Abstract
In this work the kinetics of volume changes of fluid spaces associated with infusion of Ringer`s solution are analyzed using the body fluid space model. During infusion of Ringer`s solution, the human body is assumed to be characterized by the fluid space model into which fluid is fed and from which fluid is left. Various infusion types were tested to accommodate different medical situations. Volunteers were given Ringer`s solution and the changes in blood hemoglobin were detected. From the comparison with experimental data, the single- and two-fluid space models were found to represent adequately the kinetics of human volume expansion during infusion of Ringer`s solution.
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