Kinetocardiography

Kinetocardiography is a method of studying the cardiovascular system that allows you to evaluate the work of the heart in motion. This method is used to diagnose heart diseases such as coronary heart disease, arrhythmia and others.

Kinetocardiography is based on measuring the electrical potentials that are generated by the heart during movement. These potentials are transmitted to a special device - a kinetocardiograph, which registers them and converts them into a graphic image.

When performing kinetocardiography, the patient is in motion, for example, running or doing physical exercise. This allows you to obtain more accurate information about the work of the heart than with static cardiography.

One of the advantages of kinetocardiography is its high sensitivity to changes in heart rate. This may be useful in detecting the early stages of cardiovascular disease such as arrhythmia or coronary artery disease.

However, like any other research method, kinetocardiography has its limitations. For example, it may be less accurate if the patient is not physically active or has other medical conditions that may affect the heart.

In general, kinetocardiography is an important method for studying the cardiovascular system and can help in the diagnosis and treatment of many heart diseases.

Kinetocardiography (kineto + cardiography, syn. cardiokinetography) is a functional diagnostic method that allows you to determine the speed and direction of heart movement during physical activity. This method is based on the use of special equipment - a kinetocardiograph, which records changes in the electrical potentials of the heart during movement.

A kinetocardiogram (KCG) is a graphical representation of changes in the electrical potentials of the heart that can be used to assess a patient's physical activity. Depending on the type of equipment used, ECG can be recorded as a graph or tape, which displays changes in electrical potentials throughout the entire period of physical activity.

Using kinetocardiography, you can assess the functional state of the cardiovascular system, identify disturbances in heart rhythm and conduction, and also determine the degree of physical activity that the patient experiences during physical activity. In addition, kinetocardiography can be used to assess the effectiveness of treatment of cardiovascular diseases and monitor the condition of patients with chronic heart failure.

To obtain reliable results, it is necessary to conduct kinetocardiography under conditions when the patient is at rest, and then during physical activity, for example, when walking, running, climbing stairs, etc. It should be taken into account that the results may be distorted in the presence of cardiac arrhythmia or conduction disturbances, therefore, before performing kinetocardiography, it is necessary to conduct an ECG study.

In general, kinetocardiography is an important method for functional diagnostics of the cardiovascular system and can be used to identify disorders and evaluate the effectiveness of treatment.