There is currently no 'gold standard' model of clinical education. The perception that one model is superior to any other is based on anecdotes and historical precedents, rather than on meaningful, robust, comparative studies.

The study identified constraints on uptake of evidence into practice that were related to accessing, reading and interpreting published research, and implementing findings. Found consistently across employment categories were barriers relating to lack of time, uncertainty about what the research reported, scepticism about the value of research and being isolated from peer support and literature sources. The responses indicated a positive shift towards evidence uptake since the 2001 NHS survey, suggesting an influence of increased exposure to information on evidence-based practice. A greater focus on research whilst training, the application of educational strategies for empowerment, better knowledge transfer and upskilling within the workplace, and ensuring dedicated time and organizational support for research activities are indicated.

This review examines environments in relation to cardiometabolic diseases in Indigenous populations in developed countries. Environmental factors are framed in terms of context (features of places) and composition (features of populations). Indigenous peoples are seen to have endured sociopolitical marginalization and material disadvantage spanning generations. Past adverse collective experiences, modified by culture, are reflected by current heterogeneity in environmental context and composition. As risk conditions, unfavorable contextual and compositional exposures influence the expression of cardiometabolic risk for individuals. Minimal research has evaluated heterogeneity in risk conditions against heterogeneity in cardiometabolic diseases between or within Indigenous populations. Thus far, the features of populations, not of places themselves, have been implicated in relation to cardiometabolic diseases. Behavioral, psychosocial, and stress-axis pathways may explain the relationships between risk conditions and cardiometabolic diseases. Implications of environmental factors and their pathways as well as important research needs are discussed in relation to ecological prevention to reduce cardiometabolic diseases. 327

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