The Atrial Fibrillation, AF, is a common heart disorder characterized by electrical activity disorders within the heart room, which results in a loss of effective mechanical contraction. Internal tremors are one of the most common persistent heart disorders, characterized by high rates of morbidity, relapse and multiple complications. Not only does it significantly affect the quality of life of patients, but it also increases the risk of moderate, heart failure and death. This paper will explore in detail the causes of cystalfibre and the methods of recovery to help patients and medical personnel better understand and manage the disease.
I. Causes of convulsion
The occurrence of room tremors is usually the result of a combination of factors, which can be divided into two categories: heart and non-heart.
(i) Cardiac factors
1. High blood pressure
High blood pressure is one of the most common risk factors for room tremors. Long-term hypertension have led to increased pressure and volume loads in the left heart room, and to the reconstruction of the CPR and electrical activity, which eventually induces a tremor.
Coronary heart disease
The sclerosis of coronary porridge leads to myocardial insinuation and fibrosis, affecting the stability of electrical activity in the heart room and increasing the risk of twitching.
3. Veal heart disease
One of the major causes of internal tremors is the expansion of the left heart and the increase in pressure due to the narrow or incomplete valves.
4. Heart failure
Cardiocardial stress and volume load increased for patients with cardiac failure, CPR disorders and a significantly higher incidence of room tremors.
Congenital heart disease
Congenital heart disease, such as loss of room spacing and Farrow IV, can cause abnormal cardiac structure and increase the risk of room tremors.
(ii) Non-cardial factors
1. Age growth
The incidence of room tremors increases significantly with age, with a high number of persons over 65 years of age.
2. Metabolism
Diabetes: Increased risk of cardiac fibrosis and abnormal electrical activity for diabetes patients.
The thyroid function is abnormal: athopaedic or hypothylene can lead to eccentric electrical disturbances and trigger tremors.
Obesity
The increase in the heart load of obese patients and changes in the structure and functioning of the heart room are important risk factors for thawing.
Alcohol intake
A long-term high level of alcohol consumption or acute alcohol poisoning (“sabre cardiac syndrome”) can induce room tremors.
5. Infections and inflammations
Acute or chronic inflammation (e.g., myocarditis, pneumonia) can affect CPR activities through inflammation media and induce tremors.
6. Other factors
Chronic obstructive pulmonary disease (COPD), sleep respiratory suspension syndrome, electrolytic disorders (e.g., low potassium blood, low magnesia) can all increase the risk of vertigation.
II. Categorization of telekinesis
Depending on the duration and onset of the tremors, they can be classified into the following categories:
1. Sporadic tremors
The tremors last less than seven days and can normally be terminated on their own or restored through treatment.
2. Persistent room tremors
Room tremor lasts longer than seven days and usually requires medication or ECT to restore the tactile heart.
3. Long-term persistent room tremors
The tremor lasts more than one year, but it is still possible to restore the tactile heart rate through treatment.
4. Permanent room tremors
Room tremors have been accepted as permanent and no longer attempt to restore the tactile heart rate, but with control of the heart rate and prevention of complications as the main treatment objective.
iii. Cardiac defibrillation recovery
The treatment targets for room tremors include the restoration and maintenance of taccardia, control of the heart rate, prevention of haematosis complications and improvement of the quality of life of patients. Following are the main treatments for room tremors:
(i) Restoration of the cardiac rhythm
1. Drug rehabilitation
For amplified or persistent room tremors, the diarrhea is restored through anti-heart disorders. Common drugs include:
Amiodineketone: For various types of room tremors, the efficacy of treatment is significant, but attention needs to be paid to the possible adverse effects of long-term use on organs such as lungs and thyroid.
Propatone: applies to patients with non-observed physical heart disease.
Iblit: The drug applied to acute room tremors is subject to the conditions of guardianship.
2. Telecommunication
Rehabilitating the thorium heart rate by electroshock, which applies to patients whose drug retacts are ineffective or more serious.
Anticondensation treatment is required prior to ECT to reduce the risk of embolism.
(ii) Maintenance of the cardiac rhythm
1. Medicines for heart disorders
Drugs commonly used for the maintenance of thorus heart disease include amiodone, sotarore and Propatone.
The choice of medicines is subject to individualization based on the patient ‘ s underlying illness and tolerance.
2. Pioneer digestion
The elimination of the triggers or maintenance mechanisms for room tremors through radio-frequency or refrigerated digestion techniques applies to patients with poor or unsatisfied drug treatment.
Absorption of the tube is an important means of treating tremors at present, especially for persons with tremors.
(iii) Control heart rate
1. Drug treatment
Common drugs include:
Beta receptor retardant: e.g. Metolore, for patients with coronary heart disease or hypertension.
Calcium route retardants: e.g., Villapami, for patients with heart failure.
Geosin: applies to patients with heart failure, subject to the risk of drug poisoning.
Room digestion + pacemaker implants
In cases where the medication is ineffective, the heart rate can be controlled by room digestion and a permanent pacemaker is inserted.
(iv) Prevention of haemobolism complications
1. Anticondensation treatment
There has been a significant increase in the risk of embolism, especially in the brain, among patients with room tremors. Anticondensation treatment is a key measure to prevent blood embolism.
Common anticondensers include:
Wafarin: The international standardized margin (INR) needs to be regularly monitored to ensure condensation.
New types of oral anticondensants (NOACs): such as Dabiga, Lifasha, Ashaban, have the advantage of a fixed dose without regular monitoring.
2. Left heart ear blockage
For patients who are not suitable for long-term anticondensation treatment, the risk of blood embolism can be reduced by left-heart blockage.
IV. Integrated management of telekinesis
The treatment of room tremors requires a combination of the patient ‘ s condition, underlying diseases and quality of life, and an individualized integrated management strategy.
1. Lifestyle interventions
Weight control to avoid obesity.
Limiting alcohol intake and avoiding the contributing factors.
Actively treating basic diseases such as hypertension, diabetes, thyroid abnormalities, etc.
2. Regular follow-up visits
Persons with room tremors are required to follow up on a regular basis to monitor the effects of the heart, heart function and anticondensation treatment and to adjust the treatment programme in a timely manner.
3. Patient education
To raise patients ‘ awareness of room tremors, enhance their self-management capacity, comply with medical orders, and avoid unauthorized withdrawals or changes in treatment programmes.
Concluding remarks
Cardiac tremor is a complex heart disorder with diverse causes, and treatment requires individualized programmes tailored to the specific circumstances of the patient. Through a variety of means, such as drug treatment, catheter digestion and anticondensation treatment, it is possible to effectively control room tremors, reduce the risk of complications and improve the quality of life of patients. The public should raise awareness of room tremors, especially among high-risk groups, and should undergo regular medical examinations, early detection and active treatment. In the future, as medical technology progresses, the treatment of room tremors will become more precise and efficient, providing better health protection for patients.
