A nanoplasmonic ruler method is presented in order to measure the deformation of adsorbed, nm-scale lipid vesicles on solid supports. It is demonstrated that single adsorbed vesicles undergo greater deformation on silicon oxide over titanium oxide, offering direct experimental evidence to support membrane tension-based theoretical models of supported lipid bilayer formation.NMRC (Natl Medical Research Council, S’pore)Published versio
Lipid bilayers form the basis of the membranes that serve as a barrier between a cell and its physio...
We have developed and characterized novel biomimetic membranes, formed at nanostructured sensor subs...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...
A nanoplasmonic ruler method is presented in order to measure the deformation of adsorbed, nm-scale ...
An indirect nanoplasmonic sensing platform is reported for investigating the kinetics of attachment ...
With increasing temperature, biological macromolecules and nanometer-sized aggregates typically unde...
Supported lipid bilayers (SLBs) at surfaces provide a route to quantitatively study molecular intera...
In this manuscript a novel optical assay, based on citrated gold nanoparticles, for estimating the s...
Unraveling the details of how supported lipid bilayers (SLBs) are coupled to oxide surfaces is exper...
The fate of adsorbed lipid vesicles on solid supports depends on numerous experimental parameters an...
The fate of adsorbed lipid vesicles on solid supports depends on numerous experimental parameters an...
Unraveling the details of how supported lipid bilayers (SLBs) are coupled to oxide surfaces is exper...
Solid supported lipid bilayers (SLBs) are excellent platforms for studying the biophysical propertie...
The knowledge of the elasticity of lipid bilayer structures is fundamental for new developments in b...
Multivalent ligand-receptor interactions are critical to the function of membrane-enveloped biologic...
Lipid bilayers form the basis of the membranes that serve as a barrier between a cell and its physio...
We have developed and characterized novel biomimetic membranes, formed at nanostructured sensor subs...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...
A nanoplasmonic ruler method is presented in order to measure the deformation of adsorbed, nm-scale ...
An indirect nanoplasmonic sensing platform is reported for investigating the kinetics of attachment ...
With increasing temperature, biological macromolecules and nanometer-sized aggregates typically unde...
Supported lipid bilayers (SLBs) at surfaces provide a route to quantitatively study molecular intera...
In this manuscript a novel optical assay, based on citrated gold nanoparticles, for estimating the s...
Unraveling the details of how supported lipid bilayers (SLBs) are coupled to oxide surfaces is exper...
The fate of adsorbed lipid vesicles on solid supports depends on numerous experimental parameters an...
The fate of adsorbed lipid vesicles on solid supports depends on numerous experimental parameters an...
Unraveling the details of how supported lipid bilayers (SLBs) are coupled to oxide surfaces is exper...
Solid supported lipid bilayers (SLBs) are excellent platforms for studying the biophysical propertie...
The knowledge of the elasticity of lipid bilayer structures is fundamental for new developments in b...
Multivalent ligand-receptor interactions are critical to the function of membrane-enveloped biologic...
Lipid bilayers form the basis of the membranes that serve as a barrier between a cell and its physio...
We have developed and characterized novel biomimetic membranes, formed at nanostructured sensor subs...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...