Warning
You are using a web browser that we do not support. Our website will not work properly. Please update to a newer version or download a new web browser, such as Chrome or Firefox.
MyPDB
Toggle navigation
RCSB PDB
Deposit
Prepare Data
pdb_extract
SF-Tool
Ligand Expo
MAXIT
Validate Data
Validation Server
Information for Journals
Validation Task Forces
Deposit Data
wwPDB OneDep System
Deposition Help & Resources
Deposit FAQ
Tutorials
Annotation Policies
Processing Procedures
PDBx/mmCIF Dictionary
Chemical Component Dictionary
PDB Format Guide
BioSync Beamlines/Facilities
Related Tools
Search
Advanced Search
Drilldown Search
Unreleased & New Entries
Sequences
Ligands
Drugs & Drug Targets
Browse by Annotation
PDB Statistics
Visualize
Visualize3DViewer
PoseView
Protein Feature View
Human Gene View
Pathway View
Analyze
Sequence & Structure Alignment
Protein Symmetry
Structure Quality
Map Genomic Position to Protein
PDB Statistics
Third Party Tools
Download
Coordinates & Experimental Data
Sequences
Ligands
FTP Archive & Services
HTTPS Services
Other Services
RESTful Web Services
Learn
About
Molecule of the Month
Browse all Resources
Educational Resources
Curricula
Guide to PDB Data
News and Events
More
Contact Us
Citing Us
Usage & Privacy
Help Topics
About RCSB PDB
Team Members
Advisory Committee
News
Publications
Careers
139555
Biological Macromolecular Structures Enabling Breakthroughs in Research and Education
Go
Advanced
Search
|
Browse
by Annotations
|
Search
History
|
Previous
Results
Navigation Tabs
Structure Summary
3D View
Annotations
Sequence
Sequence Similarity
Structure Similarity
Experiment
1DWL
The Ferredoxin-Cytochrome complex using heteronuclear NMR and docking simulation
Display Files
FASTA Sequence
PDB File
PDB File (Header)
mmCIF File
mmCIF File (Header)
PDBML/XML File
PDBML/XML File (Header)
Download Files
FASTA Sequence
PDB File (Text)
PDB File (gz)
PDBx/mmCIF File
PDBx/mmCIF File (gz)
PDBML/XML File
PDBML/XML File (gz)
SOLUTION NMR - - THEORETICAL MODEL Experimental Data
Structure 1DWL has been solved using multiple methods: SOLUTION NMR - - THEORETICAL MODEL
Experimental Details
Sample Conditions
Sample Contents
10% D2O/90% WATER
Solvent
n/a
Ionic Strength
n/a
pH
5.9
Pressure
n/a
Temperature (K)
296
Experiment(s):
HSQC
Spectrometer Information
Manufacturer
Model
Field Strength
Bruker
DRX
500.0
NMR Refinement
Method
MAPPING OF THE CHEMICAL SHIFT VARIATIONS
Details
MOLECULAR DYNAMICS CALCULATION USING AMBER FORCE FIELD THESE ARE 3 MODEL STRUCTURES FOR THE COMPLEX OF CYTOCHROME C553 WITH FERREDOXIN I
NMR Ensemble Information
Conformer Selection Criteria
COMBINATION OF NMR SHIFT VARIATION AND A SOFT DOCKING ALGORITHM
Conformers Submitted Total Number
3
Representative Model Choice Rationale
1
n/a
Additional NMR Experimental Information
1
HETERONUCLEAR EXPERIMENTS ON 15N-LABELED FERREDOXIN AND CYTOCHROME, CHEMICAL SHIFT VARIATION ANALYSIS
Computation: NMR Software
#
Classification
Software Name
Author
1
refinement version: 3.851
X-PLOR
BRUNGER