Cell-Based Solutions for Cancer Research

Cell-based assays are a proven and powerful tool for gaining a more complete understanding of cancer biology, providing more meaningful results in more physiologically relevant systems than classical biochemical assays - instrumental in streamlining cancer research and drug discovery.

Whether you are a basic researcher trying to better understand biological processes in cancer cells or investigating how drugs affect those processes, we have the tools you need to advance your cancer research and discovery.

Our cell-based cancer research solutions allow you to:

Gain deeper insights from phenotypic screening of live cancer cells, 3D cell models, and stem cells with our high content screening and informatics solutions
Conduct cancer biomarker detection and assessment using our multimode plate readers and broad range of assays and reagents
Study the mechanisms of metal-based chemotherapy resistance in single cells using our innovative SC-ICP-MS system

For research purposes only. Not for use in diagnostic procedures.

Applications & Techniques

High-Content Analysis

Cell imaging has revolutionized cancer biology by enabling cells to be seen more clearly and in more detail.

Take your cell imaging to the next level with high-content analysis:

Gain more information from cellular samples and complex 3D cell models
Create meaningful functional screening assays for the development of drugs which prevent tumor growth and metastasis
Answer more questions simultaneously with multi-parametric data sets that are more information-rich compared to non-imaging read-outs

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Biomarker Detection

Biomarker detection is key for advancing precision medicine. Conduct cancer biomarker detection and assessment from assay development to primary and secondary screening with our comprehensive tools including multimode plate readers and broad range of assays and reagents.

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Single Cell ICP-MS for Cancer Research

Study the mechanisms of metal-based chemotherapy at the cellular level in individual cancer cells using Single Cell ICP-MS.

Gain a better understanding of how cancer cells become resistant to metal-based chemotherapy
Study and quantify uptake of metal-based nanoparticles in single cells for targeted cancer therapy
Evaluate effects of potentially new metal-based therapies

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