mRNA_P-fluviatile_contig82.14818.1 (mRNA) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: D7FPC0_ECTSI (Glycosyl transferase, group 1 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FPC0_ECTSI)

HSP 1 Score: 1346 bits (3483), Expect = 0.000e+0
Identity = 944/2104 (44.87%), Postives = 1115/2104 (52.99%), Query Frame = 2

Query:   68 GEDAIAAGQRLVRMATQMLETELAERQAQRSLKRTEAARTLAGTGQLRVVLGAGNXXXXXXXXXYDDNDGVGPFRGAS---LPRAGWLATDINTLDVTNPSDFTYLLGPAGRIDAFVAEHVWEHLSLPDAHRAARNSRRHLRPGGRLRLAVPDPAWHSSSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXD----LSEEEPSSEARALRDAGARHAGRNGDLPDWLSREMLAADVRDGHVVQYTPELLANVCWSAGLVPFLLEGXXXXXXXXXXXXXXXXXXXXXXXG-VASFPSAAE----YDVEHQESYH-LWGRIKRSIAGGDPRWAVSIVMDCVKPPVAAQNQNHEENTRDHIHRHHPTAFFAAGDTAEKPSPRCRPDGKGGRAKGEAGRTATRSVPPSLVIDNETLVLVDRFGQRSSSPMEPDRGEGGCGHAAHSTPSNAGDS-KGNHDICASASVHSSNGDASGVETRSVEQSARNRDYLEERATAARKRRSVDSPMPVIPSTPT-RGEQAPGGGHKNHDSTSGSSGSNS-GSGRVVALLTPHDVKHARSRAKKSLLAGNVTDALERCRQILLERPSDGTTLLYQGAAMAQRGEWDAARSTMERVLALSSSAEQRNYDVAAALARTTERNLPADWRGESPRNPPFGSAAAATGLQRASEEEEAVPLEIALAAAANLATFARARTPESRDPNAEVFFLVEGLRGAAERDRNAGSQRNTAAVAAAETPSLSPHPAGGREAVGAKQDLEVSAAAQSLKRRNGEERG--AGGDAGRARNKVVVGIDGYLNLLTAMAKALEEQGQLTSALRLYQRAVLLGGHRDQRALRGLGGLSRRLLEAERERIHRHR--IRGGARNPDAVVTPAQSASTSPPDSSPAPPHGTXXXXXXXXXXXXXXXXXXXXXWERSGCEWGIKHPRPGQVFSPEDPIPVEYDLTLLDPGVPSAGSLFETVVVG-DGTVGDL--LLSADHAREKDGGSGGRGDGTFGVAVGEDGLGFVVCSYLENFDLAHCLPRGQLRDIGLGWHLLTAELFQLPGLRPFSCLDGTGXXXXXXXXXXXXXXXSTRTVRFCVGDDAACSATAAGAEGVDEGKGGDPVMADADADKDATAEFGSAAAVTTEASA-----TVPGELAGASEGVELPFCFMTLALNAMPFITHHAPVFDEVGRILSQRAAAAXXXXXXXXXXXGKSSTPERSPRARGDDDTDLNFVGGKRMVPAPQPHSPRPESFWEWHVVEGVAAGRADHRQPYSRRRIPGRYFDPATGLSVDGTTEYLDSLMEVESKSESDEAWVRRRVRVHRRCGGGATKQARNRRAPEGG-----GXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDARASTCLWRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRER-RECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTPPVLLADHLSWLRKQGEMQDPRLLTTVADRPP-GSSRVRXXXXXXQDGQI-REDETLSVEQGNDAVDGNAERH--IAATGGGGSLSDNAAFSATPVVPLEPFLQMARDSKSDSLSCDVYTGMSGPRLEAGRLPASESGXXXXXXXXXXXXXXXRIASSGQ--GQGKVAAARSDSRCGFLHLVVDGVVFQVQAARPAGIARVWANVLPAMLDRLSEVDGTCLTLLVRGLAPSPPAVEEAFSRLTPRLADRFAVTHIPPYNPSFGFTADRLMLSWAVRSTRGATAFISTLYTQPFWATTRAVVQLLLVHDVLPEVLGWDMSSSEWREKSDAVAATSSVVTVSQHTAREFLRVYPPTLAGNNGVGTSSRDRASLGAAAARPVWAGXXXVDTTTFRPLA----------AADGGSGGGRSGIEAFRQLAGLDPG 6229
            G  A A G+R+VR  T+ +E ELAER+ +RSLKR EA    + TG L ++LGA               DG G   G        AGWL TD+NTLDVT+P DF Y+LGP G  D+F+AEHVWEHLSL DAHRA RN +R+LRPGGRLRLAVPDPAW+ ++                                                           + EE  S EA   RD GAR  GRN +LP WL+R+ML AD RDGH+VQYTPELLANVCWSAGL P L+EG                         VA+  +AAE    Y  E Q   +  WG IKRS+AGGDPR AVSIVMDCVKP      +N  E  R H     P       D A +   R  PDG         G   + + P    +   +          SS P  P    G    A H       D+  G     +  +V    G   G    +V++  R RD L E    ARK   V    P +P +PT R  Q+    H N   + G +GS+S G GR+   L    +K AR+RA   LL GNV   LE CRQIL E PSD TTLLYQGAAMAQ GEW  A + MER+LALSS A++    VA   AR++ R LP             G      G        E VPL++ LAA  N+A+FA  R  E+ D  AE FFLVEGLRGAA+R   AG         +  + S +P    G  A  A+                    G   GG+        V  ID   N+LTA+ KALE +GQLTSALRLYQRA+LLGGHRDQ ALRGLG +SRRLL+ ERE+  R    I G  RN    ++P  S S+ PP        G                       +R  CEW I HPRPGQVFSPED I VE+DLTLLDPG+PSAGSLFETV +G DG VG L   +     R  D G            V +D LG +VCS+LE+F  AHCLPRGQL D+GLGWHLLTAE++Q P LRP+SC  G+G               STRTV FCVG+ A  +   AG E    G+     +      +++ A+    A V     A     T   E  GA   VELPFCFMTLALNAMPFITHHAP F+ VG ILS+RAAA XXXXXXXXXXX                                     RPESFWEW+VVEGVAAGRA+H  PYSRRRIP R+FDP TGLSVDGTTEYLD L  V S   +  +W +RRVRVHRRC     K  R    P GG     G                              XX            AR+S CLWRDKIQM+NSVAF LE+ECLLVQ+D+DELWTA+QLV LRDMFLLER G     DGG     +   S+E+  +     ++VV    + Y  +                                + P RR  R RECAYFDCHFFVGP+LVTVTEDGWGHSA++EWLRAWVFRPR SVW+ HAPP+L RH EATG W LLAGD +C GR ETR RGL+FTHYAYVLEEQVRFKDEFYGHS+ A ++         PAD V+EWRALQ   PPVLLAD L+WLR QG  QDPRLLTTVADRPP GSS           G   RE+E  S E      DG   +   +  T G   +SD   F    VVPL+PFLQ+    +      D   G+      AG   AS                   +   G   G  +       + CG  HLVVDGVVFQV AA+P G+ RVWA+VLPA+L RLSE +GTC TLL+RGLAP P  +EEAF  L    ++RF   H+P YNPSFG+ AD L+LSWAVR   GATAF+STLYTQP WATT  VV LLLVHDVLPE  GWDMS  EW +K++AVA  SSVV VSQHTA+EFLRVYPP +       T S    + G+ + R VW     VDT  +RPL           A D  +    +  +AFR+LA L PG
Sbjct:   84 GAAARAEGERVVRWVTRKIEEELAEREVRRSLKRAEAIEVASKTGHLNIILGATRGG----------GDGEGGSSGGDEIFSSNAGWLVTDVNTLDVTDPFDFEYVLGPEGLADSFLAEHVWEHLSLDDAHRATRNCQRYLRPGGRLRLAVPDPAWYRTTSARTPSVSRRHEDITTGERSADWPTQTPGAMRAADIENGGDLPTSRDDEDQVVAGTHHGIGEEAVSGEATRGRD-GARSGGRNLELPGWLNRDMLEADARDGHLVQYTPELLANVCWSAGLTPILVEGGSIVGGGGRSGGRVHSISSRASPSSVATNEAAAETNGGYMDEQQHGRNDRWGVIKRSVAGGDPRGAVSIVMDCVKP----STKNSIEGLRVH-----PPEVHGPRDIAGEDQTRDHPDGHPVLLDHTCGTKHSENTPGPPSLSRPSSSQSSSSSPVSSRPRPPVSAMGPRSCAGHFLKPTTDDACNGAVGRGSPGNVPDEEGSFGGNRGLTVDRQFRKRDSLAEWVAEARKSGRVYPLRPPVPDSPTTRQTQSMPPAHTNSGISGGDTGSDSTGGGRMFPTLRA--LKRARARAMDDLLTGNVAGTLELCRQILQEWPSDSTTLLYQGAAMAQSGEWGVAWNNMERILALSSGAQK----VAPPSARSSHR-LPVQ----------SGVGIVPPGAA------EVVPLDVFLAAVVNIASFAGNRASETTDVLAETFFLVEGLRGAADRQDAAGPGNKV--TPSRPSSSSTPSSKSGEIATTAENTAXXXXXXXXXXXXXXXXXGRDGGGNTITGDYYEVGKIDELTNILTALGKALEGKGQLTSALRLYQRAILLGGHRDQAALRGLGRMSRRLLQVEREKTRRRETPIAGAPRN----LSPGASPSSPPPPGDRYYRQGYRGEAAVGDSVGSRPHAQR----QRDSCEWTITHPRPGQVFSPEDSIQVEFDLTLLDPGLPSAGSLFETVAIGGDGVVGGLGSEVYVQWGRGYDVGD-----------VIDDNLGTIVCSHLEHFKAAHCLPRGQLHDVGLGWHLLTAEVYQFPSLRPYSCPLGSGGGVGGGNEDF-----STRTVSFCVGN-ATTACREAGREKDTSGEDDIEAVRPTSPQQESIADVSPRAGVAATRKAPTERVTFSVESQGAD--VELPFCFMTLALNAMPFITHHAPTFNRVGEILSERAAAXXXXXXXXXXXXXXXXXXXX-----------XXXXXXXXXXXXXXXXXXRPESFWEWNVVEGVAAGRANHGSPYSRRRIPDRFFDPITGLSVDGTTEYLDGL--VASDFGAKASWGKRRVRVHRRC-----KSERTTEGPAGGSGSYHGNASTGLSTGIPTAGDAERERDSPGLRGGGGXXNVGGDTYGDGASARSS-CLWRDKIQMINSVAFSLEKECLLVQVDADELWTAEQLVLLRDMFLLERKG-----DGGGNVRNAA-RSEEEEQQSFSGTANVVGHSSERYALSDEHKRLEQQQRGGQQQEV--------------NQPHRRTARKRECAYFDCHFFVGPDLVTVTEDGWGHSASNEWLRAWVFRPRESVWLKHAPPELARHDEATG-WMLLAGD-QCIGREETRKRGLVFTHYAYVLEEQVRFKDEFYGHSDMAATEESLTNVTTKPADPVSEWRALQRAAPPVLLADFLTWLRVQGSTQDPRLLTTVADRPPTGSSTSSLGQWSRPHGSGGREEEGDSSETARRVEDGRQGKQGGVGLTAGAAGVSDLETFPNDSVVPLKPFLQLEEGGRRRH---DRTNGIQDHASGAGEARASFLTHEVHAGLKEHGPGGGLLPGPGGRGGDDRNGPFAEAATCGVFHLVVDGVVFQVDAAKPQGVNRVWASVLPAILGRLSEFEGTCFTLLLRGLAPPPRVIEEAFFGLP---SERFTTKHLPLYNPSFGYVADGLVLSWAVRKA-GATAFVSTLYTQPLWATTPNVVGLLLVHDVLPETFGWDMSKGEWSQKANAVAEASSVVAVSQHTAKEFLRVYPPDIT------TPSASGNATGSHSLRSVWVAHNGVDTAVYRPLTFNDHNHVPDTAGDQSNTSNTNESDAFRRLARLGPG 2061          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: A0A6H5KHK0_9PHAE (Glycos_transf_1 domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KHK0_9PHAE)

HSP 1 Score: 1226 bits (3172), Expect = 0.000e+0
Identity = 933/2337 (39.92%), Postives = 1120/2337 (47.92%), Query Frame = 2

Query:   32 EDGNVHKGRHKAGEDAIAAGQRLVRMATQMLETELAERQAQRSLKRTEAARTLAGTGQLRVVLGAGNXXXXXXXXXYDDNDGVGPFRGASLPRAGWLATDINTLDVTNPSDFTYLLGPAGRIDAFVAEHVWEHLSLPDAHRAARNSRRHLRPGGRLRLAVPDPAWHSSSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXD----LSEEEPSSEARALRDAGARHAGRNGDLPDWLSREMLAADVRDGHVVQYTPELLANVCWSAGLVPFLLEGXXXXXXXXXXXXXXXXXXXXXXXG-VASFPSAAE-----YDVEHQESYHLWGRIKRSIAGGDPRWAVSIVMDCVKPPVAAQNQNHEENTRDHIHRHHPTAFFAAGDTAEKPSPRCRPDGKGGRAKGEAGRTATRSVPPSLVIDNETLVLVDRFGQRSSSPMEPDR--GEGGC-GHAAHSTPS---NAGDSKGNHDICASASVHSSNGDASGVETRSVEQSARNR-DYLEERATAARKRRSVDSPMPVIPSTPT-RGEQAPGGGHKNHDSTSGSSGSNS-GSGRVVALLTPHDVKHARSRAKKSLLAGNVTDALERCRQILLERPSDGTTLLYQGAAMAQRGEWDAARSTMERVLALSSSAEQRNYDVAAALARTTERNLPADWRGESPRNPPFGSAAAATGLQRASEEEEAVPLEIALAAAANLATFARARTPESRDPNAEVFFLVEGLRGAAERDRNAGSQRNTAAVAAAETPSLSPHPAGGREAVGAKQDLEVSAAAQSLKRRNGEERGAGGDAGRARNKVVVG-IDGYLNLLTAMAKALEEQGQLTSALRLYQRAVLLGGHRDQRALRGLGGLSRRLLEAERERIHRHRIR--GGARNPDAVVTPAQSASTSPP----------------DSS-------------------PAP-----------------------------------------------------------------------------------PHG------------TXXXXXXXXXXXXXXXXXXXXXWERSGCEWGIKHPRPGQVFSPEDPIPVEYDLTLLDPGVPSAGSLFETVVVG-DGTVGDLLLS--------------------------ADH---------AREKDGGSG---------------------GRGDGTFGVAVGE------------------DGLGFVVCSYLENFDLAHCLPRGQLRDIGLGWHLLTAELFQLPGLRPFSCLDGTGXXXXXXXXXXXXXXX----------------STR-TVRFCVGDDAACSATAAGAEGVDEGKGGDPVMADADADKDATAEFGSAAAVTTEASA-TVPGELAGASEG--VELPFCFMTLALNAMPFITHHAPVFDEVGRILSQRAAAAXXXXXXXXXXXGKSSTPERSPRARGDDDTDLNFVGGKRMVPAPQPHSPRPESFWEWHVVEGVAAGRADHRQPYSRRRIPGRYFDPATGLSVDGTTEYLDSLMEVESKSESDEAWVRRRVRVHRRCGGGATKQARNRRAPEGGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDARAS---TCLWRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRE-RRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTPPVLLADHLSWLRKQGEMQDPRLLTTVADRPPG-----SSRVRXXXXXXQDGQIREDETLSVEQGNDAVDGNAERH-----IAATGGGGSLSDNAAFSATPVVPLEPFLQMARDSKSDSLSCDVYTGMSGPRLEAGRLPASESGXXXXXXXXXXXXXXXRIASSGQGQGKVAAARSDSRCGFLHLVVDGVVFQVQAARPAGIARVWANVLPAMLDRLSEVDGTCLTLLVRGLAPSPPAVEEAFSRLTPRLADRFAVTHIPPYNPSFGFTADRLMLSWAVRSTRGATAFISTLYTQPFWATTRAVVQLLLVHDVLPEVLGWDMSSSEWREKSDAVAATSSVVTVSQHTAREFLRVYPPTLAGNNGVGTSSRDRASLGAAAARPVWAGXXXVDTTTFRPLAA----------ADGGSGGGRSGIEAFRQLAGLDPG 6229
            EDG V +G H A   A A G+R+VR  TQ +E ELAER+ +RSLKR EA    + TG L+++ GA            D  +G           A WL TD+NTLDVT+P DF Y+LGP G  DAF+AEHVWEHLSL DAHRA RN +R+LRPGGRLRLAVPDPAW+ ++                                                           + EE  SSEA   RD GAR  GRN +LP WL+R+ML AD RDGH+VQYTPELLANVCWSAGL P L+EG                         VA+  +AAE      D +  E    WG IKRS+AGGDPR AVSIVMDC KP       N  E  R H     P       D A +   R  PDG         G   + + P    +   +          SS P  P    G   C G     T S   NA   +G+ D     +V    G   G    + E+  R R +   E    A K   V  P+P +P +PT R  Q+    H N     G + S+S G GR    L    +K AR+RA   LL GNV   LE C +IL E P D TTLLYQGAAMAQ GEW  A + MERVLAL S +++    VA   AR+T           SP     G ++A     RA+E    VPL++ LAA  NLA+FA  R  E+ D +AE  FLVEGLRGAA+R ++A    N    +                                           G +         VG ID +  +LTA+ KALE  GQLTSALRLYQRA+LLGGH+DQ ALRGLG +SR LL+ ERER  +      G  RN  +  +P    S SPP                DS+                   P P                                                                                   P G            T       X              +R  CEW I HPRPGQVFSPED I VE+DLTLLDPG+PSAGSLFETV VG D  VG   L                            DH          + +D G G                     G G G+ GV  G                   D LG +VCSYL++++ AHCLPRGQLRD+GLGWHLLTAE++QLP LRP+SC  G+G                                TR +V FCVG+ A  +   A  E    G+     +      +++ A+    A V     A T  G  +  S+G  VELPFCFMTLALNAMPFITHH P F+ VG ILS+RAAAA            K S   RSP    D + DL         P   P  PRPESFWEWHVVEGVAAGRA+H  PYSRRRIP R+FDP TGLSVDGTTEYLDS+  V S   +  +W ++RVRVHRRC     +  R    P GG                                               AS   +CLWRDKIQM+NSVAF LE+ECLLVQ+D+DELWTA+QLV LRDMFLLER G     DGG+        S+E+  +     ++VV    + Y  +                                + P RR   +RECAYFDC FF+GP+LVTVTEDGWGHSA++EWLRAWVFRPRGSVW+ HAPP+L RH EATG W LLAGD +C GR ETR+RGL+FTHYAYVLEEQVRFKDEFYGHS+ A ++         P D V+EWRALQ   PPVLLAD+L+WLR QG  QDPRLLTTVADRPP      SS  +        G  RE+E  S E     V+G  +RH     +  T G   +   A F    VVPL+ FLQ     +      +     +    EA R      G                +     G  +       + C   HLVVDGVVFQV   +P GI+RVWA+VLPA+L RLSE +GTCLTLL+RGLAP P  +EEAF  L    ++RF   H+P Y P FG+ A+ LMLSWAVR+  GATAF+STLY+QP WATT  VV LLLVHDVLPE  GWDMS  EW +K++AVA  SSVV VSQHTA+EFLRVYPP +       T S    + G+ + R VW     VDT  +RPL             D  S    +   AFR+LAGL PG
Sbjct:   98 EDG-VEQGVHGAA--AAAEGERVVRWVTQKIEEELAEREVRRSLKRAEAIEVASKTGHLKIIRGATRGE--------DGEEGNSGGDEIYSSNADWLVTDVNTLDVTDPFDFEYVLGPEGLADAFLAEHVWEHLSLDDAHRATRNCQRYLRPGGRLRLAVPDPAWYPTTFARTPSVSRRHEDITTRERSADWPTQTPGSKRAADIENGGDLSSSRDDEDQVVTSTHHGVGEEAVSSEAIRGRD-GARSGGRNLELPGWLNRDMLEADARDGHLVQYTPELLANVCWSAGLTPTLVEGGGIVGGGGRSGGRVHSVSSRASPSSVATNEAAAETNGGYMDEQRHERDDRWGVIKRSVAGGDPRGAVSIVMDCFKPSTT----NSIEGLRVH-----PPEVHGPRDVAGEDQTRDHPDGHPVLLDHTCGTKHSENTPGPPSLSRPSSSQXXXXXXVSSRPRPPGSTMGPRSCAGDFLKPTTSDVCNAAVGRGSTD-----NVPDEEGSFGGNRDLAGERQVRKRRESFAEWVAEATKSGRVYPPLPPVPDSPTTRQTQSMPPAHANSGIRGGDTSSDSTGGGRKFPTL--RTLKRARARALDDLLTGNVAGTLELCHEILQEWPFDSTTLLYQGAAMAQNGEWGVAWNKMERVLALFSGSQK----VAPPSARSTHG---------SP-----GQSSAGIVSPRAAE---VVPLDVFLAAVVNLASFAGNRASETTDVHAETLFLVEGLRGAADR-QDAARPGNKVTPSRPSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDGDENTLTGEYYEVGKIDDFTKILTALGKALEGNGQLTSALRLYQRAILLGGHQDQAALRGLGRMSRHLLQVERERTRKRETAQAGALRNLSSGASPT---SPSPPGDRYYRQGYRGEAALGDSAGSRSHAQGQRDSCEWTITHPRPGQVFSPEDLIQVEFDLTLLDPGLPSAGSLFETVAVGGDSAVGGFGLEDYAQGGRGYRAGDVINDNLGVIVCSYLDHYEAANCVPRGQLRDVGLGWHLLTAEPRCRGXALGDSAGSRSHAQGQRDSCEWTITHPRPGQVFSPEDLIQVEFDLTLLDPGLPSAGSLFETVAVGGDSAVGGFGLEDYAQGGRGYRAGDVINDNLGVIVCSYLDHYEAANCVPRGQLRDVGLGWHLLTAEVYQLPSLRPYSCPAGSGGGSRGVGGGNEDFRHFLRTRNVSHFXINDNLGVIVCSYLDHYEAAHCLPRGQLRDVGLGWHLLTAEVYQLPSLRPYSCPAGSGGGSRGVGGGNEDFRYLGVVPAAAEAAAVPEMGTRISVSFCVGN-ATTTCREAKREKDTSGQYDIEDLRPTSPQQESKADVSPRAGVAAPREAPTERGIFSVESQGADVELPFCFMTLALNAMPFITHHTPTFNRVGEILSERAAAAVSSATSTAR---KPSQSTRSPADDXDSNGDL---------PLDIPPRPRPESFWEWHVVEGVAAGRANHGSPYSRRRIPDRFFDPITGLSVDGTTEYLDSI--VASDFGAKASWGKQRVRVHRRC-----ESKRTTEGPAGGAGSYHSKAPTGNSTGIPSAGDAERERNTPGLRGGGGGDVRDDTYGGGASGRSSCLWRDKIQMINSVAFSLEKECLLVQVDADELWTAEQLVLLRDMFLLERKG-----DGGENFRNDA-KSEEEEQQSFSGTANVVGHSSEGYTLSDEYKRLQQQQRGGQQQEV--------------NQPHRRTAIKRECAYFDCPFFIGPDLVTVTEDGWGHSASNEWLRAWVFRPRGSVWLKHAPPELARHDEATG-WMLLAGD-RCIGREETRERGLVFTHYAYVLEEQVRFKDEFYGHSDMAATEESLTNVTTKPGDPVSEWRALQRAAPPVLLADYLTWLRVQGSTQDPRLLTTVADRPPPAGFSTSSLGQWSRPHCSGG--REEEGDSSETAR-RVEG--DRHGKQGGVGLTAGAARVPALATFPNDSVVPLKLFLQQEEGGRCRHNRTNGIQDHASGTGEA-RTSFLTHGVHVGLKEHGPGGGLLPVPGGRGGDDRNGPFAEAATCWVFHLVVDGVVFQVDVTKPQGISRVWASVLPAILGRLSEFEGTCLTLLLRGLAPPPRVIEEAFLGLP---SERFTTKHLPLYKPFFGYVAEGLMLSWAVRNA-GATAFVSTLYSQPLWATTPNVVGLLLVHDVLPETFGWDMSKGEWSQKANAVAEASSVVAVSQHTAKEFLRVYPPEIT------TPSASGNATGSHSLRSVWVAHNGVDTAVYRPLTFNGDNHVPDDDGDQNSTSNTNESNAFRRLAGLGPG 2323          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: F0Y104_AURAN (Uncharacterized protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0Y104_AURAN)

HSP 1 Score: 202 bits (513), Expect = 2.700e-48
Identity = 227/776 (29.25%), Postives = 278/776 (35.82%), Query Frame = 2

Query: 3761 WEWHVVEGVAAGRADHRQPYSRRRIPGRYFDPATGLSVDGTTEYLDSLMEVESKSESDEAWVRRRVRVHRRCGGGATKQARNRRAPEGGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDARASTCLWRDKIQMVNSV--AFLLERECLLVQIDSDELWTADQL-VRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTPPVLLADHLSWLRKQGEMQDPRLLTTVADRPPGSSRVRXXXXXXQDGQIREDETLSVEQGNDAVDGNAERHIAATGGGGSLSDNAAFSATPVVPLEPFLQMARDSKSDSLSCDVYTGMSGPRLEAGRLPASESGXXXXXXXXXXXXXXXRIASSGQGQGKVAAARSDSRCGFLHLVVDGVVFQVQAARPAGIARVWANVLPAMLDRLSEVDGTCLTLLVRGLAPSPPAVEEAFSRLTPRLADRFAVTHIPPYNPSFGFTADRLMLSWAVRSTRGATAFISTLYTQP---FWATTRAVVQLLLVHDVLPEVLGWDMSSSEWREKSDAVAATSSVVTVSQHTAREFLRVYPPTLAGNNGVGTSSRD 6070
            WEWHVVEGVAAGRAD  +PY+   IP  +     GLSVDG++EY+D L      + SD      RV VHR               P  GG                                                   WRDK +M  +   A       LL+Q+D DELWTAD L   LR   LL                   G SD                                                                   CAYF CHF VGP L T T  G+GHS  +EWLR W   P    W  HAPP+L     A  GWE LAG ++C G   T   G +FTH+AYV E QV FK+ FYG+                 A AV  WR LQ   PPV LAD+L W+R      +PR   TVAD  P ++                           AV G + R +AA          A    TPVV  E    +A                      A + PA +                              A R+        + VDGVVFQ QA R AGI+RVWAN+LP    RL++     L LL RG +  P ++     R              PP+       AD L L+W      G+ AF ST YT+P    WA  R V   LLVHD+ PE   W  S   W  K  A+    +++ VS  T       YP   A + G+  +  D
Sbjct:  600 WEWHVVEGVAAGRADAARPYAEDPIPASFH--RGGLSVDGSSEYVDGL------AASDA-----RVVVHR---------------PRKGG--------------------------------------------------FWRDKGEMAAAALNAASPGPGALLLQLDVDELWTADALGAALR---LL-------------------GDSD-----------------------------------------------------------------LTCAYFHCHFLVGPKLATATPRGYGHSDAYEWLRLWRADPDDVFWASHAPPRLALRTGA--GWEPLAG-ARCLGHNATAAAGAVFTHHAYVAERQVAFKERFYGY-----------------AGAVDGWRRLQAAEPPVPLADYLPWVR-----DEPRFRATVADAVPFAAA--------------------------AVLGVSTRAVAA----------AEAPPTPVVNAEVLRAVAA---------------------AKQRPAGD------------------------------APRA--------ICVDGVVFQRQAGRGAGISRVWANLLP----RLADAAAGGLVLLERGGSQLPASLAALHRRAA------------PPFPDDHDHVADALSLAWLCE---GSAAFASTEYTRPDGRLWAG-RVV---LLVHDLTPEKFAWPRSPY-WDLKRSAIEQADAILAVSAATRGALATFYPGARARDAGLAPNGFD 1066          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: A0A8J2WHZ4_9STRA (Hypothetical protein n=2 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2WHZ4_9STRA)

HSP 1 Score: 184 bits (468), Expect = 2.330e-43
Identity = 135/446 (30.27%), Postives = 170/446 (38.12%), Query Frame = 2

Query: 3761 WEWHVVEGVAAGRADHRQPYSRRRIPGRYFDPATGLSVDGTTEYLDSLMEVESKSESDEAWVRRRVRVHRRCGGGATKQARNRRAPEGGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDARASTCLWRDKIQMVNSVAFLLER-----ECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTPPVLLADHLSWLRKQGEMQDPRLLTTVADRPP 5083
            WEWH+VEG+A GRAD   PYS + +   + D   GLS DGT+EY+D+L  ++            R+ VHR                                                                      LWRDK++M+N     LE      + +++QID DELWTADQL+ +RD  L ER                                                                                        CAYF CHF VGP+L T T +G+GHS  +EWLRAW   P  S W  HAPP LV     T  W  L GD+ C   A T  +GL+FTH+AYV E QV FK +FYG+        DN         AV  WR+LQN TPP  L D+L W+R +     PR  +TV D  P
Sbjct:  299 WEWHLVEGLATGRADASSPYSSQDLSDFHRD---GLSTDGTSEYIDALARIDG-----------RIHVHR---------------------------------------------------------------------SLWRDKVEMINKA---LEEASTGPDAIILQIDVDELWTADQLLNIRDSLLKER----------------------------------------------------------------------------------------CAYFHCHFLVGPHLATATSNGYGHSDGYEWLRAWRADPSRSFWASHAPPLLVERVNGT--WLQLTGDA-CMTHATTASKGLVFTHHAYVSERQVAFKAKFYGY--------DN---------AVEGWRSLQNATPPADLGDYLDWVRSE-----PRFASTVVDATP 545          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: A0A3N9VK84_9DELT (Glycosyltransferase family 9 protein n=1 Tax=Geobacter sp. TaxID=46610 RepID=A0A3N9VK84_9DELT)

HSP 1 Score: 113 bits (283), Expect = 2.850e-21
Identity = 78/287 (27.18%), Postives = 114/287 (39.72%), Query Frame = 2

Query: 4184 WRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTP-PVLLADHLSWLRKQGEM 5041
            W  K++MV +    +  ECLL Q+D DE+WT +Q+   R++F+                                       Q P+                                              +  A++ C FFVGP LVT T + +G+   +EWLR W FRP G  W+ H PP+L+R     GG  +       F    T ++GL+F HYAY  E Q+RFK+ +YG+                   AV +WR LQ V   PV+L D+ SW+R   ++
Sbjct:  355 WDGKLEMVQAPLETVTEECLLWQVDVDEIWTVEQIAAARELFV---------------------------------------QAPE----------------------------------------------KSAAFYLCQFFVGPTLVTTTVNTYGNHLGNEWLRTWRFRP-GDRWLAHEPPRLMRQ---MGGVAIDVATINPFMHTATVEKGLVFHHYAYATEGQIRFKEVYYGYH-----------------GAVEQWRNLQKVKNFPVMLRDYFSWVRDAAQV 535          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: UPI001B23BE26 (FkbM family methyltransferase n=1 Tax=bacterium TaxID=1869227 RepID=UPI001B23BE26)

HSP 1 Score: 111 bits (277), Expect = 2.290e-20
Identity = 127/530 (23.96%), Postives = 170/530 (32.08%), Query Frame = 2

Query: 3452 VPGELAGASEGVELPFCFMTLALNAMPFITHHAPVFDEVGRILSQRAAAAXXXXXXXXXXXGKSSTPERSPRARGDDDTDLNFVGGKRMVPAPQPHSPRPESFWEWHVVEGVAAGRADHRQ--PYSRRRIPGRYFDPATGLSVDGTTEYLDSLMEVESKSESDEAWVRRRVRVHRRCGGGATKQARNRRAPEGGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDARASTCLWRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRH--HEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTP-PVLLADHLSWLR 5026
            V GEL  +SE  ELP  F T+ LN  PFI +H  VF +                                          L F                    W WHVVEGVAA R D      Y  +   G +     GLS DGTTEYLD L+E               + V+R+  G                                                                   W  K++MVN+    ++ ECLL QID+DELWT +QL + R +FL +              P  T                                                                        AY+ C FFVG +L+  T + +  +  +EWLR W + P G  W  H+PP L R   H A+     +A        AET   GL+F H+AY  E+Q+ FK+ +YG+                 A A+A W  LQ  T  P+LL +H  W++
Sbjct:  451 VTGELERSSE--ELPVHFFTIVLNGNPFIRYHLDVFKQ------------------------------------------LPFK-------------------WHWHVVEGVAAQRHDSAWMLKYGGKVTDGLHRQ---GLSHDGTTEYLDELLEAYPDQ----------ITVYRKADG-----------------------------------------------------------------AFWDGKLEMVNAPLEEIQEECLLWQIDADELWTPEQLTQARSLFLND--------------PAKT-----------------------------------------------------------------------AAYYWCWFFVGEHLLVSTRNCYSQNPAYEWLRTWRYLP-GDRWASHSPPVLSRSGPHGASRDVAAIAP----LRHAETERNGLVFQHFAYTTEQQLAFKETYYGY-----------------AGALARWSLLQRQTHFPLLLREHFPWVQ 732          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: UPI0019E590DE (Glycosyltransferase family 4 protein n=1 Tax=Oscillatoriaceae cyanobacterium M7585_C2015_266 TaxID=2774341 RepID=UPI0019E590DE)

HSP 1 Score: 109 bits (272), Expect = 6.250e-20
Identity = 75/282 (26.60%), Postives = 114/282 (40.43%), Query Frame = 2

Query: 4184 WRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTP-PVLLADHLSWLR 5026
            W  K++MVN+    ++ ECLL Q+D DELWT +QL + R+MF+                                                                                         +  A++ C +FVG NLV  T + +  +   +WLR W F+P G VW  H PP+LV      G W  +A +   F   ET  +GL+F H+AYV+ EQ+RFK+++YG+                 A+A++ W++LQ  T  PVLL  +  W++
Sbjct:  335 WDGKLEMVNAPLANIQEECLLWQVDVDELWTVEQLCKAREMFI-------------------------------------------------------------------------------------NNPEKTAAFYWCWYFVGENLVISTRNCYAENPAQDWLRTWRFKP-GLVWAAHEPPKLVEPLP-DGEWRDVA-ELNPFLHEETESQGLVFQHFAYVMPEQLRFKEQYYGY-----------------ANALSRWQSLQEQTKFPVLLRQYFPWVK 511          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: A0A7Y8IIE8_9BACT (Glycosyltransferase n=2 Tax=Nitrospirae bacterium TaxID=2026887 RepID=A0A7Y8IIE8_9BACT)

HSP 1 Score: 108 bits (270), Expect = 1.620e-19
Identity = 103/441 (23.36%), Postives = 154/441 (34.92%), Query Frame = 2

Query: 3761 WEWHVVEGVAAGRADHRQPYSRRRIPGRYFDPA--TGLSVDGTTEYLDSLMEVESKSESDEAWVRRRVRVHRRCGGGATKQARNRRAPEGGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDARASTCLWRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVR--HHEATGGWELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTP-PVLLADHLSWLRKQGEMQDPRLLTTV 5068
            W WH++EGVA  + D        +   R  D     GLS DGTTEYLD+L+   S++          + ++R+ GG                                                                   W  K++MVN+    +  ECLL QID+DELWT +Q+   R +F+                                                                                         +  AY+ CH+FVG  LV  + + +G+  ++EWLR W + P G  W+ H PP+L R  H+E    W  +A  +  F   ET + GL+F HY+Y +EEQ+ FK+ ++G+S                  AV +W+ LQ  T  P LL    +W+      +D  L+ TV
Sbjct:  622 WHWHIIEGVADLKYDTAWSL---KYGARITDEIHKNGLSNDGTTEYLDTLIREYSEN----------ITIYRKEGGN-----------------------------------------------------------------FWDGKLEMVNAPLKNINEECLLWQIDADELWTVEQICTARTLFI-------------------------------------------------------------------------------------NNPEKTAAYYYCHYFVGEKLVIASRNTYGNHTDYEWLRTWRYIP-GDCWMAHEPPKLYRKIHNEQ---WIDIASIN-IFKHNETEEHGLVFQHYSYAIEEQLFFKERYFGYS-----------------GAVNKWKLLQLQTHFPTLLRHFFNWV------EDNALVDTV 871          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: UPI001CC394D3 (class I SAM-dependent methyltransferase n=1 Tax=Rivularia sp. IAM M-261 TaxID=448371 RepID=UPI001CC394D3)

HSP 1 Score: 107 bits (267), Expect = 2.350e-19
Identity = 80/283 (28.27%), Postives = 113/283 (39.93%), Query Frame = 2

Query: 4184 WRDKIQMVNSVAFLLERECLLVQIDSDELWTADQLVRLRDMFLLERNGKMWGGDGGKRQPGSTGTSDEDNDRDGDDRSSVVSQHPQPYYPAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSHDLPRRRRERRECAYFDCHFFVGPNLVTVTEDGWGHSANHEWLRAWVFRPRGSVWVGHAPPQLVRHHEATGGWEL--LAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTP-PVLLADHLSWL 5023
            W  K +MVN+    ++ ECLL Q+D DELWT +Q+   R MF+                P  TG                                                                       A++ C +FVG  LV  T + +  +   EWLR W F+P G+ W  H PP LV   E   G +L  +A ++  F   ET + GL+F H+AYV E+Q+RFK+++YG+                  +AVAEW+ LQ  T  PVLL  + SW+
Sbjct:  302 WDGKREMVNAPLANIQEECLLWQVDVDELWTVEQISTARQMFI--------------NNPSKTG-----------------------------------------------------------------------AFYWCWYFVGEKLVISTRNCYAQNPRQEWLRTWKFKP-GAFWAAHEPPMLV---EQLAGNQLRNVAAENP-FLHNETEENGLVFQHFAYVTEDQLRFKEQYYGYR-----------------NAVAEWKVLQQQTKLPVLLRKYFSWV 477          

BLAST of mRNA_P-fluviatile_contig82.14818.1 vs. uniprot
Match: A0A2R5GMD5_9STRA (D-inositol-3-phosphate glycosyltransferase n=1 Tax=Hondaea fermentalgiana TaxID=2315210 RepID=A0A2R5GMD5_9STRA)

HSP 1 Score: 107 bits (267), Expect = 2.670e-19
Identity = 57/160 (35.62%), Postives = 79/160 (49.38%), Query Frame = 2

Query: 4586 CAYFDCHFFVGPNLVTVTEDG--WGHSANHEWLRAWVFRPRGS----VWVGHAPPQLVRHHEATGG------WELLAGDSKCFGRAETRDRGLLFTHYAYVLEEQVRFKDEFYGHSETAVSKVDNPAAVPVPADAVAEWRALQNVTPPVLLADHLSWLRK 5029
            CAY DCHFF+ P LVT +     + H    EWLR W  +   +    VW+ HAPP+L    +   G      W +L G   C  ++ T   G+ F+HYAYV+E QV FK+EFYG+                    +A WR LQ + PP+ +A  L W+ +
Sbjct:  640 CAYVDCHFFIAPGLVTQSRGPHVYSHDDEREWLRLWRLQAAPNSGRYVWLSHAPPRLAVLEDMRLGTREGVRWHVLEGHRICASQSATASAGIGFSHYAYVMEHQVAFKEEFYGYE-----------------GGMAAWRRLQTLDPPIDIARELPWVAR 782