Background: Despite extensive literature regarding laboratory-based balance perturbations,
there is no up-to-date systematic review of methods. This systematic review aimed to assess …

Background: Humans encounter disturbances like slips, pushes, and trips while walking,
mainly from external forces. Technological advances have improved methods to study these …

Although reactive arm motions are important in recovering from a slip event, the
biomechanical influences of upper extremity motions during slipping are not clear. The …

This study was aimed at verifying whether aging modifies intralimb coordination strategy
during corrective responses elicited by unexpected slip-like perturbations delivered during …

Although humans are well-adapted to negotiating sloped terrain, balance recovery after a
disturbance on slopes is poorly understood. This study investigated how slope affects …

Slips are the leading cause of falls, and understanding slip biomechanics is crucial for
preventing falls and mitigating their negative consequences. This study analyses human …

Investigating of locomotor disturbances are relevant in human injury and performance.
Therefore, lower extremity kinematics were analysed in response to decelerative …

Loss of stability is a precursor to falling and therefore represents a leading cause of injury,
especially in fragile people. Thus, dynamic stability during activities of daily living (ADLs) …

Introduction Slip-related falls are a significant concern, particularly for vulnerable
populations such as the elderly and individuals with gait disorders, necessitating effective …

This study aimed to investigate how external perturbations caused by the treadmill belt's
deceleration during the pre-swing phase affect gait kinematics and kinetics in young adults …