Cryo-EM single particle structure of the Plastid-Encoded RNA Polymerase (PEP)from Chlamydomonas reinhardtii.

2026-10-07 REL PDBe INITIAL_RELEASE REPOSITORY INITIAL_RELEASE REPOSITORY PDBe PDBe 2026-02-15 2026-10-07 2026-10-07 2026-10-07 European Research Council (ERC) European Union Cryo-EM single particle structure of the Plastid-Encoded RNA Polymerase (PEP)from Chlamydomonas reinhardtii. Kumar A Schuller S Schuller J Chlamydomonas reinhardtii, Plastid-Encoded RNA, Polymerase, Cryo-EM, RNA Schuller S Kumar A Schuller J Cryo-EM single particle structure of the Plastid-Encoded RNA Polymerase (PEP)from Chlamydomonas reinhardtii. To Be Published 0353 EMD-56921 focused EM volume

core

EMD-56920 focused EM volume

tongue

EMD-57515 consensus EM volume 28rf FULLOVERLAP EMDB EMD-56766 associated EM volume

Cryo-EM single particle structure of the Plastid-Encoded RNA Polymerase (PEP)from Chlamydomonas reinhardtii.

EMDB EMD-56921 focused EM volume

core

EMDB EMD-56920 focused EM volume

tongue

EMDB EMD-57515 consensus EM volume Plastid-Encoded RNA Polymerase (PEP) from Chlamydomonas reinhardtii Plastid-Encoded RNA Polymerase (PEP) from Chlamydomonas reinhardtii 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Chlamydomonas reinhardtii 2 DNA-directed RNA polymerase Chlamydomonas reinhardtii 0.083315547 2 LEVO MTIYPNLKKIMTKTQSTDFFIACKESRIENNTNFYGCFYLGPFDESLSQTLANDLRRTLLSELTGLAITSIEIEGVLHKF STLTGMKEPVLDLICNLQNIVLRKETISSTNMNYRATKKTYIGFLSVNGPRVIKAADLKLPAGLQCVDPNQYIATLAEDG FLNMKFNINEGKNYIKQKPYNLDVTTLKKRNILLQNFKNKIGLTALKNKQLMSTTMEGKPLLSNSDNLRFKKSFKRMLTS PNQSLKNKTSLGHDTVSNPIPLDAVFMPVTKINCIIEENNVYSDFSTDPSLEFSTHLVPSLTTQTNLRQESTHKFVNKAN SLLQENNLFRSEKVYLPNIYIPEGEGDALSLKGVSPYSDFKTFLSTLNYNSLYQTSLFLNQSLGQNKLLPWQANTLFFDV TNFADSQSNDVNMNMDLAGDKTSVQKIHSTGISNTDAQLNKLSLTKIKTFLGSSDKLQNKTYQSFLQPKYASSNLRTLLT QRSLQKNQSVFMHSFLDDQAKHKELTSNTLRANKFQVMKTVVSIPPKTFKTNPINTFHNQSLTFEYAKNFKLKPLRKKSQ LILEIWTNGSIHPRKALYQALIFLSNNFLKLQTVKMLGSMFKSDLAYGNLKHSITNNYTYYQTNNLSQQSKKTLFKKAEA AASKQALNFLKPSILNTNNLPGGTMDLYLQSSLNAPIGILKISLRSYTALKKAGITTLKDLIKYSKKDLFAIKNLGQKSV FEIEQNLALLGLTLVTD A0A218N9C3 2.7.7.6 DNA-directed RNA polymerase subunit beta N-terminal section Chlamydomonas reinhardtii 0.093313695 1 LEVO MLNISTNMMINQTLNFDSNQESQKNKTERISKTKLTRELITKTDHDIYVDDISFLQREDNVNVSQIDLTARGVLNPEDQG VLHKSTEFGVFNKNKTGLPASVDLKIKQNSFFSVKQPDFNKYLISDFVEIQRNSFFTLLEKGIIEEFSKRNPITNSKKTM EIFFYPDYYQLTPPEYSPSQAIIKSKSYTSKLYIPVQLTDKSKNIIKLKWVYIGDIPLMTKRGHFILNGCARVIVNQMVR SPGIYYQKKIYENFSNKWSEKPENTFTRYFADLICNRGTWLRIEMDKYNKIWAQMKRVPKIPIMWFLIAVGLTDKIVLKT VMDSKILLYNLDEDPLNPRKKPLPYVKTPPAAWSAIYNIVFAKKIKAQEKAKKMLELTEGNPSSKSQTKNKTSASKKSKT LNVANTKGKTPAENIKTLSELIDLEKALFLKSEQGRKWIFNKFMNPRTYDLGKVGRVNFNRKLKLSISQDITTLTPQDLL AATNNLILVSKGLRELDDIDHLKNRRVRTSGELIQIQIGVGLVRLEKTIREKMTYASGLSSLPSQKFAFRSSKQRNQSPV GDAENATQLTIGNLINTKPFNGALREFFGTSPLSQFMDQINPLAELTHKRRLSSMGPGGVTRDSATLAIRGIHPSHYGRI CPVETPEGKNTGLVNSLTAYARVNAAGYIETPFYRVYKGQVQKKTGLYFFSAKQEEKIKLGAPDLYTSEIGFLPKASIPV RIVEDFTKISRNEIQYVGVAPIQMISIATSLIPFFEHDDANRALMGSNMQRQAVPILKPQRPIVGTGLEARAVSDSGHVI TAKSSGIVMYTSSKEIIIYSLQ Q8HTL6 2.7.7.6 DNA-directed RNA polymerase subunit beta C-terminal section Chlamydomonas reinhardtii 0.07052508599999999 1 LEVO MTYSILTESIYNFKKKSSLDMQFLSPKNFQIENFTKIHDQTLPLKPFKTNRTAVAVVPPLPIFSPELYKRQNKLKKTQNA TIFSMGTSAFKNQVKYNLETYHRSNQDTCLIHKPAVKEGDWVEVGDLLADSASSIGGELAIGHNIIVAYMPWEGYNYEDA ILINERLVYEDIYTSIHIERYEVTTKETKLGFEQITREIPDISENEIKHLDKTGIAKIGSWVEEGDILVGKITPFNIKTL TPQQKLLYKIFDKQLSTTKDSSLRAPKGIKANVININILARQKIQINTKSKNTGKGSKPPRASKAQNTMVSQPSYIHIYL AEKRKMQVGDKMAGRHGNKGIVSRILPRQDMPFLPDGAAVDIVLNPLGVPSRMNVGQIYECLLGLAGRYLGEHYKIPPFD EMYGADASRSFVLSKLYEARKKTGLKWLLDPNHPGKIRLFDGRNSECFDQTVTVGIAYVLKLVHMVDDKMHARSTGPYSL VTQQPLRGRSKQGGQRLGEMEVWAIEGYGAAFVLSEMLTIKSDDMTGRQNLWKNLIENKEISLGSPESFKVLICELQALC LDIGLFRKNKETSLPYFKMPGEESKTNVNANLTGVQSSKKLEANSQTVKNSSMPNLVEIDNLLNLA Q8HTL7 2.7.7.6 DNA-directed RNA polymerase subunit beta'' Chlamydomonas reinhardtii 0.35832749999999997 1 LEVO MNIFFQRKLVKYFGNIKKKKHYLTVSEECNHYVFVKKTYVSSVFLKSLNKVNKTCNTNSGILYNQYSLGYINMHKQLPSL IRNKSKTIGNYGVAHPSRLVKCLVTKNATAPFFNFTFDKGRLKNLVSWTLENYGQYKTVELLEQLKKTGFEYATKAGISL GLDDLKIPPKKKILLLEAEQLTKLTIHQYQRGDITAVERFQRLIDTWHRTSEQLKQEVINYFEETDILNPVYMMAFSGAR GNISQVRQLVGMRGLMSDPQGQIIDFPIQSNFREGLTLTEYIISSYGARKGIVDTALRTANAGYLTRRLVDVAQHVIISH YDCGTHKGIFLTDMKEGNKTIVSAQSRIIGRVLARDIYKPNSTITIAKRNQEISTDVAFEIGKVTNRIFVRSALTCNTTK LLCQLCYGWSLAQGNLVSVGEAVGVIAAQSIGEPGTQLTMRTFHTGGVFSGDVSDEIRAPYNGFVYYDNKIPGILIRTLD GKILFLTKSEGTLIFTADPNFNKPQALTDSFLNSGHGEKEKYEIKKYKIPAYTLLFIRNGESVLQKQVLAQITMISTKPN MRDTAELVIKAELEGLFYAKNLQVQKKILGPKPKFIGEGKQNVLLDPKAMEIIVKARGWNFAWVLSGKRYEFPLLLKSFA SSGDLITPNTIMAKHNLQLSSPFLNVGTALQVGNSTDIPKLPLLGATSKFRAMSGVLTSSIVRRYPTKINSSSRPKVNQF GKSNLFYTQVLQNKVNALNGEVDSYSETAKLPYWKNLNLKFVQKLNLSKFFKQYNLKNKTKTKLAFYSLVQANALQASKL DSFKANTFQSKQLGRPIFIYRHCLLTKESNKKTVKLIHNIQLQQSVLFLKIKKIKFYKMGYFQLVNSNKTAFLVSLSHNK NRLTLYHNKFNYNNSYNDIIVLPTSLTQDISSKKQIALKRFKPAYNLFQWFYPSLIKPSSKEAQNLTVQQVEFFNAREQM HFNSRYSKTDFVQLLQNPFKLDFNKALHRPLCISESYKEIPTGEVSISPQNSVNLPMNTFFNTDGVPDKKPNYTNMYAFW LKQQVLKSYKKRYKKYKLTSILKSHLSDKIYLPASVELQHQSQQNNLLSLTKEFKALNSSKYLKNNQLQSRPLLYKQEKL LKTLVLKKWFKSNLLYVNSAISKEENMDGSSTQMSAHSLPKRQRKGAKVSKINRFLKIDNYIKQLTYFKTSKIMRIKHSF NSLRVDFKFTSSKLVCPKRKRNLQIVCTLRGEEQTSVRESSVTHVNNLICSSKYKRSIRLQNDSHLFTTTKKAKVPFTGY SDSHQAGKVLQSSQISSTKPKTQSSFTFFEYFKLKLAQSGTKAILKHFKSLKAVNISKVSMDQSRNKGFNNWGKSSSECL NTSLGDKQALYFKTKTEANLQLLTLVLENFYRKKQFANLLAKNLTILNKNLKLKKNHVHFLLYYYNKLSVQKPNAIFLLT HMLAKANKIQISYSYVVPTSPKSKLNLDRGNLTTTNQKNVASLGGYQPRSAGTKYYSEGIRNRTRKNNKSSMTKITKIFN QLKLDTQFVIILLSPHKLLHHSHQLPQNTLGIYDKFNSNFEMAKVTLLTHPLWFNQFQMKSIKEVGNKFINTRNNSLLEN YVILLLSNNYVFNFLSIKSEQINLPEEQESNLSLQEYKSPANCQEKALPSDNKKIIFDLKKLQHIVLTEQYKNNLRWVKN KKPRFLPKDIDINTLEVNLDRIKPKNKLSNLNPTQQLQLSNSLLEFVKTIKINPTDLAKVYSGSANTVMSIENCQPSLEV SNTFFLKTQKLLKLINKTKHSIALNQTKFINTSLLKGHLVAYARPVFIITNKAEPFIAKQKKDLLLLPKNATINVLIKPQ QEKNSLNKAIFPLGGNAANNHSIFVSPNTNKLANPNVSYLKKHIYFNQMPFFDSPFRNASYLFSYTENSIKPLTKVDFMH SFAQKNHKLLPESEREKRLQFKALHIPKQPCLNICFKSNSNLIFNSKTTNSLVIRKTTTNYKYNIDLSEGVDFKKLKTNM FSARKCNNFKLDTALESKLFKGRPTLLNYKNVVTQTNYFSPFEGELLATKTYKNYLDLNPYQSLKVGLMQLNTSSALATL VPKTKRAGNKSSKQKIKLNQGELSTELGSTIPQSGKHKTKTEKMRMAMFKYYLKTINSQKIIGNKGWSRFNLILTKKDFI TLKYNNTLYPNFTIFSEIQKHWQPRIQMTKPIRPISYDEVCLNYLFSEEITNQVKLQTLAKLNKEIHFNKSYHFNLKNRW LKQKLVINASTSKSTSSLLTNIHMDQGEDKKTSVGVSLKLPAIYLCEEEGLHTNLFIHKAQRLLYKIKIILSEKALNVEH YSWNKNSSLQKTFGYQNGIIQAKSLLHTLPTNLNYNLKWINYKQKNIFTTNKVGFFFLKGNTFFNTSQKLFNKKITKQTT FLNATIYNFGRNNKNNLISYNNSNFLENTHFVDLSLCLELQKIYLNKNYLNLKPILDKTIHCQKPTKVLFKKSGFSKKQH YYLEFLNTKNHRRLIGLKEFNDYHMSYSKSQTKEMSNFIDSYYFVKPINMDCAHYIKHELVLYNDLITHFASLNLYISRE HGLKSLSAFFINILKIFITSNQSQISLAPIGIDKYTNIYIPEGEGEKDMTKNVFQVIKKSGQLIQMNKEKMTLRLGQPLV ISPRSTIHATHGDFIRYKTPVVTLTYQQLKTGDIVQGIPKIEQLFEARTTKRGRLFRDNVTNLLTGLFLKYFIKSTYLLR KTMIGFSKKRWKKSIKYTLPVNKQPNMPRVNHTLNTTVGTELGRQSKTKVDKNKHSIAINKNLNYSNFINNKQNQTIILA LALQWAVKQSFYKIQQIIVDGILRVYRSQGVSIADKHVEIVVKQMTSKVRIINSNASKMSEYMFSLDTIKAGEMPETDLP EEEVSLQQNKAVSKQNVVAQTGKKRKKRLRKSKLSERDVITTKRTEGIDSSKIPSSNIPEGKVTQNNKRKSTRKNVSLAD RELKTRNTLSNTTKPIQISQVFEHKVLNQLLSNNLDGPTGLFPGEIVDIDFVENINTFLLKTASVDRASRETLSTDPLNP NNQVAFAIEPIKYEPIVLGITRASLEVESFLSAASFQQTTRVLSQAALYKKKDFLKGLKENIIIGNLIPAGTGFLSSLNI Q7PCJ6 2.7.7.6 DNA-directed RNA polymerase subunit Chlamydomonas reinhardtii 0.221076719 1 LEVO MHYKKYAELLKNGTYFSHIHSPTLLYPKGKVMYAQYGNSPLQGLNSQVTNLNLIRKVVAASAEMDSFKKLPNLQNNKLPL NNLKARLNTKAIYISNEEAQLTVSKIGTPNAIETDVPGTIKNAPSNTLLTHRSFKFFVNKIYAKPLISLKKTKETKPLLL GKTGTTLTQKGLNPFQSLFLNTKSSSPSTARSFGTKNIVNTLQIKKIVHKFENSYSKLTEINLITINLASANRIRQWAEK TLPNGKVVGEVINPETIHYKTLKPIKGGLFCERIFGPLKDHECACGKKFNIKNYLTKTVNNSSIQPIAESRQTQPNTQLS LNLQKRYFCRICDVEYTYSIIRRTQLGYIQLASPTTHVWFVKGIPSYISILLDMKKKHLQGITYNTETLTLENSFRGRQL LPVSPSSIFESWQKIMKKQYPEKYNLTNTMIKIKSTNTLPLRVSQPNSNTSYSYMPNIYIPEGEGEEKTKTKLKKTTPLN AIAQKGVKYKKPKTKKALYKQYLKNYYARKPKNSNQAEAVSFGVNKVQLPLTAFQQRNKVYFYKSEKRNWPVLTTVAKMQ YIVSKKGWFKLIQYVIKSAESYGAATPTKMDGLQEYKHFSKGIKTNILITVNHNLHFLNCLLSLRSPQFVKKYLKDLDSQ TPNVGLISINTILNFSSAQLPEIYKNELLKHLKMQTKSLVTPLYLLILAKDRGSSPLHLQKTNVSVSNLEDNSLNTTKFN SQISLSPFKLLNAPSTLLTNLSLKLDNVLIKLYNNQLSQSVNSNKVFLQNVVKLINKSSRSHIKLTHSNGLKLSKTFNHQ LWYTKIKNQKQLNPLFILTTILKGYTFNLIEPNLNKIALMLVLNLININSIKADKMLIHNQTNRNALNSTITTKLSKKIK IWPLLTPNVKTKVLLKFFIYTTFTQSVGFIKEFNFFKNKKTYQCIKSIKNYVKLPCYNIESDLVGEINAKSTNLKGKNLF GSLYYCSSLKMLKIFTLYFFFLKKTKKQLIYNLYNSVLADLKKLKNKYFKYLILSFTLFSYKKHLNLISPLSIFLLQLTQ NTALQKLVNKTNIIFSFNVNPFHNINMINDTNLSSMAVLYPSQSIKLLCTKFDGVKTQNSVWINRVILLATQDLDRYTGK RLISIKGSNMYLMGLTDTLIKVKMASKLAFSKLTDEMSLPPLTTLQLSIYTPQVEKSNNINVRLNIWHSKIGRQPDFIET ASQTKNLIVNNIYCLSHRELWEQDKDWQDFAYYYYSPGRINDKLIPLYKSRNYDSLFSMDYTLANTPQTAIYSLGMNINT AFSGAGLIQKLLNDFNFTELKKMDKQNRILLFQYNKHVQKLKKVMGTSSKGINTGNRKSRYQYYKACHIRDVLIRRTKLT RKIFNKLIPNDNFKTVDGQLTLKLVSSKGTSSAAETTKNVSVVTKIFNVSKLQALQNTTETNGLNMILTLLPVLPPVLRP VLKMSGQFTISDLNRLYQRIIYRNERLKKFLKDPALSSSFEMKYAQRLLQEAVDNLIQNGKSGVVPEKDARGRLLKSLSD ILKGKQGRFRQYLLGKRVDYSGRSVIVVGPRLRLHECGIPKEMALVLYSPFLIKRILNEKLADTYLSAKKLIRTNPLLVS QLLREIMKSCPVLLNRAPTLHRLGFQAFQPKLVDGKAILLHPLVCPAFNADFDGDQMAVHVPITFEARAEAWKLMLARNN LLSPATGEPLILPSQDMVLGCYYLTTNCAEKWSKLKKGSGMYFHNIHEVLKAYNQHLIHLHAVIWVNIQGHLETANNIEQ PLEIRIPLNQKYFYSQKGSYTALAGRPWQLLLREDAYSSNGLIAEANAGNLPQINVAEGEVNKNILDLRYLNLNYMEIYS KTHNLLNVNHSTLVAQRGQIKDNIHLPQLTTQIIRTTPGKILFNIIVKNAIEKRPKLLSKSNFKGGFIKNKLVNAIDQEI DNYFIRKNTALS A0A218N8D6 2.7.7.6 Glucose-6-phosphate 1-epimerase Chlamydomonas reinhardtii 0.06985135199999999 1 LEVO MATSRVQASLEASSSGRGIVFVNSSVRQPKLRANGGQAAFAPVTRVVSAGQRGLSSALQPPVATPQAGQPRSTQLQAVKE RTKAPKALTVADVDLEKLNEDWGIPGVVEFGEGQGGLPTVLLTHPQTNQKLVVYLYGATIAQWLKTDGTATFFDGPDLLY AEGVPLRTGVSVHFPQHRDGLLPQHGFADRMVWEVIGAGVDSPEVAEQLDGYLNHLQESGLISQEMLDAAAEGGEGSEAA AELQAALAQELEGANIAPHMLGDAAPFVMLRLRDTPATRKMWPHRFELCYKITLQTQEEATDADMRDVRASLGMAPGGLA PEQDAALAQAALEAAVMKRRAELEAEGQAAEDALANAASGRDRRADEAGEDEEAEGAEDQAPSDAAGKRRGRPRKTAEPA AAAAKDGEVVDGDEDDDEDVSYAPVPLGEPGAVGPEPYSPPVQIKQQFWLRNRDKRGSEALRFQLASNARFVTAQQPDCS DWIKVLGLGGSQVIDYTADPRYPELDLFEQDYLHYRGQPEDKTFVGAADATLYLCPGNRTHFEFIQKGGFKDMFVEQPEY DDEQPETGRLACIGTGYVASMKKLAPGKVWYAESAIRFHNRYWTPPIFGDDTMPPLPPIPTELLEGEGEEGDAFDDIPGG PGGDEPEN A0A2K3DSM7 Rubisco LSMT substrate-binding domain-containing protein Chlamydomonas reinhardtii 0.089099086 1 LEVO MLHRTRVPATAATASGKATQLPARVIVPCASEQQQSLAPSPSPHARGAGSVACRARRVDNDIAGMDLEERLERLDQISGR VGRLRSVYDRQSLLEQMGALDPALYQEETKDPDEEDDGEELVWIPYNSDPTTHNEIRAVEEPVPGGLGTHMVTTAGVDED EAIIQVPLHNCLLLYICEGLQTTDTLERQEAAADFQSMQATFLERWCEFHGPLPEALVAWLMEFGLQAPNARAKMAVWLL WLDACCESPYWKQALAALPQEADMPNLEFAADEELAQLQWAPLAIPVGVRREALREFYAAFCRSPLAADMGFEVAGIDAG AVSAASGGEESGSDSDQPSTSGRGGSGSAGKGSSGRGKGRGTKGRTTAEPVAAAAPAAAPAKRPLPPFERFLWAYCHAEA RSMAQGERIVFFPQASPVLYTTEPSATNTTIAFVAQDGPILDEWAVVAALKPLGPGAVLGASAPFLAGPARGGGGSTTQL LEQFGVLAPARTGGNAADLIDLQPDIGSLTDVVYKQAFGQEAATRLDMVTDPRVRHILSLIKTNDAEKEQMPFVKDILPA LQVSRLWGPGLISGVQRLRLVEVRGEVPPEDLEAVREEMYEEERVAEEVARIRAEAAAAAGDAPSPGPPPVEYDEFESWR QDPSLTELREVPGDLELIKTAAGRAEWRRMLAAWHSIPRAPANTREHGRLMDLAVAGAPVHKVFSSPRDITRELAAADAL LADIAKLLASFPTTAEQDQQLLAAAGAGAASGAARGRARSGRRTTASGSDSDGEGRSAAGTGAITSVRQQSIVSWRLEFK LVWGQMQGMVQEYRDALAAAEKAAEKEAGALAAV A0A2K3DDP1 UDP-3-O-acyl-N-acetylglucosamine deacetylase Chlamydomonas reinhardtii 0.06624868799999999 2 LEVO MNSTLNRRLAQTSTGVALLPCPRLHRLQTVSHSPIQAAAPCPARAAEQLPSLTSSRAVAAAAGRQAEAASATNDRKRTRL AADKSPELIDPQLLAPIPMPTEYQQTLWASFTIAGVGLHSGEYAVVRVRPAFAGEGRYFVRVPEGTNAARGEESLVRMLE AGAGKQPEEEEAMDDTATREYKRELIAAYQEYVDAQEDDGFNGTFADYMNGKSYVALLQRLREEGPPRFSFSEAEAPQPR GEDEPYVEAALANITEPNPFTTALAKGDVEVLGVEALLSALEACGVDNARIEIEGGAEVPVIDGSAGGWASQIQTSGLTH ALPRDDLPVPGGEFPAPADGEEAAAGDAEARKQRVCKMVLRPQEVVSVQRGASFVTLYPEDTFRLTVGLDRHLEAPVIGK QWFSWCMFEDLHYMHSLADARSWVSSPQQAMAMRDAGWLLGGTEGAMLIGNGDSWYDHTIVRHPRDEPARHQMQDLIGDL SLLARHGHSGLPLGHVVAYDADHELFAAFVERLQELTTEEDWVPIQDIAGPSVATDYEELLGSLLEGDEGEDDEGEGGEG AQLADQGAEEDEDEVYDEYEEDEGEGEEYDEYEEEGEEAPGPEAGRARR A0A2K3CSZ9 3.5.1.108 Uncharacterized protein A0A2K3DRS4 Chlamydomonas reinhardtii 0.038135762000000004 1 LEVO MPAARSLDSSECSTSYSAQHYRRTSRGERMRTCAAANDDDFKPAGAARRGRGKARAPPPPPPPPPQQGAEDEEEYEESLG ASLEDPAQGQLQRLLSRSGPGESVAADVGPAIKRPPTHPLDMYETLYGDQDSDWRDLPLGLLPRSADEERKLMAKLQVEA YFMRQWNHEDVDDLAFFEAEKMRGKANNIYANVRRVASMMNVIEAEDFAMAERQSYFTPWARAEIAFASEYDDFNAAVKA NIDSLVRQPLEEELRERLEAIGEATLLPPTEAEQQAPKFPSDADVSAYMMENFLEGVLPGVSLTNPNQRYADDIYGGDEE GADELLNMVEEQEGDGEAEPADE A0A2K3DRS4 SAP domain-containing protein Chlamydomonas reinhardtii 0.280466875 1 LEVO MLHVGQASAGRPVASSRSVARGPRPLQCPVSTFAPSSRRLIAEAKRGGRPTSEPSAAGDDADPLAAVAELNFRELQAELK ARGLPAGGKREELAERLAAALADEGAGAGASATGGSSSSSGSGSGNAKAAAGIDLDSALDLLEEVPYAELKALCAEAGLS AAGKKAELQQRLAEAAVAGDIDLVSPLEGEDLEQPEAARAASHGSAQSSAAAAADAAALLPELLALSAEELEASLSEYGV AAPGGGGGRGWRGDKRAMAQALAEAMVAEVTAELEEGGEAADEDELQEGGYDDDADGPDALFDAEMELGDADRKRLLAAE SEALRAQLGGSTRQQLYAALKELDRHATYTTRGVLLDRLVRARAEAALEATLQAAAKSPDAAAKLRKRIARAGSSSTPDA AGDAGAGAAGVAIDFSKLTLPDLKHMRVTDLRAALEHFGMDSNGNKYDMLERLKAHLVALQPGGVIRRGRTPAAVTAAAA AAAAAPEEGGGSAAEGSAAGGGAEGGEGEPSLDYVLGMNLRSLREELDKRGLSTAGARTQLQQRLMLELRAEAERSGRGA GGAGEAGGLADDDHDEEVLEGGLPVRLAALAELPLERRAAAAVAAAACDPARLLVLGGEAPVDVAVVAGGCPPGRLDAAA AALEAARAALDALYTAHMDSPLDAATRPDPAAVSRFAARAAEVGAAAAAAELEAAAAAAGDAGADSAQLLTGVTAVSAAP AAGGVPRAATGTVVSVWWLDGASGAATLLSPAQVYAATPAELAAGCLPGVHPGLLAVPPPSPLSLSTPALDVPVPAVASA ASSKAGVPTTYDSVAALAKHLKAAAHVVFPAVPAGGRAHCELAAALEDAGMGAVVGSGAEAAALTTDRVALLAKLSELNY PVSPLLHLTAADVAAAVAAARAEAAAAAAKAKAGAGGKRGRKTAEPEEAEASEEAAEEEADAEEVAVLRAAYAAVLAKVT AWFEQQAYHPEQQLVILRPRHSGGLATAADAATAMGAASAAALATQPLVAAAEGGAAAAALGAWTDMVLEAVPSPPAAAA AASSSPSSSGSATDMGSQSSVGKSGTVARFVCTVVETPDGPVALLPTELQVVDTDAAIRVHAAEVAEWEALKAGASDAEA AAAAAAAAAEEPEVWRLLGADPRSRVLPASLPSTVSARLHTPPRFSRKLAHAVRHAAAKLFGQLGLRDVATVEGWALLPH GYEAALQAVDEDGEPVVPVLWDEDPAILQRLAQQEAERIAADPSPLEAYYDAGSSWHADLDAFEPARYLSAASNGDHGAG VLLSAVDAAPPVSRSHPAVLAAAELGLPHAALLRNLANSALRRAAAAGDARALTPGGEYVPPEEVAEAAVLSVAMRDALA GGGEAADEASVAAQAAAAEAAAAPVALAPAALQLPMPPQLPLYHSAVLQHLREGDEYDQWVETVDPDYWDDAEGPLRVAV AEEHMHQAAEADSGLPRAYGDDPLPLATDMAAAVEVEGQRLLLDAAVEALGDFGAGLASAMRALPLEDALAEDAEISLRR VRPLPPPEELLGDGSDGTADDPRIRAAWQLAAISELARRHGWELLECADAVQEERDRAAAGEAAPSAEEAQAAAAAAESE QLVLEAMCEDDDEVMELRTGMVTPVQVYLRFKARMSRREPFAHPLLLSAATTLGYDEFVAPAGGEAQQQEEEVEAELVPA TSGKADSGRLQILPEGEDSPFGPGSTGDASSPTHPAAYVFNVPPDEAVELSAPMSAALLAEQLADNGADGGLVAAAAQPI LEAAAARMGLPQPSGIAGGSSSSTRVGSRAKRSGAVAEGEVEAGEEEEEVDGEEEEEEQGGGVRASAFDASEAEALTLME LGFRAEPVALDEASGAPLLAAVGPSIEGLHEEVVVGGWGGAFAQLPAFRPLAAILEEANLHPGPAAAASSSGADGEGTGA LADGGYGPEFEDDAEDDEEDGGFGAAERRALAASSSAGSGSAYAAEDEAGEEEPSSVAAVVRQVAADTGDDAQAMELAAT AAPLAPTRVWVVVGGDAAHHAGREAGMIAGANVLAKLGRYQDLVVEPFLMVPHGEGGDAEARRSELLRRRTQAVSGLGLT AGADMPHYLADLEAIRSTADVANPSGRMDMQPIYAVTPATLARSSVPDALWSVEATAAREGAALHALSELQRQQRAVHRD VQAELAAAGFEGVASMWDSNITGQPGPPPARPLDLTSFAEDAARAGAVVLVAGRGSMAECGALQSLLQLNGVPFVGPGPD QLALLWDKGELEELLADLRDSAGVQVPPRLIMPTATALVAADLDEDEADKMMSSLRGHVMGEAAAAAGTAPLLVRPAAEV AGVGVARLDTGADVVAYVAALAAGAEVLPADTLSHPHPEVRLPPLLPLELIFEPYVEADALMLVVGPGAGSGGGSEAAAA AATAEGSGAGKRKRRTTEAKAEEEAAGAGASAGASGAGGARLQCLGRSGWVEVCFSLIGPLGAMSCLPPSVRAAVVAAPD LQQAEEAGAAEGGGGAAAAVAALLAHSPVAPVCPPPAGVLAPEVLAAACQRAVAVADRLALRGVAQVEAFVSVATGELLV TDINPVPDLGPDSVIYRQAAAAGLLPADLLRQLLGLAIQAAAAPQAAAASFEGQMAALEAEAEEEGGPVRWDDVAYDEEE AAAAGVVGAGVDEEEEVEEEGGLGGLGDEEDEGEEGAVGGRRRRGGGGAEDDEDMLGQLEEMRGGVGADAEEEGFEEDFG EEAWGGGGAASSGSRGGRIFFEEDGVGMGAGAGIGGGYMPLSEAGRGVGRGGAGGRGGARKRYDDDDE A0A2K3CWF2 Uncharacterized protein A0A2K3D3G3 Chlamydomonas reinhardtii 0.18989435899999998 1 LEVO MRLGGPSCGASLAPIAIGWRLRGILPPTYTPSRIVCAHAAKRGRPRKTDEPAPEIAESEEPEAPAEDPAAPRRGRRSKKE KAQEEARDLLQSQQVDLEVLEEFKARAAAEDEARKAAIGGGEDDPRRLNFHRSLLAASARGLTAECSRIIDSMIDAGLQP GARAIHVWAYSHIVVGDGRAARRVAEEAKQTFGVEWIPETYVALMHGALSCNGEAPDLMAALQMWVAQQDAAAAGRNANP QLGFVFLAKELFRLRYSALAMQVVSEGYAAGFKPDDKLAALVIEQLCKQGLQAEAAAEMQRLLDAGLPVGPEQYDTLVRL EAARGSVEGARSMLQNFYTDARFSPPRASTYNALLKGLASGLRLAPLGGAFPAAALAGDEDGLDADEEAAAAGGRRLVLD GDSLDKLLVVLREEMVARGLRPGKETYAAMVESFAAVGDLDGALSAYDTLLRANGSPALLRKKYLGRLVVGLLVSDRPID ALRVLRDCSESSSFDDARESVTLPPAASDALPGPAAGGRTALTVWLQAHYETMRQRRGQRASVLQFMQDADMSSRREVDG VVLGLGGCVVTADGLFVPPSRMTTAELRAELSGAGIEVPASATGGSSSSTRSQLLKLVKDRRTKLPSGVIEMQAQLAAQL EAREEAELRAARKAAALASREESGGDDDFLWDDEAEEDEMEDDDDDDGPTGLDPNVASIIADEGTFEGGDSIEDSPTFFA AARGRLAATGEMQERDSLRVRGAAEAEEAEEEDEEAEVEDEEELEDEYEYDDVDVDVDDDDEDLPLIRLDDLDEDEDEEE DEEEDDDADDMLESVDMISGPGLDAAATASRNKRRRKRRVSDEDDDDYDEEDDELAELGLDDDAPLSDGLGPIPGANRRG REFIQMQKVDDDEAILDQVLAMSTFDASRFNEAAGMVVALRMLGLWAAVGGVPSAADFLALYEGAVVEAHPRCAADLAEQ LPVLEAGGDVSSEQLTEMMVTLANICLSPAKADAEAADRIITAMEDAGLAVPPGLYSGLAAALGGRKRTRESVLGRSGHE VAAVEWEAAGNMANVTLDADVEDIRGAEEGEGEAGATASTDEAEEEAEEGEEGEGEEELFAGYEEDPASQEAEELEWLFQ RDADEDDSWMDDLDTRPADVEEVRAEAEAKAAAARQEAAVANALERVRLVAGPAAAALLAQTIEQRDAARLEEAAKEAAV ASDTVAEERVDLMSSLETALVESGTVTVLPAVAAPQAWQAGGAGSGSGDGARPEEARADAELQDLTAEVEWQAKSMLELP PVVLAEAANAALAEMRAAGVVDEDDAAALQRIADKATVLEQLRAVSTAAAAAHPGGMDAAAEDVEAALGKLQAAEAAAMS YAAAVGLDAAAAGEDLAAAAREAAGWGEDEVLDFLDEIDETRGEMDEAEAAEMLTEEDLEPAVDHETALTGVAGELAEEA VRQAEALLELEAEGGINTGDGDTPDEADERLLSEAERGYRAALVLGLEDAEAQQAALQRAYQGAEAALKAGKKPKWSKEQ QAVAAALDAGDMGALQERLGLEGVEWIAGELRALAEREEMELPAGVDEADEDEVPVLPGGLALSERFMEAVRATVADRAA AAEAEGVPPAEVLGGELAVLDAMLALANGYRPQGFEGESVSDLAGANEDGEDGSELGRLLQQLRRDASDAMAAADAAVGT AREEQAFAAAASVVSELMEVASEVYEEAEEAAAEAEEAMGEYEEGEELSEEDEAASREAARQMLAALAALQPNAGLPFGA DGAGAEEEQGGAATAVAAPPAPAPPKAGRKGRGTRGTASSE A0A2K3D3G3 Mur ligase central domain-containing protein Chlamydomonas reinhardtii 0.08641742999999999 1 LEVO MLAQQLARSVRRPAAPPCTSSPCTICPVVVRQPANKCHAPRIAPVAPAPARQTLCAARRGRPPGGPPEPTPEGPEPEFFE DDDINYEDEAEDGEFVEQLDPHTRRLMGIAEQREDVEEAGYEEYEEYEEAEDEGALDDAAEADRDGIAADEDVGEPSTSY PEPPDRAFRAPDLFGEAALFEAALWLAAHFPNIEVTGVQSNPHLVTPGDVYVHHEGLTDEDQVAAVSVALEQGAVLVVAP HLPKDSTGLHVGEDPLEGVVPDEVPLVRVKDSTEAGSRLAAAFYETPSRNMVTVGVVGLLGKTTTSWLVRGILEELGQTV GLMSSIEHAIAEDRLDEDGYLWEPLEEDPSADRESSVPFKLIPYEGKYEQHYGRRLPGLNAQKVLAGMRDRGAGVAVVEL QADGLMLGTYDFMSLNVAVVTSLSPRPGVPAAQQPAELVAAAADEVHAAIELLSARLVDPETQALVLNADDPAAEQLLER LGGAVPVVTYGVVNKGADVVAESIKSNIWETELIVRTPGGRLQIITNLLGRHNVANVLAAVATGVALKAPLASIVAGIEA VEIPGRSEVIDEGQEFSVVVDAARTPEALGDMLDALRAGGARQIFTVFGCSGNEDASIRPRMGAVAHAKSDYVIITNENP RLEDPAKVVADIVAGFPDDMVNRYSAYAYFPFQDQGRTPLWFEPYLQKAQRDNKRYVMEDRYSAIRAAIGTAGPEDVVLL AGKGSEDWVEHADEDGSVLTGWLDDRVEARNALSKLKYLKQIPRFSRETLPWGSRIEGLMETLAVDPAELSAAAVGGLEG ALD A0A2K3D404 Coenzyme Q-binding protein COQ10 START domain-containing protein Chlamydomonas reinhardtii 0.043963891 1 LEVO MRQLSVLDSGSRPAAQPVASCSYTTLPNFTSRRIHQRQHACGRGADQSAGRRRLAAPAPLLAPHRLTDNSRPSIACASGE EVISGYTPANYISFSEQPGDVAGHGFSVVVDAPSSVCFGIWNDWNRLVEFLDLVAQIGLDPKNPDMALFQTFYRHGLLPV MEIVFVLQKTQVVENERIEFESVWGMPMSGSVSFRPVDGAGGSRTEVTLEFAQALPTLLVDLKVGVFGVQNSLRPILSDN LVAFKELAEELAAAESSQKGKAGKGARPRQEAGDRQFLLFDERADMQAYAEMMEMMQDAELQQQEQQRQAAAAAQRASAA ASQPQQQEQTPAEEDTARQQGPGTAAAAAGPAVAGSGRAGRGTRRTTRTTTDAAGGTAAGGRAASDAAAAGGGQGPDDRS SGRKRSVRSTRGAS A0A2K3DEZ2 S1 motif domain-containing protein Chlamydomonas reinhardtii 0.040289796999999995 1 LEVO MQGALRGLGARPPTNCGGASCSGRVGPCSAQLNPRGMVPTVGRGHQHRILPPCRITSTQKELFQSKEAKDMNIEDKGEDL YMDLPDPQVFDAEKGPLEKRIQRTFDQAVKDDIVDLRDTEYWFSTPEETWNSKPQRVHFMEQDEEPLTPQAWHPPQEGLP EGDERIAFTELEEGRVYLGMVTDVWLYHGVQVDIGAEFDGLIPCTEEQWELAVDHIDVGEVVLVEVHKMRQPGLYRWPLQ LKFCVKGLQDLMTPPDEYTSPVDHGWAVDQGWSAEDIAEAAGRQLEVPSYFMPHDEQKQAEDVIDGYGTGEMYWRSSRSE PLEDYVDDPLEDPAAEQMKRRQAEVDAAAADLLRGL A0A2K3DL30 Uncharacterized protein Chlamydomonas reinhardtii 0.041104062 1 LEVO MDCSALAARRALSQCAGPSSRCLVPAALPQSRPRTCSRSTGHAAGHRATTIVARANGKTVTPSPLFDEVAESEGFIRLVS PDSAEPNFDDPDWISKVDDWHEFWNYNNWELEVEDIETEEGNIAGPMEAVRRAEKLVDAFAEMDMRTDIVNWMGTQWSED TFEEDKYANPPMDPERPDPNPPLTLWDLRARAEKARQRQLIDAEWHRRQNRIGKLWYPHMDEYRDMRVRDNPVEGYRHDW TEEQIQLLITNNGIACDPKTHGALTENPLANQDYHALGVRYLEETEELLERTGHLASTNLRTQFDREFILHGEDYGEDEA EAELDAMRREAEREALIEAGIDPDEEDPDSEVVGEVRLG A8HQ14 Uncharacterized protein Chlamydomonas reinhardtii 0.040748148 1 LEVO MQLGRQLSAHAGTCRQQALRCSSLARSAPPPAICPSRAPTQPCSRGSVQLHAKRTGGRSKTQEGSDDASGWDAALADIPT EDDEAASEDFEESDAERSAGQAGEAGEPSTSYAPVGKVSSGPRAPKAPSSLLSLAEYNMLMEAKAIREAQEEAERLEREI AEGRGVVVTEPVPIDVNRQGFQVFPIDGGDLELLVAQDGQGLLALADSYVAARQPAAEGGWAYSRVKLEGEVPTGASVYT VVPWVERGGSDMFKRKAATNKVKKVYFINMAPADDDSGEAAFNLDAVFCFDGKSRTMALSEVRLVGQPPLMEPVLRIRPS GLTLEESYLLPDPIEISMNTAVDLADMSEEELAERLAELEAQAEALDELDEAPDVPSVDNY A0A2K3CST8 Uncharacterized protein Chlamydomonas reinhardtii 0.04489146499999999 2 LEVO MEASCSSHCQGAATSRLGQRGWRMPPARVLRLRMQASMPVEIGKLEKQPIPVPKDYKPSVVPGSRTRPTPRLDAVQMIDR LQRTLPVYVREQFGSFYSSHMGGIVTDPALMMLPPDDQLVCKGHGVSEVVVLREGHIYLLDRHIQRLKESCEQVGIALPF EEASLKRILLDVAAASGRVNGVVRFWATPGRGGFSTVETGGAEPAFYALCLGDTYYMDRMEAWPAMLVSQPVTPTLTSNV PGNQHLLTSVTQLIAGEEGMKATLFTDEEGFVQHGSGFTVCILTNSDVLVYPPNAHVTPSITLERILEMIPAERARSPDD VVVREVQQRKLHISELQAAKEAFLVCTTYTVAPLASVDGAPIADGATGVTTLALHYMLDNDMRPPPPGVISDRHTSVPYG YLTGMRDQLV A8HT91 singleParticle particle 7.5 ETHANE-PROPANE TFS KRIOS FLOOD BEAM BRIGHT FIELD FIELD EMISSION GUN 300 0.5 2.0 FEI FALCON IV (4k x 4k) 60.0 1 PHASE FLIPPING AND AMPLITUDE CORRECTION 2.65 FSC 0.143 CUT-OFF cryoSPARC 650394 ANGULAR RECONSTITUTION ANGULAR RECONSTITUTION emd_56766.map.gz 1 IMAGE STORED AS FLOATING POINT NUMBER (4 BYTES) 588 588 588 0 0 0 588 588 588 558.6 558.6 558.6 90.0 90.0 90.0 X Y Z 0.093070015 0.62264305 0.20098166 0.0078017986 0.95 0.95 0.95 0.235 AUTHOR ::::EMDATABANK.org::::EMD-56766:::: Cryo-EM single particle structure of the Plastid-Encoded RNA Polymerase (PEP)from Chlamydomonas reinhardtii.