mRNA_P-fluviatile_contig1.488.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig1.488.1
Unique Name	mRNA_P-fluviatile_contig1.488.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A6H5KLR8_9PHAE (Gal_mutarotas_2 domain-containing protein (Fragment) n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KLR8_9PHAE)

HSP 1 Score: 1150 bits (2974), Expect = 0.000e+0
Identity = 568/684 (83.04%), Postives = 599/684 (87.57%), Query Frame = 2

Query:  137 MAPAMRRLASSLALSLVVLIAPPLTGPSSRLGLGPLGAAAVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSDRDGITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVE---TGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTRAKGDRSVGGAGG-GGKTVDLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEA-SARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGG 2173
            M P  R LASSLALSLV    PPLTGP +  G GPLGAAAVD+KKFRKCADTGFCRRNR+RTSPP++PFRV+P SV+S  +GITAD+ P +  GGSAPLSLRVRFY NGVCRLKVDE SPGGAQRWEPPDVFLE QLE AE  LL  GDPSLPPAL+ELPEGW G+LAAYG       GGGG    RYVLSVRY+PFQADLYAGDELAVSANRRGLMHFEQTR K D +  G GG GGKTVDLHRGKKVKDYGEDGLAIYEDGTRET+EEH+RLLEEA +ARQGKDESGLGLWEESFDGHPDSKPDGPTSVG+DVYFPGSDHVYGIPEHA SM+LKTTT     D +  A                  PPHFSEPYRLYTLDVFEYELDS AALYG+IPVMLGHR+G TAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPT G VF+QYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVL+VDAGFEERDFPYDVIWLDIEHTDGKRYFTWD+ LFPDPKRM+DKVAAHGRRMVTIVDPHIKRD  YAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDE VR WWASRF+L++YEGSTLDLYTWNDMNEPSVFNGPEV SMKKDCLSLAG+EHRHWHN YGMYMQRATAEGLELPR+GNARGGGGG
Sbjct:    1 MTPVRRGLASSLALSLVAFNTPPLTGPLAGRG-GPLGAAAVDQKKFRKCADTGFCRRNRDRTSPPQTPFRVNPESVQSSAEGITADIWPGD--GGSAPLSLRVRFYENGVCRLKVDEQSPGGAQRWEPPDVFLEHQLEAAEHTLLSPGDPSLPPALQELPEGWRGVLAAYGKYGGNVAGGGGGSSGRYVLSVRYEPFQADLYAGDELAVSANRRGLMHFEQTRGKDDAAAAGEGGAGGKTVDLHRGKKVKDYGEDGLAIYEDGTRETQEEHSRLLEEAEAARQGKDESGLGLWEESFDGHPDSKPDGPTSVGMDVYFPGSDHVYGIPEHAASMSLKTTTXXTTPDGEIAA------------------PPHFSEPYRLYTLDVFEYELDSSAALYGAIPVMLGHRRGQTAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTPGAVFKQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLSVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDKGLFPDPKRMIDKVAAHGRRMVTIVDPHIKRDGKYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDEGVREWWASRFALEEYEGSTLDLYTWNDMNEPSVFNGPEV-SMKKDCLSLAGIEHRHWHNTYGMYMQRATAEGLELPRRGNARGGGGG 662

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A7S2STM5_9STRA (Hypothetical protein n=2 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2STM5_9STRA)

HSP 1 Score: 1046 bits (2705), Expect = 0.000e+0
Identity = 554/1030 (53.79%), Postives = 675/1030 (65.53%), Query Frame = 2

Query:  254 AVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVR-SDRDGITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTRAKGDRSVGGAGGGGKTV--DLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEG--SGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRL 3328
            AVD+ KFR C DTGFCRR+R  T+PP   F V P SV  +  DG++A +L  ED   S PL L + FY NG+ R++V E +P    RWEPPDV LE QL              + P L+E  E  +G+   Y             R+V  + + PF   L+   E  VS N R L HFE  R+K D     +     T   D H+GK++  Y EDGLAIYEDGTRE +   N   EE   R     +G G W+E+F GH DSKP GP SVG+D+ FPG+ H++GIPEHAT ++L+ TT G NA                          H+S+PYR+YTLDVFEY+LD P ALYG IP+++GH    + G FWFNPTETF+DVE+ G  +  R  WISE G +DL+LLPGPT  ++  Q+    G  ELPP+F+LG+HQCRWNY+DE+DV  V+A FEE DFPYDV+WLDIEHTDGKRYFTWD+ LFP+PK M++ ++AHGRRMVTI+DPHIKRD NY +H+EAT KGLYIK+KDG+DFDGWCWPG SSYLDFT   VR WWA + +LD+YEGST+DLYTWNDMNEPSVFNGPEV +M+KDC +L GVEHR WHN+YGMY QRATAEG ++ R G       G  RPFVLSR+F+AGSQRWGA+WTGDN A W HLA +APMLLS+ L GL F GADVGGFFGDP AEL +RWMQA AY PFFR HAHHDSKRREPW+FG+P TT++R+ VM RYALLPYWYTLF EA  TG+P MRP+W++YP D  TFDMDDQW+VGSD++VKP+   G T + VYLPG                     WYDVDT     G G Y   + PIDKI A QRGGSIIPRK RLRRSS +M  DPYTL VALD+   A G LY+DDEE+  ++D    G +  RRF F+   L    A G  SG + P N IER+VI G+   P +V +      AS+  +          L F YD   + LT+RKP +    +F LRL
Sbjct:   50 AVDRSKFRTCQDTGFCRRHRAPTAPPPK-FSVLPDSVVVNGADGLSA-LLQDEDF-TSPPLRLTLLFYQNGIARMQVREANPA-MPRWEPPDVVLEDQLG------------PVAPQLQERSEA-SGLRLEY----------MPGRHV-ELGFSPFSLALFIDGEKVVSVNERNLFHFEFHRSK-DTPDAASSAEAATAGEDRHKGKRIVGYWEDGLAIYEDGTREEKVRDN--AEEEKLR-----NGDGFWQETFAGHTDSKPLGPASVGMDIDFPGAQHLFGIPEHATRLSLQPTT-GPNA--------------------------HYSDPYRMYTLDVFEYDLDVPMALYGGIPMVMGHTASASVGAFWFNPTETFIDVEKDG--KASRTHWISESGIVDLMLLPGPTPKDILHQFTSAVGTQELPPLFALGYHQCRWNYKDEKDVAQVEAKFEELDFPYDVLWLDIEHTDGKRYFTWDKNLFPNPKAMIEGLSAHGRRMVTIIDPHIKRDNNYYIHREATEKGLYIKNKDGDDFDGWCWPGSSSYLDFTQPHVREWWAQQLALDKYEGSTMDLYTWNDMNEPSVFNGPEV-TMQKDCKNLKGVEHREWHNLYGMYQQRATAEG-QIMRSG-------GQLRPFVLSRSFYAGSQRWGAIWTGDNRAEWSHLAIAAPMLLSIGLGGLTFAGADVGGFFGDPDAELMVRWMQAGAYTPFFRGHAHHDSKRREPWMFGEPTTTQLRNAVMTRYALLPYWYTLFFEAFVTGVPTMRPLWMEYPQDTATFDMDDQWLVGSDIVVKPVTAPGVTSTEVYLPGTQ------------------PWYDVDTFLPYEGPG-YTKFDTPIDKIAALQRGGSIIPRKLRLRRSSKLMRHDPYTLFVALDKQGQAVGELYMDDEETFAFKD----GNYVLRRFHFKDSELTASPAAGHSSGNFSPGNEIERIVILGLPVAPKAVHV------ASESPQRA--------LGFEYDPSKKALTIRKPLLPADANFQLRL 968

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A4D9D2P9_9STRA (Gal_mutarotas_2 domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9D2P9_9STRA)

HSP 1 Score: 1031 bits (2666), Expect = 0.000e+0
Identity = 551/1042 (52.88%), Postives = 681/1042 (65.36%), Query Frame = 2

Query:  254 AVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSDRD-GITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTRAKGDRSVGGAGG---GGK----TVDLHRGKKVKDYGEDGLAIYEDGTRETRE-------EHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQG-GAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRP-ANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRL 3328
            AVD+ KFRKCADTGFC+  R+        FRVD AS++ D   G     L + D    A L+  ++FY++G  RLK+ E  P   +RWEPPDV +E+ L+                A+R      +G L    + +           VL V+ DPFQ DL  G   A++ N+ GL+HF+  RAK D++  G+GG   G K     VD H GKK+  Y EDGLAIYEDG+RE +        E  RL E A+A + K       WEE F GH DS+P GP SVGIDV FPG++H+YG+PEHA+S  LKTT  G NA                           ++EP+RLY LDVFEYELD P ALYGSIP +  H   ++AGVF FNP+ETFVDVE G G G+G +  W+SE G LDL LLPGPT   V +Q   +TG   LPP+FSLG+HQCRWNY+DE+DV  V   FEE DFPYDV+WLDIEHTDGKRYFTWDQ +FPDP  M + +AA GR+MVTI+DPHIKRD N+A+H EATAKGLY+KDK G DFDG+CWPGQSSYLDFTD  VR WWA RF+LD+Y GST +LYTWNDMNEPSVFNGPEV SM+KDC +LAGVEHR WHN+YGMYMQRATAEGL L              RPFVLSRAF+AGSQR+GA+WTGDN A W+HL  +APMLLS++LAGL F GADVGGFF D  AEL  RWMQA A+QPFFR HAHHD+KR+EPWV+G+P T+RIR+ VMARY LLPYWYT F  A   G+P+MRP+W++YP +  TFDMDDQW++G DLLVKP+ T GAT  +VY P                    GLWYD++TL  + G    R+V AP++KIP +QRGGSIIPRK RLRRSS +M  DP+TLVVA++    A+G +Y+DDE +  +   E  G +  R+ +   G++     +G    RP  N +ER+V+ G   +P +V L     P S+ G  E+ AT    L F YDA  RVLT+RKP+V + ED+ + L
Sbjct:   61 AVDRSKFRKCADTGFCKEFRDVVPGALPRFRVDAASLKHDEHAGFLGGQLLSSDVNAKA-LNFSLQFYNDGTSRLKIKECDPL-RERWEPPDVVIEESLDST--------------AIRVDTSKSDGSLHVEFANDK----------VLRVQLDPFQVDLLVGGVPALTVNKGGLLHFQAYRAKKDKANAGSGGEESGEKIEEEVVDKHGGKKIVGYWEDGLAIYEDGSREEKPSAEEEAAEARRLQEAAAADEDK-------WEEYFGGHTDSRPHGPASVGIDVRFPGAEHLYGLPEHASSFRLKTTK-GPNA--------------------------QYAEPFRLYNLDVFEYELDEPMALYGSIPFVASHTAALSAGVFLFNPSETFVDVEAGSGHGDGYQTHWMSECGVLDLFLLPGPTPRAVAKQMTTLTGTQALPPLFSLGYHQCRWNYKDEKDVAQVHGKFEELDFPYDVLWLDIEHTDGKRYFTWDQGVFPDPVSMQNSLAAQGRKMVTIIDPHIKRDDNFAIHSEATAKGLYVKDKFGADFDGFCWPGQSSYLDFTDAGVRRWWAERFALDKYTGSTSNLYTWNDMNEPSVFNGPEV-SMQKDCRNLAGVEHREWHNLYGMYMQRATAEGLTLRDSKGLE-------RPFVLSRAFYAGSQRFGAIWTGDNKAAWEHLQVAAPMLLSINLAGLSFSGADVGGFFQDTDAELMTRWMQAGAFQPFFRGHAHHDTKRKEPWVYGEPTTSRIRAAVMARYTLLPYWYTTFYIAYAEGLPVMRPLWMEYPTEMATFDMDDQWLIGQDLLVKPVTTAGATSLSVYFP-------------------QGLWYDIETLSPISGPAT-RTVPAPLEKIPVYQRGGSIIPRKMRLRRSSSLMTHDPFTLVVAMNAKGLAEGLVYMDDEHTLKH---EKTGEFVLRKVTLADGMMR-NVRQGGAEDRPFRNQVERIVVLGWMAKPKAVTL-----PVSEQGGAEKQATTQRSLEFMYDAKKRVLTIRKPEVMLDEDWTIGL 1005

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A835Z3X1_9STRA (Alpha-glucosidase II n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z3X1_9STRA)

HSP 1 Score: 1007 bits (2604), Expect = 0.000e+0
Identity = 537/1042 (51.54%), Postives = 644/1042 (61.80%), Query Frame = 2

Query:  254 AVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSDRDGITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTR---AKGDRSVGGAGGGGKTVDL-----HRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRML----DKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEG-----LELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRL 3328
            AVD KKFR C DTGFCRRNR    P +S   +DPAS+    +G+   ++     GG+ PL L V  Y +GV R+++ E +                              P+  P                                   R++P + D Y       +AN  GL+HFEQ +   A+G+R++ G  G     D      H GK+V DYGEDG A+Y DGT E+  +H +                GL EE FDGH D+KP G TSVG+DV+FPGS  +YGIPEHA SMALK TT               GDG              +S+PYRLYTLDVFEYELD P ALYG+IP+ + H  G TA  FW+NP+ETFVD        GK  RW+SE G +DL++LPGPT  ++F+QY  +TG P +PP FS+ FHQCRWNYRDE DV AVDAGFE  D PYDV+WLDIEHTDGKRYFTWD+  FPDP  M     +K+AAHGR+MVTIVDPHIKRD  + +HK+ATA G YIKD  G DFDGWCW G SSYLDFT   VR WWA +F+L+ Y+GST  L+ WNDMNEPSVFNGPEV SM+KDCLS AGVEHR WHN+YGMYM RATAEG     LE      ARG        FVLSR+F  G+QRWG +WTGDN A W+HL  + PMLLS+S+AG+PF GADVGGFFGDPS ELF RWMQA AYQPFFRSHAHHDSKRREPWVFG PWT+RIR+ +MARYALLPYWYTLF +A   GMP MR +W+QYP DA TF MDDQW+VG+DLLVKP+ T GA+   VY PG                    LWYDVDTL   R S   + V AP+DKIP +QRGGSIIP++ RLRRSS +M  DPYTLV+ALD A AA+G+LYLDD ES DY   +G    A RRF++  G L+      SG+Y+P N IER+VI G+ TEP+++        A D+            L F +      L +RKP V VA DF LR+
Sbjct:    2 AVDVKKFRTCQDTGFCRRNRRAIPPRRS---LDPASLEVAENGVIRGLVAGGTSGGAPPLQLEVALYESGVARVRITEAAA-----------------------------PNQKP-----------------------------------RFNPLRFDAYVNGAPVAAANAAGLLHFEQRKRDGAQGERALPGDAGDAPPADADVPQAHSGKEVIDYGEDGKAVYADGTHESDSQHRQ--------------DPGLGEERFDGHVDTKPFGATSVGMDVWFPGSQELYGIPEHAASMALKATT---------------GDGAS------------YSDPYRLYTLDVFEYELDVPMALYGAIPLAVSHGAGGTAAAFWWNPSETFVDG-------GKGVRWLSESGVVDLMILPGPTPADMFKQYMLLTGAPAMPPHFSVAFHQCRWNYRDEADVAAVDAGFEAEDIPYDVLWLDIEHTDGKRYFTWDKTHFPDPITMQASVENKLAAHGRKMVTIVDPHIKRDDGFYIHKKATALGHYIKDHTGKDFDGWCWSGSSSYLDFTAPEVRQWWAEQFTLENYKGSTRSLHIWNDMNEPSVFNGPEV-SMRKDCLSRAGVEHREWHNIYGMYMHRATAEGVQARGLETRPSDPARG--------FVLSRSFGPGTQRWGPIWTGDNKASWEHLRIATPMLLSISIAGVPFAGADVGGFFGDPSPELFTRWMQAGAYQPFFRSHAHHDSKRREPWVFGVPWTSRIRAAIMARYALLPYWYTLFAQAHSDGMPPMRALWIQYPTDAATFAMDDQWLVGADLLVKPVTTSGASTVEVYFPGAD---------------QGTLWYDVDTLEVQRASTHLQQVNAPVDKIPVYQRGGSIIPKQMRLRRSSALMRADPYTLVIALDGAGAAEGTLYLDDGESFDYTTDQG---HALRRFTYANGTLSATGV--SGLYQPGNAIERIVIIGMVTEPTAIT-------AGDEQ-----------LDFRWMQATSELVIRKPGVLVASDFVLRV 881

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A7S2FWR3_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2FWR3_9STRA)

HSP 1 Score: 986 bits (2548), Expect = 0.000e+0
Identity = 518/1028 (50.39%), Postives = 663/1028 (64.49%), Query Frame = 2

Query:  254 AVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSD-RDGITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTRAK-GDRSVGGAGGGGKTVDLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRLS 3331
            +VD+ KFR C +TGFCRRNR R  PP   F V P+SV +  +DG+TA  L   +   + PL + +  Y +GV R+++ E +P    RWE  D+ L+  L   E        PS+      +             +E G G +      L + Y+PF   L    E +   N RGL HFE  R++ G+ S+          D H+GKK+  Y EDGLAIYEDG+RE + + +   EE +   G+++   G WEESF GH DSKP GP SVGIDV FPGS H+YGIPEHA+SMALK TT G  AD                          +S+PYRLYTLDVFEY+LD P ALYG IP++  H    T G FWFNPTETF+D+E+    +  R+RWISE G +DL+L+PGPT  +   Q+ ++ G  +LPPMFSLG+HQCRWNY+DE DV  V A FEE +FPYDV+WLDIEHTDGKRYFTWD  +FP+P  M + ++ +GR+MVTIVDPH+KRD NY +H EAT KGLYIK+KDG+D+DGWCWPG SSYLDFT   VR WWA +F L+ Y+GST+DL+TWNDMNEPSVFNGPEV +M+KD ++L G+EHR WHN+YGMY QRATAEG  L          GG  RPFVLSR+FFAGSQRWGA+WTGDN A W+HLA ++PMLLS+ L GL F GADVGGFFG+  +EL +RWMQA ++ PFFR HAHHDSKRREPW+FG+P T+++RSVVMARY+LLPYWYTLF  A  +G+P MRP+W+ YP D  TF+MDDQWMVG+D++VKP+   G T + +YLPG                   G WYDV++L A   S    ++  P+ KI A QRGGSIIPRK RLRRS+  M  DPYTL +ALD+   A G LY+DDE + +++     G +A R F+F+  VL   +   +  +   N +ER+V  G++  P +V +   S   S              L+F YD+  ++LTVRKPDV   EDF + +S
Sbjct:   35 SVDQSKFRTCKETGFCRRNRNRPGPPPQ-FSVLPSSVATHGKDGLTA--LLQSNQLEAPPLKMGISVYDSGVVRMQIREANPE-KPRWEAADILLDDALTSIE--------PSMQAQESSM------------RLEFGEGRA------LVLEYEPFSVTLLIDGEASAVVNGRGLFHFEYHRSREGEPSLAAPT---DDEDRHKGKKIVGYWEDGLAIYEDGSREVKVK-DETSEEPAKGDGEED---GFWEESFGGHTDSKPLGPASVGIDVDFPGSKHLYGIPEHASSMALKATT-GPGAD--------------------------YSDPYRLYTLDVFEYDLDVPMALYGGIPLVWSHTTRGTVGAFWFNPTETFIDIEKDD--KSARSRWISESGIVDLMLIPGPTPADAISQFTQLVGTTDLPPMFSLGYHQCRWNYKDEADVAQVHAKFEELNFPYDVLWLDIEHTDGKRYFTWDDNVFPNPIAMQENISKYGRKMVTIVDPHLKRDNNYYIHTEATDKGLYIKNKDGSDYDGWCWPGSSSYLDFTQPHVREWWAEQFKLENYKGSTMDLFTWNDMNEPSVFNGPEV-TMQKDVVNLDGIEHREWHNLYGMYQQRATAEGHILRS--------GGVDRPFVLSRSFFAGSQRWGAIWTGDNKADWEHLAIASPMLLSIGLGGLTFSGADVGGFFGNTDSELMVRWMQAGSFTPFFRGHAHHDSKRREPWMFGEPTTSQLRSVVMARYSLLPYWYTLFYAAYTSGLPTMRPLWINYPKDEATFEMDDQWMVGADIVVKPVTAPGVTKTEIYLPG------------------DGPWYDVESLEAY--SAGKVTLATPLAKIAALQRGGSIIPRKLRLRRSTKFMINDPYTLYIALDKQGKASGDLYIDDETTFNHKS----GNFALRHFNFDSLVLESTSGVPT-TFTANNRVERLVFIGLERAPKTVSVSSKSKTGS--------------LTFDYDSRKKILTVRKPDVFATEDFKITVS 948

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A5A8DPS0_CAFRO (Gal_mutarotas_2 domain-containing protein n=2 Tax=Cafeteria roenbergensis TaxID=33653 RepID=A0A5A8DPS0_CAFRO)

HSP 1 Score: 954 bits (2466), Expect = 0.000e+0
Identity = 518/1047 (49.47%), Postives = 643/1047 (61.41%), Query Frame = 2

Query:  233 LGPLGAAAVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSDRDGITADVLPAEDGG--GSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALR----ELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTRAKGDRSVGGA----GGGGKTVDLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLE---EASARQ--GKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELP-RKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLR 3325
            L    A AVD+ KFR C DTGFCRR+R +    K  + +DP S+        A +    DGG  G+ PLSL VR    G  R++V E+  G A RWE PDV LE  L  +        D ++  A       LP   +  L  + S          RR + +VR+ PF  D+Y+  +  V+ N +G  +FE  R + + +   A    G GG       G+++ D+GEDG  IY DG  +         E   +AS  Q     ES  G+  ESF GH D++P GPTSVG+D  FPGS HVYGIPEHA ++AL+ T  G    ++ GA                      SEPYRLY LDVFEYEL +P ALYGSIPVM+ H +G TAGVFW NP+ETFVDV +  A  G  ARW+SE G  DL ++PGP+A EVFRQY  +TG   +PP F+LG+HQCRWNY+DE DV AVDA FEE  FPYDV+WLDIEHTDGKRYF+WD+ LFP+P  M +++A  GR+MVTIVDPHIKRD ++ +H EAT KGLYIK KDG DF+GWCWPG SSYLDFT   VR WWA +FSL  Y+GST  LYTWNDMNEPSVFNGPEV SM K+  SL GVEHR WHN+YG+Y Q ATA G EL    GN R        PFVLSRAFFAGSQR+GA+WTGDNAA WDHL  +APML+S+SL+GL F GADVGGFF +P  EL +RW QA A+QPFFR+HAH D+KRREPW+FGD     +RS V  RYALLP+WYT F     +G P++ P+WV YP D  TF M+ QW++GSDL+V+P+V  GAT + VY PG                     W DV ++  +       +V AP+DKIP +QR GS++PR+ R RR S +MA DP+TL V LD A  A G LYLDD  S+D++  +    +  RRF FEG VL    A GS  +  AN+IER+V+ G+   P+           + DG       A   + F YDA   V+TVRKP V  A DF +R
Sbjct:   12 LAAQSALAVDRSKFRTCQDTGFCRRHRSKAVEAK--WALDPKSLSF----AGATLSGRLDGGEAGAPPLSLTVRLLDTGAARIRVVEND-GRAPRWESPDVVLEDALRDSSDAAQVRADDAVVRAAAGETTSLPADSDATLLHWTSAS-------GRRQLAAVRFAPFSVDVYSEGKHVVAVNSQGNFYFEHRRVQNEAAAEAASAALGSGGSAGS---GRRILDWGEDGKPIYADGDDDAASAEAAPAEGQGDASGTQLLSNSESEEGMGAESFGGHTDNRPHGPTSVGVDTAFPGSTHVYGIPEHADTLALRATAPGS---SEAGA---------------------HSEPYRLYNLDVFEYELHNPMALYGSIPVMIAHGQGRTAGVFWNNPSETFVDVAK--ASPGASARWMSESGVFDLTVMPGPSAREVFRQYTAMTGTQAMPPRFALGYHQCRWNYKDEADVAAVDAKFEEHSFPYDVLWLDIEHTDGKRYFSWDKALFPEPAAMQNRLAERGRKMVTIVDPHIKRDSSWRIHTEATDKGLYIKSKDGGDFEGWCWPGSSSYLDFTAPHVRDWWAQQFSLQNYQGSTGSLYTWNDMNEPSVFNGPEV-SMHKESKSLGGVEHREWHNLYGLYQQMATARGQELRVADGNTR--------PFVLSRAFFAGSQRYGAIWTGDNAAHWDHLRIAAPMLMSISLSGLSFAGADVGGFFENPDTELMIRWYQAGAFQPFFRAHAHIDTKRREPWLFGDEVLANLRSTVRTRYALLPFWYTQFYHTHASGEPVIAPLWVDYPTDETTFAMETQWLIGSDLMVRPVVDAGATTADVYFPGTE------------------QWLDVASMERLAPG--RATVAAPLDKIPVYQRAGSVVPRQVRPRRCSALMANDPFTLTVFLDSAGKASGDLYLDDGISYDFQRSKS---FRLRRFDFEGRVLKSSLAAGSKAFAVANSIERIVVVGLGAAPAKAFAT------NQDG-------AETEVDFAYDASKDVVTVRKPGVKAAYDFSVR 970

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: D7G789_ECTSI (Alpha-glucosidase II alpha subunit, family GH31 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G789_ECTSI)

HSP 1 Score: 907 bits (2344), Expect = 0.000e+0
Identity = 452/601 (75.21%), Postives = 475/601 (79.03%), Query Frame = 2

Query: 1538 MFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRLSWAA 3340
            MFSLGFHQCRWNYRDEQDVLAVD+GFEERDFPYDVIWLDIEHTDGKRYFTWD+ LFPDPKRM+DKVAAHGRRMVTIVDPHIKRD  YAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDE VR WWASRF+L++YEGSTLDLYTWNDMNEPSVFNGPEV SMKKDCLSLAG+EHRHWHN YGMYMQRATAEGLELPR+GNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAA+WDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWV+GDPWT RIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYP DANTFDMD+Q                                                                  + P+  +P  QR       KQRLRRSSLMMA DPYTLVVALD+   A G+LYLDDEES+DYRD EGGGG  TRRFSFEGGVL GR  EGSG Y PANTIERVVI GV+  PSSV L + +A           A  A  L FTYDA  RV+TVRKPDVCV +DFDL LS+AA
Sbjct:    1 MFSLGFHQCRWNYRDEQDVLAVDSGFEERDFPYDVIWLDIEHTDGKRYFTWDKGLFPDPKRMIDKVAAHGRRMVTIVDPHIKRDAKYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDEGVREWWASRFALEEYEGSTLDLYTWNDMNEPSVFNGPEV-SMKKDCLSLAGIEHRHWHNTYGMYMQRATAEGLELPRRGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAAKWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVYGDPWTARIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPGDANTFDMDNQ-----------------------------------------------------------------TQHPLPSLPP-QRS------KQRLRRSSLMMASDPYTLVVALDDGGRADGNLYLDDEESYDYRDTEGGGGRTTRRFSFEGGVLKGRVVEGSGTYSPANTIERVVIVGVNAAPSSVTLHMAAA-----------AGTASSLDFTYDALTRVVTVRKPDVCVVDDFDLTLSFAA 517

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A7S0LRM7_9EUKA (Hypothetical protein n=1 Tax=Coccolithus braarudii TaxID=221442 RepID=A0A7S0LRM7_9EUKA)

HSP 1 Score: 897 bits (2319), Expect = 6.330e-308
Identity = 498/1052 (47.34%), Postives = 627/1052 (59.60%), Query Frame = 2

Query:  227 LGLGPLG----AAAVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSDRDGITADVLPAEDGGG--SAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELAVSANRRGLMHFEQTRAKGDRSVGGAGGGGKTVDLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDVEQ-GGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGF------FGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERV-----VIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRL 3328
            L LG L     A  VD+ KFR C+ T FCRR RE  +P    + + P+S+  D     A  L A+  GG    PL+L +  YS+G  R+++ E SP    RWEP D+ L Q    A    L    P LP  +       +   +AY   E GG        V+ +   PF+  LY G    +  N  G  +FE  R + D ++  A   GK  D+H GK + DYGEDGLA+Y DGT++ +      + E +A     +   G WEESF  H DSKP GP+SVG+DV FP + +VYG+ EH   + L +TT G+ A                           +SEPYRL+TLDV++YELDSP ALYG +P++LGH    T G+ WFNP+E F+D+ + GG      A W+SE G +D+++LPGP   +VF QYA +TG   LPP+FSLG+HQCRWNY DE DV  V   FE  D P+DV+WLDIEHTDGKRYFTWD   F +PK M +++AA GR+MVTIVDPHIK D NYAV++EA  K LY++ KDGN+FDGWCWPG S+YLDFT   VR WWA RF+ D+Y GST  LYTWNDMNEPSVFNGPEV SM KD  S+AGVEHR WHN+YGMYM RATAEGL L R          D RPFVLSR+F++GSQRWG +WTGDNA +WDHL AS PML+++ L G+ F GADVGGF      +GDP  ELF RW +  AY PFFR HAHHDS RREPW FGD  T R+R +   RY LL YWY+LF  A  TGMP+M P+WV YP D  +F  ++Q++VG+DLLV P+ ++GAT + V  PG                     WY V   G+V  S     V AP+  IP FQRGGSI+PR+ RLRRSS+ M  DPYTLVVA D A AA G L+LD  + + Y+     GG+    F+F  G L   A   S  Y P N +ERV     V AG+   PS V L V       DG           L F++      L +RKPDV +A+++ + +
Sbjct:   24 LALGVLSLLVPAVCVDRSKFRTCSQTSFCRRRRE--APSAREYLIAPSSLALD----AAGKLSAQLHGGPYGVPLALSLETYSSGSVRMRIVESSPLHGPRWEPQDILLPQT--GAPLRKLSADSPELPAEIAAAAA--SADASAYAVGEAGGA-------VVVLHLHPFRVSLYQGGVKTLDLNNGGKFYFEHHRKREDAAI--ALPAGKAEDVHAGKTIVDYGEDGLAVYSDGTKQEKGADAEAVAETTADSAASD---GEWEESFGSHHDSKPFGPSSVGMDVTFPSTHYVYGLAEHTGPLNLASTT-GEQA--------------------------KYSEPYRLWTLDVYDYELDSPMALYGGVPLLLGHNANSTTGLLWFNPSEAFIDISRSGGPPASTSAYWMSESGVVDVMMLPGPRPADVFAQYASLTGVTPLPPLFSLGYHQCRWNYNDEADVKYVHNQFETLDIPFDVLWLDIEHTDGKRYFTWDSFKFGNPKAMQEELAATGRKMVTIVDPHIKIDSNYAVYQEAHEKKLYVQTKDGNEFDGWCWPGSSAYLDFTSADVREWWAGRFAYDKYLGSTPTLYTWNDMNEPSVFNGPEV-SMSKDSKSIAGVEHREWHNLYGMYMHRATAEGL-LQRNEPQ------DKRPFVLSRSFYSGSQRWGPIWTGDNACKWDHLEASLPMLMALGLCGITFSGADVGGFLGKGGGYGDPDHELFTRWFETGAYTPFFRGHAHHDSARREPWTFGDETTARLREIAKERYQLLAYWYSLFHLAETTGMPVMVPVWVHYPADEASFGTENQYLVGTDLLVHPVTSKGATSATVAFPGSE------------------PWYGVRD-GSVFTSAS-AEVAAPLGTIPVFQRGGSIVPRQMRLRRSSVPMVRDPYTLVVAPDTAGAASGILFLDSGDGYAYQQ----GGYHLCEFTFADGKLTNTAKHASNSYMPPNKLERVELLLPVKAGL---PSRVSLLV-------DGSETD-------LGFSFSEETNRLVLRKPDVLMAKEWAITI 977

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A7S2PTL2_9STRA (Hypothetical protein n=2 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2PTL2_9STRA)

HSP 1 Score: 897 bits (2319), Expect = 6.330e-308
Identity = 496/1071 (46.31%), Postives = 639/1071 (59.66%), Query Frame = 2

Query:  254 AVDKKKFRKCADTGFCRRNRERT-------------SPPKSPFRVDPAS--VRSDRDGITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGW----NGILAA---------YGSVETGGGGSCDRRYVLSVRYDP-FQADLYAGDE--LAVSANRRGLMHFEQTRAKGD---RSVGGAGGGGKTVDLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDV---EQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGN-DFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLEL--PRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGA---TVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGE--YRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKPDVCVAEDFDLRLS 3331
            AVD+ KFR C  T FCRR+R +              +P        P    VR     +TADV+P ++   +  L+  +  + NG+ R ++ + +       +    +    L   E +++   D ++  +     E W    +G+ +A         YGS +     +  + + + ++ +P  +  L+   +  L  S N   L HFE  R KGD     V          D H GKKV  + EDGLAIYEDG+RE +++HN  L    A   +D++   +WEE F  H DSKP GP S+GIDV FP S H++G+PEHA+S  LK T                   KG           H++EPYR+Y LDVFEYELD   ALYG++P+++      T G FW NP+ETFVDV   +QGG  EG    WISE G  DL LLPGP+  +++ QYA +TG+ E+PPMF+LG+HQCRWNYRDE DV AV   FEE D+PYDV+WLDIEHTDGKRYFTWD+ LFP+P  M D++A  GR+MVTIVDPHIKRD  Y +H EAT KGLYIKDK G  D+DGWCWPG SSYLDFTD  VR WWA +F+ ++Y GST +LYTWNDMNEPSVFNGPEV SM+KD L+LAGVEHR WHN+YG +  RATAEGL L  P K           RPFVLSR+FFAGSQ++GA+WTGDN + W HL  +APMLLS+++ GL FVGADVGGFFG+P AEL  RW+QA AYQPFFR HAHHDSKRREPWVFG+     +R    ARYALLPYWYT+F EA +TGMP+MR MW++YP +   F +D+QWM+GSDLLVKP+ T+     T+  V  P  S                  LWYDVDTL      GE     V  P+DKIP +QRGGSII RK RLRRS+ +M  DPYTL +ALDE   A+GSLY DD+ + DY+     G +   +F   G  L   +            IER+VI G+D  P+ V + +                  + +++ Y+  ++VL +RKP V  + D+ + LS
Sbjct:    2 AVDRSKFRTCEQTSFCRRHRNKQPQISYTLQNIKFHNPNNQSTNTPPMDEYVRGPNAAVTADVIP-DNSATAHNLAFSLYLFQNGMSRFRITDVT-------QTRPTYDADVLNVEELMMVGASDYTVVESFDV--EEWMFEQSGLRSAGNNHAKLITYGSSDN----NKQQPFGVLIQSEPSIEIHLFNLQDRSLLASVNAEQLFHFEHHRVKGDVQAARVAVEDSNDSDEDRHGGKKVVGFWEDGLAIYEDGSREEKKDHNNAL----ATDNEDDA---MWEERFHEHVDSKPKGPASIGIDVAFPKSRHLFGLPEHASSTQLKIT-------------------KGEGA--------HYAEPYRMYNLDVFEYELDETMALYGAVPLVVSQTADATVGAFWLNPSETFVDVSNYKQGG--EGLSTHWISESGVFDLFLLPGPSPRDLYAQYAVLTGRLEMPPMFALGYHQCRWNYRDEADVFAVHEKFEELDYPYDVLWLDIEHTDGKRYFTWDKHLFPNPIPMQDRLAKQGRKMVTIVDPHIKRDNKYRIHSEATKKGLYIKDKTGKKDYDGWCWPGSSSYLDFTDASVRQWWAEQFAFNKYIGSTKNLYTWNDMNEPSVFNGPEV-SMQKDLLNLAGVEHREWHNLYGQFQHRATAEGLVLRHPSKNE---------RPFVLSRSFFAGSQKYGAIWTGDNESHWSHLQIAAPMLLSLNVGGLSFVGADVGGFFGNPDAELMTRWIQAGAYQPFFRGHAHHDSKRREPWVFGEETMKILRHATAARYALLPYWYTVFHEARETGMPVMRTMWMEYPKEEALFGLDNQWMIGSDLLVKPVTTQTGGKTTLLDVRFPRSSK-----------------LWYDVDTLQVASPEGEDNVEWVTCPMDKIPVYQRGGSIIARKLRLRRSTELMVNDPYTLYIALDEHGNAEGSLYSDDQHTFDYKS----GKYTMSKFVMSGNSLYHESISQEKWNNSEGEIERIVIMGMDYVPAEVSVVISGGEP-------------LKVAYMYEGASKVLVIRKPGVSTSADWSIALS 978

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BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Match: A0A7S2SFF9_9STRA (Hypothetical protein n=1 Tax=labyrinthulid quahog parasite QPX TaxID=96639 RepID=A0A7S2SFF9_9STRA)

HSP 1 Score: 896 bits (2315), Expect = 8.780e-308
Identity = 491/1022 (48.04%), Postives = 627/1022 (61.35%), Query Frame = 2

Query:  242 LGAAAVDKKKFRKCADTGFCRRNRERTSPPKSPFRVDPASVRSDRDGITADVLPAEDGGGSAPLSLRVRFYSNGVCRLKVDE-HSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDPSLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYAGDELA-VSANRRGLMHFEQTRAKGDRSVGGAGGGGKTVDLHRGKKVKDYGEDGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKPDGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNGDGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHRKGITAGVFWFNPTETFVDV-EQGGAGEGKRARWISEGGALDLVLLPGPTAGEVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPYDVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKRDPNYAVHKEATAKGLYIKDKDGN-DFDGWCWPGQSSYLDFTDERVRAWWASRFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWHNVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAVWTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWMQAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTLFQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATVSAVYLPGRSGAGXXXXXXXXXXXXXXGLWYDVDTLGAVRGSGEYRSVEAPIDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAA-AAQGSLYLDDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVVIAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVRKP 3292
            L   AVD+ KFR CA TGFC+ NR++   P+  ++V   SV+++ DG     +  +   G  PL++    Y  GV R+++ E  SP  A R+E PD+ +E++  ++  V L + D S  PA               GS + G            V  +PF+ D+   D    V+ N R + HFEQ        V       ++      K++ D+GEDG A+Y DG+++  EE +   +     QG+D++      ESF GH D+KP GP SVGIDV FPG+ HVYGIPEHA+  ALKTT  G       G G                    + EP+RL+ LDVFEYE+D+  ALYG IPV++GH+KG T  VFW NP+ETFVDV +Q G+   K   WISE G  D++++ GPT  +VFRQY+ +TG   +PP+FS+ +HQCRWNYRDE+DV  V+A FE+ DFPYDVIWLDIEHTDGKRYFTWD+  FP PK M   +A  GRRM+TIVDPHIK D +Y +HKEAT  GLYIKDK+GN DF GWCWPG SSYLDFT  +VR+WWA +FS D+Y+GST  LYTWNDMNEPSVFNGPEV +M K+ LSL  +EHR WHN+YG Y   ATAEGL    K +         RPFVLSRAF+AGSQR GA+WTGDN A+W HL  ++ MLLS+++AGLPF GADVGGFF +P  EL  RW QA ++QPFFR+HAH D+KRREPWVFG+    RI   V  RY LLP+WYT++ E   TGMP+MRP+W   PDD  TF + D+W+VG+DLLVKP+  EG   + VYLP  +                   WY  +   A    G + +  AP+DKIP FQR GSI+PRK RLRRSS  M+ DPYT  VALD A   A GSLY+DDE +  Y+D    G          G VL   A  G+G + P   +ER+VI GVD +PS +++       S++   E        LS  YDA AR+LT+RKP
Sbjct:   17 LSVYAVDRSKFRTCAQTGFCKWNRDKV--PEKKYQVLAGSVKANGDGSVHAQVGLD---GEGPLNVAFIAYKEGVLRVRIVEPESPDIAPRYESPDILVEEKTLQSMIVSLEVTDES--PA-----------HFVVGSKQAG--------IKAKVTMNPFKVDVLGNDNSPIVTLNGRNIFHFEQREKMDAPKVDEVKKEDESXXXXXKKEIVDWGEDGKAVYADGSKDE-EEESAEEKTVEPTQGRDKNAP----ESFGGHTDNKPLGPQSVGIDVLFPGAKHVYGIPEHASDFALKTTNPG-------GGG--------------------YDEPFRLFNLDVFEYEIDNSMALYGHIPVVIGHKKGQTTSVFWNNPSETFVDVTDQDGS---KEIHWISETGIPDIMIMVGPTPSKVFRQYSSMTGTTPIPPLFSIAYHQCRWNYRDEKDVRDVNAEFEKYDFPYDVIWLDIEHTDGKRYFTWDKDKFPTPKDMQANIAHFGRRMITIVDPHIKADNDYYIHKEATDLGLYIKDKNGNSDFKGWCWPGDSSYLDFTHPKVRSWWADQFSYDRYQGSTDILYTWNDMNEPSVFNGPEV-TMHKESLSLDKIEHREWHNLYGFYQHMATAEGLTRRSKNSQE-------RPFVLSRAFYAGSQRHGAIWTGDNFAKWSHLKIASDMLLSLNVAGLPFAGADVGGFFENPGEELVQRWYQAGSFQPFFRAHAHIDTKRREPWVFGEEVMGRIAKAVKTRYTLLPFWYTVYHEHEVTGMPVMRPLWSLAPDDEETFAIGDEWLVGNDLLVKPVTDEGVVEANVYLPKGT------------------AWYQFEHPHAFHNGGVHITESAPLDKIPVFQRAGSIVPRKMRLRRSSKTMSQDPYTFAVALDPATNVAHGSLYIDDEHTFAYKD----GASCLVEMDMNGEVLKAEAKCGNG-FHPVLDVERIVILGVDAKPSKIVVS-----GSNNNNQE--------LSSQYDASARLLTIRKP 933

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig1.488.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5KLR8_9PHAE	0.000e+0	83.04	Gal_mutarotas_2 domain-containing protein (Fragmen...	[more]
A0A7S2STM5_9STRA	0.000e+0	53.79	Hypothetical protein n=2 Tax=Rhizochromulina marin...	[more]
A0A4D9D2P9_9STRA	0.000e+0	52.88	Gal_mutarotas_2 domain-containing protein n=2 Tax=...	[more]
A0A835Z3X1_9STRA	0.000e+0	51.54	Alpha-glucosidase II n=1 Tax=Tribonema minus TaxID...	[more]
A0A7S2FWR3_9STRA	0.000e+0	50.39	Hypothetical protein n=1 Tax=Dictyocha speculum Ta...	[more]
A0A5A8DPS0_CAFRO	0.000e+0	49.47	Gal_mutarotas_2 domain-containing protein n=2 Tax=...	[more]
D7G789_ECTSI	0.000e+0	75.21	Alpha-glucosidase II alpha subunit, family GH31 n=...	[more]
A0A7S0LRM7_9EUKA	6.330e-308	47.34	Hypothetical protein n=1 Tax=Coccolithus braarudii...	[more]
A0A7S2PTL2_9STRA	6.330e-308	46.31	Hypothetical protein n=2 Tax=Leptocylindrus danicu...	[more]
A0A7S2SFF9_9STRA	8.780e-308	48.04	Hypothetical protein n=1 Tax=labyrinthulid quahog ...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig1	contig	P-fluviatile_contig1:5399860..5421929 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	909.4
Seed ortholog evalue	1.5e-261
Seed eggNOG ortholog	2880.D7G789
Preferred name	ROT2
KEGG rclass	RC00028,RC00049,RC00077
KEGG ko	ko:K01187,ko:K05546
KEGG Reaction	R00028,R00801,R00802,R05980,R05981,R06087,R06088
KEGG Pathway	ko00052,ko00500,ko00510,ko01100,ko04141,map00052,map00500,map00510,map01100,map04141
KEGG Module	M00073,M00074
GOs	GO:0000271,GO:0000902,GO:0003674,GO:0003824,GO:0004553,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005739,GO:0005783,GO:0005788,GO:0005975,GO:0005976,GO:0006073,GO:0006464,GO:0006486,GO:0006487,GO:0006491,GO:0006807,GO:0006950,GO:0006952,GO:0008150,GO:0008152,GO:0009058,GO:0009059,GO:0009100,GO:0009101,GO:0009250,GO:0009272,GO:0009507,GO:0009536,GO:0009605,GO:0009607,GO:0009617,GO:0009653,GO:0009826,GO:0009987,GO:0010035,GO:0010038,GO:0010383,GO:0012505,GO:0015926,GO:0016043,GO:0016049,GO:0016051,GO:0016787,GO:0016798,GO:0017177,GO:0019538,GO:0030243,GO:0030244,GO:0030587,GO:0031288,GO:0031974,GO:0032502,GO:0032989,GO:0032991,GO:0033692,GO:0033919,GO:0034406,GO:0034637,GO:0034645,GO:0036211,GO:0040007,GO:0042221,GO:0042546,GO:0042742,GO:0043170,GO:0043207,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043233,GO:0043412,GO:0043413,GO:0043687,GO:0044036,GO:0044038,GO:0044042,GO:0044085,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044262,GO:0044264,GO:0044267,GO:0044422,GO:0044424,GO:0044432,GO:0044444,GO:0044446,GO:0044464,GO:0046686,GO:0048589,GO:0048856,GO:0048869,GO:0050896,GO:0051273,GO:0051274,GO:0051278,GO:0051703,GO:0051704,GO:0051707,GO:0060560,GO:0070013,GO:0070085,GO:0070589,GO:0070592,GO:0070879,GO:0070880,GO:0071554,GO:0071704,GO:0071840,GO:0071852,GO:0071966,GO:0090599,GO:0090600,GO:0090702,GO:0098542,GO:0099120,GO:1901135,GO:1901137,GO:1901564,GO:1901566,GO:1901576
EggNOG free text desc.	alpha-1,3-glucosidase activity
EggNOG OGs	COG1501@1,KOG1066@2759
EC	3.2.1.20,3.2.1.84
COG Functional cat.	G
CAZy	GH31
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko00002,ko01000
Hectar predicted targeting category	signal peptide
Ec32 ortholog description	Glycoside hydrolase family 31
Ec32 ortholog	Ec-04_003740.1
Exons	20
Model size	3879
Cds size	3222
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig1.488.1	prot_P-fluviatile_contig1.488.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig1 5400381..5420760 -

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


Feature Name	Unique Name	Species	Type	Position
1622815343.0148683-UTR-P-fluviatile_contig1:5399859..5400380	1622815343.0148683-UTR-P-fluviatile_contig1:5399859..5400380	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 5399860..5400380 -
1693561555.870313-UTR-P-fluviatile_contig1:5399859..5400380	1693561555.870313-UTR-P-fluviatile_contig1:5399859..5400380	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 5399860..5400380 -
1622815343.2833395-UTR-P-fluviatile_contig1:5420760..5420778	1622815343.2833395-UTR-P-fluviatile_contig1:5420760..5420778	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 5420761..5420778 -
1693561556.8668134-UTR-P-fluviatile_contig1:5420760..5420778	1693561556.8668134-UTR-P-fluviatile_contig1:5420760..5420778	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 5420761..5420778 -
1622815343.2947738-UTR-P-fluviatile_contig1:5421811..5421929	1622815343.2947738-UTR-P-fluviatile_contig1:5421811..5421929	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 5421812..5421929 -
1693561556.9399872-UTR-P-fluviatile_contig1:5421811..5421929	1693561556.9399872-UTR-P-fluviatile_contig1:5421811..5421929	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 5421812..5421929 -

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig1:5399860..5421929-
coding sequence from alignment at P-fluviatile_contig1:5399860..5421929-

protein sequence of mRNA_P-fluviatile_contig1.488.1

>prot_P-fluviatile_contig1.488.1 ID=prot_P-fluviatile_contig1.488.1|Name=mRNA_P-fluviatile_contig1.488.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1074bp
MAPAMRRLASSLALSLVVLIAPPLTGPSSRLGLGPLGAAAVDKKKFRKCA
DTGFCRRNRERTSPPKSPFRVDPASVRSDRDGITADVLPAEDGGGSAPLS
LRVRFYSNGVCRLKVDEHSPGGAQRWEPPDVFLEQQLERAEFVLLPLGDP
SLPPALRELPEGWNGILAAYGSVETGGGGSCDRRYVLSVRYDPFQADLYA
GDELAVSANRRGLMHFEQTRAKGDRSVGGAGGGGKTVDLHRGKKVKDYGE
DGLAIYEDGTRETREEHNRLLEEASARQGKDESGLGLWEESFDGHPDSKP
DGPTSVGIDVYFPGSDHVYGIPEHATSMALKTTTAGDNADADTGAGDSNG
DGKGNEVPLAPPPPPHFSEPYRLYTLDVFEYELDSPAALYGSIPVMLGHR
KGITAGVFWFNPTETFVDVEQGGAGEGKRARWISEGGALDLVLLPGPTAG
EVFRQYAEVTGKPELPPMFSLGFHQCRWNYRDEQDVLAVDAGFEERDFPY
DVIWLDIEHTDGKRYFTWDQRLFPDPKRMLDKVAAHGRRMVTIVDPHIKR
DPNYAVHKEATAKGLYIKDKDGNDFDGWCWPGQSSYLDFTDERVRAWWAS
RFSLDQYEGSTLDLYTWNDMNEPSVFNGPEVVSMKKDCLSLAGVEHRHWH
NVYGMYMQRATAEGLELPRKGNARGGGGGDGRPFVLSRAFFAGSQRWGAV
WTGDNAARWDHLAASAPMLLSMSLAGLPFVGADVGGFFGDPSAELFLRWM
QAAAYQPFFRSHAHHDSKRREPWVFGDPWTTRIRSVVMARYALLPYWYTL
FQEASDTGMPMMRPMWVQYPDDANTFDMDDQWMVGSDLLVKPIVTEGATV
SAVYLPGRSGAGSDSDSSSGSGSGSGGLWYDVDTLGAVRGSGEYRSVEAP
IDKIPAFQRGGSIIPRKQRLRRSSLMMAGDPYTLVVALDEAAAAQGSLYL
DDEESHDYRDREGGGGWATRRFSFEGGVLAGRAAEGSGVYRPANTIERVV
IAGVDTEPSSVMLQVVSAPASDDGRVEQAATAAVPLSFTYDAPARVLTVR
KPDVCVAEDFDLRLSWAAVAAGS*

mRNA from alignment at P-fluviatile_contig1:5399860..5421929-

Legend: UTRpolypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_P-fluviatile_contig1.488.1 ID=mRNA_P-fluviatile_contig1.488.1|Name=mRNA_P-fluviatile_contig1.488.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=22070bp|location=Sequence derived from alignment at P-fluviatile_contig1:5399860..5421929- (Porterinema fluviatile SAG_2381)
CTTCTCCCGGTCCACCACGCGTCATACATCATTGAGTGCGTTCCTGCTGT
GGAGGTGGGAAGGGCCACCCGCTGACGTCCGTCCCTGGACGCGCATCGAA
TCTGCAAATCGCTATCAGGTATAACCTTTCTGTGTGTGTTGCCCCGCTCC
CCAGTCAGGAGCTAGGAGGGACGAGGGTCGTACGATAGAGAGCAGTCGAG
GATCGCGAGAGGATCTTGTCGATTGCAGAAGGCGCGCACGCACAGCAACG
GACACATTTGTGTTGCCCCAAGGACATGCATATGTGGCAAACCTGCTCGA
AAGGTTGCGCAGCGTTTAAATTCCTGCCCCTTCCAGACGCATCTTGTCCC
CCGGCGCCAGTACGGACTCGGCGTTTGGGGATCGGCCTTTCCAATCAACC
CGCATGCTTGCACCATTGTTGTTGCGCGCTACACACAGCGGTCTCGCAGG
CGGGGAGCTTTCCCCTCTTTCACAATTTTCGAAGGCAACCGCAGAACCAG
TCATGCATGTAGAGGCATTTACATCGATCCGTGCTGGAAAAGACAGACAT
AACAGACGAGACAGGCAGACAAGACACTAGACCGATGAAGAGACAGACAG
CTCTCACATACAGTAAGCGAGAGACACCTGGGAAGTGTGAGAAATAGCGC
GCAAAAAGTAAAACCACAGATCATCGCATGTGCACATCGATGTATTTTTG
GAGTAGTGCGCGTGTCCCTCGCTTCCGAGACACTCAGTAGCCGGGTGACC
ACCCGCCACGCCGAGCGAGATTTTTGTCCTCTGGCACGCGAAAAAGCCCC
CGTTTGCACTGCTGTGTCGTACGATCACACGGTAAAGCCGAGGGGGGTAG
GACAGGAAGGGGAGTGGGTCAAATGGGTAAACAAGGTGCTGCGCCGCAAT
CTATCGTGCAACAATATGGGCACAGGGAGGGTCGGCAGGAGATGGAATGG
CGAAGGGTCTTCAGATGCAGGCGTATGCTCAAACACACAAGCGGTAGGCA
TAAGGTGATTGTTCGATCAATGGTGATGTTGGCAGCGAGTGTCTCCCCCA
TCATTCTCTCCCAGATACCTCCCTCAGTCAAACCCTTTTCGTTTTCAGCT
TCGTTTCGTCTCTACTTCTCATTTCTGTTCGTCTGTCGCACCGACCGCCA
GACGCGCGGCGGCTCTGGAATGGCACCGGCCATGCGGCGGCTAGCCTCGT
CGCTGGCTCTCTCCCTCGTGGTCCTCATCGCGCCGCCGCTCACGGGGCCC
AGCTCTCGGCTCGGGCTGGGCCCTCTCGGCGCGGCGGCGGTGGACAAGAA
GAAGTTCCGAAAGTGCGCAGACACGGGCTTCTGCAGGCGCAACCGGGAGC
GGACGTCGCCGCCAAAGTCTCCGGTGTGTGTCTGAGGAGAGGAGAGGAGT
CGTGTCGTGGAGTTTAGTTTTGATGTTGAGGGAGTACCGTCAAGTGCTCT
TAAGAACGCATTCACCCCATAGACTCTGAACCTGTGATTTCTCCCCGACC
ACTTGATACTGAAGGCTGCCTGATACGTCTGCAGAGAGGTCCCGGTGAAG
TCTAAAGAATGCTGCCCTTTCGGCACTGACGATCTCTCCGTCGAGAAGCA
ATCGCGCTTTGAAAGCCGGTCTAAGGGCGGTGAGTTCTTTGCGCGCCCTC
TGGCGTTTCAAAGGTGACATGACCTTCAGGGAGAGCGAATTCTTAAGGGA
AGCGCAGCACGGAGGGTATGGCGTCTTGGTGCACTCGCAGCAGAAACATC
TGATGAGGATGCAGCAGCAAGGAAGAGGGTAGTTTTGAGATTTGTTTATT
GCCTCGCGCGGGGTGACTTCACACGCCTTAGAGGGCGCGTTACCTGGTTG
TTTATGAAAAACACCGGTTGTCAGCGTGGCTTGGCTTGTTGTTATCGTTG
CCGCTACCGCAGCAGCTGCTGCCGCGGCTGTGGCCTCTGCCACTCTTGTT
GTTTCTACTGCACAAGCGAGGCGACGACTCTCGCTGAACTACTCCATACT
TCTCCTGTCGATAAAATGAAAAAAAAAAAAAAAAGTCCGTTTTCCTCTCC
TCTTTTGCGCCCTTGTTTGCTCCTCCCTTATTGTTTACCCTTCATCCTGT
CCCATGTTGATTTGCTGCAATGCGTCTTTCTGTCCTTCCTTTATATTTCT
CACCCTCCTTCCCTGCGCCTCCTCGTTACCTCAATCCCTTCCTCCCTCCT
TCCCTGCGCCTCCTCGTTACCTCTCTCCCATCCTCCCTCCTTCCCTACGC
CTCCCCGTTACCTCTCTTGCTTCCTTGTCCCGTCCGTGTTGCACTGTGCT
TGTGCATACATTAATCTGAGTGAAACGTTTTGCTTGGTCGTTCCACCTGG
CTGGGGGGGGCGTGTCGCAGTTCCGGGTTGACCCCGCAAGCGTTCGGAGC
GACAGGGACGGCATCACTGCGGACGTCTTGCCGGCCGAGGACGGGGGCGG
CAGCGCTCCCCTCTCCCTTCGAGTCCGGTTCTACTCCAACGGTGTGTGCC
GCCTCAAGGTCGACGAGCATTCGCCAGGAGGAGCTCAGAGATGGGAGGTG
AGAGAGGGGACAGGAGGTGACGACGAGAGAAGGGTTGCCTTCGACTTGAC
TTGATTTCGCTTGGTTTCGATCCGATTCGATGCGATTCGATCCCATTCGA
TGTGATTTGATTTGATTTGGTTTATTTTGATTTGATTGATCGGCCGCGGC
GGATCCGACACACGACGTTGTTGTTTGCACTCCTAGGACGGGCCTTTACA
ACAGGCAATCCAACCCCCAACACACACTTTTTTATTGTCTGGTCGGTGCA
GGCGGGGGGAACAATTTCGGTTTTCCCCATGACAACTCGCAATGGTATTG
ACACTGTTGAGCCAGACTTTTTCCAACGAGCACAGCTCCAGTATTCGCAA
ACAAAACATCGAGAGTTTGATGTCGCCCACGGGATCTATTACCCGACTCC
CGACCCGGATCGATTGGAGCCGTTCGACACGACTCGGTGTTTCATAGACC
AGCCGCCCTTTTACACGTACGAAACGCACCTTGCATTTGTCCTCTTTGGA
TGCCGGGCAAGGTGCGATTCACGCAACAGCACATGTTTGTTCAAGCTGGA
CCTAGTGTGTCCACGTGCGTTCGCGCCTGAAGGCTGCAAGCGATAGCGTA
GGAAGGCAGGGAGGACGGGCGGGAGGGGAAGACGGGGCTCACTCAGGTTT
ATTGCGCTGTAGGCCTGCAGCCCCAACAAAGACTTTCTACCGCTGTGAAT
AAACCTTGCGACGGTGTATACAAAATCCCCTCGACGGTCCTTCGAAGCCC
AAGAGCTCCTCAAACAGATGAGTACCGAGGCCTAGAATTGCGGTTTAGGG
AAGATCGAGACGAGAGCTCCCGACTAGGATGGTTTGCCCCGTACTCGCTC
GGTAATGCAGCAATCGAGGTTTGGAAACGAGAAAGCAGACACCGGGGAAA
AAAAGCTTGAGAAAAAAAAAAAAATCGAATGTGGTATTCGCGTGCTGCAT
AGCGCCCGTTGCACCCCGTTTATCTTTTTTCTTTTGAAACGTCGACCAAC
TCCTGCATCGCTGCCAACCCTGCCACCCAACTTTGCCCCCAACCCCGCAC
CCTCTGCTTCTTGTTGCCACACTCCTACCTTCAAAAATCGAATAAACTTG
GGCAGCCTCCGGACGTTTTTCTCGAGCAGCAGCTGGAGCGGGCGGAATTT
GTGTTGCTGCCTCTGGGCGATCCCTCCCTCCCCCCCGCGCTGAGAGAGCT
CCCTGAGGGCTGGAACGGGATCTTGGCCGCCTACGGCTCGGTGGAGACCG
GCGGCGGCGGTAGCTGCGATCGGCGTTACGTGTTGAGCGTGCGTTATGAC
CCGTTTCAGGCGGATCTGTACGCAGGGGACGAGCTGGCGGTGTCGGCCAA
CCGGAGGTGGGTTGGGGGGGCGCGGCAGAGTGAGGGTGGGGGAGGGACGG
GGGGAAGGTGGTGGGAAGAGATAGAGAGAGGCAGGCCGACAGAGAGTGAG
AAGGAGACAGATAGATCAACGGACTGACGGGTTACTGACTGACTGATAGA
CAGACAGACAGGCAAGCAGGGAGGCAGACAAGGGGGCAATTGGACGGGCA
GGCGGACGGCCAGAGGTGCAGACAGGCAGGTCAAGCCAGCTTTTCAACGA
TGTCGAAAAAAGTACCTTGTCATATTTCCGGCTCCTGGCCGCACCTGCAT
CGCGCGCCCGAATTTAGGGGAGCGGGGGGCAGAGGATTCCAGCGCAGCGC
CGCTGTAGTATTTCACGCTCGGGAGAACGTCGTGCATGAAATGGGTGCTC
GTTGCATTCGTGTATGGTGTTACGCGATTGGTCTGTGGGTGACCGGATAC
GGTGTGTGTATCGTAATGCGGTACGTAGTTTGTGGTCGACCCCGCAGGGC
TTGTCCAAGTGATTGCGACTACCACCAAATATAGGTGTAGAGTGAATCAT
TCGAACCGGGGAAAAGTTAAGAATCCGGCTCCGTTGGGCGAACCGTGGCG
TGACGCACGGTTTACGGAATGGAAATGTATATTTTATGTGGTGACGGTAT
TTCTTTTGGTGAACAGCATAGAACGACTGTGACGGTTTGGGTAGGCACGT
GCATGCAAATGACGTAGCGTGCATGTAAATTCGACGATGCCCTTCATCAT
CGCTATCCCGCGTGCACGATAACGGCGGCGTGTGGCGGCGGCAGGGGGTT
GATGCACTTCGAGCAAACGCGGGCAAAGGGAGACCGCAGCGTCGGCGGTG
CGGGAGGAGGAGGGAAAACGGTCGATCTCCATCGTGGCAAGAAGGTATAT
CGAAGTACGATGAGGAAAATATGATGCCTGCTTTCCCACAACAATACCAA
ATAACGTGGAAATGGCAAGCACGTTGCCGTATGGTCAATTTTATAGGCTA
ACGGATGCGCACGCGAGGGAACGCCCGCGAAAACACGAATGGAACGGCTG
AGGAGGGGGGGCGTTCTCCTGTTCTGCACGCCTTAGTTGTTAGACCATTG
ACCACGCGTCCTCGAGAGGACGGAGCATTGTTCCCGCAGGATCGATCACC
GATGGCCAATCGTTCCTTCCTACTTTGCCAAAGGTGGCTCAAAAATGTTT
TCCCTAACCTTTCTACTTTATACCTGTCCTTCCTGGGCCACGTATTACAC
CCGAGTACCGCTACCGTCTTCTCCTCTTTGTTCCATGCCTCAAACTTCTC
TCTATACCGACTGTCTACTTTTTCCAGCTCAATCATGTACCCTTCTCTCT
CCTGATCGTATAACGGGCATTCCGCAACTACATGTACCCGGTCTTCGCAT
TCGGCGCCGCAGCCACATTTGAACTTGTCTTCGTGGTCGTCTACCTTCCT
AAACCTCCTTCTACGTTCCCGAAGGTCAATGTCGCCCGTTCTAAATTTGA
CCTTCATCTTTGTCCCGTCATCCAATGGTCCATTCAGGTACTCCTTGAAC
CCTGTTCCTTCGTTCAGCCTTTCGTACACTTCTAGAACCTCCTTTTCCTT
GGTCTCTTTCCGCAAGCTCTGGTCTTCTCTATTTTCAAAGGCTTCTGAGA
TACTCTTCTTGTACCCTTCTAAGCTTTCCGCTCCCGCCGTCTCCCGTTCG
TCAATATCTTACCCACTCCACACTCCCTGTACAACCTTCCCCACTCAAGA
GTGGGGGTTGTCTACCCTTGGCCTTGTTTGCCCTTCTCGCCTCCCAAGCT
ATTCTCGGCAACCTCTCCTTTCCCATGTTTTCCATACGGTATTGCCATGT
CAACTTCCTTCTGTCTCTTCCGGTTCTTAAGGAGTAAATACCCAACTCTG
CTCTTACTGCTGCGTTACTTGTGCGCTGGGAGCATCCTAGAATGATCTTT
GCTGCTTTCATCTGCGCTGCCTCCAACTCTGCTACTATTTTCTCGTTCGC
TTCCCAACCTTCTCCCGCGTACTCTAGTGGCGGGATGAGAACACTTTTCA
GAATGGTCATTTTGACGCGTGTATCAAGGTGCCGGTCTGCTAGGGTTGGG
TGCAACTTCCCTGCCCTTGCTTTGCCCTTTTCCGCTATTTTGTGCATGTG
TGCATCCTATTTACAGTCTTTTGCTATCTCTACTCCAAGGCATGTGTATT
TTTCCACTCTTGGCAGCTCCTTGTCCCCCCACGTCCACTTGGTACCTACT
TCCTCGTCACCATCCTCGTTGCACACCATTACGGCACACTTTGGGACGTT
GGCCGAGAATCTCCACTTATCAGCGTAGGTCTTCGCTGCGTTAATCTGTA
GTTGGAGCCCCTCAGGCGTGTCCGACATCCCAACAAAGTCGTCAGCAAAT
GGCAGTCCCGATACCGAGGTCTCCCTCTTTCTACTCCCTTCCCTACCGCC
TCTACCTCTTTCAGTAAGTCGTTGATGAATACCTGGAACAACGTTGGGGA
CATTGTGCACCCCTGTGGGACCCCCTGCTCAATGTCGAAGAACCTCGAGA
GTTCTCCATCTAACATCACGGCGCTTTCCGTGCTCTCTGTCATCTTCTTA
TTCATTCTCCACATCTTCCCGTTTATCCCATACTTCGCCAACTTGTTCCA
GAGCCCATTTCTCCATACTGTATCATACGCTTTCTGAACGCCTAGGAAAA
AGCAGTATAGCGGCTTTCCCACGCTCTTCCGACCTTGTATGATCCTCCCT
ACCGTGTATAGGTGATCTCCACACCCCCTAGCCTCCCTGAAACCTGCTTG
ACCCTCACTAATTCTCTTTTCCATCTCCAGTACTCGTACTATTCTGTTGT
TGAGGATCTTGAAGAACACTTTCCCTACTGTGCTCAACAGGTTGATTCCC
CTACAGTTTCCTGGGTCAGTCTTATCTCCTTTCTTCAATAGGTTCACCAC
CACCCCTTCCCTCCATCTACTCGGTGCGTATTCGTTTTCCCATACTCAGT
TGAACAACAGCACCATCATCTGAATCATCCCCTCCCCCCCGAAGTTCATG
ATTTCGTTCACTATCCCGTCTACCCCTGCGGCCTTGTGACACTGCAGTTT
TTTCACACAAAACTCTCAACCTCTTCCTCGGTGAAGGCTGAAGAGGGGGA
GGAAAATATGGAACAGCTCGTTTGATCTACATTTTTGAACGTCATTTTCT
TACCAAAGCTGGGACTCAAGAATAGCAATGAGCGACTGCTACGGGGCGCA
CCTTGCCATATTTTCATCATCTCAAGAGTCGCCCTCAAGCCAAAAGACGC
GTTTTGCTGTCGCCGCCTTGCTACAGTATAGTGAGCACTTACTGGAACGC
GTTCCGTGTGACGTGCACTGTCGACACCCCTTCTCTCGAAGTGGCGGCCT
TCATGAGGCAATCCTGTCCAAAATTCATACCCGGCCGTCGCTTCATCCTC
TTTAAATAGCCATGTCTTGTATTCGCCGGAGAGGAAAAGGTGGGCGACCT
AAACATTGCGGGGAGAATCAGCTCCACCGATTGACGTGCAGACGTGTCGT
GCATCTCCGGCTTCTTTTTTCGACGAATGATAGGTGAAGGATTATGGAGA
GGACGGGTTGGCCATCTACGAGGACGGCACGAGGGAGACCCGGGAGGAGC
ACAACCGGCTGCTGGAGGAGGCGTCAGCCAGGCAGGGCAAAGATGGTGAG
ATCGCGCATGTGTTTGGGAATTGCCTGGGGAACCGGTGCTGATCCCCGGC
GTCTTCGGGAGGGGGGCGACGCAGATGGATGTGGTGGAGGCTTCGCGTCA
CACCGTTCACTCGCAATCTTTTGTTGCTAGATGCGAAGTATCTGAGTATT
TGGGAGCATTCAATATCGTGCCATATTTTGAAGGGTAGAGTTTTCGCCCT
CCCCCCCCCACCCCTCCCGCTGGCTCTCATCTCGGTGTTTGCCATCGGGA
TTGGGTTTTCGTCGCGTGGCAACGACGTTGTAGAACAAGCCAATTCACTT
CGTGAACTCGGCAACCAGGTTACCGTCTTTTTTTTTTTTCCTCTGGTTTT
TTGGCGGTAACCATAATGGTGGTCGAGAAGATCATGTTGTGCGGGTGGAG
AACCCTCACTCCGTGCAAGGGGGATGATCGCACCACGTTGTGTTAAAATG
GTCAAGCACCCTCGAGGCAGTTACATAGTGCTTACAACTGTCTCTGGAAG
TGAAAGCACCAGACAATAAATTAACCCATACGCAGCTGTCATCCGCATGC
AAGGAAGTAAGCACAAGATGCCGAACACCCTTAGCAGGATGCAGCGCACC
CTTCATGCGACTCGCCGAATACCTCACGGCGCTTCGCGCTTGGTGGTGTG
AGAGCCTGGTCCGGTGAGAACCCGGCGTGCTCCGTCCCGGCTTTGTAGGG
ATGCGAGGTCAATGGTCTAACGACTACGGCATGCACGACTATGAGTACAC
CCCCCACCCCTCAAGCACCCTCGAGGCAGTTACACAGTGCTTACAACTGT
CTCTGGAAGTGAAAGCATCAGAAAATAAATTAAGTCAAACGCAGCTGTTA
TCCGTATGCAAGGAAGTAAGCACAAGATGCCGAACACCCTTAGCAGGATG
CAGCGCACCCTTCATGCGACTCGCCGAATACCTCACGGCGCTTCGCGCTT
GGTGATGTGAGAGCCTGGTCCGGTGAGAACCCGGCGTGCTCCGTCCCGGG
TTTGTAGGGATGCGAGGTCAATGGTCTAACGACTACGGCATGCACGACTA
TGAGTACACCCCCCCCACCCCTCACCCCCACCCCTGCTGTTTTGCGTTCC
GATTCGAACGAGCGGAACGGCGGCCTCCTTCTCTTGCCACTTTTGTGTAT
CTTTCTCGGGTAATATTTGGTGATTTATTGATCTTCGTGAAACTGATTCC
ATGCGTTGGAAACGCGTCGGAAATCCGCTGAAAACGTTCGCATGGCGCAG
AGAGCGGGCTTGGTCTCTGGGAGGAGAGCTTCGACGGCCACCCCGACAGT
AAACCCGACGGCCCGACGAGCGTGGGAATAGACGTCTACTTCCCAGGTTT
GCGGCGGGGGGATGAGAATGGGGTTGGGGAGGGGGATCTGTTTTTGCATG
CCTTGGGTGGTGGCCCGTTTCCCAAAAAAGCCTCGCTGTCAAGGAGGACC
GCCGTCCGTCGCAACTGATGACGGAGGCGGAGGCACGGGCATTTTGGCAC
TCTCTACGAGGTCCGTTGTTTGCGTGCCTGAAGGATGGCACCTCTCCTTT
GGGGGGGGGTCAGGGGGTCATCGCTTGGCGCGGCTGAAAGCCCGAGATCG
CCACCGTCTCGCGGCGAAGGCTGGGGGAAAGGGGCACACGCCTAGTGCCC
ACGGAGGGAGCACTCGCCTCCTTTCGTCCTCCCTAGAATTCGTAGGTCAA
GATGACCTGCTTCTTCCGGCACCAGCTCGACTGGGGGGATAGGTTCCGCG
CCACATGAGCATGCGTGCGGCATCTTCTGGGAGTTTTCTCGACAGCGATT
CCTACTTCGAGTGACACTCGCGGGCTTCCCGTTTTTTTTTTTGGTTGCCG
AGCGCTTTTCCTGATCTTTTCGCTTCCCCCGAGCAGCAGTGACCCCCTCG
CTTTGGCTGGTGGAGGATATTTCTCGTCATTTCTCGATCGCACTGATGCT
TGCTTTGTGTTCAGGCGCTGCGCACGCTCTCGAGAACCTTGCTACACATC
GCGTGAGGGAACGGACGCTCATTGACCTGTGCCACTGACCATTTTGTTGG
TTCACTTGCCGTGACGACGTGTTGCGTCCTTCGTGTACGTGTGCAGATGA
GTTTTCTTTTTTCGTCGTGTCTGTTTCTCCGACGCCGAACTACCAGGCCG
ATTCAATCGGTGATGAACCCCATCAGTCGAGCAAGTGCATTCCACCGCAT
GACGCGTCAGGCTCGAAGTCACTCCACCGCACAAGCCTCACTTTCGCGCG
CCTAATCCGATGCCATTGTTAGTGCAGGCTCCGACCACGTCTACGGCATC
CCGGAGCACGCCACCTCGATGGCTCTCAAGACCACGACCGCCGGCGACAA
CGCCGATGCCGACACCGGCGCCGGCGATAGCAACGGGGACGGAAAGGGCA
ACGAGGTCCCTCTCGCCCCGCCGCCGCCGCCTCACTTCTCCGAGCCGTAC
CGGTTGTACACTCTGGACGTGTTCGAGTACGAGCTGGACTCCCCGGCGGC
GCTGTACGGCAGCATCCCCGTCATGCTGGGGCACCGCAAGGGTATCACGG
CCGGGGTGTTCTGGTTCAACCCCACGGAAACGTTCGTTGACGTCGAGCAA
GGTGGGTTGACGGGATGTTGTGTGGTTTGGGCAGGATTGGGGGTGGGAGT
TGGGGTGCGGTGCGGTGGGGTTGGGTGGGGTGAAGCTGGAAGGGGTGCGG
TGAGGTGGGGTGAGGATGGAGATGAGAAGGGGAAGCACGGGGGGATGACG
GGGGCATGGCGGGGTTGGTGGGAACCGTGCGTTCGATGTTCCGCTTCTAC
TAGTGTTTGTTGCCATGATCTCTAGATATTTACAGGAGAAACTGGTTTCA
ACTCGAACCAAGCAGGCAGCGCCGGAGAGGGCAAGCGGGCGCGCTGGATC
AGCGAAGGCGGGGCGCTCGACCTCGTCCTGCTTCCGGGGCCCACCGCCGG
CGAGGTTTTCCGGCAGTACGCCGAGGTGACCGGCAAGCCGGAGCTGCCAC
CCATGTTCAGCCTCGGCTTTCATCAGTGCCGCTGGAACTACCGAGATGAG
CAGGTGTGCGTTGTGGTCGAGAAGAGAAGAACGACATGCACACAAATAGC
GACAAAGTGAACGCGCATCGTCCGCCCTCCCAATCGCGTGATCGCCCACA
AGAAGGGCGAAATGGGCTGTGAATCAAAAGAGCGCGAAATGGACGCAGTT
GCGCGCGCACTTGCTTAGAAGGACGCCAACAGCCATTGCACTCTTGTCGT
CCAAGACGACAAGAGTGAACATTTTGTACTTGCTTCCGCTGGATGCTGTG
CTTTTCGTACACACGGAAAAGATGGTGTGAGGCTGGCTGGCTGTAGCTGG
AGAAGTGAAAAACGGTCACGAACGCCACTCACTCTGACGTGAAACCGAAG
AGTAGTGCAGGAGGACGAAGCAGACGGCTGGAAATTGGCGGTGTCTTCCC
CTGGTGTAGGCCGGATCGAGAGGGGCGCCGCGGGCGCAGGCGGCCAAATG
CCTTGAGGCAAGCGTCGGACGAGCGCGCCCCCTTCACTCAGTGCTCCGTA
TTCCCTCCTACTCACATGGAGCAACCTCTCCCCAACTCTTTCGCTCATCA
TTCTCCCCGGATGCCTCTCTCTTTCTCCCCTGCCCCCCCCCTCTCTCTCT
GCCTCTCGCGTGTGTGCGTCCCTGCGTCCCTTCGCCCCCCTCCATGCCAC
GTCGTCAACTCTCAGGACGTGCTGGCCGTAGACGCGGGATTCGAGGAGCG
GGACTTCCCCTACGACGTGATCTGGCTGGACATCGAGCACACCGACGGCA
AGCGTTACTTCACCTGGGACCAGCGCCTCTTCCCGGACCCCAAACGGATG
CTTGACAAGGTTTGGGGACGAGAGTTCGTGAACTATTTCCTGGCGGTTTA
TATCAACCTTAAGGTTGTTGGCGTGAGTCTGTTTTCTGATGAAAATGTCG
CATGATTCGATGTATTCCGTGGTTTCGGTGCAGGGGCAGAGGCGCGATCA
AGATAATGTTGTGAGAAGGGAGGCTGTTAGAAGCACTCGCAGTATTAATG
GTATCTGATCTAGTCACGGCGGTACTAGTTTTGGACCCCCTACGGCCGGC
CGCACCTGAAAGCATTCCTCGTTCCGGTGTTTTGCTTTGTCGCGAGATGT
GCCTCAAATTGGCGGCAGCGGTTGACAAGCAGGTATGTGTTTTTTGCCTC
GTGGTTGGGTCGTCTGGGTCTTTTTTCCGTTTTGCTGTTCGCTTTTTCTC
TTGTTTTCTTTTGTCCTTTTGGTTCTTTTTCGCCTTTCTTGTCTTTTTGG
TTTTTGCTTTCTGCATTCTTCTTTCTTTGGCATGGTCCAGTCCGGTGCTA
TTTTGCTGACCTGACCGCTGGAAATCAGACTGGCATGCGTCCATTTCTGT
TCTGGATGCTGAGTTCATCCGTGCACGGCTCGCCTCAGTGCTCGTACACG
GATCTGTTTCCCATCCTCTGCGTGCTGTTGGATGTAGCGTTGGTCGGGGG
CAGACGCTGGGTGGAAGCAGACAGGCGAGGGGACGGACTGCAAGAATCCC
CCGGCGTTAAAGCTGCCGAATTTTCGACAAATACAGAATCAGAAACGTGC
GTAGGTGCTTTCCAAGTAACTTAGACAGCATCCTAGCCGGTCGACCACTG
AAAAACGTTACTCTTGCCCGGTTCACTAACGAAACCGCTGTAGGTGGGCG
AAGGTGTCTTTCGTAGCGTGAACCGCGGTAAGCGTCTGACTGACGAACTA
GGCCATTGTTTGCGTTGTTTGTGTGTGTGTGTGTGTGTGTGTTTTTTTTA
ACAGGTGGCTGCCCACGGGCGGCGCATGGTGACGATCGTCGACCCGCACA
TCAAGCGCGACCCCAACTACGCCGTCCACAAGGAAGCCACCGCAAAGGGA
CTCTACATCAAGGACAAAGACGGCAACGTGAGTAAGCCGCCGTCCCCGTT
TGCGAGGTTAGGTTCTTCAATATCTGGGGCTTTAGCTTAGACATTCGATG
CACCAGTATTCTCAAAGCAAAGTCTTCGCAATTCGATGAGAAGAAGAAGA
AGAAAACGGACGGCGGTAAATTGTTTTCAGGCGGTGCCGTTCCGTGTCTT
CACACTTCAATGAATAGATGACGTTGTACTCGGCAGCGATTGACTGGTTT
TTGGGAGAGGGAGGGGGGATTCTATGTTGAAATTTGTATGAAATCGAAGG
TGGTTTATCTTGGTCGGGAAAAAAATCGCCAACCAAGCAAGGCTGTCAAA
CGAAGACAACGAACAGGCGGCCCGAGAGCGTTTCAAGGCGTCGTTAGGCA
GTGTGTCTCCGGCCGACGACGCATCCACAGGCCTGAAAGAGTGTCCCGAG
TGCAAATCTCTTGCAAACGAAAACTGGAAGTTGCGGCGTCAAGGAAAGAG
GTCTGGTTGCTCGTAAATTGTGCTTGAGCGTGTGTCGTTTTCAGTCGACC
AATTAGCGGGTAGAAGCGGAAAGAGAATGATAAGAAAGGAAGCCCGGAGC
CAGTCTGACGAATCGAGTTGAATCGACCCACGAACACCTCGTTGCTGTCC
TCACAATAACCACCTCCACAATGGTACACCGCACCGTGCCACGGCACATT
CTCACAACCATCACCCCGCATTGCGCCACAATACACGACACTTTACTTCA
TCTAATCACACGACGCCTCACCGTACCACATCGCCACGCCACTCCACCCC
ACGCCAGACCTATGTCCGTCGACAATTAACCAAATCCGAGTGTGTACCTG
AATGATTGATGGCTCCTCCCCCCCCAGTCCCCTGCATTCCGTGTTCTCCG
ACTGGCAGGATTGAAAACCCGAAATGTCGGGACTGCTCCCCATGCAAGCG
TTGTCGAATAGTACGTGCCATGAGCGAGTCGCTTCCCCCCCCCTGGCGCG
TCCCGCAAGAAAGGTACAGACGGAACGTTTCACTCCACCAACCGACCAAT
CAATGATCGATTCATCAATGCAATGTCTTCAAAGAGGCATCCCGAAGAAA
TCAAATCAGGGCTTTCCCCCCTTGCACGGAAGGCAGAGGCGGAAAGTCCG
TCCAACCGATCAACCAGTAGGTGCACCTATCAGTCAGCGAACTCGATCCA
GCACCCGAATTGACATTAAACTCAGGATTTCGACGGCTGGTGCTGGCCGG
GGCAGTCGAGCTACCTCGACTTCACGGACGAGCGGGTGAGGGCGTGGTGG
GCCTCGAGGTTCTCGCTCGACCAGTACGAGGGGAGCACGCTGGACCTCTA
CACGTGGAACGACATGAACGAACCGAGCGTTTTCAACGGCCCGGAGGTAG
TTGACATGCTCGTTTGTGTTTGTTGGTTTGATTCATATAGTTATCCTTGC
GTGTGTGCGGCGGGTTTCGTTTTTCTTTTTGCTTTGTGTTTTGCTTTGTG
TTTTGCTTTTTGCATTTTTTTGCGGGATCAAGGACCTCTTCGCGTGGAAC
GACATGAACGAGCGTTTGACGGCCCGGAGGTGATTCAGACATAAATTTGA
GGGTTTGTGTGTTGGCATGTTTTTGTGTTTCGCGTGTGTGTTTTTTGTCT
TCCTTGCTGTCTGTTTATGCTAGAAAAAAGACCTCCACGACTGGTCCGAC
TTGAGCGAGCCTAGAGTTTTCCACGGCCCAGAGGAGATTTGATTTGTTGA
TTGGATCGACTCTCCCTGGAAGGGAGGAAAGCGCATTTCTTCCGAAGAAC
CTCAACCCTTTTTCTTCCGTCACCAGTGCGTGGTGCCACTCAGTGCTACG
TGCTGGCATCATTTGTTTGCATTTTACCGCAGTCGACTTCGTGCATTTAT
TTTGTCGCGTACTTGGCCCCTCATGCGTAATTTTGTAATTCGTGATCGTG
TTGTGCAAGTGCTTCCACGCGGCGTGAAGACTTGCTGGTATCTGCGGAGG
AATCACTGGCGAGGTCTCAGATTATCCGAGGGCCAAGCAATGGGGTGCAA
CGATGGTGCAAGCTTGCGATCGTAGACACCCGTCGCCCCCGTTAATTTCG
CCGATGATCTTGACATCGCTCCTATTTATAAACTGTCAGGGGCGAGAGTT
TTTTTTTCTATTACTAACCCGTGCACCTCCAAGGACAGAAACCCCTCTCC
CCCGACCGCCAAACCATCCCCCTCGTACCCCCCGCCCAACCCCCCCAAAA
GGTTTCCATGAAGAAGGACTGCCTTAGCCTGGCGGGCGTTGAGCACCGGC
ACTGGCACAACGTGTACGGCATGTACATGCAAAGGGCCACGGCCGAGGGC
CTGGAGCTGCCCCGGAAAGGGAACGCGAGGGGCGGCGGGGGCGGGGACGG
CCGGCCCTTCGTCCTGTCGAGGGCTTTCTTCGCGGGAAGCCAGCGATGGG
GCGCCGTGTGGACCGGCGATAATGCGGCCAGGTAGGTGTATCCGGCAAGG
GGCTCGCGGTGGAACGGAGGATGTAATCCTCCCCCCCTTCGCCATTTTTT
CAGCTCTTCTAAATATATAGAGTTAGAATGCTGGGGGCCCTAGGGAGGCT
CTGAACGGGTAAAGTGGGTTGAAGGTAAACGGCATGACCCCTACTTTTTT
CTCATGTGTGTGCCCCTCCAAATCAAATAGATAGGAAAGAGGTCGCCCTC
CCCCCCGATCCTCGGATTTTGGCTTTTCCCAGTCTTGAGCAGTGCATTCT
CCATTTCCGACCGTTGTGTCCGCCGGGGGGGGGTGCCGTGGCTCCCTGAC
GCCTTGGCGGTGAAACGATTGGGAGCGGGTGTCTTTGATTGTGGCGGGGG
GGAAAGAGGGGGGTGTCCTCATAGTCGTGCATGCCGTAGTCGTTAGACCA
TTGACCTCGCATCCCTACAAAGCCGGGACGGAGCACGCCGGGTTCTCACC
GGACCAGGCTCTCACATCACCAAGCGCGAAGCGCCGTGAGGTATTCGGCG
AGTCGCATGAAGGGTGCGCTGCATCCTGCTAAGGGTGTTCGGCATCTTGT
GCTTACTTCCTTGCATACGGATGACAGCTGCGTATGGCTTAGTATGTTTT
CTGGTGCTTTCACTTCCAGAGACAGTTGTAAGCACTGTGTAAATGCCTCG
AGGGTGCTTGACCATTTTAACACAACGTGGTGCGATCATCCCCCTTGCGC
GGAGTGAGGGTTCTCCACCCCGCACAACATGATCTTCTCCACCACCATTA
TGGTTACCGCCAAAAAAAACAGAGGAAAAAGAAAACCGGTAACCTGGTTG
CCGAGTTCACGTAGTGAATTGGCTTGTTTTACAACGTCGTTGCTAAGCGA
CGAAAACCCAATACCGATGGCAAACACCGAGGTGAGAGCCAGCGGGTAAG
GTGAGGGGAAGGAGGGGGGGGAGAGAGAAAGGGAGCGTTGTTGCTGTTTG
TCGTGTTGTCGTTGTCGTTGTCGTCTTCGTTGTTGTTTTTTTCGTTGTAG
TTGTCTTCGTCATTGTCGTCGTCGTCATATTTGTTGCTGCTGCAGGCGTT
GCCGCTCTGTTCGTTTGTCGACGCTTTTCTTTTGCGCTTTGTCCTTTCCC
TTGTTTCTTTCTCCATCCCTCTTTGCCGCCTGCTCGCCGACAGGTGGGAT
CACCTCGCGGCCTCGGCCCCGATGCTGCTGTCCATGAGTTTGGCCGGCCT
GCCTTTCGTAGGCGCGGACGTGGGCGGATTCTTCGGGGACCCGTCCGCGG
AGTTGTTTCTCCGTTGGATGCAGGTGAGATAACCAAGGGACCCGTAAACG
GCCCGGCAAGGGCGGGAAGAGCGAGGGGCCGGAACGCTCAAGAAGCTCCA
ATTCAAGGCGCGTCGAGTTGAACCGCCAACCCTAACCCCGGATTTGTGGT
TTCGGTGTCCTTTTCCACTTGTTTTTTTCATGACTCGGTGAGGAAACGCG
GGCCTGCTGCTTTGTTTTGAGCTCTCCGGGGTGCCTAATCAAAACCACCG
GGTCCGGCGAATGTCGCCGTTCCTCCCTGCACGTTCTTATTTTCACACTT
CCTTCCCTCTTTTGCTTGTTCGCTCACAGGCCGCCGCGTACCAGCCCTTC
TTCCGGTCCCACGCGCACCACGACTCCAAGCGGAGGGAGCCGTGGGTGTT
CGGAGACCCGTGGACCACGCGCATCCGATCGGTGGTGATGGCTCGGTACG
CCCTGCTTCCCTACTGGTGAGGCGTGGAGAGGATCAGAATGACAGAGAGG
GGGTGGGAAGCGTGGAGAGGCAAAGAGAGAGAGAGAGGTGAACAGACAGC
GAGATTCATAAAAATATACCCCTTCACCCACAGCCAGGGTTGGGGTGGAC
CACTGGCTCCGTCATTTTCCAGTAGCTTGCTGGTCTCCACTTATGTTTAT
CTCGCCATACCGGCATGCTTATTTTGTGGTGTTGCTCATCCCTGAGAGTC
TGCTGAAGAGTTAAGGTTGGTTGTTGTTGTTCTATTTAGGTCTTGAGGTC
TTGCTCGCTTGAATCTGGCCCCCTTCCCCCCCGGCCCGCCCCCACATCCC
CACACTGTTCGACCCCGACCGCTGACCCCGTGACCTACGCCTCCTCCACG
GCGCCTCAATAAATAAATTAAAGGTACACCCTCTTTCAAGAGGCGAGCGA
CACCGGCATGCCCATGATGCGGCCGATGTGGGTGCAGTACCCCGACGACG
CCAATACCTTCGACATGGATGACCAGGTTCGTCCGCTCCAGAACTGTTTC
GATTCGCCCACTTCAAAAATGTGTCAGTTCGGCCGCTTTAGAGCTGTGTC
CATTCGGCCGCTTCTAAATGCATCGCACACCAACCGACACAGTTTTGAAG
CGGCCGAACCGGCACCGCTGCACTTGCCCCAAACTTTGATTTCATTGGTT
TGCTGGTTCCGGCTTCGTCCCCAAGTTCTGAGCATTCGCCAGTGCTGCTG
CTGCTGCCGCTCCTCCTCGTCCTCCCTCTGCACTGCTTGGCATGGCAAGG
GTCCTCCTTCTCCCCCCCCCCCACACTGTGCTACCTTACGCTCTGCCGTT
TGCCCGACTACGTATGCTTCTTTTTCAGGCTTTTTCACGATTTCCTCTCT
TGCTGGGTGTTTCCGCTTTTTATGGACCCGCATTTCAACATGCGCTCCAT
GACCTTGAATCACGCACCCTCTTCTCGTTGATCGAACCTACCAGACCCCC
CTTGTCTCCGCCCCTGGCATCTCCACGTTTTCGACCGTGCACGCTATGGT
GCTCGTTCTTTCCGTCACCGCCTTGCCCTTGGTATCTGCTTGAATATGGT
TGCCGCCACTGAACCCCCCCCTCCAACCACACAAAAAAAAAAATGAACAC
GGGAAAATGGCGACGAACACCGACCTCGAAAAAACACAACGTCGACCACG
ACGACGACCATAATGACCACGACGACGACCATAACGACCACGACGACAAC
AAAAATAACGTGGGAAAATGCGACCACCAACGACCTCGAAAAAAAAATGA
TGATGAGCAGTGGATGGTCGGCTCGGACCTGCTCGTCAAGCCGATTGTCA
CCGAGGGCGCCACCGTCTCCGCCGTCTACCTACCCGGTGAGCCATGAGAG
CTACGGAATGGTTTGTTCTTTCTCTTCACACCGCATGCTGCACATGCCCG
AGAGGAGCGGCGCTTGTGCGCGTGCCGTAAGTCTTTGACGGTTTGCTGGG
TAAAATATAGTACACAGTGGGGCACCGCGACTGCTGAACCATCCCCTCCG
TGGTAGTGTTGTCGTGAAATCAGTGCGCGAAGCAAGGTAGACCAGAAGGC
ACCGAGCCCTGCCTTGTGATGGTCGCGTGGTGGAATCACGGGAGGCGTAG
GTTGGCGCGCACGGGGGAGACGTCGCTCGCTTTACCTTTGGAGCGTTGGG
CTTCGGTTGCGAAGTTGCGGGCGGTGTCCGGTGGAAGAAAATGGTCAGAT
GGGGCCGATTTTATGTTGTGTTTTTTTTTATTGTGCAGTGAAAGCAGAGT
TGGGACCCATTCGTGGCCCCGGGAAAACGTCCTCCCGGCACAGCGGGGGG
TACGTGGACACGACAGCGGTGAGCCAGTTTGTCGTTTAGCAAAGTGGGCG
GAGATTCCCGTTGAGCGAGGGCAACACACATCACCGCTACCACACCAACC
ATGCCGGAAACACCACCACCACCAACAACAACAACGAACAAACAAACAAA
CAAACGCAACATCGAACATGAACAAAAACAGGTCGATCCGGAGCGGGATC
GGATTCGGACAGTAGCAGCGGCAGCGGCAGCGGAAGCGGAGGCCTCTGGT
ACGATGTTGATACCCTTGGGGCGGTGAGGGGGAGCGGGGAGTACCGGTCC
GTAGAAGCGCCAATCGACAAGATTCCTGCTTTCCAGAGGGGCGGCAGCAT
CATTCCCCGGTGAGCTTTTCAAGCAATTTACTCAGGGATCCCCATGGGGG
CGACTGCGGGAGAAGGGCTCGGGCGAGGCTCTGAATGGTTTGTGTGCGAC
GCTGGAGGCTCCTATGTTTGGGTCAGCGCCGGCTTGATCGAACTCTGGGC
GCGGCCACTTCCGGGTGGCGTTGCTGTCGCTCGAAGAGCTACGCCACTGT
TGATGTCGCCGTTGTTGATGCGAACGCCAGCCGCGGTGATGTCGGTGGCA
AGCCTGGACGGGTTGCTGTTGTCCCACGCAAGTATCGGTTACGCCGGATG
AAAATGTTGTCCGAAAGGCACACCGGGCGGTCCGTGTGCTGTTCTCCCAG
GAGATTCTGTCGCGCCCTTTGAATGGGCAACGTGGATACGCGAGTGTACC
CGAGAGAATCTTGTAACACCCTTGGTTTGTTTGTGACTCTCCGGCTATCG
GATCAAGAATCTCCGAGCCTGCCTGAGATTGTTTTGCATCGGTTACACAC
TAGGCGAACAAAATAAAAGAGACGGGGGCAGAGAAAGCCTATCTCCGGCG
GCGGTGGCAGTCTCTCTGCGGCCCCCCCGCGATGACTCTGCCGATACTCC
TGCCAATTCCCGTCCGGAATCGATGGCACGCTCCATGGAGGCTCTGCATC
TACGTTTTCCTGTGCGTGTGACCTCTCGGATCAAAAACCTTACGCATCTC
GGATGCGCGTGAAGCCTCACTACCCGGCGTTTCCTCGCGATTGGGTGCTA
CAGGACAGGGCGGGATTGATCAGTGGCGCGCGTCCTTGAGTGTTTTTCCG
CCTCCCTGAATATATTCCTAGCGAGGCGGGGCGGGCGGCTGCAAGCACAC
GAACCTCTCCTAATTTCACGTGGCATATTTCACTCTCTCGTCTTCCCGAC
CCTCTTCCTTTCACCTGCGCATAAATCAAGCCACAATCCCGTAAATTCGA
AGCCGTACACCCGCCCCCTTGAAGGGCGCAAACCGGGCAACCATTGGCAT
CCCACGTCTCCCTCCCTCCCCCCACCTACCGCCTCGCCACCGCCGCGCTC
AGCAAACAACGCCTTCGCCGGAGCTCCCTGATGATGGCCGGTGACCCTTA
CACCCTTGTGGTCGCCCTGGACGAGGCGGCCGCGGCGCAGGGGAGCCTGT
ACCTTGACGACGAGGAGTCGCACGATTACCGCGACAGGGAAGGCGGCGGC
GGCTGGGCCACGCGACGTTTCTCTTTTGAAGGGGGCGTTCTGGCGGGGAG
GGCCGCGGAGGGTAGTGGGGTCTACCGGCCGGCAAATACGTGAGTAAACT
ACCACAGCCGCGGTTGTCACAAGGTTGTACCGGGAACGCGCAAGATTCTA
CTAGTATGCCAGTGTCGCCATCTGCGGTCTTGATTTTTTCTCGTCTCACG
AAGTTCGTCTTTTCCTTCTCTTTTTTTGTCGGTCTCGTAGCGTTTGAAGT
CGCAGTTCTTTCGCCGCTTCAAGCACGAGTGCCTTTGGTTTGTTTCTTTT
CATTTTTCCTTTGGTTCTTGTGCGTTCCGGTGAGCGGTCCCTCCTAAAAC
CCTCATGTTGTTGCAGAGGCCGCCAGGCTTGGGCGGGCTTACACTGCACT
CCTTTGCTCAGCGCGTAGCTTCTTTCGAGGGGGAGAGGGTGGTCATGCGG
CGGAGGCGGCGAAGTCCATCGCCCCTGCCGCAGCGGATCGTCTCGAAGAT
AAAGCACAAGACGGAAGGAGGTCGGAGACAAAATCTGGTGGCCCTTTCGT
TTTGGGGCTTTACGGCATGTAGACGCAGACACGGGCCGGGATGAAAAGGG
GCGTGGAGTGGGGTGGCAGGCGGGGGGGGTCGCGCCCCCGCTGTCGCCCA
TCCCTCCCTGGTTTAATGTCCCTACTGCTTGCTTCAGACTTGGGCTTACA
TGTTTTTTCCTTTGAGCCTGAAACCGGAAACGGGTGATGGTCACGCGGAA
CTCCGGAACCTCGAAAGAGGCGATGACCGGCAGCCGCCTCTTGATCTGCT
TCTCCCGGGTGGGTTGGGGGAGGATTATATCTGGATCTTCGTCGTGCGGT
TGCTGCTCGGCGATCAGAGTCTAATCTCAACGCAGCATTTGTCTTTCTCC
CGACTCAAGAGCGAGAGGGCCGGGGGATGAAAGGAAGCCCTCCCGCCCGC
ATGGTCGCGATGTCGGGCTAGGGCAGATGTCTGCGGCAACCGACAGGGGG
AGAGGCTGTGTGGGTGTTCAAGGGAGGGGGAGACACACACATGCATGTAA
ATATTTCGAAGTATAAATATAGAGAGGACTCACGCTGTGCAACAAGTTTC
CGCCCCCATCGTTTTCTGTGCTGCGCTCATTTCTCAGCGTCTCACGCGTG
ATTTCATGTCTTTTTTTGTTTATGTGATTTCTTGTTGCGTGTGCCGGACA
ACCACAAGCAGGATCGAGCGAGTGGTGATCGCCGGGGTGGACACCGAGCC
GTCGTCCGTAATGCTCCAGGTGGTGTCGGCTCCCGCGTCCGACGACGGGC
GGGTCGAGCAGGCGGCGACGGCGGCGGTGCCACTGAGTTTCACGTACGAC
GCTCCCGCCAGGGTGTTGACAGTGCGCAAGCCGGATGTTTGCGTCGCGGA
GGACTTCGACTTGAGGCTCTCTTGGGCTGCTGTCGCGGCCGGCAGTTGAG
ATGATGCAACAAGTGTCACGAATTTTTGTCGATTTTCTACGATCGTTAAT
TTTGGCCGTTTGTTTATCGAGACGCCGGTCTTGCGACCTTGGGCGCGTAC
ACCGAGTTTGCTAGACTGATGGTGAGCTGCAGCCTGGGCGAGTGGCGGTC
GAGTCCATGCAGCAGATCGGCACCCTACTCTCACTTGCGACTGACTGTGT
ATCAACGCCTAGCTTGCTTCATCAACACTCGATAAGGATGTAGACTAGCA
CAGACAAGTGTTTTGATAGGTAGGCAGGTGGATTGTGAGCTGTGGCTGGG
GCGAGAGGCATTCGACCGATCATCACATCGACGCCTCACTTGCGGCCCGG
CTGTGTCCATGCCGAGGTTCCATCCTGGGAAAAATGTCGTGCATCACATT
ATTAGAACAACAGGCCGAGAGTGTGTGTGTTGCTTAAGGCTGGGGACGGG
AGGGGAGGGGACGCGGGTGAAAGGCCAACCAACTTTCTTCCTTCGGCTCT
GGAGCGGATAATGTCTCAGC

Coding sequence (CDS) from alignment at P-fluviatile_contig1:5399860..5421929-

>mRNA_P-fluviatile_contig1.488.1 ID=mRNA_P-fluviatile_contig1.488.1|Name=mRNA_P-fluviatile_contig1.488.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=6444bp|location=Sequence derived from alignment at P-fluviatile_contig1:5399860..5421929- (Porterinema fluviatile SAG_2381)
ATGGCACCGGCCATGCGGCGGCTAGCCTCGTCGCTGGCTCTCTCCCTCGT
GGTCCTCATCGCGCCGCCGCTCACGGGGCCCAGCTCTCGGCTCGGGCTGG
GCCCTCTCGGCGCGGCGGCGGTGGACAAGAAGAAGTTCCGAAAGTGCGCA
GACACGGGCTTCTGCAGGCGCAACCGGGAGCGGACGTCGCCGCCAAAGTC
TCCGATGGCACCGGCCATGCGGCGGCTAGCCTCGTCGCTGGCTCTCTCCC
TCGTGGTCCTCATCGCGCCGCCGCTCACGGGGCCCAGCTCTCGGCTCGGG
CTGGGCCCTCTCGGCGCGGCGGCGGTGGACAAGAAGAAGTTCCGAAAGTG
CGCAGACACGGGCTTCTGCAGGCGCAACCGGGAGCGGACGTCGCCGCCAA
AGTCTCCGTTCCGGGTTGACCCCGCAAGCGTTCGGAGCGACAGGGACGGC
ATCACTGCGGACGTCTTGCCGGCCGAGGACGGGGGCGGCAGCGCTCCCCT
CTCCCTTCGAGTCCGGTTCTACTCCAACGGTGTGTGCCGCCTCAAGGTCG
ACGAGCATTCGCCAGGAGGAGCTCAGAGATGGGAGTTCCGGGTTGACCCC
GCAAGCGTTCGGAGCGACAGGGACGGCATCACTGCGGACGTCTTGCCGGC
CGAGGACGGGGGCGGCAGCGCTCCCCTCTCCCTTCGAGTCCGGTTCTACT
CCAACGGTGTGTGCCGCCTCAAGGTCGACGAGCATTCGCCAGGAGGAGCT
CAGAGATGGGAGCCTCCGGACGTTTTTCTCGAGCAGCAGCTGGAGCGGGC
GGAATTTGTGTTGCTGCCTCTGGGCGATCCCTCCCTCCCCCCCGCGCTGA
GAGAGCTCCCTGAGGGCTGGAACGGGATCTTGGCCGCCTACGGCTCGGTG
GAGACCGGCGGCGGCGGTAGCTGCGATCGGCGTTACGTGTTGAGCGTGCG
TTATGACCCGTTTCAGGCGGATCTGTACGCAGGGGACGAGCTGGCGGTGT
CGGCCAACCGGAGCCTCCGGACGTTTTTCTCGAGCAGCAGCTGGAGCGGG
CGGAATTTGTGTTGCTGCCTCTGGGCGATCCCTCCCTCCCCCCCGCGCTG
AGAGAGCTCCCTGAGGGCTGGAACGGGATCTTGGCCGCCTACGGCTCGGT
GGAGACCGGCGGCGGCGGTAGCTGCGATCGGCGTTACGTGTTGAGCGTGC
GTTATGACCCGTTTCAGGCGGATCTGTACGCAGGGGACGAGCTGGCGGTG
TCGGCCAACCGGAGGGGGTTGATGCACTTCGAGCAAACGCGGGCAAAGGG
AGACCGCAGCGTCGGCGGTGCGGGAGGAGGAGGGAAAACGGTCGATCTCC
ATCGTGGCAAGAAGGGGGTTGATGCACTTCGAGCAAACGCGGGCAAAGGG
AGACCGCAGCGTCGGCGGTGCGGGAGGAGGAGGGAAAACGGTCGATCTCC
ATCGTGGCAAGAAGGTGAAGGATTATGGAGAGGACGGGTTGGCCATCTAC
GAGGACGGCACGAGGGAGACCCGGGAGGAGCACAACCGGCTGCTGGAGGA
GGCGTCAGCCAGGCAGGGCAAAGATGGTGAAGGATTATGGAGAGGACGGG
TTGGCCATCTACGAGGACGGCACGAGGGAGACCCGGGAGGAGCACAACCG
GCTGCTGGAGGAGGCGTCAGCCAGGCAGGGCAAAGATGAGAGCGGGCTTG
GTCTCTGGGAGGAGAGCTTCGACGGCCACCCCGACAGTAAACCCGACGGC
CCGACGAGCGTGGGAATAGACGTCTACTTCCCAGAGAGCGGGCTTGGTCT
CTGGGAGGAGAGCTTCGACGGCCACCCCGACAGTAAACCCGACGGCCCGA
CGAGCGTGGGAATAGACGTCTACTTCCCAGGCTCCGACCACGTCTACGGC
ATCCCGGAGCACGCCACCTCGATGGCTCTCAAGACCACGACCGCCGGCGA
CAACGCCGATGCCGACACCGGCGCCGGCGATAGCAACGGGGACGGAAAGG
GCAACGAGGTCCCTCTCGCCCCGCCGCCGCCGCCTCACTTCTCCGAGCCG
TACCGGTTGTACACTCTGGACGTGTTCGAGTACGAGCTGGACTCCCCGGC
GGCGCTGTACGGCAGCATCCCCGTCATGCTGGGGCACCGCAAGGGTATCA
CGGCCGGGGTGTTCTGGTTCAACCCCACGGAAACGTTCGTTGACGTCGAG
CAAGGTGGGCTCCGACCACGTCTACGGCATCCCGGAGCACGCCACCTCGA
TGGCTCTCAAGACCACGACCGCCGGCGACAACGCCGATGCCGACACCGGC
GCCGGCGATAGCAACGGGGACGGAAAGGGCAACGAGGTCCCTCTCGCCCC
GCCGCCGCCGCCTCACTTCTCCGAGCCGTACCGGTTGTACACTCTGGACG
TGTTCGAGTACGAGCTGGACTCCCCGGCGGCGCTGTACGGCAGCATCCCC
GTCATGCTGGGGCACCGCAAGGGTATCACGGCCGGGGTGTTCTGGTTCAA
CCCCACGGAAACGTTCGTTGACGTCGAGCAAGGTGGCGCCGGAGAGGGCA
AGCGGGCGCGCTGGATCAGCGAAGGCGGGGCGCTCGACCTCGTCCTGCTT
CCGGGGCCCACCGCCGGCGAGGTTTTCCGGCAGTACGCCGAGGTGACCGG
CAAGCCGGAGCTGCCACCCATGTTCAGCCTCGGCTTTCATCAGTGCCGCT
GGAACTACCGAGATGAGCAGCGCCGGAGAGGGCAAGCGGGCGCGCTGGAT
CAGCGAAGGCGGGGCGCTCGACCTCGTCCTGCTTCCGGGGCCCACCGCCG
GCGAGGTTTTCCGGCAGTACGCCGAGGTGACCGGCAAGCCGGAGCTGCCA
CCCATGTTCAGCCTCGGCTTTCATCAGTGCCGCTGGAACTACCGAGATGA
GCAGGACGTGCTGGCCGTAGACGCGGGATTCGAGGAGCGGGACTTCCCCT
ACGACGTGATCTGGCTGGACATCGAGCACACCGACGGCAAGCGTTACTTC
ACCTGGGACCAGCGCCTCTTCCCGGACCCCAAACGGATGCTTGACAAGGA
CGTGCTGGCCGTAGACGCGGGATTCGAGGAGCGGGACTTCCCCTACGACG
TGATCTGGCTGGACATCGAGCACACCGACGGCAAGCGTTACTTCACCTGG
GACCAGCGCCTCTTCCCGGACCCCAAACGGATGCTTGACAAGGTGGCTGC
CCACGGGCGGCGCATGGTGACGATCGTCGACCCGCACATCAAGCGCGACC
CCAACTACGCCGTCCACAAGGAAGCCACCGCAAAGGGACTCTACATCAAG
GACAAAGACGGCAACGTGGCTGCCCACGGGCGGCGCATGGTGACGATCGT
CGACCCGCACATCAAGCGCGACCCCAACTACGCCGTCCACAAGGAAGCCA
CCGCAAAGGGACTCTACATCAAGGACAAAGACGGCAACGATTTCGACGGC
TGGTGCTGGCCGGGGCAGTCGAGCTACCTCGACTTCACGGACGAGCGGGT
GAGGGCGTGGTGGGCCTCGAGGTTCTCGCTCGACCAGTACGAGGGGAGCA
CGCTGGACCTCTACACGTGGAACGACATGAACGAACCGAGCGTTTTCAAC
GGCCCGGAGGTAGATTTCGACGGCTGGTGCTGGCCGGGGCAGTCGAGCTA
CCTCGACTTCACGGACGAGCGGGTGAGGGCGTGGTGGGCCTCGAGGTTCT
CGCTCGACCAGTACGAGGGGAGCACGCTGGACCTCTACACGTGGAACGAC
ATGAACGAACCGAGCGTTTTCAACGGCCCGGAGGTAGTTTCCATGAAGAA
GGACTGCCTTAGCCTGGCGGGCGTTGAGCACCGGCACTGGCACAACGTGT
ACGGCATGTACATGCAAAGGGCCACGGCCGAGGGCCTGGAGCTGCCCCGG
AAAGGGAACGCGAGGGGCGGCGGGGGCGGGGACGGCCGGCCCTTCGTCCT
GTCGAGGGCTTTCTTCGCGGGAAGCCAGCGATGGGGCGCCGTGTGGACCG
GCGATAATGCGGCCAGGTTTCCATGAAGAAGGACTGCCTTAGCCTGGCGG
GCGTTGAGCACCGGCACTGGCACAACGTGTACGGCATGTACATGCAAAGG
GCCACGGCCGAGGGCCTGGAGCTGCCCCGGAAAGGGAACGCGAGGGGCGG
CGGGGGCGGGGACGGCCGGCCCTTCGTCCTGTCGAGGGCTTTCTTCGCGG
GAAGCCAGCGATGGGGCGCCGTGTGGACCGGCGATAATGCGGCCAGGTGG
GATCACCTCGCGGCCTCGGCCCCGATGCTGCTGTCCATGAGTTTGGCCGG
CCTGCCTTTCGTAGGCGCGGACGTGGGCGGATTCTTCGGGGACCCGTCCG
CGGAGTTGTTTCTCCGTTGGATGCAGGTGGGATCACCTCGCGGCCTCGGC
CCCGATGCTGCTGTCCATGAGTTTGGCCGGCCTGCCTTTCGTAGGCGCGG
ACGTGGGCGGATTCTTCGGGGACCCGTCCGCGGAGTTGTTTCTCCGTTGG
ATGCAGGCCGCCGCGTACCAGCCCTTCTTCCGGTCCCACGCGCACCACGA
CTCCAAGCGGAGGGAGCCGTGGGTGTTCGGAGACCCGTGGACCACGCGCA
TCCGATCGGTGGTGATGGCTCGGTACGCCCTGCTTCCCTACTGGCCGCCG
CGTACCAGCCCTTCTTCCGGTCCCACGCGCACCACGACTCCAAGCGGAGG
GAGCCGTGGGTGTTCGGAGACCCGTGGACCACGCGCATCCGATCGGTGGT
GATGGCTCGGTACGCCCTGCTTCCCTACTGGTACACCCTCTTTCAAGAGG
CGAGCGACACCGGCATGCCCATGATGCGGCCGATGTGGGTGCAGTACCCC
GACGACGCCAATACCTTCGACATGGATGACCAGGTACACCCTCTTTCAAG
AGGCGAGCGACACCGGCATGCCCATGATGCGGCCGATGTGGGTGCAGTAC
CCCGACGACGCCAATACCTTCGACATGGATGACCAGTGGATGGTCGGCTC
GGACCTGCTCGTCAAGCCGATTGTCACCGAGGGCGCCACCGTCTCCGCCG
TCTACCTACCCGTGGATGGTCGGCTCGGACCTGCTCGTCAAGCCGATTGT
CACCGAGGGCGCCACCGTCTCCGCCGTCTACCTACCCGGTCGATCCGGAG
CGGGATCGGATTCGGACAGTAGCAGCGGCAGCGGCAGCGGAAGCGGAGGC
CTCTGGTACGATGTTGATACCCTTGGGGCGGTGAGGGGGAGCGGGGAGTA
CCGGTCCGTAGAAGCGCCAATCGACAAGATTCCTGCTTTCCAGAGGGGCG
GCAGCATCATTCCCCGGTCGATCCGGAGCGGGATCGGATTCGGACAGTAG
CAGCGGCAGCGGCAGCGGAAGCGGAGGCCTCTGGTACGATGTTGATACCC
TTGGGGCGGTGAGGGGGAGCGGGGAGTACCGGTCCGTAGAAGCGCCAATC
GACAAGATTCCTGCTTTCCAGAGGGGCGGCAGCATCATTCCCCGCAAACA
ACGCCTTCGCCGGAGCTCCCTGATGATGGCCGGTGACCCTTACACCCTTG
TGGTCGCCCTGGACGAGGCGGCCGCGGCGCAGGGGAGCCTGTACCTTGAC
GACGAGGAGTCGCACGATTACCGCGACAGGGAAGGCGGCGGCGGCTGGGC
CACGCGACGTTTCTCTTTTGAAGGGGGCGTTCTGGCGGGGAGGGCCGCGG
AGGGTAGTGGGGTCTACCGGCCGGCAAATACCAAACAACGCCTTCGCCGG
AGCTCCCTGATGATGGCCGGTGACCCTTACACCCTTGTGGTCGCCCTGGA
CGAGGCGGCCGCGGCGCAGGGGAGCCTGTACCTTGACGACGAGGAGTCGC
ACGATTACCGCGACAGGGAAGGCGGCGGCGGCTGGGCCACGCGACGTTTC
TCTTTTGAAGGGGGCGTTCTGGCGGGGAGGGCCGCGGAGGGTAGTGGGGT
CTACCGGCCGGCAAATACGATCGAGCGAGTGGTGATCGCCGGGGTGGACA
CCGAGCCGTCGTCCGTAATGCTCCAGGTGGTGTCGGCTCCCGCGTCCGAC
GACGGGCGGGTCGAGCAGGCGGCGACGGCGGCGGTGCCACTGAGTTTCAC
GTACGACGCTCCCGCCAGGGTGTTGACAGTGCGCAAGCCGGATGTTTGCG
TCGCGGAGGACTTCGACTTGAGGCTCTCTTGGGCTGCTGTCGCGGCCGGC
AGTTGAGATCGAGCGAGTGGTGATCGCCGGGGTGGACACCGAGCCGTCGT
CCGTAATGCTCCAGGTGGTGTCGGCTCCCGCGTCCGACGACGGGCGGGTC
GAGCAGGCGGCGACGGCGGCGGTGCCACTGAGTTTCACGTACGACGCTCC
CGCCAGGGTGTTGACAGTGCGCAAGCCGGATGTTTGCGTCGCGGAGGACT
TCGACTTGAGGCTCTCTTGGGCTGCTGTCGCGGCCGGCAGTTGA