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Titlebook: Vascular Imaging by Color Doppler and Magnetic Resonance; Peter Lanzer,Ajit P. Yoganathan Book 1991 Springer-Verlag Berlin Heidelberg 1991

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Vascular Anatomyknowledge of vascular anatomy. Although the different territories have their own peculiarities and anatomic variants, these are usually functional. Generally, anatomic arrangements such as patterns of ramification and termination in arteries or patterns of confluence in veins remain preserved.
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Hemodynamicspulsatile nature of blood flow, the elasticity of the arteries and their complex geometry, the nature of peripheral resistance and the non-Newtonian character of blood are just a few important parameters that have to be taken into consideration when describing blood flow in the human body. Due to th
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Color Doppler Instrumentation1984, for peripheral vascular imaging in 1986, and for general radiology use in 1987, and is now included on the vast majority of high-performance ultrasound systems placed in the United States and Europe today.
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Phase-sensitive Angiographyblished as a powerful and flexible tool for clinical diagnosis. Much of the usefulness and richness of magnetic resonance (MR) in medical and nonmedical settings derives from the fact that the MR signal is sensitive to a wide range of physical and chemical parameters.
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Three-dimensional Inflow MR Angiographyesponsible for a number of artifacts which can drastically impair the diagnostic value of the images; on the other hand, there has always been the hope that flow phenomena can be used to develop noninvasive techniques for vascular diagnosis without using contrast agents. Thus, MRI has developed in t
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