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Estimating Human Fat and Muscle Conductivity From 100 Hz to 1 . . . - PubMed The electrical conductivity of skeletal muscle was found to be highly anisotropic at frequencies below 10 kHz, with conductivities of 0 13 (95% credible interval (CrI): 0 10-0 16) S m perpendicular and 0 56 (CrI: 0 52-0 60) S m parallel to the muscle fibre direction
Evaluation of electrical conductivity and anisotropy in muscle tissues . . . In this validation study, we image the conductivity tensor distribution of anisotropic muscle tissues using two different phantom imaging models Using the conductivity tensor results, we compare the isotropic conductivities of the two types of muscle tissues at both low and high frequencies
Estimating Human Fat and Muscle Conductivity From 100 Hz to 1 MHz Using . . . forearm models, and a probabilistic estimation method were used to determine the electrical conductivity of skeletal muscle and fat in vivo with the anisotropy decreasing with increasing fre-quency, whereas the conductivity of fat stayed constant over the considered frequency range
Estimation method for the anisotropic electrical conductivity of in . . . In this research, the conductivity of human anisotropic skeletal muscle and fat was estimated in vivo by combining bioimpedance measurements with individual MRI-based volume conductor models and solving the inverse problem with computational methods In addition, these newly derived conductivity values were used to study the effect of muscle
The Electrical Conductivity of Tissues - ResearchGate A) A schematic diagram of a suspension of spherical cells; the effective conductivity of the suspension is IL VA (B) An electric circuit equivalent of the effective conductivity of the
Model of electrical conductivity of skeletal muscle based on tissue . . . intracellular medium and a part of the muscle fibre mem- brane In the following Sections we will define unit cells for the computation of the effective electrical conductivity of muscle tissue in directions both parallel and transverse to the muscle fibres