Content by <em>The Scientist</em>

Nilay Chakraborty from ATCC discusses how innovations in microbial quality control (QC) testing streamline workflows and boost reliability in drug development.

Innovative and cutting-edge technology transforms functional live-cell analysis by enabling precise, flexible, and scalable end-to-end immuno-oncology, antibody, and cell therapy discovery.

Different liquid handling situations require distinct tools and techniques for optimum results.

Nigel McCracken from Virax Biolabs discusses the new frontier in immune diagnostics, which may hold the key to better patient care.

Cameron Ferris from Inventia Life Science discusses how 3D cell culture provides predictive human-relevant insights that transform disease modeling and therapeutic screening.

Choosing the right 3D culture components and validation steps helps researchers unlock accurate, reproducible, and relevant insights into cancer biology.

Dale Wright and Brian Bond from Inotiv discuss the importance of taking a holistic approach to glucagon-like peptide-1 research using systems pharmacology.

By including isotype controls in their in vitro and in vivo antibody-based assays, scientists gain confidence in the accuracy of their experimental conclusions.

Submit a cutting-edge product or technology for the chance to be recognized as one of The Scientist’s 2025 Top Innovations.

On the hunt for informative health and disease biomarkers, researchers increasingly turn to the combinatorial power of new technologies and multiomics strategies.

Onboard predictive analytics helps scientists optimize storage through proactive and preventative ultra-low temperature freezer maintenance recommendations.

PCR-free library preparation kits enable better whole genome sequencing performance and productivity.

An automated magnetic bead-based isolation system allows scientists to quickly and efficiently extract DNA and RNA molecules from numerous sample types.

High performance fluorescently conjugated antibodies designed for flow cytometry and beyond help researchers improve data reliability and streamline experimental design.

Spectral flow cytometry offers greater panel sizes and design flexibility. Learn more in this video!