Tune Therapeutics Secures $175M Series B Funding for Epigenetic Editing Technology

Tune Therapeutics, a pioneering biotech company in the field of epigenetic medicine, has raised $175 million in a Series B funding round to advance its innovative gene-tuning platform. The substantial investment underscores growing interest in epigenetic editing as a potential breakthrough in treating chronic diseases, particularly hepatitis B.
Epigenetic Editing: A New Frontier in Gene Therapy
Tune's proprietary TEMPO platform represents a significant departure from traditional gene editing technologies. Unlike CRISPR and other DNA-cutting methods, TEMPO adjusts gene expression without permanently altering the DNA sequence. This approach, known as epigenetic editing, offers the potential for more precise and reversible therapeutic interventions.
The company's lead candidate, Tune-401, targets chronic hepatitis B (HBV) by silencing viral DNA integrated into infected cells' genomes. Akira Matsuno, Tune's co-founder and CFO, explained the strategy: "It's thinking about addressing a leak by trying to shut off the faucet. Many therapies... either try to slow down the pace or are really good at getting the water out of the tub, if you will. But ultimately, you have to be able to shut off the faucet."
Clinical Progress and Investor Confidence
Tune has already initiated Phase 1 trials for Tune-401 in New Zealand and Hong Kong, marking a significant milestone in the clinical application of epigenetic editing for common chronic diseases. The company's progress has attracted attention from major investors, with the Series B round co-led by New Enterprise Associates, Yosemite, Regeneron Ventures, and Hevolution Foundation.
Reed Jobs, founder of Yosemite and an early backer of Tune, expressed enthusiasm for the technology's potential: "The range of potential applications and indications is vast and will only continue to expand." This sentiment was echoed by William Greene, Chief Investment Officer at Hevolution Foundation, who stated, "It is our belief that epigenetic editing may prove to be the transformative modality we need to enable a new era of regenerative medicine."
Competitive Landscape and Future Directions
While Tune Therapeutics is at the forefront of epigenetic editing, it is not alone in the field. Competitors such as nChroma Bio and Epicrispr Therapeutics are also developing epigenetic approaches to treat various conditions. However, Tune's entry into clinical trials with Tune-401 positions it as a leader in the space.
The substantial funding will not only support the advancement of Tune-401 but also enable the company to expand its pipeline. Tune plans to develop additional gene, cell, and regenerative therapy programs, leveraging its TEMPO platform to address a wide range of common and chronic diseases.
As the biotechnology sector faces overall funding challenges, Tune's successful Series B round highlights the continued investor interest in innovative approaches to genetic medicine. The company's progress and the broader potential of epigenetic editing suggest a promising future for this emerging field of therapeutic development.
References
- Epigenetic biotech raises bumper round to the Tune of $175M to fund entry into clinic
Investors clearly appreciate the song that Tune Therapeutics is singing, handing over $175 million in series B funds as the biotech takes its epigenetic silencing drug into the clinic.
- Tune raises $175M for hepatitis B medicine, epigenetic research
The biotech plans to use the funding to advance clinical testing of an epigenetic silencing therapy it hopes could treat chronic hepatitis B infections.
Explore Further
How does Tune Therapeutics' TEMPO platform differ from traditional gene editing technologies like CRISPR in terms of precision and reversibility?
What are the specific challenges Tune Therapeutics faces in the ongoing Phase 1 trials for Tune-401, and how are they addressing these obstacles?
In what ways might the success of Tune's funding round influence the competitive landscape of other companies working on epigenetic editing technologies?
How could the advancements in epigenetic editing potentially transform the treatment landscape for chronic diseases beyond hepatitis B?
What are the potential implications of Tune Therapeutics expanding its pipeline to include gene, cell, and regenerative therapy programs for the future of regenerative medicine?