tetrahymena相关论文
The composites based on the TiO2 are potentially used in wetland pollution control. In this work, the biological effect ......
Biological Effect Studies of Norfloxaein Complexes on Tetrahymena and Escherichia Coli by Microcalor
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The toxic effect of solubilizing excipients on Tetrahymena thermophila BF5 growth investigated by mi
在各种各样的集中的 Tetrahymena thermophila BF5 (T.t.BF5 ) 的生长和新陈代谢上的不同增溶的赋形剂的有毒的效果被 microcalori......
The reuse of dichlorodiphenyltrichloroethane(DDT) as an indoor residual spray was permitted by the World Health Organiza......
Meiotic bouquet formation(known as crescent formation in Tetrahymena thermophila) is indispensable for homologous pairin......
信息素是生物体向外释放的化学物质,在细胞及生物体中具有种内信息传递的生理学功能.信息素这一类分子广泛分布于系统发生史中,它......
采用混合毒性指数法，研究了重金属离子Hg^2＋，Ni^2＋和Cu^2＋对嗜热四膜虫（Tetrahymena thermophila）BF5的急性和联合毒性效应. 急性毒性效应......
单细胞凝胶电泳被广泛应用于遗传毒理学、DNA损伤与修复的检测、环境污染检测、细胞凋亡机制的研究等诸多领域。四膜虫是一种真核......
Metabolomic Fingerprint of the Model Ciliate, Tetrahymena thermophila Determined by Untargeted Profi
The ciliate Tetrahymena is a valuable model organism in the studies of ecotoxicology. Changes in intracellular metabolis......
利用原生动物四膜虫(Tetrahymena shanghaiensis S1)作材料,经高氯酸抽提,丙酮沉淀等方法,制备取得高迁移率的非组蛋白。在高分辨......
自噬是细胞内用于降解大分子蛋白质或受损伤的细胞器并以此来维持细胞动态平衡的主要代谢途径,其功能异常与癌症、衰老等多种疾病......
目前国际上的着丝粒蛋白研究工作几乎全是以酵母和高等生物为材料进行的，为了从起源与进化的角度考察着丝粒蛋白。我们以人喉癌培养......
形态学和遗传学方法早巳证明四膜虫接合过程中旧大核退化消失,其基因型对接合后代不发生影响。本文以1种具有强大复制优势而且是抗......
The IGC50(50% inhibitory growth concentration) values of 27 nitrobenzenes were determined for the population growth endp......
信息素是生物体向外释放的化学物质，在细胞及生物体中具有种内信息传递的生理学功能。信息素这一类分子广泛分布于系统发生史中，它们......
Staphylococcus aureus is one of the main pathogenic agents responsible for nosocomial and community-acquired bacterial i......
Phosphorus is one of the bioelements most needed as a compound cell by living organisms. Phosphorus is involved in sever......
