This paper describes automation of planar lipid bilayer formation by introducing a stepping motor to a microfluidic device. Planar lipid bilayers or lipid vesicles are useful to understand biological ...

Electrostatic interaction plays a leading role in nanoparticle interactions with membrane architectures and can lead to effects such as nanoparticle binding and membrane disruption. In this work, the ...

To characterize dendrimer–membrane interactions we applied solid-supported lipid bilayers as biomembrane models and utilized infrared–visible sum-frequency vibrational spectroscopy to independently ...

Abstract: In this paper, we focus on measurement principles used in electroporation studies on planar lipid bilayers. In particular, we point out the voltage-clamp measurement principle that has great ...