Sonnleitner B
Institute for Biotechnology, ETH Zürich Hönggerberg, Switzerland.
Antonie Van Leeuwenhoek. 1991 Oct-Nov;60(3-4):133-43. doi: 10.1007/BF00430361.
Quantitation is a characteristic property of natural sciences and technologies and is the background for all kinetic and dynamic studies of microbial life. This presentation concentrates therefore on materials and methods as tools necessary to accomplish a sound, quantitative and mechanistic understanding of metabolism. Mathematical models are the software, bioreactors, actuators and analytical equipment are the hardware used. Experiments must be designed and performed in accordance with the relaxation times of the biosystem investigated; some of the respective consequences are discussed and commented in detail. Special emphasis is given to the required density, accuracy and reproducibility of data as well as their validation.
定量分析是自然科学和技术的一个特性,是对微生物生命进行所有动力学和动态研究的基础。因此,本报告重点关注作为实现对新陈代谢进行合理、定量和机理理解所必需工具的材料和方法。数学模型是软件,生物反应器、执行器和分析设备是所使用的硬件。实验必须根据所研究生物系统的弛豫时间来设计和进行;详细讨论并评论了一些相应的结果。特别强调了所需数据的密度、准确性和可重复性及其验证。