The Achilles tendon (AT) is the strongest tendon in humans, yet it often suffers from injury.
The mechanical properties of the AT afford efficient movement, power amplification and …

Blood flow-restricted exercise is currently used as a low-intensity time-efficient approach to
reap many of the benefits of typical high-intensity training. Evidence continues to lend …

Background Running economy is defined as the energy demand at submaximal running
speed, a key determinant of overall running performance. Strength training can improve …

Therapeutic exercise is widely considered a first line fundamental treatment option for
managing tendinopathies. As the Achilles tendon is critical for locomotion, chronic Achilles …

The Achilles tendon (AT) is sensitive to mechanical loading, with appropriate strain
improving tissue mechanical and material properties. Estimating free AT strain is currently …

Strength training in prepubertal children is one of the topics that has aroused the most
interest and controversy among training professionals in recent years. Therefore, the aim of …

Achilles' tendon (AT) injuries such as ruptures and tendinopathies have experienced a
dramatic rise in the mid-to older-aged population. Given that the AT plays a key role at all …

Advanced Neuromuscular Exercise Physiology, Second Edition, uses a mix of biochemistry,
molecular biology, neurophysiology, and muscle physiology to provide a synthesis of …

Determining how the quadriceps femoris musculotendinous unit functions, according to hip
and knee joint angles, may help with clinical decisions when prescribing knee extension …

Human tendons adapt to mechanical loading, yet there is little information on the effect of the
temporal coordination of loading and recovery or the dose–response relationship. For this …