| Literature DB >> 26282869 |
Lars Kristén1, Andreas Ivarsson2, James Parker2, Kristina Ziegert2.
Abstract
The overall aim of this systematic meta-literature review was to (1) summarize the findings of review studies focusing on health determinants, (2) give an overview of intervention studies that have been used to facilitate health and lifestyle, and (3) provide recommendations for future studies in health promotion. A literature review, using a meta-method, was conducted to identify health and lifestyle research based on research articles related to health changes. The search yielded a total of 561 unique citations and finally 24 citations remained. Of those, 11 studies focused on health determinants, whereas 13 focused on interventions for health promotion. Results from this meta-synthesis led to four recommendations for the design of future intervention studies. (1) To increase the likelihood of capturing different biopsychosocial aspects of health, researchers from different scientific disciplines should collaborate in the design, implementation, and evaluation of the study. (2) It is recommended to use theoretical frameworks that focus on health determinants in longitudinal studies with a repeated measures design. (3) Studies should involve behavioral interventions. (4) Design face-to-face intervention studies where the participant can interact with other persons.Entities:
Keywords: Health; lifestyle; meta-literature review; meta-synthesis
Mesh:
Year: 2015 PMID: 26282869 PMCID: PMC4539386 DOI: 10.3402/qhw.v10.27326
Source DB: PubMed Journal: Int J Qual Stud Health Well-being ISSN: 1748-2623
Figure 1Description of the selection process of the studies.
Overview of health determinant studies included in the systematic meta-literature review.
| Researcher (s), year, country | Research focus | Method, sample, and years | Health definitions | Results |
|---|---|---|---|---|
| Adams et al., | Social and leisure activities association with well-being | Systematic review, 42, 1995–2009 | Subjective well-being, metal health | Most studies showed a positive association between actively participation in social and leisure activities and psychosocial well-being |
| Bailey, | Physical education and sport in schools impact on health | Systematic review, NA, NA | Physical development, lifestyle development, affective development, social development, cognitive development | Physical education and sport in schools were related to a healthier lifestyle |
| Furnée et al., | Health educations association with self-reported health | Meta-analysis, 40, NA | Self-reported health | There was a positive association between health education and self-reported health |
| Kyröläinen et al., | Relationship between physical fitness, obesity, and health | Systematic review, 85, 1966–2009 | Obesity and physiological health | The result showed that the participants’ lifestyle and health behaviors were closely related. More specifically, high volume physical activity and good physical fitness are associated with enhanced health |
| Lubans et al., | The mastery of fundamental movement skills (FMS) relationship with potential health benefits in children | Systematic review, 21, to June 2009 | Psychological, physiological and behavioral health outcomes | The study reported positive relationships between FMS and physical activity as well as cardio-respiratory fitness. A negative relationship between FMS and weight status was also reported in the study |
| Shields et al., | Barriers and facilitators for participation in physical activity among children with disability | Systematic review, 14,to September 2010 | Physical activity behavior | Barriers for physical activity participation were lack of knowledge and skills, fear, parental behavior, inadequate facilities, programs, and staff capacity |
| Södergren, | Predictors for a healthy lifestyle | Systematic review, 20, 1998–2012 | Physical activity behavior, smoking, alcohol intake, and fat intake | A healthy lifestyle facilitated good health in late life |
| Tammelin, | Predictors of adulthood physical activity | Systematic review, 32, NA | Physical activity behavior | High levels of physical activity, participation in organized sports, good cardio-respiratory fitness, and high marks in physical education at school were the strongest predictors of physical activity participation in adulthood |
| Trudeau and Shephard, | School physical education programs effects on the level of and attitudes to physical activities in children and adults | Systematic review, 132, 1970–2003 | Physical activity behavior | High quality school PE programs increased the physical activity level in children. Moreover, high quality PE programs increased the likelihood of a positive attitude towards physical activities in adulthood |
| Van der Horst et al., | Correlates of physical activity and sedentariness in children | Systematic review, 60, 1999–2005 | Physical activity behavior | Self-efficacy, parental physical activity, and parental support were positively associated with participation in physical activity. Socioeconomic status and parent education were inversely associated with adolescent sedentary behaviors |
| Yarcheski et al., | Predictors of positive health practices | Meta-analysis, 37, 1983–2003 | Participation in health promotion activities (e.g., exercise and relaxation) | Loneliness, social support, perceived health status, self-efficacy, future time perspective, self-esteem, hope, and depression all had moderate effects on positive health practices |
NA, not available.
Overview of intervention studies included in the systematic meta-literature review.
| Researcher (s), year, country | Research focus | Method, sample, and years | Health definitions | Results |
|---|---|---|---|---|
| Camero et al., | Physical activity interventions effect on mental health determinants in children | Systematic review, 8, 2000–2011 | Psychological health (e.g., depression, global self-worth, self-efficacy) | Physical activity prevented depression and increased global self-worth and self-efficacy |
| Conn et al., | The effectiveness of interventions aimed to increase physical activity | Meta-analysis, 358, 1960–2007 | Physical activity | The overall result showed that the interventions were effective in promoting physical activity (ES=0.19). Behavioral interventions were more effective than cognitive interventions. Face-to-face delivery was more effective than interventions with contact via phone or mail |
| Dale et al., | Healthy lifestyle interventions influence on mental health and well-being | Systematic review, 29, to April 2013 | Physical health, psychological health (e.g., depression, anxiety, mental function, quality of life) | Most studies ( |
| Garrett et al., | Physical activity interventions impact on costs in primary care | Systematic review, 13, 2002–2009 | Physical activity behavior | Most interventions to increase physical activity were cost-effective |
| Kaspin, Gorman, and Miller, | Employer-sponsored wellness programs effect on health | Systematic review, 20, 2005–2011 | Changes in health risk factors, practice of healthy behaviors (e.g., exercise and stress management), and patient-reported outcomes (e.g., quality of life) | Employer-sponsored wellness programs improved health among the employees |
| Kruger et al., | Physical activities association with cognitive health | Systematic review, 160, 1980–2005 | Cognitive health | No strong association between physical activities and cognitive health. Nevertheless, a positive association was found in studies that had moderate intensity physical activity |
| Kuoppala et al., | Work related health promotion activities influence on job well-being and work ability | Systematic review and meta-analysis, 46, 1970–2005 | Work health, work ability, and mental health | Work health promotion activities decreased sickness absence (RR=0.78) and increased work-abilities (RR=1.38). Moreover work health promotion activities (RR=1.39) as well as exercise (RR=1.25) increased mental well-being |
| Muller-Riemenschneider et al., | Cost-effectiveness of interventions promoting physical activity | Systematic review, 8, 1998–2008 | Physical activity behavior | Behavioral interventions increased physical activity level. Environmental interventions were more cost-effective (800 euros/year for the behavioral intervention) |
| Plotnikoff and Karunamuni, | Physical activity promotion | Systematic review, NA, 2009–2011 | Physical activity behavior | Social-cognitive theories could be useful when designing health intervention studies. During the life course, a number of different physical activities can be implemented through recreational, transportation, and occupational activities |
| Rew, Johnson, Henkins, and Torres, | Holistic nursing interventions to improve adolescent health | Systematic review, NA, NA | Use of drugs, physical activity, nutrition, sexual behavior, and violence | Participation in physical activities had positive effects on physical health |
| Rhodes, Warburton, and Murray, | Characteristics of physical activity guidelines and their effect on adherence to prescribed physical activity | Systematic review, 27, to November 2007 | Physical activity behavior | The type of the physical activity had a weak relationship to physical activity behavior |
| Rongen, Robroek, Lenthe, and Burdorf, | The effectiveness of workplace health promotion | Meta-analysis, 18 (21 interventions), up to June 2012 | Self-reported health, work absence due to sickness, work productivity, and work ability | The result showed that workplace health promotion interventions had positive influence on health outcomes |
| Van Sluijs et al., | The effects of stage-based lifestyle interventions in primary care | Systematic review, 29, to July 2002 | Smoking behaviors, physical activity, and fat intake | Weak evidence for stage-based lifestyle interventions effect on: physical activity, smoking behavior. Strong evidence for interventions effect on fat intake |
NA, not available.