疏水性蛋白:在啤酒环境和其他生物工业中应用的特殊蛋白质

M. Khalesi, S.M. Deckers, K. Gebruers, L. Vissers, H. Verachtert, G. Derdelinckx
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引用次数: 38

摘要

疏水蛋白是由真菌产生的特殊蛋白质。过去十年的研究使人们更好地理解了它们在疏水/亲水界面自发自组装中的作用。这导致了在许多重要的科学和技术应用中使用疏水化合物的许多建议。疏水蛋白在食品工业和生物传感器中作为特殊的生物表面活性剂、发泡剂和蛋白质固定化具有吸引力。此外,它们还可以作为风味的稳定剂和饮料中微量成分的封装剂。疏水蛋白在药物配方和医学中的使用是另一个有趣的应用,因为它们可以增加药物的稳定性。对疏水性化合物的研究还必须有助于更好地理解啤酒、葡萄酒和苹果酒等饮料中的溢出现象,这些现象给这些领域造成了巨大的经济损失。为了认识疏水蛋白的积极和消极方面,这些蛋白质应该大规模地商业化,但事实并非如此。对现有应用可能性的概述可能有助于了解它们在不同环境条件下的行为,并有助于找到改进的分离和净化方法,以及可能的其他意想不到的应用。
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Hydrophobins: Exceptional proteins for many applications in brewery environment and other bio-industries

Hydrophobins are exceptional proteins produced by fungi. Research over the last decade has led to a better understanding of their role in spontaneous self-assembly at hydrophobic/hydrophilic interfaces. This has resulted in many proposals for using hydrophobins in many important scientific and technological applications. Hydrophobins may become attractive as special biosurfactants, as foaming agents and for protein immobilization in the food industries and in biosensors. Moreover, they can be interesting as stabilizers for flavors, and as, encapsulating agents of trace ingredients in beverages. The use of hydrophobins in pharmaceutical formulations and in medicine is another interesting application as they cause an increased stabilization of drugs. The study of hydrophobins must also lead to a better understanding of the gushing phenomenon in beverages like beers, wines and ciders, which causes great economic losses in those fields. To recognize the positive and the negative aspects of hydrophobins these proteins should be commercially available at large scale which however is not the case. An overview of existing possibilities for applications may help to understand their behavior in different environmental conditions and to stimulate finding improved methods for isolation and purification, and possibly other unexpected applications.

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