Abstract: Intoxications with nitrous oxide have been, and still are, a rarity in forensic medicine. Apart from accidental overdose during hospital procedures, intoxication with this gas is the result of voluntary inhalation. We report the fatal case of a 32-year-old male who died during inhalation of nitrous oxide from whipped dairy cream cans and hint on the role of the internet in creating new behaviors among drug addicts. We rely on the autopsy report from the Department of Forensic Medicine, Pomeranian Medi… Show more
“…Potocka‐Banas et al. reported a case, where a 32‐year‐old man died during inhalation of nitrous oxide from whipped cream cans using a face mask, thus under circumstances similar to our cases.…”
Nitrous oxide is an inflammable gas that gives no smell or taste. It has a history of abuse as long as its clinical use, and deaths, although rare, have been reported. We describe two cases of accidental deaths related to voluntary inhalation of nitrous oxide, both found dead with a gas mask covering the face. In an attempt to find an explanation to why the victims did not react properly to oncoming hypoxia, we performed experiments where a test person was allowed to breath in a closed system, with or without nitrous oxide added. Vital signs and gas concentrations as well as subjective symptoms were recorded. The experiments indicated that the explanation to the fact that neither of the descendents had reacted to oncoming hypoxia and hypercapnia was due to the inhalation of nitrous oxide. This study raises the question whether nitrous oxide really should be easily, commercially available.
“…Potocka‐Banas et al. reported a case, where a 32‐year‐old man died during inhalation of nitrous oxide from whipped cream cans using a face mask, thus under circumstances similar to our cases.…”
Nitrous oxide is an inflammable gas that gives no smell or taste. It has a history of abuse as long as its clinical use, and deaths, although rare, have been reported. We describe two cases of accidental deaths related to voluntary inhalation of nitrous oxide, both found dead with a gas mask covering the face. In an attempt to find an explanation to why the victims did not react properly to oncoming hypoxia, we performed experiments where a test person was allowed to breath in a closed system, with or without nitrous oxide added. Vital signs and gas concentrations as well as subjective symptoms were recorded. The experiments indicated that the explanation to the fact that neither of the descendents had reacted to oncoming hypoxia and hypercapnia was due to the inhalation of nitrous oxide. This study raises the question whether nitrous oxide really should be easily, commercially available.
“…N 2 O may appeal to medical professionals because it is short acting, undetectable in drug testing and easily diverted (Seidberg and Sullivan, 2004). Repeated N 2 O use can lead to medical complications including cardiac arrhythmias (Garriott and Petty, 1980), B-12 deficiency myelopathy (Hathout and El- Saden, 2011) and cardiorespiratory failure (Potocka-Banas et al, 2011). Acute use risks include skin irritation and necrosis (Hwang et al, 1996).…”
The abuse-related behavioral effects produced by nitrous oxide (N2O) gas have been suggested to be unique amongst abused inhalants. The drug discrimination paradigm in animals can be used to study subjective effects of drugs in humans and can be used to test this hypothesis. The goals of the present experiment were to establish a nitrous oxide discrimination in mice and compare its discriminative stimulus effects to those of abused volatile vapors and vapor anesthetics. Sixteen B6SJLF1/J mice were trained to discriminate 10 min of exposure to 60% N2O + 40% oxygen from 100% oxygen. The time course of N2O discrimination was examined followed by cross-substitution testing with abused vapors, volatile anesthetics, ethanol, D-amphetamine and 2-butanol. Mice acquired the N2O versus O2 discrimination in 40 days. N2O fully substituted for 10 min of exposure to 60% N2O in a concentration-dependent manner. Full substitution required 7 min of 60% N2O exposure but the offset of stimulus effects following the cessation of exposure was more rapid. The aromatic hydrocarbon toluene almost fully substituted for N2O. 1,1,1- trichloroethane (TCE), methoxyflurane, isoflurane and ethanol exhibited lesser degrees of substitution, and D-amphetamine and the odorant 2-butanol did not substitute at all for N2O. Given the varying degrees of incomplete substitution by test compounds, the discriminative stimulus properties of N2O and, perhaps, its subjective effects in humans are probably not unique. As none of the inhalants tested fully mimicked N2O, its overall effects may include one or more novel stimulus components.
“…Death can occur from accidental trauma (falling, etc. ), asphyxiation by the bag covering the face, aspiration of the compound or vomit, anoxia, cardiac dysfunction, CNS depression, severe allergic reaction, or extreme injury to the lungs (Adgey et al, 1995;Bowen, 2011;Bowen et al, 1999a,b;Garriott and Petty, 1980;Garriott, 1992;Hahn et al, 2006;Kringsholm, 1980;Maxwell, 2001;Novosel et al, 2011;Potocka-Banas et al, 2011). Death can also occur because of fire as some canisters are heated to enhance the amount of solvent available which may result in combustion.…”
Section: Acutementioning
confidence: 94%
“…This condition can lead to ascending lower extremity numbness and weakness (Alt et al, 2011;Lin et al, 2011). Although rare, fatal cases of death have also been associated with nitrous oxide inhalation (Potocka-Banas et al, 2011).…”
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