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原生动物阿诺德全沟虫的新陈代谢

Metabolism in the protozoon Allogromia laticollaris Arnold.

作者信息

Schwab D, Hofer H W

出版信息

Z Mikrosk Anat Forsch. 1979;93(4):715-27.

PMID:524987
Abstract

The foraminiferan Allogramia laticollaris, deprived of its natural food, Chlorella, incorporated and metabolized D-glucose added to culture fluid; L-glucose and inulin were not taken up. Fructose 6-phosphate and ATP were also incorporated, probably in a non-degraded form, and metabolized. Equal distribution of radioactivity of [gamma-32P]-ATP added to the medium was observed within 10 min. Intracellular glucose concentrations, and rates of respiration, glucose phosphorylation, and glycolysis were determined. Glucose utilization was stimulated with increasing concentrations of glucose, whereas respiration remained constant. The respiratory quotient increased in accordance with the higher contribution of glucose to energy supply. A. laticollaris can, then, be used for experimental studies of substrate utilization of a synthetic medium.

摘要

有孔虫类的宽颈全片虫在被剥夺其天然食物小球藻后,会摄取并代谢添加到培养液中的D - 葡萄糖;L - 葡萄糖和菊粉则不被摄取。6 - 磷酸果糖和ATP也可能以未降解的形式被摄取并代谢。在10分钟内观察到添加到培养基中的[γ - 32P] - ATP的放射性均匀分布。测定了细胞内葡萄糖浓度、呼吸速率、葡萄糖磷酸化速率和糖酵解速率。葡萄糖利用率随葡萄糖浓度增加而提高,而呼吸速率保持恒定。呼吸商随着葡萄糖对能量供应贡献的增加而升高。因此,宽颈全片虫可用于合成培养基底物利用的实验研究。

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