In this insightful episode of Unplugged, Christian Drapeau connects with Seth Casden of CELLIANT, whose infrared textile technology has been embedded into popular performance wear for over 25 years—often without the public even knowing it. Now, Seth is bringing that same innovation straight to consumers with new direct-to-market products like the Dream Pillow, designed to support sleep and brain function through improved circulation. The core idea? Using your own body heat to generate infrared energy, which is then reflected back into the body to promote local blood flow and thermoregulation.

The conversation highlights the power of passive wellness. While most people think of health interventions as requiring effort—exercise, nutrition, stress management—Seth introduces a compelling concept: what if simply wearing the right materials could support circulation and cellular function? From socks and shirts to bedding and car seats, the potential applications are vast. This aligns closely with the mission of STEMREGEN, which is to support the body's innate repair system by enhancing the biological conditions necessary for tissue recovery and optimal function.

Christian and Seth dive into how better circulation influences everything from muscle performance to brain detox during sleep. Christian connects the dots between increased blood flow and the effectiveness of stem cells, pointing out that stem cells require proper signaling and access to the tissue environment to truly support repair. Enhanced circulation can help ensure stem cells reach the tissues that need them most—whether from a tough workout, an injury, or just everyday wear and tear.

Whether it’s faster post-op recovery or enhanced athletic performance, this episode showcases a shared philosophy: that small shifts in how we support the body—whether through daily supplementation or cutting-edge wearable materials—can produce meaningful, long-term results. With science-backed innovation and a clear path forward, Seth and his team are opening a new chapter in functional textiles and the future of health optimization.