Download this article to learn how advanced throughput flow cytometry overcomes these challenges to drive forward innovation in the immuno-oncology field.

In this up-to-date list of milestones in therapeutic antibody engineering, you can learn about the first FDA-approved therapeutic antibody, the discovery of phage display libraries, bispecific antibodies and more.

Peptide mapping is an invaluable tool for examining and analyzing biopharmaceuticals, particularly those produced by recombinant means. This list provides an overview of the different uses of peptide mapping, the steps involved, and the key techniques used in peptide detection and analysis.

This list highlights ten major milestones within the field of cancer research since the year 2000.

Download this list to discover how advanced flow cytometry platforms have simplified workflows and sample prep to revolutionize screening, lead development, bioprocessing and clinical trials.

There is no one-size-fits-all method for validating antibodies. This list details validation approaches that are common to all applications, and highlights things to consider for specific applications, such as detecting post-translational modifications.

Combating AMR is going to take coordinated action of different approaches, such as improved public education and national action plans, greater surveillance, improved diagnostics, and the ability to harness advances in genomics and big data.

The efficacy and safety of a biopharmaceutical product depends on the product’s ability to maintain its molecular confirmation. As there is no single assay or parameter that sufficiently profiles the stability characteristics of a biological product, protocols for assessing stability can vary greatly. Download this list to get an overview of the general considerations that should be on your stability-assessment checklist.

Download this to discover how SelexION® DMS eliminates matrix interference, improves accuracy of detection, simplifies sample preparation, and much more!

By harnessing the power of stem cells, regenerative medicine aims to regrow, repair or replace diseased/damaged tissue. Download this list for insights on 4 promising approaches.