BioBricks.ai: A Versioned Data Registry for Life Sciences Data Assets

Yifan Gao, Zakariyya Mughal, Jose A. Jaramillo-Villegas, Marie Corradi, Alexandre Borrel, Ben Lieberman, Suliman Sharif, John Shaffer, Karamarie Fecho, Ajay Chatrath, Alexandra Maertens, Marc A. T. Teunis, Nicole Kleinstreuer, Thomas Hartung, Thomas Luechtefeld
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Abstract

Researchers in biomedical research, public health, and the life sciences often spend weeks or months discovering, accessing, curating, and integrating data from disparate sources, significantly delaying the onset of actual analysis and innovation. Instead of countless developers creating redundant and inconsistent data pipelines, BioBricks.ai offers a centralized data repository and a suite of developer-friendly tools to simplify access to scientific data. Currently, BioBricks.ai delivers over ninety biological and chemical datasets. It provides a package manager-like system for installing and managing dependencies on data sources. Each 'brick' is a Data Version Control git repository that supports an updateable pipeline for extraction, transformation, and loading data into the BioBricks.ai backend at https://biobricks.ai. Use cases include accelerating data science workflows and facilitating the creation of novel data assets by integrating multiple datasets into unified, harmonized resources. In conclusion, BioBricks.ai offers an opportunity to accelerate access and use of public data through a single open platform.
BioBricks.ai:生命科学数据资产的版本化数据注册中心
生物医学研究、公共卫生和生命科学领域的研究人员往往需要花费数周或数月的时间来发现、访问、整理和整合来自不同来源的数据,这大大延误了实际分析和创新的开始。目前,BioBricks.ai 提供了九十多个生物和化学数据集。它提供了一个类似于软件包管理器的系统,用于安装和管理数据源的依赖性。每个 "砖块 "都是一个数据版本控制 git 仓库,它支持一个可更新的管道,用于提取、转换数据并将其加载到 BioBricks.ai 后端(https://biobricks.ai)。使用案例包括加速数据科学工作流程,以及通过将多个数据集整合为统一、协调的资源来促进新型数据资产的创建。总之,BioBricks.ai 提供了一个通过单一开放平台加速获取和使用公共数据的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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