Analysis of the First- and Second-Generation Raving Dragon Novelty Bath Salts Containing Methylone and Pentedrone

In recent years, a large number of designer drugs sold as “Bath Salts” have appeared on the market. In July of 2011, Raving Dragon Novelty Bath Salts was obtained over the Internet. This product became unavailable in October of that year coinciding with the DEA issuing a temporarily schedule of mephedrone, methylone, and MDPV. Four months later in February of 2012, a new product was released from the same company under the new name Raving Dragon Voodoo Dust. The contents of both products were identified using spectroscopy methods: nuclear magnetic resonance, infrared, UV–visible, tandem mass spectrometry, and high-resolution time-of-flight mass spectrometry. It was determined that Raving Dragon Novelty Bath Salts contained methylone. The replacement product Raving Dragon Voodoo Dust contained the unscheduled drug pentedrone. The Raving Dragon brand of products illustrates the rapid change of ingredients in these products to circumvent laws restricting availability, distribution, and use.     

Blowfly Larval Tissues as a Secondary Detector for Determining Paraquat-Related Death in Rabbit Carcass

Paraquat poisoning is commonly associated with suicide or homicide in Malaysia. In a case involving advanced body decomposition, pathological analysis regarding the cause of death may become difficult or almost impossible. Insects serve as common alternative matrix for poison detection in forensic analysis. Paraquat detection via secondary bioaccumulation in fly larvae tissue has never been reported. In this study, tissues from blowfly larvae collected from a rabbit carcass with paraquat poisoning were analyzed for secondary bioaccumulation. Larvae samples were collected and analyzed using liquid–liquid extraction. The detection was performed via reduction of quaternary ammonium presence in paraquat and analyzed using gas chromatography–mass spectrometry (GC-MS) with selected ion monitoring mode (SIM mode). GC-MS showed the elution of reduced paraquat was at retention time 12.8 min. Blowfly larvae tissue has proven useful as a secondary detector in paraquat-related deaths.     

Suicidal Fatality from Azide Ingestion

A 35-year-old man ingested an unknown amount of sodium azide and died within 2 h. The postmortem interval was 3 days. No alcohol or drugs were found in the blood and urine. Azide was derivatized in the peripheral blood, urine, and vitreous fluid with propionic anhydride. A portion of the headspace was injected onto a gas chromatograph with a nitrogen–phosphorus detector. Azide was quantitated in the peripheral blood (1.1 μg/mL), urine (7.5 μg/mL), and vitreous (43 μg/mL). The vitreous appears to be a better fluid for azide screening because of slower degradation.     

From Mosaic to Ebru: Conviviality in Multi-ethnic,Multi-faith Burgazadası, Istanbul

This paper provides an understanding of changing diversity in Burgazadas? within the post-Ottoman, homogenising context of Turkey. It critiques conceptualisations of ‘culture as difference’ within the multiculturalism discourse in Europe and of coexistence as the reduction of differences and identities to pre-existing categories of the Ottoman millet system. Instead, it presents post-Ottoman conviviality as a lived practice and grassroots representation of recognised and unrecognised diversities by contextualising the production of differences and changing discourses of pluralism. The article demonstrates that individuals belonging to different groups can come to share similar values based on longstanding attachment to place and everyday practices, thereby representing themselves, in this case, as ‘Burgazl?’.     

Refracted axis: Kitayama Jun'yū and writing a German Japan

The question of how individuals navigate a given regime is inevitably a delicate one, but one no less important because of its sensitivity. This article examines the case of one Kitayama Jun'yū – author of dozens of works during the 1930s and 1940s that purported to introduce Japan to a German audience – and his changing rhetorical strategies in presenting a Japan that would be acceptable to his readership. It employs an adapted notion of Bhabha's concept of ‘mimicry’ as a means to understand both developments internal to Kitayama's works as well as their changing reception. This framework recognizes that power dynamics played an influential role in cross-cultural exchange between the two countries; at the same time, it enables a depersonalized engagement with cultural politics that does not rest on identifying individual authorial political allegiances. Drawing on both Kitayama's writings and archival materials that reflect official and semi-private responses to his work, this article offers a closer look at how a particular Japanese intellectual negotiated Japan's place within the discursive space of the National Socialist regime.     

Incarcerated youths with high or low callous–unemotional traits: a comparison controlling for age of crime onset

The aim of this study was to analyze the relevance of callous–unemotional (CU) traits in incarcerated juvenile delinquents. A sample of 160 incarcerated male youths was used. Results showed that youths with high CU traits had an earlier age of crime onset and of trouble with the law, and also had higher levels of conduct disorder. When controlling for age of crime onset, youths with high CU traits showed higher levels of general psychopathic traits and of psychopathy taxon membership as well as lower levels of prosocial behavior, but no differences were found for self-reported delinquency, crime seriousness, impulsivity-conduct problems, and general conduct problems. Also, no significant associations of CU traits with self-reported delinquency and crime seriousness were found when controlling for age of crime onset. Future studies of CU traits should take into account the specific importance of age of onset.     

Electoral Incentives and Individual Parliament Members’ Rights

Cameral procedures define the modus operandi of a parliament. This article examines how the electoral environment affects parliaments’ rules of procedures and legislators’ rights. It argues that when the electoral environment motivates legislators to act individualistically governments are incentivised to restrict cameral procedures to curtail legislators’ behaviour. Materialising such incentives depends on the government’s ability to pass restrictive procedural changes. To test the assertion, four decades (1967–2007) of amendments to the Israeli Knesset’s rules of procedure were examined and support provided for co-variation of the electoral environment and restrictive Knesset’s procedures. The analysis then details the factors that enabled Israeli governments to pass such restrictive measures. Indeed, governments seem to use the rules of procedure strategically in their attempt to improve their control and curtail legislators’ behaviour.     

The 2016 Austrian Presidential Election: A Tale of Three Divides

The 2016 Austrian presidential election was remarkably different than the previous ones in the history of the country characterized by its stable political system. Not only did it open the role of president in Austria to debate, but it also sidelined the two political parties that had dominated Austrian politics since World War II. Alexander Van der Bellen won the election with one of the closest margins in recent history. This article argues that the election divided the country in more than one way. Besides the near 50–50 divide between the candidates, the results show that it generated important dynamics in territorial politics as well, notably in the states and cities of Austria. These results point towards a party system transformation in Austrian politics.     

Analysis of some commonly found inhalants using gas chromatography-mass spectrometry (GC MS) – Effect of substrates on the identification of inhalants

Inhalant abuse is a serious and ever-evolving problem for our society. Inhalants are abused more commonly by teenagers and adolescents. Inhalants such as glue, paint thinners, correction fluid, and nail paint remover are easily available in the market which makes them readily abused. Out of various methods of abuse, huffing (placing a piece of cloth soaked with inhalant is placed in the mouth), bagging (placing head in a polythene bag containing inhalant), and ballooning (balloons filled with inhalant are used for inhaling vapors through the mouth) are most common. Inhalant abuse results in multiple target organ dysfunction with neuritis and brain damage due to the dissolution of the myelin sheath. In acute poisoning cases, it might cause death due to asphyxia and sudden sniffing syndrome. In such cases, various articles containing traces of inhalants could be retrieved from the scene of incidence and to detect these traces become an important facet of the investigation. However, it might be difficult due to the rapid evaporation of inhalants and the formation of reaction product species. In the present study, an attempt has been made to study the effect of three substrates (balloon, cloth, polythene) on component profiles of four paint thinners and four nail paint removers. The study suggests that although some components are retained, there is the formation of a large number of reaction product species and these must be taken into consideration before furnishing the opinion. These reaction product species might also be inhalant specific which must be further explored.     

Review of analytical methods for screening and quantification of fentanyl analogs and novel synthetic opioids in biological specimens

Fentanyl, fentanyl analogs, and other novel synthetic opioids (NSO), including nitazene analogs, prevail in forensic toxicology casework. Analytical methods for identifying these drugs in biological specimens need to be robust, sensitive, and specific. Isomers, new analogs, and slight differences in structural modifications necessitate the use of high-resolution mass spectrometry (HRMS), especially as a non-targeted screening method designed to detect newly emerging drugs. Traditional forensic toxicology workflows, such as immunoassay and gas chromatography mass spectrometry (GC–MS), are generally not sensitive enough for detection of NSOs due to observed low (sub-μg/L) concentrations. For this review, the authors tabulated, reviewed, and summarized analytical methods from 2010–2022 for screening and quantification of fentanyl analogs and other NSOs in biological specimens using a variety of different instruments and sample preparation approaches. Limits of detection or quantification for 105 methods were included and compared to published standards and guidelines for suggested scope and sensitivity in forensic toxicology casework. Methods were summarized by instrument for screening and quantitative methods for fentanyl analogs and for nitazenes and other NSO. Toxicological testing for fentanyl analogs and NSOs is increasingly and most commonly being conducted using a variety of liquid chromatography mass spectrometry (LC–MS)-based techniques. Most of the recent analytical methods reviewed exhibited limits of detection well below 1 μg/L to detect low concentrations of increasingly potent drugs. In addition, it was observed that most newly developed methods are now using smaller sample volumes which is achievable due to the sensitivity increase gained by new technology and new instrumentation.