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Aerated food gels: fabrication and potential applications.

机译:充气食品凝胶:制造和潜在应用。

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Aerated gels contain both bubbles and entrapped water, thus offering ample versatility in product development. Dispersed air (or other gases) provides an additional phase within the gel that may accommodate new textural and functional demands. Many food polymers form gels and their target properties may be enhanced by combining materials (mixed polymer gels) or introducing a finely dispersed fat phase (emulsion gels). Traditional methods to generate bubbles in foods as well as non-conventional technologies (membrane processes, microfluidics, etc.) are reviewed and their potential applications in producing aerated gels are discussed. Aerated gels may find applications in reducing the caloric density of foods and inducing satiety, as carriers of flavors and nutrients, and in novel gastronomic structures. All rights reserved, Elsevier.
机译:充气凝胶既包含气泡,也包含残留的水,因此在产品开发中提供了足够的多功能性。分散的空气(或其他气体)在凝胶中提供了额外的相,可以适应新的质地和功能需求。许多食品聚合物会形成凝胶,并且可以通过混合材料(混合的聚合物凝胶)或引入精细分散的脂肪相(乳液凝胶)来增强其目标性能。回顾了在食品中产生气泡的传统方法以及非常规技术(膜工艺,微流控技术等),并讨论了其在生产充气凝胶中的潜在应用。充气凝胶可以作为调味剂和营养物的载体,并以新颖的美食结构用于降低食物的热量密度和引起饱腹感。保留所有权利,Elsevier。

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