adventitious

adventitious

1. The optimal media for subculture callus and differentiation adventitious buds were 1/2MS+2, 4-D lmg/L+6-BA 0.5mg/L+KT 0.5mg/L+ sucrose 30g/L and DCR+6-BA 1.5mg/L+KT 1.5mg/L+ sucrose 20g/L, respectively.

1/2MS+2，4-D 1mg/L+6-BA0.5mg/L+KT 0.5mg/L+蔗糖30g/L适于杉木愈伤组织继代增殖； DCR+6-BA 1.5mg/L+KT1.5mg/L+蔗糖20g/L是诱导不定芽发生的最佳培养基。

2. The optimum concentration of BA for the induction of adventitious bud was 2.0mg/L.

BA的最适浓度为2.0 mg/L。

3. cv. Eureka) adventitious buds regeneration were investigated.

cv. Eureka)不定芽再生的主要因素。

4. The optimal medium for differentiation adventitious buds was DCR+1.5?mg/L 6-BA+1.5?mg/L KT+(20?g/L) sucrose.

DCR+1.5 mg/L 6-BA+1.5 mg/L KT+20 g/L蔗糖是诱导不定芽发生的最佳培养基。

5. The medium of DCR+6-BA 1.0mg/L + TDZ0.002mg/L+NAA 0.1 mg/L was optimal for mature embryos to induce adventitious buds,and for cotyledons and hypocotyls of seedlings to induce somatic embryos.

DCR+6-BA 1.0mg/L+TDZ0.002mg/L+NAA 0.1mg/L对成熟合子胚诱导不定芽和子叶诱导体胚最有效；

6. The optimal medium for mature embryos to induce somatic embryos and cotyledons, and for hypocotyls of seedlings to induce adventitious buds was DCR+6-BA 1.0mg/L+TDZ0.003 mg/L+ NAA 0.1 mg/L.

DCR+6-BA 1.0mg/L+TDZ0.003 mg/L+NAA 0.1 mg/L是成熟合子胚诱导体胚、子叶和下胚轴诱导不定芽发生的最佳培养基；

7. DCR+6-BA2.0 mg/L was the optimal combination ,on which 74% per cent of explants induced with an average rate of propagation 6, the highest rate of propagation 8. Addition of NAA and 2,4-D would inhibit the formation of adventitious buds.

DCR+6BA2.0mg/L是不定芽诱导的最佳组合,外植体不定芽诱导率达74%,平均增殖系数为6,最大增殖率为8。 NAA及2,4D的添加均不利于芽的诱导;

8. GA3 content the decreasing trend in the induction period of adventitious root primordia of mutant of P. tomentosaand and P. dakuanensis and the increasing trend in the expression period.

GA3含量在芽变毛白杨和大官杨不定根原基诱导期呈下降趋势，表达期呈上升趋势。

9. Effects of TDZ on adventitious bud regeneration from leaf blade of apple[J].Plant Physiology Communication,1997,33 (6):420-423.

TDZ对苹果叶片离体再生不定芽的效应[J].植物生理学通讯,1997,33(6):420-423.

10. supernumerary adventitious bursae

[医] 附加囊, 副囊, 磨擦囊, 偶发性粘液囊

11. "The court tries to understand ‘whether the young man's misconduct was adventitious or the result of some serious flaw in his character’" (Harry F. Rosenthal).

“法庭想弄明白这个年轻人的错误行为是偶然犯下的还是他性格中固有的缺陷造成的” （哈利·F·洛桑塔尔）

12. "Laocha " come the time of sina is not short, it is especially in the Internet industry of queasy adventitious, he belongs to the god-given, stable tall canal in the company.

“老查”来新浪的时间不短了，尤其在动荡不定的互联网产业中，他属于公司中难得、稳定的高管。

13. Calli from hypocotyl and cotyledon explants were induced earlier than others,and had a faster growth rates than others.Buds differentia-ted from calli were adventitious ones.

下胚轴诱导愈伤组织形成时，细胞不规则的无丝分裂少于子叶，故下胚轴离体培养得到的正常芽的比例高于子叶的；

14. Regeneration of adventitious plants from leaves of different-ploidy apple trees

不同倍性苹果叶片不定植株再生研究

15. The adventitious root is triarch,and has the secondary structure.

不定根为三原型，具次生结构。

16. Relationship Between Adventitious Root Formation and Plant Hormones

不定根形成与植物激素的关系

17. Adventitious root was from root primordia.Adventitious root primordia could be classified into initial root primordia and induced root primordia according to the formation time. positionand causation.

不定根由根原基发育而来，不定根原基按其形成的时间、部位和形成的原因，可分为先生根原基和诱生根原基。

18. induction of adventitious root

不定根诱导

19. length of adventitious roots

不定根长

20. Adventitious Describing plant organs that arise in unexpected places, for example the devdlopmant of adventitious roots from stems, and adventitious buds from leaves.

不定的：用来描述未在预期位置产生的植物器官，例如从茎上产生的不定根，叶子上产生的不定芽。

21. Adventitious bud regeneration

不定芽再生

22. Adventitious bud differentiation

不定芽分化

23. The optimum hormone combination for adventitious bud differentiation and rapid propagation was BA 1.0 mg/L + NAA 0.5 mg/L for ?A. konjac ?and BA 2.0 mg/L + NAA ?0.5? mg/L for ?A.

不定芽分化及快繁,花魔芋为6-BA1.0mg/L+NAA0.5mg/L,白魔芋为6-BA2.0mg/L+NAA0.5mg/L。

24. The frequency of adventitious buds differentiation was 100%on MS medium supplemented with 1 mg/L BA, 0.2 mg/L NAA and 20 mg/L spermine.

不定芽分化的最适培养基为MS+BA 1（mg／L以下单位相同）+ NAA 0.2 + Spm 20，其分化率为100 %。

25. adventitious bud proliferation

不定芽增殖

26. direct adventitious bud formation

不定芽直接发生

27. induction of adventitious bud

不定芽诱导

28. Research on Inducing of Adventitious Shoots from Strawberry Cultivar 'Toyonoka'

丰香草莓叶片诱导不定芽的研究

29. Adventitious root of Radix Salviae Miltiorrhizae

丹参不定根

30. Studies on in vitro culture of adventitious root in Salvia miltiorrhiza

丹参不定根离体培养的研究

31. In order to understand the growth potential and inducing characteristics of the adventitious roots in winter, Premna was cultured via soil culture or solution culture in the room in winter.

为了了解豆腐柴不定根生长潜力与诱导特性，在冬季在室内对豆腐柴进行了土培实验和水培实验。

32. In order to choose the best type of airlift bioreactors for the culture of the adventitious root of S.

为了考察不同型式的生物气升式反应器应用于丹参不定根培养的效果,以确定最佳反应器结构。

33. The Cultivation of Adventitious Wild Paphiopedilum in Yunnan Province

云南野生兜兰的引种栽培

34. They are closely related to the growing environment regarding to the rhizome with remnant stem scars, adventitious roots, taproot shrink wrinkles, and fibrous roots.

人参的根茎及残茎痕、不定根、主根的收缩纹和须根分布形态等与环境和生长年限的关系尤为密切，但各种性状之间存在着变异的规律性和相关性。

35. They had to decide whether his misconduct was adventitious or the result of a flaw in his character.

他们必须确定他的错误行为是偶然发生的还是因为他的性格缺陷造成的。

36. He found this adventitious meeting with his friend extremely fortunate.

他觉得这次与他朋友偶然相遇是极其幸运的。

37. The mechanism of formation of adventitious root induced by light or dark pretreatment was initially studied in stem of broad bean seedling.

以蚕豆幼苗为材料，对光、暗预处理诱导植物不定根生成的机理作了初步研究。

38. As a successful advertiser , he realized it and advised his boss to catch this adventitious and advantageous chance.

作为一名成功的广告人，维克多认识到这一点并建议他的老板抓住这个外来的有利的时机。

39. Key words : adventitious root;

关键词 ：不定根；

40. Title： Growth Regulator Effects on Adventitious Root Formation in Stem Cutting of Fontanesia fortunei Carr.

关键词：雪柳;1年生枝条;生长调节剂;扦插效果

41. The best medium was: MS+BA 2. oppm+NAA 0. Zppm, Onthis medium, the cullus induction rate was 94%, the globoid differentiation rate was 188%,the adventitious bud multiplication rate was 5 times at four week interval.

其最适宜的培养基组成为：MS＋BA2.0mg/L＋NAA0.2mg/L在这个培养基上，愈伤组织诱导率为94%，球状体分化率为188%，不定芽在口周内增殖5倍。

42. The effects of different combinations of 2,4-D and BA on leaf tissue dedifferentiation and somatic embryogenesis were investigated using the leaf bases from the adventitious buds.

再以这些不定芽的叶片为材料，研究了不同2,4-D、BA组合对叶片脱分化以及体细胞胚发生的影响。

43. much-branched adventitious roots

分枝多的不定根

44. The changes in protein patterns were monitored with SDS PAGE and IEF/2D during callus proliferation and adventitious bud differentiation of Populus euphratica.

利用十二烷基磺酸钠聚丙烯酰胺凝胶电泳 (SDS PAGE)和等电聚焦双向电泳 (IEF 2D)对胡杨不同类型愈伤组织和愈伤组织分化不定芽过程中表达的蛋白进行了研究。

45. Culturing the cauline tip induced by adventitious bud, the protocorm-like body(PLB) was obtained and the suitable medium was MS + 6-BA 3.0 mg/L+ 10% CM + 5% Potato-juice, and the inducing rate was 65% .

利用诱导产生的不定芽的茎尖进行茎尖培养,可得到大量的原球茎状体,其适宜的培养基为MS+6-BA 3.0mg/L+10%椰乳+5%马铃薯,其诱导率为65%;

46. Stolon 15-20 cm, longest to 40 cm, slender, glabrous, producing adventitious roots.

匍匐茎15-20厘米，长到40厘米，纤细，无毛，生产的不定的根。

47. Stolon developed, 10-15 cm, with scattered leaves and flowers, producing adventitious roots at nodes, top usually developing into a new plant.

匍匐茎发达，10-15厘米，具星散的叶和花，生产不定的根在节上，顶通常发展成为一新植株。

48. Stolons curved and zigzagged, with adventitious roots at nodes.

匍匐茎弄弯并且曲折地前进，具不定根在节上。

49. Stolon to 15 cm, slender, glabrous, producing numerous adventitious roots at nodes, top developing into a new plant.

匍匐茎达15厘米，纤细的，无毛，在节上生多数不定根，顶发展成为一新植株。

50. Removing bottom leaves and applying IAA would increase the quantity and activity of adventitious roots.

去除底叶和适量施用IAA处理具有增加不定根数量和提高根系活性的作用。

51. No difference was found on the adventitious bud regeneration rates whether upper surfaces or lower surfaces of the leaves were touching the medium, but healthy calluses were generated from the latter.

叶块以近轴面或远轴面接触培养基的接种方式对不定芽再生影响不大，不过叶片远轴面贴近培养基接种，产生的愈伤组织状态较好；

52. The adventitious bud differentiation rate of different explants types was leaf (95.1%) > stem segment (66.3%)> root segment (61.5%).

叶片、茎段和根段三种外植体类型的再生频率大小顺序依次为叶片(95.1%)>茎段(66.3%)>根段(61.5%)。

53. Adventitious Bud Induction and Establishment of Regeneration System in the Shoot of Camptotheca acuminata

喜树茎段不定芽的诱导及再生系统的建立

54. The highest frequency of induction adventitious buds was 84% on the WPM medium with BA0.25mg/L . The highest frequency of induction adventitious roots was 56% on the DCR medium with IBA0.5mg/L and BA0.1mg/L.

在WPM+BA0.25mg/L时,不定芽的诱导率达到最大值84%,在DCR+IBA0.5mg/L+BA0.1mg/L 的培养基中不定根的诱导率达到最大值56%。

55. During adventitious root formation in excised cucumber cotyledons, the activities of POD increased whereas the contents of soluble protein and mnucleic acid decreased continuously all the time.

在不定根发生过程中，过氧化物酶活性呈上升趋势，可溶性蛋白和核酸含量则降低。

56. For adventitious buds strengthening, Browning of the basal portion could be significantly reduced when 100mg/L PVP was supplemented.

在不定芽扶壮过程中,100mg/L PVP能够很好的抑制芽基部的褐化现象,并且促进不定芽的生长发育。

57. Before auscultating the posterior thorax, let's review normal and adventitious breath sounds.

在对胸腔听诊之前，让我们回顾一下正常的和偶发的呼吸声音。

58. The biomass of rhizome, adventitious root, and belowground part were maximal under dry-wet alternate condition at both growth stages.

在生长旺盛期和末期，干湿交替处理下毛苔草根茎、不定根及地下总生物量均最高；

59. Fe2 + and Mn2+ in MS medium are suitable for adventitious root growth, but Cu2+ and Mg2+ in high concentration could improve root proliferation, and Zn2+ has no obvious effect on root growth.

基本MS培养基的Fe2+和Mn2+含量即可满足不定根生长,较高含量的Cu2+和Mg2+促进不定根增殖,zn2+对丹参不定根生长的影响并不十分显著。

60. The main contents and results are listed as follows:1. The establishment of regeneration system by the route of adventitious buds of Acer negundo(1) A regeneration protocol through axillary buds has been developed for Acer negundo.

复叶槭不定芽途径再生体系的建立

61. adventitious invasive species

外来入浸物种

62. IBA could significantly increase the rooting ratio, the length of the adventitious roots, and somewhat the number of adventitious roots.

外源激素的种类及浓度对插条生根率、不定根长度及数量的影响各不相同。

63. Herbs perennial.Rhizome elongate, obliquely ascending or procumbent and stemlike, with adventitious roots at nodes.

多年生草本根状茎拉长，斜升或平卧和茎状，具不定根在节上。

64. If the high growth Lankao Paulownia has obvious short-term, can be hidden from adventitious buds or shoot Tuchang formation of a strong natural sticks to dry.

如兰考泡桐的高生长有明显的阶段性，能由不定芽或潜伏芽形成强壮的徒长枝自然接干。

65. If adventitious sounds are auscultated, have client cough.

如有附加音，嘱病人咳嗽。

66. If adventitious sounds are auscultated, have client cough. Listen again with stethoscope to determine sound has cleared with coughing.

如有附加音，嘱病人咳嗽。再次听诊以确定附加音是否随咳嗽消失。

67. The inductive rates of adventitious buds were up to 32.52%，4.35%and 4.97%，11.55%，respectively，in cotyledon petioles or cotyledons of Zhongjiaoheiye and Aijiaoheiye.

子叶(柄)和子叶切段诱导不定芽频率分别为32.52%、4.35%和4.79%、11.55%。

68. The adventitious buds can be developed in the crossed area of both cork cambium and phloem ray inside the root.

宿根上的不定芽发生于韧皮射线与木栓形成层交叉的区域。

69. Adventitious buds regeneration from etiolated internode segment of apple cultivar Nagafu No.

富士苹果黄化茎段再生不定芽的研究。

70. Detailed information should be provided on the avoidance and control of nonviral adventitious agents (e.g., transmissible spongiform encephalopathy agents, bacteria, mycoplasma, fungi).

对非毒菌外来异体（如，可传输的海绵状脑病体，细菌，支原菌，真菌等）的信息。

71. The leaf disks derived from the tip, middle, or base parts of the leaves had the same adventitious bud regenerate ability.

将叶片切分为叶尖、叶中、叶基部叶块分别接种，其不定芽再生能力没有差异；

72. Transferred to redifferentiation medium, embryogenic callus changerd into adventitious bud and root.

将得到的姜花茎尖薄片、花丝、叶片和花柱的胚性愈伤组织转接到成熟分化培养基中均能成功诱导产生不定芽和不定根的发生。

73. Hypocotyl of Cucumis melon L.can be induced to occur adventitious root on 1/4 MS solid medium.

将甜瓜下胚轴接种在1/4MS固体培养基上能诱导其下端形成不定根.

74. Hypocotyl of Cucumis melon L. can be induced to occur adventitious root on1/4 MS solid medium.

将甜瓜下胚轴接种在1/ms固体培养基上能诱导其下端形成不定根.

75. Periodontosis of confine green early days encroachs a few deciduous teeth only, place adventitious.

局限型青春前期牙周炎仅侵犯少数乳牙，部位不定。

76. Keywords Ligusticum chuanxiong Hort;Explant;Adventitious bud;Plantlet;Hormone;

川芎;外植体;不定芽;小植株;激素;

77. A preliminary study on the induction and propagation of adventitious buds for Aloe vera L.

库拉索芦荟诱导与增殖的初步研究。

78. Technical system of rooting of the adventitious shoots was established. 1/2MS+IBA2.0 for rooting of pistacia vera L. For sha-01, two-step-rooting method is better than one-step-rooting method.

建立了阿月浑子和沙-01试管苗生根技术体系，确立1/2MS+IBA2.0为阿月浑子生根培养基；

79. When the adventitious buds grew to 2-3 cm in height, they were excised and inoculated on 1/2 MS medium supplemented with NAA 0.2 mg/L. After cultured for two weeks, the plantlets rooted.

当不定芽长2-3cm高时，将其切下，转入1/2MS附加NAA0.2mg/L的生根培养基上，两周后试管苗基部生根成苗。

80. After three weeks, adventitious buds sprouted from the edge of leaf explants.

当叶盘向轴面朝下放置在培养基上时,三周后,从叶盘边缘生出不定芽。