Pioneering, 3D-printed design with a novel porous structure, that supports soft tissue in-growth
ELEOS™ LIMB SALVAGE SYSTEM
Helping to address soft tissue failures and aseptic loosening, all in a personalized, simplified fashion
ELEOS™ PROXIMAL TIBIAL REPLACEMENT FEATURING BioGrip® TECHNOLOGY
SOFT TISSUE FAILURES ARE A LEADING CAUSE OF LIMB SALVAGE PROSTHESIS FAILURE1
- Fixation and healing of the soft tissue envelope is important for long-term success
- Proximal tibia prostheses require soft tissue ingrowth and attachment features, specifically for the patellar tendon and gastrocnemius flap
ELEOS™ Proximal Tibial Replacement with BioGrip®
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Novel pore structure to support soft tissue ingrowth2,3,4 - Pore size range of 502-758µm4
- Average porosity of 60%4
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Key studies suggest soft tissue ingrowth is more prevalent in pores between 600-1000µm2,3 - Most commercially available porous designs have an average range of 400-550µm
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Anatomically aligned suture holes in three-directional planes Provide directional attachment of adjacent soft tissues
Product information
Limb Salvage System
ELEOS™ and ELEOS™ with NanoCept™ Technology Limb Salvage System
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References
1. Henderson ER, et al. Failure mode classification for tumor endoprosthesis: retrospective review of five institutions and a literature review. J Bone Joint Surg Am. 2011;93(5):418-429. 2. Dickey IA, et al. Pore size and morphology modulate strength of soft tissue in-growth into porous titanium implants. Poster presented at: 54th Annual Meeting of the Orthopaedic Research Society; San Francisco, CA; March 2-5,2008. 3. Dickey IA, et al. Pore size modulates strength of soft-tissue in-growth and growth factor expression in novel porous titanium implants. Poster presented at: 55th Annual Meeting of the Orthopaedic Research Society; Las Vegas, NV; February 22-25, 2009. 4. Data on File, Onkos, 2020