Titlebook: Clinical Diagnosis of Atherosclerosis; Quantitative Methods M. Gene Bond (Associate Professor of Comparative M Textbook 1983 Springer-Verla

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B-Mode Ultrasound Interrogation of Arterieshanges of turbulence, stenosis, and occlusion. A number of techniques have been reported in the literature to evaluate these changes by direct or indirect measurement. Clinical evaluation and correlative techniques have primarily depended upon validation by the “gold standard” of arteriography for a

GROVE

Radionuclide and Nuclear Magnetic Resonance Methods of Evaluating Atherosclerosisand brain that might be affected by atherosclerosis, as well as on detection of thrombus formation in major arteries within and leading to these organs. This approach has more recently been joined by efforts to study the biochemical behavior of the arterial wall itself as well as the interaction of

staging

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Correlation of Postmortem Angiography with Pathologic Anatomyhe arterial lumen, quantitative assessment of the extent and complexity of atherosclerotic disease can only be surmised indirectly. Accurate evaluation of lumen contour by angiography in vivo is complicated by vessel motion, angulation, branching, and overlapping as well as by variations in x-ray te

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Antecedent

Correlation of B-Mode Ultrasound of the Carotid Artery with Arteriography and Pathologyatically recreates the vessel lumen when flow through that segment exceeds a threshold value, and anatomic information is inferred on the basis of this “physiologic image.” Real-time B-mode ultrasound carotid imaging is a direct anatomic evaluation of the carotid artery. The vessel wall and plaque a

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Correlation of Morphological and Biochemical Components of Atherosclerotic Plaques of atherosclerotic change. Biochemical techniques have also been utilized to assess the severity of atherosclerotic change by quantitating the amount of various components in arterial segments containing lesions and, in some instances, within arterial lesions themselves. Although much progress has

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