This virtual demo video is a broad overview of Agilent BioTek's Gen5 Microplate and Imaging Software

Discover how Dr. Gajanan Katkar uses Agilent imaging, flow cytometry, and LC/MS technologies at the UC San Diego Agilent Center of Excellence to study macrophages, lipid handling, and the mechanisms driving atherosclerosis.

Water immersion objectives capture more light than air objectives, a trait that is especially useful in imaging workflows where the sample is typically contained within an aqueous solution and can be two-dimensional (2D) or three-dimensional (3D)....

Agilent automated imaging systems deliver a full range of relevant imaging techniques for biofilm characterization, including brightfield, color brightfield, widefield, and confocal fluorescence modes. Combined with automated Gen5 image analysis...

AutoROI enables walk-away slide scanning for four or more slides, if combined with Agilent automation offerings, and can be used with the Agilent BioTek Lionheart automated microscopes and Agilent BioTek Cytation imaging multimode readers.

Cell cycle progression is a tightly regulated process that involves the duplication of nuclear DNA content prior to cell division. The control mechanisms that regulate this process are often disrupted in tumor cells and serve as viable targets for...

A macro trend in drug discovery is the use of complex model systems in preclinical studies. Small whole-organism models offer the high-throughput capabilities of cell culture systems paired with sufficient complexity for increased predictive power....

Agilent Cell Analysis instruments support a broad range of cell signaling studies, from sensitive detection of receptor-ligand interactions to generating detailed kinetic profiles of downstream cellular effects occurring over sub-second to multi-day...

The development of safe and effective therapies requires a deeper understanding of cancer cell biology, enabled by effective cell analysis tools and products for investigating the complex tumor micro-environment.

Discover the advantages of 3D cell culture models in biomedical research for accurate disease modeling and drug testing that closely mimics human tissues.

ADME is the abbreviation commonly used for the study of how a drug is absorbed, distributed, metabolized, and excreted from the body. Each set of assays is performed as part of the drug discovery process to ensure that a drug is properly absorbed...

Neurite outgrowth assays provide a means to investigate essential aspects of neuronal function in vitro and advance both fundamental and clinical neuroscience research.

Discover how Dr. Vini Campos, a surgeon from Brazil on a research fellowship at UC San Diego, uses Agilent Cytation imaging to turn tissue slides into quantifiable data and advance research into Barrett’s esophagus and esophageal adenocarcinoma.

Explore Agilent analytics, cell analysis, and molecular biology solutions for accelerating drug development with predictive in vitro, new approach methodologies (NAM).

Gain detailed quantitative insight into 3D immuno-oncology models with Agilent Cell Analysis instruments and application solutions