Tramadol-related fatalities: Metabolic ratios & SNPs/INDELs belonging to UGT1A8, UGT2B7, ABCC2, and SLC22A1.

Genetic polymorphism can cause variation in tramadol (TR) pharmacokinetic characteristics and the expected clinical response. In forensic toxicology, the data about parent and metabolite concentrations (MRs; metabolic ratios) could facilitate to determine the cause of death and to assess time between drug intake and death. In this study, the aim was to investigate if UGT1A8, UGT2B7, ABCC2, and SLC22A1 genotyping can facilitate interpretation by investigating the frequency of UGT1A8, UGT2B7, ABCC2, and SLC22A1 genotypes in forensic autopsy cases positive for TR and to assess whether there is a correlation between these genetic variants and MRs.

Simultaneous death of two siblings, a Senna matter?

Senna is a medicinal herb commonly used as a laxative and dietary aid for weight loss. Repeated consumption of Senna may lead to persistent diarrhea. Furthermore, cases of acute liver failure and hepato-encephalopathic syndrome after chronic Senna ingestion were reported in literature.

DRAMES and DTA databases: Complementary tools to monitor drug-related deaths in France.

Introduction: The DRAMES (décès en relation avec l'abus de médicaments et de substances) registry is a French database of drug-related deaths (medications or illicit drugs) among drug users. The DTA (décès toxiques par antalgiques) registry is a French database of analgesic-related deaths among people without a history of drug abuse. Both registries are based on the collection of data on deaths for which forensic toxicology experts have performed analyses.

Trends in fatal poisoning among medical users of analgesics in France from 2013 to 2022: an analysis of the DTA register.

Objective: To describe analgesic-related deaths in France and report trends over a 10-year period.

Study Design: The DTA ("Décès Toxiques par Antalgiques") register is a French database of analgesic-related deaths among people without a history of drug abuse, reported by forensic toxicology experts.

Methods: We included analgesic-related deaths occurring from January 2013 to December 2022 in France.

Effect of CYP2D6, 2C19, and 3A4 Phenoconversion in Drug-Related Deaths.

Molecular autopsy is a very important tool in forensic toxicology. However, many determinants, such as co-medication and physiological parameters, should be considered for optimal results. These determinants could cause phenoconversion (PC), a discrepancy between the real metabolic profile after phenoconversion and the phenotype determined by the genotype.