Scholz M, Hengst S, Broghammer M, Pusch C M
Institute of Proto- and Prehistory, Dept. of Archaeobiology, University of Tübingen.
Z Morphol Anthropol. 2001;83(1):5-21.
Kinship determination is one of the major challenges for the anthropologist studying graveyard populations. Traditional techniques based on morphological comparisons of bone remains are limited. However, recent methods which generate and characterise DNA sequences derived from bones bear the possibility for a more accurate analysis. Extraction and characterisation of authentic nucleic acids was performed on a number of individuals from the early Medieval graveyard of Neresheim, South Germany. From this cemetery a total of 38 skeletal remains of individuals buried between 450 and 700 AD were examined using PCR-based methods. Comparisons were made using four human-specific short tandem repeat loci and the X/Y-specific amelogenin sex test. Twenty-eight of the approximately 1,500-year-old individuals yielded alleles in at least one of the polymorphic nuclear loci HumCD4, HumFES, HumTH01, HumVWA, and the sex test. These along with a 96 bp DNA variant previously unknown in recent CD4 contexts, and supporting evidence from anthropology and archaeology were used for defining one parental and one filial generation in each of three multiple burials (Ne 2, Ne 9 and Ne 78) in the cemetery.
亲属关系判定是研究墓地人群的人类学家面临的主要挑战之一。基于骨骼遗骸形态比较的传统技术存在局限性。然而,最近能够生成和表征源自骨骼的DNA序列的方法为更准确的分析带来了可能。对来自德国南部内雷斯海姆中世纪早期墓地的一些个体进行了真实核酸的提取和表征。从这个墓地中,使用基于聚合酶链反应(PCR)的方法对公元450年至700年期间埋葬的38具个体骨骼遗骸进行了检查。使用四个人类特异性短串联重复序列位点以及X/Y特异性牙釉蛋白性别检测进行比较。在大约1500年前的个体中,有28个在多态性核基因座HumCD4、HumFES、HumTH01、HumVWA中的至少一个以及性别检测中产生了等位基因。这些等位基因连同在近期CD4背景中先前未知的一个96碱基对DNA变体,以及来自人类学和考古学的支持证据,被用于在墓地的三个多人墓葬(Ne 2、Ne 9和Ne 78)中分别确定一代父母和一代子女的关系。