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Seo, Min,Oh, Chang Seok,Hong, Jong Ha,Chai, Jong-Yil,Cha, Soon Chul,Bang, Yuri,Cha, In Guk,Wi, Yang Gun,Park, Jung Min,Shin, Dong Hoon Anthropological Society of Nippon 2017 Anthropological science : journal of the Anthropol Vol.125 No.1
<P>In paleoparasitology, which is the study of ancient parasite species, parasite egg remnants in archaeological samples are examined by microscopic or molecular analysis. The parasitological information thus obtained can inform speculation about the parasite-infection patterns that prevailed in ancient societies. The current analysis of ancient feces removed from Joseon period mummies adds six new paleoparasitological outcomes to the existing pool of mummy parasitism data already maintained in South Korea. The current microscopic examination revealed the ancient parasite eggs of Trichuris, Clonorchis,Paragonimus,Ascaris, and Taenia in the Joseon mummy feces. When the updated Joseon data were compared with the 20th-century National Survey statistics of South Korea, clear differences could be observed between ancient and modern parasite infection rates. These results will yield invaluable insights unobtainable by conventional historical investigation that contribute to the knowledge base on the parasitism of pre-industrial East Asian societies.</P>
Jung, Hyunwoo,Woo, Eun Jin Anthropological Society of Nippon 2017 Anthropological science : journal of the Anthropol Vol.125 No.1
<P>The purpose of this investigation was to examine cranial deformation versus normal cranial variation in ancient Korean populations from the 1st century B.C. to the 7th century A.D. by means of geometric morphometrics and multivariate statistical methods. The samples of human crania in this study were 7 male and 11 female individuals from the Yean-ri site, 4 males and 6 females from the Nuk-do site, and 6 males and 4 females from the Imdang site. Of the 38 adult individuals, 2 females (Ye085 and Ye099) from the Yean-ri site were reported to have artificially deformed crania in a previous study. In the present study, two-dimensional geometric morphometric methodology was employed to evaluate cranial shape variation. Deformed crania were characterized as an anteroposterior modification based on Anton's classification system. Deformed crania showed relatively flatter frontal and occipital bones and superoposteriorly developed parietal bones from a lateral view, which may reflect compensatory development due to pressure from an anterior to posterior direction. Moreover, Im095 (female) and Nu051 (male) had relatively flatter frontal bones and were similar to the deformed group; however, the convexity in the occipital bone was too pronounced to allocate these individuals to the deformed group.</P>