Complex in vitro models of the human brain are essential for developing next-generation therapeutics to treat neurodegenerative and neuroinflammatory diseases. To maximize the likelihood that work with in vitro models can be translated into the clinic, these models must meet requirements for throughput, consistency, and physiological relevance, while also being developed efficiently.
Currently, many available tools for generating 2D and 3D neuronal models do not satisfy these criteria, leading to protracted research timelines.
In this webinar, Dr. Will Bernard, Director of Cell Type Development at bit.bio, and Dr. Martin Engel, Principal Scientist and Senior Business Development Manager at Inventia Life Sciences, will present data on tools and methods for the generation of functional, scalable 2D and 3D co-culture models of the human brain for disease research and drug discovery.
You'll learn about:
• Explore newly published data showing how deterministically programmed iPSC-derived cells can be combined with the RASTRUM platform to generate scalable 3D co-culture models of the human brain.
• Examine new data showing how consistent, functional, human disease-relevant co and tri cultures can be generated using deterministically programmed cells.
• Understand how integrating cutting-edge developments in 3D cell culture technology and human iPSC-derived cell generation methodologies could increase the speed, repeatability and physiological relevance of your disease research or drug discovery workflows.