Epilepsy is one of the most common neurological disorders in the world. According to 2024 data, it affects about 50 million people. The disease does not choose its "victims" based on gender, status, age, or place of residence—it simply occurs due to various factors.
But how can the problem be detected in time and treatment initiated? An indispensable ally is a modern diagnostic method—electroencephalography (EEG). This simple, accessible, and accurate examination method gives doctors a unique opportunity to observe the electrical activity of the brain and, if the disease is present, to identify pathological changes.
To illustrate how effective such an examination can be, let's consider the example of the CADUCEUS REVIEW electroencephalograph. This device is designed for in-depth analysis of the central nervous system's functioning and provides a high level of detail in studying brain activity.
The device is equipped with a special photostimulator that helps detect heightened sensitivity to light flashes and provoke epileptiform discharges for more accurate diagnosis. Sound signals assess the brain's reaction to acoustic stimuli, and special visual images investigate the perception of graphical information, allowing precise measurement of response speed and the overall performance of nervous tissue.
Furthermore, the CADUCEUS REVIEW is suitable for multimodal data registration, including polysomnography (PSG), video monitoring, and evoked potential (ERP) research, heart rate (ECG), muscle tension (EMG), breathing rhythm (RESP), and blood oxygen saturation (SpO2). This minimizes the influence of external factors and increases the reliability of the obtained information.
A built-in system for automatic removal of external noise and distortions ensures maximum purity and clarity of each recording. This allows the doctor to instantly notice deviations and promptly decide on further treatment tactics. Compact wireless modifications, designed for long-term studies in natural everyday conditions, preserve the patient's freedom of movement and daily comfort while continuing to provide high-quality medical monitoring.
Thanks to EEG, epilepsy ceases to be a mystery: technology helps detect its traces in advance and choose a precise treatment path, preserving the patient's quality of life.
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