Fierce Biotech June 7, 2024
Helen Floersh

Moderna’s methylmalonic acidemia candidate, mRNA-3705, will be developed under the FDA’s START pilot program for rare disease, the company announced June 6.

It joins therapies from Denali Therapeutics, Neurogene, Grace Sciences and Larimar Therapeutics in the initiative, which aims to do for rare disease drugs what Operation Warp Speed did for the COVID-19 vaccines.

Methylmalonic acidemia, or MMA, is a genetic liver condition that in most cases is caused by a deficiency in an enzyme called MUT, which processes fatty acids. Without it, the acids build up and damage organs. The disease is usually diagnosed within the first few months of life, and there are currently no treatments.

MRNA-3705 is an mRNA-based drug that encodes MUT, thereby restoring acid metabolism....

Today's Sponsors

LEK
ZeOmega

Today's Sponsor

LEK

 
Topics: Biotechnology, Clinical Trials, FDA, Govt Agencies, Pharma / Biotech, Trends
Halozyme Pulls €2B Acquisition Bid as Evotec Commits to Standalone Strategy
More than half of US adults could benefit from GLP-1 medications, researchers find
RNA editing is the next frontier in gene therapy—here's what you need to know
Rand roadblock: Biotech bill’s uncertain future
How Digital Chemistry Will Improve Cross-Functional Collaboration In The Biopharma Industry

Share This Article