Content by The Scientist

Learn about the factors underlying autoimmune disease and current treatment strategies.

Selecting sturdy and high-quality consumables can help researchers ensure that bioactive additives do not negatively affect assay results.

Dan Levangie from CereVasc talks about a non-invasive treatment strategy for normal pressure hydrocephalus—and possibly other similar brain conditions.

Niels Riedemann from InflaRx discusses how immune-modulating therapies help combat life-threatening inflammatory conditions such as acute respiratory distress syndrome (ARDS).

Barbara Treutlein talks about how high-throughput single cell screening of organoids identifies key biological mechanisms and advances AI training.

From bodily fluids to skeletal remains, advances in DNA analysis and the study of insects and microbes aid forensic investigations.

Vikram Devgan from Bruker Cellular Analysis explains how a single-cell functional analysis platform promotes biological and therapeutic discoveries.

Daniel Veres from Turbine takes a deep dive into the promise of AI-powered cell simulation for advancing drug discovery and development.

A new online validation initiative pairs structural and functional insights to help scientists map epitopes in a 3D context, enhancing antibody-based assay efficiency and accuracy.

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.

New tools for computer-aided retrosynthesis help scientists streamline route planning, reducing the financial and environmental costs of drug development.

The right reagents and processes help scientists optimize and standardize T cell therapy manufacturing, from discovery to clinic.

Sponge pores can mimic microfluidics, placing cells and virus particles in close proximity to increase transduction efficiency.

Having the right reagents and tools accelerates autoimmune disease research.