修订血脑屏障损伤的病理生理学:水肿为细胞运动和损伤修复提供了巧妙的条件。

F Ikuta, Y Yoshida, E Ohama, K Oyanagi, S Takeda, K Yamazaki, K Watabe
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引用次数: 47

摘要

可能,关于血脑屏障破裂的最重要证据是大量血液流入血管外空间。因此,所有实质细胞成分都代表在这种称为水肿液的流体介质中自由漂浮的细胞。这些基本的形态学改变,如细胞外空间的极大扩大和液体中自由漂浮的细胞,也在发育中的正常胎儿脑中观察到。许多神经母细胞在胎儿脑内剧烈迁移,水肿液中的巨噬细胞和反应性星形胶质细胞也是如此。可见,水肿灶内的造血细胞和反应性星形胶质细胞参与了其修复。许多星形胶质细胞,GFAP阳性,在3或4天的病变中显示有丝分裂。在体外,当我们将这些星形胶质细胞浸入富含蛋白质和葡萄糖的培养基中时,它们的形态发生了显著变化,进入了M期和G1期,从而获得了细胞运动的能力。在水肿液中也是如此。脑水肿绝对是一种严重的“病理”状况。但从不同的生物学角度也可以想象,由于血脑屏障的“开放”,为这些细胞提供了细胞运动所必需的自由细胞外空间和能量来源,从而可以有效地修复病变。强调了水肿液的生物学意义,并提出了立体定向形态学和电影摄影,支持上述证据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Revised pathophysiology on BBB damage: the edema as an ingeniously provided condition for cell motility and lesion repair.

Probably, the most important evidence concerning the breakdown of the BBB is a large inflow of hematogenous fluid into the extravascular spaces. Thus all parenchymal cell elements represent freely floating cells in this fluid medium called the edema fluid. These essential morphological alterations, such as extremely expanded extracellular space and freely floating cells within the fluid, were also observed in the developing normal fetal brain. Many neuroblasts were vigorously migrating in the fetal brain, as were the macrophages and reactive astrocytes in the edema fluid. Obviously, hematogenous cells and reactive astrocytes in the edematous lesion take part in its repair. Many astrocytes, GFAP positive, in the 3 or 4 day-old lesions, revealed mitosis. And in vitro, when we immersed these astrocytes in the protein and glucose rich medium, they demonstrated a remarkably changed morphology and were moved into the M and G1 phases, thus gaining the ability of cell motility. This was also true in the edema fluid. Brain edema is definitely a serious "pathological" condition. But it is also conceivable from a different biological aspect that as a result of BBB "opening", free extracellular space essential for cell motility and a source of their energy is ingeniously provided for these cells, and thus the lesion can be effectively repaired. The biological significance of the edema fluid was emphasized and stereotaxic morphology and cinematography, supporting the above evidence, have also been presented.

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