As exemplified here and in previous studies, already the current version of the NMRlipids Databank helps to resolve issues with contradicting simulation results related, for example, to lipid conformational ensembles, dynamics, membrane packing and ion binding. However, more robust methods and experimental data are still needed for the evaluation of drug and amino acid binding to membranes, which is related to many known controversies listed in Table . Some NMR data from lipid headgroup order parameters are also available for such systems, 107 but quantitative comparison with simulations is more complicated for molecules with higher binding affinity. Furthermore, publicly available tools and quality measures en-abling quantitative evaluation of MD simulations of other biomolecular systems than lipid bilayers, such as sugars or proteins, are not yet generally available-but there is certainly ongoing work towards providing them. The flexible design of the NMRlipids Databank enables also inclusion of other systems than lipid bilayers in the future.