Extracorporeal Shock Wave Lithotripsy Gallstone fragmentation by extracorporeal shock wave lithotripsy (ESWL) may be an appropriate therapy for some patients who cannot undergo surgery, but it is no longer widely used. The treatment works best on solitary stones that are less than 2 centimeters in diameter. Less than 15% of patients are good candidates for lithotripsy. The typical procedure is performed as follows: The patient sits in a tub of water. High-energy, ultrasound shock waves are directed through the abdominal wall toward the stones. The shock waves travel through the soft tissues of the body and break up the stones. The stone fragments are then usually small enough to be passed through the bile duct and into the intestines. Lithotripsy is generally combined with oral dissolution treatment to help dissolve the fragmented pieces of the original gallstone. Complications. Complications include pain in the gallbladder area and pancreatitis, usually occurring within a month of treatment...
I am a Registered Nurse who has suffered from migraines for decades. I also have a strong family history of first degree relatives who are also affected. My question is this: what is the relationship, if any, between migraine headaches and the vagus nerve and gallbladder? I have been seeing a Japanese accupuncturist who believes there is a relationship and is using various herbs/preparations to increase gallbladder function. He believes this will improve or even "cure" my migraines. Thank you, Shari.
Your accupuncturist may have a great thought on preventing Migraine as many GI problems are related strongly to migraines. The data on gall bladder disease is not so compelling thus far.
On the other hand, please remember that Migraine is a genetic neurological disease for which, at this time, there is no cure. Don't get me wrong - Migraine prevention is desirable, but claims of a "cure" can't be supported.
Good luck, Joh...
Definition A magnetic resonance imaging (MRI) scan of the chest is a noninvasive imaging method that uses powerful magnets and radio waves to create detailed pictures of the chest (thoracic) area. Unlike x-rays and computed tomographic ( CT ) scans, which use radiation, MRI uses powerful magnets and radio waves. The MRI scanner contains the magnet. The magnetic field produced by an MRI is about 10 thousand times greater than the Earth's. The magnetic field forces hydrogen atoms in the body to line up in a certain way (similar to how the needle on a compass moves when you hold it near a magnet). When radio waves are sent toward the lined-up hydrogen atoms, they bounce back, and a computer records the signal. Different types of tissues send back different signals. Single MRI images are called slices. The images can be stored on a computer or printed on film. One exam produces dozens or sometimes hundreds of images. See also: Magnetic resonance imaging (MRI) Alternative Names Nuclear magnetic res...
You should knowAnswers to your question are meant to provide general health information but should not replace medical advice you receive from a doctor. No answers should be viewed as a diagnosis or recommended treatment for a condition. Content posted by community members does not necessarily reflect the views of Remedy Health Media, which also reserves the right to remove material deemed inappropriate.