Latest How To Guides

Download this guide to discover the intracellular and extracellular events during cell freezing as well as the advantages of freezing cell cultures.

Download this guide to learn more about the stages of antibody development including antibody discovery and optimization, production and predevelopment
as well as candidate selection.

Gas chromatography coupled to mass spectrometry (GC-MS) is a powerful technique and a preferred method for the analysis of small and volatile molecules. This technique is also well-recognized for its capability in unknown compound analysis and multi-component quantification.

With its superior qualitative and quantitative capabilities and robustness, LC-MS is commonly used to meet the rigorous demands of the analytical market and industries. Download this guide to learn more about the integration of LC and MS as well as future trends.

Download this guide to learn how you can generate uniform 3D cell models, get the best quality images, minimize imaging time and volume of data as well as avoid unnecessary data transfer steps.

With the laboratory of the future in mind, a flexible and fully integrated solution can help you to seamlessly connect workflows and data to effectively automate your science. Download this guide to discover how to improve reproducibility and productivity without compromising data quality.

Flow cytometry is an extremely widespread technique in the biomedical field as it has a large range of applications and is applicable to many cell types. Access this guide to discover the stages involved in achieving high-quality and reproducible flow cytometry data.

Download this guide for tips and tricks to successfully cryopreserve precious samples and maximize viability upon sample reanimation.

This free guide provides a review of cell culture contamination, the problems it causes, as well as hints and tips for controlling contamination in your work.

Download this free guide to learn more about the benefits of automating synthetic biology workflows.