Sometime between 1460 and 1670, a resident of Aberdeen, Scotland, sat still while someone threaded gold wire around their lower front teeth. The wire stabilized a loose incisor and bridged the gap left by a missing one. Then the person lived out the rest of their life, died, and was buried in the churchyard of East Kirk St Nicholas, where their skull lay undisturbed for centuries.
When archaeologists finally recovered that skull during a 2006 excavation, the gold was still in place. A peer-reviewed study published in the British Dental Journal in early 2025 now identifies the device as the earliest known example of restorative dental work still attached to the person who wore it. The finding, which gained wider attention in May 2026, is reshaping what historians thought they knew about dental care in medieval and early modern Scotland.
Gold wire on a medieval jaw
The ligature is a thin band of gold alloy wrapped around several mandibular incisors, the small teeth at the front of the lower jaw. Researchers used scanning electron microscopy and X-ray spectroscopy to confirm the material is genuine gold alloy, not a decorative metal or later addition. Radiocarbon dating placed the burial between 1460 and 1670 CE, a range that spans the late medieval period through the early decades after the Scottish Reformation.
What makes the Aberdeen specimen exceptional is not just its age but its context. Gold wire dental bindings have turned up in ancient Egyptian and Etruscan archaeological sites, but those earlier examples survive as loose artifacts, separated from the people who wore them. The Aberdeen ligature remains fixed to the skeleton, preserving the exact relationship between device and anatomy. That allows researchers to determine not just what the device was made of, but precisely how it was fitted and what dental problems it was designed to solve.
According to the study, the wire served two functions simultaneously: holding a loosened tooth in place and acting as a bridge to replace a missing one. That dual purpose marks it as genuinely restorative rather than cosmetic, evidence that whoever made it understood both the mechanical problem and a practical solution.
Who wore it, and who made it
The identity of the person buried with the gold ligature is unknown. But the device itself reveals something about their social position. Gold was costly in medieval Scotland, and fabricating a fitted dental appliance required specialized skill. This was not a remedy available to ordinary townspeople. The wearer almost certainly belonged to Aberdeen’s merchant class, clergy, or minor nobility, the kinds of people who could afford both the material and the expertise.
Who performed the work is an open question. In this period, dental care in Scotland fell loosely under the domain of barber-surgeons, a guild that handled everything from tooth extractions to minor surgery. But the goldsmithing skill required to shape and fit a wire ligature suggests the practitioner may have been a goldsmith working in collaboration with a medical figure, or someone trained in continental European techniques where dental prosthetics had a longer history.
No written records from Aberdeen’s burgh archives have been linked to the find. The city maintained detailed guild and trade records during this period, so the absence is notable. It may simply mean the procedure was too routine to document, or that records were lost during the upheavals of the Reformation, when the East Kirk itself underwent significant changes.
The excavation trail
The skull emerged from a well-documented archaeological sequence. An evaluation of the East Kirk St Nicholas site was conducted in 2005 by A. S. Cameron, whose report is held by the Archaeology Data Service at the University of York. That evaluation led to a full excavation in 2006, carried out by the Aberdeen City Council Archaeological Unit. The professional chain of custody matters here: it confirms the skull and ligature were recovered under controlled conditions, not pulled from an antiquarian collection or a chance discovery where provenance would be harder to verify.
The full scientific analysis came years after the excavation, a common pattern in archaeology where lab work and publication often lag behind fieldwork by a decade or more. The British Dental Journal study combined three independent analytical methods (electron microscopy, X-ray spectroscopy, and radiocarbon dating) to build its case, a robust approach that gives the conclusions considerable weight.
What the find changes
Before this discovery, the history of dental care in Scotland was largely a blank before the 18th century. Written references to tooth-drawers and barber-surgeons exist, but physical evidence of actual restorative work, as opposed to simple extractions, was essentially nonexistent. The Aberdeen ligature pushes that timeline back by centuries and suggests a level of technical sophistication that historians had not associated with Scottish practitioners of this period.
The radiocarbon date range of 1460 to 1670 is broad enough to carry different implications depending on where the true date falls. A late 15th-century placement would make this contemporary with the earliest known dental prosthetics anywhere in Europe. A mid-17th-century date would be less exceptional in a continental context but still remarkable for Scotland, where no comparable device from any period has been reported.
The study’s authors describe the ligature as showing “technical knowledge comparable to later European examples,” a careful phrasing that invites direct comparison with better-documented traditions in Italy and France. Whether the Aberdeen device represents an independent Scottish tradition or an import of continental knowledge is a question that future research may answer.
What researchers still want to know
Several lines of inquiry remain open. A full skeletal assessment of the individual, including age, sex, dietary markers, and overall health, has not been published. That information would help place the wearer within Aberdeen’s social hierarchy and might reveal whether their dental problems were related to diet, disease, or injury.
Comparative metallurgy could also prove revealing. If the gold alloy matches compositions used by Aberdeen’s goldsmiths during this period, it would support the idea of a local craft tradition. If it matches continental European alloys, it would point toward imported expertise or even an imported device fitted elsewhere.
For now, the Aberdeen ligature stands alone in the Scottish archaeological record: a small, precise piece of gold work that tells a quiet story about pain, skill, and the lengths one person went to in order to keep their teeth.
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*This article was researched with the help of AI, with human editors creating the final content.
