Latest Whitepapers

This whitepaper explores how to track HCPs of concern through purification steps, develop robust removal strategies and increase the HCP population coverage achieved.

Genomics, proteomics and microbiomics are all useful tools in complex disease research. However, using these tools alone can risk critical knowledge gaps and leave researchers struggling to predict disease outcomes.

These whitepapers highlight how optimized CRISPR protocols and site-specific knock-in technology can be used to engineer simple or complex genetic modifications in allogenic iPSCs.

Flow cytometry is a core technique in many immunology labs.. However, extensive immunophenotyping panels can result in overlapping emission peaks, time-consuming compensation and complex data analysis.

The diagnostic industry is a crucial pillar of modern healthcare. It equips clinicians with vital tools and provides consumers with a range of at-home testing solutions. This whitepaper features industry experts in discussing the key challenges in diagnostics and how to tackle them.

This whitepaper highlights how the latest software can help researchers overcome the uncertainties in drug discovery and enable efficient compound design, synthesis and progression tracking.

This whitepaper highlights how monitoring critical parameters with a 24/7 real-time, data-acquisition system can remove variables from experimentation, mitigate risk and increase research reproducibility.

This literature review explores the latest in 3D immune cell killing assays for cancer immunotherapy research.

This whitepaper highlights essential factors to consider for the successful manufacturing of gene and cell therapies.

High-intensity, high-volume cell cultures are an essential part of many bioproduction workflows – especially those operating at scale. However, aggregate accumulation, batch-to-batch cleaning and extensive sterility validation can all negatively impact overall workflow efficiency.