Abstract
Recalling that there are currently more than 63,000 structures deposited in the Protein Data Bank, it is time for neutron scatterers studying protein dynamics to show a similar interest in the diversity that is the basis of biology. Sound experimental data that can underpin and complement molecular-dynamics simulations for fundamental research and health applications such as drug design can and should be provided. A proposal is presented to fulfil the two conditions that are required to enable such an approach: (i) the identification of measurable dynamics parameters that are correlated to biological function and activity and (ii) the design of experiments to measure these parameters efficiently with reasonable throughput.
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