AAV-GT
GTP-220
FAST is exploring an investigational Adeno-Associated Virus Gene Therapy (AAV-GT) approach to treating Angelman syndrome using a vector developed by the gene therapy team at Penn under the direction of Jim Wilson.
FAST is exploring an investigational Adeno-Associated Virus Gene Therapy (AAV-GT) approach to treating Angelman syndrome using a vector developed by the gene therapy team at Penn under the direction of Jim Wilson.
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A therapeutic approach where a healthy copy of a virus, Adeno- Associated Virus (AAV), is used to carry a healthy copy of a gene to a target organ. This is most commonly delivered in-vivo (inside the body). For Angelman syndrome (AS) the healthy copy of the missing or non-functional UBE3A gene is packaged inside the AAV, and is injected into the fluid that surrounds the brain, called the cerebrospinal fluid (CSF). Once in the fluid, the virus and gene can directly reach important cells of the brain, called neurons, and replace the non- functional or missing copy of the gene.
GTP-220
FAST has sponsored preclinical research studies at the Gene Therapy Program (GTP) at the University of Pennsylvania (Penn) since 2017 towards the development of a central nervous system (CNS)-delivered gene therapy for Angelman syndrome. A robust package of preclinical data supported the further advancement of a human clinical candidate through the final investigational new drug application (IND)- enabling studies that are required for first-in-human clinical trials. Read More
Jim Wilson move from UPENN to Biotech and what this means for Angelman syndrome.
To Further Advance Gene Therapy Research, Industry Pioneer Jim Wilson is Forming Two Independent Companies Dedicated to Genetic Medicine
FAST to Advance Gene Therapy Candidate through IND-Enabling Studies Conducted in Partnership with the University of Pennsylvania