Seizures are infrequent, unpredictable and subtle or the type is uncertain. Here’s when the exam is typically recommended: This test is helpful in diagnosing seizures in all age groups, especially in young patients. Once the testing is complete, the patient returns to the neurodiagnostic lab for electrode removal and to return the diary and equipment. The patient returns home and will be instructed to keep a diary of events while there. The technologist strategically places electrodes on the patient’s scalp using a special glue-like substance, and then wraps the patient’s head, so the patient can move around freely. This runs for a day or more, based on the physician’s direction. This can be helpful in diagnosing certain conditions that impact sleep patterns. Children may need to stay awake up to two hours after their regular bedtime and be awakened two hours earlier than normal the day of testing with no naps on the way to the appointment or before the procedure. For example, adults may be asked to stay awake after midnight or wake early for the appointment. This test uses the same procedures for a routine EEG, except that the patient needs to be sleep deprived for a specific amount of time, based on their physician’s direction. The test - including preparation, test and clean up - should take about 90 minutes. The patient remains awake and comfortable throughout the test but can also fall asleep.
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The patient may be asked to take a series of deep breaths and/or to stare briefly at a flashing bright strobe light. In a routine EEG, the technologist strategically places electrodes on the patient’s scalp using a special paste. After the test, we’ll release results to the referring physician, who will review them with the patient. We listen to you, answer your questions and develop a comprehensive plan suited for your individual needs.ĮEG tests can be performed as routine, sleep-deprived, ambulatory or long-term with video monitoring. Our team of neurodiagnostic experts collaborate to provide you whole-person care. Performed as an outpatient procedure in our state-of-the-art neurodiagnostic lab, an EEG is an excellent diagnostic tool to show the effects from brain trauma, certain brain infections, brain function or loss of function in a particular region, as well as oxygen impairment to the brain. In cases where the patient presents with seizures, there may be additional Long-Term Video Monitoring (LTVM).Īn EEG test is used to record brain activity by strategically placing electrodes on a patient’s scalp. Paras Healthcare Provides Comprehensive and Best Treatment for the Patients coming from- UAE, Saudi Arabia, Kenya, Bangladesh, Afghanistan, United Kingdom(U K), Pakistan, Nigeria,Tanzania, Ethopia, Congo, Zambia, Iraq, Burundi, Oman, Uzbekistan, Kazakhstan, Russia, USA, Canada, Europe, Uganda, Fiji, Libya, Nepal, Yemen, Sudan.If you’re experiencing headaches, dizziness, seizures, confusion, stroke, loss of consciousness or have suffered a traumatic head injury, WakeMed offers a diagnostic test - an electroencephalogram (EEG) - that can give your doctor valuable information. Seizures are sometimes intentionally triggered in epilepsy patients during the test, but the procedure is not a result of the EEG and proper medical care is provided if the need arises. The EEG test is painless and completely safe. Other uses of an EEG include confirming brain death in a coma patient or for finding the right anesthesia level for someone in a coma that has been medically induced. Though the EEG cannot detect mental illness or measure intelligence in a patient, it is helpful in diagnosing and treating a number of disorders like: This proves useful in the diagnosis of brain disorders like epilepsy. The EEG can be used to determine any changes in the brain activity. The test also plays a major role in the diagnosis of other brain disorders as well. The EEG test is one of the main diagnostic tests for detecting epilepsy. This activity of the brain cell impulses is tracked and recorded through an EEG and shows up in the form of wavy lines on an EEG chart. These impulses are active at all times, even when the patient is asleep. The communications from the brain cells are done through various electrical impulses.