AbstractWe have studied the acyl-chain conformation in stalk phases of model membranes by x-ray diffraction from oriented samples. As an equilibrium lipid phase induced by dehydration, the stalk or rhombohedral phase exhibits lipidic passages (stalks) between adjacent bilayers, representing a presumed intermediate state in membrane fusion. From the detailed analysis of the acyl-chain correlation peak, we deduce the structural parameters of the acyl-chain fluid above, at, and below the transition from the lamellar to rhombohedral state, at the molecular level
We propose a model that accounts for the time courses of PEG-induced fusion of membrane vesicles of ...
AbstractWe propose a model that accounts for the time courses of PEG-induced fusion of membrane vesi...
We propose a model that accounts for the time courses of PEG-induced fusion of membrane vesicles of ...
AbstractWe have studied the acyl-chain conformation in stalk phases of model membranes by x-ray diff...
AbstractWe constructed the electron density distribution from the x-ray diffraction of a phase of ph...
AbstractWe have investigated the structure and interaction of solid-supported multilamellar phosphol...
ABSTRACT We constructed the electron density distribution from the x-ray diffraction of a phase of p...
AbstractWe constructed the electron density distribution from the x-ray diffraction of a phase of ph...
AbstractThe force model of protein-mediated membrane fusion hypothesizes that fusion is driven by me...
We studied the mechanism of the lamellar-to-inverted hexagonal (L alpha/H[II]) phase transition, usi...
ABSTRACT: Membrane fusion is a ubiquitous process in eukaryotic cells. When two membranes fuse, lipi...
AbstractMolecular-level mechanisms of fusion and hemifusion of large unilamellar dioleoyl phosphatid...
AbstractA model of the energetics of lipid assemblies (Siegel. 1993. Biophys. J. 65:2124–2140) is us...
AbstractThe Gaussian curvature elastic energy contribution to the energy of membrane fusion intermed...
AbstractOne of the earliest lipid intermediates forming in the course of membrane fusion is the lipi...
We propose a model that accounts for the time courses of PEG-induced fusion of membrane vesicles of ...
AbstractWe propose a model that accounts for the time courses of PEG-induced fusion of membrane vesi...
We propose a model that accounts for the time courses of PEG-induced fusion of membrane vesicles of ...
AbstractWe have studied the acyl-chain conformation in stalk phases of model membranes by x-ray diff...
AbstractWe constructed the electron density distribution from the x-ray diffraction of a phase of ph...
AbstractWe have investigated the structure and interaction of solid-supported multilamellar phosphol...
ABSTRACT We constructed the electron density distribution from the x-ray diffraction of a phase of p...
AbstractWe constructed the electron density distribution from the x-ray diffraction of a phase of ph...
AbstractThe force model of protein-mediated membrane fusion hypothesizes that fusion is driven by me...
We studied the mechanism of the lamellar-to-inverted hexagonal (L alpha/H[II]) phase transition, usi...
ABSTRACT: Membrane fusion is a ubiquitous process in eukaryotic cells. When two membranes fuse, lipi...
AbstractMolecular-level mechanisms of fusion and hemifusion of large unilamellar dioleoyl phosphatid...
AbstractA model of the energetics of lipid assemblies (Siegel. 1993. Biophys. J. 65:2124–2140) is us...
AbstractThe Gaussian curvature elastic energy contribution to the energy of membrane fusion intermed...
AbstractOne of the earliest lipid intermediates forming in the course of membrane fusion is the lipi...
We propose a model that accounts for the time courses of PEG-induced fusion of membrane vesicles of ...
AbstractWe propose a model that accounts for the time courses of PEG-induced fusion of membrane vesi...
We propose a model that accounts for the time courses of PEG-induced fusion of membrane vesicles of ...