Abstract
A mathematical model of the whole body lymphatic network, which simulates the lymph propulsion along the network from the periphery through the thoracic duct into the venous system, is developed using the fundamental conservation laws and current notions of lymphology. Only the major lymphatic vessels are considered. The set of mathematical equations are then translated into a series of FORTRAN statements for the purpose of digital computer simulation of the pressure and flow patterns along the network. The model analysis revealed interesting characteristics of lymphatic contractility at various points along the network.
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