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棕榈油
相关语句
  palm oil
    The result indicated that the optimum reaction condition of the hydrolysis was separately relative of organic solvent and water 98%,immobilized lipase content 0.02 g/g oil and the reaction time 6 hours for camphor-kemel oil,and that the optimum reaction condition of the hydrolysis was separately temperature 35 ℃,the relative of organic solvent and water 95%,immobilized lipase content 0.02 g/g oil and the reaction time 4 hours for palm oil.
    实验结果表明:在37℃时,水解樟核油的最佳条件是有机溶剂/水98%、固定化酶量002g/g油、反应时间6h,而水解棕榈油的最佳条件是温度35℃、有机溶剂/水95%、固定化酶量002g/g油、反应时间4h。
短句来源
    Studies on Enzymatic Glycerolysis of Palm Oil by Lowering Temperature Proceedingly in Solid State
    程序降温法固相酶催化棕榈油甘油解的研究
短句来源
    Research on the Materialization of Biomass Palm Oil
    生物质棕榈油的材料化研究
短句来源
    The result indicated that the optimum carrier of immobilized enzyme: celite545, optimum enzyme: lipase from Candida Cylindracea, optimum substrate: palm oil and the oil from camphor tree seeds, and the optimum condition of hydrolytic reaction: 500r/min, pH6.5, 35 ℃, and the substrates concentration: 60 percent.
    最适底物为樟核油和棕榈油 ; 最适反应条件是 50 0r/min ,pH6.5,35℃ ,底物浓度 60 %。
短句来源
    Perilla oil, peanut oil and palm oil could be converted to an oil containing EPA by strain SM96, the best oil was perilla oil being rich in α-linolenic acid.
    结果表明,紫苏油、花生油和棕榈油都能被不产EPA的SM96菌株转化形成EPA油脂,其中富含α-亚麻酸的紫苏油效果最好;
短句来源
  “棕榈油”译为未确定词的双语例句
    The weight of oil and fat producing by fusants was 48.5% of dried cell. Palmitoleic acid was 47.29% of total oil and fat, which accounted for 22.95% of dried cell.
    产脂和产棕榈油酸分析表明,融合子的产脂量为菌体干重的48.53%,其中棕榈油酸占油脂总量的47.29%,为菌体干重的22.95%。
短句来源
    ISOLATION AND CHARACTERIZATION OF YEAST PRODUCING PALMITOLEIC ACID
    产棕榈油酸酵母菌的分离和鉴定
短句来源
    (5) The adult of Erthesina fullo Thunberg contains more than 50% fats, among which there are more than 50% MUFA-Palm oil acid and can match with those from whales and fishes, eight kind of insects can be served as good fatty acid source.
    (5)半翅目麻皮蝽(Erthesina fullo Thunberg)成虫的油脂含量超过50%,油脂中单不饱和脂肪酸-棕榈油酸含量50%以上,可与鲸鱼和鱼类等来源的优质的脂肪酸相媲美,8个试虫均可作为优质的脂肪酸源。
短句来源
    A strain of yeast producing large amount of palmitoleic acid was isolated in 1992. The weight of oil and fat produced by this strain is 32.06% of dried cell.
    1992年分离到一株高产棕榈油酸的酵母菌。
短句来源
  相似匹配句对
    Research on the Materialization of Biomass Palm Oil
    生物质棕榈油的材料化研究
短句来源
    ISOLATION AND CHARACTERIZATION OF YEAST PRODUCING PALMITOLEIC ACID
    产棕榈油酸酵母菌的分离和鉴定
短句来源
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  palm oil
Red palm oil in the maternal diet increases provitamin A carotenoids in breastmilk and serum of the mother-infant dyad
      
Aim of the study We investigated the effectiveness of short-term dietary supplementation of mothers with red palm oil as a strategy for improving the vitamin A status of the mother-infant dyad.
      
Methods Lactating mothers in Colonia Los Pinos, a barrio of Tegucigalpa, Honduras, consumed a total of 90-mg β-carotene as red palm oil (n = 32) supplements (n = 36) or placebo (n = 18) in six equal doses over 10 days.
      
Results Maternal serum α-carotene and β-carotene concentrations were increased 2 fold by palm oil compared with 1.2 fold by β-carotene supplements.
      
Increases in breastmilk β-carotene were greater for the palm oil group (2.5 fold) than for the β-carotene supplement group (1.6 fold) and increases in milk α-carotene concentrations (3.2 fold) were slightly greater than those of β-carotene.
      
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Lipase was used to catalyze the glycerolysis of olive oil in a non solvent system to produce monoglyceride (MG). It was found that the reaction temperature played a key role in the MG equilibrium yield. There existed a critical temperature (Tc) at or below which a MG yield of higher than 60% was obtained, and above which only about 30% MG was produced. The value of Tc depended on the type of the fat/oil substrate. The mechanism of Tc was elucidated based on the comparison between Tc and melting...

Lipase was used to catalyze the glycerolysis of olive oil in a non solvent system to produce monoglyceride (MG). It was found that the reaction temperature played a key role in the MG equilibrium yield. There existed a critical temperature (Tc) at or below which a MG yield of higher than 60% was obtained, and above which only about 30% MG was produced. The value of Tc depended on the type of the fat/oil substrate. The mechanism of Tc was elucidated based on the comparison between Tc and melting point of various fats/oils, in combination with the reaction phenomenology and the compositional changes of the reaction mixture during the reaction process.

在无溶剂体系中以脂肪酶催化棕榈油的甘油解反应合成单甘酯时,发现温度对单甘酯的产率起关键作用。反应存在一临界温度,低于临界温度时单甘酯的平衡浓度高于60%,而高于临界温度时单甘酯含量只有30%左右。临界温度与油脂的种类有关;通过测定各种油脂的临界温度并与其熔点相比较,结合反应现象学及反应进程中反应混合物各组分含量的变化,提出了临界温度的存在机理。

This paper studied that camphor-kemel oil and palm oil were hydrolyzed by the immobilized lipase in the organic solvent.We approached the effects of the hydrolysis reaction from different water content in organic solvent,different immobilized lipase content,and different reaction time and temperature.The result indicated that the optimum reaction condition of the hydrolysis was separately relative of organic solvent and water 98%,immobilized lipase content 0.02 g/g oil and the reaction time 6 hours for camphor-kemel...

This paper studied that camphor-kemel oil and palm oil were hydrolyzed by the immobilized lipase in the organic solvent.We approached the effects of the hydrolysis reaction from different water content in organic solvent,different immobilized lipase content,and different reaction time and temperature.The result indicated that the optimum reaction condition of the hydrolysis was separately relative of organic solvent and water 98%,immobilized lipase content 0.02 g/g oil and the reaction time 6 hours for camphor-kemel oil,and that the optimum reaction condition of the hydrolysis was separately temperature 35 ℃,the relative of organic solvent and water 95%,immobilized lipase content 0.02 g/g oil and the reaction time 4 hours for palm oil.

研究了在有机溶剂中固定化脂肪酶对樟核油、棕榈油水解反应的催化作用,考察了有机溶剂/水、固定化酶量、反应时间等因素对水解反应的影响。实验结果表明:在37℃时,水解樟核油的最佳条件是有机溶剂/水98%、固定化酶量002g/g油、反应时间6h,而水解棕榈油的最佳条件是温度35℃、有机溶剂/水95%、固定化酶量002g/g油、反应时间4h。

We studied that the reaction chraticrization and the catalytic reaction dynamics of immobilized lipase in which there are organic medium in the bioreactor by the technology of immobilization,and we expored that the optimum carriers of immobilization, optimun substrates and optimum reaction condition of which the vegetable oil can be hydrolyzed into fatty acid by lipase. The result indicated that the optimum carrier of immobilized enzyme: celite545, optimum enzyme: lipase from Candida Cylindracea, optimum...

We studied that the reaction chraticrization and the catalytic reaction dynamics of immobilized lipase in which there are organic medium in the bioreactor by the technology of immobilization,and we expored that the optimum carriers of immobilization, optimun substrates and optimum reaction condition of which the vegetable oil can be hydrolyzed into fatty acid by lipase. The result indicated that the optimum carrier of immobilized enzyme: celite545, optimum enzyme: lipase from Candida Cylindracea, optimum substrate: palm oil and the oil from camphor tree seeds, and the optimum condition of hydrolytic reaction: 500r/min, pH6.5, 35 ℃, and the substrates concentration: 60 percent. The result of the enzyme dynamic show K m=2.35×10 -2 mol/L, V m=0.75(mol/L·min -1 ).

采用酶工程固定化技术 ,研究了固定化脂肪酶在生物反应器的有机介质中的反应特性及其催化动力学 ,探讨了脂肪酶水解植物油脂制备脂肪酸反应中的最适固定化载体、底物和反应条件。结果表明 :最适酶为酵母脂肪酶 ;最适固定化脂肪酶载体为硅藻土Celite545;最适底物为樟核油和棕榈油 ;最适反应条件是 50 0r/min ,pH6.5,35℃ ,底物浓度 60 %。动力学研究结果表明 :Km=2 .35× 10 - 2 mol/L ,Vm=0 .75mol/L .min。

 
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