tetrahymena

1. Keywords Tetrahymena shanghaiensis water quality assessmentgrowth velocitygenerative reproduction;

上海四膜蟲;水質(zhì)評價;生長速度;有性生殖;

2. They spliced the sequence of nucleotides they saw in the Tetrahymena into yeast and found that it played a protective function in a completely different organism.

他們將在四膜蟲體內(nèi)的核酸序列接合在酵母菌上，并發(fā)現(xiàn)其在完全不同的生物體內(nèi)也起到了保護作用。。

3. Taking Tetrahymena thermophila as the object of the toxicity experiment,the biotoxicity variation of leachate in the anaerobic bioreactor landfill system was studied.

以嗜熱四膜蟲作為毒性試驗生物,對厭氧生物反應(yīng)器垃圾填埋系統(tǒng)滲濾液的生物毒性變化進行了研究。

4. Keywords hexachlorobenzene （HCB）;Tetrahymena thermophila BF5;biological toxicity;

六氯苯;四膜蟲;生物毒性;

5. Keywords microcalorimetry;copper complex;metabolism;bacteria;Tetrahymena thermophila;associated function;

關(guān)鍵詞微量熱;銅配合物;代謝;細菌;四膜蟲;聯(lián)合作用;

6. Keywords comet assay;unicellular protozoan;Tetrahymena thermophila: evaluation of water quality;

分子生物學(xué);彗星實驗;原生生物;四膜蟲;水質(zhì)檢測;

7. We treated Tetrahymena shanghaiensis with etoposide.

分散的核仁連接成串;

8. Tetrahymena limacis

利馬四膜蟲

9. A QSAR study of halogen phenols toxicity to the tetrahymena pyriformis

鹵代酚對水生梨形四膜蟲急銳毒性的QSAR研究

10. Tetrahymena thermophila

嗜熱四膜蟲

11. Keywords Tetrahymena thermophila;Metallothionein gene;The real-time fluorescent quantitative PCR;

嗜熱四膜蟲;金屬硫蛋白基因;實時熒光定量PCR;

12. Tetrahymena thermophila BFs

嗜熱四膜蟲BFs

13. Studies on Cortical Cytoskeletal Proteins at Exconjugants'Development Stage of Tetrahymena thermophila

嗜熱四膜蟲接合后體發(fā)育期皮層細胞骨架蛋白組分的比較研究

14. STUDIES ON CORTICAL CYTOSKELETAL PROTEINS AT THE LATE STAGE OF THE CONJUGATION OF TETRAHYMENA THERMOPHILA

嗜熱四膜蟲接合生殖后期皮層細胞骨架蛋白的研究

15. STUDIES ON CORTICAL CYTOSKELETAL PROTEINS IN IMPORTANT PHASES DURING CONJUGATION OF TETRAHYMENA THERMOPHILA

嗜熱四膜蟲接合生殖周期皮層骨架蛋白組分的比較

16. tetrahymena thenmophila model

嗜熱四膜蟲生物模型

17. Keywords Legionella pneumophila;Tetrahymena thermophila;environmental factor;intracellular proliferation;

嗜肺軍團菌;嗜熱四膜蟲;環(huán)境因子;胞內(nèi)增殖;

18. Keywords Legionella pneumophila;Tetrahymena thermophila;cellular differentiation;intracellular proliferation;

嗜肺軍團菌;嗜熱四膜蟲;細胞分化;胞內(nèi)增殖;

19. Tetrahymena: a Good Model Organism for Toxicology and Ecotoxicology

四膜蟲:毒理學(xué)與生態(tài)毒理學(xué)研究中的優(yōu)良模式生物

20. Keywords tetrahymena;gel electrophoresis;environmental pollution;evaluating method;

四膜蟲;凝膠電泳;環(huán)境污染;評價方法;

21. Keywords Tetrahymena;environtoxicology;biological model.;

四膜蟲;環(huán)境毒理;生物模型;

22. Keywords Tetrahymena pyriformis metal ions tricocyst test toxicity;

四膜蟲;金屬離子;刺泡發(fā)射試驗;毒性;

23. Tetrahymena aspartic proteinase

四膜蟲屬天冬氨酸蛋白酶

24. Evaluation of Environmental Water Quality by Application of Comet Assay with Unicellular Protozoan Tetrahymena thermophila

四膜蟲彗星實驗在環(huán)境水質(zhì)檢測中的應(yīng)用

25. Tetrahymena is unicell eucaryou, sensitive to toxic substance in environment, ideal indicator that forecast environmental pollution early.

四膜蟲是一種真核單細胞原生動物，對環(huán)境中有毒物質(zhì)的毒性反應(yīng)敏感，是環(huán)境污染早期預(yù)報的理想指示物種。

26. Nearly three decades ago, Szostak began to collaborate with Blackburn, looking at the tips of the chromosome of a single-celled, pond-dwelling organism called Tetrahymena.

在將近30年前，Szostak開始與Blackburn合作，研究池塘單細胞生物四膜蟲的染色體尖端。

27. Keywords Eutrophication;nano-sized materials of iron;Tetrahymena thermophila model;environmental safety effect;

富營養(yǎng)化;鐵系納米材料;嗜熱四膜蟲生物模型;環(huán)境安全效應(yīng);

28. Tetrahymena pyriformia

梨形四膜蟲

29. Tetrahymena is applied for detecting toxicity, apoptosis and water quality monitoring at present.

目前已作為標(biāo)準檢測生物被廣泛應(yīng)用于毒性檢測、細胞凋亡和水質(zhì)檢測中。

30. QSAR Study of Nitroaromatic Compounds Toxicity to the Tetrahymena pyriformis

硝基芳烴對梨形四膜蟲毒性的QSAR研究

31. Tetrahymena corlissi

科利斯四膜蟲

32. Keywords Rare earth element ions （REEs） Tetrahymena pyriformis Growth response Cell count Neutral red assay Determination of protein and nucleic acid content;

稀土金屬離子;梨形四膜蟲;生長效應(yīng);細胞計數(shù);中性紅試驗;蛋白質(zhì)及核酸含量測定;

33. Keywords Green fluorescent protein;Legionella pneumophila;Tetrahymena thermophila;Host;

綠色熒光蛋白;嗜肺軍團菌;嗜熱四膜蟲;寄主;

34. Holographic QSAR Study of Toxicity of Selected Esters to Tetrahymena Pyriformis

部分酯類化合物對四膜蟲毒性的全息QSAR分析

35. The topological research of selected esters to tetrahymena pyriformis

酯類化合物對四膜蟲毒性的拓撲研究

36. The toxicity of mercury ion and pesticide cy-permethrin to tetrahymena pyriformis was observed in this study according to the method of aquatic toxicology.

采用梨形四膜蟲為實驗生物評價了汞離子和安綠寶農(nóng)藥的毒性。

37. Keywords nano-sized materials of iron;tetrahymena thenmophila model;environmental safety effect;

鐵系納米材料;嗜熱四膜蟲生物模型;環(huán)境安全效應(yīng);

38. Expression of metallothionein gene induced by cadmium and copper in Tetrahymena thermophila

鎘和銅對嗜熱四膜蟲金屬硫蛋白基因的誘導(dǎo)表達

39. Keywords the Yellow River in Lanzhou City;Tetrahymena thermophila BF5;generation time;

黃河蘭州市區(qū)段;嗜熱四膜蟲BF5;世代時間;