CAJ | 학술논문

采用气质联用技术分析了高渗胁迫下唾液乳杆菌胞内代谢物变化，结果表明：不同细胞代谢模式下，氨基酸类、有机酸类、脂肪酸类、胺类和糖类及其衍生物等具有显著差异，这些代谢物直接参与了细胞渗透胁迫响应相关的主要生化反应和关键代谢通路。
채용기질련용기술분석료고삼협박하타액유간균포내대사물변화，결과표명：불동세포대사모식하，안기산류、유궤산류、지방산류、알류화당류급기연생물등구유현저차이，저사대사물직접삼여료세포삼투협박향응상관적주요생화반응화관건대사통로。
In this work, intracellular metabolite profiles of Lactobacillus salivarius on hypertonic stress were analyzed using GC/MS method, and the result showed amino acids, organic acids, fatty acids, amines, and sugars and their derivatives were significantly different between different metabolic models , which were directly involved in the cell response to osmotic stress-related biochemical reactions and key metabolic pathways.