At the Samara State Medical University, together with engineers from the Samara National Research University, they have developed a device that will simulate blood circulation inside the arteries. Created as part of the Priority 2030 program, this device recreates the conditions for blood circulation inside the arteries.
The device is a closed system, like arteries. It is based on a glass rotameter tube with an inlet and outlet. Arterial blood flow in different rhythms is simulated by passing a blood-like fluid through this system. Flexible tubes connected to an electric pump simulate blood vibrations.
This device allows you to enter various indicators such as coloring liquid or pressure sensor. It will be used to study arterial hemodynamics in normal heart rhythms and arrhythmias. Experiments on the device will provide a better understanding of blood circulation and the discovery of new patterns.
Such studies are important for the development of cardiology and for an in-depth understanding of the circulatory system. New discoveries could help improve the treatment and diagnosis of cardiovascular disease.
Source: Ferra
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