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The document referenced below is part of the NCJRS Library collection.
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NCJ Number: NCJ 242081     Find in a Library
Title: Modified Oil Red O Formulation for the Detection of Latent Fingermarks on Porous Substrates
Author(s): Amanda A. Frick ; Patrick Fritz ; Simon W. Lewis ; Wilhelm van Bronswijk
  Journal: Journal of Forensc Identification  Volume:62  Issue:6  Dated:November/December 2012  Pages:623 to 641
Date Published: 12/2012
Page Count: 19
  Annotation: A simplified procedure for the recently introduced fingermark development reagent Oil Red O (ORO) is presented.
Abstract: This lipid-sensitive reagent offers the potential to detect latent fingermarks on porous substrates that have been exposed to water, which is not possible using the more commonly employed amino acid-sensitive reagents. Using this modified procedure, recently deposited (less than 1 week since deposition) latent fingermarks were readily developed on a variety of paper types. The ability to detect fingermarks on paper surfaces that had been wetted was also demonstrated. The performance of the modified ORO procedure was found to be variable in its ability to detect fingermarks that had been left exposed to the laboratory environment for periods of time greater than 1 week. Comparisons with the previously reported procedure for ORO found that the proposed modified procedure produced a similar degree of fingermark development. Additionally, comparisons with physical developer (PD) found that both ORO approaches performed similarly to, or better than, PD on fresh (less than 1 week since deposition), charged fingermarks. However, PD was the superior method for detecting both older and uncharged fingermarks. (Published Abstract)
Main Term(s): Criminology
Index Term(s): Suspect identification ; Latent fingerprints ; Fingerprint detection techniques
Publisher URL: http://www.theiai.org 
Type: Report (Technical)
Country: United States of America
Language: English
   
  To cite this abstract, use the following link:
https://www.ncjrs.gov/App/Publications/abstract.aspx?ID=264243

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