Chaplain development in Clinical Pastoral Education (CPE) in healthcare settings in England: A mixed methods study

Background Clinical Pastoral Education (CPE) is the predominant specialised training for healthcare chaplains in several national contexts. CPE is spiritual care education that uses experiential and action-reflection learning methods to train diverse participants. However, CPE is not established for chaplaincy training in England. Currently, chaplaincy education in England lacks standardisation, leading to inequalities in entry into the profession and inconsistent training and career pathways. CPE has the potential to address these issues. We examined changes associated with participating in CPE and participants’ perceptions about their learning experience. We sought to evaluate the effectiveness of CPE as a viable chaplaincy education model in healthcare settings in England. Methods Convergent mixed methods involved pre-post surveys and focus group sessions to examine the experiences and development of seven chaplains, with diverse experience levels and backgrounds, who participated in the pilot CPE unit in NHS England. We integrated thematic analysis and survey results. Results We identified four overarching themes: Development pathways, Catalysts for development, Advantages of CPE for chaplaincy education, and Experiences with CPE course structure. Participants developed along various pathways: confidence, reflective practice, emotional intelligence, listening and attending skills, diversity in chaplaincy care, and spiritual assessment. Survey results confirmed several themes, indicating gains in chaplaincy capabilities, emotional intelligence, and counselling self-efficacy. Participants emphasised the advantages and effectiveness of the CPE model. Conclusions Quantitative and qualitative findings converged to provide rich evidence that CPE generated personal and professional development, improving chaplaincy practice. General learning pathways moved from personal development, through the interpersonal learning context, and translated into chaplain competency. Participants endorsed CPE, as a robust and effective training model for chaplaincy in the English context, for those entering the profession and experienced chaplains alike. We conceptualised preliminary models for chaplain development and learning pathways in CPE that need validation and refinement by future research

Narrative identity: from the inside out

This article will share the preliminary findings from a wider and ongoing interpretative synthesis of narrative identity literature. First, we provide the analogy of Dante’s journey through the “inferno” to contextualize the review. Second, we share interpretations of literature pertaining to how life stories create meaning and suggest polarity might play an important role in forming complex and coherent meanings of life and selfhood. Meaning making in life stories is seen as a dynamic position of equilibrium between polarities in experiences that lead to themes and patterns. We suggest as an example the interplay between self and the world creates a person’s sense of agency, the extent a person believes they create their world or are created by it. Third, we interpret literature pertaining to how meaning creates life stories and suggest some examples of practise that may increase complexity and coherence of the expression and embodiment of meaning. Finally, we consider if it is the balance between these different experiences of meanings that may provide a person with the greatest sense of who they are

Stress-force-fabric relationship for unsaturated granular materials in pendular states

This paper explores the particle-scale origin of the additional shear strength of unsaturated granular materials in pendular states induced by the capillary effect by applying the stress–force–fabric (SFF) relationship theory to unsaturated granular material stress analysis. The work is based on discrete element simulations with the particle interaction model modified to incorporate the capillary effect. By decomposing the total stress tensor into a contact stress tensor originating from contact forces and a capillary stress tensor due to the capillary effect, the directional statistics of particle-scale information are examined. The observations are used to support the choice of the appropriate analytical approximations for the directional distributions associated with the solid skeleton and water bridges. The SFF relationship for unsaturated granular materials is formulated, and is shown to match the material stress state with good accuracy and is used to interpret the material strength in terms of the relevant microparameters. Macro and micro observations are carried out on both relatively dense and loose samples in triaxial shearing path to the critical state. The capillary force remains nearly isotropic during triaxial shearing. Anisotropy in the water bridge probability density, however, develops alongside the anisotropy in contact normal density, which decreases when the suction level decreases and the water content increases. The anisotropy effect in the water phase is much smaller than the solid skeleton, and a coupling effect with the solid phase makes the fabric anisotropy in wet materials smaller than that in dry materials. Combined with the SFF function, the increased solid coordination numbers and mean contact forces by the water bridge effect are more important factors for the suction-induced shear strength

Wet Granular Materials

Most studies on granular physics have focused on dry granular media, with no liquids between the grains. However, in geology and many real world applications (e.g., food processing, pharmaceuticals, ceramics, civil engineering, constructions, and many industrial applications), liquid is present between the grains. This produces inter-grain cohesion and drastically modifies the mechanical properties of the granular media (e.g., the surface angle can be larger than 90 degrees). Here we present a review of the mechanical properties of wet granular media, with particular emphasis on the effect of cohesion. We also list several open problems that might motivate future studies in this exciting but mostly unexplored field.Comment: review article, accepted for publication in Advances in Physics; tex-style change

Core components for effective infection prevention and control programmes: new WHO evidence-based recommendations

Abstract Health care-associated infections (HAI) are a major public health problem with a significant impact on morbidity, mortality and quality of life. They represent also an important economic burden to health systems worldwide. However, a large proportion of HAI are preventable through effective infection prevention and control (IPC) measures. Improvements in IPC at the national and facility level are critical for the successful containment of antimicrobial resistance and the prevention of HAI, including outbreaks of highly transmissible diseases through high quality care within the context of universal health coverage. Given the limited availability of IPC evidence-based guidance and standards, the World Health Organization (WHO) decided to prioritize the development of global recommendations on the core components of effective IPC programmes both at the national and acute health care facility level, based on systematic literature reviews and expert consensus. The aim of the guideline development process was to identify the evidence and evaluate its quality, consider patient values and preferences, resource implications, and the feasibility and acceptability of the recommendations. As a result, 11 recommendations and three good practice statements are presented here, including a summary of the supporting evidence, and form the substance of a new WHO IPC guideline

Climate, history, society over the last millennium in southeast Africa

Climate variability has been causally linked to the transformation of society in pre-industrial southeast Africa. A growing critique, however, challenges the simplicity of ideas that identify climate as an agent of past societal change; arguing instead that the value of historical climate–society research lies in understanding human vulnerability and resilience, as well as how past societies framed, responded and adapted to climatic phenomena. We work across this divide to present the first critical analysis of climate–society relationships in southeast Africa over the last millennium. To achieve this, we review the now considerable body of scholarship on the role of climate in regional societal transformation, and bring forward new perspectives on climate–society interactions across three areas and periods using the theoretical frameworks of vulnerability and resilience. We find that recent advances in paleoclimatology and archaeology give weight to the suggestion that responses to climate variability played an important part in early state formation in the Limpopo valley (1000–1300), though evidence remains insufficient to clarify similar debates concerning Great Zimbabwe (1300–1450/1520). Written and oral evidence from the Zambezi-Save (1500–1830) and KwaZulu-Natal areas (1760–1828) nevertheless reveals a plurality of past responses to climate variability. These were underpinned by the organization of food systems, the role of climate-related ritual and political power, social networks, and livelihood assets and capabilities, as well as the nature of climate variability itself. To conclude, we identify new lines of research on climate, history and society, and discuss how these can more directly inform contemporary African climate adaptation challenges

Mechanical properties of femoral trabecular bone in dogs

BACKGROUND: Studying mechanical properties of canine trabecular bone is important for a better understanding of fracture mechanics or bone disorders and is also needed for numerical simulation of canine femora. No detailed data about elastic moduli and degrees of anisotropy of canine femoral trabecular bone has been published so far, hence the purpose of this study was to measure the elastic modulus of trabecular bone in canine femoral heads by ultrasound testing and to assess whether assuming isotropy of the cancellous bone in femoral heads in dogs is a valid simplification. METHODS: From 8 euthanized dogs, both femora were obtained and cubic specimens were cut from the centre of the femoral head which were oriented along the main pressure and tension trajectories. The specimens were tested using a 100 MHz ultrasound transducer in all three orthogonal directions. The directional elastic moduli of trabecular bone tissue and degrees of anisotropy were calculated. RESULTS: The elastic modulus along principal bone trajectories was found to be 11.2 GPa ± 0.4, 10.5 ± 2.1 GPa and 10.5 ± 1.8 GPa, respectively. The mean density of the specimens was 1.40 ± 0.09 g/cm(3). The degrees of anisotropy revealed a significant inverse relationship with specimen densities. No significant differences were found between the elastic moduli in x, y and z directions, suggesting an effective isotropy of trabecular bone tissue in canine femoral heads. DISCUSSION: This study presents detailed data about elastic moduli of trabecular bone tissue obtained from canine femoral heads. Limitations of the study are the relatively small number of animals investigated and the measurement of whole specimen densities instead of trabecular bone densities which might lead to an underestimation of Young's moduli. Publications on elastic moduli of trabecular bone tissue present results that are similar to our data. CONCLUSION: This study provides data about directional elastic moduli and degrees of anisotropy of canine femoral head trabecular bone and might be useful for biomechanical modeling of proximal canine femora