Atreon Orthopedics
A medical device company building a line of orthopedic products that provide a structure for tissue growth and healing of sports medicine injuries including tendon ruptures/tears.
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The Product


The Rotium™ Bioresorbable Wick is intended to be used in conjunction with suture anchors for the reattachment of tendon to bone in rotator cuff repairs. It is a non-woven, microfiber matrix comprising biodegradable polymer fibers that mimic the extracellular matrix structure. Rotium™ supports cellular infiltration and migration, and facilitates functional tissue regeneration. The Rotium™ Wick is designed to be fully absorbed within 3-4 months over which time it is replaced by neo-native tissue.


SEM Scans


Nanofibers act as a scaffold that support cellular ingrowth and proliferation. The Rotium™ Wick supports and encourages the regeneration of healthy tendon and Sharpey fibers.



History Of Rotator Cuff Repair

  • About 450,000 rotator cuff repairs are performed each year, an increase of 141% in the last decade [1]

  • In the last 30 years there have been tooling improvements, but no healing improvements [2]

  • Some scaffolds have been used as “onlays” but tendon failure occurs at the insertion point and quality of repair is more important than augmenting the tendon [3]

  • “Inlay” scaffolds are currently being investigated, but the four zones of the enthesis are too complex to reproduce in a scaffold [4]

  •  There is a need to keep the cells at the repair site to promote healing [5]

  • Our scaffolds have shown the ability to promote cell migration [6], localize cells at the repair site [7], and facilitate remodeling into healthy tissue [8]


This video shows cells migrating along the scaffold material just as they would in the body. An in-vitro study against a prominent competitor showed that Rotium™ outperformed in cell proliferation and adhesion.

Rotium™ mimics the extracellular matrix found naturally in the body. Our scaffold is engineered to promote healthy tissue growth rather than an inflammatory response - thus decreasing scar tissue formation.