Metabolikus és miogenikus szabályozás modellezése emberi vérkeringésben
Modelling the metabolic and myogenic control in human blood circulation
Keywords:
autoregulation, hemodynamics, vascular system model, low-dimensional simulation, /, autoreguláció, hemodinamika, , alacsony dimenziós szimuláció, érrendszeri modellAbstract
Realistic blood flow modeling could aid the work of physicians in the future, contributing to the preservation of people's health. An accurate simulation requires the modeling of certain control processes. Autoregulation is responsible for maintaining a constant blood supply to organs and tissues, regardless of changes [1]. The goal of this work is to introduce mathematical models that describe processes related to autoregulation within the framework of low-dimensional hemodynamic simulations. These include the myogenic and metabolic responses.
Kivonat
A véráramlás valósághű modellezése segítheti az orvosok munkáját a jövőben, ezzel hozzájárulva az emberek egészségének megőrzéséhez. A pontos szimulációhoz szükséges bizonyos szabályozó folyamatok modellezése is. Az autoreguláció felelős azért, hogy a szervek és szövetek vérellátása állandó maradjon, függetlenül a változó körülményektől [1]. A cél jelen munkával az autoregulációhoz kapcsolódó folyamatokat leíró matematikai modellek bemutatása alacsony dimenziós hemodinamikai szimulációk keretében. Ezek közé tartozik a miogén és a metabolikus válasz.
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