Latest How To Guides

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.

Download this guide to learn more about the advantages and applications of dPCR as well as an easy four step workflow and intuitive software for result analysis.

Now more than ever, across vast areas of study, researchers are developing innovative applications for new areas of research, improving data quality and expanding the boundaries of experimental limitations. These advances are enabled by increasingly sophisticated instruments and software – including in flow cytometry.

Download this guide to learn more about what cell types are responsible for disease, what genes are important for immune activation and how do you understand the immune response to vaccination or infection in patients.

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.

Download this guide for tips on choosing the most appropriate antibodies and buffers, maintaining sample quality, washing techniques, detecting multiple targets and monitoring assay performance.

Download this guide to learn more about detailed marker information for specific immune cell subtypes, alternative antigen nomenclature and human and mouse CD and non-CD markers.

Download this guide to learn the importance of context in optimization, why controls can make or break an assay and how sample status may be confirmed in an antibody-independent manner.

Download this guide to discover how to select the most appropriate labelling and detection strategy for your research as well as mounting media options and a variety of accessory reagents.

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.