Titlebook: Oxygen Transport to Tissue XII; Johannes Piiper,Thomas K. Goldstick,Michael Meyer Book 1990 The Editor(s) (if applicable) and The Author(s

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Counter-Current Blood Flow in Tissues: Protection Against Adverse Effectsey (. Solez and Heptin-stall, 1980), skin (Sparks, 1978), placenta (Barcroft and Barron, 1946), heart (Hutchins ., 1986), and intestine (. Jodal and Lundgren, 1986). There exists also functional evidence for inert gas back-diffusion in counter-current blood flow in several tissues, such as muscle (P

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女上癮

Restenosis

Frenetic

Development of a Micro Transmission Cell for in vivo Measurement of SaO2 and Hbst SaO. and Hb-content as well as CO should be known to achieve reliable insights into tissue oxygen supply of patients in intensive care and during anesthesia. Methods for cardiac output and saturation measurements have been available for some time but there exists so far no method to measure the H

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Online Measurements of SaO2, Ht and Hb Using a Micro Transmission Cellhe advent of noninvasive monitoring of SaO. with pulse oximetry (Yoshiya et al, 1980; Severinghaus and Honda, 1987) intermittent sampling of blood gases was the only reliable method of assessing arterial oxygenation and probably still is the most frequently used method. While intermittent sampling i

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PANEL

A Continuous Wave Spectroscopic (CWS) Study of Hemoprotein and Other Molecules in Mitochondrial Suspe, however, is restricted to transparent and clear solutions in which optical density is a linear function of the absorber concentration. In scattering media, tissues, cells and cell organelles such as mitochondria, the dual wavelength, double beam technique has been extensively and successfully use

Spirometry