[Vestibular effects on visual and auditory function during the formation of the perception of space, time and movement combination (the space-time-movement combination)].
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Hearing↗
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Results for “Movement”
Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.
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Benesh movement notation. An introduction to recording movement data.
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Gait↗
Benesh Movement Notation. An introduction to recording clinical data. Part II: Recording timing and the quality of movement.
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Data Collection↗
[Eye movements and pursuit eye movements in normal subjects].
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Adult↗
Spatially selective visual attention and generation of eye pursuit movements. Experiments with sigma-movement.
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Adult↗
Principles of simulation of voluntary movements (kinesthetic afferentation, reflex activity, and voluntary movements).
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Adult↗
Benesh Movement Notation. An introduction to recording clinical data. Part 4: Recording movements across the midline and repeat signs.
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Data Collection↗
[A study of eye movement during sleep. 1) Analyses of rapid eye movements in normal subjects (author's transl)].
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Adult↗
Benesh Movement Notation. An introduction to recording clinical data. Part 5: recording head and trunk movements.
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Abdomen↗
Benesh movement notation: an introduction to recording clinical data. Part 1: Basic signs, recording postures and simple arm and leg movements.
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Arm↗
Benesh Movement Notation: an introduction to recording clinical data. Part 2: movement lines.
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Arm↗
[Was Bennett's movement included in the movement described by Antoine Ferrein en 1744?].
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Dental Occlusion↗
[Use of an objective indicator to follow the development of anesthetic recovery: global movements of the body--movements of gaze positions].
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Adolescent↗
Movement-related cortical potentials after automatized and controlled writing-related movements.
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Acceleration↗
Latency of eye movement and mean latency of eye movement within REM sleep. The methods and the applications.
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Amitriptyline↗
Readiness potentials related to self-initiated movement and to movement preceded by time estimation: a comparison.
Two procedures for eliciting premovement potentials were compared: (1) the estimation of a 3 s interval elapsed after a warning auditory signal, and (2) classical "self-pacing". Eleven healthy right-handed subjects participated in the experiment, EEG records from scalp electrodes placed at CZ, C3+ and C4+ were analyzed. It has been shown that both procedures induced similar premovement potentials except that in the first procedure the early component of the potential was longer. The time estimation itself induced a negative slow potential consisting of a rapid set-up and a subsequent plateau.
Adolescent↗
[Central mechanisms of the organization and regulation of voluntary movements in 6-10-year-old children. I. Electrophysiologic analysis of the process of preparation for movement].
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Brain↗
[Central mechanisms of regulation of voluntary movements in 6-10-year-old children. II. Electrophysiologic analysis of movement performance in right-handed children].
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Central Nervous System↗