The purpose of this study is to compare an enhanced intervention that includes narrative and game components to a standard intervention that only targets self-monitoring. These approaches will be tested among postmenopausal breast cancer survivors who are sedentary and overweight.
Habitual physical activity decreases risk of multiple negative health outcomes, including breast cancer recurrence and mortality. It is also associated with better quality of life and reducing negative effects of cancer and cancer treatment. However, most breast cancer survivors do not engage in sufficient physical activity. Behavior change interventions produce short-term increases in activity but have difficulty motivating sustained active lifestyles over longer periods and are not equally effective in women of different races/ethnicities. The purpose of this study is to test a novel intervention that uses video games and storytelling to increase motivation. Video game mechanics increase enjoyment and feelings of autonomy (control), competence, and relatedness to others. All of these feelings are associated with motivation for activity and, in turn, sustained activity over time. Additionally, narrative storytelling is an effective method of persuading individuals to change their behavior. We propose that play of active video games that include compelling storylines will increase physical activity among a diverse sample of postmenopausal breast cancer survivors. To test this hypothesis, we will conduct a clinical trial that compares the enhanced intervention (story-based video games) to a standard intervention in 90 sedentary, overweight postmenopausal breast cancer survivors. Participants in the enhanced group will receive a mobile device and accessories with two story-based video game applications installed. The games incorporate behavior change strategies such as self-monitoring and feedback while also using game mechanics and a lengthy storyline to motivate physical activity. Participants in the standard group will receive the same mobile device with an electronic activity monitor and its companion feedback application. Both groups will receive brief weekly telephone counseling. By comparing two groups that both receive typical behavior change intervention components (counseling) and a novel electronic intervention, we will be able to investigate the specific effects of game mechanics and storytelling on motivation and physical activity. We will measure changes in physical activity, fitness, function, and quality of life from the beginning of the study to 6 months. We will also investigate further changes during an additional 6 month follow-up period in which participants keep their intervention tools but do not receive any counseling, to measure maintenance of activity. This project will develop and test a promising, innovative intervention that has the potential to be used on a widespread basis in clinical and community settings.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
SINGLE
Enrollment
90
The game will target motivation via narrative and game mechanics. It will also encourage self-regulation by providing monitoring and feedback of activity. Counseling will be adapted to specifically reference concepts related to narrative and games.
The electronic activity monitor will monitor steps, and the mobile device will provide basic feedback on progress toward goals. Counseling will be standard and concentrate on self-regulatory skill-building.
The University of Texas Medical Branch
Galveston, Texas, United States
Change in Minutes Per Day of Physical Activity
Minutes of moderate-vigorous physical activity per day (averaged over a 7 day period) at baseline and 6 months.
Time frame: baseline and 6 months
Change in Physical Fitness From Baseline to 6 Months, as Measured by 6 Minute Walk Test
We will use a 6 minute walk test to measure fitness, measured in feet walked in six minutes on a pre-marked indoor course
Time frame: baseline to 6 months
Change in Physical Function From Baseline to 6 Months as Measured by the Senior Fitness Test's Chair Stand Measure
We will use the Senior Fitness Test to measure physical function, specifically in regards to the number of chair stands that can be completed within 30 seconds. A higher number indicates better function in this area.
Time frame: baseline to 6 months
Change in Weight From Baseline to 6 Months
We will measure weight using a calibrated scale
Time frame: baseline to 6 months
Change in Physical Quality of Life From Baseline to 6 Months as Measured by Functional Assessment of Cancer Therapy - Breast Measure
We will use the Functional Assessment of Cancer Therapy - Breast measure's physical subscale. This scale has a range of 0-28 and 7 items measured on a 5 point scale (not at all to very much). A higher score indicates greater physical quality of life.
Time frame: baseline to 6 months
Change in Intrinsic Motivation From Baseline to 6 Months, Measured by Intrinsic Motivation Specific to Physical Activity
The Behavioral Regulation in Exercise Questionnaire-2 intrinsic regulation subscale will be used. This subscale includes 4 items measured using a 5 point scale (not true for me to very true for me), with a range of scores from 0-12. A higher number indicates higher intrinsic motivation.
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Time frame: baseline to 6 months
Change in Social/Family Quality of Life From Baseline to 6 Months as Measured by Functional Assessment of Cancer Therapy - Breast Measure's Social/Family Well-Being Subscale
We will use the Functional Assessment of Cancer Therapy - Breast measure's social/family subscale. This scale has a range of 0-28 and 7 items measured on a 5-point scale (not at all to very much). A higher score indicates greater social/family quality of life.
Time frame: baseline to 6 months
Change in Emotional Quality of Life From Baseline to 6 Months as Measured by Functional Assessment of Cancer Therapy - Breast Measure's Emotional Well-Being Subscale
We will use the Functional Assessment of Cancer Therapy - Breast measure's emotional subscale. This scale has a range of 0-24 and 6 items measured on a 5-point scale (not at all to very much). A higher score indicates greater emotional quality of life
Time frame: baseline to 6 Months
Change in Functional Quality of Life From Baseline to 6 Months as Measured by Functional Assessment of Cancer Therapy - Breast Measure's Functional Well-Being Subscale
We will use the Functional Assessment of Cancer Therapy - Breast measure's functional subscale. This scale has a range of 0-28 and 7 items measured on a 5-point scale (not at all to very much). A higher score indicates greater functional quality of life
Time frame: baseline to 6 Months
Change in Breast Cancer-Specific Quality of Life From Baseline to 6 Months as Measured by Functional Assessment of Cancer Therapy - Breast Measure's Breast Cancer Subscale
We will use the Functional Assessment of Cancer Therapy - Breast measure's breast cancer subscale. This scale has a range of 0-40 and 10 items measured on a 5-point scale (not at all to very much). A higher score indicates greater breast cancer-related quality of life
Time frame: baseline to 6 Months
Change in Identified Regulation From Baseline to 6 Months, Measured by Identified Regulation Specific to Physical Activity
The Behavioral Regulation in Exercise Questionnaire-2 identified regulation subscale will be used. This subscale includes 4 items measured using a 5 point scale (not true for me to very true for me), with a range of scores from 0-12. A higher number indicates a greater amount of identified regulation.
Time frame: baseline to 6 Months
Change in Integrated Regulation From Baseline to 6 Months, Measured by Integrated Regulation Specific to Physical Activity
We will use items from P.M. Wilson and colleague's expansion of the Behavioral Regulation in Exercise Questionnaire-2 to include integrated regulation. This subscale includes 4 items measured using a 5 point scale (not true for me to very true for me), with a range of scores from 0-12. A higher number indicates a greater amount of identified regulation.
Time frame: baseline to 6 Months
Change in Physical Function From Baseline to 6 Months as Measured by the Senior Fitness Test's Arm Curl Measure
We will use the Senior Fitness Test to measure physical function, specifically in regards to the number of arm curls that can be completed within 30 seconds. A higher number indicates better function in this area.
Time frame: baseline to 6 Months
Change in Physical Function From Baseline to 6 Months as Measured by the Senior Fitness Test's Sit and Reach Measure
We will use the Senior Fitness Test to measure physical function, specifically in regards to the distance an individual can reach from their toes when bending forward. A higher number indicates better function in this area.
Time frame: baseline to 6 Months
Change in Physical Function From Baseline to 6 Months as Measured by the Senior Fitness Test's Back Scratch Measure
We will use the Senior Fitness Test to measure physical function, specifically in regards to the distance between an individual's arms when they reach them behind their back (one higher above the shoulder and one lower). A higher number indicates better function in this area.
Time frame: baseline to 6 Months
Change in Physical Function From Baseline to 6 Months as Measured by the Senior Fitness Test's 8 Foot Up and Go Test
We will use the Senior Fitness Test to measure physical function, specifically in regards to the time in which an individual can sit up, walk 8 feet around a cone, and sit back down. A lower number indicates better function in this area.
Time frame: baseline to 6 Months