Take a look at images captured by Agilent customers using the Lionheart Automated Microscopes, and Cytation Cell Imaging Multimode Readers for their own research.

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...

Normal human cells contain 23 chromosome pairs, each encoding the genetic information of life as well as passing on inheritable traits from parents. Chromosomes are tightly folded into origami-like structures that are mind-boggling in their...

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...

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...

The power of the well-known Seahorse XF technology from Agilent Technologies lies in its ability to simultaneously and kinetically measure mitochondrial respiration and glycolysis – two major energy pathways – in live cells. By doing so, researchers...

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...

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

• Publication Part Number: Seahorse XF Flex; obesity; adipose
• Created: 23 June 2025
• 652 KB
• PDF

BioTek Cytation cell imaging multimode readers and Gen5 image analysis software are ideal for automated cell counting using microscopy methods such as label-free brightfield and fluorescence cell counting.

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Agilent BioTek automated cell imagers and microscopes bring your science to life, capturing spectacular images, z-stacks, montages and time lapse sequence with ease.

The Agilent BioTek Cytation platform offers a combination of automated microscopy and multimode detection to support your most critical live-cell workflows.

Many multimode microplate readers use monochromator-based optics for fluorescence intensity measurements, allowing great flexibility to use multiple fluorescent dyes and stains. Most of these systems offer a fixed bandwidth. This offering works well...

The microneutralization assay is a highly sensitive and specific assay for detecting virus-specific neutralizing antibodies and their corresponding titers that is amenable to high-density microplates. Immunofluorescence staining of a viral protein,...

The rapid cooling enables efficient switching between multiple applications without unwanted temperature influences.

The spot counting module available in Agilent BioTek Gen5 software enables the number of spots counted, and other information, to be tied to the original primary mask data, allowing these values to be known for each object initially identified in...

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.

This video provides an overview of the Neurite Outgrowth module, available for use with Cytation imaging multimode readers and Lionheart automated microscopes.

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Host protein receptor expression is the ultimate factor that determines if a host cell is permissible to viral entry and infection. In viral research, it is essential to determine which cell types, primary or immortalized, are permissible to viral...

The plaque assay is a well-established method for measuring virus concentration as it relates to infectious dose. The assay relies on determining the number of plaque-forming units (PFU) created in a monolayer of virus-infected cells.

Cell exclusion zone assays, or barrier assays, measure cell migration and invasion by generating a cell-free zone without the use of a mechanical scratch.