Scaling Impact: Why I’m Excited for the Future of Adipose and Regenerative Medicine in 2026

Returning from the IMCAS World Congress in Paris, I’m struck by how quickly the “regenerative” conversation is evolving. We are moving away from simple volume replacement and toward true tissue regeneration. At Sayenza Biosciences, we are positioned at the heart of this shift.

The State of the Field in 2026

The global regenerative medicine market is projected to reach $63 billion this year, driven by a surge in “regenerative aesthetics” and cell-based therapies. We are seeing a major shift toward:

  • Combination Protocols: Integrating biostimulators with adipose-derived products for more natural, lasting results.

  • Off-the-Shelf Potential: The rise of exosome-based therapies derived from adipose tissue, which offer the benefits of stem cells with lower regulatory hurdles.

  • Functional Aesthetics: Using fat transfer and regenerative techniques for everything from post-weight-loss contouring to wound healing.

What’s Ahead for Sayenza Biosciences

While the industry grows, our internal roadmap for 2026 is focused on precision and execution:

  • Deepening our Research: We are currently neck-deep in data, including an important pilot study that will help define our clinical path.

  • Expanding our IP Portfolio: Protecting our innovations is a top priority as we file new patents to secure our unique approach to adipose processing.

  • Manuscripts & Transparency: We believe in “science-first.” Expect to see several manuscripts submitted and published this year as we share our findings with the broader medical community.

  • Operational Milestones: With upcoming fundraising targets, our eyes are on the “MVP”— completing our most viable product and initiating the formal steps toward FDA submission.

2026 isn’t just about growth; it’s about standardization and access. Whether it’s through improved joint care or more natural aesthetic procedures, the goal is to make these life-changing therapies more reliable and available.

The pitch in Paris was successful, but the real work—the work that changes lives—happens in the lab and the clinic every day.

Let’s get to it.

Jered Haun
PhD

Co-founder, Engineering Advisor

Dr. Haun is an Associate Professor of Biomedical Engineering and a member of the Chao Family Comprehensive Cancer Center and Center for Advanced Design and Manufacturing of Integrated Microfluidics at UC Irvine. Professor Haun is an expert in tissue processing and microfluidics and a previous Chan Zuckerberg Grant recipient.