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DNA analysis of ingested tomato and pepper seeds
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DNA analysis of ingested tomato and pepper seeds

Cheng-Lung Lee, Heather Miller Coyle, Timothy M. Palmbach, Ian C. HsuHenry C. Lee
American Journal of Forensic Medicine and Pathology, 卷.26(4), 頁碼.330-333
12/2005
PMID: 16304465

摘要

Amplified fragment length polymorphism Forensic botany Forensic science Pepper seed Seed identification Stomach content Tomato seed Pathology and Forensic Medicine
Ingested food is one of the important types of forensic evidence obtained during a medicolegal autopsy. Many materials containing seeds pass through the human digestive system and are still recognizable; thus, they can be valuable for providing investigative leads. Currently, the identification of seeds relies on microscopic and morphologic examination. However this method sometimes can be problematic. For example, the microscopic appearance of the ingested tomato and pepper seeds is very similar; thus, it is not always easy to distinguish these seeds by comparing their physical characteristics. Tomato and pepper seeds were selected as a model system to assess the value of performing DNA analysis as an alternate and/or complimentary means of seed identification. Results of blind testing indicate that the deoxyribonucleic acid-amplified fragment length polymorphism (DNA-AFLP) results were able to discriminate between pepper and tomato seed samples after they passed through the digestive system. Copyright © 2005 by Lippincott Williams & Wilkins.

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