Biochemical and cellular pharmacology teams develop and validate assays to support research across drug discovery and development. These assays range from discovery approaches with high sample throughput to high-content analysis to gain an understanding of biological response both in vitro and in vivo. Show more
The design, validation, and implementation of assays that are sensitive and robust are vital for drug discovery, development, and testing during manufacturing. The types of assays and screens developed will depend on many factors such as the nature of a drug candidate and its putative action(s), the classes of the discovery and testing systems, and the manufacturing processes. Show less
Featured Video
The V3 Western Workflow™ with ChemiDoc™ Touch Imaging System for Drug Discovery & Development
Page Contents
|
|
Gene ExpressionStreamline gene expression assays with our automated qPCR systems. Discover the many applications of our Droplet Digital™ PCR System for assay development when high sensitivity is required. Browse our large library of disease- and pathway-specific predesigned PCR primers, probes, and assay panels that meet MIQE guidelines or order custom-designed primers and plates. Droplet Digital™ PCR Systems
|
|
|
Protein AnalysisChoose from a comprehensive selection of instrumentation and reagents for your protein assay development from protein separation and confirmation in target discovery to protein profiling for biomarker studies. Multiplex Immunoassays |
|
|
Cell AnalysisExplore options for the analysis of cells during assay development: instruments, reagents, and antibodies for cell counting, cell sorting, and flow cytometry analysis. Cell Sorting and Flow Cytometers |
|
|
AntibodiesEvaluate our extensive range of available antibodies for use in assay development, such as ELISA, IHC, or FACS, or utilize our custom antibody services. Antibodies by Application |
Biomarker Discovery & Validation
Biomarker monitoring across drug discovery, development, and clinical stages is key to defining drug effects.
Biologic Development
Biologic development brings patients closer to personalized medicine to treat health problems.
Biosimilar Development
Biosimilar development requires physicochemical and functional characterization to ensure similarity.
Cancer Immunotherapy Development
Learn about trends in cancer immunotherapy development, such as CAR-T, and tools for genomic, cellular, and proteomic research.
CRISPR Gene Editing
CRISPR enables researchers to edit their desired target genes efficiently and accelerate drug development.
Viral Vector Vaccine Development
The COVID-19 pandemic opened the door to expedited vaccine development using new technologies and therapies that have traditionally been used in other applications.