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Gelatin scaffolds from marine species: Physical gels and enzymatically cross-...
Hydrogels from biopolymers are attracting increasing attention for a range of biomedical applications, but the lack of structural understanding hinders the development of new... -
Chain Conformations in Monodisperse/Polydiserpse Electrospinning Solutions
Electrospinning is a technique which produces fibres from a polymer solution exposed to an electric field. The technique forms fibres substantially smaller in diameter than a... -
Evolving microemulsions - tuning selectivity in oxidation reactions
We have begun to explore the synthesis, reactivity and physicochemical properties of a number of surface-active metal complexes, to devise a method for the catalytic... -
Structural characterization of a series of polymer-protein conjugates for chr...
Polymer-protein conjugates have been designed to deliver an appropriate target growth factor to promote a more rapid healing of chronic wounds, an incredibly important area for... -
Probing the internal structure of ethyl butyrate containing microemulsions us...
The proposal aims to establish the location of the oil, ethyl butyrate in dodecyldimethylamine-N-oxide (DDAO) microemulsions. Molecular dynamic simulations have proposed that a... -
A SANS Study on the Influence of Shear on Peptide Fibrillisation
Time-resolved SANS will be performed to investigate the effect of shear on the fibrillisation of insulin following denaturation. The rheological response will be measured... -
Cross-linked Electrospun Fibres containing Cellulose
In this proposal we shall explore the nature of electrospun fibres produced from blends of cellulose and polystyrene which we shall use as a model to develop high strength...
