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Abstract
Objectives To deliver a nationwide implementation of the ‘FIFA 11 for Health’ programme in Brazil and to compare the outcomes with results obtained previously in Sub-Saharan Africa.
Method A cohort study among 3694 Brazilian children aged 9–12 years within 128 elementary schools situated in 12 cities in the five Regions of Brazil. The ‘FIFA 11 for Health’ programme contains 11 90 min sessions: the first 45 min serve to encourage physical activity through the development of football skills (Play Football) and the second 45 min provide a vehicle for delivering 10 health messages (Play Fair). We measured preintervention and postintervention health knowledge (29-item questionnaire) and the children's evaluation of the programme (6-item questionnaire).
Results Mean age of the children across the five Regions was 10.6 years (range 9.2–11.6). The mean preintervention health knowledge score for the five Regions was 60.2% (range 53.8–65.3%); the mean postintervention score was 78.6% (range 70.7–86.8%); thus the mean increase in health knowledge was 18.4% (range 13.6–29.1%). 91% of the children gave a positive evaluation for the programme (range across five Regions: 82.3–96.7%).
Summary The study showed that the ‘FIFA 11 for Health’ programme, which was originally developed in English and translated into another language, was delivered successfully with results equivalent to those previously obtained in Sub-Saharan Africa. The programme was effective across the five Regions of Brazil.
- Children
- Communicable disease
- Football
- Health promotion
- Non-communicable disease
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Introduction
The ‘FIFA 11 for Health’ is a health education programme that was intended to be a medical legacy for Africa following the 2010 FIFA World Cup South Africa.1–4 In brief, the programme was developed to educate children aged from 10 to 13 years about the prevention of the most prevalent communicable and non-communicable diseases (NCDs) in Sub-Saharan Africa; programme delivery was based around the game of football. The ‘FIFA 11 for Health’ programme contains 11 90 min sessions: the first 45 min of each session are used to encourage physical activity through the development of football skills (Play Football) and the second 45 min of each session are used to deliver health education (Play Fair). The first 10 Play Fair sessions address health topics such as drug and alcohol abuse, sexually transmitted diseases, vaccination, diet, inactivity, quality of drinking water and sanitation;1–3 the 11th session revises those 10 key health messages. As recommended by the WHO,5 course material is delivered using a variety of interactive teaching techniques, including educational exercises, role-playing activities, group discussions and home-based assignments designed so that children share the session health messages with their family and friends.
Following implementations of the ‘FIFA 11 for Health’ programme, significant gains in children's health knowledge were reported in eight English-speaking countries in Sub-Saharan Africa.1–3 This led to requests for the programme to be delivered in other continents, countries and cultures, with translation when required. The Brazilian Football Confederation, with the support of Brazil's Ministries of Health, Education and Sport, requested delivery of the health education programme in the lead up to the 2014 FIFA World Cup Brazil. This request presented significant linguistic and logistic challenges because the official language in Brazil is Brazilian-Portuguese, and Brazil has the fifth largest land mass (∼8.5 million km2) and the fifth largest population (∼200 million) of all countries in the world.6 Additionally, the country is divided into more than 5000 municipalities within 26 administrative states spread across five Regions of widely different geographic size (North: 45% of total Brazilian land mass; North-east: 18%; Centre-West: 19%; South-east: 11%; South: 7%) and population (North: 8% of total Brazilian population; North-east: 27%; Centre-West: 7%; South-east: 43%; South: 14%),7 which results in three regions with high population densities (North-east: 32 people/km2; South-east: 84; South: 48) and two regions with low population densities (North: 4 people/km2; Centre-West: 9).7
Although national health indicators such as life expectancy at birth (74 years) and under 5 mortality rate (14 deaths/1000 live-births) in Brazil are close to the world median values,8 there are large regional variations: for example, the under 5 mortality rates in the North and North-east are twice those in the South and South-east.9 Early mortality in Brazil is mainly related to NCDs (table 1), with ∼70% of premature deaths caused by conditions such as cardiovascular and respiratory diseases, stroke, diabetes and cancers.10 A general concern in Brazil is the proportion of the adult population that is categorised as overweight (48.5%) and obese (15.8%); however, of greater concern is the growing number of overweight (33.5%) and obese (14.3%) children in the 5–9 year age group.10
Leading health-related causes of death, life expectancy and under 5 mortality rate
The Ministry of Health in Brazil has been responsible for delivering a free healthcare system (the ‘Unified Health System’) since 1988. The Ministry of Health is also responsible for public health programmes and has implemented successful national campaigns against communicable diseases such as yellow fever, smallpox, malaria, influenza and poliomyelitis.10 In 2011, the Ministry of Health established a strategic plan to address the growing threat from NCDs. This 10-year plan focuses on cardiovascular diseases, cancers, chronic respiratory diseases and diabetes, together with the associated risk factors of smoking, alcohol abuse, physical inactivity, unhealthy diet and obesity.11
The aim of the present study was to report the implementation strategy, outcomes and conclusions from a collaborative (FIFA, Brazilian Football Confederation and Brazilian Ministries of Health, Education and Sport) nationwide implementation of the ‘FIFA 11 for Health’ programme aimed at educating children about the risks and prevention strategies for a range of communicable and NCDs in the five Regions of Brazil. A secondary aim of the study was to compare the results obtained from the ‘FIFA 11 for Health’ programme implementation in Brazil with the results previously obtained from implementations in Sub-Saharan Africa.1–3
Method
The general procedures for implementing the ‘FIFA 11 for Health’ programme have been reported previously.4 In Brazil, a series of face-to-face meetings were held between representatives of FIFA's Medical Assessment and Research Centre (F-MARC), the Brazilian Football Confederation and the Ministries of Health, Education and Sport to discuss the content and implementation of the ‘FIFA 11 for Health’ programme. The programme previously used in Africa1–3 was reviewed with representatives from the Ministry of Health to confirm its relevance to the health issues prevalent in Brazil.
As a result, minor changes to words and phrases were made within various Sessions and Session 5 (play football: shielding; play fair: use a treated bed net) was replaced with a new Session 5 (Play Football: Control the ball; Play Fair: Control your weight); this latter change was made because malaria was considered only to be a significant health problem in the North Region, whereas overweight was viewed to be important in all Regions of Brazil. The Play Football and Play Fair sessions included within the revised programme and the health issues addressed in each session are summarised in table 2. In addition, one of the health statements (“Not having sex is an effective way to avoid getting HIV/AIDS”) used in Sub-Saharan Africa to assess children's knowledge about the prevention of HIV/AIDS and sexually transmitted diseases was not included in the Brazilian questionnaire at the request of the Ministry of Health, as it was considered to be inconsistent with Brazilian culture. The revised ‘FIFA 11 for Health’ course manual, activity cards and preintervention and postintervention health knowledge questionnaires were translated from English into Brazilian-Portuguese.
‘FIFA 11 for Health’ programme content and health issues addressed by each session
The Ministry of Education agreed to deliver the ‘FIFA 11 for Health’ programme within the curriculum of elementary schools (children aged 6–14 years); the appropriate municipal education authority gave final approval for individual schools.
A National Project Leader and 12 city coordinators were recruited from the Brazilian Football Confederation to work with the F-MARC ‘FIFA 11 for Health’ Project Leader to facilitate the implementation. The planned timetable for the project, from May 2013 to June 2014, took account of the academic year, national holidays, school curricula and examination schedules and the availability of F-MARC master instructors to deliver the teacher training courses. The 12 host cities for the 2014 FIFA World Cup Brazil (North: Manaus; North-east: Fortaleza, Natal, Recife, Salvador; Centre-West: Brasilia, Cuiabá; South-east: Belo Horizonte, Rio de Janeiro, São Paulo; South: Curitiba, Porto Alegre) were venues for implementation. Schools recruited within each of the cities were selected by the local education authorities and were intended to represent the range of academic abilities within the cities. The numbers of schools and children that took part in the interventions in each Region are shown in table 3. Every school involved in the intervention received an equipment bag (1), footballs (8), football carrying net (1), football pump/needle (1), bibs (20), cones (25), stopwatches (2), whistles (2), activity cards (2 sets), course manuals (2) and ‘FIFA 11 for Health’ poster (1) to support the programme implementation.
Number of cities, schools, teachers and children taking part in the intervention and the evaluation sample population completing pre and postintervention questionnaires
For the first stage of the implementation, two F-MARC master instructors (1 male, 1 female) delivered a 5-day training course to 22 male and female teachers; these teachers received instruction about the philosophy, structure, content and delivery of the ‘FIFA 11 for Health’ programme and the implementation of the data collection instruments. These teachers then presented the programme to children aged 9–12 years who attended their schools over a 3-month period.
Following this, for the cascade-training stage of the implementation, the same 22 teachers received a further 5-day training course on how to teach other teachers to deliver the programme. These 22 teachers were then divided into 11 mixed-gender teacher-pairs who travelled to three regional training centres in Brasilia (3 teacher-pairs), Natal (4) and São Paulo (4) where they taught 227 teachers how to deliver the programme to children. The overall numbers of schools, teachers and children taking part in the five separate Regions of Brazil over the two stages are recorded in table 3.
The overall population included in the intervention was based on an agreement between the Brazilian Ministry of Education and F-MARC, which took into account factors such as costs, logistics, inclusion of the 12 host cities of the 2014 FIFA World Cup Brazil and being representative of the five Regions of Brazil. A sample size calculation was used to determine an appropriate evaluation subpopulation within the overall population; this subpopulation would receive and respond to the preintervention and postintervention health knowledge questionnaires. The calculation was based on an anticipated 65% level of preintervention health knowledge and a 15% postintervention increase in health knowledge based on previous studies in Sub-Saharan Africa.1–3 We calculated that at least 130 questionnaires would need to be administered in each Region for a study with 90% power and 95% confidence. For this reason, children from half the schools taking part within each Region were selected to complete preimplementation and postimplementation health knowledge questionnaires. The data collected in these questionnaires included: demographic data (gender, age); a 29-item preintervention and postintervention health knowledge questionnaire using 3-point scales (true, false, do not know)—there were three questions related to each health topic presented apart from Session 3, which included only two questions; and a 6-item postimplementation evaluation of the course using 5-point Likert scales (strongly agree, agree, neither agree nor disagree, disagree, strongly disagree). The National Project Leader provided the F-MARC Project Leader with on-going feedback about the progress of the implementation in each of the Regions. The percentage change in health knowledge (postintervention value—preintervention value) was calculated as (1) a mean value for each question, and (2) a mean value for each health topic (session) derived from the mean values for the three individual health topic questions. Differences between the preintervention and postintervention health knowledge values for each question and each topic were compared in each Region and across the total sample population using Z tests for proportions: p values for significant differences are reported at levels of p≤0.05, p≤0.01, p≤0.005 and p≤0.001.
Results
The numbers and demographics of the children (gender, age) responding to the preintervention and postintervention health knowledge questionnaires are included in table 3. The overall mean age of the evaluation subpopulation was 10.6 years but children in the South Region were younger (9.2 years) than those in the other four Regions (range 10.8–11.6 years). The overall proportions of boys and girls in the evaluation subpopulation were similar (boys 47.3%; girls 52.7%), although the proportions were significantly skewed towards boys in the South-east Region (boys 61%; girls 39%). Responses to the health knowledge questionnaires showed that children from the five Regions had similar preintervention levels of health knowledge with the lowest level being recorded in the North Region (53.8%) and the highest in the Centre-West (65.3%). Postintervention, the level of health knowledge increased significantly in all Regions for the majority of the 29 health-related questions (North: 25 questions; North-east: 24; Centre-West: 19; South-east: 27; South: 29): the lowest overall levels of health knowledge recorded postintervention were in the North and North-east Regions and the highest were in the South and South-east Regions, see table 4. The average increase in knowledge for all health topics, across all Regions, was 18.4% with the lowest increase being observed in the North-east Region (13.6%) and the highest in the South (29.1%).
Preintervention and postintervention health knowledge, as a function of country
The overall preintervention and postintervention levels of health knowledge together with the overall change in health knowledge in each Region, as seen in figures 1 and 2, show the change in health knowledge for each health topic (session) within each Region. The children's overall ratings for the programme (table 5) were all high: the lowest scores being recorded in the South-east Region (82.3%) and the highest in the South (96.7%), which may reflect the high postintervention knowledge scores recorded in the South Region.
Overall preintervention and postintervention health-knowledge and change in health-knowledge in each Region.
Change in health topic knowledge (%, absolute change from preintervention value).
Children's perceptions of the ‘FIFA 11 for Health’ programme
Table 6 provides a comparison between the ‘FIFA 11 for Health’ intervention results obtained in the five Regions of Brazil with results previously reported for eight countries in Sub-Saharan Africa.1–3
A comparison of the results recorded for Brazil and the results reported previously for countries in Sub-Saharan Africa1–3
Discussion
The 10 highest ranked health-related causes of premature death, life expectancy and the under 5 mortality rate for Brazil are compared with values for the rest of the world in table 1. The top seven health-related causes of early mortality in Brazil also appear in the top 10 diseases causing early mortality for the world as a whole. Life expectancy in Brazil (74 years) is higher than the world average (70), but in South America, only Bolivia (68) and Guyana (63) have lower values than Brazil.8 In contrast, the under 5 mortality rate in Brazil (14/1000 live-births) is much lower than the world average and lower than that in all South American countries apart from Chile (9) and Uruguay (7).8
Comparing the results obtained in this study with those reported previously for eight countries in Sub-Saharan Africa shows that the overall results on both continents were similar for all measurement parameters: preintervention and postintervention knowledge levels, change in knowledge levels following the intervention, and the children's overall satisfaction with the programme. Furthermore, the range of results recorded across the five Regions of Brazil also mirrored the range of results obtained across the eight individual countries in Sub-Saharan Africa. These similarities in health knowledge and learning are surprising considering the differences in social, economic, education, health and infrastructure facilities on the two continents.6 ,8 This result can be viewed in two ways: either the health knowledge of children in Africa is higher than expected or the health knowledge of children in Brazil is lower than might be expected; it is not possible to resolve this question from the data currently available but it is perhaps a question worthy of future investigation, as it could affect the ways in which health education is pursued on both continents.
Lessons learned
It is important to reflect on the lessons learned from implementing the ‘FIFA 11 for Health’ programme in a country the size of Brazil. The results obtained from the intervention can be considered to represent the individual Regions and Brazil as a whole, as the total intervention population comprised children from 12 cities within the five Brazilian Regions and the evaluation subpopulation represented schools from each of these cities. In addition, the evaluation subpopulation met the criteria obtained from the sample size calculation. From this perspective, the results could be used to support arguments for the expansion of the programme throughout Brazil. The implementation received extensive media coverage before and during the 2014 FIFA World Cup Brazil,12–14 which generated interest and enhanced the status of the programme among the children attending the course. Of particular benefit was the support provided by government ministers and 2014 FIFA World Cup Brazil location physicians from the Brazilian Football Confederation who attended media events to add their support to the programme.12–14
A limitation during the first stage of teacher training was the absence of Brazilian-Portuguese speaking master instructors; however, this was addressed by the use of experienced Spanish/English-speaking instructors, who could converse effectively with the teachers, and through the availability of local physicians who were fluent in Brazilian-Portuguese and English and who could therefore act as translators for the instructors to assist in answering detailed medical questions raised in relation to individual health topics. Language was not an issue during the larger second round of cascade-training courses, as the 22 local teachers who had implemented the programme during the first stage, presented these courses with the support of experienced Spanish/English-speaking master instructors.
A major limitation of the study from the perspective of future expansion of the programme across Brazil was that none of the implementations took place in a Brazilian favela, where the benefits of the programme would be expected to be high but where implementation issues would be expected to be different from those encountered in the areas and schools included in the study.
From the beginning, it was anticipated that implementing the ‘FIFA 11 for Health’ programme in Brazil would present challenges related to language and logistics and the implementation schedule was designed to address these issues; however, two further factors arose during the planning stages. Owing to the size and population of Brazil (Regional populations ranged from 15 to 85 million), the implementation created the same number of human resource requirements and logistic issues as would be required to deliver simultaneous implementations in five medium-size countries in Africa. This situation was compounded by the devolved nature of healthcare and education delivery in Brazil,15 as this meant that an agreement reached with a Ministry at Federal level did not necessarily translate to an agreement with local authorities at the State or Municipal level: a situation that resulted, on occasion, in differences of opinion on the course content and the implementation strategy, which led to stretched time-lines in order to reach compromise arrangements.
The WHO 2013–2020 Global Action Plan for NCDs proposed worldwide targets to reduce the risk of premature mortality from cardiovascular disease, cancer, diabetes and chronic respiratory diseases by 25% and to reduce the level of physical inactivity by 10%;16 these targets are very pertinent to Brazil as these issues have been identified as the major causes of premature death in the country.10 ,17 Unsurprisingly, therefore, the Brazil Ministry of Health's 10-year health plan focuses on addressing the prevalence and causes of these diseases.10 The ‘FIFA 11 for Health’ programme addresses each of these issues and the results from the present study have demonstrated that the programme offers an effective health education option for children in all Regions of Brazil. From a wider perspective, it is anticipated that the ‘FIFA 11 for Health’ programme and its associated course materials could be translated successfully into other languages and could be implemented equally successfully in many other countries and cultures.18
Acknowledgments
The authors acknowledge the general support and cooperation of the Ministers of Education, Health and Sport in Brazil. The authors also acknowledge the contributions of the instructors Erika Ruiz Castellanos (Colombia), Gudrun Grasshoff (Germany), Joel Abraham Martinez Gonzalez (Mexico) and Marcela Gomide Leite (Brazil), who delivered teacher-training courses. The authors acknowledge the support provided by Deborah Carvalho Malta (Ministry of Health), André Almeida Cunha Arantes (Ministry of Sport), the doctors from the FIFA World Cup cities in Brazil (André Pedrinelli, Eduardo Telles de Menezes Stewien, Ernane Avelar, Fabio Gonçalves Krebs, Haruki Matsunaga, Luis Marcelo Leite, Maeterlinck Rego Mendes, Marcos Girão, Michael Simoni, Paulo Lobo, Romeu Krause) and the President, General Secretary and staff of the Brazilian Football Confederation, who provided support during the planning and implementation of the project. Finally, and most importantly, the authors acknowledge the support and enthusiasm of the school principals and teachers involved in implementing the programme at each of the schools involved, without which the project could not have been successful.
Footnotes
Contributors CWF designed and coordinated the implementation; analysed and interpreted the data; wrote the draft paper; approved the final submission. EST, MF, DN acted as local project coordinators in Brazil; collected questionnaire data; reviewed the draft paper; approved the final submission. AJ assisted with the implementation; reviewed the draft paper; approved the final submission. JD liaised with the Brazilian Ministries of Health, Education and Sport and the Brazilian Football Confederation; reviewed the draft paper; approved the final submission.
Funding The study was funded by Fédération Internationale de Football Association, and Johnson & Johnson provided some of the equipment used during the implementation.
Competing interests CWF acts as a research consultant to F-MARC; EST, MF and DN are employed by the Brazilian Football Confederation; AJ is employed by F-MARC; JD is Chairman of F-MARC.
Provenance and peer review Not commissioned; externally peer reviewed.