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Original Article
Intramedullary pressure changes in reamed and unreamed nailing systems: an experimental study in cadaveric femoral bones
Chang Wug Oh, Joo Chul Ihn, Poong Taek Kim, Il Hyung Park, Sung Jung Kim, Chung Hyun Lee
Journal of the Korean Society of Fractures 2000;13(3):631-637.
DOI: https://doi.org/10.12671/jksf.2000.13.3.631
Published online: June 23, 2016

Copyright © The Korean Fracture Society

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  • PURPOSE : This study was designed to investigate whether intramedullary pressure is different in reamed compared with unreamed femoral nailing in cadeveric femoral bones. MATERIALS & METHODS : Eight pairs of fresh-frozen cadaveric femoral bones were studied. The diameter of isthmus was checked from 10mm to 14mm and the length of femur was checked from 35cm to 44cm. Intramedullary pressure was measured in the distal femoral shaft at the supracondylar region. Data were monitored in femoral nailing procedures. We utilized the AO universal nail(reamed) and AO unreamed femoral nail. RESULTS : Intramedullary pressure increased in the reamed group to 423.8 mmHg(mean pressure) during reaming by starting reamer(9 mm) and in the unreamed group to 290 mmHg(mean pressure) during insertion of nails(p=0.001). In the unreamed groups, the next high intramedullary pressure is 136.6 mmHg during proximal reaming. A statistiscally significant difference in intramedullary pressure was found during the first reaming process in the reamed group compared with the proximal reaming process in the unreamed group(p=0.005). CONCLUSION : The data indicate that the intramedullary pressure during unreamed nailing process is lower than reamed nailing process. So we can consider that the unreamed nailing in multiple fracture or pulmonary injured patients is a good modalities.

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        Intramedullary pressure changes in reamed and unreamed nailing systems: an experimental study in cadaveric femoral bones
        J Korean Soc Fract. 2000;13(3):631-637.   Published online July 31, 2000
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      Intramedullary pressure changes in reamed and unreamed nailing systems: an experimental study in cadaveric femoral bones
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