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21 - 40 of 346 results
In this application note, the Agilent BioTek Cytation 5 cell imaging multimode reader was used for quantitative assessment of antioxidant activities in living cells.
This application note demonstrates the capability of an Agilent BioTek cell imaging microplate reader to visualize and image PtK2 cells undergoing mitosis.
This application note investigates the impact of exposing cells cultured into a 3D microtissue to hypoxic atmospheric conditions.
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 highlights the necessity to incorporate relevant 3D cell models when performing long term toxicity studies.
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 demonstrates differences in cytotoxicity response between human primary hepatocytes cultured using 2D and 3D methods.
This application note demonstrates digital fluorescence microscopy using an Agilent BioTek cell imaging multimode reader.
This application note describes the use of Thioflavin T dye to monitor the formation of α-synuclein fibril formation.
This application note demonstrates an in vitro microplate assay that can quantify total, as well as phosphorylated eIF4E.
This technical overview presents useful information for cellular microscopy.
This application compendium describes several of the latest trends in cell-based assays as demonstrated by the applications described herein.
This technical overview describes the use of automated cell imaging and analysis of cell confluence for verification of cell retention following rigorous cell washing.
This application note describes phenotypic and quantitative assessments of 2D and 3D target cell necrotic induction were made using automated live cell imaging.
This application note demonstrates the validation of a combined solution to perform automated chondrocyte differentiation from 3D hMSC spheroids.
This application note describes the ability to automate the steps necessary to create, track, and monitor hMSCs during differentiation into chondrocyte lineages.
This study demonstrates the utility of a 3D spheroid cell culture model, used to elucidate the apoptotic potential of two compounds in two different cell lines.
This application note evaluates the ability to detect changes in ERK/CREB phosphorylation levels post treatment with Aβ using the SH-SY5Y neuroblastoma cell line.
This application note describes a novel 3D NK cell mediated cytotoxicity (CMC) assay.
The alkaline comet assay is a robust method to perform genotoxicity measurements and, with the addition of the 96-well CometSlide and CometChip, analysis is efficiently performed on large sample numbers in a high-throughput format.