Systems biomimetism: Artificial cells in a living world, living cells in an artificial world

D. Baigl
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Abstract

Most biological systems are organized according to complex architectures involving multi-scale hierarchical organizations, non linear interactions, feedback controls, and evolutionary behaviors. To understand the underlying physical, biological, and chemical aspects controlling the organization of living systems, we are developing a multidisciplinary, ‘biomimetic’ approach where: i) well-defined artificial cell systems such as giant liposomes of controlled size and composition are produced and placed under biologically relevant contions (artificial cells in a living world); and ii) living cell systems are investigated under a controlled artificial micro-environment, mainly generated by microfluidic means (living cells in an artificial world).
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系统仿生学:生命世界中的人造细胞,人工世界中的活细胞
大多数生物系统都是根据复杂的架构组织起来的,包括多尺度分层组织、非线性相互作用、反馈控制和进化行为。为了了解控制生命系统组织的潜在物理、生物和化学方面,我们正在开发一种多学科的“仿生”方法,其中:i)在生物相关条件下生产和放置定义良好的人造细胞系统,如控制大小和组成的巨型脂质体(生物世界中的人造细胞);ii)在受控的人工微环境下研究活细胞系统,主要是通过微流体手段产生的(人工世界中的活细胞)。
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