Archaeologists Found a roman Medieval Body With a Tumor

Archaeologists Found a roman Medieval Body With a Tumor

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In a necropolis in Spain, archaeologists have discovered the remains of a Roman woman who died in her 30s with a calcified tumor in her pelvis, a bone and 4 deformed teeth embedded within it.

2 of the teeth are still attached to the wall of the tumor researchers say.

The woman, who died some 1,600 years prior, had a condition known today as an ovarian teratoma which, as its name indicates, occurs in the ovaries.

The word Teratoma originates from the Greek words “teras” and “onkoma” which translate to “monster” and “swelling,” respectively.

The tumor is about 1.7 inches (44 millimeters) in diameter at its largest point.

“Ovarian teratomas are bizarre, but benign tumors,” writes lead specialist Núria Armentano, of the ANTROPÒLEGS.LAB company and the Universitat Autònoma de Barcelona, in an email to LiveScience.

The tumors come from germ cells, which form human eggs and can create hair, teeth, and bone, among different structures.

This is the first time researchers have found this type of teratoma in the ancient world.

“This is a remarkable case, not only for its antiquity but also its identification in the archeological record,” writes the research team in a paper published recently in the International Journal of Paleopathology.

The woman lived at a time of decline for the Roman Empire rule, with new groups (popularly known as the “barbarians”) moving into Roman territory, eventually taking over Spain and different areas.

Who was she?

Archaeologists discovered the woman buried in a necropolis near Lleida in the Catalonia region of Spain.

They only found a few artifacts covered with her: tiles known as tegulae that had been put over her body to form a gabled roof.

“Tegulae graves were the most widely recognized Roman burials. She was not an important or rich person. She had a low socio-economic status,” Armentano clarified.

The analysts note in their paper that while it’s possible the woman never experienced symptoms, it’s also possible that, despite the tumor being benign, it eventually killed her.

“This ovarian teratoma could have been the cause of this woman’s death in light of the fact sometimes the development of teratomas results in displacement and functional disturbances of adjacent organs,” the researchers write.

They note that infection, hemolytic anemia, and pregnancy complications can likewise occur with an ovarian teratoma, events that could also have caused the woman’s demise.

The tumor would not have changed her outward appearance, and scientists can’t tell for certain what effect it had on her, Armentano explained.

“We guess that, at least during a long part of her life, she was totally unaware of this tumor.

Depending on the eventual complications, she could have suffered, but there” is no proof of this, writes Armentano.

“She could have died because of many other causes!”

Despite that uncertainty, historical records do demonstrate that this woman lived in a time period of great change.

King’s College London Professor Peter Heather notes in his book “The Fall of the Roman Empire” (Oxford University Press, 2006) that, by A.D. 411, Spain had been divided between groups known as the Vandals, Suevi and Alans.

The ancient composed Hydatius wrote that the “Spaniards in the cities and forts who had survived the disasters surrendered themselves to servitude under the barbarians, who held sway throughout the provinces.”

A calcified mass that would turn out to be a tumor was discovered in the pelvis of the Roman woman's corpse.
A calcified mass that would turn out to be a tumor was discovered in the pelvis of the Roman woman’s corpse.

A close-up view of the two teeth still attached to the tumor.

A close-up view of the two teeth still attached to the tumor.
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P. Natasha Covers Classical Archaeology news and has been with Histecho since 2017. She has a Master's degree in MA Archaeology from New York University's Science, Health and Environmental Reporting program. A California native, she also holds a Bachelor of science in molecular biology and a Master of Science in biology from the University of California, San Diego.

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