Strength training has long been recognized as one of the most effective strategies for improving physical performance and body composition. In recent years, eccentric overload methods have gained increasing attention due to their benefits on strength, hypertrophy, and athletic performance. Based on my research and experience in this field, I want to explore the effects […]
Strength training has been an essential component of athletes’ physical preparation for decades, but the approach to applying the right loads has evolved significantly. One method that has gained increased relevance in recent years is eccentric overload training. This type of training emphasizes the eccentric phase of the movement, where the muscle lengthens while under […]
When we talk about improving sprint performance, it’s essential to understand that it’s not just about running faster, but how the body can manage and generate force efficiently in a short period. In my experience working with athletes, one of the most determining factors in explosive speed is the ability to develop both reactive strength […]
The evaluation of performance in sprinter athletes has evolved significantly over time, especially in terms of their ability to maximize reactive strength. This aspect of training has been crucial in understanding how to optimize speed, power, and efficiency in explosive movements, such as drop jumps. In this article, I want to share, based on my […]
Strength training for children and adolescents has been a topic of controversy for many years due to concerns about its impact on growth and health. However, research, such as that presented by AD Faigenbaum in Clinics in Sports Medicine (2023), highlights the potential benefits and the necessary precautions to ensure that this practice is both […]
Strength training has traditionally been associated with increases in muscle power and performance. However, there is growing research suggesting that this type of training can also have a significant impact on the tendinous structures of the body. A study conducted by Kubo et al. (2001) in the Journal of Applied Physiology focuses specifically on the […]
Flywheel training has gained significant popularity in recent years due to its ability to effectively develop strength and power. In team sports, where explosive performance, acceleration, and the ability to change direction are key, this tool offers an efficient methodology to maximize athletes’ physical potential. However, to reap the greatest benefits from this type of […]
The development of explosive strength is a fundamental pillar for improving sports performance, and two of the most common methodologies for this purpose are plyometric training and weight training. These approaches have specific effects on the muscle-tendon complex (MTC), a key unit for force production and jumping ability. Below, we will analyze how each type […]
High-level sports performance, especially those involving jumping, heavily relies on the ability of muscles and tendons to generate, transmit, and utilize force. Tendons not only connect muscles to bones but also act as “springs” that store and release elastic energy. This article explores how tendon elasticity influences jump performance in humans and why understanding these […]
Static stretching is a common practice in both high-performance sports and recreational activities. Despite its popularity, questions remain about how it truly affects the body, particularly tendon properties. One area that deserves attention is how static stretching modifies the viscoelastic properties of tendons, which directly impacts performance and injury prevention. Viscoelastic Properties of the Tendon […]