Background: Men appear less interested than women in engaging in health-promoting programs. We investigated the feasibility and proof of concept of a novel intervention program targeting male supporters of professional sports clubs.
Methods: Our intervention is called ViSiT and the target population in this study was overweight male supporters aged 35 - 65 years with a body mass index ≥ 28 kg/m
2, recruited through one football and one ice-hockey club. The participants (
n = 22) participated in a 12-week lifestyle intervention with a 52-week follow-up. Body fat was assessed using bioelectrical impedance analysis.
Results: The retention rate was high with 21 participants completing the 12-week program and 17 attending at least 10 of 12 sessions. Mean (standard deviation) body weight and fat reduction after 12 weeks was 8.2 (4.6) kg and 6.6 (3.6) kg, respectively. At 52 weeks, body weight and fat reduction were maintained at 6.4 (6.7) kg and 4.5 (6.5) kg. Even after 52 weeks follow-up, the participants appreciated most components of the ViSiT program and perceived the ViSiT program to have high impact on most health-related aspects investigated.
Conclusions: The ViSiT program demonstrated a successful retention rate and clinically relevant weight reduction in Swedish overweight men. The maintenance of bodyweight reduction and positive experience after 1 year indicate a long-term effect of the ViSiT concept.
Public Health Overweight Weight-Loss Physical Activity Lifestyle Fans1. Background
Obesity is a major public health concern. Globally, 39% of adults are overweight and 13% are obese and these rates have more than doubled since 1980 [1]. The prevalence of obesity is estimated to double again in the next 15 years [2]. Obesity contributes to increased risk of all-cause mortality worldwide, with a higher risk in men compared with women [3]. In Sweden, 58% of men and 45% of women (16 - 84 years) were overweight or obese (body mass index [BMI] > 25 kg/m2) in 2018, and the prevalence is increasing in most age groups [4].
Weight-loss interventions for obese adults decrease all-cause mortality by six fewer deaths per 1000 participants [5]. However, it has been noted that men are often unwilling and lack the motivation to engage with health-related information [6]. Moreover, men are underrepresented in weight-loss intervention studies both with regard to the number of studies presented and the number of participants recruited [7] and seem to be underrepresented in both commercial and state-delivered weight-loss initiatives and in weight-loss research more generally [8]. With regard to group-based interventions, men-only groups are almost seven times less common than women-only groups, although the men-only interventions are twice as effective [9]. Group-based interventions are effective for weight reduction with lower costs of delivery, especially men-only groups that promote high retention and commitment to the weight-reduction program [8] [9]. Intervention programs are more successful if diet and physical activity are targeted together and include behavior change techniques [8] [10]. The obesity-related risk of disease can be lowered with as little as 5% loss of body weight [11]. Further, group-based interventions targeting diet and/or physical activity can generate clinically meaningful weight loss up to 24 months [9].
Sport arenas are good locations for gathering people, including those with a low level of education and low health literacy, who are difficult to reach with health interventions and education [12]. Professional sports settings have the potential to engage hard-to-reach populations in health improvement programs, but previous studies show that delivery refinements are needed to support adoption by men [13]. In addition, it is important that adequate support and opportunities are made available when information on weight and disease risk is fed back to the participants within the context of behavior change programs [14].
A gender-sensitive lifestyle program, football fans in training (FFIT), delivered in professional football clubs, has shown great promise in Scotland and could play an important public health role in engaging underserved men. FFIT aims to recruit overweight supporters of professional football clubs. FFIT is a 12-week program and applies evidence-based behavioral change techniques to improve physical activity and diet in a traditionally male environment. Two powerful forces utilized are the strong bond with the team as a fan (e.g., belonging, identity, loyalty, and validation) and the opportunity to participate in a men-only group. FFIT has been shown to attract men who are at very high risk of disease [15] [16] with good results on weight reduction and a unique outcome with 80% completion rate [17]. FFIT has been shown to be cost-effective, attracting men from across the socioeconomic spectrum [17] and leading to significant long-term weight loss (after 3.5 years) [14].
FFIT has also inspired other sports. Within the Canadian context, Hockey Fans in Training (Hockey FIT) has developed with promising results [18] [19]. In New Zealand, the rugby clubs play an important role and Rugby Fans in Training New Zealand (RUFIT-NZ) delivered via professional rugby clubs demonstrated positive effects on weight and physiologic outcomes, as well as adherence to lifestyle behaviors [20]. Aussie-FIT, the first study in Australia to test an intervention targeting fan health delivered in Australian Football League settings, with 120 overweight/obese men, was carried out in 2018 [21]. In the United Kingdom, evaluation of FFIT for women showed that the program was feasible, acceptable and demonstrated potential as a weight-loss program for women as well [22]. In addition, the FFIT concept has been adapted in other countries and professional sports settings; EuroFIT involves 15 football clubs in four countries. Participation in EuroFIT led to improvements in physical activity, diet, body weight, and biomarkers of cardiometabolic health [23]. Therefore, we developed an intervention, inspired by FFIT, in a Swedish setting delivered through two Swedish professional sports clubs. The intervention is called ViSiT, which in Swedish is the abbreviation for important supporters in training. The aim of this study was to evaluate anthropometry and health changes, program compliance, and the participant’s experience/perception of the ViSiT intervention program.
2. Methods2.1. Study Design and Setting
This is a feasibility (proof of concept) study delivered in two professional sports clubs (football and ice hockey) in Sweden in 2015-2016. It was designed as a 12-week active phase intervention program followed by a 40-week maintenance phase (less intense intervention). Data collection was performed at baseline, at 12 weeks, and at 52 weeks. The study investigated changes in anthropometry within individuals (e.g., body weight and body composition) and health, program compliance as well as the participant’s experiences and perceptions of the program content and delivery. No control group was included in this phase of the intervention design. The study was performed according to the World Medical Association Declaration of Helsinki ethical principles for medical research involving human subjects. This study was approved by the Regional Ethical Review Board in Linköping (Dnr 2016/50-31).
2.2. Participants
The target population was overweight and obese male supporters aged 35 - 65 years with a BMI ≥ 28 kg/m2, the same criteria used in FFIT [17]. Those who were part of another weight-reduction program were excluded. Supporters were recruited from two sports clubs located in the County of Östergötland, one football club (IFK Norrköping) and one ice-hockey club (Linköping Hockey Club), both in the highest national league with an active supporter culture. The latest population screening (2018) in Östergötland County demonstrated a prevalence of BMI ≥ 28 kg/m2 of 31% in men aged 35 - 50 years and 45% in men aged 51 - 65 years (unpublished data from the Public Health Agency of Sweden). Participation was free of charge for the supporters and the sports clubs. Individuals who applied for participation were screened using a registration form, including information about gender, age, height, and weight, to check that they fulfilled the inclusion criteria. Of the 25 individuals enrolled, one did not meet the inclusion criteria and two dropped out before the start of the intervention. Twenty-two individuals were asked to complete the baseline study questionnaire and were invited to the first session of the intervention program. The participants’ characteristics are presented in Table 1.
2.3. Intervention Program
The ViSiT program was adapted from the concept reported in the FFIT studies [24]. ViSiT is a gender-sensitive program designed and conducted to engage
Baseline characteristics of the study participants
Variable
Unit
Mean (SD) or n (%)
Age group (n = 22)
35 - 44 years
5 (23)
45 - 54 years
8 (36)
55 - 64 years
9 (41)
Body weight (n = 22)
kg
99.8 (9.7)
BMI (n = 22)
kg/m
31.7 (3.2)
Body fat (n = 22)
%
33.4 (6.9)
Marital status (n = 21)
Married/living together
17 (81)
Single
4 (19)
Born in Sweden (n = 21)
Yes
20 (95)
Education (n = 21)
Primary
3 (14)
Secondary
12 (57)
University
5 (24)
Other
1 (5)
Occupation (n = 21)
Working
18 (86)
Disability pension
2 (9)
Other
1 (5)
Monthly income (SEK, n = 20)
<25,000
4 (20)
25,000 - 30,000
7 (35)
30,000 - 35,000
4 (20)
>35,000
5 (25)
overweight and obese male fans to improve their physical activity and support lifestyle changes to lose weight, all delivered in a context that has been found to be appealing and acceptable to men. ViSiT encourages men to lose weight by working with, not against, cultural ideals of masculinity and professional sports clubs in Sweden are a potentially attractive setting to engage men in a weight-loss program. ViSiT consists of: 1) an active phase and 2) a maintenance phase. Similar to the FFIT concept [25], the active phase consists of a 12-week group-based program with one session of 90 minutes each week, including theoretical knowledge and physical exercise (details of the 12-week program are presented in Table 2). The style of delivery of the sessions was participative, involving facilitated discussions and experience sharing among the participants. The active
The 12-week ViSiT intervention program
Week
Activity
Content
1
Introduction and anthropometry
Presentation of participants and program coordinators, goal-setting, rules for the group work, introduction to pedometers, short walk
2
Food and drink
Diet and smart goals, introduction of 3-day food diary, 15-minute walk
3
Foods and health labeling
Feedback on food diary and healthy dietary changes, understanding food packaging labels, 30 minutes of physical exercise
4
Physical activity and implementation
Importance of physical activity to health and wellbeing, sedentary behavior, action planning for physical activity, 30 minute of physical exercise
5
Energy in drinks
Alcohol, other drinks and weight gain, 30 minutes of physical exercise
6
Half way anthropometry
Performance feedback, body weight and composition measurement, meeting club players and trainers, 30 minutes of physical exercise
7
Sports psychology
Feedback on weight loss achieved in the group, sports psychology (motivation, confidence, mindset, and behavior), 30 minutes of physical exercise
8
Health benefits and implementation
Health benefits associated with weight loss, role of social support, 30 minutes of physical exercise
9
Healthy choices
Make favorite food healthier, make eating out meals healthier, 30 minutes of physical exercise
10
Sports psychology
Sports psychology (emotions, behavior, relapse, triggers, locus of control, identity), homework, 3-day food diary, 30 minutes of physical exercise
11
Recapitulation and future perspectives
Feedback on food diary, future strategies and goal-setting, 30 minutes of physical exercise
12
Closure and anthropometry
Performance feedback, questionnaires, body weight and composition measurement, relapse prevention, ongoing social support, information and planning for continuation (e-mail-prompts every 6 weeks, reunion after 3 months), 30 minutes of physical exercise
phase was immediately followed by the maintenance phase, which consisted of six e-mail prompts over 9 months and ended with a group reunion at the club. Representation from the non-profit sport organization (Östergötlands Idrottsförbund) and professionals from the sports clubs, such as the personal trainer and diet advisor, were provided coaching during the 12-week program.
At the first intervention session, all participants received a Fitbit pedometer and a Fitbit web account (Fitbit, Inc., San Francisco, CA, USA) for communication between the pedometer, mobile phone and web account to provide feedback. All participants used a smart phone. Results from the FFIT project showed that self-monitoring using pedometers supported motivation for behavior change [26]. The pedometer was provided during the active phase only, but the web account could be kept afterward. The participants were trained how to use the pedometer with their mobile phone and web account and were provided with additional support if necessary. All participants were encouraged to share Fitbit data with the others for social and motivational support.
2.4. Measurements
At baseline, 12 weeks, and 52 weeks, data were collected on body weight, body height, body composition (body fat, muscle mass, body water [%], bone mass, visceral fat), and the participants completed the study questionnaire. In addition, body weight and body composition were also measured at 6 weeks of the intervention program to provide short-term feedback on progression to participants as motivational support. All equipment was provided by the sports clubs, and the measurements were performed by trained staff members of the clubs in a standardized manner concerning body position and time of day. Body composition was assessed using bioelectrical impedance analysis (Linköping Hockey Club: Inbody 770, Ceritos, CA, USA; IFK Norrköping: Fit3D, Redwood City, CA, USA). Bioelectrical impedance analysis is a valid method to assess body composition in middle-aged men compared with dual energy X-ray absorptiometry, with an individual measurement error for body fat within 5% - 10% across the range of body fat in the present study [27].
The study questionnaire included questions about health, motivation, sleep, stress, work capacity, physical activity, dietary intake, tobacco, alcohol, and socioeconomic characteristics.
Attendance was registered at each intervention session to evaluate compliance. In addition to the baseline questionnaire, the questionnaires at 12 weeks and 52 weeks included two additional questions. In the first question, participants’ perception of the impact of the program on different health-related aspects was investigated: 1) improved lifestyle, 2) improved health, 3) weight loss, 4) more exercise, 5) improved diet, 6) more energy, 7) better mood, 8) higher motivation for a healthy lifestyle, 9) more knowledge about health, 10) improved self-confidence, 11) got new friends, 12) stronger bond to the club (Figure 1). In the second question, participants’ appreciation of the importance of the different program components was investigated: 1) group community, 2) connection with the team, 3) theory sessions, 4) exercise sessions, 5) pedometer, 6) weighings, 7) competence of the instructors. Each of the 12 aspects was rated on a scale of 0 - 5 (0 indicated no impact and 5 very high impact), and each of the seven program components was rated on a scale of 0 - 5 (0 indicated not important and 5 very important) (Figure 2).
2.5. Statistics
Means (standard deviation [SD]) and frequencies are presented. A paired Student’s t test was used to determine statistically significant differences in anthropometry between baseline and the two follow-ups. All statistics were performed using IBM SPSS Statistics 24.0 (IBM Corp, Armonk, NY, USA). In addition, we investigated the proportion reaching the clinically relevant level of weight reduction of 5% body weight [10], but also added a higher criterion of 10% body weight. Further, we also investigated the proportion who were no longer defined as obese (body mass index < 30 kg/m2) or had a BMI ≥ 28 kg/m2, the inclusion criterion applied here and in the FFIT project [13]. All pairwise comparisons between baseline, 12 weeks, and 52 weeks were also performed with a non-parametric Wilcoxon rank sum test with similar conclusions as the paired Students t test, demonstrating the robustness of Student’s t test against non-normality.
3. Results
Reductions in body weight and body fat were seen at both follow-ups. The mean (SD) body weight and body fat reductions after 12 weeks were 8.2 (4.6) kg and 6.6 (3.6) kg, respectively (Table 3). This reduction in body fat corresponds to 4.1% (2.3%) lower proportion of body fat. At 52 weeks, the mean (SD) body weight and body fat reductions were maintained at 6.4 (6.7) kg and 4.5 (6.5) kg, respectively, corresponding to 2.3% (5.0%) lower proportion of body fat. Hence, most of the weight reduction was due to loss of body fat.
Of the 22 participants, 18 reached the clinically relevant reduction in body weight of at least 5% at 12 weeks and 11% at 52 weeks (Table 4). Five participants reached a higher requirement of at least 10% reduction in body weight at 12 weeks and 5 at 52 weeks. The weight reductions meant that fewer participants were defined as obese (BMI ≥ 30 kg/m2) and some reached the level of the initial inclusion criteria (BMI ≥ 28 kg/m2) (Table 4).
Anthropometric changes from baseline to 12 weeks and 52 weeks
Variable
Unit
Values
Change
Baseline (n = 22)
12 weeks (n = 21)
52 weeks (n = 17)
D12 weeks (n = 21)
P value*
Δ52 weeks (n = 17)
P value*
Mean (SD), min - max
Mean (SD), min - max
Mean (SD), min - max
Mean (SD), min - max
Mean (SD), min - max
Body weight
kg
99.8 (9.7), 83.6 - 124.1
92.3 (8.5), 70.4 - 108.6
92.3 (9.6), 70.1 - 105.5
−8.2 (4.6), −21.0 to −0.4
<0.001
−6.4 (6.7), 5.1 to −18.6
0.001
BMI
kg/m2
31.7 (3.2), 28.1 - 38.2
29.3 (2.9), 24.9 - 35.8
29.4 (3.2), 24.7 - 36.8
−2.6 (1.5), −5.8 to −0.1
<0.001
−2.0 (2.2), 1.6 to −7.0
0.001
Body fat
kg
33.5 (8.6), 22.1 - 54.8
27.4 (7.1), 17.5 - 46.0
28.2 (8.9), 15.0 - 45.0
−6.6 (3.6), −15.7 - 0.0
<0.001
−4.5 (6.5), 7.3 to −17.0
0.011
Body fat
%
33.4 (6.9), 24.3 - 49.6
29.7 (6.7), 19.0 - 43.9
30.3 (8.06), 18.0 - 43.8
−4.1 (2.3), −8.3 - 0.1
<0.001
−2.3 (5.0), 7.6 to −11.6
0.030
*Paired student t test.
Degree of weight reduction from baseline to 12 weeks and 52 weeks
Variable
Baseline (n = 22), n (%)
12 weeks (n = 21), n (%)
52 weeks (n = 17), n (%)
≥5% weight reduction
-
18 (86)
11 (65)
≥10% weight reduction
-
5 (24)
5 (29)
BMI < 30 kg/m2
11 (50)
14 (67)
12 (71)
BMI < 28 kg/m2
0 (0)
9 (43)
6 (35)
Twenty-one of 22 participants completed the 12-week intervention program. All 22 participants attended at least 6 of 12 sessions, 17 (77%) attended at least 10 sessions, and 5 attended all 12 sessions. Thirteen participants attended the reunion meeting at the club and 17 attended the final follow-up session at 52 weeks. The participants’ perception of the impact of the ViSiT program is presented in Figure 1 and their appreciation of the importance of the different program components is shown in Figure 2. The participants found on average that the program had high impact on all aspects investigated and rated all program components as being important. The scoring was only slightly lower at 52 weeks than at 12 weeks.
4. Discussion
The ViSiT intervention program designed specifically to target overweight men showed excellent outcomes concerning participation, attendance, and weight reduction. The results demonstrated clinically relevant weight reduction and most of the weight reduction was in the form of body fat. The intervention also seems to attract participants with different socioeconomic backgrounds, mainly participants with a lower education level and income, increasing the possible public health effect. Hence, this study confirmed the feasibility (proof of concept) of the ViSiT intervention program.
In the FFIT randomized controlled trial, the weight reduction in the intervention group was 5.8 kg at 12 weeks and 5.6 kg at 52 weeks [17] [23]. In addition, the proportion reaching at least 5% weight reduction was 47% and 39%, respectively, and the proportion achieving a BMI < 30 kg/m2 was 26% and 26%, respectively. In the FFIT feasibility study, with similar weight reduction as in the main study, the proportion of body fat was assessed with bioelectrical impedance analysis and reported to be reduced by only 1.1% at 12 weeks and by 1.4% at 52 weeks [28]. This study also presented the proportion reaching at least 10% weight reduction as 2% at 12 weeks and 8% at 52 weeks. Therefore, the reduction in body weight and body fat in the present study indicates that the ViSiT program is a promising concept targeting behavior change in overweight men at risk of cardiometabolic disease, especially considering the supporter culture in Sweden is not as strong as it is in Scotland.
Weight reduction in group-based diet and/or physical activity interventions ranges between 0.4 kg and 9.7 kg with a mean of 4.2 kg at 52 weeks [9]. There are few weight-loss interventions involving men only, and among those targeting diet and/or physical activity changes, the FFIT study has been the most effective [10]. Hence, there is an opportunity for Swedish football and ice-hockey clubs to contribute to clinically relevant weight reduction in their male members, and according to the analysis performed in the FFIT study, this intervention format is inexpensive and cost-effective [17].
Group-based interventions produce important weight reductions and once participants are engaged, they seem to remain committed, indicated by the high retention rate [10]. In the FFIT study, the proportion of participants remaining in the intervention after 12 weeks and 52 weeks was about 90% [17]. Further, about 80% attended at least 6 of 12 sessions in the active phase.
In the development of the FFIT intervention, the participants were interviewed and asked to provide feedback on the different intervention components and make suggestions for development [24]. Some said they appreciated the camaraderie the most followed by the inclusion of the physical activity sessions (although they would have liked more football), the lifestyle education and the attitude of the coaches. In the ViSiT study, the participants appreciated all aspects of the program as being important. Moreover, this insight was stable over time because the scoring was only slightly lower at 52 weeks than at 12 weeks. The participants appreciated the lecturers the most, followed by the immediate feedback provided by weighing, the physical training sessions as well as the theoretical knowledge provided. Hence, there were some differences in the appreciation of the different components of the intervention between the studies, although similarities also occurred.
The participants experienced the ViSiT intervention as having impact on numerous aspects related to health, such as improved lifestyle with more exercise and a healthy diet, weight reduction, more knowledge, and the feeling of more energy and motivation. The FFIT study reported an increase in self-esteem and quality of life [17]. Hence, the concept of placing lifestyle interventions including diet and physical activity in professional sports clubs could have the potential to attract and motivate Swedish overweight men to consider required behavior changes.
The FFIT concept has spread across the world via rugby (RUFIT-NZ, New Zealand) [20], football (Aussie-FIT, Australia) [21] hockey (Hockey FIT, Canada) [18] [19] and in Europe via EuroFIT [23]. Thus, this type of intervention needs refinement to fit into different contexts. For further scaling up in Sweden, the next step would be to perform a large randomized controlled study involving more sports clubs. Previous research has shown that the perception that an intervention has been successful for other men is a key factor in motivation to participate in an intervention [29]. Thereby, the recruitment of participants might be easier the longer the intervention has been in place. If the same weight reduction as in the present study could be achieved, as is indicated from the similar outcomes of the FFIT feasibility study and the FFIT main study, there would be a large impact on public health because more than 50% of Swedish men are overweight.
Strengths and Limitations
This study was built on the experience from the FFIT study and its study protocol. Our focus was mainly to validate the method itself and to gather more knowledge about the concept implemented in our Swedish context, therefore our study lacks a control group and the sample size is relatively small. We have made some changes from the original concept and added the measurement of body composition. Although this was thought to improve the results of the intervention, the lack of fidelity to the original concept makes it harder to compare our results with results from previous studies. Despite these differences, the effect of the intervention seems to be the same in both clubs.
5. Conclusion
The ViSiT feasibility study of a healthy living intervention program in the regimen of elite football and ice-hockey clubs demonstrated a successful retention rate and clinically relevant weight reduction in Swedish overweight men. The maintenance of reduced body weight, as well as positive perception/experience after 1 year, indicate a long-term effect of the ViSiT concept.
Data Availability
The data supporting the conclusions of this article are available from the authors.
Ethical Approval
The Regional Ethical Review Board in Linköping (Dnr 2016/50-31) approved this study.
Consent
All the participants gave their consent to participate in the project and the evaluation when they registered and completed the registration form.
Authors’ Contributions
Design of the intervention: ML, KÅ; Study concept and design: ML and DA; Analysis and interpretation of data: NK, KÅ, JS, PD, DA, ML. All authors participated in the preparation of the manuscript, provided critical revisions, and agreed to the final version of the paper before submission.
Acknowledgements
Many thanks to Lolita Blad, health and sport advisor at the Regional Sport Confederation for taking part in designing the educational material and for your catching enthusiasm for the intervention. Thanks to the club director, Anders Mäki, Linköpings Hockey Club, and sales and marketing director, Mathias Lövenfors, IFK Norrköping, for being willing to try ViSiT and for good cooperation and enthusiasm regarding the project.
Conflicts of Interest
The authors declare no conflicts of interest regarding the publication of this paper.
Cite this paper
Leijon, M., Åsberg, K., Karlsson, N., Skagerström, J., Dannapfel, P. and Arvidsson, D. (2019) A Weight-Loss and Healthy Living Program for Men Delivered in Swedish Football and Ice-Hockey Clubs (ViSiT): Results from the ViSiT Feasibility Study. Health, 11, 1473-1486. https://doi.org/10.4236/health.2019.1110110
Abbreviations
BMI: Body mass index
FFIT: Football Fans in Training
ViSiT: Viktiga Supportrar i Träning (Swedish for important supporters in training)
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