Giannini Silvana, Amatori Stefano, Vetrano Mario, Battistelli Michela, Belli Annalisa, Musicco Giorgia Simona, Rocchi Marco Bruno Luigi, Sisti Davide, Perroni Fabrizio
Villa Stuart Sport Clinic-FIFA Medical Centre of Excellence, 00136 Rome, Italy.
Department of Biomolecular Sciences, Section of Exercise and Health Sciences, University of Urbino Carlo Bo, 61029 Urbino, Italy.
Int J Environ Res Public Health. 2024 Dec 28;22(1):24. doi: 10.3390/ijerph22010024.
The use of dietary supplements is widespread in sports and fitness, with many products containing multiple ingredients. Among supplements often consumed to support musculotendinous health, collagen hydrolysate (CH) has gained popularity for its potential in improving joint comfort and function. This single-blind quasi-experimental study investigated the effects of a three-month oral supplementation with a specific CH-based product, Chondrovita FIT (Bone Srl, Rome, Italy), on tendon structure in elite Italian skaters. Eighteen male and female elite skaters (mean age: 21 ± 3 years) participated, receiving daily pre-workout (4500 mg CH) and post-workout (2500 mg CH) doses. Tendon structure in the patellar and peroneal tendons was assessed using ultrasound imaging at baseline and post-supplementation. Results showed a significant increase in tendon thickness in both the patellar and peroneal tendons after supplementation, although no changes were observed in the tendon cross-sectional area. These findings suggest that Chondrovita FIT supplementation may induce beneficial structural changes in tendons, potentially supporting tendon health and performance in high-load sports. However, further research is needed to confirm long-term effects and functional outcomes.
膳食补充剂在体育和健身领域广泛使用,许多产品含有多种成分。在常用于支持肌腱健康的补充剂中,水解胶原蛋白(CH)因其在改善关节舒适度和功能方面的潜力而受到欢迎。这项单盲准实验研究调查了为期三个月口服特定的基于CH的产品Chondrovita FIT(意大利罗马的Bone Srl公司)对意大利精英滑冰运动员肌腱结构的影响。18名男女精英滑冰运动员(平均年龄:21±3岁)参与其中,每天在训练前服用(4500毫克CH)和训练后服用(2500毫克CH)。在基线和补充后,使用超声成像评估髌腱和腓骨肌腱的结构。结果显示,补充后髌腱和腓骨肌腱的厚度均显著增加,尽管肌腱横截面积未观察到变化。这些发现表明,补充Chondrovita FIT可能会在肌腱中引起有益的结构变化,潜在地支持高负荷运动中的肌腱健康和表现。然而,需要进一步研究来证实长期影响和功能结果。