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Advanced cellular assays

Mode-of-action in cell-based assays

Our scientists excel in designing high-throughput screening (HTS) campaigns that go beyond identifying potential hits to deliver lead-like compounds that meet your desired profile. For hits from cell-based HTS, understanding the mode of action is crucial. We offer follow-up assays to elucidate the nature of compound-target interactions and provide essential insights for informed decision-making.  

Arm of screening robot transfers 384-well plate

Advanced cell-based assays to shape the profile of your hits

We routinely utilise an array of specialised assays to narrow down an existing list of hits or to further characterise a selected number of hits already advanced in the hit-to-lead process:  

  • Off-target and species selectivity assays
  • NanoBRET/Nano-Glo target engagement for a wide variety of membrane or intracellular targets
  • Tag-lite binding for GPCRs 
  • Cellular thermal shift assays (CETSA) for label-free target engagement in cells 
  • Kinetic probe competition assays (kPCA) for different target types, such as enzymes, protein–protein interactions or GPCRs
  • Residence time assays using high-content analysis
  • Rescue experiments on different assay platforms. For example, in a protein degrader project, determining whether the observed protein level decrease is due to proteasomal degradation can be achieved by running the degradation assay in the presence of specific proteasome or E3-ligase inhibitors.  

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Flyer: human iPSC platform

This flyer summarises Nuvisan’s expertise in using human iPSCs as in vitro models to recapitulate complex human biology.

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Lab technician operating a FLIPR® Penta reader

High-throughput assay systems

We develop a wide range of HTS-compatible cell-based assays, including classical end-point assays, kinetic readouts and high-content analyses.

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