Titlebook: Cardiac CT Imaging; Diagnosis of Cardiov Matthew J. Budoff,Jerold S. Shinbane Textbook 2016Latest edition Springer International Publishing

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Springer International Publishing 2016

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Starting Values and Self-starters,igh temporal resolution, larger detector coverage and fast scan speed. Recent technology enabled current versions of cardiac CT to display the heart with much fewer artifacts and less radiation dose. In this chapter, we will address the current and future scanning system design of cardiac CT.

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Christian Ritz,Jens Carl Streibigocedures. Options are available on CT scanners to modulate the patient dose. This chapter describes the metrics of radiation dose, and the influence of various technical parameters in the scan and dose modulation options on patient dose and image quality. With that information, practitioners of CT w

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https://doi.org/10.1007/978-0-387-09616-2analysis and reconstruction tools including orthogonal, double oblique, and curved multiplanar reformatted 2-D, and volume-rendered 3-D views can be utilized for comprehensive diagnosis of cardiovascular pathology. The goal of this chapter is orientation to review and analysis of cardiovascular stru

choroid

Starting Values and Self-starters,entional risk factors in prognostic value. It has also proven superior to all markers of inflammation, ankle brachial index, carotid intima-media thickness and flow mediated vasodilation. Its most accepted application is in the intermediate risk cohort, with an outcome based net reclassification ind

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Starting Values and Self-starters,n-contrast CT has been proposed as a method to accurately quantify and monitor progression of calcification. While interventions have generally failed to slow progression of calcification, it has become apparent that continued progression of CAC is associated with an increased risk of myocardial inf

choleretic

Starting Values and Self-starters,acterization of tissue attenuation, and cardiac functional analysis. As cardiac structures are in constant motion, special attention to the methodology of image acquisition is essential to capturing high quality images during the most quiescent stage of cardiac and coronary artery motion. Successful

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