hypocotyl

hypocotyl

1. Ten hypocotyl cuttings were dipped in 20 mL of different concentrations of CA or distilled water (as control).

10下胚轴插条分别下跌在20毫升的不同浓度的CA或蒸馏水（管制）。

2. EFFECTS OF BUDR AND CHM ON ROOT AND BUD FORMATION FROM HYPOCOTYL SEGMENTS OF CAULIFLOWER CULTURED IN VITRO

BudR和CHM对花椰菜幼苗下胚轴根芽分化的抑制效应

3. EDDECTS OF PEG PRETREATMENT ON THE LOX ACTIVITY AND PROTEIN CONTENT IN SOYBEAN HYPOCOTYL

PEG对大豆(Glycine max)下胚轴脂氧合酶(LOX)活性及蛋白质含量的影响

4. Hypocotyl explants

下胚轴

5. Hypocotyl 15-30 cm, apex sharply pointed.

下胚轴15-30厘米，先端锐尖。

6. lower portion of hypocotyl

下胚轴下部

7. stem system above the hypocotyl

下胚轴以上的茎系统

8. Hypocotyl cylindric, spindle-shaped or clavate, apex pointed.

下胚轴圆筒状，纺锤形或者棍棒状，先端尖的。

9. Hypocotyl explant

下胚轴外植体

10. hypocotyl massive.

下胚轴巨大。

11. hypocotyl arch

下胚轴拱

12. Hypocotyl inoculation

下胚轴接种法

13. The hypocotyl hair may be is a general character in aquatic or hygrophytic angiosperms and a indicative character to differentiate radicle and hypocotyl.

下胚轴毛是水生或湿生被子植物比较普遍的性状,是区分下胚轴与胚根的指示性状。

14. hypocotyl cells

下胚轴细胞

15. 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；

16. hypocotyl partly included between cotyledons.

下胚轴部分藏于子叶间。

17. Effect of NAA and 6-BA in Different pH Media on The Hypocotyl Growth of Cucumis sativus

不同pH值条件下NAA,6-BA对黄瓜下胚轴生长差异性的影响(简报)

18. The results showed,the growth of taproot stagnated after seed germinating,then hypocotyl expanded into stem tuber with the structure of stem. With development,abnormal structure appeared so that stem tuber growed continually.

仙客来营养器官的解剖试验表明 ,仙客来种子萌发后 ,主根早期停滞发育 ,由下胚轴膨大具有茎结构特征的块茎 ,随着发育产生异常结构 ,致使块茎不断长大。

19. The effects of different media with various hormone concentrations on tomato callus induction,adventition bud differentiation and rooting were detected in hypocotyl and cotyledon.

以中蔬四号番茄子叶和下胚轴为外植体进行离体培养,研究了不同激素及不同浓度的组合对愈伤诱导、不定芽分化及生根的影响。

20. Effect of Photoperiod on Morphogenesis of Hypocotyl and Cotyledon of Sinapis alba

光周期对白芥下胚轴和子叶形态发生的影响

21. Naphthaleneacetic acid (NAA);Adventitious root;Peroxidase;Lignification;Glycine max;Hypocotyl

关键词:奈乙酸;不定根;过氧化脢;木质化作用;大豆;下胚轴

22. Keywords soybean hypocotyl;soyasaponin;DPPH radical;

关键词大豆胚轴;大豆皂甙;DPPH自由基;

23. Title： Establishment of Hypocotyl Regeneration System of Capparis spinosa L.

关键词：刺山柑;无菌苗;下胚轴;组织培养;植株再生

24. Genetic transformation by Agrobacterium rhizogenes was carried out using hypocotyl segments of cabbage, cauliflower, Brussels sprouts and oilseed rape.

利用发根土壤杆菌(Agrobacterium rhizogenes)在甘蓝、花椰菜、抱子甘蓝和油菜的下胚轴切段上进行遗传转化。

25. Plant Regeneration from in vitro Cultured Hypocotyl Explants of Euonymus japonicus 'Cu zhi'

北海道黄杨下胚轴的离体培养及植株再生

26. The hypocotyl direct inducement frequency was 24.5% on the DCR medium with 2.0mg/l BA+0.1mg/lIBA.

取种子萌发、子叶展开一周后的下胚轴在DCR+BA2.0mg/l+IBA0.1mg/l的培养基上直接体细胞胚发生频率可达24.5%。

27. Among cotyledon, petiole of cotyledon, hypocotyl, and radicle, hypocotyl has the most responsive explants to2,4- D.

在子叶、叶柄、胚轴以及胚根四者当中,下胚轴对2,4-D的反应状况最好。

28. During development of the seedling, the hypocotyl forms the lower portion of the stem from the radicle up to the cotyledons

在幼苗发育期间，下胚轴从胚根到子叶的茎的下部形成。

29. hypocotyl protruding to 78 cm before propagule falls.

在繁殖体落下之前，下胚轴突出达78厘米。

30. Embryogenic callus was obtained only from hypocotyl explants of Astragalus adsurgens and light inhibited the formation of embryogenic callus.

外植体类型和光照条件决定沙打旺胚性愈伤组织的形成。

31. Changes of endogenous hormone and polyamine contents during in vitro adventitious shoot regeneration from hypocotyl explants of Chinese cabbage

大白菜下胚轴不定芽再生过程中内源激素和多胺含量的变化

32. Keywords soybean;hypocotyl;soyasaponin;isolation;

大豆;胚轴;大豆皂甙;分离;

33. Keywords soybean;hypocotyl;diabetes;blood glucose;glucose tolerance;

大豆;胚轴;糖尿病;血糖;糖耐量;

34. soybean hypocotyl

大豆胚轴

35. Keywords soybean hypocotyl;isoflavones;platelet aggregation;

大豆胚轴;异黄酮;血小板聚集;

36. Keywords soybean hypocotyl;sucrase;maltase;glucose transporter;

大豆胚轴;蔗糖酶;麦芽糖酶;葡萄糖转运体;

37. Keywords soybean hypocotyl;lipid peroxide;oxidative susceptibility;lipoproteins;

大豆胚轴;过氧化脂质;氧化易感性;脂蛋白;

38. Synergistic antioxidant activities of soybean hypocotyl and isoflavones

大豆胚轴与大豆异黄酮协同抗氧化作用的研究

39. Effect of Soybean Hypocotyl Extract on Sucrase and Maltase Activity of Intestinal Mucosa and Glucose Uptake into Small Intestine in Vitro

大豆胚轴提取物体外对小肠黏膜蔗糖酶、麦芽糖酶及葡萄糖转运活性的影响

40. Influence of soybean hypocotyl extract on lipid peroxidation of plasma lipoproteins in diabetic rats

大豆胚轴提取物对糖尿病大鼠血浆脂蛋白脂质过氧化的影响

41. THE HYPOGLYCEMIC EFFECTS OF SOYBEAN HYPOCOTYL EXTRACT IN DIABETIC RATS AND THEIR MECHANISM

大豆胚轴提取物的降糖作用及其机制研究

42. Cytyledons and future stalk called the hypocotyl elongate

子叶和未来称为下胚轴的主轴延长。

43. Hypocotyl,cotyledon,stem,leaf blade,leaf petiole explants of tomato were cultured on MS medium supplemented with 2 mg/L BA and 0.2 mg/L IAA for induction of calli and bud formation.

对番茄下胚轴、子叶、茎段、叶片、叶柄不同类型外植体离体培养中有关细胞启动、分裂、分化以及器官发生作了细胞组织学观察。

44. 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.

45. 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.

46. Keywords WUSCHL;CLAVATA3;stem cell;meristem;hypocotyl;embryo;cell division;

干细胞;分生组织;下胚轴;胚胎;细胞分裂;

47. Factors affecting shoot regeneration at high frequency from in vitro culture hypocotyl of Brassica juncea

影响油菜下胚轴外植体芽高频率再生的因素

48. Factors affecting shoot regeneration of hypocotyl of Brassica campestris at high frequency from in vitro culture

影响白菜型油菜下胚轴外植体芽高频率再生的因素

49. Abstract: The in vitro culture protocorl of the Horn Law which was the sort of pepper by using Cotyledon,hypocotyl,radical from the seedling germinated invitro as explants.

摘 要 本实验以辣椒品种牛角椒种子为材料，分别切割其无菌发芽幼苗的子叶、胚轴、胚根为外植体，进行愈伤组织诱导与分化的研究。

50. 英文摘要： The segment of hypocotyl from two species of Cucurbita were g rafted under sterile culture.

摘要： 在离体条件下，采用南瓜属植物的下胚轴节段进行嫁接。

51. Studies on Factor of High Rate Regeneration Plant of Descurainia sophia Hypocotyl

播娘蒿下胚轴高频率再生植株因素的研究

52. STUDIES ON PLANTLET REGENERATION OF COTYLEDON AND HYPOCOTYL IN DESCURAINIA SOPHIA

播娘蒿子叶及下胚轴诱导再生植珠的研究

53. Methods The postprandial blood glucose and glucose tolerance were examined after healthy subjects had meal or sucrose with or without soybean hypocotyl extract.

方法健康受试者进餐或食用蔗糖时,同时服用大豆胚轴提取物,检测餐后血糖和糖耐量。

54. In vitro Culture and Plantlet Regeneration of Hypocotyl of Syringa reticulata var. Mandshurica

暴马丁香下胚轴的离体培养和植株再生

55. The paper also reports, for the first time, a phenomena of direct formation of adventive shoots from hypocotyl explant of sunflower.

本文还报道了由下胚轴外植体直接得到不定芽及其完整植株。

56. Coty ledon and hypocotyl segments of cucumber were transformed by Agrobacterium rhi zogenes A4.

本试验用野生型发根农杆菌A4菌株感染黄瓜无菌苗的子叶和下胚轴，建立了黄瓜的发根遗传体系。

57. Zhu L H, Zhang C Q, Sheng X G, Zhu Y L.Changes of endogenous hormone and polyamine contents during in vitro adventitious shoot regeneration from hypocotyl explants of Chinese cabbage.

朱丽华,张彩琴,盛小光,朱月林.大白菜下胚轴不定芽再生过程中内源激素和多胺含量的变化.福建农业学报,2006,21(2):143-146.

58. Callus induction and differentiation from the hypocotyl of Capsicum annuum L.

枥木三樱椒下胚轴愈伤组织的诱导及分化。

59. Callus Induction and Root Differentiation from the Hypocotyl of Capsicum annuun L.

枥木三樱椒下胚轴愈伤组织的诱导及根的分化。

60. transition from root to hypocotyl

根到下胚轴的过渡 从根到下胚轴的过渡

61. Study on the Adventitious Bud Formation of the Callus of Mulberry Hypocotyl

桑下胚轴愈伤组织诱导分化的研究

62. The Grafting of Excised Hypocotyl Segment of Plant in Sterile Culture

植物离体茎段嫁接

63. Keywords chromium;toxicity;simplified vigor index;hypocotyl;

毒性;简化活力指数;下胚轴;

64. Research on the Grafting Time of Oiltea Camellia Hypocotyl and Fertilization Measure

油茶胚轴嫁接时期与培育期施肥方式的研究

65. EFFECTS OF SEAWATER SALINITY ON HYPOCOTYL GROWTH IN TWO MANGROVE SPECIES

海水盐度对两种红树植物胚轴萌发的影响

66. INDUCTION OF CALLUS AND REGENERATION OF PLANTLETS IN COTYLEDON AND HYPOCOTYL SEGMENT CULTURE OF CHINESE GOOSEBERRY

猕猴桃离体子叶、下胚轴愈伤组织诱导和植株再生

67. Studies on growth and organ differentiation from hypocotyl callus of beauty Bush

猬实下胚轴愈伤组织的生长和器官分化研究

68. Wang X ,Iino M（1998）Interaction of CRY1, phytochrome and ion fluxes in blue-light-induced shrinking of Arabidopsis hypocotyl protoplasts.

王晓明、王小菁、潘瑞炽（1999）蓝光对绿豆下胚轴愈伤组织形成和生长过程中蛋白质代谢的影响。

69. Effect of Hypocotyl Color Selection of Sugar Beet on Generation and Crosses

甜菜下胚轴颜色选择对后代品系及杂交组合的影响

70. Effects of auxin and ethylene on adventitious root organogenesis in soybean hypocotyl cuttings

生长素和乙烯对大豆下胚轴插条不定根形成的影响

71. Two carrot varieties were transformed by infecting hypocotyl with the GV3101 strains checked by tobacco transformation respectively.

用经烟草转化验证的三个载体采用下胚轴浸染法，转化两个胡萝卜品种(华育二号和新透心红)，得到了转基因植株和种子。

72. As the development of the hypocotyl continues, the characteristic crook in the upper portion becomes apparent.

由于下胚轴继续发音，上部特有的弯曲变得明显。

73. Based on the results of these transgenic studies, it indicated that FIN219 acts as a positive regulator to transduce FR-mediated inhibition of hypocotyl elongation.

由此两种转殖株实验分析可以发现FIN219基因在远红光抑制下胚轴延长的生理机制上扮演正调控的角色。

74. Phytochrome Control of Hypocotyl Length, Anthocyanin Biosynthesis and Inflorescence Initiation of Tomato Plants Grown Under White Light

白光下光敏素对番茄幼苗胚轴长度、花青素含量及开花的控制

75. EFFECTS OF SALT AND LOW TEMPERATURE ON ATPase ACTIVITY AND PIP_2CONTENT IN PLASMALEMMA FROM PEANUT SEEDLING HYPOCOTYL

盐或低温胁迫对花生幼苗下胚轴ATP酶和质膜中PIP_2含量的影响

76. Objective It is to study the influence of soybean hypocotyl extract on postprandial blood glucose and glucose tolerance in human.

目的观察大豆胚轴提取物对人餐后血糖和糖耐量的影响。

77. The accumulation of total extensin from soybean hypocotyl treated with the fungal elicitor shows a higher level than that treated with mechanical injury.

真菌诱导物处理的大豆下胚轴中总的伸展蛋白的积累高于受伤处理的大豆下胚轴,并且差异主要是由于与胡萝卜伸展蛋白相同电泳性质蛋白质组分造成的。

78. Study on Hypocotyl Protoplast Isolation of Matthiola incana

紫罗兰下胚轴原生质体分离条件的研究

79. Development of the viviparous hypocotyl of mangrove and its adaptation to inter-tidal habitats: A review

红树胎生现象及其对潮间带生境适应性研究进展

80. The results indicated that MS+2?4-D 2.0 mg/L +6-BA 0.5 mg/L medium was the best to induce callus with the highest induction frequency from hypocotyl.

结果表明:SANDIT最佳外植体为下胚轴,最佳下胚轴愈伤组织诱导培养基为MS+2,4-D2.0mg/L+6-BA0.5mg/L。