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PubMed · 7100605

[Dynamic simulation model applied to study vascular and interstitial spaces (author's transl)].

F Trujillo·L Roa·S González-Barón·M Rodríguez-Portillo
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Abstract

A dynamic non lineal model has been elaborated to study the factors involved in fluid movement through capillary membranes in dog. The colloidosmotic pressure has been determined after quick administration of albumin and other physiological solutions. A close correlation has been found between experimental results and the modifications obtained in the simulation model.

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AnimalsBlood ProteinsCapillariesCapillary PermeabilityColloidsDogsExtracellular SpaceModels, BiologicalOsmotic PressureEnglish AbstractJournal Article

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F Trujillo, L Roa, S González-Barón, M Rodríguez-Portillo. 1982. [Dynamic simulation model applied to study vascular and interstitial spaces (author's transl)].. https://pubmed.ncbi.nlm.nih.gov/7100605/

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