On-Demand
From Organoid Culture to Standardized Organoid Assays: Standardizing Selection and Transfer for Reproducible Research
- Time
- 30 minutes
Organoid models are transforming disease modelling, drug discovery, and translational research. However, generating assay-ready organoids remains a significant challenge. Researchers must identify organoids that meet defined experimental criteria, select them consistently, and transfer them into downstream assay formats—all while preserving viability, sterility, and structural integrity.
As organoid workflows scale, manual selection and transfer can introduce variability, limit throughput, and make standardization difficult to achieve.
In this webinar, we will explore how image-guided selection and automated transfer can help researchers move from organoid culture to standardized, assay-ready organoids with greater efficiency, consistency, and reproducibility. Using the BIOSPOT® Organoid Sorter as an example, we will demonstrate how organoid identification, selection, and transfer can be integrated into a single workflow to support more reliable downstream assays and scalable organoid-based research.
What you'll learn:
- Understand why biological standardization is becoming essential for reproducible organoid workflows.
- Explore how automated, image-guided organoid selection and transfer improve consistency, traceability, and assay quality with the Hamilton BIOSPOT® Organoid Sorter.
- Learn why human-relevant models such as organoids are gaining momentum as the FDA Modernization Act encourages broader adoption of New Approach Methodologies (NAMs) and reduces reliance on animal models.
- See how standardized organoid workflows enable more robust drug screening, disease modeling, and translational research.
Speakers
-
Dr. Nadine Thaler
Head of Business Area Cell Biology, Hamilton -
Dr. Vanja Vukojevic
Team Leader Application Automation, Hamilton -
Dr. Andreas Ernst
Senior Sales Manager, Hamilton