食品研究与开发
食品研究與開髮
식품연구여개발
FOOD RESEARCH AND CEVELOPMENT
2014年
13期
38-43
,共6页
赵文越%王雪青%邵明辉%宋文军%赵国强%付庆伟
趙文越%王雪青%邵明輝%宋文軍%趙國彊%付慶偉
조문월%왕설청%소명휘%송문군%조국강%부경위
板栗花%精油%水蒸气蒸馏%抑菌活性%提取工艺
闆慄花%精油%水蒸氣蒸餾%抑菌活性%提取工藝
판률화%정유%수증기증류%억균활성%제취공예
Chestnut flower%essential oil%steam distillation%antibacterial activity%extraction technology
板栗花精油具有抑菌性和杀虫活性等生物学功能,可作为天然防腐剂和驱避剂。采用单因素和正交试验研究水蒸气蒸馏提取板栗花精油的最佳提取条件以及其体外抑菌活性。实验结果表明:板栗花精油的最佳提取工艺为,板栗花1 cm短段与质量浓度为40 g/L氯化钠的蒸馏液按料液比1∶10(g/mL)的比例混合,蒸馏3 h,精油得率最高,为(0.621±0.008)%。采用抑菌圈法研究了板栗花精油对大肠杆菌、枯草芽孢杆菌和啤酒酵母的抑菌活性,结果显示,板栗花精油具有一定的抑菌活性,抑菌作用大小依次为啤酒酵母>枯草芽孢杆菌>大肠杆菌。本研究可为板栗花的综合利用和开发提供技术支持。
闆慄花精油具有抑菌性和殺蟲活性等生物學功能,可作為天然防腐劑和驅避劑。採用單因素和正交試驗研究水蒸氣蒸餾提取闆慄花精油的最佳提取條件以及其體外抑菌活性。實驗結果錶明:闆慄花精油的最佳提取工藝為,闆慄花1 cm短段與質量濃度為40 g/L氯化鈉的蒸餾液按料液比1∶10(g/mL)的比例混閤,蒸餾3 h,精油得率最高,為(0.621±0.008)%。採用抑菌圈法研究瞭闆慄花精油對大腸桿菌、枯草芽孢桿菌和啤酒酵母的抑菌活性,結果顯示,闆慄花精油具有一定的抑菌活性,抑菌作用大小依次為啤酒酵母>枯草芽孢桿菌>大腸桿菌。本研究可為闆慄花的綜閤利用和開髮提供技術支持。
판률화정유구유억균성화살충활성등생물학공능,가작위천연방부제화구피제。채용단인소화정교시험연구수증기증류제취판률화정유적최가제취조건이급기체외억균활성。실험결과표명:판률화정유적최가제취공예위,판률화1 cm단단여질량농도위40 g/L록화납적증류액안료액비1∶10(g/mL)적비례혼합,증류3 h,정유득솔최고,위(0.621±0.008)%。채용억균권법연구료판률화정유대대장간균、고초아포간균화비주효모적억균활성,결과현시,판률화정유구유일정적억균활성,억균작용대소의차위비주효모>고초아포간균>대장간균。본연구가위판률화적종합이용화개발제공기술지지。
The essential oil of Chestnut flower has many biological functions such as insecticidal activity and antibacterial proterties, and it can be used as a natural preservative and repellents. In this article, the optimum extraction technology of the essential oil from Chestnut flower extracted by steam distillation and its antibacterial activity were studied by the methods of single-factor and orthogonal experiment. The results showed that the optimum extraction technology was when 1 cm segment of flowers in 40 g/L sodium chloride at the ratio of material to solvent 1∶10 (g/mL), distilling 3 h, the highest essential oil was gotten with (0.621 ±0.008)%. And the antibacterial activity of essential oil against E. coli, Bacillus subtilis and Saccharomyces cerevisiae was also investigated by the method of inhibition zone. The results displayed that the essential oil has antibacterial activity , and the order of inhibitory effects was Saccharomyces cerevisiae > Bacillus subtilis > E.coli. This study can provide technical support for the utilization and development of Chestnut flower.