Abstract
The principles of mechanics and the current notions of lymphatic physiology are integrated into a simple mathematical model of a lymphatic vessel which establishes a theoretical base for lymph propulsion in the lymphatic system. The model specifically considers the active and passive contractilities of the lymphatics. The model is simulated on a digital computer. The pressure and flow patterns derived from the model are consistent with the currently available experimental data.
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© 1975 S. Karger AG, Basel
1975
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