NetLogo integrated development environment for modeling physiological processes

Abstract

NetLogo integrated development environment (IDE) is a powerful tool for modeling various complex systems, including human physiological processes. This software provides a userfriendly interface and a versatile programming language that enables researchers and educators to simulate and study different aspects of human physiology in a virtual environment. One key benefit of using NetLogo IDE to model human physiological processes is its ability to visualize and simulate dynamic systems. The software allows users to create agents representing different human body components, such as cells, organs, and tissues. These agents can interact with each other, exchange information, and respond to external stimuli, mimicking the behavior of natural physiological systems. This paper presents an example of modeling the cardiovascular system using NetLogo IDE to simulate cardiac output, blood flow, heart rate, and blood pressure. By manipulating various parameters, such as vessel diameter, contractility of the myocardium, and others, one can examine the impact of different factors on the overall functioning of the cardiovascular system. This can help in understanding cardiovascular diseases and exploring potential treatment strategies.