Anthropological Science · 2003 · 26 citations · 28 references
Social SciencesAnthropologyArchaeologyMitochondrial GeneticsPhylogeneticsPrehistoric ArchaeologyAge Estimation From Skeletal RemainsAncestry Inference From Dental DnaArchaeological Evidence For Human EvolutionDental AnthropologyKinship Analysis Using Dental DnaBurialKinship FormationMaternal KinshipMitochondrial Dna Analysis From EnamelMitochondrial Dna Analysis From TeethMitochondrial Dna GeneticsPopulation Affiliation Inference
This paper presents a case study of a double burial at the 2,000 year-old Usu-Moshiri Epi-Jomon site in Hokkaido, Japan, using detailed odontometric analysis in conjunction with mitochondrial DNA (mtDNA) analysis in order to more precisely assess their kinship. Consanguinity between the two juveniles found in this burial was suggested by the archaeological context as well as by preliminary morphological studies of the skeletons. Mitochondrial DNA sequences, while consistent with their maternal kinship, did not provide decisive evidence. Supplementing and strengthening the kinship determination, Q-mode correlations between these two individuals with respect to tooth crown measurements and proportions were consistently positive and very high. Statistical analysis of the difference between tooth size correlations in this pair, and those in pairs of related and unrelated individuals from other Japanese populations indicated that they likely had been first-degree relatives. Considering that the two individuals had been approximately seven and eleven years old at the time of their interment side by side, we concluded that they likely had been siblings rather than other first-degree maternal relatives. This study demonstrated that combining odontological analysis with mtDNA testing may be effective for reliable and detailed kinship assessment of ancient skeletal remains.
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The American Journal of Human Genetics
J. S. · Population · 1950 · 5.1K citations
Life Sciences, Biology, Genetics +4
MITOMAP: a human mitochondrial genome database
Andreas M. Kogelnik · Nucleic Acids Research · 1996 · 522 citations · Full text