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人工氧载体新红细胞(NRC)的携氧能力和氧供应率。

Oxygen carrying capacity and oxygen supply rate of artificial oxygen carrier, Neo Red Cell (NRC).

作者信息

Kimura T, Kurosawa H, Goto H, Kora S, Ogata Y, Amano Y

机构信息

Terumo Corp. R&D Center, Kanagawa, Japan.

出版信息

Artif Cells Blood Substit Immobil Biotechnol. 1998 Nov;26(5-6):455-64. doi: 10.3109/10731199809117466.

Abstract

Neo Red Cell (NRC), which is the liposome encapsulated hemolysate, has been developed as an artificial oxygen carrier. Oxygen carrying capacity and oxygen supply rate of NRC were estimated by continuous measurement of dissolved oxygen concentration in a spinner vessel. Oxygen carrying capacity of the medium was risen by adding NRC. The oxygen supply rate of the NRC medium containing hepatocytes was determined by the oxygen consumption rate of hepatocytes. The addition of NRC gave no effect on the oxygen transfer rate from gas phase to liquid phase (or kL a value) of the solution in the spinner vessel. The rate of oxygen absorption to NRC was limited by the oxygen transfer rate from gas phase to liquid phase in the spinner vessel. These results indicate that the oxygen supply from NRC may sustain the high-density culture of mammalian cells.

摘要

新型红细胞(NRC)是脂质体包裹的溶血产物,已被开发作为一种人工氧载体。通过连续测量搅拌容器中溶解氧浓度来估算NRC的携氧能力和供氧速率。添加NRC可提高培养基的携氧能力。含肝细胞的NRC培养基的供氧速率由肝细胞的耗氧率决定。添加NRC对搅拌容器中溶液从气相到液相的氧传递速率(或kL a值)没有影响。NRC的氧吸收速率受搅拌容器中从气相到液相的氧传递速率限制。这些结果表明,NRC提供的氧可能维持哺乳动物细胞的高密度培养。

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