Experimental results on the dynamic dilational surface elasticity of protein solutions are
analyzed and compared. Short reviews of the protein behavior at the liquid–gas interface …

The use of atomic force microscopy to visualise the molecular structure of protein-stabilised
oil–water and air–water interfaces has provided new information on the microstructure of the …

The competitive displacement of a model protein (β-lactoglobulin) by bile salts from air−
water and oil− water interfaces is investigated in vitro under model duodenal digestion …

Particles in protein therapeutics are undesirable because they may have the potential for
causing adverse immunogenicity in patients. Agitation-induced exposure to the air–water …

Abstract Tween (polysorbate) 20 and 80 are surfactants used for the development of
parenteral protein drugs, due to their beneficial safety profile and stabilisation properties. To …

Soluble proteins are often highly unstable under mixing conditions that involve dynamic
contacting between the main liquid phase and a gas phase. The recombinant human growth …

The rheological behavior of β-casein adsorption layers formed at the air− water and
tetradecane− water interfaces is studied in detail by means of pendant drop tensiometry …

The nonmonotonic kinetic dependencies of the dynamic elasticity of adsorbed and spread β-
casein layers at the liquid− gas interface have been determined by the oscillating barrier …

Concentration-dependent, interfacial-shear rheology and interfacial tension of albumin, IgG,
fibrinogen, and IgM adsorbed to the aqueous-buffer/air surface is interpreted in terms of a …

Protein assembly at the air–water interface (AWI) occurs naturally in many biological
processes and provides a method for creating biomaterials. However, the factors that control …