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利用葡萄皮渣,葡萄酒行业的一种多功能副产品来制作高价值沙拉酱。

Harnessing Grape Pomace, a Multifunctional By-Product from the Wine Industry for High-Value Salad Dressings.

作者信息

Mangiapelo Luciano, Pinna Nicola, Blasi Francesca, Ianni Federica, Verducci Giuseppa, Cossignani Lina

机构信息

Department of Pharmaceutical Sciences, University of Perugia, 06126 Perugia, Italy.

出版信息

Molecules. 2025 Feb 5;30(3):693. doi: 10.3390/molecules30030693.

Abstract

Grape pomace (GP) has gained attention for its potential to be valorized into functional foods due to its rich composition of bioactive compounds. In this work, GP has been exploited to develop plant-based mayonnaise alternatives and salad dressings. The influence of the water-to-oil ratio, percentage content of GP, lecithin, and vinegar on the viscosity and physical stability of the obtained emulsions have been investigated by the Design of Experiments. Two formulations, one high-oil (70%) and the second high-water (60%), were further studied for their potential applications. The selected samples were subjected to an accelerated stability test (60 °C for 21 days) to verify the influence of GP on oxidation protection. The high-water sample, combined with 8% GP, showed lower primary (peroxide value < 20 mEq O/kg fat) and secondary oxidation (anisidine value < 55) parameters than the high-oil sample, highlighting the GP antioxidant activity. The phenolic profile of all samples by HPLC was also determined. Lastly, a sensory analysis was conducted, showing the highest overall acceptability for the oil-rich sample. The obtained results contribute to highlighting the potentiality of GP in the formulation of healthy foods, adopting the zero-waste approach for the full exploitation of this underutilized resource.

摘要

葡萄皮渣(GP)因其富含生物活性化合物,具有被转化为功能性食品的潜力而受到关注。在这项研究中,GP被用于开发植物性蛋黄酱替代品和沙拉酱。通过实验设计研究了水油比、GP、卵磷脂和醋的百分比含量对所得乳液粘度和物理稳定性的影响。进一步研究了两种配方,一种是高油(70%)配方,另一种是高水(60%)配方的潜在应用。对选定的样品进行加速稳定性试验(60℃,21天),以验证GP对氧化保护的影响。与高油样品相比,添加8% GP的高水样品的一级氧化(过氧化值<20 mEq O/kg脂肪)和二级氧化(茴香胺值<55)参数更低,突出了GP的抗氧化活性。还通过HPLC测定了所有样品的酚类成分。最后,进行了感官分析,结果表明富油样品的总体可接受性最高。所得结果有助于突出GP在健康食品配方中的潜力,采用零浪费方法充分利用这种未充分利用的资源。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/5cea/11821133/befa5c142442/molecules-30-00693-g001.jpg

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