As a consequence of Covid-19 global pandemic the demand for chemical auxiliaries with antimicrobial effect has boomed. The producer of textile auxiliaries Rudolf GmbH, Geretsried/Germany, has invested in the assessment of a new antiviral feature which is now added to one of their leading technologies. Such an effort returned the surprisingly fast and most comprehensive antibacterial and antiviral textile finishing Ruco-Bac AGP. The microstructures in Ruco-Bac AGP trigger their powerful antibacterial and antiviral effects based on 3 distinctive inhibiting mechanisms:1.Blocking of oxygen-transporting enzymes therefore leading to impaired growth. 2.Crushing of disulfide bonds and therefore structure of sulfur-containing proteins. 3. Possible interference with bacteria and virus surface protein in the membrane. Ruco-Bac AGP effectively protects any textile against bacteria (harmful and odor-causing) and its superior antiviral performance on textiles has been independently demonstrated. Assessments were carried out on enveloped coronaviridae families known to cause a broad spectrum of animal and human diseases. It is suitable for next-to-skin applications and cytotoxicity tests show that it has no influence on the natural microflora of the skin. Furthermore, because of the adhesion mechanism of its microstructures, Ruco-Bac AGP is only active in/on the textile and it is non-migrating.
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机译：由于Covid-19 Global Pandemy具有抗微生物效应的化学助剂的需求已蓬勃发展。 Texile AniLiaries Rudolf GmbH，Geretsried /德国的生产商已经投入了评估，该特征的评估现在增加到其领先技术之一。这种努力恢复了令人惊讶的快速和最综合的抗菌和抗病毒纺织品整理Ruco-Bac AGP。基于3个独特的抑制机制，Ruco-Bac AGP中的微观结构引发了它们的强大抗菌和抗病毒效果：1。因此导致氧气转运酶导致生长受损。 2.二硫键和因此含硫蛋白质的结构。 3.可能会在膜中干扰细菌和病毒表面蛋白。 Ruco-Bac AGP有效保护任何纺织品免受细菌（有害和气味的原因），其在纺织品上的优越抗病毒性能已经独立地证明。在已知致力于引起广谱的动物和人类疾病的包裹的冠状病族，进行评估。它适用于接下来的皮肤应用和细胞毒性试验表明它对皮肤的天然微生物群没有影响。此外，由于其微观结构的粘合机理，Ruco-Bac AGP仅在纺织品中活跃，并且它是非迁移的。
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