Asymmetric structure of Satellite Tobacco Necrosis Virus-Like Particle with PS2/3 gRNA

Cryo-EM map (3D Refined) of the initiator P-tRNA bound to the N-terminus of Initiation Factor 3 (IF3) in the context of the bacterial preinitiation complex (PIC)

Monomeric Photosystem I Cryo-EM structure at 1.8 A resolution

CryoEM structure of transcribing RNA polymerase II elongation complex_Composite map

Cryo-EM structure of the Arabidopsis thaliana CAT4 transporter in the outward-open L-ornithine bound state

Locally refined map of CRBN TBD bound to dihydrouracil ligand in the open conformation

Locally refined map of CRBN bound to dihydrouracil ligand in the closed conformation

Consensus map of CRBN bound to dihydrouracil ligand in the open conformation

Map of the SPATA5-SPATA5L1-CINP-C1ORF109 complex

Cryo-EM reconstruction of the RUVBL1-RUVBL2-CCDC103 (R2C) complex

Consensus map of CRBN bound to dihydrouracil ligand in the closed conformation

BepA-BamABCDE-OMP-Nb5 complex in open, substrate-engaged beta barrel conformation.

Human mitoribosome bound to TACO1 (domain 1 ordered), mRNA, A/A-, P/P- and E/E-tRNAs

minimal tRNA ligase complex bound by PYROXD1

DeepEMhancer modified map of the human tNRA ligase complex

Native N.meningitidis PorB bound to the N-terminal domain of rmpM

CryoEM density of NBEAL2 BEACH protein at secondary structure resolution

Structure of cis-basal conformer of human CBS induced by non-activating allosteric SAO ligand - C1 symmetry -by single particle approach.

BepA-BamABCDE-Nb32 complex in inward open conformation with lateral seam closed

Cryo-EM structure of the human SAM50-engaged SAM complex

Escherichia coli nicotinamide nucleotide transhydrogenase double dIIIs attached to dIIs state in the presence of NADPH

Cryo-EM structure of the human SAM complex

Cryo-EM structure of transcription activation complex with DevR from Mycobacterium tuberculosis

Wild-type Escherichia coli transhydrogenase double dIIIs attached to dII in the presence of both NADP+ and NAD+.

Cryo-EM structure of transcription activation complex with DosR from Mycobacterium tuberculosis(consensus map)

Wild-type Escherichia coli transhydrogenase single dIII attached to dII in the presence of both NADP+ and NAD+.

Wild-type Escherichia coli transhydrogenase the dissociated (dI)2 dimer in the presence of both NADP+ and NAD+.

Cryo-EM structure of transcription activation complex with DosR from Mycobacterium tuberculosis focusing on DosR region

Cryo-EM structure of Rad1-Rad10

Cryo-EM structure of the Rad1-Rad10-Saw1 complex

Cryo-EM structure of of BetTC cage

Glucagon-like peptide 1 receptor-Gs complex activated by the small molecule agonist SIM1

Subtomogram averaging of H1-bound nucleosome from frog nuclei lamella

Subtomogram averaging of nucleosome core from reconstituted chromatin

Subtomogram averaging of H1-bound nucleosome from SF9 cell chromatin

Glucose-dependent insulinotropic polypeptide receptor-Gs complex activated by the small molecule agonist SIM1

Subtomogram averaging of nucleosome core from frog nuclei lamella

Subtomogram averaging of H1-bound nucleosomes from reconstituted chromatin

Glucagon receptor-Gs complex activated by the small molecule agonist SIM1

Subtomogram averaging of nucleosome core from SF9 cell chromatin

The structure of PldB-PA5088 complex state_2

GaTPS1-apo

GaTPS1-GGSPP

The structure of PldB-PA5088 complex state_1

CryoEM structure of MRGPRX2 with peptide agonist DKD2

PRO-37587 bound to SARS-CoV-2 Spike protein (local refinement)

GB-0669 and PRO-27522 bound to SARS-CoV-2 Spike protein

CYP3A4 bound to ritonavir

Cryo-EM structure of GLP-1R-Gs complex with GLP-1 (9-36) and cpd19

Cryo-EM structure of BETP-GLP-1(9-36)-GLP-1R-Gs complex

PRO-37587 bound to SARS-CoV-2 Spike protein (consensus map)

CYP3A4 bound to ketoconazole

Cryo-EM structure of cpd2-GLP-1(9-36)-GLP_1R-Gs complex

Cryo-EM structure of cpd2-GLP-1R-Gs complex

Cryo-EM structure of GLP-1(9-36)-GLP_1R-Gs complex

Connexin 26 from L Paradoxa in GDN detergent - hemichannel focussed conformation 2

Connexin 26 from Lepidosiren paradoxa solublised and purified in DDM detergent

Connexin 26 from Lepidosiren paradoxa solublised and purified in LMNG detergent

Mycobacterium tuberculosis transcription termination factor Rho in complex with an RNA substrate bound to the secondary binding site and the ATP analogue ADP-BeF3

Connexin 26 from L Paradoxa in GDN detergent - hemichannel focussed conformation 1

Mycobacterium tuberculosis transcription termination factor Rho in complex with an RNA substrate bound to the primary binding site and the ATP analogue ADP-BeF3

In situ structure of F7 pyocin in the post-ejection state on P. aeruginosa

Cryo-EM structure of Mycobacterium tuberculosis transcription initiation complex in complex with UMN141

Cryo-EM structure of BETP-oxyntomodulin-GLP_1R-Gs complex

In situ structure of F7 pyocin attached to P. aeruginosa outer membrane

Cryo-EM structure of cpd2-oxyntomodulin-GLP_1R-Gs complex

Pseudomonas aeruginosa 50S ribosome (CP local map)

Eukaryotic 80S ribosome with P/P tRNA and Reh1 from uL16 P-site loop mutants in bypass condition

Cryo-EM structure of Mycobacterium tuberculosis transcription initiation complex containing 2nt RNA in complex with UMN141

Pseudomonas aeruginosa 50S ribosome (L7/L12 stalk local map)

Eukaryotic 80S ribosome with P/P tRNA from uL16 P-site loop mutants in bypass condition

Pseudomonas aeruginosa 50S ribosome (base map)

Pseudomonas aeruginosa 50S ribosome (L1 stalk domain 'in' conformation)

Structure of mink-derived HKU5 RBD in complex with ACE2 of N. vison

Eukaryotic 80S ribosome with A/A, P/P tRNAs from uL16 P-site loop mutants in bypass condition

Eukaryotic 80S ribosome with A/P, P/E tRNAs from uL16 P-site loop mutants in bypass condition

Eukaryotic pre-60S ribosomes from uL16 P-site loop mutants in bypass condition. Lsg1, Nmd3 absent

Empty eukaryotic 80S ribosome with Reh1 from uL16 P-site loop mutants in bypass condition

Eukaryotic pre-60S ribosomes from uL16 P-site loop mutants in bypass condition. Lsg1,Nmd3 and Tif6 present

Eukaryotic pre-60S ribosomes from uL16 P-site loop mutants

CYP3A4 cryoEM structure

Pseudomonas aeruginosa 50S ribosome (L1 Stalk domain 'mid' conformation)

Lipid droplet biogenesis by the lipid droplet assembly complex

Conserved mRNP remodeling mechanism of the TREX-2L (Thp3/Csn12/Sem1) complex

CYP3A4 bound to azamulin

CYP3A4 bound to vardenafil

Human NHA1 in an inward-open conformation

Mycobacterial NDH-2 (type II NADH:quinone oxidoreductase) with tricyclic spirolactam inhibitor

Cryo-EM structure of the L274A mutant of the Arabidopsis thaliana mechanosensitive channel of small conductance-like protein 2 (MSL2) in DOPC lipid nanodiscs

Human Ferritin Heavy Chain in the presence of Mg-ATP

The AAV2 capsid in complex with IgG-Fab#3-2

The AAV2 capsid in complex with IgG-Fab#3-4

Cryo EM structure of a formate acetyltransferase (PFL) from Fannyhessea vaginae in complex with CoA

The AAV2 capsid in complex with IgA-Fab#3-4

The AAV2 capsid in complex with IgA-Fab#3-2

Constituent EM map: Focused refinement on TMx region of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

95-bp double-stranded DNA minicircle: poly(A:T) model

Constituent EM map: Focused refinement on NTD/SPRY/Calstabin-1 of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

Constituent EM map: Focused refinement on JSol/CSol of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

Constituent EM map: Focused refinement on Ry34 of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

Constituent EM map: Focused refinement on Ry12 of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

Constituent EM map: Focused refinement on BSol of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

CryoEM structure of integrin a4b7 bound to act1 Fab

Constituent EM map: Focused refinement on TaF/TMD/CTD of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

CryoEM structure of integrin aEb7 bound to Bly7 fab

Peptidoglycan and lipopolysaccharide biosynthesis enzymes with inhibitor

Structure of MurA in complex with ligand-bound LpxC

CryoEM structure of H5N1 A/Texas/37/2024 HA bound to 3CF5 Fab

Cryo-EM structure of 20S proteasome from cell lysates on carbon nanotubes

Cryo-EM structure of GroEL-GroES complex on carbon nanotubes

CryoEM structure of H5N1 A/Texas/37/2024 HA bound to 3BG3 IgG

Cryo-EM structure of GroEL-GroES complex from cell lysates on carbon nanotubes

Triticum aestivum Trehalose-6-phosphate synthase 5 - T6P

Triticum aestivum Trehalose-6-phosphate synthase 5 - apo

Arabidopsis thaliana Trehalose-6-phosphate synthase 8 - T6P

Arabidopsis thaliana Trehalose-6-phosphate synthase 8 - apo

Structural and Functional Insights into VEGFR-3-Mediated Lymphangiogenesis : Unraveling the clustering mechanism of VEGFR-3/VEGF-C

Structural and Functional Insights into VEGFR-3-Mediated Lymphangiogenesis : Unraveling the clustering mechanism of VEGFR-3/VEGF-C

Human tRNA ligase complex

Human wild-type LONP1 bound to PZL-26

Human monosomes with bound toxin NT-2, focus on 60S subunit. Cells treated with NT-2.

Dormant 80S:eEF2:SERBP1:tRNA complex from human cells treated with toxin NT-2

Human monosomes, focus on 60S subunit; control.

Human monosomes with bound toxin NT-2, focus on 60S subunit. NT-2 added to purified ribosomes as control.

EcAVS5 (focus refine)

EcAVS5 dimer

ARP of SWI/SNF of PIC-Med-SWI/SNF

EcAvs5 monomer plus SIR2

Core Mediator of PIC-Med-SWI/SNF

TFIIH of PIC-Med-SWI/SNF

Asymmetric cryoEM reconstruction of F7 pyocin tail tube

CryoEM structure of F7 pyocin tail tip in the post-ejection state

CryoEM structure of F7 pyocin tail tube

CryoEM structure of F7 pyocin tail fiber in the pre-ejection state

CryoEM structure of F7 pyocin tail tip in the pre-ejection state

CryoEM structure of F7 pyocin tail terminator

Asymmetric cryoEM structure of F7 pyocin tail tip in the post-ejection state

Structure of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Raw consensus map of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Raw consensus map of RyR1 in presence of rosuvastatin (Ca2+/CFF/ATP dataset; closed pore)

Raw consensus map of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

Constituent EM map: Focused refinement on Ry12 of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Constituent EM map: Focused refinement on BSol of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Constituent EM map: Focused refinement on TaF/TMD/CTD of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Constituent EM map: Focused refinement on NTD/SPRY/Calstabin-1 of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Constituent EM map: Focused refinement on Ry34 of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Constituent EM map: Focused refinement on JSol/CSol of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Constituent EM map: Focused refinement on TMx region of RyR1 in presence of rosuvastatin (including auxiliary transmembrane helices TMx1 and TMx2; Ca2+/CFF/ATP dataset; closed pore)

Cryo-EM structure of wild-type Arabidopsis thaliana mechanosensitive channel of small conductance-like protein 2 (MSL2) in DOPC lipid nanodiscs.

Structure of RyR1 in complex with rosuvastatin (Ca2+/CFF/ATP dataset; open pore)

Cryo-EM map of crosslinked E. coli TAM Complex in DDM detergent, alpha helices resolved in POTRA domains

Cryo-EM structure of wild-typeArabidopsis thaliana mechanosensitive channel of small conductance-like protein 2 (MSL2) in chloroplast lipid nanodiscs

Cryo-EM map of crosslinked E. coli TAM Complex in DDM detergent, interruption of density visible near TamA lateral gate

Structure of human MAIT A-F7 TCR in complex with miniaturized MR1-5-OP-RU

DNA-guided AsCas12a

E coli CNF1

Helical polymer of human ZNFX1 proteins

Structure of the human ZNFX1 protein in a bundled sheet of twisted fibrils

Structure of ZNFX1 in the ATP-bound, pre-ATP hydrolysis state

NPC1 expressed from Sf9 and purified at pH 5.5

Cryo-EM map of the occluded-state full-length human Adenylyl cyclase 9 in complex with stimulatory G protein, ATPalphaS, and forskolin

Cryo-EM map of the full-length chimeric Adenylyl cyclase 95 in complex with stimulatory G protein, ATPalphaS, and forskolin

Cryo-EM map of the ATPalphaS-bound full-length human Adenylyl cyclase 9 in complex with stimulatory G protein, ATPalphaS, and forskolin

Structure of ZNFX1 bound to RNA

NAA40-NAC bound active human 80S

Composite cryo-EM map of the human DNAAF19-RUVBL1/2-DPCD complex

In vitro reconstituted METAP1-NAA40-NAC bound 80S - State 1

Cryo-EM map of the occluded-state full-length human Adenylyl cyclase 9 in complex with stimulatory G protein

Structure of ZNFX1 in the post-ATP hydrolysis state

Cryo-EM map of Yarrowia lipolytica ORC-Cdc6 bound to 54bp segment of OriC-061 DNA

In vitro reconstituted METAP1-NAA40-NAC bound 80S - State 2

NAA40-NAC bound human 80S (combined translation states)

Cryo-EM map of Yarrowia lipolytica ORC-Cdc6 bound to 60bp segment of OriA-006 DNA

NPC1-NPC2 complex with bis-sterol molecule JM046, pH 5.5

Cryo-EM map of Yarrowia lipolytica ORC-Cdc6 bound to 60bp segment of OriA-006 mutant CNNGGNR DNA

HSV-2 gHecto/gL/CHL37-Fab complex

HSV-2 gHecto/gL/CHL27-Fab Complex

HSV-2 gHecto/gL/CHL2-Fab complex

1B8 (Fab) - Polio 2 (VLP) complex

HSV-2 gHecto/gL/53S-Fab complex

HSV-2 gHecto/gL

CryoEM structure of the human origin recognition complex with DNA and CDC6 protein

Cryo EM Structure of Full Length mGluR8 in Complex with Beta-Arrestin-1 Bound to Agonist L-AP4 and PAM VU6005649

Cryo EM Structure of Full lengthmGluR8 Bound to Agonist L-AP4 and PAM VU6005649 in complex with G proteins

In situ C2S2M2L4-type PSII-LHCII supercomplex, two loosely bound (L-) LHCII trimers at one side, protomer 2

human 80S ribosome delta eL41 rotated state

In situ C2S2M2L4-type PSII-LHCII supercomplex, two loosely bound (L-) LHCII trimers at one side, protomer 1

In situ structure of side-by-side PSII-LHCII dimer (focused on PSII copy 2)

In situ structure of side-by-side PSII-LHCII dimer (focused on PSII copy 1)

In situ structure of the side-by-side PSII-LHCII dimer from Oryza sativa (composite)

In situ structure of side-by-side PSII-LHCII dimer (Consensus map)

LX-2D6 (Fab) - Polio 1 (VLP) complex

Structure of Cdr1 with curcumin

In situ structure of the trans-lumenal PSII-LHCII dimer (Consensus map)

In situ structure of the bis-trans-lumenal/trans-stromal PSII-LHCII tetramer (Consensus map)

Structure of Cdr1 with beauvericin

Structure of Cdr1 with Tacrolimus

Structure of Cdr1 with ATP/ADP

Structure of Cdr1 with Fluconazole at the near site

Structure of Cdr1 with AMPPNP

Structure of Cdr1 with Fluconazole at the middle site

Cryo-EM structure of streptavidin within graphene reservoir sandwich

Cryo-EM structure of Ll.LtrB Group II intron within graphene reservoir

ZnT10 dimer with manganese

ZnT10 tetramer with zinc

Structure of Cdr1 with AMPPNP/AMPPNP

Cryo-EM structure of human SLC26A11

ZnT10 tetramer with manganese

Structure of Cdr1 with AMPPNP and the far site Fluconazole

Structure of apo Cdr1

ZnT10 dimer with zinc

6B5 (Fab) - Polio 3 (VLP) complex

DIT2 nanofibril

PLD-fold vaccinia virus endonuclease K4 with DNA

E. coli 70S initiation complex bound to compact IF2-GDP (70S IC-II)

RNA polymerase ribozyme 85h34 replication complex, subclass 7 structure

T33-Fus-1A asymmetric unit - Designed tetrahedral protein cage based on helical fusion and machine learning

Australian bat lyssavirus glycoprotein PH domain in complex with broadly neutralizing human antibodies A6 and RVC20

T33-Fus-1A cage - Designed tetrahedral protein cage based on helical fusion and machine learning

T33-Fus-1B asymmetric unit - Designed tetrahedral protein cage based on helical fusion and machine learning

30S pre-initiation complex with IF2 bound (30S PIC-B)

T33-Fus-2 asymmetric unit - Designed tetrahedral protein cage based on helical fusion and machine learning

E. coli 70S elongation competent complex (70S EC)

70S Initiation Complex with extended IF2 bound (70S IC-I)

Microtubule bundles in metaphase RPE1 spindles

T33-Fus-2 cage - Designed tetrahedral protein cage based on helical fusion and machine learning

30S pre-initiation complex with IF2 and IF1 bound (30S PIC-A)

Bacillus subtilis GerAA(A318C):GerAB:GerAC(P52C) bound to L-alanine, in glyco-diosgenin, consensus

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C), in glyco-diosgenin, GerAB-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(P52C) bound to L-alanine, in glyco-diosgenin, composite

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C), in glyco-diosgenin, consensus

Bacillus subtilis GerAA(A318C):GerAB:GerAC(P52C) bound to L-alanine, in glyco-diosgenin, GerAC-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to D-alanine, in glyco-diosgenin, consensus

Bacillus subtilis GerAA:GerAB:GerAC bound to L-alanine, in glyco-diosgenin, GerAB-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C), in glyco-diosgenin, composite

Bacillus subtilis GerAA:GerAB:GerAC bound to L-alanine, in glyco-diosgenin, composite

Bacillus subtilis GerAA(A318C):GerAB:GerAC(P52C) bound to L-alanine, in glyco-diosgenin, GerAB-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C), in glyco-diosgenin, GerAC-focused

Bacillus subtilis GerAA:GerAB:GerAC bound to L-alanine, in glyco-diosgenin, consensus

Bacillus subtilis GerAA:GerAB:GerAC, in glyco-diosgenin, consensus

Bacillus subtilis GerAA:GerAB:GerAC, in glyco-diosgenin, composite

Bacillus subtilis GerAA:GerAB:GerAC, in glyco-diosgenin, GerAB-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to D-alanine, in glyco-diosgenin, GerAB-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to D-alanine, in glyco-diosgenin, GerAC-focused

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to L-alanine, in glyco-diosgenin, consensus

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to D-alanine, in glyco-diosgenin, composite

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to L-alanine, in glyco-diosgenin, GerAB-focused

Structure of the DAB1 Complex in State B

Escherichia coli 70S ribosome initiation complex bound to IF1 and extended IF2-GDPCP (70S IC*)

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to L-alanine, in glyco-diosgenin, GerAC-focused

Structure of the DAB1 Complex in State A

Bacillus subtilis GerAA(A318C):GerAB:GerAC(S56C) bound to L-alanine, in glyco-diosgenin, composite

Constituent EM map: Focused refinement LptADE of outer membrane and periplasmic portions of the E. coli lipopolysaccharide transport bridge

Constituent EM map: Focused refinement inner membrane portion LptBFGC of the lipopolysaccharide transport bridge from E. coli in complex with lipopolysaccharide

LPS transport bridge LptBFGCADE from Escherichia coli

Constituent EM map: Outer membrane and periplasmic portions of the lipopolysaccharide transport bridge from E coli

LptBFGCA from Escherichia coli

Constituent EM map: Focused refinement of inner membrane portions of the E. coli lipopolysaccharide transport bridge LptBFGC

Raw consensus map of the E coli lipopolysaccharide transport bridge

LPS transport bridge LptBFGCADE from Escherichia coli in complex with lipopolysaccharide

Consensus map of lipopolysaccharide transport bridge LptBFGCADE from E. coli in complex with lipopolysaccharide

RCK Gating Ring from Kch in the open conformation

Reconstruction focused at N-heat-ATRIP of ATR-ATRIP-ETAA1 AAD

RCK Gating Ring from Kch in the Intermediate conformation

RCK Gating Ring from Kch in the open conformation in the presence of zinc

RCK Gating Ring from Kch in the closed conformation

Consensus reconstruction of ATR-ATRIP-ETAA1 AAD

Low resolution composite map of LPS transport bridge LptBFGCADE from Escherichia coli

Consensus map: Low resolution structure of LPS transport bridge LptBFGCADE from Escherichia coli

Reconstruction focused at N-heat-ATRIP-M-heat-FAT of closed protomer of ATR-ATRIP-ETAA1 AAD

Constituent EM map: Focused refinement of inner membrane portions of the E. coli lipopolysaccharide transport bridge LptBFGC, low resolution structure

Reconstruction (2) focused at N-heat-ATRIP-M-heat-FAT of closed protomer of ATR-ATRIP-ETAA1 AAD

Reconstruction focused at N-heat-ATRIP-M-heat of open protomer of ATR-ATRIP-ETAA1 AAD

Reconstruction focused at FAT-kinase of ATR-ATRIP-ETAA1 AAD

Constituent EM map: Focused refinement LptADE of outer membrane and periplasmic portions of the E. coli lipopolysaccharide transport bridge, low resolution structure

Consensus map - Catalytically inactive LPS transport bridge LptBFGCADE from Escherichia coli bound to ATP

Constituent EM map: Focused refinement LptADE of outer membrane and periplasmic portions of the E. coli lipopolysaccharide transport bridge in complex with ATP

Constituent EM map: Focused refinement of inner membrane portions of the E. coli lipopolysaccharide transport bridge LptBFGC in complex with ATP

Catalytically inactive LPS transport bridge LptBFGCADE from Escherichia coli bound to ATP

Human pre-60S - State 1B

Human pre-60S - State 1A

Cryo-EM map (3D Refined) of the aptamer 343 bound to the N-terminus of Initiation Factor 3 (IF3) in the context of the bacterial preinitiation complex (PIC)