芥酸

  • 网络erucic;Erucic acid;sinapic acid
芥酸芥酸
  1. 利用气相色谱分析法检测这些不同品种种子中芥酸的含量表型,并用聚丙酰胺凝胶电泳方法检测其在含油量QTL簇置信区间内7个分子标记的基因型。

    Erucic acid seed content of these cultivars were measured by gas chromatograph and the genotype of 7 markers in the QTL region were analyzed .

  2. 芥酸等是重要的VLCFA,主要存在于少数植物的种子油中。

    Erucic acid is an important VLCFA , which exists mainly in a few kinds of plants seeds .

  3. 硅氢加成反应催化剂NP催化剂上芥酸加氢制备山嵛酸的反应动力学

    Hydrogenation Kinetics for Erucic Acid to Produce Behenic Acid on NP Catalyst

  4. 通过极差、方差分析,阐明本试验中的水溶性成分(B)和低芥酸精炼菜籽油(A)对试验结果的影响都极为显著,是主要因素;

    The range and variance analysis results indicated that the water-soluble component ( B ) and low-sinapic-acid refined colza oil ( A ) had very significant effects on the test results and so were primary factors ;

  5. 本文报告油菜籽芥酸(EA)免疫测定技术中有关芥酸人工抗原合成和鉴定的方法。

    The method of synthesizing and identifying the synthetic antigen of erucic acid ( EA ) of rapeseed in immunologic determination techniques were reported .

  6. 本文以低芥酸菜籽油为对照,研究高芥酸菜籽油对雄性SD大鼠肝内软脂酸和丁酸氧化活性的影响。

    The effects of high erucic acid rapeseed oil ( HER ) on fatty acid oxidation in rat livers compared with low erucic acid rapeseed oil ( LER ) were studied .

  7. 本文首次报道了芥菜型油菜(BrassicaJuncea)花粉胚状体群体规模的芥酸变化的研究结果,并与种子的芥酸变化进行了对比研究。

    This paper reports the experimental results on the erucic acid ( EA ) content in the pollen-derived embryoid of Brassica juncea on a vast scale of population .

  8. 方法:1.本实验以山嵛酸、芥酸、花生酸、花生烯酸为原料设计合成高级脂肪酸类似物,将其依次酰化合成8个全新化合物,并用1H-NMR、13C-NMR进行结构鉴定。

    Behenic acid , erucic acid , arachidic acid , arachidonic acid were used as material to synthesized eight analogues of higher fatty acids and their structures were identified by 1H-NMR , 13C-NMR .

  9. 含油量43%,油中芥酸含量低于1%,每克菜饼中的硫苷含量低于35μmol,饼中蛋白质含量高于40%,适于三热或两热地区种植。

    The oil content of the cultivar is 43 % . Its erucic acid content in oil is lower than 1 % and its glucosinolates content is lower than 35nmol / g. Its protein content in meal is higher than 40 % .

  10. 结果表明,NiB/SiO2对芥酸加氢具有很高的活性,且稳定性较高,其催化性能优于非负载NiB非晶态合金和RaneyNi催化剂。

    Experimental results indicated that the supported amorphous Ni B / SiO 2 alloy catalyst showed higher stability and activity than amorphous Ni B alloy and Raney Ni , and that it has a super catalytic properties over the other two catalysts .

  11. 芥酸优先分布于1,3位,但更多的则出现在sn-3位。

    Erucic acid is preferentially located at the 1,3 position , but more of it is present at the sn - 3 position .

  12. 以完整甘蓝型油菜籽为样品,研究了不同光谱预处理和回归统计方法在用近红外反射光谱(NIRS)分析油菜籽中芥酸和硫甙的含量时,对建立回归方程的影响。

    Using intact kernel rapeseeds as test samples , various methods for spectra pretreatment and different regression methods were compared to establish an optimal regression equation for rapeseed erucic acid and glucosinolate content analysis by near infrared reflectance spectroscopy ( NIRS ) .

  13. 3.405A、407A和434A等细胞质不育材料菜油中的芥酸和菜籽饼中的硫代葡萄糖苷含量均接近双低标准。

    The contents of erucic acid and glucosinolates in rapeseed for 405A , 407A and 434A were close to the double-low standards .

  14. 高芥酸品种特征性酶带ESS1是一条热稳定性高的酶带。

    It has been determined that ESS1 ( the specific band of high erucic acid strain ) is the highly thermostable band .

  15. 花色和芥酸含量的连锁分析表明:白花与高芥酸紧密连锁,在DH群体中重组频率为58%。

    Both traits fit with a monogenic inheritance model , respectively . There were strong evidences to support the linkage relationship between the flower colour and the erucic acid content in the C-genome of B.napus with a recombination frequency of 5.8 % in the DH population .

  16. 本文制备了高效加氢NP催化剂,并讨论了芥酸采用该催化剂加氢制备山嵛酸时,催化剂浓度、氢气压力、反应温度、搅拌速度等因素对反应的影响。

    A higher activity NP catalyst for hydrogenation was prepared , on which behenic acid was produced by erucic acid hydrogenating . The effects such as the concentration of catalyst NP , hydrogen pressure , reaction temperature and stirring velocity on the process of hydrogenation were discussed in the paper .

  17. 芥酸环己酯的微型有机合成及体外抗肿瘤活性研究

    Microscale Synthesis of Cyclohexyl Erucate and Its Anti-tumor Activity in Vitro

  18. 菜籽油中有害物&芥酸的提取

    Extracting the poisonous substance - erucic acid from rape oil

  19. 四川省工业专用型高芥酸油菜产业化生产

    Industrialized production of high erucic acid rapeseed in Sichuan Province

  20. 表明芥酸的形成与胚结构的形态分化相一致。此外有可能进行低或零芥酸胚状体的筛选。

    It showed the consistence of erucic acid formation with morphological differentiation .

  21. 薄层色谱法在筛选油菜低芥酸品系上的应用

    Studies of Thin-Layer Chromatography Application in the Screening of Low Erucic Rape Strain

  22. 低芥酸杂交油菜渝杂18的选育

    Breeding of low erucic acid hybrid rapeseed Yuza 18 using chemical hybridization agent

  23. 菜籽油芥酸含量与温度的关系

    The relationship between the content of mustard acid of rapeseed oil and temperature

  24. 芥酸甲酯氧化制备十三烷二酸的研究

    Oxidation of Methyl Erucate for Preparation of Brassylic Acid

  25. 近红外光谱技术在检测转基因油菜籽中芥酸和硫甙上的应用研究

    Detection of Erucic Acid and Glucosinolate in Intact Rapeseed by Near-Infrared Diffuse Reflectance Spectroscopy

  26. 负载型非晶态Ni-B/SiO2合金对芥酸加氢催化性能研究

    Catalytic Performance of Supported Amorphous Ni-B / SiO_2 Alloy Catalyst for Erucic Acid Hydrogenation

  27. 菜油脚芥酸资源开发工艺研究

    Studies on process of development of resources of erucic acid from rape oil foots

  28. 高芥酸油菜品种是在工业上具有广泛用途的专用型品种。

    High erucic acid rape seed is used widely for special purpose in industry .

  29. 目前芥酸主要从高芥酸菜籽油中制取。

    At present , erucic acid is mainly produced from high erucic acid rapeseed oil .

  30. 芥酸与种子蛋白质、亚麻酸、花生烯酸间均呈极显著正相关。

    Erucic acid was positively correlated with seed protein , linolenic acid and arachidonic acid .