Insights from the 7th of October massacre: Forensic odontology in mass disasters

On October 7, 2023, an attack on Israel led to 1200 Israeli fatalities, creating a critical need for victim identification under challenging conditions of the remains, which ranged from fresh to severely burnt and fragmented. This study examines the role of forensic odontology within a multidisciplinary approach to disaster victim identification, a key element in handling mass casualty events. Ante-mortem dental data, obtained from various sources, were matched with postmortem information, such as full mouth X-rays and cone-beam computed tomography scans, utilizing dental identification software and visual comparison methods. A total of 970 victims were examined, leading to the successful identification of 166 individuals, representing 17 % of the overall identifications made through all scientific means. These findings emphasize the value of dental interventions and morphological features in forensic identifications, depicted in computed tomography-generated panoramic images which can provide an effective alternative to full mouth X-rays when direct oral access was restricted. These insights contribute to advancing forensic practices in response to complex mass disaster situations.

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Publication Details

Journal
Forensic Science International
Published
2025-02-05
DOI
https://doi.org/10.1016/j.forsciint.2025.112394
Citations
7
Primary Topic
Autopsy Techniques and Outcomes
Type
article
Field-Weighted Citation Impact
9.52
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article

Insights from the 7th of October massacre: Forensic odontology in mass disasters

Tzipi Kahana, Ilana Engel, Nurit Beyth, Esi Sharon et al.
7 citations
Forensic Science International
Autopsy Techniques and Outcomes
9.52
article

Insights from the 7th of October massacre: Forensic odontology in mass disasters

Tzipi Kahana, Ilana Engel, Nurit Beyth, Esi Sharon, Lital Malihi
article en
7 citations

Abstract

On October 7, 2023, an attack on Israel led to 1200 Israeli fatalities, creating a critical need for victim identification under challenging conditions of the remains, which ranged from fresh to severely burnt and fragmented. This study examines the role of forensic odontology within a multidisciplinary approach to disaster victim identification, a key element in handling mass casualty events. Ante-mortem dental data, obtained from various sources, were matched with postmortem information, such as full mouth X-rays and cone-beam computed tomography scans, utilizing dental identification software and visual comparison methods. A total of 970 victims were examined, leading to the successful identification of 166 individuals, representing 17 % of the overall identifications made through all scientific means. These findings emphasize the value of dental interventions and morphological features in forensic identifications, depicted in computed tomography-generated panoramic images which can provide an effective alternative to full mouth X-rays when direct oral access was restricted. These insights contribute to advancing forensic practices in response to complex mass disaster situations.

Forensic Science InternationalVol. 368
Hebrew University of Jerusalem (IL), Hadassah Medical Center (IL), Ministry of Interior (HU)
Climate action
Openalex Percentile: Top 2%
Autopsy Techniques and Outcomes
9.52
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