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首页> 外文期刊>Iranian Journal of Chemistry and Chemical Engineering >The Effect of Ziziphora clinopodioides Essential Oil and Nisin on Chemical and Microbial Characteristics of Fish Burger During Refrigerated Storage
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The Effect of Ziziphora clinopodioides Essential Oil and Nisin on Chemical and Microbial Characteristics of Fish Burger During Refrigerated Storage

机译:ziprinhora clinopodioides精油和乳链菌肽对鱼肉冷藏中化学和微生物特性的影响

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摘要

Ziziphora clinopodioides is from the genus of Zmphora and family of Lamiaceae, which grows in Iran and Turkey. This study was conducted to preserve the chemical and microbial quality of trout fish burger during storage using Ziziphora clinopodioides essential oil (ZEO) individually and in combination with msin. Firstly, the chemical composition of ZEO was determined using GC-MS analysis. Different treatments of trout fish burger were formulated using ZEO and msin as natural preservatives, stored in refrigerator for 20 days and were analyzed for chemical (pH and Total Volatiles Base-Nitrogen (TVB-N)) and microbial (total viable count, psychotropic counts, Enterobacteriaceae count and Pseudomonas spp count) characteristics.at 5-day intervals. The Results indicated a yield of 1% (w/w) for ZEO isolation and Pulegone (40.09%), Menthone (13.76%) andIsomenthone (12.31%) were identified as the major components of phytochemicals of ZEO. According to the obtained results combination of ZEO and msin had the strongest effect on chemical and microbial quality of fish burger; however, their individual use had significant effects on preserving the chemical and microbial quality offish burger as well, based on results of this study, formulation of ZEO and Nisin in fish burger especially in combinations can prolong its shelf life and control chemical and microbial changes during storage at 4 degrees C.
机译:Ziziphora clinopodioides来自Zmphora属,属于唇形科,在伊朗和土耳其生长。这项研究的目的是单独使用Ziziphora clinopodioides精油(ZEO)并与msin结合使用,以保持鳟鱼鱼汉堡的化学和微生物品质。首先,使用GC-MS分析确定ZEO的化学组成。使用ZEO和msin作为天然防腐剂配制鳟鱼鱼汉堡的不同处理方法,将其在冰箱中存放20天,并分析其化学成分(pH和总挥发性碱氮(TVB-N))和微生物(总活菌计数,精神计数) (每隔5天一次),肠杆菌科细菌计数和假单胞菌计数)特征。结果表明,ZEO的分离产率为1%(w / w),Puregone(40.09%),薄荷酮(13.76%)和异薄荷酮(12.31%)被确定为ZEO植物化学成分的主要成分。根据获得的结果,ZEO和msin的组合对鱼汉堡的化学和微生物质量影响最大。然而,它们的单独使用对保持鱼汉堡的化学和微生物质量也有显着影响,根据这项研究的结果,在鱼汉堡中特别添加ZEO和Nisin的配方可以延长其保质期并控制化学和微生物变化。储存在4摄氏度。

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