1)Erucic acid芥酸
1.Production of erucic acid and development of its derivative products;芥酸的生产及其衍生产品开发
2.Decreasing the erucic acid content in Descurainia Sophia seed oil by freezing crystallization and urea adduction fractionation;冷冻结晶法和尿素包合法降低播娘蒿籽油中芥酸的研究
3.Determination of the erucic acid content in rapeseed oil by near-infrared spectroscopy;近红外光谱分析法测定菜籽油中芥酸的含量
英文短句/例句
1.Gene Cloning and Sequence Analysis of Fatty Acid Elongase 1(fae1) in Sinapis arvensis L.野芥芥酸合成酶基因fae1的克隆与序列分析
2.Oxidation of Methyl Erucate for Preparation of Brassylic Acid芥酸甲酯氧化制备十三烷二酸的研究
3.Methods: Erucic acid from rape oil was extracted with cooling crystallization, and compared with lead salt method.方法:采用冷结晶法提取芥酸,并与铅盐法提取芥酸作了比较。
4.Quantitive Analysis Gene Expression of Erucic Acid Synthesis and TRAP Molecular Indentification of Erucic Acid Germplasm;芥酸合成基因表达的量化分析及芥酸种质资源的TRAP分子鉴定
5.About 10%～20% of erucic acid is contained in the seeds of all species of genus Acer.槭属植物种子油含有10%～20%的芥酸.
6.Erucic acid is preferentially located at the 1,3 position, but more of it is present at the sn- 3 position.芥酸优先分布于1,3位,但更多的则出现在sn-3位。
7.Major Gene Plus Poly-gene Inheritance of Erucic Acid Content in Brassica napus L.甘蓝型油菜芥酸含量的主基因+多基因遗传
8.It is proved that Camellia oil has more than 90% unsaturated fatty acid, 80-83% oleic acid ,7-13% linoleic acid.茶油中不含芥酸，胆固醇、黄曲霉素和其它添加剂。
9.Cis-13-docosenoic acid recovery from docosenoic acid residue by short-path distillation芥酸残渣短程蒸馏回收工艺研究与应用
10.Industrialized production of high erucic acid rapeseed in Sichuan Province;四川省工业专用型高芥酸油菜产业化生产
11.Testing and Analyzing of Erucic Acid in Fry Resid几种油炸食品残油中芥酸含量的测试分析研究
12.phenyl mustard oi苯基芥子油,异硫氰酸苯酯
13.Melphalan( L-PAM) is approved by FDA for marketing.FDA批准美法仑(旋苯丙氨酸氮芥)市.
14.The Changes of Nucleic Acid and Polyamines Content During the Growth and Development in Chinese kale (Brassica allboglabra Bailey)芥蓝生长发育过程核酸与多胺含量的变化
15.The Role of Calcium and Calmodulin in Jasmonic Acid Signalling in Arabidopsis Thaliana;Ca～（2+）/CaM 在拟南芥茉莉酸信号通路中的作用
16.Effects of Amino Acids on the Composition and Content of Glucosinolates of Chinese Kale;氨基酸对芥蓝硫代葡萄糖苷组分及含量的影响
17.Salicylic Acid Induced the Shoot of Arabidopsis Physiological Mechanism of Arsenic Resistance水杨酸诱导拟南芥地上部抗砷的生理机制研究
18.Proteomics Analysis on Arabidopsis Thaliana Leaves in Response to Simulated Acid Rain模拟酸雨胁迫下拟南芥蛋白质组学分析
相关短句/例句
ethyl erucate芥酸乙酯
1.The result showed that ethyl erucate was synthetized and identified.运用微型有机合成技术,以芥酸和无水乙醇为原料、浓硫酸为催化剂合成芥酸乙酯,采用柱层析分离纯化,红外光谱IR、氢核磁共振谱1H-NM R确证结构。
3)erucamide芥酸酰胺
1.Synthesis of Erucamide by Alkyltin Catalysis;烷基锡催化合成芥酸酰胺
2.Pure erucamide was seperated and purified from crude erucamide by molecular distillation in 92.以芥酸酰胺粗品为原料,采用分子蒸馏技术分离提纯芥酸酰胺,工艺条件为:一次蒸馏压力 25Pa、温度 145℃、刮膜转速 340r/min、流量 100g/h;二次蒸馏压力 1~3Pa、温度 150℃、刮膜转速 340r/min、流量 100g/h。
3.This paper advances the preparation method of erucamide by direct ammonolysis .本研究提出菜籽油直接氨解、溶剂脱脂、蒸馏预分离、溶剂结晶提纯制取芥酸酰胺的方法。
4)docosenoic acid residue芥酸残渣
1.Cis-13-docosenoic acid recovery from docosenoic acid residue by short-path distillation;芥酸残渣短程蒸馏回收工艺研究与应用
5)Sinapic acid芥子酸
1.A simultaneous determination of sinapic acid,quercetin and protocatechuic acid in Allium cepa Linn by capillary aone electrophoresis with electrochemical detection was reported.采用毛细管区带电泳-电化学检测法(CE-ED)同时测定了洋葱中芥子酸、槲皮素和原儿茶酸的含量,研究了电极电位、运行液浓度和分离电压等实验参数对分离检测的影响。
2.This paper reports that a Pt4CL1 variant 338dVal,which is a deleted Val-338 in amino acid sequence of 4-coumarate:CoA ligase from Populus tomentosa,gains the function of using sinapic acid.通过对毛白杨中的4-香豆酸:辅酶A连接酶1(Pt4CL1)蛋白第338位缬氨酸进行缺失突变,从而获得了具有芥子酸催化活性的Pt4CL1蛋白突变体338dVal。
6)molybdenum sulfate sinapinate芥酸硫钼
1.In this work,molybdenum sulfate sinapinate(MSS)is synthesized by low-temperature sulfu- ration and decomposition,and its friction character is investigated on a four-ball test machine.通过低温硫化和分解反应,合成了芥酸硫钼。
延伸阅读
芥酸分子式：C22H42O2分子量：338.58CAS号：112-86-7性质：无色针状结晶。熔点33.5℃，沸点381.5℃（分解），358℃（53.3kPa），265℃（2.0kPa），相对密度0.86（55℃），折射率1.4534（45℃）。极易溶于醚，溶于乙醇、甲醇，不溶于水。在油菜籽制得的菜油或芥子油中，以及若干其他十字花科植物的种子中都含有较多芥酸。某些海生动物脂肪如鳕肝油中也含有芥酸。制备方法：以菜油或油脚为原料，用传统的方法（皂化酸解、酸化水解或加压水解）水解制成菜油脂肪酸，再从菜油脂肪酸分离出芥酸。对混合脂肪酸采用冷冻、压榨、初步分离后，再采用减压精馏可得较纯的芥酸。用途：芥酸的直接用途不多，主要用作精细化学品的中间体，用来制取各种表面活性剂、润滑剂、增塑剂、乳化剂、软化剂、防水剂、去污剂等。其衍生物芥酸酰胺（[112-84-5]）是塑料的润滑剂；芥酸氢化制成二十二烷酸，进一步加工制成山酸，用于舰艇上防止盐水腐蚀和防止藻类等附着在船体上。芥酸裂解可制取壬酸和十三碳二元酸，后者可制造人造麝香、耐低温耐光的优良增塑剂、尼龙-13和尼龙-1313。这类尼龙具备一般尼龙所不具备的特点，比其他尼龙更抗水，熔点低，能在低温下加工。
