What are different types of manometry?

There are three main types of manometry: esophagus, anorectal and rinomanometry. Each of them is used to measure the function of a particular part of the body. These tests are used during diagnosis or certain health conditions in both children and adults.

esophageal manometry includes the use of a long tube that is inserted into the nasal cavities and down into the stomach. Special sensors are on different parts of this tube and are used to measure the effectiveness of the esophageal contractions from the neck to the stomach. This is beneficial in diagnosing or finding the cause of conditions such as acidic reflux disease. Patients receive mild local anesthesia to avoid any pain, although mild discomfort is common. They are also asked to drink a small amount of water or other liquid to see how well the esophagus works.

The tube sensors are connected to the computer; The readings from each sensor are read Cyciming OMPTER and diagnostic reading. Although this is not the only method in diagnosis of esophageal health, monometry is usedIn determining the cause of existing symptoms in some patients.

anorectal manometry in practice is similar to the esophagus. In this case, the tube is inserted into the rectum and a liquid is supplied to measure the contraction of the rectal sphincter and colon. The tube is generally long enough to reach far into the large intestine to measure the muscle strength of all muscles needed to compact and eliminate fecal. The sensors are present in the same way as in the esophagus manometry and the results are decrypted in almost the same way.

The use of anorectal manometry is more common in children than adults. This is because certain conditions affecting the muscles of the rectal and large intestines are most common in young children and are correct during this time. This does not mean that manometry cannot be beneficial in adults because there are certain conditions and injuries that may require it.

Rhinomanometry is another form of the test that is carried out to determine the airflow of the nasal cavities. This is done by placing the probe at the end of the nostril, held on site by tape. During the test, patients wear a mask on their cheeks and nose for several minutes. In this way, the sensor is sometimes introduced towards the rear of the nasal cavity and the air flow is monitored. As with the previous two tests, data probes or sensors to a computer for reading.