Neural correlates of single-vessel haemodynamic responses in vivo

Keyphrases

• Neural Correlates 100%
• Hemodynamic Response 100%
• Spiking Activity 100%
• Single Vessel 100%
• Synaptic Activity 75%
• Hemodynamic Signal 75%
• Vascular Reactivity 50%
• Neural Activity 50%
• Synaptic 50%
• Orientation Preference 50%
• Stimulus Orientation 50%
• Surrounding Tissues 50%
• Penetrating Arterioles 50%
• Blood Vessels 25%
• Calcium-binding Proteins 25%
• Local Field Potential 25%
• Blood Flow 25%
• Neural Activation 25%
• Neural Response 25%
• Two-photon Microscopy 25%
• Visual Stimuli 25%
• Primary Visual Cortex 25%
• Excitatory Synaptic Transmission 25%
• Blood Flow Velocity 25%
• Cortical Layers 25%
• Neural Signals 25%
• Orientation Selective 25%
• Vessel Dilation 25%
• Tuning Curve 25%
• Orientation Selectivity 25%
• Pial Surface 25%
• Vascular Dilation 25%
• Orientation Map 25%
• Vessel Response 25%
• Glutamate Biosensor 25%
• Hemodynamic Imaging 25%
• Relative Role 25%
• Functional Imaging Techniques 25%
• New Map 25%
• Rat Visual Cortex 25%
• Sensory-evoked Response 25%

Neuroscience

• In Vivo 100%
• Visual Cortex 100%
• Arteriole 100%
• Imaging Technique 50%
• Functional Imaging 50%
• Local Field Potential 50%
• Glutamic Acid 50%
• Nerve Potential 50%
• Sensory Evoked Potential 50%