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Postural control during kneeling
Experimental Brain Research, 2008Postural control was studied when the subject was kneeling with erect trunk in a quiet posture and compared to that obtained during quiet standing. The analysis was based on the center of pressure motion in the sagittal plane (CPx), both in the time and in the frequency domains.
Rinaldo André, Mezzarane +1 more
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Afferent Control of Posture and Gait
Electroencephalography and Clinical Neurophysiology, 1985Investigations of the complex movements involved in human posture and gait have been restricted to the description of the efferent arm of the movement, in the form of biomechanical data and muscle electromyographic (EMG) activity. The extent to which the latter, while being generated by a central program, was also influenced by spinal reflex systems ...
V. Dietz, W. Berger, J. Quintern
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Effects of Loratadine on Postural Control
Acta Oto-Laryngologica, 1995The effects of classical sedating antihistamines on cognitive and perceptual functions are well known. Loratadine is a new antihistamine without sedative effects. In this study, loratadine 10 and 40 mg daily, clemastine 2 mg twice daily and placebo were evaluated in 8 healthy subjects in terms of effects on equilibrium as measured with dynamic ...
T, Ledin, L M, Odkvist, C, Möller
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Postural control in otolith disorders
Human Movement Science, 2005It was the aim of the present paper to investigate the influence of otolith disorders on human postural control by different methods. The 33 patients of our study had undergone a minor head injury and suffered subsequently from an utricular or sacculo-utricular disorder as evidenced by vestibular evoked myogenic potential recordings and eccentric ...
Dietmar, Basta +4 more
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Vestibular postural control model
Kybernetik, 1972Current models for physiological components and a posture control experiment conducted with three normal subjects form the basis for a model which seeks to describe quantitatively the control of body sway when only vestibular motion cues are used. Emphasis is placed on delineating the relative functional roles of the linear and the angular acceleration
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1980
Normal posture depends upon the integrated activity of many different regions of the brain. Certain postures are assumed in repose; others are exhibited before any coordinated movement is carried out. The essential elements for most postural activities are present in the spinal cord.
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Normal posture depends upon the integrated activity of many different regions of the brain. Certain postures are assumed in repose; others are exhibited before any coordinated movement is carried out. The essential elements for most postural activities are present in the spinal cord.
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Plasticity of the Postural Function to Sport And/Or Motor Experience
Neuroscience and Biobehavioral Reviews, 2017Thierry Paillard
exaly
Functional Neuroimaging of Human Postural Control: A Systematic Review With Meta-Analysis
Neuroscience and Biobehavioral Reviews, 2020Esther M J Bekkers +2 more
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