食品研究与开发
食品研究與開髮
식품연구여개발
FOOD RESEARCH AND CEVELOPMENT
2015年
7期
14-17
,共4页
敖光辉%杜永华%魏琴%蒋惠%李玉杰
敖光輝%杜永華%魏琴%蔣惠%李玉傑
오광휘%두영화%위금%장혜%리옥걸
油樟%多糖%抗氧化作用%油脂
油樟%多糖%抗氧化作用%油脂
유장%다당%항양화작용%유지
Cinnamomum longepaniculatum%polysaccharide%antioxidant activity%oil
采用蒽酮-硫酸法测定油樟叶总多糖含量,采用烘箱贮藏法测定油樟叶总多糖抗猪油和菜籽油氧化作用。结果表明,采用蒽酮-硫酸法测得油樟叶中总多糖含量为24.9 mg/g;油樟叶粗多糖对猪油和菜籽油均具有较好抗氧化作用,且呈浓度依赖性;0.20%添加量的油樟叶粗多糖对猪油的抗氧化作用与0.02%BHT相当;0.50%添加量的油樟叶多糖对菜籽油抗氧化作用相当于0.02%BHT;BHT对油樟叶多糖抗猪油和菜籽油氧化作用均有协同增效作用;油樟叶多糖抗猪油氧化作用强于菜籽油。油樟叶多糖具有抗油脂氧化作用,BHT对其有协同增效作用。
採用蒽酮-硫痠法測定油樟葉總多糖含量,採用烘箱貯藏法測定油樟葉總多糖抗豬油和菜籽油氧化作用。結果錶明,採用蒽酮-硫痠法測得油樟葉中總多糖含量為24.9 mg/g;油樟葉粗多糖對豬油和菜籽油均具有較好抗氧化作用,且呈濃度依賴性;0.20%添加量的油樟葉粗多糖對豬油的抗氧化作用與0.02%BHT相噹;0.50%添加量的油樟葉多糖對菜籽油抗氧化作用相噹于0.02%BHT;BHT對油樟葉多糖抗豬油和菜籽油氧化作用均有協同增效作用;油樟葉多糖抗豬油氧化作用彊于菜籽油。油樟葉多糖具有抗油脂氧化作用,BHT對其有協同增效作用。
채용은동-류산법측정유장협총다당함량,채용홍상저장법측정유장협총다당항저유화채자유양화작용。결과표명,채용은동-류산법측득유장협중총다당함량위24.9 mg/g;유장협조다당대저유화채자유균구유교호항양화작용,차정농도의뢰성;0.20%첨가량적유장협조다당대저유적항양화작용여0.02%BHT상당;0.50%첨가량적유장협다당대채자유항양화작용상당우0.02%BHT;BHT대유장협다당항저유화채자유양화작용균유협동증효작용;유장협다당항저유양화작용강우채자유。유장협다당구유항유지양화작용,BHT대기유협동증효작용。
The content of Cinnamomum longepaniculatum leaves total polysaccharide was determined by the method of anthron sulphuric. The antioxidant activities of C. longepaniculatum leaves polysaccharide on lard and colza oil were investigated by Schaal method. The results showed that the content of polysaccharide in C. longepaniculatum leaves was 24.9 mg/g. The polysaccharide of C. longepaniculatum displayed potential antioxidant activity against both lard and colza oil with a concentration dependence. The same antioxidant effects on lard were observed between 0.20 % polysaccharide and 0.02 % BHT. The antioxidant effects of 0.50 %polysaccharide on colza oil was similar to 0.02 % BHT. BHT and C. longepaniculatum leaves polysaccharide exhibited obvious synergistic effect against the oxygenation of lard and colza oil. The antioxidant effect of polysaccharide on lard was better than that on colza oil. The polysaccharide from C. longepaniculatum show potential antioxidant properties on edible oil, and BHT has synergistic effect to this polysaccharide.