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Nuclear magnetic resonance (NMR) is a spectroscopic approach to observe local magnetic fields around certain nuclei being intrinsically magnetic. The NMR signals are generated by exciting nuclei with radio frequencies while being submitted to an external magnetic field. This is typically done in aqueous solution, but can also be performed with solid samples (see solid-state NMR).
More specifically, in structural biology, it is a method used for the determination of the three-dimensional molecular structure and dynamics of proteins and nucleic acids at atomic resolution. The results obtained from these measurements provide information about:
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Tutorial sections
- Instrumentation:
- Overview of the instrumentation - to be familiar with the equipment in the laboratory
- Software - pieces of software used by the instrument and for data analysis
- NMR experiment:
- Sample requirements - how to prepare a good sample for NMR analysis
- Running a basic 1D NMR experiment - first steps into data acquisition
- 2D 15N-HSQC - bring the second dimension
- Data processing:
- Basic processing of NMR data - initial data analysis and sample quality assessment
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