Novel Plate System Helps Repair Broken Ribs

A new stabilization system aids the fixation and stabilization of rib fractures, fusions, and osteotomies of normal and osteoporotic bone.

The MatrixRIB System is based on preshaped slim titanium plates and the proprietary MatrixRIB Minimally Invasive Plate Osteosynthesis (MIPO) instrumentation, designed to provide surgeons with improved access through small incisions to the rib fractures, including difficult to reach sub-scapula rib fractures. The MIPO instruments include a trocar, a threaded reduction tool (TRT) with self-drilling tip, and a 90° screwdriver, which is capable of drilling as well.


The potential benefits of surgical stabilization (osteosynthesis) of severe rib fractures over nonsurgical treatments include reduced duration of mechanical ventilation support, shortened intensive care unit (ICU) stays and hospitalization, better secretion management through efficient cough, and minimized chest wall deformities resulting from trauma. The MatrixRIB System is a product of DePuy Synthes’ (West Chester, PA, USA), a Johnson & Johnson (new Brunswick, NJ, USA) company.

“Surgical fixation and stabilization of painful rib fractures is a growing procedure and the introduction of new MIPO instrumentation should help make it an even more attractive option for both surgeons and patients,” said Adam Shiroff, MD, chief of trauma at Jersey Shore University Medical System (Neptune, NJ, USA), and an assistant professor of surgery at Rutgers Robert Wood Medical School (New Brunswick, NJ, USA). “The instrumentation facilitates a less invasive rib fixation procedure, and a less invasive procedure may result in less pain, quicker recovery, and reduced hospitalization.”

It is estimated that over 350,000 people in the United States alone are affected by rib fractures each year. These fractures are associated with respiratory complications, prolonged hospitalization, prolonged pain, long-term disability, and mortality.

Related Links:
DePuy Synthes’
Johnson & Johnson
Jersey Shore University Medical System