In a public hospital, eight cases of fatal poisoning by nitrous oxide (N(2)O) occurred under oxygen administration, due to an erroneous swapping of the lines in the gas system. The aim of the study was to clarify the factors involved in asphyxia by characterizing gases from different lines and measuring N(2)O concentrations in postmortem biological samples from bodies exhumed. Analyses carried out on the gas system confirmed the erroneous substitution of O(2) line with N(2)O and air line with O(2). Consequently, high N(2)O amounts were revealed in several tissues and gaseous biological samples. All specimens were analyzed by headspace gas chromatography technique. A rigorous quantitative analysis was possible only in blood (11.29-2152.04 mg...
β-hydroxybutyrate concentrations were determined in blood and synovial fluid in a series of medico-l...
In recent years, the increasing number of asphyxiation cases due to helium inhalation is remarkable....
In order to verify the opinion of Ido, Momoi & Nishisaki (Okayama-Igakkai-Zasshi 43, 163, 1931; 45, ...
Dinitrogen (N2) has been increasingly connected to suicidal deaths. The analysis of N2 in post-morte...
Background: Distinguishing postmortem gas accumulations in the body due to natural decomposition and...
The aim of postmortem biochemistry and toxicology is either to help establish the cause of death, or...
Postmortem imaging consists in the non-invasive examination of bodies using medical imaging techniqu...
Abstract Background Nitrous oxide (N2O), also called "laughing gas,"...
Drug abuse is a widespread problem affecting both teenagers and adults. Nitrous oxide is becoming in...
Postmortem imaging consists in the non-invasive examination of bodies using medical imaging techniqu...
Intoxications with nitrous oxide have been, and still are, a rarity in forensic medicine. Apart from...
Exposure to nitrous oxide in surgical theaters was evaluated for duration, numbers, and types of sur...
Postmortem biochemistry is becoming increasingly essential in the forensic casework and considerable...
The purpose of this study was to determine whether gasoline residues could be detected post-mortem i...
Biochemical investigations performed in cases of mechanical asphyxia have provided diverging informa...
β-hydroxybutyrate concentrations were determined in blood and synovial fluid in a series of medico-l...
In recent years, the increasing number of asphyxiation cases due to helium inhalation is remarkable....
In order to verify the opinion of Ido, Momoi & Nishisaki (Okayama-Igakkai-Zasshi 43, 163, 1931; 45, ...
Dinitrogen (N2) has been increasingly connected to suicidal deaths. The analysis of N2 in post-morte...
Background: Distinguishing postmortem gas accumulations in the body due to natural decomposition and...
The aim of postmortem biochemistry and toxicology is either to help establish the cause of death, or...
Postmortem imaging consists in the non-invasive examination of bodies using medical imaging techniqu...
Abstract Background Nitrous oxide (N2O), also called "laughing gas,"...
Drug abuse is a widespread problem affecting both teenagers and adults. Nitrous oxide is becoming in...
Postmortem imaging consists in the non-invasive examination of bodies using medical imaging techniqu...
Intoxications with nitrous oxide have been, and still are, a rarity in forensic medicine. Apart from...
Exposure to nitrous oxide in surgical theaters was evaluated for duration, numbers, and types of sur...
Postmortem biochemistry is becoming increasingly essential in the forensic casework and considerable...
The purpose of this study was to determine whether gasoline residues could be detected post-mortem i...
Biochemical investigations performed in cases of mechanical asphyxia have provided diverging informa...
β-hydroxybutyrate concentrations were determined in blood and synovial fluid in a series of medico-l...
In recent years, the increasing number of asphyxiation cases due to helium inhalation is remarkable....
In order to verify the opinion of Ido, Momoi & Nishisaki (Okayama-Igakkai-Zasshi 43, 163, 1931; 45, ...