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Medical
Center (HCMC) in Minneapolis. This environment provides a close and productive connection between laboratory work, development of improved fracture fixation devices and |
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techniques,
clinical outcome studies, and patient care. For example, scientists compared the relative stability of two treatments for open and closed fractures of the tibia (shinbone). Finding the most effective method to treat the fracture led to improved patient care for people with this injury. Much of the laboratory’s trauma research is based on studying the effectiveness of growth factors in the presence of conditions that are known to impair fracture healing – infection, diabetes, steroids and nicotine. The Orthopaedic Biomechanics Laboratory is also involved with the development and evaluation of a novel method of monitoring, preventing and treating compartment syndrome using tissue ultrafiltration. |