New England Journal of Medicine · 1961 · 180 citations · 4 references
MedicinePhysiologySurgeryHematology PhysiologyHemodynamic ManagementSurgical InstrumentationBlood Loss AssessmentBlood Volume RegulationHemodynamicsRenal Function TestsRenal HemodynamicsVolume MeasurementAnalytic ApproximationsBlood Volume AssessmentBlood Volume EstimationFluid Status EvaluationIntraoperative Blood Loss MeasurementIntravascular Volume AssessmentRelative Blood Volume ChangesVolumetric Blood Loss Assessment
THE prevailing methods for measuring blood volume have failed to find widespread clinical application. This is because the technics are cumbersome, and because accurate, repeated measurements cannot be made with sufficient frequency to be of value in the management of persisting derangements of blood volume. The need for an accurate, freely repetitive and, if possible, semiautomatic method is obvious. Appraisals of blood volume during major surgical procedures, after extensive burns and during therapy for cardiac decompensation, acute renal failure and other major disorders as a rule are based upon data that at best allow only rough approximations. These are often . . .
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John G. Gibson, Alfred W. Harris, Verne W. Swigert · Journal of Clinical Investigation · 1939 · 46 citations · Full text
Medicine, Hematology, Physiology +17
Joseph C. Peden, Mays Maxwell, ALEXANDRE J. OHIN et al. · Annals of Surgery · 1960 · 22 citations
Medicine, Hematology, Surgery +13
United States National Bureau of Standards
Herbert T. Wade · Scientific American · 1905 · 18 citations · Full text