Cardiac tremors, abbreviations. It’s an extremely dangerous heart disorder. In simple terms, internal tremors are the heart’s “sharping into a pot of porridge”, whose electrical activity is completely chaotic and the heart is losing its capacity to pump blood effectively. If rescue is not timely, room tremors quickly lead to cardiac arrest and death.
What’s a room tremor? The heart is a powerful “pump” that normally sends an orderly telecommunications signal from the inn to direct a regular heartbeat. However, during the room tremors, the heart room telecommunications were completely out of control, and the heart muscles were no longer condensed at the same time, but rather fratricidal, like boiling water. As a result, the heart was unable to pump the blood out and the whole body was almost immediately cut. Unlike the normal pace of heartbeat acceleration (e.g. after running), room tremor is a life-threatening emergency that needs to be addressed immediately.
The typical manifestation of room tremors is very similar to cardiac arrest, because it quickly leads to the cessation of blood circulation. Here’s a common symptom: sudden fainting: patients can lose consciousness in seconds. No pulse: the carotid and gill artery cannot touch the pulse. Respiration stopped: the patient was unable to breathe on its own, and the skin could be blue. The pupil is dispersed: a few minutes later the pupil’s reaction to light disappeared. Internal tremors usually occur without warning and may occur in a fully healthy population, but more often in cases of heart disease.
What causes room tremors? (b) Myocardial infarction is one of the main causes of internal tremors, and myocardial infarction tends to cause telecommunication abnormalities after myacardiosis. Cardiac disease: An expansionary or thick cardiac disease changes the heart structure and increases the risk of room tremors. Severe heart failure: Declining heart function may lead to unstable electrical activity. Electrolyte disorders: Anomalous levels of potassium, calcium or magnesium in the blood cause a tremor. Genetic cardiac disorders: Some genetic diseases (e.g. long QT syndrome or Brugada syndrome) increase the risk of room tremors. Other causes: Overdose: e.g., anti-heart disorder or hysteria. Serious trauma: like chest impact. Electricity shock or drowning: Direct heart damage.
Is it dangerous? Internal tremors are fatal cardiac disorders that, if not addressed in a timely manner, can lead to a lack of oxygen and irreversible damage to the patient ‘ s brain within minutes, leading to death. Gold rescue time: within four minutes of the room tremor, the golden rescue time. If it exceeds 10 minutes, the chances of a successful recovery will decline significantly. Cardiac arrest: Internal tremor is in fact the main cause of cardiac arrest, with over 80 per cent. It is dangerous because it cannot return to normal by itself and must rely on external intervention.
Clinical performance: Patients usually show loss of consciousness, no pulse, no breath. An EKG feature: The EKG of room tremors is a fast and disarray waveform, completely irregular. AED Analysis: The auto-extra-fibrillator (AED) automatically recognizes the chamber tremors and gives a defibrillation hint.
The key to room tremors is to be handled in a timely and correct manner, and the following are the main rescue steps: The pressure frequency is maintained at 100-120 times/minute at a pressure depth of approximately 5-6 cm each. (b) The electroshock defibrillation is the only effective method of defibrillation in the treatment room, replacing the heart-electric activity with an AED or a manual defibrillator to allow it to re-establish an orderly beating. When AED is used, it should be guided by the equipment to ensure early electrical shock. Medically assisted treatment: If electrocution is not able to restore the heart rate immediately, drugs such as iodide, Lidocaine, etc. may be required. Correct incentives: During rescue, the causes of room tremors, such as electrolyte abnormalities or acute heart infarction, are also identified. Long-term prevention: ICD: For high-risk patients, ICDs can automatically shock and save lives when room tremors recur. Drug management: Reducing the risk of relapse through the use of anti-heart disorders drugs. Patient treatment: A person with a coronary heart may need a coronary intervention (e.g. a support implant).
Control of basic diseases: Active treatment of cardiovascular diseases such as coronary heart disease, hypertension and heart failure. A healthy lifestyle: Stop smoking and drink, avoid high fat and salty diets, and maintain moderate exercise. Periodic medical check-ups: cardiac health checks should be carried out regularly, especially for persons with family history of genetic heart disorder. Learning to use CPR and AED to save lives at critical times. ICD: People at high risk can consider preventive ICDs to reduce the risk of sudden death.
In conclusion, room tremor is a fatal cardiac disorder, but its terribleness is that it “grateful”. Once that happens, it takes a while to save. Through CPR and AED use, many room tremors can be successfully treated. In addition, early identification of potential problems and active prevention of onset are key to the protection of heart health for populations at risk of cardiovascular disease. While room tremors are dangerous, scientific management and intervention can significantly reduce their threat to life. Protect the heart from day to day; learn first aid to protect life!
It’s a hysteria.
