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- 1927-1937年1927- 1937
- 融合Kan~r基因fused kanamicin resistance gene
- 论1927-1937年间国民政府改良传统婚姻制度A Preliminary Study of the Reform of marriage system by the Government of KMT in 1927-1937
- 经卡那霉素(Kan)的初步筛选,获得了29株抗Kan的再生植株。After the preliminary selection of Kan, we get 29 anti-Kan regenerated plantlets.
- 爱尔顿（1927）首创了“食物链”这个专业术语。Elton(1927)was the first to coin the phrase "food-chain."
- 通过离体叶片再生的Kan梯度筛选实验，将转化芽的选择选压力定为40mg/l Kan。The survival pressure of Kan for the regeneration of transgenic shoot was confirmed as 40mg/l by the gradient antibiotic resistance experiment.
- 南京政府时期(1927-37)为国际化时期，后因日本侵略而中断。Nanking decade [1927-37] as period of internationalization, cut off by Japanese invasion.
- 埃因托芬，威廉1860－1927荷兰生理学家，因其对心电图学的贡献获1924年诺贝尔奖Dutch physiologist. He won a1924 Nobel Prize for his contributions to electrocardiography.
- 利用农杆菌介导法,将植物表达载体pBLGT35Svp4-st和pBLGvp4-st转化苜蓿,经卡那霉素(Kan)多重筛选,获得抗性植株。The promoter of T35S was linearized with pBLGvp4-st. Plant expresses vector pBLGT35svp4-st was constructed by enzyming, linearizing and translating. Alfalfa contained the plant expression vector pBLGT35svp4-st and pBLGvp4- st by Agrobacterium-mediated transformation and antibiotics( Kan) many filtrate.
- 本文利用档案资料，以苏州商会为例，首次对1927至1937年间强势国家与商会的关系作了系统的研究。This thesis, however, by making use of archives,took the chamber of commerce of Suzhou as example and made a systematic research of the relationship between powerful state and the chamber of commerce during1927-1937 in China.
- 目的:比较康乐霉素C(Kan)和环孢素(Cyc)对十四酰佛波醇乙酯(TPA)和伊屋诺霉素(IM),及刀豆球蛋白A(Con A)诱导淋巴细胞增殖的作用。AIM: To compare the suppressions of kanglemycin C (Kan) with that of cyclosporine (Cyc) on lymphocyte proliferations induced by tetradecanoylphorbol acetate (TPA) with ionomycin (IM), and concanavalin A (Con A).
- 范内，约翰·罗伯特生于1927英国药理学家。因其在前列腺素上的调查研究而获1982年的诺贝尔奖English politician and colonial administrator who was governor of Massachusetts(1636-1637) and a leading Parliamentarian during the English Civil War. He was tried and executed for high treason after the restoration of the monarchy.
- 然后依次转入附加Kan 50mg/L+Cef 500mg/L的MSB_1、MSB_2、MSB_3培养基中进行筛选，获得抗性植株。 两个品种的茎尖转化率均为7.89%±。Subsequently, the explants were placed in turn onto MSBi, MSBz , MSBs containing Kan 50mg/L and Cef 500mg/L to be screened, and the transformants were obtained with transformation frequency amounting to 7.89%25.
- 福斯，罗伯特 路易斯1927－1987美国百老汇及电影制作的舞蹈设计师、导演，因酒店（1972年）而获得奥斯卡金像奖American choreographer and director of Broadway and motion-picture productions, including Cabaret(1972), for which he won an Academy Award.
- 阿雷尼乌斯，斯凡特·奥古斯特1859－1927瑞典物理学家和化学家。因其电解质的电离理论获1903年诺贝尔奖Swedish physicist and chemist.He won a1903Nobel Prize for his electrolytic theory of dissociation.
- 在以前的Xcc致病比较与功能基因组学研究工作中,通过EZ::TN
Tnp转座子诱变Xcc 8004获得一个插入位点在XC3814 CDS (protein coding sequence)内的突变体。 In our previous functional genomic study, Xcc 8004 was randomly inserted with a transposon EZ::TNTnp. A pathogenicity-deficient mutant with insertional site in the CDS (protein coding sequence) XC3814 was identified. - 伍德哈尔，维多利亚 克拉芬1838－1927美国改革家。妇女选举权和自由恋受的直言不讳的倡导者，她是第一个竞选美国总统的妇女（1872年）American reformer. An outspoken advocate of woman suffrage and free love, she was the first woman to run for the U.S. presidency(1872).
- 采用正交旋转设计方法对影响芥蓝遗传转化体系的因素进行了优化研究,结果表明:影响芥蓝KanR苗率的最主要因素是Kan浓度,而预培养时间和共培养时间是芥蓝遗传转化的主要影响因素。By the orthogonalty design,the factors which influenced the transformation of Brassica oleracea L.var. alboglabra have been studied,the results showed that the major factor for KanR frequency is Kan concentration,and the major factor for Chinese kale transformation are pre-culture time and co-culture time.
- 同时，在格里菲斯等人的美国影片的影响下，前苏联导演将蒙太奇作为剪辑技巧用在了<战舰波将金号)(1925)和(圣彼得堡的末日)(1927)等片中。"at the same time, influenced by Griffith' s american films, montage was developed as an editing technique in "Potemkin (Battleship)"(1925) and "The End of St. Peterburg"(1927)."
- 在建立麝香百合叶片再生体系的基础上,研究了Mn-SOD基因转化中影响叶片转化效率的多种因素,包括Kan浓度、抑菌素浓度、浸染菌液等,从而确立了麝香百合‘white elegance’的遗传转化体系。On the base of regeneration system from leaf explant of "white elegance", several factors that affected genetic transformation of the Easter Lily cultivars were examined, including selection of Kan concentrations, the suspension of strain EHA105, concentrations of Carb, and so on. Thus a simple and efficient genetic transformation system was developed.
