Video Games for Obesity and Diabetes Prevention-Diab & Nano (G4H-DiabNano)
|ClinicalTrials.gov Identifier: NCT01846377|
Recruitment Status : Completed
First Posted : May 3, 2013
Last Update Posted : February 20, 2018
With the increasing rates of child obesity and diabetes, innovative programs are needed that capture children's attention and permit behavior change messages to get through. Serious video games with their immersive stories offer one such promising alternative due to their low cost approach to intervention since the games have already been developed, and can be broadly disseminated by simply reproducing and distributing their DVDs. While using video games for health promotion is controversial, this study will establish whether video games can effectively change diabetes and obesity risks (especially fasting insulin, diet and physical activity) among children.
"Escape from Diab" and "Nanoswarm: Invasion from Inner Space" are two video games that targeted children to increase fruit, vegetable and water intakes, reduce sedentary behaviors (SB), and increase physical activity in a pilot study with a relatively low risk children. In light of this, it is important to test whether these games can help decrease diabetes (i.e. fasting insulin) and obesity risks with high risk (85%tile < BMI < 99%tile) 10 to 12 year old children.
Children will be randomly assigned to treatment or control groups. The treatment group will play "Diab" and "Nano" over a 3-month time period. A wait-list control group will receive the "Diab" and "Nano" games at the end of their second post assessment (5-months post baseline assessment).
|Condition or disease||Intervention/treatment||Phase|
|Obesity Type 2 Diabetes||Behavioral: G4H-Diab-Nano||Not Applicable|
This project is to conduct an efficacy trial of Diab and Nanoswarm to assess their potential for minimizing T2D and obesity risks. The proposed research will be conducted in two phases, covering a 3-year period: implementation and evaluation phase of 2.5 years and an analysis phase of 0.5 years.
Specific Aim 1: Conduct an efficacy outcome evaluation of Diab and Nano using a randomized clinical trial.
Hypothesis 1: Children will decrease fasting insulin by, at least, 2μU/dl, increase FV intake by at least 1.0 servings/day, and increase MVPA by at least 10 min/day from baseline to up to 3 months post baseline.
Hypothesis 2: Diet, MVPA and fasting insulin changes will not be moderated by demographic characteristics (e.g. gender, age, ethnic group).
Hypothesis 3: Fasting insulin change will be mediated by changes in diet, PA and SB.
Hypothesis 4: Diet and PA change outcomes will be mediated by changes in child's preferences and intrinsic motivation for FV and PA.
Control Intervention will be a wait list group and receive the intervention at the end of the 5-month post assessment.
Intervention: Children will play the games at home. Each game session should take about 45 to 60 minutes to complete with an ability to go back and replay the non-behavior mini-games.
Child Measures include:
- Fasting insulin and glucose
- Height, weight and waist circumference
- Body mass index (BMI; kg/m2) BMI %
- Fruit, vegetable and beverage intake by food frequency, and preferences, self efficacy, and intrinsic motivation
- Physical activity (PA) by Actigraph GT3X accelerometer and PA preferences/enjoyment, self efficacy, intrinsic motivation and home equipment availability
- Transportation/immersion/liking of video games played
- Social desirability to reflect giving answers that are socially acceptable or expected
Parent Measures includes:
- Family demographics
- Food and physical activity equipment availability at home
- Report of if their child liked and played the video games
|Study Type :||Interventional (Clinical Trial)|
|Actual Enrollment :||200 participants|
|Intervention Model:||Parallel Assignment|
|Masking:||Single (Outcomes Assessor)|
|Official Title:||Video Games for Obesity and Diabetes Prevention: Efficacy Trial|
|Study Start Date :||April 2014|
|Actual Primary Completion Date :||September 2017|
|Actual Study Completion Date :||December 2017|
Intervention - play two videogames Diab and Nanoswarm (9 sessions each, 18 total sessions) over a 12-week time period.
The Diab and Nanoswarm games present fun, challenging: knowledge mini-games enabling children to learn desired behavior changes; goal-setting tailored to child's current behaviors and preferences to make lifestyle changes; problem solving to enable children to find strategies to overcome behavior change barriers; motivational statements tailored to child's values to enhance their desire to make the goal related lifestyle changes; and energy balance games to enable them to balance food portions with physical activities. Each game has 9 sessions each with approximately 45-60 min of game-play. At the end of each session, goals are set. The child is allowed to re-play non-behavior change mini-games, and view video segments, but not redo their goal setting or behavior change mini-games.
No Intervention: Wait List Control
5-months after baseline assessment they will receive the two video games: 1) Diab and 2) Nanoswarm.
- Change in fasting insulin from baseline to immediate post intervention (approximately 3 months post baseline assessment) and 2-months post intervention (approximately 5 months post baseline assessment) [ Time Frame: Three time points: baseline, post intervention (approximately three months post baseline), two month post intervention (approximately 5 months post baseline) ]
- Change in Fruit and Vegetable Intake [ Time Frame: Three time points: baseline, post intervention (approximately three months post baseline), two month post intervention (approximately 5 months post baseline) ]
- Change in Moderate to Vigorous Physical Activity [ Time Frame: Three time points: baseline, post intervention (approximately three months post baseline), two month post intervention (approximately 5 months post baseline) ]
Please refer to this study by its ClinicalTrials.gov identifier (NCT number): NCT01846377
|United States, Texas|
|Children's Nutrition Research Center, Baylor College of Medicine|
|Houston, Texas, United States, 77030|
|Principal Investigator:||Tom Baranowski, PhD||Baylor College of Medicine|