… human trunk during prolonged flexed postures. Load-relaxation responses were measured
in vivo at several lumbar flexion angles … nonlinear viscoelastic behavior of trunk soft tissues […

… This study examined the effect of sagittal trunk posture on the … was to explore the effect of
sagittal trunk posture on the gait … walk slower with trunk-flexed gait, that trunk-flexed gait would …

… Our results indicate that increased trunk flexion angle during running has a significant
effect on lower extremity kinematics and kinetics. We predicted increased trunk flexion would …

… The goal of the present work was to use this method to investigate the effects of prolonged
trunk flexion on these active and passive components. We hypothesized that: (1) the severity …

… As such, in vivo creep deformations of the human trunk to prolonged and repetitive flexion,
and the dependency of these responses to diverse loading magnitudes/rates, are still …

… the effect of independently manipulating trunk flexion angle. … effect of independently
manipulating trunk flexion during normal walking. Specifically, we sought to understand the impact …

… trunk alignment (eg, flatback). The purpose of this study was to determine the effect of sustained
trunk flexion … gait, facilitating understanding of the effects of spinal pathologies. Subjects …

… effect of trunk flexion is to compare biomechanical characteristics between healthy subjects,
grouped according to their habitual trunk flexion angle … a range of trunk flexion angles from −…

… that both trunk mass and trunk position affect lower extremity … the effects of an added
trunk load and kinematic trunk … peak trunk flexion angle was correlated with peak hip flexion …

… effect on the perception of trunk flexion angle by altering the starting positions of movement
while fixing the range of movement, which means the range effect could be excluded. …