HABS-HD - Core B - Neuroimaging & Informatics Core

HABS-HD神经成像与信息学核心(核心B)摘要 神经成像和信息学核心(核心B)负责所有神经成像采集协议， 存储协议、QA/QC协议、处理管道和长期存储运行状况的原始扫描 和老化大脑研究-健康差异(HABS-HD)U19。核心B的总体目标是提供高 项目1、2和3以及所有U19调查人员的高质量成像和汇总数据。核心B由博士领导。 Arthur Toga(南加州大学/LONI)，由Meredith Braskie博士共同领导(USC/LONI/IGC)。作为以下项目的一部分获得的图像 HABS-HD在神经成像实验室(LONI)内存储和管理。在哈布斯开始的时候- 将收集、存储和处理大约5,000个核磁共振扫描和6,000个正电子发射计算机断层扫描。 HABS-HD磁共振成像(MRI)和淀粉样蛋白正电子发射断层扫描(PET)采集 在很大程度上符合标准ADNI3协议。选定的成像设备将由Core B和 摘要数据将每隔6个月上传至HABS-HD数据库。所有原始扫描也将 可用。核心B将为AT(N)框架提供淀粉样蛋白(A)、tau(T)、神经变性(N)， 将由项目1、2和3利用，还将提供供以下项目使用的血管成像数据摘要 项目2.HABS-HD计划的所有神经成像都在北得克萨斯大学健康科学大学进行 翻译研究中心(UNTHSC ITR)使用相同的MRI和PET的成像中心 扫描仪。核心优势包括数十年开发和管理多站点大数据的经验 项目。在Toga博士和Braskie博士的领导下，利用南加州大学研究所的基础设施 神经成像和信息学(INI)、LONI和ATRI，我们将提供多站点数据管理和 以与支持阿尔茨海默病的系统一致的方式传播成像和临床数据 疾病神经成像倡议(ADNI)、全球阿尔茨海默病协会互动网络(GAAIN)、 帕金森进展标记物倡议(PPMI)和其他。所有核心B活动将支持U19科学 目标和更广泛的国家AD和痴呆症研究社区。这是有史以来第一个全面的多式联运 在美国三个最大的种族/民族群体中使用AT(N)框架研究AD风险(75%的 人口)需要强有力的信息学、数据管理和协调。核心B目标如下：目标 1：为所有U19项目创建影像和信息化数据管理框架。目标2：确保 所有神经影像数据的高质量控制。目标3：为每次成像提供统一的分析工作流程 可以适应任何计算环境的通道。

HABS-HD Neuroimaging & Informatics Core (Core B) Abstract The Neuroimaging & Informatics Core (Core B) is responsible for all neuroimaging acquisition protocols, storage protocols, QA/QC protocols, processing pipelines, and long-term storage of raw scans for the Health and Aging Brain Study- Health Disparities (HABS-HD) U19. The overall objective of Core B is to provide high quality imaging and summary data for Projects 1, 2, and 3 and for all U19 investigators. Core B is led by Dr. Arthur Toga (USC/LONI) and Co-Led by Dr. Meredith Braskie (USC/LONI/IGC). Images obtained as part of HABS-HD are stored and managed within the Laboratory of Neuro Imaging (LONI). At initiation of the HABS- HD U19, approximately 5,000 MRI scans and 6,000 PET scans will have been collected, stored and processed. HABS-HD magnetic resonance imaging (MRI) and amyloid positron emission tomography (PET) acquisition largely aligns to standard ADNI3 protocols. Selected imaging modalities will be processed by Core B and summary data will be uploaded to the HABS-HD database at 6-month intervals. All raw scans will also be available. Core B will provide the amyloid (A), tau (T), neurodegeneration (N), for the AT(N) framework that will be leveraged by Projects 1, 2 and 3, and will also provide summary vascular imaging data to be used by Project 2. All neuroimaging for the HABS-HD program occurs at the University of North Texas Health Science Center Institute for Translational Research (UNTHSC ITR) Imaging Center using the same MRI and PET scanners. Core strengths include decades of experience developing and managing multisite, large data projects. Under the leadership of Drs. Toga and Braskie and using the infrastructure of the USC Institute for Neuroimaging and Informatics (INI), LONI and ATRI, we will provide multi-site data management and dissemination of imaging and clinical data in a manner consistent with systems supporting the Alzheimer Disease Neuroimaging Initiative (ADNI), Global Alzheimer’s Association Interactive Network (GAAIN), Parkinson Progression Marker Initiative (PPMI), and others. All Core B activities will support the U19 scientific goals and the broader national AD and dementia research community. This first-ever comprehensive multimodal study of AD risk using the AT(N) framework within the three largest racial/ethnic groups in the U.S. (75% of the population) requires robust informatics, data management, and harmonization. Core B Aims are as follows: Aim 1: To create an imaging and informatics data management framework for all U19 Projects. Aim 2: To ensure high quality control of all neuroimaging data. Aim 3: To deliver a harmonized analysis workflow for each imaging modality that can accommodate any computational environment.