Inside the Mini Brain: Tools for Tracking Cerebral Organoid Development
Authors: Jasmine Trigg | Last updated: November, 2025
Overview
Cerebral organoids derived from human pluripotent stem cells (hPSCs) are revolutionizing neuroscience by providing 3D models of brain development. Yet, reproducibility and scalability remain major hurdles due to complex protocols and limited monitoring methods.
In this on-demand webinar, Jasmine Trigg, Scientist at Sartorius, presents a streamlined, 40-day workflow for tracking cerebral organoid differentiation. Leveraging her expertise in cellular assays, Jasmine demonstrates how combining non-invasive live-cell imaging with high-throughput cytometry enables real-time visualization and quantification of organoid growth. This integrated approach supports robust quality control and improves reproducibility in brain organoid studies.
Duration: 20 minutes
Webinar Speakers
Jasmine Trigg
Scientist, BioAnalytics at Sartorius
Jasmine Trigg is a scientist at Sartorius, specializing in cell imaging and applications within the Bio Analytics team. She develops and optimizes cellular assays to expand the capabilities of live-cell analysis. With a background in neuroscience and genetic manipulation, her previous research centered on integrating structural and molecular biology techniques to investigate disease-related proteins involved in Alzheimer’s disease.