Annals of the New York Academy of Sciences · 1982 · 220 citations · 18 references
EngineeringPhysiologyHeat TransferMedical PhysicsPulmonary Function TestingHemodynamicsLung VolumesTemperature MeasurementThermal PhysiologyTissue Perfusion AssessmentCardiac OutputGravimetric MeasurementHeat Transfer In TissuesPhotoplethysmographyPulmonary Blood Flow MeasurementThermal Water LossThermodilution Cardiac Output
The theory and practice of the thermal-dye indicator-dilution method for measurement of EVLW has been discussed, and all available animal data from our laboratory correlating EVTV and gravimetric EVLW have been presented. The method appears to function well over the entire range of edema seen , and to be minimally dependent on cardiac output. Thermal-indicator loss does not seem to be a significant problem and does not impair the accuracy of this method. Out results are consistent with earlier works in the field in identifying significant differences between the isotopic EVLW methods and the thermal-dye method, and it seems likely that these differences are due to the much greater diffusion rate of the thermal indicator.
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Massoud Kaviany, A. M. Kanury · Applied Mechanics Reviews · 2002 · 766 citations
William A. Laing, William L. Ogren, Richard H. Hageman · PLANT PHYSIOLOGY · 1974 · 660 citations · Full text
Extravascular Lung Water following Hemorrhagic Shock in the Baboon
James W. Holcroft · Annals of Surgery · 1974 · 102 citations · Full text
Lung Water Changes After Thermal Injury
Robert F. Tranbaugh, Frank R. Lewis, Janet M. Christensen et al. · Annals of Surgery · 1980 · 99 citations · Full text