Titlebook: Human Body Composition; In Vivo Methods, Mod Kenneth J. Ellis,Jerry D. Eastman Book 1993 Springer Science+Business Media New York 1993 Vivo

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Michael I. Goran,Eric T. Poehlman,K. Sreekumaran Nair,Elliot Danforth Jr

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Albrecht L. Claessens,Johan Lefevre,Gaston Beunen,Hermine Maes,Valère Stijnen,Alfons M. J. Veer,Leni

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Daniel Mchugh,Richard N. Baumgartner,Patricia M. Stauber,Sharon Wayne,Virginia L. Hicks,Vivian H. He

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Determination of Body Fluid Compartments with Multiple Frequency Bioelectric Impedanceat 50 kHz do not account for differences in the distribution of body fluids among extracellular spaces and in levels of hydration of tissues among individuals. Bioelectric impedance measurements at different current frequencies may provide new and improved body composition estimates.. Bioelectric im

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A Comparison of Body Composition Models the conventional two-component body composition model to these special groups. This two-component model assumes body composition is composed of fat and fat-free components and the composition of the fat-free component is constant across ages, sexes, and races. The fat-free component of the human bo

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In Vivo Neutron Activation Analysis for Body Fat: Comparisons by Seven Methodsancy of water, potassium, or density in the FFM.. Newer methods such as bio electrical impedance analysis (BIA) are calibrated by traditional indirect methods. Dual-photon absorptiometry (DPA) is the most promising and relatively available new method. which bypasses the traditional assumptions of ch

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