Introduction Anterior cruciate ligament reconstruction (ACLR) is characterized by persistent
involved limb functional deficits that persist for years despite rehabilitation. Previous …

Anterior cruciate ligament injury may induce neurophysiological changes for sensorimotor
control. Neuroimaging investigations have revealed unique brain activity patterns for knee …

Study Design Controlled laboratory study. Background Anterior cruciate ligament (ACL)
injury may result in neuroplastic changes due to lost mechanoreceptors of the ACL and …

Context: Anterior cruciate ligament (ACL) injury may cause neuroplastic changes that affect
the motor control capabilities of the proximal segments. These alterations may not be …

Background Central nervous system (CNS) function after ACLR, quantified by the blood
oxygen level dependent (BOLD) response, is altered in regions of sensory function during …

Background: Anterior cruciate ligament (ACL) rupture is a common knee injury among
athletes and physically active adults. Despite surgical reconstruction and extensive …

Background Anterior cruciate ligament (ACL) injury has multifactorial causes encompassing
mechanical, hormonal, exposure, and anatomical factors. Alterations in the central nervous …

Knee proprioception deficits and neuroplasticity have been indicated following injury to the
anterior cruciate ligament (ACL). Evidence is, however, scarce regarding brain response to …

Background To better understand the neural drivers of aberrant motor control, methods are
needed to identify whole brain neural correlates of isolated joints during multi-joint lower …

Simple Summary We report that patients with anterior cruciate ligament reconstruction have
similar postural control but different cortical activation patterns in several regions of the brain …