Hames Thomas, Leddington-Wright Sheila, Thake C Douglas, De Smet Stefan, Price Mike
School of Health and Life Sciences, Faculty of Engineering, Environment and Science, Coventry University, Coventry, United Kingdom.
Physical Activity, Sport and Exercise Sciences, Institute of Health and Wellbeing, Coventry University, Coventry, United Kingdom.
Front Sports Act Living. 2024 Nov 29;6:1445491. doi: 10.3389/fspor.2024.1445491. eCollection 2024.
Little information is available regarding the TL and training practices of competitive athletes who are solid-organ recipients. This study characterized TL and practices of competitive organ-recipients at the British and World Transplant Games, 2017.
Questionnaire data was gathered from 220 participants regarding sporting events and type, frequency, duration and intensity of training sessions undertaken. TL for each training session (session duration × session rating of perceived exertion [RPE]) and total TL were determined.
Overall participants trained 5 ± 3 times per week at an RPE of 5 ± 2 AU for between 60 and 75 min per session (TL ∼1,500-1,875 AU). Most participants ( = 176; 79.7%) reported training three or more times each week. Approximately half (49%) the participants reported undertaking resistance training each week (3 ± 2 sessions per week, RPE of 6 ± 2 AU, 45-60 min per session; TL ∼810-1,080 AU, respectively). Of those participants undertaking resistance training 75% undertook two or more sessions each week. Participants generally undertook most events within a predominant sport with one or two events in a secondary sport. Typical weekly TL for the whole group was 2,762 ± 3,583 AU with considerable variation within and across sports (cycling 4,383 ± 4,005 AU; field athletics 3,671 ± 6,181 AU; court-based sports 2,645 ± 3,308 AU; high physical demand sports [e.g., skiing, triathlon] 2,595 + 2,247 AU; track athletics 2,547 ± 2,664 AU; swimming 2,091 ± 1,070 AU; low physical demand sports [e.g., darts, petanque, walking] 1,182 + 801 AU). Sports-specific TL for predominant and secondary sports was ∼1,500 AU. Resistance training and gym-based aerobic training were the most frequent non-specific training components undertaken. Most competitors (79%) were active in sport prior to transplant.
The wide range of TL and components undertaken by athletes with solid-organ transplants likely reflects the multiple and diverse event participation of competitive organ-recipients as well as the diverse physical fitness profiles and incentives to participate. Optimization of TL both for multiple competitive sports and maintenance of health should be considered for these athletes.
关于实体器官移植受者这一群体中竞技运动员的训练负荷(TL)和训练实践的信息较少。本研究对参加2017年英国和世界移植运动会的竞技器官移植受者的训练负荷及实践进行了特征分析。
收集了220名参与者关于体育赛事以及所进行训练课程的类型、频率、时长和强度的问卷数据。计算每次训练课程的训练负荷(课程时长×主观用力程度分级[RPE])以及总训练负荷。
总体而言,参与者每周训练5±3次,每次训练的主观用力程度分级为5±2任意单位,每次训练时长在60至75分钟之间(训练负荷约为1500 - 1875任意单位)。大多数参与者(n = 176;79.7%)报告每周训练三次或更多次。约一半(49%)的参与者报告每周进行抗阻训练(每周3±2次课程,主观用力程度分级为6±2任意单位,每次课程45 - 60分钟;每次课程训练负荷分别约为810 - 1080任意单位)。在进行抗阻训练的参与者中,75%的人每周进行两次或更多次课程。参与者通常在一项主要运动项目中参加大多数赛事,同时在一项次要运动项目中参加一两项赛事。整个群体的典型每周训练负荷为2762±3583任意单位,不同运动项目内部和之间存在相当大的差异(自行车运动4383±4005任意单位;田赛4383±4005任意单位;球类运动2645±3308任意单位;高体能需求运动[如滑雪、铁人三项]2595 + 2247任意单位;径赛2547±2664任意单位;游泳2091±1070任意单位;低体能需求运动[如飞镖、地掷球、步行]1182 + 801任意单位)。主要和次要运动项目的特定运动训练负荷约为1500任意单位。抗阻训练和健身房有氧训练是最常进行的非特定训练项目。大多数参赛者(79%)在移植前就积极参与体育运动。
实体器官移植运动员所承受训练负荷的广泛范围及训练项目可能反映出竞技器官移植受者参与赛事的多样性以及不同的身体素质状况和参赛动机。对于这些运动员,应考虑针对多种竞技运动优化训练负荷以及维护健康。