GENE THERAPY FOR ALL
Capsida Biotherapeutics is a clinical-stage, fully integrated, industry-leading genetic medicine company creating a new class of potentially curative and disease-modifying therapies for rare and more common disorders. Naturally occurring AAV capsids have limited the potential application of gene therapies for the CNS. Typically, AAV9-delivered treatments even when delivered via invasive brain surgery methods transduce a very small percentage of brain cells, increasing risks associated with delivery and restricting their use due to the limited transduction.
At Capsida, we are advancing intravenously (IV) delivered gene therapies for the CNS that have broad, brain-wide neuronal expression. Studies in relevant preclinical models have shown substantial detargeting of peripheral organs such as liver and dorsal root ganglia (DRG) and potential to lower dose compared to other IV gene therapy approaches.
We are developing a potential first-in-class investigational therapy for STXBP1-developmental and epileptic encephalopathy (STXBP1-DEE) and potential best-in-class investigational therapy for Parkinson’s disease associated with GBA mutations (PD-GBA). We are also developing a potential best-in-class investigational therapy for Friedreich’s ataxia (FA), which is currently in IND-enabling studies and aiming to target CNS, cardiac, and sensory manifestations with a single IV infusion. For diseases of the eye, Capsida is directing its platform to engineer capsids for local delivery.
WHAT MAKES CAPSIDA DIFFERENT
Capsida is a clinical-stage genetic medicine company that has been able to achieve a pioneering combination of capsid engineering scale, manufacturability, identification of human receptors to support clinical translatability and, in relevant preclinical models, CNS tropism, peripheral de-targeting, and therapeutic expression.
- Fully industrialized and roboticized platform
- Screening capabilities across cell types in NHPs and human cells
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- >99% specific to neurons in NHPs
- >70% neurons transduced in NHPs
- Broad IP covering capsids and capsid/cargo
- >20x liver & up to 50x DRG detargeted in NHPs
- Superior off-target safety profile in NHPs
- Broad IP protecting detargeting
- Expression in NHPs with potential for full disease correction
- Industry leading expression levels across pipeline programs
- Identified/patented multiple novel human receptors that bind our engineered capsids with homology in NHPs and humans
- Validated expression in NHPs including primates >20 years old
- In-house process development and Good Manufacturing Practices (GMP) manufacturing
- Productivity surpassing AAV9
- Quality specifications at or above FDA requirements
LEADERSHIP TEAM
Mina Kim
Interim Chief Executive Officer
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Amar Duvvur
Chief Financial Officer
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Nicholas Flytzanis, Ph.D.
Founder, Chief Research and Innovation Officer
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Bethany Mancilla
Chief Business Officer
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Rob Murphy
Chief Manufacturing and Quality Officer
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BOARD OF DIRECTORS
Mina Kim
Interim Chief Executive Officer
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Rita Balice-Gordon, Ph.D.
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Clare Ozawa, Ph.D.
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HISTORY
Capsida’s AAV gene therapy platform originated from groundbreaking research in the laboratory of Professor Viviana Gradinaru, Ph.D. at Caltech.
Professor Gradinaru’s lab is where co-founders Nick Goeden, Ph.D., then a post-doctoral researcher, met Nicholas Flytzanis, then a Ph.D. student. A few months into working together, the two began to envision a translational focus for this AAV gene therapy platform – an opportunity to purpose it for human therapeutics. A year into those conversations, the platform achieved its first proof-of-concept.
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