Department of Medicine, Division of Sports and Rehabilitation Medicine, Ulm University Hospital, Ulm, Germany.
Division of Clinical & Biological Psychology, Institute of Psychology and Education, Ulm University, Ulm, Germany.
PLoS One. 2023 May 15;18(5):e0285845. doi: 10.1371/journal.pone.0285845. eCollection 2023.
COVID-19 is a multi-systemic disease which can target the lungs and the cardiovascular system and can also affect parts of the brain for prolonged periods of time. Even healthy athletes without comorbidities can be psychologically affected long-term by COVID-19.
This study aimed to investigate athletes' perceived mental stress and recovery levels in daily life, and their maximal aerobic power, at three different time points, post COVID-19.
In total, 99 athletes (62.6% male), who had been infected by COVID-19, filled out the Recovery Stress Questionnaire for Athletes (REST-Q-Sport) and completed cardiopulmonary exercise testing (endpoint maximal aerobic power output (Pmax)) at the initial screening (t1: 4 months after infection). Follow-up assessments occurred three (t2, n = 37) and seven months after t1 (t3, n = 19).
Subgroup means from the Recovery category were significantly below the reference value of four at all three time points, except "General Recovery" (3.76 (± 0.96), p = 0.275, d = 0.968) at t3."Overtiredness" (2.34 (± 1.27), p = 0.020, r = 0.224) was significantly above the reference value of two at t1, while all other Stress subgroups were not significantly different from the reference value or were significantly below the maximum threshold of two at t1, t2 and t3. Spearman's ρ revealed a negative association between Pmax and the subcategories of stress (ρ = -0.54 to ρ = -0.11, p < 0.050), and positive correlations between Pmax and "Somatic Recovery" (ρ = 0.43, p < 0.001) and "General Recovery" (ρ = 0.23, p = 0.040) at t1. Pmax (t1: 3.83 (± 0.99), t2: 3.78 (± 1.14), β = 0.06, p < 0.003) increased significantly from t1 to t2. In addition, REST-Q-Sport indicated a decrease in "Sleep" (t2 = 2.35 (± 0.62), t3 = 2.28(± 0.61), β = -0.18, p < 0.023) at t3, when compared to t2.
The perceived recovery seems to be negatively affected in post COVID-19 athletes. Physical performance post COVID-19 correlates with both "Emotional and Somatic Stress" and "Somatic and General Recovery", indicating potential mental and physical benefits of exercise. While it is evident that COVID-19, like other viral infections, may have an influence on physical performance, monitoring stress and recovery perceptions of athletes is critical to facilitate their return-to-sports, while minimizing long-term COVID-19 induced negative effects like the athletic objective and subjective perceived recovery and stress levels.
COVID-19 是一种多系统疾病,可影响肺部和心血管系统,也可长时间影响大脑的某些部位。即使是没有合并症的健康运动员也可能因 COVID-19 而长期受到心理影响。
本研究旨在调查 COVID-19 后三个不同时间点运动员在日常生活中的感知心理压力和恢复水平,以及他们的最大有氧能力。
共有 99 名感染 COVID-19 的运动员(62.6%为男性)填写了运动员恢复应激问卷(REST-Q-Sport),并在初始筛查(t1:感染后 4 个月)时进行心肺运动测试(终点最大有氧能力输出(Pmax))。随后在 t1 后 3 个月(t2,n=37)和 7 个月(t3,n=19)进行了随访评估。
除了“一般恢复”(3.76(±0.96),p=0.275,d=0.968)在 t3 时外,所有三个时间点的恢复类别中的亚组平均值均显著低于参考值 4。在 t1 时,“过度疲劳”(2.34(±1.27),p=0.020,r=0.224)显著高于参考值 2,而其他所有应激亚组均与参考值无显著差异,或在 t1、t2 和 t3 时均显著低于 2 的最大阈值。Spearman's ρ 显示 Pmax 与应激亚组之间呈负相关(ρ=-0.54 至 ρ=-0.11,p<0.050),而 Pmax 与“躯体恢复”(ρ=0.43,p<0.001)和“一般恢复”(ρ=0.23,p=0.040)呈正相关在 t1 时。Pmax(t1:3.83(±0.99),t2:3.78(±1.14),β=0.06,p<0.003)从 t1 到 t2 显著增加。此外,REST-Q-Sport 表明在 t3 时,与 t2 相比,“睡眠”(t2=2.35(±0.62),t3=2.28(±0.61),β=-0.18,p<0.023)有所下降。
COVID-19 后运动员的恢复感知似乎受到负面影响。COVID-19 后运动员的身体表现与“情绪和躯体应激”和“躯体和一般恢复”相关,表明运动可能具有潜在的身心益处。虽然 COVID-19 与其他病毒感染一样,可能对身体表现产生影响,但监测运动员的应激和恢复感知对于促进他们重返运动至关重要,同时最大限度地减少 COVID-19 引起的长期负面影响,如运动员的客观和主观感知的恢复和应激水平。