Thin vitrified layers of unfixed, unstained and unsupported virus suspensions can be prepared for observation by cryo-electron microscopy in easily controlled conditions. The viral particles appear free from the kind of damage caused by dehydration, freezing or adsorption to a support that is encountered in preparing biological samples for conventional electron microscopy. Cryo-electron microscopy of vitrified specimens offers possibilities for high resolution observations that compare favourably with any other electron microscopical method
The term "virosphere" describes both the space where viruses are found and the space they influence,...
Beam damage is the main resolution-limiting factor when biological particles are observed by cryoele...
International audienceThe value of an electron microscope equipped with a field emission gun (FEG) w...
Thin vitrified layers of unfixed, unstained and unsupported virus suspensions can be prepared for ob...
Intact, enveloped coronavirus particles vary widely in size and contour, and are thus refractory to ...
International audienceBecause most viruses are too small to be observed by light microscopy, electro...
Intact, enveloped coronavirus particles vary widely in size and contour, and are thus refractory to ...
Preparation of biological samples for transmission electron microscopy is not a trivial task. The sa...
Since the beginning of the 1980s, cryo-electron microscopy of a thin film of vitrified aqueous suspe...
The preparation and high resolution observation of frozen hydrated thin sections has been studied by...
Water is the most abundant component of biological material, but it is systematically excluded from ...
Cryo-electron microscopy of vitrified specimens was just emerging as a practical method when Richard...
Rapid freezing has long promised the most faithful structural presentation of biological material fo...
Viruses are a group of contagious microbes that have compact structures, containing a nucleic acid c...
Cryo-electron microscopy has become popular as the penultimate step on the road to structure determi...
The term "virosphere" describes both the space where viruses are found and the space they influence,...
Beam damage is the main resolution-limiting factor when biological particles are observed by cryoele...
International audienceThe value of an electron microscope equipped with a field emission gun (FEG) w...
Thin vitrified layers of unfixed, unstained and unsupported virus suspensions can be prepared for ob...
Intact, enveloped coronavirus particles vary widely in size and contour, and are thus refractory to ...
International audienceBecause most viruses are too small to be observed by light microscopy, electro...
Intact, enveloped coronavirus particles vary widely in size and contour, and are thus refractory to ...
Preparation of biological samples for transmission electron microscopy is not a trivial task. The sa...
Since the beginning of the 1980s, cryo-electron microscopy of a thin film of vitrified aqueous suspe...
The preparation and high resolution observation of frozen hydrated thin sections has been studied by...
Water is the most abundant component of biological material, but it is systematically excluded from ...
Cryo-electron microscopy of vitrified specimens was just emerging as a practical method when Richard...
Rapid freezing has long promised the most faithful structural presentation of biological material fo...
Viruses are a group of contagious microbes that have compact structures, containing a nucleic acid c...
Cryo-electron microscopy has become popular as the penultimate step on the road to structure determi...
The term "virosphere" describes both the space where viruses are found and the space they influence,...
Beam damage is the main resolution-limiting factor when biological particles are observed by cryoele...
International audienceThe value of an electron microscope equipped with a field emission gun (FEG) w...