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NCJRS Abstract

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	NCJ Number:		NCJ 251042
	Title:		Just Science: Special Release: Just Bath Salts
	URL(s):		HTML
	Author(s):		Lindsay Glicksberg
	Corporate Author:		RTI International United States of America
	Date Published:		07/2017
	Page Count:		1
	Annotation:		As part of a special-release episode of the 2017 NIJ R&D Symposium, this online audio is a Just Science interview with Lindsay Glicksberg, a student at Sam Houston State University regarding the nature and benefit of her validated method for the quantification of 22 synthetic cathinones in urine and blood using liquid chromatography/quadrupole time of flight mass spectrometry (LC/Q-TOF-MS).
	Abstract:		This validated method was used to evaluate the stability of synthetic cathinones in blood and urine over a 6-month period. Drug stability was assessed in terms of pH, temperature, matrix, concentration-dependence, and chemical properties. Given the proliferation of designer drugs, forensic laboratories must be able to identify these new drugs as part of antemortem and postmortem toxicology investigations. Due to limitations in immunoassay-based screening technologies, many forensic toxicology laboratories must rely on chromatographic-based screening approaches to detect these drugs in biological evidence.
	Main Term(s):		Forensic sciences
	Index Term(s):		Drug detection ; Blood/body fluid analysis ; Investigative techniques ; Designer drugs ; NIJ grant-related documents ; NIJ Resources
	Sponsoring Agency:		National Institute of Justice (NIJ) US Department of Justice Office of Justice Programs United States of America
	Grant Number:		2016-MU-BX-K110
	Sale Source:		National Institute of Justice (NIJ) US Department of Justice 810 Seventh Street NW Office of Justice Programs Washington, DC 20531 United States of America
	Type:		Program/Project Description ; Report (Study/Research) ; Research (Applied/Empirical) ; Report (Technical Assistance) ; Conference Material ; Report (Grant Sponsored) ; Interview
	Country:		United States of America
	Language:		English
	To cite this abstract, use the following link: https://www.ncjrs.gov/App/Publications/abstract.aspx?ID=273222
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