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Target area
Explore cell-based and biochemical assays by target area of interest, including cell and gene therapy, GPCRs, targeted protein degradation, and more.
Explore cell-based and biochemical assays by target area of interest, including cell and gene therapy, GPCRs, targeted protein degradation, and more.
- Biologics screening and characterization: Explore assays for biologics screening, mechanism-of-action studies, and biomanufacturing.
- Biomarker detection: Accurate detection and quantitation of molecular targets across serum, plasma, culture supernatants, cellular lysates, and other sample types.
- Cell and gene therapy: Discover and advance cell and gene therapy research with bioanalytical immunoassays for CGT development.
- Cell signaling: Focus on cell signaling and intracellular phosphorylated proteins, with streamlined approaches to pathway analysis.
- Cytokines: Access a comprehensive range of cytokine assay kits, including interleukins, interferons, chemokines, tumor necrosis factors, and lymphokines.
- Epigenetics: Leverage our epigenetics toolbox, designed to detect specific methylation and acetylation marks on histone peptide substrates.
- GPCRs: Measure cAMP levels and track downstream protein phosphorylation with functional GPCR assays.
- Protein kinases: Explore an extensive portfolio of protein phosphorylation assays, available in cell-based or biochemical no-wash formats.
- Protein-protein interactions: Utilize highly sensitive assays to study protein interactions involved in a range of biological processes.
- Receptor binding: Access cell-based solutions with no separation steps and eliminate radioactive waste, an improvement over traditional SPA and radioligand binding assays.
- Targeted protein degradation: Monitor protein expression levels and characterize the mechanism of action using our total and phospho kits.

Therapeutic area
Explore cell-based and biochemical assays by your therapeutic area of research, including oncology, neuroscience, metabolic diseases, and more.
Explore cell-based and biochemical assays by your therapeutic area of research, including oncology, neuroscience, metabolic diseases, and more.
- Autoimmune diseases: Comprehensive reagents for autoimmune disease research, including rheumatoid arthritis, lupus, inflammatory bowel disease, multiple sclerosis, and more.
- Obesity, diabetes, and metabolic diseases: Solutions for drug discovery in obesity, diabetes, and metabolic diseases, featuring assays for biomarker detection, protein analysis, and GPCR research.
- Fibrosis: Ready-to-use assays for monitoring biomarkers, phosphoproteins, and transcription factors relevant to fibrotic disease research.
- Immuno-oncology: Assays for studying immunity and immune cells, covering protein, biomarker, and cytokine detection, as well as cell toxicity and proliferation.
- Oncology: A comprehensive oncology portfolio, including assays for cytokines, biomarkers, phospho-proteins, cell proliferation, cytotoxicity, and more.
- Neuroscience: A wide range of neuroscience assays to support research in neurodegenerative disorders such as Alzheimer’s, Parkinson’s, and Huntington's disease.
- Virology: Assay technologies for viral studies, enabling assessment of viral life cycles and antiviral immune responses with streamlined workflows.
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1 - 25 of 1217 Products and Services
This HTRF kit allows for the cell-based quantitative detection of Nucleolin when phosphorylated at Thr84.
This HTRF kit allows for the cell-based quantitative detection of total B-RAF.
This HTRF kit allows for the cell-based quantitative detection of Total YES.
This HTRF kit allows for the cell-based quantitative detection of total Nucleolin.
This HTRF kit allows for the cell-based quantitative detection of LRRK2 when phosphorylated at Ser1292.
This HTRF kit allows for the cell-based quantitative detection of Total LRRK2.
This HTRF kit allows for the cell-based quantitative detection of NPM1 when phosphorylated at Thr199.
This HTRF kit allows for the cell-based quantitative detection of IRAK4 when phosphorylated at Thr345.
The HTRF CXCL12 kit allows for the simple and rapid quantification of soluble CXCL12 in cell supernatants, providing a fast and no-wash alternative to traditional wash-based ELISA assays. The kit is suitable for the measurement of CXCL12 from both human and mouse cell lines.
This HTRF kit allows for the cell-based quantitative detection of Total NPM1.
This HTRF kit allows for the cell-based quantitative detection of YES when phosphorylated at Tyr426.
This HTRF kit allows for the cell-based quantitative detection of WRN.
The HTRF HP Human TNF-α kit is designed for the simple and rapid quantification of TNF-α proteins in cell supernatants, offering a no-wash alternative to ELISA. This kit is a new and improved version of the existing kit, 62HTNFAPEG.
This HTRF kit allows for the cell-based quantitative detection of total A-RAF.
The HTRF human CCL17 kit is for the simple and rapid quantification of soluble human CCL17 proteins in cell culture supernatants, and can be used as a no-wash alternative to more traditional wash-based ELISA.
XL665-labeled anti-FLAG antibody for capturing FLAG-tagged proteins in protein/protein interaction assays.
This HTRF kit allows the cell-based quantitative detection of Total CK1a.
This HTRF kit allows for enable the cell-based quantitative detection of Total SALL4.
This HTRF kit Allows for the cell-based quantitative detection of RNA Pol II when phosphorylated at Ser5.
This HTRF kit enables the cell-based quantitative detection of Total RNA Pol II
This HTRF kit allows for the cell-based quantitative detection of RNA Pol II when phosphorylated at Ser2.
The HTRF dsRNA (IVT) kit is intended for the simple and rapid quantification of double-stranded RNA (dsRNA) particles in samples resulting from In Vitro Transcription (IVT) of mRNA. It offers a fast and homogeneous alternative to ELISA or immunoblot.
This HTRF kit allows for the cell-based quantitative detection of MerTK when phosphorylated at Tyr749.
This HTRF kit allows for the cell-based quantitative detection of Total MerTK.
This HTRF kit enables the cell-based quantitative detection of Total ATF4.