-
In situ study of destruction of a denatured surface protein by protease (Savi...
New detergents will increasingly rely on sustainable products and the use of enzymes will become ever more important. However, the process of destruction of stains (often... -
Nature of the protein corona on nanoparticle surfaces
When nanoparticles enter a biosytem they rapidly acquire a protein corona. The nature of the outer part of this corona will determine the response of the biosystem to the... -
Partial structural study at the oil-water interface
In our previous experiment we determined a value for the interfacial width of bare hexadecane-water interface. The NR-determined width was 6.0 ± 1.0 Å, which compares well with... -
Study of the interaction of thermoresponsive naogels with lipids
This proposal seeks to characterise the hydrophobic interaction of thermoresponsive nanogels designed for drug delivery through the skin with a lipid monolayer as a function of... -
Multilayer surfactant adsorption onto cellulose surfaces
Studying surfactant and mixed surfactant adsorption on model solid surfaces, which mimic real surfaces such as fabrics, hair and skin, is starting to provide a real insight into... -
Kinetics of Protein Adsorption on well-characterised polymer brushes
We wish to develop a rational understanding of the mechanisms underlying the way water soluble polymer brushes - in particular those of polyethylene oxide/polyethylene glycol -... -
Evidence for a Diffuse Interfacial Region at the Dichloroethane/Water Interface
The 1,2- dichloroethane (DCE)/water interface is important because of its suitability as an electrochemical interface between two immiscible electrolyte soloutions. An issue of... -
Effect of alkyl chain length on the adsorption of n-alkyl phosphocholine surf...
This proposal relates to the study of adsorption of n-dodecyl phosphocholine (C12PC) at the oil-water interface. The thickness of the adsorbed monolayers measured for dC12hPC... -
Sustainable polymeric deposition aids
This is a new programme of work and a collaboration between CCLRC, Oxford, Unilever and Manchester. It is concerned with polymer aided deposition to solid substrates, using...
