What is Supraventricular Tachycardia. How does SVT affect heart rhythm. What are the common symptoms of SVT. When should you seek medical attention for SVT. What treatment options are available for managing SVT.

Understanding Supraventricular Tachycardia: A Rapid Heart Rhythm Disorder

Supraventricular tachycardia (SVT) is a cardiac condition characterized by episodes of abnormally fast heart rhythm originating above the ventricles. This disorder affects the heart’s electrical system, causing sudden and often alarming increases in heart rate. While SVT is generally not life-threatening, it can significantly impact a person’s quality of life and may require medical intervention in some cases.

What exactly is SVT?

SVT occurs when the electrical signals controlling the heart’s rhythm malfunction, resulting in a rapid heartbeat that can exceed 100 beats per minute (bpm) at rest. This accelerated heart rate can persist for several minutes to hours, potentially leading to various symptoms and discomfort.

The Mechanics of SVT: How It Affects Your Heart

To comprehend SVT, it’s crucial to understand the heart’s normal electrical conduction system. The heart’s natural pacemaker, the sinoatrial (SA) node, typically initiates each heartbeat. In SVT, abnormal electrical pathways or focal points in the atria or AV node can bypass the SA node, creating rapid circuits or firing rapidly to produce an accelerated heart rhythm.

What triggers SVT episodes?

SVT episodes can be triggered by various factors, including:

• Stress or anxiety
• Caffeine consumption
• Alcohol intake
• Fatigue
• Certain medications
• Hormonal changes
• Electrolyte imbalances

However, it’s important to note that SVT episodes can also occur spontaneously without any apparent trigger.

Recognizing the Symptoms of Supraventricular Tachycardia

The symptoms of SVT can vary from person to person and may range from mild to severe. Some individuals may experience no symptoms at all, while others may find the episodes highly distressing.

What are the most common symptoms of SVT?

The primary symptoms of SVT include:

• Sudden onset of rapid heartbeat (palpitations)
• Chest discomfort or pain
• Shortness of breath
• Lightheadedness or dizziness
• Fatigue
• Weakness
• Anxiety
• Sweating
• Nausea

These symptoms typically begin and end abruptly, lasting anywhere from a few minutes to several hours.

Diagnosing SVT: Medical Evaluations and Tests

Accurate diagnosis of SVT is essential for proper management and treatment. Healthcare providers employ various diagnostic tools and techniques to confirm the presence of SVT and determine its specific type.

How is SVT diagnosed?

The diagnostic process for SVT may include:

1. Medical history and physical examination
2. Electrocardiogram (ECG or EKG)
3. Holter monitor or event recorder
4. Echocardiogram
5. Electrophysiology study

These tests help doctors assess the heart’s electrical activity, identify abnormal rhythms, and rule out other potential cardiac conditions.

Treatment Options for Managing Supraventricular Tachycardia

The treatment approach for SVT depends on the frequency and severity of episodes, as well as the individual patient’s overall health and preferences. Management strategies range from conservative measures to more invasive interventions.

What are the primary treatment options for SVT?

Treatment options for SVT include:

• Vagal maneuvers: Simple techniques to slow heart rate, such as bearing down, holding your breath, or applying ice to your face
• Medications: Antiarrhythmic drugs to control heart rhythm or slow heart rate
• Cardioversion: Electrical shock to reset the heart’s rhythm
• Catheter ablation: Minimally invasive procedure to eliminate abnormal electrical pathways

The choice of treatment depends on factors such as the type of SVT, frequency of episodes, and patient preferences.

Living with SVT: Lifestyle Modifications and Self-Management Strategies

While medical interventions play a crucial role in managing SVT, lifestyle modifications can also help reduce the frequency and severity of episodes. Implementing certain self-management strategies can empower individuals to take control of their condition and improve their quality of life.

How can lifestyle changes help manage SVT?

Some effective lifestyle modifications for SVT management include:

• Stress reduction techniques (e.g., meditation, deep breathing exercises)
• Regular exercise and maintaining a healthy weight
• Limiting caffeine and alcohol consumption
• Avoiding tobacco use
• Getting adequate sleep
• Staying hydrated
• Managing underlying health conditions

These changes, combined with proper medical care, can significantly improve outcomes for individuals with SVT.

When to Seek Medical Attention: Recognizing Emergency Situations

While SVT is generally not life-threatening, certain situations may require immediate medical attention. It’s crucial for individuals with SVT to recognize the signs of a potential emergency and seek help promptly.

When should you call 999 or go to the emergency room?

Seek immediate medical care if:

• An SVT episode lasts longer than 30 minutes
• You experience chest pain or severe shortness of breath
• You lose consciousness or feel extremely lightheaded
• You have a history of heart disease and experience prolonged palpitations

Prompt medical attention in these situations can prevent potential complications and ensure appropriate treatment.

The Future of SVT Management: Emerging Treatments and Research

As medical science advances, new treatment options and management strategies for SVT continue to emerge. Ongoing research aims to improve diagnostic accuracy, develop more effective medications, and refine interventional techniques.

What are some promising developments in SVT treatment?

Recent advancements and areas of ongoing research include:

• Improved mapping technologies for more precise catheter ablation procedures
• Novel antiarrhythmic medications with fewer side effects
• Gene therapy approaches to correct underlying electrical abnormalities
• Wearable devices for real-time monitoring and early intervention
• Artificial intelligence algorithms for more accurate diagnosis and treatment planning

These developments hold promise for enhancing the management of SVT and improving patient outcomes in the future.

Understanding Different Types of Supraventricular Tachycardia

Supraventricular tachycardia is not a single condition but rather an umbrella term encompassing several distinct types of rapid heart rhythms originating above the ventricles. Each type of SVT has unique characteristics and may require different approaches to diagnosis and treatment.

What are the main types of SVT?

The primary types of SVT include:

1. Atrioventricular Nodal Reentrant Tachycardia (AVNRT): The most common form of SVT, involving a reentry circuit in the AV node
2. Atrioventricular Reciprocating Tachycardia (AVRT): Involves an accessory pathway between the atria and ventricles, including Wolff-Parkinson-White syndrome
3. Atrial Tachycardia: Rapid firing of an ectopic focus in the atria
4. Junctional Tachycardia: Originates from the AV junction
5. Inappropriate Sinus Tachycardia: Abnormally high resting heart rate due to increased sinus node automaticity

Understanding the specific type of SVT is crucial for determining the most appropriate treatment strategy.

SVT in Special Populations: Pregnancy, Children, and Older Adults

While SVT can affect individuals of all ages, certain populations may require special considerations in terms of diagnosis, treatment, and management. Pregnant women, children, and older adults with SVT may face unique challenges and require tailored approaches to care.

How does SVT management differ in special populations?

Key considerations for special populations include:

• Pregnancy: Balancing maternal and fetal health, avoiding certain medications, and considering non-pharmacological interventions
• Children: Age-appropriate diagnostic techniques, medication dosing, and long-term management strategies
• Older adults: Addressing comorbidities, medication interactions, and potential complications of treatment

Healthcare providers must take these factors into account when developing treatment plans for individuals in these special populations.

The Psychological Impact of Living with SVT

Living with a chronic cardiac condition like SVT can have significant psychological effects on individuals. The unpredictable nature of SVT episodes, fear of recurrence, and potential lifestyle limitations can lead to anxiety, depression, and reduced quality of life for some patients.

How can individuals cope with the psychological aspects of SVT?

Strategies for managing the psychological impact of SVT include:

• Seeking support from mental health professionals
• Joining support groups or online communities for individuals with SVT
• Practicing stress-reduction techniques and mindfulness
• Educating oneself about the condition to reduce uncertainty and fear
• Developing a strong support network of family and friends
• Setting realistic goals and expectations for managing the condition

Addressing the psychological aspects of SVT is crucial for comprehensive patient care and improved overall well-being.

Navigating Insurance and Healthcare Systems with SVT

Managing a chronic condition like SVT often involves navigating complex healthcare systems and insurance policies. Understanding coverage options, treatment costs, and available resources can help individuals make informed decisions about their care and minimize financial stress.

What should patients know about insurance coverage for SVT treatment?

Important considerations regarding insurance and healthcare for SVT patients include:

• Reviewing insurance policies for coverage of diagnostic tests, medications, and procedures
• Understanding potential out-of-pocket costs and exploring financial assistance programs
• Communicating effectively with healthcare providers and insurance companies
• Keeping detailed records of medical history, treatments, and expenses
• Exploring clinical trials or research studies that may offer additional treatment options

Being proactive and informed about insurance and healthcare options can help individuals with SVT access the care they need while managing costs effectively.

Supraventricular tachycardia (SVT) – NHS

Supraventricular tachycardia (SVT) is a condition where your heart suddenly beats much faster than normal. It’s not usually serious, but some people may need treatment.

Causes of supraventricular tachycardia (SVT)

SVT happens when the electrical system that controls your heart rhythm is not working properly.

This causes your heart to suddenly beat much faster. It can then slow down abruptly.

A normal resting heart rate is 60 to 100 beats per minute (bpm). But with SVT your heart rate suddenly goes above 100bpm. This can happen when you’re resting or doing exercise.

Symptoms of supraventricular tachycardia (SVT)

Having SVT means your heart suddenly beats faster.

This:

• usually lasts for a few minutes, but can sometimes last for several hours
• can happen several times a day or once a year – it varies
• can be triggered by tiredness, caffeine, alcohol or drugs – but often there’s no obvious trigger
• can happen at any age, but often starts for the first time in children and young adults – many people have their first symptoms between 25 and 40

You may get no other symptoms, but sometimes people also:

• have chest pain
• feel weak, breathless or lightheaded
• feel tired
• feel sick or are sick

Non-urgent advice: See a GP if you keep getting a fast heartbeat

It’s important to get it checked out. You might need a test, such as an electrocardiogram (ECG), to find out what’s going on.

Immediate action required: Call 999 or go to A&E if:

• you have been diagnosed with SVT and your episode has lasted longer than 30 minutes
• you have sudden shortness of breath with chest pain

You need to go to hospital for treatment immediately.

Things you can do to help with supraventricular tachycardia (SVT)

If your episodes of SVT only last a few minutes and do not bother you, you may not need treatment.

You can make changes to your lifestyle to reduce your chances of having episodes, such as:

• cutting down on the amount of caffeine or alcohol you drink
• stopping or cutting back on smoking
• making sure you get enough rest

Your doctor may also be able to recommend some simple techniques to help stop episodes when they happen.

Treating supraventricular tachycardia (SVT) in hospital

SVT is rarely life threatening. But you may need treatment in hospital if you keep having long episodes.

This may include:

• medicines to control the episodes of SVT – given as tablets or through a vein
• cardioversion – a small electric shock to the heart to help it get back to a normal rhythm
• catheter ablation – a treatment where thin tubes are placed through a vein or artery into your heart to correct the problem with the electrical system; this permanently cures the problem in most patients

Find out more about:

• cardioversion: British Heart Foundation
• catheter ablation: British Heart Foundation

Page last reviewed: 27 April 2021
Next review due: 27 April 2024

Types, Causes, & Risk Factors

Written by WebMD Editorial Contributors

• How Your Heart Beats
• What Is Supraventricular Tachycardia?
• Causes
• Symptoms
• Diagnosis
• Treatments
• More

Sometimes, a problem with your heart’s electrical signals can make it speed up, even when you’re not anxious or exercising. One type of faster-than-normal heartbeat is called supraventricular tachycardia (SVT).

SVT is a group of heart conditions that all have a few things in common.

The term has Latin roots. Supraventricular means “above the ventricles,” which are the lower two sections of your heart. Tachycardia means “fast heart rate.”

Other conditions can cause your heart to beat too fast. Your doctor will need all the details of your symptoms. They’ll also do a physical exam and record your heartbeats to be sure of the diagnosis.

Most of the time, it doesn’t cause any serious health problems even though a racing heartbeat can be a scary feeling. Still, you should see your doctor about it. When your heart beats too quickly, it can’t pump out enough blood to meet your body’s needs.

Sometimes you might have a drop in blood pressure and feel dizzy or lightheaded. Other times, the only feeling is the rapid heartbeat.

Your doctor can try to bring your heart back into a regular rhythm with medicines and other treatments.

Your heart is a muscular organ that pumps about 100,000 times a day to send oxygen-rich blood out to your body. It has four pumping chambers to do the job. The left and right atria are at the top, and the left and right ventricles are on the bottom.

Your heart also has something of a natural pacemaker. It’s called the sinoatrial node, or SA node, for short. It’s at the top of the heart and sends out electrical signals that keep it beating the right way.

The electrical signal from the SA node makes the muscles of the atria contract to pull blood into the ventricles. Then the signal moves down and causes the muscles of the ventricles to squeeze. That causes blood to go out to the body.

The heart beats like this in a familiar lub-dub pattern some 50 to 99 times a minute if you’re at rest.

The heart normally increases and decreases in speed based on signals that get sent to the SA node. During a bout of SVT, these signals do not occur normally.

Tachycardia is a faster-than-normal heart rate at rest. If you have this condition, your heart beats too quickly — more than 100 times a minute. The “supra” in supraventricular means above the ventricles.

With this condition, the fast heartbeat starts in the top chambers of the heart, the atria. When electrical signals in the atria fire off early, the atria contract too soon. That interrupts the main electrical signal coming from the SA node. This results in the heart beating very quickly through an abnormal and separate pathway.

This condition is divided into three types:

Atrioventricular nodal reentrant tachycardia is the most common form. If you have it, there’s an extra pathway in your heart that causes an electrical signal to circle around and around instead of moving down to the ventricles. This can trigger the rapid heartbeat.

Atrioventricular reciprocating tachycardia happens when an abnormal pathway links the atria and ventricles, causing the signal to move around and around in a big loop.

If you have the inherited condition called Wolff-Parkinson-White syndrome, you have this extra pathway. This condition can be serious. If it is part of your family history, have it checked.

Atrial tachycardia happens when a short circuit in the right or left atrium triggers a faulty electrical signal.

Bouts of any of these can last from a few seconds to a few hours. When SVT only happens from time to time, it’s called paroxysmal supraventricular tachycardia.

Most of the time, SVT happens without any obvious reason. It often starts when you are in your teens or early 20s.

Sometimes you are born with abnormal pathways or electrical circuits in your heart. Faulty circuits can also form out of scar tissue left behind after surgery.

Your heart is more likely to race if you:

• Drink a lot of caffeine and/or alcohol
• Smoke
• Are under a lot of stress or are very tired
• Take certain medicines, such as asthma drugs, decongestants, and some herbal diet remedies
• Take drugs such as cocaine or methamphetamine, also called crystal meth

When your heart beats too quickly, it doesn’t have time to fully refill with blood in between beats. That means it can’t send enough blood out to your body. That can cause:

• Chest pain
• Dizziness
• Fatigue
• Shortness of breath

If you have symptoms, your doctor will ask you detailed questions.

They’ll want to know how old you were when you first noticed a problem. They’ll also ask when and how your symptoms began. That includes whether you were exercising when you noticed things such as a rapid pulse, dizziness or a hard time breathing.

Other things they’ll ask you about:

• Whether the symptoms came on suddenly or slowly
• What they feel like to you and how long they tend to last
• Whether you’ve noticed that you’ve had a fast heartbeat after caffeine or stress
• Whether you or anyone in your family has had heart problems or procedures

During your exam, your doctor will listen to your heart and lungs with a stethoscope. They might also:

• Feel your thyroid gland on your neck
• Get your temperature and measure your blood pressure
• Take a small blood sample with a thin needle

EKG test

If your doctor suspects supraventricular tachycardia after hearing about your symptoms, examining you and running some basic tests, they might ask you to get an EKG. You may hear them call it an “electrocardiogram” or an ECG.

This test records your heart’s rhythm over time, so if it’s not beating as it should, it can reveal what the problem is. If you’re getting one, there’s nothing special you need to do ahead of time to get ready.

To set up the test, a nurse or technician will attach six sticky patches called electrodes on your chest and others on your arms and legs. If you have a hairy chest, an aide may need to shave small areas so they stay put.

Each one will go with a wire that leads to a machine. During the test, which takes just a few minutes, you’ll be asked to lie still and breathe normally.

Home monitoring

You might have symptoms just once in a while, so a single EKG in the doctor’s office may not reveal an abnormal heart rate.

In these cases, you might need to wear a device for longer so doctors can record your heart while you’re having symptoms. You may be sent home with one of the following:

A Holter monitor is a small, battery-powered EKG that records your heart’s activity for 24 to 48 hours. The device is about the size of a small camera and has little electrodes placed on your chest while you wear it. You can do most of your daily activities, but you shouldn’t bathe or shower.

An event monitor is also a portable EKG but might be more practical if you have symptoms less than once a day. You can wear it for longer than a Holter and press a button on it when you’re having symptoms. The monitor will record details only for the few minutes you’re feeling the fast heartbeat.

Your doctor may ask you to wear it for days or weeks.

Further tests

If you’re diagnosed based on the results of an EKG, you may need more tests to figure out what type of SVT you have and what’s causing it.

Often, this can include what’s called an “electrophysiology study” so that doctors can learn in more detail how the different sections of your heart are sending electrical signals to each other.

For this test, you are sedated at a hospital or clinic and soft, flexible wires are passed through your veins into your heart. You will need someone to drive you to and from your appointment. Talk to your doctor about how to prepare because this test is more involved.

One treatment for SVT uses medicine to slow the heartbeat.

If that doesn’t fix the problem for you, another option is called ablation. In this procedure, a surgeon burns the pathway that causes the abnormal electrical signals.

If you feel like your heart is fluttering and you have any of the symptoms listed above, make an appointment with your doctor to be tested.

Top Picks

clinical death from the point of view of medicine – Moscow 24, 06/09/2015

Photo: M24. ru/Mikhail Sipko

Woland’s mouth, perfectly describe the feelings of most people. Probably, there is no person who would not be afraid of death. But along with the big death, there is a small death – clinical. What is it, why people who have experienced clinical death often see the divine light and is it not a delayed path to paradise – in the material M24.ru.

Clinical death from the point of view of medicine

The problems of studying clinical death as a borderline state between life and death remain among the most important in modern medicine. Unraveling many of its mysteries is also difficult because many people who have experienced clinical death do not fully recover, and more than half of patients with a similar condition cannot be resuscitated, and they die for real – biologically.

So, clinical death is a condition accompanied by cardiac arrest, or asystole (a condition in which various parts of the heart stop contracting first, and then cardiac arrest occurs), respiratory arrest and deep, or beyond, cerebral coma. With the first two points, everything is clear, but about whom it is worth explaining in more detail. Usually doctors in Russia use the so-called Glasgow scale. According to the 15-point system, the reaction of opening the eyes, as well as motor and speech reactions, is evaluated. 15 points on this scale correspond to clear consciousness, and the minimum score – 3, when the brain does not respond to any kind of external influence, corresponds to transcendental coma.

After stopping breathing and cardiac activity, a person does not die immediately. Almost instantly, consciousness is turned off, because the brain does not receive oxygen and its oxygen starvation sets in. But nevertheless, in a short period of time, from three to six minutes, he can still be saved. Approximately three minutes after breathing stops, cell death begins in the cerebral cortex, the so-called decortication. The cerebral cortex is responsible for higher nervous activity and, after decortication, resuscitation measures, although they can be successful, a person can be doomed to a vegetative existence.

Photo: TASS/Sergey Bobylev

A few minutes later, cells of other parts of the brain begin to die – in the thalamus, hippocampus, cerebral hemispheres. The state in which all parts of the brain have lost functional neurons is called decerebration and actually corresponds to the concept of biological death. That is, the revival of people after decerebration is in principle possible, but a person will be doomed for the rest of his life to be on artificial lung ventilation and other life-sustaining procedures for a long time.

The fact is that the vital (vital – M24.ru) centers are located in the medulla oblongata, which regulates breathing, heartbeat, cardiovascular tone, as well as unconditioned reflexes like sneezing. With oxygen starvation, the medulla oblongata, which is actually a continuation of the spinal cord, dies one of the last sections of the brain. However, although the vital centers may not be damaged, by then decortication will have set in, making it impossible to return to normal life.

Other human organs such as the heart, lungs, liver and kidneys can survive much longer without oxygen. Therefore, one should not be surprised at the transplantation, for example, of kidneys taken from a patient with an already brain dead. Despite the death of the brain, the kidneys are still in working condition for some time. And the muscles and cells of the intestine live without oxygen for six hours.

Currently, methods have been developed that can increase the duration of clinical death up to two hours. This effect is achieved with the help of hypothermia, that is, artificial cooling of the body.

Photo: TASS/Vladimir Smirnov

As a rule (unless, of course, it happens in a clinic under the supervision of doctors), it is rather difficult to determine exactly when the cardiac arrest occurred. According to current regulations, doctors are required to carry out resuscitation measures: heart massage, artificial respiration for 30 minutes from the start. If during this time it was not possible to resuscitate the patient, then biological death is stated.

However, there are several signs of biological death that appear as early as 10–15 minutes after brain death. First, Beloglazov’s symptom appears (when pressing on the eyeball, the pupil becomes similar to a cat’s), and then the cornea of ​​​​the eyes dries up. If these symptoms are present, resuscitation is not carried out.

How many people survive clinical death safely

It may seem that most people who find themselves in a state of near death come out of it safely. However, this is not the case, only three to four percent of patients can be resuscitated, after which they return to normal life and do not suffer from any mental disorders or loss of body functions.

Another six to seven percent of patients, being resuscitated, nevertheless do not fully recover, suffer from various brain lesions. The vast majority of patients die.

Such sad statistics are largely due to two reasons. The first of them – clinical death can occur not under the supervision of doctors, but, for example, in the country, from where the nearest hospital is at least half an hour away. In this case, the doctors will come when it will be impossible to save the person. Sometimes it is impossible to timely defibrillate when ventricular fibrillation occurs.

“Special Report”: Beyond the Boundaries

The second reason is the nature of the damage to the body during clinical death. When it comes to massive blood loss, resuscitation is almost always unsuccessful. The same applies to critical myocardial damage in a heart attack.

For example, if more than 40 percent of the myocardium is affected as a result of blockage of one of the coronary arteries, death is inevitable, because the body cannot live without heart muscles, no matter what resuscitation measures are taken.

Thus, it is possible to increase the survival rate in case of clinical death mainly by equipping crowded places with defibrillators, as well as by organizing flying ambulance crews in hard-to-reach areas.

Clinical death for patients

If clinical death for doctors is an emergency, in which it is necessary to urgently resort to resuscitation, then for patients it often seems like a path to the bright world. Many near-death survivors have reported seeing light at the end of a tunnel, some meeting their long-dead relatives, others looking at the earth from a bird’s eye view.

“I had a light (yes, I know how it sounds), and I seemed to see everything from the outside. It was bliss, or something. No pain for the first time in so much time. “someone else’s life and now I’m just slipping back into my skin, my life – the only one in which I’m comfortable. It’s a little tight, but it’s a pleasant tightness, like a frayed pair of jeans that you’ve been wearing for years,” says Lydia, one of the patients, who suffered clinical death.

Photo: M24.ru/Mikhail Sipko

It is this feature of clinical death, its ability to evoke vivid images, that is still the subject of much controversy. From a purely scientific point of view, what is happening is described quite simply: brain hypoxia occurs, which leads to hallucinations in the actual absence of consciousness. What kind of images arise in a person in this state is a strictly individual question. The mechanism of occurrence of hallucinations has not yet been fully elucidated.

At one time the endorphin theory was very popular. According to her, much of what people experience near death can be attributed to the release of endorphins due to extreme stress. Since endorphins are responsible for getting pleasure, and in particular even for orgasm, it is easy to guess that many people who survived clinical death considered ordinary life after it to be only a burdensome routine. However, in recent years, this theory has been debunked because researchers have found no evidence that endorphins are released during clinical death.

There is also a religious point of view. As, however, in any cases that are inexplicable from the standpoint of modern science. Many people (there are scientists among them) tend to believe that after death a person goes to heaven or hell, and the hallucinations that survivors of near-death experience saw are only proof that hell or heaven exists, like the afterlife in general. It is extremely difficult to give any assessment to these views.

Nevertheless, not all people experienced heavenly bliss at clinical death.

“I suffered clinical death twice in less than one month. I didn’t see anything. When they returned, I realized that I was nowhere, in non-existence. I didn’t have anything there. I concluded that there you get rid of everything by completely losing yourself , probably, together with the soul. Now death does not really bother me, but I enjoy life, “accountant Andrey cites his experience.

In general, studies have shown that at the time of human death, the body loses little in weight (literally a few grams). Adherents of religions hastened to assure mankind that at this moment the soul is separated from the human body. However, the scientific approach says that the weight of the human body changes due to chemical processes occurring in the brain at the time of death.

Physician’s opinion

Current standards require resuscitation within 30 minutes of the last heartbeat. Resuscitation stops when the human brain dies, namely on registration on the EEG. I have personally resuscitated a patient once who went into cardiac arrest. In my opinion, the stories of people who have experienced clinical death are, in most cases, a myth or fiction. I have never heard such stories from patients of our medical institution. As well as there were no such stories from colleagues.

Moreover, people tend to call clinical death completely different conditions. It is possible that the people who allegedly had it did not actually die, they just had a syncopal state, that is, fainting.

Cardiovascular diseases remain the main cause that leads to clinical death (as well as to death in general). Generally speaking, such statistics are not kept, but it must be clearly understood that clinical death occurs first, and then biological. Since the first place in mortality in Russia is occupied by diseases of the heart and blood vessels, it is logical to assume that they most often lead to clinical death.

Dmitry Yeletskov

anesthesiologist-resuscitator, Volgograd

One way or another, the phenomenon of near-death experience deserves careful study. And it is quite difficult for scientists, because in addition to the fact that it is necessary to establish which chemical processes in the brain lead to the appearance of certain hallucinations, it is also necessary to distinguish truth from fiction.

science coma patients scientific issues clinical death

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Medium

Merit

• Award for Best Hospital in Singapore at the 2018 Global Brands Magazine Awards.
• Best Patient Experience Award (Private) at the 2019 Healthcare Asia Awards.
• Best Medical Tourism Hospital Award at the 2020 International Medical Travel Journal (IMTJ) Awards.
• Best Hospital for Quality Award at the 2020 Global Health and Pharma Awards.
• Award for Best Customer Service Hospital at the 2021 Singapore Business Review National Business Awards.

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Other related hospitals

Gurgaon, India

Medium

Medium

3.4 9011 7

1 reviews

Merits

• Best General Hospital in India – 2021 – Awarded by India Today. This award recognizes the exceptional work of Medanta – The Medicity in providing quality medical services across multiple specialties.
• Best Cardiology Hospital in India – 2020 – This award recognizes the outstanding work of Medanta – The Medicity in Cardiology by Times of India.
• Best Liver Transplant Hospital in India – 2019 – This award recognizes the exceptional work of Medanta – The Medicity in the field of Liver Transplant awarded by CNBC-TV18.
• Best Cancer Hospital in India – 2018 – This award recognizes the outstanding work of Medanta – The Medicity in oncology by Times of India.
• Best Neurology Hospital in India – 2017 – Awarded by India Today, this award recognizes the exceptional work of Medanta – The Medicity in the field of Neurology.

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Accreditation

New Delhi, India

Medium

Medium

org/AggregateRating”> 2.6

2 reviews

Merit

• Best Hospital for Patient Safety in Delhi 2021: Venkateshwar Hospital won Best Hospital for Patient Safety in Delhi at India Awards Today Health Care Awards 2021
• Best Multi Specialty Hospital Delhi – 2020 : The Best Multi Specialty Hospital Delhi award was given to Venkateshwar Hospital at the Times Healthcare Achievers Delhi-NCR Awards 2020.
• Best Gastroenterology Hospital in Delhi – 2019: This award was given to Venkateshwar Hospital by the Worldwide Achievers Healthcare Excellence Awards for outstanding work in the field of gastroenterology.
• Best Hospital in East Delhi – 2018: Venkateshwar Hospital won Best Hospital in East Delhi at Times Health Icons Awards 2018. at the 2017 Times Healthcare Achievers Awards.

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Accreditation

Hyderabad, India

Medium

Medium

900 02 Merits

• Best Heart Hospital in India 2021: Apollo Health City was awarded the Best Heart Hospital in India » at Healthcare Asia Awards 2021.
• Best Transplant Hospital India 2020: Best Transplant Hospital India award was presented by Apollo Health City at India Today Healthcare Awards 2020.
• India’s Best Neurology and Neurosurgery Hospital 2019: Apollo Health City was awarded India’s Best Neurology and Neurosurgery Hospital at the India Today Healthcare Awards 2019.
• India’s Best Medical Tourism Hospital 2018: Award for Best Medical Tourism Hospital in India was awarded to Apollo Health City at the 2018 International Medical Tourism Congress Awards.
• Best Emergency & Intensive Care Hospital in South India 2017: Apollo Health City was awarded the Best Emergency & Intensive Care Hospital in South India at the Times Health Excellence Awards 2017.

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Accreditation

Seoul, South Korea

Medium

Medium 9016 9

Merit

• Best Heart Hospital in South Korea – 2021: St. Mary’s International Hospital received the award for the best Heart Hospital in South Korea at the Global Health and Travel Awards 2021.
• Best Neurology Hospital in Seoul 2020: The Best Neurology Hospital in Seoul was awarded by St. Mary International Hospital at the Global Health and Travel Awards 2020.
• Best Gastroenterology Hospital in South Korea – 2019: St. Mary’s International Hospital won the Best Gastroenterology Hospital in South Korea at the Global Health and Travel Awards 2019.
• Best Women’s Health Hospital in Seoul – 2018: Best Hospital Award Women’s Health in Seoul was awarded the Best Cancer Hospital in South Korea at the Global Health and Travel Awards 2018. Health and Travel Awards 2017.

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Accreditation

Hyderabad, India

Medium

Medium

900 02 Merits

• Telangana Best General Hospital 2021: Star Hospitals received the Telangana Best General Hospital award at the ceremony India Today Healthcare Awards 2021.
• Best Intensive Care Hospital Hyderabad 2020: The Best Intensive Care Hospital Hyderabad award was presented by Star Hospitals at Times Healthcare Achievers Hyderabad Awards 2020.
• Best Gastroenterology Hospital in Telangana 2019: Star Hospitals won the Best Gastroenterology Hospital in Telangana at the Worldwide Achievers Healthcare Excellence Awards 2019. abad at the Times Healthcare Achievers Hyderabad Awards 2018.
• Best Heart Hospital Telangana 2017: Star Hospitals received the Best Heart Hospital Telangana award at the Global Health and Travel Awards 2017.

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Accreditation

Chennai, India

Medium

Medium 901 69

Merits

• Tamil Nadu Best Cardiac Hospital 2021: Global Health City won Best Cardiac Hospital Award in Tamil Nadu at the India Today Healthcare Awards 2021.
• Best Cancer Hospital Chennai 2020: The Best Cancer Hospital Chennai award was presented by Global Health City at the Times Healthcare Achievers Chennai Awards 2020.
• Best General Hospital in South India 2019: Global Health City received the award for Best General Hospital in South India at the Global Health and Travel Awards 2019.
• Best Neurological Hospital in Chennai 2018: Global Health City received the Best Neurology Hospital in Chennai at Times Healthcare Achievers Chennai Awards 2018.
• Best Cardiology Hospital in India 2017: The Best Cardiology Hospital in India award was presented by Global Health City at the 2017 National Healthcare Excellence Award.

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Accreditation

New Delhi, India

Medium

Medium 901 69

Merits

• Best Neurology Hospital in Delhi 2021: Primus Super Specialty Hospital wins award for Best Neurology Hospital Delhi at India Today Healthcare Awards 2021.
• Best Cancer Hospital Delhi 2020: Best Cancer Hospital Delhi award was given to Primus Super Specialty Hospital at Times Healthcare Achievers Delhi Awards 2020.
• Best Heart Hospital in North India – 2019: Primus Super Specialty Hospital won Best Heart Hospital in North India at the India Today Healthcare Awards 2019. Hospital in Delhi was awarded Primus Super Specialty Hospital at India Today Healthcare Awards 2018.
• Best Gastroenterology Hospital Delhi – 2017: Primus Super Specialty Hospital won the Best Gastroenterology Hospital Delhi award at the India Healthcare Awards 2017.

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Gurgaon, India

Average

Average

org/AggregateRating”> 4.2

2 reviews

Merit

• Best Hospital for Patients 2021: Artemis Health Institute was awarded Best Pain Hospital for Patients” at the Global Health and Travel Awards 2021.
• Best Cancer Hospital 2020: Best Cancer Hospital Award was presented to Artemis Health Institute at Healthcare Asia Awards 2020.
• Best Medical Hospital 2019: Artemis Health Institute was awarded Best Hospital Medically of Vision at India Today Healthcare Awards 2019.
• Best Hospital for Medical Tourism 2018: Best Hospital for Medical Tourism was awarded to the Artemis Health Institute at the 2018 International Medical Tourism Congress Awards.
• Best Hospital for Cardiac Surgery 2017: Artemis Health Institute was awarded “Best Hospital for Cardiac Surgery” at the Times Health Excellence Awards 2017.

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103

Mumbai, India

Average

Average

Merits

• Best Hospital for Patient Safety in Maharashtra – 2021: Sterling Wockhardt Hospital won Best Hospital for Patient Safety in Maharashtra at the India Today Health Awards care Awards 2021.
• Best Hospital in Navi Mumbai – 2020: Best Hospital in Navi Mumbai was awarded to Sterling Wockhardt Hospital at the Global Health and Travel Awards 2020.
• Best Hospital for Bariatric Surgery in Maharashtra – 2019: This award was given Sterling Wockhardt Hospital at the Maharashtra Healthcare Leadership Awards for outstanding work in bariatric surgery.
• Best Intensive Care Hospital in Maharashtra – 2018: Sterling Wockhardt Hospital won the award for Best Intensive Care Hospital in Maharashtra at the Times Healthcare Achievers Awards 2018.
• Thane Best General Hospital 2017: The Thane Best General Hospital award was presented to Sterling Wockhardt Hospital at the 2017 Global Health and Travel Awards.

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3

Abu Dhabi United United Arab Emirates

Average

Average

Merit

• Best Hospital for Patients 2021: NMC Royal Hospital, Khalifa City was awarded “Best Hospital for Patients” at the 2021 International Hospital of the Year Awards “.
• Best Pediatric Hospital 2020: The Best Pediatric Hospital Award was presented to NMC Royal Hospital Khalifa City at the 2020 International Hospital of the Year Awards. “Best Hospital for Women’s Health” at Mother, Baby & Child Awards 2019.
• Best Hospital for Cardiology – 2018: The Best Hospital for Cardiology award was presented to NMC Royal Hospital, Khalifa City at the International Hospital of the Year Awards 2018.
• Best Fertility Hospital 2017: NMC Royal Hospital, Khalifa City was awarded the Best Fertility Hospital at the 2017 International Medical Tourism Exhibition and Conference.

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Accreditation

Patient records

Additional information on the topic

Some of the doctors Top Rated Nasal Polyp Surgery:

• Dr. Eng So Ping
• Dr. Adrian Sue Ming Saurajen
• Dr. Mok Kang Hwei Paul
• Dr. Dharambir Singh Sethi
• Dr. Leong Choi Kien Annabel

901 13

Procedures related to nasal surgery polyp:

• laryngectomy
• laryngectomy in Malaysia
• laryngectomy in South Africa
• laryngectomy in Hungary
• laryngectomy in South Korea
• Laryngectomy in Poland
• septoplasty
• Septoplasty in Malaysia
• Septoplasty in South Africa
• Septoplasty in Hungary
• Septoplasty in South Korea
• Septoplasty in Poland
• Tympanoplasty
• Tympanoplasty in Malaysia
• Tympanoplasty in South Africa
• Tympanoplasty in Hungary
• Tympanoplasty in South Korea

Leading JCI certified hospitals for nasal polyp surgery: 9Hospital and Etekwini Heart Centre, Durban

• Ahmed Katrada Private Hospital, Lenasia
• Netcare Linksfield Hospital, Johannesburg
• Life Kingsbury Hospital, Cape Town

Hungary

• Dr Rose Private Hospital, Budapest
• Medicover, Budapest

South Korea

• St. Mary International Hospital, Seoul
• Asan Medical Center, Seoul
• ID Hospital, Seoul
• BK Plastic Surgery Hospital, Seoul 901 03

Poland

• KCM Clinic, Jelenia Mountain
• American Heart of Poland, Ustron
• Karolina Medical Center, Warsaw

Ask your health care consultant for some of the best options and choose the one that meets your expectations.

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FAQ

It is a fact that certain factors must be taken into account when ranking a hospital. When it comes to Singapore, the following indicators can be used to rank nasal polyp surgery hospitals: infrastructure, procedure availability, popularity of the procedure, technology used, qualified and experienced professionals, cost, services provided, success rate.

With MediGence, you can enjoy quality health care along with convenience and cost savings. We will make sure that your journey for medical care is easy and hassle-free during your treatment abroad. Some of our unrivaled care services and benefits are just a few of our unrivaled care services and benefits: accommodation or hotel stays, airport transfers, recuperation packages, 24/7 assistance, online consultations, a dedicated care manager, and customized treatment packages with 30% guaranteed savings. . In addition, we have many other benefits for you to receive first-class medical care.

Absolutely! Yes. Before planning your medical trip to Singapore, you can get an efficient and useful online consultation with a specialist chosen there. To book an appointment, please contact our Patient Advisory Group. They will check the doctor’s availability, send you a payment link, and complete your appointment.

Many people around the world find Singapore’s nasal polyp surgery to be trustworthy due to its high success rate and excellent hospital infrastructure. Additional factors make Singapore an ideal option for nasal polyp surgery. These include:

• Experienced and Certified Professionals
• Affordable Treatment Plans
• Data Transparency and Privacy
• Accredited Hospitals
• Latest Medical Technology

Different procedures have different recovery times depending on the patient’s health and complexity of treatment.