细菌在纺织品染色中的非医疗应用

L. S. Sunarti
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摘要

目的:重新研究生产染料的新方法,利用生物技术设计的细菌活细胞生产的天然染料新来源,对人类健康更安全。讨论:由于纺织品对人类生活的重要性,以及随着后现代时代的到来,纺织品在满足人类基本需求之外还发挥着重要作用。纺织品染色过程需要一定的染料,以使其看起来更好、更舒适,并给使用者带来一定的自信。遗憾的是,传统染色技术使用的是经典的合成染料。众所周知,这些物质是有毒的,会导致各种健康问题。因此,利用生物工程菌进行染色的生物技术改进为更安全、更环保的纺织业提供了突破口。面临的挑战包括对这一突破的认识不足,以及如何将这一目前仍处于有限实验室规模的方法推向大规模和广泛的工业化生产。结论: 与使用传统染料有关的环境和健康问题促使纺织业提高了对良好做法的认识。生物技术提供了利用基因工程细菌进行更安全、更负责任染色的替代方法。这已成为纺织业的最新成就。这种方法大有可为,但仍需要所有利益相关者付出大量努力,才能将其从有限的实验室规模推向更大规模的工业化生产。
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Non-medical Application of Bacteria in Dyeing Textile
Aims: to revisited new method of producing dyes which is safer for the human health using new unusual source of natural based dyes produce by live cell of bacteria which is engineered biotechnologically. Discussion: due to the importance of textile to human life and along with the post modern era, textile products play a vital role in meeting not just man’s basic needs, but far beyond. Textile dyeing process need certain dye to make it looks better, comfortable and give certain self-confident to their user. Unfortunately, classic synthetic dyes use for a traditional dyeing techniques. These substances are known to be toxic and can cause various health issues. Hence, biotechnology improvement in using dye from bioengineered bacteria offer a breakthrough in a safer and eco-friendly textile industry. The challenges include the lack of awareness due to not much knowledge about this breakthrough and moreover how to push this approach, which is currently still on a limited lab scale, into a massive and widespread industrial existence. Conclusion:  Environmental and health issues regarding the use of conventional dyes leading to increased awareness of good practice of textile industry. Biotechnology offers alternative approach of safer and responsible dyeing with genetically engineered bacteria. This become the most recent achievement in textile industry. This approach is promising, but still needs a lot of effort from all stakeholder to push it from only limited laboratory scale onto a more massive industrial scale.
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