Institute of General and Ecological Chemistry, Department of Chemistry, Lodz University of Technology, Lodz, Poland.
Crit Rev Anal Chem. 2020;50(3):189-195. doi: 10.1080/10408347.2019.1602821. Epub 2019 Apr 23.
Food ingredients which were prepared or stored in the archeological ceramics are the most frequently used in the study of ceramic vessels with the use of various types of gas chromatographic methods. These include lipids which contain fatty acids and compounds characteristic of various types of food known as archeological biomarkers. The paper shows how the lipid profile analysis and its interpretation can be helpful to explain the source of organic substances preserved in archeological ceramic vessels. The presence of characteristic sterols discriminates between plant (phytosterols) and animal (zoosterols) residues. Based on the calculated proportions of selected fatty acids, the animal residues can be precisely identified as originating from fish, ruminants or monogastric animals. Many authors have created their own methods of interpretation and conclusion, which makes it possible to sort out all the information gathered about the historical purpose of clay vessels. Due to the fact that the presented research still raises some doubts and questions, it is important for the interpretation of the results of chemical analysis to be considered in the archeological context. The ability to properly explain the meaning of the results of analyses is crucial for a better understanding of the life and customs of our ancestors.
在考古陶瓷中制备或储存的食物成分是使用各种类型的气相色谱方法研究陶瓷容器时最常使用的。这些成分包括含有脂肪酸和各种类型食物特征化合物的脂质,这些化合物被称为考古生物标志物。本文展示了脂质分析及其解释如何有助于解释保存在考古陶瓷容器中的有机物质的来源。特征甾醇的存在可以区分植物(植物甾醇)和动物(动物甾醇)残留物。基于选定脂肪酸的计算比例,可以准确识别动物残留物源自鱼类、反刍动物或单胃动物。许多作者已经创建了自己的解释和结论方法,这使得可以整理有关粘土容器历史用途的所有收集信息。由于所提出的研究仍然存在一些疑问和问题,因此在考古背景下考虑化学分析结果的解释非常重要。正确解释分析结果的意义对于更好地了解我们祖先的生活和习俗至关重要。