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81 - 100 of 132 results
This compendium describes quantitative imaging-based methods designed to provide objective evaluation of several variables that contribute to experimental results.
The Cytation 5, paired with BioSpa automated incubator, provides a fully automated means of quantifying image-based assays of cell proliferation and cell death.
This application note demonstrates the ability of the Cytation 5 in conjunction with Gen5 analysis to calculate HIV infection rates in fixed cells.
Newsletter
When employed successfully, proliferation assays and the colony formation assay provide valuable information about the characteristics of transformed cells. While often one or the other assay type is selected for inclusion in a given study, together...
Discover Agilent's automated imaging-based method for robust analysis of CAR T cell cytotoxicity, enhancing cancer treatment efficacy and research efficiency.
Hepatocarcinoma is one of the most common cancer types in the U.S. with limited treatment options and poor survival rate.
This study highlights the ability of Cytation 5 and BioStack 4 to automate the workflows for imaging H&E-stained TMAs for high-throughput histology applications.
Guidelines for Solutions Innovation Research Award Agilent University Relations and External Research
This application note describes the use of the Agilent BioTek Cytation 5 cell imaging multimode reader to monitor pH, via absorbance measurements, in tissue culture media.
In this study, multiple assay formats were used to conduct a detailed characterization of oxidative and nutrient stress response in Saccharomyces cerevisiae.
This study demonstrates the ability to detect apoptotic effects based upon energy pathway utilization and introduction of test molecules using phase contrast imaging.
This application note presents a high-throughput method for conducting a colony formation assay in a 96-well microplate.
This application note presents an automated method for conducting and analyzing the colony formation assay in both a 6-well and 96-well microplate.
This application note demonstrates an automated, multiplexed method to assess real-time cell death using a live cell imaging system.
This compendium describes how fluorescent kinetic live cell assay procedures can be optimized and performed using cellular imaging and automation instrumentation.
This application note demonstrates the utility of Agilent BioTek imagers to monitor wound healing cell migration using phase contrast.
Three-dimensional (3D) in vitro cell culture platforms are motivated by the need to work with cellular models that better recapitulate the cellular microenvironment.
This study describes an effective method for automating the most tedious aspects of conducting ELISpot assays using the versatile 405 TS microplate washer.
This application note demonstrates the automation of the hemocytometer-based live/dead cell counting process using phase contrast and color brightfield imaging.
This application note highlights how the XF Imaging and Normalization System provides an efficient and reliable method of normalization with a seamless and rapid workflow for XF Analyzer users.