The techniques as well as the principles of the 2D crystallization of membrane and water-soluble proteins for electron crystallography are reviewed. First, the biophysics of the interactions between proteins, lipids and detergents is surveyed. Second, crystallization of membrane proteins in situ and by reconstitution methods is discussed, and the various factors involved are addressed. Third, we elaborate on the 2D crystallization of water-soluble proteins, both in solution and at interfaces, such as lipid monolayers, mica, carbon film or mercury surfaces. Finally, techniques and instrumentations that are required for 2D crystallization are described
Electron crystallography of two-dimensional (2D) crystals determines the structure of membrane prote...
Electron crystallography of two-dimensional crystals is a structure-determination method well suited...
Protein structures at moderate to high resolution can now be readily solved using an electron micros...
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 ...
I. INTRODUCTIONMembrane proteins still present a major challenge in structural biology. Electron mic...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
The difficulty in crystallizing channel proteins in three dimensions limits the use of X-ray crystal...
Membrane proteins play important roles for living cells. Structural studies of membrane proteins pro...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
AbstractDue to the difficulty to crystallize membrane proteins, there is a considerable interest to ...
Electron crystallography of two-dimensional (2D) crystals determines the structure of membrane prote...
Electron crystallography of two-dimensional (2D) crystals determines the structure of membrane prote...
Electron crystallography of two-dimensional crystals is a structure-determination method well suited...
Protein structures at moderate to high resolution can now be readily solved using an electron micros...
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 ...
I. INTRODUCTIONMembrane proteins still present a major challenge in structural biology. Electron mic...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
The difficulty in crystallizing channel proteins in three dimensions limits the use of X-ray crystal...
Membrane proteins play important roles for living cells. Structural studies of membrane proteins pro...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
This review summarizes the present literature on two-dimensional crystallization of membrane protein...
AbstractDue to the difficulty to crystallize membrane proteins, there is a considerable interest to ...
Electron crystallography of two-dimensional (2D) crystals determines the structure of membrane prote...
Electron crystallography of two-dimensional (2D) crystals determines the structure of membrane prote...
Electron crystallography of two-dimensional crystals is a structure-determination method well suited...
Protein structures at moderate to high resolution can now be readily solved using an electron micros...