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FASTA Sequence PDB Format mmCIF Format
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6TNN

Mini-rnase iii (mini-iii) bound to 50s ribosome with precursor 23s rrna

PDB DOI: 10.2210/pdb6tnn/pdb

Classification: RIBOSOMAL PROTEIN
Organism(s): Bacillus Subtilis Subsp. Subtilis Str. 168

Deposited: 2019-12-09
Deposition Author(s): Barraud, P. , Catala, M. , Condon, C. , Degut, C. , Dendooven, T. , Gilet, L. , Luisi, B. , Oerum, S. , Tisne, C. , Trinquier, A.

Experimental Data Snapshot

Method: ELECTRON MICROSCOPY
Resolution: 3.07 Å

6tnn
Literature

Mini-rnase iii (mini-iii) bound to 50s ribosome with precursor 23s rrna

Barraud, P. , Catala, M. , Condon, C. , Degut, C. , Dendooven, T. , Gilet, L. , Luisi, B. , Oerum, S. , Tisne, C. , Trinquier, A.

Primary Citation of Related Structures: 6TNN


Proteins
Molecule Chains Sequence Length Organism Sequence
50S ribosomal protein L10 B 166 Bacillus Subtilis Subsp. Subtilis Str. 168 MSSAIETKKVVVEEIASKLKESKSTIIVDYRGLNVSEVTELRKQLREANVEFKVYKNTMTRRAVEQAELNGLNDFLTGPNAIAFSTEDVVAPAKVLNDFAKNHEALEIKAGVIEGKVSTVEEVKALAELPSREGLLSMLLSVLQAPVRNLALAAKAVAEQKEEQGA
50S ribosomal protein L13 C 145 Bacillus Subtilis Subsp. Subtilis Str. 168 MRTTPMANASTIERKWLVVDAAGKTLGRLSSEVAAILRGKHKPTYTPHVDTGDHVIIINAEKIELTGKKLTDKIYYRHTQHPGGLKSRTALEMRTNYPEKMLELAIKGMLPKGSLGRQMFKKLNVYRGSEHPHEAQKPEVYELRG
50S ribosomal protein L14 D 122 Bacillus Subtilis Subsp. Subtilis Str. 168 MIQQETRLKVADNSGAREVLTIKVLGGSGRKTANIGDVIVCTVKQATPGGVVKKGEVVKAVIVRTKSGARRSDGSYISFDENACVIIRDDKSPRGTRIFGPVARELRENNFMKIVSLAPEVI
50S ribosomal protein L15 E 146 Bacillus Subtilis Subsp. Subtilis Str. 168 MKLHELKPSEGSRKTRNRVGRGIGSGNGKTAGKGHKGQNARSGGGVRPGFEGGQMPLFQRLPKRGFTNINRKEYAVVNLDKLNGFAEGTEVTPELLLETGVISKLNAGVKILGNGKLEKKLTVKANKFSASAKEAVEAAGGTAEVI
50S ribosomal protein L16 F 144 Bacillus Subtilis Subsp. Subtilis Str. 168 MLLPKRVKYRREHRGKMRGRAKGGTEVHFGEFGIQALEASWITNRQIEAARIAMTRYMKRGGKVWIKIFPSKPYTAKPLEVRMGSGKGAPEGWVAVVKPGKVLFEISGVSEEVAREALRLASHKLPIKTKFVKREEIGGESNES
50S ribosomal protein L17 G 120 Bacillus Subtilis Subsp. Subtilis Str. 168 MSYRKLGRTSAQRKAMLRDLTTDLIINERIETTETRAKELRSVVEKMITLGKRGDLHARRQAAAYIRNEVANEENNQDALQKLFSDIATRYEERQGGYTRIMKLGPRRGDGAPMAIIELV
Mini-ribonuclease 3 H 143 Bacillus Subtilis Subsp. Subtilis Str. 168 MLEFDTIKDSKQLNGLALAYIGNAIFEVYVRHHLLKQGFTKPNDLHKKSSRIVSAKSQAEILFFLQNQSFFTEEEEAVLKRGRNAKSGTTPKNTDVQTYRYSTAFEALLGYLFLEKKEERLSQLVAEAIQFGTSGRKTNESAT
Mini-ribonuclease 3 I 143 Bacillus Subtilis Subsp. Subtilis Str. 168 MLEFDTIKDSKQLNGLALAYIGNAIFEVYVRHHLLKQGFTKPNDLHKKSSRIVSAKSQAEILFFLQNQSFFTEEEEAVLKRGRNAKSGTTPKNTDVQTYRYSTAFEALLGYLFLEKKEERLSQLVAEAIQFGTSGRKTNESAT
50S ribosomal protein L20 J 119 Bacillus Subtilis Subsp. Subtilis Str. 168 MPRVKGGTVTRKRRKKVLKLAKGYFGSKHTLYKVANQQVMKSGNYAFRDRRQKKRDFRKLWITRINAAARMNGLSYSRLMHGLKLSGIEVNRKMLADLAVNDLTAFNQLADAAKAQLNK
50S ribosomal protein L21 K 102 Bacillus Subtilis Subsp. Subtilis Str. 168 MYAIIKTGGKQIKVEEGQTVYIEKLAAEAGETVTFEDVLFVGGDNVKVGNPTVEGATVTAKVEKQGRAKKITVFRYKPKKNVHKKQGHRQPYTKVTIEKINA
50S ribosomal protein L22 L 113 Bacillus Subtilis Subsp. Subtilis Str. 168 MQAKAVARTVRIAPRKARLVMDLIRGKQVGEAVSILNLTPRAASPIIEKVLKSAIANAEHNYEMDANNLVISQAFVDEGPTLKRFRPRAMGRASQINKRTSHITIVVSEKKEG
50S ribosomal protein L23 M 95 Bacillus Subtilis Subsp. Subtilis Str. 168 MKDPRDVLKRPVITERSADLMTEKKYTFEVDVRANKTEVKDAVESIFGVKVDKVNIMNYKGKSKRVGRYTGMTSRRRKAIVKLTADSKEIEIFEA
50S ribosomal protein L24 N 103 Bacillus Subtilis Subsp. Subtilis Str. 168 MHVKKGDKVMVISGKDKGKQGTILAAFPKKDRVLVEGVNMVKKHSKPTQANPQGGISNQEAPIHVSNVMPLDPKTGEVTRVGYKVEDGKKVRVAKKSGQVLDK
50S ribosomal protein L27 O 94 Bacillus Subtilis Subsp. Subtilis Str. 168 MLRLDLQFFASKKGVGSTKNGRDSEAKRLGAKRADGQFVTGGSILYRQRGTKIYPGENVGRGGDDTLFAKIDGTVKFERFGRDRKKVSVYPVAQ
50S ribosomal protein L32 P 59 Bacillus Subtilis Subsp. Subtilis Str. 168 MAVPFRRTSKMKKRLRRTHFKLNVPGMTECPSCGEMKLSHRVCKACGSYNGKDINVKSN
50S ribosomal protein L33 1 Q 49 Bacillus Subtilis Subsp. Subtilis Str. 168 MRVNITLACTECGERNYISKKNKRNNPDRVEFKKYCPRDKKSTLHRETK
50S ribosomal protein L34 R 44 Bacillus Subtilis Subsp. Subtilis Str. 168 MKRTFQPNNRKRSKVHGFRSRMSSKNGRLVLARRRRKGRKVLSA
50S ribosomal protein L35 S 66 Bacillus Subtilis Subsp. Subtilis Str. 168 MPKMKTHRGSAKRFKKTGSGKLKRSHAYTSHLFANKSQKQKRKLRKSAVVSAGDFKRIKQMLANIK
50S ribosomal protein L36 T 37 Bacillus Subtilis Subsp. Subtilis Str. 168 MKVRPSVKPICEKCKVIRRKGKVMVICENPKHKQKQG
50S ribosomal protein L2 W 277 Bacillus Subtilis Subsp. Subtilis Str. 168 MAIKKYKPTSNGRRGMTTSDFAEITTDKPEKSLLAPLHKKGGRNNQGKLTVRHQGGGHKRQYRVIDFKRDKDGIPGRVATVEYDPNRSANIALINYADGEKRYILAPKGIQVGTEIMSGPEADIKVGNALPLINIPVGTVVHNIELKPGKGGQLVRSAGTSAQVLGKEGKYVLVRLNSGEVRMILSACRASIGQVGNEQHELINIGKAGRSRWKGIRPTVRGSVMNPNDHPHGGGEGRAPIGRKSPMSPWGKPTLGFKTRKKKNKSDKFIVRRRKNK
50S ribosomal protein L3 X 209 Bacillus Subtilis Subsp. Subtilis Str. 168 MTKGILGRKIGMTQVFAENGDLIPVTVIEAAPNVVLQKKTAENDGYEAIQLGFDDKREKLSNKPEKGHVAKAETAPKRFVKELRGVEMDAYEVGQEVKVEIFSAGEIVDVTGVSKGKGFQGAIKRHGQSRGPMSHGSRYHRRPGSMGPVDPNRVFKGKLLPGRMGGEQITVQNLEIVKVDAERNLLLIKGNVPGAKKSLITVKSAVKSK
50S ribosomal protein L4 Y 207 Bacillus Subtilis Subsp. Subtilis Str. 168 MPKVALYNQNGSTAGDIELNASVFGIEPNESVVFDAILMQRASLRQGTHKVKNRSEVRGGGRKPWRQKGTGRARQGSIRSPQWRGGGVVFGPTPRSYSYKLPKKVRRLAIKSVLSSKVIDNNIIVLEDLTLDTAKTKEMAAILKGLSVEKKALIVTADANEAVALSARNIPGVTVVEANGINVLDVVNHEKLLITKAAVEKVEEVLA
50S ribosomal protein L5 Z 179 Bacillus Subtilis Subsp. Subtilis Str. 168 MNRLKEKYNKEIAPALMTKFNYDSVMQVPKIEKIVINMGVGDAVQNAKAIDSAVEELTFIAGQKPVVTRAKKSIAGFRLREGMPIGAKVTLRGERMYDFLDKLISVSLPRVRDFRGVSKKSFDGRGNYTLGIKEQLIFPEIDYDKVTKVRGMDIVIVTTANTDEEARELLTQVGMPFQK
50S ribosomal protein L6 A 179 Bacillus Subtilis Subsp. Subtilis Str. 168 MSRVGKKLLEIPSDVTVTLNDNNTVAVKGPKGELTRTFHPDMEIKVEDNVLTVARPSDQKEHRALHGTTRSLLGNMVEGVSKGFERGLELVGVGYRASKSGNKLVLNVGYSHPVEIVPEEGIEIEVPSQTKVVVKGTDKERVGAIAANIRAVRSPEPYKGKGIRYEGEVVRRKEGKSAK

Nucleic Acids / Hybrid
Molecule Chains Sequence Length Organism Sequence
pre-23S rRNA u 2930 NA ACGGUUAAGUUAGAAAGGGCGCACGGUGGAUGCCUUGGCACUAGGAGCCGAUGAAGGACGGGACGAACACCGAUAUGCUUCGGGGAGCUGUAAGCAAGCUUUGAUCCGGAGAUUUCCGAAUGGGGAAACCCACCACUCGUAAUGGAGUGGUAUCCAUAUCUGAAUUCAUAGGAUAUGAGAAGGCAGACCCGGGGAACUGAAACAUCUAAGUACCCGGAGGAAGAGAAAGCAAAUGCGAUUCCCUGAGUAGCGGCGAGCGAAACGGGAUCAGCCCAAACCAAGAGGCUUGCCUCUUGGGGUUGUAGGACACUCUGUACGGAGUUACAAAGGAACGAGGUAGAUGAAGAGGUCUGGAAAGGCCCGCCAUAGGAGGUAACAGCCCUGUAGUCAAAACUUCGUUCUCUCCUGAGUGGAUCCUGAGUACGGCGGAACACGUGAAAUUCCGUCGGAAUCCGGGAGGACCAUCUCCCAAGGCUAAAUACUCCCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGAUCCUGAAACCGUGUGCCUACAAGUAGUCAGAGCCCGUUAACGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUCCCGUGCAAGGUUAAGCAGAAGAUGCGGAGCCGCAGCGAAAGCGAGUCUGAAUAGGGCGCAUGAGUACGUGGUCGUAGACCCGAAACCAGGUGAUCUACCCAUGUCCAGGGUGAAGUUCAGGUAACACUGAAUGGAGGCCCGAACCCACGCACGUUGAAAAGUGCGGGGAUGAGGUGUGGGUAGGGGUGAAAUGCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGGUAAGAGUCUUGGAGGUAGAGCACUGAUUGGACUAGGGGCCCCUACCGGGUUACCGAAUUCAGUCAAACUCCGAAUGCCAAUGACUUAUCCUUGGGAGUCAGACUGCGAGUGAUAAGAUCCGUAGUCGAAAGGGAAACAGCCCAGACCGCCAGCUAAGGUCCCAAAGUAUACGUUAAGUGGAAAAGGAUGUGGAGUUGCUUAGACAACCAGGAUGUUGGCUUAGAAGCAGCCACCAUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGACUCUGCGCCGAAAAUGUACCGGGGCUAAACGUAUCACCGAAGCUGCGGACUGUUCUUCGAACAGUGGUAGGAGAGCGUUCUAAGGGCUGUGAAGCCAGACCGGAAGGACUGGUGGAGCGCUUAGAAGUGAGAAUGCCGGUAUGAGUAGCGAAAGAGGGGUGAGAAUCCCCUCCACCGAAUGCCUAAGGUUUCCUGAGGAAGGCUCGUCCGCUCAGGGUUAGUCGGGACCUAAGCCGAGGCCGAAAGGCGUAGGCGAUGGACAACAGGUUGAUAUUCCUGUACCACCUCCUCACCAUUUGAGCAAUGGGGGGACGCAGGAGGAUAGGGUAAGCGCGGUAUUGGAUAUCCGCGUCCAAGCAGUUAGGCUGGGAAAUAGGCAAAUCCGUUUCCCAUAAGGCUGAGCUGUGAUGGCGAGCGAAAUAUAGUAGCGAAGUUCCUGAUUCCACACUGCCAAGAAAAGCCUCUAGCGAGGUGAGAGGUGCCCGUACCGCAAACCGACACAGGUAGGCGAGGAGAGAAUCCUAAGGUGAUCGAGAGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUGUUAGGGUGCAAGCCCGAGAGAGCCGCAGUGAAUAGGCCCAGGCGACUGUUUAGCAAAAACACAGGUCUCUGCGAAGCCGUAAGGCGAAGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGCGCUUAGCGUAAGCGAAGGUGCGAAUUGAAGCCCCAGUAAACGGCGGCCGUAACUAUAACGGUCCUAAGGUAGCGAAAUUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGCAACGAUCUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUUAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGGAAAGACCCCGUGGAGCUUUACUGCAGCCUGAUAUUGAAUGUUGGUACAGCUUGUACAGGAUAGGUAGGAGCCUUGGAAACCGGAGCGCCAGCUUUGGUGGAGGCAUCGGUGGGAUACUACCCUGGCUGUAUUGACCUUCUAACCCGCCGCCCUUAUCGGGCGGGGAGACAGUGUCAGGUGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCGCAGAGUGUAAAGGCACAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGACGAAAGUCGGGCUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUCCACAUCGACGGGGAGGUUUGGCACCUCGAUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCCCUAUCCGUCGCGGGCGCAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACGCACCGCUGGUGUACCAGUUGUUCUGCCAAGGGCAUCGCUGGGUAGCUAUGUGCGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAUUCCGCAAGGAAGUAAGAUCCCUGAAAGAUGAUCAGGUUGAUAGGUCUGAGGUGGAAGUGUGGCGACACAUGGAGCUGACAGAUACUAAUCGAUCGAGGACUUAACCAU
5S rRNA v 116 NA UUUGGUGGCGAUAGCGAAGAGGUCACACCCGUUCCCAUACCGAACACGGAAGUUAAGCUCUUCAGCGCCGAUGGUAGUCGGGGGUUUCCCCCUGUGAGAGUAGGACGCCGCCAAGC
Experimental Data

Method: ELECTRON MICROSCOPY

Deposited Date: 2019-12-09
Deposition Author(s): Barraud, P. , Catala, M. , Condon, C. , Degut, C. , Dendooven, T. , Gilet, L. , Luisi, B. , Oerum, S. , Tisne, C. , Trinquier, A.