Brain waves are electrical signals from synchronized neuronal activity (detectable via EEG), categorized into 5 bands: delta (0.5-3Hz, deep sleep), theta (4-7Hz, relaxation/emotions), alpha (8-13Hz, calm wakefulness), beta (14-30Hz, alertness/anxiety), and gamma (30-100Hz, cognition/emotion integration).
People with depression show abnormal brain wave patterns: increased theta waves in frontal-temporal regions (linked to mood swings, poor focus), reduced alpha waves (difficulty relaxing), elevated beta waves (racing thoughts, insomnia), and decreased gamma waves (cognitive impairment). These anomalies reflect disrupted neural circuit communication, potentially worsening depression.
To address this, zjkc’s Transcranial Magnetic Stimulation Machine offers non-invasive intervention. It precisely modulates neuronal synchronization in specific brain areas, correcting abnormal theta/alpha/beta/gamma patterns—e.g., lowering excessive frontal-temporal theta activity and restoring alpha wave calm—to assist in alleviating depressive symptoms, serving as a supportive tool for clinical treatment or home-based care.
While brain waves hold promise as depression biomarkers, more research is needed. Such modulation devices may drive breakthroughs in depression treatment.
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