… In this study of lipid hydration in model membrane lipid monolayers, we have shown that …
leading to lipid-induced orientation of water molecules: monopolar (charge-induced) and …

… water molecules aligned by charge−dipole interactions with charged lipids can be used as
… Lipid domain diffusion is imaged label-free by means of the hydration of charged domains. …

… In summary, this suggests that charge screening of bilayers at close to physiologic
concentrations is dominated by steric hydration effects, which are essentially inner electric double …

… we let membranes report on their accumulation of charge. … , membrane undulation, and
hydration terms can be simply added … Hydration and fluctuation repulsion need not change with …

… charges on the water and lipid molecules, such as are those involved in hydrogenbond
formation and its associated charge … , where t replaces the Debye screening length (28, 31 ) and …

… including hydration and its role in the dynamics of charge, … information as well as membrane
hydration is that the probing … <1 nM) does not screen the charges of the surface-absorbed …

… to screen the negative charge originating from the oil molecules. The high degree of disorder
exhibited by DOPA (Figure 1B) points to a “patchy” monolayer in which areas of the bare oil …

… The interface is in reality a thick region containing the residual charges of lipid headgroups.
… The sum of all dipole moment normal components of the lipid hydration shell is 5–10 Debye. …

… charged surface. However strongly charged ions also possess very tightly held hydration …
ions, this affects ion–surface interactions in many different ways, through screening, ion-pairing …

… : The anion is preferentially hydrated and induces greater … The vast majority of lipid (cell)
membranes, macromolecules, … results in a more effective screening of the surface electric …