Ultrasonic Derivative Measurements of Bone Strain During Exercise, Phase I

Luna Innovations, Inc., in collaboration with the SUNY Stony Brook, proposes to extend ultrasonic pulsed phase locked loop (PPLL) derivative measurements to the noninvasive assessment of bone strain during exercise. The PPLL is a high-resolution ultrasonic spectrometer that measures changes in natural velocity with parts in ten million accuracy. With this resolution, the PPLL can be used to measure a material's nonlinear elastic constants, which are related to changes in the speed of sound as it is loaded. Nonlinear elastic constants are more closely linked to bone strength than traditional absolute measurements of the speed of sound, thus providing an important new capability for bone health assessment. This technology has been demonstrated on a number of engineered materials, including fasteners, heat-treated aluminum, heat-treated steel, composite materials, railroad rails, and adhesive bonds. In Phase ILuna's PPLL technology will be tested on bone ex vivo at Stony Brook's Biomedical Engineering Department to develop a strong physics-based model of how natural velocity changes as a bone sample is loaded. This research will lay the groundwork for Phase II, in which Luna's PPLL technology will be combined with Stony Brook's scanning confocal acoustic diagnostic (SCAD) technology for in vivo studies.

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