Cardiotachometry

Cardiotachometric diagnostics is a method for determining heart rate within one second. This helps doctors and patients evaluate their cardiovascular health and identify possible heart problems.

Cardiotachometaria is used to measure the heart rate in the intervals between beats, called the "P-P second." This method is an integral part of electrocardiography (ECG) and allows you to quickly and effectively monitor cardiac function.

It is important to understand that without cardiotachometry it is impossible to accurately diagnose many cardiovascular diseases, including arrhythmias, coronary heart disease, myocardial infarction, heart failure and others.

When an ECG is performed, doctors measure various parameters of the heart, such as heart rate, wave amplitude, and intervals between waves. But measuring these parameters alone is not enough for an accurate diagnosis. Cardiotachometry is another research method that allows you to evaluate the rate of change in the electrical signal between heartbeats.

The cardiotachometer method is based on the use of a sensor that is located on the patient’s body during an ECG. It allows you to track the electrical impulse that occurs every time the heart contracts. The difference between these pulses is a second P-P.

Cardiotachometry is sometimes used to determine ischemic myocardial damage. Ischemic injury occurs when the blood supply to the heart muscle is interrupted when part of the artery that supplies the muscle is blocked. In this case, the heartbeat increases in the absence of myocardial compensation as a result of decreased oxygen supply.

However, the cardiotachometer method is not the only way to diagnose cardiovascular disease. Despite this, cardiotachometry remains an important tool for identifying possible problems with the cardiac system. It allows you to establish an accurate diagnosis and offer effective treatment methods.