Infectious disease research requires innovative tools and complete solutions to help you generate new biological insights easy and fast. Agilent’s broad portfolio of research technologies help you identify and characterize coronavirus and other...

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Genotoxicity refers to the destructive effects of mutagens such as high-energy radiation and chemicals on cellular nucleic acids, particularly nuclear DNA. Single-cell gel electrophoresis, or the comet assay, can be used to probe DNA fracture by...

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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...

Time-resolved fluorescence (TRF) measurement is very similar to fluorescence intensity (FI) measurement. The only difference is the timing of the excitation / measurement process.

The quantification of nucleic acids is common for many workflows in various application areas. These assays use either absorbance or fluorescence to measure the concentration of nucleic acids in samples. Regardless of the method employed, many...

Discover and compare Agilent's advanced live cell imaging solutions. From the Cytation C10 confocal reader to eSight's whole-well imaging, our platforms offer powerful microscopy for precise cellular analysis.

Cell proliferation is a process where cells grow and divide in order to replenish cells that have died or to expand a population.

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...

Agilent offers a comprehensive portfolio of integrated solutions for reliable results from discovery through QC to empower researchers with the confidence to achieve breakthroughs.

Alpha assays are trademark proximity assay platforms from PerkinElmer, Inc. The bead-based methods requires powerful excitation to produce a cascade of acceptor bead emission wavelengths.

Explore a comprehensive portfolio of sample-to-data cell therapeutic development solutions that work seamlessly together to provide reliable results. Find application notes, webinars, and more.

Small molecule-induced protein degradation is a promising modality in novel, highly targeted cancer therapy development and beyond. Within this realm, Monte Rosa Therapeutics in Boston, Massachusetts, has particular expertise working with small...

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Explore the virtual lab to discover innovative tools to overcome challenges associated with cell therapy development.

At the Institut de Pharmacologie Moléculaire et Cellulaire (IPMC) in Nice/Sophia-Antipolis, France, Drs. Fabienne Anjuère and Véronique Braud are on the cutting edge of immunotherapy research with the goals of identifying therapeutic targets and...

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