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Odylia Therapeutics

Rare diseases

Patient population

No data available.

About us

Odylia is a nonprofit dedicated to accelerating treatments for rare diseases through two core initiatives: the Odylia Pipeline and Brydge Solutions. Our internal pipeline includes three gene therapy programs. Through Brydge Solutions, we offer drug development expertise to the broader rare disease community, enabling progress through flexible and collaborative partnerships. We measure success through shortened timelines, lower costs, and fewer terminated programs in the rare disease space.

Website

Therapeutics of interest

Gene Therapy (AAV)
Gene Editing
Antisense Oligonucleotide (ASO)
Other RNA Therapy
Enzyme Replacement
Drug Repurposing or Drug Screening
Pathway Modulators
Antibodies
Vaccine
Novel Chemistry
Stem Cell Transplant
Other

Therapeutics in development

Gene Therapy (AAV)
Drug Repurposing or Drug Screening
Enzyme or Protein Replacement
Small Molecule

Members

AW

Ashley Winslow

member
FT

Flawnson Tong

Research plans

Title
Research strategy
Stage
Status
Partners
Description
Links
Number of projects

OT004-RPGRIP1 Gene Therapy

Gene replacement therapy
Pre-clinical
Seeking partners (sponsors, fundraising, licensing, etc.)

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Odylia is developing a gene therapy to treat vision loss caused by RPGRIP1 mutations, for which there is currently no treatment. This gene therapy uses the novel Anc80 vector technology. Odylia is currently conducting late-stage preclinical experiments and is preparing for IND submission for use of the gene therapy in clinical trials.

OT101- USH1C Gene Therapy Program

Gene replacement therapy
Pre-clinical
Ongoing
  • Usher 2020 Foundation
  • FAUN Foundation

To address the lack of treatments for this disease, Odylia is developing a gene therapy to prevent vision loss caused by mutations in the USH1C gene. In collaboration with researchers at Johannes Gutenberg-University Mainz, Technical University Munich, Academy of Sciences of the Czech Republic, and the University of Tübingen, Odylia is testing the therapeutic potential of a subretinal gene therapy in a genetic model of Usher Syndrome Type 1C.

Get updates on our research