Content by Sartorius

Proper balance leveling prevents tilt-related errors that can cause milligram-scale inaccuracies in analytical weighing.

Real-time PCR enables faster Mycoplasma detection to meet rigorous cell therapy safety standards and reduce quality control-related workflow delays.

In this webinar, Lucas Foerster and Joni Ake will share actionable insights to streamline pipette calibration and optimize laboratory efficiency.

Live-cell analysis and stem cell isolation techniques help researchers fully leverage 3D spheroid models, bridging the gap between in vitro findings and in vivo outcomes.

In this symposium, an expert panel will discuss how the latest organoid models help researchers discover and develop new drugs. 

New fluidics and clog detection systems further simplify operation and reduce instrument downtime

PCR-based bacterial and fungal detection helps scientists efficiently analyze the sterility of their cell cultures, improving Mycoplasma testing and beyond.

Discover how a PCR-based workflow accelerates Mycoplasma testing.

A highly sensitive real-time PCR-based systems helps scientists rapidly detect microbial contamination in cell therapy products.

Learn how improving sampling, standardization, and calibration streamlines quality control processes.

Learn how to accurately test environmental samples for PFAS substances.

An anti-spill weighing pan helps ensure that a spilled sample does not affect scientists’ analytical weighing results.

Automation can simplify data collection and management by replacing paper-based procedures.

High-throughput screening by cytometry helps scientists overcome common pain points in cell-based drug discovery and development.

Tailored nucleic acid extraction and amplification methods help scientists overcome the challenges of detecting Mycoplasma contamination in advanced therapy medicinal products.