Page 23 - Veritas Vol 3, Issue 2
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                                REPORT ON





    INTERNATIONAL EXPERT




                      LECTURE SERIES










             TITLE: NEW PROTOCOLS OF ALTERNATIVE LIGHT SOURCE FOR

             DETECTING LATENT BIOLOGICAL EVIDENCE ON ITEMS



             Date: 25th September 2023
             Details of participants: MSc. Forensic Science students.



             Resource Persons:
               1. Dott Eugenio D'Orio, Director of Bio Forensics Research, Italy



             Brief Summary of Expert Guest lecture:



             On September 25, 2023, an insightful international guest lecture was held via

             Zoom, focusing on the theme "New Protocols of Alternative Light Source for
             Detecting Latent Biological Evidence on Items." The distinguished speaker for
             this event was Dott Eugenio D'Orio, the Director of Bio Forensics Research in

             Italy. Dott Eugenio D'Orio's lecture provided valuable insights into the
             emerging protocols and methodologies utilizing alternative light sources for

             detecting latent biological evidence on various items. The lecture commenced
             with an introduction to alternative light sources, explaining their significance
             and applications in forensic investigations. Dott D'Orio elucidated the different

             types of ALS and their varying wavelengths, emphasizing their utility in
             revealing latent biological evidence. Dott D'Orio detailed the principles and

             mechanisms underlying the use of ALS in forensic analysis. This included
             discussions on the interaction between biological evidence and specific

             wavelengths of light, enabling a better understanding of the detection process.
             The presentation showcased the latest protocols and techniques developed to

             optimize the detection of latent biological evidence using ALS. Dott D'Orio
             shared advancements in ALS technologies and protocols, demonstrating their
             efficacy in enhancing sensitivity and specificity in forensic examinations.
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