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On January 3, 2024 at 10:20:07 AM +0800, accyang Albert Yang:
  • Updated description of Dementia Molecular Imaging Clinical Database from

    ##Overview## This dataset forms the foundation of a pioneering study aimed at understanding and diagnosing dementia through advanced imaging techniques. It encapsulates data from two molecular imaging methods: Single-Photon Emission Computed Tomography (SPECT) and Fluorodeoxyglucose Positron Emission Tomography (FDG-PET), which are instrumental in the clinical diagnosis of dementia. The study explores the relationship between local cerebral blood flow and metabolic function changes, leveraging the high correlation found between cerebral blood flow patterns and glucose metabolism.
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    ##Overview## This dataset is at the core of a dementia research project focused on the exploration and diagnosis of dementia using advanced imaging technologies. It integrates data collected through Single-Photon Emission Computed Tomography (SPECT). ##Dataset Composition## The dataset comprises images and data obtained from SPECT scans. SPECT imaging helps in assessing cerebral blood flow. ##Dataset Scope and Objectives## The primary objective of this dataset is to advance the understanding of dementia through the lens of neuroimaging. By examining the relationship between local cerebral blood flow and metabolic function, the study aims to identify patterns that correlate with dementia. The ultimate goal is to enhance the diagnosis and understanding of dementia by correlating cerebral blood flow patterns with glucose metabolism changes in the brain. ##Citation Guideline## Pending


  • Uploaded a new file to resource 資料集說明文件指引_v1.2.pdf in Dementia Molecular Imaging Clinical Database