… Since grinding the samples into a fine powder is crucial in DNA extraction from skeletal
remains 41 we used the Bead Beater MillMix 20 homogeniser (Tehtnica – Domel, Železniki, …

… Our initial studies in this area suggest that more than 50% of skeletal remains from the past
two thousand years are likely to contain amplifiable endogenous DNA, but that in the case of …

… The possibility of studying DNA in skeletal remains has been of great interest in many areas
of biology, particularly anthropology and forensic science, since such remains are frequently …

… DNA molecules [3-5]. All these factors make DNA extraction and analysis of degraded skeleton
remains … of human skeleton remains consist of preparation, pulverization, DNA extraction, …

… nuclear DNA for successful STR typing from skeletal remains … DNA extraction was
developed in our laboratory to acquire high-quality DNA from Second World War skeletal remains …

… -based DNA extraction methods from artificially degraded DNA, DNA with PCR inhibitors and
DNA from old skeletal remains … We present a modified large-scale silica-based extraction …

… In this article, a further method for extracting skeletal DNA is assessed, … to confirm that DNA
had been effectively extracted. This … , DNA amplification from ancient human skeletal remains …

… Moreover, the selection of a suitable DNA source is a crucial decision. In this study, we
extracted DNA from five different types of skeletal remains using four extraction methods: three …

… recovery with the silica method in some cases is essential to recovering a full DNA profile.
The ability to successfully recover nuclear STR profiles from degraded skeletal remains has …

… DNA extraction protocol for this kind of skeletal remains. To achieve that, 25 different skeletal
remains DNA were extracted all of them with five different bone DNA extraction protocols. …