Vassis Konstantinos, Misiris Ioannis, Plakias Spyridon, Siouras Athanasios, Spanos Savvas, Giamouridis Eleftherios, Dimitriadis Zacharias, Tsaopoulos Dimitrios, Poulis Ioannis A
Human Performance and Rehabilitation Laboratory, Faculty of Physiotherapy, School of Health Sciences, University of Thessaly, 35132 Lamia, Greece.
"Physio'clock" Advanced Physiotherapy Center, 41223 Larissa, Greece.
J Clin Med. 2025 Sep 7;14(17):6320. doi: 10.3390/jcm14176320.
Football has a high injury risk due to speed and contact, and injury patterns may vary by playing position. Positional roles affect physical and physiological demands and may influence injury characteristics. Although this has been examined in professionals, data from amateur players are scarce. This study examined the incidence, type, and severity of injuries among amateur footballers in Greece with respect to playing position. A retrospective epidemiological study analyzed musculoskeletal injuries in 222 amateur male football players during the 2022-2023 season. Data were collected via a CHERRIES-compliant online survey (SurveyMonkey) from May to July 2023. Eligible participants were active male athletes aged ≥18 years competing in amateur Greek leagues. Injuries were defined according to the FIFA-UEFA consensus and expressed as incidence rates per 1000 h of exposure. Statistical analyses used SPSS v25 with significance at < 0.05. Among players (mean age: 25.3 ± 5.7 years), injury prevalence ranged from 65.1% (DFs) to 79.3% (GKs) with no significant association between playing position and injury risk ( = 0.379). Injury incidence ranged from 4.5 to 5.7 per 1000 h, highest among MFs. Incidence rates ranged between 1.33 and 2.74 injuries/1000 h in matches versus 1.33 to 2.09/1000 h in training, with DFs, FWs, and MFs more prone to match injuries, whereas GKs had slightly higher training rates; however, the number of injuries did not significantly differ between games and training across positions (χ = 5.21, = 0.517). Muscle strains and lower-limb injuries predominated. Injury severity differed significantly by position ( = 0.001), but injury type and mechanism did not. GKs and MFs showed the highest prevalence and incidence, but position was not linked to overall risk. Severity differences highlight the need for position-specific prevention strategies.
由于速度和身体接触,足球运动存在较高的受伤风险,且受伤模式可能因比赛位置而异。位置角色会影响身体和生理需求,并可能影响受伤特征。尽管这一点在职业球员中已有研究,但来自业余球员的数据却很少。本研究调查了希腊业余足球运动员中与比赛位置相关的受伤发生率、类型和严重程度。一项回顾性流行病学研究分析了222名业余男性足球运动员在2022 - 2023赛季期间的肌肉骨骼损伤情况。数据于2023年5月至7月通过符合CHERRIES标准的在线调查(SurveyMonkey)收集。符合条件的参与者为年龄≥18岁、参加希腊业余联赛的现役男性运动员。损伤根据国际足联 - 欧足联共识进行定义,并表示为每1000小时暴露时间的发生率。统计分析使用SPSS v25,显著性水平设定为<0.05。在球员(平均年龄:25.3±5.7岁)中,受伤患病率从65.1%(防守球员)到79.3%(守门员)不等,比赛位置与受伤风险之间无显著关联(P = 0.379)。受伤发生率为每1000小时4.5至5.7次,中场球员的发生率最高。比赛中的发生率在每1000小时1.33至2.74次损伤之间,而训练中的发生率在每1000小时1.33至2.09次之间,防守球员、前锋和中场球员更容易在比赛中受伤,而守门员在训练中的受伤率略高;然而,不同位置在比赛和训练中的受伤数量没有显著差异(χ² = 5.21,P = 0.517)。肌肉拉伤和下肢损伤最为常见。受伤严重程度因位置不同而有显著差异(P = 0.001),但受伤类型和机制没有差异。守门员和中场球员的患病率和发生率最高,但位置与总体风险并无关联。严重程度的差异凸显了针对特定位置的预防策略的必要性。