Coenzyme Q₁₀ supplementation reverses age-related impairments in spatial learning and lowers protein oxidation

Keyphrases

• Age-associated 18%
• Age-related Cognitive Impairment 100%
• Aged Mice 45%
• Associated Symptoms 9%
• Behavioral Performance 9%
• Beneficial Effects 9%
• Brain Mitochondria 9%
• Coenzyme Q10 100%
• Cognitive Decline 9%
• Cognitive Function 9%
• Cognitive Impairment 9%
• Control Diet 27%
• Deleterious Effects 9%
• Dietary Supplements 9%
• Early Senescence 9%
• Functional Impairment 9%
• Healthy Brain Aging 9%
• High Dose 9%
• Impaired Performance 9%
• Liver 9%
• Low Protein 100%
• Mitochondria 9%
• Morris Water Maze 9%
• Motor Coordination 9%
• Neurodegenerative Conditions 9%
• Oxidative Damage 9%
• Oxidized Proteins 9%
• Protein Oxidation 100%
• Psychomotor Impairment 9%
• Psychomotor Skills 9%
• Skeletal muscle 9%
• Spatial Learning 100%
• Spatial Performance 9%
• Spontaneous Locomotor Activity 9%
• Startle Reflex 9%
• Water Maze Test 9%
• Young Adulthood 9%

Medicine and Dentistry

• Brain Mitochondrion 9%
• Coenzyme Q10 100%
• Cognition 9%
• Cognitive Defect 9%
• Dietary Supplement 9%
• Drug Megadose 9%
• Functional Disease 9%
• Locomotion 9%
• Mitochondrion 9%
• Motor Coordination 9%
• Psychomotor Activity 9%
• Psychomotor Disorder 9%
• Spatial Learning 100%
• Startle Response 9%
• Supplementation 100%
• Water Maze 18%

Neuroscience

• Coenzyme 100%
• Cognitive Disorders 9%
• Dietary Supplement 9%
• Locomotor Activity 9%
• Mitochondrion 18%
• Motor Coordination 9%
• Psychomotor Disorder 9%
• Startle Response 9%
• Water Maze 18%