2026: The Year Cell and Gene Therapy Moves toward Scalable Impact

Dr. Takis Athanasopoulos

CEO & Founder, Gene & Cell Ltd
2026: The Year Cell and Gene Therapy Moves toward Scalable Impact

With more than 25 years in the cell and gene therapy sector—from academic research to leadership roles in Big Pharma, biotech, and strategic CGT consulting through my London-based firm, Gene & Cell Ltd - I believe 2026 will mark the industry’s transition from promise to proven scalability. We can expect multiple FDA and EMA approvals each year as pipelines expand across thousands of clinical trials, moving beyond rare and ultra-rare diseases into more prevalent conditions such as autoimmune disorders, neurological diseases, and cardiometabolic indications through advancing in-vivo and allogeneic platforms.

Manufacturing innovations in viral and non-viral vectors, point-of-care automation, and closed systems are likely to address many supply bottlenecks, while increasing regulatory alignment may accelerate global access across Europe, China, and the United States. Key challenges remain around large-scale manufacturing, sustainable reimbursement, and reducing cost of goods, but renewed investment and global collaboration are positioning the sector to deliver broader patient impact and durable therapies.

 

Author Bio
Dr Takis Athanasopoulos is a Consultant, CEO and Founder of Gene & Cell Ltd, a London-based gene and cell therapy consulting firm. He also serves as Non-Executive Director at KonAnBio and Scientific Advisory Board member of Cure DHDDS. Previously, he was Director of Strategy Consulting at Ingenious Brain Solutions and Vice President of Gene Therapy Research and Vector Technology at ViGeneron (Munich). At GSK (2016–2023), he held leadership roles as Director across Cell and Gene Therapy functions including Vector Innovation, Vector Development, Transgene Delivery, and Vector & Transgene Units within the MST platform in Stevenage, UK. Earlier, he was Lecturer in Molecular Biotechnology at the University of Wolverhampton and Academic Visitor/Research Consultant at Royal Holloway University of London. He contributed to CAVD and collaborated with RFH, UCL and Imperial College. He holds a BSc from the University of Patras and a PhD from the University of London. His expertise spans gene and cell therapy, virology, and genetic vaccines.