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An unavoidable modulation? Sensory attention and human primary motor cortex excitability
Diane Ruge,
Neil Muggleton
, Damon Hoad, Antonio Caronni, John C. Rothwell
認知智慧與精準健康照護研究中心
認知神經科學研究所
研究成果
:
雜誌貢獻
›
期刊論文
›
同行評審
22
引文 斯高帕斯（Scopus）
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Keyphrases
Primary Motor Cortex
100%
Cognitive State
100%
M1 Excitability
100%
Motor Cortex Excitability
100%
Sensory Attention
100%
Attentional Modulation
50%
Physiological Condition
50%
Management Strategy
50%
Visual Target
50%
Focus of Attention
50%
Clinical Application
50%
Healthy Individuals
50%
Electrophysiology
50%
Excitability
50%
Motor Evoked Potential
50%
Prevention Strategies
50%
Movement Disorders
50%
Task-specific Dystonia
50%
Neuropsychiatric Disorders
50%
Laboratory-based
50%
Locus of Attention
50%
Use-dependent
50%
External Focus
50%
Motor Disorders
50%
Physiological Mechanism
50%
Internal Locus
50%
Internal Focus
50%
Motor Symptoms
50%
Mental Strategies
50%
Capacity for Change
50%
Neuroscience
Primary Motor Cortex
100%
Cortical Excitability
100%
Excitability
100%
Cognitive State
66%
Stereotypic Movement Disorder
66%
Motor Evoked Potential
33%
Gamma-Aminobutyric Acid
33%
Dystonia
33%
Electrophysiology
33%
Psychology
Inhibition
100%
Motor Cortex
100%
Cognitive State
100%
Evoked Potential
50%
Electrophysiology
50%
Dystonia
50%
Movement Disorder
50%
Physiological State
50%
Medicine and Dentistry
Primary Motor Cortex
100%
Cortical Excitability
100%
Excitability
100%
Stereotypic Movement Disorder
66%
Physiological State
33%
Electrophysiology
33%
Dystonia
33%
Motor Evoked Potential
33%
Gamma-Aminobutyric Acid
33%
Biochemistry, Genetics and Molecular Biology
Cortical Excitability
100%
Excitability
100%
Normal Human
33%
Electrophysiology
33%
Motor Evoked Potential
33%
Gamma-Aminobutyric Acid
33%