X-ray diffraction operates at wavelengths of ~1 A in order deliver Angstrom-resolution protein structures. [4] Explain,...
X-ray diffraction operates at wavelengths of ~1 A in order deliver Angstrom-resolution protein structures. [4] Explain, why and how NMR spectroscopy, which operates at much longer, radiofrequency wavelengths (10 ^m), can deliver protein structures of comparable (Angstrom) resolution. As an NMR spectroscopes, do you prefer larger or smaller values for the duration of the 90degrees ovules for the target nucleus/channel (e.g. for 1H)? Justify.