Intemann Kristen K, Lavoie Hannah R, Elsass Kirke D A, Scott Brandon G, Gerlach Robin
Center for Science, Technology Ethics & Society Montana State University Bozeman MT 59717 USA.
Department of Psychology Montana State University Bozeman MT 59717 USA.
Glob Chall. 2025 Apr 25;9(6):2400384. doi: 10.1002/gch2.202400384. eCollection 2025 Jun.
Engineered Living Materials (or ELMs) are an emerging class of materials that utilize microorganisms that can either generate their own structure (such as biofilms) or that can be incorporated into synthetic matrices using technologies (such as 3D printing). ELMs can be designed to have multiple functions, such as biosensing, self-repair, or bioremediation. Such materials have the potential to address a variety of problems related to sustainability, including water security, energy, and health. One major challenge to widescale social acceptance and adoption of these materials is the so-called yuck factor, or the propensity these materials may have to elicit disgust reactions. This Perspective provides an overview of social science research directed at the yuck factor to identify the drivers and demographics of disgust experiences and to examine how each of these are likely to arise in relation to ELMs. Strategies for overcoming these challenges are also addressed. Finally, areas where future empirical research is needed to better understand disgust toward ELMs, or particular ELM applications, are identified.
工程化活材料(或ELMs)是一类新兴材料,它利用能够自行生成自身结构(如生物膜)的微生物,或者能够通过技术(如3D打印)整合到合成基质中的微生物。工程化活材料可以设计成具有多种功能,如生物传感、自我修复或生物修复。这类材料有潜力解决与可持续性相关的各种问题,包括水安全、能源和健康。这些材料在社会上得到广泛接受和采用的一个主要挑战是所谓的“厌恶因素”,即这些材料可能引发厌恶反应的倾向。本观点概述了针对厌恶因素的社会科学研究,以确定厌恶体验的驱动因素和人口统计学特征,并研究这些因素如何可能与工程化活材料相关联而产生。还讨论了克服这些挑战的策略。最后,确定了未来需要进行实证研究以更好地理解对工程化活材料或特定工程化活材料应用的厌恶的领域。