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At least 883 records · Page 49Linked to original sources
PubMedDate not supplied

Otolaryngic osteopathology in 14th century mid-america. The crow creek massacre.

Over 486 people were massacred and buried communally at the Crow Creek Village Site, South Dakota, about 1350 AD. Osseous pathology in the craniofacial area of the victims' skeletons is reviewed and compared to data from other indigenous skeletal populations past and present. The Crow Creek mastoid x-rays are analyzed and compared to four other studies which span over 1000 years of Dakota Territory history. Findings regarding external auditory canal exostoses in the different groups are compared. Unusual findings in the craniofacial area are assessed. Insight into longitudinal epidemiology in one portion of the U.S. is possible through this study.

Adolescent↗
PubMed1990

Ancient temporal bone osteopathology.

Few isolated specimens or series of temporal bone abnormalities from antiquity are reported from North America. Infections were in the past and are today the most common otologic problems. Differentiating infectious disease residua from other causes of osteopathology has proven difficult for some not conversant with disease pathophysiology. During clinical experience spanning five decades and research involving several thousand aboriginal skeletons, data relating to temporal bone disease were accumulated. As a didactic exercise, findings in 18 illustrative temporal bones encountered during research are presented and discussed briefly.

Adult↗
PubMed1991

Variations in the prevalence of spondylolysis in early British populations.

Crude prevalence rates of spondylolysis were estimated in skeletal populations from various periods. There was a steady increase in prevalence from 3.74% in Romano-British to 5.08% in medieval populations, but the rate fell considerably to 1.42% in a population from an 18th/19th century context. This trend was not statistically significant, however. The male/female ratio was approximately unity until the 18th/19th century when the expected male excess appeared. The lesions predominantly affected L5 and all were isthmic in type. Of the total of 52 cases, only four were unilateral. One occurred in the fourth cervical vertebra. There were few complications; spondylolisthesis was noted in four cases and in three there were osteoarthritic changes on the superior margin of the displaced lamina.

Adult↗
PubMed1996

The identity and work of the ancient Egyptian surgeon.

That a well-developed and hierarchical medical profession existed in Pharaonic Egypt is without doubt. What is a matter of contention is the existence of a recognizable surgical profession, or even of the practice of surgery by medically qualified personnel. Palaeorchaeological specimens that demonstrate some form of surgical procedure are rare. Medical papyri and the treatises of the historians of antiquity provide a far more reliable source of information on surgical practice. They have indicated possible titles for surgeons, and the types of instruments used.

Egypt, Ancient↗
PubMed1988

Cranial surgery in ancient Peru.

Trephination is the oldest known surgical technique. Peru has been recognized as a major source of ancient trephined skulls, many of which date back 2300 years. This presentation reviews from a neurosurgical perspective many of the archaeological studies performed on these skulls. Comparative osteology has shown that almost 70% of patients survived the procedure. The various instruments, hemostatic agents, anesthetics, surgical techniques, and cranioplasties used are reconstructed from the anthropological literature. The possible reasons for the use of trephination are discussed. Analysis of the data leads to the conclusion that, despite their rudimentary knowledge of disease, the ancient Incas must have had some knowledge of anatomy and proper surgical procedure.

History, Ancient↗
PubMed2004

Lumbar spine fracture in a 34,100-year-old skeleton: the oldest known prehistoric spine fracture.

WE EXAMINED SPECIAL pathological changes of the lumbar spine from skeleton remains referred to as "Stetten 1," one of the earliest specimens of modern humans dating from the Early Stone Age (Upper Paleolithic). The skeleton was discovered during archaeological excavations under Riek in 1931 in the Vogelherd Cave near Stetten, close to the Lone Valley of southwestern Germany. The archaeological context is the so-called Aurignacian period (40,000-30,000 yr ago), representing the earliest cultural step of modern humans in Europe. Accelerator mass spectrometry with (14)C measurement yields a calibrated age of these remains averaging 34,100 years before the present. The L3-L4 vertebrae exhibit marginal bone fusion on the right side with a smooth surface. They show 20- to 30-degree kyphosis secondary to wedge impaction of the L4 vertebral body. The facet joints and vertebral bodies reveal small marginal osteophytes with even joint surfaces, indicating low degenerative changes. Stetten 1 is characterized by the presence of a healed lumbar spine fracture. It documents the earliest known case thus far of spine fracture among modern humans.

Adult↗
PubMed2004

Bifid mandibular condyle: archaeological case report of a rare anomaly.

In this paper, an archaeological case of unilateral bifid mandibular condyle is presented. This uncommon anomaly is characterized by a division of the mandibular condylar head. In this case, the left condyle was divided into two articulating surfaces oriented mediolaterally; two articular facets on the anterior wall of the glenoid fossa for the double condyle were observed. The morphological and radiological analysis do not show any evidence of injuries or degenerative pathology. Taking into account the two main causes of bifid condyle suggested in the literature (traumatic and developmental), an embryopathy by teratogenic agents is proposed as a possible aetiology of the bifid condyle reported here.

History, Ancient↗
PubMed2004

Paleo-oncology: the role of ancient remains in the study of cancer.

Paleo-oncology is the study of carcinomas and sarcomas in ancient human populations and their hominid precursors. These populations are informative concerning the possible influences on cancer of morphologic and functional evolution, diet, lifestyle, and other environmental factors. The prevalence of cancer in ancient populations might have differed from that in modern humans, because of substantial differences in tobacco and alcohol use, diet, life expectancy, and the availability of treatment. The available physical data concerning cancer in antiquity includes evidence of its existence in animal fossils and ancient humans and their precursors. The difficulties of paleo-oncologic research include a limited soft tissue record. In evaluating cancer in ancient remains, one must also deal with the problem of pseudopathology: whether an observed tissue change is all antemortem pathologic lesion or a postmortem artifact. Future archeological discoveries and the application of improved diagnostic techniques may enable paleo-oncology to make further contributions to our understanding of cancer.

Animals↗
PubMed1997

Hip fracture and osteoporosis in a XIIth Dynasty female skeleton from Lisht, upper Egypt.

Osteoporosis and complications arising from loss of bone mass have been present in human populations for thousands of years. However, reports of this disease in antiquity remain uncommon. The purpose of this report is to describe an important case of osteoporosis in ancient Egypt because of its intrinsic interest and to provide perspectives on factors contributing to this condition today. The case providing the focus for this report is from Lisht, Upper Egypt and is dated to the XIIth Dynasty (1990-1786 B.C.). Methods used to characterize the pathology include gross anatomical study, radiology, and radiographic measurements. Observations, measurements, and indices all indicate osteoporosis complicated by fracture of the femoral neck and compression fractures of some vertebrae. The Lisht case adds to a small corpus of reports on osteoporosis and complicating factors of this disease in antiquity. Long-term survival of an extracapsular fracture of the femoral neck in this case is remarkable and may reflect supportive social conditions.

Egypt, Ancient↗
PubMedDate not supplied

The finding of eggs of Diphyllobothrium in human coprolites (4,100-1,950 B.C.) from northern Chile.

Twenty six coprolites from an archaeological site in the province of Iquique, northern Chile, were examined for parasites. Coprolites were found in two excavation units, I and II (Tiliviche site), dated respectively at 5,900 B.C. to 4,110 B.C. and 4,110 B.C. to 1,950 B.C., and identified as of human origin. Only at the unit II coprolites containing helminth eggs identified as Diphyllobothrium pacificum were found. The presence of this tapeworm, a parasite of the American Sea Lion, in human coprolites, points to a diet which included marine fishes and provides information on the antiquity of infection by Diphyllobothrium pacificum. It is interesting to note that Baer (1969) suggests the presence of this tapeworm in pre-Columbian populations when diagnosing the first human cases in today's population in Peru.

Chile↗
PubMedDate not supplied

The finding of Enterobius vermicularis eggs in pre-Columbian human coprolites.

Enterobius vermicularis eggs were found in human coprolites collected in the archaeological site of Caserones, Tarapaca Valley, Chile, dating from 400 BC to 800 AD. The human pinworm had already been found in other pre-historic archaeological sites in America, and its introduction in this continent is discussed.

Chile↗