Alam Masud, Majid Ishrat, Kaur Sawinder, Dar Basharat Nabi, Nanda Vikas
Department of Food Engineering and Technology, Sant Longowal Institute of Engineering and Technology, Sangrur, Punjab, India.
Department of Food Technology, Islamic University of Science and Technology, Pulwama, Jammu & Kashmir, India.
J Texture Stud. 2025 Mar;56(2):e70020. doi: 10.1111/jtxs.70020.
This concise review provides a current overview of hydrocolloid applications across various food products, including fruit, bakery, meat, and dairy products. Hydrocolloids are gaining popularity for their role in producing healthier and high-quality food products that meet consumer expectations. Hydrocolloids are used in fruit-based products such as purees, jams, jellies, fruit fillings, juices, and fruit leathers to enhance textural stability by preventing syneresis and improving nutritional value as well as their consumer appeal. In bakery products such as muffins, bread, cakes, and cookies, hydrocolloids enhance thermal stability, texture, and sensory properties while also supporting the development of low-fat formulations. Hydrocolloids act as fat substitutes and texture modifiers in meat-based products, enhancing water retention, emulsion stability, and overall quality. They also help in developing texture-modified foods suitable for individuals with dysphagia. The use of hydrocolloids in dairy products, particularly yoghurts, cheeses, ice-cream, and milk beverages, aims to reduce fat content while retaining creamy texture as well as viscosity and preventing phase separation. This review highlighted recent advancements in hydrocolloid applications, their mechanisms of interaction with food components, and their potential for improving nutritional, textural, and functional properties across various food matrices. By addressing current research gaps and challenges, this work highlighted the important role of hydrocolloids in bringing innovation and sustainability to food product development.
这篇简要综述提供了水胶体在各类食品(包括水果、烘焙食品、肉类和乳制品)中应用的当前概况。水胶体因其在生产符合消费者期望的更健康、高质量食品方面的作用而越来越受欢迎。水胶体用于基于水果的产品,如泥状食品、果酱、果冻、水果馅料、果汁和水果软糖,通过防止脱水收缩来提高质地稳定性,改善营养价值以及消费者吸引力。在烘焙食品如松饼、面包、蛋糕和曲奇中,水胶体可提高热稳定性、质地和感官特性,同时也有助于开发低脂配方。水胶体在肉类产品中充当脂肪替代品和质地改良剂,增强保水性、乳液稳定性和整体品质。它们还有助于开发适合吞咽困难者食用的质地改良食品。在乳制品(特别是酸奶、奶酪、冰淇淋和牛奶饮料)中使用水胶体旨在降低脂肪含量,同时保持奶油质地以及粘度,并防止相分离。这篇综述强调了水胶体应用的最新进展、它们与食品成分的相互作用机制以及它们在改善各种食品基质的营养、质地和功能特性方面的潜力。通过解决当前的研究差距和挑战,这项工作突出了水胶体在为食品产品开发带来创新和可持续性方面的重要作用。