Contemporary criminal investigations are based on the statements made by the victim and
the eyewitnesses. They also rely on the physical evidences found in the crime scene. These …

Skeletal remains from archaeological and forensic contexts are commonly used for various
analyses, including DNA. Our research investigates relatively fast and inexpensive ATR …

Shape, size, composition, and function of the bones in the human body vary on the macro,
micro and nanoscale. This can influence changes caused by taphonomy and post-mortem …

Acetic acid treatment for an accurate differentiation between ancient and recent human
bones was assessed using Raman and FTIR-ATR spectroscopies. Each set of skeletal …

Spectroscopy of skeletal tissues is increasingly used in various fields, including legal
medicine, forensic science and archaeology. As it is fast and technically and financially …

Several studies have used Fourier Transform Infrared Spectroscopy (FTIR) to assess
chemical and structural changes caused by diagenesis in archaeological human bone …

Molecular characteristics of skeletal remains were studied utilizing ATR-FTIR spectroscopy,
focusing on comparisons between mature adult and immature non-adult skeletal elements …

The taphonomy and diagenesis of bone and teeth recovered from any environments provide
crucial information for forensic sciences and investigations. This leads to the estimation of …

Much research has focused on attempting to understand the drivers of bone diagenesis.
However, this sensitive process is easily influenced by various factors, particularly the …

Attenuated total reflection Fourier transform infrared (ATR-FTIR) spectroscopy is a relatively
fast and inexpensive but reliable method that can be used as a rough screening tool for DNA …