Force Necessary to Fracture the Orbital Floor
Volume: 6, Issue: 3, Pages: 211 - 217
Published: Sep 1, 1990
Abstract
Current thought on the pathophysiology of orbital wall fractures postulates either a "hydraulic" or a "buckling" mechanism. Evidence from cadaver, dried skull, and theoretical model studies supports both theories. No in vivo data, human or nonhuman primate, are available that quantitate the force necessary to fracture the orbital floor by either of the two mechanisms. We developed an apparatus that delivers quantifiable force only to the globe,...
Paper Details
Title
Force Necessary to Fracture the Orbital Floor
Published Date
Sep 1, 1990
Volume
6
Issue
3
Pages
211 - 217
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