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Kinetic analysis of cellular nucleotides correlated to growth and tPA production in perfusion cultures of human fibroblast cells

机译:在人类成纤维细胞灌注培养中与生长和tPA产生相关的细胞核苷酸的动力学分析

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摘要

A maximum cell density of 8×106 viable human fibroblast cells/ml was obtained on microcarriers at a perfusion rate of 0.6 mL/min — a rate which maintained a quasi-steady state. The maximum tPA production was approximately 1.2 μg/ml and obtained when the cell density was relatively constant during the later periods of cultivation. Specific UTP and tPA production rates had a correlation factor of 0.85, and cell growth to oxygen consumption had an 0.92 correlation factor. ATP generation was strongly correlated to glutamine consumption, with a lower correlation to oxygen utilization.
机译:在微载体上以0.6 mL / min的灌注速度(维持准稳态的速度)获得了8×106个可存活的人类成纤维细胞的最大细胞密度。当培养的后期细胞密度相对恒定时,最大tPA产量约为1.2μg/ ml。特定的UTP和tPA生产率的相关系数为0.85,而细胞生长与耗氧量的相关系数为0.92。 ATP的产生与谷氨酰胺的消耗密切相关,而与氧的利用率较低。

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