Dataset Information

The status and future directions of comprehensive tobacco control policies for the 2020 Tokyo Olympic Games: A review.

ABSTRACT: INTRODUCTION:This review aims to clarify the status and future directions of comprehensive tobacco control policies for the 2020 Tokyo Olympic Games based on a comparison with seventeen countries that hosted the Olympic Games. METHODS:Seventeen countries that hosted the Olympic Games from 1988 to 2018 were identified by searching the website of IOC. A comparison of the contents was carried out by six themes (Monitor, Protect, Offer, Warn, Enforcement and Raise) in accordance with the MPOWER package for implementation of the FCTC. The comparison items and data were obtained from Global Health Observatory (GHO) data, Japanese government websites, and the literature. Based on the MPOWER scale, the 17 countries were ranked by total score, and a correlation between smoking prevalence and MPOWER total scores was established. RESULTS:The following three results were clarified: 1) Compared to the 17 countries that hosted the Olympic Games, smoking prevalence in Japan at 22.5% is at a moderate level and male smoking prevalence (33.7%) is still higher than other developed countries such as UK (24.7%) and Australia (16.5%); 2) Japanese tobacco control policies were far behind other countries that hosted the Olympic Games, especially in protecting people from tobacco smoke, warning about the dangers of tobacco, anti-tobacco mass media campaigns and enforcing bans on tobacco advertising, promotion, and sponsorship; and 3) The better practice in MPOWER was able to reduce total and male smoking prevalence in the study countries. CONCLUSIONS:Japanese tobacco control policies are far behind other countries that hosted the Olympic Games. In order to successfully hold the 2020 Tokyo Olympic Games, it will be necessary to strengthen tobacco control policies, based on the FCTC, in the future.

SUBMITTER: Li M

PROVIDER: S-EPMC6751969 | biostudies-literature |

REPOSITORIES: biostudies-literature

ACCESS DATA

Similar Datasets

Project description:The 2020 Olympic/Paralympic Games have been postponed to 2021, due to the COVID-19 pandemic. We developed a model that integrated source-environment-receptor pathways to evaluate how preventive efforts can reduce the infection risk among spectators at the opening ceremony of Tokyo Olympic Games. We simulated viral loads of severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) emitted from infectors through talking/coughing/sneezing and modeled temporal environmental behaviors, including virus inactivation and transfer. We performed Monte Carlo simulations to estimate the expected number of newly infected individuals with and without preventive measures, yielding the crude probability of a spectator being an infector among the 60,000 people expected to attend the opening ceremony. Two indicators, i.e., the expected number of newly infected individuals and the newly infected individuals per infector entry, were proposed to demonstrate the extent of achievable infection risk reduction levels by implementing possible preventive measures. A no-prevention scenario produced 1.5-1.7 newly infected individuals per infector entry, whereas a combination of cooperative preventive measures by organizers and the spectators achieved a 99% risk reduction, corresponding to 0.009-0.012 newly infected individuals per infector entry. The expected number of newly infected individuals was calculated as 0.005 for the combination of cooperative preventive scenarios with the crude probability of a spectator being an infector of 1 × 10-5. Based on our estimates, a combination of cooperative preventions between organizers and spectators is required to prevent a viral spread at the Tokyo Olympic/Paralympic Games. Further, under the assumption that society accepts < 10 newly infected persons traced to events held during the entire Olympic/Paralympic Games, we propose a crude probability of infectors of < 5 × 10-5 as a benchmark for the suppression of the infection. This is the first study to develop a model that can assess the infection risk among spectators due to exposure pathways at a mass gathering event.

Project description:The Olympic Games represent an opportunity to create a 'physical activity legacy' that promotes physical activity at the population level in the host nations and cities. However, previous studies showed little increase in population-level physical activity following the Olympics. The upsurge of public interest in sports and physical activity participation before the Olympics may diminish rapidly following the Games. We examined the pre-Games effects of the Olympics on Japanese population-level physical activity after the announcement of Tokyo's successful bid for the 2020 Olympic and Paralympic Games in September 2013. We used publicly available data from serial cross-sectional surveys conducted with nationally or regionally representative samples in Japan seven years before and after the announcement (from 2006-2020). The outcomes were 1) daily step counts and 2) exercise habit prevalence (≥ 30 min/day, ≥ 2 days/week, and over a year) from the National Health and Nutrition Surveys Japan (NHNS-J; 14 time points; aggregated data); and 3) sports participation (at least once a week) from the National Sports-Life Survey conducted every two years (NSLS; eight time points; individual-level data of 18,867 adults) and from the Public Opinion Survey on Sports Participation of Tokyo Residents (POSSP; eight time points; aggregated data). Age- and gender-adjusted regression models were used to estimate changes in the outcomes before and after the announcement. There were no significant pre-Games effects of the Olympics on national-level physical activity participation among Japanese adults. Sports participation (56.4% and 57.5%, respectively; P = 0.518), daily steps (6,535 and 6,686 steps/day; P = 0.353), and exercise habit (30.7% and 29.1%, P = 0.309) did not change significantly before and after the announcement. Although an increase in sports participation among Tokyo residents was not found in the NSLS (61.5% and 59.3%, P = 0.227), it was observed in the POSSP (49.1% and 57.7%, P = 0.019). Nonetheless, this increase might not be related to the pre-Games effects since the trend diminished following the announcement. Population-level physical activity did not show significant changes until 2020. Realising the physical activity legacy of an Olympics may require strategic promotion and cross-agency partnership implementation in the pre- and post-event period.

Dataset Information

The status and future directions of comprehensive tobacco control policies for the 2020 Tokyo Olympic Games: A review.

Similar Datasets

OmicsDI is part of the ELIXIR infrastructure

Tweets