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Polymer-Lipid Nanodisc Self-assembly Processes Using Stop Flow
Polymer stabilized lipid nanodiscs offer enormous potential as tools for enabling membrane protein structural studies & biophysics. Polymer stabilized lipid bilayer discs... -
Micelle curvature effects on polyelectrolyte-surfactant film structures
This proposal continues our investigations into polyelectrolyte-surfactant thin films which form at the air-solution interface. Our previous work investigated structure... -
Measuring phospholipid flip-flop rates across vesicle bilayers
Asymmetry across biological membranes is vital for a wide range of organelle and cellular functions. Significant differences in lipid composition have been found between the... -
Complex evolution of solution microstructure in LAS / nonionic surfactant mix...
This proposal is part of a broad programme of collaborative research between RAL / Oxford and Unilever, using predominantly scattering techniques to investigate the nature of... -
Phospholipid exchange between tethered bilayers and vesicles
Our objective is to create asymmetric solid surface tethered bilayers (tBLMs) with the the outer leaflet predominately populated by charged phospholipids. tBLMs are produced by... -
Surface modification in heteropolymer blends.
In recent years we have had considerable success with the surface modification of amorphous and crystalline thermal plastic polymers using multi-end functional additives. In... -
Self-assembled Floating Lipid Bilayers: What Forces Are Causing the Bilayer t...
Recently (RB19100102) we have discovered that floating bilayers composed of fluid phase lipids can be produced by deposited vesicles onto charge modified oligo(ethylene... -
Dynamics of a novel gadolinium lipid
This dataset has no description
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Adsorption of perfluoroalkyl substances to solid soil interface to elucidate ...
Perfluoroalkyl substances (PFASs) are stable compounds and commercially desirable. They are widely used, for example, as surfactants in textile and paper products and in aqueous...