首页> 外文期刊>Food Science and Technology (Campinas) >Salame elaborado com Lactobacillus plantarum fermentado em meio de cultura de plasma suíno
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Salame elaborado com Lactobacillus plantarum fermentado em meio de cultura de plasma suíno

机译:Salami用乳杆菌植物植物植物植物植物(Salabacillus plantarum)阐明了血浆血浆培养基

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The purpose of this work was to produce a starter culture with a strain of Lactobacillus plantarum in a porcine plasma culture medium and ascertain the viability of applying it in salami sausage. The culture medium was prepared with porcine plasma and distilled water (1:1, pH 11.0). After sterilization, 300 mL were added of 400 mL of a sterile solution of glucose and potassium diphosphate. The Lb. plantarum strain was inoculated into the culture medium and subjected to fermentation at pH 7.0 for 36 hours (100 rpm, 37 ± 0.1 °C). When the stationary phase was reached, the culture was centrifuged and resuspensed in sterile skimmed milk, lyophilized and applied to salami. An evaluation was made of the influence of the inoculum on the microbiological, physicochemical and sensorial characteristics of salami sausages. The results were compared with treatments without the addition of starter culture and with a commercial culture. The microorganism Lb. plantarum showed a maximum growth of 9.82 Log UFC.mL?1 after 30 hours of fermentation. The salami sausages prepared with the starter culture produced in this study showed a significantly greater drop in pH and lower water activity than the other treatments. The microorganism Lb.plantarum improved the flavor of the salami sausages considerably.
机译:这项工作的目的是在猪等离子体培养基中产生具有乳杆菌菌株的起始培养物,并确定将其施加在萨拉米香肠中的可行性。用猪等离子体和蒸馏水(1:1,pH 11.0)制备培养基。灭菌后,加入300ml 400ml无菌葡萄糖溶液和二磷酸钾。 LB.将Plantarum菌株接种到培养基中,并在pH 7.0下进行发酵36小时(100rpm,37±0.1℃)。当达到固定相时,将培养物离心并在无菌脱脂乳中重悬,冻干并施用于萨拉米香肠。 inoculum对萨拉米香肠的微生物,物理化学和传感器特征的影响。将结果与治疗进行比较,而不添加起始培养物和商业培养物。微生物LB. Plantarum在发酵30小时后显示出9.82 Log UFC.ML的最大增长。用本研究中生产的起始培养物制备的蒜味咸腊肠香肠显示出比其他治疗更高的pH和较低的水活性下降。微生物LB.PLANTARUM大大提高了萨拉米香肠的味道。

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