mRNA_P-fluviatile_contig1.137.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig1.137.1
Unique Name	mRNA_P-fluviatile_contig1.137.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: D7FIG0_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FIG0_ECTSI)

HSP 1 Score: 1808 bits (4683), Expect = 0.000e+0
Identity = 1202/2451 (49.04%), Postives = 1425/2451 (58.14%), Query Frame = 1

Query:    1 MASPTDSHDVGGHAGDHLTEEEGVYDSTETGISGIGSSARSLGQTGEVLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFKILDGPNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPPPFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAKVGPHGTLPLQRCSVSRPLTRSGEATRVQAAVAAEFFVDPTDAFVNGVYLDRCNVEFGFVSARRHETATLVNNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMTM--VKDATQQPPWCLALRVVGHTFVGEQFLAKVSLSTQHTGQKLCFPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRS------SSTTGSAPNDRS--DRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKLFYIANTEPPLRHSSKGESSENVCRNGGANAGEGASGGGADRELRPVPKENGEAKGQGGPNTHAFFVDRPEGTLPARQE*RPSPPFGRCLREITTTPSSARYPSEKPGMGASRPRLRLTWRSRAARRGRRRPGSRKREPWNRRRGREAMASAVRSAV*CRCGVASAAGRRSRR*CSETCA*PQRREGT*EERHRATSGPRCPCRESTTCSASP*QRRR*Y---STRSRHRIHRSCRAS-PCHSPRP*SVRGRPQSRFRCPTRGSFQRRSR*SCRTRSRWKWKRGPTRGS-RQPKSFGRTRSSTA*RFFLS----NPIQAPSSKWRQARAAR*RSATAQIHSRTRASTISLSWLASRRVGTFGWT*-RGSRCRPSIPCSLYPPVCGGTTHSNRLR---WGPP*TRRRCRPRSSLMWARRRCLSQSTPTGSSAPTTHKATGCRFSDLRKKAARSQVAGQHSCGGGFCRWKRRNMFFG*PCGPWKT*TNDSGNISENAKSRDSRSKLL*RAWDTTRGRAIHTQRPSRQWVLAWCTRFGSSSSRR------GSLACWGRSEFG*DGSLRERCCRGFSPSGTASPRRRSSSAGIRRTPVKTTLSSPQE*CLSSPRRER*GRRSPRSFASL--FLPNAGR-DFWASSRWHVLFGRSRGPRRRGPGSLSLGWRAAWRRRGWPAPGLASPASPSSRARRPRAP-----STWPRSPRRCPCVQVAAAATATTAGGSCALRTRPPRSTRRSRG--YWRRRCC--------------------WGKGERERVGGETTMVMVLGLGLPGSWRETAAASYPAVVARLLG*TPLPSDPEAMEPTQEQE*KERARLSLPKVSATR*ASQTVRAG*P--QTVSAAEAGADRAPPKGAAS-------------------LC----ECMWRERRARQPHQGFKPRSGDRAGFGTGXXXXXXXXRVSSSTGGXXXXXXXXXXXXXXXXXXPGAGSMDTFFVPRPSRYVPDWAAFGFGGGDGSGEIRRKNGDVWAEQDENLAVGEVRQQKPQREXXXXXXXXXXXLKKATLAKPVLSLVVSRVLRRLLGDVVASHSVRESLNSLPARSRVPTFKEIKSVPPLPDRVTAALAPYLQASTSPTQPPXXXXXXXVNASASSTRNARVRGIGPGVAGG-----DIGTLADHNYFGVTPRVSGCTPLIKEDLLAALRTAGIRVKPPHSRNTGGNGGAGRQKKDPLAAGLVAAIEACPGPSVTLHAVTAALDKATVVRLEAWLEQK-SLQSEAHVPASGASTITTATTCAVPVRASTTNATST------GTAMKAPGSGAIATRARNAMEDDAVLARQAPPPPEMHAH----ATLIQAQQARRVQAVQSTEERARQRLQGLTDKACQDPDTQRMLAAALEGTFFKLIQ 7053
            M  P  S DVGGH        +    S E G  G    AR LGQTGEVLSRK+RLQVFGIDCTGPFGDGI+FKGGEWAPGGEYVQRLRVKNVS KLKKLKYRLPT+K+FS+ YPEVITLSPGT QEVDVVFRP+SSEVYDDVILFK+LDGPNAGGFNVPVRALLPTLQVG+PVGLDFGYCQADDVSE VFFV+NTGEVPAPFQWT+PPPF MSP+EGVVAVGES+AVTCS++PTDASVFVSQAAL+VGQGVNAIKP+P++DMK+SAVGKYCYVVPSEDE+DFGD+TIV +GGG+G ++R G PRK+ TLRNQSVVPAAF+I RLE DR+AVFSV+P +GVIPPEDE+V+TATY PVSAG+FSRDHYE+VTVGGNKV VGIQGRAVGCSVRLEKKEDPFARGCGVP+SVNFREVKVGVTTTRV+NLYNE+STPC +CFVIQ G SS+F FSHTRGIIP AG+EHPGE QVT+TFTPTKP NYYRR+FCLLENQQPLVLDAMGTAY+VAKGEVQEQRPAPLRHAHVQAF+NRENVGLG  SPE LD++L TEGMSDLFA VGP GTLP QRCSV RPLTRSGEATRVQ A+AA+FF+DPTDA++NGV LDR NV+FGF SA   ET TL NN++T VHVVWN++  GEG G        E G  GLQVTP EA VP   SL+FRVEV PT  NCYFAEEAEAFVSP+NQMT   VKDATQQPPWCL LRV+GHTFVGEQFLAK SLSTQHTGQKLCFPACHVGDTVYQTIRLSNQGNIPAC+ F+PDP+GVF IKP+VGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGST++ +LFGQGAWPA+E T GG   A     D+++RS       +++GS+   R   DR+  SV+YMRPTCVGIVS+ VVKVKN SRIPAIF+++ PKGSSGV+RVSP+AGLLLGNQT  +QV FAPRE KGYRF+LP+ VRSILGETP LTDCRQLGEAMP  F PGA VTVLG+GE+GAV FHPESLA+SVRLVNTPESK+LVLENCSECDV YKLFYIAN EPPLR SSKG SS     +GG++  EG  G G   ELRPVPKENGEAKGQGGPNTHAFFVDRP+GTLPAR                T T ++ R  SE                                                  A+ C+      AG             P   E   EE+ R          E ++   S   R       S   +  +  + + S P   P   +V+         P     +  +         W  +  PT    RQ +   R ++     F L+      ++  + + R    +          S +      L  L S + G   W   +G+   P  P +LY P   G   S  L     G P +    +    L         +   +G       +  G     L +K     +AG  S    F RW+   +            T +     E    R            T RG     +       +      G     R      G     G           ER   G  P G    R  S    + ++ V+ +              E  G  +P   A +    P+ GR D   S  + V      GPR  G   ++                   P + + R+RRP++          ++  R P  +V   +  T A            STR SR   + R  C                      G G    +GGE       G                  VAR    T      + +  T             P       + QT  A  P     ++A  G DR    G                      +C      ++ ER   + +Q    RS  RA   +         R S+S+G                    G G +D F VP PSRYVPDWAAFG G  +G G+++     +W     +LA  E                    LK+A+   P++  V SR+L RL+ DVVAS+  RE L SLPAR RVPTF EI+S P LPDRV AALAP+L++S+S +          +  +A++  +A    +    A       + G+  D    G   RV+  TPL KE+LLAALR  G+ VK P +R  G       +KK+PLA G + AIEA  GP VTL  + AA+D A V R+E WL+Q+ SL++E   P    S           V A T N  S       G A +   S      A NAM++              H H    AT IQAQ ARR+QAVQ+TEE+ARQRL GL D A QD DTQ+++AAALEGTFF L+Q
Sbjct:    1 MVLPRGSDDVGGHGESGPWPGDSGCTSAEVGTLGTVGGARGLGQTGEVLSRKSRLQVFGIDCTGPFGDGIVFKGGEWAPGGEYVQRLRVKNVSPKLKKLKYRLPTTKYFSLAYPEVITLSPGTMQEVDVVFRPVSSEVYDDVILFKVLDGPNAGGFNVPVRALLPTLQVGIPVGLDFGYCQADDVSELVFFVENTGEVPAPFQWTIPPPFTMSPSEGVVAVGESKAVTCSIKPTDASVFVSQAALRVGQGVNAIKPKPIMDMKVSAVGKYCYVVPSEDEIDFGDQTIVTVGGGAGSDARGGSPRKDFTLRNQSVVPAAFSIRRLEGDREAVFSVHPCDGVIPPEDEVVVTATYSPVSAGSFSRDHYEVVTVGGNKVAVGIQGRAVGCSVRLEKKEDPFARGCGVPDSVNFREVKVGVTTTRVINLYNESSTPCRYCFVIQ-GHSSIFHFSHTRGIIPSAGSEHPGEAQVTLTFTPTKPINYYRRVFCLLENQQPLVLDAMGTAYVVAKGEVQEQRPAPLRHAHVQAFRNRENVGLGNFSPEALDEMLKTEGMSDLFANVGPQGTLPFQRCSVPRPLTRSGEATRVQTAIAADFFIDPTDAYMNGVCLDRSNVDFGFSSAGGQETITLTNNSDTEVHVVWNLKPPGEGGGGK------EAGPAGLQVTPPEARVPERGSLSFRVEVFPTKGNCYFAEEAEAFVSPANQMTFRTVKDATQQPPWCLPLRVLGHTFVGEQFLAKASLSTQHTGQKLCFPACHVGDTVYQTIRLSNQGNIPACFNFQPDPSGVFAIKPSVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTEQADLFGQGAWPAVEVTSGGGGEAGN---DEQARSLAAGSVGASSGSSTRVREPLDRDEGSVVYMRPTCVGIVSSRVVKVKNASRIPAIFRIDTPKGSSGVVRVSPMAGLLLGNQTKALQVVFAPRETKGYRFKLPIKVRSILGETPVLTDCRQLGEAMPADFKPGASVTVLGKGEQGAVTFHPESLAYSVRLVNTPESKALVLENCSECDVNYKLFYIANKEPPLRQSSKGSSSSRGSSSGGSDI-EGR-GNGPGGELRPVPKENGEAKGQGGPNTHAFFVDRPQGTLPARSR--------------TRTIATFRPVSE---------------------------------------------GEYDFAILCQVSTVDKAGDDE----------PSPLETDMEEQGRKARVAAARLEEESSPDTSQLPRFDVPFIPSVIGKGPVTITLQVSNPGFLPTSVTVK--------LPNAKPVEMET---------WANEGEPTAEELRQNEIIDRLKA-----FSLTPDPGTVVEVSAGEGRPLVISY------SADSLSYGGVHDLPVLVSIKEGRHFWLDLKGTTVPPQSP-TLYVPT--GLPRSYVLEPVAIGTPLSEAPLQTTELLNVGETAVSYKVDSSGIKRANNSQGHGMPVFRLEEKTG--SIAGGRSA---FLRWRFLPLEAKEYVLRVTVRTVEQQQHDERFGERFGEGPEEQMLEITLRGAGYDPRMRDPHSEILPAVDLGLVHPARQLEVPSGQPCILGA----------ERLRLGRIPQGAILSRIISMRNCLLKSAVEFSWDP-----------EDTGIENPLLTAGVVSIQPSKGRIDAAQSVLFQVTISAGCGPRFLGQRPVACVV-------------CQEPPTTAIRSRRPKSRLESRMEEERQARARAPEPRVPVVSRPTAARSQHMAEIAKTLSTRHSRSDDHGRVLCPAYPTSTVDAPVPRVLAEALEQGTGNGPGMGGELPRDGGYGXXXXXXXXXXXXXXXGGSVAR----TQPGGTGKGINNTSGGVTSTTGLQPGPGGRGITASGQTNHAPGPALSLANSAGGGTDRFSSHGGGRPGTSGGGAVLLRLDVEGEVVCMETFHALYGERG--EINQDDSGRSDPRAAVTSA--------RTSTSSGQGGGGVGNPISDISSGTNING-GRVDAFVVPGPSRYVPDWAAFGAGHKEG-GKVK-----IWG----SLARTEK-----------GGNDKTALLKRAS-EDPLVGSVASRILERLMRDVVASNGTRECLKSLPARPRVPTFTEIRSAPSLPDRVAAALAPHLRSSSSASGTARATRRPLLTPAAAAVSSAPAASVDRDAASTAPRRTEDGSGHDDTPAGAGVRVNSNTPLTKEELLAALRAVGVGVKAPPARKKGAKVVGHSRKKEPLA-GFLVAIEASSGPVVTLQGLLAAVDSAAVGRIETWLDQRESLEAEVRKPLPEISH----------VAAETKNTNSLDEKMEEGKAKERDHSPLPTKTAGNAMDNS-------------HTHESKMATTIQAQ-ARRLQAVQATEEKARQRLLGLADTAAQDHDTQQIVAAALEGTFFNLMQ 2238

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A836C8F2_9STRA (Uncharacterized protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C8F2_9STRA)

HSP 1 Score: 838 bits (2164), Expect = 5.760e-271
Identity = 466/1031 (45.20%), Postives = 617/1031 (59.84%), Query Frame = 1

Query:  130 QTGE--VLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFKILDGPNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPPPFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCG------------VPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAKVGPHGTLPLQRCSVSRPLTRSGEATRVQAAVAAEFFVDPTDAFVNG-----------------------VYLDRCNVEFGFVSARRHETATLV--NNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFVGEQFLAKVSLSTQHTG-----QKLCFPACHVGDTVYQTIRLSNQGNIPACYRFK----PDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESK 3072
            +TGE  V+SR +R++VFGI+CTGP GDGI+F+GGEW+PGGEY+Q+L VKNV+T+LKKLKYRLPTS++FSM YPE+I LSPG    VDVVFRP+  EVYD+ I FK+ DGP++GGF+VPVRALLPTLQ+  P  LD G+ Q D  + R F ++NTG+VPAPF+W VPPPF +SPA+GV+ VG +  +TCS+ PTD +  VS A + VG+G NAIKP PLL +K++ + K+C+V PS   ++FG R +V    G+ G++      +E+ LRN SVVPA F + RLE D   VF + PS G I PEDE+ +   + P+SAGT++ DHY ++TVGGN +T+ + G A G  V + K  DP A                VP+SVNFR+V+VG  +TRVV L N A+ PC F   +   +SSVF+                   Q+T+ F+P  P+NYYRR F LLE Q PLVLD MGT YI A+GE++EQRPAPLRHAHVQAF+NR   GLGR SPEELD ++   GM+            PL   + +RPL+RSG+  R QA VA E+F   TD FV                         +      ++FG+VS    ++ T+V  N+T+  V VV+     G+G G                V P E D+  G S AF V  +P   N Y+  E EA V   NQ T  +V+DAT  PPWC+ +  VGHTF G QF+ + +LST H       Q+L FPACHVGD+VYQTIR+SN GNIPA +RF+       A  F +KP+VGL+ AG+ QL  ++FTPP  G     L CVLNN   +T++V L G+GA PA+                    S     + P     +     LY++PTCVG++S   V ++N SR+P ++  + P  S+GV  + P  G +LGN  A + + FAPR ++ YR RLP+ VR+I G+ P LTD RQLG   P        VTV       A+AF P  L F V LV TP+ K
Sbjct:    4 RTGELGVISRADRVKVFGIECTGPVGDGIVFRGGEWSPGGEYIQKLTVKNVTTELKKLKYRLPTSRYFSMAYPELIVLSPGMEVVVDVVFRPVLEEVYDETIFFKVQDGPHSGGFHVPVRALLPTLQISAPPALDMGFVQIDTTTSRTFTLRNTGQVPAPFRWVVPPPFSLSPAQGVIPVGGTAKITCSIAPTDTAALVSNACVHVGEGANAIKPAPLLQLKLTCIAKFCHVAPSVARVEFG-RVLV----GAAGDAEV---LREVVLRNDSVVPAEFKLTRLETDCAPVFDLSPSAGTILPEDEVTVAVRFTPLSAGTYTADHYRLITVGGNTLTLTVTGWACGPHVWITKAIDPAAXXXXXXXXXXXXXAQTVPDSVNFRDVEVGGASTRVVTLSNAAAAPCRFSVAVPHRNSSVFK------------------AQLTLCFSPPSPSNYYRRFFILLEGQLPLVLDCMGTGYIPARGEIREQRPAPLRHAHVQAFRNRAEAGLGRLSPEELDAMV-DGGMAP-----------PLAAAAAARPLSRSGDCARAQACVAREYFKG-TDVFVAAHAHAHSAASQTDDDNTVAAAGREITASCAVMDFGYVSDGDADSRTVVLTNHTSGKVRVVFATAGGGQGGG--------------FSVEPGEGDIAPGGSAAFAVRFAPRAENMYYLHEIEACVFFKNQRTFRLVRDATLTPPWCVTVTAVGHTFDGPQFIPQCTLSTSHVSRGQHRQRLEFPACHVGDSVYQTIRISNSGNIPAMFRFELPMDDAEAPPFQVKPSVGLLAAGELQLIALKFTPPVTGRFEAMLTCVLNNSDATTEEVLLIGRGAIPAL--------------------SIGPPPANPAQPQQQQRQRDLYLKPTCVGLMSQRAVVLRNSSRVPVVYSAQLPGESAGVFSLVPACGSILGNDCAELTLGFAPRAVRDYRLRLPIEVRAIGGQPPDLTDARQLGATPPAPVVETLHVTVHATAGGAAIAFDPAELDFGVSLVKTPQEK 961

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A6H5L764_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L764_9PHAE)

HSP 1 Score: 696 bits (1797), Expect = 1.710e-227
Identity = 331/385 (85.97%), Postives = 368/385 (95.58%), Query Frame = 1

Query:  166 QVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFKILDGPNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPPPFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQ 1320
            QVFGIDCTGPFGDGI+FKGGEWAPGGEYVQRLRVKNVS+KLKKLKYRLPT+K+FS+ YPEVITLSPGT QEVDVVFRP+SSEVYDDVILFK+LDGPNAGGFNVPVRALLPTLQVG+PVGLDFGYCQADDVSE VFFVQNTGEVPAP QWT+PPPF MSP+EGVVAVGES+AVTCS++PTDASVFVSQAAL+VGQGVNAIKP+P++DMK+SAVGKYCYVVPSEDE+DFGD+TIV +GGG+G ++R G  RK+ TLRNQSVVPAAF+I RLE DR+AVFSV+P +GVIPPEDE+V+TATY PVSAGTFSRDHYE+VTVGGNKV VGIQGRA+GCSVRLEKKEDPFARGCGVP+SVNFREVKVGVTTTRV+NLYNE+STPC +CFVIQ
Sbjct:   13 QVFGIDCTGPFGDGIVFKGGEWAPGGEYVQRLRVKNVSSKLKKLKYRLPTTKYFSLAYPEVITLSPGTMQEVDVVFRPVSSEVYDDVILFKVLDGPNAGGFNVPVRALLPTLQVGIPVGLDFGYCQADDVSELVFFVQNTGEVPAPIQWTIPPPFTMSPSEGVVAVGESKAVTCSIKPTDASVFVSQAALRVGQGVNAIKPKPIMDMKVSAVGKYCYVVPSEDEIDFGDQTIVTVGGGAGSDARGGNLRKDFTLRNQSVVPAAFSIRRLEGDREAVFSVHPCDGVIPPEDEVVVTATYSPVSAGTFSRDHYEVVTVGGNKVAVGIQGRAIGCSVRLEKKEDPFARGCGVPDSVNFREVKVGVTTTRVINLYNESSTPCRYCFVIQ 397

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A6H5LMU0_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5LMU0_9PHAE)

HSP 1 Score: 671 bits (1732), Expect = 6.350e-214
Identity = 382/572 (66.78%), Postives = 423/572 (73.95%), Query Frame = 3

Query: 3981 EELRQNEIIDRLKVFSLKPDPGTVIEVAAGESRPLAISYSADSLSYEGVHDLPVLVSIKEGRHFWLDLKGITVPPQHPMLFVPTGLRRHYTLEPVAVGTPLNEAPLQTTELLNVGEAPVSFTVDAHGIKRANHSQGHGMPV-----------FRLEEKGGTIPGGGSAFLRWRFLPLEAKEYVLRVTVRTMENL--DERLGEHFGERQIEGQSVEVTLTGVGYDPRTSDPHTEALPAVGLGLVHPVRQLELPPGQPCVLGAERIRLGRIPQGAVLSRVFSLRNCLPTSAVEFSWNPQDTGEDNPLLASGVMSIQPATGKIGAAQSALFRVIISAECGPRFLGQQPVACLVRQEPRTTAARSRKPKSRLESRMEEERLARTRAREPRVPVVSRPTAARTQHMAEIAKTLSMRSSGSSCNCDNGGRVLRPAYPTSTVNAPVPRVLEEALLLGEG-GAXXXXXXXXXXXXXXXXXXWELEGNGRGIIPSGG-----GAAAGLDPSAVRPRSNGADAGAGVERAGTPLVAQGVGNTLSLANSASGVTTDRFSSRGGSRPGTAQGGGFIVRMHVEGE 5639
            +ELRQNEIIDRLK FSL PDPGTV+EV+AGE RPL ISYSADSLSY GVHDLPVLVSIKEGRHFWLDLKG TVPPQ PML VPTGL+R Y LEPVA+GTPL+EAPLQTTELLNVGEA VS+ VD+ GIKRAN+SQGHGMPV           FRLEEK G+I GGGSAFLRWRFLPLEAKEYVLRVTVRT+E    DER GE FGE   E Q++++TL   GYDPR  DPH+E LPAV LG VHP RQLE+P GQPC+LGAER+RLGRIPQGAVLSR+ S+RNCL  SAVEFSW+P+DTG +NPLL +GV+SIQP  G+I AAQS LF+V I A CGPRFLGQQPVAC+V QEP T A RSR+PKSRLESRM+EER AR RA EPRVPVVSRPTAAR+QH+AEIAKTLS R S S    D+ GRVL PAYPTSTVNAPVPRVL EAL  G G G+                   E + +GRG    G      GA  GL P    P   G  A     RA  P         L LAN   G T DRFSSRGG RPGT+ GG  ++R+ VEGE
Sbjct:    2 QELRQNEIIDRLKAFSLTPDPGTVVEVSAGEGRPLVISYSADSLSYGGVHDLPVLVSIKEGRHFWLDLKGTTVPPQSPMLHVPTGLQRSYVLEPVAIGTPLSEAPLQTTELLNVGEAAVSYKVDSSGIKRANNSQGHGMPVRTSWSVVSVKVFRLEEKTGSIAGGGSAFLRWRFLPLEAKEYVLRVTVRTVERQQHDERFGEWFGEGSEE-QTLDITLRAAGYDPRMRDPHSEILPAVDLGFVHPARQLEVPSGQPCILGAERLRLGRIPQGAVLSRIISMRNCLLKSAVEFSWDPEDTGVENPLLTAGVVSIQPFKGRIDAAQSVLFQVTIFAGCGPRFLGQQPVACVVCQEPPTKAVRSRRPKSRLESRMDEERQARARAPEPRVPVVSRPTAARSQHVAEIAKTLSTRHSCS----DDHGRVLCPAYPTSTVNAPVPRVLAEALEQGTGNGSGMGGELPRDGCYGGEEGEEEEKVDGRGDGGDGARNQPRGAGEGLQPG---PGGRGITAAGQANRAPGPA--------LCLANRTGGGT-DRFSSRGGDRPGTSGGGAVLLRLDVEGE 556

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A8J2S9Y5_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2S9Y5_9STRA)

HSP 1 Score: 696 bits (1795), Expect = 2.160e-207
Identity = 416/1105 (37.65%), Postives = 594/1105 (53.76%), Query Frame = 1

Query:  142 VLSRKNRLQVFGIDCTGPFG----------DGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFKILDGPNAG--------GFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPPPFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELD----DLLATEGMSD---LFAKVGPHGTLP-LQRCSVSRPLTRSGEATRVQAAVAAEFFVDPTDAFVNGVYLDRCNVEFGF--VSARRHETATLVNNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFVGEQFLAKVSLSTQHTGQKLCFPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWP-AIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSILGETPFLT-DCRQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKLFYIANTEPPLRHSSKGESSENVCRNGGANAGEGASGGGADRELRPVPKENGEAKGQGGPNTHAFFVDRPEGTLPARQE*R 3360
            ++ ++ R+  FG+ CTGP            DGILF GGEW PGGEY Q+L VKNV+TK+KKLKY+LP +++FS+ +PE I LSPG +QE+DV+FRP+  E+Y+D I FK+ + P           GF+VPVRALLPTLQ  +P  +D G C   + SER F+++N GEVP P++W+VP PF + P+ G++ VGE+  +TCS+ P  ASVFV++A+ +VG+GVNAIKP+P+L+MK+SAVGKY ++  S+  +DFGD  ++A      G+       +E+ + N+SVV A   + R+E DR+ VF+V+P+  ++PP+ E+ +   +   SAGT++ +H E VT GGN+  + + G +V   V++ K+EDPFA+G GV  SVNF  +KVG    R V L N +     F F+  +G    F+ S  RGIIP        E  V  TF+P +P NYY+R+F ++E++ PL +D +GTAYI A GEV+EQRPAPLRHAHVQA +NR+  GLGR SP+EL+    DL      +D   LFA++G  G    L   +   P+TRSGEATR    VA + F + TD+ +  V + + +V+FG   V +    T T+ N T   + V W      E   E               V+P  AD+ AGASL F V   P   N Y   + EA V   +Q +  +V DA   PPW L +   GH+F GEQF   +    Q   ++  +P  HVGD  YQ+++L N  N+P  +  + DP   F ++PA GL+P G FQL + RF P       HR+  V+N +  +     L+G G  P A+   C                            +   G   +  +PTCVG+ S     V N SR+P +F    P  ++    + P  G+L GN++  + V FAP      + +  V VR + G  P    D RQLG A P          +      G ++F P  L +   LVNT  SK+L++ N S+C + Y L Y++      R  + GE  E   R                 +LR VP E                +D PEG + ARQ  R
Sbjct:    8 LMDQEERVARFGVLCTGPTRRDANGVVIEQDGILFAGGEWVPGGEYAQKLTVKNVTTKMKKLKYKLPQTRYFSLAFPETIELSPGMSQEIDVIFRPIKEEIYEDTIYFKLEELPVGTVISDAPIRGFHVPVRALLPTLQARIPEDVDMGLCPTAETSERTFYIENNGEVPCPYRWSVPEPFTLEPSYGLLDVGEAHEITCSLHPQQASVFVARASCEVGKGVNAIKPQPILEMKLSAVGKYVHIEVSDTRVDFGD--VLA------GSPITEELTREIVVSNRSVVHARVEVIRVERDREPVFAVHPTSLIVPPQSELPVMIQFHSRSAGTYTAEHLEFVTPGGNRPRLLLTGSSVAPVVKIYKQEDPFAKGFGVSTSVNFGSIKVGARCDRAVFLQNNSDADLHFQFISDEG--GCFKLSKYRGIIPAQL-----EVSVKFTFSPDRPINYYKRLFVIVEHRLPLFVDLLGTAYISAAGEVKEQRPAPLRHAHVQAARNRQAAGLGRASPDELEKMHADLQEQGATADERLLFARIGAKGHDDVLLTTNTQDPVTRSGEATRSSVQVAHDLFEEYTDSDLKEVQVSQSHVDFGLKTVGSSGRRTITVTNTTRAKISVAWTPPPLIEVENEKP--------AADFSVSPDYADIAAGASLDFTVRFHPRKPNVYSLVDLEATVFYKSQRSFRLVNDAVLAPPWRLEVAASGHSFGGEQFAPAL----QSEPRERHWPGIHVGDAGYQSLKLKNSSNLPCLFSIEQDPVKAFSVRPAQGLIPPGGFQLLVARFEPKEERVYRHRVRLVVNGE--ACDGPFLWGAGQIPRAMMVGC------------------------DEVTNPETGAGSVTFQPTCVGLASRRSFTVHNASRVPLVFDAVLPNRATQTFSLKPKTGVLRGNESQDVTVTFAPGARGLKKTKCVVAVRPLAGPPPSQRRDARQLGNAEPAKILQKVVCRLTAPASSGVISFDPPVLEYPTLLVNTTSSKALIIINSSDCAIKYSLDYVSRK----RAFAVGEEPEQTIR-----------------QLRKVPSEG---------KAERILIDEPEGLIAARQRKR 1029

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A7S1U5R9_9STRA (Hypothetical protein (Fragment) n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1U5R9_9STRA)

HSP 1 Score: 670 bits (1728), Expect = 3.590e-204
Identity = 414/1063 (38.95%), Postives = 551/1063 (51.83%), Query Frame = 1

Query:  142 VLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFKILDGPN---------------AGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPPPFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARG---CGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAKVGPHGTLPLQRCSVSRPL------------TRSGEATRVQAAVAAEFFVDPTDAFVNG----VYLDRCNVEFGFV--SARRH---ETATLVNNTNTAVHVVWNI-------RASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFVGEQFLAKVSLSTQHTGQKLCFPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHH--------------RLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKLFYIANTEP 3144
            +L  + R + FGI+C GPFGDGI FKGGEW PGGEY+Q+LR++NVST +KKLKYRLP +K+F M YPE++ LSPG   EVDVVFRP+  E Y D I  +++   +               A GF+VPV A + TLQ+ +P  +DF YC   + +   F + N G+V APF+W VP PF + P  G V VG  Q+V   + PTDA+V+ S A L VG+G+   KP PLL M + A+GKY ++      +DFG    V +G      + A   ++ LTL N   V + F I R+E DR+ VF+V PS GV+PP   I +   +     G  + + Y I T GG+   V ++G +      + KK DP   G     +P+S+NFREV+VG T  RV+ L N++  P  FCF ++     VF  S  RG+IP  G E    T V   FTPT P  YYRR+FCL+E   P +LD MGTA+I AKG V+EQRP P+R AHVQA +NR   GLG   P++L  +   +G SD FA+VG  GT  L   S   PL            TRSGE +R +A VA E+F  PT +        V LD   V+FG+V      H   +   L N T   V V W++          G+G GE              +V P E D+ AGA+  F +  +P   N YF    EA V   NQ    +  DAT   PW L LR + ++FVG    A   L+  H   KL FP  H GD VYQ + LSNQ N+PA ++F+ +   VF+++P  G++PA DF L +VRF PP PG   +               L C +NN   +T ++  FG G  P IE                                D N   VL++ PTCVG+ ST  ++VKN SRIP   +++ P   +  LRVSP    L G +  T+   F P   +  R  L V+ RSI G   F  D RQ     P        VTV   G  GAV F P  L F V+LVNT E + + L N S+ D+ Y+L Y+    P
Sbjct:   11 ILPVEERARRFGIECVGPFGDGITFKGGEWVPGGEYIQKLRIRNVSTAVKKLKYRLPRTKYFGMPYPELVVLSPGMVVEVDVVFRPVLYEAYQDTIYIRMMPDSSYAEPPMLPTGEIDREAVGFHVPVLAHIMTLQLTIPQSIDFAYCPTAETASMEFHIVNVGQVTAPFRWEVPTPFSLEPMAGTVPVGGRQSVIARLTPTDAAVYESAALLHVGEGIPENKPEPLLTMGLLAIGKYAHLQVPTKYVDFGS---VLVG------TPASNTKQLLTLSNPGTVHSTFDIIRVEGDREPVFAVEPSTGVVPPGGSIDLQLFFRADVPGVMTTERYHIKTPGGHLTEVQLRGYSAAPPTAIYKKMDPMLSGTAAAALPDSINFREVEVGQTANRVLFLRNDSRRPIKFCFDMEP--DGVFNVSRVRGVIPSGGIE----THVLFNFTPTNPHQYYRRVFCLIEGNAPKLLDLMGTAFIRAKGVVKEQRPLPIRQAHVQAQRNRIAAGLGGMGPDDLSQMFERDGASDFFARVGMDGTSALHP-SAGPPLPPPPFPAAHGSSTRSGEMSRAEALVADEYFQPPTPSMRTALPFEVCLDTDAVDFGWVPRGGPVHPLGKKVRLHNRTRGKVTVCWHVPFTPMPAEERGDGDGED---------VPAFRVEPRELDITAGATAEFEIVCAPGRENAYFCSTLEANVFFKNQRNFRLSDDATVGTPWMLELRAMANSFVG----AGAFLAAVHMRSKLVFPGTHFGDAVYQCVELSNQANLPAFFQFE-NTDSVFEVRPKCGIIPAEDFTLVMVRFRPPKPGSASYDVNGQPPATRTFERTLRCTVNNS--TTMRLKCFGAGFLPRIEVL------------------------------DVNDEGVLFLPPTCVGLSSTRKLRVKNPSRIPVAVQVQLPPRLAQQLRVSPPTLKLTGGEERTLTATFVPTNGEALRAPLSVNARSIAGAPLFFRDARQNPTPDPPGVEQRVTVTVAASGAGGAVTFDPPDLGFGVKLVNTEEERRVFLVNRSDADLLYELSYVFKAVP 1011

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A2D4C9N8_PYTIN (ASH domain-containing protein (Fragment) n=1 Tax=Pythium insidiosum TaxID=114742 RepID=A0A2D4C9N8_PYTIN)

HSP 1 Score: 531 bits (1367), Expect = 1.990e-158
Identity = 367/1047 (35.05%), Postives = 523/1047 (49.95%), Query Frame = 1

Query:  142 VLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILF--KILDG---PNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPP---------------PFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQA---ALKVGQGVNAIKPRPLL---DMKISAVGKYCYVVPSEDELDFGDRTIVA--IGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPN-SVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRG-IIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAK--------VGPHGTLPLQRCSVSRPLTRSGEATRVQAAVAAEFFVDPTDA-----FVNGVYLDRCNVEFGFVSARRHETATLVNNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFVG--EQFLAKVSL----STQHTGQK-LCFPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGY--RFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKL 3120
            VL R  + + +GIDC    GD I F  G W PGGE+V+R+ VKNVS +  K KY LPT+K+FSM +P +ITLSPG    +DV FRP+  E YDD + F  +I++G    ++G F +PV A +  L + VP GLDFG+C   + +++ F V+NTG++ A F W VP                PF + PA G V VG++  +T S  PT ASV+V+     A  VG G +A      L   +MKIS + K+ ++  SE EL+FGD  +                   KE  LRN+S+V A+F I R+E D D VF   P  GV+PPE  + I   Y P+SAGTF+ DH+++VT GGN+  +  +GRA+G +V L +K     R   VP  +++F +V +G +TTRV+ + NE+     +  V  Q    VF F    G I P A      E  V +TF PT+  N+YRR+F LL+NQ PL +D + T Y        + RP+P + AHV A++ R   G+   SP++L+      G  DLF +        +   G  P Q+    + LTRSGE        + E+FV   D        NG  LD  N     V     +   + NNT+  V   W + ++ +              T   QV P   D+ AGA+  FR+   P+  N Y+  E E FV+  +  T  +V   T  PPWCL ++V G+TF    EQFL+K+S     ST  +  K + FP C++GD V+QTI L N  + PA + F+ DP+ VF  KP  G VPA  F L  +RF+P       H L+CV+NN  GS + + L G  A   +     G  A                 S P+    R     L+++PT VG++ST  ++V N SR+P +++ + P+    V  VSP  G L G ++  I   F P E + Y  RF L     S+       T C                V V  +G  GAV F P+++     LVNT    S  + N ++CD+ + L
Sbjct:   11 VLPRVEQQRHYGIDC----GDAIEFAAGTWLPGGEHVKRIPVKNVSQRTLKFKYELPTTKYFSMDFPTLITLSPGMQTXLDVAFRPVKLEEYDDFVTFHVQIIEGGVVASSGRFRLPVLARIARLAIEVPRGLDFGFCPTAETTDQTFVVRNTGQIDAVFDWRVPESDARDTPTGAGDHGRPFAVRPATGRVNVGQTVELTASFSPTCASVYVATTLCTARPVGDGNHAYSGPSTLCEQEMKISGISKFTHIAASETELNFGDLFVATPTAXXXXXXXXXVSVNEKEFVLRNRSLVRASFQICRVESDCDPVFFFSPMHGVVPPESTLTIRVRYTPLSAGTFTCDHFDVVTPGGNRERITCKGRAIGPTVSLWRKNLDANRL--VPTRAISFGDVALGQSTTRVLTMRNESPIEVNY-HVDCQARGGVFEFDKVNGRIAPSA------EVNVILTFAPTRVGNFYRRVFVLLQNQSPLAVDLLATGYD------DKTRPSPFQLAHVDAYRLRARAGIALLSPDQLETYWQDHG-DDLFLQGALRRAKALAIEGDPPKQQ----QLLTRSGETXFAAVETSHEYFVSVDDRANPILVANGEVLDFGNCSI--VQFPSKKLLHVTNNTHGKVTCTWRVASASDD-------------TASFQVHPEIMDISAGATAEFRIAFQPSRENSYYFAELEGFVAFKSNRTFRLVNVETFTPPWCLVVKVGGNTFASPTEQFLSKLSFRLPSSTAXSRVKRVHFPPCYLGDQVFQTILLDNASDTPAVFAFRDDPSEVFACKPRHGYVPAKSFHLVQLRFSPRAARKHSHVLQCVINNARGSPELLELVGVCATAQLSCETDGLCA----------------DSDPSPSEPR-----LFVKPTAVGLLSTRRLRVTNTSRVPLVYRWDVPRKLRDVFSVSPQLGRLNGRESVAIDCHFTPTEERDYLARFTLSTKPISLSWSQWQQTQCPTTQTTPAITVLXETTVRVQTKGTCGAVLFEPDAMRLDTILVNTSSKTSFAIVNTADCDLDFTL 997

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A1W0A0N0_9STRA (Uncharacterized protein n=1 Tax=Thraustotheca clavata TaxID=74557 RepID=A0A1W0A0N0_9STRA)

HSP 1 Score: 548 bits (1413), Expect = 2.460e-158
Identity = 364/1018 (35.76%), Postives = 528/1018 (51.87%), Query Frame = 1

Query:  142 VLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILF--KILDG---PNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPP------PFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAKVGPHGTLPLQRCSVSRP----LTRSGEATRVQAAVAAEFFVDPTDAFVNGVYLDRCNVEFGFVSARRHETATLVNNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTG--LQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFVGE--QFLAKVSLSTQHTGQKLC-FPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAP---GACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKL 3120
            VL+R  + +VFGIDC    GD ILF  G WAPGGE+ ++L VKNVS K  K KY LP +K+FSM +P +ITLSPGT++ +D+ FRP+  E YDD I F   I+DG      G F +PV+A +  L++ +P GLDFG+C   + ++ VF ++NTG++ A F+W +P       PF ++PA G +  G+   +T +  P  ASV+V  A L   + +   K     +MKIS +GKY Y   SE+ELDFG+  + A       ++      +E  LRN+S+V A+F I  +E D + +F   P +G IPPE E+ I   Y P+S GTF+ D+++IVT GG+ V V  +G+A+G  V L KK        G  +S+NFR+V VG +  RV+ L NE+  P    F I    + +F  +   G+IP        E  + +TF P+ P NYYRR+FCL++NQ  + +D +GT Y          RP+P + AHV A++ R    LG  SP+ L+ L   +G  + F K    G L LQ  +  R     LTRSGEA      V  EFF+ P D     +  D   ++FG  S +   + ++ N T   V   W I  +                TTG    + PL  D+  GA+  FRV   P  +N Y+  E E+ V   +  T  +V   T  PPWC+ +   GHTF     QFL+KVS ST   G  LC FP+ +VGD+V+QT+ L N  + PA +    DP+ VF  KP+ G +PA  F L  +RFTP       + L+ ++N+   S   + L G G +P +   C  ++A                         ++ +  LY++PT VG+ ST + +V N  RIP +F+   P        +SPL   LLGN+++ I   F+P  IK Y  R+ +HV+SI         C       P++  P      + V G G  GAV+F P  +     LVN+  ++   L N S+CD+ Y+L
Sbjct:    6 VLNRVEQHRVFGIDC----GDEILFAAGTWAPGGEHSKKLYVKNVSNKTIKFKYDLPRTKYFSMDFPLLITLSPGTSRMLDIAFRPVQYEEYDDFIRFTVNIIDGGVKATNGTFRLPVKARISMLRIDLPNGLDFGFCPTSETTDYVFQLRNTGQIDARFKWNLPDAGEHGRPFALTPATGEIKAGQVLDITSTFSPKSASVYVVTALLMAHE-LGETKQHQETNMKISGIGKYAYFAASENELDFGEMLVGAP------STHKHPTEREFMLRNRSLVRASFQIVPMETDHEPLFFFTPLKGTIPPESELPIRVKYTPISPGTFTCDNFKIVTPGGHAVQVQCRGKAIGPVVTLWKKNRASNMVTG--HSINFRDVCVGESAARVLYLKNES--PLAVRFNIMSAANGIFTIAKIAGVIPPLL-----ECSILLTFAPSAPGNYYRRLFCLIQNQSTVYVDVLGTGYDA------NIRPSPFQQAHVDAYRLRCEHNLGHLSPDGLEALWNDKG-DEYFLK----GALALQNQNKQRESTKLLTRSGEALMSDIQVCHEFFIQPDDTHGMIIASDAL-LDFGGESKK---SLSVTNQTRGKVTCTWRIAEA-------------PTDTTGANFSIYPLSTDIAPGAAAEFRVTFHPQQTNTYYFAEIESTVYFKSNRTFRLVNPETFTPPWCVVVHATGHTFASTDCQFLSKVSYSTAKNG--LCTFPSAYVGDSVFQTVLLINSSDTPALFSIVQDPSKVFRAKPSCGFIPANGFHLIQIRFTPTKCRRYSYALKTLVNHS--SEIFLELTGTGCFPHL--ICQEYDA-------------------------KSSIEKLYIKPTSVGLSSTRIFRVTNGCRIPLVFRWSIPASIQDTFNLSPLVHRLLGNESSVISCVFSPSAIKLYNQRIGLHVKSIS------IGCHD----KPSSRLPVLQDISIKVTGLGTTGAVSFEPSCMELPTVLVNSDATQPFFLVNTSDCDLKYQL 934

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BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A024T9P0_9STRA (ASH domain-containing protein n=3 Tax=Aphanomyces invadans TaxID=157072 RepID=A0A024T9P0_9STRA)

HSP 1 Score: 546 bits (1407), Expect = 2.100e-157
Identity = 368/1028 (35.80%), Postives = 530/1028 (51.56%), Query Frame = 1

Query:  142 VLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILF--KILDG---PNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPP------PFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPR-KELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAKVGPHGTLPLQRCSVSRPLTRSGEATRVQAAVAAEFFVDPTDAFVNGVYLDRCNVEFGFVSARRHETATLVNNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFVGE--QFLAKVSLSTQHTGQKLC-FPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSI-LGETPFLTDC---RQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKLFYIANTEPPLRHSS 3162
            VL+R  + + FGIDC    GD ILF  G WAPGGE+ ++L VKNVS +  KLKY LP +K+FSM +P +ITLSPGT++ +D+ FRP+  E YDD I F   I+DG     +G F +PV+A +  L   +P G+DFG+C   + +E  F +++TG++   FQWT+P       PF + PA G +  G++  +T +  P  ASV+V      V Q       R    MKIS +GKY Y   SE ELDF D  +V      GG+S    P  KE  LRN+S+V A F I  +E D + +F   P  GVIPPE  + IT  Y P+S GTF+ D ++I T GG+ V V  +G+A+G  V L KK    A       S+NF++V+VG  +TRV+ L NE++    + F+     + VF+     GI+P        ET V +TF P  P N+YRR+F L++NQ  + +D +GT +        + RP+P + AHV A++ R     G  SP+ L+ LL  +G  D +   G   T   +     + LTRSGE+T    +++ EFFV P  +  N + +    +EFG   A++  T  + N T   V   W +  +  GA             +  +++P   DV  GAS+ F V   P  +N Y+  E E+ V   +  T  +V   T  PPWC+ +   GH+F     QFL+KV+  T      +C FP  HVGD+V+QT+ LSN  + PA +    DP+ VF + PA GL+PA  F L  +RFTP  P    HRL+ V+N    S   V+L G G  P +  TC                         ND      +  +Y++PT VG+ +T    V NVSR+P +F+   P        V+PL   L+GN+   I   F+P ++K Y  R+ VHV+SI +G   ++      R       T     A V +LG G  GAV+F P  L     LVN+P +    + N S+CD+ Y++    +  PP   S+
Sbjct:   13 VLNRVEQQRNFGIDC----GDEILFAAGAWAPGGEHTKKLHVKNVSNRTLKLKYDLPRTKYFSMEFPLLITLSPGTSRILDIAFRPVQYEEYDDYIRFLVHIIDGGVKATSGSFRLPVKARISMLNTDIPTGIDFGFCPTAETTEFKFSLKSTGQIDGTFQWTLPGAGNHGRPFSIMPASGEIRAGQTLDMTATFLPHTASVYVVTVNF-VAQERGETNQRQEKTMKISGIGKYAYFAASESELDF-DEMLV------GGSSTPKHPTDKEFVLRNRSLVRATFQIVPVENDHEPLFFFSPLRGVIPPEASVPITVKYTPLSPGTFTCDTFKIQTPGGHTVRVTCRGKAIGPLVSLWKKN--LASNLIRATSINFKDVQVGAISTRVLILKNESNVAVRYNFMA--APNGVFQIEKVTGIVPPLL-----ETSVMLTFRPESPGNFYRRLFILVQNQSTIYVDILGTGFD------NDIRPSPFQQAHVDAYRLRCQHHWGHLSPDGLEALLEEKG--DTYFLHGALRTAAAKPADSPKLLTRSGESTLTDVSISDEFFV-PATSRSNAITVSESLLEFGSHGAKK--TLVVTNQTRGKVTCSWRVSET-TGAAALR---------SNFRISPGACDVAPGASVEFIVTFDPCHANAYYFAELESHVYFKSNRTFRLVNPETFTPPWCVVVYASGHSFGSSDSQFLSKVTFVTAK--DHVCPFPPAHVGDSVFQTVALSNASDTPALFSVVQDPSRVFWVHPASGLIPANGFHLVQIRFTPTHPRRYVHRLKTVVNYV--SDVVVDLTGMGCRPQL--TC-----------------------VDND----TAIDAIYIKPTAVGLTTTRQFYVHNVSRVPLVFRWHVPPALRSTFHVAPLVHRLMGNERHAITCVFSPTQLKQYNQRIAVHVKSISMGLEEYVKSSVGGRGSNGGGSTGLIQEASVKLLGVGTTGAVSFVPAMLTLPTVLVNSPTTMPFDVVNSSDCDLKYEIS--VHCRPPPASST 963

[Close]

BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Match: A0A6G0WV66_9STRA (Uncharacterized protein n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0WV66_9STRA)

HSP 1 Score: 545 bits (1404), Expect = 2.510e-157
Identity = 364/1012 (35.97%), Postives = 530/1012 (52.37%), Query Frame = 1

Query:  142 VLSRKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLKYRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFK--ILDG---PNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPAPFQWTVPP------PFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQGVNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRAGCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVITATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFARGCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFSHTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAMGTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATEGMSDLFAKVGPHGTLPLQRC---SVSRPLTRSGEATRVQAAVAAEFFVDPTDAFVNGVYLDRCNVEFGFVSARRHETATLVNNTNTAVHVVWNIRASGEGAGEXXXXXCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEAFVSPSNQMT--MVKDATQQPPWCLALRVVGHTFV-GE-QFLAKVSLSTQHTGQKLC-FPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAGDFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATCGGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTGVVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPREIKGYRFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAPGACVTVLGQGERGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKL 3120
            +L+R  + + FGIDC    GD ILF  G WAPGGE+ ++L VKNVS +  KLKY LP +K+FSM +P +ITLSPGT++ +D+ FRP+  E YDD I     I++G     +G F +PVRA +  L   +P G+DFG+C   D ++  F +++TG++ A F WT+P       PF + PA G ++ G++  +T S  P  ASVFV      + + +   + R    MKIS +GKY +   SE ELDFGD   V I GG+   SR     KE  LRN+S+V A++ I  +E D + VF   P +GVIPPE  I IT  Y P+S GTF+ D++ I T GG+ V V  +G+AVG  V L KK    A      +S+NF++V VG   TRV+ L NE+     F F+     + VF+     G+IP        ET + ++F P  P N+YRR+F LL+NQ    +D +GT Y       Q  RP+P + AHV A++ R     G  SP+ L++LL  +G  + F     HG L        + SR LTRSGE+      ++ EFF   TD   N + +    +EFG + A++  T  + N+T   V   W I                E G +  +++P   D+  GAS  F V   P  +N Y+  E E+ V   +  T  +V   T  PPWC+ +   GH+F  GE QFL+KV+ +T   G  LC FP  H+GD+V+QT+ L N  + PA +    DP+ VF + P+ GL+PA  F L  +RFTP      H+RL+ V+N    S+  ++L G G  P +               D +SR        P D+        +Y++PT +G+ S     V N SR+P +F+ + P       ++SPL   L GN++  I   F+P ++K Y  R+  HV+SI   +  + D   +     T+      V  LG G  GAV+F P ++     LVN+  +    L N S+CD+ ++L
Sbjct:    9 ILNRVEQQRNFGIDC----GDEILFAAGTWAPGGEHTKKLHVKNVSNRTLKLKYDLPRTKYFSMDFPVLITLSPGTSRILDIAFRPVQYEEYDDFIRVHVHIIEGGVKATSGSFRLPVRARISMLNTDIPSGIDFGFCPTADTTDYKFLLKSTGQINAKFLWTLPDAGEHGRPFMIKPASGELSAGQTLEITASFAPKSASVFVVTVHF-LAEELGETRQRQEKTMKISGIGKYAFFAASETELDFGD---VLIDGGAAYKSRKHSTDKEFVLRNRSLVRASYQIIPVESDHEPVFFFSPLKGVIPPESSIPITVKYTPLSPGTFTCDNFHIQTPGGHTVLVTCRGKAVGPLVTLWKKN--LASNLVKGHSINFKDVMVGTKATRVLILKNESDAAVRFNFMA--APNGVFQIEKVAGVIPPLL-----ETSIMLSFIPETPGNFYRRLFILLQNQSTTYVDILGTGYD------QAVRPSPFQQAHVDAYRLRCQNHWGLLSPDGLENLLEEKG-DEFFL----HGALRRANQVDENSSRLLTRSGESFLSHVQISEEFFHPGTDR-TNAIMVSETLLEFGALGAKK--TLVVSNHTRGKVTCGWRIS---------------EEGQSNFRISPRSCDIAPGASADFTVHFDPHETNAYYFAELESHVYFKSNRTFRLVNPETFTPPWCVIVHASGHSFSSGESQFLSKVTFATAKEG--LCPFPPAHLGDSVFQTVSLLNASDTPALFSVVQDPSEVFWVHPSSGLIPANGFHLVQIRFTPSHSRRYHYRLKTVVNYV--SSVYLDLTGMGCRPQMVCL------------DAQSR--------PIDK--------IYIKPTAIGLSSIRQFHVHNASRVPLVFRWQLPAALQSTFQLSPLVQRLQGNESQLITCVFSPTQLKQYNQRIVAHVKSI---SKGIRDKSNMSVMQETS------VKFLGVGTTGAVSFVPTAMELPTVLVNSTATLPFHLVNSSDCDLKFEL 933

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig1.137.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FIG0_ECTSI	0.000e+0	49.04	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A836C8F2_9STRA	5.760e-271	45.20	Uncharacterized protein n=1 Tax=Tribonema minus Ta...	[more]
A0A6H5L764_9PHAE	1.710e-227	85.97	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A6H5LMU0_9PHAE	6.350e-214	66.78	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A8J2S9Y5_9STRA	2.160e-207	37.65	Hypothetical protein n=1 Tax=Pelagomonas calceolat...	[more]
A0A7S1U5R9_9STRA	3.590e-204	38.95	Hypothetical protein (Fragment) n=1 Tax=Phaeomonas...	[more]
A0A2D4C9N8_PYTIN	1.990e-158	35.05	ASH domain-containing protein (Fragment) n=1 Tax=P...	[more]
A0A1W0A0N0_9STRA	2.460e-158	35.76	Uncharacterized protein n=1 Tax=Thraustotheca clav...	[more]
A0A024T9P0_9STRA	2.100e-157	35.80	ASH domain-containing protein n=3 Tax=Aphanomyces ...	[more]
A0A6G0WV66_9STRA	2.510e-157	35.97	Uncharacterized protein n=1 Tax=Aphanomyces euteic...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig1	contig	P-fluviatile_contig1:1784909..1812705 +

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	1771.1
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7FIG0
Preferred name	CCDC108
EggNOG OGs	2CMXN@1,2QSJW@2759
Ec32 ortholog description	conserved unknown protein
Ec32 ortholog	Ec-28_000130.1
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
Hectar predicted targeting category	other localisation
Exons	40
Model size	7603
Cds size	3357
Stop	1
Start	1

Relationships

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

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig1.137.1	prot_P-fluviatile_contig1.137.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig1 1784909..1798854 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig1:1784909..1812705+
coding sequence from alignment at P-fluviatile_contig1:1784909..1812705+

protein sequence of mRNA_P-fluviatile_contig1.137.1

>prot_P-fluviatile_contig1.137.1 ID=prot_P-fluviatile_contig1.137.1|Name=mRNA_P-fluviatile_contig1.137.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1119bp
MASPTDSHDVGGHAGDHLTEEEGVYDSTETGISGIGSSARSLGQTGEVLS
RKNRLQVFGIDCTGPFGDGILFKGGEWAPGGEYVQRLRVKNVSTKLKKLK
YRLPTSKFFSMVYPEVITLSPGTTQEVDVVFRPMSSEVYDDVILFKILDG
PNAGGFNVPVRALLPTLQVGVPVGLDFGYCQADDVSERVFFVQNTGEVPA
PFQWTVPPPFKMSPAEGVVAVGESQAVTCSVRPTDASVFVSQAALKVGQG
VNAIKPRPLLDMKISAVGKYCYVVPSEDELDFGDRTIVAIGGGSGGNSRA
GCPRKELTLRNQSVVPAAFTINRLEEDRDAVFSVYPSEGVIPPEDEIVIT
ATYWPVSAGTFSRDHYEIVTVGGNKVTVGIQGRAVGCSVRLEKKEDPFAR
GCGVPNSVNFREVKVGVTTTRVVNLYNEASTPCGFCFVIQQGDSSVFRFS
HTRGIIPFAGTEHPGETQVTMTFTPTKPTNYYRRIFCLLENQQPLVLDAM
GTAYIVAKGEVQEQRPAPLRHAHVQAFKNRENVGLGRCSPEELDDLLATE
GMSDLFAKVGPHGTLPLQRCSVSRPLTRSGEATRVQAAVAAEFFVDPTDA
FVNGVYLDRCNVEFGFVSARRHETATLVNNTNTAVHVVWNIRASGEGAGE
GGGGGCGEMGTTGLQVTPLEADVPAGASLAFRVEVSPTTSNCYFAEEAEA
FVSPSNQMTMVKDATQQPPWCLALRVVGHTFVGEQFLAKVSLSTQHTGQK
LCFPACHVGDTVYQTIRLSNQGNIPACYRFKPDPAGVFDIKPAVGLVPAG
DFQLCLVRFTPPGPGGCHHRLECVLNNDPGSTQKVNLFGQGAWPAIEATC
GGWEAAAASAADDRSRSSSTTGSAPNDRSDRNGMSVLYMRPTCVGIVSTG
VVKVKNVSRIPAIFKMEPPKGSSGVLRVSPLAGLLLGNQTATIQVAFAPR
EIKGYRFRLPVHVRSILGETPFLTDCRQLGEAMPTAFAPGACVTVLGQGE
RGAVAFHPESLAFSVRLVNTPESKSLVLENCSECDVTYKLFYIANTEPPL
RHSSKGESSENVCRNGGANAGEGASGGGADRELRPVPKENGEAKGQGGPN
THAFFVDRPEGTLPARQE*

mRNA from alignment at P-fluviatile_contig1:1784909..1812705+

Legend: CDSpolypeptideUTR

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

>mRNA_P-fluviatile_contig1.137.1 ID=mRNA_P-fluviatile_contig1.137.1|Name=mRNA_P-fluviatile_contig1.137.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=27797bp|location=Sequence derived from alignment at P-fluviatile_contig1:1784909..1812705+ (Porterinema fluviatile SAG_2381)
ATGGCCTCGCCGACGGATTCTCACGATGTCGGCGGGCATGCAGGCGATCA
TTTGACAGAAGAAGAAGGGGTGTACGATTCGACGGAGACAGGCATATCCG
GCATCGGAAGCAGTGCAAGAAGCTTAGGTCAGACCGGCGAGGTGCTCTCG
AGGAAGAACCGCCTCCAGGTGCATTCTGGCGGCTCGTCTACACGATGAAT
CGATGTGTCTGATGTGCTTTGACATGGTACACCTCCATCTTGTTCGAAGG
AGCCACATGGCCCGATGCATGTTTGCATATTTTCATAGATGACAGAAAGG
CAAACAGTGTCGAGGTACAGGAGTCGACGATGGGCTTTTGCAAGGAGGAC
ACCCTTGTCCAGAGAGCACAAACTACACGCACCTGTGAGCGCGTGTGGGT
GCAACATGCCCGCTAGACTAGACATCGAGCGATGCATAACTTTCGGCATC
AGCTAGCACCTTTTATCAAATGCAGCCTAGAGGCCTAGATTCGTGGTTTG
TCTTGACAAACGTTTGCACCTTCACACTGTAGATCCAATGAACGTGCGAC
CGGTGCACTTGAAACATGAACGGAGCCTTGCTGAAAGGTAGCTGAACGGA
GGAACTGAGGAAGCAAGCAAAGGCGTGACAATAGTGTGCCTCGCCAGTGG
TTTTCCAACGGCGACTGTGAACCCTCAAAGTCGACAAGGTGTTGCGCTCT
AGCGGATCAGCGACGTGTCGTGGCGTGGGACGAAACCCACTTCAAGCGGT
TAAGAGGCTGAAAAGGTTTGGCACTCCGGGAAGCGGCCCAGTTTCTTAAG
CAGGATTCAAACGGCCCGAAATTTTCCACCTTCCGCAGGTTTTTGGCATC
GATTGCACGGGTCCTTTTGGCGATGGTATCCTCTTCAAAGGTGGGGAGTG
GGCTCCGGGCGGAGAGTACGTGCAGCGACTGCGAGTGAAGAACGTCTCCA
CAAAGCTCAAGAAGCTCAAGTACCGCCTTCCGACCAGCAAGTTCTTTTCT
ATGGTCTATCCTGAGGTTATTACGCTGAGTCCAGGAACGACGCAGGTGAA
GTGCTGCCTTCACATCGTAAATACACGGCCGCTTTTCACCTGTAAACAAG
GACAGAGCGATCTCAGCTTGTTGTGCAAGGGGGGTACCCTTTGCACTCAA
AAGCTTGCACAGCATCCTTTGTCGCAGCATATTACCTCGATGAACATGAC
GTGAAAGCGGTTCGCAGGAGCCACTTGCCTCATTTTGGCTCTTCACTACT
AGAGGGTCTAGGACAATTGTGCTGCCTTCCTCCACCTTTGTTAGTTCATT
ATACTGCCTTAAAGTCTCACGCACGAGTCGCAACTCGCCCCGACTTGAAG
GTACGAAGTTTCATGCGTCGAAAAACACTTAAATGCGCCTTCACCAGGAA
GTTGATGTGGTTTTCCGGCCCATGTCGAGCGAAGTCTACGATGATGTCAT
CCTTTTCAAGATTCTGGACGGCCCGAACGCGGGTGGTTTCAACGTCCCGG
TCAGAGCTCTCCTTCCGACCTTGCAGGTATAGTACCACAATGCAGAAAAG
TGGGAGCTTGTCAGTACATGTCGTTTAGTTTATGTTCGACGGTTGTGCTC
CCTCCTGGAGACTTCGTCCAGAATATGAAGCGCCATCCGAAAAGGTGTTG
CACTCTTCGCCTATGTATGCAAGGCGGCGCAAAACGTAGCTCTGGCATCG
TCTTGTTGCTCACCTGAGCATCAGAGTCTGAAGATTCCCTGAGCGCAGGG
GGTTTTGGGTCACGATCTTCAACACCAGCGCACATGCTGATTACGATACA
TCGATAAATTGAGTGTCCTTGTGACACTATTTGCTTGGGCTTTCAGGTCC
AATACTAACACAGTCCATCTGGTATGAACGTCCCGCAGTTGGCATGGATT
TCGCTTTTGCGGAGAAAAAAGCAACGACAACCAACCGTTACATGGTTGCT
AAGATTGCTGAGAATCGATTTGACGGGAAATGACGAACTTCGGGTGATTA
AAATGTCTCATCACGAATCCCCAGGATCATTCTTCTCTTCGATCGATTTG
AGAGAAAGCCAGACTTACCTTAATCCGGCCAGCTTGTCAAACTCTCGCTT
GAGTCGTAATCACCTCCCCATGTTGTGCCGGTATTCCCTTAAGGTCGGCG
TCCCCGTCGGACTGGACTTCGGCTACTGTCAGGCCGATGACGTCTCGGAG
CGCGTGTTTTTCGTCCAAAACACCGGCGAGGTGAGCTGGATATGCGATGC
TGTTACACGCAGTGTGCTCTTCGTGGATGCGTCGCTGCATCCTCGACCTC
TGAATCTGAACCCTCGATGCGCCACGTACCCTCGATCACGTGCTGAGCCT
GTGTCTGATTTGCAATGACGACGTATCCTGTGAAAATATTATCGGTACTA
GCAAAAAGTGCGTAGGTGAACTCATCATAAAGCACGGCATTGAGCCACCA
GCATAGCCGAACGCTACAACGTCGCCCCGAGCATGTGGGAGAGAACATCT
CGCACCATGGTTTCCACGCCCTCTCACACCACCTTCGCTGCTTTCTCTAT
CCCGTCCTCGGTCACTGTAATCCGTAAGCCACCAAGGCACGGCATCTCAA
ATGTTGTTCCCTAATGTTGCCCGACGGACTCACCAACAGGTTCCAGCGCC
GTTCCAGTGGACGGTTCCGCCGCCTTTCAAGATGTCCCCGGCGGAGGGAG
TCGTTGCCGTGGGCGAGTCGCAGGCCGTGACGTGCTCCGTCCGGCCGACT
GACGCCTCCGTGTTCGTGAGCCAGGCCGCGCTGAAGGTTGGGCAAGGTGT
GAACGCCATCAAACCCAGGCCCCTCTTGGATATGAAGGTGAGAGAGGTTC
GTACTTGCAAGCGCTCATCAGCCATGGGGTAATGAAGGAGGAGGGGGGGG
AGGCGCTGGGAGAGGGGAGGAATGGTTCGGTGGGTGTTCCTGTAGTCCAC
TCCAGCGAGAGTTCTGGCCTTCACCGATTGGTCGGTCTTGCCGAGTCTGA
GGTTCGAAAGCGACTCAGCTCAGACAGTGCCCCCGTGTCGTTGAAAGCAG
CGTCGACGGGAATCGAACGAGCTGGAAACAGTACGAAAGGGACTCTCCCG
AGCCGCCGCCATGCACACAAATAAGCATGTCGATCCCGAAAATGAAGCGC
CGCGTGCCAGCCAAATCCAATTCTTGCCGCAACTCTTTGCCGACGATCCT
GTCCGCGGGATTGTTGTGGCATCGCGCCTCATCGACCGCCAAGATCTCCG
CTGTGGGAAAATACTGCTACGTCGTGCCGTCCGAGGACGAGCTGGACTTT
GGAGACCGAACCATCGTCGCGATCGGGGGAGGGTCCGGGGGGAACTCGCG
CGCGGGCTGTCCCCGGAAGGAGCTCACGCTAAGAAATCAAAGCGTCGTTC
CGGCGGCTTTCACGGTGAGATCACGTCGGACAAATGGTGTGTGGCGAAAA
ACGTTCGGTCGCTGGTTTTGAGGCGTTTTGGTGTCGAGTTATTCAAACGT
GTCTGGCCCTGACGGATCAGCTAACCTCGTTGTTAGTCCCGTACCTGCTT
ACATACGCTCGATCGATTTCGTGATATCAGGCCGTGGCAGCAAAATGTGT
TGTGGGAAACGCAGGTACTCCATCACCGCAAACAAACGCTGCCCGTTCGA
TGAATTACGTGTTACAGAATCAATTTTGTATCGTGTCACGGCTTATTGGT
GCGCACGCTTGAGGCTGCAAATGATTTCCTTCAATCACCCGGACGCTTCG
CTATGGGTTGCTCGACTATTGACGCGCGTGCCGGCTAAACTGAAAGATCA
ATCGGCTGGAGGAAGATCGCGACGCGGTGTTCTCGGTGTACCCTAGCGAG
GGAGTGATTCCCCCAGAGGACGAAATAGTCATTACAGCAACCTACTGGCC
TGTTTCAGCGGGAACGTTTTCAAGAGACCACTACGAGATCGTCACCGTTG
GCGGCAACAAGGTGGGCACAGACGCTGTTCTACTTACCCTTCAGGCCAGC
CGGATTGATATGAGCTTGTCGAGCTTTCCTCATGACACGAGCTATTGAAT
ATCCAAACGTAGTCAAGGGATGGACATTTCCCTTTCGAAATTCTTGTAGA
GGTGTTTGAGGAAACACTGGGTTTGGGGCCGCCGTGCCATGTACTTGGGT
GATCCAGAAAGGCCTAGCGGCAAAATATAGGACGCAGAAAAGAAGTAAGG
GCGATGGAGCAAGGTAGGTCTCTCTGGGAGCAACGACCTACCACCGACTT
GCACTATGCGAGGTGTGAGTTAGGGCGATGCAGGCAGAGCGTTATGAATG
CTTGTCGGGAATGCATGGCAAACGACGGACTGCTCTCATACAATCCAGCC
TAGCATGACCGTGTCTGTGTCATGTATCAGGAACACTTCTATAACTCATT
CTTCACCAGAAAACCTTCGATTCCGTTTTCAGCTCGGTATCGAAGACGAG
GGGAGGACCGTCGGGTTTACCAACAGAAACCCTTGCACTGCTCTTCGCAT
CACTCACGCCAAAGGGATAATGCGAGAGGCAGCAGGCGTTCCTTGCGGGC
GATGGTCCGAACACGAAACTCTCACTTTCTTACTGGGGGGATGTGCCGTA
TCTCGAAGGTGACGGTCGGCATCCAGGGCCGAGCGGTGGGATGCTCGGTA
CGCTTAGAGAAGAAGGAAGACCCCTTCGCGCGGGGCTGCGGGGTGCCGAA
TTCGGTGAACTTCCGCGAGGTGAAGGTCGGTGTCACGACAACGAGGGTGG
TCAACCTCTACAACGAGGCATCCACGCCGTGCGGCTTCTGCTTCGTCATT
CAGGTGCGCGGGTCTGAAGTTGTTCGACTGCCTTCGCGTGGAGGTTCTGC
AGTAAGCTATGACACCTTGCACTCCGTCCTGTGAGATACCTACAAATTTG
AACGAGATGCCGCTCACACCAGCTTGAAATTACACAAGACGGTACTGCGC
TCGCTACCTAAAAAGGAACACGAGCTTTTATTGATACGTTTTTCTGGAAC
ACTAACAGAAAATGCACCCTGTCGAGAACCAACATCAAGTTTCCTTCAGC
GGCACTAGTGCGTGTCATCCATTTGTGTCATATTTTTTTAAGTTCTGTTG
TTCCGATTTCATCAAGCTGTCGAGGCTGCCTACAAGTACAGCAAAACTCC
GACGAACCCTATCTATACCCAATCGATCAAGGCATGTTGAAATACGTTCC
GAGCTGAACACCTGCGTAAATTTCCATTCTCCCCGCTTTTTTGGGCACTT
TTTGTGAGCAGGGCGACAGCTCGGTTTTTCGCTTCAGTCACACACGAGGA
ATCATCCCTTTTGCGGGAACCGAGCACCCCGGCGAAACCCAAGTCACCAT
GACCTTCACACCGACGAAGCCAACCAACTACTACAGGTGAGAGTTGCTGC
GGTTTCAATCTTAAGGGGTATTCTTTTTTGCATTTCGCGTTTCGAGGCCG
TCATAAGCTTTGTTCAACCTCAGGCCAGGCGGAAAACCCCGCACCTCCTA
GGGGAATGGGCCTTTCTGTTGCAGTACGAGGCTGCAGACGACTCAGAATC
GGGCGTAGAAGGTGTGCTCCCGAAGGCAGAGGAATTGAAATAGGAAAGAC
TTCTGGCAGAGCGAGACAGCGGATGTATCTATTCTGGTGTGCCCGAAATC
ACTGGTAGACAACATTGCCAGCAGACCTTTTCGCGCCTAATCACGCGCGT
GATGCTTGATCGATTTTGATTGGGAGCGACGCGGGTTTTCGTTTCAGGAT
TTTTCGGCAAGGGCGAGGCGGTGCCTGTCATGTTCGATTCAGGTTGCGTG
TCTGCTTCACGCCTGCTTCAAACACCGACTTCCTTGCGAGGGCGGCGTGA
CGACACACTATCACCTCAATCCGTGCGGCGCAACGTTACAGGAGGATTTT
CTGCCTGCTAGAGAATCAGCAACCCTTGGTGCTGGACGCTATGGGCACCG
CGTACATCGTGGCGAAAGGAGAGGTGCAGGAGCAACGGCCGGCTCCCCTA
CGACACGCCCACGTCCAAGCCTTCAAGAACAGGTGAGCAGTAAATCTAAA
AGCTATTTTAGCCAAACCCTCTGTTTCTTGGGGGGCCATCCTCCCTTGCC
GTGCATCGTGCGACAAATAGGTGGAATGGTGGTGAGAGGCATCAACTATA
GAAAGCACACACGCCGAAACAAGTTCTTCTTTAGGGAGGAGTCAGGCGCA
AGCCCTGGAAAGTGCACCCTACCCGCAACAGCTTTTCACGTTTCACCTCC
CCCGTGATAAGTACGGCGACAATTTTGAGGTGCCTTTCGTGGGACGACGT
GCTAGTCTTCGGGACAAAGTCCGTCCATAAACACCATTGATCCTTCGGGA
ACATTATCGCTACCGAGAAAGTTGGATGTATGTATACCCCTTTCATCCCA
TGGTTCTGAACGCACATGGCTCGAAGACGGCCGTGTTTCGATTGTCAAGA
ATTCTGCTCGCAAGGAGAAGGTGTTTGCTGCGAGAAAAACAAGCAAGAAG
CCCGTCGTTATCAATACAAACGCGACGCAATTGCCTGCAGAGCGGGGACT
TTTTGTAGCGGTAAGAACGCACGTCTAATGACCGCGCTCTTTGGACTCGT
TGTGAGCGGGCATCGATTGGAACGCTCGCATTGCTTCCCCTGATTGTGCG
CACAGAGAAAACGTGGGGCTCGGGCGATGCTCGCCGGAGGAGTTGGACGA
CCTTCTAGCTACAGAGGGGATGAGTGACCTATTCGCCAAGTGAGAACAGA
AGGCATTCGGACCATCGTCTAGCTGCCTATTACCATCAACACTCCGTCGG
GTGCGCTGCCTCACGCAACCCGGCTGACGAGTTCGTAGAAATGCGGTGAG
GTTAGTTGCAGCATTAAGGAGTCTGGGATAATACAAGCAGGTCATTCAAG
CAGCAGCACACCAAGGTATGGTTAGGAGTGGCTGCAATCCAGAGCCGGGA
TTCGGGGTGACGCGTCAACTCGAGCAGAGTAACTCCATTGATGACGGTTG
ATTCCTATTGTGAAAACAATCGAATGAGGCGGCATACCATCACATGCGTG
ATTCTCGCCGACTACCATCGTAATGAGGCCTCAAAGTTCCCATGTCGAGA
AGTCGCTGATTCGTACTGTAAAGCACAGCAGCGCGCGATTGGCAGCAGAA
CTTAGCTGGAGACGAACGAGCTTCACGCTGATGCAGACAAACTTCTCTGA
AGTCGTGCCGATCGCATTTGACAACCTACGACGAAACACGGCCGACGAAG
ACCGGATATGGCGACTGCTCGGCTTCGTGAGCTTTCAGTGATCCTTCGTG
CCGCTGGCTCGACTTTCCTGCACATTGTTTGAAAAATGTTTACTTCCGCT
GTGTGCATGTTTTTCGTAATCTGGCTGTGCTCTGCCGGAAATTTTGGGCA
GGCGTTTGGATGATGTGCTTCTCGTACTCTGTGTTCAAAATTTTGAGAGG
CATACGTGTCGATAAACTAGAACGTGTAACCGTCGAACCACATCATTCCG
CGGCACATGGCTTGGCCCTCGGGCGACCTGTAACAGGGTGGGTCCTCATG
GAACCCTCCCGCTTCAGCGGTGTAGCGTGTCGAGGCCTCTGACGAGGAGC
GGAGAGGCGACCAGGGTGCAAGCAGCCGTCGCCGCCGAGTTTTTTGTGGA
TCCGACAGGTAGGATGGAACGCGGATGACAGGGCTAACGTTTGATCGGGT
GTGCTGTTCAGGAAGAGCGGGCGAGTAGGCGGAGAGGAGACGCGGTGTAG
CGAGAGACGTCCAAGAACAGACACGGGGGGTGGGGATAATCCACGTCAGC
TCTCGACTGCTGAGAGCTTTTCGGCGTATCAAGTGTTTCATCATTGTAGA
TGACACATGTTGCGAAAGATTTGTCCAAACGCCGAGGTGTGCGATGGTCA
AAGCAAGTTTACGACTCTCAGGAGTCGGTGAAACGGGGCAACACGAAAGT
AACGGAAGGCCACTACCAGAGTTTTTTCATCCGCAACATTTTTTCGGCCA
TTTTTTACGCGCAAAGCCTTCCTAGATCGAGCTACCACACTGTTTCTGTC
TCTGCCACGGTTTCCCCGTGAAATCTTACGTCAGAAGCGATCTTCAAGAT
TTACCGGTCGTCTAATGGAATTCGATGCCATAACAGATGCCTTCGTCAAC
GGAGTATATCTCGACCGCTGCAACGTGGAGTTCGGGTTTGTTTCGGCTCG
AAGGCATGAAACCGCTACCTTGGTCAACAACACTAACACTGCGGTAGGTA
CCCGGATTGCGTATGCATTTTGATATTGTTCCTACTCGCCTTTACATGGC
GAGGATTTTTTGCGGGCTCCGTGATCAACACGAAAGGCAAGCACATGTCG
AACGGTGTGCGGAGTTGCGCCAGAATATTTGGAACTATAGCACCCACGCA
AGCTGTGCATGCCCACTGTTGCGGCTGCGGCGAGCCAGGGATTTTGAGAC
GATTCGCGGCAGAAATGCCCCTGGGTGGATCCCGAATTTCGTACGACCAT
TTGCCATGCTGGTCAACGTTTCGTGCGACTAGCTTGGTCCGTTCGTGAAG
TACGGACACGTGTAGCTCATCGTCCTGGATTCCTTGACCACAACTGCTTA
GGTGCACGTTGTATGGAACATAAGAGCATCCGGAGAAGGAGCGGGCGAAG
GAGGAGGGGGAGGATGCGGAGAGATGGGTACGACAGGGCTTCAAGTCACC
CCACTCGAAGCTGACGTGCCCGCTGGGGCAAGCCTGGCGTTTCGAGTGGA
AGTCTCACCGACCACGAGCAACTGCTACTTCGCAGAGGAGGCGGAGGCCT
TCGTTTCGCCCTCGAACCAGATGACGTTCAGGCAAGCCCATAAAGAAGAT
CTCGATGCACGATTCCGTGATGGAGGAACACCGATTGCGGCCTCCCTCGA
AGCAGGGGTTGCGGCATGATGAAGGCAACATCTTCGGATTAGTGGCTTGA
ATATCAACACTCCTCTCATTTGGCACAATGTGCTGCGCCGATGGGCCACT
CGGCCCCGGCCCAGACACTTTCATGTCCCGACCAGTCGGAACCGGCTGCG
TGCGTTGACGGTCATCGTTGTGTTATTGTGTAGAAATGAATACTCTCATG
TTCGATGGTGGTAGAAAACCATTTCAAAATATAGCCGCCAGCGGAAACGT
CTTCTCGGTACGGAGGGGTAGGGCCTTCCGCATGCTCCAACATCTTCAGA
TGAGGTCCTGCACGGAACCTTTTTTTTTTTGTTCGCCCGGAGAGGAGCTC
CAAGCTCAAGTGGCCTAGGAATTTACGTTCCTATTCCCCGCTCGCGCGCC
TCGAAACCGTCGTCCAGGATGGTTAAGGATGCCACGCAGCAGCCCCCATG
GTGCCTCGCCTTACGGGTGGTCGGCCACACCTTCGTGGGGGAGCAGTTCC
TGGCCAAGGTCTCCTTGTCCACACAGCACACTGGGCAGAAGCTGTGCTTT
CCCGCGTGCCACGTCGGAGACACCGTCTATCAGACAATCAGGTAAGAATT
GGGCTGTTCATGTGTGCCCCTCTTTCCAAAGGTGTTGCTCCTCCTTGTAA
GATATTCGATTGAAGTGCCTTCCAAAGGCTTGGGGATGACGACCGGTCCT
GTTGGTGAGCGTCTTGTTCTCGAAAGAAATGCCGAAGAGCTATATCGAGC
AAGGGCCTTTCGCAGGCAATGTGTTTGCGCGGCGGTGGTTTGTGCCGAGC
GCAACGAGAGTGCGCTTCCAACAACTTTAAATAAACAACGGTCGAAGTAA
TCTCGGGCACTTTACCACCGTTCTGAGAGGTGGGCATTCCGTTAAAGCCT
TGATGCGAGAATATCACTGCAGCCGAAAGTTCCGCGAAGGCGCTGGAAAC
GGCACTGCAGACAGGACCCATGATATTTGAGGCGGCGGTTGCCTGGTTTC
GTCCTACAAGGGTTGTAAAAAACGAAAGATAAGCGCCGCGTGGCTTCCAT
CACGGGGCGTAGACTAATCGTGTTCAGGGAGCACTGACAACGGACTCATT
AGCCGCGCTTGCCCATGTATTGTGCCTGCCGACAGGCTTTCAAACCAGGG
CAACATCCCCGCGTGCTACAGATTTAAGCCTGACCCGGCGGGCGTCTTCG
ACATTAAGCCTGCTGTCGGCCTGGTACCAGCAGGAGATTTCCAGGTCACC
GACAGTATTTTAGGCATCCAGATTGCATTCCAATGGCTGTCCGCGAATCA
GTGAGTCTCGCTCAAAATGAGCCGCGATCATCGTCCGCTCCTTGTGGTGG
TGCTGTTGTCTTCCAAGTGTTTCACGTTGTTCACGAGGTGCTTGAACATA
ATCCTCGTTGCTCGATCCCGTCGACTTGATACATACTCCCGAGCAACTTG
AACGGCGACAAAGGGAAATCTTAGCCATTAACGGCGGCTGCTTCTGATAC
GGCGAACAATAAGCACTACCTTTTCCCCTCCTCCCTGTATTATGGTGCGT
TAATGTGGGGCATTTCCCTTGGCAACGTCCCCGTGCCATCGCCCCTGAAC
AATTGATAGTGTGCCGAATGAAAAGTTATCATCATGACTCCCGAACTGCA
ATGACACGAGCATTTGCGACAGAAAGTTGATGATCAGTAGTCTTCACAAA
AAAACTTGCTGCAAGTAGAAACTCGAACCCAAACCTTGATGTGGCCTTCA
CCGAGCTCACACTTTCCTACCCCGATCTTTCAACTCCCATGTATCTCGAT
TCCCGCCTCCTTCACAGCTGTGCCTTGTGCGGTTCACACCGCCGGGCCCC
GGAGGATGCCACCACCGTCTGGAGTGCGTCCTCAACAACGATCCCGGCAG
CACCCAAAAGGTCAACCTCTTCGGCCAGGGCGCCTGGCCGGCGATCGAAG
CTACCTGCGGGGGCTGGGAGGCCGCAGCAGCGTCGGCGGCGGACGACCGG
TCGAGGTCATCGTCGACGACCGGTAGCGCCCCGAACGATCGATCAGACCG
GAACGGGATGTCTGTTTTGTACATGAGGCCGACGTGCGTGGGGATCGTCT
CCACAGGGGTAGTCAAGGTACATACACCCCGCGCATTCATGCGCTGCATT
TCAAGAAATCGCGGCTCAGCAGGAGGGCCTTTCATTGTAGGCTCGTTCGC
AGGCAAACCGGGTAGTACGTAACGTGGAAGAGCGTGTTTGATGTGCACGG
TGTGTGCCGTTCGATCGTTTCAAATGAAAAGGAGCCGCGGCTACATCTGC
GCCCTTTTTGTCCTGCGTGCGCTTGTGTTTGTGTCAGCTGGCTGCGCCAC
TGAGACCCATCGCTACGCATGAAAAGCTCCAAGGTGTATTTCCTTTGATG
ACTGTAGAGCTTCAAAGGCGTTTTGTCGTTCATTTGCACCCTCGCTCCCT
CCTGCTTTCTTGCCCCATAATCTGCTTGCGGGAGCAATGAACCCGTCGAG
AGTTCGCGGTAGCACGAGCTGGTATTCCAAGGACTTCTTGAGAACCGCCG
CGGGTATCCACCCACCATCACAAGCATGCAACACGTCAAGACATCAAGAA
TAAATATCCCTGCGACCTCACGACTTAGCCAATGGGCGAATGCTTCCTCT
GCACCGACGCCACACAATCCGGGTCGACAAAAAACGACAGGTGAAGAACG
TTTCGAGGATCCCCGCCATCTTCAAGATGGAGCCCCCGAAGGGGTCGTCC
GGAGTTCTTCGGGTATCGCCACTGGCGGGCCTCCTCCTCGGGAACCAGAC
CGCGACGATCCAGGTCGCCTTCGCCCCAAGAGAGATCAAGGGATACCGCT
TCAGACTTCCCGTACATGTACGGCCGCACTACAGTTACGGTTGCGTTGTT
GTGCTGTGCGGTGCGGTGCGGTACAATGCTGTGCGGTACGGTTCGACAGA
CGCGTAGAAGACGACAGAACGGCGGGCGACACCCTCGATTGCATTGTTTC
AGAGATGTAGTGCTAGCAGCCAGGTCCGGCTGATGGCGCGGCGACGATTG
GCCCGCCTGCGCTCGTGCAAAACAGACAGGGTTTTTGCTTGGAGAGTTTT
CTCCTCGTGTACAGTGGCAGTCAGGAAAACGTTCGCATATGTTTGAAAAC
CGAGCGGGGTACGACAGATTTACCGGAGCTTCGCCCGGGTTGGCATGCTC
ATGCCGGTGAAGTACATCGCCCAGCTTCTCGGGAAAGCCAAGTGTCGACG
ATTTCGTGCTCCCGCTCCTCCGCGACAGGTGCGATCAATCTTGGGAGAGA
CACCTTTTCTGACCGATTGCAGGCAGCTTGGGGAGGCGATGCCGACGGCT
TTCGCCCCCGGGGCATGCGTGACAGTCTTGGGGCAAGGGGAGCGGGGAGC
GGTCGCTTTTCACCCGGAGTCGCTTGCCTTCAGCGTGAGGCTAGGTGAGC
GCCACCTTTACTTTGTCTCCCCGGAAAGGGGAGAGCTAAGCGCCCGACCG
AGCTTTCTCTGCGAGAGGAACGTACGCGCCAACAAATGCCACACGGGAAC
CTCTCGGCGAAAATATTTCAGGGTGGCAGCTGGGTTTGCTTTTCATACAT
CCGAGGAAGCTTGCATGAGTTGCATTGCTTTCAGTGTGCAAGTGCAATTT
TCCTGTCAGAGGATGTTCGAGCGCAATTTTCGTTGATTTTTTCTTACGCT
GCGGGTTTGCATCATTGTTCCGAAGAATCAGCAACTTGCTCGGTGTAAAC
TGACGTGTACCACTACGTCACACCCCATAAGAACTATGAGTGTTTCAAAA
ACTCAGCTACGACATCGTTCAGGAAGAAGCACTTTGTTGTGGACAGAAAA
TGGAAAGATGTTGGGTTTGGTTCCTGAAATCGAGACGATTAGCTGGATGT
GCCAAATACTGTTTTCTGGTCCGTTTTTGGCATGGAAGTGCATGGGGGGC
TCTGAAACGAAACACAGAGTAGTACCCTAGTTCCTGCTTTCACCTGTACT
CTTAGCAGTCCGCATGCACTGGCGAAAATATGCTGCCCGATGACTTGTGT
GGAAGTTTCACGCTGTCTGAATTATCTCCCACCAACTCGCTCTGCTCAAA
TGGGACTCGCAAAGTGAACACTCCGGAATCGAAATCTCTGGTGCTGGAGA
ACTGCTCCGAGTGCGACGTGACCTACAAGCTGTTCTATATCGCAAACACA
GAGCCTCCCCTCCGCCACTCTTCAAAAGGTGAGTCATCCGAAAATGTTTG
CAGAAATGGAGGAGCTAATGCTGGGTGCGAACAAGATAAATATCGCGCCC
CTCGAGAAACAGAGCTCAGTACCCTTCGCAGGATGCTACTCGTTGAATTT
TTCCAACACGTATGCAAGGAGCCACTCAATTTCGGGCGCTTTGGCATTTT
TTTAAATCCAATTTTTTGAGTCCCACGTGTGTTACGGAGGGACTTCAGGG
GCAGGGTGTGTGTCGCCGACGAAAGGGCTCACCTTCAAGGAAGAAGCCGA
AATATCCATCATTGACACCTGTGACGACAAACGTTTTGGGAACACTGATG
TACTCGGCGTTGGGTACCAGTATTCTGCAGCTCCAGCATGCGCCCGTGAG
ACCAGTGGGCCCGCGGGGAGTCAGCCCAAGTGTTAATTTGTGCCAACGTG
AACAGCAGAGCACTCAGGAAATCGAAGAGGAAAGCTCACTGCCTCATCCA
GGATTCCCCACACAAAACCACTCTTGGGTCTCCCCGCTTGTGACTTCCAC
CCGCCCAACGTCACCAAGCAGGCATCCCCGCGAAAACGATGTCGACCATC
CCGTAACCGAATATCGATGGAACTAGATCATTGCGCAAAACGTTCGGCCT
GTTTCGCCCAAAAGTGTCCATTTCCAGCAGCGACAGTAGCATCGCGGGGA
GCGAAGGAGCAAGCGGCGGCGGGGCTGATCGTGAGCTGCGTCCTGTGCCG
AAGGAGAACGGCGAGGCGAAGGGGCAGGGGGGGCCAAACACCCACGCGTT
CTTCGTCGACAGGCCAGAGGGAACCCTTCCCGCCAGGCAAGAATAACGTA
GCCTACACGAACATTTTACCGTGTGCCGGGCACTTCTTGACCCTTCCTCG
AGGTTGACGAGCGAAAAGCGGGATAATCCCACAACCACGAGGGTGCTAAA
GTCAACCCTCCGTGCAAGAGATAGCTCGGTTGACAAATGTTTCTTACGTC
GCCTTGACACCATCTTGCTTGTGTTGTGGGATCGAGAGTCGAAAGTTCGG
CTGGAGGGTATGACAACCACCCGTATCTTTGAGGTCGAGAAGGACGGCGC
AGACTGATTGGGTCCTGCCGGTGACCGCGGGAGGCTTTGACACTTGATTA
ACCATGGTTCTAGGACACCAACCGACAGAGGTGCTGACAGGAACTTAGTT
GCCTCTGGACTTCACGAAATGAAGGATGTACGGTGATAGGAGGGCGCCGG
CCAGATCAAACCATATGTGCAAAGTTGGGCGGGATGTTGGAAAGTCGATC
GAGTTGTCCAAATTCAAGCTTGACCCCGACGCTTCCACTTACCCACTTCT
GCTGGGCGGTGAATATCGGCTGCCGTATGTTTTATGCCCTGGCCTGGAGA
GCAGGTCTCGCACGAGGACCATCGCCACCTTTCGGCCGGTGTCTGAGGGA
GATTACGACTACGCCATCCTCTGCCAGGTGCTTGATCATCGCGTGCGTAA
TGATTACCCCCATTGAATGCATACAGCTGCGTGTTTACAAGCAGCGAACG
TGTTTCTGCTACGCGCATGAAATCGCTTTTCAAGGCCAAACCAGCAGCTG
GTTGTGAGCAGCAAGCATTTCCCAACGAACGTAACCAAACTCCGTTCGGA
ACCTTGCCCGTGTGTTCGAAAACAAGAAATCATTCGATCTTCATTGAAAC
ACAGAGCTTCTTGGACTGTTTCGTTGGAGAGTCATGCGGGGGTTTGCGTT
GCGTCGCGGTGGGTTGCCGATCTCAAGATGTTTCGCTCGGAACCTTGTAA
AATGTATCATTACAAGGTGCAGAGGAAGAAAAAATCAAAGGCGAAAGGAG
CACAACAGAGCTCCGACGCACGAGCACAGACGTTCACTTTTTGAGTCACC
TGCAACGCTGAGCACGCCATCTCGCGCCTAAGTCATATTTTGCTTGCGAC
TTGGCGTCATGTTCGTTCAGACTCGTTTCACGTACGAGGTGGACTAAACA
CTCCCGAGATTCAGAAGGAAAGGGCGCGCTGTCTCAGTCAATAATTGGCA
CAGATAAAGAGAAGCGAGACAACACAAGACGTGTTTCAATGGCCTCGCCA
GATCAAGGATAACATTTTGATTTGATTCACAACAAGAAAAAGGAGATCGT
AGACCCCAAAGCGCTACCCCGTTGTGGGATGCCTCTTCAGGTATCCGTCG
GAAAAGCCCGGGATGGGAGCGAGCCGTCCCCGCTTGAGACTGACATGGCG
GAGCAGGGCCGCAAGGCGAGGGCGTCGGCGGCCAGGCTCGAGGAAGCGGG
AGCCGTGGAACCGTCGGAGGGGGCGGGAGGCGATGGCGTCGGCGGTACGC
TCGGCAGTATGATGCCGCTGCGGTGTGGCGTCAGCGGCAGGTGAGCCTTG
CGACCAAAGCTCAGTGCACACGCACAGAAGGAGCTGACAGAGGCAAAGAT
AAATGCCGTACGCTCGCGGGCGCGTGCCTGCCTTCATCCGACGAGTGAAT
CCCCGCAATTTCACCGGATGCAGCTCACCGCAGGAGTGACTCGGTACGTC
ATCACCCCACGTGCACTACGTCGCGGTGGTTGTGTCTTGACCAGAAGAGT
ATCGTGGCTGTTTCCCGAGATGAATTACAACTAAGCCGCGAGAAAGCAGC
AGAAATCTCGTACACGACAAGCCCGGCATAAAATCACGGTTCGGCGTAGA
TGATGGACTTTTTCACAAATCACTCACGGCCAAAACAACCAGGGCGTCGT
TCCCGACGGTAGTGTTCCGAGACGTGCGCATGACCGCAGCGGCGGGAAGG
GACGTGAGAGGAGCGTCACCGCGCAACCTCTGGTCCGCGTTGTCCCTGTC
GAGAATCAACGACATGCTCAGCAAGCCCTTGACAGAGGAGGAGGTGATAT
TCAACCAGGTGTGTGTGCTGAACTGGATGGCATTCCCAGTTTGATGCTGT
TGGGCGCATGCGTCTGGTTCCTGCGACCTCGGATGGTGTGGGGGAGTCGA
TTTGCACACACACGCACATTAGGAAGCCCTTGGCAAGCTTCAGCCTGATT
TCTCCTGATTCTCGACGTCTCCTGTGTCATTGAAGAGTCTGTGCTGCTCA
ACTACCTTGATATCAGCGCGTAGCCGGATGTTTGAACCCCGCGTCACGCT
TCCACGTGAATGTCCAGGAGTCGTCACCGGATACATCGCAGCTGCCGCGC
TTCGCCGTGCCATTCACCCCGACCGTAATCGGTGCGGGGCCGGCCACAAT
CACGCTTCAGGTAAGAAAAGCAAAACCTGGGTCAAGAACGGATGATCTAT
ACCGCGGGGTATGATTCAGCCGTTGTCATTGGGTGCGAATAGGGTTTCAG
TATCATGGAGAAGAAAGTTCAACATTTTTCAGAGCTGAATCAGAAGCCTG
CTCTGGCCCGGGGGCGGTAGAGGGAAGGAGTTGACGCATCAAGAAGGATT
CCCGACCTGGCATCCTTGTAGATTTAAGACTGGTCTTCAAAGGCTTCCTT
GCCCTTTTGTTTCCGCTGATAAGTCCAATAGAGTGTAGTAGGTTCGAGGC
GGTGGGCCTCGCGTGGGACTGGCTCCGCTCGACTTGTGCGTGACCCCCAA
GACGCTGGCCAGAAATGGTACTACAGCAAGTACTTTCGGTCGAGAGTCGC
CGCACGCAGGTACGCAACTCGCGGGTTCCCGGCCATCTTTGAGGTCGAGC
CAGGTTAAGGGGTTCGGCGATGCATGCTACATGGATGAACCTCAGCTATC
CAAAGAGGCAGGGGTCGTCGGTTCCTGGATTTTTGCGGACGGTTCGCAGG
GCACCACCTGCCATGCAAACGCGATTCCTACCATCCGATGGGAGTAAGCC
ATCGTGCGACACCATCCAAATGCGCCGCTTTGAACAACAACGGTACCCCT
GGGATACCCGATGCCAAGAGATCGCCACCAACCCTCCGGTCATCATCGGC
AATCCTTCGGAACAGGTGTCCAACCCGGGGTTCCTTTCAACGTCGCTCAC
GGTGAAGCTGCCGAACGCGAAGCCGGTGGAAATGGAAACGTGGGCCAACG
AGGGGGAGCCGACAGCCGAAGTAAGCATCTGGTAGCAATGCAGCGGTCGT
GTTTTTCGCAACTGCTAGGCTAAGCAGATGAAAATTAGCCTCGTCACGCA
GCCGGGTAGATGGTCAACTAAAGTAGGCGTTGCAGGCGGACGTTTTCGCT
CTTCCTGCATCTTGTGTGTGTTGTTGGCACTCATTCAAGGTCGCCTCTTT
AGACGGTAAAAATGGTCAAGGACACCAGCACTGTCTACAAATCTCGATAA
TGCTGGCCGGTGGATGCAAATCATAGAGACGACGCGGAATCACGTCGACT
GTGGCTCCATGCAGCGGCACAAATGGAGCCGCGGCCTGCCTTCCGGTTCG
GCGGCACAAGGAATTTCGTGTCGGAAATTACAAGCGTCATTTCACAACGT
TTCTCTGACTGGATGACAAAGATAGAACTAGGTTGGGATGCATATGAACG
TCCAAGCCGTAGCAGCTTCAGTAGATCCAGCCGTAAGATGAAACGCGATA
TGCTACCTCCCGGCGTCCAAAGCAACACATTTGTCTAGGCCCGCGCCTAT
GCAGGAGTATCGGAATAAAATCTAGCCAATCTAGAGCAAAATAAATAAAT
AAACGAAATGATCCAAATCAACTCATTATTCGATTCTCAGAAGGAACACA
CTGGTCTACTTCCCGCCCGCGCCTATCCATGAGCATCGAAATAAGAGCAC
CGAGAGAAATTTTAGCCAGACAATTCGAAGCAAAAGACGAAACAAATATA
ACCCAAAGCAGCAGCATTATTCTACTCTTGGCGTGCAAAGCAAAACATTT
GCCTTCATTACTCTGCGTGTGCCCATCCAGGAGCTTCGGCAGAACGAGAT
CATCGACCGCCTGAAGGTTTTTTCTCTCAAACCCGATCCAGGCACCGTCA
TCGAAGTGGCGGCAGGCGAGAGCCGCCCGCTAGCGATCAGCTACAGCGCA
GATTCACTCTCGTACGAGGGCGTCCACGATCTCCCTGTCTTGGTAAGTAG
GGCATGCGTCACGCATTTGTGTGCTTTGTTTCCAAGTGCTTTAACTTGAA
GCTCCTTTGATCGTTATTTTTCCGCTTTATTTATTATTGGCTTTGTCGTC
GGTTCGTCATGGGAGGAAAAAAAAACGTTGCCGTGTGCGATTACGTTTCC
GAGCACGGCTGTGAGCACGGTTTCTAGCGGAGGGGGATGCGATATTCTTG
ACTGTTGCCTAAGTTAAATGATCCTTGCTATCTACACCCAACGCTTCGTT
CCTCCAGCAAGACATCATTTGGTGCGCAGTAGGGATGGCCGCCTAATGAG
TTCACAGACCATTGTGTGATGCGCCTCGAAGTTCGTGCCCGAACATGGTT
GGTGTCTTTGTGCAAACCCAATTCATTGCGACCCCGTCAGGTTAGCATCA
AGGAGGGTAGGCACTTTTGGCTGGACCTGAAGGGGATCACGGTGCCGCCC
CAGCATCCCATGCTCTTTGTACCCACCGGTAAGATTCGGTGCTATGGTAG
AACGATTGTACTCTGTGCACCAGTCTGAAAAGCAAACCCAGATTGCCTCC
CCCGCAGTGAGATTCAAGAATGACTGACCGTGTTTGTACCCGCTAGCGAA
GATTTGCCCCAAAAACCCGCTGATCGCCTTGGAAGTTGGTTGTGTTTCGA
TGGGTCGGCAGGAATTGATGACATTTTTGGCCAGGGGATGTGAGCATCAT
GCTTTCGCTTTGAACGAGCGGGGGTGATTCAAGTGCTATACATTCGCTGA
ACTCAATTTGACGGGGCGAGGTATAAGAGACCAAATTGCCTTCTTCGTAT
AGACGAGCGTACCAGACGATCAAACTACGCATCCGCACGATCTCGGATAG
GTCTGCGGCGGCACTACACACTCGAACCGGTTGCGGTGGGGACCCCCTTG
AACGAGGCGCCGCTGCAGACCACGGAGCTCCTTAATGTGGGCGAGGCGCC
GGTGTCTTTCACAGTCGACGCCCACGGGATCAAGCGCGCCAACCACTCAC
AAGGCCACGGGATGCCGGTGAACATTTTTCCTGGCTCGTCTGACAGAGAT
TTGAATCTTCCTACATGAAAAGCACGTTGTACAGACCACGCACAAGGAAA
AGGTGGTCAGCACGAGTTGGCTCGGGGAATTTGGCGAATATTTGAACCAA
AGGTAGTCGACACGATGATGGTGATGGCGGGAAATGGATGTTAGCAAATT
TGTTCAAATTGTTGTTTCGCGTGTTGTACTCAGGCGAAATGTTTTCCCAC
GCCGCGCCTGCAACAAAACATGCCGTTCGTACGATTTTTTCGACAATTCT
GGCTGAGCTCTAAAGCTACTGGAATACAATTATCTTGACTTTCCCTCGCT
GGATAGAGAGGACAAAGCTTTCTTGTGTGAGTTGGTCGCGTCCGATGGGC
GGAACTTTTTTTGGAATATCGACCACGGGTGGCGCCGTATTCCGGACGAC
ATTTTGTGCTGGCAACGTTGTTCTCGAAGCATTAATAACTTCTTGGCGTG
TTTTTGTACTCTTGCCGGATCACCCACAAACACAATTCGACAGGTTTTCA
GACTTGAGGAAAAAGGCGGCACGATCCCAGGTGGCGGGTCAGCATTCCTG
CGGTGGAGGTTTTTGCCGCTGGAAGCGAAGGAATATGTTCTTCGGGTGAC
CGTGCGGACCATGGAAAACCTAGACGAACGACTCGGGGAACATTTCGGAG
AACGCCAAATCGAGGGACAGTCGGTCGAAGTTACTCTGACGGGCGTGGGA
TACGACCCGAGGACGAGCGATCCACACACGTGAGATTATCCGGATAGGAT
AGGTACACAGTCCAAAGGGCAGAGAGGACATACGAAACCCAGTCTCAATT
GGGGTGGCAACTTGTCGGGGTAGCCTTTATCAACCGCGAAAGATTCTAGT
GCTGCGCTCTCTTCAACAGCCTATCCGCGAACCGCCTCGCGCATGGATGT
ACTATGAGACACTCGACGGCAGAGTTTTTTTCACAAGTTGCGATGTGGCA
ATAAATCATCTAAATACGCAATACAGGTGCGGTATCCTCGAGAGCTGCAA
ACCAGTTGTAGGAGCTGCTGTGAGCTGCAATCGTTCTGTTGTTGGCCGTG
TGTGAGGCCAGCCCACTTTCCCACTCTCTTAATTGCGTATGCTTTGGCCC
TCATCTTCATCAAAACGTAGAGAGGCCCTCCCGGCAGTGGGTCTTGGCCT
GGTGCACCCGGTTCGGCAGCTCGAGCTCCCGCCGGGGCAGCCTTGCGTGC
TGGGGGCGGAGCGAATTCGGCTAGGACGGATCCCTCAGGGAGCGGTGCTG
TCGAGGGTTTTCTCCCTCCGGAACTGCCTCCCCACGTCGGTGAGAGCATC
GGCGTTGCAGCTCTTGAACAGGCGTGAGGTACTTCAGTCGTGGTCGCTTG
GGGTTTACGGGGTTTTCGGTGTGCAACATGGGTGATTCGCAACAGGATGA
AGACCTCCACTCATGAATCTCCGTAGCCTTGGCGTATGGACAGAGTTCTA
GAGGTCACACCGCACTCATACCTATCTCGTGCTGCACGTAAGCGTGCTTC
ATCCGATATGCGTTGATCCTCACCTGCACTCATATGCGACCGCGTTTTCA
GAAGTCAGCTCGTAATGCTGGTTCCCGAAGGACAAACAGCACTCGCTCCC
TTTCCACGAAAAAAAAAACGGTTGCTGCAGGTAATGGTCTGAAGTATATT
GTACGTAGTACCCTGCTCCACGGTCTGACGTTTGGATAGCGATCGATGAT
GAGCGAAAGATAACGATTGATTCCCGCCATCCCTTCGCGTTGTTCGGCGC
GCGCAGGCGGTCGAGTTCAGCTGGAATCCGCAGGACACCGGTGAAGACAA
CCCTCTCCTCGCCTCAGGAGTGATGTCTATCCAGCCCGCGACGGGAAAGA
TAGGGGCGGCGCAGTCCGCGCTCTTTCGCGTCATTATTTCTGCCGAATGC
GGGCCGAGATTTCTGGGCCAGCAGCCGGTGGCATGTCTTGTTCGGCAGGA
GCCGCGGACCACGGTGTGCCATTTTTTCAAGTCCAATATTGCCAATATCC
GTTTGCAAGTTGTCGAAACGGCGAATCTCATGTAAGACCGAAATAATGCG
TGCTTATGGCAATATTTGCGTGGAACCCTCCCGAAACCTCGTGAAATGTT
CGCCGGCGGACCCAACTGCCGTTCCCAGCGCAACCTCCTCTCCTCTCCTT
TCCTTCCCTTTCCTTTCCGTTCCTTTCCTTTCCATTCCTTTCCTCTCCTT
TCCTTTCCTTTCCTTCCCTTTCCGTTCTTTTCATTTTTTTTTACTTATTG
CTTTTCTCCTCAGGCGGCGCGGTCCAGGAAGCCTAAGTCTCGGCTGGAGA
GCCGCATGGAGGAGGAGAGGCTGGCCCGCACCAGGGCTCGCGAGCCCCGC
GTCCCCGTCGTCTCGCGCCCGACGGCCGCGCGCACCCAGCACATGGCCGA
GATCGCCAAGACGCTGTCCATGCGTTCAAGTGGCAGCAGCTGCAACTGCG
ACAACGGCGGGCGGGTCTTGCGCCCTGCGTACCCGACCTCCACGGTCAAC
GCGCCGGTCCCGAGGGTACTGGAGGAGGCGCTGCTGCTGGGGGAAGGGGG
AGCGGGAGCGGGTGGGCGGGGAGACAACAATGGTAATGGTACTGGGGCTG
GGGCTGCCTGGGAGTTGGAGGGAAACGGCCGCGGTTCGAGAAATCAACAT
TCGAGAGAAAGCAGCAGAGGTGGGGCTAACATCGATGGTCAACCGGCCAC
CTCGCAAGAGTGGCTCAATGCTAGCAAGCCCGTAATTGTTGCCCCGCCGC
CTACACATCAAGTGCGGGCTCATCGTAGGTGTTGAAATCAATGCCCACCC
CGTTGACGCCGATGCTCGCTTACCCGGTTTCACTGCCCACGCCTCAAGCC
CAATCGCAGGAGCCGTGAAACCAACGCACCACATGGGTCGATTCTGAGTC
TGAGAGAAAGCATGATGGAAAGTAAAAGCAAGAGGGGAGCAAGGCACTGT
TTGTGGCAATGGGAAACCATGCCTTGGTTCTTAGTCACTCGCTTAGTGGG
GATGCAAAGTAGGCAGTGCGTTCCTGGGTCGAATACCTTTGACTTTTTTC
GACTTCAACTTAGGGTTGGAAGTGCAATTCCAACCCATTTTGCGCGTACG
ATCTACCTCGTGGTTGACTGGCCATCCCTCTCCCGCAACAGCTGCTGGGC
TAGATCGCCTCTGTTCTTTGGCGTAGGTGCAGTTCTTGAAAACCAACTCC
TCGTTGATCTAAGCCCTCCTAAGTAGAGGTAGCTGGAAGCACTGTATTTG
ATCTGATGATCACCGCACGCAGGATTACAAGAATTGCTGGCCATTTTCCC
AGAACTCGGTCGGCACTGTTGTGTTCTCCCGTGCTGTTGTGCGTCCGCAA
AGGCATCATACCCAGCGGTGGTGGCGCGGCTGCTGGGTTAGACCCCTCTG
CCGTCAGACCCAGAAGCAATGGAGCCGACGCAGGAGCAGGAGTAGAAAGA
GCGGGCACGCCTCTCGTTGCCCAAGGTGTCGGCAACACGTTGAGCCTCGC
AAACAGTGCGAGCGGGGTGACCACAGACCGTTTCAGCAGCCGAGGCGGGA
GCAGACCGGGCACCGCCCAAGGGGGCGGCTTCATTGTGCGAATGCATGTG
GAGGGAGAGGTACGAACTTCACCCAGGCGGCTCGGCCTTTGGTCAAGCAG
GCTGATAATATGGAGAGCGATGGAAGAAAAATCCGTTTGAAATGGGTAGC
CTTGCTCGGTTTTCGTGGCGTATGCCGATCGTTGCCCTGGTTTTTGGAGG
GACGGACCAGCCACATCAAGCTTGTGCCGCCCATCCCTATCTCAGAAAGC
GGTCGGGTGCTTCATTTCTTCTTGGGTTTCACGATAATCGTGTCCGCTAC
CTCGAGAAGTTTACTGCTGGCGCTGTGGATCCGAAACCAACCTTCTTAGG
CTTTCGTCACTCGATAAATTGCGTACCTGGCAGCTGGCTTATCGCGTAGA
AACCAAACAAATCTCAGGGCCACTCGCGGACGCGACAGGTCACTCCATGC
CGGATCGAGGACAATCCCCTCCACTTCTCGTCGCCGGTCTAACCTTGTCA
TCTTGAACGCTCAGGCATTACCCGATTTCAAACTCTCGCCTCGCTTGCAG
GTGGTGTGCACTGAAACCTTCTACGCGCTTTCCGCCAGGCGAGCCCGGCA
GCCTCACCAGGGCTTCAAGCCCAGATCAGGAGACCGCGCGGGCTTCGGCA
CGGGCACGGATACGGGCGTCGGTAAGGGAAGAGTATCCAGCAGCACTGGC
GGCGCCGGCAATTACGGCAGATATAGCAGCAGCAGCAGCAGCAGCAGCAA
TGGAGGACCGGGAGCCGGGAGCATGGACACTTTTTTTGTGCCTCGTCCGT
CGAGATACGTGCCCGACTGGGCGGCGTTTGGGTTCGGGGGAGGCGACGGA
AGCGGCGAGATTCGCCGCAAAAACGGAGACGTGTGGGCGGAACAGGACGA
AAACTTGGCGGTCGGGGAGGTACGGCAACAGAAGGTGACGGACAAGTTTC
ACGTATCAGGGCGCCATTTTCTGTGCCCACGTGTTGCTGGCATGGACATG
TGCCTGTTTGCTGGCCATGGCTCTCTCCTCTAGCTCGGATATTATTTTTC
TGGAGTGCCTTCATCCGGCTGTTACCCACACAAAAAAGGCTACAGGCGGC
CAGATTTGTGCATACTGAGGACTTTCTCAACGTGCGTGTGTCGATCTACT
TCAGTACCCGGTATGATAGCGAGGCGATATCACTGGGGGCAAAAAGCGCG
CAACCATCCTAAATGCTTGCACTGTTGCTTACCCGCCGGTCTGCCATTAC
TGCGGAATGAGACTTCAGAAGCTCTTGTCGATCACACAATATCGGAGAGT
CCTCGCTGAACACGCCGCAAAAAGCCCTTAGAGTACTGTAGGTCACAAAT
CTCCCCCATCAAGAAAGAAAACATTCTTTGTCCTTCCCCCGCCATGCAGT
CAACAATTTGCAAGATACCGACGGTAGAGAGTCGCAACGCCTTCTACGCC
ACGCACACCCGAACCCATGCGCCCAACGCTCGCCCATGTGATGACCTCAT
TTGACGGCTTACAGATGATTGCTTGTCTACAGCATTGGGTCCGAAATGCT
CGCATTGTTCTCTTGCCCTTGTCTTCTGTTTCAATCAGCCACAGCGGGAG
CAACGGCGGCAGCAGCAGCAGCAGTTGATGCTGCTGAAAAAAGCTACCCT
GGCGAAGCCTGTGCTCAGTTTGGTGGTGTCCCGAGTCTTGAGACGGCTCC
TGGGAGACGTTGTGGCATCGCACTCAGTCCGGGAGAGCCTGAACAGTCTC
CCCGCTCGTTCCAGGGTACCGACCTTCAAGGAGGTGATGCCATAAAATTG
CGCACGTCGAGATTTACTTCGTGTTTATTCGAATCACGCTAGAGAGCGAC
TTATCGTGTGAGTTGGCAGGTATCAGATGTGTGCTTCAAACCTTGATGAA
TGGATGAATGAAACAGATATCAATAGTTGTACCTATGTTGACCTCCGAAC
CCGTTTCCCTTCTCCTGGCGTTACCCTCGACCACGATGGTCGCGAATGTG
TGCGACCTACCCGCACCCAGATCAAGAGCGTTCCGCCTCTCCCCGACCGC
GTCACGGCAGCCCTGGCCCCATACCTGCAAGCGTCGACCTCGCCTACACA
ACCGCCGCCAACTGCGGCCGCCGCCGCTGTCAATGCCTCCGCTTCTTCCA
CGAGGAACGCTCGGGTCAGAGGGATCGGCCCGGGCGTCGCTGGGGGTGAC
ATCGGTACTTTGGCGGATCATAACTACTTTGGCGTGACGCCTAGAGTGAG
CGGTTGTACACCCTTGATCAAGGAGGACCTGCTCGCGGCGCTGCGGACGG
CGGGGATTAGAGTGAAACCACCCCATTCCAGGAACACGGGAGGAAACGGC
GGAGCCGGCAGGCAGAAGAAGGATCCGTTAGCAGCCGGGCTCGTGGCAGC
AATTGAGGTGTGCGCGCGGTTAACTTTGTATTGCCTCGAGCAGTCTCAAG
CTTGCGCGCGCTATCTTGGGCTGCACGGTATGGGATGTTCCGAGTTGAGA
ATGGGCACACGTGGAAGGCAGCCTTCCAGCAGAAACCTGGTCCGAAAGCT
GAGTGTCTGATTTGTGCTCCTCTCCTTTTGACGAAGCCTGAAAGGCTATG
GGTCGAAGGAATCGCGCAGCGGCGAGTACCGTGATCTCATGTCAATTTGC
TAGGTACACTGGTCGGCACACCATCACGACAGATACCGAGTTGGGCACGA
ATTGAGATCGGTGACAGCGCACAACAGTGACACACTGTCCTCGCCCTTTT
TACTTCGCCTCTTCCCCACTTATCTCTTAGGCATGCCCTGGGCCGTCGGT
TACCTTGCATGCGGTCACGGCCGCGCTCGATAAAGCCACGGTTGTCCGGC
TCGAAGCGTGGCTTGAACAAAAAAGCCTCCAGTCAGAAGCTCATGTGCCT
GCGTCGGGAGCAAGCACCATCACCACCGCCACCACGTGCGCTGTTCCGGT
CCGGGCGTCGACAACTAACGCTACTAGCACCGGCACGGCGATGAAGGCGC
CAGGCTCTGGCGCCATCGCTACGAGAGCTCGAAATGCAATGGAGGACGAT
GCGGTACTGGCGCGACAAGCCCCACCGCCGCCTGAGATGCACGCGCACGC
GACACTAATCCAGGCGCAGGTGGGGCGGCGTAGCCAGCGTGTATGTTGTG
GGGGTGTTGATCGGCACTTTCCGCTGCATGCATCGCGTGTCGGCGGTGCT
TGACATCCACCACGATGAGCACGGCGGCATGTATCACGTATCGGTGGTGC
CGGTATCCATATTCGACTGGTTCTGCCTGCGTGACCTTGCACAATATGAA
ACCGCTTGGTGAGCTCGCGTGCGACAGCGAAAGGGGTGCGCGCAGCGCAG
AAAACAGATTGTGTTTTCAAGGAGCGTCTTTGGGCGGGGCAGCACACCTA
CTTGCAAATAAAGAGTGCGCATAAATTCGAAAGATGGATCAACAGTGTGC
TCCTTCACGTCTCAACAGAAAGTGCAAAGTGATGGAACTATTTTTCTCCC
GGCGGAGTGCGCAACTTTGTAACGTTCATCAGCTGTCGACGGCTGGAAGT
AGATGAGTTTAAACTCAGTGCGATCAGTCAGGGTGTGGTGCACTCCGATA
AAGACCAGCTTTTCCTGTGTAGGTTGATCTGATCTGTTCACCTTCATCTC
GCAAAGCAATACTTCAGGCACCCGGTCGCATACCCTTTATATAAAAATCT
CATCTATCTGACAAAAAACATGTTTGGGTACACCCCCGGGGGAAATCTAC
GCTTCAAATGCAGTGGAGGCCAAATAGGGCAAGTGCAATTTTTCAATTTT
TGAAGGAACGATAATCAGAATTAATTTCATTCATGGCACTTGTTACTTGC
ATTCGTTTGACTTGAATTGAGAGCAGGCTAGACGCGTCCAGGCCGTCCAA
TCTACAGAAGAGAGGGCGAGGCAGCGGCTGCAGGGACTTACGGACAAGGC
ATGCCAGGATCCTGACACGCAACGAATGTTGGCTGCCGCTCTTGAGGGGA
CGTTCTTCAAACTCATTCAAGTATGTGCAACATGCAGAAAGCAGACTCAA
AACCAAGCATGTTCTGAAGTTTCGTGCCACAGATAGTGGATTTGGCAAGT
TTCATGACTGTCCTCGCGTGGGAGACGTAAATCGAATTGCGCCAGGCTAC
CGAAGGAAGAGTCTTCAACCATGGCACGTACGCCAGGCATTGAATGACGA
TTTGTAGCGGCAACCGACAACGTGCAAGTCGAGCTGGATGGGGGAAAGCA
GAGCTGTAACCTTCGCCCGCCACGTCTTACCCTGCAGCAAAAATATATCG
GACTTGGGGCAGGACCATGCATCCTGCAATGATCGGTGATGCCAGCCAAC
AGTTGGCCCAATCAGTATCTAAGTTCTATTATCCAAACAACTTACCGGGA
AGAAATAATTGCGAGGCAGTAACCACCCTCAAGCCATGATCCTCCGGGCA
TTTTGGTCTGTCGTTGCTACGGTTTTGTACTTTAACGGGAATTTTAGGAG
GCCTTCAACGGCGAGTTCAAGCTCAGCAAGCGACCGACGCGATACGTCAT
CCGCAAGCATGGTCCGAGCCAAGCCAAGTCCGGGTTGGCTGCTTGATGCA
CCAAGAACTCGACCGAGAACCATCGACTTGATCTCCTCGAGACTACGAAG
CGCCTGGGAAACCCAAGTGGGCGCCAGCATTTCGAACATGCGCACGCCCG
CGGATCAGCACTTCGTGCGGCATACCAGAGTAGCTCCCAGGGGCTGCAAG
ATTTTGCTGGCTTGGAGATGCTCAAGAATATTTCTGGTACTGATTGGTAC
ATGTTGTCTCGTGTGTGGGGGTCTAGGGTAAGCCCCTTCAAAAATGCGAT
TAAAGGGTTGATACATAGTTTCATCCTTGGTTGAGGCTAGTCTTTGACTT
GTTGGCTCAGCACCCCAACAGCACATTTCTGGCCACTGGTGAATCCAGAG
AAAAGAGCATGTCGGGAAAAGCTACATTTCTGCTTGCTCAGCGCCTGTTT
CCAACCGATGCAGCAAGGCGGAGCGACCTACCGTAGAAATTCGAGAC

Coding sequence (CDS) from alignment at P-fluviatile_contig1:1784909..1812705+

>mRNA_P-fluviatile_contig1.137.1 ID=mRNA_P-fluviatile_contig1.137.1|Name=mRNA_P-fluviatile_contig1.137.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=6714bp|location=Sequence derived from alignment at P-fluviatile_contig1:1784909..1812705+ (Porterinema fluviatile SAG_2381)
ATGGCCTCGCCGACGGATTCTCACGATGTCGGCGGGCATGCAGGCGATCA
TTTGACAGAAGAAGAAGGGGTGTACGATTCGACGGAGACAGGCATATCCG
GCATCGGAAGCAGTGCAAGAAGCTTAGGTCAGACCGGCGAGGTGCTCTCG
AGGAAGAACCGCCTCCAGATGGCCTCGCCGACGGATTCTCACGATGTCGG
CGGGCATGCAGGCGATCATTTGACAGAAGAAGAAGGGGTGTACGATTCGA
CGGAGACAGGCATATCCGGCATCGGAAGCAGTGCAAGAAGCTTAGGTCAG
ACCGGCGAGGTGCTCTCGAGGAAGAACCGCCTCCAGGTTTTTGGCATCGA
TTGCACGGGTCCTTTTGGCGATGGTATCCTCTTCAAAGGTGGGGAGTGGG
CTCCGGGCGGAGAGTACGTGCAGCGACTGCGAGTGAAGAACGTCTCCACA
AAGCTCAAGAAGCTCAAGTACCGCCTTCCGACCAGCAAGTTCTTTTCTAT
GGTCTATCCTGAGGTTATTACGCTGAGTCCAGGAACGACGCAGGTTTTTG
GCATCGATTGCACGGGTCCTTTTGGCGATGGTATCCTCTTCAAAGGTGGG
GAGTGGGCTCCGGGCGGAGAGTACGTGCAGCGACTGCGAGTGAAGAACGT
CTCCACAAAGCTCAAGAAGCTCAAGTACCGCCTTCCGACCAGCAAGTTCT
TTTCTATGGTCTATCCTGAGGTTATTACGCTGAGTCCAGGAACGACGCAG
GAAGTTGATGTGGTTTTCCGGCCCATGTCGAGCGAAGTCTACGATGATGT
CATCCTTTTCAAGATTCTGGACGGCCCGAACGCGGGTGGTTTCAACGTCC
CGGTCAGAGCTCTCCTTCCGACCTTGCAGGAAGTTGATGTGGTTTTCCGG
CCCATGTCGAGCGAAGTCTACGATGATGTCATCCTTTTCAAGATTCTGGA
CGGCCCGAACGCGGGTGGTTTCAACGTCCCGGTCAGAGCTCTCCTTCCGA
CCTTGCAGGTCGGCGTCCCCGTCGGACTGGACTTCGGCTACTGTCAGGCC
GATGACGTCTCGGAGCGCGTGTTTTTCGTCCAAAACACCGGCGAGGTCGG
CGTCCCCGTCGGACTGGACTTCGGCTACTGTCAGGCCGATGACGTCTCGG
AGCGCGTGTTTTTCGTCCAAAACACCGGCGAGGTTCCAGCGCCGTTCCAG
TGGACGGTTCCGCCGCCTTTCAAGATGTCCCCGGCGGAGGGAGTCGTTGC
CGTGGGCGAGTCGCAGGCCGTGACGTGCTCCGTCCGGCCGACTGACGCCT
CCGTGTTCGTGAGCCAGGCCGCGCTGAAGGTTGGGCAAGGTGTGAACGCC
ATCAAACCCAGGCCCCTCTTGGATATGAAGGTTCCAGCGCCGTTCCAGTG
GACGGTTCCGCCGCCTTTCAAGATGTCCCCGGCGGAGGGAGTCGTTGCCG
TGGGCGAGTCGCAGGCCGTGACGTGCTCCGTCCGGCCGACTGACGCCTCC
GTGTTCGTGAGCCAGGCCGCGCTGAAGGTTGGGCAAGGTGTGAACGCCAT
CAAACCCAGGCCCCTCTTGGATATGAAGATCTCCGCTGTGGGAAAATACT
GCTACGTCGTGCCGTCCGAGGACGAGCTGGACTTTGGAGACCGAACCATC
GTCGCGATCGGGGGAGGGTCCGGGGGGAACTCGCGCGCGGGCTGTCCCCG
GAAGGAGCTCACGCTAAGAAATCAAAGCGTCGTTCCGGCGGCTTTCACGA
TCTCCGCTGTGGGAAAATACTGCTACGTCGTGCCGTCCGAGGACGAGCTG
GACTTTGGAGACCGAACCATCGTCGCGATCGGGGGAGGGTCCGGGGGGAA
CTCGCGCGCGGGCTGTCCCCGGAAGGAGCTCACGCTAAGAAATCAAAGCG
TCGTTCCGGCGGCTTTCACGATCAATCGGCTGGAGGAAGATCGCGACGCG
GTGTTCTCGGTGTACCCTAGCGAGGGAGTGATTCCCCCAGAGGACGAAAT
AGTCATTACAGCAACCTACTGGCCTGTTTCAGCGGGAACGTTTTCAAGAG
ACCACTACGAGATCGTCACCGTTGGCGGCAACAAGATCAATCGGCTGGAG
GAAGATCGCGACGCGGTGTTCTCGGTGTACCCTAGCGAGGGAGTGATTCC
CCCAGAGGACGAAATAGTCATTACAGCAACCTACTGGCCTGTTTCAGCGG
GAACGTTTTCAAGAGACCACTACGAGATCGTCACCGTTGGCGGCAACAAG
GTGACGGTCGGCATCCAGGGCCGAGCGGTGGGATGCTCGGTACGCTTAGA
GAAGAAGGAAGACCCCTTCGCGCGGGGCTGCGGGGTGCCGAATTCGGTGA
ACTTCCGCGAGGTGAAGGTCGGTGTCACGACAACGAGGGTGGTCAACCTC
TACAACGAGGCATCCACGCCGTGCGGCTTCTGCTTCGTCATTCAGGTGAC
GGTCGGCATCCAGGGCCGAGCGGTGGGATGCTCGGTACGCTTAGAGAAGA
AGGAAGACCCCTTCGCGCGGGGCTGCGGGGTGCCGAATTCGGTGAACTTC
CGCGAGGTGAAGGTCGGTGTCACGACAACGAGGGTGGTCAACCTCTACAA
CGAGGCATCCACGCCGTGCGGCTTCTGCTTCGTCATTCAGCAGGGCGACA
GCTCGGTTTTTCGCTTCAGTCACACACGAGGAATCATCCCTTTTGCGGGA
ACCGAGCACCCCGGCGAAACCCAAGTCACCATGACCTTCACACCGACGAA
GCCAACCAACTACTACAGCAGGGCGACAGCTCGGTTTTTCGCTTCAGTCA
CACACGAGGAATCATCCCTTTTGCGGGAACCGAGCACCCCGGCGAAACCC
AAGTCACCATGACCTTCACACCGACGAAGCCAACCAACTACTACAGGAGG
ATTTTCTGCCTGCTAGAGAATCAGCAACCCTTGGTGCTGGACGCTATGGG
CACCGCGTACATCGTGGCGAAAGGAGAGGTGCAGGAGCAACGGCCGGCTC
CCCTACGACACGCCCACGTCCAAGCCTTCAAGAACAGGAGGATTTTCTGC
CTGCTAGAGAATCAGCAACCCTTGGTGCTGGACGCTATGGGCACCGCGTA
CATCGTGGCGAAAGGAGAGGTGCAGGAGCAACGGCCGGCTCCCCTACGAC
ACGCCCACGTCCAAGCCTTCAAGAACAGAGAAAACGTGGGGCTCGGGCGA
TGCTCGCCGGAGGAGTTGGACGACCTTCTAGCTACAGAGGGGATGAGTGA
CCTATTCGCCAAAGAAAACGTGGGGCTCGGGCGATGCTCGCCGGAGGAGT
TGGACGACCTTCTAGCTACAGAGGGGATGAGTGACCTATTCGCCAAGGTG
GGTCCTCATGGAACCCTCCCGCTTCAGCGGTGTAGCGTGTCGAGGCCTCT
GACGAGGAGCGGAGAGGCGACCAGGGTGCAAGCAGCCGTCGCCGCCGAGT
TTTTTGTGGATCCGACAGGGTGGGTCCTCATGGAACCCTCCCGCTTCAGC
GGTGTAGCGTGTCGAGGCCTCTGACGAGGAGCGGAGAGGCGACCAGGGTG
CAAGCAGCCGTCGCCGCCGAGTTTTTTGTGGATCCGACAGATGCCTTCGT
CAACGGAGTATATCTCGACCGCTGCAACGTGGAGTTCGGGTTTGTTTCGG
CTCGAAGGCATGAAACCGCTACCTTGGTCAACAACACTAACACTGCGATG
CCTTCGTCAACGGAGTATATCTCGACCGCTGCAACGTGGAGTTCGGGTTT
GTTTCGGCTCGAAGGCATGAAACCGCTACCTTGGTCAACAACACTAACAC
TGCGGTGCACGTTGTATGGAACATAAGAGCATCCGGAGAAGGAGCGGGCG
AAGGAGGAGGGGGAGGATGCGGAGAGATGGGTACGACAGGGCTTCAAGTC
ACCCCACTCGAAGCTGACGTGCCCGCTGGGGCAAGCCTGGCGTTTCGAGT
GGAAGTCTCACCGACCACGAGCAACTGCTACTTCGCAGAGGAGGCGGAGG
CCTTCGTTTCGCCCTCGAACCAGATGACGTGCACGTTGTATGGAACATAA
GAGCATCCGGAGAAGGAGCGGGCGAAGGAGGAGGGGGAGGATGCGGAGAG
ATGGGTACGACAGGGCTTCAAGTCACCCCACTCGAAGCTGACGTGCCCGC
TGGGGCAAGCCTGGCGTTTCGAGTGGAAGTCTCACCGACCACGAGCAACT
GCTACTTCGCAGAGGAGGCGGAGGCCTTCGTTTCGCCCTCGAACCAGATG
ACGATGGTTAAGGATGCCACGCAGCAGCCCCCATGGTGCCTCGCCTTACG
GGTGGTCGGCCACACCTTCGTGGGGGAGCAGTTCCTGGCCAAGGTCTCCT
TGTCCACACAGCACACTGGGCAGAAGCTGTGCTTTCCCGCGTGCCACGTC
GGAGACACCGTCTATCAGACAATCAGGATGGTTAAGGATGCCACGCAGCA
GCCCCCATGGTGCCTCGCCTTACGGGTGGTCGGCCACACCTTCGTGGGGG
AGCAGTTCCTGGCCAAGGTCTCCTTGTCCACACAGCACACTGGGCAGAAG
CTGTGCTTTCCCGCGTGCCACGTCGGAGACACCGTCTATCAGACAATCAG
GCTTTCAAACCAGGGCAACATCCCCGCGTGCTACAGATTTAAGCCTGACC
CGGCGGGCGTCTTCGACATTAAGCCTGCTGTCGGCCTGGTACCAGCAGGA
GATTTCCAGGCTTTCAAACCAGGGCAACATCCCCGCGTGCTACAGATTTA
AGCCTGACCCGGCGGGCGTCTTCGACATTAAGCCTGCTGTCGGCCTGGTA
CCAGCAGGAGATTTCCAGCTGTGCCTTGTGCGGTTCACACCGCCGGGCCC
CGGAGGATGCCACCACCGTCTGGAGTGCGTCCTCAACAACGATCCCGGCA
GCACCCAAAAGGTCAACCTCTTCGGCCAGGGCGCCTGGCCGGCGATCGAA
GCTACCTGCGGGGGCTGGGAGGCCGCAGCAGCGTCGGCGGCGGACGACCG
GTCGAGGTCATCGTCGACGACCGGTAGCGCCCCGAACGATCGATCAGACC
GGAACGGGATGTCTGTTTTGTACATGAGGCCGACGTGCGTGGGGATCGTC
TCCACAGGGGTAGTCAAGCTGTGCCTTGTGCGGTTCACACCGCCGGGCCC
CGGAGGATGCCACCACCGTCTGGAGTGCGTCCTCAACAACGATCCCGGCA
GCACCCAAAAGGTCAACCTCTTCGGCCAGGGCGCCTGGCCGGCGATCGAA
GCTACCTGCGGGGGCTGGGAGGCCGCAGCAGCGTCGGCGGCGGACGACCG
GTCGAGGTCATCGTCGACGACCGGTAGCGCCCCGAACGATCGATCAGACC
GGAACGGGATGTCTGTTTTGTACATGAGGCCGACGTGCGTGGGGATCGTC
TCCACAGGGGTAGTCAAGGTGAAGAACGTTTCGAGGATCCCCGCCATCTT
CAAGATGGAGCCCCCGAAGGGGTCGTCCGGAGTTCTTCGGGTATCGCCAC
TGGCGGGCCTCCTCCTCGGGAACCAGACCGCGACGATCCAGGTCGCCTTC
GCCCCAAGAGAGATCAAGGGATACCGCTTCAGACTTCCCGTACATGTGAA
GAACGTTTCGAGGATCCCCGCCATCTTCAAGATGGAGCCCCCGAAGGGGT
CGTCCGGAGTTCTTCGGGTATCGCCACTGGCGGGCCTCCTCCTCGGGAAC
CAGACCGCGACGATCCAGGTCGCCTTCGCCCCAAGAGAGATCAAGGGATA
CCGCTTCAGACTTCCCGTACATGTGCGATCAATCTTGGGAGAGACACCTT
TTCTGACCGATTGCAGGCAGCTTGGGGAGGCGATGCCGACGGCTTTCGCC
CCCGGGGCATGCGTGACAGTCTTGGGGCAAGGGGAGCGGGGAGCGGTCGC
TTTTCACCCGGAGTCGCTTGCCTTCAGCGTGAGGCTAGGTGCGATCAATC
TTGGGAGAGACACCTTTTCTGACCGATTGCAGGCAGCTTGGGGAGGCGAT
GCCGACGGCTTTCGCCCCCGGGGCATGCGTGACAGTCTTGGGGCAAGGGG
AGCGGGGAGCGGTCGCTTTTCACCCGGAGTCGCTTGCCTTCAGCGTGAGG
CTAGTGAACACTCCGGAATCGAAATCTCTGGTGCTGGAGAACTGCTCCGA
GTGCGACGTGACCTACAAGCTGTTCTATATCGCAAACACAGAGCCTCCCC
TCCGCCACTCTTCAAAAGGTGAGTCATCCGAAAATGTTTGCAGAAATGGA
GGAGCTAATGCTGGTGAACACTCCGGAATCGAAATCTCTGGTGCTGGAGA
ACTGCTCCGAGTGCGACGTGACCTACAAGCTGTTCTATATCGCAAACACA
GAGCCTCCCCTCCGCCACTCTTCAAAAGGTGAGTCATCCGAAAATGTTTG
CAGAAATGGAGGAGCTAATGCTGGCGAAGGAGCAAGCGGCGGCGGGGCTG
ATCGTGAGCTGCGTCCTGTGCCGAAGGAGAACGGCGAGGCGAAGGGGCAG
GGGGGGCCAAACACCCACGCGTTCTTCGTCGACAGGCCAGAGGGAACCCT
TCCCGCCAGGCAAGAATAACGAAGGAGCAAGCGGCGGCGGGGCTGATCGT
GAGCTGCGTCCTGTGCCGAAGGAGAACGGCGAGGCGAAGGGGCAGGGGGG
GCCAAACACCCACGCGTTCTTCGTCGACAGGCCAGAGGGAACCCTTCCCG
CCAGGCAAGAATAA