Keyphrases
Functional Magnetic Resonance Imaging
100%
Hemodynamic Response
100%
Ultra-high Field MRI
100%
Vascular Physiology
100%
Cerebral Blood Volume
55%
Point Spread Function
33%
Field Strength
22%
Post-stimulus Undershoot
22%
Blood Volume Change
22%
Contrast-to-noise
22%
Microvasculature
11%
Oxygenation
11%
Adaptation
11%
Physiological Parameters
11%
Blood Vessels
11%
Cognitive Processes
11%
Age of Onset
11%
Cortical Layers
11%
Human Brain
11%
Ultrahigh Magnetic Field
11%
High-resolution fMRI
11%
Postcapillary
11%
Vascular Function
11%
Spatial Distribution
11%
High Contrast
11%
Cortical Tissue
11%
Neuronal Activity
11%
Optical Imaging
11%
Capillary Blood
11%
Cerebral Oxygenation
11%
Magnetic Field Strength
11%
Initial Dip
11%
Blood Oxygenation Level-dependent Response
11%
MRI Parameters
11%
Pial
11%
Cortical Column
11%
Lower Layer
11%
Slow Recovery
11%
Field Strength Dependence
11%
Signal Latency
11%
Venous Cerebral Blood Volume
11%
Spatiotemporal Characteristics
11%
Spatial Points
11%
High Spatial Resolution Imaging
11%
Balloon Effect
11%
Vascular Property
11%
Volume Distribution
11%
Vascular Structure
11%
Penetrating Artery
11%
Signal Transient
11%
Neuronal Response Latency
11%
Blood Oxygen Level Dependent (BOLD) Response
11%
INIS
nmr imaging
100%
physiology
100%
blood
100%
brain
100%
volume
75%
signals
50%
tissues
37%
stimuli
37%
layers
37%
levels
25%
arteries
25%
stimulation
25%
veins
25%
simulation
25%
noise
25%
magnetic fields
25%
transients
25%
values
12%
humans
12%
information
12%
capillaries
12%
recovery
12%
resolution
12%
distribution
12%
blood vessels
12%
surfaces
12%
probes
12%
spatial resolution
12%
spatial distribution
12%
balloons
12%
Medicine and Dentistry
Magnetic Resonance Imaging
100%
Hemodynamic
100%
Functional Magnetic Resonance Imaging
100%
Vascular Physiology
100%
Artery
20%
Blood Oxygenation
20%
Microvessel
10%
Volume of Distribution
10%
Optical Imaging
10%
Blood Vessel
10%
Cortical Layer
10%
Capillary (Blood Vessel)
10%
Neuroscience
Magnetic Resonance Imaging
100%
Functional Magnetic Resonance Imaging
100%
Neuronal Activity
10%
Cognitive Process
10%
Optical Imaging
10%
Cortical Column
10%
Microvessel
10%