Tricuspid regurgitation bradycardia

In daily life, arrhythmia is a relatively common heart disease and also a high-incidence disease. In recent years, the incidence of arrhythmia has been gradually increasing. Although many times when people have arrhythmia, the symptoms are relatively obvious and have not attracted much attention, but when suffering from arrhythmia, it will still have some impact on the patient's daily life, physical health, and emotions.

Tricuspid regurgitation bradycardia is an arrhythmia. It is recommended to check cardiac color ultrasound and dynamic electrocardiogram, so that the condition is clear and we will know how to treat it.

Causes of arrhythmia

1. Drug effects: Taking certain drugs can affect heart contraction and cause arrhythmia. In addition, sleeping pill poisoning can also cause serious arrhythmias. This is one of the causes of arrhythmia.

2. Personal life: In fact, normal people may also experience arrhythmia. If they are overly tired, drink strong tea, or are stimulated by cigarettes and alcohol, or have large mood swings, physical or mental stimulation can cause arrhythmia. Generally speaking, this arrhythmia is not dangerous, but it should still be treated with caution to avoid excessive damage to the heart. This is also a cause of arrhythmia.

3. Acid-base imbalance: If the electrolyte or acid-base balance in the body is imbalanced, it may also cause arrhythmia. Severe hypokalemia can cause ventricular arrhythmias and lead to ventricular fibrillation. Severe acidosis can directly inhibit the myocardium, causing weak contraction and reduced responsiveness to catecholamines, leading to cardiac arrest. Severe hypertension and hypocalcemia can weaken myocardial contractility, produce intraventricular conduction block and lead to cardiac arrest. This cause of arrhythmia is relatively common. How to prevent and treat arrhythmias? How should we prevent the occurrence of arrhythmias? Negative oxygen ions have a very good effect on improving arrhythmias. They act on the human body through the respiratory tract and can be transmitted to the vagus nerve nucleus of the medulla oblongata through the vagus nerve fibers, thereby regulating the autonomic nerves and stabilizing the heart's pacing. Negative oxygen ions easily combine with oxygen in the air and can improve oxygen utilization, replenish red blood cell membrane potential, increase the red blood cell charge, and make each red blood cell have enough negative potential to produce like-polar repulsion between cells, quickly change blood viscosity, restore the deformability of red blood cells, promote blood circulation, and keep the blood supply to the heart and organs unobstructed. Negative air ions themselves also have the function of purifying the air. High-concentration negative oxygen ions can actively combine with harmful chemicals such as bacteria and viruses in the air, causing these substances to transfer energy or change their structure, thereby losing their activity in attacking human cells and their ability to float. They then fall to the ground, reducing the chance of people being exposed to PM2.5, which can be said to kill two birds with one stone.