Experience in the study of paleopathology of the spine using computed tomography and radiography

Author:

Vasilyev S.V.1ORCID,Bulgin D.V.2ORCID,Simavonyan K.V.2ORCID,Borutskaya S.B.3ORCID,Emelyanchik O.A.4ORCID,Oganesyan A.O.2ORCID,Kartashov S.I.5ORCID,Chichaev I.A.5ORCID

Affiliation:

1. The Institute of Ethnology and Anthropology RAS

2. Research Institute of Medical Primatology

3. Lomonosov Moscow State University

4. Polotsk State University

5. NRC “Kurchatov Institute”

Abstract

In this paper, an interesting case of spinal pathology is considered. In 2015, under the supervision of V.V. Cherevko, archaeological excavations were carried out on the territory of a cemetery near the village of Vaskovi-chi, Glubokoye district, Vitebsk region (Republic of Belarus). In the course of the archaeological excavations, two burials were discovered, which date back to the end of the 19th century. The remains from the burial 2 belonged to a relatively young male, lying on his back with his hands stretched down and the spine unnaturally curved in the lumbar region. To diagnose the pathological change, computer tomography and radiography of the spine of the man, who lived about 150 years ago in the countryside of Belarus, were applied. The scanning of the object under study was carried out at the Resource Center for Nuclear Physics Research Methods using X-rays on a 40-slice PET-CT tomograph. Radiography was carried out at the Research Institute of Medical Primatology. The most likely cause of this pathology was tuberculous spondylosis — unstable compression fractures of the bodies of the ninth through to the twelfth thoracic vertebrae and fusion of the resulting bone mass with the body of the first lumbar vertebra. As a result, a kyphotic bone conglomerate was formed in the area of transition of the tho-racic to the lumbar spine. There was osteomalacia of the bodies of the corresponding thoracic vertebrae. The torso became bent. When the person was standing, his head should have been at the level of his pelvis. It is hard to imagine how this person could move around, care for himself, and have a normal life. The disease proceeded, most likely, without serious neurological disorder. The fact of the chronic course of the deformity indirectly testifies in favor of the latter, and, accordingly, for the gradual progression of the deformity it is necessary that the spine was in an upright position, that is that the person could walk a little, at least sit, not being bed-ridden or paralyzed.

Publisher

Tyumen Scientific Center of the SB RAS

Subject

Archeology,Anthropology,Archeology

Reference10 articles.

1. Alekseev, V.P. (1966). Osteometry: Anthropological research methodology. Moscow: Nauka. (Rus.).

2. Alekseev, V.P., Debec, G.F. (1964). Craniometry. Moscow: Nauka. (Rus.).

3. Bitaric, L.N., Stensfield, E., Vasilyev, A.Yu., Vasilyev, S. (2019). CT-Based Descriptions of the Paranasal Complex of Sungir-1, an Upper Paleolithic European. PaleoAnthropology, 389−399. (Rus.).

4. Fedosova, V.N. (1986). General assessment of the development of the mesomorphic component based on osteological data: (Osteological technique). Voprosy antropologii, (76), 104–116. (Rus.).

5. Pashkova, V.I. (1963). Essays on Forensic Osteology. Moscow. (Rus.).

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