偶联因子

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  • coupling factor
偶联因子偶联因子
  1. 结果表明,得到的偶联因子F1具有ATP酶活性。

    The results showed that the coupling factor F_1 we obtained had ATPase activity .

  2. 分离和初步提纯了绿豆黄化幼苗线粒体氧化磷酸化偶联因子F1。

    The coupling factor F_1 from the mitochondria of the mung bean etiolated seedlings had been isolated and preliminarily purified .

  3. 偶联因子6(couplingfactor6,CF6)是线粒体ATP合酶的一个亚单位,它由76个氨基酸组成。

    Coupling factor 6 ( CF 6 ) is a subunit of mitochondrial ATP synthase and is composed of 76 amino acids .

  4. LaCl3、PrCl3对叶绿体光合磷酸化偶联因子活性影响的研究

    Influence of lacl_3 and prcl_3 on photophosphorylation coupled factor active

  5. 目的:探讨高血压患者血浆偶联因子6水平(couplingfactor6,CF6)与血脂、超声心动图参数之间的关系。

    AIM : To explore the relationships between plasma concentration of coupling Factor 6 ( CF6 ) and serum lipids , echocardiographic parameters in patients with essential hypertension .

  6. 本文比较了几种提取纯化偶联因子的方法,发现叶绿体先经氯化钾稀溶液除去杂蛋白质,再用乙二胺四乙酸(EDTA)稀溶液提取,提取物在聚丙烯酰胺凝胶电泳上表现为单带。

    To this end several methods of extraction and purification of chloroplast coupling factors were compared . It was found that the coupling factors extracted with dilute EDTA solution from the chloroplasts after the removal of heterogenous proteins showed a single band on polyacrylamide gel electrophoresis .

  7. 醋酸酐对叶绿体偶联因子的化学修饰效应

    Effects of chemical modification by acetic anhydride on chloroplast coupling factor

  8. 绿豆幼苗线粒体氧化磷酸化偶联因子

    The coupling factor of oxidative phosphorylation from the mitochondria of mung bean

  9. 高血压患者偶联因子6、脑钠肽1-76变化

    Changes of Coupling Factor 6 and Brain Natriuretic Peptide 1-76 in Primary Hypertension

  10. 但所用的偶联因子是粗提物或部分提纯的制备物。

    However , the coupling factors then used were crude extracts or extracts after partial purification only .

  11. 所以我们认为,不同品种间互换偶联因子的增益效应是由于偶联因子本身,而非粗提液中所含的其他物质的作用。

    Thus it can be concluded that the enhancement effect of coupling factors from different species was due to the coupling factors per se and not to any substance ( s ) contaminated in the crude extracts .

  12. 目的通过谷胱甘肽转硫酶偶联的血小板衍生因子受体氮端的融合蛋白(GST-PDGFR-N)制备有生物活性的单克隆抗体。

    Objective Through genetic engineering to produce the fusion protein of glutathione S-transferase ( GST ) linked to amino-terminal end of platelet-derived growth factor receptor ( PDGFR ), and to prepare the bioactive monoclonal antibody .