High throughput screening assays with multiple readouts enable one to monitor multiple assay parameters. By capturing as much information about the underlying biology as possible the detection of true actives can be improved. This report describes an extension to standard luciferase reporter gene assays that enables multiple parameters to be monitored from each sample. The report describes multiplexing luciferase assays with an orthogonal read-out monitoring cell viability using reduction of resazurin. In addition, this technical note shows that by using the luciferin substrate in live cells an assay time course can be recorded. This enables the identification of non-active or unspecific compounds that act by inhibiting luciferase, as well ...
Abstract Background Independent luciferase reporter assays and fluorescent translocation assays have...
Reagents that are used as part of a discovery platform for the measurement and manipulation of cell ...
Bioluminescence reporter gene imaging is a robust, high-throughput imaging modality that is useful f...
To date, multiplexing cell-based assay is essential for high-throughput screening of molecular targe...
High-throughput screens based on luciferase reporter assays are widely used to evaluate the effects ...
We established a quantitative reporter gene protocol, the P/Rluc assay system, allowing the sequenti...
Contains fulltext : 125685.pdf (publisher's version ) (Open Access)Reporters secre...
This study presents a simple protocol to measure 2 promoter activities within a single culture when ...
Reporters secreted into the conditioned medium of cells in culture or into blood in vivo have shown ...
The identification of rapid, reliable, and highly reproducible biological assays that can be standar...
The availability of a wide range of reporter proteins, which can easily be quantitated, has had a ma...
Efficient screening for ligands of seven-transmembrane, G-protein-coupled receptors, whether transfe...
Firefly luciferase reporter gene assays find wide application in high-throughput screens to identify...
The availability of a wide range of reporter proteins, which can easily be quantitated, has had a ma...
Efective methods for monitoring eukaryotic gene expression and regulation based on bioluminescence -...
Abstract Background Independent luciferase reporter assays and fluorescent translocation assays have...
Reagents that are used as part of a discovery platform for the measurement and manipulation of cell ...
Bioluminescence reporter gene imaging is a robust, high-throughput imaging modality that is useful f...
To date, multiplexing cell-based assay is essential for high-throughput screening of molecular targe...
High-throughput screens based on luciferase reporter assays are widely used to evaluate the effects ...
We established a quantitative reporter gene protocol, the P/Rluc assay system, allowing the sequenti...
Contains fulltext : 125685.pdf (publisher's version ) (Open Access)Reporters secre...
This study presents a simple protocol to measure 2 promoter activities within a single culture when ...
Reporters secreted into the conditioned medium of cells in culture or into blood in vivo have shown ...
The identification of rapid, reliable, and highly reproducible biological assays that can be standar...
The availability of a wide range of reporter proteins, which can easily be quantitated, has had a ma...
Efficient screening for ligands of seven-transmembrane, G-protein-coupled receptors, whether transfe...
Firefly luciferase reporter gene assays find wide application in high-throughput screens to identify...
The availability of a wide range of reporter proteins, which can easily be quantitated, has had a ma...
Efective methods for monitoring eukaryotic gene expression and regulation based on bioluminescence -...
Abstract Background Independent luciferase reporter assays and fluorescent translocation assays have...
Reagents that are used as part of a discovery platform for the measurement and manipulation of cell ...
Bioluminescence reporter gene imaging is a robust, high-throughput imaging modality that is useful f...