Gallstones may bediscovered during testsfor a different condition, as they often don't cause any symptoms.
If you do have symptoms of gallstones ,make an appointment with your GP so they can try to identify the problem.
Your GP will ask about your symptoms in detail and maycarry out the Murphy's sign test to help determine if your gallbladder is inflamed.
During this test, yourGP places their hand or fingers on the upper-right area of your tummy and asks you to breathe in. If you find this painful, it usuallymeans your gallbladder is inflamed and you may need urgent treatment.
Your GP may also recommend having Blood tests to look for signs of infection, or to check if your liver is working normally.If gallstones have moved into your bile duct, the liver may not be able tofunction properly.
If your symptoms and test results suggest you may have gallstones, you'll usually be referred for further tests. You may be admitted to hospital for tests the same day if your symptoms suggest you have a more severe form of gallbladder disease.
Gallstones can usually be confirmed using an ultrasound scan , which uses high frequency sound waves to create an image of the inside of the body.
The type of ultrasound scan used for gallstonesis similar to the scan used during pregnancy, where a small handheld device called a transducer is placed onto your skin and moved over your upper abdomen.
Sound waves are sent from thetransducer, through your skin and into your body. They bounce back off the body tissues, forming an imageon a monitor. This is a painless procedure that usually takes about 10-15 minutes to complete.
When gallstones are diagnosed, there may be some uncertainty about whether any stones have passed into the bile duct.
Gallstones in the bile duct are sometimes seen during an ultrasound scan.If they're not visible but yourtestssuggest the bile duct may be affected, you may need an MRI scan or a cholangiography.
A magnetic resonance imaging (MRI) scan may be carried out to look for gallstones in the bile ducts. This type of scan uses strong magnetic fields and radio waves to produce detailed images of the inside of the body.
A procedure called a cholangiography can give further information about the condition of your gallbladder.
A cholangiography uses a dye that shows up on X-rays . The dyemay be injected into your bloodstream or injected directly into your bile ducts during surgery or using an endoscope passed through your mouth.
After the dye has been introduced, X-ray images are taken. They'll reveal any abnormality in your bile or pancreatic systems. If your gallbladder and bile systems are working normally, the dye will be absorbed in the places it's meant to go (your liver, bile ducts, intestines and gallbladder).
If a blockage is detected during this test, your doctor may try to removeit at this point using an endoscope. This is known asan endoscopic retrograde cholangio-pancreatography (ERCP). See treating gallstones for more information about ERCP.
A computerised tomography (CT) scan may be carried out to look for any complications of gallstones, such as acute pancreatitis . This type of scan involves taking a series of X-rays from many different angles.
CT scans areoften donein an emergency to diagnose severe abdominal pain.
Gallstones are small stones, usually made of cholesterol, that form in the gallbladder. In most cases they do not cause any symptoms and do not need to be treated.
The most common symptom of gallstones is sudden, severe abdominal pain, known as biliary colic.
Gallstones are thought to be caused by an imbalance in the chemical make-up of bile inside the gallbladder. Bile is a liquid produced by the liver to aid digestion
Gallstones are often discovered during tests for a different condition, as they often don't cause any symptoms.
The treatment plan for gallbladder conditions will depend on how the symptoms are affecting your daily life.
In a small number of people with gallstones, serious problems can develop if the gallstones cause a severe blockage or move into another part of the digestive system.