NeuroAI-Based Brain Data Integration and Analysis

Neuro AI-based Brain Data Integration

We integrate and analyze heterogeneous large-scale neuroscience datasets, including clinical information, neuroimaging, and omics data, using artificial intelligence to elucidate the biological mechanisms underlying symptoms associated with brain disorders.

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NeuroAI, big data integration and analysis, symptom-based analysis, machine learning

Neuroimaging Big Data and Brain Network Analysis

Neuroimaging Big Data & Brain Network Analysis

We apply AI-based analysis to large-scale neuroimaging datasets, including MRI, fMRI, and DTI, to identify alterations in brain networks and connectomes associated with brain disorders and develop predictive models.

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Neuroimaging big data, connectomics, functional connectivity, predictive models

Molecular Mechanisms of Brain Disorders Based on Omics Big Data

Omics Big Data based Molecular Mechanisms

We use AI to integrate and analyze large-scale omics datasets, including genomic and transcriptomic data, to identify cell types, gene modules, and molecular pathways associated with symptoms of brain disorders.

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Omics big data, genomics, transcriptomics, biomarkers

Brain-Computer Interface (BCI) Research

Brain Computer Interface Research

We develop BCI technologies that decode and utilize neural signals in real time, establishing a foundation in neural engineering for technologies that assist and restore cognitive, language, and motor functions.

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BCI, neural signal decoding, neural engineering, rehabilitation

Neuroscience Education and Academic Activities

Korea Brain Academy

Through the Korea Brain Academy, we provide specialized neuroscience education and academic programs, contributing to the dissemination of research achievements and the training of the next generation of neuroscience researchers.

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Neuroscience education, academic programs, talent development, dissemination of research achievements