Visipaque对人和大鼠血浆都是等渗的。

J O Karlsson, M Gregersen, H Refsum
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引用次数: 7

摘要

即使在最高浓度320毫克/毫升时,Visipaque(基于非离子二聚体碘二醇)对血浆也是同渗的,而Omnipaque(基于非离子单体碘己醇)(300毫克/毫升)的渗透压大约是血浆的两倍。然而,溶液对等离子体是等渗的这一事实并不一定意味着它对等离子体是等渗的。等渗溶液仍然可以引起水在细胞膜上的净运动,例如红细胞和内皮细胞。测定了Visipaque 320 mg I/ml的强直性,并与Omnipaque 300 mg I/ml和高渗NaCl的强直性进行了比较。用Visipaque 320 mg I/ml或155 mM NaCl混合全血后,红细胞含水量均无变化,而用Omnipaque 300 mg I/ml和620 mM NaCl混合全血后,红细胞含水量显著降低。用Visipaque 320 mg I/ml或等渗NaCl混合全血后,大鼠红细胞含水量无明显差异。然而,与人红细胞一样,在大鼠血液中加入Omnipaque 300 mg I/ml后,水含量显著降低。综上所述,Visipaque 320mg I/ml不会引起水在人和大鼠红细胞膜上的净运动,即Visipaque对人和大鼠血浆是等渗的。
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Visipaque is isotonic to human and rat blood plasma.

Even at its highest concentration, 320 mg I/ml, Visipaque - based on the nonionic dimer iodixanol - is isoosmotic to blood plasma, whereas Omnipaque (300 mg I/ml) - based on the nonionic monomer iohexol - has an osmolality of about twice that of the plasma. However, the fact that the solution is isoosmotic to plasma does not necessarily mean that it is isotonic to plasma. An isoosmotic solution can still cause a net movement of water over the plasma membranes of, for example, erythrocytes and endothelial cells. Determination of the tonicity of Visipaque 320 mg I/ml and comparison with that of Omnipaque 300 mg I/ml and hypertonic NaCl have been performed. No change in the water content of human erythrocytes was seen after mixing whole blood 10:1 with either Visipaque 320 mg I/ml or 155 mM NaCl, whereas a significant decrease in water content occurred with Omnipaque 300 mg I/ml and 620 mM NaCl. No difference in the water content of rat erythrocytes was evident after mixing whole blood with Visipaque 320 mg I/ml or isotonic NaCl. However, as with human erythrocytes, a significant decrease in water content occurred after rat blood was mixed with Omnipaque 300 mg I/ml. In conclusion, Visipaque 320 mg I/ml does not cause any net movement of water over the human or the rat erythrocyte plasma membrane, i.e., Visipaque is isotonic to human and rat blood plasma.

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