Tag: Regeneron

Regeneron Acquires 23andMe for $256 Million Amid Bankruptcy

Posted on by slightbourne@noblecapitalmarkets.com
Key Points:
– Regeneron to acquire 23andMe’s assets, including its vast genetic data bank, for $256 million.
– The deal raises significant privacy concerns among customers and regulators.
– Despite bankruptcy, 23andMe’s consumer services will continue under Regeneron’s oversight.

In a major move with wide-reaching implications for healthcare, privacy, and small-cap investors, Regeneron Pharmaceuticals has announced its acquisition of embattled DNA-testing company 23andMe for $256 million. The deal comes as 23andMe, once valued at over $6 billion following its 2021 public debut, filed for Chapter 11 bankruptcy earlier this year after prolonged profitability issues.

The acquisition includes 23andMe’s flagship Personal Genome Service, its Total Health and Research Services businesses, and a massive biobank of consumer genetic data collected over the years. While this trove of genetic information presents an invaluable asset for advancing personalized medicine, it also ignites fresh concerns about consumer privacy, data protection, and ethical oversight.

Regeneron, a major player in biotechnology and pharmaceuticals, has committed to maintaining 23andMe’s existing privacy protections and compliance with applicable laws. A court-appointed ombudsman will oversee the company’s plans for handling consumer data, and Regeneron has pledged transparency and high standards in its management of the sensitive dataset.

“We assure 23andMe customers that we are committed to protecting the 23andMe dataset with our high standards of data privacy, security and ethical oversight and will advance its full potential to improve human health,” said Aris Baras, a senior vice president at Regeneron.

The transaction, expected to close in Q3 2025, ensures that 23andMe’s genome services will continue without interruption. However, many former customers remain uneasy. When the company filed for bankruptcy, California Attorney General Rob Bonta advised users to request deletion of their genetic data and destruction of any physical samples stored by the company.

Despite reassurances from both Regeneron and 23andMe that existing privacy policies—designed to prevent data sharing with employers, insurers, law enforcement, and public databases—will remain in effect, skepticism lingers. This is particularly relevant in an age where genetic data is increasingly valuable for drug development, disease prediction, and targeted therapies.

For small-cap investors, this deal is noteworthy for several reasons. First, it reflects a growing trend of larger pharmaceutical firms acquiring innovative—but financially struggling—startups to bolster their pipelines and data assets. Second, it highlights the inherent volatility and risks associated with investing in biotech startups, especially those that go public with limited monetization strategies.

23andMe’s rise and fall underscore the importance of business sustainability in data-centric healthcare models. Meanwhile, Regeneron’s acquisition offers a potential long-term payoff through access to a highly unique, large-scale genomic dataset that could fuel years of research and development.

Investors will be watching closely how Regeneron integrates 23andMe’s assets and navigates the complex ethical landscape surrounding personal genetic data.

Regeneron Strengthens Gene Therapy Pipeline Through Acquisition of Decibel Therapeutics

Posted on by slightbourne@noblecapitalmarkets.com

Regeneron Pharmaceuticals has expanded its gene therapy programs by acquiring Decibel Therapeutics, a biotech company focused on developing treatments for hearing loss. The $1.1 billion deal provides Regeneron with three promising gene therapy candidates that use adeno-associated virus (AAV) vectors to restore hearing.

The most advanced asset is DB-OTO, an AAV-based gene therapy designed to provide long-term hearing to individuals with profound congenital hearing loss caused by otoferlin gene mutations. DB-OTO is currently being evaluated in a Phase 1/2 clinical trial known as CHORD. The gene therapy aims to deliver a functional copy of the otoferlin gene to inner ear hair cells, potentially enabling hearing restoration.

The acquisition also includes two earlier-stage gene therapies, AAV.103 and AAV.104, targeting other genetic forms of hearing loss – GJB2 and STRC respectively. Both utilize a similar AAV gene delivery approach to DB-OTO.

According to Regeneron, the addition of Decibel’s pipeline and capabilities will strengthen its genetic medicines portfolio. Gene therapy has become a major focus for Regeneron beyond its foundational expertise in antibodies. The company is exploring gene silencing, gene editing and gene therapy technologies across a range of therapeutic areas.

Take a look at Ocugen Inc., a biotechnology company focused on discovering, developing and commercializing novel gene and cell therapies and vaccines.

Hearing loss represents a new area for Regeneron, building on an existing collaboration with Decibel. Integration of Decibel’s team and experience in inner ear biology and AAV gene therapy for hearing disorders will be invaluable as Regeneron advances the acquired programs.

Gene therapy aims to address disease at its genetic root cause by introducing functional genes into cells. The goal is to durably restore protein expression and correct the downstream impacts of gene mutations. Gene therapy has shown promise for treating rare monogenic disorders like certain forms of inherited hearing loss.

Both Regeneron and Decibel have utilized AAV vectors to deliver gene therapy payloads. AAV is considered one of the most effective vehicles for gene delivery and has an established safety profile. The viruses can be engineered to target specific cell types following injection into the body.

For DB-OTO, the AAV vector carries a functional copy of the otoferlin gene. Inner ear hair cells are the targets for gene transduction. Otoferlin protein is critical for hearing signal transduction, but mutations in the encoding gene cause profound congenital deafness. Gene therapy aims to restore otoferlin expression and regain hearing function.

Regeneron’s push into gene therapy aligns with its mission of tackling serious diseases with novel technologies. Gene-based treatments have potential for one-time curative therapies. The acquisition of Decibel’s pipeline further diversifies Regeneron’s genetic medicine capabilities as it aims to help patients worldwide.