Bravo Bolívar Michael Steven, Pasini Federica, Marzocchi Silvia, Ravagli Cesare, Tedeschi Paola
Department of Agricultural and Food Sciences and Technologies, University of Bologna, Piazza Goidanich 60, 47521 Cesena, Italy.
Interdepartmental Centre of Industrial Agri-Food Research (CIRI Agroalimentare), University of Bologna, Via Quinto Bucci 336, 47521 Cesena, Italy.
Foods. 2023 Aug 12;12(16):3032. doi: 10.3390/foods12163032.
Milk coagulation is a process used for the formulation of different dairy products such as cheese. In this process, milk undergoes changes in its chemical stability thanks to acidification or enzymatic reactions. Traditionally, milk coagulation has been carried out with rennet of animal origin, but recently, the research of new types of rennet such as microbial rennet and vegetable rennet has increased. This study aims to present an organized review of the most relevant information on lactic coagulation, its relationship with vegetable rennets, and the importance of the botanical genus in the extraction of vegetable rennets, focusing on the coagulant potential of artichoke (). We conducted this literature review and found that lactic coagulation and vegetable rennets are linked through the enzymatic activity of the latter. The results of the main studies demonstrated a strong relationship between vegetable rennets and protease enzymes as well as the presence of these enzymes in extracts of cardoon () and artichoke (). In addition, studies highlight the presence of thistle extracts in artisanal cheese preparations in the Iberian Peninsula. Based on the results of the studies, a comparison between cheeses made with vegetable rennet and those made with traditional rennet was also carried out. Although the results show that the use of vegetable rennet in the manufacture of cheese can confer undesirable characteristics, the use of extracts from plants demonstrates that vegetable rennets have an industrial potential, especially the one obtained from artichoke () due to its high availability. Nevertheless, specific studies are required for a better understanding and application of this rennet.
乳凝固是用于制作不同乳制品(如奶酪)的一个过程。在这个过程中,由于酸化或酶促反应,牛奶的化学稳定性会发生变化。传统上,乳凝固是用动物源凝乳酶进行的,但最近,对新型凝乳酶(如微生物凝乳酶和植物凝乳酶)的研究有所增加。本研究旨在对乳酸凝固的最相关信息、其与植物凝乳酶的关系以及植物凝乳酶提取中植物属的重要性进行系统综述,重点关注洋蓟()的凝血潜力。我们进行了这项文献综述,发现乳酸凝固和植物凝乳酶通过后者的酶活性相联系。主要研究结果表明植物凝乳酶与蛋白酶之间存在密切关系,以及在刺菜蓟()和洋蓟()提取物中存在这些酶。此外,研究强调了伊比利亚半岛手工奶酪制品中蓟提取物的存在。基于这些研究结果,还对用植物凝乳酶制作的奶酪和用传统凝乳酶制作的奶酪进行了比较。尽管结果表明在奶酪制造中使用植物凝乳酶可能会带来不良特性,但使用植物提取物表明植物凝乳酶具有工业潜力,特别是从洋蓟()获得的凝乳酶,因为其来源丰富。然而,需要进行具体研究以更好地理解和应用这种凝乳酶。