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Since the first use of DNA fingerprinting in 1986, forensic genetics has rapidly evolved. Today, scientists are implementing quicker, more specific, and more sensitive techniques such as NGS, phenotyping, microRNAs, and microbiome analysis, detective tools that could soon be applied to criminal cases and represent the future of forensics investigation. That’s why now, more than ever, the need for a neat biological evidence collection must be recognized.
This guide aims to help forensics professionals orient through the jungle of evidence collection methods, choose the appropriate one according to any situation, and ensure the success of their investigation.
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