Ancient Egyptians and Etruscans pioneered orthodontics, using delicate gold wires and catgut to straighten teeth. It’s a tale that has appeared in dentistry textbooks for decades, portraying our ancestors as surprisingly modern in their pursuit of the perfect smile. But when archaeologists and dental historians finally scrutinized the evidence, they discovered that most of it is myth.
Take the El-Quatta dental bridge from Egypt, dating to around 2500BC. The gold wire found with ancient remains wasn’t doing what we thought at all. Rather than pulling teeth into alignment, these wires were stabilizing loose teeth or holding replacement ones in place. In other words, they were functioning as prostheses, not braces.
The gold bands discovered in Etruscan tombs tell a similar story. They were probably dental splints designed to support teeth loosened by gum disease or injury, not devices for moving teeth into new positions.
There are some rather compelling practical reasons why these ancient devices couldn’t have worked as braces anyway. Tests on Etruscan appliances revealed the gold used was 97% pure, and pure gold is remarkably soft.
It bends and stretches easily without breaking, which makes it useless for orthodontics. Braces work by applying continuous pressure over long periods, requiring metal that’s strong and springy. Pure gold simply can’t manage that. Try to tighten it enough to straighten a tooth and it will deform or snap.
Then there’s the curious matter of who was wearing these gold bands. Many were found with the skeletons of women, suggesting they might have been status symbols or decorative jewelry rather than medical devices. Tellingly, none were discovered in the mouths of children or teenagers – exactly where you’d expect to find them if they were genuine orthodontic appliances.
But perhaps the most fascinating revelation is this: ancient people didn’t have the same dental problems we face today.
Malocclusion – the crowding and misalignment of teeth that’s so common now – was extremely rare in the past. Studies of Stone Age skulls show almost no crowding. The difference is down to diet.
Our ancestors ate tough, fibrous foods that required serious chewing. All that jaw work developed strong, large jaws perfectly capable of accommodating all their teeth.
Modern diets, by contrast, are soft and processed, giving our jaws little exercise. The result? Our jaws are often smaller than those of our ancestors, while our teeth remain the same size, leading to the crowding we see today.
Since crooked teeth were virtually non-existent in antiquity, there was hardly any reason to develop methods for straightening them.
That said, ancient people did occasionally attempt simple interventions for dental irregularities. The Romans provide one of the earliest reliable references to actual orthodontic treatment.
Aulus Cornelius Celsus, a Roman medical writer in the first century AD, noted that if a child’s tooth came in crooked, they should gently push it into place with a finger every day until it shifted to the correct position. Although basic, this method is built on the same principle we use today – gentle, continuous pressure can move a tooth.
After the Roman era, little progress occurred for centuries. By the 18th century, however, interest in straightening teeth had revived, albeit through some rather agonizing methods.
Those without access to modern dental tools resorted to wooden “swelling wedges” to create space between overcrowded teeth. A small wedge of wood was inserted between teeth. As saliva was absorbed, the wood expanded, forcing the teeth apart. Crude and excruciating, perhaps, but it represented a step towards understanding that teeth could be repositioned through pressure.
Scientific Orthodontics
Real scientific orthodontics began with French dentist Pierre Fauchard’s work in 1728. Often called the father of modern dentistry, Fauchard published a landmark two-volume book, The Surgeon Dentist, containing the first detailed description of treating malocclusions.
He developed the “bandeau” – a curved metal strip wrapped around teeth to widen the dental arch. This was the first tool specifically designed to move teeth using controlled force.
Fauchard also described using threads to support teeth after repositioning. His work marked the crucial shift from ancient myths and painful experiments to a scientific approach that eventually led to modern braces and clear aligners.
With advances in dentistry during the 19th and 20th centuries, orthodontics became a specialist field. Metal brackets, archwires, elastics and eventually stainless steel made treatment more predictable.
Later innovations – ceramic brackets, lingual braces and clear aligners – made the process more discreet. Today, orthodontics employs digital scans, computer models, and 3D printing for remarkably precise treatment planning.
The image of ancient people sporting gold and catgut braces is certainly appealing and dramatic, but it doesn’t match the evidence.
