLLCGGHAGVTSGYWLAKGHVLNPLGDVTWVWDRRLDHTGKLV-EETVENYASVCLTHMGIHKTYPEHMQPLWDAAKDIAGPGFNQTDLEGSYVQDYIHDIPQCKYLERGVTEESFKNDHSQLCATFEARSTKKYCGGQGC 2537
            G   S   G  +F+MEKVR Y GP +++ +    +   ++ FPPPA E+ C+RWAVL S   PT+ V+QLA L +WCVVVVGD+ GPT+YNV GV  L+P DQE LPYRI  L+PW+H GRKNIGY+YAIHHGA+VIYDVDD + L+ PEEGVPFA    E SSA   L  FS  PST VHNPY CFGA GVVWPRG P  KI D  SS+C +   G       VGV+QALA+++PDVDA+YR+T    G P  FV  +     + LR VPA  F+PYNA+AT+HFPVAFWG+LLPVTVH RVSDIWR +FTQTLLP AG  V FAP WV  ++   + Y  DFQAELPLYE+SGALV+FLL Y   +E E           S +E L +TM+E+GI+E DDV L Q WL+DL+ VGYD  E          E   A ++G           S ++E + +  P  +VLLVIA++S R ERR A+R  W AW D+RV +RFFTE P G   + +   AAL  E+  +GD+V+++I PGMNFA+KL+ AMRWMS +FSFDFFLRLDDDYFLCL RLLDELD+T   ++ A++P+ IYAG   C+     RIDEAY+LL+  +V R ++AP DL+C GHAGVT+ +W  KG+ LN +GDV WV D RLDH G L+ +   E Y  VC THMG+H  YP+ +  LW+ AK  +G G   TD    YV D       C  +  G+    F  DH Q C  F++     +CG +GC
Sbjct:   42 GACGSPPIGDIMFSMEKVRTYAGP-RMEIRTTPPSVEPSSLFPPPAAEDTCERWAVLASADEPTDAVKQLAELGEWCVVVVGDKDGPTEYNVVGVVLLTPSDQEALPYRITDLIPWNHVGRKNIGYLYAIHHGAKVIYDVDDAHVLMRPEEGVPFA----ETSSAEHELSFFS-RPSTCVHNPYPCFGASGVVWPRGFPPAKIRDKSSSMCGVVMGGGGAGEQRVGVVQALADNNPDVDALYRMTCAPRGSPLSFVEESPPLPGSSLRLVPAWTFSPYNAKATLHFPVAFWGMLLPVTVHERVSDIWRSYFTQTLLPSAGAVVGFAPPWVTRELEGPNSYRDDFQAELPLYEQSGALVDFLLQYRHAVEDEASAQASPESQASRIEALSVTMYEHGIVEGDDVALTQAWLKDLRDVGYDGLEQVERQKIAIDEQAPAPAKGRLAGRREADKSSVLSERSGTTLPVPHVLLVIAVVSARSERRDAIRAGWSAWGDDRVELRFFTEAPAGSGPDSQATSAALEEESAVHGDLVLMDIDPGMNFALKLVWAMRWMSKQFSFDFFLRLDDDYFLCLGRLLDELDAT---LAGAEQPLNIYAGHRYCEVWGRARIDEAYLLLSSALVGRVLSAP-DLVCSGHAGVTAAWWFTKGNPLNRMGDVEWVHDPRLDHEGDLLLDSPKEQYPDVCTTHMGVHHAYPDSIAELWEGAKGKSGAG---TDSLFRYVDDGA-----CGMVRAGIDRPYFDLDHPQPCDAFKSDEDAMFCGHEGC 794
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: D7FZB1_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FZB1_ECTSI)

HSP 1 Score: 629 bits (1623), Expect = 2.700e-213
Identity = 335/636 (52.67%), Postives = 429/636 (67.45%), Query Frame = 3 
Query:  666 MYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTT--LESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQEGLTPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGYDLQEHATVDPPMETEAGEAKSRGSTITEETN---------SAGPRENVLLVIAIISGRPERRAALRDTWFAWKDERVNIRFFTENPVGRSREERKARAALHAEAEAYGDVVILNIKPGMNFAVKLLEAMRWMSAEFSFDFFLRLDDDYFLCLRRLLDELDSTKASISAAKKPVQIYAGFLQC-KENSTRIDEAYMLLTGDIVSRAVAAPPDLLCGGHAGVTSGYWLAKGHVLNPLGDVTWVWDRRLDHTGKLVEETVENYASVCLTHMGIHKTYPEHMQPLWDAAKDIAGPGFNQTDLEGSYVQDYIHDIPQCKYLERGVTEESFKNDHSQLCATFEARSTKKYCGGQGC 2537
            MYAIHHGAEVIYDVDD NAL+ P++GVP + +S   SS    +  F  D S IVHNPY CFGAPGVVWPRG PL+K+    SS C  +  G  DS+ V+GV+QALANHDPDVDAIYR+TYP GGLPF FVA  +   E+ N LR VPASAFTPYNAQAT+HF VAFWGLLLP TV GRVSD WR +FTQ LLP  G   AF+P WVEQV N  +YLADF+AE PLY++SGALVEFLL Y  ++      P  +E L + M+EYGI+E++DV LMQ WL+DL+  GY   E+        T AG A+ + +++ E+           S G    VLLV+AI+S RPERR A+R TW AW DERV +RFFTE P   + +     AAL  E   + DVV+++I  GMNFA+KL+ AM+WMS  + F+FFLRLDDDYFLCL RLL EL++T       ++P +IYAG + C +  +TRIDEAYMLL+  +V+R V +  DL+CGGH GVT+G+W   G+ LN  GDVTWV D RLDH+G+ +++  E+  +VC THMG+HK YP+ M  +W+ ++      ++  D  G  +  YI D   CK++  GV++ +F  DH+Q C TF   +TK +CG  GC
Sbjct:    1 MYAIHHGAEVIYDVDDRNALVDPQQGVPHSDVS---SSGKPDVFRFHSDESAIVHNPYPCFGAPGVVWPRGFPLNKVQLVDSSTCSSE--GAMDSQ-VIGVVQALANHDPDVDAIYRMTYPPGGLPFSFVAEDSSKAETRN-LRAVPASAFTPYNAQATLHFQVAFWGLLLPTTVDGRVSDTWRSYFTQALLPAVGAVAAFSPGWVEQVGNPRNYLADFKAEFPLYQRSGALVEFLLQYRDLVSNASALPLEIEALAVAMYEYGIVEDEDVALMQAWLEDLRDAGYAFPEYDM--QHQSTAAGVARQQHTSVDEKLPALQIGRGQPSPGELPRVLLVVAILSARPERRNAIRSTWSAWGDERVELRFFTEAPAENNPDAESITAALEEEMALHQDVVLMDIDSGMNFALKLVWAMQWMSHRWMFNFFLRLDDDYFLCLGRLLHELETT---FKTTQEPPKIYAGHITCGRSGNTRIDEAYMLLSTSLVTR-VLSTTDLMCGGHGGVTAGWWFTPGNPLNEAGDVTWVHDPRLDHSGRALKQ--ESADNVCKTHMGLHKIYPDTMTEVWNKSQ-----AYDDND-HGVSLLHYITD-QSCKHVPAGVSQSTFNRDHAQPCETFTG-NTKIHCGAGGC 613
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: D7FLI5_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FLI5_ECTSI)

HSP 1 Score: 518 bits (1333), Expect = 5.650e-173
Identity = 255/404 (63.12%), Postives = 300/404 (74.26%), Query Frame = 3 
Query:  339 MEKVRDYHGPPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCD---IDTTGDA---DSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTL-ESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSR---VIEQEGL-TPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGY 1517
            MEKVR Y G          A  A FP P D E C+RWAVLTSIF PT+TVRQL    DWCVVVVGD++GP +YNVEGV YL+P DQEQLPYRIV LLPW+HFGRKNIGY+YA+HHGA VIYDVDDDNALI+PE GVP A   + P+S  S    F+V P   VHNPYGCFG PG VWPRG PLD I+D  S+ CD   +D+ G++   +    +GV+QALANHDPDVDA+YRLTYP GGLPFDF  P  + E  + L+ VP +AFTPYNAQAT+HFP AFWG+LLPVTVHGRVSDIWR +FTQTLL   G   AFAPAWVEQ+RN H+YLADFQAELPLYE+SGALV FL G+ R      + G+  P  ++ L + M+EYG++E+ DVQL Q WL+DL +VGY
Sbjct:    1 MEKVRTYEG------ARLPAPEAMFPAPLDSEKCERWAVLTSIFEPTDTVRQLGAAEDWCVVVVGDQNGPAEYNVEGVIYLTPQDQEQLPYRIVPLLPWNHFGRKNIGYLYAVHHGATVIYDVDDDNALIHPEAGVPHALSPVTPASTTS----FAVGPEAFVHNPYGCFGGPGNVWPRGFPLDSINDADSNRCDEVAVDSAGESAAPEEGWRLGVVQALANHDPDVDAVYRLTYPPGGLPFDFEVPDPVPEGMSSLKIVPPAAFTPYNAQATLHFPPAFWGMLLPVTVHGRVSDIWRSYFTQTLLTSTGAVTAFAPAWVEQIRNPHNYLADFQAELPLYEQSGALVAFLDGHRRQSVAASEAGVGLPERIDALMVEMYEYGVLEQADVQLSQAWLEDLYSVGY 394
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: UPI0014553AFF (probable glycosyltransferase STELLO2 n=1 Tax=Asterias rubens TaxID=7604 RepID=UPI0014553AFF)

HSP 1 Score: 323 bits (829), Expect = 7.360e-98
Identity = 183/430 (42.56%), Postives = 249/430 (57.91%), Query Frame = 3 
Query:  228 CWYTGAHTLADRPNMLHPQISFTGGFESAATGGRIFTMEKVRDYHGPPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQEGLTPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGY 1517
            C++T    + D   ML  +   T      ATG  +  +EK+R +HG  K   + A + T  +   +  + C RW V+T+IF PT  ++ L   S WC+VVV D+ GP   ++  + +L+  +Q+   YRI QL+PW+HF RKNIGYMYAI HGA+VIYD DDDN L+            + P   V   +H  +D  + V NPY  FG    +WPRG PL++I D   +   +   G A    + GV+Q LA HDPDVDAIYR+TY    LP+DF     LE    +  +P    +PYNAQ T H   AFWG+LLP+TVH RVSDIWR +FTQ LL   G  ++F    V Q RNAH+YLADF +E+ LY K+  LV+FLLG++  +    L     E + I ++EYG IE  DV L + W+QDLQ++GY
Sbjct:   23 CYFTLRGLVNDLQAMLPTREVKTQQQLIGATGN-VHKLEKIRTFHG--KRSVEPAGSYTPSW---SQNKQCDRWIVVTTIFEPTGIMKTLGATSGWCMVVVADKKGPVSMDIPNIVHLTVAEQKNCRYRICQLIPWNHFSRKNIGYMYAIEHGAKVIYDTDDDNGLL----------ADLMPDFEVHFAQHVKLD--SYVWNPYPEFGPSTHIWPRGFPLNRITD--DTTKSLTLVGAAKGEDI-GVVQYLAQHDPDVDAIYRMTYD---LPYDF----NLEPKRFV--LPPRVLSPYNAQTTHHSQDAFWGMLLPITVHSRVSDIWRSYFTQRLLWDIGKRLSFHSPAVVQNRNAHNYLADFDSEMDLYYKADNLVKFLLGWTPSVTLASLEQRLFE-MQIDLYEYGFIEAGDVALTEAWIQDLQSLGY 421
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: W7SZI8_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7SZI8_9STRA)

HSP 1 Score: 325 bits (834), Expect = 3.110e-94
Identity = 182/419 (43.44%), Postives = 248/419 (59.19%), Query Frame = 3 
Query:  315 ATGGRIFTMEKVRDYHG--PPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEG--VQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPF------AGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCF-------GAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQ-EGLTPSTVEDLYITMFEYGIIEED-DVQLMQVWLQDLQAVG 1514
            A GG++F   K R YHG  P   +   +  +   +P  A++ +C +WAV+T+IF PT  VRQL G+ DWCVVVVGD+  P+ Y+++   + YLSP +QE LPY+I+ LL W+HFGRKNIG++YA+HHGAEVIYD DDDN L     G PF        L++       G  H        V+NPY  F       G+   VWPRG P+D I D  +         +A    ++ ++Q+LA+HDPDVDA+YRLT     LP  F +  +     +  GV     TP+NAQATI   V FWG+LLP+TVHGRVSDIWR + T  ++  AG  +AFA  +V Q RN H Y+ADF AE  LYE++GALV +LL +  V    EG+    +E++ I ++E   + +  DV L   W+QDLQ +G
Sbjct:   63 AHGGQVFVAIKRRSYHGHRPFSSNTSTSGFSDNLYPRRAEQLLCNKWAVVTTIFGPTTLVRQLVGMKDWCVVVVGDKKSPSTYDIQSDTLIYLSPEEQEALPYQIIPLLKWNHFGRKNIGFLYAMHHGAEVIYDTDDDNILKVDSRGNPFIPDCSLGELALSKDVVRLGQSH--------VYNPYPSFESVHVKDGSHAFVWPRGFPVDLITDTSTWNVSRGKEEEAHEGGIITIVQSLADHDPDVDALYRLT---NYLPLRFRSGGSARLEVISPGV----MTPFNAQATIFGKVGFWGMLLPITVHGRVSDIWRSYVTGRIMWEAGQRLAFASPFVTQCRNPHSYVADFDAESDLYERAGALVSWLLEWHPVSNSIEGI----IEEMAIALYEMDFLHDPLDVDLAIAWIQDLQGIG 462
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: W7TUS0_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7TUS0_9STRA)

HSP 1 Score: 319 bits (817), Expect = 8.110e-92
Identity = 176/419 (42.00%), Postives = 243/419 (58.00%), Query Frame = 3 
Query:  315 ATGGRIFTMEKVRDYHG--PPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEG--VQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPF------AGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGA-------PGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQ-EGLTPSTVEDLYITMFEYGIIEED-DVQLMQVWLQDLQAVG 1514
            A GG +F   K R YHG  P   +   +  +   +P  A++  C +WAV+T+IF PT  V+QL  + DWCVVVVGD+  P+ Y+++   + +L P +QE LPY I+ LL W+HFGRKNIG++YA+ HGAEVIYD DDDN L     G PF        L++      SG           V+NPY  FG+       P  VWPRG P+D I D  +    +    +     V+ ++Q+LA+HDPDVDA+YRLT     LP  F +  +      L  +P    TP+NAQAT+     FWG+LLP+TV+GRVSDIWR + T  ++  AG  +AFA  +V Q RN+H Y+ADF AE  LYE++GALV +LL +  V    EG+    +E++ I M+E   + +  DV L   W+QDLQ +G
Sbjct:   63 AHGGHVFVAAKRRTYHGSRPFSSNISTSGVSHKPYPRSAEQLTCNKWAVVTTIFGPTALVKQLVEMKDWCVVVVGDQQSPSTYDIQSDNLIFLGPEEQEALPYHIIPLLKWNHFGRKNIGFLYAMQHGAEVIYDTDDDNILKVDSRGKPFIPDCKLGELALSKDVVRSGQSQ--------VYNPYPNFGSVRVKDGSPAFVWPRGFPVDLITDASTWNVSLGVEEETLEGGVITIVQSLADHDPDVDALYRLT---SHLPLRFHSGGSAR----LEVIPPGVMTPFNAQATVFGKAGFWGMLLPITVNGRVSDIWRSYVTSRIMWEAGQRLAFASPFVTQCRNSHSYVADFDAENDLYERAGALVSWLLEWRPVSHSLEGM----IEEMAIAMYEMDFLHDPLDVDLAIAWIQDLQGIG 462
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: UPI0018D5FB2F (probable glycosyltransferase STELLO1 n=2 Tax=Patiria miniata TaxID=46514 RepID=UPI0018D5FB2F)

HSP 1 Score: 307 bits (787), Expect = 3.290e-91
Identity = 178/408 (43.63%), Postives = 237/408 (58.09%), Query Frame = 3 
Query:  324 GRIFTMEKVRDYHGPPKVDFKAAAAATARFPPPADE-EMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDF-VAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQEGLTPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGYDLQEHATV 1541
            GR++ + K R Y G  ++   A A +T+  P  A     C RW V+T+I   T  +R+++ LS WC+VVV D+ GP   ++  V YL    QE   Y+I +LLPW+HFGRKNIGY+YAI HGAE+IYD DDDN  ++ +E   F  +       V+G           + NPY  FGA   +WPRG PL +I DP +   D+   G   +R   GV+Q LA HDPD+DAIYRLT     LP++F  AP  L        VP    +PYNAQAT+H   AFWGLLLPV+VHGRVSDIWR +FTQ LL   G  VAF   +V Q RN H+Y+ADF +E+ LY K+  LV+FL  ++       L    + DL I ++E+      DV L + W+QDLQ +GY    H ++
Sbjct:   73 GRVYQLSKARTYEGRREL---APATSTSCKPYSARAGRRCDRWIVVTTIHPSTPILRKISSLSGWCMVVVADKKGPVSMDIPNVDYLDVVQQESCGYQICRLLPWNHFGRKNIGYLYAIEHGAEMIYDTDDDNQPLF-DELPAFDNVGYSKQLHVAGH----------LWNPYPQFGANTKMWPRGFPLSRITDPATKRVDV-INGTVAARRA-GVVQFLAQHDPDIDAIYRLT---NELPYEFDPAPRRLF-------VPERVMSPYNAQATLHAHQAFWGLLLPVSVHGRVSDIWRSYFTQRLLWDIGMQVAFHSPFVVQYRNPHNYMADFDSEMDLYYKAETLVKFLQEWTPEKSSTSLQQKLL-DLAIRLYEFDFFGVQDVTLTEAWIQDLQCLGYKFPLHPSL 453
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BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: A0A7S1INI2_9EUGL (Hypothetical protein n=1 Tax=Eutreptiella gymnastica TaxID=73025 RepID=A0A7S1INI2_9EUGL)

HSP 1 Score: 305 bits (781), Expect = 4.790e-91
Identity = 171/403 (42.43%), Postives = 235/403 (58.31%), Query Frame = 3 
Query:  312 AATGGRIFTMEKVRDYHGPPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQEGLTPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGYD 1520
            + T G +F M++ R +   P  + + +AA T  +      + C +WAV T+I+ P++T++Q+A L  WC+VVV D+  P  + VE    L   DQ +LPYRI + LPW+HFGRKN+G+MYA+ HGAEVIYD DDDN LI     +     S++    +S   H  V       NPY  FG  G  WPRG PLD+I +   +  +     +  ++    V Q+LANHDPD DAIYRLT P   LP  F     +        +P   F PYNAQAT+H   AFWG+LLP+TVHGRVSDIWR + TQ +L   GG + F   WV Q RNAH+YLADF +E  LY+K+ ALV++L  ++     E +    +  L + ++E  I E++DV LM  WL DL + GY+
Sbjct:   38 SGTTGLLFRMQRTRQF---PMHELRKSAAQTTGW---KQGKQCAQWAVSTTIWEPSKTLKQIAKLKTWCIVVVLDKKTPLPFEVENAVILGVEDQLKLPYRIARRLPWNHFGRKNVGFMYAVAHGAEVIYDCDDDNELIIDGNELESIPTSMQ-GEVLSPRGHPDV------FNPYPMFGNVGG-WPRGYPLDQILN--KTTYESTEMENVVAKNNFYVHQSLANHDPDYDAIYRLTRP---LPVTFTPGPPV-------ALPPGTFCPYNAQATLHLKPAFWGMLLPITVHGRVSDIWRSYITQRILWDIGGRIVFRSPWVVQYRNAHNYLADFDSEYDLYKKATALVQYLKDWN---SDEKILKRRLLQLCVDLYEREIFEQEDVLLMNDWLHDLGSAGYE 411
[Close]
BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Match: A0A8B7XWL1_ACAPL (probable glycosyltransferase STELLO2 n=1 Tax=Acanthaster planci TaxID=133434 RepID=A0A8B7XWL1_ACAPL)

HSP 1 Score: 303 bits (777), Expect = 3.330e-90
Identity = 172/398 (43.22%), Postives = 232/398 (58.29%), Query Frame = 3 
Query:  324 GRIFTMEKVRDYHGPPKVDFKAAAAATARFPPPADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEGVQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDNALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVWPRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRLTYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLLLPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQAELPLYEKSGALVEFLLGYSRVIEQEGLTPSTVEDLYITMFEYGIIEEDDVQLMQVWLQDLQAVGY 1517
            GR + + KVR + G   +    +AA+   F P A  + C RW V+T+I+ PT  + +++ L  WC+VVV D+ GP   N+  V YL    QE   Y++ +++PW+HFGRKNIGY+YAI HGA++IYD DDDNA ++PE           P+    G   + V     V NPY  FG    VWPRG PL +I D  + +     +G A  + V GV+Q LA HDPDVDAIYRLT     LPFDF  PT          VP   F+PYNAQAT+H   AFWG+LLPVTVH RV+DIWR +FTQ LL      +AF   +V Q RN H+Y+ADF  E+ LY K+ +L++FL  +        L    + DL I ++EY  I  +DV + + W++DLQ + Y
Sbjct:   62 GRAYELRKVRTFEGSRALP---SAASCRPFSPNAGRK-CDRWIVVTTIYKPTPILPKISSLKGWCMVVVADKKGPQSMNIPNVDYLDVVQQESCGYKLCRVVPWNHFGRKNIGYLYAIEHGAKLIYDTDDDNAPLFPEV----------PAFDNVGYARY-VTAGGAVWNPYPTFGQNTKVWPRGFPLSRIKDQSTKIAA--ESGKALPQQV-GVVQFLAQHDPDVDAIYRLT---SELPFDF-NPTPRRLV-----VPKRMFSPYNAQATLHAHDAFWGMLLPVTVHSRVTDIWRSYFTQRLLWDVNLHLAFHSPFVRQERNQHNYMADFDGEMDLYYKTESLIKFLQDWKPRDSSPSLQQRLL-DLTIELYEYDFIGAEDVAMTKAWIEDLQCLDY 431
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig2.3946.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5JQ39_9PHAE4.260e-29257.69Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
D8LCM9_ECTSI1.220e-25551.49Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2... [more]
D7FZB1_ECTSI2.700e-21352.67Uncharacterized protein n=1 Tax=Ectocarpus silicul... [more]
D7FLI5_ECTSI5.650e-17363.12Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2... [more]
UPI0014553AFF7.360e-9842.56probable glycosyltransferase STELLO2 n=1 Tax=Aster... [more]
W7SZI8_9STRA3.110e-9443.44Uncharacterized protein n=1 Tax=Nannochloropsis ga... [more]
W7TUS0_9STRA8.110e-9242.00Uncharacterized protein n=1 Tax=Nannochloropsis ga... [more]
UPI0018D5FB2F3.290e-9143.63probable glycosyltransferase STELLO1 n=2 Tax=Patir... [more]
A0A7S1INI2_9EUGL4.790e-9142.43Hypothetical protein n=1 Tax=Eutreptiella gymnasti... [more]
A0A8B7XWL1_ACAPL3.330e-9043.22probable glycosyltransferase STELLO2 n=1 Tax=Acant... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig2contigP-fluviatile_contig2:2593312..2610354 +
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 score753.4
Seed ortholog evalue1e-214
Seed eggNOG ortholog2880.D8LCM9
GOsGO:0000271,GO:0003674,GO:0005488,GO:0005515,GO:0005575,GO:0005618,GO:0005622,GO:0005623,GO:0005737,GO:0005768,GO:0005794,GO:0005802,GO:0005975,GO:0005976,GO:0006073,GO:0006109,GO:0008150,GO:0008152,GO:0009058,GO:0009059,GO:0009250,GO:0009664,GO:0009832,GO:0009889,GO:0009987,GO:0010383,GO:0010556,GO:0010675,GO:0010962,GO:0010981,GO:0012505,GO:0016043,GO:0016051,GO:0019222,GO:0030243,GO:0030244,GO:0030312,GO:0031323,GO:0031326,GO:0031410,GO:0031982,GO:0031984,GO:0032881,GO:0032885,GO:0032950,GO:0032951,GO:0033692,GO:0034637,GO:0034645,GO:0042546,GO:0042802,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043255,GO:0044036,GO:0044038,GO:0044042,GO:0044085,GO:0044087,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044262,GO:0044264,GO:0044422,GO:0044424,GO:0044431,GO:0044444,GO:0044446,GO:0044464,GO:0045229,GO:0050789,GO:0050794,GO:0051128,GO:0051273,GO:0051274,GO:0052324,GO:0052541,GO:0060255,GO:0065007,GO:0070589,GO:0070592,GO:0071554,GO:0071555,GO:0071669,GO:0071704,GO:0071840,GO:0071944,GO:0080090,GO:0097708,GO:0098791,GO:1901576,GO:1903338,GO:2000112,GO:2001006,GO:2001009
EggNOG free text desc.plant-type cell wall cellulose biosynthetic process
EggNOG OGs28KU8@1,2QTAG@2759
COG Functional cat.S
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categoryother localisation
Exons7
Model size2869
Cds size2289
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815854.434806-UTR-P-fluviatile_contig2:2593311..25935731622815854.434806-UTR-P-fluviatile_contig2:2593311..2593573Porterinema fluviatile SAG_2381UTRP-fluviatile_contig2 2593312..2593573 +
1693563549.4790282-UTR-P-fluviatile_contig2:2593311..25935731693563549.4790282-UTR-P-fluviatile_contig2:2593311..2593573Porterinema fluviatile SAG_2381UTRP-fluviatile_contig2 2593312..2593573 +
1622815854.4445724-UTR-P-fluviatile_contig2:2599552..25995591622815854.4445724-UTR-P-fluviatile_contig2:2599552..2599559Porterinema fluviatile SAG_2381UTRP-fluviatile_contig2 2599553..2599559 +
1693563549.608475-UTR-P-fluviatile_contig2:2599552..25995591693563549.608475-UTR-P-fluviatile_contig2:2599552..2599559Porterinema fluviatile SAG_2381UTRP-fluviatile_contig2 2599553..2599559 +
1622815854.525635-UTR-P-fluviatile_contig2:2610043..26103541622815854.525635-UTR-P-fluviatile_contig2:2610043..2610354Porterinema fluviatile SAG_2381UTRP-fluviatile_contig2 2610044..2610354 +
1693563549.7786348-UTR-P-fluviatile_contig2:2610043..26103541693563549.7786348-UTR-P-fluviatile_contig2:2610043..2610354Porterinema fluviatile SAG_2381UTRP-fluviatile_contig2 2610044..2610354 +


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

Feature NameUnique NameSpeciesTypePosition
1622815854.4542623-CDS-P-fluviatile_contig2:2599559..25998331622815854.4542623-CDS-P-fluviatile_contig2:2599559..2599833Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2599560..2599833 +
1693563549.6182668-CDS-P-fluviatile_contig2:2599559..25998331693563549.6182668-CDS-P-fluviatile_contig2:2599559..2599833Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2599560..2599833 +
1622815854.465468-CDS-P-fluviatile_contig2:2600575..26007241622815854.465468-CDS-P-fluviatile_contig2:2600575..2600724Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2600576..2600724 +
1693563549.6267645-CDS-P-fluviatile_contig2:2600575..26007241693563549.6267645-CDS-P-fluviatile_contig2:2600575..2600724Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2600576..2600724 +
1622815854.4770038-CDS-P-fluviatile_contig2:2601495..26019331622815854.4770038-CDS-P-fluviatile_contig2:2601495..2601933Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2601496..2601933 +
1693563549.6348317-CDS-P-fluviatile_contig2:2601495..26019331693563549.6348317-CDS-P-fluviatile_contig2:2601495..2601933Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2601496..2601933 +
1622815854.4879014-CDS-P-fluviatile_contig2:2602810..26029631622815854.4879014-CDS-P-fluviatile_contig2:2602810..2602963Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2602811..2602963 +
1693563549.6456554-CDS-P-fluviatile_contig2:2602810..26029631693563549.6456554-CDS-P-fluviatile_contig2:2602810..2602963Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2602811..2602963 +
1622815854.5020897-CDS-P-fluviatile_contig2:2606827..26070281622815854.5020897-CDS-P-fluviatile_contig2:2606827..2607028Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2606828..2607028 +
1693563549.6546335-CDS-P-fluviatile_contig2:2606827..26070281693563549.6546335-CDS-P-fluviatile_contig2:2606827..2607028Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2606828..2607028 +
1622815854.5150087-CDS-P-fluviatile_contig2:2608969..26100431622815854.5150087-CDS-P-fluviatile_contig2:2608969..2610043Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2608970..2610043 +
1693563549.6620173-CDS-P-fluviatile_contig2:2608969..26100431693563549.6620173-CDS-P-fluviatile_contig2:2608969..2610043Porterinema fluviatile SAG_2381CDSP-fluviatile_contig2 2608970..2610043 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig2.3946.1prot_P-fluviatile_contig2.3946.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig2 2599560..2610043 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig2.3946.1

>prot_P-fluviatile_contig2.3946.1 ID=prot_P-fluviatile_contig2.3946.1|Name=mRNA_P-fluviatile_contig2.3946.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=763bp
MLHPQISFTGGFESAATGGRIFTMEKVRDYHGPPKVDFKAAAAATARFPP
PADEEMCKRWAVLTSIFHPTETVRQLAGLSDWCVVVVGDESGPTDYNVEG
VQYLSPGDQEQLPYRIVQLLPWSHFGRKNIGYMYAIHHGAEVIYDVDDDN
ALIYPEEGVPFAGLSIEPSSAVSGLKHFSVDPSTIVHNPYGCFGAPGVVW
PRGLPLDKIHDPGSSVCDIDTTGDADSRTVVGVIQALANHDPDVDAIYRL
TYPTGGLPFDFVAPTTLESANVLRGVPASAFTPYNAQATIHFPVAFWGLL
LPVTVHGRVSDIWRGFFTQTLLPLAGGTVAFAPAWVEQVRNAHDYLADFQ
AELPLYEKSGALVEFLLGYSRVIEQEGLTPSTVEDLYITMFEYGIIEEDD
VQLMQVWLQDLQAVGYDLQEHATVDPPMETEAGEAKSRGSTITEETNSAG
PRENVLLVIAIISGRPERRAALRDTWFAWKDERVNIRFFTENPVGRSREE
RKARAALHAEAEAYGDVVILNIKPGMNFAVKLLEAMRWMSAEFSFDFFLR
LDDDYFLCLRRLLDELDSTKASISAAKKPVQIYAGFLQCKENSTRIDEAY
MLLTGDIVSRAVAAPPDLLCGGHAGVTSGYWLAKGHVLNPLGDVTWVWDR
RLDHTGKLVEETVENYASVCLTHMGIHKTYPEHMQPLWDAAKDIAGPGFN
QTDLEGSYVQDYIHDIPQCKYLERGVTEESFKNDHSQLCATFEARSTKKY
CGGQGCHGVVRR*
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mRNA from alignment at P-fluviatile_contig2:2593312..2610354+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig2.3946.1 ID=mRNA_P-fluviatile_contig2.3946.1|Name=mRNA_P-fluviatile_contig2.3946.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=17043bp|location=Sequence derived from alignment at P-fluviatile_contig2:2593312..2610354+ (Porterinema fluviatile SAG_2381)
CTGGCTCGCAGAACGGATCTATTCCGATCTTCTTGTGTGGCTGGCACGCA
GCACGGATCTTCTCCGATCTTCTTGTGTGGAGGGAATAGTTGAAGCTTTT
GAAACTAGTCTTCGCCTCAGACACTGCCCACCCCCGTCGCTTACCACTAT
TTTATCTGGAGCTCCACCTCTCTGCGGACGTCAATCTTACGGGGTCTGTT
TGCGGACCCCTCTGAGCCGCGAGGGGGTGCTGGTACACCGGAGCACACAC
GCTTGCAGACCGGTATGTGTAATGAGTTGGGCGTGGTGCGTGGTAAAGAC
AGTGTGAAGAGCGCGCAATGTATACTGTAGGCTAGCAGTATTCATTATCC
AGGAAAGGAGGGAGCGACGGAAATAAATGCGCACATTGTGATAAGAACAC
ACGCGCGTCATAAAACCCAAGAGAAGAGTCAGAATACAGTACAGTGCAGG
TTGACTCCGTTAAACAGAGAATTTGACATGCATGGTACATCGCTTCTTCG
CTGTCGACTCGTCGAGAGCAACGGAGTGAGAGACTATGTCGCAAGGAGAC
CCCCATATTTATGGGAACACAATCTGTGCGAAAATATTGGTACTGAACGA
GGTTGTCCGCACAACATTCGGGGAAGATGTCCCGCTGTTGTGGGAACAAT
CTTGAAATCGGGATATGTTCGTCACGCGGTCTGTCATGGGTGAGCGCGAC
GTAGTCAGTCGTTTTTCGCCACACAATCAACCACTGCGTCATGAAATCGA
AATACATTGGGCTCGTAGGGGGCTCCGAGCAACCGTGGACTCAGCCTCTT
CGTATCTCGACCACTTTTACAACGCGGGAGCATGCTGGGCCTGGAAAATA
ATACGACGTGTGCGCGCAGTCAAAGAAGAAGGCCAACGCCCATTTCGCCC
GCGACGAAGCCACAAAAATGCGCCTATCGAGCCGGACAGCACACAGCATT
TCTCTGTCTCTAGACCTCGGATGAAAGCAAAGCCTTGAGGGATGTTACTC
TCACACATAGATATCCTTCGGTGGGACGTGGGTTGGGCGCAGGTTGTTGC
ATTGAGCTGCGAGAGCCGTGAGGTGGTTTGGCCAGCGTGTGTGTGTGTGT
GTGTGTGTGTGTGTGTGTGTCCTCCTTTGTTAACTTGAAATTAGAGGGTT
TTGTTTGGCCGCCTCGAAATGTTTAAGGACAGCGTGCCGCGCACTCGCCC
ATGTTTCTCCCTCCTGGTGAATAGACCAACAGCCGATCCACTCTCCACCG
AAGGAGAGCTATACATGGAGGGCATTCTTTTGAAGGTGTGAGGCCAATTC
ATGATTCAGCGAGCGGGAGCTTGACTGGGGTGTCCAAAGTTGTACGGCAA
GAAATATACCCAAGGGATTAGGAGGAGGCCCCGCAGAGAGAGAATTCATG
TTTTCTTCAGTGCTTTGTGGGTTCCTGTGTTTCTGAGGACGCACGCCTAT
GTGGATCTTTGTCTGTCTGTTGATTCCACACCGTTCCGAGGAACGCCGCG
AGTATGGAATGTGTGTCGTATGCCCGTAGTCTCATCCGTGTCCCTTTCCG
GGGGTTTTCCCTACAGTCGCTACGTCAGCGTGCCAGCTCAGAGCTACGAC
TCTGGCTGATGTCGCCAGCTGACGTAGCCCGTTGTCTGCGCCGACGCCGT
GCCTTCGCACGCCCTCACGCAATCCACTCTGTCCCGTTCCACTTCTTGTT
TGAGATATCATTTCTGTCTCTTACAGCGCAATCACGTACGTTGCCCATCC
TGCGACTGTCATTCAAGAGAGGACCTCTAGTCTACTCCAGAGAGTTGTGG
GATCGAACCCACCGGCGGTGTGAGAGCAACCACCCTTATTTGGCGTGGAC
GGCAGGACGATGTAAAAAAGGGTAGTGCACCTCACCGCCAGCGCATGCGC
AAGCGCGCCGCTAGCGATGAAAGTCCTGGATCCGAGTCCCCGAGAGTATC
CACTGGTGACCGTACCACCAGCGTTGCCCCCCGTAAACGCGTGTCGTTTA
ACGAGGTCACCGTGGACGCTTCCCCTGTCCCTTCCAAGCATGATGATGCA
GGCTAGTCATCGGAAGCATGATAGTCCTCGGAGTAAAACGCGGCATGACC
GCTCGAGTGCGCGTTCTGGTGCAATGGGAAGGGACGGTTCCCCTTGGGTG
TAAATAATAATTTGCCCATGTGTGGTACAGCTCGAGGCTGGCACACATAC
CCAACAACGCTGTTCTCTGTCTTTTTCGTCTCGAAGAGTCCGCATCGACG
GCTCTGTCGATGGCTGTCCCGTGAATGATATCACGGTCGATAATGCTACT
GATGTCTCTGTTGTCTCATTCGGCTAGCTACAAGGTCACCCAACCTTGCG
ATCTGTCCCCCTCAAAACTGTCCCTCCGACCGTTGTTTCGCTCCGTGCAG
CGAACGGCATGCCTATTATGGAGGTCTCTGGGTTTATAGATTTTGTTTCA
CCCTCGGCGATATTACCTGTAGGGTAGCCGCCCTCGTTGTCCCATCTCTT
GGCCCTGTGATTCTATGCTCCTTGACAACTGTCATGTCTGACTTTGGAGC
AACCCTCGATTGGGAGAATCAAACTAGATCTATGTCTTTGTCATCCACTG
TTTCCAATATACCAGCTGTCCACCGTATCAGTGACCATCCCTGTCCATGC
ACAGACACTCCCTCGTCTCCGCCCCGCGACCAAAACTTGTCCGTGGCAGC
TGTCCACAACGACTCTGATGAAATCGCTGTTTCTCTACGTGAAAATGTCG
ACCTCAAACCAATGCATGAGGCCCTTGTTGTCGCTTTTACTGATTGCCGC
CCATCAGAAGATTGTACAGTCGTGATCGAACCTCGAATTGTTTTAGAGGA
AGACTTGTCTCACGACACCACTCTTGAACCATTCAAGAAAATCATTGTCG
CCCGTACACTTTCTGCCTGGCATACCTCTGATGGCTTCGTTGCTGTGCAA
ATTGCCAACCCATCAGACAGATGGTGTGCGTCTCTATGACGGGTTAGGTC
TTGGACACTTGTTAACAGTGTCCGTGGTGTCCCCAGATCATCTTCATGTC
AACGCTGTCGCAAACACGCCCGACTCTGACGAGGATGTCCGCTGTGCCAA
GTCGGATCTCGAAGGTCCCCTGTCCGGTGCCTTCCAAAACACGATCCTCA
CCTCGGACTAGAAGAATCCTGTCAAAACATGTGTGCAAAATACCGTCCCG
TTTTTGCTCTGTCCATGTCTGAACTTGGGGCGTTGCACGGTTGCCGAAGC
CACCTTTCCCGTGCCATCCGGTACACGTCCTGTCGATCGGCCACTACATC
TCCGTCGCCGAAATTCTGAGTGCGTTCTGGCAGAATCCAGTGGCGGAGGA
GCACGTCGACCGTACCGCATTCGTCACACCAACCGGCAAGTACTGTTTCA
AACGCATGCCGTTCGGAGTCGCGAATGCACCTTGGTTGTTCCAGCACGTT
TTGTCTTTGGCTCTCGGCCACCTTGGCCCAGAGTCTGGTGTTCTTTCGTA
CATGGATTATCTGATCTGTATCAACCACACGTTCGAAGCACACCTGGCGT
CTCTCGAGAGAATGTTCGCAGCTTTGCAGGCAGCAGGTCTGACCCTTAAA
CCGTCGGAAATTCAATTCGGTTAGAAAGAAGTCGACTATTTGGGCCGTGT
CATTTCCGCGAAAGGTATCTCTGTCAGCACCGACCGCATCGACGCGATTC
GCGATCTACCAACGCCAAAATGCATCAAAGACCTACGGTCCTTCCTAGGC
ATGGTGAATTTTGTCCGGCGTTTTGTCAAAGACCATGCTGATCTCACTGC
TCCGCTTGTCGAACTTATTTGAAAAGATTTTGTCAAACGTGCCAGTTTTA
AAATGGCATAGAGGCCGGCACACGATGCTGCCTTGCAAAAACTCAAAGGT
GTCCTGTCCCCTACTCCTGTCCTTCATTTTCCCGAATTTTCGAGAGGTTT
TGTCGTCCACACCCATGCCTCTGAGCAGGGCGTCGGAGCTTTCCTTGCTC
AACCGTCGCGAGGCAGCACTGACGATGAGGAGATAGATATCGTCGCGTAC
TATAGCAAGCGTTTCTCACGTGGCCAGCGCCACTACAGCCCTACGATGAA
AGAATGTCTTGCAGTCGTCTGGGCCCTCACTCATTGGCGCCCATATCTTT
GGGGTCGTCATCTAACGTGCTGTACCGACCACCTAGCTCTCACGTATCTG
TATCACATGCAAGATACGTCCCACATGTTGACATGTTGGGCTATCGCGCT
GCAGAATTGCGATTTTACTGTCAAACACGTACCGGGAAAACGAATTATCG
TCCCGGCTACCCTGTCTCACCTGCTTAACGAGGTGGACGGGAAACCCCTC
CCGGCCGAGCCCCAGCTCGCAGCTATTTGCCGAAATGTCCCGGACGATCA
ACCGTACCATCCTCCCACCCCTCGTGAATACGAATTATCCGCTAGTAACC
TCGACGATATTGTTCCTATCGCAAACGATCGCGAACTATTTTCTATCACT
GTGTCCGTCTTTCCGGTAGTCGATTCTGTCAAATTACTCGTGTTGCTCTC
TCCGACGCACTTGGTTCTCAGATGTGACAATGGCTACACCGCTTGCTTCA
GGCATCCAAGGCTTGCGCCATAGCAAAAAACGGTCTTCGAAAACGTTCGA
CCGCAACATCAAATTTGAAGCTTCACCACCCCCCGCAGAGAAAAAGGTAG
AAAACGAGCAATGAGCAAGAGATGACGATAGTGCGCGTATGTCGACCTAT
AAAGCAACGAAGAAAGAAGACAGAAATAATCTCGGGGGCGTCGAACCAAA
TTAATATGTAGGGTATGACCTAAGGCGGTGACGTGACCAAACTGGATCTT
CACCCGTTGGATCAACGCAACAACTGGCCCTCAGGTGTAGTCTACCGAGT
TAGCCATCAACTCGAATGGCGCTTCGATGGAGTCTACTGTTAGGTAAAAT
ATGTGTCACATAAACGCACGGCTATTTGACTTATTCTTCATTTACTCCCG
ATGATGACTACTACACTGCAGCTTATACAGTTTGACATTGGCTGAGACAT
GCCATTCCGTAGTTCATCGCGACAAGGGAAATATTTAGCGGCTTTGTATC
GACCTTTTCTTGGATTTATTTCAAATCACGTTCATAATTTTGGGGGAGCA
TACACAAAACAGTAGCGGGGGCGAATGAAAATTGACCTCCAATACCCTCC
GAGGCGTCTACTCAGGTCAACCCCAAATGTCGCCCCAAAACTCCGCGATG
CAACCGATTTTGTTTCCGGTAAACGCGGCTGAAAAATATAGAGCGTCGGC
ACTAATTCCGCAAGCTCCCACAGCCAGGTTTCTTGGCCGGAAGGGTACTC
GCGTTTCCTCGTCCATGATTCTCGTTTTGAGCTGTCGATGTACAGCCAAT
ACTACAACAACGCCCATGACTTAGCTTTTTTTCGCATTTTTGTCGATCTC
GGTTTCAGAAAAAAACAAGATAATGTGAAAATTATCTCCTGGTGGCAGAT
CCTTGCATGCCCTGCAAAAAAATGGTGGCGAGATCTTCGCTCAACTCAAA
CGTGCAGCCATCAATCGAATGCGGTGTACTCATAGTCGTGCATGCCGCAG
TCGTTAGACCATTGACCTCGCATCCCTTCAAAGCCGGGACGGAGCACGCC
GGGTTCTCACCGGACCAGGCTCTCACACCACCAAGCGCGAAGCGCCGTGA
GGTATTCGGCGAGTCGCATGAAGGGTGCGCTGCATCCTGGTAGGGTGTTC
GGCATCTTGAGCTTCCTTCCTTGCATACGGATGACAGCTGCGTATGGCTT
AATTTATTTTCTGGTGCTTTCACTTCCAGAGACAGTTGTAAGCACTGTGT
AACTGCCTCGAGGGTGCTTGACGATTTTACACAACGTGGTGCGATCATCC
CCCTTGCGCGGAGTGAGGGTTCTCCACTCCGCACAACATGATCTTCTCGA
CCACCATTATGGTTACCACCAAAAAAACGAGAGGAAAAAAAAGACGGTAA
CCTGGTTGCCGGGTTCACGAAGTGAATTGGCTTGTTTTACAACGTCGTTG
CCAAGCGACGAAAACCCAATCCCGATGGCAAACACCGAGGTGAGAGCCAG
CGGGGCATCAGGTGGTCAATCGAATGCGGTGTGGCGTTATTGCAGTTGCA
TGTAGTTAGATCTTAAAAGTGATGCCTACATGTACAACATTGCTGCCCGT
CGACCCTTTGTGCTTGACATCCGGTAAATCAAACAAAGCAGGCCAAATAT
GTTGCACCCTCAAATCTCCTTCACCGGTGGATTCGAGTCGGCCGCAACCG
GTGGCAGGATCTTCACCATGGAAAAAGTAAGGGATTACCACGGCCCCCCA
AAGGTTGATTTTAAGGCCGCGGCGGCGGCGACCGCCCGATTTCCTCCGCC
CGCTGACGAGGAAATGTGCAAGCGATGGGCTGTCCTGACATCAATTTTTC
ATCCTACCGAGACTGTCAGGCAGCTCGCAGGGCTGAGCGATTGGTGCGTT
GTGGTCGTCGGTGATGAGAGCGGTGAGTGATTGATTATTTGTATGTGAGC
TACCTTTAGAAGAAAATTGCGGTTGAAATAGAATGCTGGGTTGTCTCCGC
CGCCGTACTGCCTGGTGTAAGCATGCTGTCTTGCTAGCCGGGAATAGTGT
AATTCTTGCTTTTTGTAGTGGTTTGCGGTTCTATGGTTTTTGGAAGGCAA
ACGATAAGAAAAAACTGACAAAGTGTGAGACAGCAGGGGCTCGAGATTCG
GTTTTCGACATGCTTTTCCGGCTGGTAGCGGGCGAGGTAGCAAACAAACA
TGACGCATGGGTGGAAATGAGGGTAAATGGCGTAAGGGGGAGAAAATGCC
TGTACATTCGTGCGCCATGAGCATTCATCCCCATGCTCGAATCCTCCCTC
TCTTTAATTTGTCGAACAACAAATTCTGCACAAAAAATGAAGGTGACCAA
CCGAAGCTATGGAGTAGCCTGGGTTACCAAGGCCTTAGGCGAATGCTTGA
GTTTGAGGCAGTTCAAGCCAACAGGGCCCCTGTTTTCCGTCGGAATCGAC
CTCCTAGATTTGACTAGACCGCACACCATCTTGGACCAACCGGTACTCGC
GAAGATCAGTAGTTCAAGGTCCATCGCTGGAGGCCTTTGGCATCTCATGC
ATGCTCGCCAATGTAGCTGGAGTTCTTACACTTGTACAAGCTGTGCTTGG
AAATGATTTTCTCCACCCCGCTGGTACACGCTCATCTTGCCTGCCGCTGA
CGCCGAGGGCACAGGGCCCACCGACTACAACGTGGAGGGGGTTCAATACC
TGTCCCCAGGCGATCAAGAACAACTGCCCTATCGTATAGTACAACTACTG
CCGTGGAGTCATTTCGGTCGCAAAAATATCGGATACATGTACGCGATCCA
CCACGGTGCCGAGGTAGGTTGGAGTAGCAGAGAACAGGCCTCATTTGCAT
GAAAGCGAGAGATTGCGAAATGACGACGGTGTTTCAAATCCGTTTCTGTC
CGTAACGCTTTCGCTTGACCGACGGGTGGAAGGCGGAACATGAAAACGCT
TTCCTCTCCAAATACAGATGTCATCGTTAGGTTTCAAAGAAAATAGTCCA
GGAAAGCTTGTGCTAATGTACTGACAACGCCATCCCCCCGCTACCCTTTC
AGCGAGGTAGCTAATACTCGGATCTTCCGCCCCCACGTAGACGTCGGGTC
CGGCCGATTTCGTGGTTTTCAGTTCAACGTTCCGACACCCAGATATCTTC
AACGCGATTGAAGAACAGGGAAAATAATGTTCCACGATGTGGAAATTGGC
TTCATATTTGGAAATCTATTTTGGGATGGGATGCTGGTTGTCATTGTCCC
GATATTGAAGGAAACCGCGGTTAGCGAAAAGTGGAACACACGTCCGCAAA
ACTCAACCTCTACACGGCTGTTTGAGAAAAAATTGTGTCAGTATAGCGCC
TGTCCATTGATTGTCAATCGCGTGTTCAACGTACCACGTATGCCCCTAGG
CACTTAATTCTCCGAAGCACATCAGTAGAAAACAACGGTAAAATGGACGG
CGAGAGTAGTACAACGAATGTCCCCTTGTTGCACATGTCCATCCCCTCCG
ACAAGATGACACGGGTTCCTTCGGATCATCTCCCATGCAGTTAATCATAC
AGCTTTTTTTTTGTATGTGGTACACAATCATCAGGTGATCTACGACGTGG
ACGATGACAACGCCCTCATCTACCCGGAAGAAGGCGTGCCTTTCGCCGGC
TTATCCATTGAGCCCTCGTCTGCCGTCTCCGGGCTCAAGCATTTCTCCGT
GGACCCGTCCACGATCGTGCACAACCCATACGGCTGCTTCGGCGCGCCGG
GCGTCGTGTGGCCGAGAGGGCTTCCGCTGGACAAAATCCACGACCCAGGC
TCGTCCGTGTGCGATATTGACACTACAGGCGATGCCGATTCGCGCACGGT
GGTCGGAGTGATCCAAGCCCTAGCAAATCACGATCCGGATGTAGACGCGA
TATACCGCCTCACTTACCCAACGGGCGGGCTCCCGTTCGACTTCGTTGCT
CCGACAACCCTGGAATCGGCGAACGTGCTACGGGGCGTTCCGGCGTCGGC
ATTTACTCCCTACAACGCCCAGGTGAATGACTGGCATACTTCCTGCTCAG
CCCCCACACGCTGTCGAGAAACATTTATAGCATTGACGACAAACGACGCA
CGTGGCAGTCCACGGTCATCGCTGAAATGACAGCTTCAAAACTTCAACGG
CATAAGCTGTCGTTGATGAAGGACGAGCACCTGCTCAAGGTATTCGTATC
TCCTTGAGCTAATGCAAAGAGGCGTTTGGCAGAAACCTGCTGTATATGTA
CGCTGACCTCTACCGTTGTCCTCGGACAGTAGGAAAACAAAATATGTCGA
TATCCAAAACAGGCGCTAGGTGAAGTCCGCGGTACGCTTGACATCGACTG
CTGATGATTTGTGTTTCTCGGAGTCTCATGAGAGAGACAGCCACGAGCAA
AATTTAATCGTCATGGACAAGATTCGCGGCACCAGACACATTGTGTTGTG
GTGTTGATGTTTCCCTTGCTGCTGTTTTCTGTTTTGGCCTGCGAGCCGCA
TGTTAGCTGCTGGCGATCGGTTGAGCGCAAGCTATGATGAGGTCCGTAGT
TGCGAAGATCTGGGCAATGATCCGTATTTCGCAATTCAAGGCTAAAACGA
AAGTTCGTATTTCATTCTGGATGTCCAATGACGTAGTCGCGAAGGAAATA
GACATGAGTTTCGACGGGGCCAATGCTCTCACGGCTAACGCACCCCTTTG
ACGTAGGACGCTTTCGTCGCGTACTACTTCGGAGAAGAGGTTCAGTTGCA
AAGTGTGAAGTGCGGGAATAACGCGATTTTTCGTGCATTCCTGACTCATC
ATTGGTCGAGATGCTCACTTTTGCCCACAACGACCGCGGCTACTCTCTAC
TGGTGGTTATTTTCGGAAATCTCTTCGGCGGCCTTCGGCAATCGGTTAGG
CAACGATCCACTTTCCAGTGGCATTTTGGGGGTTGCTTCTGCCAGTGACG
GTACACGGGCGAGTCAGTGATATCTGGAGAGGCTTTTTCACCCAGACTCT
ACTGCCGTTGGCTGGCGGAACGGTCGCCTTTGCTCCTGCCTGGGTAGAAC
AGGTGAGTCCCAGAGAAATTCCATACTAGTGCAATTTGTGCCTGGGGCTG
CGTCAATTGCTAGAGAGCAGACGGCATGCATTTTTAGCCTGCATAGTCTA
TGGATGAAAAGGTTACCACATGCCGATAACATTTCAATCTTGCCATTCCT
AGATGCCAAACACTGACTACGCGATCCGCCACAGACACGCTCTGCCGTGA
AATTCCCTGGAGTACGAACAGTTGATGGAGAGATGAGGTTGAACAGACGG
AAATGTCACTGCCTTGTGAGCTTATAATGTGCGGATCTACCTTTCACGTT
CGCCACGAGACTGCAGACATTTGGGGACTGATGTTCACGGGATAGATTTC
ATACCGAAAGCCATAACGAATGAAAGTGTGACACACATGACAACATATTT
TCTGAAGCACCATTGCTTCTTGTAATGTTGTCAATCGGTGACTGTGGGGA
GGCAAACGATACAATGAACTTTCAAGTTTTCCATTATTTTCTTAATCATC
CTTGTAGTCAGCTCAAGCACATATGTTTGCTTCCGTCACCGGATCTGCTA
TCGCTGTGTGGTGGGTTGAATGCCAACCCCTTCCACGTACACAAAGAGAT
GGTTTGCTCTGGATTCACCGGTCCCAGCCGGGCCATCTTCTGTATTGCGC
TCACGAGTGCCCACGAAAGTTTTCCCGCAAGAAACAAAGTCTCGGCTGCA
GGACGACCCAAAAAAGACGACGCGCAAGAATGAAAGAAGTCGCGTCTCTG
CGTCCTCCTCCGTACGATGATTTGGCGAATGCCACGCCGTTGACTTCAGA
CCACGTGGAGATGGATTAATGTGGATTGCGTCAAAAACCTTACGTATTGC
CTTTGCAAATTTGTGGGGCCGCAAGGAGAAAAATGTCTTCACCGCTCCAA
AGAGAACTGGAAAGATAAAGGAGACAGCAATGCACACCGCACACGACGAT
AGTTCTGCGTACGTCTACCCACAAGCAATAAAGACAACGTTGGTCTCGAA
GACGGCCGTCGAAATGACATCATGGGGAACGGGGACCTAAGCAGGTGATG
TACACGCGATTGACCAAATATGATTTCTTCGTTGGTTCGACTGAACAAGT
ATACACATTTTTTTGTATACACTGGGTGTAGTCCACGTAGTGAAGCCACA
ACTCAAGCCGCGTTGTGGTATAGTCTACTGTAGGTAAAAATGTTGTCACA
ATCACGCACGTTTATTTGAACATGTCGTATCGGGTTAAATTATTTTGTTA
GCGAGCGAGAGGGCCGCCGTTGTGGTATGGACCAGGAGACAAGAATTCAA
GAATGCACGTGATGTGCCAGTTCGCTGAAGCTATAAGCGAACGCCGGAAG
CTCCTGCATGGTATAATAGCCAAACGCAACACGAACACGTATCGGAACCA
GTTTGCCGATGCCTTTGGCGCTACCAATAGCGTCACCAACATGCGCGATA
TGCTGCAGCGACATAGAGAGGCATGGAACCGAGTCAGAATCGACTTCGGC
GGCCGCGTGGAACTCGCAACGCCATGCCGATGATGCAGCGCACATTTGTT
TTGCTAAAGCATCACTGCGCGAGCTTGAATTTGCATTTTACTGCGACCAG
ACAATTTTGCGGAGGGGGGCCAAGACGCCCTAGTACTAAAAAAACTATTG
ACAGAACTGACGAGTGGTCCACCGACGTGCGAAGCGGAACGGGATACATA
CGACAAAAACTCGTATGTCCAACAGATTTCAGCTGAAGCCACACACGCAA
CGTATTGTAGGTTAATCAAACGAAGATGTGTTCTTTTTGCAGACATGCAT
CGGCAGTGGGAAGGGCAATGTTTCTGTTGATTTGCAGCTTTACAGCGTAC
ACTTGGGTGACGTGGTTTCAGTGCAGCGTTTCGGACGCCGCCACCTCTGT
CTGATGGACCTCAACTCAAAAATGTGGCGCTTCGATGTATTTCAGGAATA
GTCGACGATAAAGCTTTCGTTCAAATAAGTTGCATGCTGATGGTATCCGG
CTCGTCGTTGGCAAGAGCCTTTTACAGGTGAAGACGTCTGCTACCCAGGG
CGGCAGGCGAGACAAAATCCCCGCTAAAATTGATTCATTTTTTTTTTGGC
CCGCTATCGCGTTCGCAGCTCAAAATCAAGCCGTGACAAATGCTTTACGC
GCGATTGCATGTAGAAGCATCAGATTCTGCAGAAGTAGGTCGTTTCCGAG
GAGAGTTACTCCCCTCGCCAGCGCTACTATCCGTCCAAATGGAGTATTTC
GCTTCAAGTCATACTCAAGTCGTCGCTAACATCTACAACAAATTGTGGGT
TTCTTGAGCCATGTCGTACTTTTGGAGAAGCTGAAATCAAATTATTTGAC
CAATCAGCGCTGATTAGTCAAATAGTTCCATTGCAGCTGCTGCAGCACCA
ACATTACCCTTTCAATTCAGGATCAGCTTCTATAATCTGAAGACATTCCT
CATGTATAGTCAGTGAATCACAAGTAGGACGCTGACGCGTTAATCTCACA
CAAAGACATGAAGCAATAATCCAGCTTATTAGTAGTCGATCCAGATGAAA
CGTTTTGACGACATATCTGGTCAATCGAACTGTCCGACTTCCGGCCCTCC
GATGCCTGTAAGTGCGCATGCGTCTGTGGACATCATCATGTCGACGACGC
ATAACTTCCTTCTAGCAATGTCGCTGCAAGTCGCCACGGAGCGACGATGC
CTTTCTTCTGGCGGTGCAACAATCGAACGGCTGTAATTTGTTTTGCCCCG
CGTCATTGCGCGATCATAAACAAAATATGGAGGGGGGTACCAACTTTTGT
TTGTGCGTGTCATGTAGCCGGAGTAGCTCCTTTCACGTTTTTTTTTGCGG
ATGGATGTAATCACAAAAGTGCATTCTTCGTCTGGAAACTATCTGCCCGA
TATGTACGCGCAGAGGGGCGCTATTCATCGCATCAAACAGCAGCAGCATC
CACGATATCCGCAGCAACGAACTCCTTGAAAAATGACTGTCACGAGTACA
TCATTTGTTCATGCGTCGCCTCCACGAAGCCGGCATGGCGATGTAATTGG
TGCATCGCACAGGAAGAAAAAATGCGTGCAAATACGTTGGTCAACGGTTC
ATGAATGCGCCTAGAGACCGCCTACAGTTGGAGCGGTCTAGTGATCTTTG
GGGTGGACAAAACTGTACATGATTTTTGAAAAAAGTGAGAAGACTTCTTC
TGGCAATTGTCTAAGCGCAGCATGATCGTGCAAGTGAGATGTGATGAAGC
AGGGTAAGGTGACCGGCAACGTACTGTTGATCAAGGTACTGAGTACTGCA
GGAGATGACTTTGGCGAGCCGTTTACATTGCAGGGGCGGTGAGATTTGAC
AGGTGTTGGAAGACCACCAGCAGTTACGTGCGCTCAGCAAAAGTTGAAAT
ACACGGACGCACCTTCTGCATACCGAAAAAATTGTTTCCTCCCAACCCTG
AACGACTTTTTCAAGAGTCAATGACGTGCAATTTCCTGCTCTTTTGAAAT
ATACCACTCACCATCCGGCAGAGAAGCAAGTCATGTAGACTACACGTAAT
CACCGTACGTTTTGAAATTTCATTGAGTTTTATATTTTAAAGCGTTTGCC
TTGACAATTCATCGAACAGTACACATGAAAGAAACAATTAATCAGACACG
CAGTTCCTCAATTGTACCCTTAAAATGTTGAGAGACAAATATCCTTTCTT
CGTCTTCGCCATTTCTTCCCTATTCCTCCTTCGTGTACCTCGCGATGATG
GACATTTGCTACTTCTTAAAAGGAGTAATCGTTTTGCTATCTACCCAAAC
ACAAGTTACAGCAAATGAAGTTGTGTGAGCAAATGTCAAGGGGAGCTCTT
TCGCATTTTTGCGCAGGTGAGAAATGCGCATGACTACCTGGCCGATTTTC
AAGCAGAGCTGCCTCTCTACGAAAAAAGTGGAGCGCTGGTGGAATTTCTC
CTCGGATACAGCCGCGTTATCGAGCAGGAGGGGCTAACGCCCTCTACGGT
GGAGGACCTGTACATCACCATGTTCGAGTACGGCATAATCGAGGAGGACG
ATGTGCAACTGATGCAGGTGAAATATGGTCAGAGTACTGATTGGCAGAGC
TGTCGAACGTTTATGCTTTGAAGAAAAGTACTTGGGTACGGTTGCTCGAT
TCGCCCATGATCATAACAGCAACACAAACAAACACAAAATTATACCATTG
GCTACGTGGCACCCAAACGTGTCGCTTGGTAAGCAGGCATGCAATTGCGG
TGGAAGACATTCCATTTACACAGGTTTCAGGCGTTGTTTCCACTTATCGC
CGTCACAATGAAAAGCTTACCACCTGGTACGTGACTTTACGCAGCATACA
TTTGTCATTTGTCCGTTCAATCTGTGGTTCTGTATATTGTCGGGAGATAC
ACGACAAATATTGAAGCATGACACAGCCCGAAATATGACAAGGAGGGTTG
AAGTTTTTGAAATTTGCCCTCTGTGAATTTGTGGTTCTCGAAATTGCCGA
CAGACAAACGATATGAAGAAATACCAGGTGTCAGGTACAAGTTTAGCCGC
AGTCTACAGAAAATATATACCCGGCAAATTACAGGATATATTTAAACGGT
AATTTCGCTTATTTGGTTTTCAAACATTGGCTTTTGAAGCAAGCAGTTGT
GTGCGATTAATCGTGGACAGGGTCCAACGACTACTGGTCGCCGACAGCCA
ACATCTACGTACTGATGCTGCGTGCAAAACACGCCACGGCCGCCTAGAGG
AAATCCATCGATGCTCGGCGAAGATTAATTTGCACCGACAACGCACCAGC
AGTATATGCCTGTTCGATACAAATGGATGAAACCACGCGCATCGCCCGCA
ACATGTGTGTCCCAATGGGCGACGTAGCATCCTTGCGGCACATCGGCGAG
ATGCGCAAAGAAGATTTGGATGATGCGCGAAATTTAAGTTTGGGCCAACA
TTATATTTTTTTCACCTTCGCTGTTGCGCCAACACACTACATCTTTGCCT
TATGACGGCGCACGTTCTCCAGTGACTCGAGCAGTGTTCCACTTTTTCGC
CGAGTCGACCCTCTGTCTACGCTTCACAACCACTGGCACCATCCTTGCAC
AAGCATTACACTATTTTATCCACAGCGCCTGCTTCGCGGCGCTGCTTCAA
ATAACAAAAAAGCAAGCGAGAGGCGGATGGCCGAGGTGCACACTCAACCG
CGGGTCAAATGGCTGTTGGTACGCAAAGTTCATTTTATGTTTATTTCATA
CTTAAGTACTCCGGAGTATTAATCTATTCATTTGTGTTTATTTCTGTCAT
TTACCAAGTAAGTATGTGATACTTCGAAGTATTAACTTTACTGTTTGCCT
TCCGACAATCTGCAGAACCATACGCATATACAGAATGCAATGTTCAAACA
CTTGAACCCTCCGTGCCATATTTGGACTTCTCGAAAAGATGAGCTGGCTT
CAATTTCCAATTTCAATTGAGTTTGTATTGGGATCCGTCGTGGCACAGAT
AGCGGTATGCCTTCGTGGTGAGCGCTGCGCGAATTTCTTTGTCTTCTGAC
AATATTCGATGAGATATGTATGCCTTCCTTGTATTGAAAGGCGCACTGCT
TTGCAAGCAAGAGGGACACGCCCCACATCAATCATTCGAATTATTTTTGA
ACTCGATTGACGATTCACAACGCAAACAGTACCTTGTTCTGCTCGATAGC
ACGGCGTGTCACGCATTATGTCCCTCGGACCTCAGCGAGACCGAGAAGCC
AATGGTCGACCCTTGAAAGTAATGTTTTACCTTCGTAAATAGCAAGAGGG
CAACATCCCCACCATATCCATCCGTCAACATTTTTTTTGTCTTAATGCCG
CTTGTTTCAGTAACCCGAGAGCAGGGGTGCGTTGAGCTTGCAATATTTGG
ATCTGCGGTGCGTGGACAGCGAAACGGGGCTACAGCATAATAACGGGTAT
CTTCGAAGCAGAAAATTCTGATATTAATAGTTTCTCCTTTTCCGCTTTCC
TCGTACAGGTTTGGCTACAGGACCTTCAGGCAGTCGGGTACGACCTGCAA
GAACATGCTACCGTCGACCCACCCATGGAAACAGAAGCAGGCGAAGCGAA
ATCGCGGGGATCGACGATCACAGAAGAGACTAATTCTGCTGGCCCCCGTG
AAAACGTGCTGCTCGTAATAGCAATCATTTCTGGGAGGCCCGAGCGAAGG
GCTGCCTTGCGAGACACGTGGTTTGCGTGGAAAGACGAGCGTGTAAATAT
ACGATTTTTCACAGAGAATCCGGTCGGCAGATCCCGAGAAGAGCGCAAGG
CAAGGGCTGCCTTACATGCAGAGGCTGAAGCTTATGGAGATGTCGTCATC
CTGAACATCAAACCCGGCATGAACTTCGCGGTTAAGCTGCTCGAGGCGAT
GCGTTGGATGTCCGCCGAGTTCAGCTTTGATTTCTTCCTCCGTCTTGATG
ACGATTACTTTCTGTGCCTCAGGCGCCTCCTTGACGAGCTCGACAGCACA
AAGGCGAGCATTTCAGCGGCAAAGAAACCCGTGCAGATATACGCGGGTTT
CTTGCAGTGTAAGGAGAATTCCACAAGGATAGACGAGGCATACATGCTTT
TGACTGGAGATATCGTTTCTCGTGCAGTAGCAGCACCTCCTGATCTTCTG
TGCGGTGGTCATGCCGGAGTAACGTCGGGATATTGGCTAGCGAAAGGTCA
TGTGCTTAACCCTCTAGGAGATGTTACCTGGGTCTGGGACCGCAGGCTTG
ATCACACAGGTAAACTAGTTGAGGAAACTGTAGAAAACTACGCTAGTGTG
TGTTTAACACACATGGGCATTCACAAGACGTATCCAGAACATATGCAGCC
CCTATGGGATGCCGCGAAGGACATCGCAGGCCCCGGATTCAATCAGACTG
ATTTGGAAGGGAGCTATGTGCAGGACTACATCCACGACATTCCTCAGTGC
AAATACTTGGAAAGGGGAGTCACCGAAGAGAGTTTTAAAAATGACCATTC
TCAGTTATGCGCCACCTTCGAAGCGCGTAGCACGAAGAAATACTGCGGGG
GACAGGGATGCCACGGCGTGGTTCGACGTTAGTGCTTTCCTTTAAGGAGA
TGCTTGGTCAGTTTGGTGGAGTAATTGTTGGGTCTCGAGGAAACGGGTTC
TGCACTAGAAGACCAGAAGACCTGGATTCGTTGAACATTTTATTAGTAGC
TCTGAAGCTCGCTGAGTAATCAGGTCAACTTTTGCCTGTGTCGAAAAGTC
AGCTTTGTACTCGTACCAGCAGTTTCAATGTCATTTGCATTCTAGGGTTT
GTGCCTACGTGTGGCTACCGCTTCCTGCATGGTTCGACTGTGTACACGCG
TTGGAATAGGAAGAGCTTACTAATGTACGACAATCTTGCCCCC
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Coding sequence (CDS) from alignment at P-fluviatile_contig2:2593312..2610354+

>mRNA_P-fluviatile_contig2.3946.1 ID=mRNA_P-fluviatile_contig2.3946.1|Name=mRNA_P-fluviatile_contig2.3946.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=4578bp|location=Sequence derived from alignment at P-fluviatile_contig2:2593312..2610354+ (Porterinema fluviatile SAG_2381)
ATGTTGCACCCTCAAATCTCCTTCACCGGTGGATTCGAGTCGGCCGCAAC
CGGTGGCAGGATCTTCACCATGGAAAAAGTAAGGGATTACCACGGCCCCC
CAAAGGTTGATTTTAAGGCCGCGGCGGCGGCGACCGCCCGATTTCCTCCG
CCCGCTGACGAGGAAATGTGCAAGCGATGGGCTGTCCTGACATCAATTTT
TCATCCTACCGAGACTGTCAGGCAGCTCGCAGGGCTGAGCGATTGGTGCG
TTGTGGTCGTCGGTGATGAGAGCGATGTTGCACCCTCAAATCTCCTTCAC
CGGTGGATTCGAGTCGGCCGCAACCGGTGGCAGGATCTTCACCATGGAAA
AAGTAAGGGATTACCACGGCCCCCCAAAGGTTGATTTTAAGGCCGCGGCG
GCGGCGACCGCCCGATTTCCTCCGCCCGCTGACGAGGAAATGTGCAAGCG
ATGGGCTGTCCTGACATCAATTTTTCATCCTACCGAGACTGTCAGGCAGC
TCGCAGGGCTGAGCGATTGGTGCGTTGTGGTCGTCGGTGATGAGAGCGGG
CCCACCGACTACAACGTGGAGGGGGTTCAATACCTGTCCCCAGGCGATCA
AGAACAACTGCCCTATCGTATAGTACAACTACTGCCGTGGAGTCATTTCG
GTCGCAAAAATATCGGATACATGTACGCGATCCACCACGGTGCCGAGGGC
CCACCGACTACAACGTGGAGGGGGTTCAATACCTGTCCCCAGGCGATCAA
GAACAACTGCCCTATCGTATAGTACAACTACTGCCGTGGAGTCATTTCGG
TCGCAAAAATATCGGATACATGTACGCGATCCACCACGGTGCCGAGGTGA
TCTACGACGTGGACGATGACAACGCCCTCATCTACCCGGAAGAAGGCGTG
CCTTTCGCCGGCTTATCCATTGAGCCCTCGTCTGCCGTCTCCGGGCTCAA
GCATTTCTCCGTGGACCCGTCCACGATCGTGCACAACCCATACGGCTGCT
TCGGCGCGCCGGGCGTCGTGTGGCCGAGAGGGCTTCCGCTGGACAAAATC
CACGACCCAGGCTCGTCCGTGTGCGATATTGACACTACAGGCGATGCCGA
TTCGCGCACGGTGGTCGGAGTGATCCAAGCCCTAGCAAATCACGATCCGG
ATGTAGACGCGATATACCGCCTCACTTACCCAACGGGCGGGCTCCCGTTC
GACTTCGTTGCTCCGACAACCCTGGAATCGGCGAACGTGCTACGGGGCGT
TCCGGCGTCGGCATTTACTCCCTACAACGCCCAGGTGATCTACGACGTGG
ACGATGACAACGCCCTCATCTACCCGGAAGAAGGCGTGCCTTTCGCCGGC
TTATCCATTGAGCCCTCGTCTGCCGTCTCCGGGCTCAAGCATTTCTCCGT
GGACCCGTCCACGATCGTGCACAACCCATACGGCTGCTTCGGCGCGCCGG
GCGTCGTGTGGCCGAGAGGGCTTCCGCTGGACAAAATCCACGACCCAGGC
TCGTCCGTGTGCGATATTGACACTACAGGCGATGCCGATTCGCGCACGGT
GGTCGGAGTGATCCAAGCCCTAGCAAATCACGATCCGGATGTAGACGCGA
TATACCGCCTCACTTACCCAACGGGCGGGCTCCCGTTCGACTTCGTTGCT
CCGACAACCCTGGAATCGGCGAACGTGCTACGGGGCGTTCCGGCGTCGGC
ATTTACTCCCTACAACGCCCAGGCAACGATCCACTTTCCAGTGGCATTTT
GGGGGTTGCTTCTGCCAGTGACGGTACACGGGCGAGTCAGTGATATCTGG
AGAGGCTTTTTCACCCAGACTCTACTGCCGTTGGCTGGCGGAACGGTCGC
CTTTGCTCCTGCCTGGGTAGAACAGGCAACGATCCACTTTCCAGTGGCAT
TTTGGGGGTTGCTTCTGCCAGTGACGGTACACGGGCGAGTCAGTGATATC
TGGAGAGGCTTTTTCACCCAGACTCTACTGCCGTTGGCTGGCGGAACGGT
CGCCTTTGCTCCTGCCTGGGTAGAACAGGTGAGAAATGCGCATGACTACC
TGGCCGATTTTCAAGCAGAGCTGCCTCTCTACGAAAAAAGTGGAGCGCTG
GTGGAATTTCTCCTCGGATACAGCCGCGTTATCGAGCAGGAGGGGCTAAC
GCCCTCTACGGTGGAGGACCTGTACATCACCATGTTCGAGTACGGCATAA
TCGAGGAGGACGATGTGCAACTGATGCAGGTGAGAAATGCGCATGACTAC
CTGGCCGATTTTCAAGCAGAGCTGCCTCTCTACGAAAAAAGTGGAGCGCT
GGTGGAATTTCTCCTCGGATACAGCCGCGTTATCGAGCAGGAGGGGCTAA
CGCCCTCTACGGTGGAGGACCTGTACATCACCATGTTCGAGTACGGCATA
ATCGAGGAGGACGATGTGCAACTGATGCAGGTTTGGCTACAGGACCTTCA
GGCAGTCGGGTACGACCTGCAAGAACATGCTACCGTCGACCCACCCATGG
AAACAGAAGCAGGCGAAGCGAAATCGCGGGGATCGACGATCACAGAAGAG
ACTAATTCTGCTGGCCCCCGTGAAAACGTGCTGCTCGTAATAGCAATCAT
TTCTGGGAGGCCCGAGCGAAGGGCTGCCTTGCGAGACACGTGGTTTGCGT
GGAAAGACGAGCGTGTAAATATACGATTTTTCACAGAGAATCCGGTCGGC
AGATCCCGAGAAGAGCGCAAGGCAAGGGCTGCCTTACATGCAGAGGCTGA
AGCTTATGGAGATGTCGTCATCCTGAACATCAAACCCGGCATGAACTTCG
CGGTTAAGCTGCTCGAGGCGATGCGTTGGATGTCCGCCGAGTTCAGCTTT
GATTTCTTCCTCCGTCTTGATGACGATTACTTTCTGTGCCTCAGGCGCCT
CCTTGACGAGCTCGACAGCACAAAGGCGAGCATTTCAGCGGCAAAGAAAC
CCGTGCAGATATACGCGGGTTTCTTGCAGTGTAAGGAGAATTCCACAAGG
ATAGACGAGGCATACATGCTTTTGACTGGAGATATCGTTTCTCGTGCAGT
AGCAGCACCTCCTGATCTTCTGTGCGGTGGTCATGCCGGAGTAACGTCGG
GATATTGGCTAGCGAAAGGTCATGTGCTTAACCCTCTAGGAGATGTTACC
TGGGTCTGGGACCGCAGGCTTGATCACACAGGTAAACTAGTTGAGGAAAC
TGTAGAAAACTACGCTAGTGTGTGTTTAACACACATGGGCATTCACAAGA
CGTATCCAGAACATATGCAGCCCCTATGGGATGCCGCGAAGGACATCGCA
GGCCCCGGATTCAATCAGACTGATTTGGAAGGGAGCTATGTGCAGGACTA
CATCCACGACATTCCTCAGTGCAAATACTTGGAAAGGGGAGTCACCGAAG
AGAGTTTTAAAAATGACCATTCTCAGTTATGCGCCACCTTCGAAGCGCGT
AGCACGAAGAAATACTGCGGGGGACAGGGATGCCACGGCGTGGTTCGACG
TTAGGTTTGGCTACAGGACCTTCAGGCAGTCGGGTACGACCTGCAAGAAC
ATGCTACCGTCGACCCACCCATGGAAACAGAAGCAGGCGAAGCGAAATCG
CGGGGATCGACGATCACAGAAGAGACTAATTCTGCTGGCCCCCGTGAAAA
CGTGCTGCTCGTAATAGCAATCATTTCTGGGAGGCCCGAGCGAAGGGCTG
CCTTGCGAGACACGTGGTTTGCGTGGAAAGACGAGCGTGTAAATATACGA
TTTTTCACAGAGAATCCGGTCGGCAGATCCCGAGAAGAGCGCAAGGCAAG
GGCTGCCTTACATGCAGAGGCTGAAGCTTATGGAGATGTCGTCATCCTGA
ACATCAAACCCGGCATGAACTTCGCGGTTAAGCTGCTCGAGGCGATGCGT
TGGATGTCCGCCGAGTTCAGCTTTGATTTCTTCCTCCGTCTTGATGACGA
TTACTTTCTGTGCCTCAGGCGCCTCCTTGACGAGCTCGACAGCACAAAGG
CGAGCATTTCAGCGGCAAAGAAACCCGTGCAGATATACGCGGGTTTCTTG
CAGTGTAAGGAGAATTCCACAAGGATAGACGAGGCATACATGCTTTTGAC
TGGAGATATCGTTTCTCGTGCAGTAGCAGCACCTCCTGATCTTCTGTGCG
GTGGTCATGCCGGAGTAACGTCGGGATATTGGCTAGCGAAAGGTCATGTG
CTTAACCCTCTAGGAGATGTTACCTGGGTCTGGGACCGCAGGCTTGATCA
CACAGGTAAACTAGTTGAGGAAACTGTAGAAAACTACGCTAGTGTGTGTT
TAACACACATGGGCATTCACAAGACGTATCCAGAACATATGCAGCCCCTA
TGGGATGCCGCGAAGGACATCGCAGGCCCCGGATTCAATCAGACTGATTT
GGAAGGGAGCTATGTGCAGGACTACATCCACGACATTCCTCAGTGCAAAT
ACTTGGAAAGGGGAGTCACCGAAGAGAGTTTTAAAAATGACCATTCTCAG
TTATGCGCCACCTTCGAAGCGCGTAGCACGAAGAAATACTGCGGGGGACA
GGGATGCCACGGCGTGGTTCGACGTTAG
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