Revolutionizing Bone Regeneration with Next-Generation Osteobiologic Technology

At Molecular Matrix, Inc. we understand that human mobility is the cornerstone of a fulfilling life. Bone loss and injuries can disrupt that freedom, which is why we are dedicated to advancing osteobiologic technologies and innovative therapeutics. Our mission is to accelerate healing, promote faster recovery, and restore the ability to move with confidence and ease.

Under the leadership of Charles Lee, Ph.D., CEO, our Osteopoietic Systems® Product Family serves as a versatile platform for bone repair. Our first bone graft substitute, Osteo-P® BGS, is a next-generation hyper-crosslinked carbohydrate polymer that has revolutionized outcomes for orthopedic patients since FDA 510(k) clearance in 2017. Inspired by embryonic development, nature’s blueprint for bone design, Osteo-P® BGS addresses critical challenges in orthopedic reconstruction, offering effective, safer, and more reliable solutions for orthopedic, spine, and trauma care.
Our innovations are inspired by knowledge of physiology and backed by sound science. Our motivation is driven by our mission to accelerate patient healing and recovery, while enhancing patient safety.
Innovation with a Purpose

Tissue injuries and degeneration happen. Musculoskeletal injuries are a leading cause of lost workdays and have a substantial impact on quality of life. Most of us will experience this at some point in our lives or with the inevitable degenerative changes that occur as we age. At Molecular Matrix, Inc., we are transforming repair of tissue damage with a focus on the physiologic building blocks of life: cells, biological signals, and the extracellular matrix, or microenvironment. We understand that movement is essential for quality of life and believe that modeling physiological processes at the most basic levels will enable and enhance natural reparative processes, resulting in more effective therapies.

The Advantages of Our Osteo-P® Bone Graft Substitute, a Next-Generation Hyper-Crosslinked Carbohydrate Polymer:
Osteoconductive
Optimal microenvironment for bone growth and repair, inspired by embryonic development
Biocompatible
Synthetic, non-immunogenic, next-generation carbohydrate polymer
Controlled Porosity
Highest porosity (75-95%), optimal pore size (200-500 µm)
Convenient
Ready-to-use, free of disease transmission
Real-time Visualization
Radiolucent properties allow radiographic visualization
Degradation Profile
Matches formation of new bone
Inspired by Resilience, United by Hope

Each year, over 3000 children and family members arrive at Camp Okizu in Northern California, carrying the unimaginable weight of a childhood cancer diagnosis. Here, amidst the laughter of newfound friendships and the warmth of campfires, they find more than just a break from hospitals and treatments – they find healing, connection, and a place where they are not alone. Okizu offers this sanctuary of strength and support entirely free of charge, ensuring no family faces this journey alone.

Molecular Matrix, Inc. is deeply moved by the courage of these children and the unwavering love of these families. Their strength fuels our commitment to Okizu’s mission, which we proudly support. To date, we have provided support for more than 60 campers. Join us in raising awareness and funds so that every family battling childhood cancer has a place to heal, connect, and find hope.
Recent Blog Posts
Bone Grafts and Substitutes in Fracture Repair – Part 2
23Jun

Bone Grafts and Substitutes in Fracture Repair – Part 2

In our first post in this series, we explored the ideal characteristics of bone graft…

Osteoimmunology: Bridging Bone and Immune System Interactions
20Jun

Osteoimmunology: Bridging Bone and Immune System Interactions

What do osteoporosis, periodontitis, and rheumatoid arthritis (RA) have in common? Could their shared mechanisms…

Understanding How Autoimmunity Impacts Bones: When Your Body Can’t Tell Friend from Foe
20Jun

Understanding How Autoimmunity Impacts Bones: When Your Body Can’t Tell Friend from Foe

We’ve been discussing the fascinating connections between the immune and skeletal systems in our current…

Heal Faster,
Recover Stronger, Live Better

Get in touch to learn more about our next-generation osteobiologic solutions that are transforming orthopedic, spine and trauma care – helping patients heal faster, recover stronger, and achieve better clinical outcomes.