eF-site ID 6fyx-ACDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmopqrs PDB Code 6fyx Chain A, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z, a, b, c, d, e, f, g, h, i, j, k, l, m, o, p, q, r, s Title Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C1) Classification RIBOSOME Compound tRNAi Source ORGANISM_SCIENTIFIC: Saccharomyces cerevisiae; ORGANISM_COMMON: Yeast; Sequence A:  SLPSTFDLTSEDAQLLLAARVHLGAKNVQVHQEPYVYKAR PDGVNVINVGKTWEKIVLAARIIAAIPNPEDVVAISSRTY GQRAVLKYAAHTGATPIAGRFTPGSFTNYITRSFKEPRLV IVTDPRSDAQAIKESSYVNIPVIALTDLDSPSEYVDVAIP CNNRGKHSIGLIWYLLAREVLRLRGALPDRTQPWAIMPDL YFYRNPEEIEQQTAEEEAV C:  EEKGWVPVTKLGRLVKAGKISSIEEIFLHSLPVKEFQIID QLLPNLKDEVMNIKPVQKQTRAGQRTRFKAVVVVGDSNGH VGLGIKTAKEVAGAIRAGIIIAKLSVIPIRRGYWGTNLGQ PHSLATKTSGKCGSVSVRLIPAPRGSGIVASPAVKKLMQL AGVEDVYTSSTGSTRTLENTLKAAFVAIGNTYGFLTPNLW EVQALTPSPMDVYADYATAS D:  AIISKKRKLVADGVFYAELNEFFTRELAEEGYSGVEVRVT PTKTEIIIRATKVQDVVGENGRRINELTLLIEKRFKYKRG TIALYAERVHDRGLSAVAQAESMKFKLLNGLAIRRAAYGV VRYVMESGAKGCEVVISGKLRAARAKSMKFADGFLIHSGQ PVNDFIETATRHVLLRQGVLGIKVKIMKDPSRNTSGPKAL PDAVTIIEPKEEEPVLEPSVKDYRPTE E:  ARGPKKHLKRLAAPHHWMLDKLSGCYAPRPSAGPHKLRES LPLIVFLRNRLKYALNGREVKAILMQRHVKVDGKVRTDTT FPAGFMDVITLEATNENFRLVYDVKGRFAVHRITDEEASY KLAKVKKVQLGKKGIPYVVTHDGRTIRYPDPNIKVNDTVK VDLATGTITDFIKFDTGKLVYVTGGRNLGRVGTIVHRERH EGGFDLVHIKDSLENTFVTRLNNVFVIGEPGRPWISLPKG KGIKLTISEERDRRRAQHGL F:  FVPVELATTIPVEIQQAQQEIKLFNKWSFEDVEVKDASLV DYIQISKPIYVAHTAGRYANKRFRKAQCPIVERLTNSLMM NGRNNGKKLKAVRIVKHTLEIINVLTDQNPLQVVVDAIIN SGPREDTTRVGGGGAARRQAVDVSPLRRVNQSIALLTIGA REAAFRNIKTIAETLAEELINAAKGSSTSYAIKKKDELER VAKSNR G:  MKLNISYPINGTQKCIEIDDEHRVRVFYDKRIGQEVDGES VGDEFKGYVFKIAGGNDKQGFPMKQGVLLPTRVKLLLAKG HSCYRPRRNGERKRKSVRGAIVGPDLAVLALIITKKGEQE IEGITNDTVPKRLGPKRANNIRKFFGLTKEDDVRDYVIRR EVTKGDKSYTKAPKIQRLVTPQRLQRKRQQKSLKIKNAQA QREAAAEYAQLLAKRLSERKAEKAEVRKRR H:  PQAKILSQAPTELELQVAQAFIDLENNSPELKADLRALQF KSIREIEVAGGKKALAVFVPVPSLAAYHKVQIKLTRELEK KFQDRHVIFLAERRILPKPSRKSRQTQKRPRSRTLTAVHD KILEDLVFPTEIVGKRVRYLVGGNKIQKILLNSKDVQHID NKLESFQAVYNKLTGKQIVFEIPS I:  GISRDSRHKRAATGAKRAQFRKKRKFELGRQAANTKIGTK RIHPVRTRGGNQKFRALRIETGNFSWASEGVARKTRITGV VYHPSNNELVRTNTLTKAAIVQIDATPFRQWYESHYGQSL GKTSKNTERKWAARAAEAKIEHAVDSQFGAGRLYAAISSR PGQSGRCDGYILEGEELAFYLRRLTAKK J:  PRAPRTYSKTYSTPKRPYESARLDAELKLAGEYGLKNKRE IYRISFQLSKIRRAARDLLTRDEKDPKRLFEGNALIRRLV RIGVLSEDKKKLDYVLALKVEDFLERRLQTQVYKLGLAKS VHHARVLISQRHIAVGKQIVNIPSFMVRLESEKHIDFART SPFGGARPGRVARKRAAAAGGE K:  MLIPKEDRKKIYQHLFQEGVLVAKKDFNQPKHEEIDTKNL FVIKALQSLTSKGFVKTQFSWQYYYYTLTEEGVVYLREYL NLPEHIFPATYLAGQS L:  STELTVQSERAFQKQPHIFTNPKAKANRKTKRWYKNVGLG FKTPKTAIEGSYIDKKCPFTGLVSIRGKILTGTVVSTRMH RTIVIRRDYLHYVPKYNRYEKRHKNVPAHVSPAFRVQVGD IVTVGQCRPISKTVRFNVLKVASATGKANKQFAKF M:  IEDALKVVLRTSLVHDGLARGLRESAKALTRGEGQLAVLV ESVTEEAISKLVQGLATENVPLIKVADAKQLGEWAGLGKI DRDGNARKVVGASVVVVKNWGADTQEREILLEHFSQQ N:  MGRMHSKGKGMSSSAIPYSRNAPAWFKGSSDGVVEQIIKY ARKGLTPSQIGVLLRDAHGVTQAKVITGNKILRILKSNGL APEIPEDLYFLIKKAVSVRKHLERNRKDKDAKFRLILIES RIHRLARYYRTVSVLPPNWKYESATASALVN O:  DNSQVFGVARIFASFNDTFVHVTDLSGRETIARVTGGMKV KADRDESSPYAAMLAAQDVAAKCKEVGITAVHIKIRATGG TRSKTPGPGGQAALRALARSGLRIGRIEDVTPVPSDSTRK KGGRRGRRL P:  KTYSYKGVDLEKLLEMPTEDFVKLAPARVRRKFARGLSEK PAGLMKKLRAAKLSAPENEKPAVVRTHLRNMIIVPEMIGS VVGVYNGKVFNQVEIRPEMVGHYLGEFSITYTPVRHG Q:  TVPSVQTFGKKKSATAVAHVKAGKGLIKVNGSPITLVQPE ILRFKVYEPLLLVGLDKFANIDIRVKVTGGGHVSQVYAIR QAIAKGLVAYHQKFVDEQSKNELKKAFTSYDRTLLIADSR RPEPKKFGGRGARSRFQKSYR R:  GRVRTKTVKRASKALIEKYYPKLTMDFQTNKRLCDEIATI QSKRLRNKIAGYTTHLMKRIQKGPVRGISFKLQEEERERK DQYVPDVSALDLSHSNDVLNVDTQTAELVNSLGLKLPLSV SSVSAVRDRR S:  SLVVQEQGSFQHILRLLNTNVDGNINVVYALTTIRGVGRR YANLVCKKADVDLHKRAGELTQEELERIVQIMQNPTHYKI PAWFLNRQKDVNDGKDYHSLANNLESKLRDDLERLKKIRS HRGIRHFWGLRVRGQHTKTTGRRRA T:  PGVSVRDVPAQDFINNYASFLQRQGKLEVPGYVDIVKTSA GNELPPQDSEGWFYKRAASVARHIYLRKQVGVGKLNKLYG GAKNRGVRPHKHVDASGSINRKVLQSLEKLGVVEISPKGG RRISDNGLRDLDRIAAATLEDEE U:  QEVVIHKIRINLTSTKVKQLENVSANIIKNAETFKLVKKG PVRLPTKVLKISTRKTPNGEGSKTWDTYEMRIHKRYIDLE APAHIVKRITQITIEPGVDVEVIIAA V:  MENDKGQLVELYVPRKCSATNRIIKAKDHSSVQINIAQVD EEGRAIPGEYVTYALSGYIRARGEADDSLNRLAQQDGLLK NVWSYSR W:  TRTSVLADALNAINNAEKTGKRQVLIRPSSKVIIKFLQVM QKHGYIGEFEYIDDHRSGKIVVQLNGRLNKCGVISPRFNV KIADVEKWTANLLPARQFGYVILTTSAGIMDHEEAHRKHV SGKILGFVY X:  GKGKPRGLNSARKLRVHRRNNRWAETTYKKRLLGTAFKSS PFGGSSHAKGIVLEKIGIESKQPNSAIRKCVRVQLIKNGK KVTAFVPNDGCLNFVDENDEVLLAGFGRKGKAKGDIPGVR FKVVKVSGVSLLALWKEKKEKPRS Y:  SDAITIRTRKVISNPLLARKQFVVDVLHPNRANVSKDELR EKLAEAYKAEKDAVSVFGFRTQYGGGKSTGFGLVYNSVAD AKKFEPAYRLVRYGLAEKVEKASRQQRKQRKNRGKKIFGT GKSIAKKAARRNAD Z:  SKKSHKDKAKHAVVLDQDKFDRIMKEAPTYRYVSVSVLVD RFKLGGSLARVALRHLENEGIIKPVSKHSKQAIYTRAT a:  PKKRASNGRNKKGRGHVKPVRCVNCSRSVPKDKAIKRMAI RNIVEAAAIRDLSEASVYAEYALPKTYNKLHYCISCAIHA RIVRVRSRTDRRIRAPPQRPRFN b:  VLVQDLLHPTAASEARKHKLKTLVQSPRSHFLDVKCPGCL NITTVFSHAQTAVTCESCSTVLCTPTGGKAKLSEGTSFRR K c:  KTPVTLAKVIKVLGRTGSRGGVTQVRVEFLEDTTRTIVRN VKGPVREGDILVLMESEREARRLR d:  AHENVWYSHPRKFGKGSRQCRISGSHSGLIRKYGLNIDRQ SFREKANDIGFYKYR e:  GKVHGSLARAGKVKSQTPKVEKQEKPKQPKGRAYKRLLYT RRFVNVTLTNGKRKMNPSPS f:  GKKRKKKVYTTPKKIRHKHKKVKLAVLNYYKVDDEGKVAK LRKECPNCGPGIFLANHGDRFYCGKCHSTFATQK g:  SSNIMLVLRGTLEGHNGWVTSLSTSAAQPNLLVSGSRDKT LISWRLTENEQQFGVPVRSYKGHSHIVQDVVVSADGNYAV SASWDKTLRLWNLATGNSEARFVGHTGDVLSVAIDANSSK IISASRDKTIRVWNTVGDCAYVLLGHTDWVTKVRVAPKNL EDVDDGRITFVSAGMDKIVRSWSLNSYRIEADFIGHNNYI NVVQPSPDGSLAASAGKDGQIYVWNLKHKSAFMNFDAKDE VFALAFSPSRFWLTAATASGIKIYDLENEVLIDELKPEFA GYTKAQDPHAVSLAWSADGQTLFAGYTDNVIRVWQVMTAN h:  MRAKWRKKRTRRLKRKRRKVRARSK i:  GKKNTKGGKKGRRGKNDSDGPKRELIYKEEGQEYAQITKM LGNGRVEASCFDGNKRMAHIRGKLRKKVWMGQGDIILVSL RDFQDDQCDVVHKYNLDEARTLKNQGELPENAKINETDNF G j:  TSHCRFYENKYPEIDDIVMVNVQQIAEMGAYVKLLEYDNI EGMILLSELSRRRIRSIQKLIRVGKNDVAVVLRVDKEKGY IDLSKRRVSSEDIIKCEEKYQKSKTVHSILRYCAEKFQIP LEELYKTIAWPLSRKFGHAYEAFKLSIIDETVWEGIEPPS KDVLDELKNYISVKIRADVEVSCFSYEGIDAIKDALKSAE DVKVKLVAAPLYVLTTQALDKQKGIEQLESAIEKITEVIT KYGGVCNIT k:  LSAEIINRQATINIGTIGHVAHGKSTVVRAISGVQTVRFK DELERNITIKLGYANAKIYKCQEFKSDKEISPKCQRPGCP GRYKLVRHVSFVDCPGHDILMSTMLSGAAVMDAALLLIAG NESCPQPQTSEHLAAIEIMKLKHVIILQNKVDLMREESAL EHQKSILKFIRGTIADGAPIVPISAQLKYNIDAVNEFIVK TIPVPPRDFMISPRLIVIRSFDVNKPGAEIEDLKGGVAGG SILNGVFKLGDEIEIRPGIVTDDKGKIQCKPIFSNIVSLF AEQNDLKFAVPGGLIGVGTKVDPTLCRADRLVGQVVGAKG HLPNIYTDIEINYFLLRRLLGVKKQAKVRKLEPNEVLMVN IGSTATGARVVAVKADMARLQLTSPACTEINEKIALSRRI EKHWRLIGWATIKK l:  VGLPYSELLSRFFNILRKFRIPPPVCLRDGKKTIFSNIQD IAEKLHRSPEHLIQYLFAELGTSGSVDGKRLVIKGKFQSK QMENVLRRYILEYVTCKTCKSINTELKRENRLFFMVCKSC GSTRSVSS m:  INICRDNHDPFYRYKMPPIQAKVEGRGNGIKTAVLNVADI SHALNRPAPYIVKYFGFELGAQTSISVDKDRYLVNGVHEP AKLQDVLDGFINKFVLCGSCKNPETEIIITKDNDLVRDCK ACGKRTPMDLRHKLSSFILKNPPDSVS o:  FRPENAIKRADELISVGEKQAALQSLHDFITARRIRWATP STVEPVVFKFLEIGVELKKGKLLKDGLHQYKKLIQGSTEG LVSVGAVARKFIDLVESKIASEQTRADELQKQEIDAITSW LRFTWESYRAVLDLLRNNALLEITYSGVVKKTMHFCLKYQ RKNEFKRLAEMLRQHLDAANYQQSDADTLQRYLDQRFQQV DVSVKLELWHEAYRSIEDVFHLMKISKRAPKPSTLANYYE NLVKVFFVSGDPLLHTTAWKKFYKLYSTNPRATEEEFKTY SSTIFLSAISTQLDEIPSIGYDPHLRMYRLLNLDAKPTRK EMLQSIIEDESIYGKVDEELKELYDIIEVNFDVDTVKQQL ENLLVKLSSKTYFSQYIAPLRDVIMRRVFVAASQKFTTVS QSELYKLATLPAPLDLSAWDIEKSLLQAAVEDYVSITIDH ESAKVTFAKDPAAKKARIEEVRKRRYEEAIARRKEEIANA ERQKRAQELAEATRKQREIEEAAAKKSAGRTAGGSSPATP ATPATPATP p:  EFNFDQYIVVNGAPVIPSAKVPVLKKALTSLFSKAGKVVN MEFPIDEATGKTKGFLFVECGSMNDAKKIIKSFHGKRLDL KHRLFLYTMKDVERYNSPSSSLKSWLMDDKVRDQFVLQDD VKTSVFWNSMFNEEDSLVESRENWSTNYVRFSPKGTYLFS YHQQGVTAWGGPNFDRLRRFYHPDVRNSSVSPNEKYLVTF STEPIIVEEDNEFSPFTKKNEGHQLCIWDIASGLLMATFP VIKSPYLKWPLVRWSYNDKYCARMVGDSLIVHDATKNFMP LEAKALKPSGIRDFSFAPEGVKLQPFRNGDEPSVLLAYWT PETNNSACTATIAEVPRGRVLKTVNLVQVSNVTLHWQNQA EFLCFNVERHTKSGKTQFSNLQICRLTERDIPVEKVELKD SVFEFGWEPHGNRFVTISVHEVADMNYAIPANTIRFYAPE TKEKTDVIKRWSLVKEIPKTFANTVSWSPAGRFVVVGALV GPNMRRSDLQFYDMDYPGEKNINDNNDVSASLKDVAHPTY SAATNITWDPSGRYVTAWSSSLKHKVEHGYKIFNIAGNLV KEDIIAGFKNFAWRPRPSILSNAERKKVRKNLREWSAQFE EQDAMEADTAMRDLHQRELLKQWTEYREKIGQEMEKSMNF KIFDVQP q:  XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQED FFTRLQTIIDSRGKKTVNQQSLISTLEELLTVAEKPYEFI MAYLTLIPSRFDASANLSYQPIDQWKSSFNDISKLLSILD QTIDTYQVNEFADPIDFIEDEPKEDSDGVKRILGSIFSFV ERLDDEFMKSLLNIDPHSSDYLIRLRDEQSIYNLILRTQL YFEATLKDEHDLERALTRPFVKRLDHIYYKSENLIKIMET AAWNIIPAQFKSKFTSKDQLDSADYVDNLIDGLSTILSKQ NNIAVQKRAILYNIYYTALNKDFQTAKDMLLTSQVQTNIN QFDSSLQILFNRVVVQLGLSAFKLCLIEECHQILNDLLSS SHLREILGQQSLHRISLNSSNNASADERARQCLPYHQHIN LDLIDVVFLTCSLLIEIPRMTAFYSGIKVKRIPYSPKSIR RSLEHYDKLSFQGPPETLRDYVLFAAKSMQKGNWRDSVKY LREIKSWALLPNMETVLNSLTERVQVESLKTYFFSFKRFY SSFSVAKLAELFDLPENKVVEVLQSVIAELEIPAKLNDEK TIFVVEKGDEITKLEEAMVKL r:  SVAERKNWHKYGSEKGSPAGPSAVTARLGEEVELRLSRNW KQAEEERIQ s:  MKAIKLTGHERPLTQVKYNKEGDLLFSCSKDSSASVWYSL NGERLGTLDGHTGTIWSIDVDCFTKYCVTGSADYSIKLWD VSNGQCVATWKSPVPVKRVEFSPCGNYFLAILDNVMKNPG SINIYEIERDSATHELTKVSEEPIHKIITHEGLDAATVAG WSTKGKYIIAGHKDGKISKYDVSNNYEYVDSIDLHEKSIS DMQFSPDLTYFITSSRDTNSFLVDVSTLQVLKKYETDCPL NTAVITPLKEFIILGGGQGKFEARFYHKIFEEEIGRVQGH FGPLNTVAISPQGTSYASGGEDGFIRLHHFEKSYFDFKYD VEKAAEAKEH Description Functional site 1) chain G residue 88 type sequence R description binding site for residue MG 2 1846 source : AG5 2) chain G residue 91 type sequence E description binding site for residue MG 2 1846 source : AG5 3) chain T residue 44 type sequence E description binding site for residue MG 2 1859 source : AH9 4) chain i residue 13 type sequence R description binding site for residue MG 2 1879 source : AJ5 5) chain Q residue 142 type sequence Y description binding site for residue MG 2 1884 source : AJ9 6) chain T residue 79 type sequence L description binding site for residue MG 2 1890 source : AK5 7) chain m residue 30 type sequence N description binding site for residue MG 2 1893 source : AK8 8) chain a residue 9 type sequence G description binding site for residue MG 2 1897 source : AK9 9) chain a residue 34 type sequence K description binding site for residue MG 2 1897 source : AK9 10) chain X residue 60 type sequence E description binding site for residue MG 2 1898 source : AL1 11) chain X residue 68 type sequence I description binding site for residue MG 2 1898 source : AL1 12) chain i residue 62 type sequence R description binding site for residue MG 2 1898 source : AL1 13) chain a residue 23 type sequence C description binding site for residue ZN a 500 source : AN2 14) chain a residue 26 type sequence C description binding site for residue ZN a 500 source : AN2 15) chain a residue 74 type sequence C description binding site for residue ZN a 500 source : AN2 16) chain a residue 77 type sequence C description binding site for residue ZN a 500 source : AN2 17) chain b residue 56 type sequence C description binding site for residue ZN b 101 source : AN3 18) chain b residue 59 type sequence C description binding site for residue ZN b 101 source : AN3 19) chain b residue 61 type sequence T description binding site for residue ZN b 101 source : AN3 20) chain b residue 62 type sequence V description binding site for residue ZN b 101 source : AN3 21) chain f residue 121 type sequence C description binding site for residue ZN f 501 source : AN4 22) chain f residue 124 type sequence C description binding site for residue ZN f 501 source : AN4 23) chain f residue 139 type sequence C description binding site for residue ZN f 501 source : AN4 24) chain f residue 141 type sequence K description binding site for residue ZN f 501 source : AN4 25) chain f residue 142 type sequence C description binding site for residue ZN f 501 source : AN4 26) chain k residue 142 type sequence Y description binding site for residue MET k 601 source : AN5 27) chain k residue 144 type sequence N description binding site for residue MET k 601 source : AN5 28) chain k residue 381 type sequence F description binding site for residue MET k 601 source : AN5 29) chain k residue 382 type sequence A description binding site for residue MET k 601 source : AN5 30) chain k residue 383 type sequence E description binding site for residue MET k 601 source : AN5 31) chain k residue 395 type sequence L description binding site for residue MET k 601 source : AN5 32) chain k residue 114 type sequence S description binding site for residue MG k 602 source : AN6 33) chain k residue 137 type sequence T description binding site for residue MG k 602 source : AN6 34) chain k residue 193 type sequence D description binding site for residue MG k 602 source : AN6 35) chain k residue 108 type sequence H description binding site for residue GCP k 603 source : AN7 36) chain k residue 109 type sequence V description binding site for residue GCP k 603 source : AN7 37) chain k residue 111 type sequence H description binding site for residue GCP k 603 source : AN7 38) chain k residue 112 type sequence G description binding site for residue GCP k 603 source : AN7 39) chain k residue 113 type sequence K description binding site for residue GCP k 603 source : AN7 40) chain k residue 114 type sequence S description binding site for residue GCP k 603 source : AN7 41) chain k residue 115 type sequence T description binding site for residue GCP k 603 source : AN7 42) chain k residue 127 type sequence R description binding site for residue GCP k 603 source : AN7 43) chain k residue 135 type sequence N description binding site for residue GCP k 603 source : AN7 44) chain k residue 136 type sequence I description binding site for residue GCP k 603 source : AN7 45) chain k residue 196 type sequence G description binding site for residue GCP k 603 source : AN7 46) chain k residue 249 type sequence N description binding site for residue GCP k 603 source : AN7 47) chain k residue 250 type sequence K description binding site for residue GCP k 603 source : AN7 48) chain k residue 285 type sequence A description binding site for residue GCP k 603 source : AN7 49) chain k residue 286 type sequence Q description binding site for residue GCP k 603 source : AN7 50) chain l residue 238 type sequence T description binding site for residue GCP k 603 source : AN7 51) chain l residue 264 type sequence S description binding site for residue GCP k 603 source : AN7 52) chain l residue 236 type sequence C description binding site for residue ZN l 301 source : AN8 53) chain l residue 238 type sequence T description binding site for residue ZN l 301 source : AN8 54) chain l residue 264 type sequence S description binding site for residue ZN l 301 source : AN8 55) chain m residue 99 type sequence C description binding site for residue ZN m 501 source : AN9 56) chain m residue 121 type sequence C description binding site for residue ZN m 501 source : AN9 57) chain m residue 126 type sequence K description binding site for residue ZN m 501 source : AN9 58) chain m residue 128 type sequence T description binding site for residue ZN m 501 source : AN9 59) chain s residue 302 type MOD_RES sequence S description Phosphoserine => ECO:0007744|PubMed:18407956 source Swiss-Prot : SWS_FT_FI1 60) chain k residue 249 type MOD_RES sequence N description Phosphoserine => ECO:0007744|PubMed:18407956 source Swiss-Prot : SWS_FT_FI1 61) chain k residue 284 type MOD_RES sequence S description Phosphoserine => ECO:0007744|PubMed:18407956 source Swiss-Prot : SWS_FT_FI1 62) chain p residue 669 type MOD_RES sequence S description Phosphoserine => ECO:0007744|PubMed:18407956 source Swiss-Prot : SWS_FT_FI3 63) chain J residue 105-129 type prosite sequence LERRLQTQVYKLGLAKSVHHARVLI description RIBOSOMAL_S4 Ribosomal protein S4 signature. LErRLqtqVYKlglAkSvhhARvLI source prosite : PS00632 64) chain G residue 52-63 type prosite sequence IAGGNDKQGFPM description RIBOSOMAL_S6E Ribosomal protein S6e signature. IAGGnDkqGfPM source prosite : PS00578 65) chain E residue 8-22 type prosite sequence HLKRLAAPHHWMLDK description RIBOSOMAL_S4E Ribosomal protein S4e signature. HlKRLAaPhhWmLdK source prosite : PS00528 66) chain Q residue 71-89 type prosite sequence GGGHVSQVYAIRQAIAKGL description RIBOSOMAL_S9 Ribosomal protein S9 signature. GGGhvSQvyAirqAiAKGL source prosite : PS00360 67) chain R residue 41-56 type prosite sequence IQSKRLRNKIAGYTTH description RIBOSOMAL_S17E Ribosomal protein S17e signature. IqSKrLRNkIAGYtTH source prosite : PS00712 68) chain V residue 11-19 type prosite sequence LYVPRKCSA description RIBOSOMAL_S21E Ribosomal protein S21e signature. LYVPRKCSA source prosite : PS00996 69) chain a residue 73-80 type prosite sequence YCISCAIH description RIBOSOMAL_S26E Ribosomal protein S26e signature. YCISCAIH source prosite : PS00733 70) chain Y residue 64-86 type prosite sequence YGGGKSTGFGLVYNSVADAKKFE description RIBOSOMAL_S24E Ribosomal protein S24e signature. YGggKStGFGlVYNSvadakkfE source prosite : PS00529 71) chain D residue 147-183 type prosite sequence AKSMKFADGFLIHSGQPVNDFIETATRHVLLRQGVLG description RIBOSOMAL_S3 Ribosomal protein S3 signature. AKsmkfadGfLihSgqpVndfIEtatrhvlLrqGvlG source prosite : PS00548 72) chain M residue 20-38 type prosite sequence ALKVVLRTSLVHDGLARGL description RIBOSOMAL_S12E Ribosomal protein S12e signature. ALKvvLrtSlvhDGLarGL source prosite : PS01189 73) chain b residue 36-68 type prosite sequence KCPGCLNITTVFSHAQTAVTCESCSTVLCTPTG description RIBOSOMAL_S27E Ribosomal protein S27e signature. KCpgClnittvFShAqtavtCesCStvLctPtG source prosite : PS01168 74) chain A residue 14-25 type prosite sequence AQLLLAARVHLG description RIBOSOMAL_S2_1 Ribosomal protein S2 signature 1. AqLLLAARVHLG source prosite : PS00962 75) chain A residue 118-142 type prosite sequence PRLVIVTDPRSDAQAIKESSYVNIP description RIBOSOMAL_S2_2 Ribosomal protein S2 signature 2. PrlVIVtDprsDaqaIkEssyvNIP source prosite : PS00963 76) chain X residue 62-69 type prosite sequence KQPNSAIR description RIBOSOMAL_S12 Ribosomal protein S12 signature. KqPNSAiR source prosite : PS00055 77) chain N residue 98-128 type prosite sequence VRKHLERNRKDKDAKFRLILIESRIHRLARY description RIBOSOMAL_S15 Ribosomal protein S15 signature. VrkHLernRkDkdAkfrLilIesrihrLarY source prosite : PS00362 78) chain c residue 58-66 type prosite sequence ESEREARRL description RIBOSOMAL_S28E Ribosomal protein S28e signature. ESEREARrL source prosite : PS00961 79) chain S residue 123-136 type prosite sequence RGIRHFWGLRVRGQ description RIBOSOMAL_S13_1 Ribosomal protein S13 signature. RGiRHfwGlrVRGQ source prosite : PS00646 80) chain O residue 102-124 type prosite sequence LRALARSGLRIGRIEDVTPVPSD description RIBOSOMAL_S11 Ribosomal protein S11 signature. LrALarS.GLrIgrieDvTPvPSD source prosite : PS00054 81) chain P residue 98-122 type prosite sequence NGKVFNQVEIRPEMVGHYLGEFSIT description RIBOSOMAL_S19 Ribosomal protein S19 signature. NGKvfnqveIrpemVGhyLGEFsiT source prosite : PS00323 82) chain F residue 93-119 type prosite sequence ERLTNSLMMNGRNNGKKLKAVRIVKHT description RIBOSOMAL_S7 Ribosomal protein S7 signature. ErLtnsLMmngrnnGKKlkavrIVkhT source prosite : PS00052 83) chain I residue 11-30 type prosite sequence RAATGAKRAQFRKKRKFELG description RIBOSOMAL_S8E Ribosomal protein S8e signature. RaaTGAkraqf.RkKrKfELG source prosite : PS01193 84) chain i residue 41-63 type prosite sequence MLGNGRVEASCFDGNKRMAHIRG description IF1A Eukaryotic initiation factor 1A signature. MlGnGRveasCfDGnkRmaHIrG source prosite : PS01262 85) chain W residue 100-117 type prosite sequence GYVILTTSAGIMDHEEAH description RIBOSOMAL_S8 Ribosomal protein S8 signature. GyvILTTSaGIMdheeAH source prosite : PS00053 86) chain T residue 90-109 type prosite sequence PHKHVDASGSINRKVLQSLE description RIBOSOMAL_S19E Ribosomal protein S19e signature. PhkhvdaSgsInRkVLQsLE source prosite : PS00628 87) chain H residue 76-89 type prosite sequence KLTRELEKKFQDRH description RIBOSOMAL_S7E Ribosomal protein S7e signature. KLtRELEKKFQdRH source prosite : PS00948 88) chain L residue 120-132 type prosite sequence GDIVTVGQCRPIS description RIBOSOMAL_S17 Ribosomal protein S17 signature. GDiVtVgQcRPIS source prosite : PS00056 89) chain C residue 98-130 type prosite sequence GQRTRFKAVVVVGDSNGHVGLGIKTAKEVAGAI description RIBOSOMAL_S5 Ribosomal protein S5 signature. GQrtrFkAvvVVGDsn.GhVGlGiktak.EVag.AI source prosite : PS00585 90) chain g residue 81-95 type prosite sequence AVSASWDKTLRLWNL description WD_REPEATS_1 Trp-Asp (WD) repeats signature. AVSAswDkTLRLWNL source prosite : PS00678 91) chain g residue 123-137 type prosite sequence IISASRDKTIRVWNT description WD_REPEATS_1 Trp-Asp (WD) repeats signature. AVSAswDkTLRLWNL source prosite : PS00678 92) chain g residue 218-232 type prosite sequence AASAGKDGQIYVWNL description WD_REPEATS_1 Trp-Asp (WD) repeats signature. AVSAswDkTLRLWNL source prosite : PS00678 93) chain s residue 67-81 type prosite sequence CVTGSADYSIKLWDV description WD_REPEATS_1 Trp-Asp (WD) repeats signature. AVSAswDkTLRLWNL source prosite : PS00678

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