Novartis AG, an early and active player in bringing gene therapies to market, has agreed to pay Voyager Therapeutics Inc. $54 million up front and up to $1.7 billion in fees and milestone payments for options to license up to five next-generation adeno-associated virus (AAV) capsids to use as gene therapy vectors for neurological diseases.
Japan’s Astellas Pharma Inc. is continuing its investment in gene therapies, following up its $3 billion acquisition of Audentes Therapeutics Inc. with a technology licensing deal with Dyno Therapeutics Inc. potentially worth more than $1.6 billion. Central to the deal is Cambridge, Mass.-based Dyno’s adeno-associated virus (AAV) vector technology, which can be used to direct gene therapies to skeletal and cardiac muscle.
Delivering antibodies in the form of their DNA could enable their therapeutic use under several circumstances where traditional antibodies fall short. One of those is resource-poor settings where the current cost of antibodies makes them a nonstarter. Perhaps the largest opportunity to expand antibody use in such settings is for HIV, where broadly neutralizing antibodies have the potential to be the next best thing to a vaccine or a cure – if they can be made to last, for cheap.
Monoclonal antibodies are a triumph of modern medicine. They are also too expensive to be a standard therapy in all but the wealthiest countries. “Having 10% or 15% of your population on antibodies is not sustainable even in wealthy countries,” Rachel Liberatore told BioWorld. Liberatore is director of research and development at Renbio Inc., which is testing the intramuscular delivery of antibody-encoding DNA to prevent and treat infections, including SARS-CoV-2 and HIV.
Researchers at Oregon Health and Science University have used mouse models to estimate the frequency at which gene therapies delivered by adeno-associated virus (AAV) vectors integrated into host DNA, and come up with an estimate of up to roughly 3% – a number that is orders of magnitude higher than previous estimates and would translate into several hundred million cells with integrated viral vectors in an adult liver, assuming that 10% of cells took up the transgene.
The FDA has put a hold on a clinical study of a rare disease gene therapy BMN-307 from Biomarin Pharmaceutical Inc. after several mice developed liver tumors following a high dose in a preclinical trial.
In one of the biggest collaboration deals of the year, Shape Therapeutics Inc. entered a collaboration and license agreement with Roche Holding AG to develop gene therapies for targets in areas that include Alzheimer’s disease, Parkinson’s disease and rare diseases. Seattle-based Shape is eligible to receive an initial payment, development, regulatory and sales milestone payments that could exceed $3 billion in aggregate value.
DUBLIN – Coave Therapeutics unveiled a new identity and a new gene therapy platform, as it closed a €21.2 million (US$25 million) extension to its long-running series B round, which takes the total raise to €33 million.
Private biopharma investment in 2021 continues to outpace that of the past two years as two gene therapy companies, Shape Therapeutics Inc. and Kriya Therapeutics Inc., posted series B financings this week totaling more than $200 million.
Interius Biotherapeutics Inc., which just closed on an oversubscribed $76 million series A financing, is fixed on simplifying CAR T-cell creation by making the process less cumbersome, less expensive and time consuming, and all done in vivo.
