Dynamocardiography Vector

Dynamocardiography is a method for studying heart rhythm and electrical activity of the myocardium by measuring blood pressure in small arteries. It allows you to assess the contractility of the heart, its electrical activity and electrical conductivity, as well as assess the risk of developing cardiovascular diseases.

One of the new methods of measuring electrical potential used to diagnose many forms of disease is vector dynamography. Its principle is based on recording and measuring cardiac potentials resulting from sequential contraction and relaxation of the ventricles. This method allows you to record the vector dynamics of the potentials of electrical impulses of the heart and synchronize it with the dynamics of changes in pressure in the arterial bed.

Dynamo cardiography is a fairly simple research method compared to other similar methods, such as ECG, EchoCG and CLHS. However, it can be used to screen for risk of various forms of cardiovascular pathology, to monitor the effectiveness of treatment and to assess the severity of myocardial damage.

However, this method is still experimental and requires further improvement of technique and methodology to achieve the best results. However, vector denocardiography is already widely used to monitor cardiac activity, and experts hope it will become a tool for the early detection of acute infarctions, atrial arrhythmias and other pathologies associated with significant myocardial damage. In the future, vector cardiography may be used as a component of a remote patient monitoring system, reducing complications associated with heart failure.