Latest Infographics

There are a host of parameters that may be assessed in the cell biology lab and the flow cytometer is a key tool in doing so. In this infographic, we explore how flow cytometry works, what analyses can tell us and the applications of flow cytometry.

Biological and biomedical research used to be a field anchored down by the weight of time-consuming manual tasks. Involved and laborious wet-lab processes slowed output to a crawl.

But now, high-throughput technologies have ramped up the speed of science. In this infographic, we take a deep dive into how these technologies have changed the game.

This infographic explores the role of phosphoramidites as essential building blocks in oligo manufacturing and the considerations for their usage in diagnostic and therapeutic development.

Download this infographic to explore the diverse applications to which MS is being applied, how technique variants and hyphenation can help meet analytical needs and the capabilities of MS that make it well suited to certain analytical challenges.

Did you know that the adverse effect of drugs on cardiac tissue – known as cardiotoxicity – is one of the principal reasons that therapeutics are withdrawn from the market?

Download this infographic to explore how UV-Vis spectroscopy works, what it can tell us, its strengths and limitations and its applications.

A trusted LC/TQ workflow can make all the difference when it comes to data quality; it can also drive productivity with faster results.

Download this infographic to explore what OOCs are and how they are helping to further our understanding of disease.

The field of cancer immunology concerns the study of the interaction between the immune system and cancer cells.

Target-based drug discovery (TBDD) has been the top drug discovery approach for ~30 years. TBDD approaches were developed to improve drug discovery by reducing the costs of bringing a drug to market, increasing throughput and being more straightforward and efficient than other methods.