Sawaguchi et al. introduce a novel immunocytochemistry method that utilizes in situ gold nanoparticle labelling in immunoenzymatic products on universal paraffin/cryostat sections. The method is helpful, not only in overcoming limitations of the conventional nano gold labelling methods, but also useful in bridging the gap between light and electron microscopy
Immunoprobes that combine a fluorescent label with a 1.4-nm gold cluster compound have been prepared...
Detecting the localization of cellular components using gold nanoparticles has come to offer tremend...
Gold nanoparticles (AuNPs) are the most investigated nanomaterials for theragnosis applications. In ...
Immunocytochemistry is the most diffuse technique to visualize and localize specific biochemical com...
Localization of specific proteins within cells at the nanometer level of resolution is central to un...
Recent advances in rapid freezing and fixation by freeze substitution have allowed structural cell b...
A reliable, sensitive, high-resolution method with good structural visualization for preembedding im...
International audienceAdvances in microscopy technology have prompted efforts to improve the reagent...
The saying, “gold is gold,” implies that gold, is synonymous with excellence, and as the most excell...
For nearly 50 years immunogold labeling on ultrathin sections has been successfully used for protein...
A significant new development in gold labeling for microscopy has been achieved through the use of g...
Immuno-electron microscopy is commonly performed with the use of antibodies. In the last decade the ...
We have developed methods to locate individual ligands that can be used for electron microscopy stud...
Gold nanoparticles hold promise as both a stable drug delivery system as well as a targeted inhibito...
Recombinant antibody fragments are emerging as a versatile tool in both basic research and medical t...
Immunoprobes that combine a fluorescent label with a 1.4-nm gold cluster compound have been prepared...
Detecting the localization of cellular components using gold nanoparticles has come to offer tremend...
Gold nanoparticles (AuNPs) are the most investigated nanomaterials for theragnosis applications. In ...
Immunocytochemistry is the most diffuse technique to visualize and localize specific biochemical com...
Localization of specific proteins within cells at the nanometer level of resolution is central to un...
Recent advances in rapid freezing and fixation by freeze substitution have allowed structural cell b...
A reliable, sensitive, high-resolution method with good structural visualization for preembedding im...
International audienceAdvances in microscopy technology have prompted efforts to improve the reagent...
The saying, “gold is gold,” implies that gold, is synonymous with excellence, and as the most excell...
For nearly 50 years immunogold labeling on ultrathin sections has been successfully used for protein...
A significant new development in gold labeling for microscopy has been achieved through the use of g...
Immuno-electron microscopy is commonly performed with the use of antibodies. In the last decade the ...
We have developed methods to locate individual ligands that can be used for electron microscopy stud...
Gold nanoparticles hold promise as both a stable drug delivery system as well as a targeted inhibito...
Recombinant antibody fragments are emerging as a versatile tool in both basic research and medical t...
Immunoprobes that combine a fluorescent label with a 1.4-nm gold cluster compound have been prepared...
Detecting the localization of cellular components using gold nanoparticles has come to offer tremend...
Gold nanoparticles (AuNPs) are the most investigated nanomaterials for theragnosis applications. In ...