Titlebook: Oxygen Transport to Tissue XIII; Thomas K. Goldstick,Michael McCabe,David J. Maguir Book 1992 The Editor(s) (if applicable) and The Author

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口味

Obvious

Modeling of Oxygen Transport to Skeletal Muscle: Blood Flow Distribution, Shunt, and Diffusion it will be attempted to apply the models developed for pulmonary gas exchange to analysis of O. transfer in tissues, with particular reference to skeletal muscle. It will be shown that application of such models is meaningful, enabling us to identify the factors which may be involved in O. delivery to skeletal muscle and to estimate their role.

indifferent

Changes in Tissue Histology Associated with Adaptation and Acclimation to Hypoxiadefine hypoxia as a partial pressure of oxygen significantly lower than that normally found in that part of the organism. Thus an inspired Po. of much less than 150 Torr and a Lubbers histogram of tissue oxygen tensions shifted to the left would both be defined as hypoxia.

Glower

custody

大漩渦

過分自信

Interaction of Blood Flow, Diffusive Transport and Cell Metabolism in Isovolemic Anemia9), effluent venous PO. is a lower bound on mean PcapO.. PmbO. is defined as the PO.,in equilibrium with myoglobin (Mb). Measurements of PmbO. at the center of a cell profile, as in the present report, furnish a lower bound on PmbO.. C in equation 1 is a lumped conductance for O.. This conductance varies inversely and non-linearly with PmbO..

acheon

Picosecond Time of Flight Measurement of Living Tissue: Time Resolved Beer-Lambert Lawtry, light intensity along the nonlinear path taken by photons through scattering media is exponentially attenuated (Nomura, et al. 1989). Present paper expands this conclusion into living tissues of rat . in the range from visible to near-infrared region.

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