A Community Resource for Single Cell Data in the Brain

大脑中单细胞数据的社区资源

• 批准号: 9415946
• 负责人: JAMES C GEE
• 金额: $ 296.6万
• 依托单位: ALLEN INSTITUTE
• 依托单位国家: 美国
• 财政年份: 2017
• 资助国家: 美国
• 起止时间: 2017-09-20 至 2022-06-30
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/9415946
• 关键词: 3-Dimensional; Adopted; Alpha Cell; Anatomy; Atlases; BRAIN initiative; Brain; Cell Nucleus; Cells; Cellular Morphology; Censuses; Communication; Communities; Community Practice; Community of Practice; Data; Data Collection; Data Storage and Retrieval; Development; Dimensions; Disease; Education and Outreach; Electrophysiology (science); Environment; Foundations; Future; Generations; Goals; Health; Histology; Housing; Human; Imagery; Institutes; International; Knowledge; Lead; Link; Location; Logic; Modality; Mus; Neurosciences; Ontology; Population; Process; Protocols documentation; Provider; Publishing; Research Infrastructure; Research Personnel; Resources; Role; Science; Semantics; Structure; Work; base; brain cell; cell registry; cell type; cellular imaging; cloud based; computing resources; cost; data modeling; data sharing; digital; high resolution imaging; improved; information framework; knowledge of results; neuroinformatics; nonhuman primate; programs; repository; success; tool; transcriptome; web portal; web-accessible; working group; 3-Dimensional; Adopted; Alpha Cell; Anatomy; Atlases; BRAIN initiative; Brain; Cell Nucleus; Cells; Cellular Morphology; Censuses; Communication; Communities; Community Practice; Community of Practice; Data; Data Collection; Data Storage and Retrieval; Development; Dimensions; Disease; Education and Outreach; Electrophysiology (science); Environment; Foundations; Future; Generations; Goals; Health; Histology; Housing; Human; Imagery; Institutes; International; Knowledge; Lead; Link; Location; Logic; Modality; Mus; Neurosciences; Ontology; Population; Process; Protocols documentation; Provider; Publishing; Research Infrastructure; Research Personnel; Resources; Role; Science; Semantics; Structure; Work; base; brain cell; cell registry; cell type; cellular imaging; cloud based; computing resources; cost; data modeling; data sharing; digital; high resolution imaging; improved; information framework; knowledge of results; neuroinformatics; nonhuman primate; programs; repository; success; tool; transcriptome; web portal; web-accessible; working group

Project Summary A detailed census of the structure and role of cell type specific data in the brain is recognized as one of the most promising avenues for advancing our understanding of the human brain in health and disease. The primary goal of this project is to build a foundational community resource for housing single-cell centered data content in the brain. By adopting a three-tiered data, tools, and knowledge paradigm we will lead, together with data generation partners, in the development and deployment of fundamental data models, common community standards, and scientific results to improve our understanding of the diverse cell types in the mammalian brain and its three dimensional organizational logic. This project proposes a unified solution to the development of its resource beginning with a data collection, quantification, and mapping framework for managing data and information across diverse repositories. The first step is to support the acquisition of fundamental data types from data partners by developing the data models and framework for importing structured data into the BRAIN Cell Data Center (BCDC) in consistent data description standards that describe and facilitate best practices for community use of multi-modal single cell data and its content. Toward achieving this end, we will partner with the Neuroscience Information Framework (NIF), International Neuroinformatics Coordinating Facility (INCF), Neuroscience without Borders (NWB), and other standards promoting organizations to leverage and extend existing standards to allow external data contributors to utilize the BCDC. For these data to be coherent, spatial common coordinate frameworks for mapping are essential, and the project develops and extends Allen Institute Mouse Common Coordinate Framework to enable external mapping of key single cell modalities in a 2D and 3D anatomic context for access and visualization at cell, nuclei, and/or population level. The entire resulting data, tools, and knowledge will be made publicly available in a unified and integrated web-accessible Cell Registry and Portal supporting data retrieval, search, visualization, and analysis of cell specific data and knowledge synthesis. The BCDC front end will provide data feature summaries, tools, and resulting knowledge, and links to raw data and high-resolution images, together with a programmable API/SDK that allows the community to build their own analysis applications and contribute tools. Finally, we will amplify public impact through strong BICCN partnership management, communication, standards committees, and analysis working groups, and develop infrastructure for maximizing community usage, publishing standards and tutorials, and coordinating education and outreach.

项目摘要 对大脑中细胞类型特定数据的结构和作用的详细人口普查被认为是最多的。 有望促进我们对健康和疾病中人脑的理解的途径。主要目标 这个项目的是建立一个基础社区资源，用于在该项目中居住单细胞的以单细胞为中心的数据内容 脑。通过采用三层数据，工具和知识范式，我们将领导以及数据生成 合作伙伴，在开发和部署基本数据模型，共同社区标准和 科学结果是提高我们对哺乳动物大脑中各种细胞类型的理解及其三个 维度组织逻辑。该项目为开发其资源提供了统一的解决方案 从数据收集，量化和映射框架开始，以管理数据和信息 跨不同的存储库。第一步是支持从数据中获取基本数据类型 通过开发将结构化数据导入脑细胞数据的数据模型和框架来合作伙伴 中心（BCDC）在一致的数据描述标准中描述和促进社区最佳实践的标准 使用多模式单细胞数据及其内容。为了实现这一目标，我们将与 神经科学信息框架（NIF），国际神经信息协调设施（INCF）， 神经科学无国界（NWB）和其他标准，以促进组织利用和扩展 现有标准允许外部数据贡献者使用BCDC。这些数据是连贯的，空间的 用于映射的常见坐标框架至关重要，项目发展并扩展了艾伦学院 鼠标通用坐标框架，以启用2D和3D中关键单细胞模式的外部映射 在细胞，核和/或种群水平上访问和可视化的解剖上下文。整个结果数据， 工具和知识将在统一和集成的Web访问单元格注册表中公开提供 以及支持数据检索，搜索，可视化和分析细胞特定数据和知识的门户网站 合成。 BCDC前端将提供数据功能摘要，工具和结果知识，并链接到 原始数据和高分辨率图像以及可编程的API/SDK，允许社区构建 他们自己的分析应用程序和贡献工具。最后，我们将通过强大的BICCN扩大公共影响 伙伴关系管理，沟通，标准委员会和分析工作组，并发展 用于最大化社区使用，发布标准和教程以及协调教育的基础架构 和外展。