Immunoelectron microscopy is used in cell biological research to study the spatial distribution of intracellular macromolecules at the ultrastructural level. Colloidal gold particles (immunogold markers) are commonly used to localise molecules of interest on ultrathin sections and can be visualised in transmission electron micrographs as dark spots. Quantitative analysis involves detection of the immunogold markers, and is often performed manually or interactively as part of a stereological estimation technique. The method presented in this paper automatically detects and counts immunogold markers, estimating the location, size and type of each marker. It was evaluated on single-labelled as well as double-labelled images showing markers of ...
The ability to localize intracellular macromolecules in situ by high resolution techniques has been ...
The feasibility of using immunogold labels as cell-surface markers in atomic force microscopy is sho...
Nanodiscs are soluble nanoscale phospholipid bilayers with applications in drug delivery and the stu...
Immunoelectron microscopy is used in cell biological research to study the spatial distribution of i...
In this paper a method is introduced which enables automatic detection of immunogold markers in tran...
Background: Immunogold cytochemistry is the method of choice for precise localization of antigens on...
A method is presented to determine the three-dimensional positions of immuno-labeled gold markers fr...
In immunoelectron microscopy (immuno-EM) on ultrathin sections, gold particles are used for localiza...
Immunocytochemistry is the most diffuse technique to visualize and localize specific biochemical com...
Quantitative immunoelectron microscopy uses ultrathin sections and gold particle labelling to determ...
In quantitative immunoelectron microscopy, subcellular compartments that are preferentially labelled...
When cell surface antigens are labeled with the colloidal gold marker, backscattered electron images...
This chapter describes a range of quantitative tools that can be applied to ultrathin sections of bi...
Various methods for quantifying cellular immunogold labelling on transmission electron microscope th...
The feasibility of using immunogold labels as cell-surface markers in atomic force microscopy is sho...
The ability to localize intracellular macromolecules in situ by high resolution techniques has been ...
The feasibility of using immunogold labels as cell-surface markers in atomic force microscopy is sho...
Nanodiscs are soluble nanoscale phospholipid bilayers with applications in drug delivery and the stu...
Immunoelectron microscopy is used in cell biological research to study the spatial distribution of i...
In this paper a method is introduced which enables automatic detection of immunogold markers in tran...
Background: Immunogold cytochemistry is the method of choice for precise localization of antigens on...
A method is presented to determine the three-dimensional positions of immuno-labeled gold markers fr...
In immunoelectron microscopy (immuno-EM) on ultrathin sections, gold particles are used for localiza...
Immunocytochemistry is the most diffuse technique to visualize and localize specific biochemical com...
Quantitative immunoelectron microscopy uses ultrathin sections and gold particle labelling to determ...
In quantitative immunoelectron microscopy, subcellular compartments that are preferentially labelled...
When cell surface antigens are labeled with the colloidal gold marker, backscattered electron images...
This chapter describes a range of quantitative tools that can be applied to ultrathin sections of bi...
Various methods for quantifying cellular immunogold labelling on transmission electron microscope th...
The feasibility of using immunogold labels as cell-surface markers in atomic force microscopy is sho...
The ability to localize intracellular macromolecules in situ by high resolution techniques has been ...
The feasibility of using immunogold labels as cell-surface markers in atomic force microscopy is sho...
Nanodiscs are soluble nanoscale phospholipid bilayers with applications in drug delivery and the stu...