… lyotropic phase transitions in surfactant or lipid films of such small thicknesses as in the
present work because of continuous film hydration. Moreover, the minimum film thickness …

… hypophase covered by a thin surfactant film, and the surfactant … porcine lipid extract (CurosurfŪ)
films containing SP-B and SP-C on the one hand, and bovine lipid extract surfactant films …

… absorption to the interface from secreted lamellar body-like particles and the surfactant film
attached to a continuous network of surfactant bilayers. Multilayer formation could arise from …

… Structure of lipid phases and membrane-associated proteins in pulmonary surfactant. The
cartoon summarizes current models on the structure and orientation of the three proteins …

… and disordered phases in surfactant membranes and films at … phase has been related with
the ability of surfactant films to produce very low tensions, while the presence in surfactant of …

… the role of surfactant proteins and to a lower extent the surfactant lipids in surface … Fluid
and gel phase regions within the lipid monolayer can be determined and the activity of …

… Recent studies indicate adsorbed surfactant films consist of a surface monolayer and a …
may be enriched in DPPC relative to bulk phase surfactant. We investigated the compositional …

… But the previous results with much simpler monolayers certainly support the hypothesis
that the domains in the surfactant films represent highly organized condensed lipids. …

… Finally, at R S/ L = 1, the phase transition is complete. The mixed film at the highest surfactant
to lipid … At full hydration, a cubic to lamellar phase transition occurs. Coarse grain dynamic …

… phase domains in a phase separated film. The … lipid only and lipid–protein lung surfactant
models; the choice of subphase is important in order to understand the behavior of these films …