PliaFX® Strip

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Instructions for Use
Product Specifications

PliaFX ®

PliaFX ®

The PliaFX family of osteobiologics is comprised of 100% bone fibers, demineralized to encourage bone formation and healing. The fibers interlock, allowing the graft to become moldable upon rehydration without the use of a carrier.

100% Bone: Grows more bone than DBMs containing a carrier, as demonstrated in literature. 1
Moldable: Conforms to the surgical site.
Resists Migration: Interlocking fibers allow graft to remain intact and in place.
Customizable: PliaFX Prime easily mixes with autograft, allograft, and/or fluid of surgeon’s choice. PliaFX Strip can be cut to size after rehydration to match surgical needs.
Convenience: Ambient storage.
Osteoconductive: Large surface area and interconnected network of demineralized cortical fibers provides a scaffold that promotes cellular attachment and cell spreading. 2,3
Osteoinductive Potential: Every lot tested in a rodent model as a final product to ensure osteoinductive potential.
Safety: Sterilized using proprietary Allowash XG® technology, providing a sterility assurance level of 10 -6 to reduce the risk of disease transmission without compromising the graft’s osteoconductive properties or osteoinductive potential. 3,4

Clinical Application
  • Posterolateral fusion
  • Posterior cervical fusion
  • Surgical application that requires bone void filler
Freeze-Dried Description Sizing
BL-1700-25100 PliaFX Strip Length = 100 mm Width = 25 mm Thickness = 4 mm
BL-1700-25050 PliaFX Strip Length = 50 mm Width = 25 mm Thickness = 4 mm
References
  1.  Kay JF, Vaughan LM. Proportional osteoinduction of demineralized bone matrix graft materials. February 2004: AW-0204.1.
  2. Murphy MB, Suzuki RK, Sand TT, et al. Short term culture of mesenchymal stem cells with commercial osteoconductive carriers provides unique insights into biocompatibility. J Clin. Med. 2013; 2,49-66; doi:10.3390/jcm2030049
  3. Data on file LifeNet Health, ES-17-111-02
  4.  Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG(R).” 2007 Bio-Implants Brief.