Adserias-Garriga Joe, Medina-Paz Francisco, Molina Jorge, Zapico Sara C
Department of Applied Forensic Sciences, Mercyhurst University, 501 East 38th Street, Erie, PA 16546, USA.
Department of Chemistry and Environmental Science, New Jersey Institute of Technology, 161 Warren St., Newark, NJ 07102, USA.
Genes (Basel). 2025 Apr 28;16(5):511. doi: 10.3390/genes16050511.
BACKGROUND/OBJECTIVES: Identification of human remains is of utmost importance for criminal investigations and providing closure to the families. The reconstruction of a biological profile of the individual will narrow down the list of candidates for identification. From another perspective, facial approximations performed by a forensic artist can provide investigative leads, with the identity being confirmed by primary or secondary methods of identification. In recent years, DNA analysis has evolved, trying to create a portrait of the perpetrator/victim based on External Visible Characteristics (EVCs), the color of the eyes, hair, and skin and Biogeographical ancestry (BGA), called DNA phenotyping. Despite these advances, currently, there are no studies integrating the biological profile performed by forensic anthropologists, the facial approximation created by forensic artists and EVCs determined by DNA. The goal of this work was to integrate these three investigative leads to enhance the possibility of human identification.
Five donated remains from Mercyhurst were studied through these approaches: reconstruction of biological profile, facial approximation and estimation of EVCs based on previous studies.
Our results indicated the feasibility of integrating this biological profile and EVCs data into the facial approximation developed by the forensic artist, aiming to an enhance portrait of the remains. In a second phase of this project, the accuracy of the integrated facial approximation will be assessed.
This study pointed out the importance of an interdisciplinary approach towards the identification of human remains, as well as the combination of current methods with new technologies.
背景/目的:对人类遗骸进行身份鉴定对于刑事调查以及让家属得到慰藉至关重要。重建个体的生物学特征将缩小身份鉴定候选人的范围。从另一个角度来看,法医艺术家进行的面部复原可以提供调查线索,通过主要或次要身份鉴定方法来确认身份。近年来,DNA分析不断发展,试图基于外部可见特征(EVCs)、眼睛、头发和皮肤的颜色以及生物地理祖先(BGA)创建犯罪者/受害者的画像,即DNA表型分析。尽管有这些进展,但目前尚无研究将法医人类学家进行的生物学特征分析、法医艺术家创建的面部复原以及由DNA确定的EVCs整合起来。这项工作的目标是整合这三条调查线索,以提高人类身份鉴定的可能性。
通过这些方法对来自梅西赫斯特的五具捐赠遗骸进行了研究:生物学特征重建、面部复原以及根据先前研究对EVCs进行估计。
我们的结果表明,将这种生物学特征和EVCs数据整合到法医艺术家所做的面部复原中是可行的,目的是增强遗骸的画像。在该项目的第二阶段,将评估整合后的面部复原的准确性。
本研究指出了跨学科方法在人类遗骸鉴定中的重要性,以及当前方法与新技术相结合的重要性。