High-Throughput Automation of Standard and Customized Cell Painting Assays Poster

• Created: 12 Mar 2026
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Gain deeper insights into neurobiology health and function with flexible instruments and powerful software tools that deliver robust quantitative results.

Agilent BioTek AutoScratch wound making tool automatically creates reproducible uniform scratch wounds for cell migration and invasion studies.

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Macrophages and other phagocytes are specialized cells that consume and digest foreign matter or aberrant cells through phagocytosis. pH-sensitive bioparticles or probes, including pHrodo-labeled zymosan bioparticles, are a useful tool to study...

Yeast are microorganisms of great economic and medical importance. They are single cell eukaryotic organisms that reproduce asexually by budding or division. Much of our understanding of the yeast life cycle stems from monitoring their proliferation...

The scratch wound healing assay is one of the most highly used in vitro methods to monitor and quantify collective cell migration. Conventional methods for conducting scratch wound healing assays involve manual wound creation, which yields low...

The dual-action manifold used on Agilent BioTek microplate washers allows precise positioning of dispense and aspirate tubes.

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Robust cell-based research relies on the consistent maintenance and evaluation of samples and reproducible assay setup. This can be particularly hard to achieve given the complex behavior of cell biology and the variable nature of many cell culture...

The path through neuroscience and developmental biology requires instrumentation capable of handling vast scale differences—from single cells to whole organisms. This narrative highlights the essential questions encountered at every stage, from...

Agilents BioTek’s dual-action manifold design allows independent control and positioning of both the aspirate and dispense sections of the manifold, providing major benefits

The rapid cooling enables efficient switching between multiple applications without unwanted temperature influences.

Confocal microscopy is an optical microscopy technique providing benefits across an expansive set of research areas. The Agilent BioTek Cytation C10 uses a rotating spinning disk with an array of pinholes. These spinning disk confocal systems...

Dr. Florentine Rutaganira, Assistant Professor of Biochemistry and Developmental Biology at Stanford University, in California, studies choanoflagellates to understand what biochemical and cell biology mechanisms were necessary to bridge unicellular...

This video tutorial covers setting up and running the Agilent BioTek Quantitative Assay Apps that simplify and automate protein and DNA concentration assay workflows.

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Automation unlocks efficiencies. Walkaway operation eliminates the need for constant monitoring by automating microscopy tasks like slide scanning and live-cell imaging. Integrated with the BioTek BioSpa 8 and Gen5 software, the Cytation platform...

A macro trend in drug discovery is the use of complex model systems in preclinical studies. Small whole-organism models offer the high-throughput capabilities of cell culture systems paired with sufficient complexity for increased predictive power....

Viral infection of host cells triggers diverse cellular responses, including immune mechanisms that function to block viral propagation and clear infected cells. Detection and characterization of the types of viral host responses that are mounted,...

Agilent BioTek automated imaging systems combine convenient and reliable image acquisition capabilities with powerful image analysis tools to support a full range of histology and whole organism imaging applications. From color brightfield to...

Ye lab

Cells are motile objects that continuously move in the x- and y-direction, even when plated in a two-dimensional manner. The ability to track single objects over time is therefore critical to scientists in a variety of research areas, including...