Understanding public agency communication: the case of the Swedish armed forces

This article suggests a diagnostic framework of public communication intended to capture new communication strategies used by Armed Forces across Europe to legitimize new tasks and recruit new personnel. Three distinct communicative models that impact differently on democratic values and public support are suggested: an Old Public Administration (OPA) model influenced by bureaucratic values, a New Public Management (NPM) model fuelled by market values and a deliberative model labelled ‘New Public Service’ (NPS) that is largely influenced by proponents of ‘e‐democracy’. A case study of the communication of the Swedish Armed Forces identifies a lingering bureaucratic (OPA) ideal. The market ideal (NPM) however clearly dominates. The article concludes that communication along market purposes, principles and practices risks distancing Armed Forces further from society. Yet, an embryonic deliberative ideal (NPS)—much fuelled by the use of social media such as blogs—was also identified. This growing ideal holds the potential of infusing deliberative vigor into the organization and presumably facilitates the bridging of the gap to society. Copyright © 2014 John Wiley & Sons, Ltd.     

Harmonizing the international regulation of embryonic stem cell research: possibilities, promises and potential pitfalls

Despite near unanimous global opposition to human reproductive cloning, the United Nations has been unable to reach a consensus as to how cloning practices should be regulated at the international level. As a result, the U.N. objective of establishing binding international regulations governing cloning and stem cell research has yet to be achieved. Given the lack of consensus that exists within the global community on this topic, it seems that any attempt to harmonize the international regulation of cloning and stem cell science will face important obstacles. This paper seeks to illuminate the particular challenges to harmonizing international laws and policies related to stem cell research and human cloning, and to investigate potential methods for overcoming these challenges. By drawing on two other areas in which regulatory harmonization has been attempted, namely: environmental and human safety aspects of international trade, and pharmaceutical research and development, we study approaches to global regulatory harmonization. We conclude that while the challenges to harmonization are diverse and important, so too are the benefits of establishing uniformity in approaches to stem cell research worldwide. This paper proposes a model for harmonizing the regulation of stem cell research that focuses on broader norms and principles rather than specific rules. It further recommends that such harmonization should occur through a process initiated and developed by an independent international agency marked by diversity, both in terms of the cultural identities and perspectives represented, and the interdisciplinary expertise of its members.     

The third molar as an age marker in adolescents: new approach to age evaluation

Adolescence is a relatively short period between childhood and adulthood. It is very difficult to determine adulthood based on biological indicators. The third molar may be considered a potential age marker for the period between the ages of 16–21. Our study evaluated a set of 1700 panoramic radiographs of individuals aged between 5 and 21 years. Results confirmed the statistically significant difference in the course of third molars development. The mean deviation for individuals with one third molar agenesis is ?0.98 years, for individuals with two third molars agenesis ?1.89 years, and with three molars agenesis ?3.28 years. Thus, the extent of the deviation is directly proportional to the number of unformed third molars. The calculation of age according to the mean of stages of all third molars could lead to the underestimation of age. No intergender differences were found. Age determination using third molars could be used for forensic purposes.     

Mentally challenged patients in a forensic hospital: a feasibility study concerning the executive functions of forensic patients with organic brain disorder, learning disability, or mental retardation

The past years have seen an increasing number of patients of lower intelligence or with organic brain disorder being committed into our forensic psychiatry. Our clinic has an ongoing scientific project to investigate the possibilities of reducing costs while at the same time guaranteeing adequate treatment and enforcement practice in forensic hospitals. This current project did not take these kinds of patients into consideration initially. This feasibility study is intended to examine if and to what extent these patients can be part of the scientific project. All patients of forensic psychiatry in Rostock (Mecklenburg-Western-Pomerania) with an IQ<80 (learning disorder) or a primary or secondary organic brain dysfunction that have been committed to the clinic since 2009 are included. These patients went through an extensive battery of neuropsychological tests. Furthermore, the treating psychotherapists had to rate the prognoses for criminal re-offending at discharge. Patients affected by lower intelligence or an organic brain dysfunction achieve lower results in neuropsychological testing than other patients participating in the main project. Nevertheless, participation in neuropsychological testing does not appear to overtax them. Future examination of the patients will be conducted to investigate to what extent certain therapeutic methods have been of noticeable benefit to this problematic group.     

Forensic archaeoentomology--An insect fauna from a burial in York Minster

An insect fauna associated with the medieval burial of Archbishop Greenfield, interred in December 1315 in a lead coffin within a stone sarcophagus beneath the floor of York Minster, is examined and compared with the limited entomological data from other medieval burials. The implications of the archaeoentomological data are discussed. The fauna is dominated by the so-called coffin beetle Rhizophagus parallelocollis and the generalised staphylinid predator Quedius mesomelinus, together with a number of subterranean fungal feeders. The beetle assemblage is probably immediately post burial, and the lead coffin in the case of Greenfield had not been able to shield the body from decay.     

Rapid and nondestructive analysis of lipstick on different substrates using ATR-FTIR spectroscopy and chemometrics

Lipstick can be an important piece of evidence in crimes like murders, rapes, and suicides. Due to its prevalence, it can be an important corroborative evidence in crime reconstruction. The analysis of such evidence can provide an evidentiary link between the suspect, the victim, object, or the crime scene. We report the use of nondestructive ATR-FTIR spectroscopy combined with chemometrics for the classification of 10 brands of lipsticks with nine samples each. Chemometric method of partial least square-discriminant analysis (PLS-DA) has been employed to interpret the data and classify the samples into their respective classes. The PLS-DA model provides an AUC figure above 0.99 in all brands except one; for which it is slightly less at 0.94. We have also tested the traces of these lipstick samples on different substrates treating them as unknowns in the already trained PLS-DA model. 100% of the samples on nine substrates viz. a cotton, nylon, plastic, dry tissue, denim (blue jeans), wet tissue, nitrile gloves, white paper, and polyester were correctly attributed to their source brand. In conclusion, the results suggest that ATR-FTIR combined with the chemometrics is a rapid, nondestructive, and accurate method for the discrimination and source attribution of lipstick. This study has potential for use in actual forensic casework conditions.     

A simulation for exploring the effects of the "trait list" method's subjectivity on consistency and accuracy of ancestry estimations

The nonmetric "trait list" methodology is widely used for estimating ancestry of skeletal remains. However, the effects of the method's embedded subjectivity on subsequent accuracy and consistency are largely unknown. We develop a mathematical simulation to test whether variation in the application of the "trait list" method alters the ancestry estimation for a given case. Our simulation explores how variations in (i) trait selection, (ii) number of traits employed, and (iii) ancestry choice thresholds affect the ancestry estimation of an unidentified skeleton. Using two temporally and geographically diverse samples, the simulation demonstrates that trait selection, trait quantity, threshold choices, and the exclusion of high-frequency traits had minimal effect on estimation of general ancestry. For all data sets and Runs, Accuracy(AS) was maintained above 90%. The authors close with a discussion on the logistical issues present when choosing traits, and how to avoid ancestry bias.