Latest eBooks

Cell-based assays offer extensive advantages across multiple fields of research, advantages that can be maximised by the specialised features and high throughput capabilities of microplate readers.

Flow cytometry allows scientists to label numerous markers of interest to profile immune response and identify distinct populations of immune cells. However, when scientists use conventional dyes for flow cytometry, they may encounter problems in data resolution caused by spectral spillover and cross-excitation events.

Download this eBook to learn about technology-driven solutions that perform faster analysis – with fewer sample preparation steps.

Download this eBook to explore how these new technologies have enabled some of the most recent discoveries in areas such as molecular mechanisms of cancer, cancer biomarkers as well as vaccines and therapeutics to tackle cancer.

While CRISPR-edited cell lines can be beneficial for target identification, reagent validation, and biomarker discovery, generating high-quality cell lines can be fraught with difficulties and time-consuming and relies on several factors.

Flow cytometry allows for unparalleled multiplexing, while providing the flexibility, speed and reproducibility to analyze a high number of individual events and determine their distributions.

Magnetic beads are versatile particles well suited to DNA extraction, size selection and clean-up as alternatives to column-based purification, providing flexibility in scale and handling.

Download this eBook to learn more about the tools available for evaluating immune cell therapy potency.

Understanding of infectious diseases has increased exponentially, but the challenge of keeping up with variants, mutations and novel pathogens is still significant. The immune response is far more diverse than assumed—every step involves a range of different responses.

Download this eBook to learn more about finding proteins that cause disease, how proteomics enriches the multiomic study of disease as well as the future of proteomics in multiomics research.