Heart Attack Signs You Definitely Should Pay Attention To!

People often expect a heart attack to be a dramatic and sudden event, like what is portrayed in movies. However, the reality is typically more nuanced and can sometimes go unnoticed. It's crucial to understand that heart attacks often start slowly, with mild pain or discomfort. The symptoms can be subtle and confusing, so they can be easily overlooked or dismissed as less serious issues. Let's look at them together now.  

 

What happens during a heart attack?

During a heart attack, the blood flow to the heart muscle is either reduced or completely stops. This typically happens because of a blood clot that is blocking an artery. When the heart muscle does not get oxygen-rich blood, it ceases to work. 

 

Some common heart attack symptoms  

 

• A heart attack often causes chest pain. 

 

• There is a feeling of fullness or a clasping pain in the center of the chest. Most victims describe the pain as akin to an elephant standing on the chest (extreme pain). It usually lasts for about 15 minutes. 

 

• One also experiences shooting pain in the shoulders, neck, arm, back and sometimes even the teeth and jaw. 

 

• One undergoes increasing episodes of chest pain. 

 

• Prolonged pain in the upper abdomen. 

 

• Shortness of breath. 

 

• The victim might experience heavy sweating. 

 

• Since the heart’s pumping action is severely impaired during a severe heart attack, the victim might lose his/her consciousness. 

 

* In rare cases, as in patients who are diabetic, the heart attack may not be very painful, and sometimes can even be entirely painless.

Some symptoms that may also appear include: 

 

• Pain in the abdomen 

 

• Heart burn 

 

• Unusual tiredness 

 

• Nausea 

 

• Tightness or pain in the neck, shoulders or upper back 

 

Heart attack symptoms are not the same for everyone 

 

Not all heart attacks are the same, and they don't all have the same symptoms. Some heart attacks strike suddenly, but many start slowly, with mild pain or discomfort. Paying attention to your body and recognizing the signs can save your life. Many think heart attacks are sudden attacks of intense, unmistakable pain, but in truth, many miss heart attacks thinking it might be mere abdominal discomfort due to gas pains or indigestion. It's better to seek medical attention and be told it's not a heart attack than to ignore the symptoms and find out too late that it was. Don't let embarrassment, or fear you're wrong, hold you back from seeking medical attention. 

 

Also, women may experience symptoms differently from men. They're more likely to have:

Shortness of breath 

 

Nausea/vomiting 

 

 Back or jaw pain. ​

 

Sometimes heart disease may be silent and not diagnosed until a woman experiences signs or symptoms of a heart attack, heart failure, an arrhythmia, or stroke.

Not everyone who has a heart attack has the same symptoms. Many a time, we also tend to ignore a heart attack thinking it might be mere abdominal discomfort due to gas pains or indigestion. If you have more than a few of the symptoms listed above, then you are likely to be having one. Get emergency help immediately. 

 

What to do in case of a heart attack? 

• Rush to a hospital, immediately. If you recognize that you or someone around you is having a heart attack, get immediate medical help.

 

 • Take Aspirin: As soon as you recognize it is an attack, crush an aspirin, dissolve it in water and make the person drink it. 

 

• Emergency numbers: Every office and home must keep a list of emergency numbers like that of an ambulance service and hospital. 

 

A heart attack is different from cardiac arrest 

 

Do not confuse a heart attack with cardiac arrest. In the case of cardiac arrest, the heart suddenly stops. It occurs due to an electrical disturbance that obstructs the heart’s pumping function, which results in stopping blood flow to the rest of the body. Below are two fact files detailing the differences between a heart attack and cardiac arrest:

Sudden Cardiac Arrest Fact File  

 

SCA is a chaotic electrical condition of the heart resulting in the loss of blood flow to the brain and body. The most common form of SCA is ventricular fibrillation. 

 

Causes  

Electrical impulses of the heart become chaotic due to a blow to the chest or other (sometimes-unknown) health-related issues. As a result, the heart stops beating regularly and begins to flutter rapidly. 

 

Symptoms  

Typically, there are no symptoms of SCA. Usually, the first indication of SCA is when the victim faints. The second sign is breathing cessation.

Victim's Response 

A sudden cardiac arrest victim always loses consciousness from lack of oxygen.

 

 Risk of Death

A victim of SCA will die unless treated. If left untreated, the chances of survival decrease by 10% per minute. Typically, permanent brain damage occurs within 5-7 minutes.

Treatment 

The only treatment for SCA is defibrillation from an automated external defibrillator (AED). A shock from the AED stops the chaotic electrical activity and allows the heart's sinus node to resume a normal electrical impulse. 

 

Heart Attack Fact File 

The medical term for a heart attack is myocardial infarction: a blockage of the coronary arteries leading to a decrease in blood flow. When this happens, the heart muscles die or become permanently damaged. 

 

Causes 

Plaque made of cholesterol and other cells builds up in the walls of the heart’s arteries. When the build-up is great enough, the plaque creates a blockage, known as an occlusion, which restricts the blood supply to the heart muscle. 

 

Symptoms 

Warning signs of a heart attack include a tightening feeling in the chest, a sore or numb left arm, lower back, neck, and/or jaw. Other signs include bad indigestion, a feeling that something heavy is sitting on your chest, and shortness of breath. 

 

Victim's Response 

The victim of a heart attack is usually conscious and alert. 

 

Risk of Death  

Most victims can recover fully and lead normal lives, but about a third of heart attacks are deadly. A heart attack can lead to sudden cardiac arrest.  

 

Treatment

One treatment of a heart attack can be angioplasty, which opens up the blocked vessels with a medical balloon. Afterwards, a stent can be placed in the artery to help keep it open. Other treatments include clot-busting drugs called thrombolytics or nitroglycerin to reduce chest pain. 

 

So, remember this information, and most of all, remember the ABCs of heart care: Avoiding Tobacco, stress and fatty foods, being more active and choosing the right nutrition and lifestyle that will keep your heart healthy!

 

This is only for your information, kindly take the advice of your doctor for medicines, exercises and so on.   

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This is All You'll Ever Need to Know About Tachycardia

Tachycardia is a fast-resting heart rate of usually at least 100 beats per minute. This can be a dangerous condition, depending on its underlying cause and how hard the heart has to work. 

 

Normally, the adult resting heart, beats between 60-100 beats per minute. However, when an individual has tachycardia, the upper and/or lower chambers of the heart beat a lot faster. Our heart rates are controlled by electrical signals that are sent across the heart’s tissues. 

 

When the heart starts producing rapid electrical signals, tachycardia occurs. When the heart is beating too fast, it cannot pump efficiently, and blood flow to the rest of the body, including the heart, reduces. Since the heart is beating quicker, the myocardium (muscles of the heart) need more oxygen – if they become oxygen-starved, they will start to die off, leading to a heart attack. 

 

Some patients with this condition show no symptoms or complications. However, tachycardia significantly increases the possibility of a stroke, sudden cardiac arrest, and death.  

 

Symptoms of Tachycardia

Accelerated heart rate (fast pulse) 

• Chest pain 

• Confusion 

• Dizziness 

• Hypotension 

• Panting 

• Sudden weakness 

• Lightheadedness 

• Palpitations – an uncomfortable racing feeling in the chest 

 

Treatments for Tachycardia  

Treatment options for this condition vary, depending on what has caused the condition, and the patient’s age and general health. The aim of the treatment is to tackle the cause of the tachycardia. When clinically applicable, the doctor may attempt to slow the rate, prevent subsequent episodes of tachycardia, and reduce risk complications. However, when no underlying cause is found, the doctors will have to try out different therapies. 

 

Ways to Slow Down a Fast Heartbeat 

 Vagal Maneuvers The vagal nerve helps to regulate our heartbeat. Maneuvers that affect this nerve include coughing, heaving, and placing an ice pack on your face.  

 

Medication

Antiarrhythmic drugs that help to restore and control a normal heartbeat can be taken orally or by injection. Sometimes a patient might have to take more than one kind of antiarrhythmic drug.

Cardioversion 

Paddles or patches are used to deliver electric shocks to the heart. This affects the electrical impulses in the heart and helps to restore a normal rhythm. This is done in a hospital. 

 

Prevention of Episodes of Tachycardia

Radio-frequency Catheter Ablation 

Catheters enter the heart via blood vessels. Then, electrodes at the ends of the catheters are heated to ablate (damage) the sections of the heart that are responsible for the abnormal heart rate. 

 

Medications

When taken regularly, antiarrhythmic medications can help prevent tachycardia. However, patients may be required to take other medications as well, such as channel blockers, or example diltiazem (Cardizem) and verapamil (Calan), or beta-blockers, for example, propranolol (Inderal), and esmolol (Brevibloc).

Implantable Cardioverter Defibrillator (ICD) 

This device, which constantly monitors the patient’s heartbeat, is surgically implanted into the chest. The ICD detects any heart abnormalities and delivers shocks to keep the heart rate normal. 

 

Surgery 

Sometimes, surgery is needed to remove a section of tissue. This procedure is only carried out when other therapies have been ineffective, or if the patient has another heart disorder. 

 

Warfarin 

This makes it harder for the blood to clot and it’s given to patients with a high or moderate risk of having a stroke or heart attack. Although this drug increases the risk of bleeding, it is prescribed to those whose risk of a stroke or heart attack far outweighs the risk of bleeding.
 

Causes of Tachycardia

A reaction to certain medications 

 

• Congenital (present at birth) electrical pathway abnormalities in the heart

 

• Consuming too much alcohol 

 

• Consumption of cocaine and other recreational drugs 

 

• Electrolyte imbalance 

 

• Heart disease which has resulted in poor blood supply and damage to heart tissue, including heart valve disease, coronary artery disease, heart failure, heart muscle disease, infections, or tumors. 

 

• Hypertension 

 

• Hyperthyroidism (overactive thyroid gland) 

 

• Smoking 

 

• Certain lung diseases Types of Tachycardia 

 

Atrial Fibrillation 

Sometimes, electrical activity can arise from the left atrium instead of the sinus node. This causes the chambers to contract at a high and irregular rate; this is atrial fibrillation. An episode of atrial fibrillation can last from a few hours to several days, and sometimes it may not go away until treated. 

 

 Atrial Flutter 

The atria beat rapidly, but regularly. This condition is caused by a circuit problem within the right atrium. The contractions of the atria are weak because of the rapid heartbeat. An atrial flutter episode can last a few hours or a few days. It may also not go away until treatment is received. This is often caused by some form of heart disease. 

 

Supraventricular Tachycardias (SVTs) 

This refers to any tachycardic (accelerated) heart rhythm that originates above the ventricular tissue. The abnormal circuitry in the heart is usually congenital (present a birth) and creates a loop of overlapping electrical signals. An SVT episode can last from anywhere between a few seconds to a few hours. 

 

Ventricular Tachycardia 

 

 Abnormal electrical signals in the ventricles result in a rapid heart rate. The speed of the heartbeat does not allow the ventricles to contract and fill properly, leading to poor blood supply to the body. This type of tachycardia is life-threatening and is usually treated as a medical emergency. 

 

Ventricular Fibrillation  

This occurs when the ventricles quiver in an ineffective way, resulting in poor blood supply to the body. If a normal heartbeat is not restored rapidly, blood circulation will cease, and the patient will die. Those with an underlying heart condition, or those who have been hit by lightning, may experience ventricular fibrillation. 

 

Risk Factors for Tachycardia

 

• Age – people aged 60 and above have a much higher chance of experiencing tachycardia 

• Anxiety 

• Consuming large quantities of alcohol regularly 

• Consuming large quantities of caffeine 

• Genetics – people who have close relatives with tachycardia or other heart rhythm disorders have a higher chance of developing the condition 

• Heart disease 

• Hypertension (high blood pressure) 

• Mental stress 

• Smoking 

• Using recreational drugs 

 

Diagnosis of Tachycardia 

A doctor can usually diagnose tachycardia by asking the patient some questions about their symptoms, carrying out a physical exam, and ordering some tests to be done. These may include: 

 

Electrocardiogram 

Electrodes are attached to the patient’s body to measure the electrical pulses that are given off by the heart. This test is also able to show any previous heart disease that may have contributed to the tachycardia. 

 

Echocardiogram  

This is a type of ultrasound investigation. By bouncing sounds of the structures in the body and registering the echoes, a moving image of the heart can be produced. This can help show structural or congenital abnormalities that might be playing a role in tachycardia. 

 

Holter Monitor 

The patient wears a portable device that records their heartbeat. It’s worn under the clothing and records information about the electrical activity of the heart while the person goes about their daily activities.

Blood Tests This will help determine whether thyroid problems or other substances may be contributing to the patient’s tachycardia.

Tilt-Table Test If the patient is experiencing fainting spells, lightheadedness, or dizziness, and neither the ECG or the Holter revealed any arrhythmias, a tilt-table test will be performed. This monitors the patient’s blood pressure, heart rhythm, and heart rate while they are moved from a lying to an upright position. 

 

 Chest X-Ray  

This helps the doctor to check the state of the individual’s heart and lungs. Other conditions that could be causing the tachycardia might also be detected. 

 

Possible Complications of Tachycardia 

• Blood clots – these significantly increase the risk of a heart attack or stroke 

• Heart failure – if the condition isn’t controlled, the heart is likely to get weaker. Heart failure is when the heart does not pump blood around the body efficiently or properly. The patients left, right, or even both sides can be affected. 

• Fainting spells 

• Sudden death – generally only linked to ventricular tachycardia or ventricular fibrillation.

This is only for your information, kindly take the advice of your doctor for medicines, exercises and so on.   

https://gscrochetdesigns.blogspot.com. one can see my crochet creations  
 

https://gseasyrecipes.blogspot.com. feel free to view for easy, simple and healthy recipes    
 

https://kneereplacement-stickclub.blogspot.com. for info on knee replacement

https://GSiyers home remedies.blogspot.com     is my latest addition to my blogs. I'm going to add posts there, do give me your valuable feed back on my blogs. Thanks a lot, take care, be healthy and be happy.