Arwanto Viviana, Buschle-Diller Gisela, Mukti Yayon Pamula, Dewi Ardhia Deasy Rosita, Mumpuni Christina, Purwanto Maria Goretti Marianti, Sukweenadhi Johan
Faculty of Biotechnology, University of Surabaya, Raya Kalirungkut, Surabaya 60293, Indonesia.
Heliyon. 2022 Oct 13;8(10):e11062. doi: 10.1016/j.heliyon.2022.e11062. eCollection 2022 Oct.
Innovations in food biotechnology reflect the increasing demand for healthy food and the change in conventional dietary patterns to plant-based diets, encouraging the development of functional products and opening new perspectives for industry interests. In addition, the development of vegetable-based products is supported by several studies that state that plant-based diets help reduce the risk of diseases, reduce stress, and even help maintain healthy body weight, making this diet a promising development for the future. The industry mainly uses fermentation techniques to obtain plant-based foodstuffs. However, fermentation is just one method that can develop probiotic products. Other methods include high moisture extrusion cooking and applying shear cells, for instance, for developing vegetable meats. This article summarizes trends and shifts in eating preferences, the response of the respective industry, and the future potential of plant-based products.
食品生物技术的创新反映了对健康食品的需求不断增加,以及传统饮食模式向植物性饮食的转变,这促进了功能性产品的开发,并为行业利益开辟了新的前景。此外,多项研究支持植物性产品的开发,这些研究表明,植物性饮食有助于降低疾病风险、减轻压力,甚至有助于维持健康体重,使这种饮食成为未来有前景的发展方向。该行业主要采用发酵技术来获取植物性食品。然而,发酵只是一种可以开发益生菌产品的方法。其他方法包括高水分挤压烹饪和应用剪切细胞,例如用于开发植物肉。本文总结了饮食偏好的趋势和变化、各行业的反应以及植物性产品的未来潜力。