n this episode of We’re Not Stumped, host Mike Bolland welcomes Dr. Christopher Duncan, Chief Medical Officer at Biologic Input Output Systems (BIOS), for a groundbreaking discussion on the future of neurotechnology and prosthetics.
Christopher shares his journey from physician in physical medicine and rehabilitation to leader in neural interface technology, with a passion for restoring function and independence for individuals with limb loss. Together, Mike and Christopher dive into:
- The intersection of advanced materials, neurophysiology, and machine learning in prosthetic development
- Why current prosthetic options are like “Civil War technology” compared to what’s possible today
- BIOS’s three-pillar approach to advancing prosthetic innovation
- Patient success stories, including a veteran and a surgeon regaining life-changing abilities with robotic prosthetics
- The role of registries in supporting early adopters and ensuring equitable access across regions
- Privacy and legal concerns around brain-computer interfaces and nerve technology
- The importance of partnerships among research labs, hospitals, and government agencies
- Future applications in lower extremities, diabetes, vascular disease, and even paralysis cases
This episode highlights not just the technology, but the human impact of returning people to full employment, independence, and life satisfaction.
Bios Website: https://www.biologicinputoutputsystems.com/
Mike Bolland Motivational Speaker Website
Listen on Apple Podcasts
Watch on YouTube
Listen on Spotify
In this episode of We’re Not Stumped, host Mike Bolland sits down with Brooke Brown—a passionate advocate, spiritual wellness guide, and founder of Brooke’s Butterfly Touch. Brooke, who lives with cerebral palsy and uses a wheelchair, shares how her journey led her to discover Reiki, energy healing, and the power of self-connection. As an Ambassador for United Cerebral Palsy of Central Arizona and host of the Rolling in Grace podcast, Brooke empowers others to live with purpose, embrace their uniqueness, and become their own biggest advocates. She shares her message of accessibility, inclusion, and disability visibility, along with the importance of assuming competence in every interaction.
In this episode of We’re Not Stumped, host Mike Bolland introduces the first part of his personal “Triple A’s” philosophy: Alone, Advocacy, and Attitude. Today’s focus is on that first word—Alone—a stage that many people experience after limb loss but rarely talk about openly. Mike, a congenital amputee and cancer survivor, shares what it means to feel alone physically, emotionally, and socially after amputation—and why that feeling doesn’t have to last forever. He explores practical, real-world solutions that help amputees take their first steps toward healing, including: The power of peer support and community How therapy and mental health resources can help Adaptive sports and creative outlets to rediscover purpose Navigating prosthetics, rehab, and daily independence Rebuilding identity and reclaiming confidence Whether you’re newly navigating limb loss or supporting someone who is, this episode is a reminder that you’re never truly alone. Hope, connection, and healing are all within reach.
What happens when childhood curiosity, global service, and cutting-edge tech come together? You get a conversation like this one. In the latest episode of We’re Not Stumped, host Mike Bolland sits down with Chris Baschuk—Director of Clinical Services at Point Designs, board member of the American Academy of Orthotists and Prosthetists, and a passionate ambassador for the POP initiative (Prosthetics, Orthotics, and Pedorthics). Chris is not just shaping the future of upper limb prosthetics—he’s building it, one 3D-printed component at a time. From tinkering with tools in his youth to being inspired by mission work in Brazil, Chris’s journey into biomedical engineering and prosthetics is as meaningful as it is innovative. In this wide-ranging interview, he and Mike dive deep into the latest advances in prosthetic care—particularly for partial hand amputees—and how additive manufacturing is unlocking new levels of function, customization, and durability.
