Join our webinar to discover how FUJIFILM's iPSC-derived neuronal-glia co-culture system can advance your neurodegenerative disease research!
The central nervous system (CNS) consists of neurons and glia, including microglia and astrocytes. When astrocytes are activated by microglia, they transition into a neurotoxic state, leading to the death of neurons in neurodegenerative diseases. Thus, glial cells provide promising targets for novel drug development and play a crucial role in understanding the appropriate responses of neurons in an environment that closely mimics in vivo conditions.
To accelerate drug development for neurodegenerative diseases, FUJIFILM offers assays and disease modeling by leveraging its expertise with iPSC-derived cell handling technologies. This includes neuron-glia co-cultures, developed based on FUJIFILM’s experience in drug development within the field of neurology.
Key Topics Include:
- Learn about species differences in cytokine responses between rodents and human astrocytes, highlighting the significance of utilizing human iPSC-derived cells
- Recognize the importance of using iPSC-derived cells with aged features to recapitulate neurodegenerative diseases in vitro
- Explore the potential of drug screening using neuron-glia co-cultures
- Understand how FUJIFILM’s platform technologies can be applied to disease modeling and drug development
Presenters
Senior Scientist, Manager
Bio Science and Engineering Laboratories
FUJIFILM Corporation
Production Partner
FUJIFILM Corporation
