Encoded in Titanium: The Digital DNA of Forensic Dentistry

This is the authors' abstract. We don't add key points for this paper.

Forensic odontology greatly aids the identification of unknown people, particularly in situations where more conventional techniques like fingerprinting and iris recognition are impractical. This paper examines the increasing significance of dental implants in forensic research, emphasizing their special benefits, such as their resilience to high temperatures, longevity, and capacity to preserve identifying characteristics like batch or serial numbers. The article describes several identification approaches, including DNA profiling, radiographic imaging, lip and palatal print examination, and bite mark analysis, focusing on how dental implant analysis is incorporated into these techniques. The use of Implant Recognition Software, radiographic comparison, and identification by the physical characteristics of implants are all considered crucial instruments for improving identification accuracy. Actual forensic cases and mass disaster situations demonstrate the usefulness of implant-based identification. Current issues, including the requirement for controlled implant databases and the absence of uniform documentation, are also covered in the evaluation. To maximize the forensic value of dental implants for identifying individuals, the process concludes by advocating for greater interdisciplinary collaboration and technological advancements.