X-ray structures of three different membrane proteins in complex with antibody fragments have been published. The binding of Fv or Fab fragments enlarges the hydrophilic part of integral membrane proteins, thereby providing additional surface for crystal contacts and space for the detergent micelle. In all reported cases, antibody binding was either essential for the crystallisation of the membrane protein or it substantially improved the diffraction quality of the crystals. Antibody-fragment-mediated crystallisation appears to be a valuable tool in particular for membrane proteins with very small hydrophilic or flexible domains
Protein crystallography is used to generate atomic resolution structures of protein molecules. These...
International audienceMembrane proteins are distinguished from soluble proteins by their insertion i...
We developed a novel antibody fragment (Fv) technique for localization and determination of the surf...
X-ray structures of three different membrane proteins in complex with antibody fragments have been p...
The determination of membrane protein structures is critical for the development of new pharmaceutic...
Crystallization of membrane proteins, a prerequisite for their X-ray crystallographic analysis, rema...
AbstractCo-crystallization of membrane proteins with antibody fragments may emerge as a general tool...
Co-crystallization of membrane proteins with antibody fragments may emerge as a general tool to faci...
The antibody Fv fragment 7E2 has previously been employed in the induced crystallization of the inte...
Abstract Co-crystallization of membrane proteins with anti-body fragments may emerge as a general to...
Crystallization is often a major bottleneck to macromolecular structure determination. This is parti...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
After a long period of fruitless attempts, three-dimensional crystal of membrane proteins are now av...
There is one report about the crystallization of a membrane-anchored protein. However, the crystals ...
Protein crystallography is used to generate atomic resolution structures of protein molecules. These...
International audienceMembrane proteins are distinguished from soluble proteins by their insertion i...
We developed a novel antibody fragment (Fv) technique for localization and determination of the surf...
X-ray structures of three different membrane proteins in complex with antibody fragments have been p...
The determination of membrane protein structures is critical for the development of new pharmaceutic...
Crystallization of membrane proteins, a prerequisite for their X-ray crystallographic analysis, rema...
AbstractCo-crystallization of membrane proteins with antibody fragments may emerge as a general tool...
Co-crystallization of membrane proteins with antibody fragments may emerge as a general tool to faci...
The antibody Fv fragment 7E2 has previously been employed in the induced crystallization of the inte...
Abstract Co-crystallization of membrane proteins with anti-body fragments may emerge as a general to...
Crystallization is often a major bottleneck to macromolecular structure determination. This is parti...
AbstractStructure determination at high resolution is actually a difficult challenge for membrane pr...
After a long period of fruitless attempts, three-dimensional crystal of membrane proteins are now av...
There is one report about the crystallization of a membrane-anchored protein. However, the crystals ...
Protein crystallography is used to generate atomic resolution structures of protein molecules. These...
International audienceMembrane proteins are distinguished from soluble proteins by their insertion i...
We developed a novel antibody fragment (Fv) technique for localization and determination of the surf...