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High-power Gradient MR Imaging

Advances in MRI II
Buch | Hardcover
368 Seiten
1997
Blackwell Science Ltd (Verlag)
978-0-632-04861-8 (ISBN)
CHF 138,75 inkl. MwSt
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This is a comprehensive review of advances in magnetic resonance imaging. The book focuses on high-power gradient MR-imaging.
This book provides a broad and practical introduction to fast and ultrafast MRI including pulse sequences, clinical applications, and imaging protocols that will contribute to promulgating this new technology in routine clinical practice. Specialists from all over the world reflect on and present the latest advances in MRI in clinics and also in experimental clinical settings. New modes of generating tissue contrast are now available and more than 330 b/w and colour figures of high quality document the enormous progress which has been made. New techniques in the field of MR angiography are described as ECG-triggered inversion recovery and Turbo spin-echo images of the heart. No doubt both the specialist and the interested clinician will come to value the tremendous new possibilities offered by these techniques.

Chapter 0: Introduction: 0.1 Future MR developments: vision and realism; 0.2 Magnetic resonance imaging using high power magnetic field gradients; Chapter I: Thorax: I.1 Present status of cardiovascular imaging and quantification; I.2 Blinded assessment of 3D MRA with retrospective respiratory gating for detection of coronary stenoses: A pilot study; I.3 Recurrent coronary artery stenosis: Assessment with 3D MR imaging; I.4 Breath-hold 3D MR coronary angiography (MRCA); I.5 An isolated blood-perfused pig heart preparation to study myocardial perfusion with blood-pool gadolinum-chelate enhanced ultrafast MRI; I.6 Factor analysis of contrast-enhanced first-pass MRI for the detection of coronary artery disease; I.7 Myocardial perfusion reserve from quantitative, ultra-fast MR imaging; I.8 Breath-hold three-dimensional lung perfusion imaging and pulmonary angiography after contrast administration; I.9 Pulmonary embolism detection using contrast-enhanced, breath-hold 3D magnetic resonance angiography; I.10 Oxygen enhanced ventilation MRI of the human lungs; Chapter II: Breast: II.1 Magnetic resonance imaging in breast carcinoma - Initial experience in a third world country; II.2 Integration of MR mammography in the existing diagnostic modalities; II.3 Accuracy of contrast-enhanced dynamic MRI of the breast in patients with suspicious microcalcifications; II.4 Ultrafast dynamic sequential Gadolinium-enhanced MRI scanning of the breast for the screening of women with an enhanced genetic risk; II.5 Response of breast carcinoma to chemotherapy using dynamic MR mammography: Preliminary observations; II.6 The role of half-Fourier 3D dynamic contrast-enhanced MRI of both breasts and azillae in the management of patients with suspected breast cancer; II.7 Fast high resolution imaging of the breast using contrast enhanced 3D-FISP; II.8 Frequency selective imaging of single chemical compounds; II.9 MRI with variable encoding time (VET); Chapter III: Brain: III.1 Vertebro-basilar ischemic stroke: A clinical, MRI and MRA study; III.2 Mapping of local cerebral blood flow by bolus-tracking MRI; III.3 Dynamic echo planar imaging during contrast agent administration with high temporal resolution; III.4 Relative cerebral blood volume mapping for the evaluation of the reserve capacity of the cerebral circulation; III.5 Diffusion weighted imaging of the brain: non-ischemic areas with restricted diffusion; III.6 Anisotropic and isotropic diffusion weighted imaging in ischemic stroke; III.7 The utility of echo-planar diffusion imaging in the evaluation of non-hyperacute cerebral infarction; III.8 Improved pattern recognition in patients with cerebral ischaemia with diffusion weighted magnetic resonance imaging; III.9 Single-shot diffusion weighted imaging of the brain with HASTE; III.10 Echo planar diffusion weighted magnetic resonance imaging in patients with active multiple sclerois; III.11 EPI averaged MT-maps applied to MS lesion inhomogeneity; III.12 MR-dacryocystog

Erscheint lt. Verlag 27.10.1997
Zusatzinfo 150 halftones, 40 line illustrations
Verlagsort Oxford
Sprache englisch
Maße 170 x 240 mm
Gewicht 1248 g
Themenwelt Medizinische Fachgebiete Radiologie / Bildgebende Verfahren Kernspintomographie (MRT)
ISBN-10 0-632-04861-1 / 0632048611
ISBN-13 978-0-632-04861-8 / 9780632048618
Zustand Neuware
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