Commonly people believe that you can understand your blood pressure is high if you are feeling dizzy suddenly or you are not able to sleep at night. Also sweating profusely is often related to having hypertension. But, to be honest, hypertension usually does not have any symptoms, which might help you get alert and take action to control it. This actually imposes a great threat to your well-being as you do not understand if you have hypertension. It is extremely important for you to keep checking your blood pressure level in order to avoid developing hypertension and hence developing a risk to your heart.

Although there aren't any major or very noticeable symptoms, here is a list of some rare symptoms which you can follow:

1. Headaches: If you are suffering from dull headaches almost regularly, it might be because you blood pressure has increased. The headaches can be a dull buzz or a severe migraine like ache. Keep monitoring your headaches and consult your doctor as soon as possible.

2. Dizziness: You might suddenly feel dizzy or you might feel you are about to pass out if your blood pressure increases. Make sure you refer to a doctor as soon as something like this happens.

3. Nosebleeds: A sudden occurrence of nosebleed might also be a symptom of a sudden increase in your blood pressure.

4. Severe anxiety: Severe anxiety or a panic attack is often referred to as a symptom of hypertension. If you have a sudden panic attack with no apparent reason, it may be because your blood pressure has suddenly risen.

5. Shortness of breath: High blood pressure may often cause a shortness of breath. You might experience it during various every day activity like walking, climbing stairs, etc.

6. Nausea: A sudden increase in blood pressure might make you feel nauseous. You might even vomit when this happens. Make sure you consult your doctor if this happens.

Hypertension: Symptoms that Can Control it on Time

The new epidemic that has taken the world by storm is obesity. The proportion of obese people is increasing and the age of onset of obesity is decreasing gradually.

There is an optimal weight for a given height of a person. Obesity is when a person's weight is 20% more than the optimal weight. It brings with it a host of other health conditions, as it impairs the body s overall functioning.

Diabetes 2: In a normal person, food gets broken down into glucose to provide the required energy for the body using insulin. The body s inability to produce sufficient insulin to convert the excessive amount of sugar in the body leads to diabetes. Growing to be a leading cause of early death, diabetes brings with it a host of complications affecting almost all systems and parts of the body including stroke, kidney disease, blindness, and death. Diabetes and obesity have a direct correlation and can be prevented and managed by eating a balanced diet, losing weight, exercising, and having a healthy lifestyle.

Heart problems: An increased BMI also ups the risk for coronary heart disease (CHD), where the blood vessels are narrowed due to constant accumulation of fat in their inner walls. This gradually reduces the blood flow through these and may when complete cut-off happens, it could result in heart attack or stroke, affecting the heart or the brain. There could also be cases where the heart fails to pump sufficient blood to the rest of the body, affecting their effective functioning. Obese people also have a higher blood pressure than people who maintain a good BMI.

Breathing problems: One of the main causes of labored breathing is excessive weight. The condition called sleep apnea which is sudden bouts of absence of breathing during sleep is very high in obesity. It can cause snoring, daytime sleepiness, increase the risk of heart disease and stroke. In people with sleep apnea, weight loss is one of the first and most recommended therapies. Asthma and general breathing disorders are also higher in obese people.

Abnormal body cholesterol: Obese people also tend to have abnormally higher levels of body fat, especially the bad cholesterol, which again leads to coronary disease. It is a vicious cycle with one leading to the other and aggravating the other.

Osteoarthritis: Added weight leads to pressure on the hips, knees and lower back. There is added wear and tear and pain, which further limits movement.

Cancer: Some cancers, of the colon, endometrium, kidney, pancreas, gallbladder, breast and esophagus are more prevalent in obese people.

These are just some, there are more. The best way to avoid all these is to watch your weight.

Obesity - How It Increases Your Risk of Different Diseases?

What Happens When the Electrical Activity of Your Heart Changes?

The heart's electrical conduction system plays a very important role in cardiovascular functioning. Also known as the atrioventricular (AV) conduction system, it regulates and controls the timing of the heartbeat.

How does the heart's electrical conduction system work?

There is a collection of electrical cells in the upper right atrium of the heart known as the sinoatrial (SA) node which acts as a natural pacemaker and generates electrical signals. These signals travel through specialized electrical pathways and stimulate the muscular walls of the heart to contract in a rhythmic manner. This gives rise to the heartbeat that pulses at a specific frequency every minute.

What is the effect of fluctuations in electrical activity on the heart?

The standard heart rate in human being ranges from 60 to 100 beats per minute. It slows down when a person sleeps and speeds up when one experiences physical or emotional heightening. These fluctuations are triggered by the brain or other systems of the body and signal the SA node to generate charges more rapidly or slowly. This leads to spikes and drops in the heart rate, depending on the nature of the situation.

What happens when there is dysfunction in the heart's electrical activity?

When the heart's electrical conduction system does not function properly, it leads to the occurrence of a condition known as arrhythmia or abnormal heart rhythm. This happens when electrical impulses are generated in an irregular manner and causes tachycardia (rapid heartbeats) or bradycardia (slow heartbeats) which takes place in jarring infrequent tempos.

What causes fluctuations in the heart's electrical activity?

There are various kinds of triggers that cause the heart rate to fluctuate. The exact nature of fluctuation also depends on the type of trigger. A few everyday examples of these causes are as follows:
- Exercise and strenuous physical activity increases electrical activity as the heart is required to beat faster so as to increase the supply of blood and oxygen to the muscles.
- Sleep and rest reduce heart rate as the body is not needed to exert itself.
- Release of adrenaline into the bloodstream causes the heart rate to spike up.



What Happens When the Electrical Activity of Your Heart Changes?

The humble, easily available banana is not as humble when it comes to its contribution to your health. And once you learn how much good it can do to your body, you will be compelled to add it to your daily diet. This god of a fruit protects you from innumerable diseases, keeps your hair, heart and head well as well as fights chronic diseases - and the list has just begun. 

Here are just 15 reasons for you to have a banana every day-

1) This fruit is high in potassium and low in salt, it is your protective shield against blood pressure, heart attack, and stroke.

2) Iron rich banana is extremely good for anemic people.

3) The calcium-rich bananas are excellent for your bones and help in increasing bone density.

4) For people who exercise, bananas are an energy booster and sustain your blood sugar as well as protect against muscle cramps post workouts or leg cramps.

5) Bananas help beat depression due to high levels of tryptophan, which is converted into serotonin: the feel-good brain neurotransmitter.

6) It also enhances your moods and relieves PMS symptoms as well as stress levels in body and mind.

7) Due to high levels of vitamin B-6, bananas produce white blood cells and help in building immunity as well as strengthen nervous systems.

8) Weightloss - If you swap your junk foods with bananas, you might be inching towards losing weight. As an added bonus your energy will be become more steady and consistent.

9) Improve your mood and reduce PMS symptoms by eating a banana, which regulates blood sugar and produces stress-relieving relaxation.

10) Bananas reduce swelling, protect against type II diabetes, aid weight loss, strengthen the nervous system, and help with the production of white blood cells, all due to high levels of vitamin B-6.

11) Extremely caring about your stomach, Banana not only soothes your digestive tract to restore lost electrolytes after diarrhoea, it also helps in relieving constipation due to ts high fibre content.

12) Rich in pectin, bananas aid digestion and gently chelate toxins and heavy metals from the body.

13) Fever too? A banana can bring down your body temperature to cool your temperature off.

14) Bananas make you smarter! It makes you very alert. The high levels of potassium help your memory as well. Think about it before an exam.

15) Smoke? High levels of B-vitamins as well as potassium and magnesium in the fruit, help in speedy recovery from the effects of withdrawal.



15 Reasons Why Banana is Healthier Than Apple

Why it is important for heart patient to relax

Stress is almost inevitable in our times! however do you know that it is not the external stress that triggers that ruins us, it always our reaction to these inputs that pull us down.

If you are stressed, your body works up more adrenaline. Adrenaline in fact is the foremost heart stressor. A very easy way out is to channel it out through exercising, yoga or meditation - whichever suits your lifestyle.

However, it you have excessive stress, never live with it. Find innovative ways of ridding yourself of any kind of worry or tension. Talk to a friend, a counsellor or your partner - destress before it gets to your heart.

If you would like to consult with me privately, please click on consult.


Why 'Chillax' is the Only Learning Heart Patients Often Need!

Hemothorax is a serious and possibly a life-threatening condition in which blood collects between the lungs and the chest wall due to a traumatic injury or some other factor. It can be caused due to an extrapleural or an intrapleural injury. An extrapleural injury damages the chest wall on the outside while an intrapleural injury damages the chest wall on the inside.
Sometimes, Hemothorax is accompanied by excess air in the pleural cavity, known as pneumothorax. If they both occur at the same time, the condition is said to be hemopneumothorax. When blood accumulation is as large as nearly one liter, it has the potential to lead to shock and is referred to as Massive Hemothorax, which can be fatal.

Causes-
Hemothorax can be caused by a number of factors discussed as follows:
  Traumatic injury in an accident or sports causes the pleural lining of the lungs or chest to rupture. It causes blood to spill over into the pleural cavity, and it finds no way to drain itself out. Chest and lungs are so sensitive that even the smallest of injuries (or seemingly small) have the potential to cause Hemothorax.
  Tuberculosis and other lung infections can cause Hemothorax.
  Pulmonary embolism refers to a blood clot in the lungs that can cause Hemothorax.
  Lung or pleural cancer also have the potential to cause grave disease.
  Defective blood clotting as in hemophilia in which blood lacks clotting factors can cause Hemothorax.
  Tissue necrosis in the lungs or pulmonary infarction is a lung tissue dysfunction which can cause Hemothorax.
  Tearing of pulmonary blood vessels due to an invasive surgical procedure also has the potential of causing Hemothorax.
  Patients who have undergone major surgeries like lung transplant and open- heart surgery are very likely to get Hemothorax.


Symptoms-
There are many symptoms associated with Hemothorax like low blood pressure, rapid rate of heart, cold and pale skin color, chest pain while breathing, tense and shallow
breathing, difficulty in breathing, anxiety, and restlessness.


Diagnosis-
  Physical examination includes listening to the sounds of abnormal breathing and to the sounds of liquid in the chest.
  An X-Ray image reveals the presence of liquid in the pleural cavity.
  A full Computed Tomography Scan can reveal the occurrence as well as the cause of Hemothorax.
  An ultrasound provides good insight into the situation of the lungs and the pleural cavity.
  Sometimes, a sample of the pleural fluid is extracted for test and diagnosis.


Treatment-
The procedure is performed under anesthesia. A catheter or a needle is inserted into the chest through ribs for removing air and blood from the pleural cavity. If the lung collapses, it is expanded using the chest tube, which is left attached to a closed system. This ensures the escape of air and fluid from the pleural cavity and prevents additional air from entering the pleural space. This section is hence left in a water seal or hooked up to suction.
If the injury is small, chest drainage might be sufficient depending upon the case. However, if there is a major injury, it might require stopping bleeding at its source through a surgery.


Take Away-
Hemothorax can cause a collapsed lung that might progress to lead to respiratory failure. If left untreated, Hemothorax can cause infection in pleura, lung or pleural fluid in the chest cavity. Hemothorax can cause scarring of the lung tissue and pleural membranes. Retained Hemothorax occurs when blood stays in the pleural cavity for too long. It might clot and get difficult to remove through the catheter. It might also cause the buildup of pus in the surrounding region leading to an infection. Retained Hemothorax is treated by draining the fluid differently or through a video-assisted surgical procedure. Before opting for any treatment or surgery, one should always consult a doctor.

Chest Injuries And Hemothorax - Know How Serious It Can Be!

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