Skip to comments.Ovarian tumor, with teeth and a bone fragment inside, found in a Roman-age skeleton
Posted on 02/04/2013 8:17:51 PM PST by SunkenCiv
A team of researchers led by the UAB has found the first ancient remains of a calcified ovarian teratoma, in the pelvis of the skeleton of a woman from the Roman era. The find confirms the presence in antiquity of this type of tumour -- formed by the remains of tissues or organs, which are difficult to locate during the examination of ancient remains. Inside the small round mass, four teeth and a small piece of bone were found.
Teratomas are usually benign and contain remains of organic material, such as hair, teeth, bones and other tissues. There are no references in the literature to ovarian teratomas in ancient remains like those found in this study...
The tumour in question is rounded in shape, with a wrinkled surface, of the same colour as the bones, about 43 mm long and 44 mm in diameter. It was found in the right-hand part of the pelvis of a woman of between 30 and 40 years of age and who lived around 1,600 years ago, and came from the Roman cemetery in the archaeological site of La Fogonussa (Lleida). A macroscopic examination and a scan revealed four teeth of anomalous morphology inside the tumour, two of which were adhering to the inside wall of the tumour, and a small bone fragment.
(Excerpt) Read more at eurekalert.org ...
Ovarian tumor, with teeth and a bone fragment inside, found in a Roman-age skeleton [ANTROPÒLEGS.LAB -- UAB]
|GGG managers are SunkenCiv, StayAt HomeMother & Ernest_at_the_Beach|
Just adding to the catalog, not sending a general distribution.
Read the article, no explanation for why teeth would be in a tumor. Even if it had something to do with a uterine tumor, no fetus has teeth.........creepy
Someone needs to post that Ancient Aliens guy, maybe.....
Stories of strange stuff found in removed appendixes did prompt my wondering, though.
Isn’t there an occurrence called a numoid (sp?) that is basically the cells/tissue of the host growing inside the host. It occurs not because of any fertilization, but because of random cell growth (the teeth, an odd shaped bone.)
Dermoid—you’re right. I got the term confused.
I’d want to check the DNA on that thing...should be hers, but still. Just to be sure. :)
They happened in Greece.
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