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Differentiating a stem cell into a neuron or glial cell is typically a time-consuming bottleneck in human neurological dysfunction research. On top of this, precisely controlling the purity of sub-types in a mixed neuron population can be a complex...
DiscoveryBioMed, Inc., supplies products and services to help the drug discovery community improve attrition rates and pinpoint compounds that are high-value clinical candidates. Since its founding in 2007 by physiologist Dr. Erik Schwiebert, this...
The Victorian Centre for Functional Genomics (VCFG) supports and propels research efforts across Australia. Located at the Peter MacCallum Cancer Centre in Melbourne, Victoria, this core facility’s ”researcher driven, staff assisted” ethos is...
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...
Dr. Carl DeSelm is an assistant professor of radiation oncology in the Bursky Center for Human Immunotherapy and Immunology Programs (CHiiPs) at Washington University School of Medicine in St. Louis, Missouri. Dr. DeSelm also has a radiation...
Infographic highlighting the Agilent workflows for cell and molecular biology for drug research.
Shortly after the first full genome sequence of the yeast Saccharomyces cerevisiae was completed in the mid-1990s, Dr. Corey Nislow remembers feeling a bit disheartened that this information didn’t shed any additional light on how the yeast actually...
Metals play a very important role in biology, as metal ions are associated with an estimated 40% of all proteins. In bacteria, dedicated acquisition and efflux systems tightly control metal homeostasis. Some metals, such as iron, are so critical to...
Take a look at images captured by Agilent customers using the Lionheart Automated Microscopes, and Cytation Cell Imaging Multimode Readers for their own research.
Poster presented at ADA 2025 featuring the Agilent Seahorse XF Flex analyzer in an optimized workflow to assess metabolic profile during adipocyte differentiation and in adipocyte tissue
Automation unlocks efficiencies. Walkaway operation eliminates the need for constant monitoring by automating microscopy tasks like slide scanning and live-cell imaging. Integrated with the BioTek BioSpa 8 and Gen5 software, the Cytation platform...
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...
Yeast are microorganisms of great economic and medical importance. They are single cell eukaryotic organisms that reproduce asexually by budding or division. Much of our understanding of the yeast life cycle stems from monitoring their proliferation...
The introduction of novel genetic elements into cultured cells is routinely conducted for many applications. While there are numerous methods to introduce foreign DNA into tissue culture cells, all require cell-type dependent optimization to achieve...
Agilent Imager and microplate reader technologies help you to get the most repeatable, high quality images and data from your BioTek imaging system or microplate reader across a wide range of applications, from automated live cell imaging, to...
Life science laboratories around the globe have their own unique requirements for instrumentation. The Agilent BioTek high quality microplate readers offer excellent sensitivity, fast speeds, low maintenance costs, and simple, yet amazingly powerful...
Viral infection of host cells triggers diverse cellular responses, including immune mechanisms that function to block viral propagation and clear infected cells. Detection and characterization of the types of viral host responses that are mounted,...
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...
TCID50 (50% tissue culture infectious dose) is an endpoint dilution assay used to measure infectious viral titer. This method involves infecting cultured cells within a microplate and is useful for viruses that do not form plaques.
Reproducible cell-based assays require consistent maintenance of cell cultures and accurate evaluation of culture characteristics across users and applications. Agilent BioTek automated imaging systems and Gen5 image analysis software support...