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Enhancing the Discovery of Chemistry Theses by Registering Substances and Depositing in PubChem

机译:通过在Pubchem中注册物质和存放来增强化学论文的发现

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Chemical substances from theses are not widely accessible as searchable machine-readable formats. In this article, we describe our workflow for extracting, registering, and sharing chemical substances from the University of Alabama theses to enhance discovery. In total, 73 theses were selected for the project, resulting in about 3,000 substances registered using the IUPAC International Chemical Identifier and deposited in PubChem as either structure-data files or Simplified Molecular-Input Line-Entry System notations. In addition to substances being deposited in PubChem, an archive copy was also deposited in the University of Alabama Institutional Repository. The PubChem records for the substance depositions include the full bibliographic reference and link to the thesis full text or thesis metadata when the full text is not yet available. Excluding mixtures, we found that 40% of the shared substances were new to PubChem at the time of deposition. We conclude this article with a detailed discussion about our experiences, challenges, and recommendations for librarians and curators engaged in sharing chemical substance data from theses and similar documents.
机译:来自CHESS的化学物质并不广泛访问,可作为可搜索的机器可读格式。在本文中,我们描述了我们从阿拉巴马大学提取,注册和分享化学物质的工作流程,以加强发现。总共选择了73个论文,导致使用Iupac国际化学标识符注册的约3,000种物质,并在Pubchem中存放为结构 - 数据文件或简化的分子输入排入系统符号。除了存放在Pubchem的物质外,还在阿拉巴马州大学机构存储库中存放了档案副本。物质沉积的Pubchem记录包括完整的书目参考,并在全文尚未使用时与论文全文或论文元数据联系起来。除了混合物中,我们发现,40%的共用物质在沉积时对Pubchem新是新的。我们在详细讨论了我们的经验,挑战和建议,为来自论文和类似文件分享化学物质数据的图书馆员和策展人的经验,挑战和建议。

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