Cell and Gene Therapy for Neurological Indications
9:00am Chair Introduction
Kim Raineri, Chief Technology Officer, Aspen Neuroscience
9:05am Presentation: The Potential of Gene Therapy Delivery to Transform the Lives of People Suffering from Neurological Disorders
- The impact of gene therapies – a personal motivation to help transform lives
- The urgent, unmet need in neurological disorders – a patient’s story
- AviadoBio’s unique heritage, delivery approach, platform and pipeline
Lisa Deschamps, Chief Executive Officer, AviadoBio
9:20am Presentation: Autologous iPSC-Derived Neuron Replacement for Parkinson’s Disease
• Pre-clinical characterization of patient-specific neurons
• PluriTest and NeuriTest: A Genomic strategy for characterizing cell products
Andrés Bratt-Leal, Co-Founder, Senior Vice President, Research & Development, Aspen Neuroscience
9:35am Presentation: Developing Gene Therapy Approaches for Rett Syndrome, a Severe & Rare Neurological Disease: the Relevance of Payload Design
- Rett Syndrome is an X-linked, severe neurodevelopmental disorder with only supportive treatments
- Given that females affected by Rett are mosaics, and the protein if overexpressed is toxic, a novel approach to regulating the output of protein from the AAV construct has been developed
- Preclinical data from this construct is supportive of moving into clinic
Suyash Prasad, Chief Medical Officer and Head of Research & Development, Taysha Gene Therapies
9:50am Presentation: MultiStem® Cell Therapy for Neurological Indications
- Athersys is developing MultiStem®, an allogeneic adult bone marrow-derived cell therapy, for the treatment of critical care conditions
- Extensive clinical safety and preclinical efficacy data across multiple disease and injury models supports the ongoing MASTERS-2 Phase 3 pivotal clinical trial in acute ischemic stroke
Sarah Busch, Vice President, Regenerative Medicine, Athersys
10:05am Closing Panel with Q&A
With all session participants
Joined by:
Michael Lawlor, Professor, Medical College of Wisconsin