Kheirabadi Elaheh, Macia Javier
Department of Medicine and Life Sciences Universitat Pompeu Fabra, Barcelona, Spain.
BioInspired Materials Company, Barcelona, Spain.
Front Microbiol. 2022 Aug 9;13:972200. doi: 10.3389/fmicb.2022.972200. eCollection 2022.
Continuous advances in the fields of industrial biotechnology and pharmacy require the development of new formulations of culture media based on new nutrient sources. These new sources must be sustainable, high yielding, and non-animal-based, with minimal environmental impact. Thus, culture media prepared from cyanobacterial extracts can be an interesting alternative to the current formulations. In this study, we prepared various minimal formulations of culture media using the extracts of , and analyzed the efficiency of these formulations, based on their effect on the production of biomass and molecules of industrial interest, using different types of bacteria. All media formulations prepared in this study showed better performance than conventional media, including those based on animal ingredients. Thus, based on their versatility and high-yielding capacity, we conclude that culture media prepared from cyanobacterial extracts are a good alternative to conventional media for meeting the current demands of the cosmetic and pharmaceutical industries.
工业生物技术和制药领域的持续进步要求基于新的营养源开发新的培养基配方。这些新来源必须可持续、高产且非动物源性，对环境影响最小。因此，由蓝藻提取物制备的培养基可能是当前配方的一个有趣替代方案。在本研究中，我们使用[具体蓝藻名称]的提取物制备了各种基本培养基配方，并基于它们对不同类型细菌生物量和工业相关分子产量的影响来分析这些配方的效率。本研究中制备的所有培养基配方都表现出比传统培养基更好的性能，包括那些基于动物成分的培养基。因此，基于它们的多功能性和高产能力，我们得出结论，由蓝藻提取物制备的培养基是满足化妆品和制药行业当前需求的传统培养基的良好替代品。
