This surgery involves the removal of Gallbladder, which is a pear-shaped organ that lies right beneath the right side of the liver. The main function of the gallbladder is to collect and concentrate bile, which is a digestive juice produced by liver after eating, aiding digestion. The most common disorder of the digestive system is presence of Gallstones, which are the stones made up of a mixture consisting of cholesterol, bile pigment and calcium salts.

These Gallstones don t cause any problems in most cases. But prompt treatment is required if stones block ducts and cause infections and inflammation in the pancreas. This may lead to removal of the gallbladder through a surgery, known as cholecystectomy, which further includes techniques such as laparoscopic (keyhole) cholecystectomy or open surgery.
Although it is a less vital organ, the body can cope up even after removal.

Procedure of surgery:

    The surgery involves removal of gallbladder and gallstones through several incisions in the abdomen. In order to see clearly, the surgeon inflates the abdomen with air or carbon dioxide.
    A lighted scope attached to a video camera is inserted into one incision near the belly button. The video monitor is used as a guide for inserting other surgical instruments into the other incisions to remove the gallbladder.
    Intraoperative cholangiography is the X-ray procedure which shows the anatomy of bile ducts. This is done before the surgeon removes the gallbladder.
    Bile flows from the liver through the common bile duct after the surgery into the small intestine. As the gallbladder has been removed, the gallbladder can no longer store bile between meals but has no effect or little effect on digestion.
    In case of open surgery, the surgeon reaches the gallbladder through a large, single incision in the abdominal wall.

Complications after gallbladder surgery:
This surgery carries some degree of risk like any other surgery. Complications such as internal bleeding, infection, injury to nearby digestive organs, injury to the bile duct and injury to blood vessels.

Types of gallstones:
There are three main types of gallstones. They are
1. Mixed stones: They are made up of cholesterol and salts. They tend to develop in batches.
2. Cholesterol stones: Mainly made of cholesterol, which is crucial to many metabolic processes. They can grow large enough to block the bile ducts.
3. Pigment stones: The colour of bile is greenish-brown, due to some particular pigments.

Medical factors to consider before cholecystectomy:
The most important factor is a consideration of your medical history. This is because the pre-existing conditions influence decisions on surgery and anaesthetic and information about any bad reactions or side effects from any medications would be helpful for surgery.

Self-care after the surgery:
Taking rest is the most important thing after surgery. Avoid things such as heavy lifting and physical exertion. The usual recovery period after the surgery is one week. 

Gallstone Surgery - Things You Should Know About It 

Gastric bypass, one of the weight loss surgeries bring about many changes and alterations (physiological, metabolic, hormonal) in your body. The gastric bypass surgery rearranges the stomach into an upper pouch (the smaller part) and a relatively larger lower part. It is the small pouch that is connected to the small intestine, where the absorption of nutrients and minerals from the ingested food takes place. The surgery plays a significant role in limiting the intake of food. Thus, post-surgery, a person's body reacts differently than it used to before the surgery. Many, if not all, people experience difficulties in coping up with the changes.

Patients are often advised to refrain from alcohol consumption after the gastric bypass surgery. Surprisingly, and quite alarming, cases of alcohol abuse increases post the surgery. According to a survey by the American Society for Metabolic and Bariatric Surgery, few people, who had no prior history of alcohol abuse developed one after the weight loss surgery. What triggers the alcohol abuse in some patients is still a debatable issue.

Many patients experience an emotional breakdown, stress, anxiety, and depression after the surgery. People who needed no reason to binge on food are suddenly expected and made to consume a limited quantity of food. Unable to do what they loved doing the most, people look for an alternate solution. As expected, in most cases, alcohol becomes the much-needed solution. What started as a means of distraction gradually becomes an integral part of life. Hormonal changes associated with the surgery can also result in panic attacks, stress, and anxiety.

Incidences of alcohol abuse may also be high in patients who had a history of drinking (regular or occasional) and smoking before the gastric bypass. Under normal circumstances (before the weight loss surgery), there is a partial enzymatic breakdown of the consumed alcohol in the stomach before it passes into the small intestine. However, post-surgery, the small size of the stomach does not facilitate such enzymatic breakdowns. Thus, the alcohol passes into the intestine, where it gets rapidly absorbed. As a result, a person gets into an inebriated state at a faster rate.

It is because of this reason that doctors advise the patients to keep away from alcohol as much as possible after the surgery. To keep away from or reduce the instances of alcohol abuse after the gastric bypass surgery,

Look for healthier and low-calorie food options when you get an urge to eat.
Meditate, go for morning and evening walks. These physical activities act as great stress busters.
If you are feeling low or going through an emotionally low phase, share it with your loved ones. Do not suppress your emotions.
Consult your attending physician in case of any physical discomfort

Alcohol & Gastric Bypass - Can They Be Mixed?

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?

When blood clot blocks one or more arteries in your lungs the condition is known as pulmonary embolism. It can cause a decrease in the oxygen levels in your blood, damage to your lungs due to sudden restrictions in the flow of blood along with adverse effects on other parts of your body. Life threatening blockage can cause death if left untreated and you should immediately contact your health care provider to get proper diagnosis. Pulmonary embolism requires various lab tests and generally requires short time to resolve.

Symptoms:
The symptoms of pulmonary embolism mainly depend upon many factors pertaining to your previous medical history. Pulmonary embolism varies with the size of your lungs, the size of the clots formed in your blood, and any other underlying history of the heart or lungs. That said, pulmonary embolism has symptoms which are not similar to any two persons and will vary accordingly.

The common symptoms however may include the following and you are advised to opt for a health checkup if these are persistent in your body:
1. Cough along with bloody sputum is a common symptom.
2. Shortness of breath, which will become worse as the days passes by. They will appear suddenly and cause huge discomfort in breathing.
3. Chest pain which may give you the feeling of a heart attack. The pain will intensify when you sit to eat or cough. Deep breath will cause problems too and will not go away easily with exertion.
4. Some other symptoms include fever, excess sweat, irregular heartbeat and dizziness.

Pulmonary embolism can be diagnosed by the following methods:
1. Electrocardiography (also known popularly as ECG) to measure your heart's electrical activity and functioning.
2. CT plumonary angiography is gold standard for diagnosing pulmonary embolism.
3. Chest x ray, which is a common and non invasive test to check your heart and lungs as well as the problems with any bones surrounding them.
4. ECHO can detect secondary changes in heart due to pulmonary embolism.

Treatment of pulmonary embolism can be done with medicines if it is detected at an early stage or also if the clot is small. However, if the size of your clot is problematic and blocks the blood flow to your lungs or heart then surgery may be necessary. Open surgery and clot removal surgery are common in the treatment of pulmonary embolism and will require good regular follow up check ups. Regular leg exercises will also reduce the chances of any underlying disease and you should hence consult your doctor.

What Is Pulmonary Embolism?

Heartburn is a common symptom experienced by many people, but is often overlooked as indigestion. Besides making you uncomfortable, this can be a sign of a much bigger health problem. While the occasional heartburn can be treated with antacids, chronic heartburn can be a sign of gastroesophageal reflux disease (GERD) or acid reflux. Here are three important reasons you should not ignore heartburn.

It can promote tooth decay:The acid regurgitated might not necessarily stop in the esophagus. It can often also make its way into your mouth. When this happens frequently it can promote tooth decay and wear out enamel. This can also leave your mouth with a sour taste. Acid reflux induced tooth erosion can easily be prevented by the early treatment of acid reflux,but in most cases is noticed only after the damage has been done.
It can cause cancer of the esophagus:Chronic acid reflux that persists for years can lead to changes in the cells of the esophagus. This can lead to a cancerous condition known as Barrett's esophagus. The condition has no other symptoms can if left untreated can develop into cancer of the esophagus. Women are at a higher risk of this form of cancer than men. Though esophageal cancer is relatively rare, it is not something to be trifled with. The survival rate of esophageal cancer is very low in comparison to other forms of cancer. Only 15-20% patients live longer than 5 years after this condition is diagnosed.
It can lead to breathing problems:Heartburn is caused by stomach acid flowing back into the esophagus. If it is inhaled after regurgitation, it can worsen asthmatic conditions and pneumonia. At the same time, treating acid reflux with medication like PPIs can also increase the risk of pneumonia as it can promote bacterial growth and suppress coughing. Thus, when consulting a doctor for acid reflux treatment ensure that you mention any existing asthmatic conditions so that you can be treated with your lung functioning in mind.
In addition, acid reflux can also impact a person's health and quality of life. To prevent heartburn people often find themselves avoiding certain foods. This can impact their social lives and in turn make them withdrawing into themselves. A person's sleep can also be affected by heartburn. Hence, it is important to treat heart burn as early as possible and not wait for it to become a chronic problem.

GERD / Heartburn - 3 Reasons Why You Should Not Ignore it 

The kidneys are responsible for the elimination of waste from the body. The blood is filtered in the kidneys and all toxic wastes are filtered out and excreted through urine. When this filtration does not happen effectively, a lot of waste can be found in the blood, which affects normal body function.

Kidneys may lose their functioning either due to age, injury, or disease conditions. Whatever the reason, when kidney function is hampered, the body suffers. If there was an injury or congenital problem, it could be unilateral and the non-affected kidney could still do the function. However, if it is infection or old age, normally both kidneys are affected and then replacement should be looked for externally. This is where a kidney transplant comes into the picture.

What is it?

It is a surgery where a healthy, functioning kidney is placed into the body. The donor could be

Living: These donors have to be related or unrelated. Related is often termed someone, who is a family member and is willing to donate one kidney (one kidney is sufficient for normal, healthy individuals) to the diseased person.
Cadaver: If a person is willing to donate kidneys post death, these are used for transplant, within a specified time.
Identifying the right donor and recipient:

Blood type and tissue type should be matched; a good tissue type match improves the chances of success
Overall health of the donor to ensure there is no heart disease, lung disease, or diabetes
The recipient also should be healthy
What to expect during surgery?

Once a donor is identified, in living donors, the surgery to remove the kidney and to transplant it are done simultaneously
The surgery usually takes about 3 to 4 hours
Antibiotics are given prior to the surgery to prevent infection
The blood vessels and ureter are connected back to the kidney after the transplant
Hospital stay can range from 5 days to 2 weeks, depending on the overall health of the patient and the anticipated risk of rejection.
Most transplanted kidneys work effectively almost immediately. A kidney stored from a cadaver may take a little longer compared to a fresh kidney from a living donor
People who have had transplants are put on immunosuppressants on a chronic basis to reduce chances of rejection. The new kidney will always be recognised by the body as a foreign body, and so this is essential.
Kidney transplant success rates are quite high, and more and more people are opting for transplants as opposed to dialysis.

Kidney Transplant - What To Expect From It?

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