What properties characterize a tissue?
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Tissue properties are characterized by their mechanical behavior, including elasticity and viscosity . The composition and organization of biological systems determine the unique response of each component to a load, making tissues heterogeneous . Tissue homogeneity and the ability to transmit elastic waves are important factors in characterizing tissue . Electrical and dielectric properties, such as relative permittivity and conductivity, also play a role in tissue characterization . Additionally, the frequency response spectrum of mechanical vibrations can be used to characterize tissue .
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| The provided paper does not explicitly mention the properties that characterize a tissue. The paper describes a method for characterizing tissue by generating mechanical vibrations and measuring the frequency response spectrum. | |
| The paper does not explicitly mention the properties that characterize a tissue. The paper focuses on a system for characterizing tissue based on its ability to transmit elastic waves and the homogeneity of the tissue with respect to the propagation of elastic waves. | |
| The properties that characterize a tissue are relative permittivity (charge) and conductivity (current densities set up in response to an applied electric field of unit amplitude). | |
01 Jan 2010 2 Citations | The paper does not explicitly mention the properties that characterize a tissue. The paper focuses on the non-invasive estimation of tissue mechanical properties such as elasticity and viscosity. |
| The paper does not explicitly mention the properties that characterize a tissue. |
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