Gallbladder Cancer treatment and surgery India offers information on Gallbladder Cancer Doctor India, Gallbladder Cancer treatment and surgery Hospital India, Gallbladder Cancer treatment and surgery Abroad, Gallbladder Cancer causes, symptoms, Risk factors, treatment and surgery.
Definition
Gallbladder cancer and bile duct cancer are rare cancers of the biliary tract. Your gallbladder stores and your bile duct transports bile, a fluid produced by your liver that's essential to the digestive process.
Gallbladder cancer seldom produces symptoms in the early stages. In fact, early gallbladder cancer is often only discovered when the gallbladder is removed as a treatment for gallstones. Otherwise, gallbladder cancer is often quite advanced by the time it's diagnosed.
When gallbladder cancer is caught early, removing your gallbladder or part of the bile duct may eliminate all the cancerous cells. In advanced cases, treatment won't cure gallbladder cancer but can help relieve symptoms and improve your quality of life.
Symptoms
Gallbladder cancer rarely produces early signs and symptoms. When symptoms do appear, they often resemble those of other, more common, gallbladder problems such as gallstones or infection. Gallbladder cancer symptoms include:
Signs and symptoms of bile duct cancer (cholangiocarcinoma)
Causes
Your gallbladder is a small, pear-shaped organ on the right side of your abdomen, just beneath your liver. Its main function is to store bile, a bitter, yellow-green fluid that's produced in the liver cells. Bile is essential for the proper digestion of fats and is one of the main ways your body eliminates drugs, cholesterol and waste products of metabolism. It flows from your liver through a thin tube called the common hepatic duct and enters your gallbladder through another small tube (cystic duct).
When you eat, your gallbladder releases a highly concentrated form of bile into the common bile duct, a continuation of the hepatic and cystic ducts. The bile flows through this duct to the upper part of your small intestine (duodenum), where it begins to break down the fat in your food.
cancer How gallbladder begins
Healthy cells grow and divide in an orderly way — a process that's controlled by DNA, the genetic material that contains the instructions for every chemical process in your body. When DNA is damaged, changes occur in these instructions. One result is that cells may begin to grow out of control and eventually form a malignant tumor — a mass of cancerous cells.
Although the exact cause of gallbladder and bile duct cancers isn't clear, researchers believe that DNA in the cells of your biliary tract may be damaged by toxins that are routinely metabolized by your liver. These toxins are released into bile so that they can be eliminated from your body. But if bile empties more slowly than normal, it increases the amount of time your cells are exposed to cancer-causing substances (carcinogens).
Most gallbladder tumors develop in the cells that line the inner surface of the gallbladder. These tumors are most commonly adenocarcinomas — a term that describes the way the cancer cells look when viewed under a microscope.
Gallbladder adenocarcinoma is highly invasive and can quickly penetrate deep into the gallbladder wall, moving through layers of tissue from the inner surface to the outside of the gallbladder. Eventually the cancer may spread to nearby lymph nodes, obstruct the bile duct or invade other organs such as the liver. Cancer cells may also travel through the bloodstream to more remote parts of the body.
Gallbladder and bile duct
Bile duct cancer (cholangiocarcinoma)
Cancer can develop in any part of the bile duct that stretches from your liver to your small intestine. Many tumors occur in the hepatic duct just as it leaves the liver (perihilar tumors). Other tumors may develop in the bile duct near your small intestine (distal tumors) or inside the liver itself (intrahepatic tumors).
The majority of bile duct cancers are adenocarcinomas that originate in the mucous glands lining the inside of the ducts. By the time these cancers are diagnosed, they often have spread to other tissues and organs.
Risk factors
A number of factors may increase your risk of both gallbladder and bile duct tumors, including:
Gallstones
These solid deposits of cholesterol or calcium salts form in your gallbladder, they are the most common risk factor for gallbladder cancer. The stones may cause your gallbladder to release bile more slowly, which increases the amount of time cells are exposed to toxins. Although most people with gallbladder cancer also have gallstones, the vast majority of people with gallstones never develop gallbladder cancer.
Age
The chances of developing gallbladder cancer increase as you get older. Most people diagnosed with gallbladder cancer are in their 70s. Bile duct cancer is most common in those over 65.
Your sex
Women are at least twice as likely as men are to develop gallbladder cancer. They're also more likely to have gallstones because the female hormone estrogen causes more cholesterol, the main component of most gallstones, to be excreted in bile. But, bile duct cancers are more likely to occur in men than they are in women.
Bile duct abnormalities
The pancreatobiliary duct junction is the point where the common bile duct — which carries bile from your liver and gallbladder to your small intestine — joins the pancreatic duct carrying digestive juices from your pancreas. In some people, these two ducts connect in a way that allows pancreatic juices to back up into the bile duct and prevents bile from being quickly emptied into the small intestine. This may irritate the cells lining the gallbladder and bile ducts, increasing the risk of cancer.
Gallbladder polyps
These are growths on the inner surface of your gallbladder. Most aren't cancerous, but polyps can contain malignant cells.
Diet
Eating food high in carbohydrates and low in fiber may increase your risk of gallbladder cancer.
Hazardous chemicals and toxic substances
People exposed to certain industrial chemicals, especially azotoluene, have an increased risk of developing gallbladder cancer. Thorium dioxide (Thorotrast), a dye once used in X-rays, can cause both liver and bile duct cancers. Although Thorotrast hasn't been used for decades, exposure to other toxic materials — including dioxin, nitrosamines and polychlorinated biphenyls (PCBs) — may increase your risk of bile duct cancer.
Obesity
If you are very overweight (about 30 pounds more than your ideal weight), you're at increased risk of gallbladder cancer. It's estimated that as many as one in every four cases of gallbladder cancer is linked to excess weight.
Race
American Indians, especially those living in the Southwest, are five times as likely to develop gallstones and gallbladder cancer as whites are. Hispanics also have higher rates of gallbladder cancer than whites do.
Primary sclerosing cholangitis (PSC)
This autoimmune disorder causes your immune system to attack your bile ducts. PSC creates scar tissue that narrows the bile ducts and prevents bile from reaching your intestines. Over time, repeated injury to bile duct tissue can increase the likelihood of developing cancer.
Ulcerative colitis
Another autoimmune disease, ulcerative colitis is characterized by severe bouts of bloody diarrhea with abdominal pain and cramping.
Congenital abnormalities of the bile ducts
These include choledochal cysts, which is a dilation or stretching of the common bile duct, and Caroli's disease — a dilation of the bile ducts within your liver (intrahepatic ducts).
Ove Bile duct stones
Gallstones sometimes escape the gallbladder and enter the cystic duct, the common bile duct or, occasionally, the duct leading to your pancreas. These migrating stones can cause serious complications, including an increased chance of developing bile duct cancer.
Parasitic infections
These are primarily a concern in Asian countries. Parasitic infections generally occur when humans eat fish containing the cysts of certain flatworms. The worms migrate to the bile ducts, where they damage the duct lining.
When to seek medical advice
See your doctor right away if you develop any of the signs and symptoms of biliary tract problems, such as:
Although these symptoms often aren't related to cancer, they may indicate other conditions that require medical care.
Tests and diagnosis
Many gallbladder cancers are discovered after a laboratory examination of a gallbladder that's been removed for other reasons. Only about one-quarter of gallbladder cancers are diagnosed before the cancer is advanced.
Diagnosing gallbladder cancer earlier than this is difficult because the gallbladder is hidden behind the liver and is relatively inaccessible, because signs and symptoms don't develop until late in the disease, and because when symptoms do appear, they can easily be mistaken for those of many other, more common conditions.
To help detect the existence and spread of gallbladder cancer, you're likely to have one or more of the following:To help detect the existence and spread of gallbladder cancer, you're likely to have one or more of the following:
Blood tests Your doctor may order tests to check for elevated levels of bilirubin or the enzyme alkaline phosphatase, which is released by damaged bile duct cells. You might also have tests to measure certain substances (markers) in your blood that sometimes indicate the presence of a tumor. People with bile duct cancer tend to have high levels of the marker CA 19-9. But CA 19-9 levels can be elevated in people with other types of cancer as well as in people who are cancer-free. For that reason, this isn't considered a definitive test.
Ultrasound This test uses high-energy sound waves to produce images of your internal organs, including your gallbladder. It has no side effects, isn't invasive and generally takes less than 30 minutes. During the procedure, you lie on a bed or table, and a wand-shaped device (transducer) that emits high-frequency sound waves is placed on your body. The sound waves are reflected from your gallbladder back to the transducer and then translated into a moving image.
Ultrasound is usually one of the first tests done in cases of jaundice and is especially good at providing information about the shape and texture of tumors as well as diagnosing the presence of gallstones and obstructed bile ducts.
Endoscopic ultrasound (EUS) is a technique that can sometimes provide even better images. In this test, an ultrasound transducer is attached to the end of a flexible, lighted viewing tube (endoscope). The endoscope is passed down your throat into your stomach and duodenum, and from there into the common bile duct.
Computerized tomography (CT) scan This is essentially a highly detailed X-ray that allows your doctor to see your gallbladder in two-dimensional slices. Split-second computer processing creates these images while a series of thin X-ray beams passes through your body. In most cases, you'll have a dye (contrast medium) injected into a vein before the test. By producing clearer images, the dye makes it easier to distinguish a tumor from normal tissue. A CT scan can also help determine if cancerous cells have spread to the common bile duct, lymph nodes or liver.
Your greatest risk is a possible allergic reaction to the dye. CT scans also expose you to more radiation than do ordinary X-rays.
Magnetic resonance imaging (MRI) Instead of X-rays, this test uses a powerful magnetic field and radio waves to create images. Used in combination with cholangiography — a test in which a small amount of dye is used to highlight the biliary tract — it can help determine whether the flow of bile is blocked or a tumor has invaded your liver.
During the test, you're encased in a cylindrical tube that can seem confining. The machine also makes a loud thumping noise. In most cases you'll be given headphones for the noise. If you're claustrophobic, mild sedation may be an option for you.
Endoscopic retrograde cholangiopancreatography (ERCP) In this procedure, an endoscope is passed down your throat, through your stomach and into the upper part of your small intestine. Your intestinal tract is inflated with air so that your doctor can more easily see the openings of the bile and pancreatic ducts, and a dye is injected into the ducts through a catheter that's passed through the endoscope. Finally, X-rays are taken of the ducts.
In spite of pain medication, the procedure can be uncomfortable. Your throat also may be sore for a time after the procedure, and you may feel bloated from the air introduced into your intestine. Major complications are rare and include infection and bleeding. This test is most sensitive for detecting an obstruction of the bile ducts and its cause.
Laparoscopy A more invasive procedure than ERCP, laparoscopy also uses a small, lighted instrument (laparoscope) to view your gallbladder, liver and surrounding tissue. But in this case, the instrument is attached to a television camera and inserted through a small incision in your abdomen. During the procedure, your surgeon may take tissue samples to help confirm the diagnosis of cancer. Laparoscopy is often used to confirm how far cancer has spread. Risks include bleeding and infection and injury to your abdominal organs or blood vessels.
Biopsy In this procedure, a small sample of tissue is removed and examined for malignant cells under a microscope. It's the only way to make a definitive diagnosis of cancer.
Biopsies of the gallbladder and bile ducts can be obtained in several ways. Your doctor may take tissue samples during laparoscopy. Or you may have fine-needle aspiration (FNA), a procedure in which a very thin needle is inserted through your skin and into your gallbladder. An ultrasound or CT scan is often used to guide the needle's placement. When the needle has reached the tumor, cells are withdrawn and sent to a lab for further study. Tissue samples can also be removed during or after gallbladder surgery.
Bile duct cells and tiny fragments of duct tissue can be obtained through a procedure known as biliary brushing. As in ERCP, an endoscope is inserted into the bile duct where it empties into your small intestine. But instead of injecting dye and taking X-rays, your surgeon uses a small brush placed in the endoscope to scrape cells and bits of tissue from the lining of your bile duct.
Staging biliary tract cancers
Staging tests help determine the size and location of cancer and whether it has spread. This information helps determine the best treatment options.
Doctors stage biliary tract cancers in several ways. One method is as follows:
Treatments and drugs
Gallbladder cancer treatment depends on the type and stage of cancer, as well as on your age, overall health, feelings and personal preferences. Especially when cancer is advanced, choosing a treatment plan is a major decision, and it's important to take enough time to consider your choices.
You may also want to consider seeking a second opinion. This can provide additional information to help you feel more certain about the option you're considering.
The goal of any treatment is to eliminate the cancer completely. When that isn't possible, the focus may be on preventing the tumor from growing or causing more harm. In some cases, an approach called palliative care may be best. Palliative care refers to treatment aimed not at removing or slowing the disease, but at helping relieve symptoms and making you as comfortable as possible.
Gallbladder cancer
Surgical removal (resection) of the gallbladder usually offers the best hope for people with gallbladder cancer. If the tumor is very small and hasn't spread to the deeper layers of gallbladder tissue, your surgeon may perform a simple cholecystectomy, which removes only the gallbladder. Sometimes this may be done laparoscopically, using a camera and miniature instruments inserted through small incisions in your abdomen.
If the cancer is more advanced, your surgeon will likely perform what's known as an extended cholecystectomy — an operation in which some liver tissue and nearby lymph nodes are removed along with your gallbladder.
Once the cancer has spread beyond the walls of your gallbladder, it can no longer be completely removed with an operation. In that case, your treatment team will discuss other options with you. These may include radiation — either external beam radiation (high-energy X-rays) or implanted radiation "seeds" — or chemotherapy, which is anti-cancer medication.
These additional treatments may be used alone or in combination. Some doctors believe that radiation together with chemotherapy after surgery is more effective than either alone.
Radiation and chemotherapy may also be used for palliative care to help make you more comfortable if your cancer is so advanced that treating the cancer is no longer an option. For example, either treatment may be used to help shrink a tumor that's blocking a bile duct.
Bile duct cancer
Surgery usually offers the best chance for people with bile duct cancer. But the type of operation you may have will vary, depending on the location of the cancer and how extensive it is:
Clinical trials
Because standard treatments are rarely effective for advanced biliary tract cancers, you may want to consider participating in a clinical trial. This is a study that tests new therapies — typically new drugs, different approaches to surgery or radiation treatments, and novel methods such as gene therapy. If the therapy being tested proves to be safer or more effective than current treatments, it will become the new standard of care.
Treatments used in clinical trials haven't yet been shown to be effective. They may have serious or unexpected side effects, and there's no guarantee you'll benefit from them. On the other hand, cancer clinical trials are closely monitored by the federal government to ensure they're conducted as safely as possible. And they offer access to treatments that wouldn't otherwise be available to you. New methods of chemotherapy and radiation are currently in clinical trials.
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