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Prolonged intake of coenzyme Q
10
impairs cognitive functions in mice
Overview
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Dive into the research topics of 'Prolonged intake of coenzyme Q
10
impairs cognitive functions in mice'. Together they form a unique fingerprint.
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Keyphrases
Cognitive Function
100%
Coenzyme Q10
100%
Aged Mice
25%
Age-associated
25%
Motor Function
25%
Mortality Rate
12%
High Dose
12%
Learning Memory
12%
Physiological Condition
12%
Cognitive Impairment
12%
Pathological Conditions
12%
Age-related
12%
Dietary Supplements
12%
Spatial Learning Memory
12%
Motor-sensory
12%
Sensory Impairment
12%
Sensory Function
12%
Survivorship
12%
Bioenergetics
12%
Cognitive-motor
12%
Aging Process
12%
Sensory-motor Function
12%
Ultra-low Dose
12%
Shock
12%
Anti-aging Products
12%
Ubiquinol
12%
Cerebral Cortex
12%
Muscle Strength
12%
Spontaneous Activity
12%
Strength Balance
12%
Acuity
12%
Medicine and Dentistry
Coenzyme Q10
100%
Cognition
100%
Motor Performance
25%
Shock (Circulatory)
12%
Drug Megadose
12%
Low Drug Dose
12%
Spatial Learning
12%
Dietary Supplement
12%
Cerebral Cortex
12%
Ubiquinol
12%
Muscle Strength
12%
Sensorimotor Function
12%
Aging
12%
Biochemistry, Genetics and Molecular Biology
Coenzyme Q10
100%
Cognition
100%
Motor Performance
25%
Spatial Learning
12%
Muscle Strength
12%
Low Drug Dose
12%
Aging
12%
Sensorimotor Function
12%
Drug Megadose
12%
Bioenergetics
12%
Neuroscience
Cognitive Function
100%
Coenzyme
100%
Dietary Supplement
12%
Cerebral Cortex
12%