The Extent of Neuromuscular Training in Modifying Biomechanical Risk Factors for ACL Injury in Female Basketball Players

Female basketball players are at a substantially higher risk of experiencing Anterior Cruciate Ligament (ACL) injuries than male players. Many of these are non-contact injuries that happen during deceleration, landing from jumps, and changes in direction. Neuromuscular training (NMT) has drawn growing interest, as it aims to modify the potentially preventable movement patterns that contribute to ACL injuries. This essay examines the extent to which NMT modifies the biomechanical risk factors associated with ACL injuries in female basketball players. Research has shown that NMT can produce meaningful improvements in several biomechanical variables, particularly dynamic knee valgus and lumbopelvic control. However, its effectiveness is not guaranteed, and factors such as duration, specificity, and intervention content must also be considered. Programs that combine plyometrics, strength, balance, and movement feedback appear to be more effective than interventions focused on agility alone. Although some studies suggest NMT reduces injury incidence, most available research measures biomechanical change rather than tracking ACL injuries directly. As a result, the evidence supporting NMT is strongest with respect to the modification of biomechanical risk factors, though the degree to which these alterations translate into long-term ACL injury prevention remains far less established. These findings can offer a useful reference for designing ACL injury-prevention training programmes for female basketball players.