微观世界:微生物相互作用的宏观研究为生物艺术系列提供了信息

Courtney Brake, Yongjin Liu, P. Straight, C. LaFayette
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引用次数: 0

摘要

艺术家和微生物学家团队的合作旨在捕捉微生物群落之间作为一个整体的相互作用,以更好地了解发生在它们内部的相互作用的生物学基础。这需要从现成的组件构建一个延时成像系统,并在厘米的宏观尺度上优化图像捕获。在研究过程中,生物学的发现产生了一系列新的艺术作品,利用线条、形式和颜色的复杂相互作用,正如细菌对环境中的压力源的反应。正在进行的工作转向捕捉在生物发光细菌中观察到的光的运动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MicroWorlds: A macro study of microbial interactions informs a bio-art series
A collaboration between an artist and a team of microbiologists aimed to capture interactions between microbial communities as a whole to better understand the biological bases of interactions that take place within them. This required building a time-lapse imaging system from off-the-shelf components and optimizing image capture at the macroscale of centimeters. Biological discoveries during the course of the research gave rise to a new series of artworks leveraging the complex interactions of line, form, and color as bacteria react to stressors in the environment. The work in progress shifts to capturing the motion of light observed in bioluminescent bacteria.
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