Titlebook: Cholesterol Crystals in Atherosclerosis and Other Related Diseases; George S. Abela,Stefan Mark Nidorf Book 2023 The Editor(s) (if applica

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Klassische Rechnerorganisation,on follows an “acute external triggering event,” most appear to occur at random..The concept of a “vulnerable plaque primed to rupture” was based on post-mortem studies that found atherothrombosis was frequently associated with ruptured plaques that had a thin fibrous cap, a large lipid core, and in

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Klassische Rechnerorganisation,th and rupture. Bench experiments have revealed that as cholesterol undergoes phase transition from a liquid to a solid crystalline it rapidly expands to occupy a greater volume. When this process occurs within the core of an atherosclerotic plaque the rapid volume expansion can lead to disruption o

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https://doi.org/10.1007/978-3-662-00596-5 by the frank rupture of a lipid-rich plaque, responsible for approximately two third of cases. Subsequent studies revealed other plaque morphologies at the basis of AMI, including plaque erosion and eruptive calcified nodule. Mounting evidence, also obtained with the availability of optical coheren

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https://doi.org/10.1007/978-3-322-96690-2dence that the pathologic process that leads to valvular degeneration is similar to the atherosclerotic process..Thus, as cholesterol accumulates in the leaflets of native and prosthetic heart valves it predisposes to the formation of cholesterol crystals that trigger an iterative cycle of traumatic

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George S. Abela,Stefan Mark NidorfThe first authoritative book dedicated to the understanding of cholesterol and its effect on the body.Provides a comprehensive overview of cholesterol crystal formation and methods for detection and t

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Crystals in Atherosclerosis: Crystal Cholesterol Structures, Morphologies, Formation and Dissolutiond tissue, listing the questions that these observations raise. We address these questions by first examining cholesterol crystal structures and polymorphism, and then describing the fundamental processes that control crystal morphology, crystal nucleation, and crystal dissolution and their manifesta