School of Nursing, University of Alabama at Birmingham, Birmingham, United States
2 University of Massachusetts, Boston, Massachusetts, United States
Corresponding author details:
School of Nursing
University of Alabama at Birmingham
Copyright: © 2019 Enah C, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution 4.0 international License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
In the USA, African American adolescents aged 13 to 19 years remain disproportionately
affected by the negative consequences of sexually risky behaviors. A similar
disproportionate impact is experienced by African American adolescents residing in the
rural Deep South. Gaming interventions hold promise because they can be designed to be
developmentally appropriate and accessible to dispersed populations. We conducted an
intervention development qualitative study using focus groups with a total of 129 rural
adolescents in three phases. In Phase I, sociocontextual influences on sexual health were
explored with 84 participants in two waves of focus groups; to identify critical content for a
video gaming intervention. Focus group audio recordings obtained from participants were
transcribed verbatim. Transcripts of focus group discussions and observation notes were
analyzed using content analysis procedures. The most commonly identified content areas
included: making the intervention reflective participants’ daily lives; making sexual health
messages implicit not explicit; addressing the role of social media, and tailoring messages
to individual players. In Phase 2, using an intervention mapping approach, findings from
the first phase were used to develop context specific storylines and essential messages
for the video gaming intervention. In phase 3, a different set of 45 participants found the
developed game prototype acceptable and relevant. Findings from this study demonstrate
the feasibility of partnering with potential users in a multi-phase process of developing
a gaming intervention. Healthcare professionals can incorporate gaming principles into
educational interventions to enhance engagement populations at risk and patients. More
research is needed on the effectiveness of gaming interventions.
HIV/STI prevention; Video game; Rural adolescents
African American adolescents aged 13 to 19 years remain disproportionately affected by HIV in the U.S. While only 14% of U.S. adolescents are African American, they account for an estimated 61% of diagnoses of HIV infection in 13 to 19 year olds. To attain the goal of an AIDS free generation, ongoing efforts are needed to identify developmentally appropriate strategies that promote sexual health among African American youth .Tapping into the ubiquitous nature of gaming technologies to address adolescent decision making and sexual health needs prompted this multiphase research study. Video gaming interventions hold promise because they are easily accessible to geographically dispersed populations, maximize intervention fidelity, and circumvent traditional, organizational, and individual barriers to program implementation such as the costs of facilitator delivered interventions. Interventions that increase access to HIV prevention are particularly needed in the HIV epicenter of the Deep South region of the U.S.. Few sexual risk reduction interventions have been developed specifically with and for young AA adolescents living in the rural Deep South.
Video gaming interventions are gaining momentum as viable tools for addressing a number of health promoting behaviors [1-5]. Video games provide an enticing medium for attracting attention and promoting changes in adolescent health related behavior . Gaming interventions are theorized to change behavior through three different mechanisms. These mechanisms include: 1) creating an immersive state in which players become absorbed in game play while absorbing personally relevant experiences from game characters; 2) establishing a state of high concentration in which the player experiences a balance between skills and challenge; and 3) meeting the players’ needs for mastery, autonomy, connectedness, diversion, or challenge [2,6,7]. Recent studies with young rural adolescents provide evidence of the developmental appropriateness of electronic games as a preventive intervention for this population . However, research regarding the use of electronic games in promoting the sexual health of young adolescents is quite limited.
The purpose of the study was to develop a prototype for an
electronic sexual health adventure game for young African American
rural adolescents. The goal of the gaming intervention was to help
African American rural adolescents improve decision-making and
learn behavioral strategies that assist them with the reduction of
sexual risk behaviors. The aims of the multiphase study were to 1)
explore sociocontextual factors associated with HIV risk behavior
to identify critical content for a gaming intervention; 2) create an
HIV prevention game prototype; and 3) assess the relevance and
acceptability of the gaming prototype with members of the target
population. The conceptual model used to guide this study was an
adapted version  Integrative Model of Adolescent Health Risk
Behavior. In this model, when adolescents find themselves with an
opportunity to engage in risky behaviors, protective and escalatory
factors for such behaviors influence decision-making processes
that eventually result in choices to engage in or avoid the risky
behaviors. Protective and escalatory factors can independently or
interdependently arise from personal, interpersonal and cultural/
environmental factors. The study represents a user centered iterative
approach to gaming intervention development which involves
identifying user needs and working with potential users to meet
identified needs. The focus of this manuscript is on the development
process of the sexual health gaming intervention.
The study was conducted with a total sample of 129 rural, adolescents in three phases after the investigators’ Institutional Review Board approval was obtained. Participants met the following inclusion criteria: 1) AA adolescent, 2) age 12 to 16, 3) residence in a state-designated rural county, and 4) HIV negative or unknown status. Adolescents who could not read and write English were excluded from participation. Qualitative descriptive inquiry, an approach that allows for descriptions of a phenomenon of interest with low levels of interpretation to give voice to participants [10,11]; was used in this study. This approach was particularly relevant as the data gathered was used to inform the development of an intervention that reflected the lives of potential users. Once potential participants were identified, screened, and completed written informed consent and assent, they were assigned to a focus group. Sociodemographic forms were used to elicit information about age, educational level, socioeconomic status, and family structure. Focus group sessions were approximately 90 minutes long and implemented using a focus group interview guide. Verbatim transcripts of the audiotapes and focus group observation notes provided the primary data for analysis. Data saturation occurred before the fourth focus group session in both Phase I and Phase III. However, we continued with scheduled focus groups to ensure that the voices of both males and females in all age groups in the target population were represented in the gaming intervention.
In Phase I, a total of 84 adolescents participated in eight focus group sessions. Four of these focus groups focused on exploring the sociocontextual influences on sexual health and identify critical content for an engaging gaming intervention to address identified factors. Four follow-up focus group sessions were conducted to validate these findings and explore additional gaming components that could increase adolescents’ interest in the game. Each focus group consisted of 10 or 11 participants, segmented by age group (12-14, 14-16) and gender (male, female). Focus groups were facilitated by a research assistant who had formal training and experience in leading focus groups with rural adolescent. The primary author who has led multiple funded qualitative studies was present in all focus group sessions and took observation notes. Qualitative content analysis using QSR N-Vivo® was used to code data initially in relation to research aims and theoretical framework. Verbatim transcripts of focus group discussions and observation notes were independently coded by two members of the research team. After the initial coding was completed, meetings were held to validate the coding schema and reconcile differences. When coding was completed, participants’ quotes reflecting the final themes were compared across the age and gender for similarities and differences.
In Phase II, the interdisciplinary research team used findings from Phases I to develop a storyboard for the electronic game. An intervention mapping approach developed by Bartholomew, and colleagues , was used to develop game components. Specific change objectives for reducing HIV risks among rural adolescents and strategies for meeting these objectives were developed. These objectives were based on context specific findings related to the major concepts of the conceptual framework (protective/ escalatory factors, opportunities to have sex, decision making processes, and choices) and existing literature. Contextually relevant intervention components incorporating personal, interpersonal and environmental levels of influences were then developed for each strategy with reality-based scenarios/missions that allow participants to experience opportunities for risky behaviors, make decisions and observe the virtual consequences of their choices. The content developed for the game storyboard was subsequently programmed the prototype.
The design of the prototype was guided by The Elaboration Likelihood Model, [13-15] that proposes that gaining and maintaining a person’s attention is the first step in transforming information to promoting behavior change. Details of the required features of the game were identified in collaboration with content experts, engineers, and game designer/programmer who were members of the prototype development team. The iterative process of the prototype development lasted for close to a year and included weekly meetings with the designer/programmer.
In designing the gaming intervention, evidence based gaming procedures that facilitate behavior change (e.g., credible, attractive and likeable characters; identifying and refuting threats to goal attainment, goal setting, modeling and skill development) were incorporated. Findings from Phase I on aspects of games that make the games fun and desirable for repeated play for African American rural adolescents were incorporated into the design. Consistent with the self-determination theory, the gaming intervention was designed to allow players of the game to have control (autonomy) over the creation of an avatar (relatedness) for which they could customize the looks and name of the avatar (relatedness), and navigate thorough challenges (competence) that are directed by real time choices within the game. For example players have full control over the creation of their avatar including specific such as skin color, eye color, hair color and length and type of clothing worn by the avatar. It is hypothesized that the greater the degree to which relatedness, competence, and autonomy needs are met, the greater the level of self-directed motivation to play the game and engage in risk reduction behaviors .
When the initial storyboard (design document) was completed, we then identified the matching software application and coding language for creating the game in our University’s Enabling Technology Laboratory. The UNITY game engine platform was chosen because it accommodated the anticipated requirement of transforming the storyboard into the prototype. We also selected a programming language (C plusplus) that was compatible to the UNITY game engine. The actual composing of instructions that enabled the performance of particular functions (coding) of the game were completed by the programmer under the direct supervision of the first author. As components of the game were created, each component was evaluated separately be the programmer and the first author and the two met to evaluate the components and determine areas of improvement and overall fit with the prototype. The whole research team then evaluated the game and made any needed refinements before the prototype was evaluated by study participants in Phase III.
In Phase III of the study, the acceptability and relevance of
the game prototype was assessed with 45 members of the target
population. The game storyboard (Figure 1) and initial components of the game were presented in four focus group sessions segmented
by age and gender as in Phases I. The focus group session consisted
of discussions and feedback on: 1) the relevance and acceptability of
the game, and 2) additional gaming design components needed to
make the game most interesting to young adolescents. Audiotapes
of focus group discussion were transcribed verbatim and combined
with observation notes for analysis. The qualitative software QSR
N-Vivo® was used in coding and sorting data in relation to relevance,
acceptability, and areas for improvement.