Liu Weifeng, Tao Yong
Sheng Wu Gong Cheng Xue Bao. 2013 Aug;29(8):1123-32.
The aim of synthetic biology is to design artificial life systems. Such system is hoped to create a better production process with desired ability for bioproduction, biotransformation, adaption and environmental monitoring. However, to design a life system involves understanding the cellular regulation networks at multiple levels, in which the controls of protein level, subcelluar location, and activity are especially critical. Thus tuning protein expression has become essential tools in synthetic biology studies, such as part design, module assembly and compatibility optimization. Protein budget, just like budget for a factory, can be thought as the cost estimating criteria for an artificial cell factory. Protein budget control has provided a powerful optimization strategy for synthetic biology.
合成生物学的目标是设计人工生命系统。人们希望这样的系统能够创造出具有生物生产、生物转化、适应和环境监测所需能力的更好的生产过程。然而,设计一个生命系统需要在多个层面上理解细胞调控网络,其中蛋白质水平、亚细胞定位和活性的控制尤为关键。因此,调节蛋白质表达已成为合成生物学研究中的重要工具,如部件设计、模块组装和兼容性优化。蛋白质预算,就像工厂的预算一样,可以被视为人工细胞工厂的成本估算标准。蛋白质预算控制为合成生物学提供了一种强大的优化策略。