Flow cytometry allows quantitative analysis of the identity and effector function of individual cells. However, it cannot provide information on cellular responses that occur within physiological tissue microenvironments. Laser scanning cytometry is an emerging technology that allows imaging and quantitative analysis of individual cells in tissues in situ. This article describes the technology and its potential for delineating the molecular and cellular events underpinning the immune response in health and disease
Flow cytometry is a technology that simultaneously counts and then examines multiple physical and/or...
Background: Scanning cytometry now has many of the features (and power) of multiparameter flow cytom...
Assessment of antigen expression by solid tumors has relied predominantly on immunohistochemistry, f...
The study of phenomena occurring in the tumor microenvironment is a challenging task because of tech...
New technologies are making a major contribution to progress in applied clinical research in surgica...
Fluorescent immunophenotyping uses fluorescently-conjugated antibodies to identify, characterize and...
: Flow cytometry is a single-cell based technology aimed to quantify the scattering of light and the...
Flow cytometry is a technology that simultaneously measures and analyzes multiple physical character...
Possibilities of flow cytometry in analysis of cellular response to genotoxic stress Flow cytometry ...
Flow cytometry is a laser-based technology generating a scattered and a fluorescent light signal tha...
Flow cytometry traditionally uses fluorochrome-labeled probes, such as antibodies, to identify cells...
International audienceNormal biological tissues harbour different populations of cells with intricat...
New strategies based on the activation of a patient's immune response are being sought to complement...
Immunology is a transversal field that is governed by a complex network of genetic and signalling pa...
This unit describes methods for quantifying phagocytosis and imaging the immunological synapse betwe...
Flow cytometry is a technology that simultaneously counts and then examines multiple physical and/or...
Background: Scanning cytometry now has many of the features (and power) of multiparameter flow cytom...
Assessment of antigen expression by solid tumors has relied predominantly on immunohistochemistry, f...
The study of phenomena occurring in the tumor microenvironment is a challenging task because of tech...
New technologies are making a major contribution to progress in applied clinical research in surgica...
Fluorescent immunophenotyping uses fluorescently-conjugated antibodies to identify, characterize and...
: Flow cytometry is a single-cell based technology aimed to quantify the scattering of light and the...
Flow cytometry is a technology that simultaneously measures and analyzes multiple physical character...
Possibilities of flow cytometry in analysis of cellular response to genotoxic stress Flow cytometry ...
Flow cytometry is a laser-based technology generating a scattered and a fluorescent light signal tha...
Flow cytometry traditionally uses fluorochrome-labeled probes, such as antibodies, to identify cells...
International audienceNormal biological tissues harbour different populations of cells with intricat...
New strategies based on the activation of a patient's immune response are being sought to complement...
Immunology is a transversal field that is governed by a complex network of genetic and signalling pa...
This unit describes methods for quantifying phagocytosis and imaging the immunological synapse betwe...
Flow cytometry is a technology that simultaneously counts and then examines multiple physical and/or...
Background: Scanning cytometry now has many of the features (and power) of multiparameter flow cytom...
Assessment of antigen expression by solid tumors has relied predominantly on immunohistochemistry, f...