SPECIAL FUNCTIONAL SYSTEMS OF THE BODY IN CYCLIC SPORTS
Abstract
Aim. This study aims to investigate the structural and functional adaptations of special functional systems (SFS) in cyclic sports, with a focus on phase analysis, long-term adaptation mechanisms, and the development of integral performance indicators to enhance athletic efficiency. Materials and methods. The study involved 20 elite athletes (aged 18–22 years) specializing in cyclic sports, with qualifications ranging from Candidate Master of Sports (CMS) to Master of Sports International Class (MSIC). Multidimensional assessments were conducted using the following methods: central and peripheral hemodynamics – Centaur computerized system (Microlux, Russia); body composition analysis – BC-418 (Tanita, Japan); postural balance assessment – stabilometric platform (MBN, Russia); respiratory and circulatory dynamics – SCHILLER’s diagnostic station (Schiller, Switzerland); and metabolic, hematological, and cardiopulmonary function – AMP system analyzer (AMP, Ukraine). Results. Quantitative data were obtained for postural control, segmental body composition, cardiopulmonary efficiency, and hemodynamic regulation. Conclusion. The study demonstrates that block-periodized training, synchronized with SFS biorhythms, necessitates individualized adjustments in recovery and rehabilitation protocols. Further research should prioritize integrative dynamic criteria and predictive performance indicators to refine training methodologies in cyclic sports.
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