Normal aging in mice is associated with a global reduction in cortical spectral power and network-specific declines in functional connectivity

Keyphrases

• Aging 100%
• Normal Aging 100%
• Functional Connectivity 100%
• Spectral Power 100%
• Global Reduction 100%
• Spectral Network 100%
• Brain Oscillations 60%
• Cortex 40%
• Network Connectivity 40%
• Age-related 40%
• Somatomotor 40%
• Network Activity 40%
• Neuronal Changes 40%
• Node Degree 40%
• Wide Frequency Range 40%
• Brain Networks 20%
• Neuronal Activity 20%
• Visual Cortex 20%
• Functional Magnetic Resonance Imaging 20%
• Cingulate 20%
• Motor Activity 20%
• Network Change 20%
• Human Studies 20%
• Cortical Networks 20%
• Synaptic Function 20%
• Electroencephalography 20%
• Spatial Resolution 20%
• High Spatial Resolution 20%
• Neurologic 20%
• Neuronal Network 20%
• Temporal Resolution 20%
• Synaptic Structure 20%
• Retrosplenial 20%
• Evoked Activity 20%
• Thy-1 20%
• Delta Band 20%
• GCaMP6f 20%
• Exploratory Activity 20%
• Delta-deltas 20%
• Homotopic Functional Connectivity 20%
• Behavioral Decline 20%
• Global Decline 20%
• Functional Node 20%
• Delta Power 20%
• Functional Connectivity Degree 20%
• Cortical Disruption 20%
• Cerebral Networks 20%
• Mesoscopic Imaging 20%
• Aged Animals 20%

Neuroscience

• Functional Connectivity 100%
• Neuronal Activity 66%
• Brain Network 33%
• Visual Cortex 33%
• Functional Magnetic Resonance Imaging 33%