mRNA_P-wetherbeei_contig1740.1.1 (mRNA) Phaeothamnion wetherbeei SAG_119_79

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A3C0TXM0_9PROT (Uncharacterized protein n=1 Tax=Alphaproteobacteria bacterium TaxID=1913988 RepID=A0A3C0TXM0_9PROT)

HSP 1 Score: 1848 bits (4788), Expect = 0.000e+0
Identity = 890/1267 (70.24%), Postives = 1032/1267 (81.45%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTARFAARRKPHATSGRQKHSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGKDLS 3801
            MAPIIQTFLRM+PD +WYNQDGA+RT +A+++SL+M P +FRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTR LPEG+RRFATWAPLLIPF+IPRGRDWDY W GAE L   G G  PA++ +LAGYG AA+AAI IGA + R AA  +  A     +  P  FT+ NG Y+LEG V GRS+ARAFS +RKGDEIDLTRRPQDP +++GKFFY+ E G  G  AGPLWSIG  PVG+TG D  L+RP+P SACWTNSH GI A+A VE+APDAPIE WRIRL N S + RI++LTSYQEWALN LDGY+R+ DYN+IHV T FVR LGAVMARNRLL + +      R +RE+AFHA H+D  RLG + LLGYED R HFIG GTL APD L GGR R+IDDEG LY+FDPAASLQ+RVEIPPGG + IPFTDG+A DEYEAA Y++   G P ++ A LDAV  RKR+L PPH R +  PLPF +S DGRELR+ C T RP+AHVLANPLG GAII NDGA+FSFAGNAQQNG++ FCLD++P QSP+Q+IYV+D +TG +D+PC+ PYRR DA+HHAVYG GY EFHKS PGR+YAL +FLP DQ VELR LTIRNT+    R  IA Y EIALAEL RDS++H+E A    LGAL+FRNP NDFHQGWAFAASSL    METV+  F+GG GYD  +P+ML  G GD SQ DDG RIA ++G+V++P H E +IV+MLGQT TREEA+ LIR+YRDPAA   AL   K WWREKLSVL++ET+ P+FD +VN WLPYQVL +RLWGRAGPNQRSGAYGYRDQLQDVLPLIFT P++AR QILLHA QQFREGDVLKWWHQA  GG+G+GQRT++GDPHLWL Y+  ++V A+GNDA+L++QV FLE  +LPRG  H L+APRPSRDS ++Y+HCKRA+DL+LS  G NGLPLIGASDWNDGFD AG+ GRGESVWLGFFLHD LLGFADLAARKE AA    YL  AE+LR +L++MWR DRYVRLI+DAG EM  LD LSAAWP++SGVADL RGR A++AALAKLELGDL+LLLD PFD  S PYPGRIADYPPGVRENGGQYSHG SWLVDAL RL+ MA   G P LAQ   ARAAEIWLKISPLDNL+PGRWEIYGLAPHQQPADVY+GEGYEGRGGWSWYSGAAARM+ AAY+L+G+ MQ G++ L+ A     GP+ LRRV YRG++++
Sbjct:    1 MAPIIQTFLRMSPDANWYNQDGAIRTVIATLSSLIMQPGDFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRILPEGVRRFATWAPLLIPFFIPRGRDWDYVWAGAEHLAQSGEGPSPAISLLLAGYGGAAMAAIAIGAFSLRGAAGSRLLAGPFSIRR-PHVFTMNNGVYSLEGDVRGRSFARAFSPIRKGDEIDLTRRPQDPHEVRGKFFYIHEQGRNGESAGPLWSIGAAPVGLTGPDYGLQRPTPASACWTNSHDGIEAQAFVELAPDAPIERWRIRLKNHSQRPRIVLLTSYQEWALNGLDGYTRNTDYNSIHVATCFVRPLGAVMARNRLLRSVNG-----RSSREIAFHATHIDPERLGNIALLGYEDSRAHFIGCGTLRAPDALTGGRLRAIDDEGVLYTFDPAASLQLRVEIPPGGEIVIPFTDGFATDEYEAARYLADEGGRPPLEKAGLDAVFQRKRQLLPPHVRQKQEPLPFCFSGDGRELRVDCCTRRPLAHVLANPLGSGAIISNDGAMFSFAGNAQQNGITPFCLDSVPTQSPAQIIYVQDCETGGLDSPCFAPYRRKDARHHAVYGAGYAEFHKSIPGRDYALTVFLPADQKVELRLLTIRNTSDAPQRLRIASYMEIALAELTRDSLDHLEMAADESLGALYFRNPRNDFHQGWAFAASSLKLTAMETVKQHFLGGEGYDAASPFMLVHGHGDLSQPDDGRRIALLMGEVEIPAHEETAIVIMLGQTATREEADALIRQYRDPAAVPAALASVKAWWREKLSVLQVETSMPEFDRMVNHWLPYQVLTARLWGRAGPNQRSGAYGYRDQLQDVLPLIFTHPEIARGQILLHAAQQFREGDVLKWWHQAAAGGSGLGQRTTAGDPHLWLVYLVNQFVRATGNDAILNEQVAFLEGESLPRGAQHRLMAPRPSRDSGTVYDHCKRAIDLTLSRMGANGLPLIGASDWNDGFDEAGLKGRGESVWLGFFLHDALLGFADLAARKEGAAMREHYLRRAESLRHSLDRMWRGDRYVRLISDAGEEMAILDALSAAWPVISGVADLARGRIALEAALAKLELGDLILLLDSPFDSASHPYPGRIADYPPGVRENGGQYSHGVSWLVDALSRLAEMAQSSGNPLLAQQFRARAAEIWLKISPLDNLSPGRWEIYGLAPHQQPADVYYGEGYEGRGGWSWYSGAAARMMYAAYSLLGIRMQDGRITLENAPAAPAGPLHLRRVFYRGREIT 1261          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A7V8ZRX9_9BURK (Glycosyl transferase family 36 n=1 Tax=Burkholderiales bacterium TaxID=1891238 RepID=A0A7V8ZRX9_9BURK)

HSP 1 Score: 1376 bits (3562), Expect = 0.000e+0
Identity = 697/1266 (55.06%), Postives = 870/1266 (68.72%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTARFAARRKPHATSGRQKHSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGKDL 3798
            MAPII T+LR+A DPSWYNQDGAVR+ +AS+ S ++SPE+FR WSL VFLGLLAY+WLR+LIWFDHMGLRVA+LVNLSFVGGD  DE A+RF+GH ARTR +PE IRRF TWAPLLIPFYIPRG +W+  W  AE L A    +LPAV  +L  Y + A  AI   AV + +  RR+   ++  Q  +   FTL NG YT E   DGR ++R  S VR G E+DLTRR  DPL ++GKFFYLRE+          WS+G +P+   G D ++ +PSP++    NSHGGIRAEA V + P   +E+WRI L N   +ARI+ LTSYQE A+  +D Y R P + A+HVGT FV  L A++ARNRL+ N   +P  +RM REV FHAV  D      V+L+GYED R HFIG GTL  P +      R   DEG+LY+FDPAASL++R+E+PPG  V+I F DGYA DEY AAA I+R+      + A L A  AR R L P   R   G     +S DGREL   CD  RP AH++ANPLGHG +  ++G IFSFAGNAQQN LS F LD++PAQ P Q IYV D +TG  +T  + PYRR DA+H A++GLGY  + K   G +  L  F+P DQPVE++ L IRN    A R  I PY E+ LAE+  DS   +     A  G L+F N  NDFH+G AFAA++L     ETVRARFVGG G DL  P+ML +G  D SQ DDG RIA+ + D+++    E ++V++LGQ   + +A  L R Y +P AA  ALE  K WW++ LSVLRIETN   FD LVNDWLPYQ+L +RLWGR GP QRSGAYG+RDQLQDVLPL F +P+ ARRQI+LHA QQF EGD +KWWH +  G TGI  RT + DPHLWLPYV  RYV A+G+  +LD+QVPFLE   +P+G    L APRPSRD+ S+YEHC+RAV+ +L+ +G + LPL+G+ DWNDG D+ GI G+GESVWLGFFLHDVL+ FA LA R+E     ++YL EA  L  AL  MWR D Y+R ITD G E      L AAWP+LSG AD +RG+TA++  L +LE  + VLLL  PF E+S PYPGRIA+YPPGVRENGGQYSHG SWLVDAL+R +  A      +LA+   ARAA++W+KISPL      + +IYGL PHQQPADVY G GYEGRGGWSWY+GAAARM+SAAY L+GL ++ G+++L +      G +Q++R+ YRG+ +
Sbjct:  544 MAPIIYTYLRLASDPSWYNQDGAVRSALASVQSALLSPEDFRAWSLTVFLGLLAYDWLRVLIWFDHMGLRVATLVNLSFVGGDALDEKASRFLGHSARTRCMPEAIRRFLTWAPLLIPFYIPRGSEWNQVWDRAEALQATPHAVLPAVASLLLVYQMTAAGAIL--AVASVWLLRRRGKESAPPQAAASPYFTLANGQYTAEYGWDGRGFSRVTSTVRPGFELDLTRRADDPLQLRGKFFYLRELDSEDQAIDGPWSLGSEPIQKRGPDYSVTKPSPSTLHIVNSHGGIRAEARVSLDPRDTVENWRITLTNREQRARIVELTSYQELAVAPVDAYRRSPFFAAMHVGTRFVAPLNAIIARNRLMRNNAKDPALQRMCREVGFHAVRADDA----VRLIGYEDSRAHFIGLGTLRRPAVFADQTLRDPTDEGTLYTFDPAASLRLRIELPPGAAVEIAFVDGYAEDEYRAAALIARHLDVAEPNDAALKASFARIRSLRPAPKRTADG---GGFSDDGRELSAPCDAQRPWAHLVANPLGHGFVASSEGEIFSFAGNAQQNALSPFGLDSVPAQLPGQTIYVFDPETGVAETAGFAPYRRQDARHEALFGLGYARYRKETAGLKLDLTAFVPSDQPVEIKLLRIRNGGDAARRLRIVPYVEMVLAEVPVDSRGRVRAWADAMPGVLYFENAGNDFHKGVAFAATNLECQSQETVRARFVGGEGRDLTRPFMLERGHADVSQVDDGRRIASFVADLEIQAGEETTMVVVLGQAADQAQATRLARAYLEPNAAELALEEIKAWWKQALSVLRIETNEAAFDRLVNDWLPYQLLCARLWGRTGPAQRSGAYGFRDQLQDVLPLTFLKPEWARRQIVLHAAQQFIEGDCVKWWHPSWEGRTGIAVRTRASDPHLWLPYVVTRYVEATGDTGVLDEQVPFLEGRPVPKGHEGFLFAPRPSRDTGSVYEHCRRAVEYTLARRGAHDLPLLGSGDWNDGLDVPGIKGKGESVWLGFFLHDVLMKFASLAERREGPQARSRYLAEARNLSTALEAMWRGDGYLRAITDEGEEFKLRSALMAAWPLLSGAADAKRGQTALETGLTQLEKSNRVLLLTPPFTEDSLPYPGRIAEYPPGVRENGGQYSHGVSWLVDALLRCAEQAAAANDSELAERCRARAADLWIKISPLSK--SDQPDIYGLPPHQQPADVYDGPGYEGRGGWSWYTGAAARMLSAAYELLGLQIERGELKLPEDLFLRNGQLQVKRLWYRGQQI 1798          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: UPI0006893CC7 (hypothetical protein n=1 Tax=Methylocapsa aurea TaxID=663610 RepID=UPI0006893CC7)

HSP 1 Score: 1266 bits (3276), Expect = 0.000e+0
Identity = 656/1277 (51.37%), Postives = 834/1277 (65.31%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTARFAARRKPHATSGRQK--------HSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARK-----ESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGK 3792
            MAP+I +FLR APDP+W+NQDG VRT  AS+A+L+M   +FR  SL VF GLLAY+WLR++IW DHMGLRVA+LVNL+F+GGDR DE  ARF G+ ARTR +PEGIRRFATW PLLIPFYIPRG DWD AW GAE+L A    +   V  +LA Y   A AA+G G   A  A R      +G             P  F L +G   LE   DGR Y+      R G  IDLTRRP DPL ++G+FFYLR+     + AG  WS+G++P    G D ++  P P      NS   +RAEA V +A D  +E WRIRL + + + R L+LTS+QE ALN    Y R PD++A+H+ T F+ K+ A+ ARNRLLH+    P  +RM+REV FHA    A R G ++L G+ED R  FIGTG L  P  L  GR RS DD+GSLY+FDPAASL I +++P GG  +I F +G+ARDE  AA  ++ ++G  +   + L   L   REL PP +   +   PF++S DG ELRL   T RP AHVLAN  G+GA++ N+G I SFAGN +QN L+ F  +++ A  P Q+IYV D  TGE D   +VPYRR DA +   YGLG+V F  +    E  L  F+PP    +LR LTI+N    A  F IAPY +IALAE   +S+  I+TA     GAL F NP NDF  GWAFAA+SL     ETVR+RF+G  G DL  P M+  G  D S+ DDG R+AA      VP  GEI + + LGQ  TR++A  + ++  DP AA +AL+ T+ WW E+L+ + IETN P FD LVN WLPYQVL SRLWGR GPNQR GA G+RDQLQD+LP +F  PDLAR QI+LHAGQQF EGDVLKWWH A  G TG+GQRT + DPHLWLPY+ ARY+AA+G+ ++L ++ P+LE  A+P G   L +APR SR    +Y+HC RA+D SL+  G +GLPLIG  DWNDG D AG+ GRGESVWLGFFLH +L  F+ +A  K     +    + ++  EA+ L++ L   W +DRYV +  D+G  +     ++AAWPILSG  D ERGRTA++  LA LE  D +LLL  PFDEN+SPYPGRIADYPPGVRENGGQYSHGASW VDA +RL+ +A ++G   LA  L  RA   W+K+SP+         +YGLAPHQQPAD+Y G GY GRGGWSWY+G+AARM+SAAYA++GL ++ G +          G +Q++ +   G+
Sbjct:  563 MAPVINSFLRPAPDPTWFNQDGGVRTIAASLANLVMPAGDFRAASLAVFTGLLAYDWLRVVIWLDHMGLRVATLVNLTFIGGDRIDESMARFAGYPARTRVIPEGIRRFATWTPLLIPFYIPRGADWDAAWTGAEQLRAASPPLPMPVAGLLAAY---AAAAVGAGVAAALIARRWSWQGAAGPPMLGAPRAVTEGPARFALSDGLMGLELLSDGRGYSWMSGMARAGGPIDLTRRPTDPLQLRGRFFYLRD-----TAAGDSWSLGYEPARTAGPDYSVTAPRPDRLRIVNSFCAVRAEADVCLAEDGCVELWRIRLTDLAKRPRRLLLTSFQELALNEPGSYVRDPDFSAMHIETWFIPKINALFARNRLLHD----PATRRMSREVCFHAA--AAARDG-LRLRGFEDSRTRFIGTGDLRRPQGLEEGRPRSPDDQGSLYTFDPAASLTIEIDLPAGGNREILFINGHARDEVMAARLVANHSGVAAPSESDLRQALESVRELEPPPTLPASA-WPFAFSTDGTELRLTHKTPRPWAHVLANATGYGAVVSNEGEIHSFAGNERQNALTPFRFESVAASLPGQIIYVVDLATGEADAAGFVPYRRADATYDVTYGLGFVAFRNTRRDVELELTFFVPPTGSADLRILTIKNRAETAKTFRIAPYFDIALAETPAESLGCIDTARDEASGALLFSNPANDFKTGWAFAATSLAGATTETVRSRFIGAKGRDLTNPVMVETGAADGSREDDGRRVAAFCAVATVPAEGEIEVAVALGQAATRDQAGAIAKKLSDPTAAREALQATRAWWTERLNAIHIETNNPAFDRLVNYWLPYQVLVSRLWGRTGPNQRGGATGFRDQLQDILPFLFLDPDLARGQIVLHAGQQFPEGDVLKWWHNAPDGRTGVGQRTRASDPHLWLPYIVARYLAATGDASVLAEEAPYLEGAAIPEGSLDLFIAPRASRVIGDVYDHCLRAIDYSLARMGAHGLPLIGTGDWNDGIDRAGVEGRGESVWLGFFLHGILRDFSKIAQGKSLRDGKGDDDAHRFRVEADRLKRRLEGAWLDDRYVLVFDDSGLALDRASAMTAAWPILSGAVDFERGRTALENGLAHLEKADRILLLTPPFDENASPYPGRIADYPPGVRENGGQYSHGASWTVDAYVRLAEIARDKGDAPLAAKLKERALACWIKLSPIGKTEGDALAVYGLAPHQQPADIYDGAGYAGRGGWSWYTGSAARMLSAAYAILGLDVKNGAIVAPSDLFAPKGALQVKAIRLNGR 1823          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: UPI0003FE0475 (glycosyl transferase family 36 n=1 Tax=Methylocapsa acidiphila TaxID=133552 RepID=UPI0003FE0475)

HSP 1 Score: 1262 bits (3265), Expect = 0.000e+0
Identity = 657/1280 (51.33%), Postives = 823/1280 (64.30%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTARFAARR-------------KPHATSGRQKHSPRAFTLGNGTYTLEGSVDGRSYARAFSAV-RKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGKDL 3798
            MAPII +FLR APDP+WYNQDG VRT  A+ A+L M  ++FR  SL VF GLLAY+WLR+ IWFDHMGLRVA+LVNL+F+GGDR DE AARF GH ARTR +P+ IRRFATWAPLLIPFYIPRG +WD AW GAE + A      P +   +A    A + A+G   V A   ARR              PHA S      P  F L N    LE   DGR Y+   + + R G  ID+TRRP DPL ++G+FFYLR+ G+        WSIG++P     +D  +++P P      NS  G+RAEA + ++ +  +E WR+RL   S + R L+LTS+QE AL+    Y R PD+NA+HV T FV  L AV ARNRLL  G +     RM++EVAFHA     G    + LLGYED R  FIG G L  P  L     RS DD+G LY+FDPAASL I V++P GG+ +I F +G+AR E  AA  ++++    + +   L A  A  R L P   R      PF++SP G ELRL   T RP AHVLA+  GHGAI+ NDG I SFAGNA+QN L+ F  +++P   P Q+IYV D  +GE+D    +P+RR DA++  VYGLG+V F  S P  E  L  F+ P    ++R LT+RN TGK   F IAPY +IALAE   +S   I         AL F NP ND+ QGWAFAA+SL     ETVRARF+G  G DL  P M+  G  D S+ DDG R+AA  G V VP +G I + ++LGQ  +R  A ++    RDP AA  AL  TK WW ++L V+R+ETN P FD LVN WLPYQVL SRLWGR GPNQR GA G+RDQLQDVLP +   P LARRQI LHAGQQF EGDVLKWWH A  G TG+GQRT + DPHLWLPYV ARY+AA+G+ +LLD+ +P+LE   +P+G   + +APR SR+S  +Y+HC+RA+  SL+H G +GLPLIG+ DWNDG D  G+ GRGESVW+GFFLHDVL  F+++A  K+  A +  Y   AE L +AL + W  DRY     D G  + P   ++AAWPILSG  D ERG  A++  L  LE  D +LLLD PFDE S PYPGRIADYPPGVRENGGQYSHG SW +DA +RL+ +A++ G   LA  L ARA   W KISP+      R  +YGLAPHQQPAD+Y G GY GRGGWSWY+G+AARM+S AYA++GL  + G++          G +Q++ +  +G+ L
Sbjct:  559 MAPIINSFLRQAPDPTWYNQDGGVRTVAATFANLAMPAQDFRSSSLAVFTGLLAYDWLRVAIWFDHMGLRVATLVNLTFIGGDRADEAAARFAGHPARTRIIPDPIRRFATWAPLLIPFYIPRGAEWDVAWTGAEAIRASA----PPMGTPVAALAGAYVLALGGACVAAGVIARRWSRRGPGGPAMSGVPHAVS----DGPARFGLSNAFMGLELLSDGRGYSFVSNGIARGGHPIDVTRRPTDPLQLRGRFFYLRDDGDD-----EPWSIGYEPTRTAASDYCVEQPKPDRLRIANSFDGVRAEAEITLSEEGCVEIWRVRLSELSGRPRRLLLTSFQELALHEPGAYLRDPDFNAMHVETWFVSALNAVFARNRLLRAGTSG----RMSKEVAFHAAGAGEG----LSLLGYEDSRTRFIGAGDLRRPQGLQVEHWRSPDDQGGLYTFDPAASLTIAVDLPAGGSREIIFVNGHARTEIAAARVLAKHLCVGAPNEHELQAARADFRALEP-LPRPSANAWPFAFSPTGDELRLTPRTPRPWAHVLASTTGHGAIVSNDGEIHSFAGNARQNALTPFRFESVPTSLPGQLIYVVDLSSGEVDAAGSIPFRRADARYEVVYGLGFVTFRNSRPDTELELTFFVLPSDSSDVRMLTLRNRTGKPKDFRIAPYFDIALAESPAESQGLIHAVRDEMSEALLFANPANDYEQGWAFAATSLTAATTETVRARFIGSKGRDLTNPVMVETGAADGSREDDGRRVAAFSGVVTVPANGAIDVAVVLGQAASRHHATMVASDLRDPVAARAALHATKAWWEDRLDVVRVETNDPAFDRLVNYWLPYQVLTSRLWGRTGPNQRGGATGFRDQLQDVLPFLLLDPTLARRQIALHAGQQFPEGDVLKWWHAAPDGRTGVGQRTRASDPHLWLPYVVARYLAATGDHSLLDENIPYLEGPPVPKGASDIFIAPRASRESGDVYDHCRRAIAYSLAHMGAHGLPLIGSGDWNDGIDRIGVKGRGESVWMGFFLHDVLTSFSEIARGKQDEAAARFYSGAAERLARALEQAWLGDRYALAFDDMGRVLDPQSAMTAAWPILSGAVDFERGLQALEQGLEHLEKSDRILLLDPPFDECSEPYPGRIADYPPGVRENGGQYSHGVSWTIDAYVRLAELAMQAGDQALAARLKARALTCWTKISPIGKTEGDRLAVYGLAPHQQPADIYDGGGYSGRGGWSWYTGSAARMLSTAYAILGLEARHGEIVAADDLFAPKGALQVKSISLKGQTL 1816          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A7V5IDP3_9DELT (Glycosyl transferase family 36 n=1 Tax=Deltaproteobacteria bacterium TaxID=2026735 RepID=A0A7V5IDP3_9DELT)

HSP 1 Score: 1244 bits (3218), Expect = 0.000e+0
Identity = 626/1279 (48.94%), Postives = 847/1279 (66.22%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTARFAARRKPHATSGRQKHSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPH--SRHETGPLP-----------FSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFA-DLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGKD 3795
            M+PII +FL++APDP+WYNQDGA+RT VA+I S  ++PE+FR WSL VF  LL Y+W R+LIWFDHMGLRVA+LVNLSFVGGD  DE AAR +G+  RTR +PEG+RRFATWAPLLIPF+IPRG++WD  W   E L      I P+ T    G  +  IA   I  V    + + +      R+  SP    L NG YT +   DGR Y+R FS +RKG+EIDL+R+P DPL + GKFFYL +          +WS+ + PVG  G D  + R  P S   +++   I +  ++ +  + P+E W++ LHN + + RIL LTSY+E  +N    + RHP +N +HV T F+R L AV+ARNRLL +   +  K+  +RE  FHAV   +     V L+GYEDCRP+FIG  TL AP+ LN    RS +DEG LYSF P A L++R+E+PP G V I F DGYA +E++AA +I RY   PS++ +TL +   + R L        HE    P           F++S DG EL++  +T RP AH++AN LG+G I+ NDG I+SF GNAQQNGL+ F   + P Q+P Q++Y+ +  TGEIDTP Y P R+ DAQ+   +G GY  F K     +   +I + PD P E+R LTIRN   +   + I PY +I L E   D+   I+T+   EL A+FF NP N+FH+GW F A++L   + ET+R RF+GG   +L  P+M+  G+ D  Q DDG+R AA +  + VPP GE ++ +M+GQT ++E+AE LIR +R+ + A +A E TK WW EKLS LR++TN P FD LVNDWLPYQ+  S LWGR G  QRSGAYG+RDQ+QDVLP +F  PDL R+ ILLHA QQFREGDVL+WWHQ+  G TG G R  + DPHLWLPYV   YV A+G++A+L+++VPFLE+  +P G++ +  A R +R+ AS+YEHC RA++ SL   G +GLPLIG  DWNDG +  G  G+GESVWLGFFL+D+L+ F  ++   K    T  ++L  A+ L+ AL +MWR D Y+R ITD G E+   D L+ AWP+++G+A+LE+G  A++A L  LE  +LVLL   PF E+S PYPGRIADYPPGVRENGGQYSHGASWLVD L++L+ +A   G+ +  +   ++A E+W KISP+ ++      +YGL+PHQQ AD+Y+G GYEGRGGWSWY+G+A RM+  AY L+GL M+ G++ + K +    G ++L +V+Y+GK+
Sbjct:  289 MSPIINSFLKIAPDPTWYNQDGAIRTTVATIKSFTLNPEDFRSWSLQVFTNLLVYDWFRVLIWFDHMGLRVATLVNLSFVGGDLIDEKAARLLGYSVRTRWIPEGVRRFATWAPLLIPFFIPRGKEWDIVWSKYESLSK----IHPSTTLP-PGAALIGIAIFIIFTVVIFLSLQNQLQKR--RKISSPDNLLLTNGVYTAKFRTDGRGYSRVFSIIRKGEEIDLSRQPADPLWLCGKFFYLVDQALPQDHPHRIWSLAYNPVGRVGPDYQVTRLGPFSLKISHTFNSILSTTILSVEEEKPVELWQVVLHNLNNRTRILELTSYRELVMNVHGAFWRHPIFNNLHVATWFIRPLNAVIARNRLLKDLRRDSKKRSHSRETVFHAVEESSN--SQVTLIGYEDCRPYFIGHQTLCAPEGLNKSL-RSPEDEGFLYSFSPIACLRLRIELPPAGKVVIRFIDGYAGNEFQAAQFIVRYLNFPSINGSTLKSSFTKMRSLLSRELEENHEQLRYPHPVKTSLDTGVFAFSEDGTELQMGWNTPRPWAHIIANELGYGTIVANDGDIYSFMGNAQQNGLTPFNFGSTPVQTPGQVLYLFNPVTGEIDTPSYAPLRQKDAQYRITFGRGYACFRKVRGNIDIDYSIAVLPDYPAEIRLLTIRNRGTETVTYRIVPYFQIMLGEEPFDTCGKIKTSTDRELSAVFFTNPANEFHKGWGFVATNLPVEIFETIRKRFIGGPERNLSLPFMVEHGQPDDQQEDDGYRAAAFISSLAVPPGGEKTMTIMVGQTDSKEQAEELIRHFRETSTAQEAFEKTKLWWSEKLSRLRVKTNEPAFDRLVNDWLPYQIFVSHLWGRIGLCQRSGAYGFRDQIQDVLPFLFLYPDLCRKLILLHAQQQFREGDVLQWWHQSWEGKTGWGLRGRASDPHLWLPYVVYHYVKATGDNAILEEKVPFLESREIPPGKNEVFSAHRSTREKASLYEHCLRAINFSLGRLGPHGLPLIGTGDWNDGLNQIGPRGKGESVWLGFFLYDILVQFTQEVVELKRDQTTRERFLKSAQNLKTALTQMWRSDHYIRAITDDGRELDIFDALTVAWPVIAGIAELEQGTIAIEAGLRVLEKDNLVLLCSPPFTESSEPYPGRIADYPPGVRENGGQYSHGASWLVDGLLKLADLAELRGEVERVKWFRSKAVELWFKISPIMHMHS---RVYGLSPHQQAADIYYGPGYEGRGGWSWYTGSAGRMLYTAYHLLGLKMEKGKLTIAKDAFEPRGNLRLIKVVYQGKE 1554          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A4Q2RCE2_9HYPH (Glycosyl transferase family 36 n=2 Tax=Lichenibacterium ramalinae TaxID=2316527 RepID=A0A4Q2RCE2_9HYPH)

HSP 1 Score: 1208 bits (3125), Expect = 0.000e+0
Identity = 629/1274 (49.37%), Postives = 813/1274 (63.81%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAA-IGIGAVTARFAARRKPHA-----TSGRQKHSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREM---GEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTP-PHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGK 3792
            MAP+I +FLR +PDP+WYNQDGAVRTG A++A L +   +F+ WS+ VF GLLAY+W+R+LIWFDHMGLRVA+LVNL+F+GGDR DE AARF GH  RTR +PEGIRRFATWAPLLIPFYIP G DWD AW GAE +G     +  AV  ++A Y VA   A +   A+  R+   R   A     T  R    P+ F+L NG  T E   DGR Y    +  R    ID+TR+P DPLD++G F ++++     EG +     WS+G QP+   G D A+ +P P +    NS  GI AEA V +A   P+E  R+ L N+ T+ R L LTSY+E A++ L  Y R PD+NA+HV + FV  LGAV+ARNRLL +    P   RM+ E  FHAV  D    G V+LLGYED R  FIG G L  P  L     R +DDEGSLY+FDPAASL + V++P  G +++ F  G AR+E+EAA  I+R    P++DA    A+L RKR + P P    ET   PF +  D   L L   T RP AHVLANP+G G ++ N+G I +F GN +QN ++ F L++     P QMI V D D+GE D   +VP+RR DA H   Y LG   F       + +L +F+ PD P ++R LTIRN    A R+ + PY EIAL +   DS+  I+        ALFF NP NDF  GWAFAA+SL   + ETVR RF+G  G DL    M+  G  D++Q DDG R+AA  G V+VP  G + + ++LGQ  TR EA       RDPAAA  AL+ T+ WW E++  +R+ET+ P FD LVN WLPYQ LASRLWGR GPNQR GA+G+RDQLQDVLP +F  P L RRQI++H+G QF EGDV KWWH A  G  G+GQRT + DPHLWLPYV  RY+ A+G+ ++LD++ P+L+   +P G   LL+APR SR++  +Y+HC RA+  +    G +GLPLIG  DWNDG D AG  GRGE  WL  FL D++  FA +A R++  A   +Y  EA+ L +A++ +W  D YV    D G  + P   ++AAWP+LSG A L++GR A++  L  LE  D +LL+  PFDE+S PYPGRIADYPPGVRENGGQYSHGASW VDA + ++  A E G  D A+   ARA   W  ISPL         +YGLAPHQQPAD+Y GE Y GRGGWSWY+G+AARM+SAAYA++GL M+ G + +      A G ++++R+  +G+
Sbjct:  584 MAPVINSFLRQSPDPAWYNQDGAVRTGAATVADLFLPAGSFKDWSVAVFTGLLAYDWMRVLIWFDHMGLRVATLVNLTFIGGDRLDEVAARFSGHAGRTRVIPEGIRRFATWAPLLIPFYIPHGPDWDRAWTGAETIGRTHPPVAGAVWSIVAVYVVALFCAGLAFRAIARRWNGARASGAPLRPGTPARLIGGPKLFSLANGAMTTEIGADGRGYTAVTAMARGSHAIDVTRQPLDPLDLRGPFLFIKDATGNAEGDAAHNRPWSLGFQPMRRAGPDYAVSQPDPATIAMRNSADGILAEARVTLADGEPLEWTRLVLTNTGTEPRRLELTSYRELAVHELGAYLRDPDFNALHVESWFVAALGAVLARNRLLRD----PATHRMSHETVFHAVRAD----GDVRLLGYEDSRTRFIGPGGLRDPRGLAPDGRRDVDDEGSLYTFDPAASLTVAVDLPAKGRIEVVFVTGRARNEWEAALRIARAFERPALDAMAFRALLRRKRLIAPGPALPAET--WPFRFEAD-THLVLTPATPRPWAHVLANPMGFGTVVSNEGEIHTFKGNERQNAITPFRLESGATLQPGQMIAVVDLDSGEADAAGFVPFRRPDAVHTVEYRLGAATFTNRRGDLDLSLTVFVFPDAPADVRLLTIRNHGSAAKRYRVVPYLEIALDQSPGDSLGVIDAVRDEGTEALFFSNPQNDFQDGWAFAATSLTAAMTETVRTRFLGSPGRDLTDAVMVETGWPDSAQEDDGRRVAAFSGVVEVPAGGAVDVSVVLGQFATRREALTAASHLRDPAAARAALKATEAWWAERIGAIRVETDDPAFDRLVNHWLPYQSLASRLWGRTGPNQRGGAFGFRDQLQDVLPFLFFDPSLTRRQIVIHSGVQFPEGDVFKWWHLAADGRVGLGQRTRASDPHLWLPYVLVRYIEATGDWSVLDERQPYLDGAPVPDGAMDLLLAPRLSRETGDVYDHCVRAIRYTTDRMGAHGLPLIGTGDWNDGIDAAGPGGRGEGTWLACFLFDIVRRFAAVADRRDGRAAGDRYRAEADRLARAIDGVWTGDHYVFDFVDDGRPLDPPSIMAAAWPVLSGAAPLDKGRRALEHGLGALEKPDRILLVTPPFDEDSDPYPGRIADYPPGVRENGGQYSHGASWAVDAWVAIAGRAREAGDVDGARDAMARAMRCWRAISPLGKTEGEALGVYGLAPHQQPADIYDGESYGGRGGWSWYTGSAARMLSAAYAILGLRMENGHIHIPDDLHAARGDLRIKRIWVKGE 1846          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: UPI0010385AED (glycosyl transferase family 36 n=3 Tax=Lichenihabitans TaxID=2723776 RepID=UPI0010385AED)

HSP 1 Score: 1206 bits (3121), Expect = 0.000e+0
Identity = 623/1271 (49.02%), Postives = 809/1271 (63.65%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTARFAARRKPHATSGRQKH------SPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILS-GVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRGK 3792
            MAPII +FLR +PDP+WYNQDG VRT  A+ A++ +   +FR WSL +F GLLAY+WLR+LIWFDHMGLRVA+LVNL+F+GGDR DE AARF GH ARTR +P GIRRFATWAPLLIPFYIP G +WD AW GAE++ A    +   V  ++  YGVA +AA+ I  +  R   RR+P A +           +P  F+L NG  T +   DGR ++    + R    +D++++  DPL ++G FF+LR+  E        WSIG++P+   G D A  +P+P+ A   N+  GI+A+A + +A +  IE W IRL N+  + R L LTS++E A++ L  Y+R PD+NA+HV T F+  L  +  RNRLL          RM+ E+ FHAV   AG     +L GYED R  F+G   +  P  L     R IDDEGSLY+FDPAASL + +++PPGG  ++ F  G A DE  AA  ++ +        A L AV  R R + P   +  T   PFS+  +G EL L   T RP AHVLAN  G G ++ N+G I SF  NA+QN L+ F  +++P  +  Q IYV D +TGE DT  +VP+RR DA H   YGLG V F +     E  L +F+ PD P ++R LT++N   +  RF I PY +IAL E   DS+  +E +   +  AL F NP NDF +GWAFAA+SL  PV ETVRARF+GGAG DL  P+M+  G  D+S  DDG R A   G ++VP  GE  +V++LGQ ++R EA  L     D A+A  A++ T+ WW E+L+ + IETN P FD LVN WLPYQVLASRLWGR GPNQR GAYG+RDQLQDVLP +F  P L RRQI+ HAG QF EGDV KWWH A  G TG+GQRT + DPHLWLPYV  RY+ A+ +  +LD+   +LE  A+P G   LL+APR S ++  +Y+HC RA+D +L+  G +GLPL+G  DWNDG D  G +G+GES+WL FFLHD+L+ FA +A  ++  A + + L  A  L+ A+   W  D +V    DAG  + P   ++AAWP LS G  D  R  TA++  L+ LE    +LLL  PFDE S PYPGRIADYPPGVRENGGQYSHG SW VDA MRL+  A   G  DLA HL  RA E W  ISPL         IYGLAPHQQPAD+Y G GYEGRGGWSWY+G+AARM+SAAYA++GL ++ GQ+ +      A G + ++ +  +GK
Sbjct:  556 MAPIINSFLRQSPDPAWYNQDGLVRTIAATAANVTLPQHDFRLWSLALFTGLLAYDWLRVLIWFDHMGLRVATLVNLTFIGGDRADEAAARFAGHAARTRIIPTGIRRFATWAPLLIPFYIPHGPEWDTAWTGAEQIRAKTPALSGPVDSLVMAYGVAGVAALAIAYLVGRRWDRRRPSAVTETMARPDFFLTAPAKFSLSNGFMTADLLPDGRGHSAIDGSARGSHGVDISKKLTDPLQMRGPFFFLRDRDEE-----QRWSIGYEPLQRVGPDYAAHQPTPSCASLRNTVAGIQADAELRLAEEETIEFWTIRLTNTEVRLRRLSLTSFREIAVHELGAYARDPDFNALHVETWFMSSLNGLFIRNRLLRAA------GRMSPEIYFHAVRTGAG----ARLTGYEDSRTRFLGQTGIRDPQGLAETAPRQIDDEGSLYTFDPAASLTVAIDLPPGGQCELLFVTGRANDEQHAAEIVAHHLKVARPTPAALAAVWMRTRHIDPLPPKPATA-WPFSFRKNGTELHLTEATPRPWAHVLANATGFGTVVSNEGEIHSFNANARQNALTPFRFESVPVSNQGQAIYVVDLETGEADTAGFVPFRRADATHRVTYGLGSVTFAQQRGETELLLTVFVLPDAPADIRILTVKNNATRNRRFRIVPYFDIALDESPEDSLGKLEASRDEQTEALLFTNPRNDFFKGWAFAATSLTAPVSETVRARFLGGAGRDLTNPFMVENGVPDSSIDDDGRRAATFSGLIEVPAGGETEVVVVLGQGESRTEALTLAAALCDLASARSAMQATRAWWAERLNDISIETNNPAFDRLVNHWLPYQVLASRLWGRNGPNQRGGAYGFRDQLQDVLPFLFFDPHLTRRQIVFHAGAQFPEGDVFKWWHVAPDGRTGLGQRTRASDPHLWLPYVLVRYIEATSDTTVLDETAAYLEGPAVPDGTVDLLIAPRLSLETGDVYDHCVRAIDYTLARMGPHGLPLVGTGDWNDGVDAVGPAGKGESLWLSFFLHDILVRFAPIAQARQGDAAAQRLLDAAAALKVAIAGAWTSDHFVFDYDDAGEVLDPFSMMTAAWPALSSGAVDPARALTALEHGLSALEKPHRILLLAPPFDEQSKPYPGRIADYPPGVRENGGQYSHGVSWTVDAYMRLAEDAKRRGDADLAAHLVGRAFETWCAISPLGKTEGKELAIYGLAPHQQPADIYDGPGYEGRGGWSWYTGSAARMLSAAYAVIGLEVRNGQVVVPDDLFAARGGLSIKTLCIKGK 1810          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A445N2T5_9DELT (Putative Glycosyltransferase 36 n=1 Tax=uncultured Desulfobacterium sp. TaxID=201089 RepID=A0A445N2T5_9DELT)

HSP 1 Score: 1206 bits (3121), Expect = 0.000e+0
Identity = 613/1265 (48.46%), Postives = 838/1265 (66.25%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGA----ERLGADGGGILPAVTFVLAGYGVAAIAAIGIGAVTA--RFAARRKPHATSGRQ------KHSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGT-PSVDAATLDAVLARK--RELTPP---HSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTG-QMRLDKA 3738
            MAP+I + LRM+ DP+WYNQDGA+RT V +I S  + P +FR WSL VFLG+L ++WLR+LI+ DHMGLRVA++VNLSFVG D  DE AAR IGH AR R +PEG+R F TWAPLLIPFY+PRG DWDY W  +      L ADG    PAV + LAG+ +  +  +GIG V    R  A  +    +G Q      +   RA  L NG YT+E   +G  Y+R +SA RKG E+D+TRRP DPL ++GKFFYL +  +        WSIG  PV   GA  ++ +P+P S   T S+ GI++EA + +  D  +E WR+RL N    AR + L SYQE+ +N  D Y RHP +N +H GT FVR +  ++A NRLL + + +P K+RM +E AFHA+   AG    V+LLGYED R  FIG  TL  P  + GG  R+ +DEG LY+FDP ASL+I++++ P G+ ++ F DGYA +E EA + ++R+ G  P     T  A    +   E T      ++ +   +P+S+S +G E+R+  +T +P AHV+ANPLG+GA++ N G+++SF GN+QQNG++ F  D + +QSP Q++Y+ D DTGE D+P Y+P+R+  A      G GY  F K +   E  L  F+   +P E+R L I+N   K     +A + +I L E+  D+   I+T +  +   LFF NP NDF +GWAF A++++   +ET+R+RF+GG   DL  PYML  G  D SQ DDG RIA ++G ++VP   E S+++++GQTK +E+A V+IR Y D   A +A   TK +W+  + +L++++N  D D +VN WLPYQVL SRLWG+ GPNQRSGAYG+RDQLQDVLP I+  PDLARRQ+LLH+ QQF EGDVL+WWHQ+  G TG+G R  S DPHLWLPY+ + YV A+G+ A+L+++ PFLE N + +    +L+APR SR+SAS+Y HC +A+DL+L+  G +GLPL+G  DWNDG DIAG  G+ ESVWLGFFL+DVL  F+D+   KE       Y  +A  LR +L+ MWR+DRYVR ITD G E+   D L A+WPI+SG+AD +RG   M+ AL +LE  +LVLL   P+ E+   YPGR++DYPPGVREN GQYSHGA+WLVDAL+ LS MA E+G  + A     +A ++W+KISPL ++      +YGL PHQQ AD+ +G GYEGRGGWSWY+GAA RM+  AY L GL + +  ++R+ ++
Sbjct:  564 MAPVIYSLLRMSQDPTWYNQDGAIRTIVTTIKSWTLEPSDFRSWSLSVFLGILVHDWLRVLIFIDHMGLRVATMVNLSFVGADLLDEKAARAIGHSARARCIPEGLRHFFTWAPLLIPFYLPRGADWDYVWTRSAILYRELSADGH--WPAVDY-LAGFFL--LITLGIGTVFGIRRLEAAIRTKDIAGMQTGFGVSRSKVRAHILTNGVYTVEVMDNGAGYSRVYSAYRKGFELDITRRPDDPLHMQGKFFYLVDREKQVGNPERFWSIGSCPVWREGAQYSVIQPNPLSLILTCSYAGIKSEAHLRLNTDETVELWRVRLFNMENFARRIELISYQEFGMNQTDAYRRHPFFNHLHAGTRFVRPMAMLLAGNRLLKDSNTDPTKRRMTKETAFHALKPAAG----VRLLGYEDSRSGFIGNDTLKNPAAIEGGM-RNPEDEGLLYTFDPIASLRIQLDLAPLGSAEVDFLDGYAPNEQEAISLLARHTGIRPDPYCKTWKAFSTPRGVNETTAQANGKNKFQGYSVPYSFSENGEEIRVGWNTPQPWAHVMANPLGYGALVTNHGSMYSFMGNSQQNGITPFDFDAVSSQSPGQVLYIMDLDTGETDSPTYIPFRKKQAISDVTLGRGYAVFRKLSNIAEMELTQFILAHEPAEVRILKIKNRGSKDLHLRVAIFAQIILGEMPIDTRGKIQTDKGPDQNVLFFSNPENDFFKGWAFVATNISLDSVETIRSRFIGGPDRDLTNPYMLENGASDESQPDDGFRIAGLVGGLNVPAMAEESVIVIVGQTKEKEQAAVIIRNYLDLNMADEAFSTTKNFWKNHIPLLQVKSNDADIDMMVNTWLPYQVLVSRLWGKLGPNQRSGAYGFRDQLQDVLPFIYFSPDLARRQVLLHSAQQFLEGDVLQWWHQSWEGKTGVGFRGRSSDPHLWLPYLVSHYVKATGDTAILNEETPFLEGNIVSKRSEGILLAPRQSRESASLYIHCLKAIDLTLNRMGTHGLPLLGTGDWNDGMDIAGFRGKAESVWLGFFLYDVLRRFSDIVGMKEGGCRKVHYEQKAFALRSSLDSMWRKDRYVRAITDKGEEILRADALMASWPIISGIADFDRGCIVMETALNELERHNLVLLFSPPYTEDDKIYPGRLSDYPPGVRENAGQYSHGATWLVDALLLLSDMAREKGMTEKADLFRLQAVQLWIKISPLSHMPDNDMAVYGLPPHQQAADISYGPGYEGRGGWSWYTGAAGRMLYTAYELFGLRLDSNHRLRVSRS 1818          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A7C3E475_9PROT (Glycosyl transferase family 36 n=1 Tax=Proteobacteria bacterium TaxID=1977087 RepID=A0A7C3E475_9PROT)

HSP 1 Score: 1201 bits (3107), Expect = 0.000e+0
Identity = 615/1281 (48.01%), Postives = 825/1281 (64.40%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAIA--AIGIGAVTARFAARRKPHATSGRQKHSPR----AFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRL--GPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKREL--------TPPHS--RHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYMLTQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRG 3789
            MAP+I +FLR++PDP+WYNQDGA+RT  A++  L  +PE FR WSL  F  LLAY+WLRI I+ DHMGLRVA+LVNLSFVG D  DE  ARF GH  +TR++P G+RRF TWAPLLIPFYIPRG +W  AW GAE +      +L     +   + + A+   A+ +G +     A+RKP         +P     +  + NG YTL  + DGR ++  FS VR+G EID++RR  DPL  +GKFFY +++         LWS+  +PVG  G D  + R   +S    N+  GIRA+A V I    P+E W +RL N   + R + LTSY+E+ALN  D Y RHPD+N++H+GT F+  L A++A+NRLL N H NP  ++++ EVAFHAV    GRL    +++LGYED R  FIG G++  PD L     R + D+G LY+FDPAASL++++ + P  ++D+ F DGYA    +A   I ++   P+   + + A L ++R L         P  S  R E  P  F ++PDG EL    +T RP  HV+A+  G+G ++ N+G ++SF GN+QQNG++ F L+ +P Q P Q +Y+ +  TG ID P ++P+RR D  ++ ++G GY  + K A   +    IF+ PD+P E+R L I+N +     F + PY +I L E++ D+   I       L ALFF NP NDF++G AF A+SL     ETVRARFVGGA  D   P+M   G  D  Q DDG RIA+  G + V    E ++V+++GQT    +A  +I  YRD A A+ AL   K WW + LSV+RI+T+   FD +VNDWLPYQVLA+ LWGR GPNQRSG YGYRDQLQD+LPL++  P++ARRQILLHA QQF  GDV++WWHQ+    TG+G R  + DPHLWLPY+  +Y  A+G+ ++LD+++ +LE   +PR +  L+ APRPSRD   +Y HC RA+DL+L   G++G+PLIG  DWNDG ++ G  GRGES+WLGFFL+DVL+ FA LA  KE       YL EA+ LR ALN MWR  RYVR +TD G EM   D L+A+WP++S   D +R    M+ AL  LE   LVLLL   F E S P PG+IADYPPGVRENGGQYSHGASWLVDAL+RLS+ A + G+   A+    +A EIW+KISPLD++ P     YGL PHQQ ADVY GEGY GRGGWSWY+GAAARM+ AAY ++GL M  G + + ++     G I++ R+LY+G
Sbjct:  568 MAPVIYSFLRLSPDPTWYNQDGAIRTATATLKYLTSTPEAFRSWSLQTFTNLLAYDWLRIAIFIDHMGLRVATLVNLSFVGMDVVDEKIARFFGHSMKTRAIPSGLRRFVTWAPLLIPFYIPRGNEWHIAWDGAELIARAHPQVLFPPALIAGSFLILALCTGAVLLGRL---HGAQRKPAQFKPGAVFAPNLNGDSMVIHNGFYTLTLAADGRGWSSVFSCVRRGQEIDISRRLHDPLQWRGKFFYFKDVSAPVDDPQRLWSLTFRPVGKAGPDYGITRIDRSSLRIVNTFNGIRAQATVSIDCHDPVELWHLRLTNLELRNRTVELTSYREFALNVSDAYLRHPDFNSLHIGTWFIPALNAIIAQNRLLKNDHKNPTLRKISPEVAFHAV----GRLPVSTIKILGYEDSRQFFIGHGSVALPDGLEK-IARCVSDDGLLYTFDPAASLRLQISLAPASSIDLMFADGYAGSMTQAQQLIQKHLLIPAPLQSLVQASLEKRRTLHHWGVPADEPVSSCQRPEKKPC-FCFTPDGTELHTGWETPRPWTHVIAHSHGYGVVLNNEGELYSFMGNSQQNGITPFSLNNVPVQVPGQALYLYNLKTGTIDGPTFLPFRRKDEPYNVIFGRGYAVYQKQAAEVDLEYTIFVLPDEPAEVRILKIKNKSVHQLSFRVVPYFQIMLGEISLDTRGKILAHYDESLQALFFSNPQNDFYRGHAFVATSLPVETFETVRARFVGGAQRDFTCPFMAEYGVSDGLQPDDGFRIASFAGTLSVAAGTEETVVIVIGQTTDLIKARTIITTYRDRATASAALHSAKNWWADILSVMRIQTSDQGFDRMVNDWLPYQVLAAHLWGRIGPNQRSGGYGYRDQLQDMLPLLYLYPEMARRQILLHASQQFFAGDVMQWWHQSWEDRTGLGVRNRASDPHLWLPYLVYQYAEATGDLSILDEELGYLEGRRIPRDREGLMFAPRPSRDREPLYRHCIRAIDLTLERLGQHGIPLIGTGDWNDGLNLVGFQGRGESIWLGFFLYDVLVHFAPLAGMKEGRKKEQLYLAEAQKLRSALNSMWRNGRYVRAVTDRGEEMVFDDALTASWPVISEAVDFDRAVAVMERALRHLEKEHLVLLLSPAFTECSQPNPGKIADYPPGVRENGGQYSHGASWLVDALVRLSTRAHDAGETVRAEQFLKKALEIWIKISPLDDITPDNINRYGLPPHQQAADVYCGEGYLGRGGWSWYTGAAARMLWAAYKILGLEMHNGDLVIPRSIFVPKGAIKVNRLLYKG 1839          

BLAST of mRNA_P-wetherbeei_contig1740.1.1 vs. uniprot
Match: A0A4U0GKV1_9GAMM (Glycosyl transferase family 36 n=1 Tax=Sinimarinibacterium sp. CAU 1509 TaxID=2562283 RepID=A0A4U0GKV1_9GAMM)

HSP 1 Score: 1201 bits (3106), Expect = 0.000e+0
Identity = 637/1272 (50.08%), Postives = 809/1272 (63.60%), Query Frame = 1

Query:    1 MAPIIQTFLRMAPDPSWYNQDGAVRTGVASIASLMMSPENFRQWSLDVFLGLLAYEWLRILIWFDHMGLRVASLVNLSFVGGDRFDEWAARFIGHRARTRSLPEGIRRFATWAPLLIPFYIPRGRDWDYAWGGAERLGADGGGILPAVTFVLAGYGVAAI--AAIGIGAVTARFAARRKPHATSGRQKHSPRAFTLGNGTYTLEGSVDGRSYARAFSAVRKGDEIDLTRRPQDPLDIKGKFFYLREMGEGGSPAGPLWSIGHQPVGVTGADCALKRPSPTSACWTNSHGGIRAEALVEIAPDAPIEHWRIRLHNSSTQARILILTSYQEWALNTLDGYSRHPDYNAIHVGTMFVRKLGAVMARNRLLHNGHANPHKKRMAREVAFHAVHVDAGRLGPVQLLGYEDCRPHFIGTGTLGAPDILNGGRHRSIDDEGSLYSFDPAASLQIRVEIPPGGTVDIPFTDGYARDEYEAAAYISRYAGTPSVDAATLDAVLARKRELTPPHSRHETGPLPFSYSPDGRELRLACDTTRPMAHVLANPLGHGAIIGNDGAIFSFAGNAQQNGLSTFCLDTIPAQSPSQMIYVKDRDTGEIDTPCYVPYRRHDAQHHAVYGLGYVEFHKSAPGREYALNIFLPPDQPVELRTLTIRNTTGKAARFSIAPYTEIALAELARDSMEHIETAEIAELGALFFRNPHNDFHQGWAFAASSLNTPVMETVRARFVGGAGYDLCTPYML-------TQGRGDASQSDDGHRIAAMLGDVDVPPHGEISIVMMLGQTKTREEAEVLIRRYRDPAAAADALEGTKRWWREKLSVLRIETNRPDFDSLVNDWLPYQVLASRLWGRAGPNQRSGAYGYRDQLQDVLPLIFTQPDLARRQILLHAGQQFREGDVLKWWHQAVIGGTGIGQRTSSGDPHLWLPYVTARYVAASGNDALLDQQVPFLEANALPRGQHHLLVAPRPSRDSASIYEHCKRAVDLSLSHKGKNGLPLIGASDWNDGFDIAGISGRGESVWLGFFLHDVLLGFADLAARKESAATSAQYLHEAETLRKALNKMWREDRYVRLITDAGAEMTPLDTLSAAWPILSGVADLERGRTAMDAALAKLELGDLVLLLDRPFDENSSPYPGRIADYPPGVRENGGQYSHGASWLVDALMRLSSMAIEEGKPDLAQHLHARAAEIWLKISPLDNLAPGRWEIYGLAPHQQPADVYFGEGYEGRGGWSWYSGAAARMISAAYALVGLSMQTGQMRLDKASLTATGPIQLRRVLYRG 3789
            MAPII +FLR+AP+P+WYNQDGAVRT +A +  L +SP +FR +SL +FLGLLAY+ +R+LIWFDHMGLRVA+LVNLSFVGGD  DE AARF+GH ARTR +PEGIRRF TWAPLLIPFYIPRG DWD  WG AE++   G  +LP V  + A Y +A +  A + +G +   +  RR+  A +    H+P    +GNG YT+E   DGR Y+R  S VR    +DLT+RP D L ++GKFFYLRE+   G+ A P WS+  +P G   A   L R +PT+     S  G+  +A + I    P E W I LHN+  + R++ LTSYQE AL  +D Y R P Y  +HVGT FVR LGAV+ARNRL+     +P ++R   E  FHAV    G    V L GYED R  F+G GT  AP +LNG   R++DDEG LYSFDPAASL++RV + PG    + F DGYA    +AA  I+R  G    DA  L A+  R R L  P   H  G  PFS   DGR L    +  RP  HV+AN LGHG + G+DG++F+FAGNAQQN L+ F  D++P Q+P Q+ YV+D D+ E+  P  VP RR D QH A +GLG   +   A      L+ ++ PD PV+LR   +RNT     +  +A Y++I LAE   DS   ++  + AE G L FR   NDF +GWAF A+SL+ P + + R  F+G AG DL  P  L             A  S DG R A  + DV + P       + LGQ    + A+ L  RYRD AA   +L  +   W   L  LR++T RP+ D L+NDWLPYQ+L +RLWGR GPNQRSGA+G+RDQLQDVLPL    P LAR QILLHA QQF EGDV KWWH+A  G TGI  RT++ DPHLWLPYV ARY+  SG+ A+LD+ + +LEA  LP GQ  +  APRPSR+  S+YEHC+RA+D S   +G +GLPL+G+ DWNDG D  G+ G+ ESVWLG FLH VLL FA +A R+  +A + Q   +AE LR  +  MW+ D Y+R  TD G+ +     L +AWP LSG     + R A+++ L KLE    VLLL  PFDE+S PYPGRIA+YPPGVRENGGQYSHGASWLVDA ++L+  A   G    A+    RA  +WLKISPL          YGLAPHQQPADVY GEG+ GRGGWSWY+GAAARM+ A +AL+G+ ++ G++ L   +  A G ++L RV YRG
Sbjct:  575 MAPIIYSFLRLAPEPTWYNQDGAVRTILAIVQDLRLSPADFRDFSLQLFLGLLAYDAVRVLIWFDHMGLRVATLVNLSFVGGDALDEKAARFVGHAARTRIIPEGIRRFLTWAPLLIPFYIPRGADWDLVWGRAEQVAVAGPPLLPQVVTLFAAYQLAGVLFALLAVGLIVLIW--RRRGAAAA----HAP--MVIGNGRYTMELGADGRGYSRMLSEVRADFVLDLTKRPDDALQLRGKFFYLRELDASGAAAAPAWSLTPKPCGDAAAYKVL-RATPTTLQLRRSAPGLELDAHISIDAVDPTERWAITLHNTEDRERVIELTSYQELALGPVDDYRRTPPYAGMHVGTTFVRTLGAVIARNRLMRTAERDPTRRRPCNECVFHAV----GESDAVVLTGYEDSRSRFLGRGTAAAPALLNGRAPRALDDEGLLYSFDPAASLRVRVTLAPGARQTVQFVDGYAATPAQAAERIARALGRSKPDADALAALHLRHRALLLPEDEH-AGADPFS--DDGRSLIAPMNVERPWTHVMANALGHGLVAGSDGSLFAFAGNAQQNALTPFDPDSVPTQAPGQVFYVRDVDSDELYAPTQVPLRRADVQHSAHFGLGTARYQAQAADLALQLDAWIAPDAPVQLRRFEVRNTGTTPRKLQLASYSQIVLAETPADSRGALQVLD-AEPGCLLFRRADNDFERGWAFVATSLDRPRVLSDRGAFLGAAG-DLSRPQALQTTPASHAASGAAADASADGDRAAVFMQDVVLAPGEAFVYTLALGQCAELKAAQQLAARYRDMAAVQASLSQSSEHWDAVLGGLRVQTTRPEIDRLINDWLPYQILTARLWGRTGPNQRSGAWGFRDQLQDVLPLTRLAPQLARDQILLHAAQQFVEGDVPKWWHRAAAGDTGICVRTAASDPHLWLPYVVARYIETSGDAAVLDEDLRYLEARPLPAGQEGVFFAPRPSREHGSLYEHCRRALDWSWQRRGHSGLPLLGSGDWNDGLDAPGLKGKAESVWLGLFLHRVLLDFAAVAKRRGDSAEAEQRTAQAEQLRAPIEAMWQSDHYLRASTDDGSTLDYASALMSAWPALSGAVPSAQARAALESGLTKLERDTRVLLLAPPFDEHSQPYPGRIAEYPPGVRENGGQYSHGASWLVDAYVQLAQQAETAGDAAEARRCRERALALWLKISPLSKADD---PAYGLAPHQQPADVYDGEGHAGRGGWSWYTGAAARMLDAMHALLGIEVRDGELHLAPHAGQAIGELKLLRVEYRG 1825