Add to ORKGThe technique of using antibodies or protein A labelled with colloidal gold for the detection of antigens at the ultrastructural level has only recently come into use in plant virus research. The reports published to date are reviewed and some further possibilities for the use of immunogold techniques in plant virus research are discussed
The seed certification program in British Columbia relies heavily on double antibody sandwich-enzyme...
Rapid advances in the field of plant biology, especially in plant cell biology, have created the nee...
In the past two decades, advances in plant molecular biology and recombinant antibody engineering ha...
The technique of using antibodies or protein A labelled with colloidal gold for the detection of ant...
Monoclonal antibodies have been used as probes to study the architecture of several plant viruses ov...
Plant diseases caused by viruses are the most menace to sustainable agriculture, leading to numerous...
Methods for the detection and indentification of plant viruses are described in this manual with par...
Gold-labelled IgG (immunogold) has been shown to be useful marker for plant viruses in immunoelectro...
Immunomicroscopy is a valuable method for studying the spatial and temporal expression and localizat...
A simple and highly sensitive radioimmunosorbent assay (RISA) for the detec-tion of plant viruses is...
Serological relationships between plant viruses within six different taxonomic groups were studied b...
Plant viruses cause major losses to several agricultural and horticultural crops around the world. U...
When any foreign protein (antigen) such as virus, fungi or a bacterial protein is injected into a ma...
Most routine testing for plant viruses is currently carried out using monoclonal and polyclonal anti...
Advances in molecular biology have made it possible to produce antibody fragments comprising the bin...
The seed certification program in British Columbia relies heavily on double antibody sandwich-enzyme...
Rapid advances in the field of plant biology, especially in plant cell biology, have created the nee...
In the past two decades, advances in plant molecular biology and recombinant antibody engineering ha...
The technique of using antibodies or protein A labelled with colloidal gold for the detection of ant...
Monoclonal antibodies have been used as probes to study the architecture of several plant viruses ov...
Plant diseases caused by viruses are the most menace to sustainable agriculture, leading to numerous...
Methods for the detection and indentification of plant viruses are described in this manual with par...
Gold-labelled IgG (immunogold) has been shown to be useful marker for plant viruses in immunoelectro...
Immunomicroscopy is a valuable method for studying the spatial and temporal expression and localizat...
A simple and highly sensitive radioimmunosorbent assay (RISA) for the detec-tion of plant viruses is...
Serological relationships between plant viruses within six different taxonomic groups were studied b...
Plant viruses cause major losses to several agricultural and horticultural crops around the world. U...
When any foreign protein (antigen) such as virus, fungi or a bacterial protein is injected into a ma...
Most routine testing for plant viruses is currently carried out using monoclonal and polyclonal anti...
Advances in molecular biology have made it possible to produce antibody fragments comprising the bin...
The seed certification program in British Columbia relies heavily on double antibody sandwich-enzyme...
Rapid advances in the field of plant biology, especially in plant cell biology, have created the nee...
In the past two decades, advances in plant molecular biology and recombinant antibody engineering ha...