1) Gluta spp.
红心漆(胶漆树)
2) gum varnish
树胶清漆
3) Melanorrhoea spp.
缅红漆(黑漆树)
4) Rhus laccase
漆树漆酶
1.
Bio-modification of Rhus laccase on masson pine CTMP;
漆树漆酶对马尾松化机浆的生物改性研究
2.
Influences of bleaching time, dosage of Rhus laccase, temperature, pH on pulp brightness were discussed.
利用漆树漆酶在无介体存在条件下对甘蔗渣纸浆进行生物漂白,初步探索了反应时间、漆树漆酶用量、温度及酸度对甘蔗渣纸浆白度的影响。
3.
These complexes were used as carrier for immobilizing rhus laccase and properties of the immobilized enzymes were discussed.
以聚合松香(PR)为原料,分别与Cu2+、Ca2+、Ni2+和Mg2+等4种金属离子反应制备相应配合物,再对漆树漆酶进行固定化,得固定化酶PRCuEn、PRCaEn、PRNiEn、PRMgEn,考察了固定化酶的性能。
5) Rhus vernicifera laccase
漆树漆酶
1.
The influence of the mixing time of Pd(Ⅱ) and Rhus vernicifera laccase on the oxidation of 5,6 dibromo 2,3 dicyanohydroquinone (DDBQH 2) catalyzed by laccase has been studied through spectrophotometer at pH 4 5 and (30±0 1℃).
以 5 ,6 二溴 2 ,3 二氰基氢醌 (DDBQH2 )为底物 ,在pH 4 5和 30± 0 1℃条件下 ,用分光光度法考察了Pd(Ⅱ )与漆酶的结合时间对漆树漆酶催化活性的影响。
2.
The total molar enthalpy and the Michaelis constant and the observed first ordor velocity constant of the reaction between the Rhus vernicifera laccase and O aminophenol have been determined at 298.
１５Ｋ时漆树漆酶与邻氨基苯酚反应的摩尔反应焓ΔｒＨｍ＝２５２。
3.
The determination of activity of Rhus vernicifera laccase from Hubei Maoba have not interference of by product using ferrocene as substrate in the system of diethylene glycol monobutyl ether (DGBE)/phosphate butter by spectrophotometric method.
在二乙二醇单丁醚（ＤＧＢＥ）／磷酸盐缓冲液体系中，以二茂铁（Ｆｃ—Ｈ）为底物，用分光光度法测定湖北毛坝漆树漆酶的活性无副产物干扰。
6) laccase
['lækeis]
漆树漆酶
1.
The Microcalorimetric Studies on the Inhibition Kinetics of Enzyme-catalyzed Reaction──Fluoride Ion Inhibiting Laccase-catalyzed Oxidation Reaction of o-Phenylenediamine;
酶促反应抑制动力学的微量热法研究──氟离子对漆树漆酶催化氧化邻苯二胺的抑制
2.
Thermokinetic properties of the reaction between laccase and 3,4 dihydroxybenzaldehyde have been studied with a microcalorimetry system.
用微量热法研究漆酶和３，４－二羟基苯甲醛的反应望天志＊吴鼎泉万洪文＊＊屈松生（武汉大学化学系，武汉４３００７２，＊＊华中师范大学化学系武汉）关键词漆树漆酶，微量热法，３，４－二羟基苯甲醛１９９６－０８－０８收稿，１９９６－１０－１７修。
3.
Studies on the Metabolism of Mitochondria and Sub-mitochondria and the Effect of Laccase on It by Microcalorimetry;
首次将微量热用于亚细胞器层次的研究，测定了鲤鱼肝脏线粒体和亚线粒体体外代谢的热谱及其漆树漆酶的影响，并用MTD方程和演化计算技术对它们的代谢热动力学参数进行了全局优化。
补充资料：红心
比喻忠于无产阶级革命事业的思想：一颗～为人民。
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