Magnetic resonance and brain function: approaches from physics proceedings
Material type:
- 90-5199-501-6
- 616.07548 In61
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616.07545 W246 Advanced biophotonics : | 616.07548 As823 Statistical analysis of fMRI data | 616.07548 B879 MRI | 616.07548 In61 Magnetic resonance and brain function: approaches from physics | 616.07548 L693 Principles of magnetic resonance imaging | 616.0756 Ab159 Handbook of Radioimmunoassay | 616.0756 C567 Paper electrophoresis |
In the 1990s there was a search for new means, based on MRI of studying the brain in vivo. The first method to be used was Blood Oxygen Level Dependent (BOLD) MRI, and a very wide range of applications followed the discovery of BOLD imaging. The second method, double magnetic resonance, where new procedures are being developed, allow some metabolites with increasing sensitivity and resolution to be detected. The third approach derives from the use of hyperpolarized gases such as xenon, which is soluble in blood and capable of getting bound to haemoglobin and albumin. These three methods are widely used in the lectures in this book. the course was for physicists, chemists and engineers who work in the development of these areas.
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