MRI: Basic Principles and Applications, 5ed. [Dale; Brown; Semelka - Wiley - Blackwell]
- ISBN/EAN
- 9781119013051
- Editore
- Wiley - Blackwell
- Formato
- Brossura
- Anno
- 2015
- Pagine
- 240
Disponibile
62,50 €
This fifth edition of the most accessible introduction to MRI principles and applications from renowned teachers in the field provides an understandable yet comprehensive update.
Accessible introductory guide from renowned teachers in the field
Provides a concise yet thorough introduction for MRI focusing on fundamental physics, pulse sequences, and clinical applications without presenting advanced math
Takes a practical approach, including up-to-date protocols, and supports technical concepts with thorough explanations and illustrations
Highlights sections that are directly relevant to radiology board exams
Presents new information on the latest scan techniques and applications including 3 Tesla whole body scanners, safety issues, and the nephrotoxic effects of gadolinium-based contrast media
Maggiori Informazioni
| Autore | Dale Brian M.; Brown Mark A.; Semelka Richard C. |
|---|---|
| Editore | Wiley - Blackwell |
| Anno | 2015 |
| Tipologia | Libro |
| Lingua | Inglese |
| Indice | 1. Production of Net Magnetization 1.1. Magnetic Fields 1.2. Nuclear Spin 1.3. Nuclear Magnetic Moments 1.4. Larmor Precession 1.5. Net Magnetization 2. Concepts of Magnetic Resonance 2.1. Radiofrequency Excitation 2.2. Radiofrequency Signal Detection 2.3. Chemical Shift 3. Relaxation 3.1. T1 Relaxation and Saturation 3.2. T2 Relaxation, T2* Relaxation and Spin Echoes 4. Principles of Magnetic Resonance Imaging – 1 4.1. Slice Selection 4.2. Readout or Frequency Encoding 4.3. Phase Encoding 4.4. Data Acquisition Techniques 5. Principles of Magnetic Resonance Imaging – 2 5.1. Frequency Selective Excitation 5.2. Composite Pulses 5.3. Raw Data and Image Data Matrices 5.4. Raw Data and k-Space 5.5. Signal To Noise Ratio and Tradeoffs 5.6. Reduced k-Space Techniques 5.7. Reordered k-Space Techniques 5.8. Other k-Space Filling Techniques 5.9. Phased-Array Coils 5.10. Parallel Acquisition Techniques 6. Pulse Sequences 6.1. Spin Echo Sequences 6.2. Inversion Recovery Sequences 6.3. Gradient Echo Sequences 6.4. Echo Planar Imaging Sequences 6.5. Magnetization-Prepared Sequences 7. Measurement Parameters and Image Contrast 7.1. Intrinsic Parameters 7.2. Extrinsic Parameters 7.3. Parameter Tradeoffs 8. Signal Suppression Techniques 8.1. Spatial Presaturation 8.2. Magnetization Transfer Suppression 8.3. Frequency-Selective Saturation 8.4. Non-Saturation Methods 9. Artifacts 9.1. Motion Artifacts 9.2. Sequence/Protocol-Related Artifacts 9.3. External Artifacts 10. Motion Artifact Reduction Techniques 10.1. Acquisition Parameter Modification 10.2. Triggering-Gating 10.3. Flow Compensation 10.4. Radial-based Motion Compensation 11. MR Angiography 11.1. Time-of-Flight MRA 11.2. Phase Contrast MRA 11.3. Maximum Intensity Projection 12. Advanced Imaging Applications 12.1. Diffusion 12.2. Perfusion 12.3. Functional Imaging 12.4. Ultra-High Field Imaging 12.5. Noble Gas Imaging 13. MR Spectroscopy 13.1. Additional Concepts 13.2. Localization Techniques 13.3. Spectral Analysis and Postprocessing 13.4. Ultra-High Field Spectroscopy 14. Instrumentation 14.1. Computer/Image Processor 14.2. Magnet System 14.3. Gradient System 14.4. Radiofrequency System 14.5. Data Acquisition System 14.6. Summary of System Components 15. Contrast Agents 15.1. Intravenous Agents 15.2. Oral Agents 16. Safety 16.1. Magnetic Field 16.2. Cryogens 16.3. Gradients 16.4. RF Power Deposition 16.5. Contrast Media 17. Clinical Protocols 17.1. General Principles of Clinical MR Imaging 17.2. Examination Design Considerations 17.3. Protocol Considerations for Anatomical Regions 17.4. Recommendations of Specific Sequences and Clinical Situations 18. References and Suggested Readings |
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