The objective of forensic sciences is to find clues in a crime scene in order to reconstruct the
scenario. Classical samples include DNA or fingerprints, but both have inherent limitations …

Forensic medicine has, for a long time, been relying on biochemical, anthropologic, and
histopathologic evidences in solving various investigations. However, depending on the …

Aims This study assessed the use of matrix‐assisted laser desorption/ionization time of flight
(MALDI‐TOF) mass spectrometry as an alternative method to identify species associated …

The necrobiome is the postmortem community that includes bacteria, fungi, arthropods, and
other cadaver-associated organisms. It has been suggested as biological evidence for …

Background/aim: Forensic medicine and sciences is a multidisciplinary branch of science,
which frequently benefit from novel technologies. State of the art omics technologies have …

Human DNA samples can remain unaltered for years and preserve important genetic
information for forensic investigations. In fact, besides human genetic information, these …

The analysis of microorganism population is crucial in several medical fields. This is
especially true in legal and occupational medicine, where the specialist can be asked to …

Microbiological studies show that there is a possibility of PMI estimation in reference to
presence of typical bacteria and fungi on cadaver or in soil beneath. Microbiome after death …

Microbial forensics is a new discipline of science that analyzes evidence related to
biological crime through the uniqueness and abundance of microorganisms and their toxins …

Recent advancements in omics techniques have revolutionised the study of biological
systems, enabling the generation of high‐throughput biomolecular data. These innovations …