Abstract:High frequency of the bony deposition and the bony absorption observed inside of maxillary sinus indicated the prevalence of the maxillary sinusitis. It is pointed out that the inflammation frequency of maxillary sinusitis has the close relationship with a living environment. However, there were few studies on the epidemic study of maxillary sinusitis for a historical Japanese group. Skulls excavated from the medieval group cemetery in Kamakura Yuigahama, Japan were used. It was suitable for observation of the… Show more
“…Recent advances in medieval studies of thousands of human skeletal remains from Japan have encompassed bioarchaeology (Fukumine et al 2006;Hirata et al 2004;Irei et al 2008;Moromizato et al 2007;Nagaoka and Abe 2007;Shizushima 2007), paleodemography (Nagaoka et al 2006a;, and craniofacial and dental morphology Komesu et al 2008;Nagaoka et al 2006b;Nagaoka and Hirata 2006;Toma et al 2007). Since medieval studies of skeletal remains have flourished in the last ten years, new standards for sexing medieval skeletons are required.…”
The purpose of this study is to develop new standards to determine the sex of fragmentary human skeletal remains from archaeological sites in Japan. In order to accomplish this, we measured the long-bone circumferences of Japanese skeletons from the medieval period and provided metric diagnosis of sex using discriminant function analysis. We discuss whether the osteometric approach provides the criterion for sex assessment of human skeletal remains. The materials comprised human skeletal remains from the Yuigahama-minami site, Kamakura, Japan. The sample size used in this study was 68 males and 62 females excavated from individual burial graves. The accuracy of sex classification is more than 80% for discriminant functions with only one variable and reaches 90% for those with a combination of multiple variables. The multivariate functions provide better results than the univariate functions. Another improvement in sex diagnosis which this study contributes to is that new standards enabling reliable diagnosis with small numbers of variables are developed from well-preserved parts of the skeletons. This paper provides new standards, focusing on the diaphysial circumferences of limb bones from a medieval population, and will contribute to the advancement of medieval studies of skeletal remains from archaeological sites in Japan.
“…Recent advances in medieval studies of thousands of human skeletal remains from Japan have encompassed bioarchaeology (Fukumine et al 2006;Hirata et al 2004;Irei et al 2008;Moromizato et al 2007;Nagaoka and Abe 2007;Shizushima 2007), paleodemography (Nagaoka et al 2006a;, and craniofacial and dental morphology Komesu et al 2008;Nagaoka et al 2006b;Nagaoka and Hirata 2006;Toma et al 2007). Since medieval studies of skeletal remains have flourished in the last ten years, new standards for sexing medieval skeletons are required.…”
The purpose of this study is to develop new standards to determine the sex of fragmentary human skeletal remains from archaeological sites in Japan. In order to accomplish this, we measured the long-bone circumferences of Japanese skeletons from the medieval period and provided metric diagnosis of sex using discriminant function analysis. We discuss whether the osteometric approach provides the criterion for sex assessment of human skeletal remains. The materials comprised human skeletal remains from the Yuigahama-minami site, Kamakura, Japan. The sample size used in this study was 68 males and 62 females excavated from individual burial graves. The accuracy of sex classification is more than 80% for discriminant functions with only one variable and reaches 90% for those with a combination of multiple variables. The multivariate functions provide better results than the univariate functions. Another improvement in sex diagnosis which this study contributes to is that new standards enabling reliable diagnosis with small numbers of variables are developed from well-preserved parts of the skeletons. This paper provides new standards, focusing on the diaphysial circumferences of limb bones from a medieval population, and will contribute to the advancement of medieval studies of skeletal remains from archaeological sites in Japan.
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