血管内皮微绒毛在小毛细血管血流中的作用

V. Makarov, Lidia V. Zueva, P. Sanabria, W. D. Wessinger, T. Golubeva, I. Khmelinskii, M. Inyushin
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引用次数: 6

摘要

内皮微绒毛突入毛细血管管腔,虽然在光学显微镜下看不见,但可能在毛细血管的血流控制中起重要作用。由于堵塞效应,毛细血管壁与血细胞之间的间隙宽度对毛细血管内的血流动力学尤为关键,而位于毛细血管壁上的微绒毛可以很容易地控制血流速度。我们报道了不同脊椎动物毛细血管中的微绒毛具有相似的特征和密度,表明各自的调节机制具有相似性。提出了微绒毛控制毛细管有效直径的简化物理模型。
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On the Role of the Blood Vessel Endothelial Microvilli in the Blood Flow in Small Capillaries
Endothelial microvilli that protrude into the capillary lumen, although invisible in the optical microscopy, may play an important role in the blood flow control in the capillaries. Because of the plug effects, the width of the gap between the capillary wall and the blood cell is especially critical for the blood flow dynamics in capillaries, while microvilli located on the capillary wall can easily control the velocity of the blood flow. We report that microvilli in the capillaries of different vertebrate species have similar characteristics and density, suggesting similarities between the respective regulation mechanisms. A simplified physical model of the capillary effective diameter control by the microvilli is presented.
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