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News from the Engineering Cells & Their Microenvirontments SIG ADVANCES IN ENGINEERING THE COMPLEXITY OF THE CELLULAR MICROENVIRONMENT

机译:工程细胞及其微环境的新闻SIG在细胞微环境复杂化方面的研究进展

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摘要

The in vivo microenvironment is complex and dynamic, with cells continually communicating with each other and the extracellular matrix (ECM) through both soluble and insoluble signaling mechanisms. In order to better understand these interactions, researchers have developed a range of in vitro systems that better recapitulate the physical, mechanical and biochemical properties found in vivo. Importantly, these techniques also enable scientists to selectively perturb the microenvironment to better understand how cells interpret these signals and how they respond to their disruption, often with the goal of mimicking known disease states. Recent advances from literature focus on how the microenvironment can be engineered in novel ways to better mimic in vivo conditions, as well as purposely drive cells toward specific, controlled responses.
机译:体内微环境是复杂而动态的,细胞通过可溶和不可溶的信号传导机制不断与彼此和细胞外基质(ECM)进行通讯。为了更好地理解这些相互作用,研究人员开发了一系列体外系统,可以更好地概括体内发现的物理,机械和生化特性。重要的是,这些技术还使科学家能够选择性地干扰微环境,以更好地了解细胞如何解释这些信号以及它们如何响应其破坏,通常以模仿已知疾病状态为目标。文献的最新进展集中在如何以新颖的方式工程化微环境,以更好地模拟体内条件,以及有目的地驱动细胞朝着特定的,受控的反应方向发展。

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