AbstractSubstrate-supported planar lipid bilayers are generated most commonly by the adsorption and transformation of phospholipid vesicles (vesicle fusion). We have recently demonstrated that simultaneous measurements of surface plasmon resonance (SPR) and surface plasmon fluorescence spectroscopy (SPFS) are highly informative for monitoring lipid membranes on solid substrates. SPR and SPFS provide information on the amount and topography of adsorbed lipid membranes, respectively. In this study, the vesicle fusion process was studied in detail by measuring SPR-SPFS at a higher rate and plotting the obtained fluorescence intensity versus film thickness. We could track the initial adsorption of vesicles, the onset of vesicle rupture occurrin...
AbstractThe adsorption of large unilamellar vesicles composed of various combinations of phosphatidy...
This paper presents a novel method of measuring the adsorption of egg-phosphatidylcholine (egg-PC) v...
We describe a simple way of fusing E. coli lipid vesicles onto a gold surface. Supported lipid bilay...
AbstractSubstrate-supported planar lipid bilayers are generated most commonly by the adsorption and ...
AbstractSubstrate-supported planar lipid bilayer membranes are attractive model cellular membranes f...
AbstractSubstrate-supported planar lipid bilayer membranes are attractive model cellular membranes f...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...
AbstractWe have developed a single vesicle assay to study the mechanisms of supported bilayer format...
ABSTRACT We have developed a single vesicle assay to study the mechanisms of supported bilayer forma...
This article summarizes our most recent contributions to the rapidly growing field of supported lipi...
This article summarizes our most recent contributions to the rapidly growing field of supported lipi...
This article summarizes our most recent contributions to the rapidly growing field of supported lipi...
Supported lipid membranes provide the natural environment for cell membrane constituents such as tra...
Supported lipid membranes provide the natural environment for cell membrane constituents such as tra...
AbstractThe adsorption of large unilamellar vesicles composed of various combinations of phosphatidy...
This paper presents a novel method of measuring the adsorption of egg-phosphatidylcholine (egg-PC) v...
We describe a simple way of fusing E. coli lipid vesicles onto a gold surface. Supported lipid bilay...
AbstractSubstrate-supported planar lipid bilayers are generated most commonly by the adsorption and ...
AbstractSubstrate-supported planar lipid bilayer membranes are attractive model cellular membranes f...
AbstractSubstrate-supported planar lipid bilayer membranes are attractive model cellular membranes f...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...
Lipid bilayers are a central component of both the structure and function of biological membranes, l...
AbstractWe have developed a single vesicle assay to study the mechanisms of supported bilayer format...
ABSTRACT We have developed a single vesicle assay to study the mechanisms of supported bilayer forma...
This article summarizes our most recent contributions to the rapidly growing field of supported lipi...
This article summarizes our most recent contributions to the rapidly growing field of supported lipi...
This article summarizes our most recent contributions to the rapidly growing field of supported lipi...
Supported lipid membranes provide the natural environment for cell membrane constituents such as tra...
Supported lipid membranes provide the natural environment for cell membrane constituents such as tra...
AbstractThe adsorption of large unilamellar vesicles composed of various combinations of phosphatidy...
This paper presents a novel method of measuring the adsorption of egg-phosphatidylcholine (egg-PC) v...
We describe a simple way of fusing E. coli lipid vesicles onto a gold surface. Supported lipid bilay...