The evolution of the atheromatous plaque: ultrastructural evidence.

A Aleotti, P Boldrini, M R Bovolenta, F Cervellati, G Martines
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Abstract

Our understanding of endothelial physiology is overdue compared with other areas of study. For too many years the complex mysteries of this thin single-layered cellular lamina covering the whole of the vascular network, from the large conduction vessel to the smallest resistance and diffusion vessel, have been hidden by an organ-based science more focused on organ pathology than on ultrastructural physiopathology. We tried to follow chronologically the alteration stages of this system of membranes in relation to the development of the atherosclerotic plaque in human biopsy.

动脉粥样斑块的演变:超微结构证据。
与其他研究领域相比,我们对内皮生理学的理解还不够成熟。多年来,覆盖整个血管网络(从大的传导血管到最小的阻力和扩散血管)的薄单层细胞层的复杂奥秘一直被一种以器官为基础的科学所掩盖,这种科学更关注器官病理学,而不是超微结构生理病理学。我们试图按照时间顺序跟踪这一系统的膜的变化阶段与发展的动脉粥样硬化斑块在人类活检。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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