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人工红细胞(ARC)的氧运输及体内参数

Oxygen transport and in vivo parameters of artificial red cells (ARC).

作者信息

Akama K, Morizawa K, Tokuyama S, Satoh T, Kobayashi K, Sekiguchi S, Tsuchida E

机构信息

NOF Corporation, Tsukuba Res. Lab., Japan.

出版信息

Artif Cells Blood Substit Immobil Biotechnol. 1994;22(3):901-7. doi: 10.3109/10731199409117928.

Abstract

Artificial red cells (ARC) are prepared by encapsulating Hb with a polymerizable phospholipid. Their physical stability is very high and long-term preservation is possible in the frozen state. We examined the effect of blood parameters on the hematological and biochemical findings in transfused rats. The oxygen transport capacity of ARC in vivo were also tested by exchange transfusion in beagles. The oxygen binding parameters were almost the same as those of red blood cells (i.e., P50, Hill's coefficient, and oxygen transport efficiency (OTE) were 30 mmHg, 2.5, and 30%, respectively). The blood parameters after transfusion showed no significant changes when compared with the control. The oxygen transport capacity was of the same efficiency as red blood cells.

摘要

人工红细胞(ARC)是通过用可聚合磷脂包裹血红蛋白来制备的。它们的物理稳定性非常高,在冷冻状态下可以长期保存。我们研究了血液参数对输血大鼠血液学和生化指标的影响。还通过在比格犬身上进行换血来测试ARC在体内的氧运输能力。氧结合参数与红细胞的几乎相同(即,P50、希尔系数和氧运输效率(OTE)分别为30 mmHg、2.5和30%)。与对照组相比,输血后的血液参数没有显著变化。氧运输能力与红细胞的效率相同。

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