Amalia Ulfah, Shimizu Yutaka, Joe Ga-Hyun, Saeki Hiroki
Department of Fisheries Product Technology, Faculty of Fisheries and Marine Science, Universitas Diponegoro, Semarang 50275, Indonesia.
Faculty of Fisheries Sciences, Hokkaido University, Minato 3, Hakodate, Hokkaido 041-8611, Japan.
Food Chem. 2024 Feb 15;434:137491. doi: 10.1016/j.foodchem.2023.137491. Epub 2023 Sep 15.
The backslopping method was applied to the manufacture of Terasi (fermented shrimp paste) as countermeasures against the technical issue depending on the raw material, and its contribution to reduction of the potential allergenicity of Terasi was examined. Three kinds of starters, the low allergenic Indonesian commercial Terasi (CT), Akiami (Acetes japonicus) Terasi produced in laboratory scale (AT) and heated AT (HAT) were added to the manufacturing process of the Isazaami (Neomysis awatchensis) Terasi which contained tropomyosin (TM) with high IgE-binding ability. Addition of the starter effectively promoting the degradation of the shrimp protein and the reduction of the IgE-binding ability of TM. Interestingly, Terasi added as a starter would have acted primarily as a nutrient source to promote microbial fermentation rather than as a source of fermenting microorganisms and endogenous proteases. The backslopping method is one of the improving methods for reduction of potential allergenicity of Terasi product.
采用回接发酵法生产虾酱(发酵虾膏),以应对依赖原材料的技术问题,并研究其对降低虾酱潜在致敏性的作用。将三种发酵剂,即低致敏性的印度尼西亚商业虾酱(CT)、实验室规模生产的秋虾(日本毛虾)虾酱(AT)和加热后的AT(HAT)添加到含有高IgE结合能力原肌球蛋白(TM)的伊萨虾(阿氏新糠虾)虾酱的生产过程中。添加发酵剂可有效促进虾蛋白降解并降低TM的IgE结合能力。有趣的是,作为发酵剂添加的虾酱主要起到促进微生物发酵的营养源作用,而非发酵微生物和内源性蛋白酶的来源。回接发酵法是降低虾酱产品潜在致敏性的改进方法之一。