Titlebook: Nuclear Cardiology and Cardiac Magnetic Resonance; Physiology, Techniqu Ernst Evert Wall Book 1992 E.E. van der Wall 1992 SPECT.angiography

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Ernst Evert van der Wallxt presents major developments of the last couple of decades, together with a unified, meta-analytic framework within which surrogates can be evaluated from several angles. Methodological development is coupled978-1-4419-1906-9978-0-387-27080-7Series ISSN 1431-8776 Series E-ISSN 2197-5671

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Ernst Evert van der Wallxt presents major developments of the last couple of decades, together with a unified, meta-analytic framework within which surrogates can be evaluated from several angles. Methodological development is coupled978-1-4419-1906-9978-0-387-27080-7Series ISSN 1431-8776 Series E-ISSN 2197-5671

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Ernst Evert van der Wallxt presents major developments of the last couple of decades, together with a unified, meta-analytic framework within which surrogates can be evaluated from several angles. Methodological development is coupled978-1-4419-1906-9978-0-387-27080-7Series ISSN 1431-8776 Series E-ISSN 2197-5671

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Planar Thallium-201 imaging: Useful in clinical cardiology?unable to perform adequate physical exercise (See Chapter 11). For successful T1-201 imaging, a thorough understanding of the technique of image acquisition and possible pitfalls associated with image interpretation is necessary. This chapter addresses the clinical value of planar T1-201 imaging, in

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Positron emission tomography in cardiology: From research device to clinical tool?be cost-saving on the long run. At present, positron emission tomography has been evolved from a complex research device into routinely applicable clinical equipment. It will provide the basis for a specific therapeutic approach in patients with coronary artery disease, thereby justifying the routin

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Magnetic resonance imaging: A new approach for evaluation coronary artery disease?sonance imaging. Future technical developments include real-time imaging and noninvasive visualization of the coronary arteries. These advances will have a major impact on the application of magnetic resonance imaging in coronary artery disease, potentially unsurpassed by other techniques and certai

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