Cortical lamina-dependent blood volume changes in human brain at 7T

Keyphrases

• Functional Magnetic Resonance Imaging 100%
• Human Brain 100%
• Vascular Space Occupancy 100%
• Cortical Laminae 100%
• Blood Volume Change 100%
• Layer-dependent 80%
• Gradient Echo 60%
• Cerebral Blood Volume 60%
• Low Sensitivity 40%
• Blood Oxygenation Level-dependent Response 40%
• Lamin 40%
• Cortical Layers 40%
• Submillimeter Resolution 40%
• Cortical Profile 40%
• High Sensitivity 20%
• High-resolution 20%
• Neural Activity 20%
• High Field 20%
• Signal Change 20%
• Volume-based 20%
• Partial Volume Effect 20%
• Gray Matter 20%
• Agent-based 20%
• Blood Oxygen Level-dependent 20%
• Magnetic Resonance Imaging Techniques 20%
• Positive Activation 20%
• Magnetic Resonance Imaging Study 20%
• Large Vessel 20%
• Activity Change 20%
• Activation Map 20%
• Finger Tapping 20%
• Animal Brain 20%
• Signal Difference 20%
• Sulcus 20%
• Ipsilateral Hemisphere 20%
• Input-output Characteristic 20%
• Cortical Circuits 20%
• Primary Sensory Cortex 20%
• Human Motor Cortex 20%
• Draining Vein 20%
• Non-invasive Modality 20%
• Characteristic Layers 20%
• Iron Oxide Contrast Agent 20%
• Ipsilateral Primary Motor Cortex 20%

Neuroscience

• Functional Magnetic Resonance Imaging 100%
• Gray Matter 20%
• Contrast Medium 20%
• Motor Cortex 20%
• Primary Motor Cortex 20%
• Sensory Cortex 20%