Enhance Organoid and Tumoroid Quality Control with FlowCam and Corning Technologies

Advanced 3D Cell Cluster Imaging for Reliable Analysis

The development of organoids and tumoroids from inducible pluripotent stem cells (iPSCs) requires precise control over culture conditions, including growth factors, extracellular matrices, and environmental stimuli. Monitoring the size, shape, and morphology of 3D cell clusters is essential for ensuring optimal culture conditions and achieving the desired developmental outcomes.

The Power of FlowCam’s Automated Flow Imaging Microscopy

FlowCam revolutionizes 3D cell culture quality control with high-throughput, real-time imaging. FlowCam technology enables:

✅ Rapid assessment of organoid morphology
✅ High-resolution imaging of individual 3D cell clusters
✅ Precise measurement of size distribution and cellular heterogeneity
✅ Non-invasive, automated analysis for streamlined workflow

Data-Driven Quality Control for iPSC Aggregates

The study presented in this application note describes how FlowCam was used to compare the impact various Corning technology has on iPSC aggregate formation and expansion. In a fraction of the time, FlowCam analyzed up to 250 times more aggregates than manual microscopy, providing more accurate representation of the cell cluster populations. The results demonstrated:

📊 Reduced variability in measurements
📊 Faster, more consistent quality control assessments
📊 Improved scalability for large-scale organoid production

Eliminate inefficiencies and optimize your research with FlowCam’s cutting-edge Flow Imaging Microscopy and the latest tools from Corning. Gain deeper insights, improve reproducibility, and streamline your workflow with real-time, high-resolution data.

Discover how FlowCam can revolutionize your 3D cell culture analysis today.