Physical Activity Clinical Trial
Official title:
Use of Health Wearables to Improve Physical Activity and Eating Behaviors Among College Students: A 12-week Randomized Pilot Study
The purpose of this pilot randomized trial is to determine (1) the effectiveness of the Polar M400, used in combination with a twice-weekly Facebook-delivered Social Cognitive Theory-based health intervention, in the promotion of more healthful physical activity and nutritious eating behaviors over 12 weeks in college students versus a comparison group; and (2) the validity and reliability of the Polar M400 in the assessment of free-living (i.e., non-laboratory based) physical activity (in this case, steps per day and daily durations of moderate and vigorous physical activity) and energy expenditure.
The prevalence of overweight and obesity among individuals 20-39 years of age is 60.9%.
Unfortunately, physical inactivity and poor dietary practices among this age cohort appear to
be two major contributory factors for the preceding statistic. Among the youngest individuals
within this age cohort are college students. Research suggests college students possess risk
factors for overweight and obesity as many of these individuals are now independent and, for
some, making physical activity- and nutrition-related decisions autonomously for the first
time. Studies on obesity- and weight-related behaviors in this population suggest
approximately 25% to 30% of college students are overweight or obese. Desai et al. also
suggested rates of complete physical inactivity among college students is between 37% and
46%. Unfortunately, dietary practices among college students are not ideal either.
Poor nutritional behaviors also contribute to risk factors among this population. In a study
among college freshman and sophomores, Racette, Deusinger, Strube, Highstein, and Deusinger
found that 70% of the 764 college students assessed consumed less than the U.S. Department of
Agriculture (USDA) recommendations of two servings of fruit and three servings of vegetables
daily. Strikingly, approximately half of the students surveyed also reported high-fat fast or
fried food consumption ≥ 3 times in the past week. Notably, a subsample of these students was
assessed again a year later with 70% of these students gaining, on average, four kilograms.
Indeed, other studies have demonstrated the impact poor dietary practices (e.g., consumption
of "junk foods", sugar-sweetened beverages, or fast foods high in fat and low in nutrient
density) and obesogenic environments (e.g., continuously eating at buffet-style student
dining halls) can have on weight gain from freshman year of college onward. As such, not only
is it clear that theoretically-backed physical activity interventions are needed among
college students, there is also a distinct need to include a dietary component within these
interventions. Technology integration within these physical activity and nutritional
interventions among college students might present a viable approach.
While few empirical data is available regarding health wearable use among young adults, it is
likely that this technology-savvy age cohort represents a large proportion of the one in six
consumers currently owning a health wearable. Further, with the number of health wearables
sold in 2018 projected to be 110 million, it is likely that this age cohort will contribute
substantially to this figure. Moreover, research indicates the popularity of social media
among young adults. Indeed, among individuals 18-29 years of age, approximately 90% use at
least one social media site. Currently, Facebook represents the most widely used social media
site with 1.71 billion active users and individuals 18 to 34 years of age representing the
majority of Facebook users.
Therefore, the combined use of health wearable technology, these devices' associated
smartphone applications, and a theoretically-driven health intervention delivered via social
media, may prove appealing and effective as a health promotion strategy among college
students. Specifically, use of the Polar M400 may increase college students' ability to
self-regulate physical activity behaviors as self-regulation is posited as an important
factor in promoting behavior change. Further, the Polar M400's associated smartphone
application-based and Internet-based portal allows individuals to not only track physical
activity-related metrics, but view predicted energy expenditure as well, which may allow
individuals to self-regulate food intake in relation to daily energy expenditure. In
combination with the Polar M400's capabilities, a twice-weekly Facebook-delivered Social
Cognitive Theory-based health intervention may be able to increase college students'
self-efficacy, outcome expectancy, enjoyment, and social support while decreasing barriers
for participation in greater physical activity and nutritious eating behaviors. Relatedly, it
is vital to also examine the preceding intervention's ability to promote changes in college
students' intrinsic motivation for these health behaviors—an investigation which can be
completed via application of the Self-Determination Theory.
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