taxus

taxus

1. Effects of IBA and ABT on rooting of Taxus media 'Hicksii' cuttings

IBA和ABT对曼地亚红豆杉插穗生根的影响

2. Effect of pH on callus growth, PAL activity and paclitaxel content of plants of Taxus L.

pH对红豆杉愈伤组织生长、PAL活性和紫杉醇含量的影响。

3. Study about Producing the Fungus of Taxus Mellowness by Fermentation

一种产紫杉醇内生菌的发酵研究

4. EFFECT OF DIFFERENT LIGHT INTENSITY ON THE LEAF COLD RESISTENCE ABILITIES OF TAXUS MEDIA CV.HICKSII

不同光强对曼地亚红豆杉抗寒性的影响

5. The Change of Leaf Cold Resistance Abilities of Taxus Media cv. Hicksii Grown at Different Light Conditions

不同光照条件下曼地亚红豆杉的抗寒力变化

6. Keywords Taxus cuspidate;Purifying technology;Total flavonoids;Rutin;Hplc;

东北红豆杉;富集工艺;总黄酮;芦丁;高效液相法;

7. Keywords Taxus cuspidata;yew;heartwood;taxane;diterpenoid;

东北红豆杉;紫杉;心材;紫杉烷类化合物;二萜;

8. Keywords Taxus cuspidata Sieb. et Zucc.;Taxaceae;bisabeotaxane lactones;

东北红豆杉;紫杉科;双重排紫杉烷内酯;

9. Technological study of the planting of the Taxus cuspidata

东北红豆杉人工栽培技术的研究

10. Low-bed seedling production technology with cuttings of Taxus cuspidata

东北红豆杉低床扦插育苗技术

11. Dynamic Space-time Variation of the Content of Paclitaxel in Renewable Parts of Taxus cuspidata

东北红豆杉可再生部位紫杉醇含量时空动态变化规律

12. Introduction and cultivation experiment of Taxus cuspidata

东北红豆杉引种栽培试验

13. Studies on chemical constituents in heartwood of Taxus cuspidata

东北红豆杉心材化学成分的研究

14. The Structure Study On Callus Of Cuttings Branch Of Taxus Cuspidate

东北红豆杉扦插枝条愈伤组织的结构研究

15. Dormancy mechanism and relieving techniques of seeds of Taxus cuspidata Sieb. Et Zucc.

东北红豆杉种子休眠机理与解除技术探讨。

16. Regulation of Taxol Biosynthesis in Cell Suspension Culture of Taxus cuspidata

东北红豆杉细胞培养生产紫杉醇的调控研究

17. Establishing techniques of Taxus cuspidate plantation

东北红豆杉营造林技术

18. Afforestation test of Taxus cuspidata cuttings covered with plastic film

东北红豆杉薄膜封闭扦插造林试验

19. Physiological Characteristics of Two Endophytes for Taxus cuspidata

两株东北红豆杉内生真菌的生理特性

20. Cypher, introduced in the United States in 2003, and Taxus, which was cleared for sale in 2004, are drug-coated devices.

两款器械外面都包裹着药物涂层。

21. Taxus chinensis (Pilger) Rehd.

中国红豆杉

22. Fermentation Kinetic Models for Taxus Chinese Cell Suspension Culture

中国红豆杉悬浮细胞培养的发酵动力学模型

23. Study on Composition and Properties of Taxus chinensis var. Mairei Community in Lin'an

临安桐坑南方红豆杉群落区系组成和群落学特征研究

24. Keywords breast neoplasms;letrozole;taxus;drug therapy;

乳腺肿瘤;来曲唑;紫杉属;药物疗法;

25. All striving for the greatest man in Southwest Asia Taxus breeding and cultivation base.

争创浙西南最大的曼地亚红豆杉繁育与种植基地。

26. Comparative Study of the Ecological Characteristics of Taxus Species In Yunnan

云南省红豆杉树种生态特性的比较研究

27. Taxus wallichiana vat. wallichiana

云南红豆杉

28. Keywords Taxus Yunnanensis;Endophytic fungus;Taxanes;Bioactivity;cembrene;

云南红豆杉;内生真菌;紫杉烷;生物活性;松柏烯;

29. Keywords Taxus Yunnanensis;Endophytic fungus;Taxol;

云南红豆杉;内生真菌;紫杉醇;

30. Keywords Taxus yunnanensis;taxol;Baccatin;content of active component;

云南红豆杉;紫杉醇;巴卡亭;药物成分含量;

31. Keywords Taxus yunnanensis;cell line selection;taxol content;

云南红豆杉;细胞系选择;紫杉醇含量;

32. Allozyme Method in Population Genetics Study of Taxus Yunnanensis

云南红豆杉居群的位酶分析方法

33. Raising seedlings by cuttage of Taxus yunnanensis

云南红豆杉的扦插育苗方法

34. A Study on Germination Effect of Taxus yunnanensis Seed under Warm-cold Stratification Treatment

云南红豆杉种子变温层积的萌发效应研究

35. Comparatively, Taxus wallichiana is high in Taxol content, and has great medicinal development value.

云南红豆杉紫杉醇含量高,具有较高的药用开发价值。

36. Cultivated Taxus chinensis var mairei

人工栽培南方红豆杉

37. The recent progress in the research on production of taxol by taxus cell industrialization culture was reviewed.

介绍了近年来红豆杉细胞工业化培养生产紫杉醇的研究进展。

38. But the addition of the rare earth compound could not strengthen further taxol release in the twoliquid-phase cultures of Taxus cuspidata.

但在东北红豆杉细胞两液相培养中,稀土化合物加入不能进一步促进紫杉醇的释放。

39. Objective To compare the relative safety and efficacy of Cypher and Taxus stent in coronary heart diseaese complicated with diabetis.

作者单位:南京医科大学附属南京第一医院心内科;

40. The whole world has found 11 yew trees or Taxus plants, while China has 4 species and 1 variety.

全球发现的红豆杉种类有11个种,其中我国有4种1变种。

41. Title: Development Situation of Taxol Drug and the Taxus L.

关 键 词: 紫杉醇;药物;发展态势;红豆杉;

42. Keywords taxol;taxus;endophytic fungus;

关键词紫杉醇;红豆杉;内生真菌;

43. Keywords Taxus Mairei;Taxol Pacli Taxel;anticancer mechanism;

关键词红豆杉;紫杉醇;抗癌机理;

44. Title: Comparison of Short and Long-term Outcomes Between CYPHER and TAXUS Stents in Patients with Complicated Coronary Diseases Lesions.

关键词:冠状动脉疾病;药物洗脱支架;主要心脏事件;支架内再狭窄

45. Title: Advances in study on antibrowning reagents in cell culture of Taxus L.

关键词:红豆杉属;愈伤组织;细胞悬浮培养;抗褐变剂

46. The endophytic mycelia exists in the local cells of velamina in the roots of Taxus chinensis var. mairei.

内生真菌分布于红豆杉根被细胞,并只在一定区域细胞中分布。

47. Effect of Different Measures on Rooting Capability of Taxus chinensis var. Mai rei

几种扦插措施对红豆杉扦插生根的效应

48. Formation and Taxol Production of Taxus Species

几种红豆杉属植物不定根的形成及其紫杉醇的产生

49. Any side branches covered by the stents was evaluated. The results shows side branch occlusion occurred in 9.09% in cypher DES group , 10.50% in taxus DES group and 9.31% in BMS group.

分别对各组分支开口及血流情况等的变化进行分析比较,可见支架术后分支血管的闭塞率在cypher药物支架组为9.09%,taxus药物支架组为10.50%,BMS组为9.31%;

50. Keywords Taxus canadensis;Taxaceae;yew;taxane;rooted cutting;

加拿大红豆杉;化学成分;紫杉烷二萜;扦插苗;

51. Taxus chinensis var. mairei ( Lemee et Levi. ) Cheng et L. K. Fu

南方红豆杉

52. Keywords Taxus Chinensis var.Mairei;paclitaxel;determination;HPLC;

南方红豆杉;紫杉醇;含量测定;高效液相色谱法;

53. Fertilization Effect of Taxus chinensis var. Mairer One-year-old Seedling

南方红豆杉实生容器苗施肥效果探讨

54. Taxus chinensis vat. mairci community

南方红豆杉群落

55. Preliminary studies on interconnections among the main tree of Taxus chinensis var. Mairei community

南方红豆杉群落主要树木种群间联结关系初步研究

56. A Study on Seedling Medium of Taxus chinensis var. Mairei

南方红豆杉育苗基质研究

57. Seedling Cultivation Technique of Taxus chinensis var. Mairei

南方红豆杉育苗技术

58. Study on the Anatomical Construction of Cane and leaf'in Taxus Mairei

南方红豆杉茎叶解剖结构的研究

59. Phenotypic Diversity and Variation of Taxus chinensis var. Mairei

南方红豆杉表型多样性及变异

60. Raw materials crops : taxus, kenaf, year harvesting poplar wood pulp etc.;

原料作物:红豆杉、洋麻、当年收割纸浆杨树材等等;

61. Hairy root cultures of Taxus plants, roots of hydroponically grown Taxus plants and nodule cultures of Taxus plants are mainly introduced about the enlargements of cultural materials.

同时在毛状根培养、冠瘿瘤组织培养、水培根培养和瘤培养等培养材料的扩展方面,对国内外所作的尝试性研究和新的报道进行了综述。

62. Contrast test for Taxus yunnanensis cuttings treated with indolebutyric acid

吲哚丁酸处理云南红豆杉插条的对比试验

63. Business Model: Sell taxus seedlings, purify and sell paclitaxel and related healthcare products.

商业模式:红豆杉树苗的销售、紫杉醇的提纯销售、相关保健品的销售。

64. A Primary Study of the Population Structure and Dynamics of Taxus L. In Sichuan

四川省红豆杉种群结构和动态的初步研究

65. It can be concluded that biologic characters of embryos is not a reason for seed dormancy in Taxus yunnanensis.

因此推测种子休眠不是由胚的生物学特性引起的;

66. So using ABT to treat Taxus chinensis var.mairei cuttings is better than other hormones.

因此,用ABT处理南方红豆杉插穗优于其他激素处理。

67. Among the earlier reports at the meeting was a Swi study suggesting that in some patient grou the Cypher stent of Joh on &am Joh on posed even higher long-term clotting risks than Taxus.

在会议早期的报告中有一个来自于瑞士的研究结果,它显示在一些患者群中,使用强生制药厂的CYPHER支架比使用Taxus支架有更大的长期血栓风险。

68. The reasons for the difference of paclitaxe content in the two Taxus species are analyzed as well.

在此基础上,对目前紫杉醇提取、检测以及不同种红豆杉紫杉醇含量果进行了初步分析和讨论。

69. Optimized Technology for bark of Taxus Rapid Liquefaction under Atmospheric Pressure by Uniform Design

均匀设计法优选杉树皮常压快速液化工艺

70. The Relation between the Cell Growth, the Volume of Taxus Cuspidate and the Composition of its Cell Culture Medium

培养基成分对东北红豆杉细胞生长和紫杉醇产量的影响

71. Actually, the total number of distinct species of Taxus occurring in China and their system is quite controversial and in need of further study.

它优美的树形、鲜艳的红色假种皮使其非常适合于园艺。

72. The addition of rare earth element compounds would be an effective means to set up a new stain of Taxus Cuspidata secreting taxol.

对如何使东北红豆杉细胞转化为紫杉醇分泌型细胞进行理论性的探讨。

73. The kinetics of Taxus cell growth and nutrient consumption was investigated using a suspension culture of Taxus cell B10.

对紫杉B10细胞系进行悬浮培养,并对其生长过程与营养物质的消耗过程进行了测定。

74. The growth of plant cell cultures of Taxus chinensis in 250? mL Erlenmeyer flask, 2? L Erlenmeyer flask and 10?

对红豆杉细胞在 2 5 0mL和 2L摇瓶及 1 0L反应器中的生长情况进行了研究 .

75. Two Factors in Effect Cell Growth of Taxus chinensis var. Mairei and Taxol Content

影响南方红豆杉细胞生长及紫杉醇含量的因素

76. Major Affecting Ecological Factors on Growth of Taxus spp.

影响红豆杉生长的主要生态因子。

77. Growth and Metabolism of Taxus cuspidata Immobilized in Microcapsule

微囊固定化东北红豆杉细胞的生长与代谢

78. Induction of Mitotic Synchronization in Suspension Culture of Taxus chinensis Cells

悬浮培养红豆杉细胞分裂同步化诱导

79. The relationship of the growth of Taxus Chinensis cells in suspension culture to the viability and the subsistence rate

悬浮培养红豆杉细胞活力及存活率与生长周期的关系

80. Devolopment of HPLC Fingerprint Technique for Investigation of Accumulation Rules of Taxanes in Taxus Tissues

指纹图谱技术研究红豆杉组织中紫杉烷的积累规律

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