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Magnetic Resonance Imaging
100%
Pharmacological MRI (phMRI)
100%
Nicotine
100%
Pharmacologic
100%
Anesthesia Protocol
100%
Urethane
75%
Blood Oxygen Level-dependent
50%
Chloralose
50%
Anesthetics
50%
Cerebral Blood Flow
50%
Anesthesia
50%
Hemodynamic Coupling
50%
Medetomidine
25%
Drug Effects
25%
High Response
25%
Psychostimulants
25%
Cerebral Blood Volume
25%
Weighted Imaging
25%
Dependent Measurements
25%
Imaging Methods
25%
Urethane Anesthesia
25%
Drug-induced
25%
Isoflurane
25%
Blood Oxygenation Level Dependent Signal
25%
Non-invasive Imaging
25%
Anesthetized Rats
25%
Weight Measurement
25%
Electrophysiologic
25%
MRI Study
25%
Deactivation
25%
Ex Vivo Techniques
25%
INIS
comparative evaluations
100%
nmr imaging
100%
nicotine
100%
anesthesia
100%
rats
100%
urethane
80%
levels
60%
anesthetics
60%
blood
60%
coupling
40%
volume
40%
drugs
40%
blood flow
40%
information
20%
design
20%
motion
20%
deactivation
20%
signals
20%
in vivo
20%
brain
20%
animals
20%
Medicine and Dentistry
Magnetic Resonance Imaging
100%
Urethan
80%
Blood Oxygenation
60%
Brain Blood Flow
40%
Hemodynamic
40%
Chloralose
40%
Ex Vivo
20%
Isoflurane
20%
Drug Effect
20%
Psychostimulant
20%
Thiobutabarbital
20%
Medetomidine
20%
Neuroscience
Magnetic Resonance Imaging
100%
Magnetic Resonance Imaging
100%
Ethyl Carbamate
100%
In Vivo
25%
Isoflurane
25%
Psychostimulant
25%
Thiobutabarbital
25%
Pharmacology, Toxicology and Pharmaceutical Science
Ethyl Carbamate
100%
Chloralose
50%
Medetomidine
25%
Thiobutabarbital
25%
Psychostimulant
25%