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Current research focuses on the use of bioresorbable polymers in spinal fusions. Unlike metal implants, the body resorbs (breaks down and assimilates) polymeric devices after |
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fusion is complete, thereby reducing complications and the need for further surgery. A study was completed which determined the relative effectiveness of various posterior constructs to augment anterior interbody fusions. In an effort to improve stabilization after spinal trauma and complement a related clinical study, a project is in progress that compares the biomechanical effectiveness of different methods for treating thoracolumbar burst fractures. A unique implant for disc replacement is in development and testing, and a program to develop a novel method for treating scoliosis is also being initiated. |