This Egyptian mummy smells like pine, vanilla and a hint of bitumen

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Limestone Canopic Jar of the Egyptian lady Senetnay (c. 1450 BCE); Museum August Kestner, Hannover (Inv.-No. 1935.200.1018). Credit: Museum August Kestner, Hannover; Photo: Christian Tepper.
Limestone Canopic Jar of the Egyptian lady Senetnay (c. 1450 BCE); Museum August Kestner, Hannover (Inv.-No. 1935.200.1018). Credit: Museum August Kestner, Hannover; Photo: Christian Tepper.

International researchers, including an Australian, have worked out the ingredients used to mummify an ancient Egyptian noblewoman named Senetnay. Originally excavated in 1900 CE, the team say Senetnay lived in Egypt around 1450 BCE, was the wet nurse to Pharoah Amenhotep II and was mummified using beeswax, plant oils, animal fats, naturally occurring bitumen, resins from coniferous trees - such as pines and larches - and a compound called coumarin, which has a vanilla-like scent. Interestingly, the team found different balms in different jars that were used for storing Senetnay's organs, which included some that likely originated in India or southeast Asia, and could indicated that different balms were specially used for specific organs.

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From: Springer Nature

Archaeology: Mummification balm ingredients reflect Ancient Egyptian noblewoman’s high status *IMAGES* 

The ingredients of balms used in the mummification of ancient Egyptian noblewoman named Senetnay — whose remains were excavated by Howard Carter in 1900 CE — are described in a study published in Scientific Reports. The origins and complexity of the balms provide clues as to the high status of the individual.

Previous research has identified that Senetnay lived in Egypt around 1,450 BCE, was wet nurse to the Pharaoh Amenhotep II during his infancy, and bore the title “Ornament of the King”. After her death, her mummified organs were stored in four jars in a royal tomb in the Valley of the Kings.

Barbara Huber, Nicole Boivin and colleagues analysed the substances found within six balm samples from two jars that were used to store Senetnay’s lungs and liver. They report that both balms contained beeswax, plant oils, animal fats, the naturally occurring petroleum product bitumen, and resins from the family of coniferous trees that includes pines and larches. The authors also identified the presence of the compounds coumarin and benzoic acid within samples from both jars. Coumarin has a vanilla-like scent and is found in a wide range of plants including cinnamons and pea plants, while benzoic acid occurs in fragrant resins and gums obtained from several types of trees and shrubs.

While the composition of the balms from both jars appeared to be very similar, the authors identified two substances that were only present in the jar used to store Senetnay’s lungs. These were a compound known as larixol — which is found in larch resin — and another fragrant resin that they suggest is either dammar, which is obtained from dipterocarp trees that grow in India and southeast Asia, or a resin obtained from Pistacia trees — a group that is part of the cashew family. The presence of these ingredients in only one of the two jars could indicate that different balms were used to preserve different organs.

Based on a review of previous analyses of mummification balms, the authors report that the composition of those applied to Senetnay’s organs was relatively complex compared to others from the same period. Additionally, they suggest that most of the potential ingredients would likely have been imported from locations outside Egypt. The authors propose that the complexity of the balms and use of imported ingredients used in the mummification of Senetnay reflect her high social status and indicate that she was a highly valued member of the Pharaoh’s entourage.

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Journal/
conference:
Scientific Reports
Research:Paper
Organisation/s: The University of Queensland
Funder: the Max Planck Society for funding this research and the publication of this manuscript in open access form under the DEAL Project. B. Huber thanks the Joachim Herz Foundation for the award of an Add-on Fellowship for Interdisciplinary Life Sciences for her PhD research.
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