Over the past several years, the prevalence of GERD (Gastro-oesophageal reflux disease) has increased in our communities due to unhealthy lifestyle and that can potentially lead to serious medical complications if left untreated. 

GERD is characterized by symptoms and/or tissue damage that results from repeated or prolonged exposure of the lining of the esophagus to acidic contents from the stomach and occurs when the lower esophageal sphincter (LES) does not seal off the esophagus from the stomach.

The two most frequently reported symptoms of GERD are heartburn, which can be described as a burning discomfort that begins behind the breastbone and radiates to the neck and throat, and acid regurgitation, which is characterized as a bitter, sour tasting fluid. One out of five people experience heartburn or acid regurgitation on a weekly basis and two out of five people experience heartburn or acid regurgitation at least once a month.

However, some patients may present with atypical symptoms such as a cough, asthma, laryngitis, or chest pain, and other patients with GERD experience no symptoms at all. 

Causes

1) Eating food while not feeling hungry
2) Eating in haste and in indigestion
3) Eating stale food
4) Eating spicy, hot  & tangy, fermented, stale food on a regular basis.
5) Excess consumption of tea, coffee
6) Sleeping immediately after meals
7) Drinking alcohol & smoking in excess
8) Mental stress
9) Staying awake at night, disturbed
sleep
10) Eating late at night.

Signs and symptoms:

Difficulty in swallowing
Regurgitation of food
Belching
Bitter taste in mouth
Discomfort or pain in upper abdomen
Dry cough
Anorexia ( loss of appetite )
Excessive thirst
Heartburn especially after meals and at night
Loss of taste
Nausea & vomitting
Bloating
Giddiness
Treatment in Ayurveda focuses on:

1) Improving appetite
2) Help nourishment of body
3) Regulating the acid metabolism in the body
4) Improve the ability of digestion & absorption
5) Treat inflammation and cause healing of the digestive tracts
6) Protecting the intestinal layers from ill effects of acid 

Do's & Don'ts for GERD:

Do's

1) Eat light to digest food
2) Eat only when one is hungry
3) Gap between two meals should not be more than 6 hrs
4) Eat fruits  daily 
5) Food good for GERD - Old caged rice, Jowar roti, Moongdal, Bittergourd, pumpkin, dates, pomegranate, Indian gooseberry,  Lemon, mint, mangosteen, turmeric, coriander, cumin, asafoetida, coconut, cowghee, cow milk, fresh buttermilk .
6) Drink lukewarm water half hour after meals
7) Walk after every meal
8) Daily exercise for atleast 45 min

Dont's
1) Very spicy & hot, excessive consumption of chillies & curd
2) Excess tea, coffee & fermented food
3) Excess stress & negative thinking
4) Sedentary lifestyle
5) Excess smoking & drinking
6) Drinking excessive water 
7) Sleeping immediately after meals
8) Sleeping in the afternoon
9) Staying awake late night

Symptoms of GERD are very commonly found in the population. If it is not taken care of, it can lead to complications like Barrett's oesophagus, oesophagitis, ulcers, Ca oesophagus, bleeding, scarring and difficulty in swallowing. Ayurveda has a complete holistic approach in treating GERD. Treating on time helps in avoiding complications in future.

Gastroesophageal Reflux Disease And Ayurveda!

Why Papaya is the God of Perfect Skin

Use a particular face wash and your face is free of all dead cells. it's not so simple. To dissolve the dead cells, the protein in the cells must be broken down. The only effective ingredients to do the job are AHAs or Alpha Hydroxy Acids. This is why many skin exfoliating products contain AHAs. 


Papain, which is found in Papaya has similar properties. Papaya is a safe and natural, plant-based alternative to chemical exfoliants. To remove dead cells, gently massage papaya pulp on your face for about 5-7 minutes. Rinse your face alternatively with warm and cold water.  Remember not to overdo it though! Papaya is an acidic fruit, so don’t let the mask sit on your face for too long as it might cause dryness and skin irritation.




Do You Know: Why Papaya is the God of Perfect Skin?

It s been long known about the numerous health benefits of beetroot. Surprisingly though, beetroot has some not-so-known qualities such as increasing stamina, removing skin blemishes and increasing the glow of the face. Apart from this, it can fetch benefits to the skin, hair and the overall health. In this article, we will discuss the benefits of beetroot consumption in vivid detail.

Reduces the impact of aging: Beetroot being a great antioxidant successfully blocks free radicals and helps to fight the symptoms of aging. All it requires is a medium slice beetroot. The juice should be extracted from it and the pulp needs to be removed. The juice then could be applied to the face using cotton balls. Applying this simple solution once in a week can fetch dramatic results.
Reduces blemish and pigmentation: Beetroot is one of the few vegetables that have a large amount of vitamin C embedded in it. It helps the skin to retain its original color, reduces blemishes and pigmentation. 3-4 cubes of beetroot serving twice a week should do the trick.
Hair loss: Beetroot is a great source of food to stay away from hair loss. Being a good source of potassium, beetroot can prevent hair loss and enhance hair growth. A weekly serving of 3-4 cube of beetroot over a span of few months will show visible results.
Improves liver function: Beetroot contains glutathione that is known to be a great agent for the liver. It acts as a detox diet and helps in functioning of the liver. This liver, in turn, helps the body to detox. Beetroot also helps in the regeneration of cells of the liver.
Boost hemoglobin: Beetroot is an excellent source of iron and folate. These are the nutrients that are required for the body to maintain an adequate amount of hemoglobin in the body. A deficiency in the hemoglobin level can lead to anemia. Regular consumption of beetroot can ensure that a person refrains from deadly diseases such as anemia.
Fight inflammation: Some typical symptoms of inflammation include infection, trauma etc. This is a sign of the immune system not acting efficiently against sudden panic. Some typical symptoms include pain, redness, swelling etc. Beetroot in known to have a super-efficient anti-inflammatory response. Injection of beetroot is often suggested by medical practitioners.
Cancer prevention: Beetroot can elevate the level of oxygen in the blood. Since cancer cells are acidic in nature, beetroot can successfully neutralize them due to its alkaline nature. Owing to this anti-cancer properties, oncologists often suggests the intake of beetroot juice on a regular basis to patients suffering from liver, rectal, colon and various other types of cancer. 2 glasses of beetroot juice are often recommended for cancer patients.

Beetroot (Chukundar) - 7 Reasons Why You Must Eat Them!

Q1. What exactly is Laparoscopy?
Laparoscopy is an alternative to 'Open' surgery wherein the abdomen is opened by tiny 'key hole' incisions and surgery is done. 'Scopy' means the use of an endoscope or telescope to see inside the abdomen. This is attached to a camera and a light source and the inside of the abdomen is projected on to a monitor. The surgeon performs surgery looking at this screen. The surgeon makes a total of 2-4 small cuts on the abdomen ranging from half to 1 cm through which the telescope and other thin surgical instruments are passed into the abdomen. When the uterus is removed , known as hysterectomy, there is also a cut at the top of the vagina where the uterus is attached.
Q2. What kind of gynaecological surgeries can be performed by Laparoscopy?
Most surgeries done in gynaecology can now be performed by Laparoscopy and do not require the large incision as for open surgery. Laparoscopy can be done sometimes only for diagnosis and is called Diagnostic Laparoscopy, as in checking whether the tubes are open or not and to look for any causes of infertility or pain outside the uterus. In women who are unable to conceive, Diagnostic Laparoscopy is often combined with Hysteroscopy (endoscope inside the uterus, inserted from below, via the vagina). When laparoscopy is done to perform some surgical procedure inside the abdomen it is called Operative Laparoscopy. This may be for simple procedures like sterilization, minor adhesions, drilling ovaries; or for intermediate or major reasons like fibroids, endometriosis, removal of ovaries or tubes or both or removal of uterus, for staging of cancers or radical surgeries for cancer. However, about 5% of all surgeries including those for cancer or very large tumours may benefit from open surgery.
Q3. Why does an expert surgeon recommend Laparoscopy over Open Surgery?
Laparoscopic surgery has many advantages above open surgery: the incisions are much smaller (open surgery incisions are 8-10 cms long), therefore pain is much less; requirement for pain killers (which can have side-effects like sleepiness, impaired judgement) is lesser; hospital stay is shorter; complications fewer; requirement for blood transfusions infrequent; recovery in terms of physical, emotional and mental state is much better and quicker; return to work is faster with consequent lesser loss of working and earning days. Surgery with laparoscope is more precise because it is magnified view. Further vision is much better because it's like having your eye behind the structure because you can see with the telescope at places where the surgeon's eye cannot reach.
Q4. If the cuts on the abdomen are so small in Laparoscopic surgery, how do you remove the uterus or a large tumour from inside the abdomen?
Quite often if the tumour is not malignant and contains fluid, it is punctured to collapse it into a smaller size. If it is solid, it can be cut into smaller pieces inside the abdomen using a special instrument. The collapsed or cut structures can be removed gently through the 1 cm cut on the abdomen which may be increased a bit if required. After hysterectomy, the uterus can be removed easily from below, through the vagina.
Q5. Will there be much pain or discomfort after Laparoscopic Surgery?
There may be some pain and discomfort in lower abdomen for one day to few days after Laparoscopic surgery but this is much less as compared to open surgery because the incisions on the abdomen are much smaller and there is much less tissue handling inside the abdomen by fine instruments instead of rough, big, gloved hands which can cause tissue injury in open surgery. There may be some pain in the shoulder following laparoscopy. This is not serious and is due to the gas used in the surgery to make space for instruments.
Q6. When can I be discharged from hospital?
Following Diagnostic Laparoscopy or with simple Operative Laparoscopy you can expect to be discharged from hospital latest by the morning after surgery. In most other cases of intermediate or even major surgery, discharge is generally 1-2 days following the surgery unless there is some health issues prior to the surgery or any complication during the surgery. The complication rates for Laparoscopic surgery are not more than for open surgery and depend upon patient factors like anaemia, diabetes, obesity and skill of the surgeon.
Q7. When can I perform routine household activities or return to work after Laparoscopic Surgery?
Recovery after surgery depends upon many factors: presence of health problems before surgery; why the surgery is required; what surgery is being done; problems or complications of surgery, anaesthesia or blood transfusions. If all is well, one can perform routine household activities by 1 week, provided one doesn't feel tired. Although there may not be any harm, it may be unwise to be normally active within 48 hours of procedure. Following Diagnostic Laparoscopy or Operative Laparoscopy for simple procedures, one can return to work in 1 week. For other procedures, a 2-3 week off from work is reasonable. It depends on the type of work you are returning to. Avoid too rapid return to work if it is manually hard or requires standing for long durations of time. Sometimes a surgical procedure brings on a well needed rest and break from a lifetime of work. Mostly, when you return to work depends upon your own body and its signals of tiredness. You need to listen to those signals.


Know All About Gynae Laparoscopy Surgery

Renal Tubular Acidosis is a medical condition. When the kidney is unable to acidify urine, it leads to the accumulation of acid in the body. Usually, when blood is filtered by the kidney, it passes through the tubules of the nephrons (the functional unit of the kidney).

Before it flows into the bladder from the kidney, the urine undergoes an exchange of salts, acids and other solutes. Renal tubular acidosis results in the formation of excessive amounts of acid because the kidneys cannot drain them. This may happen because the kidneys cannot reabsorb the alkaline bicarbonate ions from the urine in the early segment of the nephron or because of inadequate production of acidic hydrogen ions in the latter half of the nephron.

Renal Tubular Acidosis is simply associated with abnormal urinary acidification. Other functions of the kidneys remain unimpaired.
There are several different types of renal tubular acidosis-

  Distal Renal Tubular Acidosis (RTA)
This is the most fundamental form of RTA. It is characterized when the hydrogen ions are not secreted into the lumen of the nephron by the alpha-intercalated cells of the medullary collective duct of the distal nephron. When this happens the pH of urine cannot be brought down below 5.3. Renal excretion is inhibited and hydrogen ions are not eliminated which leads to academia. At the same time, Potassium ions cannot be absorbed by the cell which leads to hypokalemia. The end result is protein retention and potassium excretion. Distal RTA can lead to the urinary stone formation, calcium deposits in the kidney, rickets and osteomalacia and Sjogren s syndrome.

  Proximal RTA
When proximal tubular cells reabsorb 85% of filtered bicarbonates and 60% of filtered sodium from the urine, then this again leads to academia. The distal intercalated cells, however, function normally and so the academia is not as severe as in case of Distal RTA. The alpha-intercalated cells can acidify urine to a pH of 5.3 or less because they produce hydrogen ions. Proximal RTA is also associated with Fanconi Syndrome which is characterized by aminoaciduria, uricosuria, glucosuria, and tubular proteinuria.

  Combined distal and proximal RTA
Inherited carbonic anhydrase II deficit leads to combined distal and proximal RTA. This is accompanied by osteopetrosis, cerebral calcification, and renal tubular acidosis. Cases of combined distal and proximal RTA are very rare.

How is RTA understood?
The following steps are applied to analyze Renal Tubular Acidosis-
  Determining the anion gap in acidosis. The normal Anion Gap is 8-12 (4-6 mEq/L)
  Separating the renal from the extrarenal causes of normal anion gap acidosis
  Classifying the types of RTA
  If it is distal RTA, further tests will be necessary to support the diagnosis

How is RTA diagnosed?
Three types of tests can reveal if a person is affected by Renal Tubular Acidosis-
  Urine test
  Acid load test
  Physical examination

Treatment of RTA-
Doctors prescribe either or both of the following two types of therapies-

  Alkali therapy- The pH level of urine is restored and electrolytes are balanced
  Vitamin D supplements- If RTA leads to bone deformities or rickets, your doctor will prescribe vitamin supplements to strengthen your bones.

Timely diagnosis can prevent the effects of Renal tubular Acidosis from becoming compounded. With the right medication, a person can lead a healthy normal life.

What Should You Know About Renal Tubular Acidosis?

Medical science constantly challenges the boundaries by finding not only the cures to the most dangerous diseases, but finds a way to prevent them even before they occur. With years of research, practice and data available for analysis, scientists are using advanced technology in combination with years of research to create a predicting mechanism for often fatal diseases like cancer.

Breast cancer screening has always been done with mammography. The fact is that this method is only 75% accurate, laden with false positives and misses a whole set of women totally- and that too when cancer has already developed. Part of the problem comes from the dense breast tissue which one in three women have. This tissue masks the lumps, which makes it difficult for mammograms to accurately screen cancer.

Some breakthrough scientific methods are changing this by drawing on years of research to predict this deadly disease, years before it can manifest itself.

A genetic test to predict cancer 10-11 years ahead of time
This test was performed to see how environmental factors could influence cancer, along with habits like smoking, abusing alcohol or hormones, genetic changes that occur and are put a large percentage of the women at a high risk of developing this disease.

A simple blood test is used for the genetic analysis of hereditary cancer. Researchers found a biological marker, methylation of the ATM gene, which has a very high ability to predict the risk of developing cancer, several years before diagnosis. 'Methylation' concluded that when one biological indicator is exposed to carcinogenic substances, or other abusive substances like tobacco and alcohol, it may trigger the development of cancer. On the flip side, this test will take time to reach the commercial market and even then cannot give an exact timeline as to when someone may develop the disease.

A simple blood test to predict breast cancer 5 years before it develops
This is the kind of medical miracle the world is looking for. Last year in April, researches in Denmark identified a simple blood test that can predict breast cancer five years before it actually develops with an accuracy of a whopping 80%.

It works by "measuring all of the compounds in the blood to build a 'metabolic profile' of an individual, in order to detect changes in the way chemicals are processed, during a pre-cancerous stage," says Laura Donnelly, health editor at The Telegraph, which covered this development. Danish researchers observed 57,000 participants over 20 years, gathering blood samples along the way, specifically comparing a set of 800 women who remained healthy or developed breast cancer within 7 years of their first blood sample. The researchers found they were able to predict, with 80 percent accuracy, which patients would be affected by the disease, just by looking at the metabolic profiles they built from the participants' blood samples. The results have been published in Metabolomics.


Are you living with the uncertainty of a lump in your breast? It's time you take the first step and consult a specialist here.

Can Breast Cancer Be Predicted Before It Develops?

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