The COVID-19 Pandemic: Impact and Strategies for Sports and Exercise Medicine Researchers during Large-Scale Social Restrictions.
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ABSTRACT:
SUBMITTER: Borges L
PROVIDER: S-EPMC7994054 | biostudies-literature | 2021 Mar
REPOSITORIES: biostudies-literature
Publications
The COVID-19 Pandemic: Impact and Strategies for Sports and Exercise Medicine Researchers during Large-Scale Social Restrictions.
Borges Leandro L Moraes Michele M MM Arantes Rosa M E RME Hatanaka Elaine E
Journal of medical systems 20210326 5
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Project description:Background/objectivesHistorical evidence shows a gender-based disproportionate effect of pandemics across different populations. In 2020, the coronavirus disease 2019 (COVID-19) pandemic began spreading its devastating effects worldwide. The goal of the present study was to investigate the effect of the COVID-19 pandemic on research productivity, work-life arrangements, and mental health of dental professionals worldwide with focus on gender differences.MethodsA 38-item survey, concerning demographics, career stage, employer support, family structure, mental health, and relationships, was distributed to 7692 active members of the International Association for Dental Research. Bivariate associations between independent variables and the primary outcome variable were tested using Spearman's correlation test. A logistic regression model was used to assess the simultaneous, independent associations between each variable and researcher productivity.ResultsA total of 722 responses were obtained, indicating a 9.4% response rate. Higher productivity was reported by male respondents (p = 0.021), and by those in senior career stages (p = 0.001). Institutional support was associated with higher productivity (p < 0.0001). Lower productivity was reported by younger researchers (p = 0.003). Remote work negatively affected productivity (p < 0.0001) and female respondents reported working more hours, regardless of work location (p = 0.004). Poor mental health was associated with low productivity (p < 0.0001).ConclusionsOur results showed that the COVID-19 pandemic significantly affected dental professionals' perceived productivity and mental health around the globe. Younger individuals and women were disproportionally affected, and institutional support had a significant influence to mitigate effects of the pandemic for dental researchers.
| S-EPMC9538829 | biostudies-literature
Project description:BackgroundCOVID-19 is a droplet-transmitted potentially fatal coronavirus pandemic affecting the world in 2020. The WHO recommended social distancing and human-to-human contact was discouraged to control the transmission. It has put many countries in a state of lockdown and sporting events (including the 2020 Olympics) have been affected. Participation in sports and exercise, typically regarded as healthy activities, were also debated. The local professional football leagues, governed by the Hong Kong Football Association, ultimately postponed all matches after much deliberation on the transmission risk for the spectators and on-field players. Large spectating crowds are well-known to be infectious hazards, but the infection risk for on-field players is less recognized. Aside from watching professionals exercise, many people opted to hike in the countryside during the weekends to avoid city crowds. This led to a widespread discussion on the issue of wearing a facemask during outdoor activities.MethodsA small sample of video footage of professional football players were analysed to track each players' time of close body contact and frequency of infection-risky behaviours to investigate the risk of virus transmission during football games.To investigate the physiological effect of wearing a facemask during exercise, we conducted a controlled laboratory, within-subject, repeated measures study of 23 healthy volunteers of various sporting backgrounds. They underwent graded treadmill walking at 4 km per hour for 6 min with and without wearing a surgical mask in a randomized order with sufficient resting time in between trials. The heart rate and the rate of perceived exertion (RPE) were recorded.ResultsIn a 90 min match, the average duration of close contact between professional football players was 19 min and each player performed an average of 52 episodes of infection-risky behaviours. The heart rate and RPE of subjects wearing a facemask was 128 beats per minute and 12.7 respectively. In those without a facemask, the results were a heart rate of 124 beats per minute and a RPE of 10.8.ConclusionThis suggests that the infection risk was high for the players, even without spectators. The laboratory study to investigate the physiological effect of wearing a facemask found that it significantly elevated heart rate and perceived exertion. Those participating in exercise need to be aware that facemasks increase the physiological burden of the body, especially in those with multiple underlying comorbidities. Elite athletes, especially those training for the upcoming Olympics, need to balance and reschedule their training regime to balance the risk of deconditioning versus the risk of infection. The multiple infection-control measures imposed by the Hong Kong national team training centre was highlighted to help strike this balance. Amidst a global pandemic affecting millions; staying active is good, but staying safe is paramount.
| S-EPMC7386263 | biostudies-literature
Project description:In response to the novel coronavirus outbreak, the Japanese government requested the temporary closure of businesses. Consequently, complying with restrictions came to be recognized as the social norm, and stores that continued with business as usual were seen as norm-breakers. This study empirically investigates costly punishment behavior for stores' violation of restrictions and how this behavior changes when a decision-maker receives information pertaining to contrasting norms, implicitly requiring the opposite response. By implementing joy-of-destruction minigames, we found that costly punishment behavior for norm-breakers was significantly stimulated (by approximately 11%) but not increased when additional information was provided.
| S-EPMC8444821 | biostudies-literature
Project description:Objectives:Sports & exercise medicine (SEM) is a specialty encompassing the management of medical problems and injuries related to physical activity through means such as exercise advice and prescription. The field of SEM has been recognised in the UK since 2005 yet there is inadequate exposure of SEM in medical curricula. Conferences may be a way to increase exposure where students meet SEM professionals, gaining greater understanding of SEM career pathways. We therefore carried out a pilot study to assess this. Methods:The King's College London Sports & Exercise Medicine Society organised a student-led conference consisting of six lectures. Seventy-five delegates were given questionnaires on their views on SEM before and after the conference, assessed using the 5-point Likert scale. Results were analysed using a Wilcoxon-Signed Rank statistical test. Results:Questionnaire feedback showed 67.4% of delegates (n=46) had received SEM related teaching in their current degree. Results of our statistical analysis showed an increase in SEM career interest (p=0.0359), an increase in understanding of what a career in SEM involves (p=0.0009) and an increase in delegate's understanding of what is required to pursue a career in SEM (p=0.0004) after our conference. Conclusion:The study showed issues regarding poor exposure to SEM in medical curricula and highlighted the value of student conferences. Students felt they learnt more about the roles within the SEM specialty, aiding future career progression. Thus, we suggest that student-led conferences are a good platform to bridge this gap while medical schools introduce more SEM into their curricula.
| S-EPMC7478070 | biostudies-literature
Project description:The COVID-19 pandemic has necessitated new practices in sports medicine patient care. Telehealth has been validated as a reliable tool for consultations and physical examinations and increases access to care in a cost-efficient manner. Social distancing and avoiding team members who have tested positive are the most effective ways to reduce spread. For screening, daily self-reported symptom checklists and fever monitoring help identify potentially infected athletes who should be instructed to isolate and seek care. Polymerase chain-reaction (PCR) testing for the virus via nasopharyngeal swab is not recommended for screening and should be reserved for symptomatic individuals with fever, cough, or shortness of breath. Face masks and personal protective equipment (PPE) may be beneficial in high-risk settings, but there is little evidence to support use in athletic populations. Median return to play after COVID-19 in elite athletes has been reported as 18 days (range, 12 to 30), with 27% not fully available at 28 days. Chest pain at diagnosis was the only symptom associated with time loss before 28 days. Finally, canceled competitions or time loss results in grief, stress, and frustration for athletes, as well as loss of a social support network and routine training regimens. Mental health support services may be indicated.
| S-EPMC9636596 | biostudies-literature
Project description:ObjectiveTo develop learning outcomes for an ideal MSc in sports and exercise medicine.MethodsTwenty nine learning outcomes were developed based on the learning outcomes, aims, and objectives of current sports medicine courses, occupational standards, and other related data. Using a Likert scale, the opinion of MSc/Dip course directors in the United Kingdom, Ireland, Australia, New Zealand, and South Africa as well as teachers, graduates, and students of the MSc/Dip course at the University of Nottingham were surveyed. An email questionnaire listing the 29 learning outcomes was sent to the subjects. A mixed reminder via email or mail was used. The results were treated as ordinal data, and reliability and internal consistency of the questionnaire was tested using Cronbach's coefficient alpha.ResultsResponse rates were high (75% course directors, 79%, 54%, and 78% University of Nottingham teachers, graduates, and students respectively). The questionnaire was highly reliable (alpha>0.8). The total scores of all but one of the responders were above the midpoint (>87, possible range 29-145). Most course directors (>80%) agreed or strongly agreed with each of the learning outcomes, except two. Most of the other subjects also agreed or strongly agreed with the learning outcomes, with few exceptions.ConclusionThe results suggest that there is a consensus among subjects that the final listed learning outcomes should be included in an ideal MSc in sports and exercise medicine.
| S-EPMC1725026 | biostudies-literature
Project description: Not available
| S-EPMC7222025 | biostudies-literature
Project description:The use of network meta-analysis (NMA) in sport and exercise medicine (SEM) research continues to rise as it enables the comparison of multiple interventions that may not have been assessed in a single randomised controlled trial. NMA can then inform clinicians on potentially better interventions. Despite the increased use of NMA, we have observed that in the SEM field, a key challenge for author groups can be the assessment and reporting of key assumptions, in particular transitivity and consistency. This paper provides SEM researchers with a practical guide on how to approach the transitivity and consistency assumptions of NMA. Using a previously published NMA in the SEM field, we provide the statistical code, source data and worked examples to facilitate understanding and best practice of NMA in the particular field. We hope these resources result in improved conduct and reporting of NMA that ultimately leads to advances in the SEM field.
| S-EPMC11667426 | biostudies-literature
Project description:PurposeTo determine the content posted by sports medicine orthopaedic surgeons on Instagram and Twitter and to evaluate the associated engagement.MethodsData were collected from sports medicine orthopaedic surgeons' Instagram profiles and Twitter profiles between December 2020 and June 2022. The median number of total number of likes, comments, and retweets was calculated. The content of posts from both platforms was divided into the following categories: personal life, research, patient testimony, day in the life, pathway to becoming a physician, clinical cases, medical facts, and team coverage.ResultsData from 71 Instagram profiles and 39 Twitter profiles were used in this study. A total of 1,193 posts were identified on Instagram and 1,284 posts were identified on Twitter. The personal life category had the greatest number of posts on Instagram (303, 25.4%), whereas the medical facts category had the greatest number of posts on Twitter (251, 19.5%). Pathway to becoming a physician had the greatest median number of likes on both Instagram (97.5, range 48-2,467) and Twitter (19, range 0-50) and the greatest median number of comments on Instagram at 16 (range 1-203). The team coverage category on Instagram had the greatest percentage of likes per follower at 9.9%. A significantly greater percentage of orthopaedic surgeons posted about day in the life content, medical facts, and research on Twitter in comparison with Instagram. Instagram resulted in significantly more social media engagement than Twitter in all 8 categories (P < .05).ConclusionsInstagram resulted in significantly more social media engagement across all categories in comparison with Twitter with team coverage, personal life, and pathway to becoming a physician being the most popular categories.Clinical relevanceThe information learned in this study may help sports surgeons understand how they may best utilize social media to engage with others and enhance their clinical practice.
| S-EPMC10792685 | biostudies-literature
Project description:PurposeTo quantify social media use of professional sports team physicians on popular platforms and analyze differences between users and nonusers.MethodsTeam physicians for professional sports teams in the National Football League, National Hockey League, Major League Baseball, and National Basketball Association were identified and characterized based on training background, practice setting, and geographic location. Rates of social media presence on Facebook, Twitter, LinkedIn, Instagram, and ResearchGate were determined. Differences between social media users and nonusers were analyzed.ResultsIn total, 505 professional team physicians were identified across 4 major professional sports; 64.6% of physicians were orthopaedic surgeons. Of 505 physicians, 65.7% had a social media presence. More specifically, 21.8% had a professional Facebook page, 22.6% a professional Twitter page, 52.1% a LinkedIn profile, 21.4% a ResearchGate profile, and 9.1% an Instagram account. Fellowship-trained physicians (P = .008) had greater odds of having a social media presence.ConclusionsNearly two-thirds of professional team physicians have a social media presence, most commonly LinkedIn. Fellowship training is a significant predictor of sports medicine physician social media presence. Sports league affiliation, training background, practice setting, and geographic location are unrelated to social media presence.Level of evidenceIV, cross-sectional study.
| S-EPMC7879189 | biostudies-literature