Liposomes have application in serving as a support, or matrix, to form two dimensional crystals from those proteins which normally interact with the cytoplasmic membrane (Wingfield et al., 1979). This interaction includes membrane proteins that are largely embedded within the lipid bilayer, others with relatively more surface area exposed, and surface proteins which interact either via a single transmembrane strand or via a covalently linked lipid (Andreas et al., 1992). Recently, Andreas et al. demonstrated the two-dimensional crystallization of a solubilized surface protein from Comamonas acidovorans on lipid vesicles.Peer reviewed: YesNRC publication: Ye
wo-dimensional crystals of a membrane protein, the proton ATPase from plant plasma membranes, have b...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
The techniques as well as the principles of the 2D crystallization of membrane and water-soluble pro...
AbstractDue to the difficulty to crystallize membrane proteins, there is a considerable interest to ...
The difficulty in crystallizing channel proteins in three dimensions limits the use of X-ray crystal...
SummaryA major current deficit in structural biology is the lack of high-resolution structures of eu...
Reconstitution of membrane proteins into lipid bilayers is a powerful tool to analyze functional as ...
A major current deficit in structural biology is the lack of high-resolution structures of eukaryoti...
The solubilized surface protein of the Gram-negative bacterium Comamonas acidovorans was reconstitut...
AbstractCrystals of transmembrane proteins may be grown from detergent solutions or in a matrix of m...
AbstractMonoacylglycerols have been used as bilayered hosts for growing crystals of membrane protein...
Monolayer of functionalized lipid spread at the air/water interface is used for the structural analy...
Obtaining well-diffracting crystals of membrane proteins, which is crucial to the molecular-level un...
Abstract Crystals of transmembrane proteins may be grown from detergent solutions or in a matrix of ...
Two-dimensional crystals of a membrane protein, the proton ATPase from plant plasma membranes, have ...
wo-dimensional crystals of a membrane protein, the proton ATPase from plant plasma membranes, have b...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
The techniques as well as the principles of the 2D crystallization of membrane and water-soluble pro...
AbstractDue to the difficulty to crystallize membrane proteins, there is a considerable interest to ...
The difficulty in crystallizing channel proteins in three dimensions limits the use of X-ray crystal...
SummaryA major current deficit in structural biology is the lack of high-resolution structures of eu...
Reconstitution of membrane proteins into lipid bilayers is a powerful tool to analyze functional as ...
A major current deficit in structural biology is the lack of high-resolution structures of eukaryoti...
The solubilized surface protein of the Gram-negative bacterium Comamonas acidovorans was reconstitut...
AbstractCrystals of transmembrane proteins may be grown from detergent solutions or in a matrix of m...
AbstractMonoacylglycerols have been used as bilayered hosts for growing crystals of membrane protein...
Monolayer of functionalized lipid spread at the air/water interface is used for the structural analy...
Obtaining well-diffracting crystals of membrane proteins, which is crucial to the molecular-level un...
Abstract Crystals of transmembrane proteins may be grown from detergent solutions or in a matrix of ...
Two-dimensional crystals of a membrane protein, the proton ATPase from plant plasma membranes, have ...
wo-dimensional crystals of a membrane protein, the proton ATPase from plant plasma membranes, have b...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
The techniques as well as the principles of the 2D crystallization of membrane and water-soluble pro...