Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
In the last 15 years, there have been tremendous developments in microphysiological systems (MPS) exhibiting in vivo-like functions and toxic drug responses. A high-throughput and scalable platform, enabling multiple replicates to be run in parallel, and that is compatible with high content imaging, is required to draw meaningful conclusions about toxicity. Join Oksana Sirenko, PhD (Molecular Devices) and Kristin Bircsak, PhD as they share insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar highlithts:
- Learn how to scale up high-throughput workflows by leveraging the OrganoPlate® platform's compatibility with high-content imaging
- Explore how to create disease-related 3D model workflows for screening and drug discovery
- Discover how automation can increase the efficiency and productivity of tedious 3D drug screening workflows
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.
Webinar: Advancing Toxicity Research with 3D Tissue Models and Novel Imaging Techniques
Learn about their insights into three reproducible and comprehensive 3D tissue models (intestine, vasculature, and liver) and their toxic responses to drug and inflammatory mediators using media sampling and imaging-based readouts.