Green Tea is often referred to as the elixir of health. It is refreshingly light, has minimal calories and provides so many health benefits that you would love introducing this to your everyday fitness and health regimes. Check out some of the wonders of Green Tea-

1) Cuts Your Risk of Cancer - Major researchers from all over the world agree that drinking Green Tea regularly can reduce your risk of cancer. Several polyphenols found in Green Tea are potent antioxidants that can prevent the growth of cancer cells and reduce the opportunities for tumors to thrive!

2) Protects Skin - Consumed or applied Green Tea has several benefits as well. For instance, Green Tea, when applied directly on the skin can help block skin cancer and reduce tanning. That's the reason why growing number of companies now use green tea extracts in their moisturizers and sunscreens. At the same time, it soothes your skin from cuts and scrapes when applied directly.

3) Increases Metabolism - You have heard it before! But we will remind you of the same again. Green tea is often known for increasing metabolism, which in long run, with exercising and healthy dieting can help you lose more weight. Drink a cup about half an hour before exercising and you will feel more powerful.

4) Stay Young - Green Tea, when consumed at least two cups a day regularly can help you stay younger, by giving your skin a natural glow and ensuring that your arteries don?t clog fat and cholesterol.

5) Steadies your Blood Pressure - Sipping even a single cup of Green Tea every day can help in reducing your chances of getting hypertension and high blood pressure. This is because of polyphenols, which can keep vessels from contracting and raising blood pressure.

If you have any more questions, click on consult privately to ask me.

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Top 5 Reasons to Start Drinking Green

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?

During breathing activity, chest wall moves out & in, lungs expand & relax. For the smooth movement of the lungs inside the chest cavity, they are lined by pleura.

Pleura includes two thin linings, the layer lining lungs is called visceral pleura and the one lining chest wall is called parietal pleura. The cavity formed between these two layers is called Pleural cavity. It contains a small amount of lubricant called Pleural fluid which helps smooth sliding of two pleural surfaces. Any condition which results in inflammation of the pleural surfaces or accumulation of excessive fluid in the pleural cavity gives rise to symptoms attributable to pleural involvement or disease.

Pleural effusion is nothing but the collection of excess fluid in the pleural cavity. Excess fluid in the pleural space is not normal and can occur due to a variety of reasons. Depending on the chemical composition it is broadly divided into two categories, transudate and exudate. 


What Causes Pleural Effusion?

1. Transudate pleural effusions 

Transudate pleural effusion is formed when fluid leaks from blood vessels into the pleural space. Chemically, transudates contain less protein and LDH than exudates. It is generally seen in the following conditions.

Congestive heart failure

Liver failure or cirrhosis

Kidney failure or nephrotic syndrome

Peritoneal dialysis

2. Exudate pleural effusions 

Exudate pleural effusion is caused by inflammation of the pleura itself and are often due to diseases involving the lung. Following are some common illnesses giving rise to exudate pleural effusion.

Tuberculosis
Pneumonia
Lung or breast cancer
Lymphoma
Pulmonary embolism
Post chest wall trauma or surgery
Asbestosis and mesothelioma
Secondary to intra-abdominal pathology 
Pancreatic pseudocyst, etc
Symptoms of Pleural Effusion -

Chest Pain: Chest pain is mainly due to irritation of the pleural lining. The pain is sharp, localized and worsens with a deep breath, yawning, coughing which is usually described as pleuritic. If the effusion causes inflammation of the diaphragm the pain may be referred to the shoulder or the upper abdomen. As the pleural effusion increases in size, the pain may increase or disappear altogether due to the separation of inflamed pleural surfaces.

Shortness of breath: As the effusion grows larger with more fluid, the harder it is for the lung to expand and the more difficult it is for the patient to breathe resulting in shortness of breath.

Other Symptoms: Other symptoms are generally attributable to the underlying disease process.

Diagnosis of Pleural Effusion -

Patient s Detailed History and Clinical Examination are the mainstays of diagnosing pleural effusion and it s the underlying cause. Following investigative modalities are generally opted for working out the final diagnosis before instituting appropriate therapy.

Chest X-ray: X-ray will help indicate the presence of fluid. 
Chest Ultrasound(USG): will help in confirming the presence of the fluid and it s localization which in turn can guide the physician about its quantity and its capability.
CT Scan: CT scan of the chest may at times be required to ascertain the underlying cause or to know about any other co-morbid conditions.
Thoracentesis: Thoracentesis is a procedure used to sample the fluid from the pleural effusion. Using a long thin needle, fluid can be removed and sent for testing to confirm the diagnosis.
This can be just for diagnostic purposes or can even be used as a therapeutic procedure.
Chemical analysis of the fluid will help determine the type of pleural effusion.
Treatment of Pleural Effusion -

Treatment of underlying Disease: The treatment of a pleural effusion usually requires that the underlying illness or disease is treated and controlled to prevent the accumulation of the pleural fluid. Like anti-TB therapy for Tubercular etiology or treatment of Cancer in malignant pleural effusion, etc.

Thoracentesis: As discussed earlier Thoracentesis can be used as a therapeutic procedure to remove excess fluid and help lung expand and function properly.

Tube thoracostomy: Thoracostomy or chest tube insertion may be done to drain and treat fluids which cannot be removed by needle aspirations, e.g. empyemas (pus collections).

Pleurodesis: Some pleural effusions reoccur multiple times; sclerosing agents that induce scarring such as talc or tetracycline was used to prevent a recurrence.

Decortication: If sclerosing agents fail, surgery may be required, called Decortication.

Pleural Effusion - What Is It?

Heart attack, also known as myocardial infarction, is a severe condition where death of the heart muscle occurs because of the loss of blood supply. The blood loss usually happens because of the blockage of a coronary artery. Due to electrical instability, ventricular fibrillation is caused. Heart attacks may result in permanent brain damage or even death.

Symptoms of heart attack
There are many early symptoms and signs of heart attack, which should be recognized. Symptoms of heart attack vary from person to person. Here is a list of the primary heart attack symptoms:

Chest pain and discomfort:
Chest pain is the basic symptom of a heart attack and occurs in different forms. The chest pain has a pressure, fullness and squeezing sensation and starts from the center of the chest. The pain may go away and re-occur and may spread down to other limbs of the body.
Headache, toothache:
The chest pain occurring due to a heart attack spreads all over the body and the jaw. Even the back and head are affected. Sometimes pain in these regions is present while chest pain is absent.
Shortness of breath:
A gasping sensation or feeling shortness of breath is another common sign of a heart attack. Such breathing difficulty is called dyspnea. The shortness of breath occurs before or during the chest pain.
Nausea and vomiting:
The feeling of nausea or sickness in the stomach is another possible symptom. It is accompanied by belching or burping and sometimes, the heart attack is associated with a feeling of indigestion. Nausea is more common in women. Vomiting also occurs alongside nausea.
General epigastric discomfort:
In several cases, patients describe the pain of a heart attack as stomach pain. The pain is heavy and uncomfortable and persists for several minutes.
Sweating:
Perspiration or sweating occurs during a heart attack and the patient experiences cold sweat in avid amounts.

Emergency treatment for heart attack-
A person who has a heart attack should be rushed to a hospital.
Several tests are carried out to detect the cause of the attack. A 12 lead ekg is carried out to supervise electrical activity within the heart and detect the damaged areas.
Blood tests are undertaken to check enzymes and in certain cases, cardiac catheterization is required where pictures of the blood vessels are examined.
Emergency medicines are given to the patient to stop the formation of blood clots and include aspirin, heparin and other drugs. Other medicines are given for thrombolytic therapy, which dissolve already formed blood clots. They work to reduce the heart damage. Nitrates are also used.

A heart attack is a severe condition and must be attended to immediately. Emergency treatment procedures are essential to save the life of an affected person.

Heart Attack - Signs, Symptoms and Emergency Treatment

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!

Cholesterol is either ingested in the food (about 25% ) we eat and some of it is produced by our body (remaining 75%). Cholesterol is needed by the body to produce steroid hormones and bile acids. It is an aspect that is required by the body and if in too much quantity, the same can cause havoc in the body. The best is to maintain the right balance of cholesterol in our diet. The same requires lifestyle and dietary modifications.

The first step in creating your low cholesterol diet plan is to eliminate foods high in saturated fat and bad cholesterol.

Low cholesterol foods diet mainly includes:

1. High-Fiber Diet- Soluble fiber reduces bad cholesterol. Good food sources are oatmeal, fruits and vegetables.

2. Cooking oil- Fats makes about 30 % of your days intake. A combination of oils works the best. Foods rich in saturated fats are butter, ghee, cream, and cheese. These need to be taken in moderation or avoided. Avoid fried foods. Not more than 10% of total calories should be from Polyunsaturated Fatty Acids (PUFA) and the remaining should be from Monounsaturated Fatty Acids (MUFA). The best sources of PUFA are plant based oils, sunflower, corn, soybean, cottonseed and safflower. MUFA are found in the largest amounts in olive, canola, mustard, almond and peanut oils.

3. Avoid Trans fats- Read labels carefully and do not reuse oil used for frying.

4. Go lean- Choose lean meat and fish. Fish is a good source of omega-3 fatty acids. Foods high in omega 3 help you lower down the risk of cardiovascular disease. Tuna and salmon are a good source of omega-3 to name a few.

5. Eat a wide range of fruits and vegetables- This will help ensure that your body meets all the vitamins and nutrient requirement. Fruits and vegetables are relatively low in calories. Apples and pears are known for soluble fiber, which reduces bad cholesterol levels. It is best that you eat good quantities of the same.

6. Include low-fat dairy products- avoid ghee, cheese, cream, paneer and butter. Opt for lighter and healthier options.

7. Exercise well - Exercise at least 30 mins per day. Workout will help you burn extra fat resulting in lowering cholesterol levels.

Cholesterol - How To Manage It?

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