氮芥 的英文怎麼說

中文拼音 [dànjiè]
氮芥 英文
caryolysine
  • : 名詞[化學] nitrogen (7號元素, 符號n)
  • : 芥名詞(芥菜) mustard
  1. Synthesis of glucosyl esters of p -. n, n - bis 2 - chloroethyl amino benzoic acid

    氮芥苯甲酸糖酯的合成
  2. Melphalan ( l - pam ) is approved by fda for marketing

    Fda批準美法侖(左旋苯丙氨酸氮芥)上市
  3. Effect of nitrogen nutrient on the growth and quality of chinese kale

    素營養對藍生長和品質的影響
  4. The inestigators note that factors that hae probably contributed to improed surial are high - dose melphalan with subsequent autologous stem cell transplantation, thalidomide, and a continuous improement in supportie care

    研究人員注意到高劑量苯丙氨酸氮芥和后續的自體幹細胞移植,反應停,以及支持治療的不斷改善很可能是提高生存率的影響因素。
  5. Study of steeping seeds in tolerance ammonia strains of n2 - fixing bacteria on activity of the antioxidant enzyme in brassena albogra bailey

    耐氨固菌浸種對藍抗氧化酶活性影響初探
  6. Dry matter accumulation in and npk uptake by hybrids of stem lump mustard brassica juncea

    雜交莖瘤干物質積累和磷鉀吸收特性研究
  7. In this paper, we summarized the research advances on the gene cloning, sequence and structure analysis, function identification, expression and regulation of the ion transporting proteins and focused on their functions in the process of absorption, distribution and translocation of nitrogen, phosphorus, potassium and other nutrients in arabidopsis thaliana

    文中綜述了擬南中養分離子轉運蛋白在基因克隆、序列與結構分析、功能鑒定、表達與調控方面的研究進展,其中著重討論了這些轉運蛋白在、磷和鉀等營養元素吸收、運輸、分配中的作用。
  8. Results the new synthesis benzene nitrogen mustard glucoside derivate is much lower toxicity to normal cellsd and much higher toxicity to 7721 cells compared with nitrogen mustard, meanwhile it induce the apoptosis of 7721 cells by the fcm

    結果新合成的葡萄糖苯氮芥衍生物對正常細胞毒性較小,對7721有明顯的細胞毒性,且通過流式細胞儀顯示其誘導細胞凋亡。
  9. Objective to analyze the new synthesis benzene nitrogen mustard glucoside derivate inhibit the growth and induce the apoptosis of 7721 hepatumor cells

    摘要目的探討新合成的葡萄糖苯氮芥衍生物對肝癌7721細胞的生長抑制及其誘導凋亡的作用。
  10. Conclusion the new synthesis benzene nitrogen mustard glucoside derivate can inhibit the growth of 7721 hepatumor cells and induce the apoptosis which is the one of the main mechanisms of antitumour

    結論新合成的葡萄糖苯氮芥衍生物能明顯抑制肝癌細胞的生長,誘導細胞凋亡是其抗腫瘤作用的主要機制之一。
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