Touchscreen-Based Cognitive Training Alters Functional Connectivity Patterns in Aged But Not Young Male Rats

Keyphrases

• Young Males 100%
• Male Rats 100%
• Cognitive Training 100%
• Functional Connectivity Pattern 100%
• Prelimbic Cortex 60%
• Age-related 40%
• Cortical Areas 40%
• Perirhinal Cortex 40%
• Retrosplenial Cortex 40%
• Global Functional Connectivity 40%
• Resting-state Functional Connectivity 40%
• Older Adults 20%
• Rat Model 20%
• Cellular Level 20%
• Task Performance 20%
• Brain Regions 20%
• Age Groups 20%
• Age-related Cognitive Impairment 20%
• Cortex 20%
• Resting State 20%
• Temporal Lobe 20%
• Old Age 20%
• Young Animals 20%
• Compensatory Mechanisms 20%
• Aged Male Rats 20%
• Aged Rats 20%
• Young Rats 20%
• System Level 20%
• Pharmacotherapy 20%
• Cognitive Outcome 20%
• Aging Model 20%
• Learning Task 20%
• Cellular Changes 20%
• Associative Memory 20%
• Seed-based Functional Connectivity 20%
• Large-scale Brain Networks 20%
• Task-irrelevant 20%
• Object Location 20%
• Paired-associate Learning 20%
• Multiple Brain Regions 20%

Neuroscience

• Functional Connectivity 100%
• Brain Region 50%
• Cortical Area 50%
• Retrosplenial Cortex 50%
• Temporal Lobe 25%
• Brain Network 25%
• Resting-State Functional Connectivity 25%
• Associative Memory 25%
• Perirhinal Cortex 25%
• Drug Therapy 25%
• Older Adults 25%
• Cognitive Decline 25%