Analysis of systems influencing renal hemodynamics and sodium excretion. I. Biochemical systems theory |
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Authors: | Sharon L Reilly Charles F Sing Michael A Savageau Stephen T Turner |
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Institution: | 1. University of Michigan Medical School, Ann Arbor 3. Dept. of Internal Medicine, Mayo Clinic, USA
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Abstract: | In this article we present a new methodology—Biochemical Systems Theory and Analysis—as an alternative to traditional parametric
statistical procedures for investigating differences between risk groups in a population. We review the systems theory and
how it can be used to represent a model of processes influencing renal hemodynamics and sodium (Na+) excretion. We also discuss the potential for new measures of the biology of common diseases that can emerge from a synergism
between systems theory and population-based statistical approaches.
This work was supported in part by grants from the Public Health Service, RO1-HL30428, R01-HL39107 and General Clinical Research
Center Grant RR0585. |
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Keywords: | Systems theory Hypertension Renal Hemodynamics Genetics Common Diseases |
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