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Two books. One evening.
Regeneration by Design · Practical Regeneration
Guests had the chance to receive personally signed copies of both titles — the science and the application, together for the first time at one event.
Professor Paul Lee hosted an intimate book signing evening, celebrating the two books that sit at the heart of everything Regen was built on.
A rare evening where clinicians, researchers, athletes and patients gathered in one room — brought together by two books and the belief that regenerative medicine should be understood, not just experienced.
Guests had the chance to receive personally signed copies of both titles — the science and the application, together for the first time at one event.
Practitioners, researchers and patients gathered together — a rare evening where the science behind Regen was discussed openly and honestly.
Professor Lee spoke candidly about the philosophy behind Regen, fielded questions from clinicians and guests, and shared what comes next.
A selection of moments from the evening — the conversations, the signing table, and the atmosphere of a room that shared a genuine interest in what comes next for regenerative medicine.
Both books signed at the event are available now — the science and the practice, together forming the complete framework behind Regen.
A foundational text on how regeneration can be engineered — the biology, the systems, and the design principles that underpin the modern Regen protocol. This is where the framework begins.
Find on AmazonThe companion volume — how to translate the science into a structured, measurable practice you can actually use. The blueprint Regen was built from, now in your hands.
Find on AmazonRegenerative orthopaedic surgeon, biomedical engineer, and founder of Regen — two decades of clinical and translational work distilled into a protocol that people can walk into and measure.
Professor Lee treats elite athletes, post-surgical patients and everyday people — and brings what he learns in theatre back into the Regen protocol.
The pod, the IV and the scan were designed as one system — not bolted together. That discipline comes directly from his engineering training.
