Mass photometry supports membrane protein characterization by providing rapid insights into sample composition, purity, and molecular assembly.
Automated mass photometry helps reveal the complex dynamics of protein oligomerization and the factors that govern protein assembly.
Explore how confocal live-cell imaging can reveal immune-tumor interactions and cytotoxic responses in three-dimensional tumor spheroid models.
Application Note
Mass photometry helps researchers investigate the large and dynamic molecular assemblies that drive HIV integration and influence antiviral drug development.
Advanced microelectrode array and liquid handling technologies make neuronal culture screening more consistent and easier to scale.
Explore how AI-assisted analysis reveals coordinated neuronal activity and network development in brain organoid models.
Single-molecule mass photometry enables fast, high-resolution protein characterization before structural and functional studies.
Explore how high-throughput multiplex immunoassay workflows can uncover richer secretion profiles for more comprehensive cell therapy potency characterization.
Explore how combining 3D liver microtissue models with AI-driven image analysis enhances the accuracy and depth of hepatotoxicity assessment.
Discover strategies to minimize metal-analyte interactions to improve chromatographic performance and small molecule analysis.
Learn how a 3D kidney model watches toxicity unfold.
Explore advanced approaches to accurately quantifying organoids and assessing sample quality in 3D cell culture systems.
