Evaluation of the childhood obesity prevention program kids - go for your life

Background
Kids - 'Go for your life' (K-GFYL) is an award-based health promotion program being implemented across Victoria, Australia. The program aims to reduce the risk of childhood obesity by improving the socio-cultural, policy and physical environments in children's care and educational settings. Membership of the K-GFYL program is open to all primary and pre-schools and early childhood services across the State. Once in the program, member schools and services are centrally supported to undertake the health promotion (intervention) activities. Once the K-GFYL program 'criteria' are reached the school/service is assessed and 'awarded'. This paper describes the design of the evaluation of the statewide K-GFYL intervention program.

Methods/Design
The evaluation is mixed method and cross sectional and aims to:
1) Determine if K-GFYL award status is associated with more health promoting environments in schools/services compared to those who are members only;
2) Determine if children attending K-GFYL award schools/services have higher levels of healthy eating and physical activity-related behaviors compared to those who are members only;
3) Examine the barriers to implementing and achieving the K-GFYL award; and
4) Determine the economic cost of implementing K-GFYL in primary schools
Parent surveys will capture information about the home environment and child dietary and physical activity-related behaviors. Environmental questionnaires in early childhood settings and schools will capture information on the physical activity and nutrition environment and current health promotion activities. Lunchbox surveys and a set of open-ended questions for kindergarten parents will provide additional data. Resource use associated with the intervention activities will be collected from primary schools for cost analysis.

Discussion
The K-GFYL award program is a community-wide intervention that requires a comprehensive, multi-level evaluation. The evaluation design is constrained by the lack of a non-K-GFYL control group, short time frames and delayed funding of this large scale evaluation across all intervention settings. However, despite this, the evaluation will generate valuable evidence about the utility of a community-wide environmental approach to preventing childhood obesity which will inform future public health policies and health promotion programs internationally.

Trial Registration
ACTRN12609001075279

Psychosocial care of family of critically-ill patients in emergency departments

Responding to families with a critically ill relative is difficult for emergency department clinicians. This innovative research program used best evidence, integrated with perspectives from families and clinicians, to develop context specific guidelines and sensitive tools to assist emergency department clinicians provide quality psychosocial care to meet multidimensional family needs.

What are the special needs of chronically ill young people?

Although significant advances have been made in the treatment of serious disease, there remains much scope for assisting young people in adjusting to life with a chronic medical condition. Commonly, chronically ill young people experience lower emotional well being than their healthy peers. Conventional approaches to promoting emotional well being have involved referring young people and their families to an appropriate public mental health service or psychologist/psychiatrist in private practice. However, there is increasing interest in the use of peer support programs. Support groups such as the ChIPS program aim to promote positive adjustment to chronic illness by bring together young people facing similar circumstances. It is maintained that by increasing connections between chronically ill young people, emotional well being can be enhanced.

Evaluation of an alcohol intervention training program for nurses in rural Australia

Aim: This paper reports on the development, implementation and evaluation of the Alcohol Intervention Training Program (AITP) designed to enhance nurses’ capacity to work with farming men and women who misuse alcohol.

Background: In rural and regional areas where alcohol-related behaviours and problems are relatively elevated, nurses may be the key health professionals dealing with individuals who misuse alcohol. However, they are often ill-equipped to do this, have low confidence in their ability to do so, and perceive numerous barriers. Training is required for these nurses.

Methods: We developed the AITP to enhance nurses’ capacity to work with people with alcohol-related problems. The data were collected during 2010. An intervention group of 15 rural nurses completed the AITP. Nurses’ perceived barriers, attitudes, and perceived performance in working with clients with alcohol problems, and the frequency of engaging with this client group were evaluated. Scores on these measures were compared to those of a control group of 17 nurses’ pre-treatment, post-treatment and at 3-month follow-up.

Results: Participation in the AITP resulted in initial improvements in attitudes to working with alcohol problems, but no change in perceived barriers to doing so. The level of engagement with clients having alcohol-related problems increased, as did perceptions of work performance.

Conclusion: The AITP enhances the ability of rural nurses to address the alcohol and associated health issues of clients in rural and regional areas. However, the program needs refinement and further evaluation.

Lateral positioning for critically ill adult patients

BACKGROUND: Critically ill patients require regular body position changes to minimize the adverse effects of bed rest, inactivity and immobilization. However, uncertainty surrounds the effectiveness of lateral positioning for improving pulmonary gas exchange, aiding drainage of tracheobronchial secretions and preventing morbidity. In addition, it is unclear whether the perceived risk levied by respiratory and haemodynamic instability upon turning critically ill patients outweighs the respiratory benefits of side-to-side rotation. Thus, lack of certainty may contribute to variation in positioning practice and equivocal patient outcomes. OBJECTIVES: To evaluate effects of the lateral position compared with other body positions on patient outcomes (mortality, morbidity and clinical adverse events) in critically ill adult patients. (Clinical adverse events include hypoxaemia, hypotension, low oxygen delivery and global indicators of impaired tissue oxygenation.) We examined single use of the lateral position (i.e. on the right or left side) and repeat use of the lateral position (i.e. lateral positioning) within a positioning schedule. SEARCH METHODS: We searched the Cochrane Central Register of Controlled Trials (CENTRAL; 2015, Issue 5), MEDLINE (1950 to 23 May 2015), the Cumulative Index to Nursing and Allied Health Literature (CINAHL) (1937 to 23 May 2015), the Allied and Complementary Medicine Database (AMED) (1984 to 23 May 2015), Latin American Caribbean Health Sciences Literature (LILACS) (1901 to 23 May 2015), Web of Science (1945 to 23 May 2015), Index to Theses in Great Britain and Ireland (1950 to 23 May 2015), Trove (2009 to 23 May 2015; previously Australasian Digital Theses Program (1997 to December 2008)) and Proquest Dissertations and Theses (2009 to 23 May 2015; previously Proquest Digital Dissertations (1980 to 23 May 2015)). We handsearched the reference lists of potentially relevant reports and two nursing journals. SELECTION CRITERIA: We included randomized and quasi-randomized trials examining effects of lateral positioning in critically ill adults. We included manual or automated turns but limited eligibility to studies that included duration of body position of 10 minutes or longer. We examined each lateral position versus at least one comparator (opposite lateral position and/or another body position) for single therapy effects, and the lateral positioning schedule (repeated lateral turning) versus other positioning schedules for repetitive therapy effects. DATA COLLECTION AND ANALYSIS: We pre-specified methods to be used for data collection, risk of bias assessment and analysis. Two independent review authors carried out each stage of selection and data extraction and settled differences in opinion by consensus, or by third party adjudication when disagreements remained unresolved. We planned analysis of pair-wise comparisons under composite time intervals with the aim of considering recommendations based on meta-analyses of studies with low risk of bias. MAIN RESULTS: We included 24 studies of critically ill adults. No study reported mortality as an outcome of interest. Two randomized controlled trials (RCTs) examined lateral positioning for pulmonary morbidity outcomes but provided insufficient information for meta-analysis. A total of 22 randomized trials examined effects of lateral positioning (four parallel-group and 18 cross-over designs) by measuring various continuous data outcomes commonly used to detect adverse cardiopulmonary events within critical care areas. However, parallel-group studies were not comparable, and cross-over studies provided limited data as the result of unit of analysis errors. Eight studies provided some data; most of these were single studies with small effects that were imprecise. We pooled partial pressure of arterial oxygen (PaO2) as a measure to detect hypoxaemia from two small studies of participants with unilateral lung disease (n = 19). The mean difference (MD) between lateral positions (bad lung down versus good lung down) was approximately 50 mmHg (MD -49.26 mmHg, 95% confidence interval (CI) -67.33 to -31.18; P value < 0.00001). Despite a lower mean PaO2 for bad lung down, hypoxaemia (mean PaO2 < 60 mmHg) was not consistently reported. Furthermore, pooled data had methodological shortcomings with unclear risk of bias. We had similar doubts regarding internal validity for other studies included in the review. AUTHORS' CONCLUSIONS: Review authors could provide no clinical practice recommendations based on the findings of included studies. Available research could not eliminate the uncertainty surrounding benefits and/or risks associated with lateral positioning of critically ill adult patients. Research gaps include the effectiveness of lateral positioning compared with semi recumbent positioning for mechanically ventilated patients, lateral positioning compared with prone positioning for acute respiratory distress syndrome (ARDS) and less frequent changes in body position. We recommend that future research be undertaken to address whether the routine practice of repositioning patients on their side benefits all, some or few critically ill patients.