Standeven Francesca J, Dahlquist-Axe Gwyn, Hendy Jessica, Fiddyment Sarah, Holst Malin, McGrath Krista, Collins Matthew, Mundorff Amy, Radini Anita, Wagner Josef, Meehan Conor J, Tedder Andrew, Speller Camilla F
School of Chemistry and Biosciences, University of Bradford, UK.
BioArCh, Department of Archaeology, University of York, York, UK.
Data Brief. 2025 Jun 12;61:111770. doi: 10.1016/j.dib.2025.111770. eCollection 2025 Aug.
Archaeological dental calculus can provide detailed insights into the ancient human oral microbiome. We offer a multi-period, multi-site, ancient shotgun metagenomic dataset consisting of 174 samples obtained primarily from archaeological dental calculus derived from various skeletal collections in the United Kingdom. This article describes all the materials used including the skeletons' historical period and burial location, biological sex, and age determination, data accessibility, and additional details associated with environmental and laboratory controls. In addition, this article describes the laboratory and bioinformatic methods associated with the dataset development and discusses the technical validity of the data following quality assessments, damage evaluations, and decontamination procedures. Our approach to collecting, making accessible, and evaluating bioarchaeological metadata in advance of metagenomic analysis aims to further enable the exploration of archaeological science topics such as diet, disease, and antimicrobial resistance (AMR).
考古牙菌斑可以为古代人类口腔微生物群提供详细的见解。我们提供了一个多时期、多地点的古代鸟枪法宏基因组数据集,该数据集由174个样本组成,这些样本主要取自英国各种骨骼收藏中的考古牙菌斑。本文描述了所有使用的材料,包括骨骼的历史时期和埋葬地点、生物学性别、年龄测定、数据可获取性以及与环境和实验室控制相关的其他细节。此外,本文还描述了与数据集开发相关的实验室和生物信息学方法,并在质量评估、损伤评估和去污程序之后讨论了数据的技术有效性。我们在宏基因组分析之前收集、提供和评估生物考古元数据的方法旨在进一步促进对饮食、疾病和抗菌药物耐药性(AMR)等考古科学主题的探索。