6MTE: Rabbit 80S ribosome with eEF2 and SERBP1

Name: PDB 6MTE: Rabbit 80S ribosome with eEF2 and SERBP1 (rotated state)
Published: 2018-11-21
License: https://creativecommons.org/publicdomain/zero/1.0/
Keywords: ribosome

Rabbit 80S ribosome with eEF2 and SERBP1 (rotated state). Determined by electron microscopy at 3.4 Å resolution. Released 21 Nov 2018.

Method: Electron microscopy
Resolution: 3.4 Å
Organism: Oryctolagus cuniculus
Chains: 83
Atoms: 220,739
Mol. weight: 3296.96 kDa
Ligands: MG, ZN, GDP
Released: 21 Nov 2018

Explore 6MTE in 3D Show helices and sheets RCSB PDB PDBe

Secondary structure: helices and β-sheets

6MTE contains 558 α-helices and 606 β-strands across 79 chains. Residue ranges use author residue numbering, as in the PDB file, from PDBe. To see them in 3D, choose the Cartoon representation with Secondary structure coloring: helices, sheets and coils get different colors.

Chain a: 7 helices, 7 β-strands

Element	Residues	Length	Sheet
α-helix	7-9	3
α-helix	42-47	6
β-strand	72-74	3	15
α-helix	75-77	3
α-helix	84-92	9
β-strand	97	1	111
α-helix	98-99	2
β-strand	100-102	3	16
α-helix	103-106	4
β-strand	110-112	3	15
β-strand	123-126	4	16
β-strand	128-129	2	15
α-helix	131-140	10
β-strand	143-146	4	16

Chain A: 10 helices, 19 β-strands

Element	Residues	Length	Sheet
α-helix	3-5	3
α-helix	6-9	4
β-strand	28	1	26
α-helix	30-32	3
α-helix	34-38	5
β-strand	41-44	4	27
β-strand	45-50	6	26
β-strand	57-62	6	26
β-strand	73-77	5	26
α-helix	78	1
β-strand	79	1	28
β-strand	83	1	29
β-strand	87-90	4	27
β-strand	101-103	3	27
β-strand	112-114	3	27
β-strand	116	1	30
β-strand	126	1	30
β-strand	134-140	7	27
β-strand	145-149	5	27
β-strand	155-159	5	27
β-strand	163-166	4	27
α-helix	168	1
β-strand	169	1	28
α-helix	174-176	3
α-helix	182-192	11
α-helix	201-203	3
β-strand	224-225	2	31
α-helix	229-230	2
β-strand	237-238	2	31

Chain aa: 4 helices, 5 β-strands

Element	Residues	Length	Sheet
β-strand	20-22	3	187
β-strand	29-31	3	187
β-strand	36-43	8	188
α-helix	49-51	3
β-strand	57	1	105
α-helix	62-65	4
β-strand	66-73	8	188
α-helix	75-80	6
α-helix	96-99	4

Chain AA: 10 helices, 8 β-strands

Element	Residues	Length	Sheet
α-helix	12-21	10
β-strand	25	1	185
α-helix	35-37	3
β-strand	38-41	4	185
β-strand	47-49	3	185
α-helix	50	1
α-helix	51-66	16
β-strand	74-78	5	186
α-helix	86-94	9
β-strand	97-100	4	186
β-strand	121-124	4	186
α-helix	131-136	6
β-strand	144-148	5	186
β-strand	159-162	4	186
α-helix	168-184	17
α-helix	194-195	2
α-helix	203-206	4
α-helix	209-217	9

Chain b: 7 helices, 0 β-strands

Element	Residues	Length
α-helix	12-17	6
α-helix	22-24	3
α-helix	37-48	12
α-helix	50-53	4
α-helix	54-75	22
α-helix	91-100	10
α-helix	106-115	10

Chain B: 16 helices, 24 β-strands

Element	Residues	Length	Sheet
α-helix	9-10	2
α-helix	14-16	3
α-helix	32-35	4
α-helix	40-41	2
β-strand	42-43	2	35
β-strand	45-54	10	36
β-strand	57-59	3	37
β-strand	63	1	38
β-strand	65	1	38
β-strand	71-73	3	37
β-strand	76-80	5	36
α-helix	82-83	2
β-strand	84-95	12	39
β-strand	98-106	9	39
α-helix	115-118	4
α-helix	131-134	4
α-helix	135-138	4
α-helix	140-143	4
α-helix	148-156	9
β-strand	159-165	7	39
α-helix	168-170	3
β-strand	180-184	5	39
β-strand	185-186	2	35
α-helix	190-200	11
β-strand	203-205	3	39
β-strand	216-222	7	36
α-helix	223-225	3
β-strand	228-229	2	40
α-helix	231-234	4
α-helix	237-240	4
β-strand	270-271	2	40
β-strand	276-287	12	36
β-strand	292-293	2	41
β-strand	298-299	2	41
β-strand	320	1	42
β-strand	324	1	42
β-strand	330-334	5	36
β-strand	344-349	6	36
β-strand	365-367	3	37
α-helix	382-389	8

Chain bb: 4 helices, 6 β-strands

Element	Residues	Length	Sheet
α-helix	12-15	4
β-strand	32-36	5	191
β-strand	44-47	4	191
β-strand	54-55	2	192
α-helix	57-59	3
β-strand	62-65	4	192
α-helix	71	1
β-strand	72-73	2	192
α-helix	74	1
β-strand	78-81	4	191

Chain BB: 8 helices, 8 β-strands

Element	Residues	Length	Sheet
α-helix	24-26	3
β-strand	28-34	7	190
β-strand	43-50	8	190
α-helix	58-60	3
β-strand	66-70	5	190
α-helix	71-73	3
β-strand	82-91	10	190
β-strand	96-105	10	190
α-helix	107-113	7
β-strand	120-128	9	190
β-strand	134-143	10	190
α-helix	158-174	17
α-helix	181-188	8
α-helix	192-199	8
β-strand	207-219	13	190
α-helix	226-228	3

71 more chain groups are not listed. Open the entry in the viewer and use the sequence panel to see them.

Molecules and chains

Molecule	Chains	Type	Length	Organism	UniProt
28S rRNA	5	RNA	3597	Oryctolagus cuniculus
5S rRNA	7	RNA	120	Oryctolagus cuniculus
5.8S rRNA	8	RNA	151	Oryctolagus cuniculus
uL2	A	protein	248	Oryctolagus cuniculus	G1TT27 (AlphaFold model)
uL3	B	protein	394	Oryctolagus cuniculus	G1TL06 (AlphaFold model)
uL4	C	protein	362	Oryctolagus cuniculus
uL18	D	protein	293	Oryctolagus cuniculus	P19949 (AlphaFold model)
eL6	E	protein	291	Oryctolagus cuniculus	G1SKF7 (AlphaFold model)
uL30	F	protein	225	Oryctolagus cuniculus	G1SV32
eL8	G	protein	319	Oryctolagus cuniculus
uL6	H	protein	190	Oryctolagus cuniculus	G1SWI6
uL16	I	protein	214	Oryctolagus cuniculus	B7NZQ2

71 more molecules are not listed.

Sequence of entity 1 (5), FASTA

>6MTE_1 28S rRNA (chains 5)
CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAA
AAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGA
AUCCCCGCCCCGCGGCGGGGCGCGGGAAAUGUGGCGUACGGAAGACCCACUCCCCGGCGC
CGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCG
GCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAA
AGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUA
CCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUA
AGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGCGGUC
CGGCCGUGCCGGCGGGGCGGAUCUCCCGCUCCCGUCGGCGGGGGACCGCCCCCCGGCCGG
CGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGAC
GGCUGGGAAGGCCCCGGCGGGGAAGGUGGCCCGGGGGCCCCGGGUGUUACAGCCCCGCCC
CGGCAGCAGCAGCUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUGCCGCCGCGCUC
UCCCCCCUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUGGGGCGGACUGUCCA
GUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGGCCACGCGUCCCCCGCGAGCGCA
CGGGGUCGGCGGCGAUGUCGGCUACCCACCCGACCCGUCUUGAAACACGGACCAAGGAGU
CUAACACGUGCGCGAGUCGGGGGCUACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCC
GGCGGCGCGCCGCCGGCCGAGGUGGGAUCCCGAGGCCUUCCAGUCCGCCGAGGGCGCACC
ACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC
GAAAGAUGGUGAACUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCG
UAGCGGUCCUGACGUGCGAAUCGGUCGUCCGACCUGGGUAUAGGGGCGAAAGACUAAUCG
AACCAUCUAGUAGCUGGUUCCCUCCAAAGUUUCCCUCAGGAUAGCUGGCGCUCUCCGCAG
UUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCUAUUCU
CAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGUGUGGAGCCGGGCGUGGAAUGCGAG
UGCCUAGUGGGCCACUUUUGGUAAGCAGAACUGGCGCUGCGGGAUGAACCGAACGCCGGG
UUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACA
GCAGGAUGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCG
AAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCU
GGCAGUCGGCAGAGCGAGAAAGAGAGUGGCGCGGACGCUACGCCGCGACGAGUAGGAGGG
CCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAG
AUCUUGGUGGUAGUAGCAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGU
UCCAUGUGAACAGCAGUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUU
CCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCAGCCGAUCGAAAGGGAGUCGGGUUCAG
AUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGAC
CGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAG
GGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUU
CCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUC
UCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCUCCAAGGUGAACAGCCUCUGGCAUGU
UGGAACAAUGUAGGUAAGGGAAGUCGGCAAGCCGGAUCCGUAACUUCGGGAUAAGGAUUG
GCUCUAAGGGCUGGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACUGUUUAA
UUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCCCAG
UGCUCUGAAUGUCAAAGUGAAGAAAUUCAAUGAAGCGCGGGUAAACGGCGGGAGUAACUA
UGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUG
AACGAGAUUCCCACUGUCCCUACCUACUAUCCAGCGAAACCACAGCCAAGGGAACGGGCU
UGGCGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUCUGGCACGGUGAA
GAGACAUGAGAAGUGUAGAAUAAGUGGGAGGCCGCCGGUGAAAUACCACUACUCUGAUCG
UUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCGGGCUCUCGCUUCUGGCGCCAAGC
GCCCGGCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGGG
GCGGUACACCUGUCAAACGGUAACGCAGGUGUCCUAAGGCGAGCUCAGGGAGGACAGAAA
CCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAGUACGAAUACAGA
CCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGAGGUGUCAG
AAAAGUUACCACAGGGAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUU
UUGAUCCUUCGAUGUCGGCUCUUCCUAUCAUUGUGAAGCAGAAUUCACCAAGCGUUGGAU
UGUUCACCCACUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUU
UACCCUACUGAUGAUGUGUUGUUGCCAUGGUAAUCCUGCUCAGUACGAGAGGAACCGCAG
GUUCAGACAUUUGGUGUAUGUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGU
GGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUAGCGCCGGA
GCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCGGGGUCCGGUGCGGAGAGCCCUUCGU
CCCGGGAAACGGGGCGGCCGGAAAGGGGGCCGCCCUCUCGCCCGUCACGCACCGCACGUU
CGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUA
CGUAGCAGAGCAGCUGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGU

Sequence of entity 2 (7), FASTA

>6MTE_2 5S rRNA (chains 7)
GUCUACGGCCAUACCACCCUGAACGCGCCCGAUCUCGUCUGAUCUCGGAAGCUAAGCAGG
GUCGGGCCUGGUUAGUACUUGGAUGGGAGACCGCCUGGGAAUACCGGGUGCUGUAGGCUU

Sequence of entity 3 (8), FASTA

>6MTE_3 5.8S rRNA (chains 8)
CGACUCUUAGCGGUGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAG
AAUUAAUGUGAAUUGCAGGUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUC
CUCCCGGGGCUACGCCUGUCUGAGCGUCGCU

Sequence of entity 4 (A), FASTA

>6MTE_4 uL2 (chains A)
GRVIRGQRKGAGSVFRAHVKHRKGAARLRAVDFAERHGYIKGIVKDIIHDPGRGAPLAKV
VFRDPYRFKKRTELFIAAEGIHTGQFVYCGKKAQLNIGNVLPVGTMPEGTIVCCLEEKPG
DRGKLARASGNYATVISHNPETKKTRVKLPSGSKKVISSANRAVVGVVAGGGRIDKPILK
AGRAYHKYKAKRNCWPRVRGVAMNPVEHPFGGGNHQHIGKPSTIRRDAPAGRKVGLIAAR
RTGRLRGT

Sequence of entity 5 (B), FASTA

>6MTE_5 uL3 (chains B)
SHRKFSAPRHGSLGFLPRKRSSRHRGKVKSFPKDDPSKPVHLTAFLGYKAGMTHIVREVD
RPGSKVNKKEVVEAVTIVETPPMVVVGIVGYVETPRGLRTFKTVFAEHISDECKRRFYKN
WHKSKKKAFTKYCKKWQDDAGKRQLDKDFSSMKKYCQVIRVLAHTQMRLLPLRQKKAHLM
EIQVNGGTVAEKLDWARERLEQQVPVSQVFGQDEMIDVIGVTKGKGYKGVTSRWHTKKLP
RKTHRGLRKVACIGAWHPARVAFSVARAGQKGYHHRTEINKKIYKIGQGYLIKDGKLIKN
NASTDYDLSDKSINPLGGFVHYGEVTNDFVMLKGCVVGTKKRVLTLRKSLLVQTKRRALE
KIDLKFIDTTSKFGHGRFQTVEEKKAFMGPLKKD

Sequence of entity 6 (C), FASTA

>6MTE_6 uL4 (chains C)
ACARPLISVYSEKGESSGKNVTLPAVFKAPIRPDIVNFVHTNLRKNNRQPYAVSELAGHQ
TSAESWGTGRAVARIPRVRGGGTHRSGQGAFGNMCRGGRMFAPTKTWRRWHRRVNTTQKR
YAICSALAASALPALVMSKGHRIEEVPELPLVVEDKVEGYKKTKEAVLLLKKLKAWNDIK
KVYASQRMRAGKGKMRNRRRIQRRGPCVIYNEDNGIVKAFRNIPGITLLNVTKLNILKLA
PGGHVGRFCIWTESAFRKLDDLYGTWRKAASLKSNYNLPMHKMLNTDLSRILKSPEIQRA
LRAPRKKIHRRVLKKNPLKNLRIMLKLNPYAKTMRRNTILRQARNHKLRVERAAAALAAK
SD

Sequence of entity 7 (D), FASTA

>6MTE_7 uL18 (chains D)
FVKVVKNKAYFKRYQVKFRRRREGKTDYYARKRLVIQDKNKYNTPKYRMIVRVTNRDIIC
QIAYARIEGDMIVCAAYAHELPKYGVKVGLTNYAAAYCTGLLLARRLLNRFGMDKIYEGQ
VEVTGDEYNVESIDGQPGAFTCYLDAGLARTTTGNKVFGALKGAVDGGLSIPHSTKRFPG
YDSESKEFNAEVHRKHIMGQNVADYMRYLMEEDEDAYKKQFSQYIKNNVTPDMMEEMYKK
AHAAIRENPVYEKKPKREVKKKRWNRPKMSLAQKKDRVAQKKASFLRAQERAA

Sequence of entity 8 (E), FASTA

>6MTE_8 eL6 (chains E)
MAGEKAPAAKPDATKKSPAKKADHARGKAKKKTLAEKKPKKGKPHCSRNPVLVRGIGRYS
RSAMYSRKALYKRKYAAPKSRIERKKKREKVLATVTKPVGGDKNGGTRVVKLRKMPRYYP
TEDVPRKLLSHGKKPFSQHVRKLRASITPGTILIILTGRHRGKRVVFLKQLSSGLLLVTG
PLSLNRVPLRRTHQKFVIATSTKIDISGVKIPKHLTDAYFKKKKLRKPRHQEGEIFDTEK
EKYEITEQRKVDQKAVDSQILPKIKAVPQLQGYLRSVFALTNGVYPHKLVF

Sequence of entity 9 (F), FASTA

>6MTE_9 uL30 (chains F)
NFAELKIKRLRKKFAQKMLRKARRKLIYEKAKHYHKEYRQMYRTEIRMARMARKAGNFYV
PAEPKLAFVIRIRGINGVSPKVRKVLQLLRLRQIFNGTFVKLNKASINMLRIVEPYIAWG
YPNLKSVNELIYKRGYGKINKKRIALTDNTLIARSLGKYNIICMEDLIHEIYTVGKHFKE
ANNFLWPFKLSSPRGGMKKKTTHFVEGGDAGNREDQINRLIRRMN

Sequence of entity 10 (G), FASTA

>6MTE_10 eL8 (chains G)
MSSYRLGYCMKEERHNLVLCLWSQSPGILNSKCLWPFTNIHLLVGALPREGAGGAWGGGR
SEQLPTCSTTHHDFTWDKKVVNPLFEKRPKNFGIGQDIQPKRDLTRFVKWPRYIRLQRQR
AILYKRLKVPPAINQFTQVLDRQTATQLLKLAHKYRPETKQEKKQRLLARAEKKAAGKGD
VPTKRPPVLRAGVNTVTTLVENKKAQLVVIAHDVDPIELVVFLPALCRKMGVPYCILKGK
ARLGRLVHRKTCTTVAFTQVNSEDKGALAKLVEAIRTNYNDRYDEIRRHWGGNVLGPKSV
ARIAKLEKAKAKELATKLG

Sequence of entity 11 (H), FASTA

>6MTE_11 uL6 (chains H)
MKTILSNQTVDIPENVDISLKGRTVIVKGPRGTLRRDFNHINVELSLLGKKKKRLRVDKW
WGNRKELATVRTICSHVQNMIKGVTLGFRYKMRSVYAHFPINVVIQENGSLVEIRNFLGE
KYIRRVRMRPGVACSVSQAQKDELVLEGNDIELVSNSAALIQQATTVKNKDIRKFLDGIY
VSEKGTVQQA

Sequence of entity 12 (I), FASTA

>6MTE_12 uL16 (chains I)
MGRRPARCYRYCKNKPYPKSRFCRGVPDAKIRIFDLGRKKAKVDEFPLCGHMVSDEYEQL
SSEALEAARICANKYMVKSCGKDGFHIRVRLHPFHVIRINKMLSCAGADRLQTGMRGAFG
KPQGTVARVHIGQVIMSIRTKLQNKEHVVEALRRAKFKFPGRQKIHISKKWGFTKFNADE
FEDMVAEKRLIPDGCGVKYIPNRGPLDKWRALHS

Ligands and cofactors

ID	Name	Formula	Copies
MG	Magnesium ion	Mg	298
ZN	Zinc ion	Zn	8
GDP	Guanosine-5'-diphosphate	C10 H15 N5 O11 P2	1

Primary citation

Structures of translationally inactive mammalian ribosomes. Brown, A., Baird, M.R., Yip, M.C. et al. Elife (2018) 7. DOI 10.7554/eLife.40486 · PubMed

Other PDB entries of the same protein (UniProt G1TT27 (AlphaFold model), which also has an AlphaFold model), best resolution first:

11IQ 2.4 Å, Rabbit 80S with eEF2,eIF5A and SERBP1
8SCB 2.5 Å, Terminating ribosome with SRI-41315
9MR4 2.65 Å, NAC: Ribosome nascent chain complex(Oxa1L)
9RHU 2.65 Å, Rabbit 80S ribosome in complex with eRF1-AAQ, stalled at the Stop codon in mutated F2A…
8RJB 2.69 Å, Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in…
8VVQ 2.7 Å, Codon sampling state of elongation inhibitor-treated mammalian ribosomes obtained from…
8RJD 2.79 Å, Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in…
8B6C 2.79 Å, Cryo-EM structure of ribosome-Sec61 in complex with cyclotriazadisulfonamide derivative…
6SGC 2.8 Å, Rabbit 80S ribosome stalled on a poly(A) tail
7UCK 2.8 Å, 80S translation initiation complex with ac4c(-1) mRNA and Harringtonine
9BDL 2.8 Å, 80S ribosome with angiogenin
9QQA 2.8 Å, Ternary complex of translating ribosome, NAC and NMT1

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