mRNA_P-littoralis_Contig59.8.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig59.8.1
Unique NamemRNA_P-littoralis_Contig59.8.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: D7FQH7_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FQH7_ECTSI)

HSP 1 Score: 738 bits (1904), Expect = 5.430e-243
Identity = 350/484 (72.31%), Postives = 404/484 (83.47%), Query Frame = 1 
Query: 1420 PTYSEAVAFSEAVSAPAAVVPSNTALTTADVDHLTKEAALQGLVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYPHVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYFVDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASK 2871
            P   E  A S A  A AAV+P          D L ++AA QGLVLPCGPSD+EKVLYH +GR  M++ G V F  +  GM LFT+SSPHFYWYG PT+++ V +CCHYFGVS+WG++FDPE H  +VR G +    +PTVDVFLPVCNE  VLLANTW HV  +DYPHV V+VLDDGA DEV+ALA  YGF+YIRRDNRP+LKKAGNLR+AFA+TSGEVI IFDADFCPR DFLRETLPY VDP IGILQTPQFFRRREEQTWVEQGAGASQE FYR+IQVN+DRFNAAVCVGSC +YRR AVEPFGGVAPIEHSEDMYTGYKMTELGYK++YLPLCLAMG+CPDEPRSFF QQYRWCMGT TLV Q EFW+S+IS+IHKLCF NGM +Y  T+ FVFLGP+P+LLLIW++ +EVLW+Y+GF  PA+ ++ VVVP WSKQDS+ + L+ QR+K+LQSYAHLFA+KDR+MGTVAAWVPSGGGASK
Sbjct:  325 PRAVEIAAPSTAELAKAAVMP----------DTLVRQAAEQGLVLPCGPSDEEKVLYHKSGRLTMLSTGFVSFCTLLTGMSLFTMSSPHFYWYGAPTIFVVVHICCHYFGVSIWGRDFDPEIHACVVRHG-LDVAFSPTVDVFLPVCNEPAVLLANTWNHVLAMDYPHVTVHVLDDGAKDEVKALAGEYGFQYIRRDNRPELKKAGNLRHAFARTSGEVIVIFDADFCPRPDFLRETLPYLVDPSIGILQTPQFFRRREEQTWVEQGAGASQEHFYRLIQVNLDRFNAAVCVGSCGLYRRTAVEPFGGVAPIEHSEDMYTGYKMTELGYKVRYLPLCLAMGICPDEPRSFFMQQYRWCMGTSTLVLQKEFWQSEISKIHKLCFFNGMLFYLATALFVFLGPMPILLLIWMKADEVLWFYYGFTVPALIYSLVVVPTWSKQDSVFKALTAQRIKVLQSYAHLFAIKDRIMGTVAAWVPSGGGASK 797
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: D7G9A2_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G9A2_ECTSI)

HSP 1 Score: 647 bits (1670), Expect = 9.390e-204
Identity = 301/508 (59.25%), Postives = 390/508 (76.77%), Query Frame = 1 
Query: 1528 EAALQGLVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYPHVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYF-VDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLVIWNVVSTGLIVGGSIWRMTEFPWYHFGIPITMALASCAISLSTLL 3048
            +A  Q LVLPC PSD+EK++YH +GR  ++T  M+ F+A+  GM LFT+ +P FYW+G P +++     CHY G+++WG++F PE H +++R     +G+ P+VDVFLPVC E   LLANTW+HV  LDYP   V+VLDDGASDEV ALA+ +GFEY+ R++ P LKKAGNLRNAFA+TSGE I IFDADFCPR DFL+ET+PYF  DP IGI+QTPQ+FR R+EQTW+EQGAG SQE FYRM+QVN DRFNAAVCVGSC +YRR A+EP GG+A IEHSEDMYTGYKMTE G+KIKY+PL LAMG+CPDEP+SFF QQYRWC G+ TLV +  FW S IS+  KLCF+NG+ YYF TS  +F+ PLP++LL+W+  + VLWY+ GF  P++ F  +V+P+WSKQ      ++  RVKI+Q YAHL+AVKD L+G  A WVPSGG  S+  S+ Y+SS+R++V+W+ VS+ LI GG +WRMT   WYHF   +  A+ + A+++STL+
Sbjct:  662 DADAQSLVLPCPPSDEEKIIYHHSGRLGLITCAMISFAALTWGMWLFTMVTPAFYWFGAPAIFLIFYTACHYLGIAIWGRDFKPEVHTEVLR-ASQEKGYRPSVDVFLPVCKEPLYLLANTWQHVAALDYPDFKVFVLDDGASDEVAALASKFGFEYVVREDAPALKKAGNLRNAFARTSGEAIAIFDADFCPRPDFLKETVPYFGEDPTIGIVQTPQYFRHRKEQTWIEQGAGVSQEFFYRMVQVNQDRFNAAVCVGSCGLYRRTALEPLGGMAAIEHSEDMYTGYKMTENGFKIKYVPLALAMGICPDEPQSFFMQQYRWCKGSTTLVKEKGFWTSGISKRQKLCFLNGLLYYFATSLLLFMAPLPIMLLVWVEADGVLWYHSGFALPSLIFAAIVLPLWSKQR---YGMACHRVKIIQYYAHLYAVKDSLLGLSAPWVPSGG--SRLTSTRYKSSVRLMVVWSFVSSALIFGGCVWRMTMLTWYHFVPAMVFAVGTFALNMSTLV 1163
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: A0A6H5K7X7_9PHAE (GT2 protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5K7X7_9PHAE)

HSP 1 Score: 619 bits (1596), Expect = 7.060e-192
Identity = 298/543 (54.88%), Postives = 386/543 (71.09%), Query Frame = 1 
Query: 1540 QGLVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYPHVIVYVLDDGASDEVEALAAAYGFEY---------------------------------------IRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYF-VDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLVIWNVVSTGLIVGGSIWRMTEFPWYHFGIPITMALASCAISLSTLL 3048
            Q LVLPC PSD+EK++YH +GR  ++   M+ F+A+  GM LFT+ +P FYW+G P +++     CHY GV++WG++F PE H +++R     +G+ P+VDVFLPVC E   LLANTW+HV  LDYP   V+VLDDGASDEV+ALA+ +GFE                                        + R++ P LKKAGNLRNAFA+TSGE I IFDADFCPRADFL+ET+PYF  DP IGI+QTPQ+FR R+EQTW+EQGAG SQE FYRM+QVN DRFNAAVCVGSC +YRR A+EP GG+A IEHSEDMYTGYKMTE G+KIKY+PL LAMG+CP+EP+SFF QQYRWC G+ TLV +  FW S IS+  KLCF+NG+ YYF TS  +F+ PLP++LL+W+  + VLWY+ GF  P++ F  +++P+WSKQ      ++  RVKI+Q YAHL+AVKD L+G  A WVPSGG  S+  S+ Y+SS+R++V W+ VS+ LI GG  WRMT   WYHF   +  A+ + A+++STL+
Sbjct:  729 QSLVLPCPPSDEEKIIYHHSGRLGLIMCAMIAFAALTWGMWLFTMVTPAFYWFGAPAIFLIFYTACHYLGVAIWGRDFKPEVHAEVLR-ASEEKGYRPSVDVFLPVCKEPLHLLANTWQHVAALDYPDFKVFVLDDGASDEVKALASKFGFESRYVPSPIVTYFVLSRPPYRYCSMLLPDAATHCCRGIAEDVLREDAPALKKAGNLRNAFARTSGEAIAIFDADFCPRADFLKETVPYFGEDPTIGIVQTPQYFRHRKEQTWIEQGAGVSQEFFYRMVQVNQDRFNAAVCVGSCGLYRRTALEPLGGMAAIEHSEDMYTGYKMTENGFKIKYVPLALAMGICPNEPQSFFMQQYRWCKGSTTLVREKGFWTSGISKRQKLCFLNGLLYYFATSLLLFMAPLPIMLLVWVEADGVLWYHSGFALPSLIFAGIILPLWSKQR---YGMACHRVKIIQYYAHLYAVKDSLLGLSAPWVPSGG--SRLTSARYKSSVRLMVFWSFVSSALIFGGCAWRMTMLTWYHFVPAMVFAVGTFALNMSTLI 1265
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: D7G9A6_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G9A6_ECTSI)

HSP 1 Score: 608 bits (1567), Expect = 2.650e-189
Identity = 297/553 (53.71%), Postives = 391/553 (70.71%), Query Frame = 1 
Query: 1402 EEGGACPTYSEAVAFSEAVSAPAAVVPSNTALTTADVDHLTKEAAL---QGLVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYPHVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYF-VDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLVIWNVVSTGLIVGGSIWRMTEFPWYHFGIPITMALASCAISLSTLL 3048
            EEGG  P  ++  A + A    A    S      ADV+ +   AA    Q  VLPC P+D+EKV+Y  TGR+ ++T  ++ F          TL+                      FG+++WG++F  +EH ++++     +G+ P+VDVFLPVC E   LLANTWK+V  LDYP   V+VLDDGASDEV+ALA+ +GFEY+ R N P+LKKAGNLRNAFA TSGE I IFDADFCPR +FL+ET+PYF  DP IGI+QTPQFFR R+EQTW+EQGAG SQE FYRM+Q+N DRFNAAVCVGSC +YRR A+EP GG+A IEHSEDMYTGYKMTE G+KIKYLPL LAMG+CP+EP+S+F QQYRWC G+ TL+ + EFW+S IS +HKLCF+NGM YY  T+  +F+ P+P++LL+W+  + VLWY+ GFV P++ F  +++P+WSKQ      L+ QRVK+LQ YAHLFA+KD  MGT A W+PSG G++K  ++ Y +++R++++WN++ T LIVGGS WRMT   WYHF   I +A  S  +++STL+
Sbjct:  607 EEGGTRPASADGEAAAAAAGGAAVADGSTGVAAVADVEDIMLAAAATAEQEAVLPCAPTDEEKVIYRNTGRFGIITCAVISF---------ITLTWD--------------------FGIAMWGRDFKLDEHAEVLK-ASEEKGYMPSVDVFLPVCKEPLYLLANTWKYVAALDYPDFKVFVLDDGASDEVKALASVFGFEYVLRSNAPELKKAGNLRNAFAMTSGEAIAIFDADFCPRPEFLKETVPYFGEDPTIGIVQTPQFFRVRDEQTWIEQGAGVSQEFFYRMVQMNQDRFNAAVCVGSCGLYRRTALEPLGGMAAIEHSEDMYTGYKMTEHGFKIKYLPLALAMGICPEEPQSYFMQQYRWCKGSSTLIREKEFWKSGISNLHKLCFLNGMLYYMATALLIFVAPIPIMLLVWMEADGVLWYHSGFVMPSLIFAGIIMPLWSKQR---YGLAAQRVKVLQCYAHLFAIKDTFMGTHAPWLPSGSGSAKKRNATYTAAVRLMIVWNLIITSLIVGGSAWRMTMLTWYHFLPAIAIASGSFVLNMSTLI 1126
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: D7FP53_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FP53_ECTSI)

HSP 1 Score: 596 bits (1536), Expect = 7.850e-184
Identity = 285/537 (53.07%), Postives = 382/537 (71.14%), Query Frame = 1 
Query: 1540 QGLVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYPHVIVYVLDDGASDEVEALAAAYGFEY---------------------------------IRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYFVDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGAS-KSASSAYESSMRVLVIWNVVSTGLIVGGSIWRMTEFPWYHFGIPITMALASCAISLSTLL 3048
            QGLVLPC PSD+EK +YH TGR  +VT G+V   A+  GM LFT ++P FYW+  PT +I   +   YFGV+VWGK+FDPE+H   +R+    E + P+VD+FLPVC E T LL NTWK+V+ LDYP+V V+VLDDGA +EV  LA  +GF+                                  IRR N P+LKKAGNLR AFA+TSGEV+ IFDADFCPR +FL+ET PYF D ++ ILQTPQFFR REEQTWVE+GAG +QE FYRM+QVN ++F+A++CVG+C VYRR A+ PFGG A I +SED++TG+   +LGYK+KY+P  +AMG CPDEPR+FF QQYRWCMG+ TL++  EFW+S ++R  KLC+++GMFYY  T+  +F GPLP +LLIW +PE VLW+   F  P++ F +V +  W+KQ         QRVK++QSY+HL+A+KD++M T   WVP+GGGAS +S+S AYESS++++++W ++ T L VGG+ WR+T+FPWYHF   I +++ +  + +STLL
Sbjct:  683 QGLVLPCAPSDEEKEIYHKTGRCFLVTAGVVSVGALSAGMWLFTFAAPFFYWFAAPTAFIMGYLLLSYFGVAVWGKDFDPEDHAARIRKAQ-HEHYYPSVDIFLPVCREPTHLLDNTWKYVRALDYPNVTVHVLDDGAKEEVRQLAEMHGFQSSPFGATKAHREQPEWLAWWECERVALRRSRFTDIRRTNIPELKKAGNLRYAFARTSGEVLVIFDADFCPRPEFLKETTPYFKDRDVAILQTPQFFRYREEQTWVEKGAGVTQELFYRMVQVNRNKFDASICVGTCGVYRREALAPFGGTAAIGYSEDVHTGFNCIQLGYKVKYVPQVMAMGTCPDEPRAFFMQQYRWCMGSTTLLSNREFWQSTLTRKQKLCYLSGMFYYSATAITIFTGPLPGMLLIWFKPEAVLWFNISFAVPSILFGYVGMRFWAKQP---YDFCCQRVKVIQSYSHLYALKDKIMNTTIPWVPTGGGASSRSSSQAYESSVKLMLVWTMMYTLLTVGGAAWRVTDFPWYHFVPTILLSILNFGLHISTLL 1215
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: A0A6A6ASI7_9PLEO (Glycosyltransferase family 2 protein n=1 Tax=Dothidotthia symphoricarpi CBS 119687 TaxID=1392245 RepID=A0A6A6ASI7_9PLEO)

HSP 1 Score: 460 bits (1183), Expect = 1.400e-141
Identity = 234/489 (47.85%), Postives = 337/489 (68.92%), Query Frame = 1 
Query: 1546 LVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYG----LPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYP--HVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLP-YFVDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLV-IWNVVSTGLIVGGSIWRMTE-FPWY 2985
            L++P GPS++EK+LY  T R  + +FG++ F ++  GM LF +S+  FYW+G    L   Y+FV+     +GVS+ GK+FD ++H +I++   + E  APTVD++LP C E   +LANT+K+V+ L YP   + V+VLDDGAS EVEALA ++G+EYI R++RP+LKKAGNLR AFA+T+G+   I+DADFCPR DFL E +P +   P+  I+QTPQFFR +EEQTWVEQGAG  QE FYR+IQVN +R+ A++CVGS A+YRR A+   GG A I  SED++TG+     G++++Y+PLCLA G+CPD PR+FF QQ RWCMG+ TL+T   FWRS ++ + KLC+++GM YY   S  +FL PLP LL+IW+RP+ V +Y   F  P++ ++ + +  W+K        ++Q +  +QSYA++ A+KDRL G   AWVPSG   +K+  +    +MR+L  +W V S G ++ G  ++  + F WY
Sbjct:   65 LIMPSGPSNEEKLLYLKTNRLGLYSFGVLSFLSLSAGMWLFVVSAVPFYWFGAMVVLLQAYLFVS-----YGVSLVGKDFDYKKHLEILKEHPINEVTAPTVDIYLPCCKEPIEVLANTYKYVKALKYPPGKMKVFVLDDGASAEVEALATSFGYEYICREDRPRLKKAGNLRWAFARTTGDYFAIYDADFCPREDFLLELVPQHLAHPKTAIVQTPQFFRVKEEQTWVEQGAGGVQELFYRVIQVNRNRWGASICVGSNALYRREALVEVGGTAEIGFSEDVHTGFDALTRGWEVRYVPLCLACGICPDTPRAFFSQQMRWCMGSTTLLTNPRFWRSKLTFMQKLCYLSGMMYYSAISLSIFLNPLPGLLMIWVRPDYVRYYNLAFAVPSLIYSIIAIRFWAKAR---YGFNVQFIMYIQSYAYMTAIKDRLFGRALAWVPSGD--TKAHKNNKYRNMRLLAWVWTVSSCGALISGVTYQCLQGFKWY 543
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: M3A7Q6_PSEFD (Glycosyltransferase family 2 protein (Fragment) n=1 Tax=Pseudocercospora fijiensis (strain CIRAD86) TaxID=383855 RepID=M3A7Q6_PSEFD)

HSP 1 Score: 457 bits (1177), Expect = 1.860e-141
Identity = 230/485 (47.42%), Postives = 323/485 (66.60%), Query Frame = 1 
Query: 1546 LVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYP--HVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYFVD-PEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLVI-WNVVSTGLIVGGSIWRMTE-FPWY 2985
            L+LP GP+D EK LY  T R  + TFG+  F ++  GM LF +S   FYW+G     + + +   Y  VS+ GK++D  +H  I+    +     PTVD++LP C E   +L NT+K+V+ L YP   + VYVLDDGASDEV+ +A +YG+ YI R++RP+LKKAGNLR AFA+T G+  TIFDADFCPR DFL ETLP  +  P   I+QTPQFFR    Q+WVEQGAGA QE FYR++QVN +RF A++CVGS AVYRR A+E  GG A I  SED++TG+   + G+K++YLPLCLA G+CPD PR+FF QQ RWCMG+ TL+T  +FWRS ++ I K+C+++GM YY   S  +F+ PLP +L++W RP+ V +Y   F  P++ ++ + +  WSK        ++Q V ++QSYA+L A+KDR+ G   AWVPSG   +K+  +    +MR+L   W +   G ++ G+ +++ +  PWY
Sbjct:   14 LILPSGPTDFEKTLYLKTNRLGLYTFGVFSFLSLSVGMWLFVISFAAFYWFGAVVFLLQIYLLISY-TVSICGKDYDISKHHKILEEHPIDPLTCPTVDIYLPCCKEPIEVLENTYKYVKQLQYPAPKLKVYVLDDGASDEVKTMAQSYGYNYIVREDRPRLKKAGNLRWAFARTEGDFFTIFDADFCPRPDFLLETLPIHLSKPNTAIVQTPQFFRTSTNQSWVEQGAGAVQELFYRVVQVNRNRFGASICVGSNAVYRRAALEEVGGTAEIGFSEDVHTGFYAVDRGWKVRYLPLCLACGICPDTPRAFFSQQMRWCMGSTTLLTNLDFWRSGLTPIQKICYLSGMMYYSAISLSIFMNPLPGILMLWCRPQYVRYYNLAFAVPSIVYSIIAIRCWSKAR---YGFNVQFVMVIQSYAYLTAIKDRVFGRALAWVPSGD--TKAHKNHKYRNMRILAWGWMMTVMGAVIAGTTYQILKGLPWY 492
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: A0A6A6VRX0_9PEZI (Nucleotide-diphospho-sugar transferase n=1 Tax=Pseudovirgaria hyperparasitica TaxID=470096 RepID=A0A6A6VRX0_9PEZI)

HSP 1 Score: 459 bits (1182), Expect = 3.440e-141
Identity = 235/489 (48.06%), Postives = 328/489 (67.08%), Query Frame = 1 
Query: 1546 LVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTL----YIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYP--HVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLP-YFVDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLV-IWNVVSTGLIVGGSIWRMTE-FPWY 2985
            L+LP GP+D EKV Y  T R  + TFG + F ++  GM LF +SS  FYW+GL  +    Y+FV+     + VS+ GK++D E H+  +    V    APTVD++LP C E   +L NT+KHV +L YP   + VYVLDDGA + V+ LA  YGF YI RD+RP+LKKAGNLR AFA+TSG+   I+DADFCPR DFL E +P +  +P   I+QTPQFFR ++EQTWVEQGAGA QE FYR+IQVN +RF A++CVGS AVYRR A+   GG A I  SED++TG+     G+++KY+PLCLA G+CPD PR+FF QQ RWCMG+ TL+T  +FW S +S + K+C+++GM YY   S  +FL PLP +L+IW+RPE V +Y   F  P++ ++ + + VW+K       L++Q V ++QS+A+  A+KDRL G   AWVPSG   +K+  +    +MR++  +W   ++G ++ G+ +++     WY
Sbjct:   83 LILPSGPTDVEKVSYLKTNRLFLYTFGCLSFLSLSAGMWLFVVSSIPFYWFGLMVVLLQCYLFVS-----YAVSICGKDWDYEAHKKTLEDHPVTPETAPTVDIYLPCCKEPIEVLENTYKHVTELIYPPDKLKVYVLDDGADEAVKTLAEQYGFTYILRDDRPRLKKAGNLRWAFARTSGDFFNIYDADFCPRPDFLMEIIPEHIANPRAAIIQTPQFFRIKDEQTWVEQGAGAVQELFYRVIQVNRNRFGASICVGSNAVYRRQALVEVGGTAEIGFSEDVHTGFYALTRGWQVKYVPLCLACGICPDTPRAFFSQQMRWCMGSTTLLTNPDFWTSPLSLMQKICYLSGMMYYSAISLSIFLNPLPGILMIWVRPEYVRYYNLAFAVPSILYSLLAIRVWAKAS---YGLNVQFVMMIQSFAYFTAIKDRLFGRALAWVPSGD--TKAHKNNKYRNMRIMAWVWMCSASGALIAGTTYQVLRGMKWY 561
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: M3CUW4_SPHMS (Glycosyltransferase family 2 protein n=1 Tax=Sphaerulina musiva (strain SO2202) TaxID=692275 RepID=M3CUW4_SPHMS)

HSP 1 Score: 461 bits (1185), Expect = 4.890e-141
Identity = 233/485 (48.04%), Postives = 322/485 (66.39%), Query Frame = 1 
Query: 1546 LVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYP--HVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLP-YFVDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVLV-IWNVVSTGLIVGGSIWRMTE-FPWY 2985
            L+LP GP+D+EK+LY  T R  + TFG+  F ++  GM LF +S   FYW+G     + + +   Y  VS+ GK++D ++HE I+    V    APTVD++LP C E   +L NT+KH+Q L YP   + VYVLDDG SD V ALA    F YI R++RP+LKKAGNLR AFA+T G+  TIFDADFCPR DFL+ET+P +   P+  I+QTPQFFR   +QTWVEQGAGA QE FYR++Q+N +RF A++CVGS AVYRR A+   GG A I  SED++TG+     G+K++YLPLCLA G+CPD PR+FF QQ RWCMG+ TL+T   FWRSD+  I K+C+++GM YY   S  +F+ PLP + ++W RP+ V +Y   F  P++ ++ V +  WSK        ++Q V ++QSYA+L A+KDR+ G   AWVPSG   +K+  +    +MR+L   W++   G + GG+ +++    PWY
Sbjct:  125 LILPTGPTDNEKMLYLKTNRLGLYTFGVFSFLSLSVGMWLFVVSFYAFYWFGAVVFLLQMYLVISY-TVSICGKDYDVQKHEKILEEHAVNAVTAPTVDIYLPCCKEPIEILENTYKHIQQLQYPKNQLKVYVLDDGGSDAVHALATQCRFHYICREDRPRLKKAGNLRWAFARTEGDFFTIFDADFCPRPDFLQETIPIHQARPDTAIVQTPQFFRTSTDQTWVEQGAGAVQELFYRVVQINRNRFGASICVGSNAVYRRAALVEVGGTAEIGFSEDVHTGFYAINRGWKVRYLPLCLACGICPDTPRAFFSQQMRWCMGSTTLLTNMAFWRSDMGWIQKICYLSGMMYYSAISLSIFINPLPGIFMLWCRPQYVRYYNLAFAIPSIVYSLVAIRCWSKAR---YGFNVQFVMVIQSYAYLTAIKDRMFGRSLAWVPSGD--TKAHKNDKYRNMRILAWCWSLTVVGAVTGGTAYQIIRGLPWY 603
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BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Match: N1PUK9_DOTSN (Glycosyltransferase family 2 protein (Fragment) n=1 Tax=Dothistroma septosporum (strain NZE10 / CBS 128990) TaxID=675120 RepID=N1PUK9_DOTSN)

HSP 1 Score: 456 bits (1173), Expect = 7.080e-141
Identity = 228/485 (47.01%), Postives = 322/485 (66.39%), Query Frame = 1 
Query: 1546 LVLPCGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLPTLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPVCNESTVLLANTWKHVQDLDYP--HVIVYVLDDGASDEVEALAAAYGFEYIRRDNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLP-YFVDPEIGILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCAVYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDEPRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWFVFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQTLSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRVL-VIWNVVSTGLIVGGSIWR-MTEFPWY 2985
            L+LP GP+D EK LY  T R  + +FG+  F ++  GM LF +S   FYW+G    ++ + +   Y  VS+ GK++D  +H  I+    +     P+VD++LP C E   +L NT+K++Q L YP   + VYVLDDGASD V+A+A  YG++YI R++RP+LKKAGNLR AFA+T G+   IFDADFCPR DFL+E +P +   P+  I+QTPQFFR   EQ+WVEQGAGA QE FYR++Q+N +RF A++CVGS AVYRRVA+E  GG A I  SED++TG+     G+K++YLPLCLA G+CPD PR+FF QQ RWCMG+ TL+T  +FWRS ++ I K+C+++GM YY   S  +F+ P+P +L++W RP  V +Y   F  P++ ++ + +  WSK        ++Q V I+QSYA+L A+KDRL G   AWVPSG   SK+  +    +MR+L   W +   G ++ G+ ++ M    WY
Sbjct:   15 LILPSGPTDFEKTLYLKTNRLGLYSFGVFSFLSLSAGMWLFVISFDAFYWFGAVVFFLQIYLFISY-TVSICGKDYDISKHRKILEENPINPLTCPSVDIYLPCCKEPIEVLENTYKYIQQLQYPAAKLKVYVLDDGASDAVKAVAEGYGYDYICREDRPRLKKAGNLRWAFARTGGDFFAIFDADFCPRPDFLQEIIPVHLAKPDTAIVQTPQFFRTSTEQSWVEQGAGAVQEVFYRVVQINRNRFGASICVGSNAVYRRVALEEVGGTAEIGFSEDVHTGFYAVNRGWKVRYLPLCLACGICPDTPRAFFSQQMRWCMGSTTLLTNMDFWRSKLNPIQKICYLSGMMYYSAISLSIFMNPIPGILMLWCRPHYVRYYNLAFAVPSILYSIIAIRCWSKAR---YGFNVQFVMIIQSYAYLTAIKDRLFGRALAWVPSGD--SKAHKNNKYRNMRILGSCWMISVMGAVIAGTTYQIMRGLLWY 493
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig59.8.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FQH7_ECTSI5.430e-24372.31Cellulose synthase (UDP-forming), family GT2 n=2 T... [more]
D7G9A2_ECTSI9.390e-20459.25Cellulose synthase (UDP-forming), family GT2 n=1 T... [more]
A0A6H5K7X7_9PHAE7.060e-19254.88GT2 protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 Ta... [more]
D7G9A6_ECTSI2.650e-18953.71Cellulose synthase (UDP-forming), family GT2 n=2 T... [more]
D7FP53_ECTSI7.850e-18453.07Cellulose synthase (UDP-forming), family GT2 n=1 T... [more]
A0A6A6ASI7_9PLEO1.400e-14147.85Glycosyltransferase family 2 protein n=1 Tax=Dothi... [more]
M3A7Q6_PSEFD1.860e-14147.42Glycosyltransferase family 2 protein (Fragment) n=... [more]
A0A6A6VRX0_9PEZI3.440e-14148.06Nucleotide-diphospho-sugar transferase n=1 Tax=Pse... [more]
M3CUW4_SPHMS4.890e-14148.04Glycosyltransferase family 2 protein n=1 Tax=Sphae... [more]
N1PUK9_DOTSN7.080e-14147.01Glycosyltransferase family 2 protein (Fragment) n=... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig59contigP-littoralis_Contig59:63415..81819 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7FQH7
PFAMsGlyco_tranf_2_3,Glyco_trans_2_3,Glycos_transf_2
Model size5280
Max annot lvl2759|Eukaryota
Hectar predicted targeting categoryother localisation
Exons11
Evalue1.75e-254
EggNOG OGs2C0MJ@1|root,2S2MV@2759|Eukaryota
Ec32 ortholog descriptionCellulose synthase (UDP-forming), family GT2
Ec32 orthologEc-22_003060.1
DescriptionGlycosyl transferase family 21
Cds size2697
COG categoryM
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig59.8.1prot_P-littoralis_Contig59.8.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig59 65641..72769 -


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

Feature NameUnique NameSpeciesTypePosition
1680791214.0550392-UTR-P-littoralis_Contig59:63414..656401680791214.0550392-UTR-P-littoralis_Contig59:63414..65640Pylaiella littoralis U1_48UTRP-littoralis_Contig59 63415..65640 -
1680791214.1997836-UTR-P-littoralis_Contig59:72769..728451680791214.1997836-UTR-P-littoralis_Contig59:72769..72845Pylaiella littoralis U1_48UTRP-littoralis_Contig59 72770..72845 -
1680791214.2124658-UTR-P-littoralis_Contig59:81538..818191680791214.2124658-UTR-P-littoralis_Contig59:81538..81819Pylaiella littoralis U1_48UTRP-littoralis_Contig59 81539..81819 -


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

Feature NameUnique NameSpeciesTypePosition
1680791214.0723023-CDS-P-littoralis_Contig59:65640..657311680791214.0723023-CDS-P-littoralis_Contig59:65640..65731Pylaiella littoralis U1_48CDSP-littoralis_Contig59 65641..65731 -
1680791214.0880437-CDS-P-littoralis_Contig59:66314..664071680791214.0880437-CDS-P-littoralis_Contig59:66314..66407Pylaiella littoralis U1_48CDSP-littoralis_Contig59 66315..66407 -
1680791214.0989406-CDS-P-littoralis_Contig59:66686..667671680791214.0989406-CDS-P-littoralis_Contig59:66686..66767Pylaiella littoralis U1_48CDSP-littoralis_Contig59 66687..66767 -
1680791214.1143286-CDS-P-littoralis_Contig59:67549..677341680791214.1143286-CDS-P-littoralis_Contig59:67549..67734Pylaiella littoralis U1_48CDSP-littoralis_Contig59 67550..67734 -
1680791214.1266818-CDS-P-littoralis_Contig59:67935..681301680791214.1266818-CDS-P-littoralis_Contig59:67935..68130Pylaiella littoralis U1_48CDSP-littoralis_Contig59 67936..68130 -
1680791214.1362371-CDS-P-littoralis_Contig59:69000..691501680791214.1362371-CDS-P-littoralis_Contig59:69000..69150Pylaiella littoralis U1_48CDSP-littoralis_Contig59 69001..69150 -
1680791214.1458058-CDS-P-littoralis_Contig59:69662..699251680791214.1458058-CDS-P-littoralis_Contig59:69662..69925Pylaiella littoralis U1_48CDSP-littoralis_Contig59 69663..69925 -
1680791214.1560707-CDS-P-littoralis_Contig59:70096..703511680791214.1560707-CDS-P-littoralis_Contig59:70096..70351Pylaiella littoralis U1_48CDSP-littoralis_Contig59 70097..70351 -
1680791214.1692398-CDS-P-littoralis_Contig59:70849..710091680791214.1692398-CDS-P-littoralis_Contig59:70849..71009Pylaiella littoralis U1_48CDSP-littoralis_Contig59 70850..71009 -
1680791214.1855893-CDS-P-littoralis_Contig59:71545..727691680791214.1855893-CDS-P-littoralis_Contig59:71545..72769Pylaiella littoralis U1_48CDSP-littoralis_Contig59 71546..72769 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig59.8.1

>prot_P-littoralis_Contig59.8.1 ID=prot_P-littoralis_Contig59.8.1|Name=mRNA_P-littoralis_Contig59.8.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=899bp
MTSTAAVAQLPQGSSGRVSMPDRVLPQDYVPVELKHTSPAWSPVITAQST
PAYVVEKFEVSEVSSQTAGSRSRGSQLDGNVSTGNVSPVEEGMRTPRDGE
ISEASDPRVEILSPHFRPGSLRSITSPEARRGPCASLSWGSDKVEPTSIA
PAPSRARRVSRTRSADTGSMTKRFQELLHSLATRQSEDPAGRVGPKKHRL
ERRGSDEHGHRSARDSAFCCSGTPTDRRASYAGARGSWDVFPRSQDEEFE
HVLRNPLAASQTDLTTIVRMLRTLEGGKKKREEEAREDQLEGARSTWDLN
PGRQEEFAQVKRDPAAAVPRSNLTAAESIRRALEERADDEHEDEEEVKEE
GGACPTYSEAVAFSEAVSAPAAVVPSNTALTTADVDHLTKEAALQGLVLP
CGPSDDEKVLYHTTGRWMMVTFGMVGFSAIFCGMLLFTLSSPHFYWYGLP
TLYIFVAMCCHYFGVSVWGKEFDPEEHEDIVRRGGVAEGHAPTVDVFLPV
CNESTVLLANTWKHVQDLDYPHVIVYVLDDGASDEVEALAAAYGFEYIRR
DNRPQLKKAGNLRNAFAQTSGEVITIFDADFCPRADFLRETLPYFVDPEI
GILQTPQFFRRREEQTWVEQGAGASQEGFYRMIQVNMDRFNAAVCVGSCA
VYRRVAVEPFGGVAPIEHSEDMYTGYKMTELGYKIKYLPLCLAMGVCPDE
PRSFFQQQYRWCMGTMTLVTQGEFWRSDISRIHKLCFVNGMFYYFQTSWF
VFLGPLPVLLLIWIRPEEVLWYYFGFVAPAVFFTFVVVPVWSKQDSITQT
LSLQRVKILQSYAHLFAVKDRLMGTVAAWVPSGGGASKSASSAYESSMRV
LVIWNVVSTGLIVGGSIWRMTEFPWYHFGIPITMALASCAISLSTLLL*
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mRNA from alignment at P-littoralis_Contig59:63415..81819-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig59.8.1 ID=mRNA_P-littoralis_Contig59.8.1|Name=mRNA_P-littoralis_Contig59.8.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=18405bp|location=Sequence derived from alignment at P-littoralis_Contig59:63415..81819- (Pylaiella littoralis U1_48)
CTCCTTTGATGATGCTTGCTGCTGTGCGTGACCCCGGCTGGTTCGGTAAC
GCCACTTGTGCCCACAGGACAGATCGAATGTGAAAATACCAGGAAAATAC
GAACACATATACACTACGTTTTTTTGGGAACAGGACAAACACACACACAC
GCAGCCGCACACACGACGAGTACAAAGCTCATCCTGCTTTCCTTCCGGAG
GGGTTCGCAGTTGGCCCGCCGTGTTCGCCTTGCGGGCGCGATTGATCGGC
TATTGGACACGCCCGGCGGCACCCCTTGACGGTAAGACGATGATCCACGT
GTGCCTTGTGGTGTGGCATCTTTGTATGTCATATACATGTGTGTAAATAT
GTAAAACAGGTGTACGAGTTACCTTTGTACTTCGAGTAATGTGATGCGTT
GTTCGTACGCGTTGTGTGTGATTTGTGCCAAAGGACAACAACTATATTTT
CAAGATCATGCATTGTAATCACGTATGTGTTGTGCGATGTGCGTAGGGGG
GGTATTTTTGCTGACAGGAACTGGAGAGATCCCCTCGCTGAGCAAACAGA
CAGGCAGGCACACAAAAAAAGATGGGCCCAAGAAAGATAGCATGTACAAC
GAGACCTCTGTCTGCTTCCCCTACGAAAATGCCCCAGGGTCCTTTTTATG
CATGGCCTGCACCAAGACGGAGGCTCAGACTCACATTTCAAAGTAACTCC
TGAATGAAGAGTATCATAACTTTTCAAACCGCGCGTATTGATCACATGTA
TGTGCCTCCGCTTACGTGCGGTCAAGATCAGCACGAGGTAGGAGACTAAC
GAGGGTTTGTTTGGTTTGTTTGCAAACCAGATACCTAAAGGGCCACAGCC
ATGGCTGTGGCCTTCGGGACACGTTGTCGCAGGTTATGCATATGGCCCAA
TCTAGGAAGGTTGTGAAAGGTTGGGGGTGGTTTTTATGGGAGGACGGAAT
CGACCTGAACCCTATATTTTTTCTTTTGTTCCAACAATATTACTCCGAGT
AGTACTTTTACTCACGAAGTAGTACCATATTTCTACATGCAACCAACAGG
GCGGGCTGGCAGAACAGAAAAAAGGGTTTCAGGTTGATTCCGTCGTCCCA
CAACCACCCCACAAACCTTCGCAACCTCTCTTTCGTTGTGAAAAATGATA
AGCTGCCATAGTGTGCCCCAGTGGCCACCTGTGCACTCACTGCGATGACA
CGAGTAGTTCATCATAGCTTCTGCATCGTCTAACAATTCTGTGGAGCTCG
ATTTCTTGTGTGGGTGCGAGCGGGGAGGGAGCTATAACACCGGTGGTGCG
CAGCAGCTGAGCTCTCCGGGATCCGAGCAAGAGCAGTGACACTTTGAAGG
AATCGGTGAAAATAAAGATGCCATCAATACACCAGAAGAGCGGAGTATTT
CTGCGAGACGAAACAAAGCAGCGCCGCCGGCACCTACAGCAGCACACAGC
AGTATATAGTAGCAGCAGTGTAGAATATGTGGGCACCGCTTACGTCACAG
GGGATGTGAACAAGGCTTCTTTACATCACCCCTCTCATCTCGTGACACAT
AAACACCCGGTGGTCAAACGAGGAGATGCAGCTGTTTGCTGCAGCTTTCA
GCTGTTGTTGTCCTGGAAGCTATCGTGGACCAAACACAAACGCCCGAGGA
CTTGTTGTCGTGCTGATACACTCTCCTTAGGTTGGCACGAAACCAACAGC
ACACTGACTGGTGACGACGTAAATACTGTGGCGAAATACCCTTTCTTTCT
TTGCGTCAACACCCTTTACTTTCCTTGTGTAACAAACACCCGGTGGTCAA
GTAAAAAAAACGAAGTCGTCAACACCATTTACTTTCCTTGTGCAACAAAC
ACCCGGTGGTCAAATAAAAAAAACGAAGTCTTCGTACTTCGTATACTGCT
GTATAGATACAGGGTGTTTGCTGCAGCTTTCAGCTGTACTGGGAGCTACC
ATTGACCAAAAACACCCAACCAAGTGCTTGTGCTCATGCACTCCTTCCTT
AGGCCCTGTGTTAACGAAAGTCGGAAAATCATTGTTGAAATCATTATCAT
GGTATAATTTTCCGAAAAACCCCTTCGAGCCATATTAACGAAAGAGCTGA
AAAGGCTCTTTGAAGGCCTGTAAACGCCAGCAGAATGCAAACCTCTGATG
CTGACGACACGACGGGTAAAACAGAACAATAAAATATACTGCTGTACAAA
GTGCTCCGTACAGCAGTACAGCAGTACTTGGACGCATCATGTGCGTCCTC
TCGCATGCAAGGCAAGGTCGTGGGCTCGGTGCACCAAGCCTTGATGCTGA
CAGACACCCCGTTTGTAGACGTGTGCGGTGTGTGTGTATTTGTGCTGGCT
CATGCACTCAAGACTGCTGCTGTGTCATGTGTCTGTCTGCCATGGGCTGT
GAGAGGCGGCTTCGTGCTCGTGACCTGTGACCTGCCTGTCTGCGTCGTGT
GTGCTGATGGTGTGTTGTGCAAAATGAAATGTGGGTCGTCATCATCGATC
ATGCAAACTGGTGTGTTTGTTGCGCTGTCATGTGTGGTGCTAACGTTGGC
TTGCCTGGTGCAACGGCAAACCTCTATGCCATGTTCTGTGGTACCTCTGC
TGGTTGCCTCGGTAGTATTTGGTCTGGCCAGCCTCGTGCGCGAGGCGCAT
CGTCTAGAAAAAGCCTTCGATCGGGTTAAGACCCCCAATAATAATTAATG
ATTTTCTTCCAATTAAGTCTTTTTGGACTTCTTTGGTCTCGAAGGGTTTT
TCGGAAAATCATTGGCGTCGTCGGAAGGTAAGAAAAGCTTGGCCAATCAG
AGACCTTCTATGATAATGATTTATTCCAATAATGATTTCCCGACTATCGT
TAATACAGGACCTTATGTGGGCCCAACGTATAGCACCGGTGACAAAATCC
GCAGCAGACACGCTGAAAATACAGGCGAGAGAAAAAGGTTCCAAAAATTG
ATATTCAAAACGTAAACATTTAAGAACTAACTACTTATGAGTAGGGCCCG
AAATAACGGTGAATGAAATATAAAAAGACGAAATTGCGAAAACGAAACAA
CGAAATTGGGCTCTGATTGGCAGAGCAAAATAATGAAAGAGGCGGTTTTT
GTTTGAAGGAGGCGTGCGTGCGTTTGTGCTCCCTCCGAGGAGGCGTGTTA
TCGTCTTCGTGTTTCTAAAAAATACAGCAGTGTTTTGGACCTTTTTTTTT
TACAACACGAAAACGAATTTGACATGGAAGGCACGTCAGCGGGGAGTCTT
CAGCTCTGCGAGGCATCTCAGGAAGACTTTTGCACAGCAGACAAGGTCAC
ATGTTGACTGATAAGTTGCGACACAAGGGACGGAATTCCCTGGTATCTGC
ATGTCTAGAGAGAGAGGTGGATTTGACGCGAATTGGGAATGCCCTAGGTT
TGGGGCAGTGGGATGTCAAGCGTGATCCGGGAAAAGTTTTCAACTCGTGC
ACAACGACCCGCTCTTGCTTTGGACCGCTTTTTCGCGTAAATTAGCAAAC
AGCCAAGATCACTGATATTACGACGGAATACGGATGAAATTCCCTACCAA
CTGCTTGTCTTACAATATGTGGGTCTACTGCCCATCGGGAACGCCCAAGG
ATTTGGGCCGGTGAGTGTCGAGCGTGATGGGAAACAAGCAATCACCCATC
CAAAAATATCAAACACCGAGCAGCCGATTTCGCCTTCATCACGTGGGAGA
CGGTTGATTCAGAAGGCTGTTCCCGCCGCGTTCGACCCGGTTCTGCTCCG
AACCTCGACTTGTGCCGACAGAGGGTAGACATATCTCTGTGTCGGTGGAG
TTGGAAGGGAATCTCGACAAGTTTTGGGCGAGATATCAGTGAAAACGTGA
ACTCTGCTGCTGCTCAAATAGTCAACGCGAATGATGTTCTTCTCGTGCAC
CCGCTCTTCTTCTCCACCCTGGTACCAGGTCCATCGAGGTCCGTCGCAAC
AGCGTGGAAAAAAAATGCTCGTTCCGTTAATACCCAACCACATTATTTCT
TTATTTTCAGAAGAACGGAGTTATGTCGTTTTCGTTCGCAATCTCATTTT
TTTTGGGTTATCGTTGATTCGGGCTCTTAGAAGAAGGAACAAAAACCAAC
AATCATGTTTGACGTGCCACAGGTACTGGTGGCGTTTTATCTCAAGGAGG
TCGAGATCAAGCGGTATACGTTGTTGCATACTCTGAAGACATGCAATAAA
CGGGTACAGCCACACTTCATCCTCCCGTATAGAGTACTCTCTCCTCGCCA
AAGATAACCAACGTAAAATAACCTCAAGCGTCTCGACATTGATTGATTTA
CTTTTCTTCTTTCGTTGCGTTTCCCGTCCCTCGGAAACGTCTCTCGTCCT
CTCCGATTGACGCGAGTTGCCTGTCTGATTCCTGAGGCTTAGGGTTCTCT
CTTCGCCCGGGTTGTTCTGGCCATCGTCTGGCTTCGGCCTCTCCTTTTTC
GGGGCTGCTTCAGGATTTTAGGGATCCCCCCCCCCCGATATTTTCAACAG
AGGCCCTTTTGCAGAAACTGGGCGTACTCCCCGACCTTATTTTGTATTGC
CAGAACACTGTCCGGTCGCCCCGGTGGTTCAGTTGTTTATCCACGCAACC
TTCTGACATTCACGCGTGAGTTCGAATCCCGGCGCAGTAACACGATCTGG
GTTTTTTTCTCACATTGCGCGTGAAAGTGGAAAGCGATCAATTCGTGAGT
AAACAAAATTCGATCGTACCATCGACGAGGGAAAGGGATTGCTGTCCCCT
TTCTCGCCATAAAAGCTCAACCAAAAAGGCAAGCACCGCAGAGGGAAGTG
GAGCAAAAAAAAAAAAAAACTTCTGTGTTGACTTCCCCCTGTGTGACCCC
GGTTGGAGCGTGTATCTACCCGAAAGGTGTAGAGTGGCGTCCAATGAAAG
GGATGGCAACACACACACACACAGAAGTTCTTGCGGAGGCACCGGCCTCA
TAGTTTCCCCGACGTAGTCTCTGCGCTTGGCCATCATCCAGGCGAAAACA
CGTCGCTTGACTGACGCAACTCGATCCTTTGATGACCGCTGTGTGAGTAC
CTGTTCAGCAGGGCGCACGCCGCCGTTGTTGTCGTCACACATGGGTCCCC
AATGTTTTGTCGCCTTCTGGTGTCCGTCCCACCCTCTACCGTGGCCCGAC
AACTCCAGTATATCTGAGACACTCCATGGCGAATCTTCCCCGTTCTCTGC
ACGACGCCAACGGTTGTGTATGCAGGTGCCTTTGAATGTGTGGGAGGACG
GTATCGCCGTTCCGCTGTTCGTTCTCCCTACGAGTTTCACAAGTGTCGCA
AGGTCGTCTCTGCGCGGCAGGCCATGCCGCATAAAATGCAAACAAGAGCA
AAGGTGGAAGTCGTGAGGACCGGACACCACCATGTGGCTCGGGTGGTTGG
CCGTGTATTTGTTTGTGACCAATTCGATGAAGACATCAGCGATTTGCTGC
AAAAAGGCAGGCAATGACGTCCGTGCCCATCTGGTATCGTCCGATGTATC
TCTGAGAGCCGAGAGGGCCTCGTCCAGGTCGGTCGCTGCAGGGGAAATTA
TCGAAGATGTTAGGTGTGAGGCGCACTAAGCGTATGTCTTCAATGCTGTC
TTCGCCACGAGGAAGTGGGTCCACGGTGTCGAAAACGCACCCTCGAGCGA
TGAGCTCCGCGTCGTATGCGGAGGTTAAGTCCATCTGCGCTCAGAGTTCC
TCCACGACGAGCACCAACTCGACTACGCCAACATGGACATGAGTGGACAC
GGCTTCATACCGCGGCCGGAACAAATCGGGCACAAAAAACACCCACGAAA
GACGCGGATATCATGTTTAGGGTGGAAATGCGTGTAAAACGAGTTCAACA
CAAAGTTTTCTGCCGTCCACGACGTAAAGCACAGGAACACATCGAGAAGG
AGTGTACTCACTTTTCGACAGAACTGGCTGGCTCCACAGCTAACAAGTTT
CACGTTGGACGGGTTCAATGCATCTCTCCACGTGCTTACCCCGGAAACTA
ACGCTGACTGCTTTCGGGAACGTCGCCAACCTGCGAACGTAGGGTCGTAC
GGCATGCATCTATGCTGGTGTCGAGTTTATGTCGTGGAAACCGACGGACA
ATAGTGGTATAAGCATCGTGCTGTATTCTTTCCCAATACCGCGTGGATTG
ATTCTTCGTGAGGAGTAGCGGGCAACCTAGTGGACCTTGGCCGGTTTGGT
GGTGCACACACGAAACCGTCTCCATCCCACCACGCCAAGCCAACATCGAC
GCAACGAGACAGCAGCGTGGAGTGAAACCACCAGGAAACCTCGCCTAGCA
GTCTCAATAGCAAGCACGTGGTGTAGGCGTTGTAGACGATCCTCCAGAGC
TCAGGAGATACCTTTTTCTCGACACCTGACCGCCTCGCTACACCGAAACA
TCATGTACATTCCAACACGAAGAACTGTTGGTATGTACATACCAAACGAA
CAACCCGATGCAGACCAGACATGCTTGCTGTACATGACAGCGTTTATCAC
CTCCGGGTGGTAACCTTCAGCGGTTCCGCGCAACGATGGAGTCTTCGAAT
ACCAGGGGGGGGATAATTAAACTGTTTCGCCACGCGCCCGGGTGGGTGCT
AAAGAAAGCATTGGCGGGGGGGGGGGGGTTAAGGTTGGAGTACAATGAGG
AGGTGGACGAAGGAAGGCGAGGTAGGTTGGGTATGCAAGCGGTAAGATAG
GGACGTACAGCTCCTCTGGAGGCTCGTGTCCCTCTTCCAGCTTGCCACCG
CATGTATGTAGTCGTTGAACAGCCACCAGAGAAGAGGGCATCCATACCCG
AAAAGTATAACATAGTAATCCTTAGATACTACATGGGGTATGAAGAAAAC
ATTCATATTTTCTGGTTTGTGGAAGGAAAAGTCCAGCGAGAGCCGAAGAA
CACGGAAGGCAGCAGGTGACTCACATTGCTTTAGGCGTTGTTTGATCCGG
ATTAGTGGTACTTGATTGAACTGATCTCGATGCAGTCAATGTACGAGTCT
GTTGTCGTATTTTTCAGGACAGACCTCGACTTACTACCCCGAATGAAATC
AGATGATGGCAGGTTACGTAAGATACCCCACCCCATGGACCAACCTTGAC
GGCTCGATTAATCCATATTTTAAGCGACTGCTGCTGCAGTAGGAAGGTGC
AGTGCCAATGAGTCAATGGCGAAAATTGTTGTCGGCGTTGGAGCCATGCC
GTCGAGTGTTGAGTTTTCTCTCGAGACGACGACGATACTTTAGGGTAGAA
CAGCAACGGACACAAAGCGTTTCACATATACTTATATGTTTCTAGAGATT
TAGAAACAAACGCGTTGTGTGATTGATGCTGATGGTGATTGACATACGAC
ACCCACTTCCCTGCGGAAGCTTTGAAAACCGGCGAAGCGTCCCGTGATAC
ACCGTATTCCGTGGTGCGTCGAACTCACGCCGCATTCTACCATGAAACCC
ACACTGAAATAAATTACACGTCCAATGTCAATTCCCTTGTAGAAGTTGCC
GTGAGATCTCGTTCTGGCCCATACCTCACCTTGTGCCGTGCGATGGTGGA
AGAAGCACTGCGTAGAGATAAGGTACACTGCTGAACTGCTCGTAAACACG
GCAATTGCTGTCACATACTGGTTATATTATTATGCTACGGTATTTTCTTC
TCGTACCCGACGGCGTGCGAGGTGACGGGCGTGACACGCGACTCATCACG
GGATATAGCAGGGGGGGGTTAGATGCGTGCAGGCAGTATTGAGAACAACT
AAGTTGAAGGAAAGGCAAAGGTGAGTGCACGGGGGGGTAATAAGCAAAAA
CTGCGTGTTTTGGTGGTGGCCCCGGGAGGCAATAACCCAAGAAGCAGGGA
GGCATAAAAACCCAAATGACACTCCGCGGGAGAAATCATTTGTGGGGCTG
CGAATAAAAGCCGTCAATACGATACCCTCTCGGCACACACACGCGCTCGC
GCTATCCGCCGCGGACCTCTCGCTGGAAAACGCGATGCCAGTCCACAACG
AGCATCAACGAATGCCCGGCCTGCCAGAATACCGTAACGAAGGGCACGAA
TGCCCAAGACACGCACACGATTTAGTTTTAGAGTTTTGATGACTCTAACC
GCTACCCTCCCGGGGCAACTCTGGATAGGGGGGGTATAATTTTTCTTGTC
GAACCCCCCCCCCCCAGGGCTGGCTCAAAGTTCTTACATTCCAGACCAAT
CTGTTCGTTTGGGGGAACTCTGGTGCTTCTACGGTATGTCCTTGGCGATT
GTGACTACCGAACCAAGTTGATGGTGTAGACTTCCGCCCCTAGCGCATCA
ATCGTTTCCTCAAGGAATGAATTGCCCCGTCAAGCCTATCCAGACGTTTT
TCATTGGAGTGTCGGCAAAAAACGTCTCGACCAGCTTTGGCCAAAGTTGT
GGCTGAATACTCCGGAGTACATCACGAGATACTTGTAACGGATTTGCGCG
TAACGCCTCACCTCATGACCCGATCATGACCCGATCGTGACGGAGAGTAG
GGCACGATCCATTTCAAAATGGCCGCAAAACAACAGATTAAGAGCGTTGT
GATGCTTAACATCAGCAAGCAGTCGGATACCATTGGTGCTAGTCAGTAGA
TGTATGATTAAACAGTCATTCTTTGTGTCACGTAACAGCCTTGAACAGTC
TTATCCACATTTGTCGAGTAGAGGCGTCGTCTTCCCGTGTGCATGAACGA
ATCATTCCACCTCTCGTGTTTTGCTGCTTAGCAATCCAACCACAACCATC
GGAAGCAAACTCATTTTCATTCGCGTCACTGAGGACGCGATCGATAGGCT
TAGGACTGAAATATGTAAATAGGCTCATCTACTGCTGTCTGTGCCTTGTT
TGTACTGATTTCTTCGAATGCGTACAAGTATCTGTTCCGCGCGAAGGCTT
TCTTTCGAAGGTTCCTCGTGTTTCACTTGCAACTGCCCACGTTCGTTCCC
GGATCGTCTCCCATCTACGGATAGGTGTGGTGCGCTCTTGAGAACTCTCA
AAACGTCGGGTGGCGCGAGGTGACATTCTCGTGTCCCTACCGGTATCCCC
ATGACGTCTACTGCAGCGGTCGCTCAGCTTCCTCAGGGCAGCAGCGGGCG
GGTCAGTATGCCTGACCGTGTCCTCCCCCAAGATTATGTGCCCGTGGAGT
TGAAGCATACATCTCCCGCTTGGTCGCCGGTTATAACTGCGCAATCTACA
CCGGCGTATGTGGTCGAAAAATTTGAGGTCAGCGAGGTTTCGTCACAAAC
GGCAGGTTCACGCAGCAGGGGCTCTCAGCTGGATGGAAACGTGAGCACTG
GCAACGTCTCGCCCGTGGAAGAGGGGATGAGGACACCCCGTGACGGAGAA
ATCAGCGAGGCGAGCGATCCGCGTGTCGAGATACTAAGTCCTCATTTTCG
ACCTGGGTCTTTGAGATCGATCACATCACCAGAAGCAAGGCGGGGGCCGT
GTGCGAGCTTATCGTGGGGCAGCGACAAAGTTGAACCCACCAGCATCGCC
CCGGCGCCGTCTAGGGCAAGACGGGTGTCGAGGACTAGGAGTGCCGACAC
AGGCAGCATGACCAAGCGGTTCCAAGAATTGCTGCACTCCCTCGCCACCC
GTCAGTCCGAAGACCCTGCCGGCAGAGTGGGCCCTAAGAAACACCGTTTG
GAGAGGCGGGGCAGCGATGAGCACGGCCACAGGTCCGCGCGTGACTCCGC
TTTCTGCTGCTCGGGGACACCCACGGATCGACGAGCATCGTATGCGGGTG
CTCGGGGCTCGTGGGATGTGTTCCCTCGCAGCCAAGACGAAGAGTTCGAG
CACGTTCTTCGCAACCCTTTAGCAGCAAGCCAGACAGACCTGACAACAAT
CGTGAGAATGCTACGTACACTGGAAGGAGGGAAGAAAAAAAGAGAGGAAG
AAGCAAGGGAAGACCAACTGGAGGGCGCTCGAAGCACGTGGGACTTGAAC
CCGGGGCGTCAAGAAGAGTTCGCGCAAGTAAAGCGCGACCCTGCCGCAGC
AGTCCCAAGGTCAAACCTGACAGCAGCGGAAAGCATTCGACGTGCACTGG
AAGAACGAGCAGACGATGAGCACGAAGACGAAGAAGAAGTGAAGGAGGAA
GGGGGGGCCTGTCCGACGTACTCGGAAGCGGTAGCCTTCTCGGAAGCTGT
TTCGGCTCCGGCGGCAGTTGTGCCGTCCAATACCGCGCTGACGACGGCGG
ATGTGGACCACCTGACCAAAGAGGCCGCGCTCCAGGGGCTAGTGTTACCG
TGCGGACCGTCCGACGATGAGAAGGTGAGTACATCCCCATTGTTGTTGTT
GTTGTTGGTGGTGGTGGTGGTGTTGGTGTTGGTGTTGGTATTGTTGTTTT
TTCTCGTCGCATCTAGTCCATGGTTACACAAGTGCTGGAGTTTCAGGAAG
ATACAGAAACCCGGAAACAGTACGGATGAAGGCAACAAGAACTCGATGCC
ACTGATAAGACTGCTCGGTTCGCCAACAAAAAACATAACCTTCGGCAGGC
AGATCATCACTCAACTTCAATAGAATTCGACCACAATTTTTGTTTCCTTG
TACACTGCAGCAGTGCAGCGAGCGTACGTGGATACCACAGGTCTCACGCG
TGAATCGTAAAACGGTTTGACTGGCGTGTACAAGCTACTGTATTCATGGT
GCTCCTTTGACGGCCTTGAGTGAGTGTGCGATGCGGCTAGCATCGCATGA
AAGGCTTTCGTCGAAAGCGGTGCGTGCTGTCGATTCTAGCTACTGCGATC
GAGCGCCGTCAAAGTGCGATTCTTCCCTCCGCGCGCGACCTCGTCTTCTT
TCCCTTTCAGGTTCTCTACCACACGACCGGGCGTTGGATGATGGTGACAT
TTGGCATGGTCGGTTTCTCAGCCATTTTTTGCGGCATGCTCCTGTTTACT
TTAAGCTCGCCACACTTCTACTGGTACGGCCTGCCGACGCTGTACATATT
CGTCGCCATGTGCTGCCACTGTGAGTATGTGTCGAGATTTTATTACAACT
GCGCGAGTTCCGCGGTTATATGTTCCGGCCGGGCAGTGATGCGAAGTCAT
AAAAGTGAGCAAGGCCCATCAAGTAGATGATGCGTGATCGTGTCGTTCTC
CCAAACGCCTCGCCCCCCCCCCCCCCCCAGATACTCTGTGCGTTCATAGA
CAACAACGACTTTCGATATAAGTGTGCGGTAGACGTACGTTGGAAGTGGC
AAACATCAACTGCATCAAATTGTATGAAAGCAATACTGTGAAGTACTTCG
TATACAATTGCGCAACAAGTCTCAAGAGCACTGTGAACGCCTGCCTCTAC
AGTGGATTTGGGCGATATTAGGGACAAATTGCTTTCACATTGTCTCAACT
CAGTTGGGCGTCGCGTGGCCAGCCACCCGTAGTCCTTGGTTAGCCGGCAA
CGAACGAGGACGCCCCTCCCCCCCGCCCCTCGTCTGTACATCTCTTTTGC
GATGACGAATGTACGCAGATTTCGGTGTGTCCGTCTGGGGGAAAGAGTTT
GACCCCGAGGAACACGAGGACATCGTTCGAAGAGGCGGCGTCGCTGAAGG
CCACGCCCCGACGGTCGATGTGTTTCTGCCTGTGTGCAACGAGTCCACGG
TTCTGCTGGCCAACACCTGGAAGCACGTGCAGGACCTAGACTACCCCCAC
GTTATTGTCTACGTGCTCGATGATGGTGCCAGCGATGAGGTTGAGGCTCT
GGCTGCGGCGTACGGCTTCGAATGTGAGCGCTATACGAGACGTCCATGAA
GCAGCAAGTTCGCAACAAAATATCGTACGTGAATCCGACCAAACATTGAT
ACGAAGTACGATAAAGAAACCTTTTGGAGACAGGATTTTTTACGGTAGTG
AAAGATGTATGTGACACACGCTTTCCATAACCGCCCTGCCGCAGATATTC
GGCGAGACAACCGCCCTCAGCTTAAGAAAGCAGGAAACCTCCGCAACGCG
TTCGCCCAAACGTCGGGCGAGGTGATCACCATCTTTGACGCCGACTTCTG
TCCGAGAGCTGACTTCCTTCGGGAGACCCTTCCCTACTTCGTGGACCCCG
AGATCGGCATCTTGCAGACTCCGCAGTTCTTTCGTCGACGAGAGGAACAA
ACGTGGGTGGAGCAGGGGGCGGGGGCAAGCCAGGAAGGGTTTTATCGCAT
GATTCAGGTGAGTTCGCGGTGCGGTATCACGAGGGGGTTATCGGCAACAC
TTACGCTGTACTAGGGCGATGGCGGACGGAGTGTTCTGATGGTGTAAGGG
TCTCGGGCGTAGCACGACCAAGCCGTACTAGTCGGAAGTGAACCCACCAC
CCGGTGGGCCTCGTCCGAAGCTTTGGCATCTCCGCAGCAGGAGGAGCGGC
AGCGCCAATAAGGGCTGATCTTGAAGTTGTCTCATCGAGAGAGTTGTGGG
AATATGTAACATTTGAGGGCTAGCATCCTCTTCGTTGCAGAGTGACCGAG
CTTTGCAACAAACGATTCAGGTGTGTTTTCTTTTCCGGAAGTTACATTAT
ACCCTTTCTGGTATACAGCCATTTGAAGCATGATTTCGACACGAGGCCGT
GAAAAATGCGTATAATAAACCTGCGGCAGTACTACAGCAACAGCGCCCGT
AGCAAGTCTGGAATTGAAGCCGAATGCTGGCTACCGTTACTGTCATCCCC
TCTCCGCTTGGCCACCAAGGTAAACATGGACCGCTTCAACGCGGCAGTCT
GCGTGGGCTCTTGCGCTGTGTACCGTCGAGTGGCAGTAGAACCCTTCGGT
GGGGTAGCGCCTATCGAGCACTCCGAGGACATGTACACCGGATACAAGAT
GACCGAGCTCGGATACAAGGTACGGTGGGAAGGGGCAGAAAGTGCTGCAT
CTTGTACACAGAAAAATAATCTTTGGATGAACGCGTCCCCTGTCCGGAAC
ACGCAGCCAGCGGTTGCTCTTCCTCTCGCCGCTGCCCGCTCCCCTTGTCC
GAAGCGTTTTGAGCGAATAGGTCAGACCTTGTGGACCTGTATTTTCTTCA
TTTTCATCCGAAAATCTACCTGCGGCAGGGCCGGTCGCGTGATGCCATCG
CCTCACGGGTAGCAAGAAGTCTCGTGCATCATGACACCGAGCCAGCGGTC
TGCGCACGTCGATCATTTGCTCTGTCACCCTCCGTGTGACCTTATGCCGG
TTGTACGCGCACCCCCCCTATGATGAGGCAGTCGCTCTTCAAGCAAATAG
ACCCCGATGTGAATGCGCTTGCTGCACGCAGCGGTAACATCGATCTTGAT
CTTGCCAAACGCGAAACTCCGCATGTTTCGCCTGTAGACCAACTGATCGA
ACAAGATCTTGCGCCCATCGAAGCAGGATCGCATAAATATTAGCGGTTAT
TCTGATGATTCTCGTTGTTGGGAAGGAACAGGTGAAGCGCCGTACTTCTT
CCCCCAAACGTCCGGTCGAGAAACGTCAGGGGGGATTGGAGTGACGTCCA
CATACCGACCGATTTCGGACTTTCGCGGGGATTCTGGTGTCGGTTGTTGT
TTGGAAGGAAAGAGCAATCATGTTTCCTTCTTTCCTTTGAATAGACGATT
GAGGAGAGCGAGAAATATGCGAAGGGCGATGTGTGCAGGATATATGTAGA
CCAGTCAGCGCTCTCTATTTTCCGCCCCGCCTCCCGGATGGCATGTAAAT
ATTTCACCACCGTCGTCGATCGCTCGGTTTTCCTCACAGATAAAGTACCT
CCCGTTGTGCCTGGCGATGGGAGTCTGTCCCGACGAGCCGCGGAGTTTCT
TCCAGCAGCAGTACCGCTGGTGCATGGGCACCATGACACTCGTAACACAA
GGGGAGTTCTGGAGATCAGATATTTCCAGGATACACAAGCTGTGCTTCGT
GAACGGCATGTTCTACTACTTCCAGACGTCTTGGGTAGGTGGTGAATGGT
CTAATGGTTTTTTTGCGTGAAGACAACATCAAGATGTTTAGGTTTCGTTT
GCACCCCTCCTAGAGGCGAGAGAACACCCACGAAACGTTTGTGAAAGAAA
TTCGTTGGTTTTGGCGTGGGCCATCGTAGAATCAGTCGCTCTTCCCTTGT
CCCTCCGACGCTCCTGCCGCGCCTGCTCCATCCAGTTCGTATTTTTAGGG
CCCTTGCCGGTTTTGCTGCTGATCTGGATCAGGCCCGAGGAAGTTCTTTG
GTACTACTTCGGCTTTGTGGCTCCGGCCGTGTTTTTCACCTTCGTGGTCG
TACCCGTATGGTCGAAGCAGGATTCGATCACGCAGACGTTGTCGTTGCAA
CGCGTCAAGATACTGCAGAGGTGGGTGTGTGTGCCGCTGATGGCATGTCT
GTGTGTGCGGCTGATGGCATGTCTGCACGACCGCCACTGTCTAGGTTAGG
TTATCCCTCTCGATAACGATTTAGTTCACAGAAAGGGAGAAGTCAATGAC
AGAGACATCCGTACGCCCACGCACGAATGTCGCACATGTAGCTTTGGCTA
CGCGGCGGAAGACGAGGAACAATAGTGCTGCTCTCCCCGACCAAACCTGG
GTGTCTATGTAATACTTCGTACGAGTGTTTCCCAATACTGATAATTGATG
CTGGTGGCACCGCAAGCGCTTCTTATGTACGTGACCTGACTGCGAGGCAA
GGTACTTTAGTACGGCTCATTCGATCCACGTCATAGAGTAAAGAGTTGGA
CATTTTGCGGGTAGAAAATTTCCTTGTACGTCACCCCTGTCAGAGCAAAA
GTAGTAAATCGACTTTGTTACGTGGACTATCTGCATCGACCTTGAGGAAC
TTCGATTTGAGGAGTACAGCATGTATAATTTGTTCCTTTTCGTCGGCTGT
CATATGCAATGGGTTTGTTTACTTGCACCGTGCCGTTCGTTAGCGCCTCG
CAAAAGTTTCACCGTCGACGTTCCTCTCGGTAGCAAAAACAACCACACGC
CTCCACGCCTCTTGCACGCCTCGTGGTGCTTGTGCCGTATCGTATCGTCA
AATGTCTCTGGGCAGTCTTACCCAGTCACACCAACTTGAATACTCGTCAC
GCCTGTGTGCTCGCCGCGTGTTGTCAACTGGCTCTGGTTATCCCATTTCC
AGCTACGCCCACTTGTTCGCGGTGAAGGACCGCCTCATGGGAACGGTTGC
TGCTTGGGTGCCGTCAGGGGGAGGGGCCTCCAAGTACGTGAACTTAAACG
TCTTCCGCATCTCTTTGTTTTGTTGCTCTCCCTGCCAGGAACGGGTGCAG
TGTTTCCTCATTGTTTGCACAAGACCGGGCATCAGCTCTGGACGATGTTC
TACCTCAATACAGTACGAGAACGAACACTGATATCAAAGTTTAAGTGTTT
GTTCCACGTTTCTTTCGCTCTTGGGGTCCCTGCTGACTTATTATGATACA
GGAGTCTGATGAACTCTTGAAACTACCCCCCTATCCTCCAACATTTTTGT
GTCATTTTAAAGGTCAGCTTCGTCTGCGTACGAGTCTTCTATGCGGGTCT
TGGTGATCTGGAACGTCGTCTCTACAGGGCTCATCGTTGGCGGGTCCATA
TGGAGGTTAGTTCGAAATCACTGGCTCACCCTGTCTCACCCATGTCCTTC
GAGTGCACCCTACGTGTGCATGTGCTGCCCTGTTTCCTGCTTGCTCCTGG
CGAAGCTGAAGAAACAAAAGATTGAGTACTGCGGTGGGCCTCTTTCCTTG
CGGTAGTTGTTTTCGTCCCTTTCTCGTGTTCGATGGTTCCTGCAGCTTCG
AATCACATCCTTCGAGTTTCTTCCCTTCAGGCCTGCCGATTTGATGTACT
GTACACGGTGCTCAGGCAGTGAGGTGGCTAGACGTTGAAGTGTGTCGCAG
CTTCATTTCTCGGCCTGTACTGCTGGTTGACTCCGACGCGTGGAAGTTGC
TGGACTCGTACAAATGAAAACGGTGTACTTTTATGCTGACGCAATGCTGA
CGCAATGCTGACGCAGGGAGTTCGCAATAGGTGCGGATGGGAAATGAACC
CTGGACACGACGCTACGAGAAGACTTGAATGCTGGCGCCTCGCGTGTACC
ACACGCCCAGCGCTAGGTATGGTACTGACAAATCACGTTATTCTTTTTTG
CTCCACTCTTCACGTCTGCTTTTATCTATACACTCCAGGATGACGGAATT
TCCGTGGTACCACTTCGGTATCCCGATTACCATGGCTCTGGCCTCATGCG
CCATAAGCCTCAGCACGTTGTTGCTCTAGGATGGCACCGATGCGTGCAAT
GCCCCCATGTTGGGCACAACCCCATGTAGGTTTTCGACTAGTAATTGCAG
GAGCGGAAAAGTTGAAAACCGTGTCTGTGGCGTGTAAATCTGAGTCACAC
GTACTGGATAGGTTGTTACAAGATATTGATTCGCACGGTTTTTTAGAAGT
ACGCCTTACTCTTTGGGAACGAGTGGATCTAGTGGCCTTGGCCTCCCCGT
CTTGACTGAGTAGCAATGCAGATATGTAGCAGGATCAATTGGCAATAGCG
ACCATTTTTGTTTGTTTCTGGACGCTCGCGAGTTGGTGACGCTGTGTATT
ACCGGGGTGCAGAGTTGTCGCTGTTGTTGTTATTGATGATGTATCACTTG
TGCATGGCCCCGTGACAAGTAGACTGTTCCTGCTGTTTGAAGATCGATTG
CTTCGGGGAGTTGTCATTCGTGCTTGATGTAGGATGCTAATGAGTCGGCG
ACGATATAAAGTGTGTGATACTTGCGGGCGTAGCCATTGTTGTTTATGGC
TCCGTGGGAGCGGTGTCGACTATTCCTCCTGTATGATTACTGTAGTCTCG
GGCTCTATAGGAGACTCATCAGTTTTATTTTCGAAGGTTTTGAGCACTGC
CACCTCCGTTCTCCGTTTTGCAGAGGGCTCGAGGAGGAGGGTCGTCTATC
TGCAGCTCATGTATTAGCTTGTGTAGATATCCTAAGACAGTTTCCAATGC
TCTCGCTAGTCCCTCACGGTGTGAAATCGTGAGAACATGCAGCATTGTTA
GGCTTTACACTGTGTGTGGTCAGAAGAAATAAGCTACAAGGTACACGTGC
GACGCAACCTAGCCAGCAGTGTAGCCTTTTTTGTGCGACTGAGGGTTTTG
AAAAGTGTTGCCAAATTTGTTTCATTGTAGGCTGTCTTTCGTAAGTGAGG
TGATTGTGCTTTTGAGTGGAGATGAGTACGTTTCGAGCTGACGATATTTT
TTTGTAGGTGTGTGTGCTTGGTTTATGTTGTCACTTTCTTGCATCTCGCG
ATTTTGATTGCGCAGGGCAAGCCGAGGAAGTATTTTCGGGGCATTCTTTG
GACACCACTGTGACATATATAGTACCTTGATAGAAGAAATGTTTTCATGT
TCTATCGGTGTGTCAGAGGTGAGCCAGTGTGTCACGAAAGTGTCGAGTAC
GAAGTATGACAATTGTCGGGTGTCTGGATTGGGCTAAATGTTATTTTGCG
TCAAGTAGGATTTGAAGTTATACCGTACATTTGCATGCATGTGTATGTGT
GTGTGGGGTGGCAACGTCTGGTAGAGGCTCCGTTTGGTCCGCGCCGACAA
CGCTCAGTCTTCGCCGTGGGGTGGACTCGTGATGATTTACAAAGTAATTG
TCTGTGTGATGTTGTTGTGACATGCACAGGTATAGCACTGCCTGTGCTAT
TCCATTGCATGTAGTAGATAAACAGGAGGGGTATTGTTCATCGTTATCCT
AAACGTGCGCTGAAAAGCATGCCTCCTCCATCTGTATTGATTTTGTTTTC
CACCGGGTTCCTTCGGAACCGGTGTCTCGGCGCTCTAAAATTGCGACGTT
CAGGTCGGAATCAAGTACTTCGGAGTCAAAGAGGGTGCGGGTTTATCATG
TGCTTTGCGCACATCTTGTCGTATTCGTTTCGTCCTCTTGAGGAGCGTGA
TGTCACGGGGTTATGTTGGTATGCACAACATCGTTGCGTTACGTTGTATA
TACATGGACTGTGTCGTTTTGTGTTTCGTCGATGCGGGCTAGGGCAGTGT
GACGAGGTTGTTCGTCGGGAACCTCGAAGAGTTCCTTCGGTCGGTTTTCC
GGTGTGTGTTGACGTGTTTAGGCCTTTATTGTGCTCCAAGTACGATGATG
TGCGTGATTCGTAACGACGCGGGCTAGTTTTTTACGATGAAACAATGTGG
ACATGAAGGGAGGTGGGTGGCGAGCGAGTTCCAGATACTCAGCTACGGAG
CAAGAGAGCCGTGTACCTCTGCAACTTCCCGATGAAGATGGGGCTGAAAA
TGTTCAACTCCATTCCCACCAACTGCGACAGCACGGGAGCTCTCGGCATC
GCACGGGACTCCATGTTCGACTCCAGGAACAAGCACATCGCCATTGTACT
CATTTCTTCGTGAGCAAACCAAGAGGGAACCGGATCACTATTTATATTCT
ATTATTTTCAATTGGATTTATTTTCCCTTCAAGGTGAGCCAGGCTATACT
CGCCG
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Coding sequence (CDS) from alignment at P-littoralis_Contig59:63415..81819-

>mRNA_P-littoralis_Contig59.8.1 ID=mRNA_P-littoralis_Contig59.8.1|Name=mRNA_P-littoralis_Contig59.8.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2697bp|location=Sequence derived from alignment at P-littoralis_Contig59:63415..81819- (Pylaiella littoralis U1_48)
ATGACGTCTACTGCAGCGGTCGCTCAGCTTCCTCAGGGCAGCAGCGGGCG
GGTCAGTATGCCTGACCGTGTCCTCCCCCAAGATTATGTGCCCGTGGAGT
TGAAGCATACATCTCCCGCTTGGTCGCCGGTTATAACTGCGCAATCTACA
CCGGCGTATGTGGTCGAAAAATTTGAGGTCAGCGAGGTTTCGTCACAAAC
GGCAGGTTCACGCAGCAGGGGCTCTCAGCTGGATGGAAACGTGAGCACTG
GCAACGTCTCGCCCGTGGAAGAGGGGATGAGGACACCCCGTGACGGAGAA
ATCAGCGAGGCGAGCGATCCGCGTGTCGAGATACTAAGTCCTCATTTTCG
ACCTGGGTCTTTGAGATCGATCACATCACCAGAAGCAAGGCGGGGGCCGT
GTGCGAGCTTATCGTGGGGCAGCGACAAAGTTGAACCCACCAGCATCGCC
CCGGCGCCGTCTAGGGCAAGACGGGTGTCGAGGACTAGGAGTGCCGACAC
AGGCAGCATGACCAAGCGGTTCCAAGAATTGCTGCACTCCCTCGCCACCC
GTCAGTCCGAAGACCCTGCCGGCAGAGTGGGCCCTAAGAAACACCGTTTG
GAGAGGCGGGGCAGCGATGAGCACGGCCACAGGTCCGCGCGTGACTCCGC
TTTCTGCTGCTCGGGGACACCCACGGATCGACGAGCATCGTATGCGGGTG
CTCGGGGCTCGTGGGATGTGTTCCCTCGCAGCCAAGACGAAGAGTTCGAG
CACGTTCTTCGCAACCCTTTAGCAGCAAGCCAGACAGACCTGACAACAAT
CGTGAGAATGCTACGTACACTGGAAGGAGGGAAGAAAAAAAGAGAGGAAG
AAGCAAGGGAAGACCAACTGGAGGGCGCTCGAAGCACGTGGGACTTGAAC
CCGGGGCGTCAAGAAGAGTTCGCGCAAGTAAAGCGCGACCCTGCCGCAGC
AGTCCCAAGGTCAAACCTGACAGCAGCGGAAAGCATTCGACGTGCACTGG
AAGAACGAGCAGACGATGAGCACGAAGACGAAGAAGAAGTGAAGGAGGAA
GGGGGGGCCTGTCCGACGTACTCGGAAGCGGTAGCCTTCTCGGAAGCTGT
TTCGGCTCCGGCGGCAGTTGTGCCGTCCAATACCGCGCTGACGACGGCGG
ATGTGGACCACCTGACCAAAGAGGCCGCGCTCCAGGGGCTAGTGTTACCG
TGCGGACCGTCCGACGATGAGAAGGTTCTCTACCACACGACCGGGCGTTG
GATGATGGTGACATTTGGCATGGTCGGTTTCTCAGCCATTTTTTGCGGCA
TGCTCCTGTTTACTTTAAGCTCGCCACACTTCTACTGGTACGGCCTGCCG
ACGCTGTACATATTCGTCGCCATGTGCTGCCACTATTTCGGTGTGTCCGT
CTGGGGGAAAGAGTTTGACCCCGAGGAACACGAGGACATCGTTCGAAGAG
GCGGCGTCGCTGAAGGCCACGCCCCGACGGTCGATGTGTTTCTGCCTGTG
TGCAACGAGTCCACGGTTCTGCTGGCCAACACCTGGAAGCACGTGCAGGA
CCTAGACTACCCCCACGTTATTGTCTACGTGCTCGATGATGGTGCCAGCG
ATGAGGTTGAGGCTCTGGCTGCGGCGTACGGCTTCGAATATATTCGGCGA
GACAACCGCCCTCAGCTTAAGAAAGCAGGAAACCTCCGCAACGCGTTCGC
CCAAACGTCGGGCGAGGTGATCACCATCTTTGACGCCGACTTCTGTCCGA
GAGCTGACTTCCTTCGGGAGACCCTTCCCTACTTCGTGGACCCCGAGATC
GGCATCTTGCAGACTCCGCAGTTCTTTCGTCGACGAGAGGAACAAACGTG
GGTGGAGCAGGGGGCGGGGGCAAGCCAGGAAGGGTTTTATCGCATGATTC
AGGTAAACATGGACCGCTTCAACGCGGCAGTCTGCGTGGGCTCTTGCGCT
GTGTACCGTCGAGTGGCAGTAGAACCCTTCGGTGGGGTAGCGCCTATCGA
GCACTCCGAGGACATGTACACCGGATACAAGATGACCGAGCTCGGATACA
AGATAAAGTACCTCCCGTTGTGCCTGGCGATGGGAGTCTGTCCCGACGAG
CCGCGGAGTTTCTTCCAGCAGCAGTACCGCTGGTGCATGGGCACCATGAC
ACTCGTAACACAAGGGGAGTTCTGGAGATCAGATATTTCCAGGATACACA
AGCTGTGCTTCGTGAACGGCATGTTCTACTACTTCCAGACGTCTTGGTTC
GTATTTTTAGGGCCCTTGCCGGTTTTGCTGCTGATCTGGATCAGGCCCGA
GGAAGTTCTTTGGTACTACTTCGGCTTTGTGGCTCCGGCCGTGTTTTTCA
CCTTCGTGGTCGTACCCGTATGGTCGAAGCAGGATTCGATCACGCAGACG
TTGTCGTTGCAACGCGTCAAGATACTGCAGAGCTACGCCCACTTGTTCGC
GGTGAAGGACCGCCTCATGGGAACGGTTGCTGCTTGGGTGCCGTCAGGGG
GAGGGGCCTCCAAGTCAGCTTCGTCTGCGTACGAGTCTTCTATGCGGGTC
TTGGTGATCTGGAACGTCGTCTCTACAGGGCTCATCGTTGGCGGGTCCAT
ATGGAGGATGACGGAATTTCCGTGGTACCACTTCGGTATCCCGATTACCA
TGGCTCTGGCCTCATGCGCCATAAGCCTCAGCACGTTGTTGCTCTAG
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