Content by Sartorius

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.

PCR-based sterility methods can quickly and sensitively detect bacterial and fungal contamination.

This handbook is designed to empower both new and seasoned flow cytometry users who are curious about the unique capabilities of HTS cytometry.

Learn how researchers take their drug discovery and development research to the next level with artificial intelligence.

An innovative helper plasmid improves adeno-associated virus quality and infectivity.

Explore the latest advances in automated live-cell neuronal analysis for cell culture models.

Sartoris has released its first Advanced Flow Cytometry Handbook as a comprehensive digital guide to assays and workflows on the iQue^® Advanced High Throughput Flow Cytometry Platform.