University of Pittsburgh researcher, Dr. Lawrence Andrews, shares his latest work unraveling the synergistic role of PD-1 and LAG-3 in cancer immune evasion
An expert view on the latest trends in label-free biophysical characterization technology
Keep up to date with the latest techniques and technologies and techniques driving stem cell research into 2023
Simply write one or more lab product reviews by December 16 for your chance to win big
New assays are pre-designed for fast and reliable research in the identification of genetic mutations
Single analyte biomarker kit reagents introduced for the quantification of five human inflammatory cytokines
Discover the latest tools and techniques to expand your food and beverage research with expert-led presentations on micro-SPE, the fight for food safety, analysis of pesticides, and more
A collection of resources to help assist purchasing decisions
Gain insights from industry experts, access free downloads, webinars, and more to streamline your cell line development
Multiplex molecular testing for plant pathogens
Streamlined workflows aim to shorten research and development for novel therapies to combat diseases like cancer and Alzheimer's
Discover the latest tools and techniques to expand your infectious disease work with expert-led presentations on clinical metagenomic sequencing, T-cell immune monitoring, combating antibiotic resistance, and more
Expert webinars to explore the latest research and challenges in cell and gene therapy development
Gibco CTS AAV-MAX Helper-Free AAV Production System supports seamless transition from gene therapy research to manufacturing
The newly integrated behavioral-miniscope platform was launched through a co-marketing collaboration with Noldus Information Technology
Join a panel of scientific experts as they reveal groundbreaking COVID-19 and cancer research projects, share insights into cryogenics, and explore why we no longer need to rely on liquid nitrogen based cryogenic freezers for sample storage
These resources share the latest progress and technological advances in spatial biology, which can be utilized to improve cancer research
New polymer and deactivation chemistries produce highly inert columns with tightly controlled selectivity
Discover the latest tools and techniques to expand your biotherapeutic research with expert-led presentations on oligonucleotide analysis, cell therapies, pH measurements, and more
Improved optics and state-of-the art software based on AI analysis for monitoring crystallization processes
Discover the promise and potential of this lesser-known separation technique that can save costs and scale operations
