SCIENTIFIC POSTER
Scalable expansion of patient derived cancer organoids through automation
This scientific poster demonstrates how to expand patient derived colorectal cancer organoids with automation. By combining automated workflows with AI based segmentation the method allows to increase productivity and reduce labor while enabling preparation of assay ready models for compound screening.
Automate Patient-Derived Organoid Culture
Poster: Automated Culture and Expansion of Patient-Derived Colorectal Cancer Organoids
Patient-derived organoids are powerful models for studying cancer biology and evaluating therapeutic responses, but traditional culture methods are labor-intensive and difficult to scale.
This scientific poster demonstrates how the CellXpress.ai® Automated Cell Culture System enables reliable, automated workflows for the culture and expansion of colorectal cancer organoids.
In this poster, you will learn how researchers can:
- Automate organoid culture, monitoring, and passaging workflows
- Use AI-driven image analysis to detect organoid growth and trigger passaging events
- Maintain consistent organoid morphology and growth conditions
- Enable scalable expansion of patient-derived colorectal cancer organoids
- Reduce manual intervention and improve workflow reproducibility
- Support downstream applications including drug screening and disease modeling
Download the poster to explore how automation and AI-driven analysis can accelerate organoid research and improve reproducibility in cancer biology studies.
