Carvalho Lisiane, Caetano Beatriz, Godinot Capucine, Komora Norton, Ferreira Adriana, Rocha Célia, Barbosa Bruna, Raymundo Anabela, Sousa Isabel
LEAF-Linking Landscape, Environment, Agriculture and Food, Instituto Superior de Agronomia, Universidade de Lisboa, Tapada da Ajuda, 1349-017 Lisboa, Portugal.
R&D Departament, Primor Charcutaria-Prima, S.A., Gavião, 4760-003 Vila Nova de Famalicão, Portugal.
Foods. 2025 Jul 8;14(14):2416. doi: 10.3390/foods14142416.
Reducing meat consumption is a key strategy to mitigate environmental impact, lower the incidence of diet-related diseases, and promote sustainable food production. In response, the plant-based food market has grown significantly, motivated by demand for meat-like products. This study aimed to develop a meatless alternative to deli ham (MAD) free of chemical additives, adhering to clean label principles. A commercially available MAD product (Target MAD) was used as a benchmark. Based on its analysis, clean-label laboratory (Optimized CL formulation) and pilot-scale (CL MAD) prototypes were developed. These were evaluated for texture, rheology, color, sensory attributes, and physicochemical properties. The CL MAD demonstrated similar firmness to the Target MAD, while being 17% more cohesive and 50% less adhesive. Its mechanical spectra showed typical weak gel behavior, with G' higher than G″. Color analysis indicated that the CL MAD was darker and less pink than the Target MAD. Nutritionally, it provided higher protein and lower fat content. Overall, this study successfully developed a clean-label meat-free alternative to deli ham that matches commercial textural standards while offering improved nutritional quality and eliminating chemical additives, meeting growing consumer demand for healthier and more sustainable foods.
减少肉类消费是减轻环境影响、降低饮食相关疾病发病率以及促进可持续粮食生产的关键策略。作为回应,受对类似肉类产品需求的推动,植物性食品市场显著增长。本研究旨在开发一种不含化学添加剂、遵循清洁标签原则的熟食火腿无肉替代品(MAD)。一种市售的MAD产品(目标MAD)被用作基准。基于其分析,开发了清洁标签实验室原型(优化的CL配方)和中试规模原型(CL MAD)。对这些原型进行了质地、流变学、颜色、感官属性和物理化学性质的评估。CL MAD的硬度与目标MAD相似,但其内聚性高17%,粘性低50%。其力学谱显示出典型的弱凝胶行为,储能模量(G')高于损耗模量(G″)。颜色分析表明,CL MAD比目标MAD颜色更深,粉色更淡。在营养方面,它提供了更高的蛋白质含量和更低的脂肪含量。总体而言,本研究成功开发出一种符合商业质地标准的清洁标签熟食火腿无肉替代品,同时提高了营养质量并消除了化学添加剂,满足了消费者对更健康、更可持续食品日益增长的需求。