Ben-Zaken Sigal, Eliakim Alon, Nemet Dan, Kaufman Leonid, Meckel Yoav
Genetics and Molecular Biology Laboratory, The Academic College at the Wingate, Wingate Institute, Netanya, Israel.
Child Health and Sports Center, Pediatric Department, Meir Medical Center, Kfar Saba, Israel.
Biol Sport. 2022 Jan;39(1):157-170. doi: 10.5114/biolsport.2022.102868. Epub 2021 Apr 1.
A successful swimming performance is a multi-factorial accomplishment, resulting from a complex interaction of physical, biomechanical, physiological and psychological factors, all of which are strongly affected by the special medium of water as well as by genetic factors. The nature of competitive swimming is unique, as most of the competitive events last less than four minutes. Yet training regimens have an endurance nature (many hours and many kilometres of swimming every day), which makes it impossible to classify swimming by definitions of aerobic-type or anaerobic-type events, as in track and field sports. Therefore, genetic variants associated with swimming performance are not necessarily related to metabolic pathways, but rather to blood lactate transport (), muscle functioning ( axis), muscle damage (IL6) and others. The current paper reviews the main findings on the leading 12 genetic polymorphisms (located in the genes) related to swimming performance, while taking into consideration the unique environment of this sport.
成功的游泳表现是一项多因素成就,它源于身体、生物力学、生理和心理因素的复杂相互作用,所有这些因素都受到水这种特殊介质以及遗传因素的强烈影响。竞技游泳的性质独特,因为大多数竞技项目持续时间不到四分钟。然而,训练方案具有耐力性质(每天游泳数小时、数公里),这使得无法像田径运动那样根据有氧型或无氧型项目的定义对游泳进行分类。因此,与游泳表现相关的基因变异不一定与代谢途径有关,而是与血乳酸转运()、肌肉功能(轴)、肌肉损伤(IL6)等有关。本文回顾了与游泳表现相关的12种主要基因多态性(位于基因中)的主要研究结果,同时考虑到这项运动的独特环境。