Hypothermia in emergency and cardiovascular resuscitation is a modern technique with the main purpose of minimizing cell damage in the body, especially brain cell damage. So how does hypothermia in cardiovascular emergency take place?

Hemodynamics plays a role in single-ventricular pacing; Synchronized atrial-ventricular pacing, as well as rate-response pacing and hemodynamics in 3-chamber pacing for the treatment of heart failure. So what is hemodynamics? Let's find out more about this question right in the article below.

Heart valves help direct the flow of blood into and out of the heart. Therefore, when there is a problem with the heart valve, it seriously affects the heart and overall health. The correct implementation of basic principles when anesthetizing patients with valvular heart disease will bring good prognosis and limit complications after anesthesia.

Cardiovascular resuscitation is a systematic, comprehensive care process after a patient undergoes cardiovascular surgery. The primary aim of CPR is to attempt to restore cardiac activity and ensure optimal systemic blood supply. Cardiovascular resuscitation also plays a role in detecting acute complications, thereby minimizing the risk of stroke and death for the patient.

Hemodynamics plays a role in single-chamber pacing, atrioventricular synchrony pacing, rate-responsive pacing, and hemodynamics in triple-chamber pacing for heart failure treatment.

Heart valves help direct blood flow in and out of the heart. Any problems with the heart valves can be extremely dangerous to your health. Here are the basic principles of anesthesia for heart valve disease.

Atrial flutter is a type of arrhythmia characterized by a severe increase in the rate of atrial contractions. Although less common than atrial fibrillation, atrial flutter has similar hemodynamic consequences. Let's learn about the specific treatment of atrial flutter with RF waves with a success rate of up to 90%.