An Integrated Study of the Mesolithic Skeleton in Theopetra Cave, Greece: From the Skeleton Analysis to 3D Face Reconstruction

• Main Authors: Apostolikas, O. (Author), Chrousos, G.P (Author), Konstantaras, A. (Author), Kousoulis, A.A (Author), Kyparissi-Apostolika, N. (Author), Maravelakis, E. (Author), Mastoris, M. (Author), Papagrigorakis, M.J (Author), Papapolychroniou, T. (Author), Potagas, C. (Author), Stravopodi, E. (Author), Synodinos, P.N (Author), Toulas, P. (Author), Tsakanikou, P. (Author), Tsilivakos, M.G (Author)
• Format: Article
• Language: English
• Published: MDPI 2022
• Subjects: 3D modelling; 3D reconstruction; anemia; anthropology; dental pathology; paleopathology; skeleton
• Online Access: View Fulltext in Publisher

 Skeletal evidence dating back to the Mesolithic period is scarce and should be studied under a multidisciplinary perspective. The primary objective of the study was to carefully assess the skeleton of a young woman from this era, named “Avgi,” to compile its bioarchaeological profile, analyze its paleopathology and dental pathology, and deploy a 3D reconstruction and modeling method in order to reveal her face. Both demographic and pathological information were drawn from macroscopically observing the bones, long bone X-rays, skull CT and X-rays, 3D modeling and printing of the skull, and panoramic dental X-rays. The Manchester method was used for the 3D facial reconstruction. On analysis, we determined that Avgi was a female adolescent, aged around 17–19 years at death, and likely suffering from iron deficiency anemia and Class III dental malocclusion. Notably, Harris lines and a hair-on-end pattern were identified in the long bones and skull radiographs, respectively. Various less significant skeletal lesions reflected potential minor pathologies. Our findings suggest that multidisciplinary collaborative approaches should be followed in the modern study of lesser-known past eras. Multiple scientific perspectives, as well as social structures, geographical aspects, settlements, population movements, and social networks should all be taken into account when assessing lifestyle characteristics and paleopathological signs in skeletal remains. © 2022 by the authors. Licensee MDPI, Basel, Switzerland.