On-Demand Webinar: Maximizing the Potential of 3D Organoid Research with Automated Isolation
Watch time: 18 minutes
Overview
3D organoids offer a significant advantage over traditional 2D cell cultures by mimicking the complexity and functionality of actual organs. This provides more accurate insights into disease progression and treatment responses. Unlike 2D cultures, organoids allow for intricate cell-to-cell interactions, which are crucial for many biological processes. This realistic in vivo environment leads to better estimates of drug efficacy and toxicity, reducing the risk of inaccurate predictions and costly errors in drug development.
However, the complexity of organoid systems presents unique challenges including technical complexity, imaging and analysis, standardization and reproducibility. Automated imaging systems can continuously monitor organoid growth, providing real-time data on changes in size, shape, and structure. This not only allows for precise tracking of organoid development but also enables early detection of any abnormalities. High throughput screening is made possible with automated isolation and transfer systems, increasing throughput and organoid viability.
What you will learn:
- A comprehensive understanding of the benefits and challenges of 3D organoid research
- An understanding of how automated 3D organoid solutions can enhance research capabilities
- How to leverage automated solutions to ensure consistent and reproducible results across experiments.
Webinar Speaker
Andris Abramenkovs, PhD
Product Manager, CellCelector
Sartorius
Andris Abramenkovs, PhD, is a dedicated product manager for the CellCelector platform, with a passion for streamlining and expediting cell isolation workflows. Before joining Sartorius, Andris worked as a field application scientist, specializing in Incucyte® and iQue® technologies. During his PhD studies, Andris focused on DNA damage and repair mechanisms, demonstrating his expertise in the field.
