Summary: Flow cytometry is a valuable method for analyzing protein expressions at the single cell level but can be difficult to apply to large numbers of samples. This protocol provides instructions to perform a high-throughput small molecule screen using flow cytometry analysis of THP-1 cells, a human monocytic leukemia cell line. We describe a methodology for identifying compounds that regulate PD-L1 surface expression in IFN-γ-stimulated cells, which has been successfully used to screen a collection of ∼200,000 compounds.For complete details on the use and execution of this protocol, please refer to Zavareh et al. (2020)
AbstractThe pharmaceutical industry is presently suffering difficult times due to low productivity o...
This thesis describes the development of integrated microfluidic technology for single cell proteomi...
In the wake of heterogeneous nature of most biological systems, single-cell analysis has gained enor...
Flow cytometry (FC) provides high-content data for a variety of applications, including phenotypic a...
Flow cytometry traditionally uses fluorochrome-labeled probes, such as antibodies, to identify cells...
Flow cytometry is a laser-based technology generating a scattered and a fluorescent light signal tha...
Cell surface proteins have a wide range of biological functions, and are often used as lineage-speci...
peer-reviewedThe evolution of a new drug is initiated by testing new compounds in a preclinical lab...
Cell surface proteins have a wide range of biological functions, and are often used as lineage-speci...
Tools to evaluate oncogenic kinase activity in small clinical samples have the power to guide precis...
Large-scale screens in mammalian cells demand for flexible high-throughput screening platforms that ...
The worldwide rapid increase in bacterial resistance to numerous antibiotics requires on-going devel...
Genomic approaches provide enormous amounts of raw data with regard to genetic variation, the divers...
Backround and aims: Regulatory T cells are widely recognized as key players of immune control and ha...
<div><p>Cell surface proteins have a wide range of biological functions, and are often used as linea...
AbstractThe pharmaceutical industry is presently suffering difficult times due to low productivity o...
This thesis describes the development of integrated microfluidic technology for single cell proteomi...
In the wake of heterogeneous nature of most biological systems, single-cell analysis has gained enor...
Flow cytometry (FC) provides high-content data for a variety of applications, including phenotypic a...
Flow cytometry traditionally uses fluorochrome-labeled probes, such as antibodies, to identify cells...
Flow cytometry is a laser-based technology generating a scattered and a fluorescent light signal tha...
Cell surface proteins have a wide range of biological functions, and are often used as lineage-speci...
peer-reviewedThe evolution of a new drug is initiated by testing new compounds in a preclinical lab...
Cell surface proteins have a wide range of biological functions, and are often used as lineage-speci...
Tools to evaluate oncogenic kinase activity in small clinical samples have the power to guide precis...
Large-scale screens in mammalian cells demand for flexible high-throughput screening platforms that ...
The worldwide rapid increase in bacterial resistance to numerous antibiotics requires on-going devel...
Genomic approaches provide enormous amounts of raw data with regard to genetic variation, the divers...
Backround and aims: Regulatory T cells are widely recognized as key players of immune control and ha...
<div><p>Cell surface proteins have a wide range of biological functions, and are often used as linea...
AbstractThe pharmaceutical industry is presently suffering difficult times due to low productivity o...
This thesis describes the development of integrated microfluidic technology for single cell proteomi...
In the wake of heterogeneous nature of most biological systems, single-cell analysis has gained enor...