Department of Food Process Engineering, TU Berlin, 13353 Berlin, Germany.
Molecules. 2021 Mar 17;26(6):1673. doi: 10.3390/molecules26061673.
Oleogels or, more precisely, non-triglyceride structured lipid phases have been researched excessively in the last decade. Yet, no comprehensive knowledge base has emerged, allowing technology elevation from the laboratory bench into the industrial food application. That is partly due to insufficient characterization of the structuring systems studied. Examining a single composition decided upon by arbitrary methods does not stimulate progress in the research and technology area. A framework that gives much better guidance to product applications can easily be derived. For example, the incremental structure contribution concept is advocated as a parameter to compare the potency of structuring systems. These can straightforwardly be determined by combining solubility data and structural measurements in the recommended manner. The current method to determine the oil-binding capacity suffers from reproducibility and relevance. A newly developed method is suggested to overcome these shortcomings. The recommended new characterization of oleogels should contribute to a more comprehensive knowledge base necessary for product innovations.
在过去十年中,油凝胶或更准确地说是非甘油三酯结构脂质相已经被广泛研究。然而,由于研究中结构体系的表征不足,并没有形成一个全面的知识库,无法将实验室的技术提升到工业食品应用中。通过任意方法选择单一成分进行研究,不利于研究和技术领域的进展。一个可以为产品应用提供更好指导的框架可以很容易地推导出来。例如,增量结构贡献概念被提倡作为比较结构体系效力的参数。这些参数可以通过以推荐的方式结合溶解度数据和结构测量来直接确定。目前确定油结合能力的方法存在重现性和相关性的问题。建议使用一种新的方法来克服这些缺点。建议的油凝胶新的表征方法应该有助于建立更全面的知识库,从而实现产品创新。