The recent development of Martini 3 could potentially solve many of these shortcomings . Martini 3 introduces new bead sizes and chemical types, which combined with well-defined mapping and parametrization strategies could account for the subtleties of lipid head interactions more effectively, including more precise definition of chain lengths and bonded terms. Martini 3 already has a large variety of lipid models to choose from, including common headgroups and diverse tails including completely saturated, mono-and polyunsaturated tails, and cholesterol . Although the current Martini 3 lipid models released showed improved accuracy in a diverse set of applications , they could still be considered prototype models, as they were directly adapted from Martini 2 lipid models .