The efficient extraction of DNA from challenging samples, such as bones, is critical for the
success of downstream genotyping analysis in molecular genetic disciplines. Even though …

Research on ancient and forensic DNA is related in many ways, and the two fields must deal
with similar obstacles. Therefore, communication between these two communities has the …

DNA genotyping techniques have been used successfully in forensic science for almost
three decades and represent the gold standard for individual identification. However …

Extracting DNA from degraded human remains poses a challenge for any forensic genetics
laboratory, as it requires efficient high-throughput methods. While little research has …

DNA typing from degraded human remains is still challenging forensic DNA scientists not
only in the prospective of DNA purification but also in the interpretation of established DNA …

We optimised the automated extraction of DNA from old and contemporary skeletal remains
using the AutoMate Express system and the PrepFiler BTA kit. 24 Contemporary and 25 old …

An experimental DNA extraction kit (new kit) was recently developed to extract DNA from
degraded skeletal remains without the need for powdering the samples. We compared the …

DNA identification of human remains has a valuable role in the field of forensic science and
wider. Although DNA is vital in identification of unknown human remains, post-mortem …

It has been a challenge to extract DNA from bones previously soaked in water, burned, or
buried for a long time, due to the reduced quality and quantity of DNA in the bone samples …

DNA recovery, purity and overall extraction efficiency of a protocol employing a novel silica-
based column, Hi-Flow®(Generon Ltd., Maidenhead, UK), were compared with that of a …