Ambulatory EEG Telemetry
Ambulatory EEG Telemetry procedure is useful in the diagnosis and management of epilepsy brain disorder. Various devices are used to record the brain activity of the patient on a screen for further analysis. Ambulatory EEG Telemetry procedure can be implemented through the use of different technologies. The effectiveness of the Ambulatory EEG Telemetry procedure depends on the technology used, and the abilities of the physician undertaking the medical process. Ambulatory EEG Telemetry medical procedure has various advantages and disadvantages depending on the complexity and the nature of devices used in the medical procedure.
Ambulatory EEG Telemetry is a medical procedure commonly used in the diagnosis and treatment of patients with epilepsy (Schomer, 294). The procedure is also used in the classification of seizure types, and localization of the epileptogenic region in the brain. Epilepsy is a neurological disorder that causes brain activity to become abnormal, causing seizures and loss of awareness. The EEG Telemetry procedure helps in the management of the epilepsy condition, but the condition is not completely cured. The Ambulatory EEG Telemetry procedure involves the use of sophisticated devices that uses electrical signals to record the brain activity on a computer screen. Epilepsy causes seizures in the brain of an individual, which causes the brain activity of the patient to change. Ambulatory EEG Telemetry records the brain activity of the patient on a screen where the change of the brain activity can easily be viewed for further treatment. The EEG Telemetry has several advantages and disadvantages to the patients.
The type of the technology to be used in EEG Telemetry medical procedure depends on the weaknesses and strengths involved in a particular EEG technology (Schomer, 294). One of the advantages of the Ambulatory EEG Telemetry medical procedure is that the patient can lead a normal life while still being monitored (Kandler, 66). Outpatient EEG Telemetry procedure allows the patients under the process to be involved in daily activities such as attending school, going for work, and taking care of kids. Actually, major brain episodes and seizures occur when the patients are in their routine activities. Also, EEG Telemetry medical procedure is more cost-effective than performing the ordinary brain surgery for the patients with epilepsy. In addition, the EEG Telemetry procedure reflects the brain activity in a screen, hence providing seizure localizations. General brain surgery cannot provide seizure localizations. The physicians depend on the records of the brain activity recorded on the screen to make a diagnosis of epilepsy. The main disadvantage of the video EEG telemetry is that the procedure results in poor spatial resolution, which can easily lead physicians to the wrong diagnosis of epilepsy. Electrical noise is also another disadvantage associated with EEG Telemetry procedure, which affects the electrical signals generated in the brain.
In summary, Ambulatory EEG Telemetry medical procedure is used in the diagnosis and treatment of epilepsy brain disorder. Epilepsy is a neurological disorder that causes a change in brain activity resulting in seizures and loss of awareness. The Ambulatory Telemetry Medical procedure involves the use of various devices to record brain activity on a screen. Physicians use the recorded brain activity to diagnose for epilepsy. EEG Telemetry major benefit is that patients under the medical procedure are allowed to perform their daily activities such as attending schools and also going for work. Also, Ambulatory EEG Telemetry is a more cost-effective method. Poor spatial resolution and noise are the major disadvantages associated with EEG Telemetry medical procedure. The advantages and disadvantages of EEG Telemetry procedure depend on the type of technology employed in a particular EEG procedure. Therefore, the effectiveness of Ambulatory EEG Telemetry depends on the type of devices used in a specific EEG procedure.
Works Cited
Schomer, Donald L. “Ambulatory EEG telemetry: how good is it?.” Journal of Clinical Neurophysiology 23.4 (2006): 294-305.
Kandler, Rosalind, Athi Ponnusamy, and Claire Wragg. “Video ambulatory EEG: a good alternative to inpatient video telemetry?.” Seizure 47 (2017): 66-70.