Mathias Goyen – författare

All the clinical applications of whole-body MRI--together in one essential reference!

"This book, to my knowledge, is the first of its kind and offers a hands-on approach to the evolving field of whole-body MRI, which gives the reader tools to effectively utilize and optimize applicatino of whole-body MRI technology in the patient care setting."--F. Scott Pereles, MD, Salinas Valley Radiologists

Superbly illustrated, and written by leading experts who helped establish MRI as a diagnostic tool, this clinically relevant resource puts whole-body MRI into perspective like no other text. The first section covers the technical requirements of whole-body MRI, along with its principles and associated data processing. Subsequent sections offer a practical look at all aspects of whole-body MRI from a clinical perspective--including its use in patients with peripheral arterial occlusive disease and in metastasis screening.

Features:

The only hands-on approach to the evolving field of whole-body MRI-filled with tools to optimize whole-body MRI technology in the patient care settingComplete coverage of all the latest whole-body MRI technical requirements, principles, and associated data processingRichly illustrated presentation of the clinical areas of cardiovascular investigation and musculoskeletal diseasesOverview of oncological whole-body imaging that addresses the comparison of whole-body MRI with bone scintigraphy in the detection of bone metastases, and with FDG-PET as it relates to whole-body stagingDetailed review of both the clinical and experimental questions concerning whole-body MRI

Magnetic resonance angiography has made great strides, with continuing improvements in hardware, pulse sequencing, and know-how allowing ever-increasing speed, resolution, and suppression of artifacts. However, an inherent physical barrier has always been limited SNR. Gadolinium contrast agents help to increase SNR by facilitating T1 relaxation, but they can be injected only at a finite rate and at a limited molar dose, and there is a rapid drop in c- centration following the brief arterial phase due to redistribution into the extracellular fluid compartment. With its sixfold increase in T1 relaxivity, blood pool distribution, and longer serum half-life, Vasovist® represents a new breakthrough which promises to revolutionize MRA image quality once again. This excellent treatise on Vasovist®, created by a team of exceptional faculty who are pioneers in MR angiography, covers the basic techniques, safety, efficacy, image processing, and pharmacoeconomic details, to successfully implement a new level of MRA image quality with this new contrast agent. In addition to improving all the usual arterial phase MRA - plications, the blood pool distribution opens up new possibilities, including detecting internal bleeding and imaging stent graft endoleaks, which are reviewed in detail. In the complex, competitive field of cardiovascular imaging, this book articulates the cutting edge in imaging vascular disease.

Magnetic resonance angiography has made great strides, with continuing improvements in hardware, pulse sequencing, and know-how allowing ever-increasing speed, resolution, and suppression of artifacts. However, an inherent physical barrier has always been limited SNR. Gadolinium contrast agents help to increase SNR by facilitating T1 relaxation, but they can be injected only at a finite rate and at a limited molar dose, and there is a rapid drop in c- centration following the brief arterial phase due to redistribution into the extracellular fluid compartment. With its sixfold increase in T1 relaxivity, blood pool distribution, and longer serum half-life, Vasovist® represents a new breakthrough which promises to revolutionize MRA image quality once again. This excellent treatise on Vasovist®, created by a team of exceptional faculty who are pioneers in MR angiography, covers the basic techniques, safety, efficacy, image processing, and pharmacoeconomic details, to successfully implement a new level of MRA image quality with this new contrast agent. In addition to improving all the usual arterial phase MRA - plications, the blood pool distribution opens up new possibilities, including detecting internal bleeding and imaging stent graft endoleaks, which are reviewed in detail. In the complex, competitive field of cardiovascular imaging, this book articulates the cutting edge in imaging vascular disease.