Supplementation with N-acetyl cysteine affects motor and cognitive function in young but not old mice

Keyphrases

• N-acetylcysteine 100%
• Cognitive Function 100%
• Aged Mice 100%
• Motor Function 100%
• Dietary Supplementation 28%
• Morris Water Maze 28%
• Control Diet 28%
• Brain Function 28%
• Antioxidant 14%
• Neurodegenerative Diseases 14%
• C57BL 14%
• Aging 14%
• Active Avoidance 14%
• Cognitive Impairment 14%
• Behavioral Tests 14%
• Study Support 14%
• Functional Impairment 14%
• Spontaneous Activity 14%
• Male Mice 14%
• Cognitive Ability 14%
• Redox Status 14%
• Motor Impairment 14%
• Motor Performance 14%
• Minimal Impact 14%
• Cysteine 14%
• Psychomotor Performance 14%
• Nootropic 14%
• Cellular Glutathione 14%
• Running Capacity 14%
• Locomotor Activity Test 14%

Medicine and Dentistry

• Acetylcysteine 100%
• Supplementation 100%
• Cognition 100%
• Motor Performance 100%
• Water Maze 28%
• Brain Function 28%
• Diet Supplementation 28%
• Antioxidant 14%
• Glutathione 14%
• Analysis of Variance 14%
• Degenerative Disease 14%
• Locomotion 14%
• Cognitive Defect 14%
• Functional Disease 14%
• Stereotypic Movement Disorder 14%
• Precursor 14%
• Psychomotor Performance 14%
• Cysteine 14%

Neuroscience

• Acetylcysteine 100%
• Cognitive Function 100%
• Water Maze 28%
• Brain Function 28%
• Antioxidant 14%
• Glutathione 14%
• Neurodegenerative Disorder 14%
• Locomotor Activity 14%
• Cysteine 14%
• Active Avoidance 14%
• Cognitive Disorders 14%
• Behavioral Test 14%
• Stereotypic Movement Disorder 14%
• Nootropic 14%