Central control of postural orientation in flatfish. I. Postural change dependence on central neural changes.

Central control of postural orientation in flatfish. II. Optic-vestibular efferent modification of gravistatic input.

Comparison of Postural Control Between Different Age Groups of Girls With Intellectual Disability

Objective: The control ability different positions of body in space was due to interaction between neural, sensory, and muscle-skeletal systems, which is generally defined as postural control. Limitations in mobility: The prevalence of balance and gait problems is also high in persons with intellectual disabilities. Thus, the present research aimed to examine the effect of visual, proprioceptio...

Postural dependence of human locomotion during gait initiation.

The initiation of human walking involves postural motor actions for body orientation and balance stabilization that must be effectively integrated with locomotion to allow safe and efficient transport. Our ability to coordinately adapt these functions to environmental or bodily changes through error-based motor learning is essential to effective performance. Predictive compensations for postura...

How are postural strategies modified along the time?

Postural control is critical for effective performance of all goal-directed activities. For maintenance of postural equilibrium against gravity and environmental disturbances, central nervous system produces centrally organized patterns of muscle activity based on initial conditions, perturbation characteristics, learning and intention. These organized strategies are called "postural strategies...

Relationship between somatotype and static, semi-dynamic and dynamic postural control in adolescent, young and middle-aged women

Objective: Somatotype is a method to describe the human physique which can influence postural control. The aim of this study was the relationship between somatotype and static, semi-dynamic and dynamic postural control. Methods: 140 females 12-50-year-old(26.45±10.94) participated in this study who had no skeletal, vestibular and neurological abnormalities and no trauma or pain in lower extrem...