戊二醛

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  • glutaraldehyde
戊二醛戊二醛
  1. 通过实验确定最佳戊二醛用量及最适pH值。

    Both the optimal added glutaraldehyde amount and the optimal pH level were determined experimentally .

  2. 随着pH的改变,戊二醛和乙二醛交联膜呈现不同颜色。

    The color of the films cross-linked by glutaraldehyde and glyoxal varied with the variation of pH.

  3. 当戊二醛溶液质量分数为5%、pH值为85;

    When the mass fraction of glutaraldehyde was 5 % , pH of glutaraldehyde was 8.5 ;

  4. ST和PVA的最佳交联剂为戊二醛。

    Glutaraldehyde was the best cross - linker of starch and PVA .

  5. 以壳聚糖包被Fe纳米线,以戊二醛为交联剂对壳聚糖表面进行醛基化,制备磁性纳米线/壳聚糖复合体,并对其形成机理进行了探讨。

    Magnetic nanowires / chitosan was prepared by glutaraldehyde as cross-linking reagent . Forming mechanism was researched .

  6. 戊二醛浸泡口腔医疗器械对HBsAg破坏效果的检测

    Examination of efficacy of glutaraldehyde immersion of stomatologic instruments in destroying HBsAg

  7. 藻酸内凝胶-戊二醛法固定酵母细胞生产ATP的研究

    Study on ATP production by yeast cells immobilized in internal gelation of alginate-glutaraldehyde

  8. 强氧化离子水与2%戊二醛能100%杀灭大肠埃希菌和灭活乙型肝炎表面抗原(HBsAg)。

    Hyperoxidation ion water and glutaraldehyde can kill Escherichia coli and HBsAg completely .

  9. 目的评价戊二醛(GA)处理的牛心包作为引导骨组织再生材料的可行性。

    Objective To explore the feasibility of bovine pericardium used as a material for guiding bone regeneration .

  10. PG消毒剂含2%强化中性戊二醛,醇类和香料。

    PG disinfectant contains 2 % glutaraldehyde , alcohol and perfume .

  11. 结论,低浓度戊二醛即可有效灭活脊髓灰质炎病毒,其灭活效果受温度和pH值的影响。

    Conclusions : Glutaraldehyde can effectively inactivating poliovirus even at low concentration . Its inactivating efficacy is influenced by temperature and pH value .

  12. 选择了制备固定化酶最佳的戊二醛浓度、交联温度和交联pH值。

    Using chitosan as the suportant , conditions for the immobilization , such as , glutaraldehyde concentration , PH and reaction temperature , ete .

  13. 为寻求一种优于戊二醛(GA)的新型生物瓣膜材料交联剂,作者从可行性探索的角度,用气态六次甲基二异氰酸酯(HDI)处理川西牦牛心包材料。

    Gaseous hexamethylene-diisocyanate ( HDI ) was used to treat yak pericardium .

  14. 方法应用环氧氯丙烷(EC)化学改性戊二醛(GA)处理猪瓣。

    Methods The glutaraldehyde ( GA ) treated porcine aortic valves were modified chemically with epoxy chloropropane ( EC ) .

  15. 2%碱性戊二醛和1%84消毒液各相同处理组间模型的三维尺寸无显著性差异(P0.05);

    There was no significant difference between every same group of 2 % alkaline glutaraldehyde and 1 % 84 disinfector ( P0.05 ) .

  16. 介绍了戊二醛制剂中加入强化剂B后,加强了它的杀菌效果和稳定性,以及pH值对戊二醛制剂的影响情况。

    The paper introduced the improved sterilization and stability of valeric dialdehyde preparation when added with strengthening agent B.The effect of pH value to the preparation was also discussed .

  17. 用戊二醛将半抗原偶联到牛血清白蛋白(BSA)上,制成全抗原。

    The hapten was cross-linked to bovine serum albumin ( BSA ) by glutaraldehyde obtaining antigen .

  18. 结果经2%戊二醛擦拭两遍后,HBsAg的转阴率为46.7%;

    Results The eliminating rate of HBsAg was 46.7 % when the contaminated instruments were scrubbed with 2 % cidex solution .

  19. 结论,戊二醛含量的化学测定受pH值和某些物质的干扰,戊二醛含量测定应严格控制测定条件。

    Conclusion : Chemical measurement of glutaraldehyde content was interfered by pH value and some substances , therefore the measuring conditions must be strictly controlled during measurement of glutaraldehyde content .

  20. 并采用响应面实验设计方法对酶固定化过程中影响因素进行优化,确定三个主要影响因素为戊二醛浓度、缓冲液pH以及加酶量。

    Optimization enzyme immobilization influencing factors in the process through the response surface method , and identify three main influencing factors of glutaraldehyde concentration , buffer pH and enzymatic quantity .

  21. 该戊二醛衍生物对小白鼠口服LD50为16950mg/kg(体重)。

    The oral LD 50 of this glutaraldehyde derivative in mice was 16 950 mg / kg ( body weight ) .

  22. 方法将人工污染HBV的口腔器械分别采用戊二醛擦拭消毒法、戊二醛浸泡消毒法、压力蒸汽消毒法,消毒后的器械用ELISA法检测HBsAg,间接判断HBV的存在。

    Methods After dental instruments contaminated with HBV were sterilized with three different disinfection methods , ELISA method was used to examine disinfection efficacy of HBsAg .

  23. 以及在聚乙烯醇中加入交联剂戊二醛(GA),交联改性后,缩醛膜的阻气性能与所加交联剂戊二醛的量的关系;

    And the relationship between gas-barrier properties of cross & linked film and GA content in PVA also was studied , after adding GA into PVA .

  24. 壳聚糖的应用CS的末来以戊二醛为交联剂,制备了壳聚糖(CS)-羧甲基纤维素(CMC)聚合物电解质膜。

    The polyelectrolyte membrane was prepared by interaction between chitosan ( CS ) and carboxymethylcellulose ( CMC ) using glutaraldehyde as linkage reagent .

  25. 将制得的三代磁性纳米载体用戊二醛共价偶联固定化玫瑰假丝酵母脂肪酶。研究了固定化酶的相关性质,如pH值、温度和变性剂对固定化酶活性的影响。

    Candida rugosa lipases were covalently immobilized on the carriers using glutaraldehyde as a coupling agent . Various properties of the immobilized enzyme were studied such as pH , temperature and denaturant .

  26. 结果,在戊二醛含量相同的条件下,其测定值随pH的增加而逐渐降低,pH对戊二醛含量测定值有明显的干扰作用。

    Results : Under condition of same glutaraldehyde content , the measured value decreased gradually with increasing pH , indicating that pH had significant interfering effect on measured value of glutaraldehyde content .

  27. 将PB-PMB纳米粒子组装到Cys修饰的Au电极表面,通过戊二醛的交联作用使葡萄糖氧化酶固定于修饰电极上。

    PB nanoparticles were assembled onto the cysteine-modified Au electrode surface and GOD immobilized by the crosslinking of glutaraldehyde .

  28. OK器械消毒液为含2%戊二醛的复方消毒剂。

    The OK Instrument Disinfection Solution is a compound disinfectant ( pH 7.0 ) containing 2 % glutaraldehyde , 0 . 1 % compound alcohol , 0.4 % sodium nitrite and surfactant .

  29. 通过蛋白质连接技术(戊二醛法)将此半抗原偶联到牛血清白蛋白(BSA)上,制备出全抗原。

    The hapten was cross-linked to amino groups on the surface of bovine serum albumin ( BSA ) by glutaraldehyde to obtain whole antigen .

  30. 采用PVA/硬脂酸/戊二醛复合涂膜材料包装咸鸭蛋,研究涂膜包装对咸蛋失水率、pH值及总菌数的影响。

    Study its effects of the coating on water loss rate of keeping-fresh salted duck eggs , pH and total number of bacteria of salted eggs by using PVA / stearic acid / glutaradehyde composite coating .