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物理改性植物油替代棕榈油:对巧克力馅料物理和风味特性的影响

Physically Modified Plant Oils as Alternatives to Palm Fat: Effects on Physical and Flavour Properties of Chocolate Fillings.

作者信息

Schmid Tamara, Gillich Elodie, André Amandine, Kinner Mathias, Chetschik Irene, Müller Nadina

机构信息

Institute of Food and Beverage Innovation, Zurich University of Applied Sciences, Einsiedlerstrasse 35, 8820 Wädenswil, Switzerland.

出版信息

Foods. 2025 Mar 28;14(7):1179. doi: 10.3390/foods14071179.

Abstract

Palm and palm kernel oils are extensively utilised in food processing due to their unique properties, such as their semi-solid consistency at room temperature. However, growing environmental and social concerns regarding palm oil production have prompted the industry to seek sustainable alternatives to tropical or hydrogenated fats. This project investigated the use of plant oils and their emulsified and crystallised forms as potential substitutes for palm fat in light and dark chocolate fillings, with an emphasis on single-origin ingredients to align with clean-label trends. The emulsions were assessed for viscosity, firmness, colour, and key flavour and aroma profiles. Results demonstrated that palm fat alternatives performed effectively in dark chocolate fillings, with non-emulsified recipes achieving firmness comparable to palm fat. In contrast, light chocolate fillings exhibited reduced firmness at higher inclusion rates of alternatives, and emulsified products were prone to flocculation. Notably, pure oil formulations delivered promising outcomes at lower inclusion rates, as the firmness could be raised by 22.0%, likely due to vegetable oil and cocoa butter interactions influencing crystal morphology. Substituting palm oil with sunflower oil, either crystallised or emulsified, did not compromise the overall flavour. Future investigations should determine the maximum feasible level of palm fat substitution and investigate the potential of adding higher amounts of waxes and emulsifiers to enhance crystal formation and firmness.

摘要

棕榈油和棕榈仁油因其独特的特性,如在室温下呈半固体状态,而被广泛用于食品加工。然而,人们对棕榈油生产的环境和社会问题日益关注,促使该行业寻求热带脂肪或氢化脂肪的可持续替代品。本项目研究了植物油及其乳化和结晶形式作为浅色和深色巧克力馅料中棕榈脂肪潜在替代品的用途,重点是单一来源成分以符合清洁标签趋势。对乳液的粘度、硬度、颜色以及关键的风味和香气特征进行了评估。结果表明,棕榈脂肪替代品在深色巧克力馅料中表现良好,未乳化配方的硬度与棕榈脂肪相当。相比之下,在替代品添加率较高时,浅色巧克力馅料的硬度降低,且乳化产品容易絮凝。值得注意的是,纯油配方在较低添加率下取得了良好的效果,因为硬度可提高22.0%,这可能是由于植物油和可可脂的相互作用影响了晶体形态。用结晶或乳化的向日葵油替代棕榈油不会影响整体风味。未来的研究应确定棕榈脂肪替代的最大可行水平,并研究添加更高量蜡和乳化剂以增强晶体形成和硬度的潜力。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/38d7/11988766/d4805c94de92/foods-14-01179-g001.jpg

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