A comprehensive understanding of the physiological state or health of your cells is vitally important for achieving reliable experimental outcomes, as results are highly dependent on the initial condition of the cells.

Introducing an automated solution for label-free, kinetic neurite outgrowth analysis using an Agilent BioTek automated incubator and imaging system.

• Publication Part Number: 5994-7556EN
• Created: 11 July 2024
• 2 MB
• PDF

Solutions Innovation Research Award (SIRA) Agilent University Relations & External Research FAQs

• Publication Part Number: 5994-5132EN
• Created: 13 June 2022
• 659 KB
• PDF

This study provides examples of the use of a combination upright and inverted automated image acquisition system for performing WSI employing ROIs where applicable.

• Publication Part Number: 5994-3404EN
• Created: 04 May 2022
• 1 MB
• PDF

This study describes a magnetic 3D bioprinting cell culture platform, where cells are first incubated with a biocompatible magnetic nanoparticle assembly.

• Publication Part Number: 5994-3376EN
• Created: 20 Apr 2022
• 3 MB
• PDF

This study shows the utility of the MultiFlo FX with AMX media exchange module in providing a walk-away solution for long-term 3D experimental procedures.

• Publication Part Number: 5994-2550EN
• Created: 01 Dec 2021
• 1 MB
• PDF

This application note demonstrates the suitability of 3D cultured human iPSC-derived hepatocytes for use in hepatotoxicity studies.

• Publication Part Number: 5994-2518EN
• Created: 01 Feb 2021
• 642 KB
• PDF

In this edition of TekTalk, we focus on a fully automated cell migration assay using the Agilent BioTek AutoScratch Wound Making Tool.

In this edition of TekTalk, we’ve compiled resources exploring innovative Agilent solutions for metabolic analysis and high-resolution imaging of 3D samples.

In this TekTalk issue, we demonstrate some applications of the use of spheroids and how BioTek products can enable spheroid assay workflows.

In this current edition of TekTalk, we will investigate micro-volume quantification of nucleic acids using a microplate reader, micro-volume plate and a newly launched software application.

This TekTalk highlights how Agilent’s broad portfolios support immunotherapy workflows from early discovery to translational research.

Researchers developed an assay to identify small molecules that can inhibit PFKFB kinase activities. They discovered a new inhibitor, B2, which reduced glycolysis and glycolytic capacity in A-498 cells. This validates B2 as a new PFKFB kinase...

• Publication Part Number: 5994-8444EN
• Created: 29 July 2025
• 261 KB
• PDF

Make your routine microplate workflow easy and reliable with the Agilent BenchCel Workstation platform.

• Publication Part Number: 5991-7968EN
• Created: 31 Jan 2024
• 2 MB
• PDF

In this TekTalk you'll find useful resources for conducting a range of proximity assays, including featured application descriptions and tips for assay optimization.

In this TekTalk we decribe the most popular in vitro method to monitor immune cell-mediated cytotoxicity on target cells is the cell-mediated cytotoxicity (CMC) assay, in which immune effector cells and target cells are added to a microplate as a...

In this TekTalk we provide links to our many scientific articles on 3D cell culture including application and technical notes, white papers and webinars; provide information on tips and tricks to enable 3D cell culture assays; and also highlight...

In this TekTalk we've compiled diverse ROS-related resources, including an overview of biological processes involving ROS and relevant detection strategies, emerging assay formats for characterizing ROS activity in live cells, as well as tips for...

Cell and gene therapies have potential applications in many disease areas, including cancers, autoimmune, neurological, and rare diseases.

Cell migration is a fundamental process in the development and maintenance of multicellular organisms. It is essential for tissue formation during embryonic development, wound healing, and immune responses.