The Next Wave in Tendon Healing

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Next Gen Bio implants will lead the way in tendon healing

Tendon degeneration is a chronic, progressive process driven by mechanical overload and poor regenerative capacity.

Over 1.1M rotator cuff procedures performed annually in the U.S.

Global market exceeding $1.3B, with unmet needs in healing outcomes

Industry is actively seeking next-gen biologic augmentation and load-adaptive technologies

Our approach

We are developing a stealth-stage approach around the mechanobiological mechanisms that precede tendon failure.

We are developing a stealth-stage approach around the mechanobiological mechanisms that precede tendon failure.

The Problem

Even with anchors, sutures, and scaffolds, healing rates remain unacceptably low.

Even with anchors, sutures, and scaffolds, healing rates remain unacceptably low.

Even with anchors, sutures, and scaffolds, healing rates remain unacceptably low.

Stress concentrations at the footprint create weak points.

Stress concentrations at the footprint create weak points.

Stress concentrations at the footprint create weak points.

The healing response cannot keep pace when mechanical forces dominate.

The healing response cannot keep pace when mechanical forces dominate.

The healing response cannot keep pace when mechanical forces dominate.

What’s absent is not another device, but the conditions that allow tendon and bone to truly reconnect.

What’s absent is not another device, but the conditions that allow tendon and bone to truly reconnect.

What’s absent is not another device, but the conditions that allow tendon and bone to truly reconnect.

Learn how our solutions are revolutionizing tendon healing

Learn how our solutions are revolutionizing tendon healing

Learn how our solutions are revolutionizing tendon healing