Achieving Improved Health Outcomes for Urban Aboriginal People: Biomedical and Ethnomedical Models of Health

Urban Aboriginal people could be expected to achieve positive health outcomes owing to their close proximity to mainstream health care services. The available data indicate that this is not the case, although people generally self-report as being in 'good to excellent' health. Research indicates that Aboriginal people may not be benefiting from mainstream services owing to the emphasis placed on biomedical models of health that conflict with more culturally-based, ethnomedical models. This paper looks at achieving an interface between the two models as a means of pursuing more positive health outcomes in urban settings.     

A Crowded Stage: Liabilities and Benefits of Multiparty Mediation

In today's environment, the international response to conflict often entails multiple mediators as well as other third-party actors such as peacekeeping forces, development agencies, nongovernmental organizations (NGOs), and lone operators. Such a profusion of actors has often made peacemaking efforts messy, difficult, and at times chaotic. The vicious nature of internal conflicts, however, and the high costs for the international community of failing to prevent or end war make it critical to understand these multiple third-party interventions. The principal question is: do these multiparty mediations help or hurt the cause of peace? If the answer to that question is that a multiplicity of third parties can hurt a peace process, does the solution lie in stopping multiple third-party attempts at peacemaking? On the other hand, if the answer is that multiparty mediation can help, are there ways of increasing the chances that it will?     

Three-dimensional surface topography acquisition and analysis for firearm identification

In the last decade, computer-based systems for the comparison of microscopic firearms evidence have been the subject of considerable research work because of their expected capability of supporting the firearms examiner through the automated analysis of large amounts of evidence. The Integrated Ballistics Identification System, which is based on a two-dimensional representation of the specimen surface, has been widely adopted in forensic laboratories worldwide. More recently, some attempts to develop systems based on three-dimensional (3D) representations of the specimen surface have been made, both in the literature and as industrial products, such as BulletTRAX-3D, but fundamental limitations in achieving fully automated identification remain. This work analyzes the advantages and disadvantages of a 3D-based approach by proposing an approach and a prototype system for firearms evidence comparison that is based on the acquisition and analysis of the 3D surface topography of specimens, with particular reference to cartridge cases. The concept of 3D virtual comparison microscope is introduced, whose purpose is not to provide fully automated identification, but to show how the availability of 3D shape information can provide a whole new set of verification means, some of them being described and discussed in this work, specifically, visual enhancement tools and quantitative measurement of shape properties, for supporting, not replacing, the firearm examiner in reaching the final decision.     

Intellectual disability and mental illness in the NSW criminal justice system

There has been increasing international, national and local recognition of the need for more appropriate responses and services for individuals who come in contact with the criminal justice system and who have an intellectual disability and mental health issues. This article provides an overview of prevalence data that indicates a significant over representation of people with intellectual disabilities in correctional facilities and reviews the problems facing this population. Findings from two specific evaluation studies undertaken by the Centre for Developmental Disability Studies are presented, along with recommendations for future provision based on these results. One of these projects trialled a case management approach to supporting offenders with an intellectual disability upon their release from prison. The 20-month follow-up found that a number of serious barriers were encountered within the overall system of provision for this population; the most serious of which related to lack of adequate accommodation upon release. The second project involved a two-stage evaluation of one model of provision for individuals with intellectual disabilities who are sex offenders, only some of whom were on parole. This service provided both residential and therapy services in a small group home located in the community. Residents were found to have high levels of emotional and behavioural difficulties, in addition to offending behaviour, that continue to require support and supervision. Critical issues, including guardianship involvement, restrictive practices and retrieval, therapy provision, and risk management issues are discussed in relation to overall clinical and lifestyle outcomes.     

Max Frei theory revisitation: does really strokes depth change along time?

A serious problem in questioned document examination is to establish the age of written lines. With respect to paper dating, in the past, Max Frei theory (based only on microscope analysis) claimed that strokes are time-dependent. Therefore, according to this theory, it has been asserted that from the analysis of the strokes depth changes it is possible to try to date the handwritten document (to find out that the document is older than ...). In the present work, we investigate the strokes depth change by a laser profilometer considering not only the time but also microclimatic variations. First, we analyze the stability of stroke characteristics along the time. In particular, we demonstrate that if the document is preserved without change of temperature and humidity, the depth of the strokes has not appreciable changes. In this way, we have the purpose to verify the real possibility of documents dating by means of Max Frei theory. Subsequently, we test how the 3D profile of strokes changes in connection with the microclimatic variations. In particular, we test humidity variations. With this experiment, we show that humidity variations reduce the strokes depth. Moreover, this effect shows a non-linear trend, leaving a hysteresis on the depth. Finally, we show that the analysis of 3D stroke profile is unable to determine the age of documents.     

Entrepreneurship research centers around the world: research orientation,knowledge transfer and performance

This work investigates entrepreneurship research centers, and analyzes their research performance. Studies on the determinants of performance of research centers have mainly focused on science and technology, while entrepreneurship has been so far neglected. Through an analysis of 46 centers worldwide, we focus on entrepreneurship research and the role of centers, by discussing how knowledge transfer mechanisms and research orientation affect research performance. Our findings contribute to shed light on the divergence of methodologies and approaches characterizing entrepreneurship research; they also corroborate the view that centers enable a “compound Matthew-effect”, according to which knowledge transfer to external stakeholders, after controlling for research orientation of the center, does foster and enrich research performance.     

Potency levels of regulated cannabis products in Michigan 2021–2022

Evaluation of cannabinoid concentrations in products from the legal cannabis market has been fraught with uncertainty. The lack of standardized testing methodology and the susceptibility of cannabinoids to degradation under certain storage conditions complicates the efforts to assess total tetrahydrocannabinol (THC) levels across wide geographic areas. There are few peer-reviewed surveys of cannabinoid concentrations in regulated products. Those that have been done have not characterized the effects of differences in analytical methodology, sample population, and storage conditions. Viridis Laboratories, which operates two cannabis safety compliance facilities in Michigan, has analyzed over 34,000 cannabis products throughout 2021 and 2022 before the sale in the regulated market. Fifteen cannabinoids in cannabis flower, concentrates, and infused products were tested using methanolic extraction and analysis by high-performance liquid chromatography with diode-array detection. Methods were validated before use, and the flower analysis procedure was certified by the Association of Analytical Collaboration. All the samples were tested before submission for sale and therefore had not undergone prolonged storage. The results are compared with those seen in other states as well as in the illicit market. Total THC levels in cannabis flower from the regulated market are significantly higher than those seen in illicit products. The distribution of cannabinoid levels is similar in flowers intended for either the medicinal or adult-use markets, with an average potency of 18%–23% of total THC. Total THC in concentrates averages up to 82%. Other cannabinoids are observed at significant levels, mostly in products specifically formulated to contain them. These results may act as a benchmark for potency levels in the regulated market.