PDB | 3o0r Nitric oxide reductase

Crystal structure of nitric oxide reductase from Pseudomonas aeruginosa in complex with antibody fragment

label Keywords
oxidoreductase, electron transport, heme, iron, membrane, cytoplasmic membrane, immune system-oxidoreductase complex
event_note Published
10/30/2024
blur_on Resolution
2.7 Å
filter_center_focus Method
X-RAY DIFFRACTION
add_circle Ligands
PROTOPORPHYRIN IX CONTAINING FE, FE (III) ION, OXYGEN ATOM, CALCIUM ION, HEME C

Original publication

import_contacts Title
Structural basis of biological N2O generation by bacterial nitric oxide reductase
import_contacts Journal
Science 2010
import_contacts DOI
10.1126/science.1195591
person Authors
Iwata, S., Matsumoto, Y., Shiro, Y., Murata, T., Sugimoto, H., Hino, T., Nagano, S., Fukumori, Y.

Simulation 3o0r_default_dppc

Images

The following pre-rendered images show: distortions of the lipid bilayer, averaged across the entire simulation; positions of lipids in a representative snapshot of the simulation and contacts between lipids or solvent and the protein in either cartoon or surface representation. Rendering is performed using VMD's Tachyon renderer.

Distortions

Distortions show the average surface formed by lipid phosphate beads over the final 800 ns of simulation time. Red indicates a thinning of the bilayer (compared to bulk thickness), whilst blue indicates thickening.

Lipids

Coarse-grained lipids are shown with glycerol beads in yellow, phosphate beads in red and choline beads in blue. Atomistic lipids are coloured according to the CPK standard.

Contacts

Contacts show the average occupancy of the selected group within 6 Å of the protein over the final 800 ns of simulation time. Use the buttons below to select a representation.

View molecule in 3D

View an atomistic snapshot from this simulation. You will not need to install any additional software or plugins.

check Your browser is ready to display 3D content using WebGL.

checkA structure is available through the MemProtMD API.

infoLoading this file may cause your browser to become briefly unresponsive.

insert_drive_file
3o0r_default_dppc.mpmd.finalframe.atomistic.pdb
2.3 MB, PDB Format

autorenewLoading structure

Show protein as:

Colour protein by:

Show lipids as:

Colour lipids by:

Polypeptide chains

Select a chain to view more detailed analysis. The cards below show a vertical violin plot for each chain, with shapes representing the normalised density of all residues (white), alpha helical residues (blue) and beta sheet residues (green) along the bilayer normal.

Chain B
Chain C