The emitter showed good mechanical properties for planar supporting and large amplitude bending.
The supported membranes show adsorption kinetics and values similar to planar supported monolayers.
By optimum geometric design, the micro wire shows excellent mechanical properties for planar supporting and large amplitude bending.
We introduce a custom-built instrument designed to perform fast LAURDAN Generalized Polarization (GP) imaging on planar supported membranes.
Highly resistive planar supported lipid membranes were deposited onto highly doped p-type silicon silicon dioxide electrodes.
By choosing Ni as the substrate material, the wire showed good mechanical properties for planar supporting and large amplitude bending, it could even be twisted and rolled up.
The diffusion coefficient of individual DiI molecules was 25 ± 5× higher in planar supported lipid bilayers than within nanoscale membrane curvature.
Using this methodology we studied structural and dynamical transformations induced by Sphingomyelinase D (SM-D) on planar supported membranes composed of N-lauroyl sphingomyelin (C12SM).
The working electrodes were nano-structured catalyst particles immobilised on planar supports, reducing many of the commonly present non-catalyst related effects in conventional porous electrodes.
By choosing Ni as the substrate, the emitter showed good mechanical properties for planar supporting and large amplitude bending, and it could even be twisted and rolled up (Fig. 6b).
Planar supported membranes can be fabricated by deposition of lipid membranes either directly on solids, or on ultrathin (typical thickness of 10 100 nm) polymer supports, which mimic the generic role of extracellular matrix and glycocalix.
