Search Results - "GRACEWSKI, Sheryl"

Consequences of Location-Dependent Organ of Corti Micro-Mechanics by Liu, Yanju, Gracewski, Sheryl M, Nam, Jong-Hoon

“…The cochlea performs frequency analysis and amplification of sounds. The graded stiffness of the basilar membrane along the cochlear length underlies the…”
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Two passive mechanical conditions modulate power generation by the outer hair cells by Liu, Yanju, Gracewski, Sheryl M, Nam, Jong-Hoon

“…In the mammalian cochlea, small vibrations of the sensory epithelium are amplified due to active electro-mechanical feedback of the outer hair cells. The level…”
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Power Dissipation in the Cochlea Can Enhance Frequency Selectivity by Prodanovic, Srdjan, Gracewski, Sheryl M., Nam, Jong-Hoon

“…The cochlear cavity is filled with viscous fluids, and it is partitioned by a viscoelastic structure called the organ of Corti complex. Acoustic energy…”
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Two-compartment passive frequency domain cochlea model allowing independent fluid coupling to the tectorial and basilar membranes by Cormack, John, Liu, Yanju, Nam, Jong-Hoon, Gracewski, Sheryl M

“…The cochlea is a spiral-shaped, liquid-filled organ in the inner ear that converts sound with high frequency selectivity over a wide pressure range to…”
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Ultrasonic excitation of a bubble inside a deformable tube: Implications for ultrasonically induced hemorrhage by Miao, Hongyu, Gracewski, Sheryl M., Dalecki, Diane

“…Various independent investigations indicate that the presence of microbubbles within blood vessels may increase the likelihood of ultrasound-induced…”
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Coupled FEM and BEM code for simulating acoustically excited bubbles near deformable structures by Miao, Hongyu, Gracewski, Sheryl M.

“…An understanding of biotissue–bubble interactions and the stresses induced in the tissue is needed to identify potential mechanisms of tissue damage, such as…”
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A unified view of imaging the elastic properties of tissue by PARKER, Kevin J, TAYLOR, Lawrence S, GRACEWSKI, Sheryl, RUBENS, Deborah J

“…A number of different approaches have been developed to estimate and image the elastic properties of tissue. The biomechanical properties of tissues are…”
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Natural frequency of a gas bubble in a tube: Experimental and simulation results by Jang, Neo W., Gracewski, Sheryl M., Abrahamsen, Ben, Buttaccio, Travis, Halm, Robert, Dalecki, Diane

“…Use of ultrasonically excited microbubbles within blood vessels has been proposed for a variety of clinical applications. In this paper, an axisymmetric…”
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Shear strain from irrotational tissue displacements near bubbles by Carstensen, Edwin, Gracewski, Sheryl M, Dalecki, Diane

“…Particle displacements can be much greater near bubbles than they would be in a homogeneous liquid or tissue when exposed to an acoustic wave. In a plane wave,…”
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Ultrasonic excitation of a bubble near a rigid or deformable sphere : Implications for ultrasonically induced hemolysis by GRACEWSKI, Sheryl M, HONGYU MIAO, DALECKI, Diane

“…A number of independent studies have reported increased ultrasound bioeffects, such as hemolysis and hemorrhage, when ultrasound contrast agents are present…”
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Edwin Carstensen’s unique perspective on biological effects of acoustically-excited bubbles by Gracewski, Sheryl

“…Edwin Carstensen made significant contributions to the understanding of the interactions between ultrasound and biological tissues. He was especially…”
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Power dissipation in the Organ of Corti by Prodanovic, Srdjan, Gracewski, Sheryl, Nam, Jong-Hoon

“…In the cochlea, acoustic energy is transmitted toward the apex through the vibrations of a viscoelastic partition known as the organ of Corti complex. The…”
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Power Dissipation in the Subtectorial Space of the Mammalian Cochlea Is Modulated by Inner Hair Cell Stereocilia by Prodanovic, Srdjan, Gracewski, Sheryl, Nam, Jong-Hoon

“…The stereocilia bundle is the mechano-transduction apparatus of the inner ear. In the mammalian cochlea, the stereocilia bundles are situated in the…”
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Effect of sub-tectorial space fluid dynamics on cochlear energy dissipation and inner hair cell mechano-transduction by Prodanovic, Srdjan, Gracewski, Sheryl M., Nam, Jong-Hoon

“…In the mammalian cochlea, the mechano-transduction of the inner hair cell (IHC) stereocilia occurs in a micrometer-thick fluid space between the tectorial…”
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Simulation of internal stress waves generated by laser-induced damage in multilayer dielectric gratings by Gracewski, S M, Boylan, S, Lambropoulos, J C, Oliver, J B, Kessler, T J, Demos, S G

“…Multilayer dielectric (MLD) gratings used in ultrahigh-intensity laser systems often exhibit a laser-induced damage performance below that of their constituent…”
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A computational study on different flow patterns around the inner hair cell stereocilia by Prodanovic, Srdjan, Gracewski, Sheryl M., Nam, Jong-Hoon

“…The mechano-transduction of the mammalian cochlea occurs in the micro-fluid domain between the tectorial membrane and the reticular lamina called the…”
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Effect of basilar and tectorial membrane properties and gradients on cochlear response by Cormack, John, Liu, Yanju, Nam, Jong-Hoon, Gracewski, Sheryl

“…The cochlea is a spiral-shaped, fluid-filled organ in the inner ear that converts sound with high resolution over a large frequency range to neurological…”
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Shear strain from irrotational tissue displacements near bubbles: THE ACOUSTICS OF BUBBLES AND CAVITATION by CARSTENSEN, Edwin, GRACEWSKI, Sheryl M, DALECKI, Diane

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Natural frequencies of two bubbles in a compliant tube: Analytical, simulation, and experimental results: THE ACOUSTICS OF BUBBLES AND CAVITATION by JANG, Neo W, ZAKRZEWSKI, Aaron, ROSSI, Christina, DALECKI, Diane, GRACEWSKI, Sheryl

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Simulation of an acoustically excited bubble within a compliant vessel by Gracewski, Sheryl M., Miao, Hongyu, Dalecki, Diane

“…Various independent investigations indicate that the presence of microbubbles within blood vessels may increase the likelihood of ultrasound-induced hemorrhage…”
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