Refine Results
- Products
- Applications and Industries
- Services
- Content Type
- Unit Quantity
- Research Area
- Analysis Platform
- Journal
- About Agilent
- Language
- Publication Date
181 - 200 of 1363 results
This study describes the use of nuclear staining dyes and image-based analysis to assess the effects of compounds on cell cycle progression in adherent cells.
This application note demonstrates digital fluorescence microscopy using an Agilent BioTek cell imaging multimode reader.
This application note investigates the impact of exposing cells cultured into a 3D microtissue to hypoxic atmospheric conditions.
This application note describes the quantitation of several caspase enzymes using the fluorescence and absorbance capabilities of an Agilent BioTek multimode reader.
This application note describes a fluorescent probe that can serve as an indicator of MDR activity in microplate-based assays using living cells.
This application note investigates the performance of a dual luciferase assay using two luciferases with spectrally resolvable light emissions.
This application note presents a method of protein analysis that conserves sample and reagents and improves accuracy relative to other microvolume methods.
This application note demonstrates the capability of Agilent BioTek instrumentation for microvolume analysis using DNA isolated from CHO-M1 cells.
This application note shows that the LanthaScreen ERK2 cellular assay can be performed in a homogeneous format and adapted to automation.
This application note demonstrates the utility of the Agilent BioTek Epoch spectrophotometer and Take3 microvolume plate for dsDNA quantification.
This application note demonstrates an in vitro microplate assay that can quantify total, as well as phosphorylated eIF4E.
This application note describes a fluorescent method to quantitate cholesterol in biological samples using an Agilent BioTek microplate reader.
This application note describes the use of Thioflavin T dye to monitor the formation of α-synuclein fibril formation.
This application note describes a cell-based method using AlphaScreen SureFire technology to determine endogeneous cellular kinase activity.
This application note describes the rapid semi-automated determination of CMC values for surfactants in 384-well microplates using fluorescence polarization.
This application note demonstrates the ability of the Agilent BioTek ELx405 microplate washer to automate the wash steps of multiplexed mRNA quantitation assays.
This application note describes in vitro HTRF phosphorylated and total eIF4E assays that provide easy-to-use procedures to measure cell signaling activity.
This application note highlights the capabilities of an Agilent BioTek microplate washer to automate the wash steps for the LX100 and the MAGPIX Luminex readers.
This application note describes the quantitation of peptides and amino acids using the UV fluorescence capabilities of an Agilent BioTek multimode reader.
This application note describes the attributes of a monochromator-based absorbance reader that provides a complete solution for performing manual PAMPA assays.