Induce Biologics Launches NMP Cancellous Strips

Induce Biologics USA Inc. has released to market its NMP Strip Bioimplant, an advanced cancellous bone-graft solution that utilizes the company’s proprietary Natural Matrix Protein (NMP) process. 

“We are pleased to introduce this new addition to the NMP Bioimplant line,” Induce Biologics President David Campagnari said. “NMP Strip Bioimplants reconstitute quickly and are easily pliable to fit into the bony defect. Our launch of the NMP Strip format, in addition to our existing NMP Particulates and NMP Fibers, provides surgeons with another bone-graft option, utilizing Induce Biologics’ proprietary Natural Matrix Protein process, which unlocks the growth factors naturally found in bone, making them bioavailable. NMP Strips are available in a variety of lengths and widths.”
 
NMP Strips, the latest member of Induce Biologics’ NMP product family, feature an optimal strip design providing ideal handling characteristics for fluid retention and expansion. The NMP Strips rehydrate quickly with BMA, PRP, whole blood or saline and are pliable to fit into any space.
 
NMP products are all intended for use as a bone void filler for filling voids and gaps in the skeletal system that are not intrinsic to the stability of the bony structure. All NMP products are sterile and can be stored at ambient temperature. At time of use, the NMP product packaging is opened in the operating room, and rehydration with blood, bone marrow aspirate, sterile saline (0.9%), or other sterile isotonic liquid is recommended.
 
Induce Biologics has partnered with tissue banks accredited by the American Association of Tissue Banks (AATB) to perform donor screening, tissue procurement procedures, and processing of human bone using its proprietary process to prepare NMP products.
 
Induce Biologics USA Inc. was founded to develop the next evolution of bone regeneration products. Induce Biologics is commercializing a family of bioimplants that includes Natural Matrix Protein, which replicates the body’s native healing capabilities to create natural bone regeneration.