Linked from

The 71 pages that link to Nuclear magnetic resonance spectroscopy, each with the reason it gives.

• Mass spectrometryCompared with: It supplies structural information through magnetic interactions rather than ion mass measurements.

• X-ray crystallographyCompared with: It can study molecules in solution, unlike methods requiring an ordered crystal.

• CrystallographyCompared with: It can determine molecular structures in solution where crystals may be unavailable.

• Vibrational spectroscopyCompared with: It reveals chemical environments through nuclear spins rather than vibrational frequencies.

• Electron paramagnetic resonanceCompared with: NMR probes nuclear spins, whereas EPR chiefly probes unpaired electron spins.

• Cryo-electron microscopyCompared with: NMR can probe molecular motion in solution, while cryo-EM often captures frozen structural populations.

• Neutron scatteringCompared with: Both methods probe magnetic and atomic behavior, but use different interactions and timescales.

• Fourier-transform infrared spectroscopyCompared with: It provides structural evidence through a different physical interaction than infrared absorption.

• Protein crystallographyCompared with: It can reveal protein structures in solution rather than in a crystal lattice.

• Optical spectroscopyCompared with: It reveals molecular structure through nuclear spin behavior, outside the optical range.

• Electronic spectroscopyCompared with: Its transitions concern nuclear spins, not electronic excitation by ultraviolet or visible photons.

• AlphaFoldCompared with: It can reveal experimentally observed protein conformations and dynamics absent from a single prediction.

• Dielectric spectroscopyCompared with: Both reveal molecular dynamics, but NMR detects nuclear spins rather than bulk polarization.

• Photo 51Compared with: It offers a different route to molecular structure than the fiber diffraction used for Photo 51.

• John KendrewCompared with: Unlike Kendrew’s crystallographic approach, this method can determine structures without crystals.

• Methods in magnetismCompared with: Unlike magnetometry, it primarily extracts chemical information from resonance frequencies.