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A Bio-Hydraulic Modelling Approach to Control the Hemodialysis Patient Status—Calculus and Validation

A Bio-Hydraulic Modelling Approach to Control the Hemodialysis Patient Status—Calculus and Validation
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摘要 We have developed a model permitting the control of the hemodialysis patient status. We have represented the functioning of each body compartment by a set of differential equations that express the mass balance of the carbonate and bicarbonate concentrations in each one. Experimental data from bibliography were analyzed and compared to our calculus. Results were well satisfying. We have developed a model permitting the control of the hemodialysis patient status. We have represented the functioning of each body compartment by a set of differential equations that express the mass balance of the carbonate and bicarbonate concentrations in each one. Experimental data from bibliography were analyzed and compared to our calculus. Results were well satisfying.
出处 《Open Journal of Fluid Dynamics》 2013年第3期205-213,共9页 流体动力学(英文)
关键词 SYSTOLIC Pressure SYMPATHETIC Activity BARORECEPTOR BIOMARKER Glomarular Filtration Rate Systolic Pressure Sympathetic Activity Baroreceptor Biomarker Glomarular Filtration Rate

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