Keywords: Alzheimer's Disease, Alzheimer's Disease, multi-modal data;biomarker;multi-center datasets
Motivation: This study is for a better understanding of gray matter brain areas and white matter fiber tracts interactions on multi-center datasets in Alzheimer's Disease (AD).
Goal(s): The primary goal is to discover a new biomarker of gray-white matter covariance patterns associated with cognitive decline in AD and MCI with neural networks.
Approach: We employed a Variational Autoencoder-based framework combining diffusion and structural MRI metrics, training on Normal Control data and testing on MCI and AD datasets to reconstruct new metrics.
Results: Our analysis revealed significant correlations between gray-white matter metrics and cognitive scores, highlighting critical fiber bundles and brain areas affected in AD.
Impact: This study enhances our understanding of the interdependence between the structure of gray matter brain areas and white matter fiber tracts in Alzheimer's Disease, and a new cognitive-related biomarker was proposed.
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