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The necessity of a theory of biology for tissue engineering: metabolism-repair systems

机译:组织工程学生物学理论的必要性:新陈代谢修复系统

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Since there is no widely accepted global theory of biology, tissue engineering and bioengineering lack a theoretical understanding of the systems being engineered. By default, tissue engineering operates with a "reductionist" theoretical approach, inherited from traditional engineering of non-living materials. Long term, that approach is inadequate, since it ignores essential aspects of biology. Metabolism-repair systems are a theoretical framework which explicitly represents two "functional" aspects of living organisms: self-repair and self-replication. Since repair and replication are central to tissue engineering, we advance metabolism-repair systems as a potential theoretical framework for tissue engineering. We present an overview of the framework, and indicate directions to pursue for extending it to the context of tissue engineering. We focus on biological networks, both metabolic and cellular, as one such direction. The construction of these networks, in turn, depends on biological protocols. Together these concepts may help point the way to a global theory of biology appropriate for tissue engineering.
机译:由于没有被广泛接受的全球生物学理论,因此组织工程和生物工程缺乏对所工程系统的理论理解。默认情况下,组织工程采用的是“还原论”理论方法,该方法继承自传统的非生物材料工程方法。从长远来看,这种方法是不够的,因为它忽略了生物学的基本方面。代谢修复系统是一个理论框架,明确代表了生物体的两个“功能”方面:自我修复和自我复制。由于修复和复制对于组织工程至关重要,因此我们将代谢修复系统作为组织工程的潜在理论框架。我们对框架进行了概述,并指出了将框架扩展到组织工程环境的方向。我们将重点放在新陈代谢和细胞生物学网络上,将其作为此类方向之一。这些网络的构建又取决于生物学协议。这些概念一起可能有助于为适用于组织工程的全球生物学理论指明道路。

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