Napoletano Gabriele, Putrino Alessandra, Marinelli Enrico, Zaami Simona, De Paola Lina
Department of Anatomical, Histological, Forensic and Orthopedic Sciences, Sapienza University of Rome, 00161 Rome, Italy.
Department of Oral and Maxillofacial Sciences, "Sapienza" University of Rome, 00161 Rome, Italy.
Healthcare (Basel). 2024 Sep 13;12(18):1828. doi: 10.3390/healthcare12181828.
Dental identification systems (DISs) encompass various techniques used for forensic identification, serving as alternatives or complements to genetic methods. Technologies such as microchip implants, prosthetic inscriptions, microSD cards, and identification plaques have been proposed to address limitations in comparative methods, offering streamlined processes for forensic experts. This study reviews current and potential DIS implementations, emphasizing cost-effectiveness and community benefits. Literature analysis from PubMed (2008-2024) yielded 17 relevant articles on implantable DISs, enabling direct subject identification via teeth or prostheses. The integration of DIS aims to enhance accuracy and speed in personal profiling and legal identification, promoting technology transfer in dentistry. It will be necessary to develop strict privacy regulations to protect patient data and establish ethical guidelines for their use. The study's aim is to highlight that the universal adoption of DISs could mitigate healthcare disputes and facilitate data exchange in clinical settings, which is particularly beneficial for vulnerable populations.
牙科识别系统(DISs)涵盖了用于法医鉴定的各种技术,作为基因方法的替代或补充。诸如微芯片植入、假体铭刻、微型SD卡和识别牌等技术已被提出,以解决比较方法中的局限性,为法医专家提供简化的流程。本研究回顾了当前和潜在的DIS实施情况,强调了成本效益和社区效益。对PubMed(2008 - 2024年)的文献分析产生了17篇关于可植入DISs的相关文章,能够通过牙齿或假体直接识别个体。DIS的整合旨在提高个人特征分析和法律鉴定的准确性和速度,促进牙科技术的转移。有必要制定严格的隐私法规来保护患者数据,并为其使用建立道德准则。该研究的目的是强调DISs的普遍采用可以缓解医疗纠纷,并促进临床环境中的数据交换,这对弱势群体尤其有益。