Background: Neuromuscular training may reduce risk factors that contribute to ACL injury incidence in female athletes. Multi-component, ACL injury prevention training programs can be time and labor ...

Objective: To investigate whether a 6-month neuromuscular warm-up programme could improve muscle power, balance, speed and agility. Design: Cluster randomised controlled study. Setting: 27 top level ...

During the competitive ski season, Olympic and X Games Slopestyle medalist Nick Goepper doesn’t like to tax his body more than his skiing already does. On a typical morning, he wakes at 7:30 a.m. and ...

Background Neuromuscular training programs have shown to decrease injury rates in sport specific domains; however, there is limited research in non-sport populations. Objective Examine the ...

Research has shown that, when performed properly and under supervision, neuromuscular exercises improve agility, balance, reaction speed and muscle coordination. They also increase joint stability and ...

In a recent study published in JAMA Internal Medicine, researchers examine the potential of neuromuscular training to prevent chemotherapy-induced peripheral neuropathy (CIPN). Study: Preventive ...

Neuromuscular training improves balance, stability, coordination and reaction speed, increasing patients’ ability to perform daily chores and allowing them to gain quality of life. Ten lecturers from ...

Adolescence is accompanied by rapid body changes: bones grow, muscles develop, and balance changes. The researchers note that neuromuscular training helps teenagers maintain coordination and control ...

Teenagers often experience a loss of coordination due to rapid physical growth, where bones, muscles, and nerve connections develop at different rates, leading to a period of "motor-skill ...

Neuromuscular training decreased the onset of chemotherapy-induced peripheral neuropathy (CIPN) in cancer patients, a randomized trial showed. Among patients who were receiving either oxaliplatin or ...

The current study results may be limited by the selection of 25.25 Nm knee abduction to classify a female as "high-risk" for ACL injury. However, a value greater than 25 Nm would likely place the knee ...