Content by Sartorius

Innovations in monoclonal antibody discovery technologies allow drug developers to capitalize on natural antibody diversity for disease treatment.

Learn about the advantages of high-throughput flow cytometry for antibody discovery workflows. 

How to obtain high-quality samples

A concise guide to maintaining compliance standards for pipetting

When performing comparability studies on biosimilar drugs, modern instruments simplify the process.

Avoid missing critical cellular behaviors and events through real-time imaging.

Monitor cell health throughout drug development for optimized cell-based therapeutics.

Discover how to select the most suitable platform to study biomolecule interactions depending on application and workflow needs.

How to calibrate an analytical balance to meet regulatory requirements

Martin Domnowski explains how sequence and formulation affect antibody self-interaction properties, and how researchers detect these interactions in low concentration samples.

How advanced flow cytometry and live-cell analysis are accelerating immunotherapy research.

HPLC-grade water does not adequately separate trace compounds in chromatography experiments.

Discover how important organoids have become to disease research and drug discovery.

Researchers incorporate an alternative to ELISA and HPLC to characterize lead molecules more efficiently.

By screening for novel tumor targets, researchers build better CAR-T cell therapies.