phytohormone

phytohormone

1. Effects of different phytohormone combinations on bulblet induction and bulb-tip regeneration of Lycoris radiata

不同激素配比对红花石蒜小鳞茎及茎尖的分化培养的影响

2. The plant phytohormone cytokinin regulates numerous growth and developmental processes by regulating cell division and cell differentiation.

作者单位：中国科学院遗传与发育生物学研究所植物基因组学国家重点实验室;

3. Effect of light, temperature and phytohormone on seed germination and seedling growth of Nicotiana tabacum

光、温、激素对烟草种子萌发和幼苗生长的影响

4. Endogenous phytohormone

内源激素

5. Keywords Winter wheat;S3307（Uniconzole）;Quality;Phytohormone;Nucleic acid;Enzyme;Protein;

冬小麦;烯效唑;品质;激素;核酸;酶;蛋白质;

6. Keywords Cordyceps militaris;fruiting body;conditions of culture;phytohormone;

北虫草;子实体;培养条件;植物激素;

7. Methods Protocorm-like bodies and callus of DCWL subcultured for 30 days was used as the explants,N6 was used as the basic culture with phytohormone added,and fungal extracts as the elicitor.

取继代培养30d的铁皮石斛类原球茎作接种材料,以N6为基本培养基,加入植物激素,并以真菌提取物作诱导子,对类原球茎和愈伤组织进行诱导培养。

8. Effects of Cd on Seedling Growth and Phytohormone Contents of Glycine max

土壤Cd处理对大豆叶片激素含量的影响

9. Keywords Rehmannia glutinosa;tuberous root;endogenous phytohormone:morphogenesis;vitrification;cryopreservation;

地黄;试管块根;内源激素;形态建成;玻璃化;超低温;

10. Amperometric Immunosensor Based on Mercapto Carboxylic Acid Self assembled Monolayer for Phytohormone Indoleacetic Acid Assay

基于巯基自组装单层膜的植物生长激素吲哚乙酸电化学免疫传感器的研究

11. The Effects of Genotype and Phytohormone Concentration on Soybean Plant Regeneration

基因型和激素浓度对大豆植株再生的影响

12. External phytohormone

外源激素

13. Study on the phytohormone the bulblet formation of 'Acheng' garlic in vitro

大蒜试管微鳞茎形成的激素筛选研究

14. Keywords Soybean;Post-flowering;Photoperiod;Bcotype;Endogenous phytohormone;

大豆;开花后;光周期;品种类型;内源激素;

15. Selection of Appropriate Phytohormone Concentration on the Regeneration Medium of Brassica Campestris

小白菜再生培养基中适宜激素浓度的筛选

16. Prolonging the time of seed dipping in phytohormone and the time of stratification and also promote the rate of germination.

延长激素浸种时间和层积时间也可极显著地提高其发芽率。

17. Keywords Superior grains;Inferior grains;setting physiology;Phytohormone;Chemical regulation;

强势粒;弱势粒;结实生理;植物激素;化学调控;

18. CHANGES IN THE ENDOGENOUS PHYTOHORMONE CONTENT OF THE SUPER-XEROPHYTIC SHRUBLET, POTANINIA MONGOLICA, DURING FISSURATE GROWTH

强旱生小灌木绵刺劈裂生长过程中内源激素含量变化的研究

19. Abstract The plant phytohormone cytokinin regulates numerous growth and developmental processes by regulating cell division and cell differentiation.

摘要 在高等植物中, 细胞分裂素通过对细胞分裂与分化的调节而广泛参与了对植物生长发育的调控。

20. Abstract The phytohormone abscisic acid (ABA) is not only involved in the plant abiotic stress response but also plays a major role in the regulation of various biotic stress responses.

摘要 植物激素ABA不仅调控非生物胁迫应答，而且在应对各种生物胁迫中发挥重要的调控作用。

21. ABA, an important phytohormone induced by biotic stress and abiotic stress, plays great roles in plant tolerance to stresses.

摘要ABA是一种重要的植物激素，受到生物胁迫和非生物胁迫的调控，在植物对胁迫耐受性和抗性中发挥着重要作用。

22. Ethylene (C2H4) as a phytohormone and one of volatile organic compounds can affect plant growth and the quality of atmospheric environment.

摘要乙烯作为植物生长调节素及挥发性有机气体影响著植物生长和大气环境质量。

23. The effects of four phytohormone compounds mixed with GA3, 6-BA and BR on senescence of early rice leaves were investigated.

摘要以赤霉素、6-BA、芸苔素3种激素组合的4种复配剂，对早稻叶面喷施，研究了它们对延缓叶片衰老的影响。

24. As a phytohormone, abscisic acid (ABA) regulates many aspects of plant growth and development, such as seed dormancy, germination, vegetative growth, and environment stresses.

摘要植物激素脱落酸(ABA)对植物的生长发育具有多方面的调节作用，比如种子休眠、萌发，营养生长，环境胁迫反应等。

25. Methods MSK?2 and MS mediums were used to induce gametophytes into callus tissues, and the fuzzy comprehensive evaluation method was used to assess the optimal phytohormone combination.

方法用MSK?2和MS培养基对地钱配子体进行愈伤组织诱导，运用模糊评判对MSK?2培养基生长激素组合进行综合性状评价。

26. Study on Endogenous Phytohormone Changes in Poplar Hosts Infected by Ice Nucleation Active Bacterial Canker Disease

杨树冰核细菌溃疡病寄主内源激素含量变化研究

27. Keywords Bayberry （Myrica rubra Bieb.et Zucc）, flower bud physiological differentiation, flower bud initiation, nucleic acid, phytohormone, calmodulins, enzyme, carbohydrate, lignin;

杨梅;花芽孕育;花芽发端;植物激素;核酸;钙调素;胶体金;水解酶;木质素;

28. tree phenological models mainly adopted statistic methods, and recently, phytohormone level was tried to adopt as the decisive factor for the phenology;

树木物候模型以统计方法为主，但近期也有尝试将激素水平作为物候的决定因素；

29. Changes of Phytohormone Contents in Anther Abortion of Cytoplasmic Male Sterile Cotton

棉花细胞质雄性不育花药败育过程中内源激素的变化

30. Relations between Phytohormone and Rice Yield and Its Application to Rice Production

植物激素与水稻产量的关系及其在生产上的应用

31. Various Properties Such as Half-Band Width of HPLC Columns for Phytohormone Analysis

植物激素分析用高效液相色谱柱的半峰宽等特性

32. Phytohormone interaction

植物激素的相互作用

33. phytohormone control

植物激素调控

34. Experiment of Phytohormone Preventing Abortion of Muskmelon in Spring Plastic Greenhouse

植物激素防止春大棚甜瓜化瓜试验简报

35. The dehydrogenase activity, the contents of endogenous phytohormone and DNA in RE cells were higher than that in NRE at different development stages.

此外，胚根端胚乳细胞中脱氢酶活性及内源激素和DNA的含量在不同发育时期都明显高于非胚根端胚乳。

36. Comparative Study on the Pi Signal and Phytohormone Regulation of OsIPS1 and OsIPS2 Genes Expression in Rice (Oryza Sativa L.)

水稻OsIPS1与OsIPS2基因磷饥饿信号及激素调控模式的比较研究

37. CHANGES IN PHYTOHORMONE AND VITAMIN CONTENTSAND RESPIRATORY RATE IN POLLENS OF RICE, MAIZE AND CHINESE PENNISETUM STORED AT LOW TEMPERATURE

水稻、玉米和狼尾草花粉低温贮藏期间激素和维生素含量及呼吸速率变化

38. On Hypotheses of Controlling Flower-bud Initiation in Fruit Trees by Phytohormone Signals

激素信号调节果树花芽发端假说的概述

39. Effects of Phytohormone Compound on Senescence of Early Hybrid Rice Leaves During the Late Growth Period

激素复配剂对延缓杂交早稻生育后期叶片衰老的影响

40. The influence of phytohormone on organogenesis of Hypericum perforatum L.

激素对贯叶连翘器官分化的影响。

41. Effect of different varieties and phytohormone conditions on tissue culture and rapid propagation of strawberry

激素条件对不同品种草莓组培快繁效果的影响

42. The phytohormone combination of Zeatin+GA3 exhibited higher elongation efficiency than combinations of BA+IAA+GA3 or BA+PAA+GA3.Elongation ability varied with pepper cultivars,with Chufeng and Sujiao No.

激素组合对不定芽伸长有一定的影响,Zeatin+GA3激素组合对伸长效果最好,BA+IAA+GA3伸长效果较好,BA+PAA(苯乙酸,phenylaceticacid)+GA3伸长效果次之;

43. phytohormone combination

激素配比

44. As ethylene is a versatile phytohormone, its response pathway has multiple interactions (crosstalk) with other signaling pathway.

由于乙烯是一种多功能的植物激素, 其信号途径与其它信号途径有多重的交叉。

45. These ripening process are modulated and controlled by environmental conditions,phytohormone and gene expression.

由于果实富含营养物质 ,所以也是人类的一个重要食物来源。

46. Changes in Endogenous Phytohormone and Polyamine Contents during Embryogenic Cells Induction of Asparagus officinalis L.

石刁柏胚性细胞诱导过程中的内源激素和多胺含量变化。

47. Effect of phytohormone ABA and 2,4-D on tissue culture of Physalis pubescens was investigated.

研究了ABA与2,4-D等植物激素对毛酸浆组织培养的影响。

48. The best result is the MS medium with Thidiazuron, whose optimal constituation of phytohormone for leaf regeneration is TDZ 1.0 mg/L+IBAO. 15 mg/L.

研究结果表明,以TDZ效果最好,最佳激素配比为TDZ 1.0 mg/L+IBA 0.15 mg/L;

49. Sugar, phytohormone, tannins and flavonoids changes during the growth and development of Eupatorium adenophorum

紫茎泽兰生长发育过程中糖、激素、单宁、黄酮的变化

50. Abscisic acid is one kind of phytohormone with overall physiologic function.It plays an important rule on plants somatic embryogenesis and development.

脱落酸是一种具有全面生理功能的植物激素，在植物体细胞胚胎发生发育过程中具有重要的作用。

51. Changes in Endogenous Phytohormone Content of Larch Seedlings During Terminal Bud Growth

落叶松幼苗顶芽萌发过程中内源激素含量的变化

52. Phytohormone induced haploid and tetraploid cells of callus culture in the tissue culture of Vicia faba

蚕豆组织培养中植物激素对愈伤组织中单倍体和四倍体细胞的诱导

53. Xie H Y, Jiang P D, Wang X L, Zhang Z W, Zhu W, Wang X D.Changes of phytohormone contents in anther abortion of cytoplasmic male sterile cotton.

解海岩,蒋培东,王晓玲,张昭伟,朱伟,王学德.棉花细胞质雄性不育花药败育过程中内源激素的变化.作物学报,2006,32(7):1094-1096.

54. The endogenous phytohormone such as IAA were upregulated under moderate drought stress, suggesting that moderate drought stress could promote the growth and development of Citrange.

轻度胁迫下IAA等促进枳橙生长的内源激素含量增加，说明适度的干旱胁迫能促进枳橙的生长发育。

55. Our results indicate that the content of sugar,phytohormone,tannins and total flavonoids is in correlation to the basic rule of plant growth and development,also to regulation in metabolism process.

这些结果说明，糖、激素、单宁及总黄酮含量与植物生长发育的基本规律和代谢过程的调控密切相关。

56. Different consistency phytohormone was applied to the seedling roots of three Fagaceae species distributed in Ningbo area,then the number and incresment of secondary roots were measured and analyzed.

选择宁波地区分布的3种壳斗科树种1年生幼苗,通过不同浓度生长调节剂根施处理,测定并分析了幼苗侧根的数量及其生长量。

57. The differences of sugar,phytohormone,tannins and total flavonoids in Eupartorium adenophorum at different developmental stage were studied,employing the HPLC and the spectrophotometric methods.

采用高效液相和分光光度法对紫茎泽兰不同发育阶段（种子，芽，幼苗和成株）糖、激素、单宁及总黄酮含量差异进行了研究。

58. Whereas salicylic acid (SA) is an important signal substance, known as a new phytohormone, classified as endogenous plant growth regulator and disease resistance.

鉴于水杨酸(SA)是植物体内普遍存在的内源信号分子,可提高植物抗病性,己被证明是一种新型的植物激素。

59. Keywords HPLC;Phytohormone;Half-band width;

高效液相色谱;植物激素;半峰宽;