OBJECTIVE: To determine factors associated with variation in bicycle helmet use by youth of different industrialized countries. DESIGN: A multinational cross sectional nationally representative survey of health behaviors including symptoms, risk taking, school setting, and family context. SETTING: School based survey of 26 countries. SUBJECTS: School students, ages 11, 13, and 15 years totaling 112,843. OUTCOME MEASURES: Reported frequency of bicycle helmet use among bicycle riders. RESULTS: Reported helmet use varied greatly by country from 39.2% to 1.9%, with 12 countries reporting less than 10% of the bicycle riders as frequent helmet users and 14 countries more than 10%. Reported helmet use was highest at 11 years and decreased as children's age increased. Use was positively associated with other healthy behaviors, with parental involvement, and with per capita gross domestic product of the country. It is negatively associated with risk taking behaviors. Countries reported to have interventions promoting helmet use, exemplified by helmet giveaway programmes, had greater frequency of reported helmet use than those without programmes. CONCLUSIONS: Bicycle helmet use among young adolescents varies greatly between countries; however, helmet use does not reach 50% in any country. Age is the most significant individual factor associated with helmet for helmet using countries. The observation that some helmet promotion programmes are reported for countries with relatively higher student helmet use and no programmes reported for the lowest helmet use countries, suggests the possibility of a relation and the need for objective evaluation of programme effectiveness.
OBJECTIVE: To determine factors associated with variation in bicycle helmet use by youth of different industrialized countries. DESIGN: A multinational cross sectional nationally representative survey of health behaviors including symptoms, risk taking, school setting, and family context. SETTING: School based survey of 26 countries. SUBJECTS: School students, ages 11, 13, and 15 years totaling 112,843. OUTCOME MEASURES: Reported frequency of bicycle helmet use among bicycle riders. RESULTS: Reported helmet use varied greatly by country from 39.2% to 1.9%, with 12 countries reporting less than 10% of the bicycle riders as frequent helmet users and 14 countries more than 10%. Reported helmet use was highest at 11 years and decreased as children's age increased. Use was positively associated with other healthy behaviors, with parental involvement, and with per capita gross domestic product of the country. It is negatively associated with risk taking behaviors. Countries reported to have interventions promoting helmet use, exemplified by helmet giveaway programmes, had greater frequency of reported helmet use than those without programmes. CONCLUSIONS: Bicycle helmet use among young adolescents varies greatly between countries; however, helmet use does not reach 50% in any country. Age is the most significant individual factor associated with helmet for helmet using countries. The observation that some helmet promotion programmes are reported for countries with relatively higher student helmet use and no programmes reported for the lowest helmet use countries, suggests the possibility of a relation and the need for objective evaluation of programme effectiveness.
Authors: Susan K Riesch; Karen Kedrowski; Roger L Brown; Barbara Myers Temkin; Kevin Wang; Jeffrey Henriques; Gloria Jacobson; Nina Giustino-Kluba Journal: Int J Nurs Stud Date: 2012-11-21 Impact factor: 5.837
Authors: Janessa M Graves; Jennifer M Whitehill; Joshua O Stream; Monica S Vavilala; Frederick P Rivara Journal: Inj Prev Date: 2013-03-19 Impact factor: 2.399
Authors: Niamh C Collins; Michal Molcho; Peter Carney; Linda McEvoy; Lourda Geoghegan; Jack P Phillips; Alf J Nicholson Journal: Emerg Med J Date: 2012-09-08 Impact factor: 2.740