| Literature DB >> 29194624 |
Tushar Srivastava1,2, Michael Wu1, Julia Kakhnovich1, Bridgit Waithaka1,2, Nathan H Lents1,2.
Abstract
Plant residue is currently an underutilized resource in forensic investigations despite the fact that many crime scenes, as well as suspects and victims, harbor plant-derived residue that could be recovered and analyzed. Notwithstanding the considerable skill of forensic botanists, current methods of species determination could benefit from tools for DNA-based species identification. However, DNA barcoding in plants has been hampered by sequence complications in the plant genome. Following a database search for usable barcodes, broad-spectrum primers were designed and utilized to amplify and sequence the rbcL, trnL-F, and rrn18 genetic loci from a variety of household plants. Once obtained, these DNA sequences were used to design species-targeted primers that could successfully discriminate the source of plant residue from among the 21 species tested.Keywords: DNA barcodes; DNA barcoding; botany; forensic biology; forensic botany; forensic science; plants; pollen; polymerase chain reaction
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Year: 2017 PMID: 29194624 DOI: 10.1111/1556-4029.13715
Source DB: PubMed Journal: J Forensic Sci ISSN: 0022-1198 Impact factor: 1.832