Brasil
| Article
Analysis of scientific production about drugs of abuse in forensic toxicology
Registro en:
GUIMARÃES, Monique Malafaia et al. Analysis of scientific production about drugs of abuse in forensic toxicology. Acta Scientiae & Techinicae, v. 9, n. 1, 10 p, 2021.
2317-8957
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Autor
Guimarães, Monique Malafaia
Caetano, Rebecca Leal
Carriço, César
Barbosa, Julio Vianna
Silva, Deborah Paredes Soares da
Pinto, Zeneida Teixeira
Resumen
Forensic toxicology is an essential tool that assists in investigations, identifying
toxic agents, in order to clarify issues that occur in legal proceedings, it is used
with the aim of detecting, recognizing, identifying and quantifying when there is
contact with certain agents such as: alcohol, marijuana, cocaine and LSD, which
are considered drugs of abuse. The following descriptors were used to survey the
articles: Forensic Toxicology, Drugs of Abuse, Alcohol, Cocaine, Marijuana and
LSD in Google Scholar. For the selection of scientific productions, the following
inclusion criteria were used: articles published from 2008 to 2018, available in
full and online. Nineteen articles published on the topic were found in fifteen
journals analyzed from 2008 to 2018. The years with the largest number of
publications were 2009, 2014 and 2015, with 3 publications each and the year
with the least publication was 2008, where none article was found. Revinter
Magazine presented the largest number of productions in the area of Forensic
Toxicology. Regarding the types of drugs of abuse used in the studies, cocaine
appears as the most studied followed by marijuana. Alcohol and LSD are the
least studied drugs of abuse. Several analysis techniques were used to identify
drugs of abuse. The result of the analysis of scientific production on drugs of
abuse in forensic toxicology, showed how important and indispensable the
analysis methodologies in forensic toxicology are. For each drug that is created,
an efficient method has a wide degree of precision for its identification. This
demonstrates a concern in this area to identify and quantify these drugs with
precision, sensitivity and specificity, in samples that are less and less invasive in
order to protect the subject and society.