"멘탈케어를 위한 뇌파기반 뇌기능 매핑, AI 디지털 마커 및 경두개 광신경치료기술 소개"

"QEEG Brain Mapping, AI Digital Marker & tPBM for Mental Health"

학습목표(Learning Objectives)

1. 정량뇌파에 대한 기본 이해 및 임상적 활용성에 대해 고찰한다.

2. 정량뇌파를 이용한 뇌기능 매핑과 AI가 접목된 진단알고리즘을 확인한다.

3. 근적외선을 이용한 광신경치료기술의 작용 원리와 임상적 활용가치를 기술한다.

1. Explore the basic concept of Quantitative EEG and clinical application of it for mental health.

2. Identify the functional brain mapping technology and AI diagnostic algorithm using QEEG parameters.

3. Describe the therapeutic mechanism of Near-infrared(NIR) transcranial photobiomodulation(tPBM) and its clinical value for mental health.

초록(Abstract)

Quantitative EEG (QEEG) brain mapping enables precise identification of abnormal brain wave patterns associated with various mental health conditions. By integrating AI-powered digital biomarkers, clinicians can gain enhanced insights into brain function and detect early signs of neuropsychiatric disorders. Coupled with transcranial photobiomodulation (tPBM), a non-invasive therapy using near-infrared light to stimulate brain activity, these innovations offer promising, data-driven approaches to diagnosing and treating mental health disorders, potentially improving therapeutic outcomes and personalized care. Integrating QEEG-guided interventions with lifestyle modifications further enhances this approach. Personalized recommendations for nutrition, exercise, sleep hygiene, and stress management based on brainwave data can empower individuals to actively participate in their mental wellness journey. For instance, identifying stress-related brainwave imbalances through QEEG can guide mindfulness and biofeedback training to foster relaxation and resilience. Similarly, targeted exercise regimens and dietary plans designed to optimize brain health can amplify therapeutic effects, addressing both neurophysiological and lifestyle factors contributing to mental health challenges.