SugarVita: a Digital Board Game

Diabetes Mellitus, Type 2 Clinical Trial

Official title: SugarVita: an Educative Digital Board Game for Self-management in Diabetes

Status Recruiting

Clinical Trial Summary

The serious digital game, SugarVita, is a collaborative effort between the Máxima Medical Centre (MMC) and Eindhoven University of Technology (TUe), intending to enhance self-management for individuals with diabetes. As a mobile application available on smartphones and tablets, SugarVita emerged from cooperative design sessions involving patients diagnosed with diabetes. The average age of type 2 diabetes patients in the Netherlands exceeds 50 years. Following extensive discussions with these patients, the decision was made to model SugarVita after a digital board game, reminiscent of the classic board game 'ganzenbord' (Game of the Goose). In SugarVita, players experience a day in the life of an individual with diabetes, making choices regarding dietary habits, physical activity, and medication intake. Throughout this simulated day, the blood glucose level serves as a central theme. Players earn points by effectively managing their blood glucose levels. SugarVita can be played together with relatives or friends. The game aims to give people with diabetes more control over their chronic condition. Self-care is now seen as the primary approach to diabetes, which is a complex multi-faceted task where training and education are crucial. Importantly, SugarVita recognizes that a conventional 'dry' explanation may not resonate with everyone.

Clinical Trial Description

The majority of diabetes mellitus patients in the Netherlands are aged 50 and above, predominantly diagnosed with type 2 diabetes mellitus. Patient education in this context primarily occurs through consultations with healthcare professionals such as general practitioners, internists, and diabetes nurses. However, these interactions alone may not comprehensively address the complexities associated with managing a chronic condition like diabetes. Consequently, self-education constitutes a crucial role in empowering patients to cope with their disease. In response to this need, the investigators have developed SugarVita, a serious game designed to facilitate patient training and skill development in diabetes regulation within the comfort of their homes through playful learning.

Previous studies have indicated that serious diabetes games can enhance patient self-management, potentially leading to controlled or reduced healthcare costs, although the impact on HbA1c levels is often modest. SugarVita distinguishes itself by visualizing the short-term effects of a player's decisions on their glycemic levels and providing rewards for healthy and appropriate choices. The ultimate goal is to encourage the cultivation of health-promoting behaviors in daily life.

SugarVita adopts the format of a digital board game, akin to the Game of the Goose, where players progress through the board by rolling a dice. The SugarVita board comprises a circular arrangement of tiles, mirroring a full day (24 hours), with each tile representing a 20-minute interval. Players traverse the day, encountering various events such as meals, activities, and emotional experiences, all presented in a digital gaming format. The board features distinct pathways corresponding to workdays, outdoor days, and leisure days. Players enter the game through a personalized setup facilitated by the simulator. The primary objective for players is to maintain their glucose levels within a safe range, and therefore earn points by doing so. While immersed in the game, players assume the perspective of an individual with diabetes, navigating the daily decisions inherent to the condition. In this interactive experience, players make choices regarding their food intake, engage in physical activities, and manage medication usage, including insulin doses. The repercussions of these decisions are reflected in the game through a visible glucose meter, dynamically responding to the player's actions. Points are awarded when the glucose meter remains within the target range, creating a learning environment through gameplay and direct feedback. The player achieving the highest score emerges as the winner.

The multiplayer aspect of SugarVita allows patients with diabetes to engage in the game alongside their relatives, fostering discussions about the diverse choices made during gameplay. This collaborative approach enhances mutual understanding of a relative's condition, providing additional support. The unique multiplayer feature of SugarVita distinguishes it from other diabetes games. Involving the social network of patients can potentially contribute to the development of healthier habits.

Designed for the largest segment of diabetes patients, namely young seniors aged 50 to 75 with type 2 diabetes, SugarVita targets lifestyle and habit changes crucial for disease management. Our clinical experience underscores the challenges these patients face in altering their habits and understanding the intricacies of glucose level regulation. Within the young senior demographic, considerable variations exist, including differences in educational attainment and attitudes towards personal health. Some individuals may be illiterate and display minimal concern for their health, while others are motivated to initiate positive changes. Recognizing these differences, the investigators adopted varied approaches to appeal to distinct patient types. Target group interviews further revealed that our audience enjoys board games, expresses openness to digital games, and prefers playing on tablets or mobile phones. While our primary focus is on young senior type 2 patients, SugarVita aims to be appealing to a broader audience, including other diabetes patients, their relatives, and caregivers. ;

Related Conditions & MeSH terms

• Diabetes Mellitus, Type 2

• NCT number: NCT06392178
• Study type: Interventional
• Source: Maxima Medical Center
• Contact: Edouard Reinders, MD
• Phone: 0031408886300
• Email: edouard.reinders@mmc.nl
• Status: Recruiting
• Phase: N/A
• Start date: April 1, 2024
• Completion date: June 1, 2025