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細胞成像多功能微孔板檢測系統(tǒng)，全自動顯微成像與傳統(tǒng)的微孔板檢測相結合
Streamlining Image-Based Neurotoxicity Studies with an Automated Platform for Viability and Neurite Outgrowth Analysis
A streamlined neurotoxicity solution that combines single-step, live-cell staining with an automated, high-throughput imaging and analysis platform.
Unlock the potential of cutting-edge Agilent Cell Analysis technologies in this insightful webinar.
Automated viral infectivity application leveraging Agilent BioTek Cytation automated live-cell imaging and the AVIA AI-based analysis platform from ViQi, Inc.
Poster presented at ASCB 2024. P3022.
Filter cubes for Agilent BioTek imaging and microscopy instruments.
This editorial showcases Agilent solutions for metabolic modulation enhancing CAR T-cell activation, persistence, and serial killing for improved cancer immunotherapy
The Agilent BioTek solution for neurite outgrowth analysis demonstrated across label-free, immunofluorescence-based, and 3D neuron culture applications.
Introducing an automated neurite analysis module for Agilent BioTek imaging systems, with iPSC-derived and primary neuron culture model evaluations.
This application note highlights the wide range in instrumentation, plastics, and reagents that Agilent offers to enable a complete workflow for cell-based toxicity assays.
ELISA protocols are widely used, routine assays for the detection of a range of molecules in a variety of settings.
Three-dimensional (3D) cell culture systems have become a well-established in vitro experimental approach to model human disease for a broad range of research applications.
BioTek Cytation 7 Cell Imaging Multimode Reader technical resources
This study provides examples of the use of a combination upright and inverted automated image acquisition system for performing WSI employing ROIs where applicable.
This application note presents an automated method for conducting and analyzing the colony formation assay in both a 6-well and 96-well microplate.
Efficiently screen for inhibitors of MT1-MMP activity and 3D glioma tumoroid invasion using a fluorescent substrate-based MMP activity assay and hit pick reading/imaging procedure.
In this webinar we will demonstrate a fully automated cell migration assay using the AutoScratch Wound Making Tool, which provides a convenient and reproducible method for quantifying 2D cellular migration in either 24- or 96-well formats.
In this webinar, we discuss automated methods for conducting and analyzing the colony formation assay using both the colorimetric and fluorescent properties of crystal violet, the wellestablished dye for this assay.
Cellular behavior is complex and dynamic. While end-point assays provide a single snapshot of this behavior, it is only when live cells are continually monitored that a more complete understanding of this behavior is realized.